mhurhangee/ep-ind-claims huggingface dataset:
A device for capturing and translating embossing motions of a mechanical Braille embosser comprising: a plurality of sensors (302a-302n) for positioning within a mechanical Braille writer to capture movement of mechanical parts of the Braille writer; an output system; a processor coupled to the plurality of sensors and the output system; and a memory; the memory storing instructions that, when executed by the processor, cause the processor to: receive a signal from the plurality of sensors; interpret the signal as a first Braille cell; and send a signal corresponding to the first Braille cell to the output system. a plurality of sensors (302a-302n) for positioning within a mechanical Braille writer to capture movement of mechanical parts of the Braille writer; an output system; a processor coupled to the plurality of sensors and the output system; and a memory; the memory storing instructions that, when executed by the processor, cause the processor to: receive a signal from the plurality of sensors; interpret the signal as a first Braille cell; and send a signal corresponding to the first Braille cell to the output system. receive a signal from the plurality of sensors; interpret the signal as a first Braille cell; and send a signal corresponding to the first Braille cell to the output system.
A method of forming a high power device in wide-bandgap materials with reduced junction temperature, higher power density during operation and improved reliability at a rated power density, the method comprising: adding a layer of a higher thermal conductivity material to a wafer of lower thermal conductivity material in which the lower thermal conductivity material has a better crystal lattice match with Group III nitrides than does the higher thermal conductivity material to thereby increase the thermal conductivity of the resulting composite wafer; thereafter reducing the thickness of the lower thermal conductivity portion of the composite wafer while retaining sufficient thickness of the lower thermal conductivity portion to support epitaxial growth thereon; preparing the lower thermal conductivity surface of the composite wafer for epitaxial growth thereon; and adding at least one Group III nitride epitaxial layer to the prepared lower thermal conductivity face of the wafer. adding a layer of a higher thermal conductivity material to a wafer of lower thermal conductivity material in which the lower thermal conductivity material has a better crystal lattice match with Group III nitrides than does the higher thermal conductivity material to thereby increase the thermal conductivity of the resulting composite wafer; thereafter reducing the thickness of the lower thermal conductivity portion of the composite wafer while retaining sufficient thickness of the lower thermal conductivity portion to support epitaxial growth thereon; preparing the lower thermal conductivity surface of the composite wafer for epitaxial growth thereon; and adding at least one Group III nitride epitaxial layer to the prepared lower thermal conductivity face of the wafer.
A digital television receiver unit in a mobile digital television reception system in which the television receiver unit is connected via a network to at least one operating unit and at least one display, said digital television receiver unit comprising: a multiplicity of digital television receiver modules configured to receive a plurality of data streams that contain encoded and compressed digital television signals, a demultiplexer configured to separate video and audio signals and miscellaneous data from the data streams of the received digital television signals, an evaluation unit configured to evaluate the content of the miscellaneous data, a matching stage configured to receive the video and audio signals separated by the demultiplexer, to convert the received video and audio signals to a PCM signal, and to supply the PCM signal directly to a network interface, a memory configured to store the miscellaneous data according to defined criteria, and a controller configured to sort and manage the stored miscellaneous data, wherein the controller is connected to at least one of the multiplicity of television receiver modules; wherein the network interface is suitable for transmitting the PCM signal into the network, and the network interface is connected to the controller for the purpose of receiving signals requesting retrieval of the stored miscellaneous data. a multiplicity of digital television receiver modules configured to receive a plurality of data streams that contain encoded and compressed digital television signals, a demultiplexer configured to separate video and audio signals and miscellaneous data from the data streams of the received digital television signals, an evaluation unit configured to evaluate the content of the miscellaneous data, a matching stage configured to receive the video and audio signals separated by the demultiplexer, to convert the received video and audio signals to a PCM signal, and to supply the PCM signal directly to a network interface, a memory configured to store the miscellaneous data according to defined criteria, and a controller configured to sort and manage the stored miscellaneous data, wherein the controller is connected to at least one of the multiplicity of television receiver modules; wherein the network interface is suitable for transmitting the PCM signal into the network, and the network interface is connected to the controller for the purpose of receiving signals requesting retrieval of the stored miscellaneous data.
A compound of formula: wherein R 1 is -CONR 7 R 8, R 2 is C 1 -C 6 alkyl or C 6 -C 10 aryl and R 3 -R 5 are all H, m and n are 1, R 6 is 2-pyridyl, 3-pyridyl, or 2-quinolinyl, and R 7 and R 8 are independently H or C 1 -C 6 alkyl, wherein R 6 is optionally substituted with one or more groups selected from the group consisting of halo, C 1 -C 6 alkyl, and C 1 -C 6 alkoxy, or a pharmaceutically acceptable salt thereof. wherein R 1 is -CONR 7 R 8, R 2 is C 1 -C 6 alkyl or C 6 -C 10 aryl and R 3 -R 5 are all H, m and n are 1, R 6 is 2-pyridyl, 3-pyridyl, or 2-quinolinyl, and R 7 and R 8 are independently H or C 1 -C 6 alkyl, wherein R 6 is optionally substituted with one or more groups selected from the group consisting of halo, C 1 -C 6 alkyl, and C 1 -C 6 alkoxy, or a pharmaceutically acceptable salt thereof.
An electrophoretic display comprising display cells which are filled with an electrophoretic fluid comprising charged pigment particles dispersed in a dielectric solvent and top-sealed with a sealing composition that forms a contiguous sealing layer between the display fluid and a substrate or electrode layer, characterized in that the sealing layer is formed from a composition comprising a high dielectric polymer or oligomer, having a dielectric constant higher than that of the dielectric solvent, and a radiation curable composition.
Carbon-containing lithium titanium oxide comprising spherical particle aggregates with a diameter of from 1 to 80 μm which consist of lithium titanium oxide primary particles coated with carbon, wherein the lithium titanium oxide has a BET surface area in the range of 1-10 m 2 /g.
Method for operating a production plant with a driverless transport system, which comprises a plurality of industrial trucks, which are designed to receive control instructions from a control device, the method comprising the steps: a) transporting at least one first part carrier with a plurality of parts from a store to a commissioning station by means of at least one first industrial truck, b) removing at least one part, as stipulated on a parts list, from the part carrier by a worker or a robot and placing the part on a further part carrier, c) transporting the further part carrier to a work station by means of a further industrial truck, wherein the parts list is stored by the commissioning station in a memory device of the further industrial truck and / or the further part carrier. a) transporting at least one first part carrier with a plurality of parts from a store to a commissioning station by means of at least one first industrial truck, b) removing at least one part, as stipulated on a parts list, from the part carrier by a worker or a robot and placing the part on a further part carrier, c) transporting the further part carrier to a work station by means of a further industrial truck, wherein the parts list is stored by the commissioning station in a memory device of the further industrial truck and / or the further part carrier.
A method for welding an article, the method comprising the steps of: providing an enclosure with an interior that is sealable from an ambient environment surrounding said enclosure; providing a heating device disposed entirely within said enclosure said heating device including walls for containing at least a substantial entirety of the article; placing the article within said heating device establishing a nonreactive atmosphere in said enclosure; operating said heating device to uniformly heat the article in said enclosure to a welding temperature over at least said substantial entirety of the article via at least one of induction heating, conductive heating and radiant heating; and characterised in that the heating device includes walls being thermally isolated from said enclosure, and the method further comprises the step of: welding the article in said heating device while maintaining said welding temperature within said heating device over at least said substantial entirety of the article. providing an enclosure with an interior that is sealable from an ambient environment surrounding said enclosure; providing a heating device disposed entirely within said enclosure said heating device including walls for containing at least a substantial entirety of the article; placing the article within said heating device establishing a nonreactive atmosphere in said enclosure; operating said heating device to uniformly heat the article in said enclosure to a welding temperature over at least said substantial entirety of the article via at least one of induction heating, conductive heating and radiant heating; and characterised in that the heating device includes walls being thermally isolated from said enclosure, and the method further comprises the step of: welding the article in said heating device while maintaining said welding temperature within said heating device over at least said substantial entirety of the article.
A metal plate used for manufacturing a mask for deposition, the metal plate comprising: an outer layer (100b, 100c) defined by a thickness range of less than or equal to 1 μm and higher to 0 μm from a surface of the metal plate; and an inner layer other than the outer layer (100b, 100c), the outer layer (100b, 100c) and the inner layer including invar, the metal plate comprising two or more crystal planes having different orientations from each other, wherein a ratio of a crystal plane of the outer layer (100b, 100c) is greater than that of a crystal plane of the inner layer. an outer layer (100b, 100c) defined by a thickness range of less than or equal to 1 μm and higher to 0 μm from a surface of the metal plate; and an inner layer other than the outer layer (100b, 100c), the outer layer (100b, 100c) and the inner layer including invar, the metal plate comprising two or more crystal planes having different orientations from each other, wherein a ratio of a crystal plane of the outer layer (100b, 100c) is greater than that of a crystal plane of the inner layer.
A computer based method comprising: receiving first three dimensional intra-oral scan data of an intra-oral cavity of a patient from an intra-oral scanner; displaying a first display image of a first 3D virtual model of the intra-oral cavity, the first 3D virtual model based on the first 3D intra-oral scan data, on a display operatively connected to a computer system; identifying at least a portion of said first 3D virtual model as being desired to be replaced based on an interaction of a user with the displayed first display image; and characterised by: receiving second 3D intra-oral scan data of the intra-oral cavity; modifying (440, 460) said first 3D virtual model by replacing in the computer system at least said portion of said first 3D virtual model with a corresponding part of a second 3D virtual model based on the second 3D intra-oral scan data to provide a composite 3D virtual model of the intra-oral cavity that is based on the first 3D intra-oral scan data and the second 3D intra-oral scan data, step comprising deleting or removing said portion of said first 3D virtual model. receiving first three dimensional intra-oral scan data of an intra-oral cavity of a patient from an intra-oral scanner; displaying a first display image of a first 3D virtual model of the intra-oral cavity, the first 3D virtual model based on the first 3D intra-oral scan data, on a display operatively connected to a computer system; identifying at least a portion of said first 3D virtual model as being desired to be replaced based on an interaction of a user with the displayed first display image; receiving second 3D intra-oral scan data of the intra-oral cavity; modifying (440, 460) said first 3D virtual model by replacing in the computer system at least said portion of said first 3D virtual model with a corresponding part of a second 3D virtual model based on the second 3D intra-oral scan data to provide a composite 3D virtual model of the intra-oral cavity that is based on the first 3D intra-oral scan data and the second 3D intra-oral scan data,
An optically clear window film comprising a clear first outer layer comprising polyethylene terephthalate, a dyed core layer comprising PET and one or more dyes chosen from Pigment Yellow 147, Pigment Red 177, Pigment Black 31, Pigment Red 149, and Pigment Red 122, and a clear second outer layer comprising PET, wherein the one or more dyes are dissolved in the PET of the core layer, wherein the window film is fade-resistant with a ΔEab ∗ change of less than 5 after more than 300 MJ/m 2 of total irradiance integrated over the band 295 nm to 385 nm and time, and wherein the term "optically clear" refers to a film that has a luminous transmittance of between 3 and 80 percent and that exhibits a haze value lower than 10% in the 400 nm to 700 nm wavelength range. a clear first outer layer comprising polyethylene terephthalate, a dyed core layer comprising PET and one or more dyes chosen from Pigment Yellow 147, Pigment Red 177, Pigment Black 31, Pigment Red 149, and Pigment Red 122, and a clear second outer layer comprising PET, wherein the one or more dyes are dissolved in the PET of the core layer, wherein the window film is fade-resistant with a ΔEab ∗ change of less than 5 after more than 300 MJ/m 2 of total irradiance integrated over the band 295 nm to 385 nm and time, and wherein the term "optically clear" refers to a film that has a luminous transmittance of between 3 and 80 percent and that exhibits a haze value lower than 10% in the 400 nm to 700 nm wavelength range.
A conveyance system comprising: a camera to generate an image of an area of interest; a dispatch system including a facial recognition unit and a profile unit, the facial recognition unit detecting facial features of a user in the image; the dispatch system determining if the facial features match a profile stored in the profile unit, the dispatch system scheduling car service in response to the facial features matching the profile stored in the profile unit; characterised in that the conveyance system further comprises: a system interface including a system interface camera, the system interface camera to generate a second image of the user at the system interface; the facial recognition unit detecting facial features of the user in the second image; the dispatch system determining if the facial features of the user in the second image match the profile stored in the profile unit; the system interface requesting a destination from the user when the facial features of the user in the second image do not match the profile stored in the profile unit; the system interface presenting an anticipated destination from the profile when the facial features of the user in the second image match the profile stored in the profile unit. a camera to generate an image of an area of interest; a dispatch system including a facial recognition unit and a profile unit, the facial recognition unit detecting facial features of a user in the image; the dispatch system determining if the facial features match a profile stored in the profile unit, the dispatch system scheduling car service in response to the facial features matching the profile stored in the profile unit; characterised in that the conveyance system further comprises: a system interface including a system interface camera, the system interface camera to generate a second image of the user at the system interface; the facial recognition unit detecting facial features of the user in the second image; the dispatch system determining if the facial features of the user in the second image match the profile stored in the profile unit; the system interface requesting a destination from the user when the facial features of the user in the second image do not match the profile stored in the profile unit; the system interface presenting an anticipated destination from the profile when the facial features of the user in the second image match the profile stored in the profile unit. a system interface including a system interface camera, the system interface camera to generate a second image of the user at the system interface; the facial recognition unit detecting facial features of the user in the second image; the dispatch system determining if the facial features of the user in the second image match the profile stored in the profile unit; the system interface requesting a destination from the user when the facial features of the user in the second image do not match the profile stored in the profile unit; the system interface presenting an anticipated destination from the profile when the facial features of the user in the second image match the profile stored in the profile unit.
A hinge for an aircraft power distribution system unit, the unit having a housing comprising first and second housing parts, the hinge comprising: a first hinge member for connection to the first housing part of the unit, and a second hinge member for connection to the second housing part of the unit, the first and second hinge members comprising an electrically conductive material and being connectable to one another to establish an electrical connection between the hinge members and to allow relative rotation between the hinge members; wherein the first hinge member comprises a receptacle and the second hinge member comprises a protrusion for engagement in the receptacle; wherein the protrusion is cylindrical and adapted for mating insertion in the cylindrical cavity; characterized in that the receptacle comprises a hyperboloid socket for receiving the protrusion, the hyperboloid socket having a cylindrical cavity; wherein the hyperboloid socket provides an internal constriction to facilitate fixture of the protrusion within the socket and electrical connection between the first and second hinge members. a first hinge member for connection to the first housing part of the unit, and a second hinge member for connection to the second housing part of the unit, the first and second hinge members comprising an electrically conductive material and being connectable to one another to establish an electrical connection between the hinge members and to allow relative rotation between the hinge members; wherein the first hinge member comprises a receptacle and the second hinge member comprises a protrusion for engagement in the receptacle; wherein the protrusion is cylindrical and adapted for mating insertion in the cylindrical cavity; characterized in that the receptacle comprises a hyperboloid socket for receiving the protrusion, the hyperboloid socket having a cylindrical cavity; wherein the hyperboloid socket provides an internal constriction to facilitate fixture of the protrusion within the socket and electrical connection between the first and second hinge members.
Method for continuously manufacturing coloured and/or effect-imparting liquid formulations, comprising - continuously feeding feedstocks into a small-volume process mixer (kP) in which there is a mixing device for mixing of the feedstocks, - continuously manufacturing a formulation by mixing the feedstocks in the process mixer (kP) and transferring the formulation into a buffer tank with a mixing device via a connection between the process mixer (kP) and the buffer tank, - ascertaining properties of the continuously manufactured formulation by means of a measurement unit, the measurement unit being assigned to the connection of process mixer and buffer tank or is arranged within the corresponding conduit system, - determining a variance of properties of the continuously manufactured formulation from the properties of a predefined target state by means of an evaluation unit, characterized by - ascertaining the adjustment volumes for feedstocks that are needed in view of the variances in the properties of the continuously manufactured formulation from the target state and the total volume of formulation volume to be manufactured for establishment of the target state of the total volume, - continuously manufacturing further portions of the formulation in the process mixer, taking account of the adjustment volumes ascertained by adjusting the feed of feedstocks into the process mixer, - combining the manufactured portions for manufacture of the total volume. - continuously feeding feedstocks into a small-volume process mixer (kP) in which there is a mixing device for mixing of the feedstocks, - continuously manufacturing a formulation by mixing the feedstocks in the process mixer (kP) and transferring the formulation into a buffer tank with a mixing device via a connection between the process mixer (kP) and the buffer tank, - ascertaining properties of the continuously manufactured formulation by means of a measurement unit, the measurement unit being assigned to the connection of process mixer and buffer tank or is arranged within the corresponding conduit system, - determining a variance of properties of the continuously manufactured formulation from the properties of a predefined target state by means of an evaluation unit, - ascertaining the adjustment volumes for feedstocks that are needed in view of the variances in the properties of the continuously manufactured formulation from the target state and the total volume of formulation volume to be manufactured for establishment of the target state of the total volume, - continuously manufacturing further portions of the formulation in the process mixer, taking account of the adjustment volumes ascertained by adjusting the feed of feedstocks into the process mixer, - combining the manufactured portions for manufacture of the total volume.
An annular blade housing for a power operated rotary knife, the blade housing comprising an inner wall (404,452) and an outer wall (406,454), the inner wall (404,452) defining a blade housing bearing surface, characterized in that the blade housing further includes a cleaning port including an entry opening and an exit opening, the exit opening being in the inner wall (404,452) and in fluid communication with the blade housing bearing surface.