mhurhangee/patent-ind-claim-en huggingface dataset:
Lighting LED device comprising a profiled element to be applied to an external structure and which: - is provided with and/or is associated with at least one substantially transparent and/or translucent longitudinal portion configured to allow the passage of a luminous flux generated by a LEDs strip illuminating element , housed within a longitudinal chamber defined inside said profiled element , - houses, in a position substantially facing said illuminating element , a reflecting element oriented so as to reflect the luminous flux generated by said illuminating element towards said substantially transparent and/or translucent portion of said profiled element , and wherein said longitudinal chamber , which houses the illuminating element , is separate from a further longitudinal chamber which is defined inside said profiled element and which houses said reflecting element , and characterized in that said LEDs strip is applied to a support having thermo-dissipating functions, to said support also being associated means for constraining the profiled element to an external structure. - is provided with and/or is associated with at least one substantially transparent and/or translucent longitudinal portion configured to allow the passage of a luminous flux generated by a LEDs strip illuminating element , housed within a longitudinal chamber defined inside said profiled element , - houses, in a position substantially facing said illuminating element , a reflecting element oriented so as to reflect the luminous flux generated by said illuminating element towards said substantially transparent and/or translucent portion of said profiled element , and wherein said longitudinal chamber , which houses the illuminating element , is separate from a further longitudinal chamber which is defined inside said profiled element and which houses said reflecting element , and characterized in that said LEDs strip is applied to a support having thermo-dissipating functions, to said support also being associated means for constraining the profiled element to an external structure.
Use of a cooling medium for cooling of a technical device in high temperature environment, wherein - the device has a temperature of about 500 °C to 2000 °C, - the cooling medium comprises an ionic liquid with a hydrogen content of 0% to 8.5% by weight. - the device has a temperature of about 500 °C to 2000 °C, - the cooling medium comprises an ionic liquid with a hydrogen content of 0% to 8.5% by weight.
A method for synthesizing ammonia, wherein a reactor for synthesizing ammonia is used, the reactor has a pair of electrodes, a voltage applying means for applying voltage between the electrodes, a catalyst between the electrodes, a raw material gas inlet port, and an ammonia-containing gas discharge port, the catalyst comprises a complex oxide and a catalytically active component, the complex oxide contains zirconium and a rare earth element, the rare earth element is lanthanum or cerium, and the catalytically active component comprises Ru, comprising the steps of: introducing at least nitrogen and hydrogen as a raw material gas into the reactor for synthesizing ammonia, and applying a voltage to the electrodes of the reactor for synthesizing ammonia, wherein the voltage is less than breakdown voltage. wherein a reactor for synthesizing ammonia is used, the reactor has a pair of electrodes, a voltage applying means for applying voltage between the electrodes, a catalyst between the electrodes, a raw material gas inlet port, and an ammonia-containing gas discharge port, the catalyst comprises a complex oxide and a catalytically active component, the complex oxide contains zirconium and a rare earth element, the rare earth element is lanthanum or cerium, and the catalytically active component comprises Ru, comprising the steps of: introducing at least nitrogen and hydrogen as a raw material gas into the reactor for synthesizing ammonia, and applying a voltage to the electrodes of the reactor for synthesizing ammonia, wherein the voltage is less than breakdown voltage. introducing at least nitrogen and hydrogen as a raw material gas into the reactor for synthesizing ammonia, and applying a voltage to the electrodes of the reactor for synthesizing ammonia, wherein the voltage is less than breakdown voltage.
A gyroscope, comprising: a resonator (102; 204); a transducer (202; 306); and a comparator configured to: receive an input signal from the transducer (202; 306), and compare the input signal with a reference signal to produce an output signal, wherein rising and falling edge transitions of the output signal are substantially synchronized with a motion of the resonator (102; 204) along a sense-axis of the transducer (202; 306), wherein a control signal is defined as a logic HIGH during a portion of a duty-cycle when the output signal is expected to remain constant, and wherein the comparator is configured to be powered off when the control signal is a logic HIGH. a resonator (102; 204); a transducer (202; 306); and a comparator configured to: receive an input signal from the transducer (202; 306), and compare the input signal with a reference signal to produce an output signal, receive an input signal from the transducer (202; 306), and compare the input signal with a reference signal to produce an output signal, wherein rising and falling edge transitions of the output signal are substantially synchronized with a motion of the resonator (102; 204) along a sense-axis of the transducer (202; 306), wherein a control signal is defined as a logic HIGH during a portion of a duty-cycle when the output signal is expected to remain constant, and wherein the comparator is configured to be powered off when the control signal is a logic HIGH.
A composition comprising a polypeptide having endoprotease activity specific for O-glycosylated proteins which comprises: (a) an amino acid sequence of SEQ ID NO: 1; (b) an amino acid sequence which is at least 85% identical to the amino acid sequence of SEQ ID NO: 1; or (c) an amino acid sequence which is a fragment of the sequence of SEQ ID NO: 1 or a fragment of an amino acid sequence which is 85% identical to the amino acid sequence of SEQ ID NO: 1, wherein the composition further comprises a sialidase Am1757 or a mixture of Am1757 and Am0707, wherein Am1757 is a polypeptide of any one of SEQ ID NOs: 9 to 11 and Am0707 is a polypeptide of any one of SEQ ID NOs: 12 to 14. (a) an amino acid sequence of SEQ ID NO: 1; (b) an amino acid sequence which is at least 85% identical to the amino acid sequence of SEQ ID NO: 1; or (c) an amino acid sequence which is a fragment of the sequence of SEQ ID NO: 1 or a fragment of an amino acid sequence which is 85% identical to the amino acid sequence of SEQ ID NO: 1,
A method by a network node for transmitting random access, RA, response, the method comprising: receiving an RA request message on an uplink physical random access channel, PRACH, from a wireless device ; forming , by the network node , a first signal for transmission to the wireless device , wherein forming the first signal comprises: placing an RA response message in a first partial subframe of the first signal, the first partial subframe comprising a control data portion of a Physical Downlink Control Channel, PDCCH, message or Enhanced PDCCH, EPDCCH, message , wherein the first partial subframe has a length between three Orthogonal Frequency Division Multiplexing, OFDM, symbols and twelve OFDM symbols; and transmitting , by the network node , the first signal to the wireless device , wherein prior to transmitting the first signal, transmitting a second signal to the wireless device , the second signal indicating that the subsequent first signal includes the first partial subframe. receiving an RA request message on an uplink physical random access channel, PRACH, from a wireless device ; forming , by the network node , a first signal for transmission to the wireless device , wherein forming the first signal comprises: placing an RA response message in a first partial subframe of the first signal, the first partial subframe comprising a control data portion of a Physical Downlink Control Channel, PDCCH, message or Enhanced PDCCH, EPDCCH, message , wherein the first partial subframe has a length between three Orthogonal Frequency Division Multiplexing, OFDM, symbols and twelve OFDM symbols; and transmitting , by the network node , the first signal to the wireless device , wherein prior to transmitting the first signal, transmitting a second signal to the wireless device , the second signal indicating that the subsequent first signal includes the first partial subframe.
A method for determining at least one property of a hydrocarbon fluid, comprising: (a) providing a first chamber filled with the hydrocarbon fluid and a second chamber which is substantially empty, each of the first chamber and second chamber having a fixed volume; (b) transferring a sample of hydrocarbon fluid from the first chamber to the second chamber ; (c) measuring a pressure in at least one of the first chamber and the second chamber ; characterised in that the method further comprises (d) repeating steps (b) and (c) a plurality of times, wherein at least some of the successive samples of step (b) have different volumes. (a) providing a first chamber filled with the hydrocarbon fluid and a second chamber which is substantially empty, each of the first chamber and second chamber having a fixed volume; (b) transferring a sample of hydrocarbon fluid from the first chamber to the second chamber ; (c) measuring a pressure in at least one of the first chamber and the second chamber ; characterised in that the method further comprises (d) repeating steps (b) and (c) a plurality of times, wherein at least some of the successive samples of step (b) have different volumes.
Data processing center , comprising: • a computing system arranged in a room , the computing system having a plurality of heat sinks and a plurality of processors, each processor being thermally coupled to a heat sink of the plurality of heat sinks ; • at least one heat pump arranged in the room; • at least one gas-liquid heat exchanger arranged in the room ; • a hot liquid loop coupling the plurality of heat sinks to the heat pump , the hot liquid loop further comprising a hot liquid port at a wall of the room , the hot liquid loop providing thermal energy out of the room through the hot liquid port; and • a cold liquid loop , which couples the heat pump with the gas-liquid heat exchanger ; • wherein the heat pump is configured to extract thermal energy from the cold liquid loop and supply it to the hot liquid loop . • a computing system arranged in a room , the computing system having a plurality of heat sinks and a plurality of processors, each processor being thermally coupled to a heat sink of the plurality of heat sinks ; • at least one heat pump arranged in the room; • at least one gas-liquid heat exchanger arranged in the room ; • a hot liquid loop coupling the plurality of heat sinks to the heat pump , the hot liquid loop further comprising a hot liquid port at a wall of the room , the hot liquid loop providing thermal energy out of the room through the hot liquid port; and • a cold liquid loop , which couples the heat pump with the gas-liquid heat exchanger ; • wherein the heat pump is configured to extract thermal energy from the cold liquid loop and supply it to the hot liquid loop .
Delta-sigma modulator, comprising: - a modulator loop comprising a loop filter and - a code generator that is configured to generate a generator signal (BS) that is realized as an extended Barker code and wherein the code generator comprises a generator output , wherein the modulator loop comprises - a modulator input for receiving an input signal (U), - a modulator output for providing an output signal (D) of the delta-sigma modulator , - an adder with a first adder input coupled to the modulator input , a second adder input coupled to the modulator output and an adder output coupled to an input of the loop-filter and - a quantizer with an input coupled to a loop filter output of the loop-filter and an output coupled to the modulator output , characterized in that a code adder of the modulator loop comprises - a first input that is coupled to the loop filter output , - a second input that is coupled to the generator output and - an output that is coupled to the input of the quantizer , or the loop-filter comprises more than one stage and comprises a further input that is coupled to the generator output and to a node between two stages of the loop filter . - a modulator loop comprising a loop filter and - a code generator that is configured to generate a generator signal (BS) that is realized as an extended Barker code and wherein the code generator comprises a generator output , wherein the modulator loop comprises - a modulator input for receiving an input signal (U), - a modulator output for providing an output signal (D) of the delta-sigma modulator , - an adder with a first adder input coupled to the modulator input , a second adder input coupled to the modulator output and an adder output coupled to an input of the loop-filter and - a quantizer with an input coupled to a loop filter output of the loop-filter and an output coupled to the modulator output , characterized in that a code adder of the modulator loop comprises - a first input that is coupled to the loop filter output , - a second input that is coupled to the generator output and - an output that is coupled to the input of the quantizer , or the loop-filter comprises more than one stage and comprises a further input that is coupled to the generator output and to a node between two stages of the loop filter .
Device for moving a movable furniture part in an opening direction with respect to a basic furniture structure of an item of furniture , wherein the movable furniture part can be brought via guide means in the opening direction and in a closing direction opposed to the opening direction, wherein the device has a force accumulator and an ejector , and therefore, with the device mounted on the item of furniture , the movable furniture part can be brought during an opening operation from a closed position in the opening direction under the action of the force accumulator by the force accumulator driving the ejector in an opening direction and an opening movement of the ejector being able to be transmitted to the movable furniture part , wherein a charging operation of the force accumulator takes place during a movement of the ejector in a closing direction, characterized in that the device has a coupling means , wherein the coupling means comprises a lever arrangement and an adjustment element is part of the lever arrangement, and the force accumulator is connected to the adjustment element , wherein, during a charging operation of the force accumulator , the adjustment element can be brought into a preliminary latching position, wherein, after the end of the charging operation the force accumulator , the adjustment element is held in the preliminary latching position, wherein, in the preliminary latching position, the adjustment element defines the force accumulator in a charged state, and therefore an opening operation of the movable furniture part under the action of the force accumulator cannot be directly triggered, and thus triggering of the opening operation under the action of the force accumulator after the end of the charging operation is prevented by a further, continued closing movement of the ejector, and wherein the adjustment element can be brought from the preliminary latching position into a triggering position, wherein, in the triggering position of the adjustment element , the opening operation of the movable furniture part out of the closed position of the movable furniture part can be activated, wherein the lever arrangement has a guide lever , wherein the guide lever is pretensioned by means of a spring element , wherein the guide lever latches the adjustment element in the preliminary latching position and in the triggering position.
A syringe assembly , comprising a syringe for dispensing a dental or medical substance, and a protective cover that comprises a tubular protective shaft , wherein the protective cover is configured for encasing at least a portion of the syringe , wherein the syringe is configured so that it can be operated with or without the protective cover , wherein the syringe has a cartridge , and wherein the cartridge and the protective cover are assembled with the cartridge being received within the protective shaft , wherein the cartridge comprises an outlet for the substance, wherein the syringe further comprises a dispensing tip that is connected to the outlet for dispensing the substance from the dispensing tip , and wherein a first seal is provided between the dispensing tip and the outlet , and a second seal is provided between the dispensing tip and the protective shaft .
A method of configuring common control resources at a gNB , comprising: configuring , at the gNB , a first type of common control resource set in a first subset of slots and a second type of common control resource set in a second subset of slots, wherein the first type of common control resource set is committed common control resource set and the second type of common control resource set is opportunistic common control resource set, which is UE-specific, wherein the first subset of slots and the second subset of slots are mutually exclusive and wherein the first type of common control resource set and the second type of common control resource set overlap in frequency; indicating , to a user equipment, UE , the first type and the second type of common control resource set based at least on the configuration, wherein the first type of common control resource set is indicated by master information blocks, MIB; always transmitting control information on the committed common control resource set to the UE ; and if there is control information, which is to be sent to the UE , transmitting control information on the opportunistic common control resource set. configuring , at the gNB , a first type of common control resource set in a first subset of slots and a second type of common control resource set in a second subset of slots, wherein the first type of common control resource set is committed common control resource set and the second type of common control resource set is opportunistic common control resource set, which is UE-specific, wherein the first subset of slots and the second subset of slots are mutually exclusive and wherein the first type of common control resource set and the second type of common control resource set overlap in frequency; indicating , to a user equipment, UE , the first type and the second type of common control resource set based at least on the configuration, wherein the first type of common control resource set is indicated by master information blocks, MIB; always transmitting control information on the committed common control resource set to the UE ; and if there is control information, which is to be sent to the UE , transmitting control information on the opportunistic common control resource set.
A delivery system for percutaneously delivering a valve prosthesis to a native heart valve, the delivery system comprising: a handle having at least one actuator thereon; an inner shaft having a distal portion configured to receive the heart valve prosthesis thereon, the inner shaft defining at least one lumen therethrough and including a nosecone attached to a distal end thereof, wherein the nosecone includes at least one cutout portion formed through a sidewall thereof, and at least one push wire slidingly disposed through the at least one lumen of the inner shaft, wherein a proximal end of the at least one push wire is operatively coupled to the at least one actuator of the handle and a distal end of the at least one push wire is attached to the at least one cutout portion of the nosecone; wherein when the nosecone is in a delivery configuration the at least one cutout portion is substantially flush with the sidewall of the nosecone and when the nosecone is in a deployed configuration the at least one cutout portion is spaced apart from the sidewall of the nosecone. a handle having at least one actuator thereon; an inner shaft having a distal portion configured to receive the heart valve prosthesis thereon, the inner shaft defining at least one lumen therethrough and including a nosecone attached to a distal end thereof, wherein the nosecone includes at least one cutout portion formed through a sidewall thereof, and at least one push wire slidingly disposed through the at least one lumen of the inner shaft, wherein a proximal end of the at least one push wire is operatively coupled to the at least one actuator of the handle and a distal end of the at least one push wire is attached to the at least one cutout portion of the nosecone; wherein when the nosecone is in a delivery configuration the at least one cutout portion is substantially flush with the sidewall of the nosecone and when the nosecone is in a deployed configuration the at least one cutout portion is spaced apart from the sidewall of the nosecone.
A system comprising: a memory storing instructions; and a processor communicatively coupled to the memory and configured to execute the instructions to: render, within a graphical user interface associated with a computer-assisted medical system, a graphical tag element representative of an event that occurred at a physical location within a region of interest; detect a user interaction with the graphical tag element; and direct, in response to the detecting of the user interaction with the graphical tag element, the computer-assisted medical system to adjust a pose of an instrument based on the physical location within the region of interest. a memory storing instructions; and a processor communicatively coupled to the memory and configured to execute the instructions to: render, within a graphical user interface associated with a computer-assisted medical system, a graphical tag element representative of an event that occurred at a physical location within a region of interest; detect a user interaction with the graphical tag element; and direct, in response to the detecting of the user interaction with the graphical tag element, the computer-assisted medical system to adjust a pose of an instrument based on the physical location within the region of interest. render, within a graphical user interface associated with a computer-assisted medical system, a graphical tag element representative of an event that occurred at a physical location within a region of interest; detect a user interaction with the graphical tag element; and direct, in response to the detecting of the user interaction with the graphical tag element, the computer-assisted medical system to adjust a pose of an instrument based on the physical location within the region of interest.