text:
|Publication number
|Publication type
|Application number
|Publication date
|Mar 14, 2000
|Filing date
|Jan 5, 1999
|Priority date
|Jan 5, 1999
|Fee status
|Also published as
|Publication number
|Roger N. Castonguay, Dennis J. Doughty, Dean A. Robarge, Dave S. Christensen, James L. Rosen, Randall L. Greenberg, Stefan Kranz, Mark Culler, Thomas Papallo
|Original Assignee
|General Electric Company
|Export Citation
|BiBTeX, EndNote, RefMan
|Patent Citations (229), Referenced by (54), Classifications (11), Legal Events (7)
|External Links: USPTO, USPTO Assignment, Espacenet
The invention relates to rotary contact circuit breakers. More particularly, the invention relates to the exhausting of gasses generated within the circuit breaker by a short circuit interruption.
In all circuit breakers, the separation of the contacts due to a short circuit causes an electrical arc to form between the separating contacts. The arc causes the formation of relatively high pressure gasses as well as ionization of air molecules within the arc chamber of the circuit breaker. The gasses are hot and deleterious to electrical components. Moreover, the ionized gasses are highly volatile and ignitable upon intermixing with ionized gasses from different electrical phases. The gasses, therefore, must be kept separate until the ionization has dissipated and temperature of the gasses has moderated. An exhaust port is conventionally employed to vent such gasses in a rotary contact circuit breaker, each pole or phase employs two sets of contacts, two contacts of which rotate about a common axis generally perpendicular to the current path from the line side to the load side of the circuit breaker. Each contact set in such an arrangement requires an exhaust port to expel gasses. One of the exhaust ports will be on the line side and one of the exhaust ports will be on the load side of the breaker. In conventional units the exhaust port on the line side is located near the top of the beaker. Since gasses naturally flow in the direction of this port on the line side of the breaker, the port is effective. On the load side of the circuit breaker, the gasses formed consequent to a short circuit naturally migrate toward the lower corner of the breaker. Thus, it is axiomatic that an exhaust port is located at this corner providing there is sufficient room to exhaust gasses from this port.
Regulatory agencies such as UL and IEC promulgate rules that govern many parameters such as through-air and oversurface clearances. Because of these rules and the properties that caused the adoption of these rules, exhausting of gasses on the load side of the circuit breaker becomes more difficult. The art, then, is in need of an exhaust system for more tightly constructed circuit breakers.
The above-described and other disadvantages of the prior art are alleviated by the exhaust gas venting arrangement of the invention.
A venting arrangement is created by providing cooperating cavities (when assembled) with a base, midcover, cassettes, current transformer (or thermomag) housing and spacers which provide a series of channels for routing ionized gasses independently of one another to an appropriate outlet. The venting arrangement of the invention conveys the gasses without damaging other components of the circuit breaker. Moreover, the arrangement maximizes venting volume and allows for minimization of the overall size of the circuit breaker.
Referring now to the drawings wherein like elements are numbered alike in the several FIGURES:
FIG. 1 is a perspective view of one embodiment of the circuit breaker of the invention;
FIG. 2 is an exploded perspective view of the circuit breaker of FIG. 1 illustrating components in an assembled condition;
FIG. 3 is an exploded perspective view of a cassette of the invention;
FIG. 4 is a partial cross section assembled view of the components in FIG. 5 taken along section line 4--4;
FIG. 5 is a partial cross section view of a cassette of the invention;
FIG. 6 is an exploded perspective view of a group of three current transformers with housing, vent channels and end vent channels illustrated;
FIG. 7 is semi-exploded perspective view of a current transformer within its housing and a vent channel;
FIG. 8 is semi-exploded perspective view of a current transformer as in FIG. 7 but with a second vent channel added on the housing;
FIG. 9 is an exploded perspective view of a cassette assembly, current transformer assembly and load straps of the invention;
FIG. 10 is a side view of a vent channel with attached components;
FIG. 11 is a cross section view of the components of FIG. 10 taken along section line 11--11;
FIG. 12 is a cross section view of the components of FIG. 10 taken along section line 12--12;
FIG. 13 is an enlarged view of the load end of the embodiment of FIG. 1 wherein mechanical interaction of several parts is illustrated;
FIG. 14 is a load side elevation view of the first circuit breaker embodiment of the invention;
FIG. 15 is a partially broken away top plan view of the first embodiment of the invention;
FIG. 16 is a partial cross section illustration of the circuit breaker of FIG. 15;
FIG. 17 is a perspective view of an alternative embodiment of the invention that employs the cassette as described above and a thermomag trip unit in place of the current transformer of the previous embodiment;
FIG. 18 is an exploded perspective view of the housing portions of the trip unit illustrated in FIG. 17;
FIG. 19 is a cross section view of the trip unit taken along section line 19--19 in FIG. 17;
FIG. 20 is an exploded perspective view of the thermomag tripper and its housing;
FIG. 21 is a perspective view of another cassette embodiment of the invention;
FIG. 22 is a cross section view of the cassette of FIG. 21 in a complementary housing;
FIG. 23 is a perspective view of another cassette embodiment of the invention;
FIG. 24 is a cross section view of the cassette of FIG. 23 in a complementary housing;
FIG. 25 is a schematic cross section of another cassette and current transformer arrangement of the invention;
FIG. 26 is a cross section view of an embodiment invention taken along section line 26--26 in FIG. 25;
FIG. 27 is a perspective exploded view of another cassette and CT housing of the invention;
FIG. 28 is a perspective view of the parts illustrated in FIG. 27 but 90� turned;
FIG. 29 is an exploded perspective view of this embodiment of the invention with all internal subassemblies shown; and
FIG. 30 is an assembled view of this embodiment.
Referring to FIG. 1, a first embodiment of the invention is illustrated in perspective assembled form. The entire device is referred to as 10 herein. Exterior features include a base 12 which provides support for and protection to the internal components discussed hereunder. Midcover 14 is dimensioned and shaped to reside atop base 12 and as an extension thereof and to cover the internal components. It should be noted that load side vent ports 16 are visible in FIG. 1. In order to provide a better detailed description of the components shown in FIG. 1, reference is made to the exploded view of FIG. 2.
Base 12 includes bottom wall 20 and side walls 22 defining an interior cavity adapted to receive and support a plurality of internal electrical components. The adaptation in general will include locating tangs and stiffening ribs. In the embodiment shown, locating tangs 24 are visible extending upwardly from bottom wall 20 and in line with stiffening ribs 26. Ribs 26 preferably include shoulder 28 at a height from bottom 20 equivalent to the extent of location tangs 24 to effectively provide a support surface for the internal electrical components. Extending from the line side of the base 12 are line strap spacers 30. Preferably for this embodiment, two spacers 30 are provided at equal intervals between side walls 22 to divide the space between the side walls into three equal segments. It should be noted that more spacers 30 could be used with a greater spacing between sidewalls 22 to create more segments for additional poles in the circuit breaker if desired. Each spacer 30 includes a through bore 32 for mounting purposes. A groove 34 is also provided in sidewalls 22 to complement through bore 32 and is also for mounting purposes. Extending from bottom 20 at the line side edge of base 12 are stub walls 36 which support spacers 30 and protect internal components of circuit breaker 10.
At the load side of base 12, the space between sidewalls 22 is divided into segments equivalent to the segments at the line side of base 12. The segments are created by partitions 40 supported by partition supports 42 which extend from bottom 20 and from partition to partition. Partitions 40 are complemented by sidewall extensions 44 (are on each side of base 12) which each provide a groove 46 for mounting circuit breaker 10 and similar features to partitions 40 for interconnection with internal components. The features of partitions 40 and sidewall extensions 44 that interconnect with internal components and particularly the gas exhaust structures (discussed hereunder) are flange groove 48 which is identical among partitions and sidewall extensions and hollow 50. Groove 48 is preferably a ninety degree extended groove that receives a flange in the exhaust structures. Hollow 50 is a recess in each partition 40 and sidewall extension 44 to further locate and stabilize the internal structures.
Before discussion of the internal structures of the circuit breaker, it is well to discuss the midcover 60 of the housing for clarity of what contains the components of the circuit breaker. Midcover 60 fits flush to the outside with sidewalls 22 of base 12 and flush with individual partitions 40, spacers 30 sidewall extensions 44 and sideback extensions 31 with, respectively, partition caps 62, spacer caps 64, sidewall extension caps 66 and sideback extension caps 68. Bores 70 are for mounting the circuit breaker 10 to a support (not shown).
With continuing reference to FIG. 2, a broad, initial, discussion of the internal components of the device of the invention may be had. The breaker comprises a plurality of cassette assemblies 80 each connected to one current transformer of a block of current transformers 140. The individual cassettes each include a load strap 150 each of which is attached through a current transformer. The cassettes 80 and the current transformer block 140 together, in addition to providing the conventional electrical function, also provide gas exhaust pathways for each rotary contact breaker cassette.
Considering the individual internal components in greater detail, reference is made to FIG. 3. It should be appreciated that since the invention is specifically directed only to exhaust gas pathway parts of the cassette, only parts relevant to this function are illustrated. It is within the level of skill of one of ordinary skill in the art to understand how to make and use the conventional (not discussed or shown) portions of the circuit breaker cassette. The cassette 80 is illustrated in FIG. 3 in an exploded perspective view to provide an understanding of the gas pathways presented at the line side 82 of the cassette, one of skill in the art will appreciate that the gas expansion area 84 is directly above the area where a contact is made (contacts not shown). Vent 86 is easily positioned in a location very conducive to exhausting the gasses. At the load side 88, however, it is apparent that gasses are not provided a simple and efficacious escape route. Thus, a route is provided by the invention. The gas expansion area opens from the contact area under contact 92. The expansion area provides (see FIG. 5) a generally rectangular area 94 which opens to a trapezoidal area 96 which steps downward from area 94 at step 98. Adjacent trapezoidal area 96 is diverter recess 100 including diverter step 102 which is provided to help locate diverter 104 in recess 100. The proper location of diverter 104 provides a beneficial and effective exhaust gas path. Diverter recess 100 further includes a slot 106 to receive a top edge of diverter 104. As can be appreciated from FIG. 3, diverter 104 will slide laterally into the recess 100 with a top edge 108 of diverter 104 in slot 106 and a toe 110 (see FIGS. 4 and 5) of diverter 104 in contact with diverter step 102 until diverter stop 112 comes into contact with stop recess wall 114. It should be appreciated that all of the features described on what is the left side of the cassette in FIG. 3 are mirrored on the right side of the cassette.
Referring to FIGS. 4 and 5, one will appreciate the shape of diverter 104. Diverter 104 is less thick at the head 116 and more thick at the toe 110 when viewed relative to seal wall 118. This creates a passage dimension, when combined with cassette 80, that is effective in conveying exhaust gas. Exhaust exits 120 and 122 from cassette 80 are shown in FIG. 4.
Referring again to FIG. 3, and to facilitate fluid conveying attachment to current transformer block 140, cassette 80 is provided on both sides thereof with gas shutoff 124 which resides in connection recess 126 extending inwardly from sidewall 128 of cassette 80. These features are mirrored in the opposite sidewall of cassette 80 and provide an interlocking arrangement with a mating vent channel in the current transformers. The gas shutoff and its mating channel provide the required over surface and through-air clearance required by the UL standard. Cassette 80 further provides a vent recess 130 which allows an overlapped attachment to vent structures within the current transformer block 140.
Finally, still referring to FIG. 3, each cassette 80 is provided with groove 132 for overlapping with the CT housing to provide over surface clearances and notches 134, 136 and 138 for clearance with base.
Turning now to current transformer block 140 and FIGS. 6 and 7, one of ordinary skill in the art will ascertain from the drawing that in the illustrated embodiment, three current transformers 142 are employed; fewer or more could be employed depending upon desired number of poles. Current transformers 142 are conventional units and are commercially available. Each current transformer (CT) 142 is enclosed in a housing having distinct first and second sides. Housing side 144 is illustrated on the right side of each CT 142 in drawing FIG. 6 and housing side 146 on the left. The housing sides together form an opening 161 for through passage of a contact strap discussed hereunder. Referring to the interior sections of the housing sides first, one will note that side 144 has an upper lip 148 which is receivable in housing side 146 in recess 150 and side 146 includes lower lip 149 which conversely to lip 148 is receivable in side 144. The lips 148 and 152 (a, b, c, d) assist to reliably attach the two housing sides together and are conventional features. All other internal features of housing sides 144 and 146 are also conventional and do not require discussion. Exterior features of each of the housing sides 144 and 146 however provide significant advantages in accordance with the invention.
Externally to each housing side, referring to FIGS. 6 and 7, is a depressed path 152 divided into paths 152a and 152b which join at each end of the paths. The paths 152a and 152b are enclosed upon attachment of vent structure 180 one of which is preferably located on each side of assembled housing sides 144 and 146. Housing side 144 and 146 provide location lug 154 and bifurcation lug 156 both of which aid in attachment of vent structure 180. It should be noted that depression 152a/152b continues to inlet 158 and outlet 160. Focusing on vent structure 180 (FIG. 7), connector member 182 includes several features adapted to connect the structure 180 to a cassette 80. As shutoff recess 184 receives gas shutoff 124, wall 190 blocks gas escape from rearwardly of the pathway and tang 186 is received in groove 132. Bifurcated pathways 152c and 152d mate with pathways 152a and 152b respectively to form the centrally bifurcated exhaust gas conduit 152 the ends of which are radiused, see 188 at the inlet side of 192 at the outlet side (which culminates at port 16). Locating recess 194 communicates with location lug 154 and bifurcation 196 nests with bifurcation lug 156 when the vent structure 180 is attached to CT housing side 144 or 146. To help seal the pathway 152, upper pathway lip 200 and lower pathway lip 202 are provided on vent structure 180 and rest within the edges of depression 152a and 152b, respectively. Vent structure 180 finally includes base-midcover mating structure 204 which includes flange 206 for reception in groove 48 upon assembly of the device 10. Bore 208 provides for through passage of circuit breaker mounting screws.
It should be noted that vent structures meant to be employed between two current transformers include the above discussed features on both sides whereas vent structures meant to be used on an end of the CT block 140 have such structures on one side.
As one should appreciate, preferably as many current transformers as cassettes will be employed with vent structures therebetween as shown. The vent structures provide segregated pathways cassette-to-cassette to avoid mixing ionized exhaust gas until the ionization has diminished.
Referring to FIG. 9, a linearly partially exposed perspective view of the operable portions of the device 10 of the invention is illustrated. Three cassettes 80 are illustrated for a three pole circuit breaker. These are attachable to current transformer block 140 as described hereinbefore. Through each CT 142 are openings 161 for cores 210 which are preferably positioned between the two coils of the current transformer to pass the current that generates the magnetic field. The cores 210 are bored 212 so that load lugs 240 may be attached with screws 214 through screw holes 218 electrically to load straps 216 by threaded holes 220.
Referring to FIGS. 10-12, further understanding of the arrangement of the invention is provided. The figures represent a portion of a cassette attached to a current transformer complete with housing and two vent structures (one on each side of the current transformer housings).
Referring to FIGS. 17-20, a second embodiment of the invention is introduced by illustrating only those portions of the device which differ from the previous embodiment. More specifically, the cassette illustrated above is not shown here as it does not change in this embodiment. Rather only the thermomagnetic tripping unit and housing is illustrated here which provides a venting arrangement of the invention. The unifying premise of the invention i.e. exhausting exhaust gasses above the load strap, obtains.
In this embodiment, a front housing 250 having three compartments 252 (as shown; more or fewer are possible) is mateble with a rear housing 254 also having three compartments 256. Visible in FIG. 18 are compartment partitions 258 which are mirrored in front housing 250 and mate at the parting line between these two housings. This provides separation of gasses flowing from different phase circuits which is beneficial for reasons noted earlier. An upper chamber 260a/260b is also shown atop the front and rear housing.
Referring back to front housing 250, one having been exposed to the foregoing embodiment will recognize vent openings 264 in vent structure 266. The vent structure 266 functions as does vent structure 180 of the prior embodiment in all respects and therefore does not require separate explanation here.
Within the chambers formed by the unions of compartments 252 and 256 are upper bimetal housings 270 and lower bimetal housings 272. These housings together house the thermomag trip units of the device. Opening 276 in each upper housing allows portions of the thermomag unit 274 (FIG. 19) to extend through into chamber 266 where a mechanical trip is located. On the sides of the housings 270/272, a profile 280 is shown which causes a bifurcated channel 282a and 282b to be formed around profile 280. Profile 280 preferably contacts either an interior surface of an exterior wall of housing 250 or 254 or a surface of compartment partitions 258 depending upon location. Compartment partitions 258 make contact on both major surfaces with adjacent bimetal housing profiles 280. The surface with which profile 280 makes contact, functions as a wall of the channel 282a or 282b.
At the top of upper bimetal housing 270 are vent opening seals 284 which both properly locate the bimetal housing in the front housing 250 and help prevent gas mixing within front housing 250.
At the rear of lower bimetal housing 272 a vent channel seal 286 is provided and is to be received in vent channel inlet 288. Seal 286 includes notch 287 to provide a good overlapped seal to the cassette. Inlet 288 receives exhaust gas from the cassette which is not shown in the drawings of this embodiment but will be understood by one of ordinary skill in the art from the drawings in the foregoing embodiment.
Chamber 260 houses a standard circuit breaker trip unit mechanism 290 (FIG. 19) that does not produce exhaust gasses. The trip units described in U.S. Pat. Nos. 5,392,016; 5,381,120; 5,121,092; and 5,146,195 (the entire contents of all of which are incorporated herein by reference) are similar to the type illustrated herein.
In another embodiment of the invention, referring to FIGS. 21-24, venting of the load side 300 of the cassette 302 is accomplished by providing a scallop 304 having a generally L-shaped configuration which conveys exhaust gasses from the load side to the line side of the cassette. The scallop 304 in cassette 302 represents a portion of an exhaust flow channel which can be viewed in section in a completed form in FIG. 22. The channel is identified as 308. Channel 308 is completed by partition walls 310 from midcover 312 meeting partition walls 314 from base 316. Walls 310 and 312 meet in abutting relationship at 318.
Referring to FIG. 21, surface 320 acts as a spacer from partition walls 310, 312 and thus causes the walls not to meet surface 322 which forms the side of scallop 304. Scallop 304 extends to the line side 328 of cassette 302 and communicates preferably directly with exhaust opening 324. When the midcover 312 and base 316 are assembled around the cassettes 302, a cross section view provides the view of FIG. 22.
Another sub embodiment of line side exhausting of load side gasses is in FIGS. 23 and 24. Differences of construction are evident in each component but the result achieved, line side exhaust, is retained. Referring to FIG. 23, cassette 340 includes vent chimney 342 and overhang 344 on both sides thereof. The chimney 342 is in fluid communication with exhaust opening 346 and provides a directly upward path for exhaust gas to travel toward midcover channel 348. Overhang 344 is provided to form the floor of the channel 348. Base 352 is attached to spacers 354 in any of a number of known ways. Midcover 350 preferably includes spacer mates 356 which are received in groove 358 in spacer 354. Spacer mates 356 are thin in cross section to provide a larger midcover channel 348. Another feature of midcover 350 is channel separator 360 which preferably rests atop cassette 340 when midcover 350 is assembled with base 352. In the assembled condition, chimney 342 intersects midcover channel 348 at about 90�. Midcover channel 348 leads to an exhaust vent (not shown) at the line side of the cassette.
In yet another embodiment of the invention, the load side exhaust gasses are vented directly through the center of the current transformer. The current transformers are of the type described previously herein but preferably provide more space between the coils to allow for the slightly larger agglomeration of parts than simply the load terminal strap as illustrated in FIG. 26.
Referring to FIG. 25, a cross section of the rotary break circuit breaker cassette 400 is illustrated schematically with a rotor 402 contacts 404 and 406, load strap 408 and load terminal strap 410 shown. Also shown is an exhaust gas area 414 and a port 416. As will be understood the cassette 400 is generally conventional and it is the current transformer housing and vent channels that provides the inventive venting arrangement.
Vent channel 418, a part of the CT housing, extends from the port 416 outwardly from cassette 400 and then steeply upward in vent riser 420. Vent riser 420 is located on both sides of the cassette so that the vent path will extend around both sides of the load terminal strap 410 in the current transformer 422 so that conduit volumetric capacity is not reduced. Upon exit from the area between coils of transformer 422, two individual exit risers 430 extend upwardly and to a first opening in the CT housing (not shown) similar to the foregoing CT housing embodiments. As riser 420 reaches the mid height of current transformer 422 it hits vent-through-channels 424 and is directed through the coils of a current transformer 422. As can be seen in FIG. 26, vent-through-channels 424 are closely adjacently placed with load terminal strap 410 in the sensor of the current transformer 422.
In yet another embodiment of the invention, referring to FIGS. 27-30, cassette 500 is constructed differently to stagger the cassette load side openings 502 and 504. The purpose of stagging these openings is to provide a larger vent channel. The vent channel does not need to be split in half, as in the first embodiment, to handle gasses from adjacent cassettes. Rather, since the openings are staggered the gas channels can be full width between adjacent current transformer housings.
In FIG. 27, opening 502 will communicate with channel 506 through channel inlet 508. It should be noted that extension 510, when CT housing 512 is connected to cassette 500, extends downwardly behind boss 514 of opening 502. Gasses conducted through channel 506 are vented from a vent 520 which can only be viewed in FIG. 28. The upper channel 516 is used by an adjacent cassette through an opening 504, reference being made to FIG. 28. Arrow 522 points to an opening in CT housing 512 such that channel 516b/516a (when assembled) will receive the gasses emitted from opening 504. Channel 506a/506b (assembled) receive the gasses from opening 502. Referring back to the channel of 516a/516b, the exit vent 526 is visible in FIG. 27.
Referring to FIG. 29, an exploded view of the invention with several cassettes 500 side-by-side and CT housings 512 likewise side-by-side from the above discussion and thus figure those of skill in the art will understand the invention. FIG. 19 is also important to introduce additional elements necessary to form channels 516a/516b and 506a/506b. An electronic trip unit 530 is mounted atop a bank of CT housings 512 and includes rib structures 532 which are nested in the open top of each channel 516a/516b to seal the same. The bottom of channel 506a/506b is interior surface 536 of base 540. With respect to other features of the base and contacts illustrated, one of ordinary skill in the art will easily identify the same based upon the foregoing discussion with respect to other embodiments of the invention.
While preferred embodiments have been shown and described, various modifications and substitutions may be made thereto without departing from the spirit and scope of the invention. Accordingly, it is to be understood that the present invention has been described by way of illustrations and not limitation.
|Cited Patent
|Filing date
|Publication date
|May 6, 1942
|Feb 1, 1944
|Gen Electric
|Electric contact element
|May 2, 1952
|Sep 27, 1955
|Westinghouse Electric Corp
|Circuit breakers
|Feb 5, 1957
|May 17, 1960
|Gen Electric
|Panelboard unit
|Jul 18, 1962
|Nov 24, 1964
|Gen Electric
|Electric circuit breaker including stop means for limiting movement of a toggle linkage
|Jun 25, 1962
|Dec 22, 1964
|Gen Electric
|Electric circuit breaker with improved trip means
|Jul 30, 1962
|Jul 27, 1965
|Fed Pacific Electric Co
|Enclosed circuit interrupter
|Feb 4, 1965
|Feb 28, 1967
|Texas Instruments Inc
|Multipole circuit breaker
|Jul 24, 1968
|Jun 23, 1970
|Terasaki Denki Sangyo Kk
|Circuit interrupter
|Apr 27, 1970
|Dec 28, 1971
|Ite Imperial Corp
|Blowoff means for circuit breaker latch
|Jan 2, 1973
|Apr 9, 1974
|Gen Electric
|Electric circuit breaker static trip unit with thermal override
|Sep 6, 1973
|May 13, 1975
|Westinghouse Electric Corp
|Remote controlled circuit interrupter
|Jul 19, 1977
|Dec 12, 1978
|Societe Anonyme Dite: Unelec
|Circuit-breaker operating mechanism
|Aug 18, 1977
|Mar 13, 1979
|Gould Inc.
|Anti-rebound latch for current limiting switches
|Jul 20, 1977
|Jun 12, 1979
|Gould Inc.
|Means for breaking welds formed between circuit breaker contacts
|Jul 28, 1977
|Aug 21, 1979
|Societe Anonyme Dite: Unelec
|Switch with device to interlock the switch control if the contacts stick
|Apr 19, 1978
|Sep 4, 1979
|General Electric Company
|Compact three-pole circuit breaker
|Oct 16, 1978
|Sep 2, 1980
|Westinghouse Electric Corp.
|Current limiting circuit breaker with integral magnetic drive device housing and contact arm stop
|Oct 16, 1978
|Mar 10, 1981
|Westinghouse Electric Corp.
|Current limiting circuit breaker
|Oct 16, 1978
|Mar 31, 1981
|Westinghouse Electric Corp.
|Current limiting circuit interrupter with improved operating mechanism
|Sep 21, 1979
|Apr 21, 1981
|Westinghouse Electric Corp.
|Circuit breaker with anti-bounce mechanism
|Jun 11, 1979
|Jun 30, 1981
|Merlin Gerin
|Multipole electrical circuit breaker with improved interchangeable trip units
|Oct 26, 1979
|Oct 27, 1981
|General Electric Company
|Circuit breaker accessories packaged in a standardized molded case
|Jun 23, 1980
|Nov 17, 1981
|General Electric Company
|Circuit breaker condition indicator apparatus
|Apr 1, 1981
|Nov 23, 1982
|Allis-Chalmers Corporation
|Overcurrent and overtemperature protective circuit for power transistor system
|Aug 31, 1981
|Jan 11, 1983
|Siemens Aktiengesellschaft
|Low-voltage protective circuit breaker with locking lever
|Dec 16, 1980
|Feb 22, 1983
|General Electric Company
|Rapid electric-arc extinguishing assembly in circuit-breaking devices such as electric circuit breakers
|Mar 19, 1980
|Feb 22, 1983
|Circuit breaker fitted with a device for indicating a short circuit
|Sep 2, 1981
|Mar 8, 1983
|Siemens Aktiengesellschaft
|Circuit breaker
|Mar 3, 1981
|May 10, 1983
|Merlin Gerin
|Four-pole low voltage circuit breaker
|Aug 31, 1981
|Jul 5, 1983
|Siemens Aktiengesellschaft
|Low-voltage protective circuit breaker with a forked locking lever
|Jun 9, 1981
|Jul 12, 1983
|Hosiden Electronics Co., Ltd.
|Jack with plug actuated slide switch
|May 11, 1982
|Aug 30, 1983
|Merlin Gerin
|Operating mechanism of a low voltage electric circuit breaker
|Apr 23, 1981
|Oct 11, 1983
|Siemens-Allis, Inc.
|Electromagnetically actuated anti-rebound latch
|Apr 26, 1982
|Mar 6, 1984
|Rte Corporation
|Primary circuit breaker
|Apr 29, 1982
|Aug 21, 1984
|Merlin Gerin
|Multi-pole circuit breaker with interchangeable magneto-thermal tripping unit
|Sep 15, 1982
|Aug 28, 1984
|Merlin Gerin
|Multipole circuit breaker with removable trip unit
|Jul 16, 1982
|Sep 4, 1984
|Eaton Corporation
|Molded case circuit breaker with improved high fault current interruption capability
|Dec 15, 1981
|Oct 23, 1984
|Sharp Kabushiki Kaisha
|Color imaging array and color imaging device
|Mar 28, 1983
|Dec 11, 1984
|Siemens-Allis, Inc.
|Contact assembly including spring loaded cam follower overcenter means
|Feb 18, 1983
|Jan 8, 1985
|Heinemann Electric Company
|Circuit breaker comprising parallel connected sections
|Dec 21, 1983
|Sep 10, 1985
|B/K Patent Development Company, Inc.
|Modular electrical shunts for integrated circuit applications
|Oct 3, 1983
|Oct 8, 1985
|Sace S.P.A. Costruzioni Elettromeccaniche
|Electric switch in which the control lever travel is arrested if the contacts become welded together
|May 21, 1984
|Oct 29, 1985
|General Electric Company
|Circuit breaker static trip unit having automatic circuit trimming
|Dec 21, 1984
|Dec 31, 1985
|Siemens Aktiengesellschaft
|Electrodynamically opening contact system
|Jul 17, 1984
|May 13, 1986
|General Electric Company
|Digital I2 T pickup, time bands and timing control circuits for static trip circuit breakers
|Sep 20, 1984
|Jun 17, 1986
|Mitsubishi Denki Kabushiki Kaisha
|Circuit interrupter with detachable optional accessories
|Feb 7, 1985
|Sep 9, 1986
|General Electric Company
|Circuit breaker contact arm latch mechanism for eliminating contact bounce
|Dec 21, 1984
|Sep 16, 1986
|Square D Company
|Anti-rebound latch
|Jul 11, 1985
|Oct 7, 1986
|General Electric Company
|Contact arrangement for a current limiting circuit breaker
|Feb 20, 1985
|Nov 11, 1986
|Fuji Electric Co., Ltd.
|Circuit breaker housing and attachment box
|Sep 27, 1984
|Dec 23, 1986
|Siemens Energy & Automation, Inc.
|Microprocessor controlled circuit breaker trip unit
|Jul 18, 1985
|Feb 10, 1987
|Westinghouse Electric Corp.
|Molded case circuit breaker with a movable electrical contact positioned by a camming spring loaded clip
|May 24, 1984
|Feb 17, 1987
|Merlin Gerin
|Current-limiting circuit breaker having a selective solid state trip unit
|Aug 20, 1985
|Mar 10, 1987
|Siemens Aktiengesellschaft
|Contact assembly for low-voltage circuit breakers with a two-arm contact lever
|Apr 29, 1982
|Apr 14, 1987
|The United States Of America As Represented By The Secretary Of The Navy
|Arcing fault detector
|Jun 29, 1984
|Jun 9, 1987
|General Electric Company
|Circuit breaker and protective relay unit
|Oct 9, 1986
|Jun 23, 1987
|General Electric Company
|Compact electric safety switch
|Feb 10, 1986
|Jul 21, 1987
|Merlin Gerin
|Circuit breaker with digital solid-state trip unit fitted with a calibration circuit
|Feb 10, 1986
|Aug 25, 1987
|Merlin Gerin S.A.
|Circuit breaker with solid-state trip unit with a digital processing system shunted by an analog processing system
|Feb 10, 1986
|Sep 15, 1987
|Merlin Gerin
|Circuit breaker with digital solid-state trip unit with optional functions
|Feb 10, 1986
|Dec 1, 1987
|Merlin Gerin S.A.
|Circuit breaker with solid-state trip unit with sampling and latching at the last signal peak
|Feb 10, 1986
|Jan 5, 1988
|Merlin Gerin S.A.
|Circuit breaker with digitized solid-state trip unit with inverse time tripping function
|Jan 13, 1987
|Mar 22, 1988
|General Electric Company
|Molded case circuit breaker crossbar assembly
|Apr 13, 1987
|Mar 22, 1988
|Merlin Gerin
|Solid-state instantaneous trip device for a current limiting circuit breaker
|Oct 16, 1986
|Aug 16, 1988
|Merlin Gerin
|Molded case circuit breaker with removable arc chutes and disengageable transmission system between the operating mechanism and the poles
|Feb 25, 1987
|Aug 30, 1988
|Merlin Gerin
|Current breaking device with solid-state switch and built-in protective circuit breaker
|Jul 24, 1987
|Oct 25, 1988
|Merlin Gerin
|Solid-state trip unit of an electrical circuit breaker with contact wear indicator
|Aug 8, 1988
|May 16, 1989
|General Electric Company
|Molded case circuit breaker auxiliary switch unit
|Aug 15, 1988
|Sep 26, 1989
|General Electric Company
|Circuit breaker with removable display and keypad
|Jun 13, 1988
|Nov 28, 1989
|Merlin Gerin
|High pressure arc extinguishing chamber
|Dec 5, 1988
|Nov 28, 1989
|Merlin Gerin
|High rating multipole circuit breaker formed by two adjoined molded cases
|Feb 1, 1989
|Nov 28, 1989
|General Electric Company
|Molded case electronic circuit interrupter
|Jun 22, 1988
|Feb 13, 1990
|Merlin Gerin
|Rotating arc and expansion circuit breaker
|Oct 17, 1988
|Mar 20, 1990
|Merlin Gerin
|Multiple circuit breaker with double break rotary contact
|Jan 27, 1989
|Apr 3, 1990
|Merlin Gerin
|Solid-state trip device comprising an instantaneous tripping circuit independent from the supply voltage
|May 17, 1988
|Apr 10, 1990
|Merlin Gerin
|Operating mechanism of a miniature electrical circuit breaker
|Sep 30, 1988
|Apr 10, 1990
|General Electric Company
|Contact arrangement for a current limiting circuit breaker
|Jun 13, 1988
|May 15, 1990
|Bicc Public Limited Company
|Electric circuit breaking apparatus
|Feb 13, 1989
|Jun 19, 1990
|Merlin Gerin
|Gas-blast circuit breaker
|Dec 5, 1988
|Jun 26, 1990
|Merlin Gerin
|Ground fault current protective device
|Jan 18, 1989
|Jul 3, 1990
|Merlin Gerin
|Electromagnetic trip device with tripping threshold adjustment
|Jun 12, 1989
|Jul 24, 1990
|Merlin Gerin
|Low-voltage limiting circuit breaker with leaktight extinguishing chamber
|Jul 10, 1989
|Jul 24, 1990
|General Electric Company
|Electronic circuit breaker using digital circuitry having instantaneous trip capability
|Oct 31, 1988
|Aug 21, 1990
|Merlin Gerin
|Self-expansion electrical circuit breaker with variable extinguishing chamber volume
|Mar 30, 1989
|Aug 21, 1990
|Westinghouse Electric Corp.
|Electrical circuit breaker operating handle block
|Sep 15, 1988
|Aug 28, 1990
|Merlin Gerin
|Limiting circuit breaker
|Dec 5, 1988
|Sep 18, 1990
|Merlin Gerin
|High rating molded case multipole circuit breaker
|Nov 2, 1989
|Oct 23, 1990
|Merin Gerin
|Magnetic trip device with wide tripping threshold setting range
|Jun 21, 1989
|Jan 8, 1991
|Cge Compagnia Generale Electtromeccanica S.P.A.
|Electric switch mechanism for relays and contactors
|Feb 27, 1990
|Mar 19, 1991
|Merlin Gerin
|Rotating arc circuit breaker with centrifugal extinguishing gas effect
|Mar 30, 1989
|Apr 2, 1991
|General Electric Company
|Molded case circuit breaker movable contact arm arrangement
|Jun 27, 1990
|Jul 2, 1991
|Merlin Gerin
|Limiting circuit breaker equipped with an electromagnetic effect contact fall delay device
|Apr 27, 1990
|Jul 9, 1991
|Asea Brown Boveri Ab
|Contact arrangement for electric switching devices
|Mar 15, 1990
|Oct 15, 1991
|Merlin Gerin
|Electrical circuit breaker with self-extinguishing expansion and insulating gas
|May 2, 1990
|Dec 31, 1991
|Merlin Gerin
|Solid-state trip device for a protective circuit breaker of a three-phase mains system, enabling the type of fault to be detected
|Feb 21, 1991
|Jan 21, 1992
|Merlin Gerin
|Current sensor for an electronic trip device
|Dec 27, 1989
|Mar 10, 1992
|Merlin Gerin
|Gas-blast electrical circuit breaker
|Apr 16, 1991
|Apr 7, 1992
|Merlin Gerin
|Instantaneous trip device of a circuit breaker
|Sep 5, 1990
|May 19, 1992
|Merlin Gerin
|Circuit breaker comprising an electronic trip device
|Sep 27, 1990
|Jun 9, 1992
|Siemens Energy & Automation, Inc.
|Circuit breaker including improved handle indication of contact position
|Feb 4, 1991
|Jun 9, 1992
|General Electric Company
|Molded case circuit breaker thermal-magnetic trip accelerator
|Sep 10, 1990
|Jul 21, 1992
|Merlin Gerin
|Ultra high-speed circuit breaker with galvanic isolation
|Aug 15, 1990
|Aug 11, 1992
|Siemens Aktiengesellschaft
|Auxiliary contact mounting block
|Feb 25, 1991
|Aug 18, 1992
|General Electric Company
|Circuit breaker contacts condition indicator
|May 16, 1991
|Sep 8, 1992
|General Electric Company
|Molded case circuit breaker with linear responsive unit
|Jun 4, 1991
|Oct 6, 1992
|Merlin Gerin
|Static switch
|Mar 12, 1991
|Oct 13, 1992
|Merlin Gerin
|Hybrid medium voltage circuit breaker
|May 30, 1991
|Nov 24, 1992
|Merlin Gerin
|Electrical circuit breaker with rotating arc and self-extinguishing expansion
|Jan 31, 1992
|Dec 15, 1992
|General Electric Company
|Handle connector for multi-pole circuit breaker
|May 29, 1991
|Jan 12, 1993
|Cge Compagnia Generale Elettromeccanica Spa
|Plugged fastening device with snap-action locking for control and/or signalling units
|May 29, 1991
|Feb 9, 1993
|Westinghouse Electric Corp.
|Circuit breaker with welded contacts
|Jun 13, 1991
|Feb 16, 1993
|Merlin Gerin
|Gas insulated high-voltage circuit breaker with pneumatic operating mechanism
|Jun 19, 1992
|Mar 30, 1993
|Square D Company
|Overtemperature sensing and signaling circuit
|Jun 18, 1990
|Apr 6, 1993
|Westinghouse Electric Corp.
|Electrical circuit breaker operating handle block
|Oct 16, 1991
|May 11, 1993
|Merlin Gerin
|Low voltage circuit breaker with multiple contacts for high currents
|May 28, 1992
|Aug 24, 1993
|Merlin Gerin
|Medium voltage circuit breaker with operating mechanism providing reduced operating energy
|Oct 18, 1991
|Nov 9, 1993
|Westinghouse Electric Corp.
|Molded case current limiting circuit breaker
|Dec 18, 1992
|Nov 16, 1993
|General Electric Company
|Molded case circuit breaker multi-pole crossbar assembly
|Oct 15, 1992
|Jan 18, 1994
|Merlin Gerin
|Hybrid circuit breaker with axial blowout coil
|Sep 29, 1992
|Jan 25, 1994
|Merlin Gerin
|Multipole circuit breaker with single-pole units
|Jan 25, 1993
|Mar 22, 1994
|Merlin Gerin
|Auxiliary shunt multiple contact breaking device
|Nov 16, 1992
|Mar 22, 1994
|Westinghouse Electric Corp.
|Circuit breaker with positive off protection
|Sep 28, 1992
|Mar 29, 1994
|Merlin Gerin
|Range of molded case low voltage circuit breakers
|Jan 21, 1993
|Apr 5, 1994
|Merlin Gerin
|Operating mechanism of a molded case circuit breaker
|Mar 2, 1993
|May 10, 1994
|Merlin Gerin
|Molded case circuit breaker with contact bridge slowed down at the end of repulsion travel
|Mar 4, 1993
|May 17, 1994
|Merlin Gerin
|Molded case circuit breaker contact
|Nov 2, 1992
|May 31, 1994
|Gerin Merlin
|Process and device for setting a thermal trip device with bimetal strip
|Dec 23, 1991
|Jul 19, 1994
|Merlin Gerin
|Circuit breaker comprising a card interfacing with a trip device
|Apr 6, 1993
|Aug 2, 1994
|Merlin Gerin
|Draw-out molded case circuit breaker
|Oct 18, 1991
|Aug 23, 1994
|Eaton Corporation
|Molded case current limiting circuit breaker
|Oct 15, 1992
|Sep 13, 1994
|Merlin Gerin
|Electrical circuit breaker with two vacuum cartridges in series
|Aug 2, 1993
|Sep 13, 1994
|Merlin Gerin
|Electrical circuit breaker with rotating arc and self-extinguishing expansion
|Nov 17, 1992
|Sep 27, 1994
|Gec Alsthom Sa
|Medium tension circuit-breaker for indoor or outdoor use
|Oct 20, 1992
|Oct 18, 1994
|Merlin Gerin
|Operating mechanism for a four-pole circuit breaker
|Nov 17, 1992
|Oct 18, 1994
|Gec Alsthom Sa
|Sulfur hexafluoride isolating circuit-breaker and use thereof in prefabricated stations, substations, and bays
|Sep 15, 1992
|Oct 18, 1994
|Merlin Gerin
|Circuit breaker with selective locking
|Jul 2, 1993
|Nov 1, 1994
|General Electric Company
|Industrial-rated circuit breaker having universal application
|Jun 18, 1993
|Dec 13, 1994
|Merlin Gerin
|Self-extinguishing expansion switch or circuit breaker
|Sep 15, 1993
|Jan 3, 1995
|Merlin Gerin
|Molded case circuit breaker with interchangeable trip units
|Nov 15, 1993
|Jan 10, 1995
|General Electric Company
|Molded case circuit breaker thermal-magnetic trip unit
|Nov 8, 1993
|Feb 21, 1995
|General Electric Company
|Molded case circuit breaker mechanical rating plug
|Feb 25, 1994
|Jun 13, 1995
|General Electric
|Operating mechanism for high ampere-rated circuit breakers
|Oct 6, 1993
|Aug 1, 1995
|Merlin Gerin
|Three-position switch actuating mechanism
|Sep 14, 1993
|Aug 8, 1995
|Merlin Gerin
|Molded case circuit breaker with auxiliary contacts
|Mar 30, 1994
|Sep 12, 1995
|Merlin Gerin
|Operating mechanism of a multipole electrical circuit breaker
|Mar 23, 1994
|Sep 12, 1995
|Merlin Gerin
|Circuit breaker comprising a removable calibrating device
|Mar 17, 1994
|Sep 19, 1995
|Ellenberger & Poensgen Gmbh
|Single or multipole circuit breaker
|Sep 23, 1993
|Oct 10, 1995
|Mitsubishi Denki Kabushiki Kaisha
|Circuit breaker
|Apr 4, 1994
|Nov 14, 1995
|Merlin Gerin
|Device for adjusting the tripping threshold of a multipole circuit breaker
|Mar 21, 1994
|Nov 21, 1995
|Merlin Gerin
|Multiple current-limiting circuit breaker with electrodynamic repulsion
|Sep 21, 1994
|Dec 12, 1995
|Merlin Gerin
|Electrical power distribution device with isolation monitoring
|Feb 3, 1994
|Dec 19, 1995
|Merlin Gerin
|Circuit breaker with remote control and disconnection function
|Dec 19, 1994
|Dec 26, 1995
|Merlin Gerin
|Multipole circuit breaker with modular assembly
|Oct 14, 1993
|Jan 9, 1996
|Klockner-Moeller Gmbh
|Overload relay to be combined with contactors
|Feb 22, 1994
|Jan 16, 1996
|General Electric Company
|Digital circuit interrupter with battery back-up facility
|Feb 3, 1994
|Feb 20, 1996
|Merlin Gerin
|Rotary control device of a circuit breaker
|Jan 25, 1994
|Apr 2, 1996
|Merlin Gerin
|Device for mechanical and electrical lockout of a remote control unit for a modular circuit breaker
|Feb 4, 1994
|Apr 2, 1996
|Merlin Gerin
|Remote controlled circuit breaker with recharging cam
|Oct 11, 1994
|Apr 23, 1996
|Klockner Moeller Gmbh
|Contact system for a current limiting unit
|Mar 30, 1994
|Apr 30, 1996
|Merlin Gerin
|Auxiliary trip device for a circuit breaker
|Dec 1, 1994
|May 7, 1996
|Siemens Energy & Automation, Inc.
|Pivoting circuit breaker load terminal
|Nov 8, 1994
|May 21, 1996
|Eaton Corporation
|Circuit breaker using bimetal of thermal-magnetic trip to sense current
|Nov 2, 1994
|Jul 9, 1996
|Klockner-Moeller Gmbh
|Current limiting contact system for circuit breakers
|Nov 13, 1995
|Jul 9, 1996
|Mar 30, 1995
|Jul 9, 1996
|Siemens Energy & Automation, Inc.
|Circuit breaker with molded cam surfaces
|Jul 5, 1994
|Jul 9, 1996
|Schneider Electric Sa
|Control and/or indicator unit
|Mar 13, 1995
|Jul 23, 1996
|Klockner-Moeller Gmbh
|Power circuit breaker having a housing structure with accessory equipment for the power circuit breaker
|Feb 1, 1995
|Aug 6, 1996
|Klockner-Moeller Gmbh
|Circuit breaker with a blocking mechanism and a blocking mechanism for a circuit breaker
|Sep 11, 1992
|Sep 3, 1996
|Eaton Corporation
|Circuit breaker with auxiliary switch actuated by cascaded actuating members
|Oct 20, 1992
|Dec 3, 1996
|Fuji Electric Co., Ltd.
|Circuit breaker
|Jul 4, 1994
|Feb 18, 1997
|J. H. Fenner & Co., Limited
|Electromechanical relays
|Nov 30, 1995
|Mar 4, 1997
|Eaton Corporation
|Molded case circuit breaker with interchangeable trip unit having bimetal assembly which registers with permanent heater transformer airgap
|Dec 26, 1994
|Jul 21, 1998
|Schneider Electric Sa
|Differential protection device of a power transformer
|Dec 1, 1994
|Feb 20, 1996
|Mitsubishi Denki Kabushiki Kaisha
|Circuit breaker for distribution
|Title not available
|Title not available
|Oct 4, 1963
|Nov 3, 1966
|Licentia Gmbh
|Elektrisches Schaltgeraet, insbesondere Schaltschuetz
|Dec 16, 1980
|Aug 20, 1987
|Karl Pfisterer Elektrotechnische Spezialartikel Gmbh & Co Kg, 7000 Stuttgart, De
|Title not available
|Jan 26, 1988
|May 17, 1990
|Licentia Patent-Verwaltungs-Gmbh, 6000 Frankfurt, De
|Title not available
|Dec 22, 1988
|Jun 28, 1990
|Bosch Gmbh Robert
|Power output stage for electromagnetic loads
|Jun 1, 1994
|Jun 5, 1997
|Weber Ag
|Ein- oder mehrpoliges Geh�use zur Aufnahme von NH-Sicherungen
|Mar 12, 1982
|Dec 21, 1983
|BASF Aktiengesellschaft
|Electrophotographic recording material
|Apr 26, 1982
|Dec 19, 1984
|Merlin Gerin
|Multi-pole circuit breaker with an interchangeable thermal-magnetic trip unit
|May 5, 1982
|Apr 10, 1985
|Merlin Gerin
|Operating mechanism for a low-voltage multi-pole circuit breaker
|Sep 20, 1982
|Apr 10, 1985
|Merlin Gerin
|Multipole circuit breaker with removable trip unit
|Feb 3, 1984
|Aug 29, 1984
|Heinemann Electric Company
|A circuit breaker comprising parallel connected sections
|Oct 1, 1984
|Sep 9, 1987
|Merlin Gerin
|Operating mechanism for a low-voltage multi-pole circuit breaker
|Aug 7, 1985
|May 4, 1988
|Siemens Aktiengesellschaft
|Contact device for a low voltage circuit breaker with a two-armed contact lever
|Feb 18, 1986
|Nov 2, 1989
|Merlin Gerin
|Single pole and neutral differential circuit breaker
|Oct 13, 1986
|Jun 5, 1991
|Merlin Gerin
|Control mechanism for a low-tension electric circuit breaker
|Dec 18, 1986
|Aug 4, 1993
|Merlin Gerin
|Static tripping unit with test circuit for electrical circuit interruptor
|Mar 10, 1987
|Jun 3, 1992
|Merlin Gerin
|Electric switch having an ameliorated dielectric strength
|Jul 20, 1987
|Mar 25, 1992
|Merlin Gerin
|Static tripping device for a circuit breaker with electronic contact wear indication
|Sep 16, 1987
|Jan 29, 1992
|Merlin Gerin
|Electric differential-protection apparatus with a test circuit
|Sep 16, 1987
|Jan 20, 1993
|Merlin Gerin
|Multipole differential circuit breaker with a modular assembly
|Mar 8, 1988
|Dec 16, 1992
|Merlin Gerin Limited
|Electrical ring main unit
|Feb 23, 1988
|Nov 27, 1991
|Merlin Gerin
|Static trip unit comprising a circuit for detecting the residual current
|Apr 25, 1988
|Oct 21, 1992
|Merlin Gerin
|Trip bar for a multipole breaker block associated with an auxiliary trip block
|Apr 25, 1988
|Oct 28, 1992
|Merlin Gerin
|Modular breaker with an auxiliary tripping block associated with a multipole breaker block
|Sep 22, 1988
|Dec 14, 1994
|CGE- COMPAGNIA GENERALE ELETTROMECCANICA S.p.A.
|Improved contact arrangement for a current limiting circuit breaker adapted to be actuated both manually and by an actuating electromagnet
|Mar 8, 1988
|Dec 16, 1992
|Merlin Gerin Limited
|Electrical switchgear
|Sep 19, 1988
|Apr 22, 1992
|Merlin Gerin
|Static tripping device for a circuit breaker in a cast case
|Oct 11, 1988
|Sep 29, 1993
|Merlin Gerin
|Opening device for a multipole circuit breaker with a rotating contact bridge
|Feb 3, 1989
|Jul 7, 1993
|Merlin Gerin
|Actuating mechanism of an auxiliary tripping block for a modular circuit breaker
|Mar 23, 1989
|Jun 1, 1994
|Merlin Gerin
|High sensitivity electromagnetic tripper
|Apr 28, 1989
|Aug 11, 1993
|Merlin Gerin
|Operating mechanism for a miniature circuit breaker having a contact-welding indicator
|Oct 25, 1989
|Dec 29, 1993
|Merlin Gerin
|Tripping circuit with test circuit and selfprotected remote control for opening
|Nov 15, 1989
|Jan 26, 1994
|Merlin Gerin
|Modular breaker with an auxiliary tripping block with independent or automatic resetting
|Nov 22, 1989
|Jan 11, 1995
|Merlin Gerin
|Modulator assembly device for a multipole differential circuit breaker
|Mar 29, 1990
|Dec 28, 1994
|Merlin Gerin
|Auxiliary switch with manual test for modular circuit breaker
|Apr 23, 1990
|Oct 31, 1990
|Asea Brown Boveri Ab
|Contact arrangement for electric switching devices
|May 8, 1990
|Aug 30, 1995
|BTICINO S.r.l.
|An automatic magneto-thermal protection switch having a high breaking capacity
|Jun 25, 1990
|Dec 1, 1993
|Merlin Gerin
|Static trip unit with a desensibilisation system for earth protection
|Mar 29, 1991
|Dec 7, 1994
|Merlin Gerin
|Driving mechanism for circuit breaker
|Jan 21, 1993
|Dec 27, 1996
|Schneider Electric Sa
|Operating mechanism for a moulded case circuit breaker
|Apr 15, 1993
|Jul 16, 1997
|Schneider Electric Sa
|Mechanic interlocking device of two moulded case circuit breakers
|Oct 18, 1993
|Aug 6, 1997
|Schneider Electric Sa
|Circuit-breaker with draw-out auxiliary circuit blocks
|Mar 30, 1994
|Mar 12, 1997
|Schneider Electric Sa
|Magnetothermal trip unit
|Jan 11, 1995
|Mar 22, 2000
|Schneider Electric Industries SA
|Diffential trip unit
|Aug 28, 1995
|Mar 6, 1996
|ABB ELETTROCONDUTTURE S.p.A.
|Electronic base circuit for overload relays depending from the line voltage
|Title not available
|Title not available
|Title not available
|Title not available
|Title not available
|Title not available
|Title not available
|Title not available
|Title not available
|Citing Patent
|Filing date
|Publication date
|Aug 3, 1999
|Feb 13, 2001
|General Electric Company
|Bottom vented circuit breaker capable of top down assembly onto equipment
|Sep 16, 1999
|May 15, 2001
|General Electric Company
|Arcing contact arrangement
|Jul 3, 2001
|Feb 4, 2003
|Schneider Electric Industries Sa
|Module combined with an electromagnetic switch appliance
|Feb 1, 2000
|Dec 7, 2004
|Moeller Gmbh
|Circuit breaker and method for producing same
|Aug 29, 2003
|Aug 16, 2005
|General Electric Company
|Interlocking cassettes for dimensional stability
|Sep 19, 2003
|Jan 2, 2007
|Fuji Electric Fa Components & Systems Co., Ltd.
|Electromagnetic contactor
|Jun 4, 2004
|Apr 3, 2007
|Siemens Aktiengesellschaft
|Air guidance device for cooling a switch part of an electrical switch
|Jun 28, 2007
|Dec 15, 2009
|General Electric Company
|Circuit breaker apparatus
|Sep 25, 2006
|Jul 6, 2010
|Rockwell Automation Technologies, Inc.
|Gas diverter for an electrical switching device
|Oct 22, 2008
|Nov 30, 2010
|Levitron Manufacturing Co., Inc.
|Blast venting for electrical device
|Aug 14, 2008
|Jan 18, 2011
|Cooper Technologies Company
|Dual voltage switch
|May 8, 2008
|Apr 5, 2011
|Cooper Technologies Company
|Fault interrupter and load break switch
|May 8, 2008
|May 3, 2011
|Cooper Technologies Company
|Adjustable rating for a fault interrupter and load break switch
|May 8, 2008
|May 31, 2011
|Cooper Technologies Company
|Sensor element for a fault interrupter and load break switch
|May 8, 2008
|Aug 23, 2011
|Cooper Technologies Company
|Indicator for a fault interrupter and load break switch
|Jun 3, 2009
|Sep 6, 2011
|Cooper Technologies Company
|Multi-deck transformer switch
|Aug 14, 2008
|Apr 10, 2012
|Cooper Technologies Company
|Tap changer switch
|Oct 15, 2009
|Oct 9, 2012
|Leviton Manufacturing Co., Inc.
|Electrical component enclosure
|Sep 18, 2009
|Dec 11, 2012
|Leviton Manufacturing Co., Inc.
|Electrical switching component
|Dec 3, 2009
|Dec 11, 2012
|Cooper Technologies Company
|Low force low oil trip mechanism
|Jun 30, 2010
|Jan 8, 2013
|Schneider Electric USA, Inc.
|Quad break modular circuit breaker interrupter
|May 11, 2012
|Oct 15, 2013
|Leviton Manufacturing Co., Inc.
|Electrical switching component
|Aug 30, 2010
|Oct 13, 2015
|Schneider Electric Industries Sas
|Switchgear device having at least one single-pole breaking unit comprising a contact bridge and circuit breaker comprising one such device
|Jul 18, 2013
|Mar 15, 2016
|Lsis Co., Ltd.
|Circuit breaker
|Apr 15, 2013
|Oct 25, 2016
|Abb Oy
|Electric switch housing
|Jun 4, 2004
|Jan 13, 2005
|Buxton Clifford A.
|Air guidance device for cooling a switch part of an electrical switch
|Aug 29, 2003
|Mar 3, 2005
|Ronald Ciarcia
|Interlocking cassettes for dimensional stability
|Sep 19, 2003
|Jul 13, 2006
|Koji Ohkubo
|Electromagnetic contactor
|Sep 25, 2006
|Mar 27, 2008
|Rockwell Automation Technologies, Inc.
|Gas diverter for an electrical switching device
|Jun 28, 2007
|Jan 1, 2009
|General Electric Company
|Circuit breaker apparatus
|May 8, 2008
|Nov 12, 2009
|Cooper Technologies Company
|Low Oil Trip Assembly for a Fault Interrupter and Load Break Switch
|May 8, 2008
|Nov 12, 2009
|Cooper Technologies Company
|Fault Interrupter and Load Break Switch
|May 8, 2008
|Nov 12, 2009
|Cooper Technologies Company
|Indicator for a fault interrupter and load break switch
|May 8, 2008
|Nov 12, 2009
|Cooper Technologies Company
|Adjustable Rating for a Fault Interrupter and Load Break Switch
|May 8, 2008
|Nov 12, 2009
|Cooper Technologies Company
|Sensor Element for a Fault Interrupter and Load Break Switch
|Aug 14, 2008
|Feb 18, 2010
|Cooper Technologies Company
|Tap Changer Switch
|Jun 3, 2009
|Feb 18, 2010
|Cooper Technologies Company
|Multi-Deck Transformer Switch
|Oct 22, 2008
|Apr 22, 2010
|Leviton Manufacturing Co., Inc.
|Blast venting for electrical device
|Sep 18, 2009
|Mar 24, 2011
|Leviton Manufacturing Co., Inc.
|Electrical switching component
|Oct 15, 2009
|Apr 21, 2011
|Leviton Manufacturing Co., Inc.
|Electrical component enclosure
|Aug 30, 2010
|Jul 12, 2012
|Schneider Electric IndustriesSAS
|Single-Pole Breaking Unit Comprising a Rotary Contact Bridge, Switchgear Device Comprising Such a Unit and Circuit Breaker Comprising Such a Device
|Jul 18, 2013
|Jan 23, 2014
|Lsis Co., Ltd.
|Circuit breaker
|Jan 25, 2006
|Jun 24, 2009
|Trip braking device of breaker
|Aug 30, 2010
|Jul 25, 2012
|Single-pole cutoff unit comprising a rotary contact bridge, cutoff device comprising such a unit, and circuit breaker comprising such a device
|Aug 30, 2010
|Aug 12, 2015
|Aug 30, 2010
|Jul 25, 2012
|Interrupter device having at least one single-pole phase unit comprising a contact bridge and circuit breaker comprising such a device
|Jul 22, 2011
|Jan 23, 2013
|Switching device
|May 5, 2009
|Mar 2, 2011
|Cooper Technologies Company
|Fault interrupter and load break switch
|May 5, 2009
|Oct 29, 2014
|Cooper Technologies Co
|Fault interrupter and load break switch
|Oct 28, 2008
|May 28, 2009
|Abb S.P.A.
|Arc gas exhaust passage for a circuit breaker with a double break contact arrangement
|Oct 28, 2008
|Aug 27, 2009
|Abb S.P.A.
|Arc gas exhaust passage for a circuit breaker with a double break contact arrangement
|May 5, 2009
|Nov 12, 2009
|Cooper Technologies Company
|Fault interrupter and load break switch
|May 5, 2009
|Nov 12, 2009
|Cooper Technologies Company
|Multiple arc chamber assemblies for a fault interrupter and load break switch
|Aug 30, 2010
|May 19, 2011
|Schneider Electric Industries Sas
|Interrupter device having at least one single-pole phase unit comprising a contact bridge and circuit breaker comprising such a device
|U.S. Classification
|218/157, 335/202, 200/306, 336/60
|International Classification
|Cooperative Classification
|European Classification
|Jul 13, 1999
Owner name: GENERAL ELECTRIC COMPANY, CONNECTICUT
Free format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNORS:CASTONGUAY, ROGER N.;DOUGHTY, DENNIS J.;ROBARGE, DEAN A.;AND OTHERS;REEL/FRAME:010089/0243
Effective date: 19990204
Owner name: GENERAL ELECTRIC COMPANY, CONNECTICUT
Free format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNOR:KRANZ, STEFAN;REEL/FRAME:010089/0214
Effective date: 19990621
Owner name: GENERAL ELECTRIC COMPANY, CONNECTICUT
Free format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNOR:RAMAKRISHNAN, BHASKAR;REEL/FRAME:010089/0226
Effective date: 19990511
|Dec 3, 2002
|Certificate of correction
|May 5, 2003
|Fee payment
Year of fee payment: 4
|Sep 24, 2007
|Maintenance fee reminder mailed
|Sep 26, 2007
|Surcharge for late payment
Year of fee payment: 7
|Sep 26, 2007
|Fee payment
Year of fee payment: 8
|Jul 20, 2011
|Fee payment
Year of fee payment: 12


text:
Olswang has been instructed by leading Alternative Investment Market (AIM)-nominated adviser Smith & Williamson for the first time.
The appointment is a direct result of private equity partner Chris Mackie's decision to quit Berwin Leighton for Olswang late last year.
Smith & Williamson's head of corporate finance Robert Kidson says the corporate finance house uses a specific number of firms for its AIM work, including Hammond Suddards Edge, Memery Crystal and Clyde & Co.
But he adds: "We work with Berwin Leighton, but we've also worked with Olswang for the first time. The reason for that is the chap we were close to at Berwin Leighton moved to Olswang. So we went with him."
To float on AIM, all issuers must have a nominated adviser (nomad). The London Stock Exchange provides a list of approved corporate finance houses. Approved nomad Smith & Williamson has worked on a range of AIM IPOs over the last 18 months.
Olswang's first piece of corporate finance work for Smith & Williamson came in the summer, when it advised property investment and development company Basepoint on its £8.04m AIM flotation.
Although Smith & Williamson will continue to use Berwin Leighton, Kidson expects to continue the fledgling relationship with Olswang. Smith & Williamson and Olswang are already working together again on a Basepoint acquisition.
In equity capital markets work, the majority of instructions are won through individual relationships between partners and bankers at corporate finance houses.
Mackie has had a long-running relationship with Smith & Williamson, as well as with the issuer, Basepoint, which he has represented since 1989. He introduced the issuer to its nominated adviser at the time of the float.
Mackie is a private equity partner, but he also does some corporate finance work. He says: "I've worked with Smith & Williamson for years, although this was not a piece of work that originated at Berwin Leighton. I got the instruction here at Olswang."
AIM is specifically designed for small-cap companies. It has undergone a resurgence in recent months, with companies often floating instead of going through second or third-round funding.
Firms with strong private equity practices and corporate finance departments, therefore, can be ideally placed to cash in on the recent initial public offering (IPO) boom.
Mackie joined Olswang, along with fellow private equity partner Fabrizio Carpanini, after nearly six years with Berwin Leighton. At the time, Olswang chief executive Jonathan Goldstein said that they had brought "mainstream credibility" to the firm (The Lawyer, 22 November).
Fee levels for firms working on AIM flotations can range from £30,000 up to £150,000 for extremely complex transactions.
Olswang has also been adding to its equity capital markets practice. In the summer it launched a technology-focused corporate finance house, LongAcre Partners, in conjunction with US investment bank JP Morgan (The Lawyer, 3 July).
n see feature pages 16-21

subset: commoncrawl


text:
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For tooth cavity
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Ingredients: Citric Acid, Natural & Artificial Flavors, Sucralose, Acesulfame Potassium, Beet Powder (color), Silicon Dioxide
*These statements have not been evaluated
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prevent any disease.
Nutrition Facts are a simulation of the
product's "Nutrition Label". For the actual Nutrition
Label please refer to the product packaging.
Mix 1-2 micro scoops (3.65-7.30 grams) with 3-4 ounces of water per
scoop and consume 30-45 minutes prior to workout. The ideal individual
serving for workout domination may vary between 1-2 scoops. DO NOT
EXCEED 2 SCOOPS IN ANY 24 HOUR PERIOD. Consult with your Physician
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Recent Campus ClicksPenn State's Porta-potty problemsSox fans punished for celebratingOSU's athletic budget keeps growingBig Ten as Home Improvement charactersBy Andy Gray The LinksCostume AdviceA Halloween reminder -- don't be shy with your costume. :: John W. McDonough/SI It's Halloween weekend and my new favorite writer, Rob Luce from College News, has a piece of advice for the ladies: Don't be afraid to dress sexy.Bad Day For Brady Poor Brady Quinn. His beloved Fighting Irish are 1-7, he has yet to take a snap as an NFL quarterback and was forced to wear a USC jersey as a result of a lost bet with Trojan alum Rodney Peete. At least he didn't dress up as one of the Village People during a wedding last year. Oh wait.It's All In The NameThe Extrapolater runs down the list of best porn names among Big Ten football players. Our three favorites -- Marvin McNutt (QB, Iowa), Kirk DeCremer (DL, Wisconsin), Clint Huntrods (LS, Iowa).Academic Advice From SIOCAttention Ohio State students: Drop whatever you're doing, go to the registrars' office and switch your minor to Sexuality Studies. Where else can you take a class called "Sport and Sexuality" or "Women in Literature: Bad Girls in Fiction, Film, and TV." Just be sure not to piss off anyone from OSU's Pistol Club, who for some reason have decided to wear gun holsters on campus.Sweet LouLou Holtz had a lot to say about Nebraska in his weekly pep talk. :: APEveryone has been poking fun at Lou Holtz and his "pep talk" segment on ESPN, but we love it. Who else could get away with comparing major social issues (racism, sexism) with the plight of Nebraska's football program? Today in Hot ClicksWhich QB has the best looking wife/girlfriend? ... Dumbest football fines ever ... Guy dominates Tetris ... Super Manny fan.Pop Culture NuggetParis Hilton's first major philanthropic effort (remember her post-prison vow to be more charitable) -- a planned trip to Rwanda -- has been postponed.Odds and EndsSorority girls at Florida really need to hold their liquor better ... Webster University students hate their mascot ... This UGA student really doesn't like his professor.Videos of the DayDawg Love in KoreaWho knew Georgia traveled so far to recruit new fans?

College Football Tour Guy -- WashingtonSIOC's favorite tailgater, Dan Rubenstein, checks in with another tailgate report.

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Anguish Basalt
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Anguish Basalt (苦悩のバザルト, Kunō no Bazaruto) is a Shadow in the Persona series.
Anguish Basalt is a Shadow appearing in the 5th and 6th Chapters of the Void Quest within the Midnight Channel. It will typically be supported by a Whimsical Papillon. Upon being defeated, it may drop the Anguish Stone material. Selling 6 Anguish Stones at Daidara will unlock the Starry Robe female armor in the shop.
In Golden, it also appears in Chapter 7. It may drop Olive Stone for trade a Shiroku Pub.
Persona 4Edit


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By DAN KARELL
From Europe to Mexico to South America, this weekend has no shortage of mouthwatering matchups.
Starting in England, the weekend kicks off as first-place Arsenal visits Manchester City in a top-of-the table clash in the English Premier League. Man City is coming off a morale-boosting 3-2 victory at Bayern Munich on Tuesday and holds a 100 percent record at home in the league, including 7-0 and 6-0 victories over Norwich City and Tottenham, respectively.
In Italy, Inter Milan head coach Walter Mazzari faces his former club Napoli for the first time since moving to the San Siro this past summer. Mazzari has guided Inter back into UEFA Champions League contention so far but he faces a Napoli side that is strong if not stronger than last season and is currently one place above Inter in the Serie A table. In La Liga, leaders Barcelona took Scottish champions Celtic to task on Wednesday and faces a weakened Villarreal side on Saturday.
Finally, in Mexico and Argentina, the final weekend of league matches in the Apertura and Torneo Inicial seasons conclude on Sunday. Club America hosts Club Leon in the second leg of the Liga MX playoffs final, and Argentine leaders San Lorenzo visit Velez Sarsfield knowing that they can secure the title with three points.
Here is a rundown of This Weekend's Soccer on TV:
2pm – England U-17s vs. Portugal U-17s – USSoccer.com
2:30pm – Montpellier vs. Saint-Etienne – beIN Sport USA/Univision Deportes
2:30pm – Hertha Berlin vs. Werder Bremen – GolTV USA
3pm – Levante vs. Elche – beIN Sport en Español
5pm – U.S. U-17s vs. Brazil U-17s – USSoccer.com
5pm – New Mexico vs. Notre Dame (College Cup) – ESPNU
7:30pm – Virginia vs. Maryland (College Cup) – ESPNU
1:30am – Adelaide United vs. Central Coast Mariners – Fox Soccer Plus
7:45am – Manchester City vs. Arsenal – NBC Sports Network
9:30am – Bayern Munich vs. Hamburg – GolTV USA
10am – Chelsea vs. Crystal Palace – NBC Sports Network
10am – Everton vs. Fulham – NBC Sports Live Extra
10am – West Ham United vs. Sunderland – NBC Sports Live Extra
10am – Newcastle United vs. Southampton – NBC Sports Live Extra
10am – Cardiff City vs. West Bromwich Albion – NBC Sports Live Extra
10am – Osasuna vs. Real Madrid – beIN Sport USA/beIN Sport en Español
10am – Heart of Midlothian vs. Inverness CT – Fox Soccer Plus
11am – Rennes vs. Paris Saint-Germain – beIN Sport USA
12pm – Rayo Vallecano vs. Granada – beIN Sport en Español
12:30pm – Hull City vs. Stoke City – NBC Sports Network
12:30pm – Wolfsburg vs. Stuttgart – GolTV USA
2pm – Guingamp vs. AS Monaco – Univision Deportes
2:30pm – Raja Casablanca vs. Monterrey (Club World Cup) – Fox Sports 2/Fox Deportes
3pm – Cerro Largo vs. Peñarol – GolTV USA
4pm – Malaga vs. Getafe – beIN Sport en Español
1am – Sydney FC vs. Melbourne Heart – Fox Sports 2
6:30am – Cambuur vs. Ajax – ESPN Deportes
8:30am – Aston Villa vs. Manchester United – NBC Sports Network
8:30am – Norwich City vs. Swansea City – NBC Sports Live Extra
9am – Fiorentina vs. Bologna – beIN Sport USA
11am – Tottenham vs. Liverpool – NBC Sports Network
11am – Lille vs. Bastia – beIN Sport USA
11am – Real Sociedad vs. Real Betis – beIN Sport en Español
11:30am – Bayer Leverkusen vs. Eintracht Frankfurt – GolTV USA
12:30pm – Juventus vs. Sassuolo – beIN Sport USA
1pm – Sevilla vs. Athletic Bilbao – beIN Sport en Español
2:45pm – Napoli vs. Inter Milan – beIN Sport USA
3pm – Lyon vs. Marseille – Univision Deportes
3pm – Atletico Madrid vs. Valencia – beIN Sport en Español
3:30pm – Velez Sarsfield vs. San Lorenzo – GolTV USA
7pm – Club America vs. Club Leon – Univision
When is the NCAA Final – Monday? or next week?
pretty good tournament this year.. im picking Maryland over ND.
Go Lobo's!
There is also the NCAA men's College Cup finals on ESPNU on Sunday 3PM.
Brett Bates
That Man City game is to damn early.. 6:45am in the midwest. You would think that EPL would want to have the game later in the evening to capitalize on both the English and American markets.
What about Nantes in Ligue 1 on Saturday???
AS Roma vs AC Milan Monday????
DC Josh
Here's to Jozy hopefully starting up top alongside Fletcher again and getting more than 1 chance to score (although he played more in the false 9/deep lying striker role last weekend).
College bowl forecast 32 degrees and dropping today. Sunday a balmy 38.
Still thinking about going to the final though
Brett Bates
Cold Cup finals are so hot right now
Brooks was taken out in the 37th minute. Anyone know if he was injured?
Steven C
The Gamecast didn't specify an injury, and it occurred 5 minutes after Wolfsburg scored their 2nd goal of the game. Hmmmm


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Russia's borders already reach deep into the far north, an area rich in hydrocarbons. But, based on mapping it recently completed (shown in red), Moscow would like to broaden its claims. The most contested area is the Lomonosov Ridge (shown in black): Canada, Russia, and Denmark (which controls Greenland) are all trying to prove that the ridge extends out from their continental shelves and thus the resources around it belong to them. The US wants to expand, too, and new data from surveys conducted by Jim Gardner's team suggests America has rights to a huge, but different, area of Arctic seabed.
This article has been reproduced in a new format and may be missing content or contain faulty links. Contact email@example.com to report an issue.
Boundary lines are approximate.
Illustration: Chuck Carter/Paul Morin


text:
In the early 1970s, there were few standards for electrical testing. NFPA had authorized a committee in 1968 to create NFPA 70B, Recommended Practice for Electrical Equipment Maintenance. This standard addressed electrical equipment maintenance practices. It also touched on acceptance testing, advised on equipment, type of tests, and how often tests should be performed.
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VIDEO - Deschamps calls up Mbappe: 'Quality and talent doesn't have an age'
See moreSee less
Euro Papers
Euro Papers: Manchester United close in on shock €50m Perisic deal22,702 views • 12 hours ago
Saint-Maximin stars as France stroll past New Zealand1,188 views • 10 hours ago
Euro Papers: City spree! Donnarumma next on Pep's hitlist15,144 views • Yesterday at 15:09
Euro Papers: Real's De Gea deal hinges on impatient Morata26,591 views • 26/05/2017 at 15:06
'Out of this world!' Allan Saint-Maximin scores another stunner for France against New Zealand3,839 views • 11 hours ago
'Magnificent!' Saint-Maximim strikes for France against New Zealand2,541 views • 14 hours ago
Highlights: Senegal draw with Ecuador19 views • 11 hours ago
Highlights: Honduras beat Vietnam in group stage25 views • 14 hours ago
Portugal edge match after Iran have penalty decision overturned142 views • Yesterday at 17:20
0Read and react
0Read and react
More videos
Tweener helps Thiem win sensational point against Tomic
Dumoulin: I would have been happy with a stage win and the top 10
Top 5 craziest moments of the 2017 Giro d'Italia
Dumoulin: I was really angry with my team!
Top 5: The best shots from day one of Roland Garros
See how Dumoulin stormed to Giro d'Italia glory
Highlights: Rea extends lead with win at Donington Park
Highlights: Thiem lives up to status with thumping of Tomic
Highlights: Williams sees off Wang
Euro Papers: Manchester United close in on shock €50m Perisic deal
Highlights: Pouille beats Benneteau in five
Farah wins 5,000m in Oregon
Brailsford: Team Sky on track for the Tour de France
Giro d'Italia Stage 20: Key Moments
Dumoulin lifts the Giro trophy
Highlights: Dodin defeats Giorgi
Smith: Quintana rode the time trial of his life, it was tremendous
Highlights: Kerber ousted by Makarova in straight sets
Pigeon swoops at camera during French Open
Boasson Hagen: It was a close race all the way to the line


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A Complete change of IT systems, beginning with new practice management packages, is to take place at Dundas & Wilson, where the private client department has demerged from the firm and is due to set up in business next month.
Dundas & Wilson's private client department, which will shortly open for business in the same Edinburgh premises under the new name of Turcan Connell, is replacing its Norwell system with Pilgrim Systems' Lawsoft software package, which is based on a range of Microsoft applications.
Meanwhile, Dundas & Wilson itself, which is in merger talks with Arthur Andersen, has swapped its Norwell practice management software for the Elite system.
Pilgrim staff will work around the clock to beat a strict installation deadline imposed by Turcan Connell.
Pilgrim chairman Jim Cummings said "meticulous planning" had been needed for the installation operation, which is due to take place between 14 August, when the seven-partner firm splits, and 18 August, when it officially opens.
"We will have to strip all data relevant to Turcan Connell from the existing Norwell system, put it into the Lawsoft practice management system software and have everything running smoothly in those four days. We will probably be working 24 hours a day," said Cummings.
The deal, which is worth more than £100,000, was signed at the start of July.
Cummings said that Pilgrim had invested more than £1.1m to develop Lawsoft in the past three years. He added that it had installed more than £2m-worth of the system in various firms in the past five months.
Lawsoft is aimed at medium- to-large-sized firms. Other Scottish firms using the system include Fyfe Ireland, Robson Mclean and Semple Fraser.
David Lanc, Dundas & Wilson' director of finance and information systems, said that his firm's Elite system was expected to be up and running by the end of the year.
He added that the company had spent three months making a detailed analysis of its needs and a further three months compiling a 300-page dossier setting out its requirements before making a choice.


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The College of Science & Mathematics and the Edelman Planetarium at Rowan University, Glassboro, New Jersey, have scheduled a host of activities open to the public during World Space Week, Oct, 4 to 10.
September 21, 2016
September 20, 2016
September 19, 2016
September 19, 2016
Walter Burgin is there in the photograph above the southside entrance of the Barnes & Noble on Rowan Boulevard, attending a Rowan University homecoming with his son David; daughter-in-law Lisa; and grandkids Brighid, Gunnar and Pierce, painted in the colors of the day.
September 19, 2016
Its parts move no more than 2.5 miles per hour, but the equipment housed in a hangar just off Rt. 322 and 55 in Mantua Township may be the link to transportation innovation for the Garden State and the nation.
September 16, 2016
Holocaust survivor David Tuck will share his story of survival with the Rowan University community on Wednesday, Sept. 21, at 5 p.m. in the Owl's Nest of the Chamberlain Student Center, 201 Mullica Hill Road, Glassboro.
September 15, 2016
September 15, 2016
U.S. News: Rowan among best, most innovative regional & public universities with a "top" engineering program
September 13, 2016
September 13, 2016
Children born with Canavan disease – a fatal childhood neurological condition that usually causes death by age 10 – may one day lead a longer and healthier life thanks to Dr. Paola Leone, of the Rowan University School of Osteopathic Medicine.


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Washington's preschool program has good results, low participation
Washington state's preschool program is boosting achievement in math and reading in elementary school, but the state lags behind most of the country in signing children up, according to two recent reports.
Washington ranks 47th among states on several measures of preschool enrollment included in the annual "Quality Counts" report by Education Week, the national newsweekly.
In that report, released today, Washington earns a D grade because of lower-than-average enrollment in preschool overall and in the federal Head Start program, as well as a yawning enrollment gap between rich and poor.
For example, almost two-thirds of kids growing up in households bringing in $100,000 or more a year attend preschool in Washington. But only 4 in 10 kids from households making less than $20,000 are enrolled, according to Education Week.More
Comments | More in News | Topics: early learning, preschool, school funding


text:
Segway Corporate Entertainment & Team Building
Riding a Segway is a unique and thrilling experience.
Segway tours and events offer a new dimension in corporate entertainment and team building. Riding a Segway is an entirely new experience; they increase self confidence and create a sense of achievement for all personnel, from CEO to office junior. Coming together for a Segway tour or event offers a great day out packed with excitement and fun for all.
* Our Segways can operate on any terrain.
* A variety of courses on offer.
* For groups of all sizes.
* Full training for all participants.
* A variety of team building experiences.
* Eco-friendly; Segways have zero
emissions and run for 24 miles on less than ten pence worth of electricity.


text:
Separate names with a comma.
Discussion in 'Now Playing - TV Show Talk' started by Anubys, Jul 23, 2012.
Joey also didn't remember her from any show!
Wow, Is this thread difficult to find. What wicked humor on the part of this show's creators, titling it "Episodes."
Caught the season finale last night - laughed out loud all the way through. Very well done. I will sorely miss it.
This and "H+" are two shows named by people not entirely in tune with the Internet/Google Era...
I know I will be mocked, but what is H+?
I'm tempted to say, "Google it, you GENIUS!"
It's a pretty high-end science fiction web show. Very professionally done, by serious Hollywood people (Bryan Singer is the guy in charge).
I loved this show! I can't even believe that, somehow, I managed to NOT watch season one.
This is one of the best written shows on TV. And of course it helps that many of the lines are for the Brit couple, as anything said in an English accent instantly becomes twice as witty.
Loved the bit where the guy they fired who is now a HWood big-shot, is doing a show about two Brits who come to America to do a show that fails...you know where this is going.
The one thing that wasn't as funny this season was Daisy Haggard's character (Myra). Last year her expressions were a meme on their own. This year just a farcical shadow of the meme.
I hope we get another season of this.
I know I will be mocked, but what is "Google"?
That fruit hangs too low even for me.
Yes, EVEN FOR ME!
Love the Brit couple - even though they are both kinda creepy and look like brother and sister. For some reason I am STILL drawn to them!
I thought the finale was perfect- haven't laughed out loud so hard in a long, long time.
This entire season was one of the best of any comedy in a long time. We loved every minute of it.
Really hoping we get at least one more season- if it does come back it is going to be very interesting to see where they go with the story, since they have pretty much blown the whole show up (plot-wise).
Matt LeBlanc was on a talk show recently and said most of the series has been shot in England because it was cheaper. Obviously the two writers of the show are British, and there was a Brit friend or two that we saw, but it seemed like a pretty American cast.
Well, looking at IMDB I was surprised and impressed by the number of Brits in American accents are in the show. And it's amazing how a few exterior shots can make you believe the show is in LA.
But I have to remember that CSI: Miami would film exteriors and helicopter shots for two weeks in Miami every year while the rest was shot in LA. How come it's cheaper to shoot Episodes in London and pretend it's LA, but it's not cheaper to Shoot in Miami instead of LA? More creative Hollywood accounting?
Miami is in the US, so it doesn't have the foreign advantages that England has (it's still subject to the same American union rules, labor laws, etc.). And LA is the center of the (film) universe, so it has a far more massive infrastructure in place. You have access to the best of anything you need at your fingertips, without having to import anything from, well, LA.
Rob...I live in Miami, and I understand the need to remind us once in a while that we are still in the USA. (My father's joke for years is the best part of living in Miami is it's so close to the United States.)
That being said, Florida is a "right to work" state when it comes to union rules and regs. There are union workers, but there are more non-union labor on film shoots here. Burn Notice has shot here for six or seven seasons. The Glades shot both of their seasons on location here. But CSI:M would do 2-3 weeks worth of location work and establishing shots for the entire season. And it was embarrassing for them and a source of frustration for me when they tried to play off Santa Monica beach, with mountains in the distance, for Miami beach.
But back to Episodes, I always assumed that London was a more expensive city in which to live and work than LA. Not that LA is cheap, but at least it looks like LA all the time.
A television set is a television set, though, and when you're filming a show that's set on a television set, it doesn't really matter where the television set you're filming your show on is located, just where it's set.
Say that five time fast.
Renewed for S3:
I don't know. I think on a show like this where Los Angeles is almost a character in itself, it would be nice if they could shoot it there.
Is this show produced by a UK company or Showtime? I assume it's a UK company because it aired in the UK a couple of months before it aired on Showtime.


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Scorching Blow
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- Main article: Spells (Oblivion)
Scorching Blow is an expert-level Destruction spell in The Elder Scrolls IV: Oblivion. It inflicts 80 points of fire damage on a target upon touch.
Scorching Blow can be purchased from Adrienne Berene, who resides in the Skingrad Mages Guild.


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'It's Time Now' for KOshowKO
Tag Archives: Philosophy Of Sound
Safety word is Banana. Now get on!
Have a wicked New Year's Eve everyone – don't do anything we wouldn't do!
Say hello to the weekend.
Melbourne electro duo, Philosophy Of Sound have, over the weekend, produced an amazing take on the Flight Facilities's huge single, 'Clair De Lune'.
How boring a life without disco must be.
New music videos from Alt-J, Grizzly Bear, Dirty Projectors, Death Rattle, Philosophy Of Sound, Twinsy, Calvin Harris, Voxels and Daphni (Caribou).
This will be the soundtrack to a whole lot of sinning.
Performing new EP Fragile Disco live for the first time in Sydney are Melbourne-based nu-disco production duo Philosophy Of Sound. Expect to hear hot disco guitar licks, booty shaking bass and a selection of some of Melbourne's most intriguing vocalists.
Adam Padayhag and Xavier Millis are a Melbourne-based duo that have been creating disco grooves together since 2009, under the moniker of Dublin Aunts. Their debut single 'Heartbreak Reputation' is a total booty grinder.
Philosophy Of Sound have just released the music video for latest single 'Freedom, What For?' It sports a deep, dirty groove that is begging for a good ass shaking.


text:
Divinemercychaplet.net is a 1 year old domain, situated in United States. The domain is linked to the IP address 18.104.22.168 which is provided by the hosting company Unified Layer.
It was registered by DREW MARIANI , who can be reached at . The site is owned by MARCOM ENTERPRISES. Registration details show that it was registered on 07 Jan 2016 through FastDomain and will expire on 07 Jan 2017.
The site returns a status code of 200. The site is being served through Apache/2.2.31 (CentOS).


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Crow Canyon Archaeological Center illustrates the story of this rugged land through a chronology that is still unfolding, detailing the artifacts, housing and food of the region's Paleoindian, Pueblo, Ute, Navajo, and European inhabitants.
The Italian Americans is a PBS documentary that reveals the distinctive qualities of one immigrant group's experience and how they have shaped and challenged America. Educational resources trace their evolution from their arrival as migrant laborers with a role in the nation's modernization, to the struggle against discrimination and lingering stereotypes, to a central role in the making of postwar America.
"City of Immigrants" is the fourth entry in the Mission US multimedia project series that immerses players in U.S. History through free interactive educational games. Mission 4 engages students in the dynamic, dangerous world of New York City in the early 20th century as they assume the role of Lena Brodsky, a 14-year-old Jewish Russian immigrant.
Follow the stories of Chinese immigrants who arrived in America at the height of anti-Chinese restriction.
Celebrates baseball and the many fans, players, and characters who helped shape our American story. From the National Museum of American Jewish History.
A multi-media educational project, "Nature, Culture, and History at the Grand Canyon," includes an interactive website and DVD, digital audio-tour, walking tour brochure, and educational resources for K–20 teachers including Travelin' Trunks and Lesson Plans.
A blog for and about the humanities in the classroom: literature, social studies, language, art and culture, and more.Take Me There!
Get updates on new lesson plans and other resources.
EDSITEment! is a project of the National Endowment for the Humanities


text: enjoy, have fun; http://drafttek.com/new simulator/ Operation 1) New Simulation – To begin a new simulation, select the "New Simulation" button to the right. All values will be set to the current preset values supplied by Draft Tek staff. 2) Re-Edit Custom Inputs – If you have previously created a mock draft with your own input set, and would like to continue working with your own values, select the "Re-Edit Custom Inputs" button. 3) Quick Intro – new users might be overwhelmed by complexities involved in the ODS. The Quick Intro section provides a step-based instruction set that will allow users to quickly run a simulation and then make a customization. And then re-run based on the new input set. The Online Draft Simulator is unique to DraftTek, and offered free of charge to users. DraftTek derives revenue from the advertisements you see on the pages (we do not use the annoying page takeover ads). Please disable "Ad-blocker" programs so that we can keep the ODS free of charge.