mhurhangee/ep-ind-claims huggingface dataset:
A system for dispensing liquid medicine for oral administration, said system comprising: at least one cartridge that includes; a hollow, elongate shell (22,24) that has a longitudinal axis and that defines an internal cavity and that is closed at one end with a septum, at least part of said septum being thin enough to rupture when pricked with a sharp object; a piston that is disposed inside the shell (22,24) and that can slide axially inside the cavity, while sealing against the inside of the shell; and a liquid medicine, which is held inside the cavity between the closed end and the piston; and a dispenser that includes: a body defining a receiving formation in which at least the closed end of the shell (22,24) of the cartridge is receivable; a sharp protuberance disposed in the receiving formation and configured to rupture the septum if the cartridge is moved far enough in the axial direction; and a plunger that is displaceable in the axial direction towards the protuberance characterised in that said dispenser includes a receiver defining a recess in which the cartridge is receivable, at least in part, said plunger being attachable to the receiver, to slide relative to the receiver and cartridge shell (22,24) in the axial direction. at least one cartridge that includes; a hollow, elongate shell (22,24) that has a longitudinal axis and that defines an internal cavity and that is closed at one end with a septum, at least part of said septum being thin enough to rupture when pricked with a sharp object; a piston that is disposed inside the shell (22,24) and that can slide axially inside the cavity, while sealing against the inside of the shell; and a liquid medicine, which is held inside the cavity between the closed end and the piston; and a hollow, elongate shell (22,24) that has a longitudinal axis and that defines an internal cavity and that is closed at one end with a septum, at least part of said septum being thin enough to rupture when pricked with a sharp object; a piston that is disposed inside the shell (22,24) and that can slide axially inside the cavity, while sealing against the inside of the shell; and a liquid medicine, which is held inside the cavity between the closed end and the piston; and a dispenser that includes: a body defining a receiving formation in which at least the closed end of the shell (22,24) of the cartridge is receivable; a sharp protuberance disposed in the receiving formation and configured to rupture the septum if the cartridge is moved far enough in the axial direction; and a plunger that is displaceable in the axial direction towards the protuberance a body defining a receiving formation in which at least the closed end of the shell (22,24) of the cartridge is receivable; a sharp protuberance disposed in the receiving formation and configured to rupture the septum if the cartridge is moved far enough in the axial direction; and a plunger that is displaceable in the axial direction towards the protuberance
Visualisation system configured to be worn on the head of a user wearing a standard aviation audio communication headset used in civil aviation comprised of a first arch and two lateral headphones, said visualisation system comprising at least one headband in the form of a strip and one visualisation device mounted on said headband, characterised in that said headband comprises two symmetrical, lateral bridges (12D, 12G), each bridge being in the form of an arch so as to leave an opening (13D, 13G) of one to two centimetres between said arch and the head of the user so that, when the system is being worn on said head, said opening is sufficient to allow one of the two lateral arms of the first arch pass through.
A system for heat dissipation using a hygroscopic working fluid, the system comprising: a process heat exchanger configured to transfer thermal energy from a heated process fluid to a hygroscopic working fluid to form a cooled process fluid; a fluid-air contactor (8, 102, 103, 204, 401) configured to dissipate heat from the hygroscopic working fluid to a cooling gas composition, and configured to transfer moisture between the hygroscopic working fluid and the cooling gas composition; and characterised by a feed gas heat exchanger configured to condense liquid from a feed gas on a heat transfer surface of the feed gas heat exchanger in contact with the cooled process fluid, to form a cooled feed gas, the heated process fluid, and a condensate wherein the system is configured to add at least part of the condensate to the hygroscopic working fluid. a process heat exchanger configured to transfer thermal energy from a heated process fluid to a hygroscopic working fluid to form a cooled process fluid; a fluid-air contactor (8, 102, 103, 204, 401) configured to dissipate heat from the hygroscopic working fluid to a cooling gas composition, and configured to transfer moisture between the hygroscopic working fluid and the cooling gas composition; and characterised by a feed gas heat exchanger configured to condense liquid from a feed gas on a heat transfer surface of the feed gas heat exchanger in contact with the cooled process fluid, to form a cooled feed gas, the heated process fluid, and a condensate wherein the system is configured to add at least part of the condensate to the hygroscopic working fluid.
A clamp for a tubular, the clamp comprising: a plurality of clamp members adapted to grip the tubular; and at least one flexible elongate energising element adapted to exert a force on the clamp members to urge the clamp members to grip the tubular; characterised in that the clamp members and the energising element are adapted to exert a substantially uniform radial clamp load on the tubular that is independent of external loads applied to the clamp, and in that the clamp members are flexible and are dimensioned to substantially encircle a circumference of the tubular. a plurality of clamp members adapted to grip the tubular; and at least one flexible elongate energising element adapted to exert a force on the clamp members to urge the clamp members to grip the tubular; characterised in that the clamp members and the energising element are adapted to exert a substantially uniform radial clamp load on the tubular that is independent of external loads applied to the clamp, and in that the clamp members are flexible and are dimensioned to substantially encircle a circumference of the tubular.
A method of making a sealing ring ion membrane integrated component, wherein: the method of making the sealing ring ion membrane integrated component comprises steps: A: mixing sulfonic resin with dimethylformamide based on a ratio of 0.95∼1.05: 90∼98, by weight and stirring; B: filtering the mixed liquid obtained in step A; C: placing the filtrate in a plastic container for precipitating; D: seating the sealing ring into a worktable of a drying apparatus; E: pouring the precipitated filtrate into the worktable of the drying apparatus, drying the same under a constant temperature selected from a temperature range of 110°C to 130°C for 80 to 100 minutes, and vacuuming while drying under the constant temperature; F: taking the dried integrated ion membrane sealing ring assembly out of the drying apparatus, and then cooling the assembly. A: mixing sulfonic resin with dimethylformamide based on a ratio of 0.95∼1.05: 90∼98, by weight and stirring; B: filtering the mixed liquid obtained in step A; C: placing the filtrate in a plastic container for precipitating; D: seating the sealing ring into a worktable of a drying apparatus; E: pouring the precipitated filtrate into the worktable of the drying apparatus, drying the same under a constant temperature selected from a temperature range of 110°C to 130°C for 80 to 100 minutes, and vacuuming while drying under the constant temperature; F: taking the dried integrated ion membrane sealing ring assembly out of the drying apparatus, and then cooling the assembly.
An agricultural vehicle, comprising: a chassis; at least one rotor supported by the chassis and configured for threshing a crop material; at least one exterior side member supported by the chassis and including at least one outlet; and an air conduit located underneath said at least one rotor and configured for providing an airstream directed to said at least one exterior side member such that the airstream forces a material other than grain out through said at least one outlet, wherein said at least one rotor defines a rotor axis, and said air conduit extends along the rotor axis underneath at least a portion of said at least one rotor; characterized in that the agricultural vehicle further comprising: a plurality of guide plates adjacent to said rotor and configured for guiding the material other than grain concentrically around said rotor axis. a chassis; at least one rotor supported by the chassis and configured for threshing a crop material; at least one exterior side member supported by the chassis and including at least one outlet; and an air conduit located underneath said at least one rotor and configured for providing an airstream directed to said at least one exterior side member such that the airstream forces a material other than grain out through said at least one outlet, wherein said at least one rotor defines a rotor axis, and said air conduit extends along the rotor axis underneath at least a portion of said at least one rotor; characterized in that the agricultural vehicle further comprising: a plurality of guide plates adjacent to said rotor and configured for guiding the material other than grain concentrically around said rotor axis.
Heat exchanger arrangement consisting of an air-heat exchanger arranged in a thermally insulated, chamber-like housing, a defrosting device and a fan, whereby the chamber-like housing itself forms an air-flow space and is segmented by the air-heat exchanger into an inflow space and an outflow space, characterised in that the air-heat exchanger has adjustable flaps which are constructed on an air entry side and air exit side to regulate and shut off the air flow path, whereby the flaps, for the defrosting of the air-heat exchanger, are designed and positionable so as to completely cover, and thermally insulate vis-à-vis the outside, the air entry and air exit side.
An isolated, synthetic or recombinant antibody or fragment thereof that specifically binds to complement control protein domain 18 of factor H and potentiates FH activity, wherein said FH activity is inhibition of alternative complement activation, and wherein said antibody or fragment thereof comprises: - a heavy chain CDR1 having the sequence of SEQ ID NO:5, a heavy chain CDR2 having the sequence of SEQ ID NO:6 and a heavy chain CDR3 sequence having the sequence of SEQ ID NO:7, and - a light chain CDR1 sequence having the sequence of SEQ ID NO:1, a light chain CDR2 sequence having the sequence of SEQ ID NO:2 and a light chain CDR3 having the sequence of SEQ ID NO:3. - a heavy chain CDR1 having the sequence of SEQ ID NO:5, a heavy chain CDR2 having the sequence of SEQ ID NO:6 and a heavy chain CDR3 sequence having the sequence of SEQ ID NO:7, and - a light chain CDR1 sequence having the sequence of SEQ ID NO:1, a light chain CDR2 sequence having the sequence of SEQ ID NO:2 and a light chain CDR3 having the sequence of SEQ ID NO:3.
A method of managing network entry and handover in a land-to-sea wireless network, the method comprising: computing, by a Customer Premises Equipment, CPE, a downlink Signal-to-Noise Ratio, SNR, metric associated with each of a plurality of antenna arrays of the CPE for each of a plurality of Base Transceiver Station, BTS, frequencies, based on a plurality of Time Division Duplex, TDD, messages collected for the plurality of BTS frequencies; computing, by the CPE, a downlink Aggregated Weighted SNR, AWSNR, metric for each of the plurality of BTS frequencies across each of the plurality of antenna arrays based on downlink SNR metrics associated with the plurality of antenna arrays; storing, by the CPE, the downlink AWSNR metric computed for each of the plurality of BTS frequencies across each of the plurality of antenna arrays in a plurality of downlink AWSNR buffers, wherein each of the plurality of downlink AWSNR buffers is indexed by an associated BTS frequency and an associated antenna array; assigning ranks, by the CPE, to at least one downlink AWSNR buffer from the plurality of downlink AWSNR buffers based on associated downlink AWSNR metrics; establishing, by the CPE, a pseudo-connection with a target BTS associated with a highest ranked downlink AWSNR buffer; and evaluating, by the CPE, the pseudo-connection with the target BTS for one of a network entry and a handover, based on at least one of uplink AWSNR metrics computed by the target BTS based on uplink SNR metrics associated with the target BTS or uplink Module and Coding Scheme, MCS, metrics associated with the CPE and the target BTS. computing, by a Customer Premises Equipment, CPE, a downlink Signal-to-Noise Ratio, SNR, metric associated with each of a plurality of antenna arrays of the CPE for each of a plurality of Base Transceiver Station, BTS, frequencies, based on a plurality of Time Division Duplex, TDD, messages collected for the plurality of BTS frequencies; computing, by the CPE, a downlink Aggregated Weighted SNR, AWSNR, metric for each of the plurality of BTS frequencies across each of the plurality of antenna arrays based on downlink SNR metrics associated with the plurality of antenna arrays; storing, by the CPE, the downlink AWSNR metric computed for each of the plurality of BTS frequencies across each of the plurality of antenna arrays in a plurality of downlink AWSNR buffers, wherein each of the plurality of downlink AWSNR buffers is indexed by an associated BTS frequency and an associated antenna array; assigning ranks, by the CPE, to at least one downlink AWSNR buffer from the plurality of downlink AWSNR buffers based on associated downlink AWSNR metrics; establishing, by the CPE, a pseudo-connection with a target BTS associated with a highest ranked downlink AWSNR buffer; and evaluating, by the CPE, the pseudo-connection with the target BTS for one of a network entry and a handover, based on at least one of uplink AWSNR metrics computed by the target BTS based on uplink SNR metrics associated with the target BTS or uplink Module and Coding Scheme, MCS, metrics associated with the CPE and the target BTS.
A data receiver, said data receiver adapted to act as a sink capable of being connected to a plurality of sources and of selecting one of said sources as a contents input device, wherein the selected source is in a selection state and the other sources are in a non-selection state, the data receiver being adapted for receiving a transmission content from the selected source performing a content transmission process, the data receiver comprising: a device information storing memory for storing device information related to the data receiver; and a control unit for changing a setup of a hot plug state, which can be detected by the source selected as a contents input device, as a process of notifying said source whether the data stored in the memory can be obtained or not, wherein the control unit is arranged to set the hot plug state as a setup indicative of being in a state where the data stored in the memory is permitted to be obtained, when said source is in the selected state, characterized in that said control unit is configured to maintain a setup showing that the hot plug state is in a state where data stored in the memory is permitted to be obtained, in a case where said source is changed to the non-selection state from the selection state. a device information storing memory for storing device information related to the data receiver; and a control unit for changing a setup of a hot plug state, which can be detected by the source selected as a contents input device, as a process of notifying said source whether the data stored in the memory can be obtained or not, wherein
A composition comprising a pro-inflammatory cytokine inhibitor, epigallocatechin gallate (EGCG) and a Non-Steroidal Anti-Inflammatory Drug (NSAID) for use in treating a tendon injury in a performance animal being a horse.
A method of receiving a multiple input multiple output, MIMO, packet in a wireless local area network system, the method comprising: receiving a MIMO packet and first control information from a transmitter, the MIMO packet including at least one spatial stream set; wherein the first control information includes a first field that indicates whether the MIMO packet is a single user, SU, - MIMO packet or a multi user, MU, - MIMO packet, and wherein the first control information includes a second field which is differently interpreted based on whether the MIMO packet is a SU-MIMO packet or MU-MIMO packet, characterised in that the second field is interpreted to indicate: a modulation and coding scheme, MCS, used for the MIMO packet if the MIMO packet is a SU-MIMO packet, and an encoding scheme, which is one of binary convolutional coding, BCC, encoding scheme and low density parity check, LDPC, encoding scheme, applied to each of the at least one spatial stream set if the MIMO packet is a MU-MIMO packet. receiving a MIMO packet and first control information from a transmitter, the MIMO packet including at least one spatial stream set; wherein the first control information includes a first field that indicates whether the MIMO packet is a single user, SU, - MIMO packet or a multi user, MU, - MIMO packet, and wherein the first control information includes a second field which is differently interpreted based on whether the MIMO packet is a SU-MIMO packet or MU-MIMO packet, characterised in that the second field is interpreted to indicate: a modulation and coding scheme, MCS, used for the MIMO packet if the MIMO packet is a SU-MIMO packet, and an encoding scheme, which is one of binary convolutional coding, BCC, encoding scheme and low density parity check, LDPC, encoding scheme, applied to each of the at least one spatial stream set if the MIMO packet is a MU-MIMO packet. a modulation and coding scheme, MCS, used for the MIMO packet if the MIMO packet is a SU-MIMO packet, and an encoding scheme, which is one of binary convolutional coding, BCC, encoding scheme and low density parity check, LDPC, encoding scheme, applied to each of the at least one spatial stream set if the MIMO packet is a MU-MIMO packet.
A verification method based on a flexible display screen, comprising: generating (S31, S61, S71, S81) a verification code, and dividing the verification code into a plurality of parts; displaying (S32, S62, S72, S82) the plurality of parts on the flexible display screen separately; detecting (S33, S63, S73, S84) deformation of the flexible display screen, and determining a splicing result of the plurality of parts based on the deformation of the flexible display screen; and determining (S34, S85) a verification result based on the splicing result, wherein determining (S34, S85) the verification result based on the splicing result comprises: calculating (S51, S64, S74) a similarity degree between the splicing result and the verification code; determining (S52, S65, S75) that the verification result is a success when the similarity degree is greater than a first preset value; determining (S53, S66, S77) that the verification result is a failure when the similarity degree is smaller than or equal to the first preset value. generating (S31, S61, S71, S81) a verification code, and dividing the verification code into a plurality of parts; displaying (S32, S62, S72, S82) the plurality of parts on the flexible display screen separately; detecting (S33, S63, S73, S84) deformation of the flexible display screen, and determining a splicing result of the plurality of parts based on the deformation of the flexible display screen; and determining (S34, S85) a verification result based on the splicing result, wherein determining (S34, S85) the verification result based on the splicing result comprises: calculating (S51, S64, S74) a similarity degree between the splicing result and the verification code; determining (S52, S65, S75) that the verification result is a success when the similarity degree is greater than a first preset value; determining (S53, S66, S77) that the verification result is a failure when the similarity degree is smaller than or equal to the first preset value. calculating (S51, S64, S74) a similarity degree between the splicing result and the verification code; determining (S52, S65, S75) that the verification result is a success when the similarity degree is greater than a first preset value; determining (S53, S66, S77) that the verification result is a failure when the similarity degree is smaller than or equal to the first preset value.
A method for extending a railway track downstream from an existing track end, comprising: - a step for conveying a current track panel, wherein an operator causes a motorized lorry that has railway wheels and an off-track movement mechanism in the retracted position and that supports said current panel to travel on the existing track, so as to bring the motorized lorry closer to said end of the track; - a step for positioning the current panel downstream from the existing track, wherein the operator deploys the off-track movement mechanism so as to position an upstream end of the current panel overhanging the existing track end by causing the motorized lorry to run downstream from the existing track; - a step for releasing the current panel, wherein the operator discharges the motorized lorry while leaving the upstream end of the current panel overhanging the existing track end; and - a step for placing the current panel, wherein the operator lowers the current panel until the upstream end of the current panel coincides with the existing track end. - a step for conveying a current track panel, wherein an operator causes a motorized lorry that has railway wheels and an off-track movement mechanism in the retracted position and that supports said current panel to travel on the existing track, so as to bring the motorized lorry closer to said end of the track; - a step for positioning the current panel downstream from the existing track, wherein the operator deploys the off-track movement mechanism so as to position an upstream end of the current panel overhanging the existing track end by causing the motorized lorry to run downstream from the existing track; - a step for releasing the current panel, wherein the operator discharges the motorized lorry while leaving the upstream end of the current panel overhanging the existing track end; and - a step for placing the current panel, wherein the operator lowers the current panel until the upstream end of the current panel coincides with the existing track end.