mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor wafer handling article for handling a semiconductor wafer, the article comprising a composite material that comprises (i) a matrix component, and (ii) a reinforcement component comprising diamond particulate distributed throughout said matrix component, wherein said matrix component has a recessed or relieved surface, leaving diamond particles of said diamond particulate standing above the rest of the surface such that all wafer contact is with said diamond particles, and wherein said matrix component includes reaction bonded silicon carbide, wherein the article is selected from the group consisting of vacuum wafer chuck, electrostatic chuck, vacuum wafer table, wafer arm, end effector, and susceptor.
A head-mounted display device, comprising: a first lens tube including a closed bottom and a first display part on the closed bottom, the first display part being for displaying a first image; a second lens tube including a closed bottom and a second display part on the closed bottom, the second display part being for displaying a second image; an adjustment mechanism including a first rod that extends from the first lens tube and a second rod that extends from the second lens tube and is rotatably connected to the first rod; a measurement device (121, 122) that is provided on at least one of the first lens tube or the second lens tube and measures a distance between the first lens tube and the second lens tube; and an image outputter that outputs the first image and the second image to the first display part and the second display part, respectively, wherein the image outputter, in accordance with an angle of rotation of the first rod and the second rod of the adjustment mechanism, controls and outputs the first image and the second image to bring horizontal directions of the first image and the second image closer to an arrangement direction of the first lens tube and the second lens tube, the angle of rotation being calculated based on the distance between the first lens tube and the second lens tube and a distance between a center of rotation of the first rod and the second rod and a center of the first lens tube and/or a center of the second lens tube. a first lens tube including a closed bottom and a first display part on the closed bottom, the first display part being for displaying a first image; a second lens tube including a closed bottom and a second display part on the closed bottom, the second display part being for displaying a second image; an adjustment mechanism including a first rod that extends from the first lens tube and a second rod that extends from the second lens tube and is rotatably connected to the first rod; a measurement device (121, 122) that is provided on at least one of the first lens tube or the second lens tube and measures a distance between the first lens tube and the second lens tube; and an image outputter that outputs the first image and the second image to the first display part and the second display part, respectively, wherein the image outputter, in accordance with an angle of rotation of the first rod and the second rod of the adjustment mechanism, controls and outputs the first image and the second image to bring horizontal directions of the first image and the second image closer to an arrangement direction of the first lens tube and the second lens tube, the angle of rotation being calculated based on the distance between the first lens tube and the second lens tube and a distance between a center of rotation of the first rod and the second rod and a center of the first lens tube and/or a center of the second lens tube.
An assembly comprising a combustor assembly including a plurality of combustors and a compressor assembly, the compressor assembly comprising: a compressor discharge casing comprising an annular wall that extends generally axially along at least a portion of said CDC, said CDC configured to house a first combustor and a second combustor; and a splitter extending between the first and second combustors, said splitter comprising a first surface configured to direct fluid towards the first combustor in a counterclockwise direction about the longitudinal axis and a second surface configured to direct fluid towards the second combustor in a clockwise direction about the longitudinal axis; characterised in that the splitter extends radially inward from said annular wall and is formed integrally with said annular wall. a compressor discharge casing comprising an annular wall that extends generally axially along at least a portion of said CDC, said CDC configured to house a first combustor and a second combustor; and a splitter extending between the first and second combustors, said splitter comprising a first surface configured to direct fluid towards the first combustor in a counterclockwise direction about the longitudinal axis and a second surface configured to direct fluid towards the second combustor in a clockwise direction about the longitudinal axis; characterised in that the splitter extends radially inward from said annular wall and is formed integrally with said annular wall.
A communications method, comprising: receiving, by a relay node (60, 80), RN, a broadcast message from a first access network device (80, 60), wherein the broadcast message comprises a first indication information; obtaining, by the RN (60, 80), the first indication information, wherein the first indication information indicates that the RN (60, 80) is allowed to access a cell covered by the first access network device (80, 60), and the broadcast message further comprises second indication information that indicates a terminal is not allowed to access the cell; ignoring, by the RN (60, 80), the second indication information; initiating, by the RN (60, 80), random access to the first access network device (80, 60) based on the first indication information; and establishing, by the RN (60, 80), dual connections in a dual connectivity mode to the first access network device (80, 60) and to a second access network device and sending, by the RN (60, 80), data from the first access network device (80, 60) and signaling and/or data from the second access network device to the terminal, wherein the RN (60, 80) that accesses the cell covered by the first access network device (80, 60) is configured to provide a data transmission service for the terminal, and the first access network device (80, 60) is a base station whose access standard is the new radio, NR, standard, and the second access network device is a base station whose access standard is the long term evolution, LTE, standard. receiving, by a relay node (60, 80), RN, a broadcast message from a first access network device (80, 60), wherein the broadcast message comprises a first indication information; obtaining, by the RN (60, 80), the first indication information, wherein the first indication information indicates that the RN (60, 80) is allowed to access a cell covered by the first access network device (80, 60), and the broadcast message further comprises second indication information that indicates a terminal is not allowed to access the cell; ignoring, by the RN (60, 80), the second indication information; initiating, by the RN (60, 80), random access to the first access network device (80, 60) based on the first indication information; and establishing, by the RN (60, 80), dual connections in a dual connectivity mode to the first access network device (80, 60) and to a second access network device and sending, by the RN (60, 80), data from the first access network device (80, 60) and signaling and/or data from the second access network device to the terminal, wherein the RN (60, 80) that accesses the cell covered by the first access network device (80, 60) is configured to provide a data transmission service for the terminal, and the first access network device (80, 60) is a base station whose access standard is the new radio, NR, standard, and the second access network device is a base station whose access standard is the long term evolution, LTE, standard.
Frame of an instrument cluster of a motor vehicle, the instrument cluster comprising the frame and an electrical printed circuit board, which is elastically fastened thereto, for making electrical contact with a light, a screen and/or an electric motor, characterized in that the frame comprises a support element, which is formed integrally therewith, for fastening the printed circuit board, and at least one retaining element, which is formed integrally with the frame, is elastically resilient in at least one plane and connects the frame and the support element to one another.
A building apparatus for building an object using a curable material that is cured by being irradiated with ultraviolet rays, the building apparatus comprising: an ejection head, configured to eject the curable material; a UV light source, configured to emit ultraviolet rays to the curable material ejected from the ejection head; and a light source driver, configured to supply electric power for driving the UV light source, wherein the UV light source is an ultraviolet LED, UV LED, and the light source driver is configured to supply the electric power that varies in a pulse-like form to the UV light source to drive the UV light source using a pulse driving scheme, wherein if an upper limit of a rated temperature of the ultraviolet LED is defined as a rated upper limit temperature, and a peak value of a pulse current flowing in the ultraviolet LED in accordance with electric power supplied from the light source driver is defined as a supply current value, the supply current value is set to such a value that the temperature of the ultraviolet LED does not exceed the rated upper limit temperature in a case of supplying electric power in the pulse-like form from the light source driver to the ultraviolet LED, and the temperature of the ultraviolet LED would exceed the rated upper limit temperature if a current of the supply current value were continuously supplied to the ultraviolet LED; and the building apparatus comprises a plurality of ejection heads, wherein the respective ejection heads are configured to eject curable material of different colors. an ejection head, configured to eject the curable material; a UV light source, configured to emit ultraviolet rays to the curable material ejected from the ejection head; and a light source driver, configured to supply electric power for driving the UV light source, wherein the UV light source is an ultraviolet LED, UV LED, and the light source driver is configured to supply the electric power that varies in a pulse-like form to the UV light source to drive the UV light source using a pulse driving scheme, wherein if an upper limit of a rated temperature of the ultraviolet LED is defined as a rated upper limit temperature, and a peak value of a pulse current flowing in the ultraviolet LED in accordance with electric power supplied from the light source driver is defined as a supply current value, the supply current value is set to such a value that the temperature of the ultraviolet LED does not exceed the rated upper limit temperature in a case of supplying electric power in the pulse-like form from the light source driver to the ultraviolet LED, and the temperature of the ultraviolet LED would exceed the rated upper limit temperature if a current of the supply current value were continuously supplied to the ultraviolet LED; and the building apparatus comprises a plurality of ejection heads, wherein the respective ejection heads are configured to eject curable material of different colors.
A feeding device (1, 1', 1") having a hollow form, the feeding device (1, 1', 1") comprising: an inlet portion (2, 2', 2") having an inlet (4, 4') for entering nutrition, and a suction portion (3, 3', 3") for sucking the nutrition through the inlet (4, 4') into the feeding device (1, 1', 1"), wherein the suction portion (3, 3', 3") comprises at least one opening (5, 5', 5") for dispensing the sucked nutrition, wherein the inner surface (6, 6', 6") of the feeding device (1, 1', 1") confines a flow path (P, P', P") for the nutrition, and wherein the feeding device (1, 1', 1") is at least partially deformable, characterized in that a nutritional additive (7, 7', 7") is adhered to the flow path confining inner surface (6, 6', 6") of the feeding device (1, 1', 1") such that the nutritional additive (7, 7', 7") is mechanically segregated from the inner surface (6, 6', 6") when the feeding device (1, 1', 1") is deformed. an inlet portion (2, 2', 2") having an inlet (4, 4') for entering nutrition, and a suction portion (3, 3', 3") for sucking the nutrition through the inlet (4, 4') into the feeding device (1, 1', 1"), wherein the suction portion (3, 3', 3") comprises at least one opening (5, 5', 5") for dispensing the sucked nutrition,
A knocking determination device for an internal combustion engine, comprising: a detecting unit provided at a detection position corresponding to either one of resonance modes including a tangential mode and a radial mode as resonance modes of combustion pressure propagation in a cylinder in said internal combustion engine, and adapted to detect pressure vibrations derived from combustion in said internal combustion engine including a vibration corresponding to said resonance mode; and a determining unit adapted to determine whether knocking occurred in said internal combustion engine or not, based on said detected vibrations; characterized in that said detecting unit is implemented by a pressure sensor provided from an upper central portion of the cylinder into the cylinder of said internal combustion engine, and said knocking determination device further includes an extracting unit adapted to extract a vibration waveform such that solely pressure vibration at a frequency corresponding to said radial mode is included but pressure vibration at a frequency corresponding to said tangential mode is not included, based on a signal from said pressure sensor. a detecting unit provided at a detection position corresponding to either one of resonance modes including a tangential mode and a radial mode as resonance modes of combustion pressure propagation in a cylinder in said internal combustion engine, and adapted to detect pressure vibrations derived from combustion in said internal combustion engine including a vibration corresponding to said resonance mode; and a determining unit adapted to determine whether knocking occurred in said internal combustion engine or not, based on said detected vibrations; characterized in that said detecting unit is implemented by a pressure sensor provided from an upper central portion of the cylinder into the cylinder of said internal combustion engine, and said knocking determination device further includes an extracting unit adapted to extract a vibration waveform such that solely pressure vibration at a frequency corresponding to said radial mode is included but pressure vibration at a frequency corresponding to said tangential mode is not included, based on a signal from said pressure sensor.
A landing gear system comprising an apparatus, the apparatus comprising: a shock absorber system; a first chamber in the shock absorber system; a second chamber in the shock absorber system; and a length reduction system in the shock absorber system in which the length reduction system is configured to allow a flow of a fluid between the first chamber and the second chamber when the length reduction system has a first configuration and configured to substantially prevent the flow of the fluid between the first chamber and the second chamber when the length reduction system has a second configuration characterized in that in the second configuration a length of the shock absorber system reduces in response to a pressure in the first chamber when the flow of the fluid is substantially prevented. a shock absorber system; a first chamber in the shock absorber system; a second chamber in the shock absorber system; and a length reduction system in the shock absorber system in which the length reduction system is configured to allow a flow of a fluid between the first chamber and the second chamber when the length reduction system has a first configuration and configured to substantially prevent the flow of the fluid between the first chamber and the second chamber when the length reduction system has a second configuration characterized in that in the second configuration a length of the shock absorber system reduces in response to a pressure in the first chamber when the flow of the fluid is substantially prevented.
A humidifier with at least one humidifier module, formed by two flow field plates (23,24) with flow fields (16,17) formed therein, which each have flow channels separated by flow field webs and which are separated by at least one membrane, with header channels formed in the flow field plates (23,24) for feeding and draining the flow fields (16,17), the header channels extending over the entire width of the flow fields (16, 17) and the header channel for the one gas is traversed by tunnel as part of the flow channels of the adjacent header channel for the other gas, and the header channel for the other gas is traversed by tunnel for the one gas, so that both gases (28, 29) are each guided on the fresh gas side or on the exhaust gas side through corresponding tunnels, whereas the tunnels for the one gas or for the other gas being arranged in the plane of the flow field plate (23, 24) offset by a width of the flow field webs relative to the associated flow channels.
Method for manufacturing an electrical circuit for producing at least one chip card, comprising - providing a substrate of dielectric material, not including magnetic material and having a first and a second main face (6, 7), - producing a first electrically conductive track on the first face, - producing a second electrically conductive track on the second face, - producing at least one hole passing through the substrate, the second electrically conductive track receiving a finishing layer, characterized in that at least one of the first and second conductive tracks (16, 32) is cut out beforehand from a conductive layer and then bonded by way of a layer of adhesive (12 or 13) present on one of the first and second main faces (6, 7) of the substrate and perforated coincidentally with the hole passing through the substrate. - providing a substrate of dielectric material, not including magnetic material and having a first and a second main face (6, 7), - producing a first electrically conductive track on the first face, - producing a second electrically conductive track on the second face, - producing at least one hole passing through the substrate,
Table made of moulded synthetic material comprising at least a table-top, a table-top support, a single foot and at least one raiser (12, 14) such that: - the table comprises means (42, 62, 64, 122, 124, 142, 144) for mounting in at least a first low use configuration, wherein the table-top support is mounted on the foot, and at least a second high use configuration, wherein the raiser (12, 14) is interposed in terms of height between the foot and the table-top support, - the table comprises means (47, 62, 67) for mounting in a third configuration, for storage and/or transport, in which the foot and the raiser (12, 14) are received in a closed volume defined between the table-top and the table-top support, characterised in that: - the table-top support is centred on a first axis, - the table-top is centred on a second axis aligned with the first axis when the table-top is mounted on the table-top support, and - in the third configuration, the foot and the raiser (12, 14) received in the closed volume are centred on the first axis. - the table comprises means (42, 62, 64, 122, 124, 142, 144) for mounting in at least a first low use configuration, wherein the table-top support is mounted on the foot, and at least a second high use configuration, wherein the raiser (12, 14) is interposed in terms of height between the foot and the table-top support, - the table comprises means (47, 62, 67) for mounting in a third configuration, for storage and/or transport, in which the foot and the raiser (12, 14) are received in a closed volume defined between the table-top and the table-top support, characterised in that: - the table-top support is centred on a first axis, - the table-top is centred on a second axis aligned with the first axis when the table-top is mounted on the table-top support, and - in the third configuration, the foot and the raiser (12, 14) received in the closed volume are centred on the first axis. - the table-top support is centred on a first axis, - the table-top is centred on a second axis aligned with the first axis when the table-top is mounted on the table-top support, and - in the third configuration, the foot and the raiser (12, 14) received in the closed volume are centred on the first axis.
A method for preparing a rare earth permanent magnet, comprising the steps of: immersing a sintered magnet body having a R 1 -Fe-B base composition wherein R 1 is at least one element selected from rare earth elements inclusive of Y and Sc, in an electrodepositing bath of a powder dispersed in a solvent, said powder comprising an oxide of R 2 wherein R 2 is at least one element selected from rare earth elements inclusive of Y and Sc, said electrodepositing bath containing the powder in a weight fraction of 20% to 70%, effecting electrodeposition for letting the powder deposit on the surface of the magnet body, and heat treating the magnet body with the powder deposited on its surface at a temperature equal to or less than the sintering temperature of the magnet body in vacuum or in an inert gas. immersing a sintered magnet body having a R 1 -Fe-B base composition wherein R 1 is at least one element selected from rare earth elements inclusive of Y and Sc, in an electrodepositing bath of a powder dispersed in a solvent, said powder comprising an oxide of R 2 wherein R 2 is at least one element selected from rare earth elements inclusive of Y and Sc, said electrodepositing bath containing the powder in a weight fraction of 20% to 70%, effecting electrodeposition for letting the powder deposit on the surface of the magnet body, and heat treating the magnet body with the powder deposited on its surface at a temperature equal to or less than the sintering temperature of the magnet body in vacuum or in an inert gas.
A light irradiation device, comprising: a first supply section having a porous portion (90a1) and a space portion which is continuous with the porous portion and is made equal in size to the porous portion (90a1) in top plan configuration, the first supply section being capable of supplying a gas to a photo-curable material through the porous portion (90a1) and the space portion; and an irradiation section disposed in alignment with the porous portion or disposed downstream from the porous portion (90a1), the irradiation section being capable of irradiating the photo-curable material with light. a first supply section having a porous portion (90a1) and a space portion which is continuous with the porous portion and is made equal in size to the porous portion (90a1) in top plan configuration, the first supply section being capable of supplying a gas to a photo-curable material through the porous portion (90a1) and the space portion; and an irradiation section disposed in alignment with the porous portion or disposed downstream from the porous portion (90a1), the irradiation section being capable of irradiating the photo-curable material with light.