mhurhangee/ep-ind-claims huggingface dataset:
A flexible lumbar support for use in a seat of an aircraft, the flexible lumbar support comprising: a frame; a flexible seat pad connected to the frame and configured to support a user of the seat; at least first and second rods (36,38) spaced from each other and the frame, extending across and secured to the seat pad, and defining respectively at least first and second control lines (50,52) about which the seat pad is configured to rotate and a third rod spaced from the seat pad, extending across and secured to the frame, and defining a third control line; and at least a first actuator extending between and attached to the first and third rods (36,40) and a second actuator extending between and attached to the second and third rods (38,40), the actuators (46,48) configured to move along the frame and pivot about the third control line for allowing a change of respective positions of the control lines (50,52,54) to generate multiple profiles of the flexible lumbar support. a frame; a flexible seat pad connected to the frame and configured to support a user of the seat; at least first and second rods (36,38) spaced from each other and the frame, extending across and secured to the seat pad, and defining respectively at least first and second control lines (50,52) about which the seat pad is configured to rotate and a third rod spaced from the seat pad, extending across and secured to the frame, and defining a third control line; and at least a first actuator extending between and attached to the first and third rods (36,40) and a second actuator extending between and attached to the second and third rods (38,40), the actuators (46,48) configured to move along the frame and pivot about the third control line for allowing a change of respective positions of the control lines (50,52,54) to generate multiple profiles of the flexible lumbar support.
A desulfurization control method for an exhaust gas purification system comprising a NOx conversion catalyst device with a NOx conversion catalyst that purifies the NOx in the exhaust gas of an engine, and the method comprising the step of carrying out desulfurization control in order to recover the deterioration from sulfur poisoning of the NOx conversion catalyst: in setting the amount of fuel for raising temperature required to raise the temperature of a first detection temperature indicating the temperature of the catalyst of the NOx conversion catalyst device, to the desulfurization target temperature in the desulfurization control, the desulfurization control method for the exhaust gas purification system calculates: a first heat quantity by multiplying the difference between the desulfurization target temperature and the first detection temperature by the heat capacity of the NOx conversion catalyst device, a second heat quantity by multiplying the difference between the desulfurization target temperature and the detection temperature of the exhaust gas introduced into the NOx purification device by the heat capacity of the exhaust gas, a third heat quantity as the heat quantity released from the exhaust gas purification system, a heat quantity for raising temperature by adding together the first heat quantity, the second heat quantity and the third heat quantity, and the amount of fuel for raising temperature by dividing the heat quantity for raising temperature by the low calorific value of the fuel, and raises the temperature of the exhaust gas and the NOx conversion catalyst in the desulfurization control. a first heat quantity by multiplying the difference between the desulfurization target temperature and the first detection temperature by the heat capacity of the NOx conversion catalyst device, a second heat quantity by multiplying the difference between the desulfurization target temperature and the detection temperature of the exhaust gas introduced into the NOx purification device by the heat capacity of the exhaust gas, a third heat quantity as the heat quantity released from the exhaust gas purification system, a heat quantity for raising temperature by adding together the first heat quantity, the second heat quantity and the third heat quantity, and the amount of fuel for raising temperature by dividing the heat quantity for raising temperature by the low calorific value of the fuel, and raises the temperature of the exhaust gas and the NOx conversion catalyst in the desulfurization control.
A refrigerator, comprising: a body provided with storage compartments inside the body; a body door arranged for selectively opening/closing the storage compartments; and a home-bar door provided in the body door and arranged to selectively open/close the storage compartments; a dispenser provided in the home-bar door, for taking out water or ice to the outside; and a connecting pipe arranged to supply the water fed from a water source to the dispenser, wherein the dispenser comprises an outlet for dispensing ice or water, characterized in that the connecting pipe perforates into the side of the home-bar door. a body provided with storage compartments inside the body; a body door arranged for selectively opening/closing the storage compartments; and a home-bar door provided in the body door and arranged to selectively open/close the storage compartments; a dispenser provided in the home-bar door, for taking out water or ice to the outside; and a connecting pipe arranged to supply the water fed from a water source to the dispenser, wherein the dispenser comprises an outlet for dispensing ice or water, characterized in that the connecting pipe perforates into the side of the home-bar door.
A chassis for a computing device, the chassis comprising: a base component defining a plurality of guide slots (204, 604) therein; and a top cover comprising a plurality of guide pins (210, 610) corresponding to the plurality of guide slots (204, 604) so that the plurality of guide pins (210, 610) is positioned in the plurality of guide slots (204, 604) when the base component and the top cover are in a mating position, wherein the chassis is characterized by comprising: an elastomer biasing element positioned adjacent to at least one of the guide slots, wherein the elastomer biasing element is adapted to push against at least one of the guide pins corresponding to the at least one of the guide slots in the mating position, wherein the at least one of the guide slots has an opening portion and an end portion and is tapered between the opening portion and the end portion, such that the at least one of the guide slots is arranged to eventually reach a smaller diameter than a diameter of the at least one of the guide pins to yield a hard stop. a base component defining a plurality of guide slots (204, 604) therein; and a top cover comprising a plurality of guide pins (210, 610) corresponding to the plurality of guide slots (204, 604) so that the plurality of guide pins (210, 610) is positioned in the plurality of guide slots (204, 604) when the base component and the top cover are in a mating position, wherein the chassis is characterized by comprising: an elastomer biasing element positioned adjacent to at least one of the guide slots, wherein the elastomer biasing element is adapted to push against at least one of the guide pins corresponding to the at least one of the guide slots in the mating position, wherein the at least one of the guide slots has an opening portion and an end portion and is tapered between the opening portion and the end portion, such that the at least one of the guide slots is arranged to eventually reach a smaller diameter than a diameter of the at least one of the guide pins to yield a hard stop. an elastomer biasing element positioned adjacent to at least one of the guide slots, wherein the elastomer biasing element is adapted to push against at least one of the guide pins corresponding to the at least one of the guide slots in the mating position, wherein the at least one of the guide slots has an opening portion and an end portion and is tapered between the opening portion and the end portion, such that the at least one of the guide slots is arranged to eventually reach a smaller diameter than a diameter of the at least one of the guide pins to yield a hard stop.
An inkjet recording ink, comprising: water; a water-soluble organic solvent; a pigment; and a phosphate group-containing copolymer, wherein the phosphate group-containing copolymer comprises a structural unit represented by the following General Formula and a structural unit represented by the following General Formula: where R1 denotes a hydrogen atom or a methyl group; M + denotes an alkali metal ion, an organic amine ion, or a hydrogen ion; half or more of M + in the copolymer is the alkali metal ion or the organic amine ion, the remainder of M + is the hydrogen ion; n and m each denote an integer of 0 to 6, provided that both of n and m are not 0; and a block of (C 2 H 4 O) and a block of (C 3 H 6 O) may be exchanged with each other, where R2 denotes a hydrogen atom or a methyl group, and wherein the structural unit represented by the General Formula is contained in the phosphate group-containing copolymer in a percentage of 10% by mass to 60% by mass. water; a water-soluble organic solvent; a pigment; and a phosphate group-containing copolymer, wherein the phosphate group-containing copolymer comprises a structural unit represented by the following General Formula and a structural unit represented by the following General Formula: where R1 denotes a hydrogen atom or a methyl group; M + denotes an alkali metal ion, an organic amine ion, or a hydrogen ion; half or more of M + in the copolymer is the alkali metal ion or the organic amine ion, the remainder of M + is the hydrogen ion; n and m each denote an integer of 0 to 6, provided that both of n and m are not 0; and a block of (C 2 H 4 O) and a block of (C 3 H 6 O) may be exchanged with each other, where R2 denotes a hydrogen atom or a methyl group, and wherein the structural unit represented by the General Formula is contained in the phosphate group-containing copolymer in a percentage of 10% by mass to 60% by mass.
A pharmaceutical composition comprising drospirenone for use as a contraceptive for a female patient in need thereof, wherein: (a) a daily active dosage unit of said composition comprises an amount of drospirenone of about 2 mg to about 6 mg of drospirenone, one or more pharmaceutically-acceptable excipients, and does not contain any estrogen, and wherein said daily active dosage unit is to be administered under a dosing regimen which comprises administering said daily active dosage unit for 24 consecutive days followed by 4 consecutive days wherein no active dosage unit is administered to said patient; and wherein (b) the dissolution rate of said daily active dosage unit is such that when subjected to an in vitro dissolution test according to the USP XXIII Paddle Method, (i) no more than 50% of the drospirenone initially present in said daily active dosage unit is dissolved within 30 minutes, and (ii) at least 50% of the drospirenone initially present in said daily active dosage unit is dissolved in a time range from 3 hours to 4 hours. (a) a daily active dosage unit of said composition comprises an amount of drospirenone of about 2 mg to about 6 mg of drospirenone, one or more pharmaceutically-acceptable excipients, and does not contain any estrogen, and wherein said daily active dosage unit is to be administered under a dosing regimen which comprises administering said daily active dosage unit for 24 consecutive days followed by 4 consecutive days wherein no active dosage unit is administered to said patient; and wherein (b) the dissolution rate of said daily active dosage unit is such that when subjected to an in vitro dissolution test according to the USP XXIII Paddle Method, (i) no more than 50% of the drospirenone initially present in said daily active dosage unit is dissolved within 30 minutes, and (ii) at least 50% of the drospirenone initially present in said daily active dosage unit is dissolved in a time range from 3 hours to 4 hours. (i) no more than 50% of the drospirenone initially present in said daily active dosage unit is dissolved within 30 minutes, and (ii) at least 50% of the drospirenone initially present in said daily active dosage unit is dissolved in a time range from 3 hours to 4 hours.
A food package assembly, comprising: a backer card; a transparent film disposed with at least a portion adjacent the backer card, the transparent film having a front side, a back side that faces the backer card opposite the front side, and a cavity disposed between the front and back sides (106,108); and a food item disposed in the cavity; characterized in that the transparent film is attached to the backer card at an attachment location disposed only above the cavity, enabling a portion of transparent film below the attachment location to move away from the backer card; and wherein the cavity does not extend laterally beyond the backer card; and wherein the transparent film has: a perforation located between the cavity and an upper portion of the transparent film; and a seal between the front side and the back side of the film such that the front side may be peeled away from the back side. a backer card; a transparent film disposed with at least a portion adjacent the backer card, the transparent film having a front side, a back side that faces the backer card opposite the front side, and a cavity disposed between the front and back sides (106,108); and a food item disposed in the cavity; characterized in that the transparent film is attached to the backer card at an attachment location disposed only above the cavity, enabling a portion of transparent film below the attachment location to move away from the backer card; and wherein the cavity does not extend laterally beyond the backer card; and wherein the transparent film has: a perforation located between the cavity and an upper portion of the transparent film; and a seal between the front side and the back side of the film such that the front side may be peeled away from the back side. a perforation located between the cavity and an upper portion of the transparent film; and a seal between the front side and the back side of the film such that the front side may be peeled away from the back side.
A semiconductor transistor device having a source region, a body region comprising a vertical channel region (3.1), a drain region, a gate region laterally aside the channel region (3.1), a body contact region formed by doping, a diffusion barrier structure comprising a vertical diffusion barrier layer (20.1) extending vertically, and a conductive region formed of a conductive material, wherein the body contact region electrically contacts the body region, the vertical diffusion barrier layer (20.1) being arranged in between, and wherein the doping of the body contact region is of the same conductivity type but of higher concentration than a doping of the body region, and wherein the conductive region has a contact area (8.1), which forms an electrical contact towards the body contact region, the contact area (8.1) of the conductive region being arranged vertically above an upper end (25.1) of the channel region (3.1), characterized in that the diffusion barrier structure comprises additionally a horizontal diffusion barrier layer (20.2), wherein the diffusion barrier layers (20.1, 20.2) comprise alternating sublayers of Si and oxygen-doped Si. a source region, a body region comprising a vertical channel region (3.1), a drain region, a gate region laterally aside the channel region (3.1), a body contact region formed by doping, a diffusion barrier structure comprising a vertical diffusion barrier layer (20.1) extending vertically, and a conductive region formed of a conductive material, wherein the body contact region electrically contacts the body region, the vertical diffusion barrier layer (20.1) being arranged in between, and wherein the doping of the body contact region is of the same conductivity type but of higher concentration than a doping of the body region, and wherein the conductive region has a contact area (8.1), which forms an electrical contact towards the body contact region, the contact area (8.1) of the conductive region being arranged vertically above an upper end (25.1) of the channel region (3.1), characterized in that the diffusion barrier structure comprises additionally a horizontal diffusion barrier layer (20.2), wherein the diffusion barrier layers (20.1, 20.2) comprise alternating sublayers of Si and oxygen-doped Si.
Transparent pane with a conductive coating, which extends at least over a part of the pane surface, in particular over its visual field, wherein the conductive coating is electrically connected to at least two strip-shaped bus bars (11, 12) such that after application of a supply voltage, a current flows over a heating field formed between the bus bars (11, 12), characterized in that the conductive coating has an electrical resistance such that upon application of a supply voltage in the range of more than 100 to 400 volts, heating output in the range from 300 to 1000 watt/m 2 is given off by the heating field, wherein the bus bars (11, 12): - have, in each case, at least in sections, a maximum width of less than 5 mm and the width is dimensioned such that a maximum power loss is 10 watt/m, and - have, in each case, a specific resistivity in the range from 2 to 4 μohm·cm, wherein the conductive coating has an electrical resistance per surface unit in the range of more than 100 to 200 ohm/square. - have, in each case, at least in sections, a maximum width of less than 5 mm and the width is dimensioned such that a maximum power loss is 10 watt/m, and - have, in each case, a specific resistivity in the range from 2 to 4 μohm·cm, wherein the conductive coating has an electrical resistance per surface unit in the range of more than 100 to 200 ohm/square.
A reading apparatus, comprising: a tray having a first surface side and a second surface side opposite the first surface side; an antenna unit disposed on the first surface side of the tray and configured to transmit a radio wave signal for reading a wireless tag and to receive a radio wave signal from the wireless tag; and a control unit attached to the tray on the second surface side and configured to control the antenna unit to transmit the radio wave signal for reading the wireless tag, the control unit being configured to read data in the radio wave signal from the wireless tag received by the antenna unit, wherein the tray comprises at least one of an electromagnetic wave reflecting material or an electromagnetic wave absorbing material disposed between the antenna unit and the control unit so as to block the radio wave signal for reading the wireless tag from reaching the control unit; characterized in that the reading apparatus further comprises: an antenna moving mechanism attached to the first surface side of the tray and configured to support the antenna unit and move the antenna unit along a direction that is parallel to the first surface side. a tray having a first surface side and a second surface side opposite the first surface side; an antenna unit disposed on the first surface side of the tray and configured to transmit a radio wave signal for reading a wireless tag and to receive a radio wave signal from the wireless tag; and a control unit attached to the tray on the second surface side and configured to control the antenna unit to transmit the radio wave signal for reading the wireless tag, the control unit being configured to read data in the radio wave signal from the wireless tag received by the antenna unit, wherein the tray comprises at least one of an electromagnetic wave reflecting material or an electromagnetic wave absorbing material disposed between the antenna unit and the control unit so as to block the radio wave signal for reading the wireless tag from reaching the control unit; characterized in that the reading apparatus further comprises: an antenna moving mechanism attached to the first surface side of the tray and configured to support the antenna unit and move the antenna unit along a direction that is parallel to the first surface side.
A method comprising: scheduling user equipment, UE, for full duplex time periods over a communication channel with a base station as a function of allocated base station beam indices for the UE, received UE capabilities, and at least one of received UE measured channel conditions or received UE positional information wherein scheduling comprises: determining an uplink power control status of served UEs served by the base station; receiving, from the served UEs, reports of channel measurements from a non-full duplex transmission mode, the channel measurements comprising measurements of reference signal received powers, RSRP, of the served UEs, receiving, from each served UE, its capability to perform beamforming, and constructing a list of pairings of those served UEs which have beamforming capability for full duplex time period using the reported channel measurements, the allocated base station beam indices, and the determined uplink power control statuses; and assigning full duplex time periods in a frame structure to each served UE on the list such that UE-to-UE interference is avoided and wherein the method further comprises: uplink/downlink co-scheduling of a first UE and a second UE served by diagonally opposite beams at the base station and having beamforming capability, for full duplex time periods only if: the first UE does not have uplink power control applied and a sum of the RSRP for the first UE and the RSRP for the second UE is less than a first predetermined threshold that has been determined to result in reliable full-duplex communication; or, the first UE and the second UE have uplink power control applied and the RSRP for the second UE is less than a second predetermined threshold that has been determined to result in reliable full-duplex communication. the first UE does not have uplink power control applied and a sum of the RSRP for the first UE and the RSRP for the second UE is less than a first predetermined threshold that has been determined to result in reliable full-duplex communication; or, the first UE and the second UE have uplink power control applied and the RSRP for the second UE is less than a second predetermined threshold that has been determined to result in reliable full-duplex communication.