mhurhangee/ep-ind-claims huggingface dataset:
A frequency envelope vector quantization method, comprising: dividing N frequency envelopes in a frame into N1 vectors, wherein each vector in the N1 vectors comprises M frequency envelopes, N1, N, and M are positive integers, M is greater than or equal to 2, and N is greater than N1; quantizing a first vector in the N1 vectors by using a first codebook of a B bits type, to obtain a code word corresponding to the quantized first vector, wherein the first codebook is divided into 2 B1 portions, B is a positive integer greater than or equal to 2, and B1 is a positive integer greater than or equal to 1; determining, according to the code word corresponding to the quantized first vector, that the quantized first vector is associated with the i th portion in the 2 B1 portions of the first codebook, wherein i is a positive integer greater than or equal to 1 and less than or equal to 2 B1; using the i th portion of the first codebook as a second codebook, wherein a quantity of bits in the i th portion of the first codebook is B-B1; and quantizing a second vector in the N1 vectors based on the second codebook. dividing N frequency envelopes in a frame into N1 vectors, wherein each vector in the N1 vectors comprises M frequency envelopes, N1, N, and M are positive integers, M is greater than or equal to 2, and N is greater than N1; quantizing a first vector in the N1 vectors by using a first codebook of a B bits type, to obtain a code word corresponding to the quantized first vector, wherein the first codebook is divided into 2 B1 portions, B is a positive integer greater than or equal to 2, and B1 is a positive integer greater than or equal to 1; determining, according to the code word corresponding to the quantized first vector, that the quantized first vector is associated with the i th portion in the 2 B1 portions of the first codebook, wherein i is a positive integer greater than or equal to 1 and less than or equal to 2 B1; using the i th portion of the first codebook as a second codebook, wherein a quantity of bits in the i th portion of the first codebook is B-B1; and quantizing a second vector in the N1 vectors based on the second codebook.
A method of controlling retention on a forming fabric in a papermaking process, said method comprising at least the following steps: - providing a fibrous suspension for papermaking; - providing a slurry comprising fine cellulose fibres, the specific surface area of said fine cellulose fibres being larger than that of the fibres of said fibrous suspension; - adding at least one papermaking chemical to said slurry, said papermaking chemical being a hydrophobic size such as AKD or ASA, which is adsorbed on said fine cellulose fibres to form an intermediate product; - incorporating said intermediate product in said fibrous suspension for papermaking; and - supplying said fibrous suspension including said intermediate product onto the forming fabric. - providing a fibrous suspension for papermaking; - providing a slurry comprising fine cellulose fibres, the specific surface area of said fine cellulose fibres being larger than that of the fibres of said fibrous suspension; - adding at least one papermaking chemical to said slurry, said papermaking chemical being a hydrophobic size such as AKD or ASA, which is adsorbed on said fine cellulose fibres to form an intermediate product; - incorporating said intermediate product in said fibrous suspension for papermaking; and - supplying said fibrous suspension including said intermediate product onto the forming fabric.
A humidification system comprising a respiratory circuit for delivering a gas to a patient and a humidifier portion (130, 300, 400) for delivering a humidifying agent to the gas flowing through the respiratory circuit, comprising: a flow controller (340, 440) for flowing in a pulsed step a first amount of the humidifying agent at a controlled flow rate to the humidifier portion (300, 400); a humidifying agent input line (350, 450) for pulse delivering the first amount of the humidifying agent to a first volume of gas during a patient inhalation cycle or immediately after a patient exhalation cycle; a heated element (320, 420) of the humidifier portion (300, 400) for vaporizing the first amount of the humidifying agent and maintaining the first amount of the humidifying agent in a vapor state when the first amount of the humidifying agent is combined with the first volume of gas; and characterized by a controller (360, 460) configured for causing the flow controller (340, 440) and the humidifying agent input line (350, 450) to provide in a pulsed step, during a patient inhalation cycle or immediately after a patient exhalation cycle, the first amount of the humidifying agent to the first volume of gas, and to provide in a non-pulsed step, during a patient exhalation cycle or immediately after a patient inhalation cycle, a second amount of the humidifying agent less than the first amount of the humidifying agent to a second volume of gas to remove condensation from the respiratory circuit. a flow controller (340, 440) for flowing in a pulsed step a first amount of the humidifying agent at a controlled flow rate to the humidifier portion (300, 400); a humidifying agent input line (350, 450) for pulse delivering the first amount of the humidifying agent to a first volume of gas during a patient inhalation cycle or immediately after a patient exhalation cycle; a heated element (320, 420) of the humidifier portion (300, 400) for vaporizing the first amount of the humidifying agent and maintaining the first amount of the humidifying agent in a vapor state when the first amount of the humidifying agent is combined with the first volume of gas; and characterized by a controller (360, 460) configured for causing the flow controller (340, 440) and the humidifying agent input line (350, 450) to provide in a pulsed step, during a patient inhalation cycle or immediately after a patient exhalation cycle, the first amount of the humidifying agent to the first volume of gas, and to provide in a non-pulsed step, during a patient exhalation cycle or immediately after a patient inhalation cycle, a second amount of the humidifying agent less than the first amount of the humidifying agent to a second volume of gas to remove condensation from the respiratory circuit.
A method for treating gas having a predetermined flow direction in a gas conduit comprising the steps of a) injecting a powdery compound into the gas conduit at an injection point of a powdery compound, via a powdery compound injection piping, said injection piping having an external face and an internal face arranged so as to be in contact with said powdery compound so as to allow formation of a cloud or flow of particles of powdery compound in said gas conduit, b) injecting a monophasic liquid aqueous phase as droplets into said gas conduit, c) capturing pollutants of the gases with said powdery compound, and d) separately recovering said powdery compound enriched in pollutants and the gases depleted in pollutants, characterized in that said step for injecting a monophasic liquid aqueous phase as droplets is carried out inside said gas conduit in the injected cloud or flow of powdery compound particles, so as to humidify these powdery compound particles inside the gas conduit, during their injection, according to a weight ratio between the monophasic liquid aqueous phase injected as droplets and the injected powdery compound of greater than or equal to 0.05 and less than or equal to 1.2, said step for injecting a monophasic liquid aqueous phase being carried out via at least one monophasic liquid aqueous phase injection piping located in a peripheral space localized around said external face and having an external cover and in that the method further comprises isolation of said external face by at least one insulating layer positioned in said peripheral space. a) injecting a powdery compound into the gas conduit at an injection point of a powdery compound, via a powdery compound injection piping, said injection piping having an external face and an internal face arranged so as to be in contact with said powdery compound so as to allow formation of a cloud or flow of particles of powdery compound in said gas conduit, b) injecting a monophasic liquid aqueous phase as droplets into said gas conduit, c) capturing pollutants of the gases with said powdery compound, and d) separately recovering said powdery compound enriched in pollutants and the gases depleted in pollutants,
A method of measuring air data of an aircraft, the method comprising: emitting, by a laser disposed on the aircraft without protruding from the aircraft, laser light into air outside the aircraft, wherein the laser is tuned to induce a laser-induced plasma channel, LIPC, in the air; sensing, by a sensor system disposed on the aircraft without protruding from the aircraft, at least one property of the LIPC; and computing, by a computing device disposed on the aircraft, the air data of the aircraft based on the at least one property of the LIPC. emitting, by a laser disposed on the aircraft without protruding from the aircraft, laser light into air outside the aircraft, wherein the laser is tuned to induce a laser-induced plasma channel, LIPC, in the air; sensing, by a sensor system disposed on the aircraft without protruding from the aircraft, at least one property of the LIPC; and computing, by a computing device disposed on the aircraft, the air data of the aircraft based on the at least one property of the LIPC.
Thermoplastic material capable of being used to manufacture flexible tubes by injection, said flexible tubes having at least one weld, this material being comprised from at least one heterophasic polymer, having a flexural modulus from 100 to 600 MPa according to the standard ISO 178, including a polymer matrix with a polypropylene and/or propylene copolymer base, and ethylene-propylene rubber nodules, characterised in that it further comprises a propylene and butene copolymer, and optionally another C 2 -C 8 alpha-olefin copolymer.
Anchor for thermally insulating building systems, which is in fact tubular and elongated in the direction of its longitudinal axis and is made of surface primarily flat metal material (3, 3a, 3b) or, as the case may be, another material with corresponding strength, with eyes, holes or perforations all over its surface, enabling permanent deformation, and coiled up to at least one spatially arranged spiral (2, 2a, 2b, 2c, 2d, 2e) with at least one overlapping coil, with the start of the coil parallel to the longitudinal axis, and with the end of the coil or the last coil situated primarily on the external jacket, or creating partially or completely the external jacket of the anchor, when the coils being spatially arranged in the direction vertical to the longitudinal axis without contact of individual layers of the coil and featuring the ability of penetration by the filling mass between coils, outside and inside of their spirals (2, 2a, 2b, 2c, 2d, 2e) and between their eyes, holes or perforations, after anchoring in the anchoring hole (15, 15a, 15b), wherein - beginning and end of the coil of the spatially coiled spiral (2, 2a, 2b, 2c, 2d, 2e) is without any part or surface, which would be deflected in any other direction from the continuous lead of the spiral (2, 2a, 2b, 2c, 2d, 2e) and - the anchor (1, 1a, 1b, 1c, 1d, 1e, 1f) is made as a self-supporting structural element without other inserted compact reinforcement items. - beginning and end of the coil of the spatially coiled spiral (2, 2a, 2b, 2c, 2d, 2e) is without any part or surface, which would be deflected in any other direction from the continuous lead of the spiral (2, 2a, 2b, 2c, 2d, 2e) and - the anchor (1, 1a, 1b, 1c, 1d, 1e, 1f) is made as a self-supporting structural element without other inserted compact reinforcement items.
A pinch valve, which comprises - an actuator to open and close the valve, - a pinch valve body comprising a first body half, a second body half and an interface therebetween which is placed at a flow line of the valve on a plane which is in the direction of the movement of the actuator, - one or two draw bars (8,9), - a first compression rod with guide slots, - a second compression rod with fork slots, and - a sleeve arranged inside the valve body and serving as closure member of the valve, said sleeve being provided with pull loops on its outer surface through which the compression rods (7,10) extend wherein - the one of the two draw bars (8,9) is installed on the second body half, is connected to the first compression rod by means of one of the guide slots, is connected to the second compression rod by means of one of the fork slots, and can be detached together with the second body half by pulling off from the guide slot and from the fork slot, whereby the sleeve can be removed from inside the first body half by pulling the pull loops off from over the compression rods (7,10). - an actuator to open and close the valve, - a pinch valve body comprising a first body half, a second body half and an interface therebetween which is placed at a flow line of the valve on a plane which is in the direction of the movement of the actuator, - one or two draw bars (8,9), - a first compression rod with guide slots, - a second compression rod with fork slots, and - a sleeve arranged inside the valve body and serving as closure member of the valve, said sleeve being provided with pull loops on its outer surface through which the compression rods (7,10) extend - the one of the two draw bars (8,9) is installed on the second body half, is connected to the first compression rod by means of one of the guide slots, is connected to the second compression rod by means of one of the fork slots, and can be detached together with the second body half by pulling off from the guide slot and from the fork slot, whereby the sleeve can be removed from inside the first body half by pulling the pull loops off from over the compression rods (7,10).
A secondary battery comprising an electrode assembly in which an electrode and a separator 122) are alternately stacked and wound, wherein the electrode comprises a collector, a first coating layer in which an electrode active material is applied to a surface of the collector, and a second coating layer in which the electrode active material is applied to the outside of the first coating layer, an end of the second coating layer has a length less than an end of first coating layer in a winding direction of the electrode, and a stepped portion occurs between the end of the first coating layer and the end of the second coating layer in a direction outward from a winding center, the secondary battery further comprising a core part for winding the electrode assembly, characterized in that the length between the end of the first coating layer and the end of the second coating layer is as small as the circumferential length of the core part at the end of the first coating layer, the electrode comprising a first non-coating portion on which the electrode active material is not provided on a winding start portion, the first non-coating portion, the end of the first coating layer, and the end of the second coating layer being stepped in the form of a stair, an electrode tab being disposed on the first non-coating portion contacting the end of the first coating layer to remove the stepped portion between the electrode tab and the first coating layer, and the electrode tab and the first coating layer having the same thickness.
A base suitable for use with a child safety carrier, comprising: a shell body; a platform movably assembled with the shell body; a latch mechanism assembled with the shell body and the platform and including a holding frame and a latch, the holding frame being affixed with one of the shell body and the platform, and the latch being assembled with the other one of the shell body and the platform, wherein the holding frame includes a plurality of locking openings, and the latch is operable to engage with any of the locking openings to lock the platform with the shell body; characterised by a plurality of cushion structures (164, 170, 180) respectively disposed adjacent to the locking openings; wherein when collision occurs, the latch is operable to interact with one of the cushion structures (164, 170, 180) to cause deformation or break of the cushion structure (164, 170, 180) so that the platform is displaced relative to the shell body. a shell body; a platform movably assembled with the shell body; a latch mechanism assembled with the shell body and the platform and including a holding frame and a latch, the holding frame being affixed with one of the shell body and the platform, and the latch being assembled with the other one of the shell body and the platform, wherein the holding frame includes a plurality of locking openings, and the latch is operable to engage with any of the locking openings to lock the platform with the shell body; characterised by a plurality of cushion structures (164, 170, 180) respectively disposed adjacent to the locking openings; wherein when collision occurs, the latch is operable to interact with one of the cushion structures (164, 170, 180) to cause deformation or break of the cushion structure (164, 170, 180) so that the platform is displaced relative to the shell body.
A method comprising: capturing in a fake base station at least one wireless message transmitted from a mobile subscriber apparatus interoperable with a mobile phone system, wherein the mobile phone system provides continuous service for mobile subscriber apparatuses; detecting from the at least one captured wireless message, by the fake base station, an encrypted subscriber identity, SUCI, associated with the mobile subscriber apparatus and encrypted with a public key, wherein the fake base station is not a part of the mobile phone system, and wherein the fake base station overrides the continuous service from the mobile phone system in order to capture the at least one wireless message; and retrieving, by the fake base station, through an access control system, an unencrypted subscriber identity, SUPI, from an entity inside an infrastructure of the mobile phone system based on the encrypted subscriber identity, wherein the entity is allowed to operate inside the infrastructure of the mobile phone system, and the entity accesses a network element of the mobile phone system with the encrypted subscriber identity, the network element decrypts the encrypted subscriber identity with a private key paired with the public key and known only by the network element to obtain an unencrypted subscriber identity, the network element returns the unencrypted subscriber identity to the entity, and the entity transmits the unencrypted subscriber identity to the fake base station. capturing in a fake base station at least one wireless message transmitted from a mobile subscriber apparatus interoperable with a mobile phone system, wherein the mobile phone system provides continuous service for mobile subscriber apparatuses; detecting from the at least one captured wireless message, by the fake base station, an encrypted subscriber identity, SUCI, associated with the mobile subscriber apparatus and encrypted with a public key, wherein the fake base station is not a part of the mobile phone system, and wherein the fake base station overrides the continuous service from the mobile phone system in order to capture the at least one wireless message; and retrieving, by the fake base station, through an access control system, an unencrypted subscriber identity, SUPI, from an entity inside an infrastructure of the mobile phone system based on the encrypted subscriber identity, wherein the entity is allowed to operate inside the infrastructure of the mobile phone system, and the entity accesses a network element of the mobile phone system with the encrypted subscriber identity, the network element decrypts the encrypted subscriber identity with a private key paired with the public key and known only by the network element to obtain an unencrypted subscriber identity, the network element returns the unencrypted subscriber identity to the entity, and the entity transmits the unencrypted subscriber identity to the fake base station.
Method for assisting a driver of a vehicle in parking manoeuvres, comprising the steps of: - a control unit finding parking spaces (3, 4) in surroundings of the vehicle, - the control unit selecting a parking space (3; 4) in the surroundings, - the vehicle being parked in the parking space (3; 4), and - the control unit registering a driver stipulation, - wherein the driver stipulation is a side of the vehicle whose direction is the preference for parking, characterized in that - the side is selectable by means of a remote control, and - during parking, one side is stipulatable, as a result of which the control unit selects a new parking space (3; 4) and continues parking in the new parking space (3; 4). - a control unit finding parking spaces (3, 4) in surroundings of the vehicle, - the control unit selecting a parking space (3; 4) in the surroundings, - the vehicle being parked in the parking space (3; 4), and - the control unit registering a driver stipulation, - wherein the driver stipulation is a side of the vehicle whose direction is the preference for parking, - the side is selectable by means of a remote control, and - during parking, one side is stipulatable, as a result of which the control unit selects a new parking space (3; 4) and continues parking in the new parking space (3; 4).
Use of salts comprising pharmaceutically acceptable alkali metal cations to limit the tendency of FSH to dissociate in a liquid FSH formulation, wherein the salt is Na 2 S0 4 or a combination of NaCl and Na 2 S0 4.
A polypeptide having an immune inducing activity for use in a method of treating or preventing an SCD1-expressing cancer, wherein the polypeptide is any one of the polypeptides selected from the group of polypeptides (a) to (d) below: (a) polypeptides consisting of the amino acid sequences represented by SEQ ID NOs: 3-36; (b) polypeptides comprising one to up to 3 amino acid deletions, substitutions, insertions or additions in the amino acid sequence of any one of the polypeptides (a); (c) polypeptides consisting of the amino acid sequences represented by SEQ ID NOs: 37-45; (d) polypeptides comprising one to up to 3 amino acid deletions, substitutions, insertions or additions in the amino acid sequence of any one of the polypeptides (c); wherein the polypeptides (a) and (b) bind to an MHC class I molecule and the polypeptides (c) and (d) bind to an MHC class II molecule. (a) polypeptides consisting of the amino acid sequences represented by SEQ ID NOs: 3-36; (b) polypeptides comprising one to up to 3 amino acid deletions, substitutions, insertions or additions in the amino acid sequence of any one of the polypeptides (a); (c) polypeptides consisting of the amino acid sequences represented by SEQ ID NOs: 37-45; (d) polypeptides comprising one to up to 3 amino acid deletions, substitutions, insertions or additions in the amino acid sequence of any one of the polypeptides (c);