mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor arrangement comprising: a multiplicity of identical controllable semiconductor elements, each comprising a first load electrode, a second load electrode and a control electrode; a freewheeling element comprising a first electrode and a second electrode; a first terminal electrically connected to the first load electrodes of the multiplicity of controllable semiconductor elements; a second terminal electrically connected to the second load electrodes of the multiplicity of controllable semiconductor elements and to the second electrode of the freewheeling element; a third terminal electrically connected to the control electrodes of the multiplicity of controllable semiconductor elements; and a fourth terminal electrically connected to the first electrode of the freewheeling element; wherein the first electrode of the freewheeling element is electrically connected to the first load electrode of each of the multiplicity of controllable semiconductor elements via an individual one of a multiplicity of separate first lines, the fourth terminal serves to provide in use an electric reference potential (V ref), and the fourth terminal is electrically connected to all first load electrodes solely via the first electrode of the freewheeling element and the respective separate first lines. a multiplicity of identical controllable semiconductor elements, each comprising a first load electrode, a second load electrode and a control electrode; a freewheeling element comprising a first electrode and a second electrode; a first terminal electrically connected to the first load electrodes of the multiplicity of controllable semiconductor elements; a second terminal electrically connected to the second load electrodes of the multiplicity of controllable semiconductor elements and to the second electrode of the freewheeling element; a third terminal electrically connected to the control electrodes of the multiplicity of controllable semiconductor elements; and a fourth terminal electrically connected to the first electrode of the freewheeling element; wherein the first electrode of the freewheeling element is electrically connected to the first load electrode of each of the multiplicity of controllable semiconductor elements via an individual one of a multiplicity of separate first lines, the fourth terminal serves to provide in use an electric reference potential (V ref), and the fourth terminal is electrically connected to all first load electrodes solely via the first electrode of the freewheeling element and the respective separate first lines.
A support foot for connecting a mounting frame of a sanitary device to a construction profile of a construction system for dry construction, wherein the support foot comprises a longitudinal base which is on its upper side provided with a sliding element to be slid on an end of a beam of the mounting frame of the sanitary device to be connected, wherein the longitudinal base is on its lower side provided with a longitudinal groove to attach the support foot on the dove-tail shaped lateral side of the construction profile, wherein the longitudinal groove is provided with a pair of opposing side walls, wherein a locking lever is mounted at its one end rotatably about the axis, whereby the axis of rotation of the locking lever is parallel to the longitudinal axis of the longitudinal base and, at the same time, the axis of rotation of the locking lever is transverse to the longitudinal axis of the locking lever, the locking lever is on its lower side provided with a locking tooth with a locking wall, the locking lever being rotatable between its unlocked position and its locked position, the locking tooth being situated in the locked position of the locking lever at the level of side walls of the longitudinal groove in the base wherein the locking tooth is provided with an oblique locking wall, which is in the locked position of the locking lever situated opposite one side wall of the longitudinal groove in the base and the side wall is either oblique or is provided with at least one oblique projection, wherein the gap between the oblique locking wall of the locking tooth and said opposite oblique side wall or the oblique projection in the locked position of the locking lever forms, by its shape and size, a locking space for a dovetail projection on the lateral side of the construction profile.
A touch-entry user input device having a first mode in which the device does not perform a first function and a second mode in which the device does perform the first function wherein the device has means for user input and is arranged, when in the first mode, to initiate exit from the first mode and entry into the second mode at the initiation of a user input wherein the exit from the first mode occurs before discrimination of the user input.
A machine for cutting glass panes with means for the rotation of at least one pane, comprising, on a supporting frame, a worktable on which at least one cutting assembly works, a grip element and an engagement element which can be coupled on two spaced points of a pane to be turned, means for the translational motion of said grip element and means for the translational motion of said engagement element being further provided which act along two mutually intersecting directions; said two mutually intersecting directions being substantially perpendicular to each other; said engagement element being constituted by at least one abutment element provided on said worktable for the positioning of the glass pane; said grip element mating with the lower face of said pane to be rotated; said grip element being constituted by a sucker (20a, 20b, 20c); said grip element rotating about the supporting pivot of said sucker (20a, 20b, 20c); said machine being characterized in that said engagement element comprises a roller that is supported at the end of an oscillating lever, which can oscillate in order to position said roller in an extracted position with respect to said worktable and in a position that lies below said worktable, said roller being able to perform a translational motion below said pane to be rotated.
Hand-guided working implement, comprising an internal combustion engine and a tool driven by the internal combustion engine, wherein the internal combustion engine comprises a crankcase, a crankshaft bearing-mounted in the crankcase for rotation about an axis of rotation, a cylinder and at least one transfer passage leading from the crankcase into the cylinder, wherein the transfer passage terminates into the crankcase by means of an entry window, wherein the crankcase has a circumferential wall extending in a circumferential direction, wherein the circumferential wall is provided with at least one fuel retention device, wherein a radial direction extends from the axis of rotation through the fuel retention device, wherein the fuel retention device has a dimension in the radial direction and in the circumferential direction, characterised in that the circumferential wall of the crankcase has a lowest point with respect to a force of gravity direction in a working position of the working implement provided for normal operation, in that several fuel retention devices are located adjacent to the entry window of the transfer passage and between the lowest point and the entry window of the transfer passage, and in that the several fuel retention devices have, relative to the radial direction, an asymmetric cross-section in the circumferential direction, with a first flank remote from the entry window and a second flank facing the entry window, wherein the first flank encloses with the radial direction at least in sections a first angle (α) of < 90° and wherein the second flank encloses with the radial direction at least in sections a second angle (β) of ≤ 90°, and wherein the first angle (α) is smaller than the second angle (β).
A man-made vitreous fibre (MMVF) plant growth substrate comprising a coherent slab having the following properties: (a) a total volume in the range 3 to 11 litres, (b) a first layer of MMVF having a density in the range 40 to 90 kg/m 3, (c) in interfacial contact with the first layer, a second layer of MMVF having a density in the range 35 to 85 kg/m 3 that is lower than the density of MMVF of first layer; wherein said first layer has a thickness in the range of 25mm to 50mm, said second layer has a thickness in the range of 50mm to 100mm, and the total thickness of the slab is in the range 75mm to 150mm, wherein the ratio of first layer thickness to second layer thickness is in the range 1:(1.2-1.8). (a) a total volume in the range 3 to 11 litres, (b) a first layer of MMVF having a density in the range 40 to 90 kg/m 3, (c) in interfacial contact with the first layer, a second layer of MMVF having a density in the range 35 to 85 kg/m 3 that is lower than the density of MMVF of first layer; wherein
An operating device comprising an operation lever, a housing, and a click generation mechanism connected to the operation lever and housed in the housing, the operating device generating a click feeling when the operation lever is operated, wherein the click generation mechanism includes a cam member fixed to the housing and having a cam surface on which a recess and a projection are formed, a contact member (30, 31, 32) configured to come into contact with the cam member, a restriction member configured to restrict a movement direction of the contact member (30, 31, 32), a biasing force generation means configured to bias the contact member (30, 31, 32) in the movement direction, and a magnetic sensor fixed to the housing, the restriction member is supported by the housing so as to be rotationally movable in conjunction with the operation lever, characterized in that the biasing force generation means includes a pair of magnetic bodies (11, 22) at least either of which has a permanent magnet (12, 12a, 12b, 22, 22a, 22b), the pair of magnetic bodies (11, 22) are supported by the restriction member such that the magnetic bodies (11, 22) rotationally move in conjunction with the restriction member and are movable in an approaching/separating direction in a state where the magnetic bodies (11, 22) are attracted to each other, the contact member (30, 31, 32) is biased to the cam surface by an attraction force between the pair of magnetic bodies (11, 22), and in that when the operation lever is rotationally operated, the click feeling is generated through a change of a sliding load between the cam surface and the contact member (30, 31, 32).
A method of operating a vacuum device, the method comprising: operating the vacuum device, wherein operating the vacuum device comprises: providing voltage across a turbine of the vacuum device to spin a rotary element of the turbine; and drawing a flow of air through a portion of the vacuum device in response to spinning the rotary element of the turbine; measuring, with a sensor, a pressure difference between a first location inside the vacuum device and a second location inside the vacuum device, wherein the first location is disposed upstream relative to a direction of the flow of air from the turbine, wherein the first location is disposed downstream relative to the direction of the flow of air from a filter element of the vacuum device; adjusting, with a controller, an amount of voltage across the turbine in response to the measured pressure difference; and monitoring a performance characteristic of the turbine. operating the vacuum device, wherein operating the vacuum device comprises: providing voltage across a turbine of the vacuum device to spin a rotary element of the turbine; and drawing a flow of air through a portion of the vacuum device in response to spinning the rotary element of the turbine; providing voltage across a turbine of the vacuum device to spin a rotary element of the turbine; and drawing a flow of air through a portion of the vacuum device in response to spinning the rotary element of the turbine; measuring, with a sensor, a pressure difference between a first location inside the vacuum device and a second location inside the vacuum device, wherein the first location is disposed upstream relative to a direction of the flow of air from the turbine, wherein the first location is disposed downstream relative to the direction of the flow of air from a filter element of the vacuum device; adjusting, with a controller, an amount of voltage across the turbine in response to the measured pressure difference; and monitoring a performance characteristic of the turbine.
An inflatable spa comprising: a top wall; a bottom wall; an internal wall; an external wall; an inflatable air chamber defined by the top wall, the bottom wall, the internal wall, and the external wall; and a water cavity defined by the bottom wall and the internal wall; characterised by further comprising: a control system including a filtered water pump for pumping and filtering water, and a jetted water pump; a jetted water pipe network, including a plurality of spray nozzles that extend through openings in the internal wall, for delivering water from the jetted water pump through the spray nozzles to the water cavity, wherein the jetted water pipe network is substantially concealed within the inflatable air chamber; and a single water inlet pipe for delivering water from the water cavity to the control system, wherein the water inlet pipe includes a filtered water inlet portion for delivering water to the filtered water pump and a jetted water inlet portion for delivering water to the jetted water pump. a top wall; a bottom wall; an internal wall; an external wall; an inflatable air chamber defined by the top wall, the bottom wall, the internal wall, and the external wall; and a water cavity defined by the bottom wall and the internal wall; characterised by further comprising: a control system including a filtered water pump for pumping and filtering water, and a jetted water pump; a jetted water pipe network, including a plurality of spray nozzles that extend through openings in the internal wall, for delivering water from the jetted water pump through the spray nozzles to the water cavity, wherein the jetted water pipe network is substantially concealed within the inflatable air chamber; and a single water inlet pipe for delivering water from the water cavity to the control system, wherein the water inlet pipe includes a filtered water inlet portion for delivering water to the filtered water pump and a jetted water inlet portion for delivering water to the jetted water pump. a control system including a filtered water pump for pumping and filtering water, and a jetted water pump; a filtered water pump for pumping and filtering water, and a jetted water pump; a jetted water pipe network, including a plurality of spray nozzles that extend through openings in the internal wall, for delivering water from the jetted water pump through the spray nozzles to the water cavity, wherein the jetted water pipe network is substantially concealed within the inflatable air chamber; and a single water inlet pipe for delivering water from the water cavity to the control system, wherein the water inlet pipe includes a filtered water inlet portion for delivering water to the filtered water pump and a jetted water inlet portion for delivering water to the jetted water pump.
An inspection system for inspecting a sample, the inspection system comprising: an illumination source configured to generate light; optics (1103, 1105) including an objective lens, the optics configured to direct and focus said light generated by the illumination source onto the sample; a detector configured to receive portions of the light redirected from the sample, wherein the optics are further configured to collect, direct, and focus the redirected light onto the detector, wherein the detector includes a sensor module array comprising an array of Time Delay Integration image sensors, at least one image sensor in the array of image sensors including a semiconductor membrane comprising an epitaxial layer and including opposing first and second surfaces, the semiconductor membrane including circuit elements formed on the first surface of the semiconductor membrane and a pure boron layer formed on the second surface of the semiconductor membrane such that a portion of the boron is diffused into the epitaxial layer through the second surface, and wherein the at least one image sensor further comprises a refractory metal deposited on the boron layer. an illumination source configured to generate light; optics (1103, 1105) including an objective lens, the optics configured to direct and focus said light generated by the illumination source onto the sample; a detector configured to receive portions of the light redirected from the sample, wherein the optics are further configured to collect, direct, and focus the redirected light onto the detector, wherein the detector includes a sensor module array comprising an array of Time Delay Integration image sensors, at least one image sensor in the array of image sensors including a semiconductor membrane comprising an epitaxial layer and including opposing first and second surfaces, the semiconductor membrane including circuit elements formed on the first surface of the semiconductor membrane and a pure boron layer formed on the second surface of the semiconductor membrane such that a portion of the boron is diffused into the epitaxial layer through the second surface, and wherein the at least one image sensor further comprises a refractory metal deposited on the boron layer.
A vehicle bumper beam of a hybrid type including: a resin beam having an elongate beam body disposed so as to extend along a vehicle-width direction, and a pair of tubular shock absorbing portions respectively disposed at opposite longitudinal end portions of the beam body so as to extend in a vehicle front-rear direction, the beam body and the shock absorbing portions being formed integrally with each other; and a metal beam disposed on an outside of the resin beam in the vehicle front-rear direction and fixedly fitted to the resin beam, characterized in that flat attachment portions to be attached to a vehicle body are formed integrally with inner end portions of the shock absorbing portions in the vehicle front-rear direction, the beam body is integrally coupled to the flat attachment portions via bent portions bent in a form of a crank so as to extend from the flat attachment portions outward in the vehicle front-rear direction, the metal beam is placed on and fixedly fitted to an outer surface of an intermediate portion of the beam body so as to be in contact with the outer surface, and opposite end portions of the metal beam extend beyond the bent portions so as to cover the shock absorbing portion on right and left sides, and are fixedly fitted to distal end portions of the shock absorbing portions, and a space is defined by the shock absorbing portion, the metal beam and the bent portion. a resin beam having an elongate beam body disposed so as to extend along a vehicle-width direction, and a pair of tubular shock absorbing portions respectively disposed at opposite longitudinal end portions of the beam body so as to extend in a vehicle front-rear direction, the beam body and the shock absorbing portions being formed integrally with each other; and a metal beam disposed on an outside of the resin beam in the vehicle front-rear direction and fixedly fitted to the resin beam, characterized in that flat attachment portions to be attached to a vehicle body are formed integrally with inner end portions of the shock absorbing portions in the vehicle front-rear direction, the beam body is integrally coupled to the flat attachment portions via bent portions bent in a form of a crank so as to extend from the flat attachment portions outward in the vehicle front-rear direction, the metal beam is placed on and fixedly fitted to an outer surface of an intermediate portion of the beam body so as to be in contact with the outer surface, and opposite end portions of the metal beam extend beyond the bent portions so as to cover the shock absorbing portion on right and left sides, and are fixedly fitted to distal end portions of the shock absorbing portions, and a space is defined by the shock absorbing portion, the metal beam and the bent portion.
Enthalpy exchanger, comprising at least one enthalpy-exchanging unit, which enthalpy-exchanging unit: - comprises at least one plate, along at least one contact side of which a first liquid medium and a second medium can be displaced while exchanging enthalpy, and - comprises at least one hygroscopic material layer which connects to at least one contact side of the at least one plate in contact with the first liquid medium, wherein the mutual orientation of the at least one plate and the at least one material layer is such that a liquid film of the first medium can form between the at least one plate and the at least one material layer, wherein the liquid film is in enthalpy-exchanging contact with both the at least one plate and the at least one material layer, characterized in that the at least one material layer is attached to the at least one plate at a plurality of point locations lying a distance from each other such that the liquid film can extend substantially unobstructed over substantially the whole contact side of the separating wall. - comprises at least one plate, along at least one contact side of which a first liquid medium and a second medium can be displaced while exchanging enthalpy, and - comprises at least one hygroscopic material layer which connects to at least one contact side of the at least one plate in contact with the first liquid medium,
Method for modifying the flavor profile of a plant protein preparation, in particular a protein preparation from legumes, wherein before the addition to a food product the protein preparation is brought into contact for a time period of ≥ 1 minute with water soluable carbohydrates in an aqueous solution, which comprises a temperature of 40 °C to 70 °C, wherein a pH value of 3.5 to 5 is adjusted in the aqueous solution.
A slowing mechanism for a switching apparatus, comprising: a shaft adapted to be rotatable in response to an operation of an actuator to drive a moving element of the switching apparatus; at least one slowing wheel fixed on the shaft and having a slowing contour; and a movable rocker engaging with the slowing wheel, wherein the slowing wheel is adapted to cause the rocker to move abutting against the slowing contour on the slowing wheel in response to the rotation of the shaft, characterized in that the slowing wheel is further adapted to cause the rocker to move abutting against the slowing contour on the slowing wheel to slow down the rotation of the shaft. a shaft adapted to be rotatable in response to an operation of an actuator to drive a moving element of the switching apparatus; at least one slowing wheel fixed on the shaft and having a slowing contour; and a movable rocker engaging with the slowing wheel, wherein the slowing wheel is adapted to cause the rocker to move abutting against the slowing contour on the slowing wheel in response to the rotation of the shaft, characterized in that the slowing wheel is further adapted to cause the rocker to move abutting against the slowing contour on the slowing wheel to slow down the rotation of the shaft.