mhurhangee/patent-ind-claim-en huggingface dataset:
System for adjusting pressure in a reservoir , the system including: a pump system for pumping a fluid comprising predominantly nitrogen into the reservoir ; a system for recovering gas from the reservoir ; and a system for supplying the fluid to the pump system , wherein the fluid supply system includes a conversion device arranged to receive a fuel and a gas mixture comprising predominantly nitrogen and further comprising at least one oxidant, to react the fuel with the gas mixture and to supply fluid obtained upon reaction, the fluid supply system being arranged to supply at least a portion of that fluid as the fluid comprising predominantly nitrogen, wherein the fluid supply system further includes a source of the fuel and the fuel comprises hydrogen, characterised by further including: an expansion device , connected to the system for recovering gas from the reservoir and coupled to a generator , the expansion device being arranged to expand the recovered gas and to drive the generator , in that the pump system is configured for storing the fluid comprising predominantly nitrogen at elevated pressure in the reservoir and in that the system is arranged to expand the pressurised fluid in the expansion device to perform work and generate electricity. a pump system for pumping a fluid comprising predominantly nitrogen into the reservoir ; a system for recovering gas from the reservoir ; and a system for supplying the fluid to the pump system , wherein the fluid supply system includes a conversion device arranged to receive a fuel and a gas mixture comprising predominantly nitrogen and further comprising at least one oxidant, to react the fuel with the gas mixture and to supply fluid obtained upon reaction, the fluid supply system being arranged to supply at least a portion of that fluid as the fluid comprising predominantly nitrogen, wherein the fluid supply system further includes a source of the fuel and the fuel comprises hydrogen, characterised by further including: an expansion device , connected to the system for recovering gas from the reservoir and coupled to a generator , the expansion device being arranged to expand the recovered gas and to drive the generator , in that the pump system is configured for storing the fluid comprising predominantly nitrogen at elevated pressure in the reservoir and in that the system is arranged to expand the pressurised fluid in the expansion device to perform work and generate electricity. an expansion device , connected to the system for recovering gas from the reservoir and coupled to a generator , the expansion device being arranged to expand the recovered gas and to drive the generator , in that the pump system is configured for storing the fluid comprising predominantly nitrogen at elevated pressure in the reservoir and in that the system is arranged to expand the pressurised fluid in the expansion device to perform work and generate electricity.
A system of controlling active and reactive power flows between a first AC source and a second AC source, comprising: a transformer comprising a first set of windings and a second set of windings, the first set of windings of the transformer configured to be coupled to a first line-neutral voltage Va of a first phase, the first line-neutral voltage corresponding to a first AC source; a power converter (202, 242, 252, 402-4, 602-604) having an input and an output, the input of the power converter configured to be coupled to a second voltage corresponding to a second phase, a control module configured to regulate a duty cycle of the power converter and the transformer comprises a first tap and a second tap, the system characterized in that the power converter has a third voltage corresponding to a third phase, the output of the power converter coupled to the second set of windings of the transformer; and, wherein the power converter is configured to inject an adjustable voltage in series with a voltage across the second set of windings of the transformer to create a second line-neutral voltage, the second line-neutral voltage corresponding to a second AC source; the first tap is configured to provide the second voltage and the second tap configured to provide the third voltage, the first tap and the second tap are configured to be on the first set of windings ; and the control module is configured to regulate the duty cycle based on a constant such that the adjustable voltage comprises a first voltage component in quadrature with the first line-neutral voltage. a transformer comprising a first set of windings and a second set of windings, the first set of windings of the transformer configured to be coupled to a first line-neutral voltage Va of a first phase, the first line-neutral voltage corresponding to a first AC source; a power converter (202, 242, 252, 402-4, 602-604) having an input and an output, the input of the power converter configured to be coupled to a second voltage corresponding to a second phase, a control module configured to regulate a duty cycle of the power converter and the transformer comprises a first tap and a second tap, the system characterized in that the power converter has a third voltage corresponding to a third phase, the output of the power converter coupled to the second set of windings of the transformer; and, wherein the power converter is configured to inject an adjustable voltage in series with a voltage across the second set of windings of the transformer to create a second line-neutral voltage, the second line-neutral voltage corresponding to a second AC source; the first tap is configured to provide the second voltage and the second tap configured to provide the third voltage, the first tap and the second tap are configured to be on the first set of windings ; and the control module is configured to regulate the duty cycle based on a constant such that the adjustable voltage comprises a first voltage component in quadrature with the first line-neutral voltage.
A method for operating, in a shared-spectrum environment, an active coordination set, ACS, for joint wireless communication between a user equipment and a first base station of multiple base stations included in the ACS, the method comprising: performing, by the first base station included in the ACS, a first listen-before-talk, LBT, operation; determining, based on an outcome of the first LBT operation, that the first base station included in the ACS is free to begin a downlink, DL, transmission to the user equipment; and communicating, by the first base station included in the ACS, first transmit-timing information, TTI, to a second base station of the multiple base stations included in the ACS, the communicating performed using an Xn interface or an X2 interface in order to jointly transmit with the second base station the DL transmission to the user equipment. performing, by the first base station included in the ACS, a first listen-before-talk, LBT, operation; determining, based on an outcome of the first LBT operation, that the first base station included in the ACS is free to begin a downlink, DL, transmission to the user equipment; and communicating, by the first base station included in the ACS, first transmit-timing information, TTI, to a second base station of the multiple base stations included in the ACS, the communicating performed using an Xn interface or an X2 interface in order to jointly transmit with the second base station the DL transmission to the user equipment.
A mould for forming a collapsible container from an expandable material, the container comprising, when assembled, at least a base and two pairs of side walls extending at right angles from opposing sides of the base , the mould comprising: a first mould member and a second mould member movable with respect to each other between an open and a closed moulding position to define a mould cavity ; a control means for delivering expandable material into said mould cavity and for delivering steam to facilitate expansion of the expandable material within said mould cavity to form said container ; and a plurality of anvils mounted on a rear surface of at least one of the first mould member and/or second mould member , each anvil is contained within a perimeter of the rear surface of the first mould member and/or second mould member and are being movable so as to be extended into the mould cavity so as to form one or more hinges in the expandable material at predetermined locations within the mould cavity , characterised in that the mould cavity defined by internal walls of the first mould member and internal walls of the second mould member , the internal walls of the first mould member and the internal walls of the second mould member are shaped such that the collapsible container formed by the mould emerges as a three-dimensional representation of an inside-out configuration of the assembled container . a first mould member and a second mould member movable with respect to each other between an open and a closed moulding position to define a mould cavity ; a control means for delivering expandable material into said mould cavity and for delivering steam to facilitate expansion of the expandable material within said mould cavity to form said container ; and a plurality of anvils mounted on a rear surface of at least one of the first mould member and/or second mould member , each anvil is contained within a perimeter of the rear surface of the first mould member and/or second mould member and are being movable so as to be extended into the mould cavity so as to form one or more hinges in the expandable material at predetermined locations within the mould cavity , characterised in that the mould cavity defined by internal walls of the first mould member and internal walls of the second mould member , the internal walls of the first mould member and the internal walls of the second mould member are shaped such that the collapsible container formed by the mould emerges as a three-dimensional representation of an inside-out configuration of the assembled container .
An access control method for 5GNew Radio, NR, system, comprising: acquiring (2A01), by a User Equipment, UE, an access category for an uplink access request process triggered by an Access Stratum, AS, entity of the UE, wherein the access category is self-determined by the AS entity; and initiating (2A02), by the UE, the uplink access request process according to the access category, characterized in that the access category includes a call type and a Radio Resource Control, RRC, establishment cause. acquiring (2A01), by a User Equipment, UE, an access category for an uplink access request process triggered by an Access Stratum, AS, entity of the UE, wherein the access category is self-determined by the AS entity; and initiating (2A02), by the UE, the uplink access request process according to the access category, characterized in that the access category includes a call type and a Radio Resource Control, RRC, establishment cause.
A surgical hand piece comprising: a solid knife connected to a source of ultrasonic energy ; a housing for the ultrasonic energy source ; at least one rigid irrigation tube fastened near its proximal end to the housing and extending to a distal end along and adjacent the solid knife ; and at least one rigid aspiration tube fastened near its proximal end to the housing and extending to a distal end along and adjacent the solid knife . a solid knife connected to a source of ultrasonic energy ; a housing for the ultrasonic energy source ; at least one rigid irrigation tube fastened near its proximal end to the housing and extending to a distal end along and adjacent the solid knife ; and at least one rigid aspiration tube fastened near its proximal end to the housing and extending to a distal end along and adjacent the solid knife .
Optical resonator biosensor for the detection of butyrylcholinesterase in a sample, comprising two optical resonator biosensor systems in which in the first optical resonator biosensor system a probe is attached to the resonator wherein said probe is a compound that is able to bind uninhibited butyrylcholinesterase, said probe being able to bind to butyrylcholinesterase at the active site, and in which in the second optical resonator biosensor system an antibody is attached to the resonator, wherein said antibody is able to bind both inhibited and uninhibited butyrylcholinesterase, wherein either the probe and/or antibody are attached to their respective optical resonator biosensor systems before the biosensors are brought into contact with the sample or wherein the probe and/or antibody are attached to their respective optical resonator biosensor systems after the moment that the biosensors are brought into contact with the sample.
Cellulose carbamate polymer having - an average intrinsic viscosity of 146 to 368 ml/g; - a nitrogen content of 0.01 to 3 % by weight; - a polydispersity index of 2.0 to 5.0; and - having a content of p-terephthalate and/or p-terephthalic acid and/or unhydrolyzed or partly unhydrolyzed polyester of 0.00005 to 0.5 % by weight. - an average intrinsic viscosity of 146 to 368 ml/g; - a nitrogen content of 0.01 to 3 % by weight; - a polydispersity index of 2.0 to 5.0; and - having a content of p-terephthalate and/or p-terephthalic acid and/or unhydrolyzed or partly unhydrolyzed polyester of 0.00005 to 0.5 % by weight.
Method for operating a multi-cyclone for separating fine and very fine particles, whereby the multi-cyclone comprises: several essentially identically designed individual cyclones , each of which features a carrier gas inlet opening , a carrier gas outlet opening and a grit discharge opening , whereby the individual cyclones are housed together in a low-infiltrated-air housing , in which an upper and a lower chamber is designed, whereby the carrier gas outlet openings of the individual cyclones are open towards the upper chamber , whereby the upper chamber has a carrier gas overall outlet opening to discharge the carrier gas which enters the upper chamber from the respective carrier gas outlet openings of the individual cyclones , via the carrier gas overall outlet opening from the housing of the multi-cyclone . whereby the grit discharge openings are each open designed towards the lower chamber , whereby the lower chamber has a device for the extraction of cyclone grits introduced through the grit discharge openings , which is realized largely free from infiltrated air, whereby a common cyclone control air supply is provided to the lower chamber , wherein the carrier gas inlet openings are each supplied from outside the housing with a carrier gas flow of equal volume with the fine and very fine particles to be separated, wherein in the individual cyclones , an at least proportional separation of fine and very fine particles is carried out, wherein the fine particles enter the lower chamber as cyclone grit via the grit discharge openings and are discharged from there out of the housing via the device for extraction, whereby the very fine particles are passed as cyclone fines through the upper chamber and the carrier gas overall outlet opening out of the multi-cyclone by means of the carrier gas flow, characterized in that by controlling the quantity of the cyclone control air per unit of time supplied by the cyclone control air fed into the lower chamber , the quantity, the fineness, and/or the purity of the very fine particles fed from the multi-cyclone is adjusted. several essentially identically designed individual cyclones , each of which features a carrier gas inlet opening , a carrier gas outlet opening and a grit discharge opening , whereby the individual cyclones are housed together in a low-infiltrated-air housing , in which an upper and a lower chamber is designed, whereby the carrier gas outlet openings of the individual cyclones are open towards the upper chamber , whereby the upper chamber has a carrier gas overall outlet opening to discharge the carrier gas which enters the upper chamber from the respective carrier gas outlet openings of the individual cyclones , via the carrier gas overall outlet opening from the housing of the multi-cyclone . whereby the grit discharge openings are each open designed towards the lower chamber , whereby the lower chamber has a device for the extraction of cyclone grits introduced through the grit discharge openings , which is realized largely free from infiltrated air, whereby a common cyclone control air supply is provided to the lower chamber ,
A security inspection system , comprising: at least one inspection sub-system deployed at an inspection site and configured to perform ray scanning on an object to be inspected to obtain a radiographic image of the object to be inspected; at least one on-site image processing computer deployed at the inspection site and communicatively connected to the at least one inspection sub-system , wherein the at least one on-site image processing computer each comprises a hardware device, an operating system, and an image processing application, and is configured to store and process the radiographic image in real time; at least one remote image processing computer communicatively connected to the at least one on-site image processing computer via at least one of a public network and a dedicated network , and each of the remote image processing computer is configured to log in one of the at least one on-site image processing computer through remote access to synchronize remote data on a screen of the on-site image processing computer to the remote image processing computer for displaying of the remote data on the screen; characterized that the remote image processing computer is further configured to receive a graphics command input by the operator, check whether there is an overlap among image regions changed through the graphics command, and in response to there is an overlap, merge the regions related to the graphics command to generate the remote data on the screen. at least one inspection sub-system deployed at an inspection site and configured to perform ray scanning on an object to be inspected to obtain a radiographic image of the object to be inspected; at least one on-site image processing computer deployed at the inspection site and communicatively connected to the at least one inspection sub-system , wherein the at least one on-site image processing computer each comprises a hardware device, an operating system, and an image processing application, and is configured to store and process the radiographic image in real time; at least one remote image processing computer communicatively connected to the at least one on-site image processing computer via at least one of a public network and a dedicated network , and each of the remote image processing computer is configured to log in one of the at least one on-site image processing computer through remote access to synchronize remote data on a screen of the on-site image processing computer to the remote image processing computer for displaying of the remote data on the screen; characterized that the remote image processing computer is further configured to receive a graphics command input by the operator, check whether there is an overlap among image regions changed through the graphics command, and in response to there is an overlap, merge the regions related to the graphics command to generate the remote data on the screen.
A package comprising pellets made of saponified ethylene-vinyl ester-based copolymer or resin composition thereof, and a packaging container in which the pellets are packed, wherein the inside surface of the packaging container has a surface resistivity of 1.0×0 14 Ω or more and of 1.0×10 18 Ω or less wherein the surface resistivity is measured according to JIS K6911, and wherein each of the pellets has no edge and an approximately circular or oval cross-section; and wherein the saponified ethylene-vinyl ester-based copolymer has a content of ethylene unit of 20 to 60 mol% and a saponification degree of unit derived from vinyl ester monomer of 90 to 100 mol%; wherein the content of ethylene unit is measured according to ISO 14663, and the saponification degree is measured according to JIS K6726.
Naltrexone, or a pharmaceutically acceptable salt thereof and bupropion, or a pharmaceutically acceptable salt thereof, for use in reducing the risk of major adverse cardiovascular events (MACE) in a subject, wherein said MACE is non-fatal myocardial infarction.
A system for monitoring fatigue of a mechanical structure, characterized in that the system comprises memory equipment storing a database containing predetermined response values ( N 1,1 , ..., N P,Q ) each being associated with one of predetermined stress ranges and one of predetermined mean stresses, each of the response values expressing an upper limit for number of cycles of stress at a predetermined observation point of the mechanical structure in a situation in which the cycles have the predetermined stress range and the predetermined mean stress related to the response value under consideration, the upper limit corresponding to a predetermined survival probability of the mechanical structure, wherein the system comprises processing equipment configured to: - repeatedly update, for each of the response values, a corresponding stress history value ( n 1,1 ( t ) , ..., n P,Q ( t )) expressing number of cycles occurred in a time-trend of the stress and having the predetermined stress range and the predetermined mean stress related to the response value under consideration, and - repeatedly update a fatigue damage sum ( D ) based on the response values and the stress history values related to the response values, the fatigue damage sum expressing cumulated fatigue damage of the mechanical structure. - repeatedly update, for each of the response values, a corresponding stress history value ( n 1,1 ( t ) , ..., n P,Q ( t )) expressing number of cycles occurred in a time-trend of the stress and having the predetermined stress range and the predetermined mean stress related to the response value under consideration, and - repeatedly update a fatigue damage sum ( D ) based on the response values and the stress history values related to the response values, the fatigue damage sum expressing cumulated fatigue damage of the mechanical structure.
A pharmaceutical composition having a hypoglycemic effect, comprising: a GLP-1 receptor agonist, and a composition for promoting small-intestinal absorption; wherein the composition for promoting small-intestinal absorption comprises sodium lauryl sulfate, carbomer, chitosan, and sodium citrate; wherein the sodium lauryl sulfate, carbomer, chitosan, and sodium citrate are in a weight ratio of 15-25:5-8:5-8:50-80.
A piston tube assembly for a spring brake actuator , comprising a tubular body having a contoured inside surface profile for non-rotationally guiding a running nut of a mechanical release mechanism , and an internal breather valve mounted to the piston tube assembly for allowing fluid transport into and out of the piston tube assembly and any volume in fluid communication therewith, characterized in that the tubular body is a first tubular body, and the piston tube assembly further comprises a second tubular body that is of a different material than the first tubular body , encloses the first tubular body and is effective to mechanically support the first tubular body , wherein the internal breather valve is mounted to the first tubular body .