mhurhangee/ep-ind-claims huggingface dataset:
A torque sensor assembly for detecting torque on at least two shafts (10, 11) in a shaft assembly, comprising: a first and a second shaft (10, 11) of the shaft assembly, wherein the first and the second shaft (10, 11) are arranged in parallel to each other; a first magneto elastic torque sensor (20, 30) for measuring the torque on the first shaft, wherein the first torque sensor comprises a first magnetized region along a circumference of the first shaft, and a first magnetic field sensor for measuring a magnetic field generated by the first magnetized region; a second magneto elastic torque sensor (21, 31) for measuring the torque on the second shaft, wherein the second torque sensor comprises a second magnetized region along a circumference of the second shaft, and a second magnetic field sensor for measuring a magnetic field generated by the second magnetized region; and a first compensation element, in particular a first compensation magnetic field sensor, for at least partially compensating an interference of the second magnetized region of the second shaft on the torque measurement of the first torque sensor (20, 30); wherein the radial distance of the first compensation element from the second magnetized region of the second shaft is equal to the radial distance of the first magnetic field sensor from the second magnetized region of the second shaft; and wherein the radial distance of the first compensation element from the first magnetized region of the first shaft is greater than the radial distance of the first magnetic field sensor from the first magnetized region of the first shaft. a first and a second shaft (10, 11) of the shaft assembly, wherein the first and the second shaft (10, 11) are arranged in parallel to each other; a first magneto elastic torque sensor (20, 30) for measuring the torque on the first shaft, wherein the first torque sensor comprises a first magnetized region along a circumference of the first shaft, and a first magnetic field sensor for measuring a magnetic field generated by the first magnetized region; a second magneto elastic torque sensor (21, 31) for measuring the torque on the second shaft, wherein the second torque sensor comprises a second magnetized region along a circumference of the second shaft, and a second magnetic field sensor for measuring a magnetic field generated by the second magnetized region; and a first compensation element, in particular a first compensation magnetic field sensor, for at least partially compensating an interference of the second magnetized region of the second shaft on the torque measurement of the first torque sensor (20, 30); wherein the radial distance of the first compensation element from the second magnetized region of the second shaft is equal to the radial distance of the first magnetic field sensor from the second magnetized region of the second shaft; and wherein the radial distance of the first compensation element from the first magnetized region of the first shaft is greater than the radial distance of the first magnetic field sensor from the first magnetized region of the first shaft.
A battery comprising an electrode body having a positive electrode and a negative electrode, and an exterior case that accommodates the electrode body, wherein an insulation film that separates the exterior case and the electrode body is disposed between an inner wall surface of the exterior case and the electrode body; the insulation film is formed in a bag-like shape into which the electrode body is inserted; and one or a plurality of sheet-like gap filling members formed in a sheet-like form and closing a gap between the electrode body and the inner wall surface of the exterior case are fused to a surface of the bag-like insulation film that faces a side surface of the electrode body. an insulation film that separates the exterior case and the electrode body is disposed between an inner wall surface of the exterior case and the electrode body; the insulation film is formed in a bag-like shape into which the electrode body is inserted; and one or a plurality of sheet-like gap filling members formed in a sheet-like form and closing a gap between the electrode body and the inner wall surface of the exterior case are fused to a surface of the bag-like insulation film that faces a side surface of the electrode body.
A distributed load bearing, comprising: an outer roller; an inner flex ring positioned radially inwards of the outer roller; a pin positioned radially inwards of the inner flex ring; and a load distribution spring being positioned in a cavity defined by the pin and the inner flex ring, and the load distribution spring being preloaded so as to apply a force to the pin and so as to apply a plurality of radially outward forces (180, 180a, 180b) to the inner flex ring. an outer roller; an inner flex ring positioned radially inwards of the outer roller; a pin positioned radially inwards of the inner flex ring; and a load distribution spring being positioned in a cavity defined by the pin and the inner flex ring, and the load distribution spring being preloaded so as to apply a force to the pin and so as to apply a plurality of radially outward forces (180, 180a, 180b) to the inner flex ring.
A method for reducing lens vibration of a lens configured to be supported by springs in an image capture device, comprising: selecting a lens position for which a focus value for a scene is detected; determining lens movement requirement in an auto-focus "AF" process implemented by the image capture device; determining a required lens movement based on the selected lens position, and characterized by dividing the lens movement requirement into N smaller lens move steps; determining an amount of wait time needed between two consecutive lens move steps to enable rings of the springs to be dampened prior to making a next smaller lens move; moving the lens in a first of the N smaller steps; inserting the wait time after completing the first of the N smaller steps; and repeating the moving and inserting steps until the remaining N smaller move steps have been completed, wherein the moving, inserting and repeating are arranged to be completed within the processing time of one image frame to reduce lens vibration caused by the springs during the required lens movement. selecting a lens position for which a focus value for a scene is detected; determining lens movement requirement in an auto-focus "AF" process implemented by the image capture device; determining a required lens movement based on the selected lens position, and characterized by dividing the lens movement requirement into N smaller lens move steps; determining an amount of wait time needed between two consecutive lens move steps to enable rings of the springs to be dampened prior to making a next smaller lens move; moving the lens in a first of the N smaller steps; inserting the wait time after completing the first of the N smaller steps; and repeating the moving and inserting steps until the remaining N smaller move steps have been completed, wherein the moving, inserting and repeating are arranged to be completed within the processing time of one image frame to reduce lens vibration caused by the springs during the required lens movement.
A liquid crystal display comprising: a plurality of modules, each module comprising a circuit board (114, 134, 173b), a plurality of light emitting diode light sources (113, 133, 173a) arranged on the circuit board for emitting light, with an orientation angle with respect to a predetermined direction, and a light guide plate (111, 131, 171) comprising a light incidence part (111A, 172) including an incident surface receiving light emitted from the LED light source and a light emission part emitting the light upward, respectively; a frame (136,fr1,fr2,fr3) having a front surface having the plurality of the modules arranged thereon; characterized in that the liquid crystal display further comprises: at least one driving unit arranged on a rear surface of the frame, wherein a connection hole (h) is formed in the frame to connect the circuit board of respective module to the driving unit; wherein a cable connects the circuit board of respective module to the driving unit via the connection hole (h); and wherein a connection terminal to be connected with the cable is provided on the circuit board and the connection terminal is positioned, such that it corresponds to the connection hole (h) formed in the frame. a plurality of modules, each module comprising a circuit board (114, 134, 173b), a plurality of light emitting diode light sources (113, 133, 173a) arranged on the circuit board for emitting light, with an orientation angle with respect to a predetermined direction, and a light guide plate (111, 131, 171) comprising a light incidence part (111A, 172) including an incident surface receiving light emitted from the LED light source and a light emission part emitting the light upward, respectively; a frame (136,fr1,fr2,fr3) having a front surface having the plurality of the modules arranged thereon; characterized in that the liquid crystal display further comprises: at least one driving unit arranged on a rear surface of the frame, wherein a connection hole (h) is formed in the frame to connect the circuit board of respective module to the driving unit; wherein a cable connects the circuit board of respective module to the driving unit via the connection hole (h); and wherein a connection terminal to be connected with the cable is provided on the circuit board and the connection terminal is positioned, such that it corresponds to the connection hole (h) formed in the frame. at least one driving unit arranged on a rear surface of the frame, wherein a connection hole (h) is formed in the frame to connect the circuit board of respective module to the driving unit; wherein a cable connects the circuit board of respective module to the driving unit via the connection hole (h); and wherein a connection terminal to be connected with the cable is provided on the circuit board and the connection terminal is positioned, such that it corresponds to the connection hole (h) formed in the frame.
A sewing machine for closing an open end of a tubular knitted article, that comprises a frame, a knitting head mounted on the frame, and a thread cutter movably mounted on the frame, wherein the knitting head has a needle, a needle-shaped hook and a knot making peg for forming thread knots, the thread cutter being used to cut the thread knots; wherein the thread cutter is configured in a fashion that enables its movement relative to the knitting head; and the sewing machine is characterized in that the thread cutter is mounted on a cutter arm rotatable connected to the frame, and is equipped to move along a circular trace.
A method, performed by a user equipment, for wireless communication, comprising: identifying (1805, 1905), by the user equipment, UE, in a connected mode with a base station, a set of resources for a tracking reference signal periodically received from the base station in a first transmission time interval, TTI, the tracking reference signal comprising a plurality of sub-patterns for a set of sub-carriers of a carrier for the UE for a set of symbol periods in the first TTI, the plurality of sub-patterns spanning a first portion of a bandwidth of the carrier; receiving (1810, 1915) the tracking reference signal on the identified set of resources; and performing (1815, 1920) frequency and time tracking of the carrier based at least in part on the received tracking reference signal. identifying (1805, 1905), by the user equipment, UE, in a connected mode with a base station, a set of resources for a tracking reference signal periodically received from the base station in a first transmission time interval, TTI, the tracking reference signal comprising a plurality of sub-patterns for a set of sub-carriers of a carrier for the UE for a set of symbol periods in the first TTI, the plurality of sub-patterns spanning a first portion of a bandwidth of the carrier; receiving (1810, 1915) the tracking reference signal on the identified set of resources; and performing (1815, 1920) frequency and time tracking of the carrier based at least in part on the received tracking reference signal.
An enzymatic hydrolysis process for producing a fish protein hydrolysate powder, comprising the consecutive steps of: i) mixing ground by-products from fish protein material with water and heating; ii) adding endopeptidase enzyme to the mixture of i) and stirring; iii) adding exopeptidase enzyme in the form of carboxypeptidase to the mixture of ii) and stirring; iv) stopping the enzymatic hydrolysis by heat inactivation; v) the fish hydrolysate fraction and the remaining solid material is separated by filtration; and vi) concentrating and drying the fish hydrolysate fraction to yield a fish protein hydrolysate powder. i) mixing ground by-products from fish protein material with water and heating; ii) adding endopeptidase enzyme to the mixture of i) and stirring; iii) adding exopeptidase enzyme in the form of carboxypeptidase to the mixture of ii) and stirring; iv) stopping the enzymatic hydrolysis by heat inactivation; v) the fish hydrolysate fraction and the remaining solid material is separated by filtration; and vi) concentrating and drying the fish hydrolysate fraction to yield a fish protein hydrolysate powder.
A communication method, comprising: determining by a terminal device that a first resource overlaps with a second resource, wherein the first resource is used for carrying an uplink Scheduling Request, SR, and the second resource is used for carrying uplink data; and in a case where a first condition is satisfied, transmitting by the terminal device the uplink SR, wherein the first condition comprises a priority of the uplink SR being different from a priority of a first uplink grant and the first uplink grant being used for transmitting the uplink data, characterized in that transmitting by the terminal device the uplink SR information comprises in a case where a second condition is satisfied, transmitting the uplink SR, or identifying the uplink SR as a prioritized uplink SR, wherein the second condition comprises at least one of the following: an Media Access Control, MAC, entity of the terminal device being configured with a priority of an Logical Channel, LCH; or the first resource not overlapping with a resource granted by a second uplink grant. determining by a terminal device that a first resource overlaps with a second resource, wherein the first resource is used for carrying an uplink Scheduling Request, SR, and the second resource is used for carrying uplink data; and in a case where a first condition is satisfied, transmitting by the terminal device the uplink SR, wherein the first condition comprises a priority of the uplink SR being different from a priority of a first uplink grant and the first uplink grant being used for transmitting the uplink data, characterized in that transmitting by the terminal device the uplink SR information comprises in a case where a second condition is satisfied, transmitting the uplink SR, or identifying the uplink SR as a prioritized uplink SR, wherein the second condition comprises at least one of the following: an Media Access Control, MAC, entity of the terminal device being configured with a priority of an Logical Channel, LCH; or the first resource not overlapping with a resource granted by a second uplink grant. in a case where a second condition is satisfied, transmitting the uplink SR, or identifying the uplink SR as a prioritized uplink SR, wherein the second condition comprises at least one of the following: an Media Access Control, MAC, entity of the terminal device being configured with a priority of an Logical Channel, LCH; or the first resource not overlapping with a resource granted by a second uplink grant. an Media Access Control, MAC, entity of the terminal device being configured with a priority of an Logical Channel, LCH; or the first resource not overlapping with a resource granted by a second uplink grant.
A film composition comprising: (a) from 5 to 75 percent by weight of an ethylene/α-olefin interpolymer composition (LLDPE), based on the total weight of the film composition, having a Comonomer Distribution Constant in the range of from 75 to 200; a zero shear viscosity ratio (ZSVR) of at least 2; a density in the range of from 0.865 to 0.930 g/cm 3, a melt index (I 2) in a range of from 0.1 to 5 g/ 10 minutes, less than 120 total unsaturation units/1,000,000 carbons, and long chain branching frequency in the range of 0.01 to 3 long chain branches per 1000 carbons; (b) from 25 to 95 percent by weight of a propylene/α-olefin interpolymer composition, based on the total weight of the film composition, wherein said propylene/α-olefin interpolymer composition comprises a propylene/α-olefin copolymer or a propylene/ethylene/butene terpolymer, wherein said propylene/α-olefin interpolymer has a crystallinity in the range of from 1 percent by weight to 30 percent by weight, a heat of fusion in the range of from 2 Joules/gram to 50 Joules/gram, and a DSC melting point in the range of 25° C to 110° C. (a) from 5 to 75 percent by weight of an ethylene/α-olefin interpolymer composition (LLDPE), based on the total weight of the film composition, having a Comonomer Distribution Constant in the range of from 75 to 200; a zero shear viscosity ratio (ZSVR) of at least 2; a density in the range of from 0.865 to 0.930 g/cm 3, a melt index (I 2) in a range of from 0.1 to 5 g/ 10 minutes, less than 120 total unsaturation units/1,000,000 carbons, and long chain branching frequency in the range of 0.01 to 3 long chain branches per 1000 carbons; (b) from 25 to 95 percent by weight of a propylene/α-olefin interpolymer composition, based on the total weight of the film composition, wherein said propylene/α-olefin interpolymer composition comprises a propylene/α-olefin copolymer or a propylene/ethylene/butene terpolymer, wherein said propylene/α-olefin interpolymer has a crystallinity in the range of from 1 percent by weight to 30 percent by weight, a heat of fusion in the range of from 2 Joules/gram to 50 Joules/gram, and a DSC melting point in the range of 25° C to 110° C.
A portable carrier bag for disposing pet waste, the portable carrier bag comprising: a pet waste storage space portion in which a fastener is installed along both lateral surfaces and a lower surface thereof to facilitate opening and closing, the pet waste storage space portion being configured to be opened toward the ground when the fastener is opened, and to dispose and store pet waste therein; a tissue storage space portion formed in front of the pet waste storage space portion as a separate space, wherein the tissue storage space portion comprises an opening and closing member, the tissue storage space portion being configured to store tissues or wet tissues therein; and a loop for connection with a pet leash, characterized in that the loop is formed in the center of a top surface of the pet waste storage space portion, wherein a material of the portable carrier bag is a hard synthetic resin, so as to allow for use of the portable carrier bag in rainy or snowy weather and also make it easy to clean the portable carrier bag, wherein the opening and closing member to open and close the tissue storage space portion is formed of a magnet, thereby making it easy to open and close the tissue storage portion, wherein a plurality of openings are formed on a rear surface of the pet waste storage space portion, thereby being capable of preventing permeation of smell into the portable carrier bag. a pet waste storage space portion in which a fastener is installed along both lateral surfaces and a lower surface thereof to facilitate opening and closing, the pet waste storage space portion being configured to be opened toward the ground when the fastener is opened, and to dispose and store pet waste therein; a tissue storage space portion formed in front of the pet waste storage space portion as a separate space, wherein the tissue storage space portion comprises an opening and closing member, the tissue storage space portion being configured to store tissues or wet tissues therein; and a loop for connection with a pet leash, characterized in that the loop is formed in the center of a top surface of the pet waste storage space portion, wherein a material of the portable carrier bag is a hard synthetic resin, so as to allow for use of the portable carrier bag in rainy or snowy weather and also make it easy to clean the portable carrier bag, wherein the opening and closing member to open and close the tissue storage space portion is formed of a magnet, thereby making it easy to open and close the tissue storage portion, wherein a plurality of openings are formed on a rear surface of the pet waste storage space portion, thereby being capable of preventing permeation of smell into the portable carrier bag.
Upper part of a valve for insertion into a sanitary fitting, with a head piece, in which a spindle is pivotably mounted, which protrudes with its first end from the head piece and its second end is engaged via a pin with a control disc, which is in contact with a stationary passage disc, which has at least one passage opening, wherein a handle part is arranged at the first end of the spindle and wherein the handle part is designed as a slide, which has a pivot area, which receives the first end of the spindle and in which a driver is arranged, via which the spindle is connected to the slide, characterised in that the spindle is connected to the driver via a spring element, wherein the spindle is pivotably connected to the head piece via an axle pin and the axle pin is connected to the spring element and wherein the spring element is received by a blind hole axially inserted in the spindle, which is transversely penetrated by the axle pin, which is connected to the spring element.