mhurhangee/ep-ind-claims huggingface dataset:
Tool for the extraction of recessed signalling beacons, comprising: - a support structure to the ground which, in turn, comprises: • an upper element, • a lower element, disposed facing the upper element, and whereon a central space is defined, • connection means between the upper element and the lower element, - fixing means for fixing the upper edge of a casing or base box of a beacon, wherein the fixing means comprises an extraction support which has perforations (6.1) for its screwing on the perforations of the casing or base box of the beacon used for the fixing of the lens; - linear displacement means joined in its lower end to the fixing means for fixing the upper edge of the beacon and which, in its upper end, have displacement actuation means mounted on the upper element; and characterised in that the linear displacement means is joined to the extraction support by means of a hinged joint. - a support structure to the ground which, in turn, comprises: • an upper element, • a lower element, disposed facing the upper element, and whereon a central space is defined, • connection means between the upper element and the lower element, • an upper element, • a lower element, disposed facing the upper element, and whereon a central space is defined, • connection means between the upper element and the lower element, - fixing means for fixing the upper edge of a casing or base box of a beacon, wherein the fixing means comprises an extraction support which has perforations (6.1) for its screwing on the perforations of the casing or base box of the beacon used for the fixing of the lens; - linear displacement means joined in its lower end to the fixing means for fixing the upper edge of the beacon and which, in its upper end, have displacement actuation means mounted on the upper element;
An interface which has a body, said body includes first fastening means which allow the interface to be fastened on an opening element or on a fixed element of a motor vehicle so as to protect a temporary closure device intended to be fastened on the opening element or on the fixed element of the contact with a first rim of the opening element or of the fixed element, said temporary closure device being of the type including at least one body provided with an elastically deformable retaining means designed to hold the opening element in an intermediate closed position relative to the fixed element, said body of the interface further comprising at least one first stop member having a rigidity determined in such a way that the stresses exerted by the first stop member of the interface against the retaining means of the temporary closure device, upon movement of the opening element from an open position to the intermediate closed position or upon movement of the opening element from the intermediate closed position to an open position, force the retaining means of the temporary closure device to be deformed and to fade during the contact of the first stop member of the interface with the retaining means of the temporary closure device, characterized in that: - said interface comprises a first wall having a first wall part and a second wall part, said first wall part being extended by said second wall part, said second wall part constituting the first stop member of the interface, said first fastening means being designed to fasten said first wall part against a wall of the first rim of the fixed element or of the opening element, and - said interface has a generally cage-like portion which comprises a plurality of walls, said first wall part forming one of the walls of said plurality of walls of the generally cage-like portion. - said interface comprises a first wall having a first wall part and a second wall part, said first wall part being extended by said second wall part, said second wall part constituting the first stop member of the interface, said first fastening means being designed to fasten said first wall part against a wall of the first rim of the fixed element or of the opening element, and - said interface has a generally cage-like portion which comprises a plurality of walls, said first wall part forming one of the walls of said plurality of walls of the generally cage-like portion.
A noninvasive physiological sensor configured to emit light and detect the light after attenuation by body tissue, the sensor comprising: a first shell comprising a hinge aperture; a second shell comprising an elongated hinge aperture; a spring disposed between and urging together the shells, the spring including: a coil located proximate the hinge aperture of the first shell and the elongated hinge aperture of the second shell, a first leg pressing against a grip portion of the first shell, and a second leg extending along a clip portion of the second shell; and a pad (3300,3340) configured to position the fingertip. a first shell comprising a hinge aperture; a second shell comprising an elongated hinge aperture; a spring disposed between and urging together the shells, the spring including: a coil located proximate the hinge aperture of the first shell and the elongated hinge aperture of the second shell, a first leg pressing against a grip portion of the first shell, and a second leg extending along a clip portion of the second shell; and a pad (3300,3340) configured to position the fingertip. a coil located proximate the hinge aperture of the first shell and the elongated hinge aperture of the second shell, a first leg pressing against a grip portion of the first shell, and a second leg extending along a clip portion of the second shell; and a pad (3300,3340) configured to position the fingertip.
A system to detect impending cardiac decompensation of a patient, the system comprising: an adherent patch comprising: a breathable tape, gel, electrodes, and circuitry configured to measure an electrocardiogram signal and an impedance signal of the patient via the electrodes, wherein the circuitry comprises a local processor comprising a tangible medium, the local processor configured to determine an incidence of cardiac arrhythmias from the electrocardiogram signal; and a processor system configured to determine a risk of impending decompensation based on the incidence of cardiac arrhythmias and the impedance signal, the processor system comprising the local processor. an adherent patch comprising: a breathable tape, gel, electrodes, and circuitry configured to measure an electrocardiogram signal and an impedance signal of the patient via the electrodes, wherein the circuitry comprises a local processor comprising a tangible medium, the local processor configured to determine an incidence of cardiac arrhythmias from the electrocardiogram signal; and a breathable tape, gel, electrodes, and circuitry configured to measure an electrocardiogram signal and an impedance signal of the patient via the electrodes, wherein the circuitry comprises a local processor comprising a tangible medium, the local processor configured to determine an incidence of cardiac arrhythmias from the electrocardiogram signal; and a processor system configured to determine a risk of impending decompensation based on the incidence of cardiac arrhythmias and the impedance signal, the processor system comprising the local processor.
An air-conditioning apparatus (11a-11c, 11e, 110a) configured to condition introduced air, the air-conditioning apparatus (11a-11c, 11e, 110a) comprising: - an ultraviolet sterilizer (10a-10e, 100c) that includes a casing (40a, 40c, 40d, 40e) configured to emit ultraviolet ray to the air, the casing (40a, 40c, 40d, 40e) including an inlet port through which air flows in and an outlet port through which the air flows out, the air passing through the cylindrical casing (40a, 40c, 40d, 40e), the ultraviolet sterilizer (10a-10e, 100c) including a sterilizing light screen forming unit configured to form a screen-shaped sterilizing light screen formed by the ultraviolet ray crossing with itself and emitted in a direction along a radial direction of the casing (40a, 40c, 40d, 40e), the sterilizing light screen crossing an outflow direction from the inlet port to the outlet port, wherein the sterilizing light screen forming unit includes an emitting portion (20a, 20c, 20d, 20e) configured to emit parallel ray as the ultraviolet ray along a radial direction of the cylindrical casing (40a, 40c, 40d, 40e), and a reflecting portion (30a, 30c, 30d, 30e) configured to reflect the ultraviolet ray, emitted by the emitting portion, along the radial direction of the casing, a front view of the reflecting portion (30a, 30c, 30d, 30e) when viewed from a side of the inlet port in an axial longitudinal direction of the cylindrical casing (40a, 40c, 40d, 40e) is a polygonal annular shape. - an ultraviolet sterilizer (10a-10e, 100c) that includes a casing (40a, 40c, 40d, 40e) configured to emit ultraviolet ray to the air, the casing (40a, 40c, 40d, 40e) including an inlet port through which air flows in and an outlet port through which the air flows out, the air passing through the cylindrical casing (40a, 40c, 40d, 40e),
A method for controlling the cooling of a moving metal strip in a cooling section of a continuous processing line which sprays onto the strip a liquid or a mixture consisting of a gas and a liquid, the cooling being dependent on cooling parameters including the temperature, speed, characteristics of the stream of cooling liquid, the cooling being done by spraying along the length of the strip, the spraying divided into zones, the method comprising: • a zone or zones are determined in which the cooling parameters are such that the local disappearance of a vapour film on the surface of the hot strip could or does occur, causing the strip to redampen, • and adjusting, as a cooling parameter in the zone(s) thus determined, at least the temperature of the cooling liquid which temperature is increased in the zone where rewetting could occur, where it does occur, in order to maintain, or return to, a vapor film cooling at the surface of the web, resulting from the calefaction phenomenon at the cooling liquid in contact with the hot strip • wherein the temperature of the cooling liquid is adjusted over the width of the strip so that it remains in a vapor film as long as possible, • controlling the cooling parameters in a plurality of spray zones such that a vapor film is maintained at the surface of the hot strip, • in which a plurality of units (DIa, DIe) for spraying the cooling fluid are distributed over the width of the strip, and in which the temperature and flow rate of the cooling fluid are adjusted over the width of the strip for each spray unit. • a zone or zones are determined in which the cooling parameters are such that the local disappearance of a vapour film on the surface of the hot strip could or does occur, causing the strip to redampen, • and adjusting, as a cooling parameter in the zone(s) thus determined, at least the temperature of the cooling liquid which temperature is increased in the zone where rewetting could occur, where it does occur, in order to maintain, or return to, a vapor film cooling at the surface of the web, resulting from the calefaction phenomenon at the cooling liquid in contact with the hot strip • wherein the temperature of the cooling liquid is adjusted over the width of the strip so that it remains in a vapor film as long as possible, • controlling the cooling parameters in a plurality of spray zones such that a vapor film is maintained at the surface of the hot strip, • in which a plurality of units (DIa, DIe) for spraying the cooling fluid are distributed over the width of the strip, and in which the temperature and flow rate of the cooling fluid are adjusted over the width of the strip for each spray unit.
A method for welding a portion of seam area of an industrial woven fabric, characterized by comprising the steps of: providing said woven fabric seam area with a laser energy absorbing material which is applied to said fabric in a controlled manner so as to create a predetermined pattern of deposits, and focusing a laser source at discrete locations on said fabric seam area, thereby partially melting and permanently welding the fabric at said discrete locations, wherein said discrete locations are in a seam area of the fabric and wherein a width of the seam area as measured in a machine direction is a fraction of a width of a normal seam or a seam formed using conventional techniques of equal strength, said fraction being 0.7 or lower, wherein said fabric seam area has properties being the same, or substantially the same, as a body of the fabric, said properties including openness, adequate number of support points, and Fiber Support Index. providing said woven fabric seam area with a laser energy absorbing material which is applied to said fabric in a controlled manner so as to create a predetermined pattern of deposits, and focusing a laser source at discrete locations on said fabric seam area, thereby partially melting and permanently welding the fabric at said discrete locations, wherein said discrete locations are in a seam area of the fabric and wherein a width of the seam area as measured in a machine direction is a fraction of a width of a normal seam or a seam formed using conventional techniques of equal strength, said fraction being 0.7 or lower, wherein said fabric seam area has properties being the same, or substantially the same, as a body of the fabric, said properties including openness, adequate number of support points, and Fiber Support Index.
A pneumatically actuatable surgical instrument comprising a handle and a pressurized gas-operated tool arranged at the handle, a replaceable pressurized gas reservoir, and a locking device (24; 26) for fixing the pressurized gas reservoir on the handle in an operative position in which the pressurized gas reservoir is connected to a pressurized gas channel by which the tool is supplied with pressurized gas, characterized in that the instrument further comprises an unlocking device for releasing the fixing of the pressurized gas reservoir in the operative position, that the unlocking device comprises a vent device which upon actuation of the unlocking device and upon bringing the unlocking device in a first operative position is movable from a rest position to a first operative position in which the pressurized gas channel is connected to a vent opening and in that the unlocking device is movable from the first operative position to a second operative position in which the locking device (24; 26) is inactive and the pressurized gas reservoir is released for replacement.
An electronic device comprising: a pixel array layer disposed on a substrate and including a plurality of pixels, each of the plurality of pixels including a thin film transistor and an organic light emitting device; an encapsulation layer covering the pixel array layer; an electrical shielding layer disposed on the encapsulation layer; and a touch sensing layer disposed on the electrical shielding layer and configured to sense coordinates of a touch input, wherein the touch sensing layer includes a pressure response member for sensing a touch force of the touch input, wherein the electrical shielding layer includes: a transparent conductive layer disposed on an upper surface of the encapsulation layer; a metal pattern layer disposed on the transparent conductive layer; and an insulating layer disposed on the transparent conductive layer and covering an upper surface and a lateral surface of the metal pattern layer. a pixel array layer disposed on a substrate and including a plurality of pixels, each of the plurality of pixels including a thin film transistor and an organic light emitting device; an encapsulation layer covering the pixel array layer; an electrical shielding layer disposed on the encapsulation layer; and a touch sensing layer disposed on the electrical shielding layer and configured to sense coordinates of a touch input, wherein the touch sensing layer includes a pressure response member for sensing a touch force of the touch input, wherein the electrical shielding layer includes: a transparent conductive layer disposed on an upper surface of the encapsulation layer; a metal pattern layer disposed on the transparent conductive layer; and an insulating layer disposed on the transparent conductive layer and covering an upper surface and a lateral surface of the metal pattern layer. a transparent conductive layer disposed on an upper surface of the encapsulation layer; a metal pattern layer disposed on the transparent conductive layer; and an insulating layer disposed on the transparent conductive layer and covering an upper surface and a lateral surface of the metal pattern layer.
A vehicle seat comprising: a seat back frame which has an upper frame extending in a seat back width direction at an upper portion of the seat back frame; a support bracket that is fixed to the upper frame of the seat back frame so that a lower portion of the support bracket protrudes toward a seat back lower side from the upper frame, wherein a head rest support is connected to the support bracket, and the support bracket supports a head rest via the head rest support, wherein the head rest is tiltable forward and rearward with respect to the seat back frame due to impact force input to the vehicle seat in the event of a rear-end collision of the vehicle or a rear-face collision of the vehicle, so that the upper frame twists and deforms, so that the support bracket rotates around the upper frame; and a bracket contact member that is arranged below the upper frame and is connected to the seat back frame, and that contacts a front face at the lower portion of the support bracket to suppress rearward tilting of the head rest with respect to the seat back frame; wherein the seat back frame has a pair of left and right side frames that extend in a seat back height direction, upper portions of the pair of side frames being coupled by the upper frame, and the bracket contact member is bridged between the pair of side frames. a seat back frame which has an upper frame extending in a seat back width direction at an upper portion of the seat back frame; a support bracket that is fixed to the upper frame of the seat back frame so that a lower portion of the support bracket protrudes toward a seat back lower side from the upper frame, wherein a head rest support is connected to the support bracket, and the support bracket supports a head rest via the head rest support, wherein the head rest is tiltable forward and rearward with respect to the seat back frame due to impact force input to the vehicle seat in the event of a rear-end collision of the vehicle or a rear-face collision of the vehicle, so that the upper frame twists and deforms, so that the support bracket rotates around the upper frame; and a bracket contact member that is arranged below the upper frame and is connected to the seat back frame, and that contacts a front face at the lower portion of the support bracket to suppress rearward tilting of the head rest with respect to the seat back frame; wherein the seat back frame has a pair of left and right side frames that extend in a seat back height direction, upper portions of the pair of side frames being coupled by the upper frame, and the bracket contact member is bridged between the pair of side frames.
Hose-membrane process pump having two hose membranes (1a, 1b) positioned by way of a clamping means, hydraulic fluid being disposed between said two hose membranes (1a, 1b) and an air vent being provided for de-aerating the hydraulic fluid, characterised in that the at least one air vent opens into a venting valve and that, between the air vent and the hose membrane, an insert ring is fitted, which reduces the exposed opening of the air vent to slits having a slit breadth of less than half the diameter of the air vent.
Extracorporeal blood circulation device including a blood circulation circuit comprising at least one blood extraction line and a blood return line, means arranged to circulate the blood in the circulation circuit, means for measuring at least one parameter influenced by the resistance to flow of blood in the circulation circuit, and said device comprising a source of solution for liquefying blood clots, means (4, 4") for injecting said liquefaction solution into the circulation circuit (1, 3) and a control unit comprising calculation means arranged to determine at least one threshold value of said parameter and record it in a memory, and further arranged to then compare the current value of said parameter with said recorded threshold value, the control unit comprising means for driving said means for injecting said liquefaction solution into the circulation circuit (1, 3), and the control unit being provided to actuate said means for driving the injection means when said threshold value is exceeded, characterised in that the control unit is provided to actuate said means for driving said injection means so that the liquefaction solution is present in the circulation circuit in an amount and for a time which are predetermined to be necessary and sufficient for enabling the liquefaction of the clot(s) formed in said circuit.
A combination of a motor for driving a propeller and a heat dissipation structure for a rotorcraft, the motor comprising a body and a revolving shaft driven by the body, wherein the heat dissipation structure comprises: a casing for being fixed to an end of an arm of the rotorcraft and being a hollow structure having a top opening and an air inlet in a bottom portion, wherein the casing is configured to receive the body, and an air channel is formed between a circumferential edge of the body and an inner wall of the casing; and a head cover connected to the revolving shaft synchronously and covering the top opening, wherein a first gap communicating the air channel with an outside is formed between a lower surface of the head cover and a top end face of the casing, and the lower surface of the head cover is provided with a plurality of air flow blades, wherein each air flow blade is triangular in shape, and a distance between a top end surface and a bottom end surface of each air flow blade decreases gradually from a radially inner end to a radially outer end, and wherein the upper surface of the head cover has a height gradually reducing radially outwards from a center of the surface to an edge of the surface, to function as a water guiding surface. a casing for being fixed to an end of an arm of the rotorcraft and being a hollow structure having a top opening and an air inlet in a bottom portion, wherein the casing is configured to receive the body, and an air channel is formed between a circumferential edge of the body and an inner wall of the casing; and a head cover connected to the revolving shaft synchronously and covering the top opening, wherein a first gap communicating the air channel with an outside is formed between a lower surface of the head cover and a top end face of the casing, and the lower surface of the head cover is provided with a plurality of air flow blades, wherein each air flow blade is triangular in shape, and a distance between a top end surface and a bottom end surface of each air flow blade decreases gradually from a radially inner end to a radially outer end, and wherein the upper surface of the head cover has a height gradually reducing radially outwards from a center of the surface to an edge of the surface, to function as a water guiding surface.