mhurhangee/ep-ind-claims huggingface dataset:
Fresh gas supply device for an internal combustion engine having an exhaust gas turbocharger, comprising: a) a charge air inlet for the inlet of a compressed charge air flow out of the exhaust gas turbocharger; b) an outlet which is connected to the charge air inlet via a valve portion, the valve portion being closeable in a closing position by means of at least one flap valve pivotable about a flap axis of rotation; c) an adjusting device which is coupled to the at least one flap valve, for adjusting the latter into the closing position; and d) a compressed air inlet for the inlet of compressed air into the outlet, the compressed air inlet being arranged such that the compressed air, in a compressed air flow, is oriented in the direction of the valve portion, toward the at least one flap valve, counter to the direction of the charge air flow. a) a charge air inlet for the inlet of a compressed charge air flow out of the exhaust gas turbocharger; b) an outlet which is connected to the charge air inlet via a valve portion, the valve portion being closeable in a closing position by means of at least one flap valve pivotable about a flap axis of rotation; c) an adjusting device which is coupled to the at least one flap valve, for adjusting the latter into the closing position; and d) a compressed air inlet for the inlet of compressed air into the outlet, the compressed air inlet being arranged such that the compressed air, in a compressed air flow, is oriented in the direction of the valve portion, toward the at least one flap valve, counter to the direction of the charge air flow.
A method for transmitting state information by a terminal in a communications system, the method comprising: receiving, from a source base station, a Radio Resource Control, RRC, Connection Reconfiguration message; identifying that the terminal has transmitted, to the source base station, state information of the terminal during a predetermined time period preceding reception of the RRC Connection Reconfiguration message; and transmitting the state information to a target base station based on the identification. receiving, from a source base station, a Radio Resource Control, RRC, Connection Reconfiguration message; identifying that the terminal has transmitted, to the source base station, state information of the terminal during a predetermined time period preceding reception of the RRC Connection Reconfiguration message; and transmitting the state information to a target base station based on the identification.
Monitoring apparatus for monitoring a weight balancing device of a building closure device, comprising: a detection device for detecting an opening force parameter which is dependent on the opening force required for opening said building closure device, and for detecting a closing force parameter which is dependent on the closing force required for closing said building closure device, and a processing device for monitoring a status of the weight balancing device using said opening force parameter and said closing force parameter, characterized by a differential value device configured to obtain a differential value between the opening force and the closing force from said opening force parameter and said closing force parameter, and a comparator device configured to compare that differential value between opening force and closing force with a predetermined differential reference value. a detection device for detecting an opening force parameter which is dependent on the opening force required for opening said building closure device, and for detecting a closing force parameter which is dependent on the closing force required for closing said building closure device, and a processing device for monitoring a status of the weight balancing device using said opening force parameter and said closing force parameter, characterized by a differential value device configured to obtain a differential value between the opening force and the closing force from said opening force parameter and said closing force parameter, and a comparator device configured to compare that differential value between opening force and closing force with a predetermined differential reference value.
A device for converting a random stream of voltage pulses (Vimp) into a regulated stream of digital data, comprising a stream regulation device and an analog-digital converter at the output of the said stream regulation device, where the said converter performs an analog-digital conversion at a conversion frequency, where the said stream regulation device includes a buffer memory consisting of K analog memory cells mounted in parallel each comprising a condensator where K is an integer and K≥ 1, in which the voltage signal for each received pulse is stored, in a write phase, and where reading of the said buffer memory is regulated at the said conversion frequency and performed in an asynchronous manner relative to the writing, a binary occupation indicator being associated with each and every memory cell, said occupation indicator indicating that the cell is occupied when the voltage signal stored in the cell has not been read and indicating that the cell is free otherwise, the writing of the voltage signal being performed in the first free memory cell of the buffer memory, and no reading of a cell memory being performed when this cell is free.
Use of a laminate for medical/sanitary use, wherein the laminate comprises a substrate and a structural body disposed on the surface of at least one side of the substrate, the structural body comprising a base portion and through holes, wherein the base portion of the structural body comprises an acrylic triblock copolymer, the acrylic triblock copolymer comprising two polymer blocks and each including methacrylic acid ester units and one polymer block including acrylic acid ester units represented by the general formula CH 2 =CH-COOR 1 (wherein R 1 denotes a C4-C12 organic group), the acrylic triblock copolymer having an - - block structure and a weight average molecular weight of 50,000 to 250,000, the total content of the polymer blocks and being not more than 35 mass% of the acrylic triblock copolymer, wherein the weight average molecular weight is determined as described in the description, and the base portion of the structural body is free from tackifier resin or the base portion of the structural body comprises a tackifier resin, wherein the tackifier resin/acrylic triblock copolymer mass ratio is not more than 20/100. the base portion of the structural body comprises an acrylic triblock copolymer, the acrylic triblock copolymer comprising two polymer blocks and each including methacrylic acid ester units and one polymer block including acrylic acid ester units represented by the general formula CH 2 =CH-COOR 1 (wherein R 1 denotes a C4-C12 organic group), the acrylic triblock copolymer having an - - block structure and a weight average molecular weight of 50,000 to 250,000, the total content of the polymer blocks and being not more than 35 mass% of the acrylic triblock copolymer, wherein the weight average molecular weight is determined as described in the description, and the base portion of the structural body is free from tackifier resin or the base portion of the structural body comprises a tackifier resin, wherein the tackifier resin/acrylic triblock copolymer mass ratio is not more than 20/100.
A cooking implement comprising: a resilient cooking surface made of silicone and maintained at tension, the cooking surface comprising a plurality of holes; and a support device having a curved periphery disposed about the periphery of the cooking surface to stretch and maintain the cooking surface at tension, the support device supporting the cooking surface at a distance above a ground surface. a resilient cooking surface made of silicone and maintained at tension, the cooking surface comprising a plurality of holes; and a support device having a curved periphery disposed about the periphery of the cooking surface to stretch and maintain the cooking surface at tension, the support device supporting the cooking surface at a distance above a ground surface.
A high power DC non transferred plasma torch system, comprising a plasma torch assembly, a cooling skid for cooling the plasma torch assembly, a steam skid for supplying and controlling a flow of superheated steam to the plasma torch assembly, an ignition control cabinet housing the torch ignition contactor, a DC plasma power supply for providing DC power to the ignition control cabinet, a gas flow control cabinet for controlling a flow of ignition and shroud gases, a control cabinet housing a programmable logic controller for the system having installed a torch ignition sequence, a torch control sequence and a human machine interface thereon; wherein the plasma torch assembly comprises a shroud/ignition gas vortex generator mounted between a conical cathode and a tubular ignition electrode, and an auxiliary gas vortex generator, mounted in front of the ignition electrode; and a water-cooled vortex generator assembly with insulated superheated steam injections tubes are connected to a steam vortex generator mounted in the back of a tubular anode for injecting the superheated steam to a plasma plume.
A tissue monitoring system comprising (a) At least one organoid module comprising a plurality of organoid cartridges, wherein each organoid cartridge comprises a media inlet, a media outlet, and at least one wall compatible with an external detection device, wherein a plurality of the organoid cartridges each comprise a biological material comprising at least one human cell, wherein the cell is a human embryonic stem cell, a human adult stem cell, a human induced pluripotent stem cell, a cell derived from a human tissue, or a progenitor cell of a human tissue; (b) a mirror arrangement for simultaneous monitoring of any biological development of the biological material in each of at least two organoid cartridges; and (c) a detection device for observing the monitored biological development of the biological material in each of at least two organoid cartridges. (a) At least one organoid module comprising a plurality of organoid cartridges, wherein each organoid cartridge comprises a media inlet, a media outlet, and at least one wall compatible with an external detection device, wherein a plurality of the organoid cartridges each comprise a biological material comprising at least one human cell, wherein the cell is a human embryonic stem cell, a human adult stem cell, a human induced pluripotent stem cell, a cell derived from a human tissue, or a progenitor cell of a human tissue; (b) a mirror arrangement for simultaneous monitoring of any biological development of the biological material in each of at least two organoid cartridges; and (c) a detection device for observing the monitored biological development of the biological material in each of at least two organoid cartridges.
A camera system for a motor vehicle, comprising a camera, a pivotable decorative part and one or more deflection mirrors, in which incident radiation can be directed towards the camera via the one or more deflection mirrors, wherein at least one deflection mirror is coupled structurally to the decorative part a nd the optical imaging brought about by the deflection mirror can be changed by changing the pivot position of the decorative part, wherein the decorative part is a trademark of the motor vehicle, which can be brought optionally into at least three different stable pivot positions, more especially a rest position, in which the optical appearance of the trademark mounted on the motor vehicle assimilates the optical appearance of a conventional trademark, and two different functional positions, characterised in that the deflection mirror coupled structurally to the trademark has a first mirror face suitable for deflecting incident radiation and a second mirror face (3b, 3b1, 3b2), which is different from the first mirror face and which is suitable for deflecting incident radiation, and in that the trademark can be pivoted in such a way that incident radiation optionally can be directed in a first functional position towards the camera from the first mirror face or can be directed in a second functional position towards the camera from the second mirror face.
An actuator for an aircraft, comprising: an actuator housing for mounting to a static or movable structure of the aircraft a pair of load sensors (20, 22) arranged in the load path through the actuator, wherein the load sensors (20, 22) are antagonistically preloaded and their outputs electrically connected for calculating a load in the actuator from the loads measured by the respective load sensors (20, 22); wherein the load sensors (20, 22) are preloaded between respective sensor mounts, with a load transfer element being sandwiched between the load sensors (20, 22); characterised in that: the sensor mounts are provided in opposed parts (24, 26) of the actuator housing of the actuator, which parts (24, 26) of the actuator housing are fixed to one another by fasteners. an actuator housing for mounting to a static or movable structure of the aircraft a pair of load sensors (20, 22) arranged in the load path through the actuator, wherein the load sensors (20, 22) are antagonistically preloaded and their outputs electrically connected for calculating a load in the actuator from the loads measured by the respective load sensors (20, 22); wherein the load sensors (20, 22) are preloaded between respective sensor mounts, with a load transfer element being sandwiched between the load sensors (20, 22); characterised in that: the sensor mounts are provided in opposed parts (24, 26) of the actuator housing of the actuator, which parts (24, 26) of the actuator housing are fixed to one another by fasteners.
A multi-mode electric drive system, comprising a Ravigneaux planetary mechanism, a first motor, a second motor, and a system output shaft, wherein the first motor is connected to a second sun gear (4A2) of the Ravigneaux planetary mechanism, the second motor is connected to a first sun gear (4A1) of the Ravigneaux planetary mechanism, a ring gear of the Ravigneaux planetary mechanism is connected to a corresponding housing through a first lock-up clutch, the first sun gear (4A1) of the Ravigneaux planetary mechanism is connected to the corresponding housing through a second lock-up clutch, and a planet carrier of the Ravigneaux planetary mechanism is connected to the system output shaft.
A two-dimensional antenna, comprising: a reflection panel, a plurality of antenna arrays (10, 11) on the reflection panel, a plurality of first feeding networks (21, 22), and a second feeding network; each antenna array in the plurality of antenna arrays corresponds to a first feeding network in the plurality of first feeding networks and comprises a first radiation unit (111; 113; 115) and a second radiation unit (112; 114), the first radiation unit (111; 113; 115) is connected to a first feeding network which corresponds to the antenna array, the second radiation unit (112; 114) is connected to the second feeding network, and the second feeding network is connected to the plurality of first feeding networks (21, 22), wherein the radiation units in two neighboring antenna arrays (10, 11) of the plurality of antenna arrays are arranged in parallel, or arranged in a staggered manner. a reflection panel, a plurality of antenna arrays (10, 11) on the reflection panel, a plurality of first feeding networks (21, 22), and a second feeding network; each antenna array in the plurality of antenna arrays corresponds to a first feeding network in the plurality of first feeding networks and comprises a first radiation unit (111; 113; 115) and a second radiation unit (112; 114), the first radiation unit (111; 113; 115) is connected to a first feeding network which corresponds to the antenna array, the second radiation unit (112; 114) is connected to the second feeding network, and the second feeding network is connected to the plurality of first feeding networks (21, 22), wherein the radiation units in two neighboring antenna arrays (10, 11) of the plurality of antenna arrays are arranged in parallel, or arranged in a staggered manner.
A method of deep acid stimulation for a zone to be treated in an underground formation using an acidizing tool, characterised by the method comprising the steps of: introducing the acidizing tool into a well bore, the well bore operable to access the underground formation and defined by a well bore wall, and the acidizing tool operable both to introduce an acid formulation onto the well bore wall and to introduce ultrasound energy into the underground formation; introducing an acid formulation comprising an acid onto the well bore wall at the treatment zone such that the acid diffuses into the underground formation at the treatment zone to an initial acid penetration depth; and introducing ultrasound energy into the underground formation at the treatment zone such that the acid diffuses into the underground formation at the treatment zone to a subsequent acid penetration depth, the subsequent acid penetration depth deeper in the underground formation than the initial acid penetration depth. introducing the acidizing tool into a well bore, the well bore operable to access the underground formation and defined by a well bore wall, and the acidizing tool operable both to introduce an acid formulation onto the well bore wall and to introduce ultrasound energy into the underground formation; introducing an acid formulation comprising an acid onto the well bore wall at the treatment zone such that the acid diffuses into the underground formation at the treatment zone to an initial acid penetration depth; and introducing ultrasound energy into the underground formation at the treatment zone such that the acid diffuses into the underground formation at the treatment zone to a subsequent acid penetration depth, the subsequent acid penetration depth deeper in the underground formation than the initial acid penetration depth.
A first software defined network, SDN, controller as a parent controller, the first SDN controller communicating with a second SDN controller according to a border gateway protocol, BGP, the first SDN controller being configured to: • receive a request to create an end to end, E2E, tunnel from a source to a destination; • send a first request message to the second SDN controller as child controller to cause the second SDN controller to compute path segments of a domain controlled by the second SDN controller, as well as path segments between adjacent domains using inter-domain links (step 6025); • receive a response message from the second SDN controller, the response message containing the computed path segments of the domain controlled by the second SDN controller and containing the computed path segments between adjacent domains; • determine a tunnel segment corresponding to the E2E tunnel based on the computed path segments of the domain controlled by the second SDN controller and based on the computed path segments between adjacent domains; • send a second request message to the second SDN controller, the second request message being used to create the tunnel segment at the second SDN controller, the E2E tunnel crossing the domain of the second SDN controller, and the second request message containing an indication denoting the tunnel segment (step 6045). • receive a request to create an end to end, E2E, tunnel from a source to a destination; • send a first request message to the second SDN controller as child controller to cause the second SDN controller to compute path segments of a domain controlled by the second SDN controller, as well as path segments between adjacent domains using inter-domain links (step 6025); • receive a response message from the second SDN controller, the response message containing the computed path segments of the domain controlled by the second SDN controller and containing the computed path segments between adjacent domains; • determine a tunnel segment corresponding to the E2E tunnel based on the computed path segments of the domain controlled by the second SDN controller and based on the computed path segments between adjacent domains; • send a second request message to the second SDN controller, the second request message being used to create the tunnel segment at the second SDN controller, the E2E tunnel crossing the domain of the second SDN controller, and the second request message containing an indication denoting the tunnel segment (step 6045).
A pharmaceutical combination comprising Compound of formula or a pharmaceutically acceptable salt thereof, and (b) trametinib, or a pharmaceutically acceptable salt or solvate thereof, optionally wherein the trametinib is in the form of a dimethyl sulfoxide solvate. or a pharmaceutically acceptable salt thereof, and (b) trametinib, or a pharmaceutically acceptable salt or solvate thereof, optionally wherein the trametinib is in the form of a dimethyl sulfoxide solvate.
A carboxylic acid derivative of general formula, or: wherein, R 1 is H or C 1-6 alkyl; X is H or F; Y is F or C 1-6 alkyl substituted with one or more F; n is 1, 2, 3, 4, 5 or 6; W is W 1 or W 2; W 1 is NR 2 R 3, NR 2 R 3 ·A, R 2 is H, C 1-6 alkyl, or C 3-6 cycloalkyl; R 3 is C 1-6 alkyl, C 3-6 cycloalkyl, or benzyl optionally substituted with one or more halogens; m is 0, 1, 2 or 3; A is an acid; W 2 is COOR 4, OPO(OR 4) 2 or PO(OR 4) 2; R 4 is C 1-6 alkyl substituted with one or more phenyls; M is a metal ion; q is the charge number of M; and G is Cl, Br or benzenesulfonyloxy optionally substituted with C 1-6 alkyl. R 1 is H or C 1-6 alkyl; X is H or F; Y is F or C 1-6 alkyl substituted with one or more F; n is 1, 2, 3, 4, 5 or 6; W is W 1 or W 2; W 1 is NR 2 R 3, NR 2 R 3 ·A, R 2 is H, C 1-6 alkyl, or C 3-6 cycloalkyl; R 3 is C 1-6 alkyl, C 3-6 cycloalkyl, or benzyl optionally substituted with one or more halogens; m is 0, 1, 2 or 3; A is an acid; W 2 is COOR 4, OPO(OR 4) 2 or PO(OR 4) 2; R 4 is C 1-6 alkyl substituted with one or more phenyls; M is a metal ion; q is the charge number of M; and G is Cl, Br or benzenesulfonyloxy optionally substituted with C 1-6 alkyl.
A method for opening a heat-bonded connection formed between two hollow, flexible, thermoplastic fluid flow tube segments (20, 22) of a medical fluid flow circuit, which connection includes a frangible portion of thermoplastic material formed during the heat-bonded connection and blocking internal communication between the tube segments (20, 22), the method comprising: disrupting the frangible portion to open flow communication by creating a pressure difference between the inside of at least one of the tube segments (20, 22) and the ambient atmosphere, the pressure difference being sufficient to cause such expansion of a wall of the tubing segment to disrupt the frangible portion and reduce the blocking; and observing the pressure in the other of the thermoplastic tube segments (20, 22) for a pressure difference in response to the disruption of the frangible portion. disrupting the frangible portion to open flow communication by creating a pressure difference between the inside of at least one of the tube segments (20, 22) and the ambient atmosphere, the pressure difference being sufficient to cause such expansion of a wall of the tubing segment to disrupt the frangible portion and reduce the blocking; and observing the pressure in the other of the thermoplastic tube segments (20, 22) for a pressure difference in response to the disruption of the frangible portion.