mhurhangee/ep-ind-claims huggingface dataset:
A resource assignment method performed by a terminal, comprising: determining a quantity of frequency domain resource assignment, FDRA, bits in multicast downlink control information, DCI based on a first quantity of resource blocks, RBs; and determining, based on information corresponding to FDRA of the quantity of bits, frequency domain resource assignment of a multicast physical downlink shared channel, PDSCH scheduled by the multicast DCI; characterized in that, the first quantity of RBs is a quantity of RBs corresponding to a target CORESET and the target CORESET is a CORESET whose index number is 0, or the target CORESET is a CORESET in which the multicast DCI is located; or the first quantity of RBs is a quantity of RBs comprised in an initial downlink BWP; or the first quantity of RBs is a quantity of RBs comprised in a BWP configured by a network side device for multicast PDSCH transmission. determining a quantity of frequency domain resource assignment, FDRA, bits in multicast downlink control information, DCI based on a first quantity of resource blocks, RBs; and determining, based on information corresponding to FDRA of the quantity of bits, frequency domain resource assignment of a multicast physical downlink shared channel, PDSCH scheduled by the multicast DCI; characterized in that, the first quantity of RBs is a quantity of RBs corresponding to a target CORESET and the target CORESET is a CORESET whose index number is 0, or the target CORESET is a CORESET in which the multicast DCI is located; or the first quantity of RBs is a quantity of RBs comprised in an initial downlink BWP; or the first quantity of RBs is a quantity of RBs comprised in a BWP configured by a network side device for multicast PDSCH transmission.
A biomedical electrode (1; 101; 201; A1) comprising: a conductive member (11; All); a retaining member (12; 112; 212; A12) larger than the conductive member (11; A11), the retaining member (12; 112; 212; A12) having a retaining space (V; V2) in which the conductive member (11; A11) is retained; and a sheet-shaped adhesive member (30; 130; 230; A30) larger than the retaining member (12; 112; 212; A12), having an adhesive surface (31a; 131a; 231a), and configured to adhere the conductive member (11; A11) to a living body surface via the retaining member (12; 112; 212; A12), characterized in that the adhesive member (30; 130; 230; A30) is formed in an enough size to cover substantially all regions of the retaining member (12; 112; 212; A12), the adhesive member (30; 130; 230; A30) forms an internal space between the retaining member (12; 112; 212; A12) and the living body surface when adhering the conductive member (11; A11) to the living body surface via the retaining member (12; 112; 212; A12), and the adhesive member (30; 130; 230; A30) has a liquid through hole (30b; 130b; 230b; A30b) to discharge sweat which is accumulated in the internal space. a conductive member (11; All); a retaining member (12; 112; 212; A12) larger than the conductive member (11; A11), the retaining member (12; 112; 212; A12) having a retaining space (V; V2) in which the conductive member (11; A11) is retained; and a sheet-shaped adhesive member (30; 130; 230; A30) larger than the retaining member (12; 112; 212; A12), having an adhesive surface (31a; 131a; 231a), and configured to adhere the conductive member (11; A11) to a living body surface via the retaining member (12; 112; 212; A12), characterized in that the adhesive member (30; 130; 230; A30) is formed in an enough size to cover substantially all regions of the retaining member (12; 112; 212; A12), the adhesive member (30; 130; 230; A30) forms an internal space between the retaining member (12; 112; 212; A12) and the living body surface when adhering the conductive member (11; A11) to the living body surface via the retaining member (12; 112; 212; A12), and the adhesive member (30; 130; 230; A30) has a liquid through hole (30b; 130b; 230b; A30b) to discharge sweat which is accumulated in the internal space.
A terminal apparatus comprising: a decoding section configured to decode a downlink control channel, which is transmitted on one or more control channel element(s), CCE(s), having consecutive CCE number(s) from a base station, in a search space that is comprised of a plurality of CCEs corresponding to a plurality of downlink control channel candidates to be attempted to be decoded; and a transmitting section configured to transmit a response signal to the base station on a uplink control channel, an index of which is associated with a CCE number of the one or more CCE(s), on which the downlink control channel is transmitted, characterized in that: the decoding section is configured to decode the downlink control channel in a search space wherein the search space for each aggregation size corresponds to a number of the one or more CCE(s), on which the downlink control channel is transmitted, and is defined by both a number of the plurality of CCEs and a starting CCE number of the search space, the number of the plurality of CCEs and the starting CCE number being specific to the aggregation size. a decoding section configured to decode a downlink control channel, which is transmitted on one or more control channel element(s), CCE(s), having consecutive CCE number(s) from a base station, in a search space that is comprised of a plurality of CCEs corresponding to a plurality of downlink control channel candidates to be attempted to be decoded; and a transmitting section configured to transmit a response signal to the base station on a uplink control channel, an index of which is associated with a CCE number of the one or more CCE(s), on which the downlink control channel is transmitted, characterized in that: the decoding section is configured to decode the downlink control channel in a search space wherein the search space for each aggregation size corresponds to a number of the one or more CCE(s), on which the downlink control channel is transmitted, and is defined by both a number of the plurality of CCEs and a starting CCE number of the search space, the number of the plurality of CCEs and the starting CCE number being specific to the aggregation size. the decoding section is configured to decode the downlink control channel in a search space wherein the search space for each aggregation size corresponds to a number of the one or more CCE(s), on which the downlink control channel is transmitted, and is defined by both a number of the plurality of CCEs and a starting CCE number of the search space, the number of the plurality of CCEs and the starting CCE number being specific to the aggregation size.
A battery control module for a battery system, comprising: a voltage measuring module that measures battery voltage; a current measuring module that measures battery current; and a state of charge module that communicates with said current and voltage measuring modules and that estimates SOC characterised in that said SOC module estimates SOC when an accumulated charge swing during charge is greater than or equal to a negative of an accumulated discharge swing during a prior discharge and a charge current is within a predetermined window of a negative of a retained discharge current during said prior discharge. a voltage measuring module that measures battery voltage; a current measuring module that measures battery current; and a state of charge module that communicates with said current and voltage measuring modules and that estimates SOC characterised in that said SOC module estimates SOC when an accumulated charge swing during charge is greater than or equal to a negative of an accumulated discharge swing during a prior discharge and a charge current is within a predetermined window of a negative of a retained discharge current during said prior discharge.
An exposure apparatus for exposing a substrate to light via liquid, the exposure apparatus comprising: a stage for holding the substrate; a projection optical system for projecting a pattern image onto the substrate held on the stage via liquid provided on an image plane side of the projection optical system; and a sensor for detecting light arriving from the projection optical system via liquid provided on the image plane side of the projection optical system, wherein the sensor comprises a light transmissive member (41, 45, 52, 57, 62, 71) having a first surface and a second surface provided on the stage and a light receiving element (42, 53, 63, 72) for receiving light arriving from the projection optical system via the light transmissive member, wherein the stage has an opening which is provided with the light transmissive member so that the first surface comes into contact with liquid and that the light arriving from the projection optical system is incident on the first surface via liquid, and wherein the light receiving element includes a light receiving surface for receiving the light exiting from the second surface, the light receiving surface being arranged so as to be in contact with the second surface. a stage for holding the substrate; a projection optical system for projecting a pattern image onto the substrate held on the stage via liquid provided on an image plane side of the projection optical system; and a sensor for detecting light arriving from the projection optical system via liquid provided on the image plane side of the projection optical system, wherein the sensor comprises a light transmissive member (41, 45, 52, 57, 62, 71) having a first surface and a second surface provided on the stage and a light receiving element (42, 53, 63, 72) for receiving light arriving from the projection optical system via the light transmissive member, wherein the stage has an opening which is provided with the light transmissive member so that the first surface comes into contact with liquid and that the light arriving from the projection optical system is incident on the first surface via liquid, and wherein the light receiving element includes a light receiving surface for receiving the light exiting from the second surface, the light receiving surface being arranged so as to be in contact with the second surface.
A vehicle communication system comprising: a control unit in a vehicle; and a mobile communication device having data network access, the mobile device having a first mode in which information received via the data network is processed and displayed on the mobile communication device and a second mode in which information is received via the data network and the device and processed by the control unit, the mobile device automatically switching from the first mode to the second mode in which the mobile device is operated by the control unit based upon a proximity of the device to the control unit, wherein the control unit selects a user profile based upon an identification of the mobile device associated with the profile, the control unit processing the information based upon the user profile associated with the mobile device. a control unit in a vehicle; and a mobile communication device having data network access, the mobile device having a first mode in which information received via the data network is processed and displayed on the mobile communication device and a second mode in which information is received via the data network and the device and processed by the control unit, the mobile device automatically switching from the first mode to the second mode in which the mobile device is operated by the control unit based upon a proximity of the device to the control unit, wherein the control unit selects a user profile based upon an identification of the mobile device associated with the profile, the control unit processing the information based upon the user profile associated with the mobile device.
Support element for people, for example, a plate, a mattress, a pillow, a sitting surface of a chair, of an armchair, a saddle for vehicles and the like, provided with a resting surface for a user, comprising at least a first layer made of gel associated to at least a second layer made of different material, said first layer made of gel and said second layer associated being passed through by through openings adapted for suitable air circulation from one side to the other of the support element, so as to allow for the optimum transpiration and thermoregulation of the user's body parts which are resting on said support element, characterised in that it comprises a film of non-stick material which covers the whole free surface of said first layer made of gel associated to said second layer, including at least part of the side surface of said through openings.
A liquid crystal beam control device comprising: a liquid crystal spatial light modulator having control electrodes and at least one liquid crystal cell comprising substrates; a photovoltaic array arranged to receive light from a light source; a drive signal circuit connected to said photovoltaic array and outputting a drive signal to said control electrodes in response to an input control signal; and a controller responsive to a command signal and outputting said input control signal; wherein said device has an aperture and includes a mounting frame that secures a support for said photovoltaic array and the substrates of the at least one liquid crystal cell, said support being arranged at the periphery of said aperture characterised in that the photovoltaic array is arranged as a ring and intercepts a peripheral outer portion of the beam of the light source. a liquid crystal spatial light modulator having control electrodes and at least one liquid crystal cell comprising substrates; a photovoltaic array arranged to receive light from a light source; a drive signal circuit connected to said photovoltaic array and outputting a drive signal to said control electrodes in response to an input control signal; and a controller responsive to a command signal and outputting said input control signal; wherein said device has an aperture and includes a mounting frame that secures a support for said photovoltaic array and the substrates of the at least one liquid crystal cell, said support being arranged at the periphery of said aperture characterised in that the photovoltaic array is arranged as a ring and intercepts a peripheral outer portion of the beam of the light source.
A gas sensor kit that measures exhalation gas concentration of a subject while insufflating therapeutic gas to the subject, wherein the gas sensor kit comprises: a gas sensor that measures the exhalation gas concentration of the subject; a gas introduction part (20, 50) that introduces the exhalation gas of the subject to the gas sensor; and a gas supply unit that supplies a therapeutic gas to the subject; wherein the gas sensor kit comprises a flow rate adjusting part (42, 45, 46, 47, 48) that is configured to adjust flow rate of the therapeutic gas flowing in a gas flow path from a supply source of the therapeutic gas to the subject to be lowered, characterized in that the flow rate adjusting part (42, 45, 46, 47, 48) is a porous member, preferably including a sponge, that is disposed in the gas inflow port from the supply source of the therapeutic gas, or the flow rate adjusting part (42, 45, 46, 47, 48) is a columnar body that acts as a wall with respect to the therapeutic gas and a slit which are provided in a position of opposing a tube which supplies the therapeutic gas, or the flow rate adjusting part (42, 45, 46, 47, 48) includes at least a columnar body provided in a vacant room in which the therapeutic gas in the gas supply unit flows, or the flow rate adjusting part (42, 45, 46, 47, 48) is a flow path that is provided in a vacant room in which the therapeutic gas in the gas supply unit flows, and wherein the flow path is configured to introduce the gas in a direction different from an inflow direction of the flowed-in therapeutic gas. a gas sensor that measures the exhalation gas concentration of the subject; a gas introduction part (20, 50) that introduces the exhalation gas of the subject to the gas sensor; and a gas supply unit that supplies a therapeutic gas to the subject; wherein the gas sensor kit comprises a flow rate adjusting part (42, 45, 46, 47, 48) that is configured to adjust flow rate of the therapeutic gas flowing in a gas flow path from a supply source of the therapeutic gas to the subject to be lowered, characterized in that the flow rate adjusting part (42, 45, 46, 47, 48) is a porous member, preferably including a sponge, that is disposed in the gas inflow port from the supply source of the therapeutic gas, or the flow rate adjusting part (42, 45, 46, 47, 48) is a columnar body that acts as a wall with respect to the therapeutic gas and a slit which are provided in a position of opposing a tube which supplies the therapeutic gas, or the flow rate adjusting part (42, 45, 46, 47, 48) includes at least a columnar body provided in a vacant room in which the therapeutic gas in the gas supply unit flows, or the flow rate adjusting part (42, 45, 46, 47, 48) is a flow path that is provided in a vacant room in which the therapeutic gas in the gas supply unit flows, and wherein the flow path is configured to introduce the gas in a direction different from an inflow direction of the flowed-in therapeutic gas.
Motor vehicle side door comprising: - a casing having an inner wall and an outer wall that extend facing one another; - a trim attached to said casing facing said inner wall, said trim having a portion in relief defining, on the one hand, a free space between said trim and said inner wall and, on the other hand, a bearing flank forming an armrest; - a housing engaged inside said free space through said bearing flank, said housing having a peripheral border as one with said bearing flank in order to hold said housing in a fixed position; - a bracket having a fastening part as one with said inner wall and a cantilevered part extending in said free space (32, said housing bearing on said cantilevered part; characterized in that the cantilevered part comprises two arms (58, 60) that face one another and are as one with the fastening part and a receiving plate as one with the two arms (58, 60), the receiving plate being designed to detach from the arms (58, 60) when the casing is pushed in and said inner wall and said housing are driven in movement towards one another, so as to release said housing from said inner wall, whereby said peripheral border of said housing remains as one with said bearing flank. - a casing having an inner wall and an outer wall that extend facing one another; - a trim attached to said casing facing said inner wall, said trim having a portion in relief defining, on the one hand, a free space between said trim and said inner wall and, on the other hand, a bearing flank forming an armrest; - a housing engaged inside said free space through said bearing flank, said housing having a peripheral border as one with said bearing flank in order to hold said housing in a fixed position; - a bracket having a fastening part as one with said inner wall and a cantilevered part extending in said free space (32, said housing bearing on said cantilevered part;
An electronic device, comprising: a dielectric carrier having opposing first and second surfaces; a flexible antenna resonating element substrate wrapped around the dielectric carrier to cover the first and second surfaces, wherein the first surface comprises a planar surface and the second surface comprises a curved surface; a conductive housing that forms an antenna ground; a first antenna resonating element on the flexible antenna resonating element substrate, wherein the antenna ground and the first antenna resonating element form a first antenna; and a second antenna resonating element on the flexible antenna resonating element substrate, wherein the antenna ground and the second antenna resonating element form a second antenna, the planar and curved surfaces meet along an axis, and the first and the second antenna resonating elements are each bent over the axis. a dielectric carrier having opposing first and second surfaces; a flexible antenna resonating element substrate wrapped around the dielectric carrier to cover the first and second surfaces, wherein the first surface comprises a planar surface and the second surface comprises a curved surface; a conductive housing that forms an antenna ground; a first antenna resonating element on the flexible antenna resonating element substrate, wherein the antenna ground and the first antenna resonating element form a first antenna; and a second antenna resonating element on the flexible antenna resonating element substrate, wherein the antenna ground and the second antenna resonating element form a second antenna, the planar and curved surfaces meet along an axis, and the first and the second antenna resonating elements are each bent over the axis.
A cooking system comprising: at least one cooking device movable carried by an elevator between a stowed position and a deployed position such that in the stowed position the cooking device is located either behind or below a corresponding surface of a countertop and in the deployed position the cooking device upwardly extends through an opening in the corresponding surface, characterized in that the at least one cooking device is a cooking hob, the cooking hob being removable from the elevator, and by a cord retraction mechanism for guiding one or more cooking device cords.
A parenteral vial, stopper and cap assembly, comprising: a vial having a body defining an interior, and an opening leading to the interior; a stopper configured to sealingly engage the opening; and a cap configured to cover the opening and the stopper; wherein the stopper and the cap fit together to form an integral unit; the cap moves with respect to the vial between a partially engaged position that permits gas flow out from the vial interior, and a fully engaged position in which the stopper sealingly engages the opening; the cap includes a main body formed as a tubular wall, and a cover that fits over the tubular wall, wherein the vial comprises a neck and a rim at an upper edge of the neck, and the tubular wall surrounds the neck and the rim when the cap is in the partially engaged position and the fully engaged position; the tubular wall comprises a plurality of radially inwardly extending protrusions on an inner surface thereof; the rim comprises an outer annular groove on an outer surface thereof; the protrusions are received within the outer annular groove when the assembly is in the partially engaged position; the tubular wall comprises a radially inwardly extending annular ridge on an inner surface thereof; the annular ridge is received within the outer annular groove when the assembly is in the fully engaged position; and the protrusions are located below the annular ridge in an axial direction of the assembly. a vial having a body defining an interior, and an opening leading to the interior; a stopper configured to sealingly engage the opening; and a cap configured to cover the opening and the stopper; wherein the stopper and the cap fit together to form an integral unit; the cap moves with respect to the vial between a partially engaged position that permits gas flow out from the vial interior, and a fully engaged position in which the stopper sealingly engages the opening; the cap includes a main body formed as a tubular wall, and a cover that fits over the tubular wall, wherein the vial comprises a neck and a rim at an upper edge of the neck, and the tubular wall surrounds the neck and the rim when the cap is in the partially engaged position and the fully engaged position; the tubular wall comprises a plurality of radially inwardly extending protrusions on an inner surface thereof; the rim comprises an outer annular groove on an outer surface thereof; the protrusions are received within the outer annular groove when the assembly is in the partially engaged position; the tubular wall comprises a radially inwardly extending annular ridge on an inner surface thereof; the annular ridge is received within the outer annular groove when the assembly is in the fully engaged position; and the protrusions are located below the annular ridge in an axial direction of the assembly.