mhurhangee/patent-ind-claim-en huggingface dataset:
An extendable table sliding system for an extendable table , comprising at least two parts being moveable relative each other and together forming at least a part of the extendable table sliding system , wherein one of said at least two parts comprises at least one sliding surface being coated with a lacquer comprising a resin, wherein said lacquer in turn is at least partly coated with a lipophilic composition coating to provide a slide layer with a lowered friction, wherein the other one of said parts of the extendable table sliding system is provided with at least one sliding member , the interface between the sliding surface and the at least one sliding member forming a linear plain bearing to allow for a relative linear movement of the sliding member along the longitudinal axis of the sliding surface , wherein at least the part of said at least one sliding member being in contact with the sliding surface is made of a plastic.
Operating instrument for implanting a spinal implant , comprising an outer tube which has a hollow handle on its proximal end, wherein an inner rod can be moved in the outer tube and the hollow handle , and the inner rod is provided with a threaded region which extends beyond the distal end of the outer tube , wherein the threaded region serves for fastening to the rear region of an implant and for tensioning the implant with its rear region against the distal end region of the outer tube , wherein the distal end region of the outer tube is at least partially adapted to the rear region of the implant , characterised in that the inner rod is hollow and a further holding rod is provided which serves to fix the implant alone during X-ray examination, wherein the holding rod can be received in the hollow inner rod .
A catalyst for conversion of carbon monoxide, the catalyst comprising: a plurality of highly dispersed metal particles having a dimension from 2 nm to 5 nm, a solid support, and a capping agent, wherein the metal particles and the capping agent are deposited on said solid support, wherein the metal particles are gold (Au); wherein the capping agent is an amino acid; and wherein the solid support is selected from the group consisting of Al 2 O 3 , TiO 2 , Fe 2 O 3 , CeO 2 , CuO, SiO 2 and zeolites.
An antenna control apparatus comprising: a selection unit configured to select one or more antennas from a plurality of antennas (36a-d) in accordance with an attitude of a head-mounted display including the plurality of antennas, the one or more selected antennas representing a portion of the plurality of antennas; and an antenna control unit configured to control supply of power to the plurality of antennas to cause only the one or more selected antennas to be driven and to stop supply of power to an antenna other than the one or more selected antennas. a selection unit configured to select one or more antennas from a plurality of antennas (36a-d) in accordance with an attitude of a head-mounted display including the plurality of antennas, the one or more selected antennas representing a portion of the plurality of antennas; and an antenna control unit configured to control supply of power to the plurality of antennas to cause only the one or more selected antennas to be driven and to stop supply of power to an antenna other than the one or more selected antennas.
Industrial truck with a lifting frame which has a lifting mast adjustable relative to a vehicle frame and a load carrying means adjustable in height along the lifting mast, a measuring device being provided with which a deflection of the lifting mast and/or of the load carrying means relative to the vehicle frame can be detected, characterized in that a control system is provided which can actuate a hydraulic cylinder adjusting the lifting mast for mast damping via a valve, wherein the controller compares a measured value for the current deflection of the lift mast with a predetermined minimum value and, when the minimum value is exceeded, determines a control curve which determines a degree of opening of the at least one valve for controlled mast damping which varies with time and in which the lift mast moves relative to the vehicle frame as a result of its deflection when the valve is open.
Cleaning machine (W) for containers (B), in particular bottles from glass or plastics, comprising several stations (1 - 9) arranged behind each other along at least one container-handling- and conveying route in conveying direction of the containers, in which stations containers (B) conveyed through the cleaning machine (W) can be cleaned in a pre-cleaning station arranged downstream of an unpacking- and pre-soaking- station having a high-pressure-waterjet- and pre-soaking-pre-cleaning course (V) and can be cleaned intensively in a subsequently arranged intensive cleaning station having at least one intensive cleaning course by use of at least one cleaning medium, characterized in that at least two parallel intensive cleaning courses of different lengths are arranged in the intensive cleaning station , operated with granular material (R) free of chemicals and a pressurized carrier medium (M) free of chemicals contained in the cleaning medium, that a pressure-jet system (A) for the cleaning medium is respectively allocated to a starting region of each of the intensive cleaning courses , that a container-inspection-station having an inspection device for detecting the contamination degrees of the containers (B), for differentiating between contaminations and for selectively supplying the intensive cleaning courses of different lengths with containers (B) depending from contamination degrees detected as allowable for the intensive cleaning station is arranged between the pre-cleaning station and the intensive cleaning station , that the intensive cleaning courses are interlinked by switches controlled by the inspection device , that at least one container-disinfection station is arranged behind the intensive cleaning station , and that the container-inspection device is additionally adapted for detecting too strongly contaminated and/or no more usable containers and sorting-out these containers upstream of the intensive cleaning station via a switch also controlled by the inspection device and for example to a collector .
Method for assisting a driver of a commercial vehicle, wherein the commercial vehicle has at least one image-capturing device , wherein at least one dimension characteristic variable and/or structure characteristic variable and/or cargo characteristic variable of the commercial vehicle is extracted by means of an image-processing device from the images which are captured by means of the at least one image-capturing device , wherein the at least one image-capturing device and the image-processing device are embodied in such a way that the length of a trailer/semitrailer of the commercial vehicle is determined by means of them as a characteristic variable of the commercial vehicle , wherein the commercial vehicle is a commercial vehicle combination having a towing vehicle and a trailer/semitrailer which is coupled thereto, wherein the at least one image-capturing device is assigned to the towing vehicle , and wherein the at least one image-capturing device , when viewed in the longitudinal direction (x) of the vehicle, is oriented towards the rear in such a way that the trailer/semitrailer is captured at least partially in the image , at least in at least some of the possible driving positions, and wherein this characteristic variable is determined in such a way that a rear vertical outer edge of the trailer/semitrailer , when viewed in the longitudinal direction (x) of the vehicle, is captured in the image by the image-capturing device , and that the length of the trailer/semitrailer is determined, by means of the image-processing device, from the geometrical relationship between the position of the outer edge in the image and the bend radius travelled along during the capturing of the image and/or the relative yaw angle between the towing vehicle and trailer/semitrailer .
A method for enhanced extraction of cannabis oil from a cannabis plant material, the cannabis plant material is characterized by a cannabis strain and a cannabis plant part, the method comprising a step of comminuting said cannabis plant material to a powder of a preselected particle size distribution (PSD) characterized by 10 ≤ Dv ≤ 100 μm as determined by laser diffraction particle size analysis prior to extraction process, wherein said PSD is preselected in accordance with said cannabis strain and said plant part.
A data transmission method, comprising: receiving , by a network node, an uplink data transmission request sent by a terminal, wherein the uplink data transmission request is used to request the network node to allocate an uplink transmission resource to the terminal; allocating , by the network node, an uplink transmission resource of a first subframe to the terminal according to the uplink data transmission request, wherein the first subframe is a downlink subframe of a frame structure of a time divisional duplex, TDD, mode; sending , by the network node, scheduling control information to the terminal, wherein the scheduling control information is used to instruct the terminal to send data on the uplink transmission resource of the first subframe; stopping , by the network node, sending data in the first subframe, and receiving, on the uplink transmission resource of the first subframe, data sent by the terminal; characterised by sending , by the network node, first control information to a network node in a neighboring cell, wherein the first control information is used to instruct the network node in the neighboring cell to stop sending data in the first subframe. receiving , by a network node, an uplink data transmission request sent by a terminal, wherein the uplink data transmission request is used to request the network node to allocate an uplink transmission resource to the terminal; allocating , by the network node, an uplink transmission resource of a first subframe to the terminal according to the uplink data transmission request, wherein the first subframe is a downlink subframe of a frame structure of a time divisional duplex, TDD, mode; sending , by the network node, scheduling control information to the terminal, wherein the scheduling control information is used to instruct the terminal to send data on the uplink transmission resource of the first subframe; stopping , by the network node, sending data in the first subframe, and receiving, on the uplink transmission resource of the first subframe, data sent by the terminal; characterised by sending , by the network node, first control information to a network node in a neighboring cell, wherein the first control information is used to instruct the network node in the neighboring cell to stop sending data in the first subframe.
A valve repair device for repairing a native valve of a patient, the valve repair device comprising: a base assembly comprising a plurality of pivoting links and a shaft , wherein the pivoting links are moved by the shaft; a pair of paddles attached to the base assembly, wherein the movement of the pivoting links moves the paddles between an open position and a closed position; a pair of gripping members attached to the base assembly , wherein the paddles and the gripping members are each configured to be movable towards each other to attach to valve leaflets of the patient, and the gripping members each have a distal end portion, the gripping members being connected with each other at their distal end portions by a distal connecting portion ; at least one spacer element that surrounds the shaft and is disposed between the pair of gripping members ; wherein the spacer element fills a space between the gripping members when the paddles are in the closed position; wherein, seen in a plan view from an atrial side of the native valve, the spacer element extends past one or more side edges of the gripping members when the paddles and the gripping members are attached to the valve leaflets of the patient. a base assembly comprising a plurality of pivoting links and a shaft , wherein the pivoting links are moved by the shaft; a pair of paddles attached to the base assembly, wherein the movement of the pivoting links moves the paddles between an open position and a closed position; a pair of gripping members attached to the base assembly , wherein the paddles and the gripping members are each configured to be movable towards each other to attach to valve leaflets of the patient, and the gripping members each have a distal end portion, the gripping members being connected with each other at their distal end portions by a distal connecting portion ; at least one spacer element that surrounds the shaft and is disposed between the pair of gripping members ; wherein the spacer element fills a space between the gripping members when the paddles are in the closed position; wherein, seen in a plan view from an atrial side of the native valve, the spacer element extends past one or more side edges of the gripping members when the paddles and the gripping members are attached to the valve leaflets of the patient.
Adjusting device for a vehicle seat , having at least one first adjusting element , having at least one second adjusting element , which can be moved relative to the first adjusting element , and having a spindle , which is assigned to the first adjusting element and has an external thread for interacting with an internal thread of a spindle nut assigned to the second adjusting element , wherein a main body of the spindle nut consists of metal, in particular steel, and the internal thread of the spindle nut consists, at least in part, of a plastics material or is coated by a plastics-material layer, characterized in that the internal thread of the spindle nut is of two-start design with a first thread helix (64.1) and a second thread helix (64.2), wherein the first thread helix (64.1) is formed in steel, and the second thread helix (64.2) consists of a plastics material or is coated by a plastics-material layer.
A chip package , comprising: semiconductor dies (110-1, 110-2, 110-3) arranged in a stack in a vertical direction , which is substantially perpendicular to a plane of a first semiconductor die in the stack, wherein each semiconductor die, after the first semiconductor die, is offset in a horizontal direction in the plane by an offset value from an immediately preceding semiconductor die in the stack, thereby defining a stepped terrace at one side of the stack, and wherein a surface of each of the semiconductor dies in the stepped terrace includes two rows of first pads approximately parallel to edges of the semiconductor dies; connectors electrically and mechanically coupled to the first pads; and a ramp component positioned on the one side of the stack, wherein the ramp component is approximately parallel to a direction along the stepped terrace, which is between the horizontal direction and the vertical direction; wherein the ramp component has a surface that includes second pads arranged in at least two rows of second pads for each of the semiconductor dies; wherein the connectors are electrically and mechanically coupled to the second pads; wherein the ramp component includes negative features disposed on the surface and arranged in rows; and wherein at least one of said two rows of second pads for each of the semiconductor dies is disposed in one of the rows of negative features. semiconductor dies (110-1, 110-2, 110-3) arranged in a stack in a vertical direction , which is substantially perpendicular to a plane of a first semiconductor die in the stack, wherein each semiconductor die, after the first semiconductor die, is offset in a horizontal direction in the plane by an offset value from an immediately preceding semiconductor die in the stack, thereby defining a stepped terrace at one side of the stack, and wherein a surface of each of the semiconductor dies in the stepped terrace includes two rows of first pads approximately parallel to edges of the semiconductor dies; connectors electrically and mechanically coupled to the first pads; and a ramp component positioned on the one side of the stack, wherein the ramp component is approximately parallel to a direction along the stepped terrace, which is between the horizontal direction and the vertical direction; wherein the ramp component has a surface that includes second pads arranged in at least two rows of second pads for each of the semiconductor dies; wherein the connectors are electrically and mechanically coupled to the second pads; wherein the ramp component includes negative features disposed on the surface and arranged in rows; and wherein at least one of said two rows of second pads for each of the semiconductor dies is disposed in one of the rows of negative features.
A cartridge configured for use in a non-combustion suction device having a suction port , the cartridge comprising: a tank capable of storing liquid; a heater for atomizing the liquid; a first liquid retainer that is formed by a liquid retention body capable of retaining the liquid in the tank and configured to supply the liquid to the heater ; and a second liquid retainer that is formed by a liquid accumulation portion being in contact with the first liquid retainer and capable of retaining the liquid through the first liquid retainer , wherein the second liquid retainer and the heater are separated from each other, the cartridge being characterized in that : the first liquid retainer is formed in a plate shape having a suction-port-side surface at the suction port side and an opposite-suction-port-side surface at an opposite side of the suction port side, the suction-port-side surface is in contact with the tank , and the opposite-suction-port-side surface is in contact with the second liquid retainer . a tank capable of storing liquid; a heater for atomizing the liquid; a first liquid retainer that is formed by a liquid retention body capable of retaining the liquid in the tank and configured to supply the liquid to the heater ; and a second liquid retainer that is formed by a liquid accumulation portion being in contact with the first liquid retainer and capable of retaining the liquid through the first liquid retainer , wherein the second liquid retainer and the heater are separated from each other, the cartridge being characterized in that : the first liquid retainer is formed in a plate shape having a suction-port-side surface at the suction port side and an opposite-suction-port-side surface at an opposite side of the suction port side, the suction-port-side surface is in contact with the tank , and the opposite-suction-port-side surface is in contact with the second liquid retainer . the first liquid retainer is formed in a plate shape having a suction-port-side surface at the suction port side and an opposite-suction-port-side surface at an opposite side of the suction port side, the suction-port-side surface is in contact with the tank , and the opposite-suction-port-side surface is in contact with the second liquid retainer .
A method, comprising: storing a virtualization object in a repository , wherein the virtualization object comprises an image file for a virtual machine; cloning the virtualization object as a snapshot by implementing the snapshot as a copy-on-write snapshot that does not require a full copy of the virtualization object to be immediately copied to a storage device , wherein the snapshot is stored in the storage device that is local to a node , wherein the virtualization object is stored in a first file system protocol in the repository and is cloned into the snapshot in a second file system protocol onto the node ; and implementing virtualization at the node with the copy-on-write snapshot . storing a virtualization object in a repository , wherein the virtualization object comprises an image file for a virtual machine; cloning the virtualization object as a snapshot by implementing the snapshot as a copy-on-write snapshot that does not require a full copy of the virtualization object to be immediately copied to a storage device , wherein the snapshot is stored in the storage device that is local to a node , wherein the virtualization object is stored in a first file system protocol in the repository and is cloned into the snapshot in a second file system protocol onto the node ; and implementing virtualization at the node with the copy-on-write snapshot .
A coffee roasting apparatus comprising: a compartment for holding coffee beans ; a roasting element for roasting the coffee beans in said compartment; a controller for controlling the roasting element; the coffee roasting apparatus being characterised by a sensor for monitoring a total amount of VOCs (volatile organic compounds) released by said coffee beans during roasting and providing the controller with an indication of said monitored amount; wherein the controller is adapted to receive an indication of the total weight of the coffee beans in the compartment and control the roasting element as a function of the indication of the monitored total amount of VOCs and an indication of the total weight of the coffee beans in the compartment, said function defining the total VOC release characteristics of said coffee beans during roasting. a compartment for holding coffee beans ; a roasting element for roasting the coffee beans in said compartment; a controller for controlling the roasting element; the coffee roasting apparatus being characterised by a sensor for monitoring a total amount of VOCs (volatile organic compounds) released by said coffee beans during roasting and providing the controller with an indication of said monitored amount; wherein the controller is adapted to receive an indication of the total weight of the coffee beans in the compartment and control the roasting element as a function of the indication of the monitored total amount of VOCs and an indication of the total weight of the coffee beans in the compartment, said function defining the total VOC release characteristics of said coffee beans during roasting.