mhurhangee/patent-ind-claim-en huggingface dataset:
A catheter system for delivering therapy to a body lumen, the catheter system comprising an elongate body defining a first lumen and comprising a distal portion; an inner member configured for insertion into the first lumen, the inner member comprising an acoustic energy source configured to deliver therapeutic energy to a treatment site; and a dissolution element coupled to the distal portion of the elongate body, wherein the dissolution element is not a reagent-based dissolution agent.
A condensate return apparatus , having a tubular body which is configured in an elongated and hollow manner and which has a first open longitudinal end and a second open longitudinal end , a condensate collection channel and a connection channel , wherein the condensate collection channel and the connection channel extend in a longitudinal direction of the tubular body , wherein the condensate collection channel is arranged on the inner side of the tubular body and is configured with a base wall and a collection opening , wherein the connection channel is arranged on the outer side of the tubular body and is configured with a base and with a connection opening , wherein the base wall of the condensate collection channel and the base of the connection channel are arranged at an identical position in the longitudinal direction of the tubular body , wherein the condensate collection channel and the connection channel are connected to one another via a passage , characterized in that the tubular body has a lateral opening which is closed by a cover , wherein the condensate collection channel , the connection channel and the passage are formed on the cover , wherein the cover forms a partial wall of the tubular body , and wherein the partial wall is arranged between the condensate collection channel and the connection channel , and wherein the partial all forms a wall portion of the condensate collection channel . wherein the condensate collection channel and the connection channel extend in a longitudinal direction of the tubular body , wherein the condensate collection channel is arranged on the inner side of the tubular body and is configured with a base wall and a collection opening , wherein the connection channel is arranged on the outer side of the tubular body and is configured with a base and with a connection opening , wherein the base wall of the condensate collection channel and the base of the connection channel are arranged at an identical position in the longitudinal direction of the tubular body , wherein the condensate collection channel and the connection channel are connected to one another via a passage , characterized in that the tubular body has a lateral opening which is closed by a cover , wherein the condensate collection channel , the connection channel and the passage are formed on the cover , wherein the cover forms a partial wall of the tubular body , and wherein the partial wall is arranged between the condensate collection channel and the connection channel , and wherein the partial all forms a wall portion of the condensate collection channel .
An element comprising: a pair of electrodes ; an intermediate layer between the pair of electrodes , the intermediate layer containing a silicon compound including unpaired electrons as a material, the intermediate layer being deformable; and at least one insulator layer between the pair of electrodes , characterized in that the insulator layer has a modulus of elasticity as high as or higher than six times a modulus of elasticity of the intermediate layer . a pair of electrodes ; an intermediate layer between the pair of electrodes , the intermediate layer containing a silicon compound including unpaired electrons as a material, the intermediate layer being deformable; and at least one insulator layer between the pair of electrodes , characterized in that the insulator layer has a modulus of elasticity as high as or higher than six times a modulus of elasticity of the intermediate layer .
A print head for additive manufacturing, comprising: at least two proximate hobs suitable to receive and extrude therebetween a print material filament for the additive manufacturing; a motor capable of imparting a rotation to at least one of the two hobs , wherein the extrusion results from the rotation; a dynamic force adjustment capable of exerting force on one of the two hobs to urge the force-receiving hob toward the other of the two hobs ; and a controller communicatively connected with the dynamic force adjustment and configured to control the force exertion thereof, characterized in that , the controller is configured to dynamically adjust an inter-hob force between the two hobs while a printing process is in progress. at least two proximate hobs suitable to receive and extrude therebetween a print material filament for the additive manufacturing; a motor capable of imparting a rotation to at least one of the two hobs , wherein the extrusion results from the rotation; a dynamic force adjustment capable of exerting force on one of the two hobs to urge the force-receiving hob toward the other of the two hobs ; and a controller communicatively connected with the dynamic force adjustment and configured to control the force exertion thereof, characterized in that , the controller is configured to dynamically adjust an inter-hob force between the two hobs while a printing process is in progress.
A method performed by a terminal in a wireless communication system, the method comprising: in response to detecting that a second cell is out of synchronization, identifying a first cell that is in synchronization; obtaining first synchronization information of the first cell; obtaining second synchronization information of the second cell based on the first synchronization information; and performing communication based on the second synchronization information, wherein the first cell is different from the second cell. in response to detecting that a second cell is out of synchronization, identifying a first cell that is in synchronization; obtaining first synchronization information of the first cell; obtaining second synchronization information of the second cell based on the first synchronization information; and performing communication based on the second synchronization information, wherein the first cell is different from the second cell.
A transmitter , comprising: a modulator comprising: an actuator operable to apply at least one adjustment to at least one modulator input signal to provide at least one adjusted modulator input signal; modulation circuitry operable to perform a modulation operation on the at least one adjusted modulator input signal to provide a modulated signal; and an adaptor operable to, based on the modulated signal, adaptively calculate the at least one adjustment applied to the at least one modulator input signal such that an error between an instantaneous magnitude of the modulated signal and a Root Mean Square, RMS, value of the modulated signal is minimized, thereby reducing a Peak-to-Average Ratio, PAR, of the modulated signal. an actuator operable to apply at least one adjustment to at least one modulator input signal to provide at least one adjusted modulator input signal; modulation circuitry operable to perform a modulation operation on the at least one adjusted modulator input signal to provide a modulated signal; and an adaptor operable to, based on the modulated signal, adaptively calculate the at least one adjustment applied to the at least one modulator input signal such that an error between an instantaneous magnitude of the modulated signal and a Root Mean Square, RMS, value of the modulated signal is minimized, thereby reducing a Peak-to-Average Ratio, PAR, of the modulated signal.
A travel control method for a vehicle (Vo) for executing autonomous travel control of the vehicle (Vo), when, before executing the autonomous travel control, presenting, while the vehicle(Vo) is traveling, a driver with travel control information as to whether or not to accept execution of the autonomous travel control and detecting, in response to a presentation of the travel control information, an acceptance input made by the driver indicating that the driver accepts the execution of the autonomous travel control, the travel control method comprising: setting an input form of an acceptance input for a first travel control as the autonomous travel control; when detecting the acceptance input for the first travel control, executing the first travel control; and when detecting an acceptance input by the driver for a second travel control, whose input form is different from the input form of the acceptance input for the first travel control, executing the second travel control; characterized in that after executing the first travel control, the input form of the acceptance input for the second travel control different from the first travel control is set to an input form different from the input form of the acceptance input for the first travel control. setting an input form of an acceptance input for a first travel control as the autonomous travel control; when detecting the acceptance input for the first travel control, executing the first travel control; and when detecting an acceptance input by the driver for a second travel control, whose input form is different from the input form of the acceptance input for the first travel control, executing the second travel control; characterized in that after executing the first travel control, the input form of the acceptance input for the second travel control different from the first travel control is set to an input form different from the input form of the acceptance input for the first travel control.
A stream processor, comprising: a first in first out memory, FIFO, a calculation unit, and a cache comprising an address memory, wherein the FIFO is configured to receive current stream information, wherein the current stream information carries a target stream number and target data; the FIFO is configured to send the target stream number and the target data to the calculation unit, and to send the target stream number to the cache, when the FIFO receives a read valid signal; the cache is configured to obtain, based on the target stream number, old data that corresponds to the target stream number, and to send the old data that corresponds to the target stream number to the calculation unit; and the calculation unit is configured to perform, based on the target data, calculation on the old data that corresponds to the target stream number to obtain new data, and to send the new data to the cache. a first in first out memory, FIFO, a calculation unit, and a cache comprising an address memory, wherein the FIFO is configured to receive current stream information, wherein the current stream information carries a target stream number and target data; the FIFO is configured to send the target stream number and the target data to the calculation unit, and to send the target stream number to the cache, when the FIFO receives a read valid signal; the cache is configured to obtain, based on the target stream number, old data that corresponds to the target stream number, and to send the old data that corresponds to the target stream number to the calculation unit; and the calculation unit is configured to perform, based on the target data, calculation on the old data that corresponds to the target stream number to obtain new data, and to send the new data to the cache.
A beverage preparation device comprising a housing and a mechanism for heating and/or frothing milk and a milk conduit via which the mechanism for heating and/or frothing milk is suppliable with milk, the milk conduit being in fluid communication with docking means comprising a docking element which is displaceable between at least one parking position and at least one docking position spaced apart therefrom by means of a drive, in particular an electric motor, and which is in fluid communication with a supply connection for milk when in the docking position and decoupled therefrom when in the parking position, characterized in that the docking element is spaced apart from the supply connection when in the parking position.
A first device comprising means for: receiving positioning configuration information from a second device serving the first device, the positioning configuration information at least indicating a target device to which a positioning reference signal is to be transmitted by the first device and a resource allocated for transmission of the positioning reference signal to the target device ; determining a first power control parameter based on a received power of data transmission expected by the target device , the first power control parameter indicating a received power of the positioning reference signal expected by the target device ; and determining , at least based on the first power control parameter, a transmit power for transmission of the positioning reference signal to the target device using the allocated resource; wherein the positioning configuration information further indicates a group of devices comprising the target device; and the first device further comprising means for performing at least one of the following: in accordance with a determination that the target device is an anchor device in the group of devices, determining transmit powers for transmission of the positioning reference signal to the group of devices to be equal to the transmit power determined for the target device ; in accordance with a determination that the target device is the anchor device, transmitting the positioning reference signal to the group of devices using the resource allocated for the target device ; and transmitting the positioning reference signal to the group of devices with a same beam. receiving positioning configuration information from a second device serving the first device, the positioning configuration information at least indicating a target device to which a positioning reference signal is to be transmitted by the first device and a resource allocated for transmission of the positioning reference signal to the target device ; determining a first power control parameter based on a received power of data transmission expected by the target device , the first power control parameter indicating a received power of the positioning reference signal expected by the target device ; and determining , at least based on the first power control parameter, a transmit power for transmission of the positioning reference signal to the target device using the allocated resource; in accordance with a determination that the target device is an anchor device in the group of devices, determining transmit powers for transmission of the positioning reference signal to the group of devices to be equal to the transmit power determined for the target device ; in accordance with a determination that the target device is the anchor device, transmitting the positioning reference signal to the group of devices using the resource allocated for the target device ; and transmitting the positioning reference signal to the group of devices with a same beam.
A polypeptide comprising a single-domain antibody directed against chromatin, comprising the variable domain of a heavy-chain antibody naturally devoid of a light chain (VHH) of a camelid capable of binding specifically to a complex of H2A and H2B histones.
Control valve, in particular for pressurized fluids, having - a housing (10-15) with at least two ports (11-14) ; - at least one connecting element (31-34) which is fastened to the housing and has an inner tube inserted in one of said ports; - a movable control element with a first passage which, in a first control-element position, interconnects a first one and a second one of said ports and, in at least one further control-element position, does not interconnect these two ports; and a seal which is arranged between the inner tube and the control element and is fastened to the inner tube, characterized in that the connecting element has a flange , which engages over the port, and is fastened to the housing by means of a latching connection . - a housing (10-15) with at least two ports (11-14) ; - at least one connecting element (31-34) which is fastened to the housing and has an inner tube inserted in one of said ports; - a movable control element with a first passage which, in a first control-element position, interconnects a first one and a second one of said ports and, in at least one further control-element position, does not interconnect these two ports; and a seal which is arranged between the inner tube and the control element and is fastened to the inner tube, characterized in that the connecting element has a flange , which engages over the port, and is fastened to the housing by means of a latching connection .
A method performed by a mobility management entity, MME, in a wireless communication system, the method comprising: receiving, from a terminal, a non-access stratum, NAS, message including a release assistance indication, RAI, indicating whether no further transmission of uplink data or downlink data subsequent to an uplink data transmission is expected; determining a control plane being congested, upon receipt of the NAS message; and transmitting, to the terminal, a response message for the NAS message based on the RAI, the response message including a value of a back-off timer, wherein the back-off timer is associated with congestion control for user data via the control plane. receiving, from a terminal, a non-access stratum, NAS, message including a release assistance indication, RAI, indicating whether no further transmission of uplink data or downlink data subsequent to an uplink data transmission is expected; determining a control plane being congested, upon receipt of the NAS message; and transmitting, to the terminal, a response message for the NAS message based on the RAI, the response message including a value of a back-off timer, wherein the back-off timer is associated with congestion control for user data via the control plane.
An imaging system for material characterization of a sample , the imaging system comprising: at least two imaging arrays configured to form at least one imaging array pair, each of the at least two imaging arrays comprises a two-dimensional monostatic or multistatic array, wherein the imaging system is configured to perform at least one reflection measurement with the aid of at least one imaging array , wherein the imaging system is configured to perform at least one transmission measurement with the aid of the at least one imaging array pair, wherein the imaging system is configured to determine material characteristics of the sample on the basis of the at least one reflection measurement and/or the at least one transmission measurement , and wherein the imaging system is configured to determine the electrical thickness across the sample and/or homogeneity information with respect to the sample on the basis of the at least one transmission measurement , preferably on corresponding phase information thereof. wherein the imaging system is configured to perform at least one reflection measurement with the aid of at least one imaging array , wherein the imaging system is configured to perform at least one transmission measurement with the aid of the at least one imaging array pair, wherein the imaging system is configured to determine material characteristics of the sample on the basis of the at least one reflection measurement and/or the at least one transmission measurement , and wherein the imaging system is configured to determine the electrical thickness across the sample and/or homogeneity information with respect to the sample on the basis of the at least one transmission measurement , preferably on corresponding phase information thereof.
A quick-insertion coupling joint, comprising a female coupler body , a sliding sleeve , elastic elements , a sealing gasket , limiting elements and a retaining ring , wherein a socket is arranged in one end of the female coupler body and is used for connecting a Camlock male adapter , a seal retainer is arranged in an inner wall of the socket, the sealing gasket is arranged on one surface, close to a port of the socket, of the seal retainer , multiple limiting holes are circumferentially arranged in a side wall of the socket, a limiting element is arranged in each limiting hole, the limiting hole can limit the limiting element to prevent the limiting element from separating from the limiting hole inwards, a first boss is arranged on an outer side wall of the female coupler body , the sliding sleeve sleeves the exterior of the first boss , a coupling groove is arranged in the outer side wall of the female coupler body , the coupling groove is arranged between the port of the socket and the limiting hole, the retaining ring is arranged in the coupling groove , a second boss is arranged on an inner wall of the sliding sleeve , the second boss is arranged between the first boss and the retaining ring , the internal diameter of the second boss is less than the external diameter of the retaining ring , the elastic elements sleeve the exterior of the female coupler body while the elastic elements are arranged between the second boss and the first boss , the elastic elements are in a compression state, and a limiting groove is circumferentially arranged in an outer wall of the Camlock male adapter ; when the Camlock male adapter is inserted into the socket and the second boss slides to come into contact with the retaining ring , the second boss can ensure that the limiting element is fixed in the limiting groove and the Camlock male adapter tightly presses the sealing gasket at the seal retainer ; and an end face, away from the first boss , of the second boss is inclined to one end away from the first boss , so, when the second boss slides away from the limiting hole, the limiting element can be disconnected from the limiting groove , wherein the sealing gasket comprises a rectangular annular groove which is arranged in an inner wall of the sealing gasket ; characterised in that the sealing gasket comprises one end face which is inclined outwards and which is configured to be in extrusion contact with a Camlock male adapter , and the sealing gasket comprises an annular boss which is arranged in the rectangular annular groove to improve strength and elasticity of said sealing gasket , said annular boss is arranged in an interior end face of said rectangular annular groove which is opposite to the one end face .