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Patent US6819446 - Image forming system - Google PatentsSearch Images Maps Play YouTube News Gmail Drive More »Sign inPatentsWhen a holder of an ID card approaches an image formation instructing device for sending an image forming instruction to an image forming apparatus, an ID code stored in a RF-ID element built in the ID card is read by a RF communication device, an image forming operation is executed, and the number of...http://www.google.com/patents/US6819446?utm_source=gb-gplus-sharePatent US6819446 - Image forming systemAdvanced Patent SearchTry the new Google Patents, with machine-classified Google Scholar results, and Japanese and South Korean patents.Publication numberUS6819446 B1Publication typeGrantApplication numberUS 09/531,522Publication dateNov 16, 2004Filing dateMar 21, 2000Priority dateApr 13, 1999Fee statusPaidAlso published asUS7123377, US20050007630Publication number09531522, 531522, US 6819446 B1, US 6819446B1, US-B1-6819446, US6819446 B1, US6819446B1InventorsMutsuo Ogawa, Matsuo Yomogida, Takamitsu Abe, Hideaki MatsudaOriginal AssigneeTohoku Ricoh Co., Ltd.Export CitationBiBTeX, EndNote, RefManPatent Citations (12), Referenced by (22), Classifications (19), Legal Events (5) External Links: USPTO, USPTO Assignment, EspacenetImage forming system
US 6819446 B1Abstract
When a holder of an ID card approaches an image formation instructing device for sending an image forming instruction to an image forming apparatus, an ID code stored in a RF-ID element built in the ID card is read by a RF communication device, an image forming operation is executed, and the number of sheets for image formation is counted by counting means. Further, the counted number of sheets for image formation is associated with an ID code having predetermined bearing on the personal ID code read by the RF communication device and thereafter stored and held in a number-of-sheets file. Thus, the number of sheets for image formation is managed without preparing a key counter, a key card, etc. and without special operation.
What is claimed is: 1. An image forming system, comprising:
an image forming apparatus for executing an image forming operation according to an image forming instruction issued from an image formation instructing device; means for counting the number of sheets for the formation of an image by the image forming apparatus; a RF communication device provided within the image formation instructing device and configured to read a personal ID code from a RF-ID element of an ID card incorporating therein the RF-ID element for storing at least the personal ID code; a number-of-sheets file for storing therein the number of sheets for the formation of each image by the image forming apparatus for each ID code having predetermined bearing on the personal ID code; means for, when an image forming instruction is given to the image forming apparatus from the image formation instructing device while the RF communication device is reading the personal ID code, storing the number of sheets for image formation based on the image forming instruction, which is counted by the counting means, in the number-of-sheets file in association with each ID code having predetermined bearing on the personal ID code read by the RF communication device; and amount calculating means for calculating an amount for each ID code, based on the number of the sheets for image formation, which is stored in the number-of-sheets file. 2. The image forming system according to claim 1, wherein the image formation instructing device is provided integrally with the image forming apparatus.
3. The image forming system according to claim 1, wherein the image formation instructing device is placed in a position away separately from the image forming apparatus.
4. The image forming system according to claim 1, wherein the ID code is a code identical to the personal ID code.
5. The image forming system according to claim 1, wherein the ID code is and ID code indicative of a post to which each individual corresponding to the personal ID code belongs.
6. The image imaging system according to claim 1, wherein the RF-ID element stores therein the number of the sheets for the formation of each image by the image forming apparatus, and when an image forming instruction is given to the image forming apparatus from the image formation instructing device while the RF communication device is reading the personal ID code, the storing means adds the number of sheets for image formation based on the image forming instruction, which is counted by the counting means, to the RF-ID element.
7. The image forming system according to claim 1, wherein a permit code storage area for storing in advance a permit code for allowing the image forming instruction issued from the image formation instructing device is provided, and the RF-ID element stores the permit code therein and invalidates the image forming instruction when the RF communication device is reading each code unstored in the permit code storage area where the operation for the image forming instruction is effected on the image formation instructing device.
8. The image forming system according to claim 7, wherein when the RF communication device is reading each code unstored in the permit code storage area where the operation for the image forming instruction is effected on the image formation instructing device, the RF communication device notifies the contents thereof therefrom.
9. The image forming system according to claim 7, wherein the permit code is the personal ID code.
10. The image forming system according to claim 1, wherein a permit code storage area for storing in advance a permit code for allowing the image forming instruction issued from the image formation instructing device is provided, and the RF-ID element stores the permit code therein and invalidates the image forming instruction when the RF communication device does not read any code where the operation for the image forming instruction is effected on the image formation instructing device.
11. The image forming system according to claim 10, wherein when the RF communication device does not read any code where the operation for the image forming instruction is effected on the image formation instructing device, the RF communication device notifies the contents thereof therefrom.
12. The image forming system according to claim 10, wherein the permit code is the personal ID code.
13. The image forming system according to claim 10, further including a billing device for performing predetermined billing according to the operation of the image forming apparatus, and wherein when the RF communication device does not read any code where the operation for the image forming instruction is effected on the image formation instructing device, the billing device is activated to validate the image forming instruction on the condition that settlement is carried out by the billing device.
an image forming apparatus for executing an image forming operation according to an image forming instruction issued from an image formation instructing device; a RF communication device provided in the image formation instructing device and for performing a RF communication with an ID card incorporating therein a RF-ID element for storing at least one personal ID code and the number of sheets for image formation to thereby read the personal ID code and the number of the sheets for image formation from the RF-ID element; a number-of-sheets file for storing therein the number of sheets for the formation of each image by the image forming apparatus for each personal ID code; means for, when the RF communication device reads the personal ID code and the number of the sheets for image formation, comparing the read number of sheets for image formation with the number of sheets for image formation associated with the corresponding ID code, which is stored in the number-of-sheets file; first updating means for, when the number of sheets for image formation recorded in the number-of-sheets file is greater than the number of the sheets for image formation read by the RF communication device as a result of comparison by the comparing means, updating the number of the sheets for image formation stored in the RF-ID element built in the ID card to be the number of the sheets for image formation stored in the number-of-sheets file by using the RF communication device; and a permit code storage area for storing in advance each permit code for allowing an image forming instruction issued from the image formation instructing device, and first image forming instruction invalidating means for invalidating the image forming instruction when the RF communication device is reading each code unstored in the permit code storage area where the operation for the image forming instruction is effected on the image formation instructing device. 15. An image forming system, comprising:
an image forming apparatus for executing an image forming operation according to an image forming instruction issued from an image formation instructing device; a RF communication device provided in the image formation instructing device and for performing a RF communication with an ID card incorporating therein a RF-ID element for storing at least one personal ID code and the number of sheets for image formation to thereby read the personal ID code and the number of the sheets for image formation from the RF-ID element; a number-of-sheets file for storing the number of sheets for the formation of each image by the image forming apparatus for each personal ID code; means for, when the RF communication device reads the personal ID code and the number of the sheets for image formation, comparing the read number of sheets for image formation with the number of the sheets for image formation associated with the corresponding ID code, which is stored in the number-of-sheets file; second updating means for updating the number of the sheets for image formation recorded in the number-of-sheets file to be the number of the sheets for image formation read by the RF communication device when the number of the sheets for image formation recorded in the number-of-sheets file is fewer than the number of the sheets for image formation read by the RF communication device as a result of comparison by the comparing means; and a permit code storage area for storing in advance each permit code for allowing an image forming instruction issued from the image formation instructing device, and first image forming instruction invalidating means for invalidating the image forming instruction when the RF communication device is reading each code unstored in the permit code storage area where the operation for the image forming instruction is effected on the image formation instructing device. 16. The image forming system according to claim 14, wherein the image formation instructing device is provided integrally with the image forming apparatus.
17. The image forming system according to claim 15, wherein the image formation instructing device is provided integrally with the image forming apparatus.
18. The image forming system according to claim 16 or 17, wherein the RF communication device is provided integrally with the image forming apparatus.
19. The image forming system according to claim 14 or 15, wherein the image formation instructing device is placed in a position away separately from the image forming apparatus.
20. The image forming system according to claim 14 or 15, further including first notifying means for, when the RF communication device is reading each code unstored in the permit code storage area where the operation for the image forming instruction is effected on the image formation instructing device, notifying the contents thereof therefrom.
21. The image forming system according to claim 14 or 15, wherein the permit code is the personal ID code.
22. The image forming system according to claim 14, further including second image forming instruction invalidating means for invalidating the image forming instruction when the RF communication device does not read any code where the operation for the image formation instruction is effected on the image formation instructing device.
23. The image forming system according to claim 15, further including second image forming instruction invalidating means for invalidating the image forming instruction when the RF communication device does not read any code where the operation for the image formation instruction is effected on the image formation instructing device.
24. The image forming system according to claim 22 or 23, further including second notifying means for, when the RF communication device does not read any code where the operation for the image forming instruction is effected on the image formation instructing device, notifying the contents thereof therefrom.
25. The image forming system according to claim 22 or 23, further including a billing device for performing predetermined billing according to the operation of the image forming apparatus, and wherein when the RF communication device does not read any code where the operation for the image forming instruction is effected on the image formation instructing device, the billing device is activated to thereby validate the image forming instruction on the condition that settlement is carried out by the billing device.
26. An image forming system, comprising:
an image forming apparatus for executing an image forming operation according to an image forming instruction issued from an image formation instructing device; means for counting the number of sheets for the formation of an image by the image forming apparatus; a RF communication device provided within the image formation instructing device and configured to read a personal ID code from a RF-ID element of an ID card incorporating therein the RF-ID element for storing at least the personal ID code; a number-of-sheets file for storing therein the number of sheets for the formation of each image by the image forming apparatus for each ID code having predetermined bearing on the personal ID code; means for, when an image forming instruction is given to the image forming apparatus from the image formation instructing device while the RF communication device is reading the personal ID code, storing the number of sheets for image formation based on the image forming instruction, which is counted by the counting means, in the number-of-sheets file in association with each ID code having predetermined bearing on the personal ID code read by the RF communication device; and amount calculating means for calculating an amount for each ID code, based on the number of the sheets for image formation, which is stored in the number-of-sheets file, wherein a permit code storage area for storing in advance a permit code for allowing the image forming instruction issued from the image formation instructing device is provided, and the RF-ID element stores the permit code therein and invalidates the image forming instruction when the RF communication device is reading each code unstored in the permit code storage area where the operation for the image forming instruction is effected on the image formation instructing device. 27. The image forming system according to claim 26, wherein the image formation instructing device is provided integrally with the image forming apparatus.
28. The image forming system according to claim 26, wherein the image formation instructing device is placed in a position away separately from the image forming apparatus.
29. The image forming system according to claim 26, wherein the ID code is a code identical to the personal ID code.
30. The image forming system according to claim 26, wherein the ID code is and ID code indicative of a post to which each individual corresponding to the personal ID code belongs.
31. The image imaging system according to claim 26, wherein the RF-ID element stores therein the number of the sheets for the formation of each image by the image forming apparatus, and when an image forming instruction is given to the image forming apparatus from the image formation instructing device while the RF communication device is reading the personal ID code, the storing means adds the number of sheets for image formation based on the image forming instruction, which is counted by the counting means, to the RF-ID element.
32. The image forming system according to claim 26, wherein when the RF communication device is reading each code unstored in the permit code storage area where the operation for the image forming instruction is effected on the image formation instructing device, the RF communication device notifies the contents thereof therefrom.
33. The image forming system according to claim 26, wherein the permit code is the personal ID code.
34. The image forming system according to claim 26, wherein a permit code storage area for storing in advance a permit code for allowing the image forming instruction issued from the image formation instructing device is provided, and the RF-ID element stores the permit code therein and invalidates the image forming instruction when the RF communication device does not read any code where the operation for the image forming instruction is effected on the image formation instructing device.
35. The image forming system according to claim 34, wherein when the RF communication device does not read any code where the operation for the image forming instruction is effected on the image formation instructing device, the RF communication device notifies the contents thereof therefrom.
36. The image forming system according to claim 34, wherein the permit code is the personal ID code.
37. The image forming system according to claim 34, further including a billing device for performing predetermined billing according to the operation of the image forming apparatus, and wherein when the RF communication device does not read any code where the operation for the image forming instruction is effected on the image formation instructing device, the billing device is activated to validate the image forming instruction on the condition that settlement is carried out by the billing device.
The present invention relates to an image forming apparatus such as a copier, a printer or the like, which is capable of managing the number of sheets for image formation.
As an image forming apparatus such as a copier, a printer or the like, one has heretofore been known wherein the number of sheets for image formation can be managed for each specific individual or post. For example, the image forming apparatus is provided with a key such as a key counter, a key card or the like inserted therein and attached thereto. When the image forming apparatus is in use, such a key is inserted into and attached thereto so that the operation thereof is allowed. In the case of the key counter, the number of sheets for image formation is set to the key counter itself. In the case of the key card, the number of sheets for image formation is stored in an image forming apparatus or computer to which a reader/writer of the key card is connected.
As the need for managing the number of sheets for image formation for each specific individual or post in the image forming apparatus, the adoption of such a system that each individual or post is charged with an amount corresponding to the number of sheets for image formation is considered. Namely, when one or more image forming apparatuses are used in a plurality of persons or a plurality of posts, respective individuals or posts might be billed according to the amount of their use. Such a case needs to manage the number of sheets for image formation in each image forming apparatus.
Problems of such a prior art will next be explained.
When one attempts to manage the number of sheets for image formation for each specific individual or post, a key counter or a key card is prepared and must be attached to each image forming apparatus. Since it is not realistic that one like the key counter is prepared for each individual in particular, the management of the number of sheets for image formation by the key counter should unavoidably be done in predetermined units such as every posts, etc. Having to take the trouble to prepare these key counter and key card even in the case of the key counter and the key card leads to cumbersomeness in itself. The fact that the key counter or key card must be mounted to the image forming apparatus, is also cumbersome in itself.
An object of the present invention is to allow the number of sheets for image formation to be managed without preparing a key counter, a key card, etc.
Another object of the present invention is to allow the number of sheets for image formation to be managed without special operation.
A further object of the present invention is to allow the number of sheets for image formation to be properly managed without preparing a key counter or a key card and without special operation.
According to the present invention as viewed from one aspect, an image forming apparatus for executing an image forming operation according to an image forming instruction issued from an image formation instructing device is provided, a RF communication device for counting the number of sheets for the formation of each image by the image forming apparatus and reading a personal ID code from a RF-ID element of a ID card incorporating therein the RF-ID element for storing at least the personal ID code is provided within the image formation instructing device, and a number-of-sheets file for storing therein the number of sheets for the formation of each image by the image forming apparatus for each ID code having predetermined bearing on the personal ID code is provided. Thus, when an image forming instruction is given to the image forming apparatus from the image formation instructing device while the RF communication device is reading the personal ID code, the counted number of sheets for image formation based on the image forming instruction is stored in the number-of-sheets file in association with each ID code having predetermined bearing on the personal ID code read by the RF communication device.
According to the present invention as viewed from another aspect, an image forming apparatus for executing an image forming operation according to an image forming instruction issued from an image formation instructing device is provided, a RF communication device for performing a RF communication with an ID card incorporating therein a RF-ID element for storing at least one personal ID code and the number of sheets for image formation to thereby read the personal ID code and the number of the sheets for image formation from the RF-ID element is provided within the image formation instructing device, and a number-of-sheets file for storing therein the number of sheets for the formation of each image by the image forming apparatus for each personal ID code is provided. Thus, when the RF communication device reads the personal ID code and the number of the sheets for image formation, the read number of sheets for image formation is compared with the number of sheets for image formation associated with the corresponding ID code, which is stored in the number-of-sheets file. Further, when the number of the sheets for image formation recorded in the number-of-sheets file is greater than the number of the sheets for image formation read by the RF communication device as a result of comparison thereof, the number of the sheets for image formation stored in the RF-ID element built in the ID card is updated to be the number of the sheets for image formation stored in the number-of-sheets file by using the RF communication device.
According to the present invention as viewed from a further aspect, an image forming apparatus for executing an image forming operation according to an image forming instruction issued from an image formation instructing device is provided, a RF communication device for performing a RF communication with an ID card incorporating therein a RF-ID element for storing at least one personal ID code and the number of sheets for image formation to thereby read the personal ID code and the number of the sheets for image formation from the RF-ID element is provided within the image formation instructing device, and a number-of-sheets file for storing the number of sheets for the formation of each image by the image forming apparatus for each personal ID code is provided. Thus, when the RF communication device reads the personal ID code and the number of the sheets for image formation, the read number of sheets for image formation is compared with the number of the sheets for image formation associated with the corresponding ID code, which is stored in the number-of-sheets file. Further, when the number of the sheets for image formation recorded in the number-of-sheets file is fewer than the number of the sheets for image formation read by the RF communication device as a result of comparison thereof, the number of the sheets for image formation recorded in the number-of-sheets file is updated to be the number of the sheets for image formation read by the RF communication device.
A more complete appreciation of the present invention and many of the attendant advantages thereof will be readily obtained as the same becomes better understood by reference to the following detailed description when considered in connection with the accompanying drawings, in which:
FIG. 1 is a schematic block diagram of the entire system showing an embodiment of the present invention;
FIG. 2 is a typical diagram for describing the outline of a RF-ID system;
FIG. 3 is a schematic block diagram of an image forming apparatus (copier);
FIG. 4 is a schematic block diagram of a RF-ID element;
FIG. 5 is a typical diagram showing a data structure of a number-of-sheets file (personal file);
FIG. 6 is a typical diagram illustrating a data structure of a number-of-sheets file (post file);
FIG. 7 is a flowchart showing a process for counting the number of sheets for the formation of images by the image forming apparatus;
FIG. 8 is a flowchart illustrating a process performed by a host computer after having received response data from the image forming apparatus (copier);
FIG. 9 is a schematic block diagram of the entire system showing another embodiment of the present invention;
FIG. 10 is a flowchart showing a process for counting the number of sheets for the formation of images by an image forming apparatus;
FIG. 11 is a flowchart illustrating a process performed by a host computer after having received response data from the image forming apparatus; and
FIG. 12 is a flowchart showing a process performed by the image forming apparatus having received an image forming instruction.
Preferred embodiments of the present invention will next be described.
Summary of Embodiment of the Present Invention
An image forming system according to the present invention comprises, as one embodiment thereof, an image forming apparatus which executes an image forming operation in response to an image forming instruction issued from an image formation designating or instructing device, means for counting the number of sheets for the formation of images by the image forming apparatus, a RF communication device which is provided within the image formation instructing device and reads a personal ID code from an RF-ID device or element of an ID card having at least the RF-ID element for storing the personal ID code therein, a volume or number-of-sheets file which stores the number of sheets for the formation of images by the image forming apparatus for every ID codes each having predetermined bearing on the personal ID code, storing means for, when the image forming instruction is issued from the image formation instructing device to the image forming apparatus while the RF communication device is reading the personal ID code, allowing the number of sheets for the formation of images based on the image forming instruction counted by the counting means to correspond to the ID codes each having predetermined bearing on the personal ID code read by the RF communication device. Here, the RF-ID of the RF-ID element is short for “Radio Frequency Identification”. Such a RF-ID is a system for identifying each individual or transmitting and receiving data by radio waves according to a combination of a small-sized recording medium (data carrier) and a reader/writer.
Thus, as an ID card holder approaches the image formation instructing device, a personal ID code stored in an RF-ID element built in the ID card is read by the RF communication device. When the image formation instructing device sends an image forming instruction to the image forming apparatus in this condition, an image forming operation is executed and the number of sheets for the formation of images is counted by the counting means. The counted number of sheets for the formation of the images is associated with ID codes each having predetermined bearing on the personal ID code read by the RF communication device and stored and held in the number-of-sheets file. Thus, the number of sheets for the formation of the images can be managed without preparing a key counter, a key card or the like. Further, the number of sheets for the formation of the images can be managed without special operation.
The image formation instructing device may be provided integrally with the image forming apparatus. In this case, the image formation instructing device is comprised of an image forming operation start switch or the like provided within the image forming apparatus. Even when the ID card holder gives an image forming instruction to the image forming apparatus, the number of sheets for the formation of images can be managed or controlled without preparing the key counter, the key card or the like. It is also possible to manage the number of sheets for the formation of the images without special operation.
The image formation instructing device may be placed in a position away separately from the image forming apparatus. In this case, the image formation instructing device is comprised of, for example, a personal computer LAN-connected to the image forming apparatus. Thus, when the ID card holder gives an image forming instruction to the image forming apparatus from the position away from the image forming apparatus, the number of sheets for the formation of images can be managed without preparing the key counter, the key card or the like. Further, the number of the sheets for the formation of the images can be managed without special operation.
Each ID code may be a code identical to the personal ID code. Thus, the number of sheets for the formation of images is held in the number-of-sheets file for each individual. The number of the sheets for the formation of the images can be stored in the number-of-sheets file.
The ID code may be an ID code indicative of a deposition or post to which each individual corresponding to the personal ID card belongs. Thus, the number of sheets for the formation of images is held in the number-of-sheets file for each post to which each individual corresponding to the personal ID code belongs. The number of sheets for the formation of images can be stored in the number-of-sheets file for each post to which each individual corresponding to the personal ID code belongs.
Amount calculating means for calculating an amount for each ID code on the basis of the number of the sheets for the formation of the images, which has been stored in the number-of-sheets file, can be further provided. Thus, the amount is calculated for each ID code, and billing information set for each ID code, for example, can be easily obtained.
The RF-ID element stores the number of sheets for the formation of the images by the image forming apparatus therein. The storing means may be constructed so that when the image forming instruction is given from the image formation instructing device to the image forming apparatus while the RF communication device is reading each personal ID code, the number of sheets for the formation of images, based on the image forming instruction counted by the counting means is added to the RF-ID element. Thus, information about the number of the sheets for the image formation is stored even in each ID card itself with the RF-ID element built therein. Accordingly, the number of the sheets for the image formation can be managed by reference to the information stored in the RF-ID element without preparing the key counter, the key card or the like. Further, the number of the sheets for the image formation can be managed without special operation.
There is provided a permit code storage area for storing in advance a permit code for permitting an image forming instruction issued from the image formation instructing device. When the RF-ID element stores a permit code therein and the operation for the image forming instruction is effected on the image formation instructing device, the image forming instruction may be rendered invalid when the RF communication device is reading each code unstored in the permit code storage area. Consequently, the image forming apparatus performs an image forming operation according to the image forming instruction issued from the image formation instructing device only where the RF communication device is reading each permit code stored in the permit code storage area. Thus, the system comprised principally of the RF-ID element can be allowed to have a function similar to the conventionally used key counter or key card.
When the RF communication device is reading each code unstored in the permit code storage area where the operation for the image forming instruction is effected on the image formation instructing device, the RF communication device may notify the contents thereof. The “notification” may include voice-based notification, display-based notification, etc. and is regardless of its type. Thus, it is possible to cause an operator to understand an attempt to carry out his or her incorrect operation. Further, an unauthorized use can be clearly demonstrated against a third party. In this case, the personal ID code can be used as the permit code. In this case, the personal ID code and the permit code can be shared, and the storage area of the RF-ID element can be effectively utilized.
There is provided a permit code storage area for storing in advance each permit code for permitting an image forming instruction issued from the image formation instructing device. When the RF-ID element stores the permit code therein and the operation for the image forming instruction is effected on the image formation instructing device, the image forming instruction may be rendered invalid when the RF communication device does not read any code. Consequently, the image forming apparatus performs an image forming operation according to the image forming instruction issued from the image formation instructing device only where the RF communication device is reading each permit code stored in the permit code storage area. Thus, the system comprised principally of the RF-ID element is allowed to have a function similar to the conventionally used key counter or key card.
When the RF communication device does not read any code where the operation for the image forming instruction is effected on the image formation instructing device, the RF communication device may notify such contents. The “notification” may include voice-based notification, display-based notification, etc. and is regardless of its type. Thus, it is possible to cause an operator to understand an attempt to carry out his or her incorrect operation. Further, an unauthorized use can be clearly demonstrated against a third party. When the personal ID code is used as the permit code in this case, the personal ID code and the permit code can be shared and the storage area of the RF-ID element can be effectively utilized.
A billing device for performing predetermined billing according to the operation of the image forming apparatus is further provided. When the RF communication device does not any code where the operation for the image forming instruction is effected on the image formation instructing device, the billing device is activated and thereby the image forming instruction may be rendered valid with settlement made by the billing device as a condition. Thus, if the settlement to be made by the billing device is given even if the RF communication device does not read any code, then the image forming apparatus performs the image forming operation according to the image forming instruction issued from the image formation instructing device. Accordingly, it is possible to cause users in a wider range to rightfully use the image forming apparatus.
A more specific form of an embodiment according to the present invention will be explained with reference to FIGS. 1 through 8. FIG. 1 is a schematic block diagram of the entire system. In an image forming system according to the present embodiment, a plurality of copiers 1 each serving as an image forming apparatus and a plurality of printers 2 are respectively LAN-connected to a host computer 4 and a plurality of personal computers 5 through a LAN control device 3. Namely, the LAN control device 3 is comprised of a hub, a router, etc. and makes it possible to perform communications among the host computer 4, the personal computers 5, the copiers 1 and the printers 2. A data base 6 is constructed for the host computer 4.
FIG. 2 is a typical diagram for describing the summary of a RF-ID system. The image forming system according to the present embodiment identifies each individual on the basis of RF-ID between the copiers 1 and printers 2 and their operators 7 and performs the transmission and reception of data therebetween. Since RF-ID is such a technique known per se as introduced even in, for example, Japanese Patent Application Laid-Open No. 10-273208 or the like, the description thereof will be omitted.
In the present embodiment, a RF communication device 8 is incorporated into each copier 1 LAN-connected to the host computer 4. The copier 1 is constructed in such a way as to communicate between a RF-ID device or element 10 built in a member certificate 9 used as an ID card put on each operator 7 and the RF communication device 8. Although not shown in the drawing, the RF communication device 8 is incorporated even in each printer 2. The printer 2 is constructed so as to perform communications between the RF-ID element 10 built in the member certificate 9 used as the ID card put on each operator 7 and the RF communication device 8.
Namely, the copier 1 is provided with an image reader 11 and an image former 12 as shown in a schematic block diagram of the copier 1 shown in FIG. 3. Further, the copier 1 includes a drive control circuit 13 for driving and controlling these image reader 11 and image former 12. The drive control circuit 13 is comprised of a microcomputer and performs various control operations in accordance with operating programs stored in a ROM of the microcomputer. The drive control circuit 13 executes, for example, the operation of reading an image by the image reader 11, the operation of forming the read image by the image former 12, etc. Such image reading and forming operations are executed under the control of the microcomputer with the pressing down of an unillustrated start button of the copier 1 as trigger. Here, the functions of an unillustrated image formation instructing device are executed. However, the image forming operation may be constructed so as to start according to a command issued from the corresponding personal computer 5 or the like LAN-connected to the copier 1. In this case, a copy command and a print command employed in the personal computer 5 or the like are executed as the functions of the image formation instructing device. A communication circuit 14 for LAN and a RF communication device 8 are also connected to the drive control circuit 13. Incidentally, when the copy and print commands employed in the personal computer 5 or the like are executed as the functions of the image formation instructing device, the RF communication device 8 is built in or connected to the personal computer 5 and thereby disposed in the vicinity of the personal computer 5. Further, the respective parts 8, 11, 12, 13 and 14 employed in such a copier 1 are activated by being supplied with power from a power circuit 15.
While an example of the copier 1 is illustrated in FIG. 3 here, the printer 2 has substantially the same block configuration.
Next, as shown in a schematic block diagram of a RF-ID element 10 in FIG. 4, the RF-ID element 10 is constructed so that a RF circuit 18 is connected to a control circuit 17 to which an EEPROM 16 is connected. The RF circuit 18 is an analog circuit for implementing radio communications, and the control circuit 17 is a digital circuit for processing data transmitted and received through the RF circuit 18. Each personal ID code set to an owner of a member certificate 9 with the RF-ID element 10 built therein, and the number of sheets to be copied for each copier 1 and the number of sheets to be printed for each printer 2 are stored and held in the EEPROM 16.
Here, the host computer 4 is provided with various file structures in its data base 6. FIG. 5 is a typical diagram showing a data structure of a personal file 19 defined as a number-of-sheets file, and FIG. 6 is a typical diagram illustrating a data structure of a post file 20 defined as a number-of-sheets file, respectively. The personal file 19 is provided with respective data storage areas for names 19 b, positions or assignments 19 c, the numbers of sheets to be copied 19 d and the numbers of sheets to be printed 19 e every ID codes 19 a each corresponding to each personal ID code stored in the EEPROM 1. The numbers of the sheets to be copied 19 d and the numbers of the sheets to be printed 19 e are respectively areas for storing and holding the numbers of sheets to be copied and the numbers of sheets to be printed every ID codes for the copier 1 and printer 2. The post file 20 includes respective data storage areas for the numbers of sheets to be copied 20 b, the numbers of sheets to be printed 20 c, amount for copy 20 c, amount for print 20 e and total amounts 20 f every post codes 20 a defined as ID codes. Each post code 20 a is a code corresponding to each assignment 19 c in the personal file 19. Further, the number of the sheets to be copied 20 b, the number of the sheets to be printed 20 c, the amount for copy 20 d and the amount for print 20 e are respectively areas for storing and holding the number of the sheets to be copied, the number of the sheets to be printed, the amount for copy and the amount for print every ID codes for the copier 1 and the printer 2.
Processes of such an image forming system at the time that the member or company staffer corresponding to the operator 7 approaches the copier 1 or the printer 2 with the intention of copying or printing, will be explained based on flowcharts shown in FIGS. 7 and 8. FIG. 7 is a flowchart showing a process for counting the number of sheets for image formation, which is employed in each of the copier 1 and printer 2. When the operator 7 corresponding to the company staffer with the member certificate 9 put thereon approaches the copier 1 or the printer 2, the RF communication device 8 lying within the copier 1 or printer 2 receives a radio signal sent from the RF circuit 18 placed within the RF-ID element 10 and hence the drive control circuit. 13 lying within the copier 1 or printer 2 recognizes the presence of a RF reaction (Step S1). Thus, the copier 1 or printer 2 transmits query data through the RF communication device 8 by radio waves (Step S2). The contents of the query includes a query as to each personal ID code and a query about the numbers of sheets to be copied and printed. Correspondingly, the RF-ID element 10 lying within the member certificate 9 transmits each personal ID code and the numbers of the sheets to be copied and printed, which have been stored and held in the EEPROM 16, through the RF circuit 18 by radio waves. The numbers of the sheets to be copied and printed in this case are set every ID codes for the copier 1 and printer 2. The copier 1 and printer 2 respectively receive response data sent from such a RF-ID element 10 (Step S3) and transmits the response data to the host computer 4 via a LAN line (Step S4). It is thereafter determined whether copying and printing have been executed (Step S5). If it is determined that the copying and printing have been executed, then the numbers of sheets to be copied and printed are counted (counting means) and the counted increased number-of-sheets data is transmitted to the host computer 4 via the LAN line (Step S6). The number of sheets counted by the counting means is transmitted by radio waves through the RF communication device 8. The data about the counted number of sheets, which has been transmitted by radio waves in this way, is captured by the RF-ID element 10 through the RF circuit 18, so that the data stored in the EEPROM 16 is updated (Step S7). Namely, the number of the sheets to be copied or the number of the sheets to be printed for the corresponding copier 1 or printer 2, which has been stored in the EEPROM 16, is updated. Here, the function of the storing means is executed.
As other embodiment, the RF circuit 18 may store up the data itself about the counted number of sheets to be copied or the numbers of the sheets to be printed for the corresponding copier 1 or printer 2, which has been transmitted by radio waves, in the EEPROM 16. In this embodiment, total numbers of the sheets to be copied or the numbers of the sheets to be printed for the corresponding copier 1 or printer 2 can be easily obtained by adding all data about the counted number of sheets to be copied or the numbers of the sheets to be printed for the corresponding copier 1 or printer 2.
FIG. 8 is a flowchart showing a process to be executed by the host computer after having received the response data from the copier 1 and the printer 2. When the response data transmitted from the copier 1 and printer 2 are received by the host computer 4 in Step S4 in the flowchart shown in FIG. 7 (Step S11), ID codes (corresponding to each individual ID codes in this case) are extracted from the response data (Step S12). Next, the corresponding ID code is retrieved from the personal file 19 illustrated in FIG. 5 by way of example. The number of sheets to be copied 19 d and the number of sheets to be printed 19 e both corresponding to the retrieved ID code are compared with the number of sheets to be copied and the number of sheets to be printed in the response data (Step S13). The comparison in this case is performed every ID codes with respect to both the copier 1 and the printer 2. Here, the function of comparing means is executed. If the resultant values do not coincide with each other as a result of its execution, then the number of the sheets to be copied 19 d and the number of the sheets to be printed 19 e in the personal file 19 are brought up to the number of the sheets to be copied and the number of the sheets to be printed in the response data, and the number sheets to be copied 20 b, the number of sheets to be printed 20 c, the amount for copy 20 d, the amount for print 20 e and the total amount 20 f in each post file are also updated together (Step S14). Here, the number of the sheets to be copied 20 b and the number of the sheets to be printed 20 c corresponding to the corresponding post code 20 a in the post file 20 are a collection or set of common items for the assignments 19 c in the personal file 19. Further, the amount for copy 20 d, the amount for print 20 e and the total amount 20 f are calculated by the host computer 4 based on the number of sheets to be copied 20 b and the number of sheets to be printed 20 c set for each post code 20 a. In particular, the amount for copy 20 d and the amount for print 20 e are calculated for each copier 1 and each printer 2 with each ID code as a key. Here, the function of amount calculating means is executed.
Thereafter, when the increased number-of-sheets data transmitted from the copier 1 and the printer 2 are received by the host computer 4 in Step S6 in the flowchart of FIG. 7 (Step S15), the number of sheets to be copied 19 d and the number of sheets to be printed 19 e in each personal file 19 are updated according to the increased number-of-sheets data, and the number of sheets to be copied 20 b, the number of sheets to be printed 20 c, the amount for copy 20 d, the amount for print 20 e and the total amount 20 f in each post file 20 are also updated together (Step S14). Here, the functions of the storing means and amount calculating means are executed.
Thus, according to the present embodiment, the number of sheets for image formation, such as the number of sheets to be copied, the number of sheets to be printed or the like can be finely managed without preparing the conventionally used key counter, key card, etc. and without special operation. It is also possible to easily obtain billing information.
Next, the number-of-sheets file 19 also serves as a permit code storage area. Namely, when the response data transmitted from the copier 1 and printer 2 are received by the host computer 4 in Step S4 in the flowchart shown in FIG. 7 (Step S11), ID codes (corresponding to each individual ID codes in this case) are extracted from the response data (Step S12). Next, the corresponding ID code is retrieved from the personal file 19 illustrated in FIG. 5 by way of example. If it is found at this time that the corresponding ID code cannot be retrieved from the personal file 19, then the host computer 4 feeds back information about its contents to the copier 1 or printer 2. As a result, the copier 1 or printer 2 to which the information about the inability to retrieve the ID code is returned, notifies its contents according to a process in the drive control circuit 13 thereof and prohibits a copy operation or print operation. In this sense, each personal ID code stored in the EEPROM 16 of the RF-ID element 10 functions even as a permit code. Namely, the personal ID code and the permit code are placed in a combined use and the storage capacity of the EEPROM 16 is effectively utilized. Incidentally, the notification thereof by the copier 1 or printer 2 includes an indication made by an unillustrated display, voice notification, etc. and is regardless of its type.
Here, the prohibition of the copy and print operations and their notification or notice are carried out even when the start buttons of the copier 1 and printer 2 are pressed in the state (N in Step S1) in which it is not determined in Step S1 of FIG. 7 that the RF reaction is present. Such processing is also performed according to processing to be carried out by the drive control circuit 13 in each of the copier 1 and printer 2. However, the present embodiment is provided with an unillustrated billing device wherein the amount for copy and the amount for print are calculated and settlement of their amounts in cash or by a credit card is accepted. The billing device may be constructed so as to allow the copy operation of the copier 1 or the print operation of the printer 2 even in the case of the state in which it is not determined in Step S1 of FIG. 7 that the RF reaction exists, on the condition that the settlement of the amounts in cash or by the credit card or the like has been made. The image forming system having such a configuration is so convenient under such a condition that in a library or the like, for example, a staff member having an ID card like a member certificate 9 and a visitor who does not hold such an ID card, share the use of the copier 1 and the printer 2 or the like.
Summary of Another Embodiment of the Present Invention
In sum, the image forming system according to the aforementioned embodiment is a system wherein the RF-ID element for storing each personal ID card and the number of sheets for image formation therein is built in the ID card like the member certificate, for example, the number-of-sheets file for storing the number of the sheets for image formation therein is provided, the RF communication device is used to read the corresponding personal ID code from the RF-ID element built in the member certificate of the person who performs the operation for the image forming instruction, and the numbers of the sheets for image formation associated with the RF-ID element and the number-of-sheets file are updated every image forming operations. In such a system, the number of the sheets for image formation, which is stored in the RF-ID element, should coincide in principle with the number of the sheets for image formation, which is stored in the number-of-sheets file. However, when the person who has done the operation for the image forming instruction, is left for a place at which the communication range exceeds a RF-ID-based communication range, immediately after the execution of its operation, the number of the sheets for image formation stored in the RF-ID element is expected to become fewer than the number of the sheets for image formation stored in the number-of-sheets file. On the other hand, when a necessary updating process is not effected on the number-of-sheets file due to a system failure or the like, the number of the sheets for image formation stored in the RF-ID element is expected to become greater than the number of the sheets for image formation stored in the number-of-sheets file. There is a possibility that in either case, the number of the sheets for image formation stored in the RF-ID element will be mismatched with the number of the sheets for image formation stored in the number-of-sheets file due to any reason.
Therefore, another embodiment of the present invention can be constructed as an image forming system which comprises an image forming apparatus for executing an image forming operation according to an image forming instruction issued from an image formation instructing device, a RF communication device provided in the image formation instructing device and for performing a RF communication with an ID card having a RF-ID element built therein for storing at least each personal ID code and the number of sheets for image formation therein to thereby read the corresponding personal ID code and the number of sheets for image formation from the RF-ID element, a number-of-sheets file for storing the number of sheets for the formation of each image by the image forming apparatus for each personal ID code, comparing means for, when the RF communication device reads the personal ID code and the number of sheets for image formation, comparing the number of the sheets for image formation with the number of the sheets for image formation corresponding to the corresponding ID code, which has been stored in the number-of-sheets file, and first updating means for, when the number of the sheets for image formation recorded in the number-of-sheets file is greater than the number of the sheets for image formation read by the RF communication device as a result of the comparison by the comparing means, updating the number of the sheets for image formation in the RF-ID element built in the ID card to be the number of the sheets for image formation stored in the number-of-sheets file by using the RF communication device.
Thus, as an ID card holder approaches the image formation instructing device, each personal ID code and the number of sheets for image formation both stored in the RF-ID element built in the ID card are read by the RF communication device. Further, the read number of sheets for image formation is compared with the number of sheets for image formation corresponding to the corresponding ID code, which has been stored in the number-of-sheets file. When the number of the sheets for image formation recorded in the number-of-sheets file is greater than the number of the sheets for image formation read by the RF communication device as a result of its comparison, the RF communication device is used to update the number of the sheets for image formation in the RF-ID element built in the ID card to be the number of the sheets for image formation stored in the number-of-sheets file. Thus, the number of the sheets for image formation in the RF-ID element built in the ID card coincides with the number of the sheets for image formation stored in the number-of-sheets file. Namely, the number of the sheets for image formation in the RF-ID element built in the ID card can be matched with the number of the sheets for image formation stored in the number-of-sheets file so as to avoid a contradiction between the two.
A further embodiment can be constructed as an image forming system which comprises an image forming apparatus for executing an image forming operation according to an image forming instruction issued from an image formation instructing device, a RF communication device provided in the image formation instructing device and for performing a RF communication with an ID card having a RF-ID element built therein for storing at least each personal ID code and the number of sheets for image formation therein to thereby read the corresponding personal ID code and the number of sheets for image formation from the RF-ID element, a number-of-sheets file for storing the number of sheets for the formation of each image by the image forming apparatus for each personal ID code, comparing means for, when the RF communication device reads the personal ID code and the number of sheets for image formation, comparing the number of the sheets for image formation with the number of the sheets for image formation corresponding to the corresponding ID code, which has been stored in the number-of-sheets file, and second updating means for, when the number of the sheets for image formation recorded in the number-of-sheets file is fewer than the number of the sheets for image formation read by the RF communication device as a result of the comparison by the comparing means, updating the number of the sheets for image formation recorded in the number-of-sheets file to be the number of the sheets for image formation read by the RF communication device.
Thus, as an ID card holder approaches the image formation instructing device, each personal ID code and the number of sheets for image formation both stored in the RF-ID element built in the ID card are read by the RF communication device. Further, the read number of sheets for image formation is compared with the number of sheets for image formation corresponding to the corresponding ID code, which has been stored in the number-of-sheets file. When the number of the sheets for image formation recorded in the number-of-sheets file is fewer than the number of the sheets for image formation read by the RF communication device as a result of its comparison, the number of the sheets for image formation stored in the number-of-sheets file is updated to be the number of the sheets for image formation read by the RF communication device. Thus, the number of the sheets for image formation in the RF-ID element built in the ID card coincides with the number of the sheets for image formation stored in the number-of-sheets file. Namely, the number of the sheets for image formation in the RF-ID element built in the ID card can be matched with the number of the sheets for image formation stored in the number-of-sheets file so as to avoid a contradiction between the two.
The image formation instructing device may be provided integrally with the image forming apparatus. In this case, the image formation instructing device is comprised of an image forming operation start switch or the like provided within the image forming apparatus. Thus, even when the ID card holder gives an image forming instruction to the image forming apparatus, the number of the sheets for image formation in the RF-ID element built in the ID card and the number of the sheets for image formation stored in the number-of-sheets file are rendered coincident with each other, so that a contradiction between the two can be avoided. Further, the RF communication device may be provided integrally with the image forming apparatus. Consequently, the image forming apparatus can be singly provided with the functions of the image formation instructing device and the RF reader.
On the other hand, the image formation instructing device may be placed in a position away separately from the image forming apparatus. In this case, the image formation instructing device is comprised of, for example, a personal computer LAN-connected to the image forming apparatus. Thus, when the ID card holder gives an image forming instruction to the image forming apparatus from the position away from the image forming apparatus, the number of the sheets for image formation in the RF-ID element built in the ID card and the number of the sheets for image formation stored in the number-of-sheets file are matched with each other, whereby a contradiction between the two can be avoided.
There is also provided a permit code storage area for storing in advance a permit code for permitting an image forming instruction issued from the image formation instructing device. Further, when the operation for the image forming instruction is effected on the image formation instructing device, first image forming instruction invalidating means for invalidating the image forming instruction when the RF communication device is reading each code unstored in the permit code storage area, may be provided. Thus, since the image forming apparatus performs an image forming operation according to the image forming instruction issued from the image formation instructing device only where the RF communication device is reading each permit code stored in the permit code storage area, the system comprised principally of the RF-ID element can be allowed to have a function similar to the conventionally used key counter or key card.
When the RF communication device is reading each code unstored in the permit code storage area where the operation for the image forming instruction is effected on the image formation instructing device, first notifying means for notifying its contents may be provided. The “notification” may include voice-based notification, display-based notification, etc. and is regardless of its type. Thus, it is possible to cause an operator to understand an attempt to carry out his or her incorrect operation. Further, an unauthorized use can be clearly demonstrated against a third party. In this case, the permit code can be defined as each personal ID code. In this case, it is possible to share the use of the personal ID code and the permit code. Thus, the storage area of the RF-ID element can be effectively utilized.
There is also provided a permit code storage area for storing in advance each permit code for permitting an image forming instruction issued from the image formation instructing device. Further, when the RF communication device does not read any code when the operation for the image forming instruction is effected on the image formation instructing device, second image forming instruction invalidating means for invalidating the image forming instruction may be provided. Thus, the image forming apparatus performs an image forming operation according to the image forming instruction issued from the image formation instructing device only where the RF communication device is reading each permit code stored in the permit code storage area. Thus, the system comprised principally of the RF-ID element can be allowed to have a function similar to the conventionally used key counter or key card.
When the RF communication device does not read any code where the operation for the image forming instruction is effected on the image formation instructing device, second notifying means for notifying its contents may be provided. The “notification” may include voice-based notification, display-based notification, etc. and is regardless of its type. Thus, it is possible to cause an operator to understand an attempt to carry out his or her incorrect operation. Further, an unauthorized use can be clearly demonstrated against a third party.
A billing device for performing predetermined billing according to the operation of the image forming apparatus is further provided. When the RF communication device does not any code where the operation for the image forming instruction is effected on the image formation instructing device, the billing device is activated and thereby the image forming instruction may be rendered valid with settlement made by the billing device as a condition. Thus, if the settlement to be made by the billing device is given even if the RF communication device does not read any code, then the image forming apparatus performs the image forming operation according to the image forming instruction issued from the image formation instructing device. Thus, it is possible to cause users in a wider range to rightfully use the image forming apparatus.
A more specific form of another embodiment according to the present invention will be explained with reference to FIGS. 9 through 12. Since an image forming system introduced as such another embodiment is identical in its hardware to the image forming system described above based on FIGS. 1 through 8, the description thereof will therefore be omitted. In the present embodiment, however, a billing device 1 a is connected to each of copiers, and a billing device 2 a is connected to each of printers. These billing devices 1 a and 2 a are devices for permitting the use of copiers 1 and/or printers 2 with the settlement in cash or by a credit card as a condition.
Processes of such an image forming system at the time that a member or company staffer corresponding to an operator 7 approaches the copier 1 or the printer 2 with the intention of copying or printing, will be explained based on flowcharts shown in FIGS. 10 through 12. FIG. 10 is a flowchart showing, for example, a process for counting the number of sheets for image formation, which is employed in each of the copier 1 and printer 2. When the operator 7 corresponding to the company staffer with a member certificate 9 put thereon approaches the copier 1 or the printer 2, a RF communication device 8 lying within the copier 1 or printer 2 receives a radio signal sent from a RF circuit 18 placed within a RF-ID element 10 and hence a drive control circuit 13 lying within the copier 1 or printer 2 recognizes the presence of a RF reaction (Step S101). Thus, the copier 1 or printer 2 transmits query data through the RF writing device 8 by radio waves (Step S102). The contents of the query includes a query as to each personal ID code and a query about the numbers of sheets to be copied and printed. Correspondingly, the RF-ID element 10 lying within the member certificate 9 transmits each personal ID code and the numbers of the sheets to be copied and printed, which have been stored and held in an EEPROM 16, through the RF circuit 18 by radio waves. The numbers of the sheets to be copied and printed in this case are set every ID codes for the copier 1 and printer 2. The copier 1 and printer 2 respectively receive response data sent from such a RF-ID element 10 (Step S103) and transmits the response data to a host computer 4 via a LAN line (Step S104).
FIG. 11 is a flowchart showing a process to be executed by the host computer after having received the response data from the copier 1 and the printer 2. When the response data (corresponding to personal ID codes and the numbers of sheets to be copied and printed) transmitted from the copier 1 and printer 2 are received by the host computer 4 in Step S104 in the flowchart shown in FIG. 10 (Step S201), ID codes (each corresponding to each personal ID code in this case) are extracted from the response data (Step S202). Although not demonstrated in the flowchart of FIG. 11 in this case, a LAN control device 3 is used when each ID code is not extracted and transmits image formation invalidating data to the copier 1 or printer 2 having transmitted the response data therefrom. On the other hand, the corresponding ID code is retrieved from the personal file 19 illustrated in FIG. 5 by way of example. The number of sheets to be copied 19 d and the number of sheets to be printed 19 e both corresponding to the retrieved ID code are compared with the number of sheets to be copied and the number of sheets to be printed in the response data (Step S203). The comparison in this case is performed every ID codes with respect to both the copier 1 and the printer 2. Here, the function of comparing means is executed.
The results of comparison are obtained as three kinds. Namely, the three types are as follows: one case in which the number of the sheets to be copied 19 d and the number of the sheets to be printed 19 e (number-of-sheets data N) in each personal file 19 corresponding to a number-of-sheets file are greater than the number of sheets to be copied/printed (number-of-sheets data M) in the response data (where the answer is found to be Y in Step S204), another case in which the number of the sheets to be copied 19 d and the number of the sheets to be printed 19 e (number-of-sheets data N) in each personal file 19 are fewer than the number of sheets to be copied/printed (number-of-sheets data M) in the response data (where the answer is found to be Y in Step S205), and a further case in which the number of sheets to be copied/printed (number-of-sheets data M) in the response data coincides with the number of the sheets to be copied 19 d and the number of the sheets to be printed 19 e (number-of-sheets data N) in each personal file 19 (where the answer is found to be Y in Step S205).
When the number of the sheets to be copied 19 d and the number of the sheets to be printed 19 e (N) in each personal file 19 are greater than the number of sheets to be copied/printed (M) in the response data (when the answer is found to be Y in Step S204), the LAN control device 3 is used to transmit the number of the sheets to be copied 19 d and the number of the sheets to be printed 19 e (number-of-sheets data N) in each personal file 19 corresponding to the number-of-sheets file to the copier 1 or printer 2 having transmitted the response data therefrom (Step S206). Here, the function of part of first updating means is executed.
When the number of the sheets to be copied 19 d and the number of the sheets to be printed 19 e (number-of-sheets data N) in the personal file 19 are fewer than the number of the sheets to be copied/printed (number-of-sheets data M) in the response data (when the answer is found to be Y in Step S205), a process for brining the number-of-sheets data N up to the number-of-sheets data M is executed (Step S207: second updating means). Namely, the number of the sheets to be copied 19 d or the number of the sheets to be printed 19 e is updated to be the number of sheets to be copied or the number of sheets to be printed in the RF-ID element 10. Further, the number of sheets to be copied 20 b, the number of sheets to be printed 20 c, an amount for copy 20 d, an amount for print 20 e and a total amount 20 f in a post file 20 are also updated together (Step S207). Here, the number of the sheets to be copied 20 b and the number of the sheets to be printed 20 c corresponding to a post code 20 a in the post file 20 are a collection or set of common items as to an assignment 19 c in the personal file 19. The amount for copy 20 d, the amount for print 20 e and the total amount 20 f are calculated based on the number of sheets 20 b and the number of sheets to be printed 20 c set for each post code 20 a by the host computer 4. In particular, the amount for copy 20 d and the amount for print 20 e are calculated for each copier 1 and each printer 2 with an ID code as a key.
As shown in Step S105 in the flowchart shown in FIG. 10, the copier 1 and the printer 2 respectively determine the presence or absence of responses from the host computer 4. The responses in this case include the transmission of image formation invalidating data at the time that each ID code cannot be extracted in Step S202 of FIG. 11, the transmission of the number of the sheets to be copied 19 d and the number of the sheets to be printed 19 e (number-of-sheets data N) in the personal file, which is executed in Step S206 of FIG. 11, and the transmission of other instructions. When the transmission of the number of the sheets to be copied 19 d and the number of the sheets to be printed 19 e (number-of-sheets data N) in the personal file 19 is carried out (when the answer is found to be Y in Step S106), a process for updating the number of sheets to be copied or the number of sheets to be printed stored in the EEPROM 16 of the RF-ID element 10 to be the transmitted number-of-sheets data N is performed (Step S109). Here, the function of part of the first updating means is executed. When the transmission of the image formation invalidating data is carried out (when the answer is found to be Y in Step S107), image forming instruction invalidating data is produced and temporarily stored in a work area of a memory in the drive control circuit 13 of the copier 1 or printer 2 (Step S113). When the transmission of other instructions is performed (when the answer is found to be N in Step S107), a process for starting up a routine for processing the instructions is executed (Step S108).
Next, the copier 1 and the printer 2 respectively determine whether copying and printing have been executed (Step S110). If the copying and printing are found to have been executed (if the answer is found to be Y in Step S110), then the numbers of sheets therefor are counted and the counted increased number-of-sheet data is transmitted to the host computer 4 via the LAN line (Step S111). Further, the data is transmitted via the RF communication device by radio waves (Step S112). As shown in FIG. 11, the host computer 4 having received the increased number-of-sheets data therein (corresponding to Y in Step S208) performs a process for adding the increased number-of-sheets data to the number-of-sheets data N to perform data updating (Step S209). Namely, the increased number-of-sheets data is added to the number of the sheets to be copied 19 d or the number of the sheets to be printed 19 e in the personal file 19, and the number of sheets to be copied 20 b, the number of sheets to be printed 20 c, the amount for copy 20 d, the amount for print 20 e and the total amount 20 f are updated together (Step S209). The counted number-of-sheets data transmitted by radio waves is captured by the RF-ID element 10 via the RF circuit 18 so that the data stored in the EEPROM 16 is updated. Namely, the number of the sheets to be copied by the corresponding copier 1 or the number of the sheets to be printed by the corresponding printer 2, each of which has been stored in the EEPROM 16, is updated.
According to the present embodiment as described above, the number of sheets for image formation, such as the number of sheets to be copied, the number of sheets to be printed or the like can be finely managed without preparing the conventionally used key counter, key card, etc. and without special operation. It is also possible to easily obtain billing information. Further, when the number of the sheets to be copied and the number of the sheets to be printed both stored in the RF-ID element 10 in each ID card 9 do not coincide with the numbers of the sheets to be copied 19 d and 20 b and the numbers of the sheets to be printed 19 e and 20 c in the personal file 19 and post file 20 each corresponding to the number-of-sheets file due to any reason, the first updating means and the second updating means resolve a mismatch between the number-of-sheets data. Thus, the accurate management of the number of sheets can be carried out.
FIG. 12 is a flowchart showing a process executed when an image forming instruction is inputted to a copier 1 or printer 2 from an unillustrated image formation instructing device. When the image forming instruction is inputted (when the answer is found to be Y in Step S301), the copier 1 or printer 2 first receives response data form the RF-ID element 10 (Y in Step S302) and executes a copying/printing operation (Step S305) on the condition that no image formation invalidating data exists (N in Step S304).
When no response data is now received from the RF-ID element 10 (when the answer is found to be N in Step S302), the drive control circuits 13 of the copier 1 and printer 2 determine the presence or absence of settlement by the billing devices 1 a and 2 a (Step S303). If the settlement is found to exist as a result of the determination thereof, then the copying/printing operation is allowed and executed (Step S305). On the other hand, if the settlement is found not to exist, then the process (Step S305) for the copying/printing operation is not executed and the invalidity of the image forming instruction is notified (Step S306). Here, the functions of second image forming instruction invalidating means and second notifying means are executed. The notification in this case may include an indication made by an unillustrated display, voice notification, etc. and is regardless of its type. The billing system like the present embodiment, using the billing devices 1 a and 2 a is so convenient under such a condition that in a library or the like, for example, a staff member having an ID card like a member certificate 9 and a visitor who does not hold such an ID card, share the use of the copier 1 and the printer 2 or the like.
When image forming instruction invalidating data is generated and temporarily stored in the work area in the memory of the drive control circuit 13 (when the answer is found to be Y in Step S304) even when the response data from the RF-ID element 10 is received (when the answer is found to be Y in Step S302), the process for the copying/printing operation (Step S305) is not performed and the invalidity of the image forming instruction is notified (Step S307). Here, the functions of first image forming instruction invalidating means and first notifying means are executed. The notification in this case may also include an indication made by an unillustrated display, voice notification, etc. and is regardless of its type. Here, the condition that the image forming instruction invalidating data is generated and temporarily stored in the work area in the memory of the drive control circuit 13, is set up when each personal ID code included in the response data cannot be retrieved from the corresponding ID code 19 a in the personal file 19. This has already been explained in the description of Step S202 in FIG. 11, Steps S107 and S113 in FIG. 10, and these respective processes. In such respective processes, each personal ID code stored in the EEPRPOM 16 of the RF-ID element 10, and the ID code 19 a stored in the personal file 19 used as the number-of-sheets file function even as permit codes respectively. Further, the personal file 19 functions even as a permit code storage area. Namely, the use of the personal ID code and the permit code is shared and the storage capacity of a memory area in each of the EEPROM 16 and the host computer 4 is effectively utilized.
The present application is based on Japanese Priority Document Hei 11-105013 filed on Apr. 13, 1999 and Japanese Priority Document Hei 11-113089 filed on Apr. 21, 1999 the content of which are incorporated herein by reference.
Patent CitationsCited PatentFiling datePublication dateApplicantTitleUS5027153 *Feb 5, 1990Jun 25, 1991Canon Kabushiki KaishaImage forming apparatus with card device inputUS5027288 *Nov 21, 1989Jun 25, 1991Fuji Xerox Co., Ltd.Recording apparatusUS5159324 *Aug 9, 1991Oct 27, 1992Fuji Xerox Corporation, Ltd.Icon aided run function display systemUS5251044 *Aug 27, 1991Oct 5, 1993Fuji Xerox Co., Ltd.Facsimile apparatus for accounting for supplies used in receiving facsimile transmissionsUS5260742 *Oct 24, 1991Nov 9, 1993Sanyo Electric Co., Ltd.Electrophotographic copying machine using memory cardUS5629981 *Jul 29, 1994May 13, 1997Texas Instruments IncorporatedInformation management and security systemUS5959530 *Jul 29, 1998Sep 28, 1999Xerox CorporationRemote computer security system for computers, printers and multifunction devicesUS6052547 *Oct 23, 1998Apr 18, 2000Hewlett-Packard CompanyMethod and apparatus for metering printer/copier usageUS6529918 *May 21, 1999Mar 4, 2003Ricoh Company, Ltd.File systemJPH0352626A Title not availableJPH07234896A Title not availableJPH10273208A Title not available* Cited by examinerReferenced byCiting PatentFiling datePublication dateApplicantTitleUS7538899 *Dec 30, 2002May 26, 2009Fujifilm CorporationPrint terminal apparatusUS7548635 *Sep 17, 2004Jun 16, 2009Ricoh Company, Ltd.Method and apparatus for image processing capable of preventing unauthorized reproduction of an imageUS7650095 *May 9, 2005Jan 19, 2010Hewlett-Packard Development Company, L.P.Tracking usage of a functional unitUS7675419 *Jul 21, 2006Mar 9, 2010Samsung Electronics Co., Ltd.System and method of managing shared printer with RFIDUS7859412Jun 16, 2008Dec 28, 2010Xerox CorporationSystem and method of monitoring modules of printing machines utilizing RFID tagsUS7916031Sep 13, 2010Mar 29, 2011Xerox CorporationServer component for monitoring modules of printing machines utilizing RFID tagsUS8085152 *Aug 7, 2008Dec 27, 2011Hong Fu Jin Precision Industry (Shenzhen) Co., Ltd.Apparatus and method for automatically selecting and executing files associated with a userUS8689320 *Mar 26, 2007Apr 1, 2014Kyocera Document Solutions Inc.Image forming apparatus with hard disk drive securely formattedUS8701171 *Jul 27, 2007Apr 15, 2014Canon Kabushiki KaishaApparatus, method, and program for acquiring information during an unavailable communication state in accordance with user identification informationUS20030129970 *Dec 30, 2002Jul 10, 2003Fuji Photo Film Co., Ltd.Print terminal apparatusUS20050094183 *Sep 17, 2004May 5, 2005Hideyuki KojimaMethod and apparatus for image processing capable of preventing unauthorized reproduction of an imageUS20050099653 *Nov 10, 2004May 12, 2005Fuji Photo Film Co., Ltd.Print terminalUS20060044590 *Aug 30, 2004Mar 2, 2006Sharp Laboratories Of America Inc.System and method for network scan debt authorizationUS20060251442 *May 9, 2005Nov 9, 2006Fuqua Charles LStoring informationUS20070018785 *Jul 21, 2006Jan 25, 2007Samsung Electronics Co., Ltd.System and method of managing shared printer with RFIDUS20070222810 *Mar 26, 2007Sep 27, 2007Kyocera Mita CorporationImage forming apparatus with hard disk drive securely formattedUS20080040778 *Jul 27, 2007Feb 14, 2008Canon Kabushiki KaishaInformation processing apparatus, information processing system, information processing method, and programUS20090278695 *Aug 7, 2008Nov 12, 2009Hong Fu Jin Precision Industry (Shenzhen) Co., Ltd.Apparatus and method for automatically selecting and executing files associated with a userUS20090309730 *Jun 16, 2008Dec 17, 2009Xerox CorporationSystem and method of monitoring modules of printing machines utilizing rfid tagsUS20100134842 *Feb 1, 2010Jun 3, 2010Samsung Electronics Co., LtdSystem and method of managing shared printer with rfidUS20100328050 *Sep 13, 2010Dec 30, 2010Xerox CorporationServer component for monitoring modules of printing machines utilizing rfid tagsCN100593137CJan 8, 2008Mar 3, 2010夏普株式会社Image forming apparatus* Cited by examinerClassifications U.S. Classification358/1.15, 358/1.13, 399/79, 399/80, 358/437, 358/1.1, 358/436, 358/435, 705/52International ClassificationG06F15/00, G06F21/00, G06K1/00, B41J13/10Cooperative ClassificationG11B20/00876, G06F2221/2153, B41J13/103, G06F21/608European ClassificationG06F21/60C2, B41J13/10BLegal EventsDateCodeEventDescriptionAug 12, 2004ASAssignmentOwner name: TOHOKU RICOH CO., LTD., JAPANFree format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNORS:OGAWA, MUTSUO;YOMOGIDA, MATSUO;ABE, TAKAMITSU;AND OTHERS;REEL/FRAME:015677/0017Effective date: 20000915Apr 18, 2008FPAYFee paymentYear of fee payment: 4Feb 16, 2012FPAYFee paymentYear of fee payment: 8Apr 15, 2013ASAssignmentOwner name: RICOH COMPANY, LTD., JAPANFree format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNOR:TOHOKU RICOH CO., LTD.;REEL/FRAME:030218/0781Effective date: 20130325May 11, 2016FPAYFee paymentYear of fee payment: 12RotateOriginal ImageGoogle Home - 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text:
Stamp Mount Acrylic Block, 4 x 6 in.
Acrylic Stamping Block - Small Stamping Block - Stamp Block - Clear Stamp Block - 3x4x.5 - Apple Pie Memories - 366704
acrylic block | rubber stamp handle | choose size | hand carved stamps do NOT stick by itself | read item details about how to stick stamps
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Martin Peters - Wikipedia, the free encyclopedia
(1943-11-08) 8 November 1943 (age 71)
Martin Stanford Peters, MBE (born 8 November 1943) is a former football player and manager and a member of the England team which won the 1966 World Cup as well as playing in the 1970 FIFA World Cup.[1] Born in Plaistow, Essex) he played club football for West Ham United, Tottenham Hotspur, Norwich City and Sheffield United. He briefly managed Sheffield United before retiring from professional football in 1981.
Known as "the complete midfielder" as he could pass the ball well with either foot, was good in the air and difficult to mark because of his movement.[2] A free kick specialist, Peters was described by England manager Sir Alf Ramsey, after a game against Scotland in 1968, as being "ten years ahead of his time".[3] His versatility was such that while he was at West Ham he played in every position in the team, including goalkeeper in his third game, replacing an injured Brian Rhodes.[4] [2] With his transfer from West Ham United to Tottenham Hotspur in 1970, he became Britain's first £200,000 footballer.[5]
Under manager Ted Fenton,[6] Peters came through the productive ranks at West Ham United after signing as an apprentice in 1959. He made his debut on Good Friday 1962 in a 4–1 home win against Cardiff City. He scored his first goal for West Ham in a 6–1 away win at Manchester City on 8 September 1962.[7]
Peters played only five games in his first season with West Ham and although he played 32 league games in season 1963–4 he played no part in their FA Cup run and was not selected for the FA Cup final of 1964 at Wembley, in which West Ham beat Preston North End 3–2.[8] The following year, however, he established himself as a first team regular and was victorious at Wembley when West Ham won the European Cup Winners Cup with victory over 1860 Munich.[9] He was usually partnered in midfield by Eddie Bovington and Ronnie Boyce.[7]
Peters began to impose himself on West Ham's game, and another chance for silverware came in 1966 when West Ham reached the League Cup final. The occasion was still a two-legged affair with each of the finallists hosting a leg (though this changed to a one-off final at Wembley a year later), and Peters played in both matches. He scored in the second game but opponents West Bromwich Albion emerged as 5–3 winners on aggregate.[10] [11] [12] The 1968–69 season saw Peters only hat-trick for West Ham in a 4–0 home defeat of West Bromwich Albion.[13] It was also his most prolific season, 24 goals coming from 48 games.[7]
Feeling he was in the shadows of Bobby Moore and Geoff Hurst, Peters sought out a new challenge. In March 1970, West Ham received a record-breaking £200,000 (£150,000 cash) for Peters from Tottenham Hotspur and Peters moved to White Hart Lane, with Spurs and England striker Jimmy Greaves (valued at £50,000) going the other way.[5] On 21 March 1970 Peters scored on his Spurs debut against Coventry City.[5] He won his first domestic winners' medal in 1971 when Spurs beat Aston Villa 2–0 in the League Cup final.[5] Spurs beat Wolverhampton Wanderers 3–2 on aggregate to win the 1972 UEFA Cup in what remained the only all-English European final until Manchester United beat Chelsea in the UEFA Champion's League Final, 2008.[5] In 1973, Peters won the League Cup again with Spurs. He completed one more season with Spurs – losing the 1974 UEFA Cup final to Feyenoord on aggregate[14] – before moving to Norwich City – managed by his former West Ham team-mate John Bond – in March 1975 for £50,000.[15]
Peters, now aged 31, made his debut appearance for Norwich on 15 March 1975 in a 1–1 away draw to Manchester United.[15] He helped newly promoted Norwich establish themselves in the First Division, making more than 200 appearances, and earning a testimonial against an all-star team which included most of the 1966 World Cup winning England XI. He was voted Norwich City player of the year two years running, in 1976 and 1977, and in 2002 was made an inaugural member of the Norwich City F.C. Hall of Fame.[16] In 1978, whilst still a Norwich City player, Peters was awarded an MBE for services to association football.[17]

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Emma Lydia Kuntz Able Condolences | Sign the Guest Book | Georgia Memorial Park Funeral Home and Cemetery Winkenhofer Chapel in partnership with the Dignity Memorial network
Mrs. Emma Lydia Kuntz Able
Restore Guest Book for Mrs. Emma Lydia Kuntz Able

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Words containing rthrolo | Words that contain rthrolo
https://www.thefreedictionary.com/words-containing-rthrolo
Dictionary, Encyclopedia and Thesaurus - The Free Dictionary 10,936,884,242 visitors served
Found 2 words containing rthrolo. Browse our Scrabble Word Finder, Words With Friends cheat dictionary, and WordHub word solver to find words that contain rthrolo. Or use our Unscramble word solver to find your best possible play!
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value: This website is an American online dictionary and encyclopedia that aggregates information from various sources.


text: Translations English (2) License OSI-Approved Open Source (3) GNU Library or Lesser General Public License version 2.0 (2) GNU General Public License version 2.0 (1) Programming Language Assembly (2) C (2) C++ (2) Ada (1) Perl (1) Python (1) Tcl (1) Status 2 - Pre-Alpha (2) 5 - Production/Stable (1) OS Linux (4) BSD (3) Grouping and Descriptive Categories (3) All POSIX (3) Android (1) Mac (1) Modern (1) Linux (1) Other Operating Systems (1) Other (1) Virtualization (1) Windows (1) Top Apps

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text:
Obituary: Martin Huggins | From the Guardian | The Guardian
Music and art always played a large part in the life of Martin Huggins, who has died aged 66. In 1969 he established the Edinburgh School of English studies, with a branch in Geneva, which merged into the Eurostudents Organisation - a merger cemented by marrying the principal of the latter - and later into the Hawthorn Network. But his life was involved in every branch of the arts for which he was an advocate, promoter and, in private, performer. He was central to saving the Scottish National Portrait Gallery, and was a painter of watercolours as well as a competent musician.
The son of a banker, as a teenager at George Watson's College, Edinburgh, his debating skills were formidable. He was accepted for Edinburgh University before his 16th birthday and asked to stand for parliament when still under age. While often speaking for the Conservative party, he joined a London advertising agent, then moved back to Edinburgh to set up the International Festival's marketing department. He then concerned himself with promoting the arts and Scottish heritage centres.
A tall, lean, impressive figure, he had a ready wit, an infectious laugh and a friendly countenance. His powers of persuasion were legendary and his projects included the Association of English Language Schools, the Edinburgh College of Art, the Scottish Craftsmanship Association, and the Castleship Centre, as well as chambers of commerce and various groups and associations, many of which he chaired, and not least the Scottish Arts Club, of which he was a popular and convivial member. Much of his work was charitable.
He retired in 2001, largely as a result of heart surgery during which he contracted MRSA, which happened again after a heart transplant in August.
He is survived by his wife, two daughters and grandchildren.

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