mhurhangee/patent-ind-claim-en huggingface dataset:
A fabric subjected to calender processing on one or both surfaces, comprising a polyamide fiber used as warp or/and woof having, after calender processing of the fabric, a single filament fineness of 0.5 to 2.5 dtex and a total fiber fineness of 5 to 50 dtex, the single filament having a cross-sectional shape that is flat multifoliar with 8 lobe parts and has a flat ratio (W) (α/β) of 1.5 to 3.0, wherein α is a length of a line segment A, which is a longest line segment connecting any two apexes of convex portions of the flat multifoliar shape, and β is a length of a line segment B of a circumscribed quadrangle formed by lines that are parallel to the line segment A and are tangent lines containing outermost apexes (the angle between adjacent sides is 90°), the line segment B being other than the lines that are parallel to the line segment A, the fabric having a cover factor of 1200 to 2500 and an air permeability after fifty washing of 1.0 cc/cm 2 /s or lower, measured in accordance with the F-2 method in JIS L 1096 8.64.4.
A compound of the formula or a pharmaceutically acceptable salt thereof, for the use in the treatment of cancer, wherein the treatment comprises reducing cellular proliferation of malignant cells that express a cancer specific (associated) isoform of proliferating cell nuclear antigen (caPCNA) in a patient in need thereof.
A method of manufacturing a shear web for a wind turbine blade, the shear web having a web body and a first web foot flange at a first end of the web body and a second web foot flange at a second end of the web body, wherein the method comprises the steps of: a) providing an elongated lower web mould part having a moulding surface with a central portion , which is substantially flat, a first downwardly extending moulding surface portion at a first end of the lower web mould part , and a second downwardly extending moulding surface portion at a second end of the lower web mould part , b) arranging one or more fibre layers on top of the elongated lower web mould part and at least partly covering the first downwardly extending moulding surface portion , the central portion , and the second downwardly extending moulding surface portion , c) arranging a first backing plate opposite to the first downwardly extending moulding surface portion and arranging a second backing plate opposite to the second downwardly extending moulding surface portion to create a mould cavity between the first and second backing plates and the lower web mould part , wherein each backing plate comprises an inner moulding surface , one or more outer surfaces , and a channel or groove extending between at least one of the outer surfaces and the inner moulding surface of the backing plate, d) supplying resin to the mould cavity via the respective channel or groove of the first and second backing plate , and e) curing or hardening the resin in order to form the shear web. a) providing an elongated lower web mould part having a moulding surface with a central portion , which is substantially flat, a first downwardly extending moulding surface portion at a first end of the lower web mould part , and a second downwardly extending moulding surface portion at a second end of the lower web mould part , b) arranging one or more fibre layers on top of the elongated lower web mould part and at least partly covering the first downwardly extending moulding surface portion , the central portion , and the second downwardly extending moulding surface portion , c) arranging a first backing plate opposite to the first downwardly extending moulding surface portion and arranging a second backing plate opposite to the second downwardly extending moulding surface portion to create a mould cavity between the first and second backing plates and the lower web mould part , wherein each backing plate comprises an inner moulding surface , one or more outer surfaces , and a channel or groove extending between at least one of the outer surfaces and the inner moulding surface of the backing plate, d) supplying resin to the mould cavity via the respective channel or groove of the first and second backing plate , and e) curing or hardening the resin in order to form the shear web.
An end fitting of a wiper having at least one wiper blade , the end fitting comprising a primary part and a secondary part , the primary part and the secondary part being connected by a removable fastening means, the end fitting also comprising an immobilizing means that is able to prevent a movement of the wiper blade with respect to the end fitting , the immobilizing means comprising a coupling device and an actuating element , said coupling device being designed to pinch the wiper blade and being subjected to a force produced by the actuating element , the coupling device comprising two flexible branches being able to move toward one another and to pinch the wiper blade when the actuating element comes into abutment against the coupling device .
An electric locker differential assembly comprising: a first and second side gear ; a pinion gear set between the first side gear and the second side gear ; and an engagement mechanism configured to have at least a portion of the engagement mechanism moveable between a retracted position and an extended position to lock and unlock the differential assembly ; characterized by the electric locker differential assembly further comprising: an electrical adjustment mechanism configured to engage and at least partially control movement of the engagement mechanism , wherein the adjustment mechanism includes an actuator operably connected with an adjustment biasing spring having a first leg retained by the adjustment mechanism and a second leg connected with the engagement mechanism wherein a biasing force of the adjustment biasing spring is varied. a first and second side gear ; a pinion gear set between the first side gear and the second side gear ; and an engagement mechanism configured to have at least a portion of the engagement mechanism moveable between a retracted position and an extended position to lock and unlock the differential assembly ; characterized by the electric locker differential assembly further comprising: an electrical adjustment mechanism configured to engage and at least partially control movement of the engagement mechanism , wherein the adjustment mechanism includes an actuator operably connected with an adjustment biasing spring having a first leg retained by the adjustment mechanism and a second leg connected with the engagement mechanism wherein a biasing force of the adjustment biasing spring is varied. an electrical adjustment mechanism configured to engage and at least partially control movement of the engagement mechanism , wherein the adjustment mechanism includes an actuator operably connected with an adjustment biasing spring having a first leg retained by the adjustment mechanism and a second leg connected with the engagement mechanism wherein a biasing force of the adjustment biasing spring is varied.
Glue dam seal arrangement for a glue application device of a corrugated board plant , comprising a) a carrying device , b) a first glue dam seal element (60; 60a; 60b) which is arranged on the carrying device for arranging sealingly on a first roller of a glue application device , and c) a second glue dam seal element (62; 62a; 62b) which is arranged on the carrying device for arranging sealingly on a second roller of the glue application device , characterized in that d) the first glue dam seal element (60; 60a; 60b) and the second glue dam seal element (62; 62a; 62b) can be adjusted relative to one another. a) a carrying device , b) a first glue dam seal element (60; 60a; 60b) which is arranged on the carrying device for arranging sealingly on a first roller of a glue application device , and c) a second glue dam seal element (62; 62a; 62b) which is arranged on the carrying device for arranging sealingly on a second roller of the glue application device , d) the first glue dam seal element (60; 60a; 60b) and the second glue dam seal element (62; 62a; 62b) can be adjusted relative to one another.
A control system for controlling a movement of a vehicle, comprising: a receiver to receive a signal indicative of an applied torque input to a steering wheel of the vehicle; a mapper to map the received signal to a desired heading of the vehicle based on internal states of the vehicle; a sensor to obtain vehicle data including a measure of a current heading of the vehicle; and a feedback controller to control the movement of the vehicle causing the current heading of the vehicle to track the desired heading of the vehicle a memory to store a function that includes a mapping of historical steering angles to desired historical headings of the vehicle with a historical velocity of the vehicle; a convertor to determine the desired heading of the vehicle using the function and a current measured velocity of the vehicle, wherein the current measured velocity of the vehicle is obtained from the vehicle data; wherein the function is a neural network trained to produce the desired heading of the vehicle based on the steering angle, the current heading of the vehicle, and an environment surrounding the vehicle. a receiver to receive a signal indicative of an applied torque input to a steering wheel of the vehicle; a mapper to map the received signal to a desired heading of the vehicle based on internal states of the vehicle; a sensor to obtain vehicle data including a measure of a current heading of the vehicle; and a feedback controller to control the movement of the vehicle causing the current heading of the vehicle to track the desired heading of the vehicle a memory to store a function that includes a mapping of historical steering angles to desired historical headings of the vehicle with a historical velocity of the vehicle; a convertor to determine the desired heading of the vehicle using the function and a current measured velocity of the vehicle, wherein the current measured velocity of the vehicle is obtained from the vehicle data; wherein the function is a neural network trained to produce the desired heading of the vehicle based on the steering angle, the current heading of the vehicle, and an environment surrounding the vehicle.
Use of a kit in the in vitro detection or diagnosis of biliary tract cancer in a blood, serum or plasma sample from a human subject, wherein said kit comprises nucleic acid probe(s) or primer(s), wherein said nucleic acid probe(s) are capable of specifically binding to a polynucleotide of biliary tract cancer marker: miR-6836-3p and wherein said primer(s) specifically recognize and amplify the polynucleotide of biliary tract cancer marker: miR-6836-3p.
Method for emptying a reducing agent delivery system of an SCR catalytic converter which has a delivery line and a return line , which each connect a reducing agent tank to a delivery module , and a pressure line which connects the delivery module to a metering valve , comprising the successive steps: - closing the metering valve ; - changing over the delivery module from a delivery operation to a return operation by changing over a changeover valve from a first position to a second position; - returning a reducing agent solution from the return line into the reducing agent tank through the delivery module and the delivery line ; - opening the metering valve ; - returning a reducing agent solution from the metering valve and the pressure line into the reducing agent tank through the delivery line ; - closing the metering valve; - emptying the return line and the delivery module into the reducing agent tank via the delivery line ; and - carrying out pressure equalization via the return line from the reducing agent tank . - closing the metering valve ; - changing over the delivery module from a delivery operation to a return operation by changing over a changeover valve from a first position to a second position; - returning a reducing agent solution from the return line into the reducing agent tank through the delivery module and the delivery line ; - opening the metering valve ; - returning a reducing agent solution from the metering valve and the pressure line into the reducing agent tank through the delivery line ; - closing the metering valve; - emptying the return line and the delivery module into the reducing agent tank via the delivery line ; and - carrying out pressure equalization via the return line from the reducing agent tank .
A method, performed by a base station, comprising: transmitting a paging indicator indicating to user equipment assigned to a plurality of groups that the user equipment are to attempt to receive one or more paging messages comprising paging information targeted to at least one of the one or more groups , wherein the paging indicator is a common paging indicator for all groups, the common paging indicator indicating to any user equipment assigned to any of the groups that the user equipment are to attempt to receive one or more paging messages comprising paging information targeted to at least one of the one or more groups; and transmitting in a channel the paging information in the one or more paging messages . transmitting a paging indicator indicating to user equipment assigned to a plurality of groups that the user equipment are to attempt to receive one or more paging messages comprising paging information targeted to at least one of the one or more groups , wherein the paging indicator is a common paging indicator for all groups, the common paging indicator indicating to any user equipment assigned to any of the groups that the user equipment are to attempt to receive one or more paging messages comprising paging information targeted to at least one of the one or more groups; and transmitting in a channel the paging information in the one or more paging messages .
A hybrid bucket assembly (200; 550; 600; 800; 900; 1100) for a work vehicle having movable loader arms (62, 64; 1262, 1264), the bucket assembly characterised by : a reinforcing structure (202; 552; 602; 902) having a first edge plate , a second edge plate and at least two support members (216; 616; 916) extending from the first edge plate , the reinforcing structure (202; 552; 602; 902) for coupling to the movable loader arms (62, 64; 1262, 1264); and a double-wall bucket defining a volume for carrying material, the bucket coupled to the at least two support members (216; 616; 916) of the reinforcing structure (202; 552; 602; 902), the bucket having a leading edge coupled between the first edge plate and the second edge plate . a reinforcing structure (202; 552; 602; 902) having a first edge plate , a second edge plate and at least two support members (216; 616; 916) extending from the first edge plate , the reinforcing structure (202; 552; 602; 902) for coupling to the movable loader arms (62, 64; 1262, 1264); and a double-wall bucket defining a volume for carrying material, the bucket coupled to the at least two support members (216; 616; 916) of the reinforcing structure (202; 552; 602; 902), the bucket having a leading edge coupled between the first edge plate and the second edge plate .
An optical transmission device comprising: a bandwidth allocator configured to periodically read bandwidth request information indicating a bandwidth required for a termination device to transmit an uplink signal from a storage and to allocate a bandwidth to the termination device on a basis of the read bandwidth request information; characterized by a timing adjuster configured to calculate a correction time (δ; T61, T62) on a basis of a timing at which resource information used to generate the bandwidth request information is periodically received from an upper device and a time required to generate the bandwidth request information from the resource information and to store the bandwidth request information in the storage , wherein the bandwidth allocator is further configured to shift a reading period for periodically reading the bandwidth request information from the storage by the correction time (δ; T61, T62). a bandwidth allocator configured to periodically read bandwidth request information indicating a bandwidth required for a termination device to transmit an uplink signal from a storage and to allocate a bandwidth to the termination device on a basis of the read bandwidth request information; characterized by a timing adjuster configured to calculate a correction time (δ; T61, T62) on a basis of a timing at which resource information used to generate the bandwidth request information is periodically received from an upper device and a time required to generate the bandwidth request information from the resource information and to store the bandwidth request information in the storage , wherein the bandwidth allocator is further configured to shift a reading period for periodically reading the bandwidth request information from the storage by the correction time (δ; T61, T62).
A battery module , comprising: a plurality of single cells arranged in sequence; a sampling circuit board disposed opposite to a top of the single cells and provided with a conductive hole and a conductive sleeve disposed in the conductive hole ; and a busbar having a connecting plate and a conductive post extending from the connecting plate , and the connecting plate being connected to the single cells , wherein the busbar is electrically connected to the sampling circuit board by insertion of the conductive post into the conductive sleeve , characterized in that , a filler gap is formed between an outer peripheral surface of the conductive post and an inner wall of the conductive sleeve , and the battery module further comprises a soldered body formed by solder, wherein at least a portion of the soldered body is provided in the filler gap , and the conductive post and the conductive sleeve are connected with each other by the soldered body , and the sampling circuit board further comprises an annular body located at an end of the conductive sleeve , and the annular body is disposed on a surface of the sampling circuit board facing the single cells and is provided to surround the conductive hole , the soldered body comprises a sleeve portion disposed in the filler gap and an annular flange provided on the sleeve portion , and the annular flange is configured to extend from the sleeve portion over a surface of the annular body . a plurality of single cells arranged in sequence; a sampling circuit board disposed opposite to a top of the single cells and provided with a conductive hole and a conductive sleeve disposed in the conductive hole ; and a busbar having a connecting plate and a conductive post extending from the connecting plate , and the connecting plate being connected to the single cells , wherein the busbar is electrically connected to the sampling circuit board by insertion of the conductive post into the conductive sleeve , characterized in that , a filler gap is formed between an outer peripheral surface of the conductive post and an inner wall of the conductive sleeve , and the battery module further comprises a soldered body formed by solder, wherein at least a portion of the soldered body is provided in the filler gap , and the conductive post and the conductive sleeve are connected with each other by the soldered body , and the sampling circuit board further comprises an annular body located at an end of the conductive sleeve , and the annular body is disposed on a surface of the sampling circuit board facing the single cells and is provided to surround the conductive hole , the soldered body comprises a sleeve portion disposed in the filler gap and an annular flange provided on the sleeve portion , and the annular flange is configured to extend from the sleeve portion over a surface of the annular body .
Air to air refuelling hose for an aircraft comprising: an internal structure suitable for driving fuel inside, an intermediate structure arranged around the internal structure , and an external structure arranged around the intermediate structure in such a way that the intermediate structure is located between the internal structure and the external structure , the external structure comprising an external surface and an internal surface; wherein the air to air refuelling hose further comprises sensing means arranged along the air to air refuelling hose and embedded inside of the external structure , and wherein the sensing means are electric conductors; the air to air refuelling hose comprises a plurality of layers of sensing means embedded inside of the external structure , wherein the plurality of layers of sensing means are electrically isolated between them; the sensing means are arranged between the external surface and the internal surface of the external structure ; and the sensing means are suitable for detecting damage in the air to air refuelling hose so that an electrical discontinuity along the sensing means is indicative of a damage in the air to air refuelling hose . an internal structure suitable for driving fuel inside, an intermediate structure arranged around the internal structure , and an external structure arranged around the intermediate structure in such a way that the intermediate structure is located between the internal structure and the external structure , the external structure comprising an external surface and an internal surface; the air to air refuelling hose further comprises sensing means arranged along the air to air refuelling hose and embedded inside of the external structure , and wherein the sensing means are electric conductors; the air to air refuelling hose comprises a plurality of layers of sensing means embedded inside of the external structure , wherein the plurality of layers of sensing means are electrically isolated between them; the sensing means are arranged between the external surface and the internal surface of the external structure ; and the sensing means are suitable for detecting damage in the air to air refuelling hose so that an electrical discontinuity along the sensing means is indicative of a damage in the air to air refuelling hose .
An eye-tracking method , comprising: enabling at least one light source of an array of light sources to emit non-visible light to illuminate an eye, wherein the non-visible light emitted by the at least one light source propagates through an optical combiner disposed between the array of light sources and the eye, wherein the optical combiner is configured to receive non-visible light reflected by a fundus of the eye and direct the non-visible light reflected by the fundus to a camera, and wherein the optical combiner is configured as a holographic optical element or a volume hologram; generating at least one image of the eye with the camera while the at least one light source is enabled, wherein the at least one image is of the non-visible light reflected by the fundus; and determining a position of the eye based on a position of the at least one light source within the array of light sources in response to determining that the at least one image indicates a bright pupil condition when the at least one light source was enabled. enabling at least one light source of an array of light sources to emit non-visible light to illuminate an eye, wherein the non-visible light emitted by the at least one light source propagates through an optical combiner disposed between the array of light sources and the eye, wherein the optical combiner is configured to receive non-visible light reflected by a fundus of the eye and direct the non-visible light reflected by the fundus to a camera, and wherein the optical combiner is configured as a holographic optical element or a volume hologram; generating at least one image of the eye with the camera while the at least one light source is enabled, wherein the at least one image is of the non-visible light reflected by the fundus; and determining a position of the eye based on a position of the at least one light source within the array of light sources in response to determining that the at least one image indicates a bright pupil condition when the at least one light source was enabled.