mhurhangee/ep-ind-claims huggingface dataset:
A fitting for coupling to at least one pipe, comprising: - a sleeve end (3, 10) for receiving the pipe; - at least one sealing member (4, 9) to provide a seal to the pipe received in said sleeve end (3, 10); - a pressure member for applying a pressure to the sleeve end (3, 10) and to the pipe; - gripper teeth provided on the pressure member and arranged to act on the pipe; and - actuation means (7, 12) that are tuneable from outside the sleeve end (3, 10) for arranging that a pressure is applied to the pressure member, wherein in use the pressure member is subject to a pressure prevailing at the inside of the pipe characterized in that the sleeve end (3, 10) is provided with an aperture providing a fluid and/or gas connection from the inside of the pipe towards a radially outward circumferential surface of the pressure member. - a sleeve end (3, 10) for receiving the pipe; - at least one sealing member (4, 9) to provide a seal to the pipe received in said sleeve end (3, 10); - a pressure member for applying a pressure to the sleeve end (3, 10) and to the pipe; - gripper teeth provided on the pressure member and arranged to act on the pipe; and - actuation means (7, 12) that are tuneable from outside the sleeve end (3, 10) for arranging that a pressure is applied to the pressure member,
An Al-plated steel sheet used for hot pressing, comprising: a steel sheet; an Al or Al-alloy plating layer containing at least 50 mass% Al and formed on one surface or both surfaces of the steel sheet; and a surface coating layer formed on the Al or Al-alloy plating layer, wherein the surface coating layer contains a zinc compound, and the zinc compound is deposited on the Al-plated steel sheet in an amount of equal to or greater than 0.3 g/m 2 and equal to or less than 1.5 g/m 2 as an amount of metallic zinc per one surface, and a zinc deposition amount in any continuous 1 mm 2 region is 1.5 g/m 2 or less, wherein the zinc deposition amount in any continuous 1 mm 2 region is the maximum deposition amount of zinc in a measured area, obtained by performing mapping analysis of zinc distribution on the surface of the Al-plated steel sheet by using an electron probe microanalyser (EPMA), and the measured area is set to 5 mm × 5 mm and a measurement pitch is set to 20 μm. a steel sheet; an Al or Al-alloy plating layer containing at least 50 mass% Al and formed on one surface or both surfaces of the steel sheet; and a surface coating layer formed on the Al or Al-alloy plating layer, wherein the surface coating layer contains a zinc compound, and the zinc compound is deposited on the Al-plated steel sheet in an amount of equal to or greater than 0.3 g/m 2 and equal to or less than 1.5 g/m 2 as an amount of metallic zinc per one surface, and a zinc deposition amount in any continuous 1 mm 2 region is 1.5 g/m 2 or less, wherein the zinc deposition amount in any continuous 1 mm 2 region is the maximum deposition amount of zinc in a measured area, obtained by performing mapping analysis of zinc distribution on the surface of the Al-plated steel sheet by using an electron probe microanalyser (EPMA), and the measured area is set to 5 mm × 5 mm and a measurement pitch is set to 20 μm.
Optical sensor apparatus, comprising an optical transmit device, a receive device for light emitted by the transmit device and a control device for the transmit device by which the transmit device is controlled such that it transmits periodic light pulses, wherein the control device comprises an adjustment device for a switching distance and/or a sensitivity of the optical sensor apparatus, characterized in that the control device comprises an adapting device by which an average optical output power of the transmit device is adjusted to a constant value ( P const) independently of the adjustment of the switching distance and/or of the sensitivity by the adapting device adapting the optical output power in light pulses within one period and the optical output power in non-pulse time periods within one period in a controlled manner.
A method for determining change in capacitance of at least one capacitive sensor of a plurality of capacitive sensors (114a..n), said method comprising the steps of: charging a plurality of capacitive sensors (114a..n) to a first voltage; charging a sample and hold capacitor to a second voltage; individually coupling each one of the plurality of capacitive sensors (114a..n) to the sample and hold capacitor, wherein electron charge from each of the individually coupled ones of the plurality of capacitive sensors (114a..n) is transferred to the sample and hold capacitor; measuring a resulting voltage on the sample and hold capacitor after all of the plurality of capacitive sensors (114a..n) have been individually coupled to the sample and hold capacitor; and comparing the measured resulting voltage to a previously measured resulting voltage, wherein if the measured resulting voltage is different than the previously measured resulting voltage then at least one capacitive sensor of the plurality of capacitive sensors (114a..n) has changed capacitance value. charging a plurality of capacitive sensors (114a..n) to a first voltage; charging a sample and hold capacitor to a second voltage; individually coupling each one of the plurality of capacitive sensors (114a..n) to the sample and hold capacitor, wherein electron charge from each of the individually coupled ones of the plurality of capacitive sensors (114a..n) is transferred to the sample and hold capacitor; measuring a resulting voltage on the sample and hold capacitor after all of the plurality of capacitive sensors (114a..n) have been individually coupled to the sample and hold capacitor; and comparing the measured resulting voltage to a previously measured resulting voltage, wherein if the measured resulting voltage is different than the previously measured resulting voltage then at least one capacitive sensor of the plurality of capacitive sensors (114a..n) has changed capacitance value.
A rotary pump having a variable delivery volume, comprising: a) a casing (3, 6); b) a delivery chamber formed in the casing (3, 6) and comprising an inlet for a fluid on a low-pressure side and an outlet for the fluid on a high-pressure side of the pump; c) at least one delivery rotor which can be rotated in the delivery chamber about a rotational axis (R 2); d) an actuating member which is arranged facing a front face of the delivery rotor or surrounds the delivery rotor and can be moved back and forth in the casing (3, 6) for adjusting the delivery volume, e) wherein the actuating member can be charged, in the direction of its mobility, with an actuating force which is dependent on the requirement of a consumer which is to be supplied with the fluid; f) and a track which is formed in the casing (3, 6) and guides the actuating member on an actuating member sliding surface in a sliding contact, g) wherein a sliding material, which forms the actuating member sliding surface, consists of plastic, h) wherein the actuating member at least substantially consists of the plastic sliding material. a) a casing (3, 6); b) a delivery chamber formed in the casing (3, 6) and comprising an inlet for a fluid on a low-pressure side and an outlet for the fluid on a high-pressure side of the pump; c) at least one delivery rotor which can be rotated in the delivery chamber about a rotational axis (R 2); d) an actuating member which is arranged facing a front face of the delivery rotor or surrounds the delivery rotor and can be moved back and forth in the casing (3, 6) for adjusting the delivery volume, e) wherein the actuating member can be charged, in the direction of its mobility, with an actuating force which is dependent on the requirement of a consumer which is to be supplied with the fluid; f) and a track which is formed in the casing (3, 6) and guides the actuating member on an actuating member sliding surface in a sliding contact, g) wherein a sliding material, which forms the actuating member sliding surface, consists of plastic, h) wherein the actuating member at least substantially consists of the plastic sliding material.
An apparatus for determining the concentration of a medically significant component of a biological fluid, the apparatus comprising a cell for receiving a sample of the fluid, the cell supporting a chemistry which reacts with the medically significant component and first and second terminals across which the reaction of the chemistry with the medically significant component can be assessed, an instrument (32, 132) having first (34-2, 134-2) and second (34-3, 134-3) terminals complementary to the first and second terminals, respectively, of the cell, placement of the first and second terminals of the cell in contact with the first (34-2, 134-2) and second (34-3, 134-3) terminals, respectively, of the instrument (32, 132) permitting the instrument (32, 132) to assess the reaction, the instrument (32, 132) including an assessment controller (52, 54, 148, 158) adapted for applying across the first (34-2, 134-2) and second (34-3, 134-3) terminals of the instrument (32, 132) a first signal comprising an AC signal, determining the AC impedance from a first response of the cell to the first signal, and determining based upon the AC impedance whether to proceed with the determination of the concentration of the medically significant component of the biological fluid.
A device for supporting and connecting an excised organ during perfusion, comprising: a resilient and flexible sheet (202, 1302) having a first portion for contacting and supporting the organ thereon, and a second portion comprising an opening (956, 1356) for forming a connection between the organ and a conduit (332, 1138) to allow fluid communication between the conduit and the organ; characterized in that a magnetic material (976, 976', 976") is embedded in the second portion of the sheet for magnetically coupling with an external magnetic connector (400, 400', 400") to secure the connection between the conduit and the organ. a resilient and flexible sheet (202, 1302) having a first portion for contacting and supporting the organ thereon, and a second portion comprising an opening (956, 1356) for forming a connection between the organ and a conduit (332, 1138) to allow fluid communication between the conduit and the organ; a first portion for contacting and supporting the organ thereon, and a second portion comprising an opening (956, 1356) for forming a connection between the organ and a conduit (332, 1138) to allow fluid communication between the conduit and the organ; characterized in that a magnetic material (976, 976', 976") is embedded in the second portion of the sheet for magnetically coupling with an external magnetic connector (400, 400', 400") to secure the connection between the conduit and the organ.
System for fastening a fender to a frame of a vehicle, comprising a locking device comprising and first and a second portion separated by an abutment or stop element, said first portion being configured to be introduced inside the fender (30, 31) and being provided with at least a prong or wedge-shaped hook, said second portion being configured to be introduced inside a tube integral to the frame of the vehicle, and comprising at least a shaped hole on its own outer surface, said second portion comprising at least a snap hook, configured to engage said hole, and at least a hole in such a position that, when the locking device in introduced inside the tube, said hole is at said hole provided on said tube, characterized in that said system further comprises a safety clip (40, 41) configured to engage said holes (123, 22) provided on the device and on the tube, thus fastening the axial sliding. said first portion being configured to be introduced inside the fender (30, 31) and being provided with at least a prong or wedge-shaped hook, said second portion being configured to be introduced inside a tube integral to the frame of the vehicle, and comprising at least a shaped hole on its own outer surface, said second portion comprising at least a snap hook, configured to engage said hole, and at least a hole in such a position that, when the locking device in introduced inside the tube, said hole is at said hole provided on said tube,
A fluid processing device comprising: a substrate; a plurality of retainment regions (44, 46, 48,50) formed in or on the substrate, comprising at least a first retainment region (44, 46, 50) and a second retainment region, wherein the first and second retainment regions (44, 46, 48, 50) are each in fluid communication with a flow passageway (170,172,174); and a solute bridge valve (70, 72,74) arranged in the flow passageway (170,172, 174) and separating the first retainment region (44, 46, 50) from the second retainment region, characterized in that said solute bridge valve (70, 72,74) comprises a polysaccharide comprising poly(D-glucosamine), a derivative of poly(D-glucosamine), or a combination thereof and wherein said solute bridge valve (70, 72,74) is adapted to dissolve when contacted with an aqueous solution at room temperature and having a pH of 9.5 or lower.
Breast shield arrangement for a breast pump, comprising a breast receiving portion having a flexible collapsible funnel and a rigid frame which are made as a single unit by a two component 2K manufacturing, said flexible funnel having a circumferentially extending wall, said breast receiving portion having a first and second end (310, 320), wherein the flexible funnel and the rigid frame are connected at the first and second end (310, 320) of the breast receiving portion at least at first and second positions (361, 362) during the two component 2K manufacturing; wherein the flexible funnel is configured to collapse if a vacuum is applied to the breast receiving portion via the second end of the breast receiving portion, wherein the vacuum applied at the second end of the breast receiving portion is the only vacuum in the breast shield arrangement wherein (i) the flexible funnel comprises an at least partially circumferentially extending concave portion as seen from the first end of the breast receiving portion, wherein the concave portion is coupled to the first end of the breast receiving portion, or wherein (ii) the rigid frame comprises a first and second end (341, 342) as well as at least one leg between the first and second end (341, 342), wherein the flexible funnel and at least one leg are at least partly connected during the 2K manufacturing at at least a third position. a breast receiving portion having a flexible collapsible funnel and a rigid frame which are made as a single unit by a two component 2K manufacturing, said flexible funnel having a circumferentially extending wall, said breast receiving portion having a first and second end (310, 320), wherein the flexible funnel and the rigid frame are connected at the first and second end (310, 320) of the breast receiving portion at least at first and second positions (361, 362) during the two component 2K manufacturing; wherein the flexible funnel is configured to collapse if a vacuum is applied to the breast receiving portion via the second end of the breast receiving portion, wherein the vacuum applied at the second end of the breast receiving portion is the only vacuum in the breast shield arrangement wherein (i) the flexible funnel comprises an at least partially circumferentially extending concave portion as seen from the first end of the breast receiving portion, wherein the concave portion is coupled to the first end of the breast receiving portion, or wherein (ii) the rigid frame comprises a first and second end (341, 342) as well as at least one leg between the first and second end (341, 342), wherein the flexible funnel and at least one leg are at least partly connected during the 2K manufacturing at at least a third position.
A method for displaying a two-dimensional code, comprising: receiving a two-dimensional code display operation, wherein the two-dimensional code display operation is used to trigger a display of a two-dimensional code image corresponding to target content, and the target content belongs to a first application; and displaying the two-dimensional code image in response to the two-dimensional code display operation, wherein the two-dimensional code image comprises a first primary positioning point, and a second primary positioning point overlapped with the first primary positioning point; the first primary positioning point is located above the second primary positioning point; the first primary positioning point has a predetermined color; and the second primary positioning point has a signature color of the first application, wherein the signature color comprises a first type of color, and a color obtained by binarizing the first type of color is the same as the predetermined color. receiving a two-dimensional code display operation, wherein the two-dimensional code display operation is used to trigger a display of a two-dimensional code image corresponding to target content, and the target content belongs to a first application; and displaying the two-dimensional code image in response to the two-dimensional code display operation, wherein the two-dimensional code image comprises a first primary positioning point, and a second primary positioning point overlapped with the first primary positioning point; the first primary positioning point is located above the second primary positioning point; the first primary positioning point has a predetermined color; and the second primary positioning point has a signature color of the first application, wherein the signature color comprises a first type of color, and a color obtained by binarizing the first type of color is the same as the predetermined color.
A tablet computing device comprising: a top portion including a display; a hinge assembly to secure the top portion to a detachable and re-attachable keyboard accessory; and a barrel portion extending along the length of one of the longer outer edges of the top portion, wherein the barrel portion is at least partially cylindrical, and wherein the barrel portion is configured to be received in a scoop part of the keyboard accessory, wherein the barrel portion and the scoop part come together at the hinge assembly; wherein the hinge assembly comprises a disc-toothed wheel within the barrel portion, wherein the disc-toothed wheel is configured to receive and engage a tooth on a rib arranged in the scoop part of the keyboard accessory to provide resistance to a rotational motion between the hinge assembly and the keyboard accessory. a top portion including a display; a hinge assembly to secure the top portion to a detachable and re-attachable keyboard accessory; and a barrel portion extending along the length of one of the longer outer edges of the top portion, wherein the barrel portion is at least partially cylindrical, and wherein the barrel portion is configured to be received in a scoop part of the keyboard accessory, wherein the barrel portion and the scoop part come together at the hinge assembly; wherein the hinge assembly comprises a disc-toothed wheel within the barrel portion, wherein the disc-toothed wheel is configured to receive and engage a tooth on a rib arranged in the scoop part of the keyboard accessory to provide resistance to a rotational motion between the hinge assembly and the keyboard accessory.
Device for damping torsion oscillations, comprising: - a support able to move rotationally about an axis, - a plurality of pendular bodies, each pendular bodu being movable with respect to the support, and - a plurality of rolling members, each rolling member cooperating with a first rolling track secured to the support and with at least one second rolling track secured to a pendular body, the movement of each pendular body with respect to the support being guided by two of these rolling members, the support comprising a plurality of apertures in each of which two rolling members are received, characterized in that one of these rolling members cooperating with at least one second rolling track secured to one of the pendular bodies and the other of these rolling members cooperating with at least one second rolling track secured to another of these pendular bodies, the said pendular bodies being circumferentially adjacent, each of the said apertures also receiving an elastic return member interposed between the said circumferential adjacent pendular bodies. - a support able to move rotationally about an axis, - a plurality of pendular bodies, each pendular bodu being movable with respect to the support, and - a plurality of rolling members, each rolling member cooperating with a first rolling track secured to the support and with at least one second rolling track secured to a pendular body, the movement of each pendular body with respect to the support being guided by two of these rolling members,
An aerosol product comprising a sprayable fluid comprising an aqueous composition contained within a reservoir of an aerosol dispenser, comprising a valve in fluid communication with the reservoir and an actuator for the valve, a spray nozzle (301, 601, 701, 1101,1201), a swirl chamber (308, 608, 708, 1108, 1208) in fluid communication with a plurality of non-radial inlet channels (307, 607, 707, 1107, 1207) and an outlet orifice (309,609, 709, 1109, 1209) in which outlet orifice has a diameter of at least 0,3 mm, whereby said non-radial inlet channels are channels that encounter the periphery of the swirl chamber at an acute angle to the radius of the chamber, as determined by the orientation of the trailing side of the inlet channel to the swirl chamber, and whereby the leading and trailing sides of the channels are determined in the same direction as the direction of flow of fluid in the swirl chamber, said inlet channels (307, 607, 707, 1107, 1207) having a width, the width of an inlet channel is that which is measured orthogonally to its trailing side, the inlet channel is also having a radial length which is the length measured along the radius between the outer circumference of the swirl chamber and the inner circumference of the annular feed channel in communication with the inlet channel, characterized in that the sum of the widths of the inlet channels (307, 607, 707, 1107, 1207) at its trailing side on entry into the swirl chamber (308, 608, 708, 1108, 1208) is less than the diameter of the swirl chamber and at least 1.5 times the diameter of the outlet orifice (309,609, 709, 1109, 1209), and in that the radial length of the inlet channel is from 2:5 to 2:15 the diameter of the swirl chamber.