mhurhangee/patent-ind-claim-en huggingface dataset:
A gas-insulated switchgear system comprising a plurality of gas-insulated switchgears arranged in a row in a switchgear width direction which is a width direction of a switchgear enclosure, the gas-insulated switchgears each including a circuit breaker tank storing a circuit breaker , and a bus tank provided above the circuit breaker tank and storing a bus , wherein the bus tank of each of the gas-insulated switchgears arranged in a row is provided with bus connection bushings connected to the bus , at respective both ends of the bus in the switchgear width direction, a tank width dimension of the bus tank in the switchgear width direction is smaller than an enclosure width dimension of the switchgear enclosure, the bus connection bushings of the adjacent bus tanks are connected to each other via a first solid insulation bus adapter provided in a space formed by a difference between the enclosure width dimension and the bus tank width dimension, and a second solid insulation bus adapter having an end to which an insulating plug is attached is connected to the bus connection bushing of the bus tank on a last end side to which an additional board is planned to be arranged in a row. the bus tank of each of the gas-insulated switchgears arranged in a row is provided with bus connection bushings connected to the bus , at respective both ends of the bus in the switchgear width direction, a tank width dimension of the bus tank in the switchgear width direction is smaller than an enclosure width dimension of the switchgear enclosure, the bus connection bushings of the adjacent bus tanks are connected to each other via a first solid insulation bus adapter provided in a space formed by a difference between the enclosure width dimension and the bus tank width dimension, and a second solid insulation bus adapter having an end to which an insulating plug is attached is connected to the bus connection bushing of the bus tank on a last end side to which an additional board is planned to be arranged in a row.
A light strip system for securing luminaire units and supplying them with power, wherein the system comprises: • An elongate support structure, in particular at least one support rail , for securing the luminaire units and • power supply means extending along said support structure for supplying the luminaire units with power, wherein said power supply means comprise: • first lines extending along the support structure, which form a first power supply circuit (I), • second lines , which extend over part of the length of the first power supply circuit (I) along the support structure and form a second power supply circuit (II), which is provided for electrical contacting by the luminaire units , in such a manner that the luminaire units can be arranged and connected freely over the entire length of the second power supply circuit (II), wherein the coupling between the first power supply circuit (I) and the second power supply circuit (II) takes place by means of a converter unit , which converts a first supply voltage available in the first power supply circuit (I) to a second supply voltage suitable for operating the luminaire units • An elongate support structure, in particular at least one support rail , for securing the luminaire units and • power supply means extending along said support structure for supplying the luminaire units with power, • first lines extending along the support structure, which form a first power supply circuit (I), • second lines , which extend over part of the length of the first power supply circuit (I) along the support structure and form a second power supply circuit (II), which is provided for electrical contacting by the luminaire units , in such a manner that the luminaire units can be arranged and connected freely over the entire length of the second power supply circuit (II),
Device , in particular screwing device or riveting device or welding device or drive control device, comprising at least one device part configured to implement at least one or more device functions ; at least one device function selection means configured to select at least one of the device functions ; a first wireless transmitting/receiving means configured to wirelessly interchange data with a second wireless transmitting/receiving means included in the device , and a person identification means configured to authenticate a person as a user of the device who is authorized to use functions of the device part , characterized by a detection means configured to detect at least one person in the environment of the device without a manual input by a user on the device ; wherein the device is configured, when the person is detected by means of the detection means , to itself select one of the device functions by means of the device function selection means by virtue of the device changing from a device power-saving mode to a user identification mode as an operating mode only when a person has been detected in the environment of the device at a particular distance from the device using the detection means without a manual input on the device and, in the user identification mode, activating the first wireless transmitting/receiving means in order to interchange person identification data with the second wireless transmitting/receiving means by means of the first wireless transmitting/receiving means, and to activate a person-related device operating state or a person-related device configuration while taking into account a result of a person identification carried out by the person identification means , with the result that the device can change to the person-related device operating state or a person-related device configuration of the user without the user himself having to carry out any configurations on the device .
An electronic apparatus comprising: a memory ; and a processor configured to control the electronic apparatus to: obtain (S1605) input data including voice data and image data, obtain (S1610) a plurality of information corresponding to the input data, the plurality of information being classified into a plurality of types to store in the memory , group the input data classified into the plurality of types, obtain representative data for each of the plurality of types based on the grouped input data to store in the memory , determine at least one information among the classified plurality of information based on a voice command being recognized in the input data, and provide (S1615) response information corresponding to the voice command based on representative data corresponding to the determined at least one information. a memory ; and a processor configured to control the electronic apparatus to: obtain (S1605) input data including voice data and image data, obtain (S1610) a plurality of information corresponding to the input data, the plurality of information being classified into a plurality of types to store in the memory , group the input data classified into the plurality of types, obtain representative data for each of the plurality of types based on the grouped input data to store in the memory , determine at least one information among the classified plurality of information based on a voice command being recognized in the input data, and provide (S1615) response information corresponding to the voice command based on representative data corresponding to the determined at least one information. obtain (S1605) input data including voice data and image data, obtain (S1610) a plurality of information corresponding to the input data, the plurality of information being classified into a plurality of types to store in the memory , group the input data classified into the plurality of types, obtain representative data for each of the plurality of types based on the grouped input data to store in the memory , determine at least one information among the classified plurality of information based on a voice command being recognized in the input data, and provide (S1615) response information corresponding to the voice command based on representative data corresponding to the determined at least one information.
A compensation system for a position sensor of an agricultural machine that uses a pivoting arm, the compensation system comprising: a frame ; an arm pivotally coupled to the frame at a first end of the arm; a target element on the first end of the arm, wherein the target element is configured to rotate with the arm, wherein the target element includes an outer surface and a projection extending away from the outer surface; and a first sensor fixed to the frame, wherein the first sensor is configured to detect the projection; and characterized in that the compensation system further comprises: a second sensor fixed to the frame, wherein the second sensor is configured to detect the outer surface. a frame ; an arm pivotally coupled to the frame at a first end of the arm; a target element on the first end of the arm, wherein the target element is configured to rotate with the arm, wherein the target element includes an outer surface and a projection extending away from the outer surface; and a first sensor fixed to the frame, wherein the first sensor is configured to detect the projection; and characterized in that the compensation system further comprises: a second sensor fixed to the frame, wherein the second sensor is configured to detect the outer surface.
A tire comprising: a decorative portion that is formed on an outer surface of the tire and that has a base surface ; and a pattern region that is provided at the decorative portion and that includes a plurality of projections projecting at a height of from 0.1 mm to 1.0 mm from the base surface and formed at an interval (P1) of from more than 0.1 mm to 1.0 mm, characterized in that the pattern region is provided with a gradual decrease region in which a height of projections disposed adjacent to each other gradually decreases, and in that the gradual decrease region includes projections having a constant height from the base surface and a bottom raising portion including a gradual increase portion having a height from the base surface that gradually increases across the projections, so that a height from the bottom raising portion to tops of the projections gradually decreases. a decorative portion that is formed on an outer surface of the tire and that has a base surface ; and a pattern region that is provided at the decorative portion and that includes a plurality of projections projecting at a height of from 0.1 mm to 1.0 mm from the base surface and formed at an interval (P1) of from more than 0.1 mm to 1.0 mm, characterized in that the pattern region is provided with a gradual decrease region in which a height of projections disposed adjacent to each other gradually decreases, and in that the gradual decrease region includes projections having a constant height from the base surface and a bottom raising portion including a gradual increase portion having a height from the base surface that gradually increases across the projections, so that a height from the bottom raising portion to tops of the projections gradually decreases.
A linear motion guide device, comprising: a guide rail that has a guide rail-side track surface extending in an axial direction thereof; a slider that is mounted so as to straddle the guide rail, has a slider-side track surface facing the guide rail-side track surface , and is disposed so as to move relative to the guide rail in the axial direction; a plurality of rolling elements that are rotatably disposed in a rolling element rolling path formed between the guide rail-side track surface and the slider-side track surface; and an under seal that is attached to the slider to seal a gap formed between a side surface of the guide rail and an inner side surface of the slider, wherein the under seal includes: a seal member that includes a seal member body , a lip portion and a fitting hole , wherein the seal member body extends in a longitudinal direction of the slider, wherein the lip portion is formed at a tip in a direction of extending from the seal member body toward the guide rail and has a main lip in contact with the guide rail, and wherein the fitting hole penetrates the seal member body; and a seal cover that includes a fitting protrusion in which an opening is formed, and that holds the seal member, and the fitting protrusion is fitted into the fitting hole , and with the fitting protrusion in a state of abutting on a fixing surface of the slider, the under seal is attached to the slider as a fastening member penetrating the opening is fastened to the slider.
A solar cell module comprising first solar cells comprising a first conductivity type substrate which is n-type single crystal silicon substrate having a thickness of 100 to 300 μm, having a light-receiving surface and a non-light-receiving surface, and having an impurity diffusion layer forming a p-n junction on the light-receiving surface by the diffusion of Group III elements on the light-receiving surface, and electrodes of opposite polarity formed on the light-receiving and non-light-receiving surfaces, respectively, and second solar cells comprising a second conductivity type substrate which is p-type single crystal silicon substrate having a thickness of 100 to 300 μm, having a light-receiving surface and a non-light-receiving surface, and having an impurity diffusion layer forming a p-n junction on the light-receiving surface by the diffusion of Group V elements on the light-receiving surface, and electrodes of opposite polarity formed on the light-receiving and non-light-receiving surfaces, respectively, wherein the impurity diffusion layers of the n-type single crystal silicon substrate and the p-type single crystal silicon substrate have a thickness of 0.1 to 3.0 μm, respectively, wherein all the first and second solar cells have the same size square shape, wherein the first solar cells and the second solar cells have an equivalent short-circuit current density, and a difference in short-circuit current density between the first and second solar cells is up to 20%, and wherein the first solar cells and the second solar cells are alternately arranged and are connected in series by connecting the electrodes on the light-receiving surface of the first solar cells and the second solar cells to each other and the electrodes on the non-light-receiving surface of the first solar cells and the second solar cells to each other with tab wires without a bend.
A printing system comprising a driving element that is disposed at a stationary location beside a track and a driven element that is configured to carry an object to be printed on and to move along the track, wherein: the driving element is coupled to a torque input that causes the driving element to rotate about a drive axis , the driving element comprising a first magnetic element ; the driven element is configured to rotate about a driven axis , the driven element comprising a second magnetic element ; wherein both the first magnetic element and second magnetic element are susceptible to a magnetic field, and at least one of the first and second magnetic element produces a magnetic field; wherein the driving element and the driven element are configured such that, when in a drive position in which the drive axis is aligned with the driven axis , a magnetic interaction between the first magnetic element and the second magnetic element couples the rotational motion of the driving element and the rotational motion of the driven element . the driving element is coupled to a torque input that causes the driving element to rotate about a drive axis , the driving element comprising a first magnetic element ; the driven element is configured to rotate about a driven axis , the driven element comprising a second magnetic element ; wherein both the first magnetic element and second magnetic element are susceptible to a magnetic field, and at least one of the first and second magnetic element produces a magnetic field; wherein the driving element and the driven element are configured such that, when in a drive position in which the drive axis is aligned with the driven axis , a magnetic interaction between the first magnetic element and the second magnetic element couples the rotational motion of the driving element and the rotational motion of the driven element .
A sample dispersing device for dispersing a powder sample (W) on an upper surface of an analytical member , comprising a container that has a placing surface on which the analytical member is placeable wherein the container has a lower wall portion having the placing surface on its upper surface, an upper wall portion facing the lower wall portion , and a side wall portion connecting the lower wall portion and the upper wall portion and surrounding the placing surface , an introducing mechanism that is arranged in the container and that is configured to introduce the powder sample (W) into inside of the container , and a covering member that covers at least an inner surface of the side wall portion of the container to prevent the powder sample (W) from adhering to the side wall portion of the container and that can be attached to and removed from the container . a container that has a placing surface on which the analytical member is placeable wherein the container has a lower wall portion having the placing surface on its upper surface, an upper wall portion facing the lower wall portion , and a side wall portion connecting the lower wall portion and the upper wall portion and surrounding the placing surface , an introducing mechanism that is arranged in the container and that is configured to introduce the powder sample (W) into inside of the container , and a covering member that covers at least an inner surface of the side wall portion of the container to prevent the powder sample (W) from adhering to the side wall portion of the container and that can be attached to and removed from the container .
An emitter package for a photoacoustic sensor, the emitter package comprising: a MEMS infrared radiation source for emitting pulsed infrared radiation in a first wavelength range, the MEMS infrared radiation source being arranged on a substrate , a rigid wall structure being arranged on the substrate and laterally surrounding a periphery of the MEMS infrared radiation source , a lid structure being attached to the rigid wall structure , the lid structure comprising a filter structure for filtering the infrared radiation emitted from the MEMS infrared radiation source and for providing a filtered infrared radiation in a reduced second wavelength range, characterised in that the rigid wall structure comprises or is made from a Liquid Crystal Polymer (LCP). a MEMS infrared radiation source for emitting pulsed infrared radiation in a first wavelength range, the MEMS infrared radiation source being arranged on a substrate , a rigid wall structure being arranged on the substrate and laterally surrounding a periphery of the MEMS infrared radiation source , a lid structure being attached to the rigid wall structure , the lid structure comprising a filter structure for filtering the infrared radiation emitted from the MEMS infrared radiation source and for providing a filtered infrared radiation in a reduced second wavelength range, characterised in that
An ultrasonic surgical assembly comprising: an ultrasonic instrument having a proximal end and a distal end , said ultrasonic instrument comprising: a housing comprising a proximal portion and a distal portion ; a transducer at least partially disposed within said housing ; a horn coupled to said transducer ; and an ultrasonic tip comprising a shaft coupled to said horn ; and an irrigation sleeve assembly comprising: a hub releasably coupled to said distal portion of said housing ; and an irrigation sleeve coupled to said hub , said irrigation sleeve comprising: an inner sheath extending distally from said hub , said inner sheath having a proximal end and an opposing distal end , and defining a lumen which at least partially surrounds said shaft of said ultrasonic tip ; and characterised in that the irrigation sleeve comprises an outer sheath extending distally from said hub , said outer sheath having a proximal end and an opposing distal end , wherein said outer sheath surrounds a portion of said inner sheath to define an irrigation passageway between said outer sheath and said inner sheath , wherein said distal end of said inner sheath is proximal to the distal end of said outer sheath , and wherein said irrigation passageway is configured to deliver irrigation fluid to a surgical site. an ultrasonic instrument having a proximal end and a distal end , said ultrasonic instrument comprising: a housing comprising a proximal portion and a distal portion ; a transducer at least partially disposed within said housing ; a horn coupled to said transducer ; and an ultrasonic tip comprising a shaft coupled to said horn ; and a housing comprising a proximal portion and a distal portion ; a transducer at least partially disposed within said housing ; a horn coupled to said transducer ; and an ultrasonic tip comprising a shaft coupled to said horn ; an irrigation sleeve assembly comprising: a hub releasably coupled to said distal portion of said housing ; and an irrigation sleeve coupled to said hub , said irrigation sleeve comprising: an inner sheath extending distally from said hub , said inner sheath having a proximal end and an opposing distal end , and defining a lumen which at least partially surrounds said shaft of said ultrasonic tip ; and a hub releasably coupled to said distal portion of said housing ; and an irrigation sleeve coupled to said hub , said irrigation sleeve comprising: an inner sheath extending distally from said hub , said inner sheath having a proximal end and an opposing distal end , and defining a lumen which at least partially surrounds said shaft of said ultrasonic tip ; and an outer sheath extending distally from said hub , said outer sheath having a proximal end and an opposing distal end , wherein said outer sheath surrounds a portion of said inner sheath to define an irrigation passageway between said outer sheath and said inner sheath , wherein said distal end of said inner sheath is proximal to the distal end of said outer sheath , and wherein said irrigation passageway is configured to deliver irrigation fluid to a surgical site.
A fluid-absorbent core comprising a substrate layer, at least 75% by weight of water-absorbent polymer particles having a mean sphericity from 0.86 to 0.99, and an adhesive, wherein the ratio of water-absorbent polymer particles having one cavity to water-absorbent polymer particles having more than one cavity is less than 1.0, the bulk density of the water-absorbent polymer particles is at least 0.6 g/cm 3 and less than 1 g/cm 3 , and the wet SAP shake out of water-absorbent polymer particles out of the fluid-absorbent core is less than 10% by weight, wherein the mean sphericity, the ratio and the wet SAP shake out being measured according to the methods given in the description.