656 results about "Nameplate" patented technology

The invention provides a yellowed-resistance type transparent urethane elastomer combination material, wherein the polyatomic alcohol part comprises 3 functionality and 4000-6000 molecular weight polyether polyol, 2 functionality and 2000-4000 molecular weight polyether polyol, aromatic, chain expansion agent and accelerant; the prepolymer part (NCO%=12%-17%)is made by 1000-2000 molecular weight, 2 functionality polyether polyol and isophorone diisocyanate at 70-90Deg. The use method comprises the following steps: mixing prepolymer with polyatomic alcohol part according to 2:1-1:1 at 25Deg. C-40Deg. C, pouring; vulcanizing at 25Deg. C-70Deg. C. The product avoids the low yellowed resistance problem of the urethane elastomer product, which is used to manufacture the armoured glass, the neon sign board, the shoe sign and the nameplate of the household electrical appliance.

The present invention discloses a vehicle nameplate pasting machine, and comprises a frame and a base. The frame is fixedly provided with a material pressing and lifting cylinder; the piston of the material pressing and lifting cylinder is fixedly connected with a clamping device which can clamp a handle cover; the clamping device is positioned on and can vertically slide on the frame; the base is fixedly provided with a material base; the material base is arranged below the clamping device, positioned on the base, and can horizontally slide on the base; and the material base is provided with a first position which is used for holding the handle cover, a second position which is used for holding double-sided glue, and a third position which is used for holding the nameplate; a vacuum suction mouth is arranged below the third position. Thus the nameplate can be correctly pasted only by arranging the handle cover, the double-sided glue and the panel according to the marks; and the operation is easy.

A casket ornament display plaque and associated methods for memorializing a deceased individual. The casket ornament display plaque comprises a decorative board, a casket ornament attached to the board, and indicia attached to the board identifying a deceased to be memorialized. The casket ornament is one having been removed from a casket in which the deceased was displayed. The indicia may be a nameplate bearing the name of the deceased, a photograph of the deceased, or both. A method for memorializing a deceased comprises displaying a casket containing the deceased therein, the casket having at least one selectively removable ornament, removing the ornament from the casket, affixing the ornament to a display plaque and presenting the display plaque and ornament to survivors of the deceased so that the deceased can be remembered by displaying the plaque and ornament.

The invention relates to an easily-degradable environment-friendly plastic. The plastic comprises the following components by weight: 40 to 70 parts of ABS, 3 to 8 parts of an interface coupling agent, 3 to 10 parts of a toughening agent, 0.5 to 1.0 parts of a dispersion lubricant, 5 to 10 parts of starch and 10 to 15 parts of polyethylene. The easily degradable environment-friendly plastic provided by the invention has excellent degradability and environment friendliness and can be widely used in the automobile industry for manufacturing of auto parts, the household appliance industry and the architectural ornament industry and used for production of daily necessities like safety helmets, motorcycle gear plates, heelpieces, snow sports goods, toys, clocks, shells of loudspeaker boxes, suitcases, buttons and cosmetic boxes and advertising articles like nameplates and accessories.

The invention provides a radiation curing sealant for packaging an eyeglass nameplate or an ornament. The radiation curing sealant comprises the following components in percentage by weight: 30 to 70 percent of urethane acrylate low polymer, 10 to 50 percent of urethane acrylate, 0 to 40 percent of reactive diluent, 0.2 to 8 percent of photo-initiator, 0.1 to 5 percent of silane coupling agent, 0 to 2 percent of antioxidant and 0 to 2 percent of antifoaming agent, wherein the reactive diluent is mono (bi/multi)-functional group acrylic ester; the photo-initiator is a cracking initiator, a hydrogen abstraction initiator or the combination of the cracking initiator and the hydrogen abstraction initiator; and the silane coupling agent is a mixture selected from one or more of epoxy silane, vinyl silane and (methyl) propylene acyloxy silane. When the sealant is used, the sealant is directly injected into a groove for accommodating the eyeglass nameplate or the ornament without sealant mixing. The sealant can be cured rapidly under the irradiation of ultraviolet light and packaging is further finished, so that production efficiency is improved greatly; simultaneously, energy is saved and raw material cost is lowered.

A method, medium and implementing processing system and device are provided in which the personal availability status of an office occupant is selectively and/or automatically displayed on an electronic nameplate mounted on the outside of the office door. In one example, the nameplate device is capable of logging-on to a status database of an instant messaging (IM) application running on an IM server and requesting the status of a designated individual. The IM application responds to the nameplate request to transmit a personal status of the identified individual as kept in the status database of the server to the nameplate, and that status is stored within the nameplate memory. The status information may be automatically or selectively displayed on the nameplate to notify those viewing the nameplate of the current personal availability of the office occupant.

The invention discloses an energy-saving light emitting diode (LED) integrated sign with accident lighting and equipment nameplate functions and belongs to the field of lighting devices. A sign body is a transparent light guide panel; an equipment number is marked on the transparent light guide panel; LED light-emitting devices are arranged around the transparent light guide panel; the light-emitting surfaces of the LED light-emitting devices face the transparent light guide panel; the LED light-emitting devices are connected with a power supply of an emergency accident lighting device of a transformer substation through wires. When the emergency accident lighting device of the transformer substation is started, the LED light-emitting devices are energized to emit light to lighten the equipment number on the transparent light guide panel, convenience is provided for operators in reading an equipment number nameplate mark, and an accident emergency lighting source is provided for a part where the sign is located. The transparent light guide panel can be used for displaying equipment number words and can be used as a planar light source to lighten a surrounding environment, so that the misoperation of the operator can be avoided, lighting energy is utilized to the greatest extent, the emergency accident lighting device and the equipment number nameplate mark are integrated, and double effects are achieved.

The invention discloses an inspection system. The inspection system comprises a plurality of inspection targets, each inspection target is provided with a matched identity label, an inspection handheld terminal is provided with a recognition device capable of recognizing the identity label and is provided with a positioning device, and the inspection handheld terminal communicates with a server. An equipment body uses a two-dimensional barcode nameplate to replace a traditional inspection point, the requirement of the inspection system on an inspection instrument or special reading equipment is eliminated, and the basic inspection function can be achieved by using a commonly used smartphone or other mobile terminals. The inspection system is simple in structure, convenient to operate and low in construction cost, and is suitable for inspection of circuits and bodies under various outdoor environments.

The invention relates to a method for verifying the consistency between an electric energy meter nameplate bar code and a RFID bar code for electric energy meter automatic detection. The method comprises steps: A, manually installing electric energy meter one-dimensional label codes on electric energy meters; B, manually installing RFID labels consistent with the electric energy meter one-dimensional label codes on the electric energy meters; C, placing the electric energy meters on an automatic detecting assembly line in same direction; D, making the electric energy meters to be detected reach a detecting position; E, using an industrial control computer to compare scanned results in order to determine whether the electric energy meter nameplate bar codes are consistent with the built-in RFID bar codes; and F, continuously conveying qualified products having consistent compared results and removing unqualified products not having consistent compared results with a removing device. By means of the consistency verification of the electric energy meter nameplate bar code and the RFID bar code, the method may ensure the accuracy of power material information and power metering equipment installation information in an electric energy meter dispensing and field installing process.

The invention discloses a non-standard nameplate recognition system based on artificial intelligence and a recognition method thereof. The recognition system comprises an image acquisition module anda character recognition module. The image acquisition module comprises a plurality of network cameras erected on the two sides of the channel, monitors ship information of all directions of the wholechannel in real time, collects ship and non-standard nameplate pictures from multiple angles and makes sample pictures; The character recognition module is used for making the collected sample pictures into a large sample data set through a target detection algorithm based on deep learning, and putting the large sample data set into a network for large sample training to realize recognition of ship nameplate characters; the system and the method have the advantages that the nameplate of a coming ship can be acquired and identified in real time, so that early warning and management can be timely and accurately performed on the ship under the conditions of ship overload, air route deviation and the like, and meanwhile, the identification system and the identification method thereof are alsosuitable for other non-standard nameplate application scenarios.

The invention discloses a nameplate pressing fit machine of a distribution box. The nameplate pressing fit machine comprises a rack, a material supply mechanism, a feeding mechanism, a pressing fit mechanism, a positioning mechanism, a control mechanism and a vision detection mechanism; the material supply mechanism comprises a feeding rotating disc with multiple stations, and a storage groove is formed in each station; the feeding mechanism comprises a mounting plate, a stand column, a turnover air cylinder, a feeding clamping jaw, a rotating arm and a rotating air cylinder, the output end of the rotating air cylinder is connected with the rotating arm, the output end of the turnover air cylinder is connected with the feeding clamping jaw, and the pressing fit mechanism comprises a pressing fit machine, a pressing fit head, a fixed block and a sliding block; the positioning mechanism comprises a feeding guide rail and a positioning frame; the control mechanism comprises a control box and a control pedal, and the control box is electrically connected with the control pedal, the vision detection mechanism, the rotating air cylinder, the turnover air cylinder and the press fitting machine. The front face and the back face of the nameplate can be detected in real time, the nameplate can be adjusted to the correct position and can be automatically subject to pressing fit on the distribution box, the automation degree is high, nameplate mounting consistency is good, and mounting is reliable.

The invention provides a face image library construction method. According to the method, at least two different face images can be stored for the same object identified in a library, and the face image library can be used as a target face image library, a video image face image extraction library and a video image face image summary library. The above method can be extended to the construction ofimage libraries of fingerprints, irises, palm prints, gaits, human heads, human bodies, car faces, whole cars, motor vehicles, non-motor vehicles, tires, unmanned aerial vehicles, aircraft, ships, engineering machinery, tools, firearms, ammunition, cutters, bows, arrows, watches, mobile phones, texts, graphics, nameplates, trademarks, clothes, trousers, belts, shoes, hats, jewelry, bags, flowers,leaves, fruits, seeds and insects, and can also be extended to the construction of the image libraries of dog and cat faces. According to the method, the missing report rate of identification when the face image library is used as the target library can be reduced, and the effective rate of images when the face image library is used as the extraction library or the summary library can be improved.

The invention discloses a laser cutting device for cutting small nameplates. The device comprises a base; two slide rails are mounted on the base side by side; the slide rails are slidingly connectedwith vacuum absorbing fixtures for fixing products; the base is provided with a first servo motor for driving the vacuum absorbing fixtures to move; the base is provided with a mounting frame erectedabove the slide rails; the mounting frame is provided with a first slide frame perpendicular to the length directions of the slide rails; the first slide frame is slidingly connected with a mounting plate; a second servo motor for driving the mounting plate to move is mounted on the mounting frame; a second slide frame is vertically mounted on the mounting plate, and is slidingly connected with alaser cutting head; and a third servo motor for driving the laser cutting head to move up and down is arranged on the mounting plate. The laser cutting device is simple and reasonable in structure andconvenient to fix products.

A nameplate for power capping a computer including a mounting surface; a module integrated in the mounting surface for providing a machine-readable designation of a power cap for a particular computer; a human readable designation of a power cap for the particular computer integrated in the mounting surface; and a mount for attaching the mounting surface to a chassis of the particular computer such that the human readable designation of a power cap is exposed.

The invention provides a touch screen of a mobile phone, which adopts resistance type structure and comprises a body and a nameplate, wherein the surface of the nameplate is divided into two areas; the first area is bonded with the surface of the body; and the second area is provided with a plurality of characters and a flexible circuit board is stuck to the lower part of the second area. The touch screen can realize keying function without arranging mobile phone keypads below the touch screen, thus realizing integration of mobile phone screen keypads and ensuring the whole effect of the mobile phone to be more concise and beautiful.

The invention relates to a high-strength plastic which comprises the following components in parts by weight: 40-70 parts of ABS (acrylonitrile-butadiene-styrene), 3-8 parts of interfacial coupling agent, 3-10 parts of toughener, 0.5-1.0 part of dispersing and lubricating agent, 5-10 parts of silicon dioxide and 10-15 parts of glass fiber. The high-strength plastic provided by the invention has excellent strength, can be widely used in automobile industry, and is often used for manufacturing daily necessities, such as automobile parts, home appliance industry, architectural decoration industry, crash helmets, motorcycle fenders, heelpieces, snowfield sporting goods, toys, clocks, loudspeaker shells, suitcases, buttons, cosmetic cases and the like, and advertising products of nameplates, ornaments and the like.

The invention belongs to the technical field of sticking automation, and relates to a method for automatic sticking of an electronic tag. The method comprises the following steps: a suction cup sucks the electronic tag on a tag stripping machine; a mechanical arm conveys the sucked electronic tag to a position above a corresponding nameplate groove; an air cylinder drives the suction cup to press the sucked electronic tag until the sucked electronic tag is stuck on a corresponding nameplate; a processor controls an electromagnetic valve to open an air pipe for blowing, so as to ensure that secondary sticking is reliable; the air cylinder drives the suction cup to suck a sticking finished product; the mechanical arm conveys the sucked sticking finished product to a bar code acquisition zone and an electronic tag reading zone for bar code acquisition and electronic tag information reading respectively; the processor compares the acquired bar code and the read electronic tag information; if the acquired bar code and the read electronic tag information are inconsistent, a display prompts an error, and the sucked sticking finished product is conveyed to an unaccepted product zone; if the acquired bar code and the read electronic tag information are consistent, the sucked sticking finished product is conveyed to an accepted product zone, and the automatic sticking of the electronic tag is finished. The method is scientific in design, reliable in principle, simple and convenient to operate and mount, high in safety, accuracy rate and automation level, stable in equipment operation, and easy to use.

The invention relates to a bridge nameplate management system. The bridge nameplate management system comprises an intelligent terminal which is installed on a bridge, is taken as a nameplate of the bridge, is provided with a bridge two-dimensional code and/or an RFID electronic label used for obtaining professional information of the bridge, and can respond to an external instruction to display bridge basic information through a configured display screen; a data reader which is used for scanning the bridge two-dimensional code and/or the RFID electronic label so as to obtain the professional information of the bridge or locally update the bridge information; and a main server which carries out data interaction with the intelligent terminal and the data reader through a wireless network and is used for storage, scheduling, gathering and updating of information of multiple bridges in an area. The system can solve the problems of easy damage, limited data, non-changeability, inconvenient unified management and the like of conventional information nameplates and realize intelligent and electronic bridge maintenance information disclosure.

An automatic suspension machine of nameplates comprises a machine frame and a controller. An arc connecting portion with an opening in one side is arranged in the middle of the machine frame. The portions, on the two sides of the arc connecting portion, of the machine frame are each provided with a transverse movement mechanism. Vertical movement mechanisms are perpendicularly installed on the transverse movement mechanisms. A U-shaped hoop feeding device and a nameplate feeding device opposite to the U-shaped hoop feeding device are arranged between the two vertical movement mechanisms. The U-shaped hoop feeding mechanism comprises a horizontal transverse plate. Screw cap feeding mechanisms are symmetrically installed on the right side of the transverse plate in the longitudinal direction. The automatic suspension machine can automatically install nameplates fixed through U-shaped hoops on an electric pole, operation and installation can be completed only by one worker, the installation efficiency is improved, meanwhile, accident potential safety hazards caused when the worker climbs to a high place are avoided, and the better safety performance is achieved.

The invention provides a visual detection method and device for a nameplate surface scratch defect. The visual detection method comprises the following steps: acquiring an original image; performing logarithmic equilibrium transformation on the original image; carrying out binarization processing on the image after logarithmic equilibrium transformation by adopting an automatic threshold segmentation algorithm; determining a connected domain Smax with the largest area in all connected domains of the image after binarization processing, and performing open operation on the connected domain Smax by using a circular structure element with a set radius to obtain a rectangular region; cutting the surface image of the to-be-detected nameplate from the original image by adopting the rectangular area; preprocessing the surface image of the to-be-detected nameplate; and segmenting a scratch defect area from the preprocessed image by adopting a dynamic threshold segmentation algorithm. The gray level transformation curve can be well adjusted, the contrast in a specific range is highlighted, and the to-be-detected nameplate image can be extracted from the original image in the subsequent step; the accuracy of identifying the scratch defect area can be improved; the method can be suitable for various scenes with different nameplates.

The invention discloses a nameplate attaching and oiling integrated machine. The nameplate attaching and oiling integrated machine comprises a rack, a nameplate conveying mechanism, an attaching support, a conveying mechanism, an oiling mechanism, a three-shaft moving mechanism and a nameplate suction nozzle arranged on the three-shaft moving mechanism. The attaching support is arranged in the center of the top face of the rack. The upper portion, corresponding to the attaching support, of the three-shaft moving mechanism is arranged on the rack. The lower portion, corresponding to the attaching support, of the oiling mechanism is arranged on the rack. The lower portion, corresponding to the three-shaft moving mechanism, of the nameplate conveying mechanism is arranged on the rack. The side, corresponding to the attaching support, of the conveying mechanism is arranged on the rack. The nameplate attaching and oiling integrated machine is ingenious and reasonable in structural design and easy to operate, procedures of feeding, nameplate attaching, oiling, discharging and the like are correspondingly achieved through cooperation of various mechanisms, the purposes of automatic nameplate attaching and oiling can be achieved by only placing products manually, and therefore production efficiency is greatly improved, labor intensity of operators is reduced, and production earnings are increased.