mhurhangee/ep-ind-claims huggingface dataset:
A transport climate control system (110, 132, 145, 162, 187), the transport climate control system (110, 132, 145, 162, 187) comprising: a compressor; a motor-generator-rectifier machine; a belt drive connected to the motor-generator-rectifier machine and the compressor; at least one condenser fan; at least one evaporator fan; and a DC to DC converter, wherein the motor-generator-rectifier machine connects to the at least one condenser fan, the at least one evaporator fan, and the DC to DC converter, wherein the motor-generator-rectifier machine includes: a motor; a low voltage AC generator connected to the motor, the low voltage AC generator and the motor being on a same shaft of the motor-generator-rectifier machine; and an active rectifier connected to the low voltage AC generator, wherein the motor-generator-rectifier machine is configured to provide a first low voltage DC power to the at least one condenser fan, the at least one evaporator fan, and the DC to DC converter, and the DC to DC converter is configured to convert the first low voltage DC power to a second low voltage DC power that is different from the first low voltage DC power. a compressor; a motor-generator-rectifier machine; a belt drive connected to the motor-generator-rectifier machine and the compressor; at least one condenser fan; at least one evaporator fan; and a DC to DC converter, wherein the motor-generator-rectifier machine connects to the at least one condenser fan, the at least one evaporator fan, and the DC to DC converter, wherein the motor-generator-rectifier machine includes: a motor; a low voltage AC generator connected to the motor, the low voltage AC generator and the motor being on a same shaft of the motor-generator-rectifier machine; and an active rectifier connected to the low voltage AC generator, a motor; a low voltage AC generator connected to the motor, the low voltage AC generator and the motor being on a same shaft of the motor-generator-rectifier machine; and an active rectifier connected to the low voltage AC generator, wherein the motor-generator-rectifier machine is configured to provide a first low voltage DC power to the at least one condenser fan, the at least one evaporator fan, and the DC to DC converter, and the DC to DC converter is configured to convert the first low voltage DC power to a second low voltage DC power that is different from the first low voltage DC power.
Capsular tension ring for implantation in the capsular bag of an eye, wherein the capsular tension ring has two chambers (12, 14) which are formed by two annular tubes which are joined together seamlessly and which each extend in a circumferential direction of the capsular tension ring, wherein the chambers (12, 14) are each adapted to receive a fluid, and wherein the capsular tension ring has a groove extending in the circumferential direction in order thereby to fix an intraocular lens in position.
An assembly comprising a nut plate (340, 700, 810, 1110, 1230, 1310) engaging a secondary support structure (240, 310, 610, 820, 900, 1220) having a gauge, the nut plate (340, 700, 810, 1110, 1230, 1310) including at least one locator protrusion (430, 440, 470, 702, 704, 706, 850, 1170, 1312) engaging a mounting hole (310, 314, 316, 320, 620, 630, 732, 734) in the secondary support structure (240, 310, 610, 820, 900, 1220) to constrain motion of the nut plate (340, 700, 810, 1110, 1230, 1310) along the secondary support structure (240, 310, 610, 820, 900, 1220), the nut plate (340, 700, 810, 1110, 1230, 1310) further including means (U, 860, 1150, 1160, 1314) for additionally constraining motion of the nut plate (340, 700, 810, 1110, 1230, 1310) away from the secondary support structure (240, 310, 610, 820, 900, 1220), wherein the nut plate (340, 700, 810, 1110, 1230, 1310) includes a body (410, 820, 1120) having an internally threaded bore (450, 460, 708, 840, 1140, 1235).
Method for establishing a leakage coefficient (ω) of a hydraulic cylinder unit having a hydraulic cylinder, a piston that is displaceable in the hydraulic cylinder and a servo valve, wherein the piston separates a first and a second working volume (5A, 5B) of the hydraulic cylinder unit from one another, wherein the servo valve is connected to a hydraulic pump, a tank and the first and the second working volume (5A, 5B), - wherein a pump pressure (pP) is applied to the servo valve via the hydraulic pump and the tank has a tank pressure (pT), - wherein the servo valve is set to a defined valve position (y), - wherein a piston position (z) of the piston in the hydraulic cylinder and a first and a second working pressure (pA, pB), which are applied to the first and the second working volume (5A, 5B), are captured, - wherein an evaluation device receives the piston position (z), the first and the second working pressure (pA, pB) and the valve position (y), - wherein the evaluation device establishes the leakage coefficient (ω) on the basis of the piston position (z), the first and the second working pressure (pA, pB), the valve position (y), the pump pressure (pP) and a tank pressure (pT) in conjunction with time-invariant parameters of the hydraulic cylinder unit. - wherein a pump pressure (pP) is applied to the servo valve via the hydraulic pump and the tank has a tank pressure (pT), - wherein the servo valve is set to a defined valve position (y), - wherein a piston position (z) of the piston in the hydraulic cylinder and a first and a second working pressure (pA, pB), which are applied to the first and the second working volume (5A, 5B), are captured, - wherein an evaluation device receives the piston position (z), the first and the second working pressure (pA, pB) and the valve position (y), - wherein the evaluation device establishes the leakage coefficient (ω) on the basis of the piston position (z), the first and the second working pressure (pA, pB), the valve position (y), the pump pressure (pP) and a tank pressure (pT) in conjunction with time-invariant parameters of the hydraulic cylinder unit.
Triaxial laid scrim, comprising a first, second and third set of continuous fibers, wherein - the fibers of each set of fibers are regularly spaced apart and are parallel to each other, - the fibers of the first set of fibers are parallel to the warp direction (machine direction) or to the weft direction (cross-machine direction) of the scrim, - the fibers of the second set of fibers and the fibers of the third set of fibers are oriented symmetrically to each other, respectively at an angle (-α) and (+α) of between 30° and 80° with respect to the fibers of the first set of fibers, - the distance between the fibers of the second set of fibers is identical to the distance between the fibers of the third set of fibers, - the fibers of the second set of fibers cross the fibers of the third set of fibers at the intersection thereof with the fibers of the first set of fibers, thereby defining regular openings having the shape of isosceles triangles, - the fibers of the first set of fibers being divided into a first subset of fibers and a second subset of fibers, each subset of fibers forming a separate layer of fibers and - the fibers are coated and attached to each other by means of a coating that does not fill-up the triangle-shaped openings. - the fibers of each set of fibers are regularly spaced apart and are parallel to each other, - the fibers of the first set of fibers are parallel to the warp direction (machine direction) or to the weft direction (cross-machine direction) of the scrim, - the fibers of the second set of fibers and the fibers of the third set of fibers are oriented symmetrically to each other, respectively at an angle (-α) and (+α) of between 30° and 80° with respect to the fibers of the first set of fibers, - the distance between the fibers of the second set of fibers is identical to the distance between the fibers of the third set of fibers, - the fibers of the second set of fibers cross the fibers of the third set of fibers at the intersection thereof with the fibers of the first set of fibers, thereby defining regular openings having the shape of isosceles triangles, - the fibers of the first set of fibers being divided into a first subset of fibers and a second subset of fibers, each subset of fibers forming a separate layer of fibers and - the fibers are coated and attached to each other by means of a coating that does not fill-up the triangle-shaped openings.
Sleeve fastening system intended to be fastened to a joist pierced with a hole (106a-b) and to receive two pipes (50a-b), said sleeve fastening system having: - a cylinder of which each end is intended to receive a pipe (50a-b) by fitting, wherein the wall of said cylinder has at least one tunnel cut into it that is sealed with respect to the inside of the cylinder, wherein the cylinder is intended to be fitted into a hole (106a-b) in the joist, - a flange as one with the cylinder and extending around the cylinder, wherein each tunnel has a first and a second opening (156a-b) that both emerge outside the wall of the cylinder and on either side of the flange, wherein the flange has a bearing face intended to bear against the joist and a free face opposite, and - for each tunnel, a holding system (160, 260) having a link, a shoe as one with a first end of the link and a locking system (166, 266), wherein the link is housed in the tunnel such that the shoe is blocked at the first opening that is on the side of the free face and such that the second end of the link exits via the second opening on the side of the bearing face and wherein the locking system (166, 266) has an attachment means (166b, 266b) that attaches to the second end of the link and a bearing surface (166a, 266a) intended to come to bear against the joist. - a cylinder of which each end is intended to receive a pipe (50a-b) by fitting, wherein the wall of said cylinder has at least one tunnel cut into it that is sealed with respect to the inside of the cylinder, wherein the cylinder is intended to be fitted into a hole (106a-b) in the joist, - a flange as one with the cylinder and extending around the cylinder, wherein each tunnel has a first and a second opening (156a-b) that both emerge outside the wall of the cylinder and on either side of the flange, wherein the flange has a bearing face intended to bear against the joist and a free face opposite, and - for each tunnel, a holding system (160, 260) having a link, a shoe as one with a first end of the link and a locking system (166, 266), wherein the link is housed in the tunnel such that the shoe is blocked at the first opening that is on the side of the free face and such that the second end of the link exits via the second opening on the side of the bearing face and wherein the locking system (166, 266) has an attachment means (166b, 266b) that attaches to the second end of the link and a bearing surface (166a, 266a) intended to come to bear against the joist.
Implant, in particular for restoration and/or regeneration of human and/or animal tissue, having a layered structure, comprising at least a first pericardium layer and a second pericardium layer, characterized in that the first pericardium layer has a film-like structure and the second pericardium layer has a sponge-like structure.
A terminal device comprising: a synchronization processing unit configured to perform synchronization processing with another terminal device via radio communication, based on one of a plurality of synchronization signals for radio communication; and a control unit, characterized in that each of the plurality of synchronization signals comprises a priority as an attribute, wherein the priority of a synchronization signal is based on one or more of - the originating device of the synchronization signal, - the sending device of the synchronization signal, and - the number of relays of the synchronization signal, and the control unit is configured to control a monitoring period for each of the plurality of synchronization signals in accordance with the priority of the respective synchronization signal, and monitor a synchronization state of the one of the synchronization signals within the monitoring period corresponding to the respective synchronization signal, in order to conduct at least one of determining establishment of the synchronization by the one of the plurality of synchronization signals, maintaining the synchronization by the one of the plurality of synchronization signals, and re-searching another synchronization signal among the plurality of synchronization signals in case of occurrence of an out-of-sync condition after establishment of the synchronization. a synchronization processing unit configured to perform synchronization processing with another terminal device via radio communication, based on one of a plurality of synchronization signals for radio communication; and a control unit, each of the plurality of synchronization signals comprises a priority as an attribute, wherein the priority of a synchronization signal is based on one or more of - the originating device of the synchronization signal, - the sending device of the synchronization signal, and - the number of relays of the synchronization signal, and - the originating device of the synchronization signal, - the sending device of the synchronization signal, and - the number of relays of the synchronization signal, and the control unit is configured to control a monitoring period for each of the plurality of synchronization signals in accordance with the priority of the respective synchronization signal, and monitor a synchronization state of the one of the synchronization signals within the monitoring period corresponding to the respective synchronization signal, in order to conduct at least one of determining establishment of the synchronization by the one of the plurality of synchronization signals, maintaining the synchronization by the one of the plurality of synchronization signals, and re-searching another synchronization signal among the plurality of synchronization signals in case of occurrence of an out-of-sync condition after establishment of the synchronization.
A photoelectric conversion element (100, 110, 120) comprising: a pair of electrodes (5, 20) that face one another; a porous oxide semiconductor layer (3, 3a, 3b) provided on one of the pair of electrodes; an electrolyte disposed between the pair of electrodes; and a sealing part that connects the pair of electrodes, and surrounds and seals the porous oxide semiconductor layer and the electrolyte, wherein at least a portion of the sealing part is constituted by an inorganic sealing part formed of an inorganic material and formed on a surface of at least one of the pair of electrodes so as to surround the porous oxide semiconductor layer and a resin sealing part that is directly connected to the inorganic sealing part along a direction of connecting the pair of electrodes and formed of a material including a resin; the inorganic material constituting the inorganic sealing part includes a lead-free transparent low-melting glass frit, oxides, carbides and nitrides; and a region on a surface of the inorganic sealing part on a side closer to the electrolyte than a region connected to the resin sealing part is covered with a protective resin layer that is resistant to the electrolyte, so that the inorganic sealing part is prevented from contact with the electrolyte. a pair of electrodes (5, 20) that face one another; a porous oxide semiconductor layer (3, 3a, 3b) provided on one of the pair of electrodes; an electrolyte disposed between the pair of electrodes; and a sealing part that connects the pair of electrodes, and surrounds and seals the porous oxide semiconductor layer and the electrolyte, wherein at least a portion of the sealing part is constituted by an inorganic sealing part formed of an inorganic material and formed on a surface of at least one of the pair of electrodes so as to surround the porous oxide semiconductor layer and a resin sealing part that is directly connected to the inorganic sealing part along a direction of connecting the pair of electrodes and formed of a material including a resin; the inorganic material constituting the inorganic sealing part includes a lead-free transparent low-melting glass frit, oxides, carbides and nitrides; and a region on a surface of the inorganic sealing part on a side closer to the electrolyte than a region connected to the resin sealing part is covered with a protective resin layer that is resistant to the electrolyte, so that the inorganic sealing part is prevented from contact with the electrolyte.
A play compound, characterised in that: said play compound is configured to be formed by adding a powder with a liquid in a cavity of a container, said powder including a plurality of components required to form the play compound and mixing the powder and liquid for a period of time sufficient to cause the play compound to be formed; and the powder comprises: (i) a gum; (ii) a borax; (iii) a suitable colour pigment or combination of colour pigments; (iv) a starch; (v) a phosphate; (vi) an ethanol; and (vii) an acetate. (i) a gum; (ii) a borax; (iii) a suitable colour pigment or combination of colour pigments; (iv) a starch; (v) a phosphate; (vi) an ethanol; and (vii) an acetate.
A method for extracting short circulating nucleic acids having size below three hundred base pairs from plasma or serum, the method comprising the successive steps of: a. Taking the plasma or serum, supposed to contain the circulating nucleic acids, that has been provided; b. Contacting the plasma or serum with: - a lysis solution comprising at least a chaotropic agent; - a binding solution comprising at least PEG having a molecular weight between 6000 Da and 10000 Da, wherein the binding solution is free of ethanol and isopropanol; - a solid support capable of capturing at least part of the circulating nucleic acids; c. Separating said solid support from the lysis solution, from the binding solution and from the plasma or serum; d. Washing said solid support with a washing solution, wherein the washing solution is free of an alcohol. a. Taking the plasma or serum, supposed to contain the circulating nucleic acids, that has been provided; b. Contacting the plasma or serum with: - a lysis solution comprising at least a chaotropic agent; - a binding solution comprising at least PEG having a molecular weight between 6000 Da and 10000 Da, wherein the binding solution is free of ethanol and isopropanol; - a solid support capable of capturing at least part of the circulating nucleic acids; - a lysis solution comprising at least a chaotropic agent; - a binding solution comprising at least PEG having a molecular weight between 6000 Da and 10000 Da, wherein the binding solution is free of ethanol and isopropanol; - a solid support capable of capturing at least part of the circulating nucleic acids; c. Separating said solid support from the lysis solution, from the binding solution and from the plasma or serum; d. Washing said solid support with a washing solution, wherein the washing solution is free of an alcohol.
A semiconductor package, comprising: a first bottom die and a second bottom die on a package substrate, wherein the first bottom die is adjacent to the second bottom die; a plurality of first top dies (1 10a) on the first bottom die, and a plurality of second top dies on the second bottom die; a plurality of thermally conductive slugs (141a,b) on the first bottom die and the second bottom die, wherein the plurality of thermally conductive slugs are comprised of a high thermal conductive material, and wherein the plurality of thermally conductive slugs include a plurality of first thermally conductive slugs and a second thermally conductive slug, wherein the second thermally conductive slug is directly positioned on the first bottom die and the second bottom die; an encapsulation layer over the first and second bottom dies, wherein the encapsulation layer surrounds the plurality of first top dies, the plurality of second top dies, and the second thermally conductive slug; and a thermal interface material, TIM, over the plurality of first top dies, the plurality of second top dies, the plurality of thermally conductive slugs, and the encapsulation layer. a first bottom die and a second bottom die on a package substrate, wherein the first bottom die is adjacent to the second bottom die; a plurality of first top dies (1 10a) on the first bottom die, and a plurality of second top dies on the second bottom die; a plurality of thermally conductive slugs (141a,b) on the first bottom die and the second bottom die, wherein the plurality of thermally conductive slugs are comprised of a high thermal conductive material, and wherein the plurality of thermally conductive slugs include a plurality of first thermally conductive slugs and a second thermally conductive slug, wherein the second thermally conductive slug is directly positioned on the first bottom die and the second bottom die; an encapsulation layer over the first and second bottom dies, wherein the encapsulation layer surrounds the plurality of first top dies, the plurality of second top dies, and the second thermally conductive slug; and a thermal interface material, TIM, over the plurality of first top dies, the plurality of second top dies, the plurality of thermally conductive slugs, and the encapsulation layer.
Propylene copolymer having (a) a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 in the range of more than 0.5 to below 2.5 g/10min, (b) a xylene cold soluble content determined according ISO 16152 (25 °C) in the range of 30.0 to 40.0 wt.-%, (c) a comonomer content in the range of more than 7.5 to 12.0 wt.-%, wherein further the comonomer content of xylene cold soluble fraction of the propylene copolymer is in the range of 16.0 to 28.0 wt.-%. (a) a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 in the range of more than 0.5 to below 2.5 g/10min, (b) a xylene cold soluble content determined according ISO 16152 (25 °C) in the range of 30.0 to 40.0 wt.-%, (c) a comonomer content in the range of more than 7.5 to 12.0 wt.-%,
A feeder for feeding envelopes in a mail handling machine comprising a transport deck for receiving a stack of envelopes, feed rollers for conveying downstream envelopes towards a reference wall leaving a clearance path for the envelopes; and a stack sensor for detecting the presence of said stack of envelopes at a predetermined height threshold; characterized in that it further comprises a control unit configured for decreasing acceleration of said feed rollers when the stack of envelopes goes below said predetermined height threshold.
A laundry dryer comprising a body; a drum which is disposed in the body and wherein the laundry is loaded; a motor which is configured to drive and rotate the drum; a belt which is configured to transmit the movement of the motor to the drum; a fan which is configured to provide the circulation of the drying air in the drying cycle; an evaporator which is configured to dehumidify the drying air; a condenser which is configured to heat the dehumidified drying air; a first temperature sensor which is disposed at the air outlet of the drum and which is configured to measure the temperature of the drying air at the outlet of the drum; and a second temperature sensor which is disposed between the evaporator and the condenser and which is configured to measure the temperature of the drying air passed over the evaporator characterized by a control unit which is configured to determine whether the rotation of the drum is locked or not by using the temperature difference value between the temperature value received from the first temperature sensor and the temperature value received from the second temperature sensor.