mhurhangee/patent-ind-claim-en huggingface dataset:
A document scanner , comprising: a scan bar array comprising a fixed-position scan bar or multiple overlapping staggered fixed-position scan bars, each scan bar having a linear array of imaging elements aimed in an imaging direction; a built-in translatable calibration target spaced apart from and parallel to the linear array of the fixed-position scan bar, or an array of overlapping staggered built-in translatable calibration targets spaced apart from and parallel to the linear arrays of corresponding ones of the multiple fixed-position scan bars, the or each calibration target having a planar surface orthogonal to the imaging direction and spanning the length of the linear array; and a drive system to translate the or each calibration target during a calibration in a direction in a plane of the planar surface which is non-orthogonal to the length of the linear array of imaging elements ; wherein each calibration target is supported by an assembly, the or each assembly comprising a compliant bias plate having the calibration target and a resilient member to urge the compliant bias plate toward the linear array . a scan bar array comprising a fixed-position scan bar or multiple overlapping staggered fixed-position scan bars, each scan bar having a linear array of imaging elements aimed in an imaging direction; a built-in translatable calibration target spaced apart from and parallel to the linear array of the fixed-position scan bar, or an array of overlapping staggered built-in translatable calibration targets spaced apart from and parallel to the linear arrays of corresponding ones of the multiple fixed-position scan bars, the or each calibration target having a planar surface orthogonal to the imaging direction and spanning the length of the linear array; and a drive system to translate the or each calibration target during a calibration in a direction in a plane of the planar surface which is non-orthogonal to the length of the linear array of imaging elements ; wherein each calibration target is supported by an assembly, the or each assembly comprising a compliant bias plate having the calibration target and a resilient member to urge the compliant bias plate toward the linear array .
A hydraulic actuator comprising: a first, fixed portion configured to be fixed in position with respect to an apparatus to which the actuator is attachable; a second portion movable relative to the first portion , and comprising a hydraulic actuating device for actuating a component; and an intermediate member configured to interconnect the first portion with the second portion and permit movement of the second portion relative to the first portion , wherein the hydraulic actuating device comprises a piston connected to an actuating arm that is itself connected to an actuating member , such that movement of the piston causes actuation of the actuating member for actuating a component operatively connectable thereto, wherein the second portion comprises a cavity within which the piston moves, and the piston and cavity define one or more chambers of varying volume depending on the position of the piston within the cavity , characterised by the hydraulic actuator further comprising a servovalve located on the second portion and configured to supply hydraulic fluid to the one or more chambers for moving the piston within the cavity and actuating the component connectable to the actuating member and by the intermediate member being further configured to convey hydraulic fluid to the servovalve through a body of the intermediate member . a first, fixed portion configured to be fixed in position with respect to an apparatus to which the actuator is attachable; a second portion movable relative to the first portion , and comprising a hydraulic actuating device for actuating a component; and an intermediate member configured to interconnect the first portion with the second portion and permit movement of the second portion relative to the first portion , wherein the hydraulic actuating device comprises a piston connected to an actuating arm that is itself connected to an actuating member , such that movement of the piston causes actuation of the actuating member for actuating a component operatively connectable thereto, wherein the second portion comprises a cavity within which the piston moves, and the piston and cavity define one or more chambers of varying volume depending on the position of the piston within the cavity , characterised by the hydraulic actuator further comprising a servovalve located on the second portion and configured to supply hydraulic fluid to the one or more chambers for moving the piston within the cavity and actuating the component connectable to the actuating member and by the intermediate member being further configured to convey hydraulic fluid to the servovalve through a body of the intermediate member .
One-peace woven airbag (OPW) having warp threads and weft threads, which are woven together in at least three woven fabric layers, a lower fabric layer (UG), an upper fabric layer (OG) and a middle fabric layer (MG) arranged therebetween, characterized in that the warp and weft threads of the middle fabric layer (MG) emerge from said middle fabric layer (MG) in a first partial region (ETB) of the OPW airbag and float completely between the lower fabric layer (UG) and the upper fabric layer (OG) and are incorporated into the lower fabric layer (UG) or into the upper fabric layer (OG) in a second partial region (ZTB) of the OPW airbag.
A battery pack , comprising: a battery cell including a positive terminal; and a semiconductor control circuit ; characterized in that the battery pack further comprises: a piezo electric device coupled to the semiconductor control circuit ; an ASIC charge/discharge controller having a boot input ; a primary power path connecting the ASIC charge/discharge controller to the positive terminal of the battery cell; and a boot power path configured to connect the positive terminal of the battery cell and the boot input of the ASIC charge/discharge controller , wherein: the semiconductor control circuit is operative to control the boot power path ; and when the battery pack is shaken, the piezo electric device is configured to energize the semiconductor control circuit , enabling the battery cell to power an initial boot of the ASIC charge/discharge controller via the boot power path . a battery cell including a positive terminal; and a semiconductor control circuit ; characterized in that the battery pack further comprises: a piezo electric device coupled to the semiconductor control circuit ; an ASIC charge/discharge controller having a boot input ; a primary power path connecting the ASIC charge/discharge controller to the positive terminal of the battery cell; and a boot power path configured to connect the positive terminal of the battery cell and the boot input of the ASIC charge/discharge controller , wherein: the semiconductor control circuit is operative to control the boot power path ; and when the battery pack is shaken, the piezo electric device is configured to energize the semiconductor control circuit , enabling the battery cell to power an initial boot of the ASIC charge/discharge controller via the boot power path . a piezo electric device coupled to the semiconductor control circuit ; an ASIC charge/discharge controller having a boot input ; a primary power path connecting the ASIC charge/discharge controller to the positive terminal of the battery cell; and a boot power path configured to connect the positive terminal of the battery cell and the boot input of the ASIC charge/discharge controller , wherein: the semiconductor control circuit is operative to control the boot power path ; and when the battery pack is shaken, the piezo electric device is configured to energize the semiconductor control circuit , enabling the battery cell to power an initial boot of the ASIC charge/discharge controller via the boot power path . the semiconductor control circuit is operative to control the boot power path ; and when the battery pack is shaken, the piezo electric device is configured to energize the semiconductor control circuit , enabling the battery cell to power an initial boot of the ASIC charge/discharge controller via the boot power path .
A prosthetic valve , comprising: a radially collapsible and expandable frame (702; 2300); and a leaflet structure (704; 2200) comprising a plurality of leaflets , a plurality of reinforcement elements , and a plurality of leaflet-supporting members ; the prosthetic valve having a delivery configuration and an operating configuration, wherein the frame (702; 2300) is coupled to the leaflet structure (704; 2200) such that the leaflets are positioned at least substantially outside of the frame (702; 2300) during the delivery configuration, and wherein a portion of each of the leaflets is positioned in a respective gap formed between a respective reinforcement element and a respective leaflet-supporting member , characterized in that the prosthetic valve is configured to be transformable from the delivery configuration in which each of the leaflet-supporting members is separated from the frame (702; 2300) along the axial direction, to the operating configuration in which at least a portion of each of the leaflet-supporting members is positioned within a lumen of the frame (702; 2300). a radially collapsible and expandable frame (702; 2300); and a leaflet structure (704; 2200) comprising a plurality of leaflets , a plurality of reinforcement elements , and a plurality of leaflet-supporting members ; the prosthetic valve having a delivery configuration and an operating configuration, wherein the frame (702; 2300) is coupled to the leaflet structure (704; 2200) such that the leaflets are positioned at least substantially outside of the frame (702; 2300) during the delivery configuration, and wherein a portion of each of the leaflets is positioned in a respective gap formed between a respective reinforcement element and a respective leaflet-supporting member , characterized in that the prosthetic valve is configured to be transformable from the delivery configuration in which each of the leaflet-supporting members is separated from the frame (702; 2300) along the axial direction, to the operating configuration in which at least a portion of each of the leaflet-supporting members is positioned within a lumen of the frame (702; 2300).
An apparatus for operating a small cell, which is a cell smaller than a superordinate cell and which overlaps the superordinate cell, the apparatus comprising: a processing unit configured to improve a downlink quality of a component carrier used in the small cell by limiting resources used for downlink transmission, characterized in that the processing unit is configured to concentrate a transmit power on limited resources, the processing unit is configured to differentiate a resource-limiting process between the small cell and another neighboring cell, and in that the processing unit is configured to cut a number of beams used for downlink transmission. a processing unit configured to improve a downlink quality of a component carrier used in the small cell by limiting resources used for downlink transmission, characterized in that the processing unit is configured to concentrate a transmit power on limited resources, the processing unit is configured to differentiate a resource-limiting process between the small cell and another neighboring cell, and in that the processing unit is configured to cut a number of beams used for downlink transmission.
A method of controlling insect damage in a corn plant, wherein the damage is caused by an insect chosen from at least one of a cutworm and a rootworm, the method comprising: applying, at planting ± 5 days, a pyrethroid insecticide, which includes at least one of permethrin, cypermethrin, fenvalerate, esfenvalerate, deltamethrin, cyhalothrin, lambda-cyhalothrin, bifenthrin, fenpropathrin, cyfluthrin, tefluthrin, ethofenprox, natural pyrethrin, tetramethrin, s-bioallethrin, fenfluthrin, prallethrin and 5-benzyl-3-furylmethyl-(E)- -2,2-dimethyl-3-(2-oxothiolan-3-ylidene-methyl)cyclopropane carboxylate, and a pop-up fertilizer, wherein the pop-up fertilizer is an N:P:K ratio fertilizer, wherein N is in the ratio range of 4 to 12; P is in the ratio range of 12-40; and K is in the ratio range of 1-10; and wherein the pop-up fertilizer is applied in the range of 3 lb nutrients/acre (3.36 kg nutrients/hectare) to 50 lb nutrients/acre (56.04 kg nutrients/hectare). a pyrethroid insecticide, which includes at least one of permethrin, cypermethrin, fenvalerate, esfenvalerate, deltamethrin, cyhalothrin, lambda-cyhalothrin, bifenthrin, fenpropathrin, cyfluthrin, tefluthrin, ethofenprox, natural pyrethrin, tetramethrin, s-bioallethrin, fenfluthrin, prallethrin and 5-benzyl-3-furylmethyl-(E)- -2,2-dimethyl-3-(2-oxothiolan-3-ylidene-methyl)cyclopropane carboxylate, and a pop-up fertilizer, wherein the pop-up fertilizer is an N:P:K ratio fertilizer, wherein N is in the ratio range of 4 to 12; P is in the ratio range of 12-40; and K is in the ratio range of 1-10; and wherein the pop-up fertilizer is applied in the range of 3 lb nutrients/acre (3.36 kg nutrients/hectare) to 50 lb nutrients/acre (56.04 kg nutrients/hectare). wherein the pop-up fertilizer is an N:P:K ratio fertilizer, wherein N is in the ratio range of 4 to 12; P is in the ratio range of 12-40; and K is in the ratio range of 1-10; and N is in the ratio range of 4 to 12; P is in the ratio range of 12-40; and K is in the ratio range of 1-10; and wherein the pop-up fertilizer is applied in the range of 3 lb nutrients/acre (3.36 kg nutrients/hectare) to 50 lb nutrients/acre (56.04 kg nutrients/hectare).
Pressure-tight flange connection between apparatus flanges of a pressure vessel or pressure system on one side and a closing or connecting flange on the other side, wherein an abutment projects from the apparatus flange for the closing or connecting flange coupled by a quick connection, wherein an erectable moulded gasket is installed between the apparatus flange and the closing or connecting flange , which, once in the erect state, securely braces the apparatus flange with the closing or connecting flange against the abutment , wherein the erectable moulded gasket is both erectable and relaxable via a pneumatic connection of a pneumatic faucet and a connected pneumatic line, characterized in that the erectable moulded gasket is a hollow closed gasket of an elastomeric material provided with a pneumatic connection . wherein an abutment projects from the apparatus flange for the closing or connecting flange coupled by a quick connection, wherein an erectable moulded gasket is installed between the apparatus flange and the closing or connecting flange , which, once in the erect state, securely braces the apparatus flange with the closing or connecting flange against the abutment , wherein the erectable moulded gasket is both erectable and relaxable via a pneumatic connection of a pneumatic faucet and a connected pneumatic line, characterized in that the erectable moulded gasket is a hollow closed gasket of an elastomeric material provided with a pneumatic connection .
A process to enhance electrolyser performance of an electrolyser for continuous electrolysis of gaseous carbon dioxide, CO 2 , said electrolyser comprising at least an anode with an anode catalyst layer, a cathode with a cathode catalyst layer formed as a gas-diffusion electrode, GDE, an ion-conducting separator layer comprising anion exchange membrane arranged between the anode and the cathode, an anode compartment formed in contact with the anode, and a cathode compartment formed in contact with the cathode, said process comprising - directing a flow of gaseous CO 2 through the cathode compartment, directing a flow of anolyte through the anode compartment, said anolyte being any of de-ionized water or an alkaline solution, and performing electrolysis of said CO 2 in the electrolyser, thereby converting said CO 2 into at least one product leaving said electrolyser, and - from time to time, directing a liquid flow containing alkali metal cations through the cathode compartment on a gas side of said cathode, the liquid flow being also capable of wetting the GDE, thereby activating the GDE. - directing a flow of gaseous CO 2 through the cathode compartment, directing a flow of anolyte through the anode compartment, said anolyte being any of de-ionized water or an alkaline solution, and performing electrolysis of said CO 2 in the electrolyser, thereby converting said CO 2 into at least one product leaving said electrolyser, and - from time to time, directing a liquid flow containing alkali metal cations through the cathode compartment on a gas side of said cathode, the liquid flow being also capable of wetting the GDE, thereby activating the GDE.
A fan intermediate case for a gas turbine engine having a geared architecture for driving a fan , the case comprising: a radially inner case hub (50; 150); a radially outer case section (52; 152) with an outer wall ; a plurality of circumferentially distributed struts extending radially between the inner hub (50; 150) and the outer case section (52; 152); and a lubricant scavenge passage (60; 160) disposed circumferentially apart from a bottom dead center (BDC) position of the case , the lubricant scavenge passage (60; 160) including an inner scavenge section extending radially through a first one of the plurality of struts (54; 154), and an inner port including an oil scoop (78; 178) having an entrance along an inner surface of the inner hub (50; 150), the entrance oriented tangentially away from the BDC case position. a radially inner case hub (50; 150); a radially outer case section (52; 152) with an outer wall ; a plurality of circumferentially distributed struts extending radially between the inner hub (50; 150) and the outer case section (52; 152); and a lubricant scavenge passage (60; 160) disposed circumferentially apart from a bottom dead center (BDC) position of the case , the lubricant scavenge passage (60; 160) including an inner scavenge section extending radially through a first one of the plurality of struts (54; 154), and an inner port including an oil scoop (78; 178) having an entrance along an inner surface of the inner hub (50; 150), the entrance oriented tangentially away from the BDC case position.
A collapsible ground plane adapted to an antenna mounted elevated on a vehicle for a field enivronment comprising: a hub for mounting to one of a riser or an antenna , a set of radial conductive members extending radially from a proximal end mounted to the hub to a distal end, and having connectors to electrically connect to an antenna, and a peripheral conductive member connected between at least two distal ends of adjacent radial conductive members, characterized in that each member of the set of radial conductive members and the peripheral conductive member has a linkage that yields under a force like a force due to impacts in the field and then returns to its original shape when the force is relieved. a hub for mounting to one of a riser or an antenna , a set of radial conductive members extending radially from a proximal end mounted to the hub to a distal end, and having connectors to electrically connect to an antenna, and a peripheral conductive member connected between at least two distal ends of adjacent radial conductive members, characterized in that each member of the set of radial conductive members and the peripheral conductive member has a linkage that yields under a force like a force due to impacts in the field and then returns to its original shape when the force is relieved.
A method for unlocking a screen by using a fingerprint, wherein the method comprises: sending (S201), by a fingerprint sensor, a first notification to a control chip and concurrently sending a second notification to a display driver chip of a screen when detecting that a finger presses or touches a fingerprint recognition area; completing (S202), by the display driver chip according to the second notification, preparation work before the screen is turned on; verifying (S203), by the control chip according to the first notification, fingerprint information collected by the fingerprint sensor and prestored fingerprint information; and if the verification succeeds, unlocking (S204) the screen and turning on the screen; wherein the completing, by the display driver chip according to the second notification, preparation work before the screen is turned on comprises: completing, by the display driver chip according to the second notification, power-on, resetting, and register initialization before the screen is turned on. sending (S201), by a fingerprint sensor, a first notification to a control chip and concurrently sending a second notification to a display driver chip of a screen when detecting that a finger presses or touches a fingerprint recognition area; completing (S202), by the display driver chip according to the second notification, preparation work before the screen is turned on; verifying (S203), by the control chip according to the first notification, fingerprint information collected by the fingerprint sensor and prestored fingerprint information; and if the verification succeeds, unlocking (S204) the screen and turning on the screen; wherein the completing, by the display driver chip according to the second notification, preparation work before the screen is turned on comprises: completing, by the display driver chip according to the second notification, power-on, resetting, and register initialization before the screen is turned on.