mhurhangee/ep-ind-claims huggingface dataset:
A light-projecting device for use on a vehicle, the device comprising a laser unit and a light source, wherein the laser unit comprises a laser source and an image forming means, wherein the light source produces a visible light beam in use, and characterized in that the image forming means includes a diffraction optical element configured for acting by optical interference to diffract the laser light produced by the laser source to project a predetermined image onto a surface external to the vehicle in use. wherein the laser unit comprises a laser source and an image forming means, wherein the light source produces a visible light beam in use, and characterized in that the image forming means includes a diffraction optical element configured for acting by optical interference to diffract the laser light produced by the laser source to project a predetermined image onto a surface external to the vehicle in use.
Device for opening packages, such as garbage bags, with at least a hollow space, which passes through the packages to be opened, characterized in that at least one cavity is equipped with at least one nozzle (7, 7', 7 ") that generates a pulsed gas Jet (8, 8', 8"), which is so arranged that at least one of the pulsed gas jet (8, 8', 8 ') flushed the cavity at least partially horizontally or vertically and/or in intermediate directions, and the pulsed gas jet (8, 8', 8 ') destructive effects on the surface of the packages and at the same time swirling the contents of the packages, so that the contents of the packages is distributed homogeneously on at least one means of conveyor.
An adaptable automation control component, comprising: a base configured to communicatively couple with a system bus and configured to couple with a functional module that includes communication and control circuitry; a device power bus including electrical contacts configured to communicatively couple the adaptable automation control component with a separate automation control component; and an activation mechanism including circuitry configured to continue the device power bus when the activation mechanism is engaged and to discontinue the device power bus when the activation mechanism is disengaged, characterized in that the adaptable automation control component is configured to facilitate functionality as an input/output module or a power distribution module depending on whether the activation mechanism is engaged or disengaged. a base configured to communicatively couple with a system bus and configured to couple with a functional module that includes communication and control circuitry; a device power bus including electrical contacts configured to communicatively couple the adaptable automation control component with a separate automation control component; and an activation mechanism including circuitry configured to continue the device power bus when the activation mechanism is engaged and to discontinue the device power bus when the activation mechanism is disengaged, characterized in that the adaptable automation control component is configured to facilitate functionality as an input/output module or a power distribution module depending on whether the activation mechanism is engaged or disengaged.
A method for manufacturing an optical device, the method comprising:- a step of obtaining a plurality of test images in each of which a spectral intensity of a first color component, a spectral intensity of a second color component, and a spectral intensity of a third color component are separately changeable, a wavelength of the second color component being shorter than a wavelength of the first color component, a wavelength of the third color component being shorter than the wavelength of the second color component; a step of changing the spectral intensity of the first color component without changing the spectral intensity of the second color component and without changing the spectral intensity of the third color component in at least a first test image of the plurality of test images; a step of obtaining the spectral intensity Rs of the first color component in the first test image, the spectral intensity Rs satisfying a first particular test condition when a subject is looking at the first test image in which the spectral intensity of the first color component is being changed; a step of changing the spectral intensity of the second color component without changing the spectral intensity of the first color component and without changing the spectral intensity of the third color component in at least a second test image, different from the first test image, of the plurality of test images; a step of obtaining the spectral intensity Gs of the second color component in the second test image, the spectral intensity Gs satisfying a second particular test condition when a subject is looking at the second test image in which the spectral intensity of the second color component is being changed; and a step of manufacturing the optical device including an optical element which is configured to adjust the light intensity of the first color component and the light intensity of the second color component in light transmitted through the optical element based on the spectral intensity Rs and the spectral intensity Gs.
A device on a base station side in a wireless communication system in which there are a primary component carrier on a licensed band and a plurality of secondary component carriers on an unlicensed band, the device comprising: a control unit configured to perform, according to an availability detection result for the plurality of secondary component carriers, power adjustment so that predetermined transmission power pre-allocated to one or more unavailable secondary component carriers of the plurality of secondary component carriers is allocated to a secondary component carrier to be used among available secondary component carriers of the plurality of secondary component carriers; a communication unit configured to send a power adjustment result of the control unit to a user equipment, the power adjustment result comprising at least information indicating whether power allocation is changed; and wherein the communication unit is further configured to send, in the case of uplink transmission, uplink scheduling grant signaling for the plurality of secondary component carriers to the user equipment, and receive the availability detection result for the plurality of secondary component carriers reported by the user equipment according to the uplink scheduling grant signaling; and wherein the communication unit is further configured to comprise, in the case of uplink transmission, the power adjustment result in the uplink scheduling grant signaling to send it to the user equipment in a next cycle. a control unit configured to perform, according to an availability detection result for the plurality of secondary component carriers, power adjustment so that predetermined transmission power pre-allocated to one or more unavailable secondary component carriers of the plurality of secondary component carriers is allocated to a secondary component carrier to be used among available secondary component carriers of the plurality of secondary component carriers; a communication unit configured to send a power adjustment result of the control unit to a user equipment, the power adjustment result comprising at least information indicating whether power allocation is changed; and wherein the communication unit is further configured to send, in the case of uplink transmission, uplink scheduling grant signaling for the plurality of secondary component carriers to the user equipment, and receive the availability detection result for the plurality of secondary component carriers reported by the user equipment according to the uplink scheduling grant signaling; and wherein the communication unit is further configured to comprise, in the case of uplink transmission, the power adjustment result in the uplink scheduling grant signaling to send it to the user equipment in a next cycle.
A device for enabling run-flat properties of a vehicle wheel, wherein the device comprises a first support element configured to be attached to the vehicle wheel on the vehicle side, and a second support element configured to be attached to the vehicle wheel on the outside facing away from the vehicle, wherein the support elements (210, 220) are configured such that, in a mounting position provided on the vehicle wheel, they exert sideward pressure on the side walls of a tire of the vehicle in such a manner that a tread of the tire is pushed radially outwards and that the tyre forms a tread body of the vehicle wheel despite a lack of air pressure and provides a sufficient running surface, and wherein the first support element and the second support element each has clamping arms (212, 222) for fastening the support elements (210, 220) to a rim of the vehicle wheel, characterized in that the clamping arms (210, 220) are configured and arranged in the provided mounting position in such a manner that they engage between a tire bead of the tire and a rim base of the rim so that they lift the tire bead off the rim base. the device comprises a first support element configured to be attached to the vehicle wheel on the vehicle side, and a second support element configured to be attached to the vehicle wheel on the outside facing away from the vehicle, wherein the support elements (210, 220) are configured such that, in a mounting position provided on the vehicle wheel, they exert sideward pressure on the side walls of a tire of the vehicle in such a manner that a tread of the tire is pushed radially outwards and that the tyre forms a tread body of the vehicle wheel despite a lack of air pressure and provides a sufficient running surface, and wherein the first support element and the second support element each has clamping arms (212, 222) for fastening the support elements (210, 220) to a rim of the vehicle wheel, characterized in that the clamping arms (210, 220) are configured and arranged in the provided mounting position in such a manner that they engage between a tire bead of the tire and a rim base of the rim so that they lift the tire bead off the rim base.
An impact tool comprising: a motor; a trigger; a controller configured to control driving power supplied to the motor using a semiconductor switching element (Q1-Q6) according to an operation of the trigger; and a striking mechanism configured to drive a tip tool continuously or intermittently by rotation force of the motor, the striking mechanism including a hammer and an anvil, wherein the controller is configured to drive the semiconductor switching element (Q1-Q6) at a high duty ratio when the trigger is manipulated, and characterised in that: the controller is further adapted to drive the motor so that the high duty ratio is lowered before a first striking of the hammer on the anvil is performed, the first striking is performed at a low duty ratio lower than the high duty ratio, and the low duty ratio is maintained to be lower than the high duty ratio while a plurality of strikes are implemented. a motor; a trigger; a controller configured to control driving power supplied to the motor using a semiconductor switching element (Q1-Q6) according to an operation of the trigger; and a striking mechanism configured to drive a tip tool continuously or intermittently by rotation force of the motor, the striking mechanism including a hammer and an anvil, wherein the controller is configured to drive the semiconductor switching element (Q1-Q6) at a high duty ratio when the trigger is manipulated, and characterised in that: the controller is further adapted to drive the motor so that the high duty ratio is lowered before a first striking of the hammer on the anvil is performed, the first striking is performed at a low duty ratio lower than the high duty ratio, and the low duty ratio is maintained to be lower than the high duty ratio while a plurality of strikes are implemented.
A computing device, comprising: an input bridge, which is coupled to receive a sequence of data items for use by the device in execution of a program; an output bridge; a processing core, which is coupled to receive the data items from the input bridge and execute the program so as to cause the output bridge to output a signal in response to a given data item in the sequence; characterized by an authentication logic, which is coupled to receive and authenticate the data items while the processing core executes the program, and to inhibit output of the signal by the output bridge until the given data item has been authenticated. an input bridge, which is coupled to receive a sequence of data items for use by the device in execution of a program; an output bridge; a processing core, which is coupled to receive the data items from the input bridge and execute the program so as to cause the output bridge to output a signal in response to a given data item in the sequence; characterized by an authentication logic, which is coupled to receive and authenticate the data items while the processing core executes the program, and to inhibit output of the signal by the output bridge until the given data item has been authenticated.
A supplemental thrust system for an airplane comprising: a submerged inlet duct; a diffuser section in communication with the inlet duct; and a duct outlet in communication with the diffuser section; an outlet nozzle in communication with the duct outlet; a turbocharger unit comprising a turbocharger or several turbochargers in communication with each other to provide, in use, compressed air to the engine and the cabin; a heat exchanger unit comprising a plurality of heat exchangers in the diffuser section to provide, in use, cooling liquid to cool pressurized air in the cabin, engine intake air and the engine jacket wherein each turbocharger is positioned inside the duct and downstream of the heat exchanger unit and coupled to the intake manifold of an engine to increase the power of the engine in use by introducing compressed air into the manifold. a submerged inlet duct; a diffuser section in communication with the inlet duct; and a duct outlet in communication with the diffuser section; an outlet nozzle in communication with the duct outlet; a turbocharger unit comprising a turbocharger or several turbochargers in communication with each other to provide, in use, compressed air to the engine and the cabin; a heat exchanger unit comprising a plurality of heat exchangers in the diffuser section to provide, in use, cooling liquid to cool pressurized air in the cabin, engine intake air and the engine jacket wherein each turbocharger is positioned inside the duct and downstream of the heat exchanger unit and coupled to the intake manifold of an engine to increase the power of the engine in use by introducing compressed air into the manifold.
A method for filling gas cylinders comprising the steps of: a) conveying a stream of liquified gas from at least one gas source to at least one heat exchanger, b) conducting a phase transition of the stream of liquified gas into gas in at least one heat exchanger, while cooling a first working medium, c) conveying an output gas stream to at least one cylinder filling station, d) filling gas into at least one cylinder, characterized in that the method further comprises the process of cooling the filling cylinder comprising: e) conveying the first working medium from at least one heat exchanger to at least one insulated buffer tank, f) conducting heat exchange between the first working medium (6a, 6b) and a heat-accumulating medium in at least one insulated buffer tank, g) conducting heat exchange between the heat-accumulating medium, and a second working medium (8a, 8b) in at least one insulated buffer tank, h) conveying the second working medium from at least one insulated buffer tank to at least one cooling device comprising at least one air cooler and at least one blowing fan, wherein at least one cooling device is located adjacent to at least one cylinder filling station, i) conducting heat exchange between the second working medium (8a, 8b) and air in at least one air cooler, j) blowing air substantially towards at least one gas cylinder filling station. a) conveying a stream of liquified gas from at least one gas source to at least one heat exchanger, b) conducting a phase transition of the stream of liquified gas into gas in at least one heat exchanger, while cooling a first working medium, c) conveying an output gas stream to at least one cylinder filling station, d) filling gas into at least one cylinder, e) conveying the first working medium from at least one heat exchanger to at least one insulated buffer tank, f) conducting heat exchange between the first working medium (6a, 6b) and a heat-accumulating medium in at least one insulated buffer tank, g) conducting heat exchange between the heat-accumulating medium, and a second working medium (8a, 8b) in at least one insulated buffer tank, h) conveying the second working medium from at least one insulated buffer tank to at least one cooling device comprising at least one air cooler and at least one blowing fan, wherein at least one cooling device is located adjacent to at least one cylinder filling station, i) conducting heat exchange between the second working medium (8a, 8b) and air in at least one air cooler, j) blowing air substantially towards at least one gas cylinder filling station.
A protective casing assembly for use in a refrigerator comprising a display unit, the protective casing assembly comprising: - a cover for enclosing at least the rear side of the display unit and an attachment means for attaching the cover to the display unit, wherein the cover comprises one or more throughlets each for the insertion of a respective connector with its cables into the cover; - a plurality of grooves for respectively receiving and aligning the cables which are inserted through the respective throughlet into the cover, wherein the grooves match the cables respectively, - one or more lids each for opening/closing the respective throughlet and securing the cables into the respective grooves; - one or more locking means each for locking the respective lid in the closed position; characterized by one or more plug-like protrusions each for blocking a respective empty groove against intrusion of foam material. - a cover for enclosing at least the rear side of the display unit and an attachment means for attaching the cover to the display unit, wherein the cover comprises one or more throughlets each for the insertion of a respective connector with its cables into the cover; - a plurality of grooves for respectively receiving and aligning the cables which are inserted through the respective throughlet into the cover, wherein the grooves match the cables respectively, - one or more lids each for opening/closing the respective throughlet and securing the cables into the respective grooves; - one or more locking means each for locking the respective lid in the closed position;
Method for connecting a DC voltage power supply system section by means of a DC voltage switch, having two connection terminals (2, 3), that has an operating current path, having a mechanical switch, and a disconnection current path, bypassing the mechanical switch, in which power semiconductor switches that can be switched on and off are arranged, wherein the disconnection current path has a greater electrical resistance than the section of the operating current path that is bypassed by it, characterized in that - the mechanical switch is opened and a flow of current via the disconnection current path is blocked, - the first connection terminal is then connected to a pole of a DC voltage source and the second connection terminal is connected to a pole of the DC voltage power supply system section, - finally, the DC voltage power supply system section undergoes controlled application of a voltage by virtue of actuation of the power semiconductor switches, and - the mechanical switch is then closed. - the mechanical switch is opened and a flow of current via the disconnection current path is blocked, - the first connection terminal is then connected to a pole of a DC voltage source and the second connection terminal is connected to a pole of the DC voltage power supply system section, - finally, the DC voltage power supply system section undergoes controlled application of a voltage by virtue of actuation of the power semiconductor switches, and - the mechanical switch is then closed.
A plant cell, seed or plant comprising a cell comprising an exogenous nucleotide sequence, integrated into a fatty acid desaturase 2 gene following cleavage of the FAD2 gene with a nuclease that binds to a target site in the FAD2 gene, the target site comprising a sequence within any of SEQ ID NOs: 22-26, and SEQ ID NOs: 28-33 and SEQ ID NOs: 35-38, said exogenous nucleotide sequence comprising either a non-coding sequence with one or more DNA-binding domain binding sites, or a coding sequence, or both,.
An apparatus comprising a probe device configured for detecting the presence of a liquid by sensing the capacitance between an electric conduit element and a ground element, the probe device comprises a probe comprising said electric conduit element having a longitudinal extension and a length, and an electric insulation insulating the electric conduit element, whereby the probe comprises a structural element provided around the electric conduit element and extending along the length of the electric conduit element, and the structural element defines an outer peripheral border located at a determined minimum distance from the electric conduit element, and the structural element is porous thereby permitting entry of said liquid to be detected into the structural element, wherein the liquid to be detected forms a dielectric medium. characterised in that the apparatus comprises a heat exchanger plate for a plate heat exchanger, the first part element being a first plate and the second part element a second plate and wherein the probe is then provided between the adjoining first and second plates and 11(b) and located in the heat transfer area.
A method for loading an empty cassette with ampules, comprising the steps of: - loading a receptacle with the empty cassette, wherein the receptacle comprises at least two side walls and an opening at a front side; - arranging the receptacle on a tool head of a robot; - moving a front holder, that is in particular formed as a comb, along a vertical axis so that the holder is above the ampules leaving a processing machine; - moving a rear holder, that is in particular formed as a comb, towards the opening; - moving the rear holder, while loading the cassette, towards the rear side of the receptacle, wherein the rear holder serves as a stopper for the ampoules leaving the processing machine; - moving the front holder along the vertical axis downwards, so as to close the opening of the receptacle at least in part, so that, when the tool head with the receptacle is moved, the ampoules are protected by the front and rear holders (46a; 46b) against falling down and/or out. - loading a receptacle with the empty cassette, wherein the receptacle comprises at least two side walls and an opening at a front side; - arranging the receptacle on a tool head of a robot; - moving a front holder, that is in particular formed as a comb, along a vertical axis so that the holder is above the ampules leaving a processing machine; - moving a rear holder, that is in particular formed as a comb, towards the opening; - moving the rear holder, while loading the cassette, towards the rear side of the receptacle, wherein the rear holder serves as a stopper for the ampoules leaving the processing machine; - moving the front holder along the vertical axis downwards, so as to close the opening of the receptacle at least in part, so that, when the tool head with the receptacle is moved, the ampoules are protected by the front and rear holders (46a; 46b) against falling down and/or out.