mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a cabinet having a storage space ; and a door configured to open and close the storage space , wherein the door comprises: a panel assembly comprising a front panel ; a door frame connected to the panel assembly ; the door frame comprises a front wall being in contact with the front panel and a rear wall spaced apart from the front wall , a door liner connected to the panel assembly and the door frame , the door liner is configured to define an insulating space for disposing an insulator together with the panel assembly and the door frame ; and a sensor module to sense a knock input applied to the front panel , a mounting portion for mounting the sensor module provided on a surface of the front wall facing the rear wall , wherein the sensor module includes a sensor element to sense a vibration generated by the knock input, characterized in that the sensor module further includes a sensor printed circuit board on which the sensor element is installed and which is mounted on the mounting portion , and the mounting portion includes a pressing rib that presses the sensor printed circuit board toward the front wall . a cabinet having a storage space ; and a door configured to open and close the storage space , wherein the door comprises: a panel assembly comprising a front panel ; a door frame connected to the panel assembly ; the door frame comprises a front wall being in contact with the front panel and a rear wall spaced apart from the front wall , a door liner connected to the panel assembly and the door frame , the door liner is configured to define an insulating space for disposing an insulator together with the panel assembly and the door frame ; and a sensor module to sense a knock input applied to the front panel , a mounting portion for mounting the sensor module provided on a surface of the front wall facing the rear wall , a panel assembly comprising a front panel ; a door frame connected to the panel assembly ; the door frame comprises a front wall being in contact with the front panel and a rear wall spaced apart from the front wall , a door liner connected to the panel assembly and the door frame , the door liner is configured to define an insulating space for disposing an insulator together with the panel assembly and the door frame ; and a sensor module to sense a knock input applied to the front panel , a mounting portion for mounting the sensor module provided on a surface of the front wall facing the rear wall , wherein the sensor module includes a sensor element to sense a vibration generated by the knock input, characterized in that the sensor module further includes a sensor printed circuit board on which the sensor element is installed and which is mounted on the mounting portion , and the mounting portion includes a pressing rib that presses the sensor printed circuit board toward the front wall .
A binder composition for making foundry molds, comprising an acid-hardening resin, one or more 5-position-substituted-furfural compounds selected from the group consisting of 5-hydroxymethylfurfural and 5-acetoxymethylfurfural, and one or more compounds, that have not undergone condensation reaction with aldehyde or furfurylalcohol, selected from the group consisting of urea, alkylene ureas, alkyl ureas, cyclohexyl ureas, aryl ureas, hydroxyalkyl ureas having two or more carbon atoms in the alkyl group, and azodicarbonamide, wherein the content of the 5-position-substituted-furfural compound(s) by percentage is from 1 to 60% by weight of the binder composition.
Stripping tool for a cable, the stripping tool including: - a cutting unit with at least one blade (13.1, 13.2, 13.3); - a cable seat; - a kinematic structure operatively coupled with the cutting unit to move a cable that is received by the cable seat and a cutting edge of the at least one blade (13.1, 13.2, 13.3) with respect to each other radially to and rotationally around a tool axis (A); characterized in that - the kinematic structure includes a cam structure (9.4, 9.5) arranged around the cutting unit , the cam structure (9.4, 9.5) controlling the radial movement of the at least one blade (13.1, 13.2, 13.3) relative to the cable, and - wherein the kinematic structure includes a linear guide (15, 16, 13.7, 13.8), the linear guide (15, 16, 13.7, 13.8) being operatively coupled to the at least one blade (13.1, 13.2, 13.3) to guide the radial movement of the at least one blade (13.1, 13.2, 13.3). - a cutting unit with at least one blade (13.1, 13.2, 13.3); - a cable seat; - a kinematic structure operatively coupled with the cutting unit to move a cable that is received by the cable seat and a cutting edge of the at least one blade (13.1, 13.2, 13.3) with respect to each other radially to and rotationally around a tool axis (A); - the kinematic structure includes a cam structure (9.4, 9.5) arranged around the cutting unit , the cam structure (9.4, 9.5) controlling the radial movement of the at least one blade (13.1, 13.2, 13.3) relative to the cable, and - wherein the kinematic structure includes a linear guide (15, 16, 13.7, 13.8), the linear guide (15, 16, 13.7, 13.8) being operatively coupled to the at least one blade (13.1, 13.2, 13.3) to guide the radial movement of the at least one blade (13.1, 13.2, 13.3).
A mower fleet management system comprising a mower fleet comprising a plurality of mowers and a mower fleet management device , wherein the mower fleet management device is configured to control the plurality of mowers to work in collaboration, wherein each of the plurality of mowers comprises an on-board communication module , and an on-board positioning and navigation module , and wherein the mower fleet management device further comprises: a map loading module configured to acquire a map of a working land for use by the on-board positioning and navigation modules ; a control terminal communication module configured to wirelessly communicate with the on-board communication modules to acquire status information of the plurality of mowers and to transmit a control command to the plurality of mowers , wherein the status information comprises at least one of charge amount of battery, speed and mowing widths of the plurality of mowers ; and a working region assigning module configured to assign a working region to each of the plurality of mowers according to the status information and the map, and comprises a working area estimation unit and a path generation unit , wherein the working area estimation unit is configured to estimate the working area of each of the mowers according to the status information, and the path generation unit is configured to generate a working path according to the estimated working area and the map of the working land.; wherein the on-board positioning and navigation module of each of the plurality of mowers is configured to guide the mower to work in the corresponding working region according to the assigned working region characterized in that the working region assigning module is configured to transmit a prompt message when the sum of the estimated working areas of all of the mowers is less than the area of the working land. a map loading module configured to acquire a map of a working land for use by the on-board positioning and navigation modules ; a control terminal communication module configured to wirelessly communicate with the on-board communication modules to acquire status information of the plurality of mowers and to transmit a control command to the plurality of mowers , wherein the status information comprises at least one of charge amount of battery, speed and mowing widths of the plurality of mowers ; and a working region assigning module configured to assign a working region to each of the plurality of mowers according to the status information and the map, and comprises a working area estimation unit and a path generation unit , wherein the working area estimation unit is configured to estimate the working area of each of the mowers according to the status information, and the path generation unit is configured to generate a working path according to the estimated working area and the map of the working land.; wherein
A method of routing communication in a mobile communications system, the mobile communications system comprising a base station communicating with mobile communications devices via a wireless interface, wherein a first of the mobile communications devices communicates via the wireless interface by routing downlink and/or uplink traffic to the base station and by routing device-to-device traffic directly via a sidelink to at least one other of the mobile communications devices, characterised in that the method comprises: estimating, by the base station, using sidelink discovery reporting information from a second mobile communications device , that the sidelink between the first and second mobile communications devices is experiencing shadowing caused by one or more obstacles by evaluating whether the sidelink discovery reporting information corresponds to expected sidelink discovery reporting information for the second mobile communications device; upon estimating that the sidelink between the first and second mobile communications devices is experiencing shadowing, instructing, by the base station, the first and second mobile communications devices to communicate via the base station for at least part of the device-to-device traffic for the first mobile communications device . estimating, by the base station, using sidelink discovery reporting information from a second mobile communications device , that the sidelink between the first and second mobile communications devices is experiencing shadowing caused by one or more obstacles by evaluating whether the sidelink discovery reporting information corresponds to expected sidelink discovery reporting information for the second mobile communications device; upon estimating that the sidelink between the first and second mobile communications devices is experiencing shadowing, instructing, by the base station, the first and second mobile communications devices to communicate via the base station for at least part of the device-to-device traffic for the first mobile communications device .
A turbine engine comprising: a first member having a surface bearing an abradable coating , the abradable coating being at least 90% by weight ceramic ; and a second member having a surface bearing an abrasive coating , the abrasive coating comprising a metallic matrix and a ceramic oxide abrasive held by the metallic matrix , the first member and second member mounted for relative rotation with the abrasive coating facing or contacting the abradable coating , wherein: at least 50% by weight of the ceramic oxide abrasive has a melting point at least 400K higher than a melting point of at least 20% by weight of the ceramic of the abradable coating . a first member having a surface bearing an abradable coating , the abradable coating being at least 90% by weight ceramic ; and a second member having a surface bearing an abrasive coating , the abrasive coating comprising a metallic matrix and a ceramic oxide abrasive held by the metallic matrix , the first member and second member mounted for relative rotation with the abrasive coating facing or contacting the abradable coating ,
Trolley for sewer pipe inspection and/or renovation with a trolley chassis , a plurality of quick release axles arranged on the trolley chassis and in each case at least one wheel arranged on a quick release axle and having an axle mount , characterized in that at least one quick release axle has an elastic element extending at least partially around the quick release axle and beyond the circumference of the quick release axle and effecting a force fit between the quick release axle and the wheel .
Roof arch for a motor vehicle with a folding roof , wherein the roof arch is connectable to the folding roof , which is movable between a closed position and an open position, wherein the roof arch , in the installed position, runs transversely with respect to the direction of travel of the vehicle, and wherein the roof arch consists of a first component which, in the installed position, substantially transversely with respect to the direction of travel of the vehicle, and two second components which are designed as links, wherein the first component is substantially a hollow profile (3.1) made of light metal and the second component is composed of a second material different from the first component , and wherein the two components are permanently connected to each other, and wherein the roof arch consists of two third components which are designed as end caps, wherein the third component is composed of a material different from the second component , and wherein radii for complying with the law on head impacts are formed, and wherein the first, the second and the third component are permanently connected to one another via a form-fitting connection or a combined form-fitting and force-fitting connection, characterized in that the radii for complying with the law on head impacts are formed on the first component , and in that the second component is connected by means of a plate-like element (4.3) in a hollow (3.6) between radii (3.7) on the underside of the first component, and the third component is joined on the end side with a first region (5.1) into the hollow profile (3.1) of the first component and is connected thereto via the first region (5.1).
A spar cap assembly for a wind turbine rotor blade with • a carbon fiber-reinforced spar cap, • a lightning conductor , which extends along the spar cap, and • an equipotential bonding element, which connects the spar cap and the lightning conductor together electrically conductively, wherein • the spar cap comprises a plurality of layers of pultruded semi-finished products and • the equipotential bonding element comprises a sheet of a carbon fiber material, which rests against an end face of an end on the blade root side of one of the pultruded semi-finished products and against an end face of an end on the blade tip side of one of the pultruded semi-finished products . • a carbon fiber-reinforced spar cap, • a lightning conductor , which extends along the spar cap, and • an equipotential bonding element, which connects the spar cap and the lightning conductor together electrically conductively, wherein • the spar cap comprises a plurality of layers of pultruded semi-finished products and • the equipotential bonding element comprises a sheet of a carbon fiber material, which rests against an end face of an end on the blade root side of one of the pultruded semi-finished products and against an end face of an end on the blade tip side of one of the pultruded semi-finished products .
A method for managing one or more voice mails by a telephony server, TS, in a home network , the method comprising: receiving , by the TS , one or more voice mails from a voice mail sever ; sending , by the TS , a notification indicating receipt of the one or more voice mails to one or more telephony control points, TelCPs, (110A-N) through the home network ; receiving , by the TS , a request for retrieving the one or more voice mails from the one or more TelCPs (110A-N) in response to the notification; providing , by the TS , the one or more voice mails to the one or more TelCPs (110A-N) based on the request through the home network ; receiving , at the TS , a request for listing the one or more voice mails from the one or more TelCPs (110A-N); verifying , by the TS , information associated with the request to identify the one or more voice mails; and providing , by the TS , a list including the one or more voice mails to the one or more TelCPs (110A-N), and wherein the information associated with the request includes an emotion indication. receiving , by the TS , one or more voice mails from a voice mail sever ; sending , by the TS , a notification indicating receipt of the one or more voice mails to one or more telephony control points, TelCPs, (110A-N) through the home network ; receiving , by the TS , a request for retrieving the one or more voice mails from the one or more TelCPs (110A-N) in response to the notification; providing , by the TS , the one or more voice mails to the one or more TelCPs (110A-N) based on the request through the home network ; receiving , at the TS , a request for listing the one or more voice mails from the one or more TelCPs (110A-N); verifying , by the TS , information associated with the request to identify the one or more voice mails; and providing , by the TS , a list including the one or more voice mails to the one or more TelCPs (110A-N), and wherein the information associated with the request includes an emotion indication.
A flexible retina device comprising: a plurality of photo sensors to receive light; a plurality of micro electrodes; and circuitry coupled to the photo sensors and the micro electrodes, the circuit being configured to drive the micro electrodes to stimulate neuron cells for enabling perception of a vision of the light captured by the photo sensors, characterized in that said plurality of photo sensors, the plurality of micro electrodes and the circuitry are integrated in a semiconductor device, the semiconductor device includes a silicon substrate for supporting the plurality of micro electrodes, and the silicon substrate has a thickness to allow bending of the semiconductor device to conform to a shape of a human eyeball and to allow the micro electrodes to be in close proximity to the neuron cells to enable the stimulation, wherein the silicon substrate has a thickness of less then 20 micron. a plurality of photo sensors to receive light; a plurality of micro electrodes; and circuitry coupled to the photo sensors and the micro electrodes, the circuit being configured to drive the micro electrodes to stimulate neuron cells for enabling perception of a vision of the light captured by the photo sensors, characterized in that said plurality of photo sensors, the plurality of micro electrodes and the circuitry are integrated in a semiconductor device, the semiconductor device includes a silicon substrate for supporting the plurality of micro electrodes, and the silicon substrate has a thickness to allow bending of the semiconductor device to conform to a shape of a human eyeball and to allow the micro electrodes to be in close proximity to the neuron cells to enable the stimulation, wherein the silicon substrate has a thickness of less then 20 micron.
A pressure regulating system for a turbo machine comprising a body member having a moving member , an opening and a sealing member , a first biasing member to keep the moving member at a closed position , an actuating line , configured to be extended from a main supply line to the pressure regulating system , for actuating on the moving member to counter the bias member by filling pressurized fluid into a manifold permitting the pressure of the pressurized fluid to increase to a preset value in the manifold , an impulse line , configured to be extended from the pressure regulating system to the main supply line for supplying the pressurized fluid in at least one chamber of the moving member to lift the moving member to an open position , leads to opening of the sealing member to drain the manifold through the opening , characterized in that a bypass is installed between the moving member and the manifold , wherein the bypass comprises an inlet opening to receive the fluid from the chamber of the moving member , at least one closing member actuated by the flow of the fluid, at least a second biasing member to counter movement of the closing member and an outlet opening to drain the fluid from the bypass to the manifold .
An information processing device comprising: a first port for supplying power to one or more other information processing device by current; a second port provided so as to configure a closed loop with the one or more information processing device connected in series through a power line from the first port; a wireless communication section for receiving control information wirelessly transmitted from a control device and for causing a desired information processing device to exhibit a prescribed function; and a transmission section for superimposing transmission information on the current and transmitting the transmission information through the power line from the first port, the transmission information including the control information received from the wireless communication section and reception destination information of the desired information processing device transmitting the control information. a first port for supplying power to one or more other information processing device by current; a second port provided so as to configure a closed loop with the one or more information processing device connected in series through a power line from the first port; a wireless communication section for receiving control information wirelessly transmitted from a control device and for causing a desired information processing device to exhibit a prescribed function; and a transmission section for superimposing transmission information on the current and transmitting the transmission information through the power line from the first port, the transmission information including the control information received from the wireless communication section and reception destination information of the desired information processing device transmitting the control information.
An energy storage device, comprising a housing , a jellyroll , a connecting sheet , and a top cover , the jellyroll and the connecting sheet are received within the housing , and the top cover seals the housing , wherein the jellyroll is provided with a tab , and the connecting sheet comprises a body part and a side wing part ; the energy storage device further comprises a welding structure, which is composed of the tab and the side wing part , and is formed by welding; the tab comprises a plurality of tab sheets, a tab sheet of the plurality of tab sheets farthest from the side wing part is a first tab sheet , the welding structure forms a welding area on the first tab sheet ; characterized in that an area of the welding area is S1, an area of the side wing part is S2, and a projection area of the first tab sheet on a plane where the side wing part is located is S3, wherein 0.4 ≤ 51/52 ≤ 0.8, 0.14 ≤ S1/S3 ≤ 0.28; in a thickness direction of the side wing part , there is an overlapping area between the side wing part and the first tab sheet , the welding area comprises a fixing welding area and a guiding welding area located in the overlapping area, and the fixing welding area and the guiding welding area are distributed along a length direction of the side wing part ; an area of the fixing welding area is S11, an area of the guiding welding area is S12, and an area of the overlapping area is S4, wherein 5% ≤ S11/S4 ≤ 25% and 10% ≤ S12/S4 ≤ 90%. the jellyroll is provided with a tab , and the connecting sheet comprises a body part and a side wing part ; the energy storage device further comprises a welding structure, which is composed of the tab and the side wing part , and is formed by welding; the tab comprises a plurality of tab sheets, a tab sheet of the plurality of tab sheets farthest from the side wing part is a first tab sheet , the welding structure forms a welding area on the first tab sheet ; characterized in that an area of the welding area is S1, an area of the side wing part is S2, and a projection area of the first tab sheet on a plane where the side wing part is located is S3, wherein 0.4 ≤ 51/52 ≤ 0.8, 0.14 ≤ S1/S3 ≤ 0.28; in a thickness direction of the side wing part , there is an overlapping area between the side wing part and the first tab sheet , the welding area comprises a fixing welding area and a guiding welding area located in the overlapping area, and the fixing welding area and the guiding welding area are distributed along a length direction of the side wing part ; an area of the fixing welding area is S11, an area of the guiding welding area is S12, and an area of the overlapping area is S4, wherein 5% ≤ S11/S4 ≤ 25% and 10% ≤ S12/S4 ≤ 90%.