mhurhangee/patent-ind-claim-en huggingface dataset:
Washer (10, 10', 10", 10′′′), comprising: a carrier element (12, 12', 12", 12′′′); a counter element (14, 14', 14", 14′′′); and a sensory layer system (16, 16', 16", 16′′′) arranged between the carrier element (12, 12', 12", 12′′′) and the counter element (14, 14', 14", 14′′′) and configured to output a sensor signal on the basis of a force prevailing between the carrier element (12, 12', 12", 12′′′) and the counter element (14, 14', 14", 14′′′) along a screw axis and/or a prevailing pressure force or vibration; wherein the carrier element (12, 12', 12", 12′′′) and the counter element (14, 14', 14", 14′′′) are arranged along a screw axis and wherein the carrier element (12, 12', 12", 12′′′) comprises a geometry that is engageable with a geometry of the counter element (14, 14', 14", 14′′′) so as to limit or prevent a rotation between the carrier element (12, 12', 12", 12′′′) and the counter element (14, 14', 14", 14′′′); wherein the geometry of the carrier element (12, 12', 12", 12′′′) is configured by an inner contour und/or comprises a tooth shape, a multi-tooth shape, or a hexagonal shape; and wherein the geometry of the counter element (14, 14', 14", 14′′′) is configured by an outer contour and/or comprises a tooth shape, a multi-tooth shape, or a hexagonal shape; wherein the carrier element (12, 12', 12", 12′′′) comprises a recess with an inner geometry, wherein the counter element (14, 14', 14", 14′′′) comprises an outer geometry (g14) corresponding to the inner geometry of the carrier element (12, 12', 12", 12′′′). a carrier element (12, 12', 12", 12′′′); a counter element (14, 14', 14", 14′′′); and a sensory layer system (16, 16', 16", 16′′′) arranged between the carrier element (12, 12', 12", 12′′′) and the counter element (14, 14', 14", 14′′′) and configured to output a sensor signal on the basis of a force prevailing between the carrier element (12, 12', 12", 12′′′) and the counter element (14, 14', 14", 14′′′) along a screw axis and/or a prevailing pressure force or vibration; wherein the carrier element (12, 12', 12", 12′′′) and the counter element (14, 14', 14", 14′′′) are arranged along a screw axis and wherein the carrier element (12, 12', 12", 12′′′) comprises a geometry that is engageable with a geometry of the counter element (14, 14', 14", 14′′′) so as to limit or prevent a rotation between the carrier element (12, 12', 12", 12′′′) and the counter element (14, 14', 14", 14′′′); wherein the geometry of the carrier element (12, 12', 12", 12′′′) is configured by an inner contour und/or comprises a tooth shape, a multi-tooth shape, or a hexagonal shape; and wherein the geometry of the counter element (14, 14', 14", 14′′′) is configured by an outer contour and/or comprises a tooth shape, a multi-tooth shape, or a hexagonal shape; wherein the carrier element (12, 12', 12", 12′′′) comprises a recess with an inner geometry, wherein the counter element (14, 14', 14", 14′′′) comprises an outer geometry (g14) corresponding to the inner geometry of the carrier element (12, 12', 12", 12′′′).
Probe for a sensor , said sensor being adapted to measure the concentration of at least one substance of a sample gas based on light spectrum absorption, said probe comprising a light source and detector system establishing a light path passing a measuring region , wherein the probe comprises a sample inlet being in flow communication with the flow of gas to be measured, wherein the probe is configured such that the sample gas is split and enters the measuring region in at least two flows and the sample gas traverses the measuring region with an angle to the light path being higher than 45 degrees, characterized in that the probe is further configured such that this sample inlet is in flow communication with a sample gas conduit which splits into a first branch and a second branch being the inlets to the measuring region for the first and second flows, respectively, wherein the two branches have a relative different flow restriction and the light path further passes at least a first purge gas volume and the first flow is fed into the measuring region in the area close to the first purge gas volume , wherein the probe further comprises a third branch configured such that a third flow of the sample gas is formed and the third flow being fed into the measuring region between the first and second flows through a third branch of the sample gas conduit .
A case comprising: a casing region (130, 131, 131-1) made of metal and configured to cover at least a portion of an apparatus; a coil electrically insulated from the casing region and having a ring shape or a polygonal shape having ends separated from each other, the coil being configured to be disposed outside the apparatus; and an insulating portion (120-1, 120-2, 121-1, 121-2, 122) disposed between the casing region (130, 131, 131-1) and the coil , characterized in that the coil is constituted by a single conductive wire formed across almost the entire edge of the apparatus. a casing region (130, 131, 131-1) made of metal and configured to cover at least a portion of an apparatus; a coil electrically insulated from the casing region and having a ring shape or a polygonal shape having ends separated from each other, the coil being configured to be disposed outside the apparatus; and an insulating portion (120-1, 120-2, 121-1, 121-2, 122) disposed between the casing region (130, 131, 131-1) and the coil , characterized in that the coil is constituted by a single conductive wire formed across almost the entire edge of the apparatus.
Device for closing off a bay formed in a bodywork element of a motor vehicle, comprising a fixed part and at least one panel that is mobile relative to said fixed part, guided in sliding by two rails (15 1 , 15 2 ) carried by said fixed part, said mobile panel bearing two bolts (21 A , 21 B ) capable of cooperating with two corresponding strikers, respectively formed in each of said rails, and being mobile in a direction of unlocking perpendicular to the direction of sliding of said mobile panel, between a locked position in which said bolts are engaged with said strikers, and an unlocked position enabling sliding, in which said bolts are removed from said strikers, said mobile panel carrying actuating means of said bolts, mobile along a direction of actuation parallel to said sliding direction, and angular gear transmission means converting the movement of said actuating means into an unlocking direction to control the shifting of one of said bolts, characterized in that it comprises means for blocking said actuating means, said blocking means and said actuating means can be actuated simultaneously using only one hand.
Cosmetic packaging comprising a base , a cover , a seal and a closing/opening means , the base and the cover being hinged to each other via a pivot connection, the packaging being suitable to occupy two distinct positions, a closed position in which the cover is held in position on the base by the closing/opening means and an open position in which the cover is free to pivot with respect to the base , said closing/opening means comprising: - an additional part which is in sliding or in pivot connection with the cover , - a plurality of locking means integral with the additional part - respectively with the base , said locking means being designed to cooperate, each, with a housing provided in/on the base - respectively in/on the additional part , the plurality of locking means forming, with said housings , a multi-point locking, the seal being provided on the surface of the base - respectively of the cover - so as to be crushed by the cover - respectively by the base - when the packaging is in the closed position, wherein the multi-point locking system applies sufficient pressure on the seal when the packaging is in the closed position so that the sealing against impurities and fluids between the internal and external environments of said packaging , in the closed position, is complete at normal temperature and pressure conditions (CNTP). - an additional part which is in sliding or in pivot connection with the cover , - a plurality of locking means integral with the additional part - respectively with the base , said locking means being designed to cooperate, each, with a housing provided in/on the base - respectively in/on the additional part , the plurality of locking means forming, with said housings , a multi-point locking,
A computer-implemented method comprising: mapping each symbol of data to a frequency combination, wherein each frequency combination includes one or more tone frequencies with one or more overtones; generating a sine wave for each frequency; adding sine waves for a given symbol to obtain a resulting sine wave; applying a window function to the resulting sine wave to obtain an audible data signal; and transmitting , by a speaker, the audible data signal, wherein the transmitted audible data signal resembles sound produced by a particular instrument based on the one or more overtones. mapping each symbol of data to a frequency combination, wherein each frequency combination includes one or more tone frequencies with one or more overtones; generating a sine wave for each frequency; adding sine waves for a given symbol to obtain a resulting sine wave; applying a window function to the resulting sine wave to obtain an audible data signal; and transmitting , by a speaker, the audible data signal, wherein the transmitted audible data signal resembles sound produced by a particular instrument based on the one or more overtones.
A cell that expresses an antibody that binds human CD3 which antibody comprises a heavy chain and a light chain wherein said heavy chain comprises a variable region that comprises the amino acid sequence: with 0-5 amino acid substitutions at one or more positions other than the position indicated by X 1 X 2 and other than the CDR regions; wherein X 1 = N and X 2 = A; X 1 = N and X 2 = T; X 1 = H and X 2 = G; X 1 = D and X 2 = G; or X 1 = H and X 2 = A; and said light chain comprises the O12/IgVK1-39 light chain variable region of figure 23A with 0-5 amino acid substitutions. in the non CDRs regions X 1 = N and X 2 = A; X 1 = N and X 2 = T; X 1 = H and X 2 = G; X 1 = D and X 2 = G; or X 1 = H and X 2 = A; and said light chain comprises the O12/IgVK1-39 light chain variable region of figure 23A with 0-5 amino acid substitutions. in the non CDRs regions
A motor device and a mounting target, the motor device being mounted on the mounting target, the motor device comprising: a motor including a rotary shaft; motor bus bars of a plurality of phases that serve as power supply paths to the motor ; motor bus bars of a plurality of systems, the motor bus bar of each of the systems including the motor bus bars of the plurality of phases; wherein the motor bus bar of at least one of the plurality of systems is disposed on a lower side with respect to the motor bus bar of another of the plurality of systems in the gravity direction, a control circuit that controls power supply to the motor through the motor bus bars; and a housing that accommodates the motor bus bars and the control circuit; wherein in the motor device, predetermined motor bus bars of at least two of the plurality of phases are disposed on a lower side with respect to the control circuit in a gravity direction; and the control circuit includes a water entry detection circuit that detects entry of water into the housing, based on a change in a status of power supply to the predetermined motor bus bars. a motor including a rotary shaft; motor bus bars of a plurality of phases that serve as power supply paths to the motor ; motor bus bars of a plurality of systems, the motor bus bar of each of the systems including the motor bus bars of the plurality of phases; wherein the motor bus bar of at least one of the plurality of systems is disposed on a lower side with respect to the motor bus bar of another of the plurality of systems in the gravity direction, a control circuit that controls power supply to the motor through the motor bus bars; and a housing that accommodates the motor bus bars and the control circuit; wherein in the motor device, predetermined motor bus bars of at least two of the plurality of phases are disposed on a lower side with respect to the control circuit in a gravity direction; and the control circuit includes a water entry detection circuit that detects entry of water into the housing, based on a change in a status of power supply to the predetermined motor bus bars.
An arrangement comprising a superconducting device cooled by a two-stage cryogenic refrigerator, having a first stage and a second stage , such that, in operation the second stage is cooled to a cooler temperature than the first stage; and a current lead for supplying current to the superconducting device , the current lead comprising an HTS conductor extending along a length of the current lead, the HTS conductor being thermally and electrically joined to an electrical shunt , respective voltage taps being connected to respective ends of the HTS conductor for connection to a quench heater in thermal contact with the superconducting device , such that a quench in the HTS conductor will give rise to a voltage appearing between the voltage taps, such voltage being applied to the quench heater to give rise to quench within the superconducting device, the current lead comprising first , second and third (17/24) stages attached in an electrically- and thermally-conductive manner with the HTS conductor overlapping each stage, the first stage of the current lead being cooled by the first stage of the cryogenic refrigerator; the second stage being the electrical shunt ; and the third stage being cooled by the second stage of the cryogenic refrigerator, wherein the superconducting device comprises a plurality of superconducting coils, and each of the superconducting coils is provided with a quench heater in thermal contact therewith and connected to receive the voltage appearing between the voltage taps. the current lead comprising first , second and third (17/24) stages attached in an electrically- and thermally-conductive manner with the HTS conductor overlapping each stage, the first stage of the current lead being cooled by the first stage of the cryogenic refrigerator; the second stage being the electrical shunt ; and the third stage being cooled by the second stage of the cryogenic refrigerator, wherein the superconducting device comprises a plurality of superconducting coils, and each of the superconducting coils is provided with a quench heater in thermal contact therewith and connected to receive the voltage appearing between the voltage taps.
A device for mapping and ablating tissue, comprising: an elongate body comprising a proximal end and a distal end; an electrode assembly located along the distal end of the elongate body , the electrode assembly comprising a first electrode portion and a second electrode portion ; wherein the second electrode portion is positioned adjacent the first electrode portion , the first electrode portion and the second electrode portion being configured to at least partially contact a tissue of a subject and to at least partially ablate said tissue when energized at an operating radiofrequency (RF) range; wherein the first electrode portion is physically separated from the second electrode portion ; wherein a filtering element is configured to electrically couple in series the first electrode portion to the second electrode portion within the operating radiofrequency range such that the first and second electrode portions function as a single longer electrode; and wherein the first and second electrode portions are configured to obtain high-resolution mapping data. an elongate body comprising a proximal end and a distal end; an electrode assembly located along the distal end of the elongate body , the electrode assembly comprising a first electrode portion and a second electrode portion ; wherein the second electrode portion is positioned adjacent the first electrode portion , the first electrode portion and the second electrode portion being configured to at least partially contact a tissue of a subject and to at least partially ablate said tissue when energized at an operating radiofrequency (RF) range; wherein the first electrode portion is physically separated from the second electrode portion ; wherein a filtering element is configured to electrically couple in series the first electrode portion to the second electrode portion within the operating radiofrequency range such that the first and second electrode portions function as a single longer electrode; and wherein the first and second electrode portions are configured to obtain high-resolution mapping data.
A method for identifying interdependent cartridges comprising: detecting a signal from an indication switch on a first cartridge , wherein the signal results from a user manually actuating the indication switch ; detecting a second interdependent cartridge based on interdependence information; and activating an interdependence indicator on the first cartridge and an interdependence indicator on the second cartridge; wherein the interdependence information is stored in a memory device within a chassis controller or in a memory device within a cartridge. detecting a signal from an indication switch on a first cartridge , wherein the signal results from a user manually actuating the indication switch ; detecting a second interdependent cartridge based on interdependence information; and activating an interdependence indicator on the first cartridge and an interdependence indicator on the second cartridge; wherein the interdependence information is stored in a memory device within a chassis controller or in a memory device within a cartridge.
A gas exchanger (10; 100) comprising: a gas exchanger housing (12; 102) including an outer wall, at least one lid, and a gas exchanger core which defines an inner wall and having a blood inlet for receiving a blood supply and a blood outlet, the gas exchanger housing (12; 102) defining a gas exchanger volume; a hollow fiber bundle disposed within the housing (12; 102) between the gas exchanger core and the outer wall, the hollow fiber bundle comprising hollow gas permeable fibers, each fiber having first and second ends and a hollow interior, wherein the first ends of the hollow gas permeable fibers are located in a first potting that is located at or near the lid; and a gas inlet compartment including a gas inlet (22; 112) for receiving an oxygen supply and directing the oxygen supply to the first ends of the hollow gas permeable fibers; characterized in that the gas inlet compartment includes at least one restriction element (32, 34; 132) that concentrically surrounds the gas inlet (22; 112), wherein the one or more restriction elements (32, 34; 132) are moveable such that the one or more restriction elements (32, 34; 132) can assume a first position that is open in order to allow the oxygen supply to reach all of the first ends of the hollow gas permeable fibers and a second position that is compressed against the first potting such that the oxygen supply only reaches a portion of the hollow gas permeable fibers . a gas exchanger housing (12; 102) including an outer wall, at least one lid, and a gas exchanger core which defines an inner wall and having a blood inlet for receiving a blood supply and a blood outlet, the gas exchanger housing (12; 102) defining a gas exchanger volume; a hollow fiber bundle disposed within the housing (12; 102) between the gas exchanger core and the outer wall, the hollow fiber bundle comprising hollow gas permeable fibers, each fiber having first and second ends and a hollow interior, wherein the first ends of the hollow gas permeable fibers are located in a first potting that is located at or near the lid; and a gas inlet compartment including a gas inlet (22; 112) for receiving an oxygen supply and directing the oxygen supply to the first ends of the hollow gas permeable fibers; characterized in that the gas inlet compartment includes at least one restriction element (32, 34; 132) that concentrically surrounds the gas inlet (22; 112), wherein the one or more restriction elements (32, 34; 132) are moveable such that the one or more restriction elements (32, 34; 132) can assume a first position that is open in order to allow the oxygen supply to reach all of the first ends of the hollow gas permeable fibers and a second position that is compressed against the first potting such that the oxygen supply only reaches a portion of the hollow gas permeable fibers .
Electronic chip comprising at least: - an electronic circuit arranged on the side of a front face of a substrate ; - a resistive element arranged on the side of a rear face of the substrate and directly in line with at least one part of the electronic circuit ; - two electrically conductive vias passing through the substrate and extending between the front and rear faces of the substrate , each electrically connected to the electronic circuit and to one of at least two ends of the resistive element such that the value of the electrical resistance of the resistive element can be measured by the electronic circuit , and masked at least partially by the resistive element on the side of the rear face of the substrate ; and a): further comprising a weakening structure formed of blind holes such that: - each of the blind holes passes through the rear face of the substrate and a part of the thickness of the substrate , - each of the blind holes comprises a section, at the rear face of the substrate , of shape and external dimensions substantially similar to those of each of the electrically conductive vias , and - in each of the blind holes , at least one portion of the substrate extends between the rear face of the substrate and a bottom wall of the blind hole and is masked by the resistive element on the side of the rear face of the substrate , and/or b): in which the resistive element comprises first and second parts spaced apart from each other, arranged at least partially one above the other such that the first part is arranged between the rear face of the substrate and the second part , electrically connected to each other, and together forming at least one coil pattern and/or several alternating patterns, intermingled patterns, wound up patterns, or intertwined patterns. - an electronic circuit arranged on the side of a front face of a substrate ; - a resistive element arranged on the side of a rear face of the substrate and directly in line with at least one part of the electronic circuit ; - two electrically conductive vias passing through the substrate and extending between the front and rear faces of the substrate , each electrically connected to the electronic circuit and to one of at least two ends of the resistive element such that the value of the electrical resistance of the resistive element can be measured by the electronic circuit , and masked at least partially by the resistive element on the side of the rear face of the substrate ; - each of the blind holes passes through the rear face of the substrate and a part of the thickness of the substrate , - each of the blind holes comprises a section, at the rear face of the substrate , of shape and external dimensions substantially similar to those of each of the electrically conductive vias , and - in each of the blind holes , at least one portion of the substrate extends between the rear face of the substrate and a bottom wall of the blind hole and is masked by the resistive element on the side of the rear face of the substrate ,
A nutritional supplement composition comprising a potato polysaccharide preparation obtained from raw potatos, wherein the potato polysaccharide preparation comprises at least 3,4-Furandimethanol,diacetate, 1,2,3,4,5-penta-o-acetyl-D-xylitol, 3,5-diacetoxy-benzylalchohol and D-glucitol-hexaacetate, wherein at least 80 percent of said potato polysaccharide preparation is potato polysaccharide.