mhurhangee/ep-ind-claims huggingface dataset:
A fume extractor comprising: an extractor housing (110; 210; 410) defining an outlet (106; 206; 406) of the fume extractor (100; 200; 400; 500); a hose (120; 220) coupled to the extractor housing (110; 210; 410), wherein the hose (120; 220) has a distal end (122; 222) defining a first inlet (102; 202; 502) of the fume extractor (100; 200; 400; 500); a diffusion plate (130; 230; 330; 430) coupled to the extractor housing (110; 210; 410), wherein the diffusion plate (130; 230; 330; 430) defines a plurality of openings (132; 232; 332) that cumulatively define a second inlet (104; 204; 304; 504) of the fume extractor (100; 200; 400; 500); a fan (280; 530) disposed in the extractor housing (110; 210; 410), the fan (280; 530) configured to connect each of the first inlet (102; 202; 502) and the second inlet (104; 204; 304; 504) to the outlet (106; 206; 406); a first supporting surface (160; 260) opposite the diffusion plate (130; 230; 330; 430) relative to the extractor housing (110; 210; 410); and a second supporting surface (170; 270a, 270b) is from 80° to 100° to the diffusion plate (130; 230; 330; 430), wherein the first supporting surface (160; 260) and the second supporting surface (170; 270a, 270b) are configured to selectively rest on a planar surface, characterized in that the fume extractor (100; 200; 400; 500) defines a hose channel (140; 240) configured to selectively receive the hose (120; 220), and in that the fume extractor (100; 200; 400; 500) comprises a hose guide (142a, 142b). an extractor housing (110; 210; 410) defining an outlet (106; 206; 406) of the fume extractor (100; 200; 400; 500); a hose (120; 220) coupled to the extractor housing (110; 210; 410), wherein the hose (120; 220) has a distal end (122; 222) defining a first inlet (102; 202; 502) of the fume extractor (100; 200; 400; 500); a diffusion plate (130; 230; 330; 430) coupled to the extractor housing (110; 210; 410), wherein the diffusion plate (130; 230; 330; 430) defines a plurality of openings (132; 232; 332) that cumulatively define a second inlet (104; 204; 304; 504) of the fume extractor (100; 200; 400; 500); a fan (280; 530) disposed in the extractor housing (110; 210; 410), the fan (280; 530) configured to connect each of the first inlet (102; 202; 502) and the second inlet (104; 204; 304; 504) to the outlet (106; 206; 406); a first supporting surface (160; 260) opposite the diffusion plate (130; 230; 330; 430) relative to the extractor housing (110; 210; 410); and a second supporting surface (170; 270a, 270b) is from 80° to 100° to the diffusion plate (130; 230; 330; 430), wherein the first supporting surface (160; 260) and the second supporting surface (170; 270a, 270b) are configured to selectively rest on a planar surface, characterized in that the fume extractor (100; 200; 400; 500) defines a hose channel (140; 240) configured to selectively receive the hose (120; 220), and in that the fume extractor (100; 200; 400; 500) comprises a hose guide (142a, 142b).
A method for assembling a fan on a drive shaft of an electric motor-drive-unit of a kitchen machine, wherein the fan is positioned on a clutch provided to connect an appliance to the drive shaft, comprising the steps: - holding the clutch on an end section of the drive shaft via press fit directly or indirectly, and - holding the fan on the clutch via form fit. - holding the clutch on an end section of the drive shaft via press fit directly or indirectly, and - holding the fan on the clutch via form fit.
A mobile terminal comprising: a wireless communication unit configured to provide wireless communication; a display unit; and a controller configured to: deactivate the display unit, receive at least first and second taps on the deactivated display unit, and activate at least one partial region of the display unit and display screen information in the activated at least one partial region in response to the first and second taps, wherein the second tap is a touch drag input, wherein a pattern of a touch drag trace of the touch drag input matches a plurality of applications, and wherein the controller is further configured to: detect the pattern of the touch drag trace of the touch drag input matching the plurality of applications, display first screen information corresponding to a first application in the activated at least one partial region when the direction of the touch drag trace is a first direction of the touch drag trace, and display second screen information corresponding to a second application in the activated at least one partial region when the direction of the touch drag trace is a second direction of the touch drag trace. a wireless communication unit configured to provide wireless communication; a display unit; and a controller configured to: deactivate the display unit, receive at least first and second taps on the deactivated display unit, and activate at least one partial region of the display unit and display screen information in the activated at least one partial region in response to the first and second taps, deactivate the display unit, receive at least first and second taps on the deactivated display unit, and activate at least one partial region of the display unit and display screen information in the activated at least one partial region in response to the first and second taps, wherein the second tap is a touch drag input, wherein a pattern of a touch drag trace of the touch drag input matches a plurality of applications, and wherein the controller is further configured to: detect the pattern of the touch drag trace of the touch drag input matching the plurality of applications, display first screen information corresponding to a first application in the activated at least one partial region when the direction of the touch drag trace is a first direction of the touch drag trace, and display second screen information corresponding to a second application in the activated at least one partial region when the direction of the touch drag trace is a second direction of the touch drag trace. detect the pattern of the touch drag trace of the touch drag input matching the plurality of applications, display first screen information corresponding to a first application in the activated at least one partial region when the direction of the touch drag trace is a first direction of the touch drag trace, and display second screen information corresponding to a second application in the activated at least one partial region when the direction of the touch drag trace is a second direction of the touch drag trace.
1. Tailgate hinge with a chassis connection and a tailgate extension arm, wherein the chassis connection is hingedly connected to the tailgate extension arm via a pin, wherein the chassis connection has a U-shaped holder, consisting of a first leg and a second leg, with a first reach-through opening, wherein a slide-in element of the tailgate extension arm is placed between the two legs (6, 7),wherein the slide-in element has a second reach-through opening with an inner wall, wherein the pin engages through the first reach-through opening of the U-shaped holder and the second reach-through opening of the slide-in element, wherein in the second reach-through opening a rocker construction is provided, characterized in that a sleeve is placed between the second reach-through opening and the pin, wherein the sleeve has a convex curvature from the inner wall of the second reach-through opening towards the pin and wherein the sleeve forms a slip stop.
A method for wireless communication, comprising: identifying (1505, 1605) a payload that comprises a set of physical broadcast channel, PBCH, information bits; determining (1510, 1610) a first set of information bits representative of an index of a first synchronization signal block; jointly encoding (1515, 1615) the set of PBCH information bits and the first set of information bits; and transmitting (1520, 1620) a first output vector that comprises the jointly encoded set of PBCH information bits and the first set of information bits using resources of the first synchronization signal block; characterized in that the jointly encoding (1515, 1615) comprises allocating bits of the set of PBCH information bits and bits of the first set of information bits to respective bit locations of an encoder based at least in part on a reliability metric associated with the bit locations of the encoder. identifying (1505, 1605) a payload that comprises a set of physical broadcast channel, PBCH, information bits; determining (1510, 1610) a first set of information bits representative of an index of a first synchronization signal block; jointly encoding (1515, 1615) the set of PBCH information bits and the first set of information bits; and transmitting (1520, 1620) a first output vector that comprises the jointly encoded set of PBCH information bits and the first set of information bits using resources of the first synchronization signal block; characterized in that the jointly encoding (1515, 1615) comprises allocating bits of the set of PBCH information bits and bits of the first set of information bits to respective bit locations of an encoder based at least in part on a reliability metric associated with the bit locations of the encoder.
Articulation (2, 21) for a robot, in particular a collaborative robot, having a plurality of components, at least: - a drive for moving the articulation (2, 21), - a transducer for providing information relating to a rotational speed, commutation and/or position, and - a heat exchanger tube (9, 91, 10a, 10b, 101a, 101b) for removing heat from the articulation (2, 21), wherein the articulation (2, 21) has a plurality of heat exchanger tubes (9, 91, 10a, 10b, 101a, 101b), wherein a first heat exchanger tube (10a, 101a) touches a first subset of the components, and wherein a second heat exchanger tube (10b, 101b) touches a second subset of the components, wherein the first subset and the second subset are different subsets. - a drive for moving the articulation (2, 21), - a transducer for providing information relating to a rotational speed, commutation and/or position, and - a heat exchanger tube (9, 91, 10a, 10b, 101a, 101b) for removing heat from the articulation (2, 21),
Screw conveyor for a screw press device for material to be dried, such as for example moist or wet garbage, consisting of a rotatable shaft that can be supported in the screw press device, and at least one screw helix provided on the shaft for conveying the material to be dried in the screw press, wherein the screw helix is formed from at least two elements, namely a row of segment-like configured basic elements and at least one cover element, and at least one of the elements of the screw helix is configured such that it can be changed and/or removed, characterized in that at the connection point of at least two abutting basic elements an attachment formed like an acute triangle is provided.
A composition comprising: a disperse dye; and an aqueous carrier comprising a first polyol having at least 5 carbon atoms in an amount from about 1% to about 25% by weight of the composition and a second polyol having at least 5 carbon atoms in an amount from about 1% to about 25% by weight of the composition, wherein the first polyol is xylitol and the second polyol is sorbitol, wherein the composition has a color fastness to water of at least 3 according to International Organization for Standardization test ISO 105-E01:2010 when used in direct inkjet printing on a ready-to-print polyester textile. a disperse dye; and an aqueous carrier comprising a first polyol having at least 5 carbon atoms in an amount from about 1% to about 25% by weight of the composition and a second polyol having at least 5 carbon atoms in an amount from about 1% to about 25% by weight of the composition, wherein the first polyol is xylitol and the second polyol is sorbitol, wherein the composition has a color fastness to water of at least 3 according to International Organization for Standardization test ISO 105-E01:2010 when used in direct inkjet printing on a ready-to-print polyester textile.
Apparatus for decoding a significance map indicating positions of significant transform coefficients within a transform coefficient block from a data stream comprising: a decoder configured to extract a significance map indicating positions of significant transform coefficients within the transform coefficient block, and then the values of the significant transform coefficients within the transform coefficient block from a data stream, with, in extracting the significance map, sequentially extracting first-type syntax elements from the data stream by context-adaptive entropy decoding, the first-type syntax elements indicating, for associated positions within the transform coefficient block as to whether at the respective position a significant or insignificant transform coefficient is situated; and an associator configured to sequentially associate the sequentially extracted first-type syntax elements to the positions of the transform coefficient block in a predetermined scan order among the positions of the transform coefficient block, wherein the decoder is configured to use, in context-adaptively entropy decoding the first-type syntax elements, contexts which are individually selected for each of the first-type syntax elements depending on a number of positions at which according to the previously extracted and associated first-type syntax elements significant transform coefficients are situated, in a neighborhood of the position with which a current first-type syntax element is associated, wherein the transform coefficient block is quadratic. a decoder configured to extract a significance map indicating positions of significant transform coefficients within the transform coefficient block, and then the values of the significant transform coefficients within the transform coefficient block from a data stream, with, in extracting the significance map, sequentially extracting first-type syntax elements from the data stream by context-adaptive entropy decoding, the first-type syntax elements indicating, for associated positions within the transform coefficient block as to whether at the respective position a significant or insignificant transform coefficient is situated; and an associator configured to sequentially associate the sequentially extracted first-type syntax elements to the positions of the transform coefficient block in a predetermined scan order among the positions of the transform coefficient block, wherein the decoder is configured to use, in context-adaptively entropy decoding the first-type syntax elements, contexts which are individually selected for each of the first-type syntax elements depending on a number of positions at which according to the previously extracted and associated first-type syntax elements significant transform coefficients are situated, in a neighborhood of the position with which a current first-type syntax element is associated, wherein the transform coefficient block is quadratic.
Method for determining the dryness of a fibrous web, in particular a tissue web, during the production of the fibrous web in a machine, wherein the machine comprises a drying cylinder, in particular a Yankee cylinder, to which at least one, preferably two, dryer hoods are assigned, and a reel-up for winding up the fibrous web, characterized in that the determination of the dryness of the fibrous web is carried out before the drying cylinder on the basis of measured values which describe the following variables: a) the amount of solids in the fibrous web at the reel-up, b) the amount of water in the fibrous web at the reel-up, c) the amount of water which is evaporated in the dryer hood or hoods. a) the amount of solids in the fibrous web at the reel-up, b) the amount of water in the fibrous web at the reel-up, c) the amount of water which is evaporated in the dryer hood or hoods.
A negative ion-based beam injector comprising an ion source adapted to produce a negative ion beam, an accelerator, and a pre-accelerator coupled to the ion source, wherein the accelerator is spaced apart from the ion source by a transition zone interposed between the pre-accelerator and the accelerator, and characterized in that the injector further comprises: a pair of deflecting magnets in the transition zone interposed between the pre-accelerator and the accelerator, and pumping panels between the deflecting magnets, the pumping panels including a partition and a cesium trap, wherein the pair of deflecting magnets are configured to enable a beam from the pre-accelerator to shift off axis from an axis of the pre-accelerator and onto an axis of the accelerator before entering the accelerator such that the influx of co-streaming particles to the accelerator is reduced and the back streaming of accelerated particles into the pre-accelerator and the ion source is prevented. an ion source adapted to produce a negative ion beam, an accelerator, and a pre-accelerator coupled to the ion source, wherein the accelerator is spaced apart from the ion source by a transition zone interposed between the pre-accelerator and the accelerator, and characterized in that the injector further comprises: a pair of deflecting magnets in the transition zone interposed between the pre-accelerator and the accelerator, and pumping panels between the deflecting magnets, the pumping panels including a partition and a cesium trap, wherein the pair of deflecting magnets are configured to enable a beam from the pre-accelerator to shift off axis from an axis of the pre-accelerator and onto an axis of the accelerator before entering the accelerator such that the influx of co-streaming particles to the accelerator is reduced and the back streaming of accelerated particles into the pre-accelerator and the ion source is prevented. a pair of deflecting magnets in the transition zone interposed between the pre-accelerator and the accelerator, and pumping panels between the deflecting magnets, the pumping panels including a partition and a cesium trap, wherein the pair of deflecting magnets are configured to enable a beam from the pre-accelerator to shift off axis from an axis of the pre-accelerator and onto an axis of the accelerator before entering the accelerator such that the influx of co-streaming particles to the accelerator is reduced and the back streaming of accelerated particles into the pre-accelerator and the ion source is prevented.
A towed agricultural implement, characterized by: an electrically powered component; a generator, coupled to the electrically powered component, having a rotor and generating electrical power to power the electrically powered component; a variable displacement hydraulic motor having a hydraulic fluid input that receives hydraulic fluid under pressure and an angular displacement drive mechanism coupled to drive the rotor of the generator, the variable displacement hydraulic motor driving rotation of the angular displacement drive mechanism; and a displacement controller coupled to the variable displacement motor to control displacement of the variable displacement motor to vary torque exerted by the angular displacement drive mechanism on the rotor of the generator. an electrically powered component; a generator, coupled to the electrically powered component, having a rotor and generating electrical power to power the electrically powered component; a variable displacement hydraulic motor having a hydraulic fluid input that receives hydraulic fluid under pressure and an angular displacement drive mechanism coupled to drive the rotor of the generator, the variable displacement hydraulic motor driving rotation of the angular displacement drive mechanism; and a displacement controller coupled to the variable displacement motor to control displacement of the variable displacement motor to vary torque exerted by the angular displacement drive mechanism on the rotor of the generator.
A laser welding method comprising: a coupling forming step of forming a T coupling that is obtained by superimposing a side surface of a first member and a lower surface of a second member on each other; and a welding step of irradiating an upper surface of the second member opposite to the lower surface with a laser beam so as to laser-weld the first member and the second member to each other, characterized in that in the welding step, the laser beam is moved in a lateral direction along the side surface of the first member while being weaved, in such manner as to achieve a weaving width in which the center of the spot of the laser beam weaves. a coupling forming step of forming a T coupling that is obtained by superimposing a side surface of a first member and a lower surface of a second member on each other; and a welding step of irradiating an upper surface of the second member opposite to the lower surface with a laser beam so as to laser-weld the first member and the second member to each other, characterized in that in the welding step, the laser beam is moved in a lateral direction along the side surface of the first member while being weaved, in such manner as to achieve a weaving width in which the center of the spot of the laser beam weaves.
A method for detecting a fault in the flow path of a respiratory assistance apparatus, the flow path comprising a motor-driven blower unit that is configured to generate a flow of gases and which is connected to a humidification unit that is configured to heat and humidify the flow of gases, comprising: sensing the flow rate in the flow path at a first motor speed of the blower unit; detecting if the sensed flow rate exceeds a stored first threshold at the first motor speed; increasing the motor speed of the blower unit to a higher second motor speed if the first threshold is exceeded; re-sensing the flow rate in the flow path at the second motor speed; and generating a fault detection signal if the re-sensed flow rate at the second motor speed exceeds a stored second threshold. sensing the flow rate in the flow path at a first motor speed of the blower unit; detecting if the sensed flow rate exceeds a stored first threshold at the first motor speed; increasing the motor speed of the blower unit to a higher second motor speed if the first threshold is exceeded; re-sensing the flow rate in the flow path at the second motor speed; and generating a fault detection signal if the re-sensed flow rate at the second motor speed exceeds a stored second threshold.