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Patent ReferencesInventorApplicationNo. 401996 filed on 03/10/1995US Classes:264/463, Polymerizing, cross-linking, or curing264/119, With reshaping or surface embossing of formed article264/128, Liquid binder applied subsequent to particle assembly264/257, One component is a fibrous or textile sheet, web, or batt264/266, Simultaneously shaping material and reshaping preform264/489, Microwave (e.g., 2.45 gigahertz, etc.)264/490, Composite work-piece264/491, Radio frequency (e.g., 13.56 megahertz, etc.)264/493, Composite work-piece264/496While contacting a shaping surface (e.g., in mold curing, etc.)ExaminersPrimary: Aftergut, KarenAttorney, Agent or FirmForeign Patent References
International ClassB29C 035/08DescriptionBACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is related to a method and to an apparatus for making structural reinforcement preforms for resin transfer molding (RTM) and reaction injection molding (SRIM) processes for structural composites. In the present transfer molding or injection step, the previously formed preform is subject to a deformable plastic material filling the interstices between the fibers of the preform and the plastic material is hardened to form a structural composite comprised of the injected plastic in the interstices and the fibers. 2. Description of the Prior Art In making directed fiber preforms, it has heretofore been the practice to spray chopped fibers with a binder resin onto a form that has air pulled therethrough to locate and hold the fibers. The form with the fibers and the binder resin is then rotated into a hot air plenum chamber, dried and/or cured to set the binder resin. In addition, a great deal of storage space is required for the preforms for drying and curing. In making thermoformed preforms, it has heretofore been the practice to use a continuous strand fiber mat that has been previously coated, by the fiber manufacturer, with a thermoplastic binder. The thermoformable mat is supplied in a roll form whereby it is unrolled into flat sheets of varied layer thicknesses and clamped into a holding frame at the edges. The frame network is then positioned in an oven chamber containing radiant heaters which slowly heat the reinforcement mat and thermoplastic binder from both sides. Upon heating, the thermoplastic binder softens, and, while soft, the frame network is quickly transferred onto a cold mold. The mold closes via a press forcing the reinforcement mat into the shape of a part. Upon cooling, the thermoplastic binder stiffens and thus holds the thermoformable mat in its new shape. The processes described are slow, require a great deal of space and require a large amount of energy. In practicing the present invention, the preforms can stay in the manufacturing location and leave only when they are cured. The present invention is more energy efficient in that the binder resin only is heated using the energy for curing. The reinforcement will not be heated, nor will the forms. There is therefore no requirement of large rooms with constantly operating ovens. The process is extremely fast with the cure range being in seconds, rather than hours. The process is environmentally safer in that there are few volatiles required and none are driven off as in a system requiring heated ovens. In conventional RIM/SRIM process applications for structural components, fiber layer thickness across the entire preform is increased to meet the strength requirements of one area which results in unnecessary use of material and increased thickness and weight. Also, neither the directed fiber process nor the process using thermoformable mat allows a designer to add ribs or closed sections to maximize design properties. Thermoforming and directed fiber processes are slow, cumbersome and wasteful of energy and material. It is known in the art to apply electromagnetic energy to affect elements in processes, such as the use of ultraviolet radiation and microwave radiation. As a specific example, it is well known to employ microwaves for generating heat, as in conventional microwave ovens. Many applications for microwave heating have been developed including U.S. Pat. No. 3,597,567, U.S. Pat. No. 2,560,903 and U.S. Pat. No. 3,277,580 for drying paper, textiles, veneers, foods, pharmaceuticals and the like. Such techniques may be employed in practicing the present invention and are incorporated herein by reference. Air flow has also been incorporated in such systems for removing moisture created as steam in the drying process. SUMMARY OF THE INVENTION The object of the present invention is to provide a new and improved method and apparatus using directed energy for manufacturing structural reinforcement preforms for resin transfer molding (RTM), resin injection molding (RIM) and structural reaction injection molding (SRIM) processes. Another object of the invention is to provide a process which is energy efficient, logical, basically simple and permits maximum usage of material with the lowest possible waste. Still another object of the invention is to provide freedom for a designer to include ribs, closed sections, cores, encapsulations of metal, foam wood or other materials in the design of preforms. According to the present invention, a process is designed for high speed high-volume output of rigidized composite forms that will allow unlimited geometric configurations and detailed assemblies utilizing a wide variety of reinforcement materials. Along with numerous fiber reinforcement materials, components such as structural foam, wood or metal can be utilized to achieve any shape or structure. The process of the present invention utilizes specifically developed binders along with directed energy systems for rigidizing the composite forms and attaching structural components to the preforms through energetic stitching techniques. The process capabilities and binder systems apply to and are compatible with RTM and RIM resin systems, i.e. polyesters, vinyl esters, urethanes, epoxies, phenolics and acrylics. The process of the present invention is designed to be fully automated and to enable specific distribution and placement of numerous types of reinforcements, where necessary, for the required structural properties of a preform. Complete freedom of design is therefore inherent in the process and allows for the most desirable reinforcement type and/or structures including closed structural shapes and varied wall sections to meet design criteria. The process of rigidizing and/or attaching component structures can be incremented and tailored to the cycle time of the molding machine or supply a variety or plurality of the preforms to more than one molding machine. Automation of the process is designed to make full use of statistical processing techniques to produce preforms of repeatable, consistent quality and structural integrity. Application of the process technology can be integrated into a wide variety of product areas such as marine, aircraft, aerospace, defense and sporting, and in consumer goods. As will be set forth in detail below, engineered polymer resin chemistry along with directed energy systems are used in conjunction with specially designed automation machines for the manufacturing of structural carrier preforms. The preforms can be tailored for specific structural and size requirements necessary for RTM and SRIM components. Major problems with placement of reinforcements during preforming and molding can be overcome by combining and rigidizing various reinforcement materials to conform to any complex shape desired. According to a feature of the invention, the utilization of other reinforcement materials can be consolidated with the preform structure by addition of stiffeners or ribbing and encapsulation of core materials along with inserts can be achieved where reinforcement for structural as well as class A applications are required. In practicing the invention, the mats of fiberglass reinforcement material are precut to conforming shapes as blanks, binder is applied and each blank is then transferred into a specifically engineered mold set that replicates the shape of a part and directs energy to the preform binder. Energy is applied for a few seconds to activate the binder, in turn rigidizing the preform. When activation energy is discontinued, the mold sets are opened and the preform is transferred to a molding station or to an optional energetic stitching station. The preformable reinforcement mat is cut into predetermined patterns that allow it to conform to the contours of the forming mold. The reinforcement is permeated on either side with the binder resin. Single or multiple layers of reinforcement mat are sandwiched together to necessitate the carrier preform loading. Carrier preform is a term coined by the C.A. Lawton Company to describe a preform in a process that will be used as a subassembly or have reinforcement subsequently attached thereto by energy stitching to create the final assembly. Energetic stitching is a term coined by the C.A. Lawton Company to describe the method of placing and attaching structures to a basic preform. The binder resin is promoted with a catalyst (microwave system) or used as supplied for an ultraviolet system and is metered into the applicator system. In applying the binder, the binder resin can be sprayed, rolled or calendered as a film. After application of a binder, the reinforcement mat is mechanically loaded onto a matched half of the forming mold (male or female). The mold is shuttled into a forming press and connected to a directed energy source. The forming press closes to form the reinforcement mat into the desired shape. While closed, ultraviolet or microwave energy is applied to the forming molding therefore rapidly curing the catalyzed binder resin. The binder resin, in curing, polymerizes to a rigid mass allowing the preform to retain the shape of the forming mold. When the energy is discontinued in a system in which the binder generates heat for the reaction or is exothermic, the glass reinforcement acts as a heat sink allowing the preform to cool. Heating of the glass is minimal since it does not absorb energy from the input power, but only from the heat given off from the binder reaction. Heating of the mold surface is therefore also minimal. A reinforcement mat no longer has to be heated, stretched and cooled to conform to the shape of the carrier preform. Sections can be added where needed and rigidized into place by chemical stitching techniques, herein also referred to as the above-mentioned energetic stitching. Conventional preforming processes are presently being improved with automation, but generally continue to be operator dependent. The present invention is designed for a turnkey industrial manufacturing process with a high level of automation. With the use of automation/robotics, the glass distribution becomes highly uniform and repeatedly consistent, making all aspects of the process statistically controllable. After the rigidizing cycle, the forming press is opened and the mold shuttled out where the carrier preform is mechanically unloaded and transferred to other processing locations for insert applications or molding. In conventional RTM/SRIM molding process applications for structural components, fiber layer thickness is adjusted to withstand strength requirements. The energetic stitching process allows for adding reinforcement materials selectively and specifically into high stress areas without increasing overall thickness and weight. The process of the present invention therefore lends itself to two types of stitching techniques, microwave and ultraviolet. Applications of inserts, closed sections and/or cores to the carrier preform can be processed with the use of energetic stitching techniques. Precut sections of reinforcement materials can be tack welded into place using secondary microwave or ultraviolet energy applicators. When using microwave energy, the carrier preform with the added reinforcement and binder can be shuttled back into the forming press or into a secondary clamping device that holds the material in place while energy is applied. Similarly, with the ultraviolet stitching process, reinforcement is pressed into place, a special UV-sensitive binder resin is applied in specific spot locations and then ultraviolet energy is applied to cure the binder resin. The finished preform can be transferred to a holding area or directly to the molding operation. Since rigidizing of the preform is faster than the molding cycle, various forming molds can also be set up in the rigidizing process, thus allowing for numerous preform shapes to be made to supply other molding stations. Material factors are extremely important to effectively achieve the rigidizing process. In microwave applications, a composite material with very low electrical loss is necessary for the mold surface. Materials used for the mold cannot be affected by the microwave energy and the energy required to rigidize the preform cannot be absorbed by the mold material. The mold material also requires good thermal stability with respect to heat produced by the preform binder. Although the heat produced may be minimal, repetitive cycling may cause significant heat generation. On the other hand, the materials used as a rigidizing binder are high in electrical loss properties in response to microwave energy and therefore extremely effective for this process. In order to facilitate the directed energy preforming system, a suitable binder system is required. Typical standard binders used in conventional preforming usually are either thermoset polyesters or are various thermoplastic polymers. For the directed energy process, the requirements are more stringent. If a thermoplastic binder were to be used in the carrier preform, it would likely soften and release when the directed energy was re-applied during addition of fiber inserts to further strengthen various areas of the part to be molded. Therefore, in some cases, a thermoplastic binder would be acceptable for attachments, but not for the main carrier preform. For this a thermosetting polymer is necessary. Additional requirements are also necessary. The binder must be compatible with various matrix resins that will be used with preforms. This includes polyesters, vinyl esters, polyurethanes, polyisocyanurates, polyureas, IPN's, and polyester/urethane hybrids (and possibly epoxies). It would be especially useful if the chemistry could be used for all of the potential matrix resins. In addition to the above requirements, the binder for this process must be highly active in response to the directed energy. Here, the binder was specifically structured chemically thus rendering itself of being highly active in response to the applied energy such that substantially all of the binder is cured to form an essentially rigid preform It is important that when the energy is applied, the binder is activated and cures within a few seconds. Since heat can be a part of the curing process, the heat must be generated rapidly when the energy is introduced, but heating must cease instantly when the energy is terminated. If a binder system is selected which generates heat for the reaction or is exothermic, the reinforcement will act as a heat sink, preventing the preform itself from heating appreciably. Since heating of the mat is not a requirement in this process, as it is with thermoforming types, the reinforcement with the applied binder can be drawn into shape prior to activating the binder system. It is further required that additional application of the directed energy after cure is complete will result in no further activation of the binder, or at least will not degrade or release the bonding properties. of the binder in the essentially rigid preform. After rigidizing, the binder in a cured state becomes sufficiently transparent to the applied energy so as to prevent degradation and loss of its rigidizing ability. This is particularly important for adding inserts. Most thermosetting polymeric binders that are highly active to directed energy tend to be highly active in the early stages of curing, but of decreasing activity as curing continues. It is therefore difficult to get a complete cure, because the polymer stops absorbing energy. Air inhibition also affects the completion of cure. Since the cure is incomplete, bonding sites for the matrix resins are available and result in enhanced physical properties when the molding is complete. Other thermosetting polymeric binders are highly active throughout the curing process and where volatile additives, such a monomers, are employed, excessive heating and degradation of the binder's bonding abilities occur. In the case of a microwave directed energy system, reaction temperature of the binder resin is designed for low temperatures, but sufficiently above ambient to allow adequate process shelf life when promoted. Localized and directed heating from the energy source can achieve temperatures in excess of 300° F. which is sufficient for completion of cure. A special binder developed for use in practicing the present invention in the microwave technique is known as Stypol XP44-AB12-51B of Freeman Chemical Corp. This is a diluted version of the Freeman 44-7010 binder. This binder has the necessary curing characteristics under the applied energy, proper chemistry to be compatible with all required matrix resins, good adhesion not only to glass fibers but also to most organic reinforcing fibers, excellent binding properties and making preforms that are rigid. The binder is also compatible with additional binders used in adding fibrous component inserts. Glass fibers in the form of a mat for carrier preforming is ideal for load-bearing parts. Continuous strand preformable mat lends itself to readily conforming to the part configuration during the forming process and may advantageously be used in making the preforms. Multiple plies of reinforcement mat can be formed into desired shapes simultaneously. Other types of reinforcement materials may be encapsulated for stiffening, ribbing and attached components using the energetic stitching process. These types of reinforcement materials, fibrous, metallic and/or light-weight structural foams and low density cores can be added at the onset of the loading and shaping process as part of the carrier preform or as a secondary operation where placement of insert materials are necessary for the preform structure. When using the mat material in conjunction with unidirectional fabrics or other reinforcements in specific locations, optimum reinforcement structures of high fiber content can be attained while maintaining a rigid form for easy handling and permeation of resin systems into the interstices among the fibers of the mat during molding operations. Placement of reinforcements into specific locations allows fiber orientation where needed to obtain required strengths of the molded product. In practice tests, two directed energy power sources have been used, both separately and in conjunction with one another. The directed energy power source employed in practice tests is a 0-6 kW microwave generator operating at 2450 MHz; for ultraviolet systems, a commercially available ultraviolet radiation source was used. The power level requirement depends upon the size of the forming tool relative to the mass of material loading. Initial power level calibrations are required to optimize the rigidizing cycle time. Power output and reflected energy level are controlled. For larger tooling that requires higher power, additional generators can be added. Power ramping for decreasing power can be utilized to compensate for the binder curing process since during reaction the binder become somewhat transparent to the energy field and therefore does not require full output power. The power ramping also extends generator life and prevents power surges. Directed energy for energetic stitching and reinforcement inserts consists of either a localized microwave energy application or an ultraviolet energy system to direct the energy to specific locations of the preform to induce polymerization of the stitching binder resin. For ultraviolet curing systems a similar mold construction is used, except that the ultraviolet radiation source is contained within the body of the preform mold behind the mold surface. The mold surface can be constructed of metal screen, clear acrylic or other rigid materials, that will allow the ultraviolet radiation to pass through and into the preform. A material such as clear acrylic is desirable because it can be thermoformed into complex shapes inexpensively and is easily replaced when wear is evident. Specifically designed composite tools are used to form the shape of the preform. For more complex shapes, combinations of preform molds can be used simultaneously with the same energy source or several shapes independently formed (sub assemblies) and later combined in the overall preforming operation with energetic stitching. The tools are designed not only to form the shape of the preform, but also to specifically direct the energy into the reinforcement containing the binder. The key to this design depends upon placement of the preform section in a region of highest curing energy intensity and the proper tool construction to uniformly distribute the energy waves. In order to effectively achieve the uniformity of the directed energy in the microwave technique, three-dimensional conforming waveguides are placed directly into the mold design to produce multiaxial wave forming. Since waveguides consist of a channel having a specific cross-sectional dimension where the maximum energy is at the center, the waveguide is split and each half placed at the surface of the corresponding half of the mold. In order to achieve a resonance in the waves without moving the waveguides or the material, the contours of the mold design produce serpentine patterns. It is also important to maintain proper cross-sectional dimensions within the bends of the waveguide. Fabrication of the bends must be carefully considered to achieve optimum performance. Each half section of the waveguide will consist of three sides made of a metallic material with the fourth side, facing the preform material, consisting of a material that is transparent to the microwaves and acts as the mold surface. The cavity of the mold or the spacing between each corresponding half of the waveguide section must be designed to prevent loss of stray energy and assure proper cross-sectional dimensions of the waveguide. Toward the center of the mold surface area, the spacing can be increased to allow cross-resonance of the waves. BRIEF DESCRIPTION OF THE DRAWINGS Other objects, features and advantages of the invention, its organization, construction and operation will be best understood from the following detailed description, taken with the foregoing discussion and in conjunction with the following detailed description with reference to the drawings, in which: FIG. 1 is a perspective view of a split serpentine waveguide sandwiching a composite material to be cured; FIG. 2 is a perspective view of a tool constructed in accordance with the present invention and comprising a separable mold of two parts, each part carrying a respective section of a split serpentine waveguide; FIG. 3 is a block diagram flow chart setting forth the basic method of the invention; FIG. 4 is a schematic representation of an automated process for practicing the present invention; FIG. 5 is a perspective exploded view of a tool which may be employed in practicing the present invention; FIG. 6 is a fragmentary perspective view of a tool constructed in accordance with the present invention and comprising a separable mold of two parts for operation to rigidize a binder resin by irradiating a blank with ultraviolet energy from sources mounted within one of the parts; FIG. 7 is an end view of the tool of FIG. 6; FIG. 8 is a fragmentary perspective view of another embodiment of a tool constructed in accordance with the present invention and comprising a separable mold of two parts for rigidizing a binder resin in response to ultraviolet energy provided by sources mounted in each of the mold parts; and FIG. 9 is an end view of the tool of FIG. 8. DESCRIPTION OF THE PREFERRED EMBODIMENTS Referring to FIG. 1, a basic tool is generally illustrated at 10 as comprising a split serpentine waveguide 12 including an upper section 14 and a lower section 16 which are basically mirror images of each other and which are separated by a gap 18 and are provided with a microwave input coupling 20. The waveguide 14 comprises a top wall 24 and sidewalls 26 forming the serpentine structure. A composite material in the form of a web 22 is located in the gap 18 for the application for microwave energy thereto. A structure of the type which was employed for testing the invention is generally illustrated at 28 as comprising a split microwave waveguide 30 having an upper section which comprises a sidewall 32 and a top wall 34. The sidewalls 32 are shaped to conform to the profile of a mold as illustrated at 36 and 38, the mold includes an inner surface 40 and an inner surface 42 which conform to the shape of a preform to be molded. The material carrying the surfaces 40 and 42 and any support material between those surfaces and the waveguide are transparent to microwave energy. The waveguide is provided in sections which include couplings to each other and for the input of microwave energy as illustrated at 44. The composite material of reinforced material and binder resin is shown between the surfaces 40 and 42 at 46. With the composite material 46 loaded into the mold portion of the tool, microwave energy is applied to activate the binder resin for curing. Turning to the flow chart of FIG. 3, a typical process for practicing the invention is illustrated at 48 as comprising a step 50 of stacking layers of reinforcing material (fiberglass mat) and uncured rigidizing material (binder resin) in which the layers are formed by applying binder resin to the reinforcement material or, in the alternative, the step 52 of spraying uncured rigidizing material to a degree sufficient to coat the fibers of the mat without the filling interstices between the fibers onto a mat of reinforcing material. Next, blanks are cut at 54 to conform to the shape of a planar development of the preform. At 56, the blank is pressed in the mold into the shape of the preform and microwave energy is applied at 58 to cause curing of the binder. At 60, the binder is cured and rigid, and the rigidized preform may be removed from the mold. FIG. 4 illustrates a similar process using robots for handling the material between processing stations. In FIG. 4, the first step is to precut a reinforcement material mat to conform to the developed shape of a preform, as indicated by the die cutter 62. This is an alternative to the initial portion of the process set forth in FIG. 3. After the mat is cut at 62, a binder is added at 64 in a binder applicator 66 which comprises a source of binder resin 68 and a source of a catalytic promoter 70. As mentioned above, the binder may be applied in the binder applicator 66 by spraying, rolling or calendaring to a degree sufficient to coat the fibers of the mat without filling the interstices between the fibers. Next, the composite blank of reinforcement material and binder is transferred from the binder applicator to a mold 72 by a robot 74. The mold 72 may be of the type illustrated in FIG. 2 such that the composite blank is positioned on the male portion of the mold as indicated at 42, 46 of FIG. 2. Returning to FIG. 4, the mold 72 is then moved along a shuttle 78 to a press 76 where the two halves of the mold are pressed to replicate the desired shape of the preform and energy is applied from a directed energy source 80 such as a source of microwave energy. Next, the mold 72 is unloaded by moving the same along the shuttle 78 to a position where a robot 82 unloads the cured preform 84. Here, the preform becomes a carrier preform in that reinforcement is to be added in the form of a reinforcing structure. The robot 82 will then stack the preform for short term storage or move it directly into the energetic stitching process. When elements are to be stitched to the carrier preform, the reinforcement material is precut, as before, at 86 and a robot 88 positions the precut material over a former 90 so that it takes a reinforcement shape 92. A robot 94 then retrieves a preform 84, now a carrier preform, and places the same over the formed element 92. There will be points, not shown, that the carrier preform 84 and the formed element 92 engage in intimate contact. When the energetic stitching process utilizes microwave energy, the element 92 comprises a binder resin. When the energy stitching process relies on ultraviolet energy, an ultraviolet sensitive binder resin is applied at specific spot locations where the elements 84 and 92 are in intimate engagement. Ultraviolet energy is then applied to cure and bond. In either case, a directed energy source 96 is then employed to cure the binder and bond the two elements together to form a reinforced structure 98. The structure 98 is then transferred to a molding process for molding of the finished structure. As may be appreciated from the foregoing, attachments may be bonded to a carrier preform to increase structural strength of the molded end product or to add attachment devices for the molded end product by the energetic stitching of elements to the preform. It is not necessary that one element to be attached to another be made by the same energy directed process, or at all by an energy directed process. One element may be attached to another by the application of a microwave-sensitive or ultraviolet-sensitive binder resin and the application of the corresponding energy to cure that binder resin. Therefore, this flexibility is an advantage of the energetic stitching process in that a preform made by the microwave technique may have a reinforcement element by energetic stitching using the ultraviolet technique and vice-versa. Also, elements such as wood, steel, carbon black and the like may be attached to a preform by using either technique in combination with the appropriate binder resin. In FIG. 5, a tool is illustrated at 100 as comprising a pair of separable mold sections including a shaped member 102 having a shaped member 104 complementary thereto. The shaped members 102, 104 are made of a microwave transparent material and form the inner surfaces of a mold cavity. The remainder of the mold is formed thereover and may comprise, an outer layer 106, 108, a plurality of waveguide sections 110 connected into a serpentine waveguide by way of a plurality of radius sections 112. When the two sections are brought together, a complete waveguide is formed and there is a space between the layers 102 and 104 defining the mold cavity. As indicated at 114, 116, the mold may include support material, such as wood, foam or resin. Mention has been made above of the use of ultraviolet energy in making a preform. This technique is generally similar to the microwave technique in that ultraviolet light sources are placed in the tooling to direct ultraviolet radiation toward fiber reinforcement preforms to form rigidize structures. Glass fiber reinforcement material containing a rigidizing binder resin is placed between two matching half sections of a tool. When ultraviolet radiation is applied, the binder resin undergoes molecular polymerization forming a rigid product that allows the glass fibrous material to be held to the conforming shape of the tool. Similarly to the microwave technique, a binder resin that is molecularly sensitive to ultraviolet radiation is applied to glass fiber reinforcement material. The reinforcement material, in turn, is placed into a forming mold that is fabricated to conform to the shape of a finished part. When joining the two half sections of the forming mold, the fibrous material conforms to the shape of the mold. The surfaces of the corresponding halves of the shaping mold in contact with the fibrous material are made of a material that transmits ultraviolet radiation. This material can be a solid transparent acrylic type thermoplastic or a metal wire mesh screen. The ultraviolet light source is therefore placed within the tooling structure to direct the radiation through the mold surface and at the fibrous material. For simple tooling, the light source is placed into an open chamber below the mold surface. For more complex preform shape requirements, where structural support to the mold surface is required, ultraviolet light sources are placed in multiple chamber sections and energize simultaneously to perform the rigidizing operation. We have found that certain binder resins may be employed in the ultraviolet technique. These are available from Freeman Chemical and are known as 80497 (slow system), 747-10 (medium system) and 19-4837 (fast system). Application is similar to that in the microwave technique. Referring to FIG. 6, a tool for the ultraviolet process is illustrated at 118 as comprising an upper mold part 120 and a lower mold part 122. The mold surfaces are respectively shown at 124, 126. A chamber 128 is formed by the mold part 126 in the lower mold part 122 and has mounted therein a plurality of ultraviolet sources 130-140. With the mold closed, as illustrated in FIG. 7, a composite material is made to conform to the shape defined by the mold surfaces 124, 126 and is rigidized in that shape by the application of ultraviolet energy from the sources 130-140. Referring to FIGS. 8 and 9, another tool is illustrated at 144 as comprising an upper mold part 146 and a lower mold part 148. As seen, the upper mold part comprises a sidewall 150, a sidewall 152, an upper wall 154 and an inner wall which is completed by a mold wall 160. In the lower tool part 148, there is a lower wall 170 and an inner wall which is completed by the mold wall 172. In the uppermost part, the walls generally define a chamber 164 on both sides of the mold wall 160. Ultraviolet sources 166 and 168 are mounted in the chamber 164. In the lowermost part 148, the bottom wall 170 and the mold wall 172 define a chamber 174. An ultraviolet source 176 is mounted in the chamber 174. When the mold is closed, as illustrated as being closed along the parting line 178 in FIG. 9, a composite material may be subjected to ultraviolet radiation by way of the ultraviolet sources 166, 168 and 176. Although we have described our invention by reference to particular illustrative embodiments thereof, many changes and modifications of the invention may become apparent to those skilled in the art without departing from the spirit and scope of the invention. We therefore intend to include within the patent warranted hereon all such changes and modifications as may reasonably and properly be included within the scope of our contribution to the art. * * * * * Field of SearchComposite work-pieceComposite work-piece While contacting a shaping surface (e.g., in mold curing, etc.) Microwave (e.g., 2.45 gigahertz, etc.) Polymerizing, cross-linking, or curing Radio frequency (e.g., 13.56 megahertz, etc.) One component is a fibrous or textile sheet, web, or batt Simultaneously shaping material and reshaping preform FORMING ARTICLES BY UNITING RANDOMLY ASSOCIATED PARTICLES With reshaping or surface embossing of formed article Liquid binder applied subsequent to particle assembly |


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Definition of arachnoid in English:
Syllabification: a·rach·noidPronunciation: /əˈrakˌnoid
- Like a spider or arachnid.More example sentences
- Watching the erstwhile nerd get used to his muscular new body and powers - accidentally firing off webs and finding things sticking to his arachnoid hands - is one of the most engaging parts of the film.
- Results-wise, it's difficult to extrapolate from inferred arachnoid motivations to the human mental-state.
- Their words paralyze me like the bite of an arachnoid.
(also arachnoid membrane or arachnoid mater) Anatomy Back to top- A fine, delicate membrane, the middle one of the three membranes or meninges that surround the brain and spinal cord, situated between the dura mater and the pia mater.More example sentences
- Between the pia and arachnoid membranes is the subarachnoid space, in which the cerebrospinal fluid circulates.
- The lining consists of three layers - dura, arachnoid and pia.
- The surgeon opens the arachnoid membrane dorsal to the seventh and eighth nerves and continues the opening upward to the fourth nerve.
mid 18th century: from modern Latin arachnoides, from Greek arakhnoeidēs 'like a cobweb', from arakhnē 'spider'.

subset: commoncrawl


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and it will not do to hurry matters. I lectured at Norfolk on Monday and cleared enough to settle my bill here at the Madison House with $2 over. I had a highly fashionable audience, but Norfolk is a small place and there were 2 exhibitions the same night. Next Monday I lecture again here and expect to have a large audience. On Tuesday I start for Phila to attend to Mrs Loud's Poems--and possibly on Thursday I may start for N. York. If I do I will go straight over to Mrs Lewis's and send for you. It will be better for me not to go to Fordham--don't you think so? Write immediately in reply and direct to Phila. For fear I should not get the letter, sign no name and address it to E. S. T. Grey Esqre.If possible I will get married before I start--but there is no telling. Give my dearest love to Mrs L. My poor poor Muddy I am still unable to send you even one dollar--but keep
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(3 of 3 customers found this review helpful)
Best Buy
By Tech James
from Elizabeth City, NC
About Me Professional
Comments about Storehouse 50 Piece Pegboard Hook Kit:
When you consider that just two of the long hooks will cost $2 or more this is an excellent value. It contains about 20 of the most desirable hooks and the rest can be used as accessory (balance) hooks or for small items. No matter how you look at it you are getting more than twice your monies worth.
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(2 of 5 customers found this review helpful)
Great product
By captain midnight
from Orlando,Fl.
About Me Avid Do-It-Yourselfer
Hey Ironhead you're not very bright are you?
(4 of 4 customers found this review helpful)
Hooked on them !!! :-)
By Calvin
from Citrus heights
About Me Casual Do-It-Yourselfer
I got a 4'x8' Peg board from A hardware store, had them cut it in half to fit in the carI installed them on the left And right of my work bench. I bought these pegs because it was affordable.. to fill 2 sections of peg board I needed a total of 4 packages of this item. Now I can find everything in my garage.
(2 of 2 customers found this review helpful)
Great price for a "good" product
By Derek
from CT
The pegs are smaller than the typical 1/4" holes making them fall out easier and they are poorly welded, allowing some pags to fall off. Overall, the price negates the inferior quality. Would purchase again and recommend with a notification to the buyer of the small pitfalls.
(5 of 5 customers found this review helpful)
Should read "40ish" piece pegboard kit
By Chubber
from Orlando, FL
These are great and a great deal at the price compared to the big box retailer prices. I have bought several kits (I have about 200 linear feet of 8 foot high pegboard). But for every kit there are about 4-7 pieces that will have the pins welded on at odd angles or the wrong spacing to fit the peg board. Or some pins fall off from bad welds. There are usually 40+ usable pieces left, so I don't sweat it too much. If they fit they are strong and don't rust.
(4 of 5 customers found this review helpful)
Works but as usual quality lacking
By Eric_vr-4
from USA
I guess the package does indeed say 1/8" hooks... but the 1/4 are far more sturdy. Unfortunately HF only carries the 1/8 and so you would have to pay much more for quality. I'm still happy to have them but if your looking for a "nice" setup or plan on hanging heavy stuff you will need to look elsewhere.I recommend if you're a poor guy like myself ;)If you find that they come off the board whenever you remove a tool you can use some duct tape strips to "thicken" the part that goes through the board and that helps some.
Most orders will be processed and leave our warehouses within 1-2 business days from the time your order is placed. Orders placed on Saturday or Sunday will be processed on Monday.
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Next Command & Conquer goes free-to-play
BioWare Victory's Generals 2 real-time strategy series project now a brand-spanning platform built on the Frostbite 2 engine, set for release next year.
EA Gothenburg focusing on Frostbite 2
Publisher's second Swedish studio dedicated to "a new generation of games" using DICE's Battlefield 3 game engine.
The HotSpot - VGAs, Gears 3 - 12/14/11
VGAs are on The HotSpot's hive mind as we discuss The Last of Us, Fortnite, Revengeance, Generals 2; also, RAAM's Shadow.
Command & Conquer goes free-to-play
Tiberium Alliances to bring real-time strategy series into the world of MMOGs with new installment for browsers and mobile devices; closed beta starts tomorrow.
BioWare story invades Command & Conquer
Q&A: Label head Ray Muzyka, executive producer Jon Van Caneghem discuss staying true to C&C with Generals 2.
Command & Conquer: Generals 2 coming from BioWare Victory
New EA studio adopts branding of RPG developer for latest title in long-running strategy series; Generals 2 being released in 2013, built on DICE's Frostbite 2 engine.
Recent Forum Activity
Go to Command & Conquer Online DiscussionTopic (» jump to last post) | Posts |
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NASA is looking for test subjects to lay in bed for 70 days straight. It's to test the limitations on the human body for future space flight, and the effects being horizontal for long periods of time. It pays pretty well, $5000 a month.
Kalamazoo's Morning News 6:00 AM - 10:00 AM
Kalamazoo's Morning news


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NEWSLETTERS Free Newsletters Archive My Subscriptions NEWS News by Subject News by Disease News by Date PLoS Search News Post Your News JoVE CAREER NETWORK Job Seeker Login Most Recent Jobs Browse Biotech Jobs Search Jobs Post Resume Career Fairs Career Resources For Employers HOTBEDS Regional News US & Canada Biotech Bay Biotech Beach Genetown Pharm Country BioCapital BioMidwest Bio NC BioForest Southern Pharm BioCanada East US Device Europe Asia DIVERSITY INVESTOR Market Summary News IPOs PROFILES Company Profiles START UPS Companies Events INTELLIGENCE Research Store INDUSTRY EVENTS Biotech Events Post an Event RESOURCES Real Estate Business Opportunities
"Following AIM listed BIA member, e-Therapeutics announcing a £40 million fundraising to support their drug discovery and development activities into 2017 it is good to have the active support of London Mayor Boris Johnson backing UK biotech. Biotech is a growing sector which has the potential to deliver jobs and growth in the UK, as well as returns for investors."
For further information, please contact Robert Winder, Head of Communications, firstname.lastname@example.com, 020 7630 2191; mobile 07825 942 934.
Picture of the LSE opening ceremony available from http://bit.ly/BIA_Boris Steve Bates is at right of picture.
Video of Boris Johnson on CNBC speaking about investing in London: http://bit.ly/Boris_CNBC
BioIndustry Association
Founded over 20 years ago at the infancy of biotechnology, the BioIndustry Association (BIA) is the trade association for innovative enterprises involved in UK bioscience. Members include emerging and more established bioscience companies; pharmaceutical companies; academic, research and philanthropic organisations; and service providers to the bioscience sector. The BIA represents the interests of its members to a broad section of stakeholders, from government and regulators to patient groups and the media. Our goal is to secure the UK's position as a global hub and as the best location for innovative research and commercialisation, enabling our world-leading research base to deliver healthcare solutions that can truly make a difference to people's lives. For further information, please go to www.bioindustry.org


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As we climbed the stairs into the sunlight and ventured out onto Frankfurter Ring, we were happily surprised to find that our hotel was right next door to a curious place called Eroticland. Somehow, this seemed appropriate.
Would this turn out to be a sexy hi-fi show?
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Results 26 to 40 of 40
Just got a tweet back from AT&T support on purchasing the 900 off contract to us with go phone... its a no go...
At least officially - 04-11-2012, 04:34 PM #28
$25 for 500 meg. I guess if you use more than that it can get ridiculous ... I normaly use about 350-400 meg a month... :)
i'm interested in gophone because my mobile use is sporadic. I live in a place with no cell signal, work from home most of the time, and only need cell when I head to town or travel. When I do, I use voice a lot. Therefore, I love the $2/day with unlimited voice from gophone (that's max $2/day only on the days I make/receive a call, which could be 3 or 4 days a month). As for data, I only need the email to trickle in and do infrequent searches (for tunes, I just whistle).
Where did you purchase the phone?
Sent from my SGH-i917 using Board Express - 04-14-2012, 10:38 AM #33
Yes! I am going to high jack this thread! Tell us more?!
Did you get the non-commitment phone? Did you have to unlock it? Are you getting decent enough data speed, etc?
The reason i ask is that i want to get a 900 and bung my T-Mobile Sim card in there as well and am not too sure if it will work or if i have to get it unlocked, etc - 04-15-2012, 09:24 AM #35
Here's an update. I purchased this phone from Amazon off contract for $449. I don't know if i had to unlock it, but i handed it to a nice fellow at an ATT store and asked him to put in a compatible gophone microsim and to make it use my existing gophone account. He slipped in the microsim and did some config work and made some calls to a support line, but not sure if 'unlocking' was one of the steps. (sorry, wish i could tell you what all that was).
Not 100% what MMS is, but i think it's not working. I took a pic and then tried to send it using the WP7 "Messaging" facility. It kept responding with "Can't send message, Try again" I could use this same Messaging thingy to send a text-only message.
A few more items....
My firmware version is: 2175.1022.8112.12084
I don't know where else to check on what kind of speeds i'm getting, but the little note at the top of the screen next to the signal bars is saying 4G. I live in a place where ATT does not support LTE, so i must be tapping into some other 4G flavor. Sorry, i wish i knew more about this. If you can tell me where to look on the phone for more info, i'll report back.
--Data Config
First, to get the data to work, i had to add an APN (i subsequently removed it, and it seems to be a necessary step). I found these settings on some other thread:
1. Go to Settings
2. Select Cellular
3. Click Add APN (will read Edit APN if you've already got one!)
4. APN: wap.cingular
5. User name: email@example.com
6. Password: cingular1
since i update to the new build (12084) GPS is not working properly. I don't see anyone else having this problem, and i've logged a support request to nokia. looks like they aren't open until Monday. - 01-26-2013, 02:31 PM #39
why would you pay MORE for Gophone service when you can get unlimited for $45 on Straight Talk on the same network?


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Moonlight Bridesmaids: Spring 2012
Style MT9173
Poly satin A-line with pleats. Bateau neck, V-back, pockets natural waist with 3 roses. Floor length.
Sizes: 0-28
Fabric:Poly Satin
Shown in:Chardonnay
Note: Colors displayed on our website may vary from monitor to monitor. We recommend visiting an authorized MOONLIGHT retailer to view these dresses in person or request a color swatch. Please refer to our store locator to find a store near you.


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Farnham, Surrey.
A man wearing bowler hat reading a newspaper is seen leaning leisurely against a car. Another person comes from behind and starts hitting the poor man on the head with an iron bar. He does not react at all, still reads his paper. The third man appears looking puzzled. The man...
We always welcome comments and more information about our films.
All posts are reactively checked. Libellous and abusive comments are forbidden.
A fantastic clip from British Pathe - thank you so much! I'm going to have a look at some of your galleries now.


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NASHVILLE, Tenn. (AP) -- Left tackle Michael Roos is practicing again and definitely wants back on the field Sunday. The shape the Tennessee offensive line is in, the Titans certainly need him Sunday with the Chicago Bears visiting.
Four of the five starting offensive linemen are on the injury report as the Titans (3-5) prepare to host Chicago (6-1). Left guard Steve Hutchinson is the only lineman not listed with center Fernando Velasco recovering from a concussion and right guard Leroy Harris and right tackle David Stewart both having hurt their right knees in last week's loss to Indianapolis.
Roos sat out last week as he recovered from an appendectomy, snapping his 119-game consecutive start streak. Now that he's had 10 days to recover, Roos may be healthier than some of his line mates.
(Copyright 2012 By The Associated Press. All Rights Reserved.)


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Today we launched the third sewing pattern in our Parkland Casual Menswear sewing pattern collection – the Strathcona Henley! Here is the sample version that I made for Matt in a cozy and casual rib knit. It's the perfect shirt for sitting around the campfire in the early fall (something we love to do!).
This is a really quick sewing project – and if you follow Variation 2 to make a crew-neck t-shirt, it is even quicker!
Come download your copy of the pattern here and see my blog post about the henley (including two other versions of it) here!
Cotton Rib Knit, three buttons
Aug 30, 2013, 10.55 AMby Yuki M
Nice basic casual style ! I love your other patterns, too. I think many people are happy to find mens patterns here…
Aug 30, 2013, 05.24 PMby ThreadTheory
Thanks! We're happy to be filling the void!
Aug 28, 2013, 07.20 AMby Gigette
I love ti ;)
Aug 27, 2013, 07.14 PMby nishavinod2009
Very nice pattern! nicely made also
Aug 27, 2013, 09.47 PMby ThreadTheory
Thank you!
Aug 27, 2013, 06.49 AMby Mary Athey
The top looks so good on, i do love the colour and shape of this. congrats on another great pattern x
Aug 27, 2013, 04.21 PMby ThreadTheory
I love the colour too! Such a cozy early fall colour :)
Thanks for all your nice comments!
Aug 27, 2013, 05.50 AMby SassyT
Really like this. Very cool. I will post on SSB in the future, so short of male creations on that page hehe https://www.facebook.com/SassySewingBees
Aug 27, 2013, 04.20 PMby ThreadTheory
Sure, that would be wonderful! I like the collection you've developed on your page…tons of amazing inspiration!
Aug 27, 2013, 01.51 AMby Mauude
I am so going to use this pattern!! It's so nice :)
Aug 27, 2013, 04.10 PMby ThreadTheory
Awesome! I look forward to seeing what you sew up with it! Thanks for the comment :)
Aug 26, 2013, 09.28 PMby martinK
great basic shirt, love it!
Aug 27, 2013, 04.09 PMby ThreadTheory
I'm glad you like it! It's sure to be Matt's (and I hope many other people's!) wardrobe staple for t-shirts from now on!
Editors' Pick
Make these brand new blouses and dresses in candy colored silk.
Sewing & Techniques
Check out this guide all about mini closure solutions!
Editors' Pick
Take a trip down the aisle in these gorgeous gowns, or change the fabrics for a spring party dress.
Fashion & Trends
See a few of our favorite looks, and the Burda patterns we're inspired to make!
It's time to enter for our grand prize, an EX100 machine PLUS a trip to Nashville!


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The self-anointed "painter of light" and "most collected" U.S. artist, Thomas Kinkade has passed away of what his family says are natural causes in his home in Los Gatos, California. Critics have called his work sentimental and disparaged his depictions of idyllic rural landscapes and scenes from the Bible, but…
By TBogg
Read MoreBy Karen McVeigh, The Guardian
Read MoreBy Techdirt
Read MoreRaw Story is a progressive news site that focuses on stories often ignored in the mainstream media. While giving coverage to the big stories of the day, we also bring our readers' attention to policy, politics, legal and human rights stories that get ignored in an infotainment culture driven solely by pageviews.
Founded in 2004, Raw Story reaches 9 million unique readers per month and serves more than 30 million pageviews.
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November 16th, 2005, 07:18 PM | #1 |
Buy a Fiat! Save the UAW!
Heres your Chance to do something Good for our trails
If you are in the mood to do some letter writing on the proposed Permanent closure of the 27.7 miles in the Gladwin North Loop, here is Lynne Boyd's address;
Ms. Lynne M. Boyd, Chief Forest, Mineral and Fire Management Michigan Department of Natural Resources P.O. Box 30452 Lansing, Mi. 48909-7952 Fax (517)373-2443 email@example.com Please write to support the "reopening" of the trail, and don't let them make the closer a Permanent one.
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Delta High School's Lady Panther basketball team participated in tournament action held in Montrose and Olathe on Friday and Saturday (June 1 and 2). Delta's varsity team played six games in Montrose while the junior varsity team played an equal number of contests at Olathe High School.
The Lady Panthers' varsity team came through the weekend with five wins and one loss. Montrose handed Delta its worst loss in several years.
Delta faced a rebuilding Olathe squad on Friday and eventually earned a win to start their tournament. Game two was with Centauri and was also a win.
The third game of the day on Friday was with host school Montrose. The Lady Indians were on fire and hit a high percentage of their shots from all over the floor to drub the Lady Panthers.
Saturday's action included three closely contested games with Pagosa Springs, Paonia, and Moffat County. Delta won all three by less than five points in each instance.
The last game of the day on Saturday was with an old nemesis, Moffat County. The Lady Bulldogs are dropping down to Class 3A in 2012-13 and will no longer be part of Delta's game schedule in basketball. The two teams have history dating back a number of years. Saturday's contest, however, was a display of good sportsmanship and skill with the Lady Panthers handing Moffat County a loss with best wishes in their new league schedules. The Lady Bulldogs are highly competitive and will certainly be a force in 3A competition.
Delta's junior varsity squad opened their tournament with a loss to Buena Vista and then earned a victory over Ridgway 2. Their last game of the day on Friday was with a more seasoned Ridgway 1 team that resulted in a close loss.
Saturday was a solid day for the young Panthers as they earned wins over Centauri, Fruita, and Montrose to end tournament play at 4-2.
Members of the varsity team included Callie Gafford, Erin Zunich, Skylyn Webb, Patti Chapman, Shelby Curtis, Brooke Taylor, Bailey Massano, and Katie Puderbaugh. Junior varsity members who played included Reilly Quist, Rachel Huerkamp, Stephanie Sidor, Haley Millard, Taylor Jensen, Desiree Smith, Kenzie Jones, Madison Farmer, Katie Ames, Emily Kuta, Tory Davis and Nicole Money.
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And now the Cusslers bring us Pitt's most dangerous adventure of all. Read more...
- $35.99$12.31$8.99Poseidon's Arrow (Audio Compact Disc - Unabridged)
Published: 2012-11-06
Publisher: Penguin Audiobooks$33.95
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More About Poseidon's Arrow by Clive Cussler; Dirk CusslerOverview"Dirk Pitt is oceanography's answer to Indiana Jones," praises the Associated Press. "Exotic locations, ruthless villains and many narrow escapes--Cussler's fans come for swashbuckling and] he delivers."
And now the Cusslers bring us Pitt's most dangerous adventure of all.
It is the greatest advance in American defense technology in decades--an attack submarine capable of incredible underwater speeds. Nothing else in any other nation's naval arsenal even comes close. There is only one problem: A key element of the prototype is missing--and the man who developed it is dead.
At the same time, ships have started vanishing mid-ocean, usually never to be found again, but when they are, sometimes bodies are found aboard . . . burned to a crisp.What is going on? And what does it have to do with an Italian submarine that itself disappeared in 1943, lost at sea? Or was she?
It is up to NUMA director Dirk Pitt and his team, aided by a beautiful NCIS agent and by Pitt's children, marine engineer Dirk and oceanographer Summer, to go on a desperate international chase to find the truth, from Washington to Mexico, Idaho to Panama. What they discover at the end of it is a much, much greater threat than even they imagined.If they don't succeed in their mission, the world as they know it might end up a very different place--and not a pleasant one.
Filled with breathtaking suspense and extraordinary imagination, "Poseidon's Arrow "is further proof that when it comes to adventure writing, nobody beats Clive Cussler.
Details- ISBN-13: 9780399162923
- Publisher: Putnam Adult
- Publish Date: November 2012
- Page Count: 520
Series: Dirk Pitt Novels (Hardcover)
Related Categories
Books > Fiction > Action & Adventure
Books > Fiction > Thrillers - SuspensePublishers Weekly ReviewsPublishers Weekly® Reviews
- Reviewed in: Publishers Weekly, page .
- Review Date: 2012-09-24
- Reviewer: Staff
The fifth Dirk Pitt novel from bestseller Cussler and son Dirk (after 2010's Crescent Dawn) features expanded roles for Pitt's two grown kids. Both Summer and Dirk Jr. help their dad try to corral ruthless Austrian entrepreneur Edward Bolcke, who runs a slavery compound in Central America where kidnapped sailors are forced into servitude to assist in his many criminal enterprises. In particular, Bolcke has managed to steal a crucial component of the U.S. Navy's latest submarine technology—and he has found a way to hijack the world's supply of rare earth minerals. The three Pitts, along with longstanding sidekick Al Giordino, use their usual mix of brains and brawn to see that justice is served. While some readers may have a problem with sluggish action sequences and a surfeit of story lines, ardent followers of the Pitt clan and their nautical escapades will appreciate the family dynamics and camaraderie. Agent: Peter Lampack, Peter Lampack Agency. (Nov.)


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Associated Press10 Foods to Cross Off Your Healthy List
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The Associated Press13 mins agoFounder of anti-gay Kansas church in care facility
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Need more help? Get advice from your Network REVIEW SNAPSHOT® by PowerReviewsEpson Perfection V600 Photo Scanner (based on 259 reviews) 93% of respondents would recommend this to a friend. Most Helpful Positive Review personal review of epson v600 photo scanner Hello, Only had the scanner for a couple of weeks so still checking out all features and working of it.. however... Overall I found the v600 a excellent scanner, specifics......Read complete review Hello, Only had the scanner for a couple of weeks so still checking out all features and working of it.. however... Overall I found the v600 a excellent scanner, specifics... the good--- 1. no problems what came in the box 2. installation was smooth no problems with my win7 64 bit system ... 3. scanning of slides and negatives was overall good there was slide issue but talk about that further down .. automatic frame detection work fine but a issue... in some cases.. 4. scanning pictures no problems and quality is good .. automatic image detection work fine 5. fast very satisfied with scanning speed... even on hi dpi setings... 6. the abbyy ocr program that came with it appears to work fine.... no problems working with the main epson program.. 7. epson scanning software looks good although i had to look around a little bit to figure how to called things up.. i guess i should have read the manual.. the poor-- 1. the only paper you get is the installation sheet which is very simple but sufficient.. but... if you have a problem installing.. have the epson number standing by... note: you only get access to the manual once the software is installed... 2. there still appear to have a frame detecting issue (v300 and v500 same issue) . there 2 type of 35 mm film , 135 film and 126 35 mm film... the difference lies in the frame size...!! 126 is a smaller frame size and the automatic frame detection setup for 135mm.. end result with with 126 negatives you may end up creeping basically parts of 2 images in the same frame, you 'll have to go back manually adjust the frame outline... epson teck may or may not know about this issue..oh this is a common issue with all film scanners that i am aware of... 3. thought the integration of the abbyy ocr with the epson software was a little clunky ... think it could be more seemless..... but overall satisfactory... still looking at the other features of the epson but i would recommend this product to my friends. VS Most Helpful Negative Review Good scanner but quite poor software I bought this scanner to digitize a set of b/w glass negatives of the beginning of the XXc. The scanner itself seems quite fine--I have no real reference, but any pixel...Read complete review I bought this scanner to digitize a set of b/w glass negatives of the beginning of the XXc. The scanner itself seems quite fine--I have no real reference, but any pixel peeping I have done did not find anything wrong in the results. Scan time is rather on the long side, but bearable (a couple of minutes for half a 9cm x 12cm glass negative at 1200dpi--I need to do it in two rounds and use Photoshop to stick them together, as the whole negative exceeds the backlit size, but this goes perfectly fine). What I found pretty disappointing is the software. Notice that I am using the EPSON Scan application to produce 16-bit TIFFs and do all processing manually in Photoshop (that is, I do not use any of the fancy options to "improve" the image). Here are a few annoying things: (1) I scan repeatedly in the same area (backlit, cannot use the provided placement guides due to the size of the originals) and EVERY TIME I do a preview (more later on why I need a preview every time) I need in fact to do two, one of the complete backlit area and one of the (unchanged) zoom. Why it does not honour my preselected area from one preview to the next one is obscure to me. (2) The preview does not indicate burned or black areas, as any decent software does (CameraRAW is perfect for that). (3) The levels/histogram control has the usual little triangles to control... one would guess the white and the black points. In fact, no, they control light and shadows, with one extremely annoying consequence: you cannot just place them at the edge of the histogram and therefore hope to capture the whole range used by the photo; you have to place them "somewhere" and judge visually if you are clipping either edge of the spectrum (see point 2). Just to give the reader an idea of the weirdness of this, the default/reset position of the cursors is not 0 and 100%/255 but something like 50 and 225 (I cannot remember the exact numbers now as the scanner is not connected, but you see the point) and this is probably supposed to be the setting which gives a linear (?) rendering of the whole scanner range (they call it "reset"...). (4) The automatic exposure is just plain bad: probably to please the crowds it has high contrast (nothing too wrong here) and clips white and blacks badly. Not even close to be usable--hence I need to do two previews (see point 1) and judge visually the best placement of the edges of the levels (and it is tough, see points 2 and 3). In summary, I am happy of my purchase because I manage to do what I bought it for and with the quality I desire. Yet, achieving what I want is rather painful and certainly takes much more time and effort than it should if the user interface had been slightly more competently written. Reviewed by 259 customers Sort by Displaying reviews 1-5 Previous | Next » 4/29/2013 (1 of 1 customers found this review helpful) Best purchase ever! By amj991 from Troy, NY Comments about Epson Perfection V600 Photo Scanner: First, I bought this quite a while ago... and it's still not obsolete! There might be technical cons for the pros, but as a non-techie I found it to be incredibly easy to install and use. I am making a project of scanning all my older photos/family pics. I plan to copy them to flash drives for my kids. (Fortunately I can scan however many I can fit within the frame. I've been sticking with 4 (3x5).) Also, my dad died 25 years ago when my daughter was 4 years old. This was of course before digital cameras so I don't have very many pictures. I put a negative I had of a picture of him with my daughter on the scanner. Not only did I get a beautiful picture of them together, but there was another pic on the strip that I didn't realize was there. I would have paid ANY price for these two pictures. Instead all I had to buy was this very reasonably priced scanner. I would recommend this scanner to anyone. Bottom Line Yes, I would recommend this to a friend (1 of 1 customers found this review helpful) Was this review helpful? Yes / No - You may also flag this review 4/14/2013 Epson Perfection V600 Photo Scanner By professor from Greenwood, MS 38930 Comments about Epson Perfection V600 Photo Scanner: For years I have used your Epson perfection 2450 Photo Scanner. It is a superior product (as well as your Epson Stylus Photo 870 Printer). I just bought your V600 Photo Scanner. It makes terrible copies! The definition is terrible! It is very inefficient to work through your menus to increase the dpi and make better copies. Your software is worse than the Smart Panel offered with your old scanner. You have gone backwords!!! I want my money back! I will return your new scanner. I will spend my money getting my old scanner fixed!!! Bottom Line No, I would not recommend this to a friend Was this review helpful? Yes / No - You may also flag this review 4/12/2013 v600 Photo scanner By RonM from Nicholasville, KY Comments about Epson Perfection V600 Photo Scanner: Great scanner bad film holders. The software is OK but I have not tried anything very complicated with it. The film holders are nearly useless. The 35mm are hard to load if there is any curl in the negatives. Sanning a single 35mm photo negative is impossible. It would be great if they added something to match the 35mm sprocket holes. The other negative holder fits only one negative dimension. It is for 2 1/4 wide negatives. It just barely holds the negative. There is nothing for 126 film negatives. It would be nice if they would provide a holder with a variable width function. I have not tried the slide functions. I purchased the scanner to print some old photos that have been lost. I will be only able to capture 25% of them. I would return the scanner if it were possible Bottom Line No, I would not recommend this to a friend Was this review helpful? Yes / No - You may also flag this review 4/10/2013 My V600 Epson Scanner By huskerdoc76 from Gilbert, AZ Comments about Epson Perfection V600 Photo Scanner: I have used my scanner for everything except photo Negatives so far and the output has been very clear with great resolution. Bottom Line Yes, I would recommend this to a friend Was this review helpful? Yes / No - You may also flag this review 4/4/2013 (1 of 1 customers found this review helpful) V600 easy start . . . acceptable learning curve? By Kiwi Jim from Central Valley, California Comments about Epson Perfection V600 Photo Scanner: Dead simple to get out of the box, installed, up and running. First scans look great! Very simple copier function. Been told instructions are complicated. I can see there will be a learning curve, but it doesn't look too bad. =LOVE= the online user's guide and the ability to easily print out the pages you look up. Bottom Line Yes, I would recommend this to a friend (1 of 1 customers found this review helpful) Was this review helpful? Yes / No - You may also flag this review Displaying reviews 1-5 Previous | Next » |
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Disabled boy DUNKS | Act Of Sportsmanship Gives Texas High Schooler Mitchell Marcus Shot At Glory act of Sportsmanship Gives Texas High Schooler Shot At Glor...
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Join the discussion about health care issues in our nation and community on our blog, WakeMed Voices.
Daily life can be a juggling act – balancing work, family, kids' activities and personal commitments can be overwhelming. That's probably why more and more Americans are eating out regularly rather than cooking meals at home. However, there are many health advantages to cooking at home more often, including money saved, the ability to better maintain a healthy lifestyle, and important quality time spent in the kitchen with children and loved ones.
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English Heritage
Survey of London: volume 20: St Martin-in-the-Fields, pt III: Trafalgar Square & Neighbourhood
G. H. Gater and F. R. Hiorns (editor)
Year published
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Description of platesList of illustrations
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'New Street', Survey of London: volume 20: St Martin-in-the-Fields, pt III: Trafalgar Square & Neighbourhood (1940), pp. 123-124. URL: http://british-history.ac.uk/report.aspx?compid=68426 Date accessed: 09 March 2014. Add to my bookshelf
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CHAPTER 19: NEW STREET Footnotes
New Street is a narrow, sloping street leading on a slight rise from St. Martin's Lane to King Street, Covent Garden. It was "new" in 1644, having been built up by the 1st Duke of Bedford on the site of "Castle and Sunne Alley," but no houses of that date now survive. Most of the houses appear to have been occupied by artisans and small traders from the time of their erection. One house at the east end of the south side, on the site of the present No. 14, was considerably larger than the others and was occupied from 1658 to 1663 by the Countess of Chesterfield and from 1664 to 1667 by Lady Stanhope. The south side still retains some houses which appear to date from the late seventeenth and early eighteenth century. They consist of basements and four storeys, the ground floor being converted into shops. The fronts are in brick with plain horizontal bands at the second and third floor levels, but the parapet wall generally has been re-built and any traces of a cornice have been destroyed. The roofs are tiled and hipped while the windows have flush frames (plate 109).
Russell, Duke of Bedford
No. 4.—The interior has undergone some alteration and the walls have been stripped of their panelling, though the deep moulded wood cornice remains to the chief rooms. The upper flights of the staircase are original and consist of moulded close strings with square newel posts and turned balusters of a bold repeat design, reminiscent of the stone balustrading of the period. The lower flights have similar strings but turned balusters of a later date. The construction of the top floor has some heavy beams and there are stout oak posts with iron riders for a heavy door which are still in position.
John Webb appears, from the ratebook entries, to have been the first occupant of this house, but his name occurs spasmodically in the ratebooks from 1660 to 1711 in slightly different positions and it seems probable that the present house was erected during the later years of his tenancy. Subsequent residents as given by the ratebooks to 1800 were: Widow Webb (1712–16), John Tucker (1717–32), Mary Tucker (1733–34), John Vere (1735–38), Richard Lovett (1740–43), John Giles (1743–45), Wm. Billings (1746–47), Rich. Jolley (1748–49), Jas. Dillon (1750–51), Peter Slater (1752), Rich. Davison (1752–56), Hannah Williams (1757), Joseph Heriot (1758–61), Jacob Boursot (1762–64), George Thompson (1765–66), Israel Coulthard (1767), Jacob Coulthard (1768–71), James Coulthard (1772), Mary Coulthard (1773–75), John Brown (1776–80), — Jones (1781–82), Matt. Bilger (1783—).
No. 5.—These premises have their fronts stuccoed and the top floor has a series of casements with the sashes opening inwards (Plate 109a). There are some interesting ledged and battened doors and round the fireplace in the first floor front room is a carved architrave moulding. The stairs have a panelled dado and moulded close strings with turned balusters of a light design. Some of the rooms still retain their panelling.
The occupants of this house can be traced back in the ratebooks to a Francis Fulbrooke who is entered in the appropriate position from 1666 to 1700. It is possible that the house was built during his tenancy. Later occupants of the house to 1800 as given by the ratebooks were: Wm. Ordway (1701–03), Rich. Raynes (1703–04), Douse Quant (1705–09), John Cole (fn. a) (1710–11), William Haly (1712–21), Peter Joyous (1722–25), Paul Clauden (1726–27), Tho. Faulkener (1728–42), Jacob Boursot (1743–67),— Bourne (1768–83), Geo. Downing (1783—).
No. 9.—The main feature of interest is the staircase which continues from the ground to the top floor with a balustrading of spiral balusters, close moulded strings and square newels with shaped pendants. The walls have a panelled dado.
The house appears to date from the late seventeenth century and, since it cannot be traced in the ratebooks before 1683, that is probably the date of its erection.
List of Residents. Edm. Godwin (1683–89), Henry Lukin (1690–97), John Knowles (1698–99), Edm. Godwin (1699–1700), Edm. Meadows (1701), James Brisac (1702–05), Tho. Davies (1706–07), Jas. Swaine (fn. b) (1708–14), Tho. West (1715–25), Jarvis Marten (1726–65), James Eves (1766–69), Widow Ann Eves (1771–73), — Flemings (1774–77), Edw. Bourne (1778–79), Chas. Presbury (1780—).
No. 13.—The original stair balusters have been removed, but the moulded close strings and square newels appear to be original. Some of the rooms still retain their panelling and the stairs have a panelled dado.
The date of the erection of this house has not been ascertained. The occupants from 1698 to 1800 as given by the ratebooks were: John Nayland (1698–1709), Thos. Arton (1710), Matt. Jenkinson (fn. c) (1711–29), Chas. Carleton (1730), Wm. Wallis (1731–32), Chas. Carleton (1733–52), Zachariah Carleton (1753–73), Thos. Stiff (1774—).
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Claude Lorenson on advantages gained from SQL Server 2008 R2* running on Intel® Xeon® processors. (3:25)
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IBM, Intel and Orange create architecture based on IBM DB2 pureScale* with Intel® Xeon® processor E7 family. (2:40)


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Pneumatic Conveying of Bulk Solids
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Cambro 75CW401 Slate Blue Camwear 7.5 oz. Stacking Mug - Polycarbonate 48/Case
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Stop wasting money by constantly replacing expensive china with this virtually unbreakable, Cambro 75CW401 slate blue Camwear 7.5 oz. stacking mug! Perfect for cafeterias, day care centers, and healthcare facilities, the Cambro 75CW401 Camwear polycarbonate mug resists stains, odors, and scratches. It is dishwasher safe and NSF Listed. The 7.5 oz. mug has an outside diameter. Sold 48 per case.
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TOPIC: Streak and Bloe Job Day March 14th
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March 14th is now officially "Steak and Blowjob Day". Simple, effective and self explanatory, this holiday has been created so you ladies finally have a day to show your man how much you care for him.
No cards, no flowers, no special nights on the town; the name of the holiday explains it all, just a steak and a BJ. Thats it. Finally, this twin pair of Valentine's Day and Steak and Blowjob Day will usher in a new age of love as men everywhere try THAT much harder in February to ensure a memorable March 14th! The word is already beginning to spread, but as with any new idea, it needs a little push to start the ball rolling. So spread the word, and help bring love and peace to this crazy world. And, of course, steak and BJ's |
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Spiral Passage continues the trilogy story that began with Stolen Shadows, and gives candid insight to personal disability issues. Two gay college st... Stolen Shadows Highly acclaimed physiatrist, Dr. Lauren McFadden, and physical therapist/husband, Bryan, leave their prestigious medical positions to open their hear...
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Can I have a hug?Yonna/Dessi Collaborations
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This is the collab between me and Yonna- one great artist! I would like to thank her for the professionalism and the great work she did!I enjoy drawing with you and I hope my part is good enough!Enjoy all!!
Created Sep 29, 2010. Unless noted Copyright 2010
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Ideal for fast and light backpacking trips, the Alpine 35 Degree Down Blanket offers unrestricted freedom of movement and can be used with any sleeping pad (sold separately) to create an ultra-lightweight sleep system.
A unique option for alpinists and ounce-counting backpackers, the Therm-a-Rest Navis 25/45 Degree sleeping bag delivers lightweight warmth. Save the weight and combine it with a hooded down jacket (not included) when temperatures drop.
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Tapered cut shaves weight and increases thermal efficiency
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