mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal in a communication system, the method comprising: transmitting a physical uplink shared channel, PUSCH, to a base station; receiving, from the base station, a hybrid automatic repeat request-acknowledgment, HARQ-ACK, information; and identifying whether the HARQ-ACK information is valid for the PUSCH based on a time interval between a PDCCH reception and a PUSCH transmission, wherein the HARQ-ACK information is identified to be valid for the PUSCH in case that the PDCCH reception is after minimum duration from the PUSCH transmission, and wherein, in case that the PUSCH is transmitted with repetition: the HARQ-ACK information corresponding to ACK is identified to be valid for the PUSCH in case that the PDCCH reception is after the minimum duration from a first PUSCH transmission, characterized in that the HARQ-ACK information corresponding to NACK is identified to be valid for the PUSCH in case that the PDCCH reception is after the minimum duration from a last PUSCH transmission. transmitting a physical uplink shared channel, PUSCH, to a base station; receiving, from the base station, a hybrid automatic repeat request-acknowledgment, HARQ-ACK, information; and identifying whether the HARQ-ACK information is valid for the PUSCH based on a time interval between a PDCCH reception and a PUSCH transmission, wherein the HARQ-ACK information is identified to be valid for the PUSCH in case that the PDCCH reception is after minimum duration from the PUSCH transmission, and wherein, in case that the PUSCH is transmitted with repetition: the HARQ-ACK information corresponding to ACK is identified to be valid for the PUSCH in case that the PDCCH reception is after the minimum duration from a first PUSCH transmission, characterized in that the HARQ-ACK information corresponding to NACK is identified to be valid for the PUSCH in case that the PDCCH reception is after the minimum duration from a last PUSCH transmission. the HARQ-ACK information corresponding to ACK is identified to be valid for the PUSCH in case that the PDCCH reception is after the minimum duration from a first PUSCH transmission, characterized in that the HARQ-ACK information corresponding to NACK is identified to be valid for the PUSCH in case that the PDCCH reception is after the minimum duration from a last PUSCH transmission.
Check valve for regulating outflow of a fluid, including - a valve body that delimits an outflow chamber which extends from an inlet to an outlet of the valve, - a shutter housed in said outflow chamber suitable for blocking the said inlet in correspondence to a closure portion facing the said inlet in which the shutter includes at least one portion in ferromagnetic material, - wherein the valve includes the means for generation of a magnetic field, the said means being set out on the valve body, externally to the said outflow chamber, in such a way as to generate a magnetic field that influences the shutter and is not affected by the flow crossing the outflow chamber, - the valve includes at least one fin (88,92,120) suitable for subdividing the inlet flow into a plurality of flows and creating a guide and alignment for the shutter, characterised in that said shutter is counterprofiled with regard to the internal walls of outflow chamber in such a way as to form with the said chamber a passage with a constant section, wherein the geometry of the shutter and the valve body creates a constant passage section for the fluid in such a way that the flow has a constant speed in passing through the valve. - a valve body that delimits an outflow chamber which extends from an inlet to an outlet of the valve, - a shutter housed in said outflow chamber suitable for blocking the said inlet in correspondence to a closure portion facing the said inlet in which the shutter includes at least one portion in ferromagnetic material, - wherein the valve includes the means for generation of a magnetic field, the said means being set out on the valve body, externally to the said outflow chamber, in such a way as to generate a magnetic field that influences the shutter and is not affected by the flow crossing the outflow chamber, - the valve includes at least one fin (88,92,120) suitable for subdividing the inlet flow into a plurality of flows and creating a guide and alignment for the shutter,
An in vitro method for diagnosing ascending aorta dilation in a subject that comprises (i) determining the level of expression of circulating miR-718 in a blood sample from said subject, and (ii) comparing the level of expression obtained in (i) with a reference value, wherein if the level of expression of circulating miR-718 is decreased with respect to the reference value, then the subject is diagnosed with ascending aorta dilation. (i) determining the level of expression of circulating miR-718 in a blood sample from said subject, and (ii) comparing the level of expression obtained in (i) with a reference value, wherein if the level of expression of circulating miR-718 is decreased with respect to the reference value, then the subject is diagnosed with ascending aorta dilation.
A mask system (10, 210), comprising: a cushion and headgear module including a one piece construction having an outer fabric layer and an inner cushioning layer within the fabric layer, the cushion and headgear module including a cushion region (30, 330) adapted to define a breathing chamber and form a seal with the patient's face and a headgear region including straps (42, 44, 340) adapted to maintain the cushion region (30, 330) in position on the patient's face in use, wherein at least one of the headgear straps (42, 44, 340) contains an air delivery tube within the fabric. a cushion and headgear module including a one piece construction having an outer fabric layer and an inner cushioning layer within the fabric layer, the cushion and headgear module including a cushion region (30, 330) adapted to define a breathing chamber and form a seal with the patient's face and a headgear region including straps (42, 44, 340) adapted to maintain the cushion region (30, 330) in position on the patient's face in use, wherein at least one of the headgear straps (42, 44, 340) contains an air delivery tube within the fabric.
Transgenic (Tg) rabbit capable of developing an enhanced humoral immune response, in particular capable of developing a more robust immune response, against an antigen as compared to a non-transgenic control animal of the same species, comprising an introduced genetic construct providing for the expression of a nucleic acid sequence encoding the α-chain of the rabbit FcRn protein, wherein said genetic construct provides for enhanced MHC class I-related neonatal Fc receptor (FcRn) activity.
A method for comparing data, comprising: comparing first input data to first stored data (404-0, 404-1, 404-2, 404-3, 404-4, 404-5, 404-6, 404-7) stored in a first memory cell (125, 425, 525, 625) by applying a first voltage differential (VDM1, VDM2) across the first memory cell during a first time period; comparing second input data to second stored data (404-0, 404-1, 404-2, 404-3, 404-4, 404-5, 404-6, 404-7) stored in a second memory cell (125, 425, 525, 625) by applying a second voltage differential (VDM1, VDM2) across the second memory cell during a second time period, wherein the first and second voltage differentials have opposite polarities; determining whether the first input data matches the first stored data based on whether the first memory cell snaps back in response to applying the first voltage differential across the first memory cell; and determining whether the second input data matches the second stored data (404-0, 404-1, 404-2, 404-3, 404-4, 404-5, 404-6, 404-7) based on whether the second memory cell (125, 425, 525, 625) snaps back in response to applying the second voltage differential (VDM1, VDM2) across the second memory cell. comparing first input data to first stored data (404-0, 404-1, 404-2, 404-3, 404-4, 404-5, 404-6, 404-7) stored in a first memory cell (125, 425, 525, 625) by applying a first voltage differential (VDM1, VDM2) across the first memory cell during a first time period; comparing second input data to second stored data (404-0, 404-1, 404-2, 404-3, 404-4, 404-5, 404-6, 404-7) stored in a second memory cell (125, 425, 525, 625) by applying a second voltage differential (VDM1, VDM2) across the second memory cell during a second time period, wherein the first and second voltage differentials have opposite polarities; determining whether the first input data matches the first stored data based on whether the first memory cell snaps back in response to applying the first voltage differential across the first memory cell; and determining whether the second input data matches the second stored data (404-0, 404-1, 404-2, 404-3, 404-4, 404-5, 404-6, 404-7) based on whether the second memory cell (125, 425, 525, 625) snaps back in response to applying the second voltage differential (VDM1, VDM2) across the second memory cell.
A control unit for controlling the operation of a nebulizer, the nebulizer comprising a reservoir chamber for storing a liquid to be nebulized, a piezoelectric element provided at, or proximate to, a bottom of the reservoir chamber for vibrating liquid stored in the reservoir chamber, and a mesh that has a plurality of small holes through which small amounts of liquid can pass, wherein the mesh is for nebulizing the liquid when the piezoelectric element vibrates the liquid, wherein the mesh is configured to be removable from the nebulizer and is located in the reservoir chamber above, and separated from, the piezoelectric element in the nebulizer, wherein the control unit is configured to: measure the impedance of the piezoelectric element in the nebulizer; determine whether the mesh in the nebulizer is positioned correctly with respect to the piezoelectric element by comparing the measured impedance to a predetermined impedance value that corresponds to a correct positioning of the mesh relative to the piezoelectric element; determine that the mesh in the nebulizer is positioned correctly with respect to the piezoelectric element if the measured impedance is equal to or within a predetermined range of the predetermined impedance value; and activate the piezoelectric element to nebulize liquid if it is determined that the mesh is positioned correctly in the nebulizer. measure the impedance of the piezoelectric element in the nebulizer; determine whether the mesh in the nebulizer is positioned correctly with respect to the piezoelectric element by comparing the measured impedance to a predetermined impedance value that corresponds to a correct positioning of the mesh relative to the piezoelectric element; determine that the mesh in the nebulizer is positioned correctly with respect to the piezoelectric element if the measured impedance is equal to or within a predetermined range of the predetermined impedance value; and activate the piezoelectric element to nebulize liquid if it is determined that the mesh is positioned correctly in the nebulizer.
An oil seal constructed by a combination of a lip seal member which is adapted to be fixed to an inner periphery of a shaft hole of a housing and a slinger which is adapted to be fixed to a rotary shaft inserted to said shaft hole, and inhibiting a dust in an external side from entering into a machine inner side as well as inhibiting a sealed fluid in the machine inner side from leaking to the external side, wherein said slinger is integrally provided with a tubular portion which is adapted to be fitted to said rotary shaft and a flange portion which is formed so as to rise up toward an outer side in a diametrical direction from said tubular portion, and is provided with a thread groove which carries out a pumping action toward said outer side in a diametrical direction in an end surface in an external side of said flange portion, wherein said lip seal member is provided with a main lip which slidably comes into close contact with the end surface in the external side of the flange portion in said slinger so as to seal said sealed fluid, a dust lip which is arranged in an external side of said main lip and is constructed by a rubber-like elastic body, and an intermediate lip which is arranged at an intermediate position between said main lip and said dust lip and is constructed by the rubber-like elastic body in the same manner, characterized in that an inner peripheral surface of said dust lip is provided with a plurality of circumferentially partial projection portions, which slidably come into contact with said outer peripheral surface of said tubular portion (31 a) in said slinger, and wherein said intermediate lip slidably directs its lip end to said machine inner side, comes into close contact with an outer peripheral surface of said tubular portion in said slinger over a whole periphery with said lip end and is provided with an annular first projection and a circumferentially partial second projection in a facing portion to the outer peripheral surface of the tubular portion in said slinger, wherein said first projection is provided with a structure which makes said dust hard to pass through toward said lip end by forming a micro gap in relation to the outer peripheral surface of the tubular portion in said slinger without coming into contact with the outer peripheral surface of the tubular portion in said slinger, and wherein said second projection is provided with a structure which properly keeps said micro gap in the case that any eccentricity is generated in said rotary shaft by having a higher position than said first projection.
A polysaccharide-containing powder having a particle size distribution in which 30 vol% or more and 70 vol% or less of the total volume of the powder has a particle size of 200 to 750 μm, and wherein a particle size at 10% of cumulative volume is 65 to 120 μm.
A method of estimating the thickness of buried concrete, the method comprising: placing one or more first accelerometers at a plurality of vertical positions below a surface of a ground at an approximate first distance from a vertical edge of the buried concrete; for each position in the plurality of vertical positions, generating a dispersive wave in the buried concrete; and determining a time of arrival of the dispersive wave at the one or more first accelerometers; and estimating the thickness of the buried concrete based on at least the times of arrival of the dispersive waves at the one or more first accelerometers. placing one or more first accelerometers at a plurality of vertical positions below a surface of a ground at an approximate first distance from a vertical edge of the buried concrete; for each position in the plurality of vertical positions, generating a dispersive wave in the buried concrete; and determining a time of arrival of the dispersive wave at the one or more first accelerometers; and estimating the thickness of the buried concrete based on at least the times of arrival of the dispersive waves at the one or more first accelerometers.
A method for network based mobility management, said method comprising: registering a mobile access terminal AT and a first IP gateway IPGW with a home agent HA when a wireless communication session is established between the mobile AT and the first IPGW, wherein registering the mobile AT and the first IPGW with the HA comprises creating a binding at the HA binding the first IPGW with a home address HoA assigned to the mobile AT and a care of address CoA of the mobile AT, the HoA being a fixed IP address for the mobile AT that does not change and the CoA being a temporary IP address for the mobile AT that is changeable based on a location of the mobile AT; and transferring context information regarding the mobile AT and a proxy mobile security key obtained by the first IPGW, from the first IPGW to a second IPGW when the mobile AT moves from a first access network to a second access network, wherein the second IPGW sends a binding request to the HA using the proxy mobile security key, and the HA returns a binding response to bind the second IPGW with the home address HoA and the care of address of the mobile AT. registering a mobile access terminal AT and a first IP gateway IPGW with a home agent HA when a wireless communication session is established between the mobile AT and the first IPGW, wherein registering the mobile AT and the first IPGW with the HA comprises creating a binding at the HA binding the first IPGW with a home address HoA assigned to the mobile AT and a care of address CoA of the mobile AT, the HoA being a fixed IP address for the mobile AT that does not change and the CoA being a temporary IP address for the mobile AT that is changeable based on a location of the mobile AT; and transferring context information regarding the mobile AT and a proxy mobile security key obtained by the first IPGW, from the first IPGW to a second IPGW when the mobile AT moves from a first access network to a second access network, wherein the second IPGW sends a binding request to the HA using the proxy mobile security key, and the HA returns a binding response to bind the second IPGW with the home address HoA and the care of address of the mobile AT.
A three-dimensional woven preform comprising: a planar flange comprising interwoven warp and weft fibers or yarns and having a first major surface; a first leg comprising the warp and weft fibers or yarns, the first leg extending from the first major surface of the planar flange, at least a portion of the first leg comprising a plurality of independently woven layers arranged perpendicular to said first major surface; at least a part of one of the plurality of independently woven layers comprises warp fibers or yarns carried as floats, the floats being warp fibers or yarns that are not woven with weft fibers in the at least a part; the first leg includes a first cut through the first leg, a plane of the first cut perpendicular to the planar flange and perpendicular to the first leg along the first cut of the first leg dividing the first leg into a first side and a second side, and characterised in that one or more of the plurality of independently woven layers being removed to reduce a thickness at a first segment of the first side adjoining the first cut of the first leg and a second segment of the second side adjoining the first cut of the first leg; wherein the first side is at an angle to the second side and wherein the first segment and the second segment at least partially overlap in that the preform is folded at the cut such that independent woven layers of the first segment overlap and form a joint with the independently woven layers of the second segment to form a corner in the region of the cut. a planar flange comprising interwoven warp and weft fibers or yarns and having a first major surface; a first leg comprising the warp and weft fibers or yarns, the first leg extending from the first major surface of the planar flange, at least a portion of the first leg comprising a plurality of independently woven layers arranged perpendicular to said first major surface; at least a part of one of the plurality of independently woven layers comprises warp fibers or yarns carried as floats, the floats being warp fibers or yarns that are not woven with weft fibers in the at least a part; the first leg includes a first cut through the first leg, a plane of the first cut perpendicular to the planar flange and perpendicular to the first leg along the first cut of the first leg dividing the first leg into a first side and a second side, and characterised in that one or more of the plurality of independently woven layers being removed to reduce a thickness at a first segment of the first side adjoining the first cut of the first leg and a second segment of the second side adjoining the first cut of the first leg; wherein the first side is at an angle to the second side and wherein the first segment and the second segment at least partially overlap in that the preform is folded at the cut such that independent woven layers of the first segment overlap and form a joint with the independently woven layers of the second segment to form a corner in the region of the cut.
A method for selective channel reset, comprising: determining that a candidate cell exhibits superior communication properties on a carrier than does a serving cell, wherein the carrier corresponds to a channel in use by the serving cell, and wherein the superior communication properties comprise at least one of a higher signal strength, a greater bandwidth, and a higher throughput; adding, by a controller, a reset flag to a channel reconfiguration message based on determining that the candidate cell exhibits the superior communication properties, wherein the reset flag instructs a user equipment to reset a subset of channels of a set of channels associated with the serving cell, wherein the subset of channels is less than all channels of the set of channels and includes the channel; and transmitting the channel reconfiguration message. determining that a candidate cell exhibits superior communication properties on a carrier than does a serving cell, wherein the carrier corresponds to a channel in use by the serving cell, and wherein the superior communication properties comprise at least one of a higher signal strength, a greater bandwidth, and a higher throughput; adding, by a controller, a reset flag to a channel reconfiguration message based on determining that the candidate cell exhibits the superior communication properties, wherein the reset flag instructs a user equipment to reset a subset of channels of a set of channels associated with the serving cell, wherein the subset of channels is less than all channels of the set of channels and includes the channel; and transmitting the channel reconfiguration message.
Method for enclosing a monolith with a mounting mat in a housing, wherein the monolith is wrapped in the mounting mat and stuffed into the housing, characterised in that the housing is radially elastically clamped at several points during the stuffing, a housing tolerance and/or a housing rotation being compensated by an elastic deformation caused by the clamping.
Railway vehicle motor, comprising a driving shaft and a casing for the driving shaft, the driving shaft being rotatable relative to the casing, the casing comprising at least one blocking element for blocking the movements of the driving shaft relative to the casing, said blocking element being movable between a blocking position in which said blocking element is applied against the driving shaft and prevents radial travel of the driving shaft relative to the casing, and a retracted position in which the element is spaced apart from the driving shaft and allows the driving shaft to move relative to the casing, wherein the blocking element comprises at least one contact shoe comprising a surface in contact with the driving shaft or with a part that is connected in rotation to the driving shaft, said shoe extends in a substantially radial direction about the driving shaft, the blocking element comprising at least one position-maintaining element for maintaining each shoe in position, the position-maintaining element comprising a bearing surface in contact with the shoe, or the position-maintaining element being rigidly secured to the shoe, the or each shoe is made of a material capable of wearing when the driving shaft is set in rotation and of diminishing the blocking function of the blocking element.