mhurhangee/ep-ind-claims huggingface dataset:
A seat cushion (5, 5", 5′′′) comprising: an elastomeric panel (17, 17", 17′′′), wherein said elastomeric panel (17, 17", 17′′′) positions and supports a seated occupant, wherein said panel (17, 17", 17′′′) is constrained on a forward side and a rearward side of the seat cushion (5, 5", 5′′′) with respect to a traveling direction of a vehicle, wherein said elastomeric panel (17, 17", 17′′′) comprising an elastomeric portion, a first lateral elastomeric portion and a second lateral elastomeric portion, said elastomeric portion being located between said first lateral elastomeric portion and said second lateral elastomeric portion, said elastomeric portion being movable relative to said first lateral elastomeric portion and said second lateral elastomeric portion, said first lateral elastomeric portion, said second lateral elastomeric portion and said elastomeric portion being integrally connected to define a one-piece elastomeric panel, said first lateral elastomeric portion and said second lateral elastomeric portion defining at least a portion of an outer periphery of said one-piece elastomeric panel, at least one of said first lateral elastomeric portion and said second lateral elastomeric portion providing support to an occupant during ingress and egress and said at least one of said first lateral elastomeric portion and said second lateral elastomeric portion deflecting in a torsional manner to support the occupant. an elastomeric panel (17, 17", 17′′′), wherein said elastomeric panel (17, 17", 17′′′) positions and supports a seated occupant, wherein said panel (17, 17", 17′′′) is constrained on a forward side and a rearward side of the seat cushion (5, 5", 5′′′) with respect to a traveling direction of a vehicle, wherein said elastomeric panel (17, 17", 17′′′) comprising an elastomeric portion, a first lateral elastomeric portion and a second lateral elastomeric portion, said elastomeric portion being located between said first lateral elastomeric portion and said second lateral elastomeric portion, said elastomeric portion being movable relative to said first lateral elastomeric portion and said second lateral elastomeric portion, said first lateral elastomeric portion, said second lateral elastomeric portion and said elastomeric portion being integrally connected to define a one-piece elastomeric panel, said first lateral elastomeric portion and said second lateral elastomeric portion defining at least a portion of an outer periphery of said one-piece elastomeric panel, at least one of said first lateral elastomeric portion and said second lateral elastomeric portion providing support to an occupant during ingress and egress and said at least one of said first lateral elastomeric portion and said second lateral elastomeric portion deflecting in a torsional manner to support the occupant.
A wireless communication control device comprising: a calculation unit configured to calculate allowable resource occupancy time in a wireless communication network in response to a low latency request from a wireless communications device for data generated in the wireless communications device in the wireless communication network; and a wireless communication unit configured to notify the wireless communication device in the wireless communication network of the allowable resource occupancy time calculated; wherein the low latency request includes allowable latency time for the data, and the calculation unit is configured to calculate the allowable resource occupancy time on a basis of the allowable latency time; and wherein the low latency request further includes duration of the low latency request. a calculation unit configured to calculate allowable resource occupancy time in a wireless communication network in response to a low latency request from a wireless communications device for data generated in the wireless communications device in the wireless communication network; and a wireless communication unit configured to notify the wireless communication device in the wireless communication network of the allowable resource occupancy time calculated; wherein the low latency request includes allowable latency time for the data, and the calculation unit is configured to calculate the allowable resource occupancy time on a basis of the allowable latency time; and wherein the low latency request further includes duration of the low latency request.
A transmission control system, comprising: a motor; an actuator that is driven by torque of the motor; a transmission that changes a transmission ratio according to a changed position of the actuator; a current sensor that detects a load current indicating a current to be supplied to the motor; a position sensor that detects a rotational position of the motor; a storage device that stores the transmission ratio in association with a plurality of characteristic curves indicating a correspondence relation between the rotational position and the load current; a drive unit that drives the motor while a vehicle is stopped; and a control device that includes a first estimation unit configured to estimate an initial transmission ratio indicating the transmission ratio when an ignition switch is turned on from the rotational position detected by the position sensor, the load current detected by the current sensor, and the characteristic curve in a period when the drive unit operates; wherein the control device includes a second estimation unit configured to estimate an initial rotational position, the initial rotational position indicating the rotational position of the motor when the ignition switch is turned on, on the basis of the rotational position in a range where the load current is not changed, in a case where the load current detected by the current sensor is not changed even when the rotational position detected by the position sensor is changed in a period when the drive unit operates. a motor; an actuator that is driven by torque of the motor; a transmission that changes a transmission ratio according to a changed position of the actuator; a current sensor that detects a load current indicating a current to be supplied to the motor; a position sensor that detects a rotational position of the motor; a storage device that stores the transmission ratio in association with a plurality of characteristic curves indicating a correspondence relation between the rotational position and the load current; a drive unit that drives the motor while a vehicle is stopped; and a control device that includes a first estimation unit configured to estimate an initial transmission ratio indicating the transmission ratio when an ignition switch is turned on from the rotational position detected by the position sensor, the load current detected by the current sensor, and the characteristic curve in a period when the drive unit operates; wherein the control device includes a second estimation unit configured to estimate an initial rotational position, the initial rotational position indicating the rotational position of the motor when the ignition switch is turned on, on the basis of the rotational position in a range where the load current is not changed, in a case where the load current detected by the current sensor is not changed even when the rotational position detected by the position sensor is changed in a period when the drive unit operates.
A fusion protein comprising (a) an extracellular domain containing a polypeptide derived from PD-1 at its N-terminus; (b) a transmembrane domain derived from PD-1, wherein said transmembrane domain comprises the amino acid sequence of SEQ ID NO: 8; and (c) an intracellular domain containing a polypeptide derived from 4-1BB at its C-terminus, wherein said intracellular domain comprises an amino acid sequence with 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10 amino acid substitutions, deletions, and/or insertions compared to the amino acid sequence of SEQ ID NO: 4, wherein said fusion protein is capable of increasing the proliferation rate of a CD8 + T cell when transduced, transformed or otherwise introduced into said CD8 + T cell upon stimulation of said CD8 + T cell with a PD-L1/L2 + target cell. (a) an extracellular domain containing a polypeptide derived from PD-1 at its N-terminus; (b) a transmembrane domain derived from PD-1, wherein said transmembrane domain comprises the amino acid sequence of SEQ ID NO: 8; and (c) an intracellular domain containing a polypeptide derived from 4-1BB at its C-terminus, wherein said intracellular domain comprises an amino acid sequence with 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10 amino acid substitutions, deletions, and/or insertions compared to the amino acid sequence of SEQ ID NO: 4,
A non-aqueous electrolyte secondary battery comprising a power generating element including: a positive electrode for a non-aqueous electrolyte secondary battery obtained by forming, on a surface of a positive electrode current collector, a positive electrode active substance layer containing a positive electrode active substance for a non-aqueous electrolyte secondary battery that is a lithium-nickel-manganese-cobalt composite oxide and has true density of 4.40 to 4.80 g/cm 3 and specific surface area of 0.40 to 0.53 m 2 /g; a negative electrode that is obtained by forming a negative electrode active substance layer on a surface of a negative electrode current collector; and a separator, wherein the non-aqueous electrolyte secondary battery is a flat and stack type laminate battery and the ratio of a battery to rated capacity is 5 cm 2 /Ah or more and the rated capacity is 3 Ah or more, the battery area being defined as the projected area of a battery including an outer casing body of a battery. a positive electrode for a non-aqueous electrolyte secondary battery obtained by forming, on a surface of a positive electrode current collector, a positive electrode active substance layer containing a positive electrode active substance for a non-aqueous electrolyte secondary battery that is a lithium-nickel-manganese-cobalt composite oxide and has true density of 4.40 to 4.80 g/cm 3 and specific surface area of 0.40 to 0.53 m 2 /g; a negative electrode that is obtained by forming a negative electrode active substance layer on a surface of a negative electrode current collector; and a separator, wherein the non-aqueous electrolyte secondary battery is a flat and stack type laminate battery and the ratio of a battery to rated capacity is 5 cm 2 /Ah or more and the rated capacity is 3 Ah or more, the battery area being defined as the projected area of a battery including an outer casing body of a battery.
A process for producing cyclic C 5 compounds including cyclopentadiene, the process comprising: (a) contacting a feed containing acyclic C 5 hydrocarbons with a catalyst comprising (i) a microporous crystalline metallosilicate having a constraint index less than or equal to 12, (ii) a Group 10 metal or a compound thereof, and (iii) a Group 11 metal or a compound thereof under conditions effective to convert at least part of the acyclic C 5 hydrocarbons in the feed to produce an effluent comprising cyclopentadiene, wherein the microporous crystalline metallosilicate comprises a metallosilicate of framework type MFI; and (b) recovering cyclopentadiene from the effluent, wherein (ii) the Group 10 metal is platinum or a compound thereof, and (iii) the Group 11 metal is silver or a compound thereof; or wherein (ii) the Group 10 metal is platinum or a compound thereof, and (iii) the Group 11 metal is copper or a compound thereof. (a) contacting a feed containing acyclic C 5 hydrocarbons with a catalyst comprising (i) a microporous crystalline metallosilicate having a constraint index less than or equal to 12, (ii) a Group 10 metal or a compound thereof, and (iii) a Group 11 metal or a compound thereof under conditions effective to convert at least part of the acyclic C 5 hydrocarbons in the feed to produce an effluent comprising cyclopentadiene, wherein the microporous crystalline metallosilicate comprises a metallosilicate of framework type MFI; and (b) recovering cyclopentadiene from the effluent,
A mounting structure of a wheel speed sensor ring comprising: a pulser ring which constitutes an element to be detected and is rotatable together with a wheel; a sensor body which detects the rotation of the pulser ring; and a brake disc which is mounted on a wheel body of the wheel, wherein the mounting structure further comprises an intermediate ring which is fastened to the wheel body together with the brake disc in a state where the intermediate ring is brought into contact with the brake disc, and the pulser ring is supported on the intermediate ring, characterized in that the intermediate ring is formed using a material having higher thermal conductivity than the pulser ring.
Electronically controlled cleaning system for installation in a vehicle for cleaning at least one transparent element with a fluid cleaning agent, comprising: • at least one cleaning agent container for storing the cleaning agent ready for use, • at least one outlet opening for spraying the cleaning agent onto the transparent element, • at least one hydraulic line, which connects the cleaning agent container to the outlet opening, • at least one electrically controllable main pump for conveying the cleaning agent from the cleaning agent container into the hydraulic line, • at least one additive container for storing an additive provided to be mixed with the cleaning agent, • at least one electrically switchable metering device for controlled mixing of the additive with the cleaning agent, • at least one electronic control unit, which controls the electrically controllable components of the cleaning system adaptively, • at least one cleaning agent level sensor, which monitors the level of the cleaning agent in the cleaning agent container and transmits it to the electronic control unit, • at least one freezing point sensor, which monitors the mixture-dependent freezing point of the cleaning agent in the cleaning agent container and transmits it to the electronic control unit, • at least one ambient temperature sensor, which monitors the ambient temperature outside the vehicle and transmits it to the electronic control unit, characterized in that at least one electrically controllable pressure boost pump, which boosts a hydraulic pressure generated in the hydraulic line by the main pump in the direction of the outlet opening, is arranged in the hydraulic line between the main pump and the outlet opening. • at least one cleaning agent container for storing the cleaning agent ready for use, • at least one outlet opening for spraying the cleaning agent onto the transparent element, • at least one hydraulic line, which connects the cleaning agent container to the outlet opening, • at least one electrically controllable main pump for conveying the cleaning agent from the cleaning agent container into the hydraulic line, • at least one additive container for storing an additive provided to be mixed with the cleaning agent, • at least one electrically switchable metering device for controlled mixing of the additive with the cleaning agent, • at least one electronic control unit, which controls the electrically controllable components of the cleaning system adaptively, • at least one cleaning agent level sensor, which monitors the level of the cleaning agent in the cleaning agent container and transmits it to the electronic control unit, • at least one freezing point sensor, which monitors the mixture-dependent freezing point of the cleaning agent in the cleaning agent container and transmits it to the electronic control unit, • at least one ambient temperature sensor, which monitors the ambient temperature outside the vehicle and transmits it to the electronic control unit,
Belt (1, 20, 30) or strap equipped with means adapted to keep a free end (1a 20a, 30a) of the belt (1, 20, 30) or strap adherent to a body of a person who wears the belt or strap, wherein said means comprise a retention device (3, 32) adapted to hook the free end (1a, 20a, 30a) to a part (1b, 20b, 30b) of the belt (1, 20, 30) which is tensioned by a buckle (2, 21, 31), the retention device (3, 32) comprising: • first means adapted to connect the retention device (3, 32) to a first part of the belt (1, 20, 30); • second means adapted to hook the retention device (3, 32) to a second part of the belt (1, 20, 30); the second means, adapted tc hook the retention device to the second part of the belt (1, 20), comprise a first upper end, bent as a hook, and a second lower moving end, rotatable around a pin, which are respectively fastened to the upper and lower edges of the second part of the belt (1, 20, 30), characterized in that the first upper end is fixed and in that the lower moving end (5, 42) comprises a part, wherein a hole is obtained to house the pin (6, 43), shaped in order to have a first and a second, mutually perpendicular surfaces (5a, 42a) and (5b, 42b) at a same distance from the axis of the pin (6, 43), the surfaces (5a, 42a) and (5b, 42b) being coupled with a part (9a, 44a) of an elastic element (9, 44), so that the part (9a, 44a) presses onto one or the other of the surfaces (5a, 42a), (5b, 42b), keeping the lower moving end (5, 42) in its closed or open position. • first means adapted to connect the retention device (3, 32) to a first part of the belt (1, 20, 30); • second means adapted to hook the retention device (3, 32) to a second part of the belt (1, 20, 30); the second means, adapted tc hook the retention device to the second part of the belt (1, 20), comprise a first upper end, bent as a hook, and a second lower moving end, rotatable around a pin, which are respectively fastened to the upper and lower edges of the second part of the belt (1, 20, 30),
Battery module comprising a plurality of cylindrical battery cells, in particular lithium-ion battery cells, and a first housing element with a plurality of cylindrical first receptacles, in which a first plurality of battery cells which are connected to one another electrically in series and/or in parallel are received and a second housing element with a plurality of cylindrical second receptacles, in which a second plurality of battery cells which are connected to one another electrically in series and/or in parallel are received, wherein the first housing element has a first main body on which the first receptacles are arranged and the second housing element has a second main body on which the second receptacles are arranged, characterized in that the first main body and the second main body are connected to one another so as to form a receiving space in which a control device of the battery module is received. in particular lithium-ion battery cells, and a first housing element with a plurality of cylindrical first receptacles, in which a first plurality of battery cells which are connected to one another electrically in series and/or in parallel are received and a second housing element with a plurality of cylindrical second receptacles, in which a second plurality of battery cells which are connected to one another electrically in series and/or in parallel are received, wherein the first housing element has a first main body on which the first receptacles are arranged and the second housing element has a second main body on which the second receptacles are arranged, characterized in that the first main body and the second main body are connected to one another so as to form a receiving space in which a control device of the battery module is received.
A device for machining a workpiece, namely a round bar and/or round tube, taking into account a predetermined material volume, comprising a clamping device for clamping the workpiece and a device for measuring at least one first dimension of the workpiece during clamping or in the clamped state, said at least one first dimension being a first diameter of the workpiece, a calculating device arranged for calculating at least one desired dimension, namely at least one desired diameter and/or a desired length, based at least on the measured at least one first dimension and the predetermined material volume, so that the workpiece, when brought to said at least one desired dimension, has the predetermined material volume, and a control device as well as chip removal means, characterised in that the control device is arranged to control the chip removal means in such a way that a chip removal machining of the workpiece is performed until said at least one desired dimension is reached, the device being arranged to determine said at least one first dimension via and/or by the movement of at least one clamping means and/or clamping drive of the clamping device, the chip removal machining being a machining of the length and/or of a second diameter of the workpiece.
A driver apparatus for driving a bio-disc or a general optical disc and for driving a test strip comprising: a bio-disc or a general optical disc; a test strip for measuring a bio sample; a controller for controlling driving of a general optical disc or a bio disc; a strip insert slot arranged on a body supporting the driver apparatus into which the test strip is inserted; and a bio sensor for assaying the test strip, wherein the bio sensor further includes strip identification reading means for determining when the test strip is inserted into the strip insert slot and for reading strip identification. a bio-disc or a general optical disc; a test strip for measuring a bio sample; a controller for controlling driving of a general optical disc or a bio disc; a strip insert slot arranged on a body supporting the driver apparatus into which the test strip is inserted; and a bio sensor for assaying the test strip, wherein the bio sensor further includes strip identification reading means for determining when the test strip is inserted into the strip insert slot and for reading strip identification.
A device for applying an adhesive onto a surface to be glued, the device comprising at least a first and a second rotating gluing member designed to transfer a mass of adhesive to the surface to be glued, at least a plurality of rotating distributor members (51a-g) subject to being interposed, in operation, between at least the first or second gluing member (21, 31) and the surface to be glued, the distributor members (51a-g) comprising at least a first portion of members (51a, 51b, 51c) subject to coming into contact with the at least first or second gluing member and at least a second portion of members (51d, 51e, 51f, 51g) subject to remaining spaced from the at least one gluing member (21, 31), the gluing members (21, 31) being rotatable about a respective axis of rotation (Y1, Y2), the plurality of distributor members (51a-g) being rotatable about respective axes of rotation (Ya-g), in such a way that, in operation, due to the effect of the rotation of the gluing members (21, 31) and of the distributor members (51a-g) the mass of adhesive is transferred from the gluing members (21, 31) to the surface to be glued through the first portion of distributor members (51a, 51b, 51c); characterized in that the axes (Ya, Yb, Yc) of the respective first portion of distributor members (51a, 51b, 51c) are placed at a first distance (Da) from the axis of rotation of the first gluing member and the axes (Yd, Ye, Yf, Yg) of the respective second portion of distributor members (51d, 51e, 51f, 51g) are placed at a second distance (Db) from the axis of rotation of the first gluing member, the second distance (Db) being greater than the first distance (Da).