mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: a display module including a display panel facing forward in a first direction; and a supporter magnetically coupled with the display module and supporting the display module, wherein the display module further includes: a rotating magnet that is rotatable about a first rotation axis extending in a second direction (D1, D2) perpendicular to the first direction, and is engageable with an external magnet via magnetic force to cause the rotating magnet to rotate about the first rotation axis, and a worm gear configured to transmit rotational force of the rotating magnet to an adjustment member, wherein the adjustment member is configured, in response to the rotation of the rotating magnet, to translate in the first direction to pull the supporter in the first direction or translate in a third direction (Z') opposite to the first direction to push the supporter in the third direction (Z') to adjust a distance between the display module and the supporter, and wherein the adjustment member is configured to adjust a level of the display panel in the first direction. a display module including a display panel facing forward in a first direction; and a supporter magnetically coupled with the display module and supporting the display module, wherein the display module further includes: a rotating magnet that is rotatable about a first rotation axis extending in a second direction (D1, D2) perpendicular to the first direction, and is engageable with an external magnet via magnetic force to cause the rotating magnet to rotate about the first rotation axis, and a worm gear configured to transmit rotational force of the rotating magnet to an adjustment member, wherein the adjustment member is configured, in response to the rotation of the rotating magnet, to translate in the first direction to pull the supporter in the first direction or translate in a third direction (Z') opposite to the first direction to push the supporter in the third direction (Z') to adjust a distance between the display module and the supporter, and wherein the adjustment member is configured to adjust a level of the display panel in the first direction. a rotating magnet that is rotatable about a first rotation axis extending in a second direction (D1, D2) perpendicular to the first direction, and is engageable with an external magnet via magnetic force to cause the rotating magnet to rotate about the first rotation axis, and a worm gear configured to transmit rotational force of the rotating magnet to an adjustment member, wherein the adjustment member is configured, in response to the rotation of the rotating magnet, to translate in the first direction to pull the supporter in the first direction or translate in a third direction (Z') opposite to the first direction to push the supporter in the third direction (Z') to adjust a distance between the display module and the supporter, and wherein the adjustment member is configured to adjust a level of the display panel in the first direction.
A method operative at an acceleration server of an overlay network, comprising: receiving an assertion, the assertion having been generated by an identity provider following receipt, by the identity provider, of an authentication request from a service provider, the authentication request having been generated by the service provider in response to receipt, at the service provider, of a request for a protected resource, the request for the protected resource having been received from a requesting client; forwarding the assertion to the service provider; receiving a token, the token having been generated by the service provider following verification of the assertion, the token being accompanied by the protected resource; returning a response to the requesting client, the response operative to cause one or more additional request from the requesting client to be directed to the acceleration server, or an associated acceleration server, and not to the server provider directly; and performing an overlay network optimization between the acceleration server that receives the additional request and the server provider for at least one such additional request from the requesting client. receiving an assertion, the assertion having been generated by an identity provider following receipt, by the identity provider, of an authentication request from a service provider, the authentication request having been generated by the service provider in response to receipt, at the service provider, of a request for a protected resource, the request for the protected resource having been received from a requesting client; forwarding the assertion to the service provider; receiving a token, the token having been generated by the service provider following verification of the assertion, the token being accompanied by the protected resource; returning a response to the requesting client, the response operative to cause one or more additional request from the requesting client to be directed to the acceleration server, or an associated acceleration server, and not to the server provider directly; and performing an overlay network optimization between the acceleration server that receives the additional request and the server provider for at least one such additional request from the requesting client.
Support structure for a furnishing component comprising a first frame, with a frame shape and defined by first profiled elements connected to each other, wherein said first profiled elements are provided, in one of their walls that is internal during use, with a first longitudinal seating and with at least a second longitudinal seating distanced from each other in a direction transverse to the oblong development of said first profiled element, characterized in that it comprises a second frame, connected to said first frame and comprising, in its turn, at least a second substantially plate-shaped profiled element and provided with a first surface positioned resting on at least part of said wall of said first profiled element and a second surface, opposite said first surface, on which a covering panel can be positioned, and in that at least a protruding portion is made in said first surface, able to be positioned alternatively in a first position in which said protruding portion is disposed in said first longitudinal seating, or in a second position in which said protruding portion is disposed in said second longitudinal seating and part of said first surface defines a gripping portion.
A dispenser comprising a base unit with an actuation mechanism for dispensing liquid and a refill unit insertible into the base unit in an inverted configuration with its outlet lowermost for the supply of liquid to the base unit, the refill unit comprising an annular wall projecting into the refill unit and defining an outlet from the refill unit, the annular wall being closable at its innermost end by a valve element biased onto the annular wall, the base unit comprising a hollow spigot and an annular seal surrounding and spaced from the top of the spigot whereby insertion of the refill unit into the base unit causes the spigot to enter the annular wall and to lift the valve element from the annular wall to define a flow path from the refill unit, through at least one cut-out portion formed in the top of the spigot and/or the bottom of the valve element and down the hollow spigot, and the annular seal to seal between the spigot and the annular wall characterised in that the valve element is biased onto the annular wall by at least one resilient member, wherein the or each valve element is manufactured integrally with the resilient member, wherein the or each resilient member extends into a surrounding valve plate which is secured to a cap of the refill unit.
A pressure sensor comprising a sensor assembly and an evaluation unit; wherein said sensor assembly comprises a sensor and an electrode arrangement; wherein said sensor generates signals under the action of a pressure profile; and said electrode arrangement transmits said signals to the evaluation unit; wherein the evaluation unit comprises an evaluation unit housing, an electric circuit board, and a reinforcement element (52.1, 52.2), said reinforcement element (52.1, 52.2) being disposed in a radial plane between the electric circuit board and the evaluation unit housing; said reinforcement element (52.1, 52.2) being formed as a hollow cylinder; said reinforcement element (52.1, 52.2) being mechanically connected to the electric circuit board; said reinforcement element (52.1, 52.2) being arranged around the electric circuit board in areas within said radial plane; characterized in that the reinforcement element (52.1, 52.2) consists of at least two identical shells (52.1, 52.2); said shells (52.1, 52.2) being mechanically connectable to the electric circuit board and/or mechanically connectable to each other; and in that the reinforcement element (52.1, 52.2) encloses the electric circuit board by making a mechanical contact to the surface thereof in a linear fashion or over a wider surface area whereby the reinforcement element (52.1, 52.2) dampens mechanical resonance vibrations of the electric circuit board that occur in the radial plane.
Method for carrying off overspray-laden process air of a coating plant, in particular a painting plant, in which method overspray is picked up by an air stream which is led as process air via a flow path to a separating device, characterized in that overspray-laden process air is led on its flow path through at least one exchangeable throughflow module with an inlet opening and an outlet opening, on the inner surfaces of which module overspray can be deposited and which, after a limit loading with overspray has been reached, is exchanged for an unladen throughflow module, a throughflow module is arranged in a flow duct which is specified by an air guiding device by means of which the process air laden with overspray is led to the separating device.
A chamber for a gas turbine, comprising an inner surface and a damper for reducing the pulsations, wherein the damper comprises: a resonator cavity and a neck in flow communication with the resonator cavity and the interior of the chamber, wherein the neck includes a mouth to communicate with the interior of the chamber, wherein air flow inside the chamber flows along the inner surface and across the mouth of the neck, characterized in that the neck protrudes into the chamber and is bent by 180°; with the longitudinal axis of its mouth bent by 90° relative to the direction of the air flow inside the chamber. a resonator cavity and a neck in flow communication with the resonator cavity and the interior of the chamber, wherein the neck includes a mouth to communicate with the interior of the chamber, wherein air flow inside the chamber flows along the inner surface and across the mouth of the neck, characterized in that the neck protrudes into the chamber and is bent by 180°; with the longitudinal axis of its mouth bent by 90° relative to the direction of the air flow inside the chamber.
A method for producing welded helical seam pipes having an optimised pipe geometry, wherein a metal strip is helically shaped into an open seam pipe by means of a forming unit and the converging strip edges are welded together and wherein the full welding of the strip edges takes place in a two-stage step with tack welding as the first step immediately following the shaping as an open seam pipe and a subsequent final welding as a second step, characterised in that an actual diameter determined on the pipe is compared with a predetermined specified diameter and any deviation outside a tolerance threshold is used for correcting the actual pipe diameter, wherein the measurement of the pipe diameter takes place after the full shaping into an open seam pipe and before the final welding and, more precisely, in front of, in the region of, or, as seen in the production direction, directly behind the point of the tack welding.
A multi-stage process for converting C1 carbon source into an end product, the process comprising: feeding a gaseous C1-containing substrate, in parallel, to a first bioreactor stage and at least a second bioreactor stage of the multi-stage process; feeding at least a portion of a first stage liquid product comprising a C1-fixing microorganism used in the first bioreactor stage to metabolize C1-carbon source and generate the end product, in series, from the first bioreactor stage to the second bioreactor stage; wherein at least one of the first and second bioreactor stages comprises an external liquid recycle loop. feeding a gaseous C1-containing substrate, in parallel, to a first bioreactor stage and at least a second bioreactor stage of the multi-stage process; feeding at least a portion of a first stage liquid product comprising a C1-fixing microorganism used in the first bioreactor stage to metabolize C1-carbon source and generate the end product, in series, from the first bioreactor stage to the second bioreactor stage; wherein at least one of the first and second bioreactor stages comprises an external liquid recycle loop.
A therapeutic device comprising: an endoscope channel; and an electrode inserted into a human body through the endoscope channel, wherein the electrode destroys a target cell in the human body through voltage application, and the electrode includes a first optical fiber and a second optical fiber for detecting the degree of destruction of the target cell through impedance measurement, wherein the electrode has optical fiber holes to improve accuracy of the impedance measurement between the first optical fiber and the second optical fiber. an endoscope channel; and an electrode inserted into a human body through the endoscope channel, wherein the electrode destroys a target cell in the human body through voltage application, and the electrode includes a first optical fiber and a second optical fiber for detecting the degree of destruction of the target cell through impedance measurement, wherein the electrode has optical fiber holes to improve accuracy of the impedance measurement between the first optical fiber and the second optical fiber.
An underbody for an electric vehicle, comprising: a multiply divided battery mounting portion enabling multiply divided and selective mounting of batteries, and forming a portion of the underbody; and an underbody portion connected to the battery mounting portion and forming another portion of the underbody; characterised in that the multiply divided battery mounting portion comprises: an upper floor member and a lower floor member defining a battery sliding mounting space; and a plurality of floor cross members bonded between the upper and lower floor members with predetermined intervals therebetween, and defining a plurality of battery mounting spaces, for maintaining strength; wherein the upper and lower floor members are formed as divided body portions. a multiply divided battery mounting portion enabling multiply divided and selective mounting of batteries, and forming a portion of the underbody; and an underbody portion connected to the battery mounting portion and forming another portion of the underbody; characterised in that the multiply divided battery mounting portion comprises: an upper floor member and a lower floor member defining a battery sliding mounting space; and a plurality of floor cross members bonded between the upper and lower floor members with predetermined intervals therebetween, and defining a plurality of battery mounting spaces, for maintaining strength; wherein the upper and lower floor members are formed as divided body portions. an upper floor member and a lower floor member defining a battery sliding mounting space; and a plurality of floor cross members bonded between the upper and lower floor members with predetermined intervals therebetween, and defining a plurality of battery mounting spaces, for maintaining strength; wherein the upper and lower floor members are formed as divided body portions.
An isolated anti-human ROR-1 antibody comprising a heavy chain variable region and a light chain variable region, wherein said heavy chain variable region comprises a CDR1 as set forth in SEQ ID NO:27, a CDR2 as set forth in SEQ ID NO:28, a CDR3 as set forth in SEQ ID NO:29; and wherein said light chain variable region comprises a CDR1 as set forth in SEQ ID NO:30, a CDR2 as set forth in SEQ ID NO:31, and a CDR3 as set forth in SEQ ID NO:32, wherein said isolated anti-human ROR-1 antibody is coupled to a therapeutic agent.
Apparatus for removing the stem from the bulb of bulbous plants, comprising conveyor means for the bulbous plants, cutting means for cutting off the bottom part (3") of a bulb at a side of the bulb opposite to the stem, positioning means for positioning the bulb relative to the cutting means, crushing means for crushing the bulb of which the bottom part has been cut off and bulb removal means for removing the crushed bulb from the stem, characterized by root removal means positioned, as considered in the conveying direction of the conveyor means, upstream of the cutting means for removing at least part of the roots from the bottom part (3") of the bulb.
A medical device comprising: a catheter adapter subassembly and a wire subassembly including a wire, wherein one of the catheter adapter subassembly and the wire subassembly includes a permanent magnet element, and the other of the catheter adapter subassembly and the wire subassembly includes a magnetized magnetizable feature characeterized in that the permanent magnet element produces a known magnetic field at a given distance x through tissue of permeability μ r and the magnetized magnetizable feature produces a known magnetic field at a given distance x through tissue of permeability μ r and measurement of relative motion of the wire subassembly and the catheter adapter subassembly is measurable by a magnetometer which measures strength and direction of the magnetic field produced by the permanent magnet element and the magnetized magnetizable feature.
A method for network selection comprising: receiving (602, 702), by a user equipment, UE, a network detection and selection policy comprising a load threshold element including an uplink load threshold, a backhaul downlink load threshold, a backhaul uplink speed threshold, a backhaul downlink speed threshold, a backhaul uplink bandwidth threshold, a backhaul downlink bandwidth threshold, or a combination thereof; receiving (604, 704), by the UE, a load information element associated with an access network, AN, wherein the load information element includes WAN backhaul uplink load information, backhaul downlink load information, backhaul uplink speed information, backhaul downlink speed information, backhaul uplink bandwidth information, backhaul downlink bandwidth information, or a combination thereof; applying (606, 608, 708, 710) the network detection and selection policy to the AN, wherein applying the network detection and selection policy comprises comparing a load level indicated by the information element with the load threshold element and determining whether the load level is greater than the load threshold element; and wherein the load level and the load threshold element are numbers. receiving (602, 702), by a user equipment, UE, a network detection and selection policy comprising a load threshold element including an uplink load threshold, a backhaul downlink load threshold, a backhaul uplink speed threshold, a backhaul downlink speed threshold, a backhaul uplink bandwidth threshold, a backhaul downlink bandwidth threshold, or a combination thereof; receiving (604, 704), by the UE, a load information element associated with an access network, AN, wherein the load information element includes WAN backhaul uplink load information, backhaul downlink load information, backhaul uplink speed information, backhaul downlink speed information, backhaul uplink bandwidth information, backhaul downlink bandwidth information, or a combination thereof; applying (606, 608, 708, 710) the network detection and selection policy to the AN, wherein applying the network detection and selection policy comprises comparing a load level indicated by the information element with the load threshold element and determining whether the load level is greater than the load threshold element; and wherein the load level and the load threshold element are numbers.
A cooling system for an unmanned aerial vehicle, comprising: a hollow linear support (103A; 103B); a plurality of lift propellers (108A; 108B; 108C; 108D; 108E; 108F) which are arranged on the linear support (103A; 103B); a plurality of motors for driving the lift propellers, wherein each motor is used for driving one lift propeller, and the plurality of motors are arranged in the linear support (103A; 103B); at least one air inlet which is provided on the linear support (103A; 103B); at least one air outlet which is provided on the linear support (103A; 103B); a fan which is arranged in the linear support (103A; 103B) to supply air from an external environment to an interior of the hollow linear support (103A; 103B); and wherein a diameter or width of each air inlet in the at least one air inlet is less than a radius of the linear support (103A; 103B). a hollow linear support (103A; 103B); a plurality of lift propellers (108A; 108B; 108C; 108D; 108E; 108F) which are arranged on the linear support (103A; 103B); a plurality of motors for driving the lift propellers, wherein each motor is used for driving one lift propeller, and the plurality of motors are arranged in the linear support (103A; 103B); at least one air inlet which is provided on the linear support (103A; 103B); at least one air outlet which is provided on the linear support (103A; 103B); a fan which is arranged in the linear support (103A; 103B) to supply air from an external environment to an interior of the hollow linear support (103A; 103B); and wherein a diameter or width of each air inlet in the at least one air inlet is less than a radius of the linear support (103A; 103B).
A hair colouring or bleaching composition comprising an oxidizing agent, a gel network thickening system comprising i) a first surfactant component selected from C14 to 30 alkyl phosphate, C14 to C30 alkyl ether phosphate or mixtures thereof, ii) a second component selected from C14 to C30 fatty alcohols and iii) a third surfactant component selected from polyoxyethylene C8 to C30 alkyl ethers, wherein said composition comprises at least 1% of said first surfactant and at least 3% of the sum of said first surfactant component, said second component and said third surfactant component, and wherein said composition further comprises at least 0.05% of a polysaccharide, at least 3% of a polyol selected from propyleneglycol, butoxydiglycol, ethoxydiglycol, hexylene glycol, dipropylene glycol, glycerol, polyglycerol, and mixtures thereof, and wherein said composition has an ionic strength of less than 0.75 mole/kg and a viscosity of from 9 Pas to 16 Pas. i) a first surfactant component selected from C14 to 30 alkyl phosphate, C14 to C30 alkyl ether phosphate or mixtures thereof, ii) a second component selected from C14 to C30 fatty alcohols and iii) a third surfactant component selected from polyoxyethylene C8 to C30 alkyl ethers, wherein said composition comprises at least 1% of said first surfactant and at least 3% of the sum of said first surfactant component, said second component and said third surfactant component, and wherein said composition further comprises at least 0.05% of a polysaccharide, at least 3% of a polyol selected from propyleneglycol, butoxydiglycol, ethoxydiglycol, hexylene glycol, dipropylene glycol, glycerol, polyglycerol, and mixtures thereof, and wherein said composition has an ionic strength of less than 0.75 mole/kg and a viscosity of from 9 Pas to 16 Pas.