mhurhangee/patent-ind-claim-en huggingface dataset:
A seat for a vehicle, the seat comprising: a seat cushion configured to move between a seat position at which an occupant to be seated in the seat cushion and a shelf position moved upward from the seat position substantially in parallel; and a seatback comprising: a seatback lower , and a seatback upper configured to pivot in a vehicle front-rear direction relative to right and left side walls of the vehicle; characterised in that when the seat cushion is placed at the seat position , a lower end of the seatback lower makes contact with a top face of the seat cushion, and the seatback upper is placed above the seatback lower ; and when the seat cushion is placed at the shelf position , the seatback lower is placed behind the seatback upper in the vehicle front-rear direction, the seatback upper is adapted to pivot relative to side walls of the vehicle so that a lower end of the seatback upper is placed forward in the vehicle front-rear direction in comparison with a case where the seat cushion is placed at the seat position , and the lower end makes contact with the top face of the seat cushion. a seat cushion configured to move between a seat position at which an occupant to be seated in the seat cushion and a shelf position moved upward from the seat position substantially in parallel; and a seatback comprising: a seatback lower , and a seatback upper configured to pivot in a vehicle front-rear direction relative to right and left side walls of the vehicle; a seatback lower , and a seatback upper configured to pivot in a vehicle front-rear direction relative to right and left side walls of the vehicle; characterised in that when the seat cushion is placed at the seat position , a lower end of the seatback lower makes contact with a top face of the seat cushion, and the seatback upper is placed above the seatback lower ; and when the seat cushion is placed at the shelf position , the seatback lower is placed behind the seatback upper in the vehicle front-rear direction, the seatback upper is adapted to pivot relative to side walls of the vehicle so that a lower end of the seatback upper is placed forward in the vehicle front-rear direction in comparison with a case where the seat cushion is placed at the seat position , and the lower end makes contact with the top face of the seat cushion.
A display device comprising: a bendable display panel including a substrate and a plurality of pad portions (PP) on the substrate , the display panel including a display area (DA) for displaying an image and a non-display area (NA) adjacent to the display area (DA), the plurality of pad portions (PP) being arranged along a first direction (D1) in the non-display area (NA), wherein the substrate includes a cutout (C), the cutout (C) being located between adjacent pad portions (PP) of the plurality of pad portions (PP), the display panel includes a bending area (BA) between the display area (DA) and the pad portions (PP), and the bending area (BA) is bendable with respect to a bending axis (X) extending in the first direction (D1), characterized in that the display panel includes a plurality of wiring fan-outs (FO) between the pad portions (PP) and the bending area (BA), a separation between adjacent wiring fan-outs (FO) of the plurality of wiring fan-outs (FO) becomes gradually narrower from the pad portions (PP) toward the display area (DA) of the display panel , and the cutout (C) extends to a region between adjacent wiring fan-outs (FO). a bendable display panel including a substrate and a plurality of pad portions (PP) on the substrate , the display panel including a display area (DA) for displaying an image and a non-display area (NA) adjacent to the display area (DA), the plurality of pad portions (PP) being arranged along a first direction (D1) in the non-display area (NA), wherein the substrate includes a cutout (C), the cutout (C) being located between adjacent pad portions (PP) of the plurality of pad portions (PP), the display panel includes a bending area (BA) between the display area (DA) and the pad portions (PP), and the bending area (BA) is bendable with respect to a bending axis (X) extending in the first direction (D1), characterized in that the display panel includes a plurality of wiring fan-outs (FO) between the pad portions (PP) and the bending area (BA), a separation between adjacent wiring fan-outs (FO) of the plurality of wiring fan-outs (FO) becomes gradually narrower from the pad portions (PP) toward the display area (DA) of the display panel , and the cutout (C) extends to a region between adjacent wiring fan-outs (FO).
Waveguide structure for optical coupling, comprising a first waveguide embedded in a cladding of lower refractive index than the first waveguide , a second waveguide of higher refractive index than the cladding and distanced from the first waveguide , and an intermediate waveguide , of which at least a part is arranged between the first waveguide and the second waveguide , wherein the first waveguide and the second waveguide each comprise a tapered end for coupling light into and/or out of the intermediate waveguide , and wherein the first and second waveguides belong to one chip 500, 800), and the first waveguide is embedded in the chip , characterized in that the second waveguide is provided on top of the cladding on the surface of the chip , and wherein the intermediate waveguide is formed by a filled trench in the cladding , wherein the trench filling material is of higher refractive index than the cladding but of lower refractive index than the first and second waveguides .
A three-dimensional fabricating apparatus comprising: a fabrication chamber in which powder is layered to form a powder layer and bonded together in a desired shape to form a layered fabrication object ; a supply chamber to store the powder, the supply chamber including a supply stage to accumulate the powder, wherein the supply stage of the supply chamber is movable upward and downward in a vertical direction; and a flattening unit to transfer the powder from the supply chamber to the fabrication chamber and flatten the powder supplied in the fabrication chamber to form the powder layer; characterised by a shaker configured to shake and evenly flatten the powder accumulated on the supply stage of the supply chamber , wherein a shaking direction of the shaker is a direction perpendicular to the surface of the supply stage , wherein the shaker is disposed inside the supply stage . a fabrication chamber in which powder is layered to form a powder layer and bonded together in a desired shape to form a layered fabrication object ; a supply chamber to store the powder, the supply chamber including a supply stage to accumulate the powder, wherein the supply stage of the supply chamber is movable upward and downward in a vertical direction; and a flattening unit to transfer the powder from the supply chamber to the fabrication chamber and flatten the powder supplied in the fabrication chamber to form the powder layer; characterised by a shaker configured to shake and evenly flatten the powder accumulated on the supply stage of the supply chamber , wherein a shaking direction of the shaker is a direction perpendicular to the surface of the supply stage , wherein the shaker is disposed inside the supply stage .
A computer-implemented method for modifying functionality associated with a vehicle via at least one driver assistance application, the method comprising: computing a first characterization of a driver based on at least one physiological attribute of the driver that has been measured while the driver is operating the vehicle ; using a confidence level model to estimate a first confidence level associated with the driver based on the first characterization; and causing one or more operations to be performed that are based on the first confidence level and modify at least one vehicle functionality, characterized in that the step of causing the one or more operations to be performed comprises: using a first skill level model to estimate a first skill level associated with the driver based on the first characterization; and transmitting the first confidence level and the first skill level to the at least one driver assistance application, wherein the at least one driver assistance application performs the one or more operations. computing a first characterization of a driver based on at least one physiological attribute of the driver that has been measured while the driver is operating the vehicle ; using a confidence level model to estimate a first confidence level associated with the driver based on the first characterization; and causing one or more operations to be performed that are based on the first confidence level and modify at least one vehicle functionality, characterized in that the step of causing the one or more operations to be performed comprises: using a first skill level model to estimate a first skill level associated with the driver based on the first characterization; and transmitting the first confidence level and the first skill level to the at least one driver assistance application, wherein the at least one driver assistance application performs the one or more operations. using a first skill level model to estimate a first skill level associated with the driver based on the first characterization; and transmitting the first confidence level and the first skill level to the at least one driver assistance application, wherein the at least one driver assistance application performs the one or more operations.
A method of open-loop stabilizing image forming quality, comprising: characterizing image degradation over time related to an image forming quality of an imaging forming device having a set of supplies; determining which of a set of default parameters are to be modified on an age-related trigger event to increase overall image forming quality; creating a set of modified parameters based on the age-related triggering event; storing the set of default parameters and the set of modified parameters within a computer readable medium of the imaging forming device; and then storing a set of instructions in the computer readable medium to allow a processor to read and execute the instructions when the age-related triggering event occurs to substitute the set of modified parameters for the default set of parameters, characterized in that there are multiple sets of modified parameters and each of the multiple set of modified parameters are optimized to improve image forming quality for different respective age-related triggering events. characterizing image degradation over time related to an image forming quality of an imaging forming device having a set of supplies; determining which of a set of default parameters are to be modified on an age-related trigger event to increase overall image forming quality; creating a set of modified parameters based on the age-related triggering event; storing the set of default parameters and the set of modified parameters within a computer readable medium of the imaging forming device; and then storing a set of instructions in the computer readable medium to allow a processor to read and execute the instructions when the age-related triggering event occurs to substitute the set of modified parameters for the default set of parameters, characterized in that there are multiple sets of modified parameters and each of the multiple set of modified parameters are optimized to improve image forming quality for different respective age-related triggering events.
A cooling device for air conditioner circuit board, comprising a compressor , an outdoor heat exchanger , a gas-liquid separator , and an indoor heat exchanger which are connected in sequence, wherein a gas outlet end of the gas-liquid separator is communicated with a gas suction port of the compressor by means of a cooling pipeline , and a cooling equipment for cooling the air conditioner circuit board is provided on the cooling pipeline , characterized in that , the cooling equipment comprises a casing and a partition plate arranged in the casing , the partition plate divides the casing into two separated receiving chambers , an inlet of the cooling equipment is communicated with one of the receiving chambers , and an outlet of the cooling equipment is communicated with the other receiving chamber , and a communicating hole , which is open towards a direction where the air conditioner circuit board is, is arranged on the partition plate wherein an opening area of the communicating hole increases gradually along a refrigerant flow direction, such that an outlet area of the communicating hole through which the gaseous refrigerant passes is increased.
An apparatus, comprising: a sample chamber ; a target holder configured to be disposed within an interior of the sample chamber to divide the interior of the sample chamber into a sample region and a purge region, wherein the target holder is further configured to support a target (T), wherein the target holder comprises: a base having a support surface configured to physically contact the target; and at least one fluid transport conduit extending through the base and having a first end adjacent to the support surface and a second end in fluid communication with the purge region; and a purge conduit in fluid communication with the interior of the sample chamber, the purge conduit configured to transport a fluid from the purge region to a location outside the sample chamber. a sample chamber ; a target holder configured to be disposed within an interior of the sample chamber to divide the interior of the sample chamber into a sample region and a purge region, wherein the target holder is further configured to support a target (T), wherein the target holder comprises: a base having a support surface configured to physically contact the target; and at least one fluid transport conduit extending through the base and having a first end adjacent to the support surface and a second end in fluid communication with the purge region; and a purge conduit in fluid communication with the interior of the sample chamber, the purge conduit configured to transport a fluid from the purge region to a location outside the sample chamber. a base having a support surface configured to physically contact the target; and at least one fluid transport conduit extending through the base and having a first end adjacent to the support surface and a second end in fluid communication with the purge region; and a purge conduit in fluid communication with the interior of the sample chamber, the purge conduit configured to transport a fluid from the purge region to a location outside the sample chamber.
An Ethernet header compression method, comprising: receiving (S101), by a compression end, a first Ethernet frame, wherein an Ethernet header of the first Ethernet frame comprises a first to-be-compressed field; determining (S102), by the compression end, first compression information of the Ethernet header of the first Ethernet frame based on a first correspondence and the first to-be-compressed field, wherein the first correspondence comprises a correspondence between the first compression information and a value of the first to-be-compressed field, and the first compression information comprises a first context identifier, CID; and compressing (S103), by the compression end, the Ethernet header of the first Ethernet frame based on the first compression information; characterized in that the first compression information further includes a profile identifier, profile ID, wherein the profile ID is used to indicate a communication protocol of the Ethernet header and/or a to-be-compressed field or a plurality of to-be-compressed fields of the Ethernet header. receiving (S101), by a compression end, a first Ethernet frame, wherein an Ethernet header of the first Ethernet frame comprises a first to-be-compressed field; determining (S102), by the compression end, first compression information of the Ethernet header of the first Ethernet frame based on a first correspondence and the first to-be-compressed field, wherein the first correspondence comprises a correspondence between the first compression information and a value of the first to-be-compressed field, and the first compression information comprises a first context identifier, CID; and compressing (S103), by the compression end, the Ethernet header of the first Ethernet frame based on the first compression information; characterized in that the first compression information further includes a profile identifier, profile ID, wherein the profile ID is used to indicate a communication protocol of the Ethernet header and/or a to-be-compressed field or a plurality of to-be-compressed fields of the Ethernet header.
An antenna comprising: a first radiating structure ; a second radiating structure ; a ground plane located between said first and second radiating structures ; and a feed structure located between said first and second radiating structures , wherein said feed structure comprises: a feed line extending between said first radiating structure and said ground plane ; and at least one slot formed in said ground plane , wherein said antenna further includes at least one electrically conductive connector connecting said first radiating structure to said ground plane . a first radiating structure ; a second radiating structure ; a ground plane located between said first and second radiating structures ; and a feed structure located between said first and second radiating structures , wherein said feed structure comprises: a feed line extending between said first radiating structure and said ground plane ; and at least one slot formed in said ground plane , wherein said antenna further includes at least one electrically conductive connector connecting said first radiating structure to said ground plane .
A system for a gas turbine engine having an axial centerline , comprising: a diffuser case ; a turbine case ; and a turbine vane support , wherein the diffuser case and the turbine case are coupled to one another via a substantially radially oriented flange ; characterised in that : the turbine vane support includes a heat shield for the flange ; and the turbine vane support includes a radially outward projecting tab that couples to the turbine case via a radial interference fit. a diffuser case ; a turbine case ; and a turbine vane support , wherein the diffuser case and the turbine case are coupled to one another via a substantially radially oriented flange ; characterised in that : the turbine vane support includes a heat shield for the flange ; and the turbine vane support includes a radially outward projecting tab that couples to the turbine case via a radial interference fit. the turbine vane support includes a heat shield for the flange ; and the turbine vane support includes a radially outward projecting tab that couples to the turbine case via a radial interference fit.
A projectile comprising a shell and a fill material characterized in that the shell comprises an oxo-degradable thermoplastic polymer or copolymer and in that the fill material consists of an aqueous formulation of "oil-in-water" emulsion type wherein the aqueous phase comprises a gelling agent and the oil phase comprises a matrix consisting of a mixture of oil and/or wax and pheromone.
Piping module , by means of which fluid connections of main heat exchangers constructed for use in an air fractionation plant are linkable to fluid lines in a warm part of the air fractionation plant , wherein the piping module comprises connections on the main compressor side, which are couplable with the fluid lines in the warm part of the air fractionation plant , connections on the main heat exchanger side, which are couplable with the fluid connections of the main heat exchangers , and fluid lines connecting the connections on the main compressor side and the connections on the main heat exchanger side, and wherein the connections on the main heat exchanger side are provided in m sets of connections on the main heat exchanger side, which comprise in each case n connections on the main heat exchanger side and are arranged for linking m main heat exchangers to in each case n fluid connections .
A cooking appliance support comprising: a frame having a first side and a second side ; a first span and a second span , the first span and second span coupling the first side and the second side of the frame, the first span and the second span each defining at least one groove ; a first bracket and a second bracket coupled to the first side of the frame , the first bracket and the second bracket each defining a channel, the channel defining a first notch and a second notch ; and a shelf including a plurality of pegs , the shelf removably coupled to the frame in one of a first location or a second location, the first location including at least two pegs engaging the at least one groove of the first span and the second span , the second location including the at least two pegs engaging the channels of the first bracket and the second bracket . a frame having a first side and a second side ; a first span and a second span , the first span and second span coupling the first side and the second side of the frame, the first span and the second span each defining at least one groove ; a first bracket and a second bracket coupled to the first side of the frame , the first bracket and the second bracket each defining a channel, the channel defining a first notch and a second notch ; and a shelf including a plurality of pegs , the shelf removably coupled to the frame in one of a first location or a second location, the first location including at least two pegs engaging the at least one groove of the first span and the second span , the second location including the at least two pegs engaging the channels of the first bracket and the second bracket .
A playing card , comprising: a first layer of a card base sheet on which a suit and a rank are printed using an ink containing no carbon, and a second layer with a surface on which a back pattern is printed; and an intermediate layer arranged between the first layer and the second layer having a black layer or a color layer similar to black that is configured to prevent the transmission of the visible rays from the back surface, such that it is difficult to distinguish the suit and the rank from the back surface using visible rays and infrared rays characterized in that the back pattern of the card base sheet is printed by an ink containing carbon to allow the ink containing carbon of the back pattern to prevent the transmission of the infrared rays from the back surface. a first layer of a card base sheet on which a suit and a rank are printed using an ink containing no carbon, and a second layer with a surface on which a back pattern is printed; and an intermediate layer arranged between the first layer and the second layer having a black layer or a color layer similar to black that is configured to prevent the transmission of the visible rays from the back surface, such that it is difficult to distinguish the suit and the rank from the back surface using visible rays and infrared rays characterized in that the back pattern of the card base sheet is printed by an ink containing carbon to allow the ink containing carbon of the back pattern to prevent the transmission of the infrared rays from the back surface.