mhurhangee/patent-ind-claim-en huggingface dataset:
An aqueous adhesive for a tennis ball, the aqueous adhesive comprising: rubber latex, wherein the rubber latex is a mixture of liquid rubber latex and solid rubber latex, and when a solid content in the aqueous adhesive is measured at a temperature of 140°C by a curelastometer, a torque is not less than 0.26 N·m after 10 minutes from start of heating, wherein the liquid rubber represents rubber having fluidity at normal temperature (= 20°C) under atmospheric pressure, and wherein the solid rubber represents rubber that does not flow at normal temperature (= 20°C) under atmospheric pressure. rubber latex, wherein the rubber latex is a mixture of liquid rubber latex and solid rubber latex, and when a solid content in the aqueous adhesive is measured at a temperature of 140°C by a curelastometer, a torque is not less than 0.26 N·m after 10 minutes from start of heating, wherein the liquid rubber represents rubber having fluidity at normal temperature (= 20°C) under atmospheric pressure, and wherein the solid rubber represents rubber that does not flow at normal temperature (= 20°C) under atmospheric pressure.
System for operational acoustic optimization of a variable speed compressor , the system comprising a variable speed compressor that comprises a synchronous motor , a frequency inverter and a control block ; - the frequency inverter being electrically connected to the synchronous motor and an electrical network ; - the control block being electrically connected to the frequency inverter and being configured to control the speed of the synchronous motor included in the variable speed compressor and to establish a first switching frequency (F1) and a second switching frequency (F2) of the frequency inverter to supply the synchronous motor with a power supply signal , whereby the first switching frequency (F1) is located in a region of the frequency spectrum that is barely perceptible by a human ear or in a non-audible region of the frequency spectrum; characterized in that the control block is further configured to further establish a time period (T1) in which the synchronous motor will be fed by the frequency inverter signal with the first switching frequency (F1); - wherein the time period (T1) corresponds to at least one alignment operation period of the motor ; - the frequency inverter being configured to start the variable speed compressor by supplying motor with a signal with the first switching frequency (F1) for the duration of the time period (T1); - the frequency inverter being further configured to supply the motor with a signal with the second switching frequency (F2) after the time period (T1). - the frequency inverter being electrically connected to the synchronous motor and an electrical network ; - the control block being electrically connected to the frequency inverter and being configured to control the speed of the synchronous motor included in the variable speed compressor and to establish a first switching frequency (F1) and a second switching frequency (F2) of the frequency inverter to supply the synchronous motor with a power supply signal , whereby the first switching frequency (F1) is located in a region of the frequency spectrum that is barely perceptible by a human ear or in a non-audible region of the frequency spectrum; characterized in that the control block is further configured to further establish a time period (T1) in which the synchronous motor will be fed by the frequency inverter signal with the first switching frequency (F1); - wherein the time period (T1) corresponds to at least one alignment operation period of the motor ; - the frequency inverter being configured to start the variable speed compressor by supplying motor with a signal with the first switching frequency (F1) for the duration of the time period (T1); - the frequency inverter being further configured to supply the motor with a signal with the second switching frequency (F2) after the time period (T1).
Arrangement for an opening leaf, in particular an opening leaf of a motor vehicle , in particular an opening leaf of the side door type, the arrangement comprising: - a lock that controls the opening of such an opening leaf, - an actuating lever for actuating the lock and that pivots, at a base of the actuating lever , in a first direction towards a rest position (PR) of the actuating lever , in which position the lock blocks such an opening leaf, and in a second direction towards an open position (PO) of the actuating lever , in which position the lock allows such an opening leaf to be released, - a control for opening such an opening leaf, in particular an external opening control , - a transmission rod for transmitting movements, comprising a first part connected to the control for opening such an opening leaf and a second part connected to the actuating lever for actuating the lock , wherein the transmission rod and/or the actuating lever are arranged such that, in the event of an impact (F) against a wall of such an opening leaf, in particular in the event of an impact (F) against an external panel of such an opening leaf, the actuating lever is caused to move in the first direction, the first part of the transmission rod being at an angle (α) in relation to the second part of the transmission rod so that an impact (F) against a wall of such an opening leaf brings about a displacement and/or a force on the transmission rod , characterized in that , in the event of an impact (F), the angle (α) closes to a greater extent or opening to a greater extent so as to cause the actuating lever of the lock to move in the first direction. - a lock that controls the opening of such an opening leaf, - an actuating lever for actuating the lock and that pivots, at a base of the actuating lever , in a first direction towards a rest position (PR) of the actuating lever , in which position the lock blocks such an opening leaf, and in a second direction towards an open position (PO) of the actuating lever , in which position the lock allows such an opening leaf to be released, - a control for opening such an opening leaf, in particular an external opening control , - a transmission rod for transmitting movements, comprising a first part connected to the control for opening such an opening leaf and a second part connected to the actuating lever for actuating the lock , wherein the transmission rod and/or the actuating lever are arranged such that, in the event of an impact (F) against a wall of such an opening leaf, in particular in the event of an impact (F) against an external panel of such an opening leaf, the actuating lever is caused to move in the first direction, the first part of the transmission rod being at an angle (α) in relation to the second part of the transmission rod so that an impact (F) against a wall of such an opening leaf brings about a displacement and/or a force on the transmission rod , characterized in that , in the event of an impact (F), the angle (α) closes to a greater extent or opening to a greater extent so as to cause the actuating lever of the lock to move in the first direction.
A method for processing the gaseous effluents developed in a coffee roasting installation , wherein said effluents are conveyed through an oxidising catalytic converter , the method being characterised in that in said catalytic converter use is made of a catalyst chosen in the group formed by a) a catalyst comprising a porous faujasite support including nanoparticles of copper oxide in an amount comprised between 2% and 7%, and preferably equal to about 5%, of the total weight of the catalyst; b) a catalyst comprising a porous γ-alumina support including nanoparticles of copper oxide in an amount comprised between 2% and 7%, and preferably equal to about 5%, of the total weight of the catalyst; and c) a catalyst comprising a porous zeolite or mesoporous silica support, containing iron nanoparticles in an amount comprised between 2% and 7%, and preferably equal to about 5%, of the total weight of the catalyst, wherein said nanoparticles of copper oxide or iron are deposited on said supports with the Incipient Wetting Impregnation (IWI) technique. a) a catalyst comprising a porous faujasite support including nanoparticles of copper oxide in an amount comprised between 2% and 7%, and preferably equal to about 5%, of the total weight of the catalyst; b) a catalyst comprising a porous γ-alumina support including nanoparticles of copper oxide in an amount comprised between 2% and 7%, and preferably equal to about 5%, of the total weight of the catalyst; and c) a catalyst comprising a porous zeolite or mesoporous silica support, containing iron nanoparticles in an amount comprised between 2% and 7%, and preferably equal to about 5%, of the total weight of the catalyst,
A moisture-variable protective layer , in particular for use for the protection of a heat-insulating layer in insulated building constructions , such as roof and/or wall constructions of a building, which has a water vapour diffusion-equivalent air layer thickness S d dependent on the ambient humidity, wherein the protective layer at least partially consists of a material and/or comprises a material so that at a relative humidity of the atmosphere surrounding the protective layer in the range of 0 % to 25 % has a water vapour diffusion-equivalent air layer thickness S d of the moisture-variable protective layer of greater than 10 m and at a relative humidity of the atmosphere surrounding the protective layer in the range of 90 % to 100 % has a water vapour diffusion-equivalent air layer thickness S d of less than 0.4 m, characterised in that the S d value of the moisture-variable protective layer is between 20 m and 100 m at a relative humidity of 25 % and that the material is obtainable from a mixture of a polyurethane with a polymer comprising vinyl alcohol as the monomer component and/or consists of such a mixture or has such a mixture, wherein the polymer comprising vinyl alcohol has a vinyl alcohol content between 52 and 76 wt.-% and wherein the polyurethane proportion in the mixture is more than 50 wt.-%.
A polyester comprising at least one diacid-based building block, at least one diol-based building block and at least one polyol-based building block, wherein the diacid-based building block comprises a group of formula (I) wherein R 1 is a group according to the general formula CH 2 -CH 2 -O(AO) x -X 1 , with x being a number from zero to 75, X 1 being hydrogen or methyl and AO being alkylene oxide selected from ethylene oxide and combinations of ethylene oxide with at least one of propylene oxide and butylene oxide, wherein polyol building blocks are derived from compounds bearing y hydroxyl groups per molecule, and y being a least three, and wherein the asterisks indicate bonds to diol or polyol building blocks through the ester oxygen atoms, wherein the molar ratio of diacid-based building blocks to the sum of diol building blocks and polyol building blocks, the latter being multiplied with 2/y, is in the range from 2:1 to 1:2. wherein R 1 is a group according to the general formula CH 2 -CH 2 -O(AO) x -X 1 , with x being a number from zero to 75, X 1 being hydrogen or methyl and AO being alkylene oxide selected from ethylene oxide and combinations of ethylene oxide with at least one of propylene oxide and butylene oxide, wherein polyol building blocks are derived from compounds bearing y hydroxyl groups per molecule, and y being a least three, and wherein the asterisks indicate bonds to diol or polyol building blocks through the ester oxygen atoms, wherein the molar ratio of diacid-based building blocks to the sum of diol building blocks and polyol building blocks, the latter being multiplied with 2/y, is in the range from 2:1 to 1:2.
Endoscope coupler for a camera, having a proximal end of the endoscope coupler for arranging on the camera, having a camera fixation mechanism for attaching the endoscope coupler to the camera and having an endoscope head retention region which at least partially holds an endoscope head when an endoscope is coupled to the camera, wherein the endoscope head retention region is accessible for the endoscope head from the direction of a distal end of the endoscope coupler via an inlet , and having an endoscope fixation mechanism for attaching the endoscope to the endoscope coupler , wherein the endoscope fixation mechanism comprises at least one moveably mounted block which is loaded with a spring tension such that at least one region of the block is pressed into the inlet , and blocks the inlet , wherein at least the region of the block which extends into the inlet is formed such that its distal section is tapered in the direction of the distal end of the endoscope coupler such that a pressure applied to the distal section of the region of the block which extends into the inlet in the direction of the proximal end of the endoscope coupler generates a force which counteracts the spring tension and wherein the endoscope coupler comprises a release mechanism which, when actuated, moves the regions of the block which extend into the inlet out of the inlet or renders them moveable out of the inlet , characterized in that the release mechanism is constructed such that, when actuated, it reduces the spring tension load of the block .
An apparatus for supplying power, comprising: a first battery (B 1) which is a silicon negative lithium ion battery; a second battery (B2) which is a graphite negative lithium ion battery connected in series with the first battery; a voltage step-down module configured to step down a voltage of the first battery and the second battery connected in series; and a control module configured to control the voltage step-down module to step down the voltage of the first battery and the second battery connected in series to supply power based on power supply demands, during a power supply process; wherein a discharge cut-off voltage of the first battery is lower than a discharge cut-off voltage of the second battery; and the control module is configured to control the power supply process to stop discharge in response to a voltage of the second battery reaching the discharge cut-off voltage of the second battery. a first battery (B 1) which is a silicon negative lithium ion battery; a second battery (B2) which is a graphite negative lithium ion battery connected in series with the first battery; a voltage step-down module configured to step down a voltage of the first battery and the second battery connected in series; and a control module configured to control the voltage step-down module to step down the voltage of the first battery and the second battery connected in series to supply power based on power supply demands, during a power supply process; wherein a discharge cut-off voltage of the first battery is lower than a discharge cut-off voltage of the second battery; and the control module is configured to control the power supply process to stop discharge in response to a voltage of the second battery reaching the discharge cut-off voltage of the second battery.
A catch assembly for a nacelle of an aircraft propulsion system, the catch assembly comprising: a keeper ; a guide ; and a catch including a catch mount , a catch arm and a catch hook ; the catch arm cantilevered from the catch mount , and extending longitudinally away from the catch mount to a distal end of the catch ; and the catch hook connected to the catch arm at the distal end ; wherein the catch is configured to bias the catch hook against the guide , and the catch hook is configured to slide longitudinally along the guide from a first position to a second position where the catch hook engages the keeper ; characterised in that : the catch is configured as a monolithic body. a keeper ; a guide ; and a catch including a catch mount , a catch arm and a catch hook ; the catch arm cantilevered from the catch mount , and extending longitudinally away from the catch mount to a distal end of the catch ; and the catch hook connected to the catch arm at the distal end ; wherein the catch is configured to bias the catch hook against the guide , and the catch hook is configured to slide longitudinally along the guide from a first position to a second position where the catch hook engages the keeper ; characterised in that : the catch is configured as a monolithic body.
A system for detecting elevator maintenance behaviors in an elevator hoistway , wherein the system comprises: an emitting component for emitting wireless signals including channel state information (CSI) into the elevator hoistway ; a receiving component for receiving the channel state information (CSI) from the elevator hoistway ; and a maintenance behavior detecting device coupled to the receiving component , which comprises: a memory that stores CSI image recognition models constructed corresponding to one or more predefined elevator maintenance behaviors and a corresponding computer program executable on a processor ; and the processor , which is configured to be able to execute the computer program to implement the following operations: processing data of the received channel state information (CSI) to obtain a CSI image corresponding to the elevator maintenance behavior detected; and inputting the CSI image to the CSI image recognition model for analysis and processing so as to detect the elevator maintenance behavior. an emitting component for emitting wireless signals including channel state information (CSI) into the elevator hoistway ; a receiving component for receiving the channel state information (CSI) from the elevator hoistway ; and a maintenance behavior detecting device coupled to the receiving component , which comprises: a memory that stores CSI image recognition models constructed corresponding to one or more predefined elevator maintenance behaviors and a corresponding computer program executable on a processor ; and the processor , which is configured to be able to execute the computer program to implement the following operations: processing data of the received channel state information (CSI) to obtain a CSI image corresponding to the elevator maintenance behavior detected; and inputting the CSI image to the CSI image recognition model for analysis and processing so as to detect the elevator maintenance behavior. a memory that stores CSI image recognition models constructed corresponding to one or more predefined elevator maintenance behaviors and a corresponding computer program executable on a processor ; and the processor , which is configured to be able to execute the computer program to implement the following operations: processing data of the received channel state information (CSI) to obtain a CSI image corresponding to the elevator maintenance behavior detected; and inputting the CSI image to the CSI image recognition model for analysis and processing so as to detect the elevator maintenance behavior. processing data of the received channel state information (CSI) to obtain a CSI image corresponding to the elevator maintenance behavior detected; and inputting the CSI image to the CSI image recognition model for analysis and processing so as to detect the elevator maintenance behavior.
A controllable valve , in particular a high-vacuum safety valve, comprising a closing element which is movable in a direction of movement between a closed position and an open position; a magnetic device having at least one actuator (33-1, 33-2) which is movable between a position of rest and an active position; and a translation device via which the magnetic device is connected to the closing element such that the closing element adopts the closed position when the actuator (33-1, 33-2) is in the position of rest and the closing element adopts the open position when the actuator (33-1, 33-2) is in the active position, wherein the closing element comprises a valve disk , characterized in that the magnetic device comprises a first and a second actuator (33-1, 33-2) which are arranged disposed opposite one another and which are movable in opposite directions; the translation device comprises a lever mechanism which is connected between the first and second actuator (33-1, 33-2) and the closing element ; and two opposite forces which are oriented at right angles to the central axis of the valve disk are translated by means of the lever mechanism into a force in the direction of the central axis of the valve disk and thus in the direction of movement of the closing element . a closing element which is movable in a direction of movement between a closed position and an open position; a magnetic device having at least one actuator (33-1, 33-2) which is movable between a position of rest and an active position; and a translation device via which the magnetic device is connected to the closing element such that the closing element adopts the closed position when the actuator (33-1, 33-2) is in the position of rest and the closing element adopts the open position when the actuator (33-1, 33-2) is in the active position, wherein the closing element comprises a valve disk , characterized in that the magnetic device comprises a first and a second actuator (33-1, 33-2) which are arranged disposed opposite one another and which are movable in opposite directions; the translation device comprises a lever mechanism which is connected between the first and second actuator (33-1, 33-2) and the closing element ; and two opposite forces which are oriented at right angles to the central axis of the valve disk are translated by means of the lever mechanism into a force in the direction of the central axis of the valve disk and thus in the direction of movement of the closing element .