mhurhangee/ep-ind-claims huggingface dataset:
A terminal comprising: a receiving section configured to receive downlink control information including a field that indicates a frequency domain resource assigned to a downlink shared channel; and a control section configured to, when the terminal is in a connected state and information regarding an initial downlink bandwidth part, BWP, for a cell is provided via a higher layer, determine a bandwidth based on a specified information included in the information regarding the initial downlink BWP, the determined bandwidth being used for determining a number of bits of the field, wherein bit selection during rate matching of the downlink shared channel is controlled based on the bandwidth. a receiving section configured to receive downlink control information including a field that indicates a frequency domain resource assigned to a downlink shared channel; and a control section configured to, when the terminal is in a connected state and information regarding an initial downlink bandwidth part, BWP, for a cell is provided via a higher layer, determine a bandwidth based on a specified information included in the information regarding the initial downlink BWP, the determined bandwidth being used for determining a number of bits of the field, wherein bit selection during rate matching of the downlink shared channel is controlled based on the bandwidth.
A brachytherapy applicator device comprising: a radiation source configured to be disposed to a point of delivery, a connecting unit including a first connector coupled to a first colpostat and a second connector coupled to a second colpostat, wherein the first connector includes a first contact portion and a body portion, the first contact portion being immovably fixed to the body portion, the second connector includes a second contact portion and a third contact portion, the second contact portion being configured to contact and pivotally engage the first contact portion, the first connector further includes a fourth contact portion configured to contact the third contact portion, and the second contact portion and the third contact portion are disposed between the first contact portion and the fourth contact portion, the first contact portion being disposed closer to the point of delivery of the radiation source than the second, third, or fourth contact portions are disposed to the point of delivery of the radiation source, characterized in that the first contact portion pivots around the second contact portion and wherein the first contact portion includes a socket member, and the second contact portion includes a ball member. a radiation source configured to be disposed to a point of delivery, a connecting unit including a first connector coupled to a first colpostat and a second connector coupled to a second colpostat, wherein the first connector includes a first contact portion and a body portion, the first contact portion being immovably fixed to the body portion, the second connector includes a second contact portion and a third contact portion, the second contact portion being configured to contact and pivotally engage the first contact portion, the first connector further includes a fourth contact portion configured to contact the third contact portion, and the second contact portion and the third contact portion are disposed between the first contact portion and the fourth contact portion, the first contact portion being disposed closer to the point of delivery of the radiation source than the second, third, or fourth contact portions are disposed to the point of delivery of the radiation source, characterized in that the first contact portion pivots around the second contact portion and wherein the first contact portion includes a socket member, and the second contact portion includes a ball member.
A turbine engine assembly comprising: a compressor; an air duct coupled in flow communication with said compressor, said air duct configured to channel a flow of bleed air from said compressor therethrough; and a fluid supply system coupled in flow communication with said air duct, wherein said fluid supply system is configured to channel a flow of fluid into or onto an exterior surface of said air duct to modify a temperature of the bleed air based on an operating condition of the turbine engine assembly; characterized in that said fluid supply system comprises a source of water and a source of steam, said fluid supply system configured to selectively channel one of water or steam towards said air duct and wherein the selection is based on whether the bleed air channeled through air duct is to be either cooled or heated. a compressor; an air duct coupled in flow communication with said compressor, said air duct configured to channel a flow of bleed air from said compressor therethrough; and a fluid supply system coupled in flow communication with said air duct, wherein said fluid supply system is configured to channel a flow of fluid into or onto an exterior surface of said air duct to modify a temperature of the bleed air based on an operating condition of the turbine engine assembly; characterized in that said fluid supply system comprises a source of water and a source of steam, said fluid supply system configured to selectively channel one of water or steam towards said air duct and wherein the selection is based on whether the bleed air channeled through air duct is to be either cooled or heated.
A tool-carrying group for agricultural machines, in particular for rotary harrows, comprising two supports (1, 1') which are configured to be mounted axially with spacing on a supporting structure so as to rotatably support a tool-carrying shaft on the supporting structure, each of the supports (1, 1') including • a flanged element (2; 2') which is configured to be removably secured to the supporting structure and in which an axial seat (11; 11') is defined, • a bearing ring which is received in the seat (11; 11') and which is configured to engage with the tool-carrying shaft, • a plurality of rolling elements which support the bearing ring in terms of rotation inside the seat (11; 11'), the rolling elements being interposed between a first rolling track which is constructed at the periphery of the bearing ring and a second rolling track which faces the first rolling track, characterized in that, in at least one of the supports (1; 1'), the second rolling track is constructed in one piece in the flanged element (2; 2') and is structurally integrated therewith so as to define with the bearing ring and the rolling elements a rolling bearing which is integrated in the flanged element (2; 2'). • a flanged element (2; 2') which is configured to be removably secured to the supporting structure and in which an axial seat (11; 11') is defined, • a bearing ring which is received in the seat (11; 11') and which is configured to engage with the tool-carrying shaft, • a plurality of rolling elements which support the bearing ring in terms of rotation inside the seat (11; 11'), the rolling elements being interposed between a first rolling track which is constructed at the periphery of the bearing ring and a second rolling track which faces the first rolling track,
An apparatus comprising: a bit cell (102, 202) coupled to a first bit line (108, 208), a second bit line (110, 210), and a wordline (106, 206) that is responsive to a wordline driver (138, 238); a sense amplifier (116, 216) coupled to the first bit line (108, 208) and to the second bit line (110, 210); a timing circuit configured to generate a first signal (101, 201) and a second signal (103, 203); a loop circuit (114, 214) configured to provide a sense amplifier enable signal (105, 205) to the sense amplifier (116, 216) in response to receiving the first signal (101, 201); and a wordline enable circuit (112, 212) configured to provide a wordline enable signal (113, 213) to the wordline driver (138, 238) in response to receiving the second signal (103, 203), wherein the loop circuit (114, 214) is operative to receive the first signal (101, 201) before the wordline, enable circuit (112, 212) receives the second signal (103, 203) and is programmable to adjust a delay of the sense amplifier enable signal (105, 205). a bit cell (102, 202) coupled to a first bit line (108, 208), a second bit line (110, 210), and a wordline (106, 206) that is responsive to a wordline driver (138, 238); a sense amplifier (116, 216) coupled to the first bit line (108, 208) and to the second bit line (110, 210); a timing circuit configured to generate a first signal (101, 201) and a second signal (103, 203); a loop circuit (114, 214) configured to provide a sense amplifier enable signal (105, 205) to the sense amplifier (116, 216) in response to receiving the first signal (101, 201); and a wordline enable circuit (112, 212) configured to provide a wordline enable signal (113, 213) to the wordline driver (138, 238) in response to receiving the second signal (103, 203), wherein the loop circuit (114, 214) is operative to receive the first signal (101, 201) before the wordline, enable circuit (112, 212) receives the second signal (103, 203) and is programmable to adjust a delay of the sense amplifier enable signal (105, 205).
A method for scheduling uplink data, comprising: sending configuration information to a user equipment, wherein the configuration information is used to configure a mode in which a scheduling request sent by the user equipment indicates an attribute of uplink data buffered by the user equipment, wherein the attribute of the uplink data buffered by the user equipment comprises at least one of: a range of an amount of the uplink data buffered by the user equipment, a range of a priority level of a logical channel carrying the uplink data buffered by the user equipment, and a type of the logical channel carrying the uplink data buffered by the user equipment; receiving the scheduling request sent by the user equipment according to the configuration information, wherein the scheduling request carries indication information indicating the attribute of the uplink data buffered by the user equipment; and allocating an uplink resource to the user equipment according to the indication information carried in the scheduling request. sending configuration information to a user equipment, wherein the configuration information is used to configure a mode in which a scheduling request sent by the user equipment indicates an attribute of uplink data buffered by the user equipment, wherein the attribute of the uplink data buffered by the user equipment comprises at least one of: a range of an amount of the uplink data buffered by the user equipment, a range of a priority level of a logical channel carrying the uplink data buffered by the user equipment, and a type of the logical channel carrying the uplink data buffered by the user equipment; receiving the scheduling request sent by the user equipment according to the configuration information, wherein the scheduling request carries indication information indicating the attribute of the uplink data buffered by the user equipment; and allocating an uplink resource to the user equipment according to the indication information carried in the scheduling request.
A topical lip treatment strip comprising: a substrate comprising two surfaces; and a topical lip treatment composition wherein the topical lip treatment composition is deposited onto the two surfaces of the substrate; and wherein each strip has a length of 1 cm to 10 cm and a width of 1 cm to 5 cm; wherein one or more grasping portions are provided at the side(s) of the treatment strip on which no topical composition is deposited. a substrate comprising two surfaces; and a topical lip treatment composition wherein the topical lip treatment composition is deposited onto the two surfaces of the substrate; and wherein each strip has a length of 1 cm to 10 cm and a width of 1 cm to 5 cm; wherein one or more grasping portions are provided at the side(s) of the treatment strip on which no topical composition is deposited.
A staple sizer for determining sizes of surgical staples during surgery, comprising: a disc-shaped member comprising a plurality of sections corresponding to different sizes of surgical staples; a pair of parallel protrusions disposed within each of the plurality of sections and extending away from the center of the staple sizer; and characterised by a pair of holes disposed adjacently to each pair of parallel protrusions, the pair of holes corresponding to positions of a first leg and a second leg of the surgical staple in a distracted state of the surgical staple. a disc-shaped member comprising a plurality of sections corresponding to different sizes of surgical staples; a pair of parallel protrusions disposed within each of the plurality of sections and extending away from the center of the staple sizer; and
A thermoplastic resin composition comprising: a thermoplastic resin comprising an acrylate-based rubber-modified vinyl graft copolymer and an aromatic vinyl copolymer resin; a crosslinked aromatic vinyl copolymer resin; and zinc oxide having an average particle diameter of 0.3 μm to 3 μm and a BET specific surface area of 1 m 2 /g to 10 m 2 /g, wherein the zinc oxide has a peak position (2θ) in the range of 35° to 37° in X-ray diffraction analysis and a crystallite size of 1,000 Å to 2,000 Å, as calculated by Equation 1: Crystallite size D = Kλ β cos θ where K is a shape factor, λ is an X-ray wavelength, β is an FWHM value (degree) of an X-ray diffraction peak, and θ is a peak position degree. a thermoplastic resin comprising an acrylate-based rubber-modified vinyl graft copolymer and an aromatic vinyl copolymer resin; a crosslinked aromatic vinyl copolymer resin; and zinc oxide having an average particle diameter of 0.3 μm to 3 μm and a BET specific surface area of 1 m 2 /g to 10 m 2 /g, wherein the zinc oxide has a peak position (2θ) in the range of 35° to 37° in X-ray diffraction analysis and a crystallite size of 1,000 Å to 2,000 Å, as calculated by Equation 1: Crystallite size D = Kλ β cos θ where K is a shape factor, λ is an X-ray wavelength, β is an FWHM value (degree) of an X-ray diffraction peak, and θ is a peak position degree.
Microalgae culture system under external conditions comprising: - a culture medium container wherein the ratio between the height "h" of the culture medium and the surface area of the base of the container "A" meets the condition that h A < 0.12 - a rotation system equipped with at least some rotating means (2, 3, 4) comprising at least one set of blades (2, 3, 4), - a culture medium that may be vertically displaced by the rotating means (2, 3, 4), thereby generating a turbulent regime in the culture medium, and - a CO 2 fixation and O 2 desorption system for the simultaneous transfer of both matter and heat, characterised in that the set of blades (2, 3, 4) comprises sweep blades designed to re-suspend the deposited algae and clean the contaminations at the bottom of the container, the sweep blades further comprising brushes in contact with the bottom of the container for carrying the contaminations accumulated in the bottom of the container. - a culture medium container wherein the ratio between the height "h" of the culture medium and the surface area of the base of the container "A" meets the condition that h A < 0.12 - a rotation system equipped with at least some rotating means (2, 3, 4) comprising at least one set of blades (2, 3, 4), - a culture medium that may be vertically displaced by the rotating means (2, 3, 4), thereby generating a turbulent regime in the culture medium, and - a CO 2 fixation and O 2 desorption system for the simultaneous transfer of both matter and heat,
A fuel cell system, wherein the fuel cell system comprises a solid oxide fuel cell which generates a power by receiving a supply of an anode gas and a cathode gas, the system further comprising: a fuel tank to store a liquid fuel which is to become the anode gas, an anode supply path connecting the fuel tank and an anode electrode of the fuel cell, and a control unit, characterized by an exhaust gas burner to burn an anode off-gas and a cathode off-gas, both gases been discharged from the fuel cell, a collector which is communicated to the fuel tank and collects the fuel which is vaporized in the fuel tank, and a fuel supply path which connects the collector with the exhaust gas burner; wherein when the fuel cell system is stopped, the fuel collected by the collector is supplied to the exhaust gas burner via the fuel supply path. a fuel tank to store a liquid fuel which is to become the anode gas, an anode supply path connecting the fuel tank and an anode electrode of the fuel cell, and a control unit, characterized by an exhaust gas burner to burn an anode off-gas and a cathode off-gas, both gases been discharged from the fuel cell, a collector which is communicated to the fuel tank and collects the fuel which is vaporized in the fuel tank, and a fuel supply path which connects the collector with the exhaust gas burner; wherein when the fuel cell system is stopped, the fuel collected by the collector is supplied to the exhaust gas burner via the fuel supply path.
A method of facilitating interruption processing in a computing environment, characterized by comprising steps of: setting an interruption code, responsive to one or more requests for interruption by one or more hardware adapters, the interruption code comprising an adapter interruption source mask (AISM) representing multiple types of adapters, the AISM having a source indicator for each adapter type of the multiple types of adapters, wherein the setting the interruption code comprises determining, based on a setting of one or more specified indicators, one or more adapter types of one or more adapters requesting an interrupt, and setting one or more source indicators in the AISM corresponding to the one or more determined adapter types; presenting the interruption code to the operating system to process the one or more requests for interruption; examining, by the operating system, the interruption code to determine the one or more adapter types requesting an interrupt, the examining comprising examining the AISM to determine which one or more source indicators of the AISM are set; identifying, based on the one or more adapter types that correspond to the one or more source indicators that are set, one or more interrupt event indicators that are associated with the one or more adaptor types; and processing the at least one interrupt event indicator that is set. setting an interruption code, responsive to one or more requests for interruption by one or more hardware adapters, the interruption code comprising an adapter interruption source mask (AISM) representing multiple types of adapters, the AISM having a source indicator for each adapter type of the multiple types of adapters, wherein the setting the interruption code comprises determining, based on a setting of one or more specified indicators, one or more adapter types of one or more adapters requesting an interrupt, and setting one or more source indicators in the AISM corresponding to the one or more determined adapter types; presenting the interruption code to the operating system to process the one or more requests for interruption; examining, by the operating system, the interruption code to determine the one or more adapter types requesting an interrupt, the examining comprising examining the AISM to determine which one or more source indicators of the AISM are set; identifying, based on the one or more adapter types that correspond to the one or more source indicators that are set, one or more interrupt event indicators that are associated with the one or more adaptor types; and processing the at least one interrupt event indicator that is set.
A metering pump for metering fluids, with a delivery chamber, said delivery chamber comprising the fluid to be delivered, being in fluid connection with a suction conduit which can be opened via a suction valve as well as in fluid connection with a delivery conduit which can be opened via a delivery valve and being delimited at least at one side by a displacement body in the form of a membrane, characterised in that a device for carrying out an impulse generation is arranged in the delivery chamber, said device being formed by the displacement body which can be driven via a rotation angle controlled or path controlled drive device, wherein the rotation-angle controlled or path controlled drive device is suitable for providing part-suction-strokes and part-delivery-strokes of the displacement body and that the metering pump is suitable for carrying out the following method for degassing the delivery chamber of the metering pump: carrying out an impulse generation, wherein gas bubbles which have arisen in the delivery chamber due to a gas-forming fluid and which adhere on the inner surface are detached from these surfaces, wherein the gas bubbles (4, 4', 8, 8') which are present in the delivery chamber accumulate into a collective gas bubble and wherein the collective gas bubble escapes from the delivery chamber due to an increase in pressure.
Lithium anode for a lithium cell and/or lithium battery, comprising: - a power outlet layer, - an anode active material and - a coating, wherein the power outlet layer is configured in a grid-like manner with a conductor structure defining open hollow spaces, the anode active material is arranged as a layer on the surface of the conductor structure and the coating covers the power outlet layer and thus the anode active material and complete filling of the hollow spaces, coupled with the anode active material and the coating, is provided. - a power outlet layer, - an anode active material and - a coating, wherein the power outlet layer is configured in a grid-like manner with a conductor structure defining open hollow spaces, the anode active material is arranged as a layer on the surface of the conductor structure and the coating covers the power outlet layer and thus the anode active material and complete filling of the hollow spaces, coupled with the anode active material and the coating, is provided.
Device for preserving a biological sample collected on a surface of a capturing element arranged on a detachable portion of a biological sampling device, comprising: - a body, - two holding members (11, 12) for holding said portion integral with said body, said holding members (11, 12) being arranged so as to hold said portion between them avoiding any contact between the surface of the capturing element and the body, - a first member provided with an opening for the passage without friction of the capturing element, the second holding member being provided with a blind opening suitable for receiving an end of said portion. - a body, - two holding members (11, 12) for holding said portion integral with said body, said holding members (11, 12) being arranged so as to hold said portion between them avoiding any contact between the surface of the capturing element and the body, - a first member provided with an opening for the passage without friction of the capturing element, the second holding member being provided with a blind opening suitable for receiving an end of said portion.