mhurhangee/patent-ind-claim-en huggingface dataset:
A high-pressure cleaning device for dirty components , in particular components from chemical plants and preferably oil industry plants, - with a pressure of a cleaning liquid used of at least 500 bars, - with a frame , - with an endless conveyor belt , which is disposed in the frame and guided around belt pulleys that each have a horizontal axis of rotation and which include a front belt pulley and a rear belt pulley , which forms an upper run , whereon the components are located during operation, and a lower run , and which has a large number of through-holes , - with an input station located in the vicinity of the front belt pulley and having an input table that is substantially flush with the upper run , - with an output station located in the vicinity of the rear belt pulley and having an output table , - with an upper nozzle assembly , which is disposed above the upper run , is rotatable about a vertical axis of rotation and has nozzles directed downwards towards the upper run , - with a lower nozzle assembly , which is disposed between the upper run and the lower run , is rotatable about a vertical axis of rotation and has nozzles directed upwards towards the through-holes , - wherein the upper run is covered between the input station and the closest nozzle assembly by a hood, and this hood is so long that a human is incapable of reaching up to the nozzle assembly, and the measure is taken in the same manner in the region of the output station. - with a pressure of a cleaning liquid used of at least 500 bars, - with a frame , - with an endless conveyor belt , which is disposed in the frame and guided around belt pulleys that each have a horizontal axis of rotation and which include a front belt pulley and a rear belt pulley , which forms an upper run , whereon the components are located during operation, and a lower run , and which has a large number of through-holes , - with an input station located in the vicinity of the front belt pulley and having an input table that is substantially flush with the upper run , - with an output station located in the vicinity of the rear belt pulley and having an output table , - with an upper nozzle assembly , which is disposed above the upper run , is rotatable about a vertical axis of rotation and has nozzles directed downwards towards the upper run , - with a lower nozzle assembly , which is disposed between the upper run and the lower run , is rotatable about a vertical axis of rotation and has nozzles directed upwards towards the through-holes , - wherein the upper run is covered between the input station and the closest nozzle assembly by a hood, and this hood is so long that a human is incapable of reaching up to the nozzle assembly, and the measure is taken in the same manner in the region of the output station.
A method for transmitting information, applicable to a base station, comprising: determining (S101) feedback resource configuration information configured for a terminal, wherein the feedback resource configuration information comprises a plurality of target feedback resource units; transmitting (S102) the feedback resource configuration information to the terminal, such that the terminal transmits first response information corresponding to a first downlink resource range occupied by a downlink transmission to the base station on the plurality of target feedback resource units when the downlink transmission occurs between the terminal and the base station; determining a resource feedback position corresponding to each target feedback resource unit; characterized in that the method further comprises: 5 obtaining a reception result of receiving historical response information at the resource feedback position in a preset number of historical downlink transmissions; and re-determining the feedback resource configuration information when the reception result meets a preset adjustment condition. determining (S101) feedback resource configuration information configured for a terminal, wherein the feedback resource configuration information comprises a plurality of target feedback resource units; transmitting (S102) the feedback resource configuration information to the terminal, such that the terminal transmits first response information corresponding to a first downlink resource range occupied by a downlink transmission to the base station on the plurality of target feedback resource units when the downlink transmission occurs between the terminal and the base station; determining a resource feedback position corresponding to each target feedback resource unit; characterized in that the method further comprises: 5 obtaining a reception result of receiving historical response information at the resource feedback position in a preset number of historical downlink transmissions; and re-determining the feedback resource configuration information when the reception result meets a preset adjustment condition. obtaining a reception result of receiving historical response information at the resource feedback position in a preset number of historical downlink transmissions; and re-determining the feedback resource configuration information when the reception result meets a preset adjustment condition.
A method executed by a user equipment , UE, comprising: receiving (S101) a paging message from a base station ; initiating a Radio Resource Control, RRC, connection establishment procedure or an RRC connection resume procedure based on the paging message; and when initiating the RRC connection establishment procedure or the RRC connection resume procedure, determining (S102) whether to perform a downlink early data transmission, EDT, preparation operation based on downlink EDT indication information included in the paging message and based on an establishment cause for initiating the RRC connection establishment procedure or the RRC connection resume procedure, wherein the downlink EDT indication information comprises a downlink EDT UE identity list included in the paging message; and when a UE identity of the UE is included in the downlink EDT UE identity list, the UE performs the downlink EDT preparation operation. receiving (S101) a paging message from a base station ; initiating a Radio Resource Control, RRC, connection establishment procedure or an RRC connection resume procedure based on the paging message; and when initiating the RRC connection establishment procedure or the RRC connection resume procedure, determining (S102) whether to perform a downlink early data transmission, EDT, preparation operation based on downlink EDT indication information included in the paging message and based on an establishment cause for initiating the RRC connection establishment procedure or the RRC connection resume procedure, wherein the downlink EDT indication information comprises a downlink EDT UE identity list included in the paging message; and when a UE identity of the UE is included in the downlink EDT UE identity list, the UE performs the downlink EDT preparation operation.
Extractor hood with a body which is hollow in its interior (at 15), provided with a lateral opening and containing in its cavity a fan which can aspirate from the lateral opening fumes and/or vapours generated by an underlying hob of a kitchen, said body having opposite surfaces with a larger area, connected by surfaces or walls with a smaller area, a first one of these surfaces with a larger area being placed on a vertical wall of said kitchen, the second surface with a larger area being substantially parallel to the first surface and containing the aforementioned lateral opening , and in front of this opening there being a flat panel placed spaced from this second surface, whereby said panel is parallel to said second surface , including when the hood is in use, characterised in that between said panel and said second surface with a larger area there is a space which is open towards the underlying hob, into which there penetrate the fumes and/or vapours which are drawn by the fan and are directed towards the lateral opening in the body of the hood , in that said space is closed on one side by a folded-back part of the panel facing towards the second surface with a larger area and in that the distance of the panel from the second surface with a larger area is between 4 and 8 cm, such as to assist the aspiration of the fumes and/or vapours into said space .
A signal transmission device, wherein the signal transmission device communicates with an opposite terminal, and comprises: a transmitting device , configured to transmit a first signal to the opposite terminal; and a receiving device , configured to receive a second signal transmitted by the opposite terminal, wherein a frequency of the first signal is different from a frequency of the second signal, and the frequency of the first signal and the frequency of the second signal are in a frequency band of visible light; and the first signal is a visible light signal of a first color, the second signal is a visible light signal of a second color, and the first color and the second color are different; and the receiving device comprises: multiple optical-to-electrical converters , disposed in different angles and configured to receive the visible light signal of the second color transmitted by the opposite terminal; and a comparator , configured to compare average powers of visible light signals of the second color that are transmitted by the opposite terminal and received by the multiple optical-to-electrical converters, and configured to select a visible light signal of the second color with a largest average power and perform corresponding processing, so as to obtain an original signal transmitted by the opposite terminal. a transmitting device , configured to transmit a first signal to the opposite terminal; and a receiving device , configured to receive a second signal transmitted by the opposite terminal, wherein a frequency of the first signal is different from a frequency of the second signal, and the frequency of the first signal and the frequency of the second signal are in a frequency band of visible light; and the first signal is a visible light signal of a first color, the second signal is a visible light signal of a second color, and the first color and the second color are different; and the receiving device comprises: multiple optical-to-electrical converters , disposed in different angles and configured to receive the visible light signal of the second color transmitted by the opposite terminal; and a comparator , configured to compare average powers of visible light signals of the second color that are transmitted by the opposite terminal and received by the multiple optical-to-electrical converters, and configured to select a visible light signal of the second color with a largest average power and perform corresponding processing, so as to obtain an original signal transmitted by the opposite terminal.
An apparatus for reversibly modifying the appearance of a shoe , the apparatus comprising: a. means for automatically determining the position of the shoe ; b. means for projecting colors, images and/or patterns onto the shoe in accordance with the determined position; and c. means for modifying the shape of the shoe , in particular its surface. a. means for automatically determining the position of the shoe ; b. means for projecting colors, images and/or patterns onto the shoe in accordance with the determined position; and c. means for modifying the shape of the shoe , in particular its surface.
A hardware testing device for conducting a test of hardware, comprising: a test list which describes a plurality of test cases to be executed in the hardware; a fault list which describes primary faults that may occur in the hardware and a fault rate of each of the primary faults, wherein a primary fault is a fault that exists in the hardware to be tested; a simulation test result table which describes test results of simulation tests conducted by injecting the respective primary faults stored in the fault list into the respective test cases described on the test list in a simulated environment configured to simulate the hardware, and existence of any secondary faults, wherein a secondary fault is a fault generated when a primary fault exists and a test operation is performed; a real machine testing unit configured to execute a real machine test to the hardware based on the test cases; and a test selection unit configured to determine a test case to be subsequently executed by the real machine testing unit among unexecuted test cases which are described in the test list and in which the real machine test has not yet been executed by the real machine testing unit , wherein the test selection unit comprises: a secondary fault calculation unit configured to calculate a parameter related to a secondary fault for each of the unexecuted test cases based on contents of the simulation test result table and the fault list ; and a priority determination unit configured to determine a priority of the unexecuted test cases based on the parameter related to the secondary fault calculated by the secondary fault calculation unit. a test list which describes a plurality of test cases to be executed in the hardware; a fault list which describes primary faults that may occur in the hardware and a fault rate of each of the primary faults, wherein a primary fault is a fault that exists in the hardware to be tested; a simulation test result table which describes test results of simulation tests conducted by injecting the respective primary faults stored in the fault list into the respective test cases described on the test list in a simulated environment configured to simulate the hardware, and existence of any secondary faults, wherein a secondary fault is a fault generated when a primary fault exists and a test operation is performed; a real machine testing unit configured to execute a real machine test to the hardware based on the test cases; and a test selection unit configured to determine a test case to be subsequently executed by the real machine testing unit among unexecuted test cases which are described in the test list and in which the real machine test has not yet been executed by the real machine testing unit , a secondary fault calculation unit configured to calculate a parameter related to a secondary fault for each of the unexecuted test cases based on contents of the simulation test result table and the fault list ; and a priority determination unit configured to determine a priority of the unexecuted test cases based on the parameter related to the secondary fault calculated by the secondary fault calculation unit.
A door drive , wherein the door drive has a regulating valve , wherein the regulating valve has an axis of rotation , wherein the regulating valve has at least two ends , wherein the regulating valve has at least two sealing sections , wherein the regulating valve has a regulating section , wherein the regulating section is arranged between the sealing sections , wherein at least one of the sealing sections is formed by at least one radial thickening , wherein the regulating section is formed by at least one radial tapering of the regulating valve , characterised in that each end has at least one grip for operation with a tool or by hand and in that the regulating valve is an injection-moulded part or a turned part. wherein at least one of the sealing sections is formed by at least one radial thickening , wherein the regulating section is formed by at least one radial tapering of the regulating valve , characterised in that each end has at least one grip for operation with a tool or by hand and in that the regulating valve is an injection-moulded part or a turned part.
A plant-growing tray comprising an array of cells for containing cylindrical stabilised media for propagating plants, in which the tray comprises a tray top , and each cell comprises a base and an inclined side wall extending from the base to the tray top, each cell being configured to receive a cylindrical stabilised medium and comprising: a plurality of projections , positioned around the side wall and facing into the cell, in which the projections are located in an upper half of the cell and are configured in use to contact and support an upper portion of the cylindrical stabilised medium at a position in the upper half of the cell; and a plurality of openings defined in the side wall below the projections, characterized in that each of the projections is arranged above an opening in the side wall, and in which the openings extend up at least half the height of the cell from the cell base to the projections.
A method of assisting a first player of a videogame comprises the steps of: running, by a cloud gaming server, a first player's instance of a game and inputting game controls from the first player to the first player's instance of the game; nominating a second player who does not have a copy of the game themselves by sending them a message; and if the second player accepts, then sending a video feed from the first player's instance of the game to a device of the second player over a network; and then not using game control inputs from the first player on the first player's instance of the game; and using game control inputs from the second player routed over the network to the first player's instance of the game, until a first predetermined criterion is met; whilst also providing the video feed to a device of the first player. running, by a cloud gaming server, a first player's instance of a game and inputting game controls from the first player to the first player's instance of the game; nominating a second player who does not have a copy of the game themselves by sending them a message; and if the second player accepts, then sending a video feed from the first player's instance of the game to a device of the second player over a network; and then not using game control inputs from the first player on the first player's instance of the game; and using game control inputs from the second player routed over the network to the first player's instance of the game, until a first predetermined criterion is met; whilst sending a video feed from the first player's instance of the game to a device of the second player over a network; and then not using game control inputs from the first player on the first player's instance of the game; and using game control inputs from the second player routed over the network to the first player's instance of the game, until a first predetermined criterion is met; whilst also providing the video feed to a device of the first player.
A method of authenticating a first quantum node in a communications network with a remote node in the communications network comprising the step of connecting an authentication device , which is a portable quantum key device, to the first node, agreeing a quantum key between the first node and the remote node based on a quantum signal transmitted or received by the first node and performing an authentication step between the authentication device and the remote node on an encrypted channel wherein authentication between the authentication device and remote node is taken as authentication of the first node.
Drilling tool for a punch device , in particular for a turret punch device, comprising - a housing , - a tool shank arranged in the housing with a drilling means accommodated therein, and - a tool head arranged on the tool shank to interact with the punch device , - wherein the tool head has a ram engagement portion to transmit a rotational movement about a tool longitudinal axis from an external drive to the tool head , and - wherein the drilling tool is configured in such way that it is driven exclusively via the ram engagement portion , characterized in that the tool shank comprises a transmission element to convert the rotational movement of the tool head into a combined rotational and lifting movement of the drilling means . - a housing , - a tool shank arranged in the housing with a drilling means accommodated therein, and - a tool head arranged on the tool shank to interact with the punch device , - wherein the tool head has a ram engagement portion to transmit a rotational movement about a tool longitudinal axis from an external drive to the tool head , and - wherein the drilling tool is configured in such way that it is driven exclusively via the ram engagement portion ,
Hydraulic machine having an impeller, a volute and a ring gate for interrupting the water flow through the water path of the hydraulic machine, comprising a first hollow body which wraps around the impeller axis and is configured in such a way that it can be moved in the axial direction from an open position into a closed position and back, it not being possible for any water flow to take place through the hydraulic machine when the first body is situated in the closed position, the ring gate comprising a second hollow body which wraps around the impeller axis and is configured in such a way that it can be moved in the axial direction from a first position outside the water path into a second position within the water path and back, the second body having openings in its wall, through which openings water can flow when the second body is situated in the second position and the first body is not situated in the closed position.
A porous electrode substrate, in which carbon fibers with a fiber diameter of 3 ∼ 15 μm and a fiber length of 2 ∼ 30 mm are dispersed and bound with carbonized resin, characterized in that , when the pore distribution in the porous electrode substrate is determined with mercury intrusion porosimeter, the following conditions are satisfied. <Conditions> The pore distribution curve is plotted on a graph having a common logarithmic scale on the horizontal axis, the 1 ∼ 100 μm pore diameter range consists of at least 80 plotting points set at a constant interval on the common logarithmic scale, and the distribution has a skewness (S) of -2.0<S<-0.8 and a kurtosis (K) of 3.5<K<10 in the 1 ∼ 100 μm pore diameter range.
An arc welding method, comprising: implementing a stitch pulse welding process; and implementing a non-stitch pulse welding process, wherein upon switching from the stitch pulse welding process to the non-stitch pulse welding process, a switch timing from the stitch pulse welding process to the non-stitch pulse welding process is modified based upon whether the non-stitch pulse welding process is implemented with or without a weaving operation of a welding torch. implementing a stitch pulse welding process; and implementing a non-stitch pulse welding process, wherein upon switching from the stitch pulse welding process to the non-stitch pulse welding process, a switch timing from the stitch pulse welding process to the non-stitch pulse welding process is modified based upon whether the non-stitch pulse welding process is implemented with or without a weaving operation of a welding torch.