mhurhangee/patent-ind-claim-en huggingface dataset:
Reusable formwork for the in situ production of concrete slabs for the trafficability of an in particular single-track railway tunnel with a vehicle having tires, in particular an emergency vehicle, comprising - a formwork frame with a first frame element and with two second frame elements that extend parallel to each other and at right angles to the first frame element, - wherein at least the first frame element comprises at least two frame element parts , - wherein adjacent frame element parts of the first frame element are interconnected , - one clamping/releasing unit per pair of interconnected frame element parts, - each clamping/releasing unit comprises a clamping lever that can be moved between a clamping position in which the two frame element parts are braced against one another, and a releasing position in which the two frame element parts are spaced from one another while their mechanical connection is maintained, and - at least one spacer element arranged on one of the frame element parts of the first frame element for abutment on a rail of a track running through the tunnel, - wherein the spacer element is arranged to be foldable on or removable from the respective frame element part. - a formwork frame with a first frame element and with two second frame elements that extend parallel to each other and at right angles to the first frame element, - wherein at least the first frame element comprises at least two frame element parts , - wherein adjacent frame element parts of the first frame element are interconnected , - one clamping/releasing unit per pair of interconnected frame element parts, - each clamping/releasing unit comprises a clamping lever that can be moved between a clamping position in which the two frame element parts are braced against one another, and a releasing position in which the two frame element parts are spaced from one another while their mechanical connection is maintained, and - at least one spacer element arranged on one of the frame element parts of the first frame element for abutment on a rail of a track running through the tunnel, - wherein the spacer element is arranged to be foldable on or removable from the respective frame element part.
A conveying-cart drive for a conveying cart of a conveying device, with a drive device , a drive element , wherein the drive element can be driven by means of the drive device , wherein the drive device comprises a drive source and a drive-force transmission means for transmitting a drive force of the drive source to the drive element , wherein the conveying cart for driving by means of the drive device can be fastened to the drive element , and wherein the drive force can be transmitted from the drive-force transmission means to the drive element by means of a force-locking or frictional-locking connection, characterized in that the drive-force transmission means is a belt drive which has a gap formed between a drive belt and a pressure belt , in which gap the drive element can be clamped for driving, wherein a first long side of the drive element is formed with transverse ribs and transverse joints oriented transversely to the longitudinal direction of the drive element for permitting negotiation of curves and wherein a second long side formed opposite the first long side is formed substantially flat, and wherein the second long side of the drive element for driving the drive element faces the drive belt of the drive device . a drive device , a drive element , wherein the drive element can be driven by means of the drive device , wherein the drive device comprises a drive source and a drive-force transmission means for transmitting a drive force of the drive source to the drive element , wherein the conveying cart for driving by means of the drive device can be fastened to the drive element , and wherein the drive force can be transmitted from the drive-force transmission means to the drive element by means of a force-locking or frictional-locking connection, characterized in that the drive-force transmission means is a belt drive which has a gap formed between a drive belt and a pressure belt , in which gap the drive element can be clamped for driving, wherein a first long side of the drive element is formed with transverse ribs and transverse joints oriented transversely to the longitudinal direction of the drive element for permitting negotiation of curves and wherein a second long side formed opposite the first long side is formed substantially flat, and wherein the second long side of the drive element for driving the drive element faces the drive belt of the drive device .
A device for detection of a substance by Raman spectroscopy, the device comprising: a Raman spectrometer; a holder having an area , wherein the holder is configured to arrange the area in front of a focusing lens (FL) of the Raman spectrometer; a SERS surface arranged at the area of the holder for adsorption of the sample of the substance; a vibration engine arranged to move the holder in a vibratory motion to provide a large sampling area and hence to achieve a strong signal for detection of the substance; and a control unit configured to operate the vibration engine to move the holder in the vibratory motion, characterized in that : the vibratory motion is a three-dimensional vibratory motion. a Raman spectrometer; a holder having an area , wherein the holder is configured to arrange the area in front of a focusing lens (FL) of the Raman spectrometer; a SERS surface arranged at the area of the holder for adsorption of the sample of the substance; a vibration engine arranged to move the holder in a vibratory motion to provide a large sampling area and hence to achieve a strong signal for detection of the substance; and a control unit configured to operate the vibration engine to move the holder in the vibratory motion, characterized in that : the vibratory motion is a three-dimensional vibratory motion.
A machine tool comprising: a jaw exchanger ; a chuck body configured to hold a workpiece via a jaw (C, Cn); a support member rotatably supporting the chuck body ; a machining apparatus to which a tool is attachable; and a controller configured to control the jaw exchanger , wherein the jaw exchanger comprises: a stocker in which a jaw (C, Cn) attachable to the chuck body rotatable about a rotation axis (AX) is storable, wherein a plurality of jaws (C, Cn) is storable in the stocker ; a stocker movement mechanism (M) configured to move the stocker between a first position (P1) and a second position (P2); and a jaw transferor configured to transfer the jaw (C, Cn) to the stocker provided at the first position (P 1) from a jaw receiver that is configured to receive the jaw (C, Cn); characterised in that the jaw transferor is configured to transfer the jaw (C, Cn) to the chuck body from the stocker provided at the second position (P2). a jaw exchanger ; a chuck body configured to hold a workpiece via a jaw (C, Cn); a support member rotatably supporting the chuck body ; a machining apparatus to which a tool is attachable; and a controller configured to control the jaw exchanger , wherein the jaw exchanger comprises: a stocker in which a jaw (C, Cn) attachable to the chuck body rotatable about a rotation axis (AX) is storable, wherein a plurality of jaws (C, Cn) is storable in the stocker ; a stocker movement mechanism (M) configured to move the stocker between a first position (P1) and a second position (P2); and a jaw transferor configured to transfer the jaw (C, Cn) to the stocker provided at the first position (P 1) from a jaw receiver that is configured to receive the jaw (C, Cn); characterised in that the jaw transferor is configured to transfer the jaw (C, Cn) to the chuck body from the stocker provided at the second position (P2). a stocker in which a jaw (C, Cn) attachable to the chuck body rotatable about a rotation axis (AX) is storable, wherein a plurality of jaws (C, Cn) is storable in the stocker ; a stocker movement mechanism (M) configured to move the stocker between a first position (P1) and a second position (P2); and a jaw transferor configured to transfer the jaw (C, Cn) to the stocker provided at the first position (P 1) from a jaw receiver that is configured to receive the jaw (C, Cn); characterised in that the jaw transferor is configured to transfer the jaw (C, Cn) to the chuck body from the stocker provided at the second position (P2).
A refrigerator for a vehicle, comprising: a cavity having an open top; a machine room provided at a side of the cavity ; a compressor provided at a front side in the machine room to compress a refrigerant; a condensation module provided at a rear side in the machine room to condense the refrigerant; an evaporation module in which the refrigerant condensed in the condensation module is supplied and evaporated and which is provided in the cavity ; and a machine room cover for covering the machine room to enable air to be suctioned from a rear side of machine room cover , characterized in that an expansion valve for supplying refrigerant supplied to the evaporation module and a fourth passage for introducing refrigerant evaporated in the evaporation module into the compressor are bent with the same shape to come into contact with each other for regenerating heat through heat exchange. a cavity having an open top; a machine room provided at a side of the cavity ; a compressor provided at a front side in the machine room to compress a refrigerant; a condensation module provided at a rear side in the machine room to condense the refrigerant; an evaporation module in which the refrigerant condensed in the condensation module is supplied and evaporated and which is provided in the cavity ; and a machine room cover for covering the machine room to enable air to be suctioned from a rear side of machine room cover , characterized in that an expansion valve for supplying refrigerant supplied to the evaporation module and a fourth passage for introducing refrigerant evaporated in the evaporation module into the compressor are bent with the same shape to come into contact with each other for regenerating heat through heat exchange.
A method for correcting an image, comprising: acquiring (S110) a first image collected by an image collecting module; acquiring (S120) a map generated based on a correspondence between a distortion rate and a field of view of the image collecting module, the map comprising a mapping relation between a raw pixel coordinate of a pixel in a raw image collected by the image collecting module and a target pixel coordinate that has been corrected; and acquiring (S130) a second image that has been corrected by correcting the first image pixel by pixel based on the map, characterized in that the map is a file of an image format, wherein a pixel coordinate of a pixel in the image format corresponds to the raw pixel coordinate, and the target pixel coordinate is stored in the raw pixel coordinate. acquiring (S110) a first image collected by an image collecting module; acquiring (S120) a map generated based on a correspondence between a distortion rate and a field of view of the image collecting module, the map comprising a mapping relation between a raw pixel coordinate of a pixel in a raw image collected by the image collecting module and a target pixel coordinate that has been corrected; and acquiring (S130) a second image that has been corrected by correcting the first image pixel by pixel based on the map, characterized in that the map is a file of an image format, wherein a pixel coordinate of a pixel in the image format corresponds to the raw pixel coordinate, and the target pixel coordinate is stored in the raw pixel coordinate.
A method for obtaining a reference signal, comprising: obtaining, by a terminal device, position offset information, wherein the position offset information comprises a relative position and a position offset 0, the relative position corresponds to a quantity of physical resource blocks by which a smallest subcarrier of a bandwidth comprising a control channel resource set is offset from a frequency domain reference point, wherein the position offset 0 corresponds to a quantity of physical resource blocks by which a smallest subcarrier of the control channel resource set is offset from the smallest subcarrier within the bandwidth comprising the control channel resource set; obtaining, by the terminal device, a first sequence from a reference signal sequence based on the position offset information, wherein the first sequence is a subset of the reference signal sequence; and demodulating, by the terminal device by using the first sequence, a control channel signal carried in the control channel resource set, to obtain downlink control information. obtaining, by a terminal device, position offset information, wherein the position offset information comprises a relative position and a position offset 0, the relative position corresponds to a quantity of physical resource blocks by which a smallest subcarrier of a bandwidth comprising a control channel resource set is offset from a frequency domain reference point, wherein the position offset 0 corresponds to a quantity of physical resource blocks by which a smallest subcarrier of the control channel resource set is offset from the smallest subcarrier within the bandwidth comprising the control channel resource set; obtaining, by the terminal device, a first sequence from a reference signal sequence based on the position offset information, wherein the first sequence is a subset of the reference signal sequence; and demodulating, by the terminal device by using the first sequence, a control channel signal carried in the control channel resource set, to obtain downlink control information.
An electrotransfer instrument comprising: a housing with an internal cavity sized to contain a plurality of electroblotting cassettes , wherein the housing has a plurality of front openings for sliding entry of said cassettes ; a power source mounted to and within said housing and individual internal electrical contacts mounted to said housing and within said cavity for connecting said power source to each cassette that is inserted therein; and means for independently monitoring and controlling an electrotransfer procedure in each cassette inserted in said housing , said means including a printed circuit board , the electrotransfer instrument being characterized in that the plurality of electroblotting cassettes is arranged in a vertical stack in housing , in that electrical relays are configured to independently engage the internal electrical contacts for each one of said plurality of cassettes upon insertion of said one cassette , and configured to independently block the power supply to said internal electrical contacts for connecting said power source to each one of said plurality of cassettes upon removal of said one cassette , and in that said power source and said printed circuit board are positioned directly above said vertical stack of electroblotting cassettes . a housing with an internal cavity sized to contain a plurality of electroblotting cassettes , wherein the housing has a plurality of front openings for sliding entry of said cassettes ; a power source mounted to and within said housing and individual internal electrical contacts mounted to said housing and within said cavity for connecting said power source to each cassette that is inserted therein; and means for independently monitoring and controlling an electrotransfer procedure in each cassette inserted in said housing , said means including a printed circuit board , the electrotransfer instrument being characterized in that the plurality of electroblotting cassettes is arranged in a vertical stack in housing , in that electrical relays are configured to independently engage the internal electrical contacts for each one of said plurality of cassettes upon insertion of said one cassette , and configured to independently block the power supply to said internal electrical contacts for connecting said power source to each one of said plurality of cassettes upon removal of said one cassette , and in that said power source and said printed circuit board are positioned directly above said vertical stack of electroblotting cassettes .
A solid state radio frequency generation system for an electromagnetic cooking device having an enclosed cavity in which a food load is placed, the solid state radio frequency generation system comprising: an RF feed (26A-26D) configured to introduce electromagnetic radiation into the enclosed cavity to heat up and prepare the food load; a high-power RF amplifier (18A-18D) coupled to the RF feed (26A-26D), the high-power RF amplifier (18A-18D) comprising at least one amplifying stage configured to output a signal that is amplified in power with respect to an input RF signal; a small signal generator coupled to the high-power RF amplifier (18A-18D) for generating the input RF signal; and a switching power supply unit coupled to the high-power RF amplifier (18A-18D) and the small signal generator , wherein the switching power supply comprises a single AC-DC converter component that converts AC mains power to low voltage DC that is output to the high-power RF amplifier (18A-18D), and a controller configured to distort a sinusoidal input current from the AC mains power to form a predefined periodic non-sinusoidal waveform with the same frequency as the AC mains power , wherein the controller is further configured to modulate an amplitude of the input RF signal generated by the small signal generator based on the low voltage DC output by the switching power supply unit . an RF feed (26A-26D) configured to introduce electromagnetic radiation into the enclosed cavity to heat up and prepare the food load; a high-power RF amplifier (18A-18D) coupled to the RF feed (26A-26D), the high-power RF amplifier (18A-18D) comprising at least one amplifying stage configured to output a signal that is amplified in power with respect to an input RF signal; a small signal generator coupled to the high-power RF amplifier (18A-18D) for generating the input RF signal; and a switching power supply unit coupled to the high-power RF amplifier (18A-18D) and the small signal generator , wherein the switching power supply comprises a single AC-DC converter component that converts AC mains power to low voltage DC that is output to the high-power RF amplifier (18A-18D), and a controller configured to distort a sinusoidal input current from the AC mains power to form a predefined periodic non-sinusoidal waveform with the same frequency as the AC mains power , wherein the controller is further configured to modulate an amplitude of the input RF signal generated by the small signal generator based on the low voltage DC output by the switching power supply unit .
Crosslapper for a card web , comprising: - a first conveyor belt and a second conveyor belt , both arranged in a closed-loop configuration, overlapping each other in at least one conveyor belt portion and adapted to define a conveyance channel for said card web , wherein an inlet zone and an outlet zone are defined for said card web ; - a collection surface adapted to collect said layered web ; - a distributor carriage comprising at least one first distributor cylinder , whereon said first conveyor belt slides, and at least one second distributor cylinder , whereon said second conveyor belt slides, wherein said first distributor cylinder and second distributor cylinder define said outlet zone for said card web , said distributor carriage being adapted to move parallel to said collection surface , wherein said distributor carriage comprises at least one third distributor cylinder , whereon said first conveyor belt is wound, and at least one fourth distributor cylinder , whereon said second conveyor belt is wound, wherein said third distributor cylinder and fourth distributor cylinder are adapted to create one or more mobile loops in at least one portion of said conveyance channel for said card web in order to accumulate said card web during the motion of the distributor carriage , said crosslapper being characterised in that said third distributor cylinder and fourth distributor cylinder are horizontally mobile with respect to said first and second distributor cylinder. - a first conveyor belt and a second conveyor belt , both arranged in a closed-loop configuration, overlapping each other in at least one conveyor belt portion and adapted to define a conveyance channel for said card web , wherein an inlet zone and an outlet zone are defined for said card web ; - a collection surface adapted to collect said layered web ; - a distributor carriage comprising at least one first distributor cylinder , whereon said first conveyor belt slides, and at least one second distributor cylinder , whereon said second conveyor belt slides, wherein said first distributor cylinder and second distributor cylinder define said outlet zone for said card web , said distributor carriage being adapted to move parallel to said collection surface , wherein said distributor carriage comprises at least one third distributor cylinder , whereon said first conveyor belt is wound, and at least one fourth distributor cylinder , whereon said second conveyor belt is wound, wherein said third distributor cylinder and fourth distributor cylinder are adapted to create one or more mobile loops in at least one portion of said conveyance channel for said card web in order to accumulate said card web during the motion of the distributor carriage , said crosslapper being characterised in that said third distributor cylinder and fourth distributor cylinder are horizontally mobile with respect to said first and second distributor cylinder.