mhurhangee/patent-ind-claim-en huggingface dataset:
A device for measuring electric potentials of a liquid sample, comprising at least one field effect transistor with source, drain and gate, wherein - the device has a substrate (408, 409; 1104, 1105) and at least two crossing nanowires (402, 404; 502, 507; 1502) of semi-conducting material arranged on this substrate for forming a cross-shaped structure with a respective source and drain contact as a field effect transistor and means for applying a voltage between the respective source and drain contact, wherein the two crossing nanowires are arranged such that only one crossing point (103; 405; 509) results, - the two nanowires, respectively in cross-section, have the shape of a triangle and their tip is located in the region facing away from the substrate, wherein the crossing nanowires (402, 404; 502, 507; 1502) are arranged in the same plane, - means for charging the substrate with a voltage are arranged on the substrate , - the nanowires (402, 404; 502, 507; 1502) are electrically isolated at least from the liquid sample by a dielectric layer along their surface with a layer thickness between 5 and 40 nm, and - at least one disruption point is arranged in this dielectric layer as an anchoring point at the crossing point (103; 405; 509) of the two nanowires (101, 102; 402, 404; 502, 507; 1502) which is able to capture load carriers from at least one of the two nanowires and inversely deliver them to this nanowire. - the device has a substrate (408, 409; 1104, 1105) and at least two crossing nanowires (402, 404; 502, 507; 1502) of semi-conducting material arranged on this substrate for forming a cross-shaped structure with a respective source and drain contact as a field effect transistor and means for applying a voltage between the respective source and drain contact, wherein the two crossing nanowires are arranged such that only one crossing point (103; 405; 509) results, - the two nanowires, respectively in cross-section, have the shape of a triangle and their tip is located in the region facing away from the substrate, wherein the crossing nanowires (402, 404; 502, 507; 1502) are arranged in the same plane, - means for charging the substrate with a voltage are arranged on the substrate , - the nanowires (402, 404; 502, 507; 1502) are electrically isolated at least from the liquid sample by a dielectric layer along their surface with a layer thickness between 5 and 40 nm, and - at least one disruption point is arranged in this dielectric layer as an anchoring point at the crossing point (103; 405; 509) of the two nanowires (101, 102; 402, 404; 502, 507; 1502) which is able to capture load carriers from at least one of the two nanowires and inversely deliver them to this nanowire.
A method for manufacturing a container module , said method comprising the steps of: • forming at least four container panels by means of the following steps: ∘ placing a casting frame on or around an external plate to form a casting mould , ∘ pouring concrete into said casting mould , ∘ curing said concrete and thereby forming a rigid connection between said external plate and said concrete , • assembling said at least four container panels and optionally further panels to form said container module as a rectangular parallelepiped, wherein said concrete is facing inwards and said external plate is facing outwards, and wherein a twist-lock element is provided in each corner of said container module . • forming at least four container panels by means of the following steps: ∘ placing a casting frame on or around an external plate to form a casting mould , ∘ pouring concrete into said casting mould , ∘ curing said concrete and thereby forming a rigid connection between said external plate and said concrete , ∘ placing a casting frame on or around an external plate to form a casting mould , ∘ pouring concrete into said casting mould , ∘ curing said concrete and thereby forming a rigid connection between said external plate and said concrete , • assembling said at least four container panels and optionally further panels to form said container module as a rectangular parallelepiped, wherein said concrete is facing inwards and said external plate is facing outwards, and wherein a twist-lock element is provided in each corner of said container module .
A welding-type power supply , comprising: power conversion circuitry configured to convert input power to welding-type power having at least one of an alternating current, AC, waveform or a pulse waveform; an interface configured to receive an input representative of a selected frequency of the AC waveform or the pulse waveform; and being characterised by : control circuitry configured to: determine an amperage parameter of the welding-type power; based on the amperage parameter, determine a range of frequencies of the AC waveform or the pulse waveform; control the interface to output an indication of the selected frequency with respect to the determined range of frequencies; and control the power conversion circuitry to output the welding-type power at the selected frequency and based on the amperage parameter. power conversion circuitry configured to convert input power to welding-type power having at least one of an alternating current, AC, waveform or a pulse waveform; an interface configured to receive an input representative of a selected frequency of the AC waveform or the pulse waveform; and being characterised by : control circuitry configured to: determine an amperage parameter of the welding-type power; based on the amperage parameter, determine a range of frequencies of the AC waveform or the pulse waveform; control the interface to output an indication of the selected frequency with respect to the determined range of frequencies; and control the power conversion circuitry to output the welding-type power at the selected frequency and based on the amperage parameter. determine an amperage parameter of the welding-type power; based on the amperage parameter, determine a range of frequencies of the AC waveform or the pulse waveform; control the interface to output an indication of the selected frequency with respect to the determined range of frequencies; and control the power conversion circuitry to output the welding-type power at the selected frequency and based on the amperage parameter.
An induction heating assembly for a vapour generating device, the heating assembly comprising: an induction heating device and an electronic component having material able to act as a first susceptor, wherein the induction heating device is arranged to heat, in use, a second susceptor for a first period, and the electronic component is arranged to be activated for a second period when the induction heating device is inactive, and wherein the first period and the second period are non-concurrent.
A vibratory meter comprising: a pickoff attached to a flow tube ; a driver coupled to the flow tube, the driver being configured to vibrate the flow tube, with the flow tube comprising a tube perimeter wall comprising: a first substantially planar section , a second substantially planar section coupled to the first substantially planar section to form a first angle θ 1 , the first angle θ 1 having a first apex, said apex being seen outward from the tube perimeter wall, and characterized by : wherein the first substantially planar section and the second substantially planar section are joined with at least a first curved section , wherein the first angle θ 1 is less than or equal to 120 degrees. a pickoff attached to a flow tube ; a driver coupled to the flow tube, the driver being configured to vibrate the flow tube, with the flow tube comprising a tube perimeter wall comprising: a first substantially planar section , a second substantially planar section coupled to the first substantially planar section to form a first angle θ 1 , the first angle θ 1 having a first apex, said apex being seen outward from the tube perimeter wall, and characterized by : wherein the first substantially planar section and the second substantially planar section are joined with at least a first curved section , wherein the first angle θ 1 is less than or equal to 120 degrees. a first substantially planar section , a second substantially planar section coupled to the first substantially planar section to form a first angle θ 1 , the first angle θ 1 having a first apex, said apex being seen outward from the tube perimeter wall, and characterized by : wherein the first substantially planar section and the second substantially planar section are joined with at least a first curved section , wherein the first angle θ 1 is less than or equal to 120 degrees.
A system comprising: a user interface configured to receive a selection of a first target neuromodulation field location and a spatial stimulation pattern ; control circuitry configured to determine a sequence of target neuromodulation field locations (a, b, c, ...) based on the selected first target neuromodulation field location and the selected spatial stimulation pattern , the control circuitry being further configured to determine a neuromodulation waveform for each electrode (E1-E16) in a plurality of stimulation electrodes for each of the determined target neuromodulation field locations; and waveform circuitry configured to generate a signal corresponding to the determined neuromodulation waveforms for the plurality of stimulation electrodes (1570, E1-E16) to provide the stimulation pattern to a patient to provide a therapy, wherein the spatial stimulation pattern includes a time varying spatial pattern. a user interface configured to receive a selection of a first target neuromodulation field location and a spatial stimulation pattern ; control circuitry configured to determine a sequence of target neuromodulation field locations (a, b, c, ...) based on the selected first target neuromodulation field location and the selected spatial stimulation pattern , the control circuitry being further configured to determine a neuromodulation waveform for each electrode (E1-E16) in a plurality of stimulation electrodes for each of the determined target neuromodulation field locations; and waveform circuitry configured to generate a signal corresponding to the determined neuromodulation waveforms for the plurality of stimulation electrodes (1570, E1-E16) to provide the stimulation pattern to a patient to provide a therapy, wherein the spatial stimulation pattern includes a time varying spatial pattern.
A diamond tool comprising a tool shank and a tool head fixed on said tool shank and formed by a layer of material interspersed with diamonds at least in sections, said layer of material being directly connected to said tool shank by an integral bond, wherein said tool head has a recess (3.1) on the front side so that said tool head has an annular cross-section in the area of the free end, wherein said tool head forms a hollow milling cutter, wherein an annular wall forming the hollow milling cutter consists only of a nickel-diamond material grown by electroplating.
Unit formed by a sweeping tool apparatus (60; 60') and a suction mouth device for a sweeping machine, wherein the suction mouth device sits on the sweeping tool apparatus, so that the unit is fixable as a whole on a chassis of the sweeping machine and is releasable as a whole from the chassis, wherein the sweeping tool apparatus has at least one sweeping tool , characterized in that the suction mouth device is held on the sweeping tool apparatus by way of a pivot joint .
Method for producing a tape yarn, comprising the following steps: a) introducing a yarn made of multifilaments based on polyamide and/or polyester, b) spreading the yarn such that no more than five filaments overlie one another, c) fixing the yarn by forming a matrix of one or more fixing agents, d) winding the fixed yarn, characterised in that the fixing agent(s) is/are selected from a group consisting of copolyamides, copolyesters and silicones and also mixtures or blends thereof, wherein the fixing agent is applied in an amount of 1 to 10% by weight with respect to the weight of the multifilament yarn, and in that the winding is carried out without twist. a) introducing a yarn made of multifilaments based on polyamide and/or polyester, b) spreading the yarn such that no more than five filaments overlie one another, c) fixing the yarn by forming a matrix of one or more fixing agents, d) winding the fixed yarn, characterised in that the fixing agent(s) is/are selected from a group consisting of copolyamides, copolyesters and silicones and also mixtures or blends thereof, wherein the fixing agent is applied in an amount of 1 to 10% by weight with respect to the weight of the multifilament yarn, and in that the winding is carried out without twist.
A display control method for a terminal screen, wherein the terminal screen includes a display with an integrated structure, the display includes a first display region and a second display region, and a pixel density of the first display region is greater than a pixel density of the second display region; and the method comprises: controlling a transition region in the first display region to be displayed according to a target pixel density, wherein the transition region is a neighboring region in the first display region and is adjacent to the second display region; controlling one or more regions in the first display region other than the transition region to be displayed according to a first pixel density; and controlling the second display region to be displayed according to a second pixel density, wherein the target pixel density is smaller than the first pixel density and greater than the second pixel density characterized in that the controlling a transition region in the first display region to be displayed according to a target pixel density comprises: controlling n pixels in the transition region not to be displayed, wherein n is an integer greater than one wherein the n pixels are evenly distributed in the transition region. controlling a transition region in the first display region to be displayed according to a target pixel density, wherein the transition region is a neighboring region in the first display region and is adjacent to the second display region; controlling one or more regions in the first display region other than the transition region to be displayed according to a first pixel density; and controlling the second display region to be displayed according to a second pixel density, wherein the target pixel density is smaller than the first pixel density and greater than the second pixel density characterized in that the controlling a transition region in the first display region to be displayed according to a target pixel density comprises: controlling n pixels in the transition region not to be displayed, wherein n is an integer greater than one wherein the n pixels are evenly distributed in the transition region. controlling n pixels in the transition region not to be displayed, wherein n is an integer greater than one wherein the n pixels are evenly distributed in the transition region.
A brake assembly in an unworn state, comprising: a friction disk stack comprising: a plurality of rotors approximately equal in thickness, where "approximately equal" means +/- 0.01 inches (+/- 0.025 cm), each comprising a first material, and a plurality of stators interleaved between the rotors, the stators comprising a second material different from the first material, wherein a wear rate of the first material is different from a wear rate of the second material, and wherein a thickness of a first stator of the plurality of stators is greater than a thickness of a second stator of the plurality of stators; and a pressure plate located at a first end of the friction disk stack, the pressure plate comprising the second material, wherein a thickness of the pressure plate is less than the thickness of the second stator. a friction disk stack comprising: a plurality of rotors approximately equal in thickness, where "approximately equal" means +/- 0.01 inches (+/- 0.025 cm), each comprising a first material, and a plurality of stators interleaved between the rotors, the stators comprising a second material different from the first material, wherein a wear rate of the first material is different from a wear rate of the second material, and wherein a thickness of a first stator of the plurality of stators is greater than a thickness of a second stator of the plurality of stators; and a plurality of rotors approximately equal in thickness, where "approximately equal" means +/- 0.01 inches (+/- 0.025 cm), each comprising a first material, and a plurality of stators interleaved between the rotors, the stators comprising a second material different from the first material, wherein a wear rate of the first material is different from a wear rate of the second material, and wherein a thickness of a first stator of the plurality of stators is greater than a thickness of a second stator of the plurality of stators; and a pressure plate located at a first end of the friction disk stack, the pressure plate comprising the second material, wherein a thickness of the pressure plate is less than the thickness of the second stator.
Heated media line comprising a pipeline or hose line which has an inner flow channel and has a heating device extending on the circumference of the pipeline or hose line , wherein the heating device consists of at least one electrical heating conductor which extends, in particular in a helically wound manner, over a partial length (L1) of the pipeline or hose line from a first attachment end of the pipeline or hose line to a winding end , so that a portion not provided with the heating conductor and with a partial length (L2) of the pipeline or hose line is formed before a second attachment end , wherein the winding end is fixed in the longitudinal direction of the pipeline or hose line and in the circumferential direction thereof against positional displacement by a fixing part , wherein the pipeline or hose line has an enveloping system containing the heating device and the pipeline or hose line , and characterized in that one end of the enveloping system and the winding end are enclosed with the fixing part in an encapsulation which, in relation to the pipeline or hose line , is fixed in position in the longitudinal direction and in the circumferential direction.
A pneumatic tire, comprising a foam rubber layer in a sidewall, the foam rubber layer having an expansion ratio of 10 to 100% as defined by the following equation 1: Expansion ratio % = Density of solid phase part of vulcanized rubber Density of entire foam rubber − 1 × 100 wherein the foam rubber layer contains natural rubber and polybutadiene rubber, the combined content of natural rubber and polybutadiene rubber, based on 100 parts by mass of the rubber component, is 65 parts by mass or more, the foam rubber layer is formed using a thermally decomposable foaming agent, and the amount of the thermally decomposable foaming agent is 10 parts by mass or more per 100 parts by mass of the rubber component.
A transport assembly for transporting different types of articles of the smoking products manufacturing industry; the transport assembly comprises: a first conveying system for feeding first articles of the smoking products manufacturing industry along a first conveying path (P1) to a first input station of a first machine ; and a second conveying system for conveying second articles of the smoking products manufacturing industry along a second conveying path (P2) from a first output station of the first machine to a second input station of a second machine ; the transport assembly is characterized in that : the first conveying system is configured to change the length of a first stretch of the first conveying path (P1); the second conveying system is configured to change the length of a second stretch of the second conveying path (P2) ; the first conveying system and the second conveying system are mutually arranged so that the first stretch and the second stretch at least partially overlap one another and/or are side by side. the first conveying system is configured to change the length of a first stretch of the first conveying path (P1); the second conveying system is configured to change the length of a second stretch of the second conveying path (P2) ; the first conveying system and the second conveying system are mutually arranged so that the first stretch and the second stretch at least partially overlap one another and/or are side by side.
A cargo carrier element comprising an angular profile strip with a horizontal part and vertical part , the angular profile strip having a length in a longitudinal direction , the horizontal part and the vertical part together defining a concave side and convex side of the angular profile strip , at least two protrusions provided on the horizontal part at the convex side thereof, the protrusions extending to respective ends at a distance from a surface of the horizontal part , characterized in that the angular profile strip comprises a first fibrous material based on plant fibres, wherein the angular profile strip comprises fibreboard material, preferably solid cardboard material, wherein the protrusions comprise a second fibrous material based on plant fibres, and wherein a slat comprising a third fibrous material based on plant fibres is fixed to the ends of the protrusions to extend in parallel to the horizontal part , wherein the slat comprises plywood or a wooden board, especially in the form of a single piece of wood.
Vertical box baling press, comprising - a press box having a base and having side walls (2.1 - 2.4) projecting upwardly from said base, - a pressing plunger which is movable upwards and downwards in the press box , - a closable removal opening (2.1a) in the front wall (2.1), - an, in particular closable, loading opening (2.2a) for the loading of the press box , and - a loading device for automatically loading the press box through the loading opening (2.2a), - wherein the loading device is designed to load the press box automatically in batches, - wherein the loading device comprises a supply container for receiving loose material for pressing (P), said supply container comprising a filling opening (21b1), and - wherein the supply container is connected to the loading opening (2.2a), characterised in that - the loading opening (2.2a) is arranged in an upper region of one of the side walls that is not the front wall (2.1), and - the supply container comprises a cover flap which is movable between a closed position, in which it closes the filling opening (21b1) of the supply container , and an open position, in which it does not close said filling opening, wherein the volume of the supply container when the cover flap is in the closed position is smaller than a specified volume of a batch. - a press box having a base and having side walls (2.1 - 2.4) projecting upwardly from said base, - a pressing plunger which is movable upwards and downwards in the press box , - a closable removal opening (2.1a) in the front wall (2.1), - an, in particular closable, loading opening (2.2a) for the loading of the press box , and - a loading device for automatically loading the press box through the loading opening (2.2a), - wherein the loading device is designed to load the press box automatically in batches, - wherein the loading device comprises a supply container for receiving loose material for pressing (P), said supply container comprising a filling opening (21b1), and - wherein the supply container is connected to the loading opening (2.2a), - the loading opening (2.2a) is arranged in an upper region of one of the side walls that is not the front wall (2.1), and - the supply container comprises a cover flap which is movable between a closed position, in which it closes the filling opening (21b1) of the supply container , and an open position, in which it does not close said filling opening, wherein the volume of the supply container when the cover flap is in the closed position is smaller than a specified volume of a batch.