mhurhangee/ep-ind-claims huggingface dataset:
Connection assembly having a first component, a second component, and a flange connection by means of which the first component is fixed to the second component, comprising: a flange by means of which the flange connection, including the first component connected to the flange connection, is fixed to the second component, in particular riveted or screwed; characterized in that the flange connection in at least one first load-transmitting cross section has an assembly of at least two first spring leaf elements (91-1, 91-2) which in spatial terms are mutually offset, and which in a nominal position in spatial terms extend in each case at least partially in a respective plane, and by way of which the first component is attached to the flange. a flange by means of which the flange connection, including the first component connected to the flange connection, is fixed to the second component, in particular riveted or screwed; characterized in that the flange connection in at least one first load-transmitting cross section has an assembly of at least two first spring leaf elements (91-1, 91-2) which in spatial terms are mutually offset, and which in a nominal position in spatial terms extend in each case at least partially in a respective plane, and by way of which the first component is attached to the flange.
A method for manufacturing an upper for an article of footwear, the method comprising: positioning a skin layer adjacent to a knitted component and in an overlapping configuration, the knitted component having regions with different thicknesses, the knitted component including a first tubular protrusion and a second tubular protrusion that protrude from an adjacent area of the knitted component, the first and second tubular protrusions each protruding in a similar configuration from the adjacent area and forming outwardly-extending portions in the knitted component such that the knitted component comprises two non-flat opposite surfaces at the locations of the tubular protrusions; locating the skin layer and the knitted component between a first surface and a second surface of a press, the first surface including a first material, and the second surface including a second material, the first material having greater compressibility than the second material; and compressing the skin layer and the knitted component between the first surface and the second surface to join the skin layer to the knitted component, wherein areas of the skin layer that are adjacent to the first and second tubular protrusions protrude into a surface formed by the first material to a first depth, wherein areas of the knitted component that are adjacent to the first and second tubular protrusions protrude into a surface formed by the second material to a second depth, and wherein the first depth is greater than the second depth. positioning a skin layer adjacent to a knitted component and in an overlapping configuration, the knitted component having regions with different thicknesses, the knitted component including a first tubular protrusion and a second tubular protrusion that protrude from an adjacent area of the knitted component, the first and second tubular protrusions each protruding in a similar configuration from the adjacent area and forming outwardly-extending portions in the knitted component such that the knitted component comprises two non-flat opposite surfaces at the locations of the tubular protrusions; locating the skin layer and the knitted component between a first surface and a second surface of a press, the first surface including a first material, and the second surface including a second material, the first material having greater compressibility than the second material; and compressing the skin layer and the knitted component between the first surface and the second surface to join the skin layer to the knitted component, wherein areas of the skin layer that are adjacent to the first and second tubular protrusions protrude into a surface formed by the first material to a first depth, wherein areas of the knitted component that are adjacent to the first and second tubular protrusions protrude into a surface formed by the second material to a second depth, and wherein the first depth is greater than the second depth.
Reservoir tank feed water structure of a saddle-ride type vehicle comprising: a housing box provided under a seat for an occupant; a reservoir tank which stores cooling water for a water-cooled internal combustion engine and which is arranged on the rear side of the housing box; and a lid (88, 288) which is provided to a part of the housing box and which covers a feed water inlet of the reservoir tank, wherein: a housing part and a feed water part for the reservoir tank are provided to the housing box with them partitioned; the lid (88, 288) is formed by an upper wall and a side wall; and an upper part of the feed water part to which the feed water inlet of the reservoir tank is opposite is covered with the upper wall, and characterised in that the feed water part is provided to a corner formed in the rear of the housing box and on one side in a direction of vehicle width. a housing box provided under a seat for an occupant; a reservoir tank which stores cooling water for a water-cooled internal combustion engine and which is arranged on the rear side of the housing box; and a lid (88, 288) which is provided to a part of the housing box and which covers a feed water inlet of the reservoir tank, wherein: a housing part and a feed water part for the reservoir tank are provided to the housing box with them partitioned; the lid (88, 288) is formed by an upper wall and a side wall; and an upper part of the feed water part to which the feed water inlet of the reservoir tank is opposite is covered with the upper wall, and characterised in that the feed water part is provided to a corner formed in the rear of the housing box and on one side in a direction of vehicle width.
Rotary drive system comprising: - a DC voltage source, - an electric motor having an axis of rotation, and comprising phases (a, b, c) having directions about the axis of rotation, - an inverter for connecting each phase (a, b, c) to the DC voltage source, and - a control device for supplying a command to the inverter, - means for selecting a formula, intended to select a formula from predefined formulas, - means for determining a set-point, intended to apply the selected formula to determine a set-point according to the formula selected, and - means for determining a command, intended to determine the command for the inverter based on the set-point determined, characterised in that the phases (a, b, c) are independent and in that each predetermined formula is intended to calculate either a homopolar voltage set-point or a homopolar current set-point, the predetermined formulae comprising at least one formula intended to calculate a non-zero homopolar voltage set-point and at least one formula intended to calculate a non-zero homopolar current set-point. - a DC voltage source, - an electric motor having an axis of rotation, and comprising phases (a, b, c) having directions about the axis of rotation, - an inverter for connecting each phase (a, b, c) to the DC voltage source, and - a control device for supplying a command to the inverter, - means for selecting a formula, intended to select a formula from predefined formulas, - means for determining a set-point, intended to apply the selected formula to determine a set-point according to the formula selected, and - means for determining a command, intended to determine the command for the inverter based on the set-point determined,
A tetramer comprising four extracellular domains of PD-L1, wherein each of the extracellular domains of PD-L1 is covalently bound to biotin at their terminus, and wherein each biotin is bound to an avidin, streptavidin or derivative thereof.
A pitch angle indication system for indicating a pitch angle of at least one marine propeller blade (18, 22) of an adjustable marine propeller arrangement used in, for example, a vessel, the pitch angle indication system comprising: a first hydraulic cylinder defining a first longitudinal axis and having a first inlet configured to receive hydraulic fluid and a first outlet configured to direct the hydraulic fluid out of the first hydraulic cylinder; a first piston disposed within the first hydraulic cylinder and movable along the first longitudinal axis, wherein the position of the first piston relative to the first inlet is associated with the pitch angle of the at least one marine propeller blade (18, 22), the first piston being shaped such that a position change of the first piston relative to the first inlet changes a first flow resistance between the first inlet to the first outlet; a first pressure detection device configured to detect a first pressure upstream of the first inlet and output a first pressure signal indicative of the first pressure; and a processing unit connected to the first pressure detection device, the processing unit being configured to receive the first pressure signal and, at least partially based on the first pressure signal, indicate the pitch angle of the at least one marine propeller blade (18, 22). a first hydraulic cylinder defining a first longitudinal axis and having a first inlet configured to receive hydraulic fluid and a first outlet configured to direct the hydraulic fluid out of the first hydraulic cylinder; a first piston disposed within the first hydraulic cylinder and movable along the first longitudinal axis, wherein the position of the first piston relative to the first inlet is associated with the pitch angle of the at least one marine propeller blade (18, 22), the first piston being shaped such that a position change of the first piston relative to the first inlet changes a first flow resistance between the first inlet to the first outlet; a first pressure detection device configured to detect a first pressure upstream of the first inlet and output a first pressure signal indicative of the first pressure; and a processing unit connected to the first pressure detection device, the processing unit being configured to receive the first pressure signal and, at least partially based on the first pressure signal, indicate the pitch angle of the at least one marine propeller blade (18, 22).
An integrated circuit, comprising: a semiconductor die having a first surface and a second surface opposite to the first surface, the semiconductor die having active circuit components fabricated in the first surface of the semiconductor die or in the second surface of the semiconductor die, and an inductor layer provided over the first surface of the semiconductor die, the inductor layer comprising an inductor with: a magnetic core having a first core element and a second core element generally aligned with the first core element; and a winding provided as separate spirals around each of the magnetic core elements, such that each spiral generates flux in an opposite direction to the other spiral in response to a common signal through the winding, wherein the winding of the inductor is oriented to conduct the flux in a direction generally parallel to the first surface of the semiconductor die, and wherein the winding extends between an input terminal and an output terminal of the inductor. a semiconductor die having a first surface and a second surface opposite to the first surface, the semiconductor die having active circuit components fabricated in the first surface of the semiconductor die or in the second surface of the semiconductor die, and an inductor layer provided over the first surface of the semiconductor die, the inductor layer comprising an inductor with: a magnetic core having a first core element and a second core element generally aligned with the first core element; and a winding provided as separate spirals around each of the magnetic core elements, such that each spiral generates flux in an opposite direction to the other spiral in response to a common signal through the winding, wherein the winding of the inductor is oriented to conduct the flux in a direction generally parallel to the first surface of the semiconductor die, and wherein the winding extends between an input terminal and an output terminal of the inductor. a magnetic core having a first core element and a second core element generally aligned with the first core element; and a winding provided as separate spirals around each of the magnetic core elements, such that each spiral generates flux in an opposite direction to the other spiral in response to a common signal through the winding, wherein the winding of the inductor is oriented to conduct the flux in a direction generally parallel to the first surface of the semiconductor die, and wherein the winding extends between an input terminal and an output terminal of the inductor.
Method for the synthesis of di-secondary amines from cyclic dienes and primary amines, characterized in that in only one reaction solution cyclic dienes are reacted with synthesis gas and primary amines at an organophosphorus-free metal catalyst which contains only rhodium as catalyst metal, wherein the reaction solution besides the primary amines used as a starting material and the products resulting therefrom is free of further nitrogen-containing organic compounds.
Mains plug for electrical devices in accordance with GB standards, having at least one moving element (2a2) which can be inserted into a plug socket for releasing voltage, and having a fine-wire fuse arrangement (II'1) with contacts (II'2a) for making contact with a replaceable fine-wire fuse (II'3) and with a closure (II'4) which allows the fine-wire fuse to be changed, characterized in that the closure (II'4) for moving the fuse (II'3) between a contact position, in which contact is made with the contacts (II'2a), and a fuse changing position, in which the contacts (II'2a) are at least largely concealed, can be rotated, so that the closure (II'4) carries along the fine-wire fuse (II'3) when it moves and, outside its contact position, blocks complete movement of the release element (2a2) into the release position.
Derivative of general formula in which: Y and Z represent, independently of each other, -NH, -O-, -Sand A is with: R1, R2, R3, being selected independently of each other from CH 3, C 2 H 5, OCH 3, OC 2 H 5, OC 3 H 7, OC 4 H 9, OC 5 H 11; X is a single bond or S, O, NH; n and m are positive integers such that n = 0 - 5 and m = 0 - 3 with n + m ≥ 1. R1, R2, R3, being selected independently of each other from CH 3, C 2 H 5, OCH 3, OC 2 H 5, OC 3 H 7, OC 4 H 9, OC 5 H 11; X is a single bond or S, O, NH; n and m are positive integers such that n = 0 - 5 and m = 0 - 3 with n + m ≥ 1.
A phased-array antenna system that is formed as a monolithic structure of a unitary conductive material, the system comprising: a ground plane; a plurality of antenna transformer elements (102, 104) comprised of a plurality of sidewalls, each of the plurality of sidewalls having a pattern of holes defined therein, the plurality of transformer elements forming a tapered slot antenna array and conductively coupled to a first surface of the ground plane; a plurality of connectors (108, 110) formed and conductively coupled to a second surface of the ground plane opposite the first surface, the plurality of connectors (108, 110) being configured to propagate radio frequency signals to or from respective ones of the plurality of antenna transformer elements (102, 104); and a signal conductor conductively coupled to an associated one of the plurality of antenna transformer elements and extending in free space from a sidewall of the associated one of the plurality of antenna transformer elements through a sidewall of an adjacent one of the plurality of antenna transformer elements, wherein the plurality of antenna transformer elements (102, 104) are dimensioned to form a balun cavity between respective pairs of the plurality of antenna transformer elements (102, 104) with respect to the ground plane. a ground plane; a plurality of antenna transformer elements (102, 104) comprised of a plurality of sidewalls, each of the plurality of sidewalls having a pattern of holes defined therein, the plurality of transformer elements forming a tapered slot antenna array and conductively coupled to a first surface of the ground plane; a plurality of connectors (108, 110) formed and conductively coupled to a second surface of the ground plane opposite the first surface, the plurality of connectors (108, 110) being configured to propagate radio frequency signals to or from respective ones of the plurality of antenna transformer elements (102, 104); and a signal conductor conductively coupled to an associated one of the plurality of antenna transformer elements and extending in free space from a sidewall of the associated one of the plurality of antenna transformer elements through a sidewall of an adjacent one of the plurality of antenna transformer elements, wherein the plurality of antenna transformer elements (102, 104) are dimensioned to form a balun cavity between respective pairs of the plurality of antenna transformer elements (102, 104) with respect to the ground plane.
An isolated oleaginous yeast cell, comprising a genetic modification that increases expression of a diacylglycerol acyltransferase gene product and a genetic modification that increases expression of an acetyl-CoA carboxylase gene product, wherein the genetic modification comprises (a) a first nucleic acid construct comprising an expression cassette comprising a nucleic acid sequence encoding the DGA1 gene product under the control of a suitable heterologous promoter, wherein the heterologous promoter is an intron-enhanced translation elongation factor-1α promoter comprising a TEF promoter sequence, a transcription start site, and an intronic sequence downstream of the transcription start site; and (b) a second nucleic acid construct comprising an expression cassette comprising a nucleic acid sequence encoding the ACC1 gene product.. (a) a first nucleic acid construct comprising an expression cassette comprising a nucleic acid sequence encoding the DGA1 gene product under the control of a suitable heterologous promoter, wherein the heterologous promoter is an intron-enhanced translation elongation factor-1α promoter comprising a TEF promoter sequence, a transcription start site, and an intronic sequence downstream of the transcription start site; and (b) a second nucleic acid construct comprising an expression cassette comprising a nucleic acid sequence encoding the ACC1 gene product..
Step-safe chair-guiding device (100; 200), comprising: - an elongate, flat housing, to which a cover is removably and non-visibly attached, - two linear guides (3.1, 3.2) arranged within the housing and extending in parallel with each other, - a carriage bearing a chair base and being supported and/or guided by the linear guide (3.1, 3.2), wherein the linear guides (3.1, 3.2) are arranged in a mirror-symmetrical manner with respect to a longitudinal axis of the housing, characterised in that - at least two travel channels (4.1, 4.2), extending in parallel with each other, are arranged on the cover for receiving guide elements (25; 7.1, 7.2, 7.3, 7.4, 7.5, 7.6), - the guide elements (25; 7.1, 7.2, 7.3, 7.4, 7.5, 7.6) are connected to the chair base or are part of the chair base. - an elongate, flat housing, to which a cover is removably and non-visibly attached, - two linear guides (3.1, 3.2) arranged within the housing and extending in parallel with each other, - a carriage bearing a chair base and being supported and/or guided by the linear guide (3.1, 3.2), - at least two travel channels (4.1, 4.2), extending in parallel with each other, are arranged on the cover for receiving guide elements (25; 7.1, 7.2, 7.3, 7.4, 7.5, 7.6), - the guide elements (25; 7.1, 7.2, 7.3, 7.4, 7.5, 7.6) are connected to the chair base or are part of the chair base.
A screw compressor comprising: a casing; a drive shaft having one end supported, via a bearing, on a bearing holder held by the casing, and the other end coupled to an electric motor; a screw rotor coupled to the drive shaft; a gate rotor defining a compression chamber in the casing by meshing with a helical groove formed on the screw rotor; a slide valve slidable in an axial direction of the screw rotor and capable of regulating an area of a discharge opening of the compression chamber; and a slide valve driving mechanism including a hydropneumatic cylinder configured to drive the slide valve, the hydropneumatic cylinder being located opposite to the screw rotor with respect to the bearing interposed therebetween, and the bearing holder having an outer peripheral surface configured as a guide surface guiding a sliding movement of the slide valve, and characterized in that one of axial end portions of the bearing holder located opposite to the screw rotor constitutes a cylinder tube of the hydropneumatic cylinder, thereby integrating the bearing holder and the hydropneumatic cylinder into a single part. a casing; a drive shaft having one end supported, via a bearing, on a bearing holder held by the casing, and the other end coupled to an electric motor; a screw rotor coupled to the drive shaft; a gate rotor defining a compression chamber in the casing by meshing with a helical groove formed on the screw rotor; a slide valve slidable in an axial direction of the screw rotor and capable of regulating an area of a discharge opening of the compression chamber; and a slide valve driving mechanism including a hydropneumatic cylinder configured to drive the slide valve, the hydropneumatic cylinder being located opposite to the screw rotor with respect to the bearing interposed therebetween, and the bearing holder having an outer peripheral surface configured as a guide surface guiding a sliding movement of the slide valve, and characterized in that one of axial end portions of the bearing holder located opposite to the screw rotor constitutes a cylinder tube of the hydropneumatic cylinder, thereby integrating the bearing holder and the hydropneumatic cylinder into a single part.