mhurhangee/patent-ind-claim-en huggingface dataset:
Method for starting up an elevator installation having an elevator car for transporting a conveyor load , having a counterweight , which is connected to the elevator car by means of suspension elements , having a drive for driving the elevator car , counterweight and suspension elements , the counterweight and the car moving in opposite directions in a vertical shaft , having an elevator brake device attached to the elevator car and having a brake force measuring device , a braking force (FB) of the elevator brake device being measured by means of the brake force measuring device , characterized in that the method comprises the following steps: - determining a holding force (FB HT ) of the elevator car parked in an uppermost stop (HT) by means of the brake force measuring device , - determining a holding force (FB HB ) of the elevator car parked in a lowermost stop (HB) by means of the brake force measuring device , - calculating an actual weight (MT) of the suspension elements as a function of the measured holding forces (FB HT , FB HB ), - calculating an actual imbalance (MB) of the elevator installation as a function of the holding forces (FB HT , FB HB ), - entering the permissible weight (MF) of the conveyor load , - entering an effective mass fraction of the drive (MA), - measuring a proper acceleration (ak) of the elevator car, - calculating an actual weight (MK) of the empty elevator car as a function of the actual weight (MT) of the suspension elements , the actual imbalance (MB) of the elevator installation, the effective mass fraction of the drive (MA) and the measured proper acceleration (ak), and - calculating a remaining mass (MV) of the elevator installation to be braked by the elevator brake device in the "worst case" by summation of the actual weight (MK) of the empty elevator car and of the permissible weight (MF) of the conveyor load . - determining a holding force (FB HT ) of the elevator car parked in an uppermost stop (HT) by means of the brake force measuring device , - determining a holding force (FB HB ) of the elevator car parked in a lowermost stop (HB) by means of the brake force measuring device , - calculating an actual weight (MT) of the suspension elements as a function of the measured holding forces (FB HT , FB HB ), - calculating an actual imbalance (MB) of the elevator installation as a function of the holding forces (FB HT , FB HB ), - entering the permissible weight (MF) of the conveyor load , - entering an effective mass fraction of the drive (MA), - measuring a proper acceleration (ak) of the elevator car, - calculating an actual weight (MK) of the empty elevator car as a function of the actual weight (MT) of the suspension elements , the actual imbalance (MB) of the elevator installation, the effective mass fraction of the drive (MA) and the measured proper acceleration (ak), and - calculating a remaining mass (MV) of the elevator installation to be braked by the elevator brake device in the "worst case" by summation of the actual weight (MK) of the empty elevator car and of the permissible weight (MF) of the conveyor load .
A message repetition transmission method, the method comprising: receiving, from an application entity, a request message for requesting message repetition transmission; creating a resource msgRepetition that includes attribute information for the message repetition transmission and is applied to the message repetition transmission; transmitting, to the application entity, a response message for informing of successful creation of the resource msgRepetition ; and performing the message repetition transmission according to the resource msgRepetition , wherein the attribute information includes at least one of attribute targetResource designating a target resource including at least one value to be repeatably transmitted by the message repetition transmission and attribute valueForRepetition designating the at least one value to be repeatably transmitted by the message repetition transmission, and wherein the message repetition transmission comprises a plurality of transmissions of the at least one value in the target resource to provide a group of users with information. receiving, from an application entity, a request message for requesting message repetition transmission; creating a resource msgRepetition that includes attribute information for the message repetition transmission and is applied to the message repetition transmission; transmitting, to the application entity, a response message for informing of successful creation of the resource msgRepetition ; and performing the message repetition transmission according to the resource msgRepetition , wherein the attribute information includes at least one of attribute targetResource designating a target resource including at least one value to be repeatably transmitted by the message repetition transmission and attribute valueForRepetition designating the at least one value to be repeatably transmitted by the message repetition transmission, and wherein the message repetition transmission comprises a plurality of transmissions of the at least one value in the target resource to provide a group of users with information.
A box for a drying oven for crosslinking a continuous mat of mineral or plant fibers, comprising a central compartment delimited by lateral (41-44), an upper and a lower walls, inlet and outlet locks sized for the passage of a mat of fibers, comprising, in the central compartment , inlet and outlet orifices for a stream of hot gas , these being situated on each side of the mat of fibers, said box being characterized in that it further comprises an in-built hot-gas heating and recirculation device comprising: - at least one radial turbine mounted horizontally on the upper wall or the lower wall of the central compartment , the axis of rotation of which is arranged vertically, said turbine drawing the hot gas along said axis through a gas outlet orifice of the central compartment and discharging it radially toward recirculation means , - recirculation means recirculating the gas leaving the radial turbine to the gas inlet orifice of the compartment , said recirculation means being arranged at least in part on at least one lateral wall of the compartment, - at least one heating means for heating the air circulating in said box . - at least one radial turbine mounted horizontally on the upper wall or the lower wall of the central compartment , the axis of rotation of which is arranged vertically, said turbine drawing the hot gas along said axis through a gas outlet orifice of the central compartment and discharging it radially toward recirculation means , - recirculation means recirculating the gas leaving the radial turbine to the gas inlet orifice of the compartment , said recirculation means being arranged at least in part on at least one lateral wall of the compartment, - at least one heating means for heating the air circulating in said box .
Vehicle comprising a system for transceiving data on board the vehicle itself, said system for transceiving data comprising at least: - a first set of millimeter-wave antennas for transceiving data in the 5G frequency band, wherein, with respect to a first and second planes (E, F) perpendicular to each other that virtually divide the vehicle into four quadrants (A, B, C, D), said first set of millimeter-wave antennas comprises at least four millimeter-wave antennas which are installed each in a corresponding quadrant of said four quadrants (A, B, C, D); - a second set of antennas for transceiving data in a frequency band lower than the operating band of said first set of millimeter-wave antennas ; - a control unit operatively associated with and adapted to control the operation of at least said second set of antennas ; - at least one further antenna for transceiving data in a frequency band intermediate between the operating frequency bands of said first and second sets of antennas , and wherein said control unit is also operatively associated with and adapted to control the operation of said at least one further antenna ; wherein said second set of antennas comprises at least four antennas which are installed each in a corresponding quadrant of said four quadrants (A, B, C, D), of which a first and a second antennas are installed at the front bumper of the vehicle, and a third and a fourth antennas are installed at the rear bumper of the vehicle. - a first set of millimeter-wave antennas for transceiving data in the 5G frequency band, wherein, with respect to a first and second planes (E, F) perpendicular to each other that virtually divide the vehicle into four quadrants (A, B, C, D), said first set of millimeter-wave antennas comprises at least four millimeter-wave antennas which are installed each in a corresponding quadrant of said four quadrants (A, B, C, D); - a second set of antennas for transceiving data in a frequency band lower than the operating band of said first set of millimeter-wave antennas ; - a control unit operatively associated with and adapted to control the operation of at least said second set of antennas ; - at least one further antenna for transceiving data in a frequency band intermediate between the operating frequency bands of said first and second sets of antennas , and wherein said control unit is also operatively associated with and adapted to control the operation of said at least one further antenna ;
A fluidized bed reactor comprising: a) at least one granulation compartment with one or more air inlets; b) at least one after-cooler compartment downstream of and integrated with the at least one granulation compartment; c) a single scrubber downstream of the granulation compartment; d) a single exhaust duct configured to provide a single exhaust stream from the at least one after-cooler compartment directly to the scrubber; e) at least one air moving device downstream the scrubber; wherein the granulation compartment is configured to draw air through said one or more air inlets into the granulation compartment; and, wherein the at least one air moving device has sufficient capacity to create a vacuum exceeding the total pressure drop between the air inlets and the air moving device. a) at least one granulation compartment with one or more air inlets; b) at least one after-cooler compartment downstream of and integrated with the at least one granulation compartment; c) a single scrubber downstream of the granulation compartment; d) a single exhaust duct configured to provide a single exhaust stream from the at least one after-cooler compartment directly to the scrubber; e) at least one air moving device downstream the scrubber;
An inboard bearing assembly comprising: a fitting comprising: a plate with a convex mating surface and a first aperture formed through the plate for receiving a blade root of a rotor blade ; and a flange extending from the plate and comprising a pitch arm ; and a race comprising a second aperture formed through the race and a concave mating surface that receives the convex mating surface of the plate . a plate with a convex mating surface and a first aperture formed through the plate for receiving a blade root of a rotor blade ; and a flange extending from the plate and comprising a pitch arm ; and a race comprising a second aperture formed through the race and a concave mating surface that receives the convex mating surface of the plate .
An arrangement for sealing a propeller shaft of a marine vessel, the arrangement comprising a propeller shaft rotatably supported with at least one bearing , a bearing arrangement adjacent to said at least one bearing , a first lubrication arrangement comprising a first lubricant circulation line for conducting first lubricant to said bearing arrangement and for conducting first lubricant from said bearing arrangement , and a first lubricant circulator configured to create a flow of first lubricant in the first lubricant circulation line and in said bearing arrangement , a shaft seal arrangement for sealing the propeller shaft against sea water, and a second lubrication arrangement comprising a second lubricant circulation line for conducting second lubricant to said shaft seal arrangement and for conducting second lubricant from said shaft seal arrangement , and a second lubricant circulator configured to create a flow of second lubricant in the second lubricant circulation line and in said shaft seal arrangement , characterized by a first heat exchanger in thermal contact with the first lubricant circulation line and in thermal contact with the second lubricant circulation line for transferring thermal energy between first lubricant flowing in the first lubricant circulation line and second lubricant flowing in the second lubricant circulation line . a propeller shaft rotatably supported with at least one bearing , a bearing arrangement adjacent to said at least one bearing , a first lubrication arrangement comprising a first lubricant circulation line for conducting first lubricant to said bearing arrangement and for conducting first lubricant from said bearing arrangement , and a first lubricant circulator configured to create a flow of first lubricant in the first lubricant circulation line and in said bearing arrangement , a shaft seal arrangement for sealing the propeller shaft against sea water, and a second lubrication arrangement comprising a second lubricant circulation line for conducting second lubricant to said shaft seal arrangement and for conducting second lubricant from said shaft seal arrangement , and a second lubricant circulator configured to create a flow of second lubricant in the second lubricant circulation line and in said shaft seal arrangement , characterized by a first heat exchanger in thermal contact with the first lubricant circulation line and in thermal contact with the second lubricant circulation line for transferring thermal energy between first lubricant flowing in the first lubricant circulation line and second lubricant flowing in the second lubricant circulation line .
A cabin for an agricultural working vehicle , comprising a cabin roof as well as a frame structure receiving the cabin roof , which has frame elements running in the vertical direction as well as frame elements running transversely and which are configured as hollow profiles, characterized in that at least the frame elements running in the vertical direction can respectively be closed, at least on their side facing away from the cabin roof , by a vibration damping element which can be inserted into the frame element running in the vertical direction, wherein the respective vibration damping element comprises at least one damping element which is disposed between at least two clamping plates , wherein in the mounted position of the vibration damping element , the at least two clamping plates can be loaded with a force (F) directed substantially perpendicular to the surface of the clamping plates , so that the damping element extends reversibly in a direction running transversely to the line of action of the force and seals a bottom region of the frame element running in the vertical direction.
A light receiving device comprising: a pixel array unit having a plurality of pixels each including a light receiving unit that generates a signal according to reception of photons; a first switch unit that recharges the light receiving unit ; characterized by a recharge control unit that controls the first switch unit according to output of the light receiving unit , the recharge control unit being shared among the plurality of pixels , wherein in a case where photons are incident on one or more light receiving units among light receiving units of the plurality of pixels that share the recharge control unit , the recharge control unit performs recharging for all of the light receiving units of the plurality of pixels . a pixel array unit having a plurality of pixels each including a light receiving unit that generates a signal according to reception of photons; a first switch unit that recharges the light receiving unit ; characterized by a recharge control unit that controls the first switch unit according to output of the light receiving unit , the recharge control unit being shared among the plurality of pixels , wherein in a case where photons are incident on one or more light receiving units among light receiving units of the plurality of pixels that share the recharge control unit , the recharge control unit performs recharging for all of the light receiving units of the plurality of pixels .
A method for speech recognition, performed by a computer device, the method comprising: acquiring speech data; inputting a speech feature matrix of the acquired speech data to a speech recognition model, the speech feature matrix being used for representing time-domain and frequency-domain features of the speech data; and performing attention encoding on the speech feature matrix through the speech recognition model to obtain an encoded matrix, the encoded matrix comprising multiple encoded vectors, characterized in that the method further comprises: decoding the multiple encoded vectors in the encoded matrix according to positions of the multiple encoded vectors in the encoded matrix to output a character string corresponding to the speech data, a decoding sequence of the multiple encoded vectors being related to the positions of the multiple encoded vectors in the encoded matrix. acquiring speech data; inputting a speech feature matrix of the acquired speech data to a speech recognition model, the speech feature matrix being used for representing time-domain and frequency-domain features of the speech data; and performing attention encoding on the speech feature matrix through the speech recognition model to obtain an encoded matrix, the encoded matrix comprising multiple encoded vectors, characterized in that the method further comprises: decoding the multiple encoded vectors in the encoded matrix according to positions of the multiple encoded vectors in the encoded matrix to output a character string corresponding to the speech data, a decoding sequence of the multiple encoded vectors being related to the positions of the multiple encoded vectors in the encoded matrix.
A conjugate according to Formula II, or a salt thereof: wherein X is , or methylene, or bond; Y is a linker comprising and Z is a flavagline anti-cancer drug. wherein X is , or methylene, or bond; Y is a linker comprising and Z is a flavagline anti-cancer drug.
Electrical device designed for voltages above 150 kV, for connection to a high-voltage network, comprising - a housing , which can be filled with an insulating liquid and in which a core with at least one winding is arranged, - a bushing plug-in socket , which is fastened to the housing , and - a high-voltage bushing , which is plugged into the bushing plug-in socket , wherein the high-voltage bushing has a fastening section , by way of which said high-voltage bushing is detachably fastened to the housing or to the bushing plug-in socket and from which said high-voltage bushing extends, by way of a column section , in a longitudinal direction over a length L2 to a high-voltage connection , wherein the length L2 is greater than three metres. - a housing , which can be filled with an insulating liquid and in which a core with at least one winding is arranged, - a bushing plug-in socket , which is fastened to the housing , and - a high-voltage bushing , which is plugged into the bushing plug-in socket ,
A spinal distraction system comprising: a bearing connector , a fixated rod and a sliding rod wherein the bearing connector is fastened to the fixated rod and the sliding rod , wherein the sliding rod includes a spring and a stop ring , the spring configured to be loaded onto the sliding rod so that it abuts the stop ring ; wherein the stop ring includes a bore and a set screw so that the sliding rod is inserted through the bore of the stop ring . a bearing connector , a fixated rod and a sliding rod wherein the bearing connector is fastened to the fixated rod and the sliding rod , wherein the sliding rod includes a spring and a stop ring , the spring configured to be loaded onto the sliding rod so that it abuts the stop ring ; wherein the stop ring includes a bore and a set screw so that the sliding rod is inserted through the bore of the stop ring .
Flexible composite material comprising the following layers: a support layer selected from the following list: fabric, knitted fabric, nonwoven fabric, foam, or mixtures thereof; an intermediate layer of polyvinyl chloride, PVC, containing a plurality of sublayers; a compact layer of thermoplastic polyurethane, TPU, containing a plurality of sublayers; wherein the TPU compact layer comprises: 0.4 - 70% w/w of an aromatic TPU; 0.2 - 35% w/w of an aliphatic TPU; wherein the TPU sublayer of the TPU compact layer in contact with the intermediate layer of PVC is an aliphatic TPU. a support layer selected from the following list: fabric, knitted fabric, nonwoven fabric, foam, or mixtures thereof; an intermediate layer of polyvinyl chloride, PVC, containing a plurality of sublayers; a compact layer of thermoplastic polyurethane, TPU, containing a plurality of sublayers; wherein the TPU compact layer comprises: 0.4 - 70% w/w of an aromatic TPU; 0.2 - 35% w/w of an aliphatic TPU; wherein the TPU sublayer of the TPU compact layer in contact with the intermediate layer of PVC is an aliphatic TPU. 0.4 - 70% w/w of an aromatic TPU; 0.2 - 35% w/w of an aliphatic TPU; wherein the TPU sublayer of the TPU compact layer in contact with the intermediate layer of PVC is an aliphatic TPU.
A 1T1R resistive random access memory, comprising: a memory cell array composed of multiple 1T1R resistive random access memory cells, each 1T1R resistive random access memory cell comprising a transistor and a resistance switching device ; wherein the transistor comprises a channel layer , a gate layer insulated from the channel layer , and a drain layer and a source layer that are disposed on the channel layer , wherein the drain layer and the source layer are vertically distributed on the channel layer ; the resistance switching device is disposed near the drain layer , two ends of the resistance switching device are electrically connected to the drain layer and a bit line, respectively, the gate layer is electrically connected to a word line, and the source layer is electrically connected to a source line; characterised in that each 1T1R resistive random access memory cell further comprises: a mask layer , wherein the mask layer covers at least the source layer or covers at least the drain layer . the transistor comprises a channel layer , a gate layer insulated from the channel layer , and a drain layer and a source layer that are disposed on the channel layer , wherein the drain layer and the source layer are vertically distributed on the channel layer ; the resistance switching device is disposed near the drain layer , two ends of the resistance switching device are electrically connected to the drain layer and a bit line, respectively, the gate layer is electrically connected to a word line, and the source layer is electrically connected to a source line; characterised in that each 1T1R resistive random access memory cell further comprises: a mask layer , wherein the mask layer covers at least the source layer or covers at least the drain layer .