mhurhangee/patent-ind-claim-en huggingface dataset:
A moving mechanism for moving shelves that can be pulled out of a cabinet , comprising: a fixed member , bearing fixed hinges for rotation about a vertical line (V) ; a first arm and a second arm , which are sustained by the fixed member , cantilever-style, inside a containment space , and rotatably about a vertical line (V), said first arm and second arm in turn sustaining a related shelf in a condition rotatable with a turning motion about at least one vertical line (V); at least the second arm of said arms being provided with two component segments , converging at an interposed articulated joint ; and control and guiding means for coordination of the movement of said first arm and second arm which are designed to allow said shelf to translate along a trajectory with variable orientation of its positioning, in such a way as to allow the shelf to freely pass through the access opening of the cabinet ; the mechanism being characterised in that said control and guiding means comprise a slider and a track having a substantially sinuous shape, comprising three arcs facing in different directions to one another, relative to which said slider is movable, said slider and said track being as one, constantly coupled to one another and operatively positioned between said first arm and second arm . a fixed member , bearing fixed hinges for rotation about a vertical line (V) ; a first arm and a second arm , which are sustained by the fixed member , cantilever-style, inside a containment space , and rotatably about a vertical line (V), said first arm and second arm in turn sustaining a related shelf in a condition rotatable with a turning motion about at least one vertical line (V); at least the second arm of said arms being provided with two component segments , converging at an interposed articulated joint ; and control and guiding means for coordination of the movement of said first arm and second arm which are designed to allow said shelf to translate along a trajectory with variable orientation of its positioning, in such a way as to allow the shelf to freely pass through the access opening of the cabinet ; the mechanism being characterised in that said control and guiding means comprise a slider and a track having a substantially sinuous shape, comprising three arcs facing in different directions to one another, relative to which said slider is movable, said slider and said track being as one, constantly coupled to one another and operatively positioned between said first arm and second arm .
A pneumatic windscreen wiper for a transparent element (6; 9; 10) of a vehicle ; the pneumatic windscreen wiper comprises: at least one nozzle which is arranged at an edge of the transparent element (6; 9; 10), is oriented towards the transparent element (6; 9; 10), and is capable of emitting a compressed air jet that hits the transparent element (6; 9; 10) to lick the transparent element (6; 9; 10) ; a source of compressed air comprising a compressed air tank and a compressor which is adapted to supply compressed air into the tank ; and a control valve which is interposed between the nozzle and the source of compressed air and is suitable for regulating the flow of compressed air; the pneumatic windscreen wiper is characterized in that the source of compressed air comprises a heat exchanger which is interposed between the compressor and the compressed air tank and is suitable for cooling the compressed air which is supplied by the compressor to the compressed air tank . at least one nozzle which is arranged at an edge of the transparent element (6; 9; 10), is oriented towards the transparent element (6; 9; 10), and is capable of emitting a compressed air jet that hits the transparent element (6; 9; 10) to lick the transparent element (6; 9; 10) ; a source of compressed air comprising a compressed air tank and a compressor which is adapted to supply compressed air into the tank ; and a control valve which is interposed between the nozzle and the source of compressed air and is suitable for regulating the flow of compressed air; the pneumatic windscreen wiper is characterized in that the source of compressed air comprises a heat exchanger which is interposed between the compressor and the compressed air tank and is suitable for cooling the compressed air which is supplied by the compressor to the compressed air tank .
A recombinant UvsX recombinase comprising an amino acid sequence that is at least 95% identical to SEQ ID NO: 1, which recombinant UvsX comprises at least one amino acid substitution mutation at the positions functionally equivalent to Pro321 and Asp334 in the RB49 UvsX amino acid sequence SEQ ID NO: 1, and wherein said UvsX recombinase polypeptide demonstrates recombinase activity.
A goggle for use in snowsports, the goggle comprising a body and a detachable lens assembly , magnets or magnetic elements being provided on the lens assembly and magnets or magnetic elements being provided in corresponding positions on the body , for detachably holding the lens assembly to the body, and at least one moveable clip being provided on each lateral side of the body , each clip being movable between a released position and an engaged position, characterized in that at least one tongue extends from the rear surface of the lens assembly on each lateral side of the lens assembly , each tongue extending in a direction substantially behind the lens assembly , into the body when the lens assembly is fitted to the body , and an aperture extending through each tongue , and each clip including a retaining finger which in the engaged position passes into the aperture in the tongue , preventing detachment of the lens assembly from the body and in the released position moves clear of the tongue , allowing detachment of the lens assembly . magnets or magnetic elements being provided on the lens assembly and magnets or magnetic elements being provided in corresponding positions on the body , for detachably holding the lens assembly to the body, and at least one moveable clip being provided on each lateral side of the body , each clip being movable between a released position and an engaged position, characterized in that at least one tongue extends from the rear surface of the lens assembly on each lateral side of the lens assembly , each tongue extending in a direction substantially behind the lens assembly , into the body when the lens assembly is fitted to the body , and an aperture extending through each tongue , and each clip including a retaining finger which in the engaged position passes into the aperture in the tongue , preventing detachment of the lens assembly from the body and in the released position moves clear of the tongue , allowing detachment of the lens assembly .
A system for blast load protection using a damping barrier, said system comprising: a front wall for receiving a pressure wave, the front wall is operatively connected to a rear wall , the rear wall forming part of a structure to be protected; and a plurality of oscillatable elastic dampers which are of a single degree of freedom and which are connected to the front wall and the rear wall so that the moveable front wall is an oscillatable mass relative to the rear wall; and a sliding surface supports the front wall and facilitates movement of the front wall relative to the rear wall when the pressure wave is received, wherein the front wall is made of metal. a front wall for receiving a pressure wave, the front wall is operatively connected to a rear wall , the rear wall forming part of a structure to be protected; and a plurality of oscillatable elastic dampers which are of a single degree of freedom and which are connected to the front wall and the rear wall so that the moveable front wall is an oscillatable mass relative to the rear wall; and a sliding surface supports the front wall and facilitates movement of the front wall relative to the rear wall when the pressure wave is received, wherein the front wall is made of metal.
A method of generating a low-temperature plasma in a vacuum chamber comprising a hollow cathode and an electrode , wherein said method comprises the step of igniting a pulse DC discharge in the hollow cathode on a background of RF capacitive discharge, wherein the method further comprises the steps of: applying a positive voltage pulse (U E+ ) on the electrode before igniting said pulse DC discharge; applying a negative voltage pulse (U C ) on the hollow cathode ; wherein said positive voltage pulse (U E+ ) at least in part overlaps with said negative voltage pulse (U C ). wherein said method comprises the step of igniting a pulse DC discharge in the hollow cathode on a background of RF capacitive discharge, wherein the method further comprises the steps of: applying a positive voltage pulse (U E+ ) on the electrode before igniting said pulse DC discharge; applying a negative voltage pulse (U C ) on the hollow cathode ; wherein said positive voltage pulse (U E+ ) at least in part overlaps with said negative voltage pulse (U C ). applying a positive voltage pulse (U E+ ) on the electrode before igniting said pulse DC discharge; applying a negative voltage pulse (U C ) on the hollow cathode ; wherein said positive voltage pulse (U E+ ) at least in part overlaps with said negative voltage pulse (U C ).
A magazine for bundles of blanks (M), comprising: - a vertical channel configured for inserting and extracting bundles of blanks (M) through a top opening of the channel ; a succession of groups of supporting parts spaced along a height of the channel at predetermined distances from each other, so that each supporting part is located at a respective level of the channel to support the underside of a respective bundle of blanks (M), each supporting part being movable between an extracted position, in which the supporting part projects from an inside wall of the channel towards the inside of the channel in such a way as to intercept a bundle of blanks (M) moving down the channel and to provide a steady support for the bundle of blanks (M), and a retracted position in which the supporting part is aligned or recessed with respect to the inside wall of the channel to allow the bundles of blanks (M) to move along the channel towards a portion under the supporting part ; - for each supporting part , an actuating device configured to promote the passage of the supporting part from the retracted position to the extracted position and controllable manually by an operator; characterised in that the actuating device comprises a pusher operable like a pushbutton by an operator and movable between an advanced position, in which the pusher impacts the supporting part to push the supporting part towards the extracted position, and a withdrawn position, in which the pusher allows the supporting part to adopt the retracted position. - a vertical channel configured for inserting and extracting bundles of blanks (M) through a top opening of the channel ; a succession of groups of supporting parts spaced along a height of the channel at predetermined distances from each other, so that each supporting part is located at a respective level of the channel to support the underside of a respective bundle of blanks (M), each supporting part being movable between an extracted position, in which the supporting part projects from an inside wall of the channel towards the inside of the channel in such a way as to intercept a bundle of blanks (M) moving down the channel and to provide a steady support for the bundle of blanks (M), and a retracted position in which the supporting part is aligned or recessed with respect to the inside wall of the channel to allow the bundles of blanks (M) to move along the channel towards a portion under the supporting part ; - for each supporting part , an actuating device configured to promote the passage of the supporting part from the retracted position to the extracted position and controllable manually by an operator;
Method for operating a laundry treatment machine comprising an outer casing provided with a door at least partially made with transparent material, a drum mounted inside the outer casing , a drum lighting device arranged inside the outer casing and operable to light the drum so that laundry loaded in said drum is visible to the user through said door , and a control unit adapted to control the lighting device ; the method comprising: - switching-on drum lighting device if said control unit detects a preset action performed by a user on said laundry treatment machine and/or a preset state of said laundry treatment machine and/or of said drum lighting device ; - switching-off drum lighting device if said control unit detects a preset action performed by a user on said laundry treatment machine and/or a preset state of said laundry treatment machine and/or of said drum lighting device ; wherein there is a delay between the detection by said control unit of said preset action performed by a user on said laundry treatment machine and/or a preset state of said laundry treatment machine and/or of said drum lighting device , and the switching-off of said drum lighting device , the method being characterized in that if said control unit detects that: - said laundry treatment machine is in a switch-on state, - the door is in a close state, - the drum lighting device is in a state of switch-off, - the laundry treatment machine is in a standby state, - user has performed cycle start command, the drum lighting device is switched-on when the cycle start command is detected and it is switched-off after a delay corresponding to a predetermined value (T3). - switching-on drum lighting device if said control unit detects a preset action performed by a user on said laundry treatment machine and/or a preset state of said laundry treatment machine and/or of said drum lighting device ; - switching-off drum lighting device if said control unit detects a preset action performed by a user on said laundry treatment machine and/or a preset state of said laundry treatment machine and/or of said drum lighting device ; - said laundry treatment machine is in a switch-on state, - the door is in a close state, - the drum lighting device is in a state of switch-off, - the laundry treatment machine is in a standby state, - user has performed cycle start command, the drum lighting device is switched-on when the cycle start command is detected and it is switched-off after a delay corresponding to a predetermined value (T3).
Method for reinforcing a slab of natural or artificial stone material comprising the steps of: a) sealing the non-visible surface of the slab and, where necessary, the surfaces of the edges ; b) positioning the slab on a support surface , with the visible surface directed upwards; c) providing an adhesive bead on the visible surface , in the vicinity of the perimetral edge of the slab ; d) distributing a resin over the visible surface , in the zone bounded by the adhesive bead ; e) under vacuum conditions, arranging on top of the slab a sheet of anti-adhesive material and then applying pressure, on the resin by means of a press ram ; f) restoring the atmospheric pressure; g) hardening the resin ; and h) finish-machining the slab . a) sealing the non-visible surface of the slab and, where necessary, the surfaces of the edges ; b) positioning the slab on a support surface , with the visible surface directed upwards; c) providing an adhesive bead on the visible surface , in the vicinity of the perimetral edge of the slab ; d) distributing a resin over the visible surface , in the zone bounded by the adhesive bead ; e) under vacuum conditions, arranging on top of the slab a sheet of anti-adhesive material and then applying pressure, on the resin by means of a press ram ; f) restoring the atmospheric pressure; g) hardening the resin ; and h) finish-machining the slab .
A radiation imaging system including a radiation imaging apparatus capable of operating as an access point in wireless communication, and a control apparatus capable of controlling an operation of the radiation imaging apparatus, the control apparatus characterized by comprising: determination means for determining whether a device operating as the access point of the wireless communication exists in the radiation imaging system; and control means for controlling the operation of the radiation imaging apparatus based on the determination, wherein the control means controls the operation of the radiation imaging apparatus based on the determination such that one access point of the wireless communication exists in the radiation imaging system. determination means for determining whether a device operating as the access point of the wireless communication exists in the radiation imaging system; and control means for controlling the operation of the radiation imaging apparatus based on the determination, wherein the control means controls the operation of the radiation imaging apparatus based on the determination such that one access point of the wireless communication exists in the radiation imaging system.
A method for leak testing a commercial aircraft fuel tank comprising: providing an environment within the tank that is at a lower humidity than the environment surrounding the tank in which air drawn into a dehumidifier is drawn from the tank resulting in a quasi-closed loop humidity reduction system; and using a thermographic imaging system to identify any leaks associated with the tank, based on evaporative cooling that occurs when a portion of the lower humidity environment escapes from the tank and mixes with the higher humidity environment surrounding the tank. providing an environment within the tank that is at a lower humidity than the environment surrounding the tank in which air drawn into a dehumidifier is drawn from the tank resulting in a quasi-closed loop humidity reduction system; and using a thermographic imaging system to identify any leaks associated with the tank, based on evaporative cooling that occurs when a portion of the lower humidity environment escapes from the tank and mixes with the higher humidity environment surrounding the tank.
A method of communication by a ProSe enabled terminal, the method comprising: receiving resource information for a discovery request message and a discovery response message from a base station; receiving the discovery request message including identification information of an application to be discovered from another terminal; identifying whether the identification information of the application to be discovered corresponds to identification information of an application running on the terminal; and transmitting , if the identification information of the application to be discovered corresponds to the identification information of the application running on the terminal, the discovery response message including information generated by the application running on the terminal. receiving resource information for a discovery request message and a discovery response message from a base station; receiving the discovery request message including identification information of an application to be discovered from another terminal; identifying whether the identification information of the application to be discovered corresponds to identification information of an application running on the terminal; and transmitting , if the identification information of the application to be discovered corresponds to the identification information of the application running on the terminal, the discovery response message including information generated by the application running on the terminal.
A speaker comprising a permanent magnet , and a coil positioned around the permanent magnet and attached to a membrane comprising an elastomer, wherein the membrane comprises a flat central region and a supporting edge region, and wherein the speaker further comprises a stiffening element on the flat central region on the opposite side of the membrane to the coil , characterized in that the membrane is an elastomer membrane of a thickness less than 0.3 mm and with a Young's modulus below 100MPa.
Delivery unit for dispensing adhesive, comprising a housing , a melting apparatus, arranged within the housing , for melting the adhesive, a distributing device for dispensing molten adhesive in at least one line connectable to the distributing device , and a pump for conveying the molten adhesive through the distributing device , wherein the housing has a plurality of outer side faces , wherein the housing has a front side face , a rear side face , a right side face and a left side face , wherein the rear side face and the right side face are arranged perpendicular to each other, the right side face and the left side face are arranged parallel to each other and the front side face and the right side face are arranged perpendicular to each other, wherein two of the side faces are of flat configuration, and these two side faces are arranged perpendicular to a support plane of the delivery unit on a base and wherein the two side faces are arranged at a right angle to each other, wherein the distributing device , in a region in which the line is connectable to a connector of the distributing device , has a boundary surface of flat configuration, characterized in that the two side faces are arranged at a distance apart and between these is arranged the boundary surface , which forms an obtuse angle with the respective one of the two side faces .
Method for controlling the operation of a large reciprocating piston combustion engine of the diesel type, said method including injecting fuel into a combustion chamber of the reciprocating piston combustion engine and applying a variable injection timing under steady state conditions by advancing a value of the injection begin angle by an advance amount (Δα) of the injection begin angle in a partial load range, depending on engine load or engine speed in order to compensate a decrease in efficiency occurring at partial load, wherein an increase in engine load or engine speed is detected, the detected increase in engine load or engine speed is compared with a predetermined value, and if the detected increase in engine load or engine speed is equal to or less than the predetermined value, the advance amount (Δα) of the injection begin angle caused by the variable injection timing is kept unchanged, characterized in that , if the detected increase in engine load or engine speed exceeds the predetermined value, the advance amount (Δα) of the injection begin angle caused by the variable injection timing is shifted to zero until after stabilization of the engine load or engine speed, when the value of the injection begin angle is advanced by the advance amount (Δα) in the injection begin angle given by the variable injection timing under steady state conditions, depending on engine load or engine speed, wherein the stabilization of the engine load or engine speed, is defined as being established after a predefined stabilization time between 30 and 60 minutes or longer.