mhurhangee/ep-ind-claims huggingface dataset:
A mounting system comprising: a displacement pump having threading on an exterior of the displacement pump and a pump rod extending from an end of the displacement pump through a drive opening; and a clamp mounted on the displacement pump for securing the displacement pump to a drive housing, the clamp comprising: an axial ring fixedly mounted on the exterior of the displacement pump proximate the pump rod extending from the displacement pump; and a tightening ring mounted on the threading on the exterior of the displacement pump below the axial ring, such that the axial ring is disposed between the tightening ring and the end of the displacement pump that the pump rod extends from; wherein a gap is disposed between the axial ring and the tightening ring, and the tightening ring is rotatable about the exterior of the displacement pump on the threading and along an axis of the displacement pump such that the axial ring and the tightening ring may exert a clamping force on a portion of the drive housing disposed within the gap. a displacement pump having threading on an exterior of the displacement pump and a pump rod extending from an end of the displacement pump through a drive opening; and a clamp mounted on the displacement pump for securing the displacement pump to a drive housing, the clamp comprising: an axial ring fixedly mounted on the exterior of the displacement pump proximate the pump rod extending from the displacement pump; and a tightening ring mounted on the threading on the exterior of the displacement pump below the axial ring, such that the axial ring is disposed between the tightening ring and the end of the displacement pump that the pump rod extends from; an axial ring fixedly mounted on the exterior of the displacement pump proximate the pump rod extending from the displacement pump; and a tightening ring mounted on the threading on the exterior of the displacement pump below the axial ring, such that the axial ring is disposed between the tightening ring and the end of the displacement pump that the pump rod extends from; wherein a gap is disposed between the axial ring and the tightening ring, and the tightening ring is rotatable about the exterior of the displacement pump on the threading and along an axis of the displacement pump such that the axial ring and the tightening ring may exert a clamping force on a portion of the drive housing disposed within the gap.
A device to be charged, comprising: a plurality of cells coupled in series; and a conversion circuit, configured to receive input voltage from a power supply device, convert the input voltage into charging voltage for the plurality of cells and into power supply voltage for a system of the device to be charged, charge the plurality of cells according to the charging voltage, and supply power to the system of the device to be charged according to the power supply voltage, the device to be charged comprising a first charging channel, in which the conversion circuit is disposed; a second charging channel, through which output voltage and output current are received from the power supply device and applied directly to the plurality of cells to charge the plurality of cells; and a communication and control circuit, configured to communicate with the power supply device to control the output voltage and/or the output current received from the power supply device to match a present charging stage of the plurality of cells, when the plurality of cells are charged through the second charging channel; the communication and control circuit being further configured to control switching between the first charging channel and the second charging channel. a plurality of cells coupled in series; and a conversion circuit, configured to receive input voltage from a power supply device, convert the input voltage into charging voltage for the plurality of cells and into power supply voltage for a system of the device to be charged, charge the plurality of cells according to the charging voltage, and supply power to the system of the device to be charged according to the power supply voltage, the device to be charged comprising a first charging channel, in which the conversion circuit is disposed; a second charging channel, through which output voltage and output current are received from the power supply device and applied directly to the plurality of cells to charge the plurality of cells; and a communication and control circuit, configured to communicate with the power supply device to control the output voltage and/or the output current received from the power supply device to match a present charging stage of the plurality of cells, when the plurality of cells are charged through the second charging channel; the communication and control circuit being further configured to control switching between the first charging channel and the second charging channel.
A contactless coupler for use in power and data signal transfer between a transmitting side and a receiving side, comprising: an inductive coupling element adapted to transmit and/or receive power by inductive magnetic coupling; and a capacitive coupling element (200; 400; 700) adapted to transmit and/or receive a data signal by capacitive coupling; wherein the capacitive coupling element (200; 400; 700) comprises a plurality of capacitive electrodes (121 - 124; 125 - 128) provided at a coupler front-end that faces the receiving and/or transmitting side; characterized in that the capacitive coupling element (200; 400; 700) includes more than one capacitive electrode (121 - 123; 125 - 127; 701 - 703) having loop-shapes with respective lengths and widths, wherein the respective lengths increase from the innermost loop-shaped capacitive electrode (123; 127; 703) towards the outermost loop-shaped capacitive electrode (121; 125; 701) while the respective widths decrease from the innermost loop-shaped capacitive electrode (123; 127; 703) towards the outermost loop-shaped capacitive electrode (121; 125; 701) in such a manner that the surface areas of the loop-shaped electrodes (121 - 123; 125 - 127; 701 - 703) are substantially the same. an inductive coupling element adapted to transmit and/or receive power by inductive magnetic coupling; and a capacitive coupling element (200; 400; 700) adapted to transmit and/or receive a data signal by capacitive coupling; wherein the capacitive coupling element (200; 400; 700) comprises a plurality of capacitive electrodes (121 - 124; 125 - 128) provided at a coupler front-end that faces the receiving and/or transmitting side; characterized in that the capacitive coupling element (200; 400; 700) includes more than one capacitive electrode (121 - 123; 125 - 127; 701 - 703) having loop-shapes with respective lengths and widths, wherein the respective lengths increase from the innermost loop-shaped capacitive electrode (123; 127; 703) towards the outermost loop-shaped capacitive electrode (121; 125; 701) while the respective widths decrease from the innermost loop-shaped capacitive electrode (123; 127; 703) towards the outermost loop-shaped capacitive electrode (121; 125; 701) in such a manner that the surface areas of the loop-shaped electrodes (121 - 123; 125 - 127; 701 - 703) are substantially the same.
Device for fixing components, particularly pipes or hoses, comprising two interconnectable fasteners having recesses, which in the assembled state form a lead-through, the inner contour of which is designed for receiving a pipe or a hose, wherein at least one sacrificial member is arranged at each component received to minimise corrosion, particularly crevice corrosion, which visibly wears itself down upon the onset of corrosion and advancing service life of the fixing, characterised in that at least one fastener has at least one recess, which opens laterally into the lead-through and in which at least one sacrificial member is movably arranged as a separate part, which is prestressed in the direction of the lead-through via a spring element.
An antimicrobial medical device (100, 200) comprising: a fluid transfer device configured to couple between a patient and a fluid reservoir, the fluid transfer device comprising: a housing (120, 220) having an internal cavity (104, 204); and a valve disposed within the internal cavity (104, 204); a fluid pathway extending through the fluid transfer device, wherein the fluid pathway extends through the housing (120, 220); and characterized by: a plurality of first annular electrodes coupled to the fluid pathway and disposed around the valve, the plurality of first annular electrodes comprising a first conductive material; and a second annular electrode coupled to the fluid pathway and interposed between the plurality of first annular electrodes, the second annular electrode comprising a second conductive material different from the first conductive material and being configured to form at least one galvanic cell with the plurality of first annular electrodes. a fluid transfer device configured to couple between a patient and a fluid reservoir, the fluid transfer device comprising: a housing (120, 220) having an internal cavity (104, 204); and a valve disposed within the internal cavity (104, 204); a fluid pathway extending through the fluid transfer device, wherein the fluid pathway extends through the housing (120, 220); and characterized by: a plurality of first annular electrodes coupled to the fluid pathway and disposed around the valve, the plurality of first annular electrodes comprising a first conductive material; and a second annular electrode coupled to the fluid pathway and interposed between the plurality of first annular electrodes, the second annular electrode comprising a second conductive material different from the first conductive material and being configured to form at least one galvanic cell with the plurality of first annular electrodes. a plurality of first annular electrodes coupled to the fluid pathway and disposed around the valve, the plurality of first annular electrodes comprising a first conductive material; and a second annular electrode coupled to the fluid pathway and interposed between the plurality of first annular electrodes, the second annular electrode comprising a second conductive material different from the first conductive material and being configured to form at least one galvanic cell with the plurality of first annular electrodes.
A thrust reverser for an aircraft turbojet engine nacelle, comprising: - at least one pair of twin doors comprising an upstream door, a downstream door connected by at least one connecting rod (45a, 45b) to the upstream door, and - at least one actuating cylinder of the upstream door between a « direct jet » position wherein these two doors are closed, and a « reverse jet » position wherein these two doors are open and adapted to deflect at least a portion of the cold air flow likely to circulate inside the nacelle, and - means for locking/unlocking said upstream and downstream doors together under the sole action of said cylinder. - at least one pair of twin doors comprising an upstream door, a downstream door connected by at least one connecting rod (45a, 45b) to the upstream door, and - at least one actuating cylinder of the upstream door between a « direct jet » position wherein these two doors are closed, and a « reverse jet » position wherein these two doors are open and adapted to deflect at least a portion of the cold air flow likely to circulate inside the nacelle, and - means for locking/unlocking said upstream and downstream doors together under the sole action of said cylinder.
Spreader having a frame consisting of a base frame and an additional frame, wherein a container is attached to the base frame, wherein a dosing unit is disposed on the base frame below the container, wherein a spreading plate is atteched to the additional frame below the container, and wherein the additional frame is fixed to the base frame using a quick-release fastener (15, 25), characterized in that the dosing unit includes a cellular wheel sluice including an outlet for a collecting funnel below, and in that the collecting funnel is fixed to this outlet of the dosing unit.
Arrangement comprising at least one espresso coffee machine and at least one coffee grinder, wherein said at least one espresso coffee machine comprises a plurality of brewing groups and also comprises a corresponding plurality of filter holder assemblies, each comprising at least one filter holder and a respective filter (1"), carried by said filter holder and adapted to contain the desired dose of coffee powder, wherein said coffee grinder comprises a grinding chamber for grinding coffee beans and obtaining coffee powder to be dispensed to one of said filter holder assemblies, wherein said espresso coffee machine is configured to prepare a plurality of different coffee-based drinks according to different recipes, wherein said espresso coffee machine further comprises an electronics equipped with communication devices, wherein said coffee grinder further comprises an electronics equipped with communication devices, wherein one or more of said filter holder assemblies comprise an electronics equipped with a memory, in which the parameters of one or more of said recipes are stored, and with communication devices, said communication devices of said electronics of said filter holder assembly being able to communicate with said communication devices of said electronics of said espresso coffee machine in order to communicate to said espresso coffee machine the data necessary for preparing a selected recipe, and also being able to communicate with said communication devices of said electronics of said coffee grinder in order to communicate to said coffee grinder the data necessary for preparing said selected recipe.
Armoured window construction for a window opening of a body of a vehicle or car, comprising bullet resistant pane means, an armoured inner frame arranged inside of the vehicle and overlapping at least part of a peripheral area of the pane means, and mounting means for mounting the inner frame on the pane means which comprises a mounting frame arranged in circumferential manner within a peripheral step (2.7) of the pane means, characterized in that the mounting frame comprises a first part fixed on an inner surface (2.9) of an outer glass pane (2.1) of the pane means within the step (2.7), wherein the first part of the mounting frame covers substantially the whole inner surface (2.9) of the outer glass pane (2.1), and mounting protrusions in use protruding from the mounting frame to an inside of the vehicle through its window opening and being fixed on the first part of the mounting frame, wherein the mounting protrusions protrude from the first part of the mounting frame normally, and wherein the inner frame in use is fixed on the mounting protrusions; that the mounting frame has a L-shape cross section comprising the first part and a second part that is normal to the first part, whereas the second part is fixed on a face (2.8) within the step (2.7); that the mounting protrusions comprise respective threaded screw pins, that the inner frame comprises a plurality of through bores or holes corresponding to the screw pins, and that in use the inner frame is fixed to the mounting protrusions of the mounting frame, whereby the screw pins of the mounting protrusions extend through the corresponding through bores of the inner frame and screw nuts are tightened on the corresponding screw pins; and that the armoured inner frame is an independent and separate part of the window construction and it is made of flat bullet resistant sheet steel or plastic or composite materials such as aramid fibers, glass fibers, carbon fibers or combinations thereof.
A method for detecting a nucleic acid in a sample containing biological material, comprising (a) treating the sample with protease; (b) concentrating the sample; (c) enriching the nucleic acid from the sample by affinity chromatography by silica adsorption; and (d) detecting the nucleic acid by means of quantitative PCR, wherein the biological material contains antibodies or a therapeutic protein. (a) treating the sample with protease; (b) concentrating the sample; (c) enriching the nucleic acid from the sample by affinity chromatography by silica adsorption; and (d) detecting the nucleic acid by means of quantitative PCR,
A conductive roller in which plural resin layers are arranged on the outer circumference of a shaft, wherein the resin layers comprise at least a base layer and a surface layer from the inner circumferential side, the plural resin layers all have a loss tangent (tan δ) of 0.2 or less at a temperature of 40°C, and, among the plural resin layers, at least a pair of two adjacent layers satisfy a relationship of G'o ≤ G'i between the elastic modulus G'o of a layer positioned on the outer circumferential side and the elastic modulus G'i of a layer positioned on the inner circumferential side.
Floating photovoltaic structure, intended to be positioned on a body of water, capable of moving in rotation about a horizontal axis, including: - a floating reflector-forming element, comprising: -- at least one sunlight-reflecting material, -- a hollow wall, comprising an inner surface (Pi) provided with said at least one reflective material, and an outer surface (Pe), opposite the inner surface (Pi), intended to be in contact with the body of water, said inner surface (Pi) having the shape of a quadratic surface extending parallel to the horizontal axis, and said hollow wall comprising a first end and a second end that are separate from one another, between which said hollow wall extends, - a transparent cover element, extending between the first end and the second end of said hollow wall so as to define, together with said hollow wall, a closed internal volume (Vi) of the floating photovoltaic structure, - at least one bifacial photovoltaic module, capable of collecting sunlight on the two opposite front and rear faces thereof, which module is positioned relative to the inner surface (Pi) of said hollow wall and to the transparent cover element such that it receives at least the sunlight passing through the transparent cover element and reflected by said at least one reflective material on at least one of the opposite faces of the photovoltaic module. - a floating reflector-forming element, comprising: -- at least one sunlight-reflecting material, -- a hollow wall, comprising an inner surface (Pi) provided with said at least one reflective material, and an outer surface (Pe), opposite the inner surface (Pi), intended to be in contact with the body of water, said inner surface (Pi) having the shape of a quadratic surface extending parallel to the horizontal axis, and said hollow wall comprising a first end and a second end that are separate from one another, between which said hollow wall extends, -- at least one sunlight-reflecting material, -- a hollow wall, comprising an inner surface (Pi) provided with said at least one reflective material, and an outer surface (Pe), opposite the inner surface (Pi), intended to be in contact with the body of water, said inner surface (Pi) having the shape of a quadratic surface extending parallel to the horizontal axis, and said hollow wall comprising a first end and a second end that are separate from one another, between which said hollow wall extends, - a transparent cover element, extending between the first end and the second end of said hollow wall so as to define, together with said hollow wall, a closed internal volume (Vi) of the floating photovoltaic structure, - at least one bifacial photovoltaic module, capable of collecting sunlight on the two opposite front and rear faces thereof, which module is positioned relative to the inner surface (Pi) of said hollow wall and to the transparent cover element such that it receives at least the sunlight passing through the transparent cover element and reflected by said at least one reflective material on at least one of the opposite faces of the photovoltaic module.
A user equipment, UE, comprising: at least one processor configured to: receive an indicator extending an area scope of system information received by the UE from cell level to multiple cells, the system information transmitted by a wireless access node in a source cell, and the indicator indicating system information common across the multiple cells; reselect to a second cell among the multiple cells configured to transmit further system information; and read and store only said further system information not identified by the area scope extending indicator to be common with system information previously received by the UE from the source cell. at least one processor configured to: receive an indicator extending an area scope of system information received by the UE from cell level to multiple cells, the system information transmitted by a wireless access node in a source cell, and the indicator indicating system information common across the multiple cells; receive an indicator extending an area scope of system information received by the UE from cell level to multiple cells, the system information transmitted by a wireless access node in a source cell, and the indicator indicating system information common across the multiple cells; reselect to a second cell among the multiple cells configured to transmit further system information; and read and store only said further system information not identified by the area scope extending indicator to be common with system information previously received by the UE from the source cell.
Agricultural device, in particular a soil-working device, having at least one carrier beam which is arranged on a supporting frame and which carries ground-working tools, wherein the ground-working tools are fastened to the carrier beam by means of holders having supporting arms, wherein the carrier beam is arranged on the supporting frame by means of at least two rotary bearings which are arranged so as to be spaced apart from one another, wherein the carrier beam can be rotated to a limited degree about its longitudinal axis in the rotary bearings, wherein the respective rotary bearing has an inner bearing ring fastened to the carrier beam and an outer bearing ring which interacts with the inner bearing ring in a rotatably mounted manner and which is connected to the supporting frame, wherein a securing element which fixes the inner bearing ring with respect to the outer bearing ring in the axial direction is assigned to the respective rotary bearing on each side, wherein at least one of the securing elements is connected to one of the bearing rings in a releasable manner by means of fastening elements, characterized in that the securing element fastened in a releasable manner is fastened to the outer bearing ring by the fastening elements.