mhurhangee/ep-ind-claims huggingface dataset:
Measuring device for capturing instantaneous deformation of a component, having at least one sensor device, which can be fastened to the component, and at least one measuring electronic system, which is connected to the sensor device for signalling purposes, wherein the measuring electronic system is configured to determine the instantaneous deformation of the component from electrical resistance measurements at the sensor device, wherein, in order to measure the instantaneous deformation of the component, the sensor device has at least one sensor layer, which can be fastened to the component and has a carrier material and electrically conductive particles embedded therein, and at least three contact pairs each with two electrical measuring contacts arranged at a distance from one another on the sensor layer, wherein the contact pairs are arranged relative to one another in such a manner that it is possible to determine instantaneous deformations of the sensor layer in at least three different directions using electrical resistance measurements, and a multiplicity of measuring contacts spaced apart from one another are arranged on the sensor layer, wherein the measuring contacts are arranged in a matrix-like manner in a regular pattern, characterized in that the measuring electronic system is configured to determine forces instantaneously acting on the component in a location-dependent manner, wherein the sensor layer has a total of nine electrical measuring contacts which are arranged in the form of a 3x3 matrix with respect to one another.
A method for selectively amplifying target nucleic acid fragments having an overlapping region, comprising the steps of: a) obtaining a first nucleic acid sequence comprising a first tag and a first forward primer complementary to a first target nucleic acid fragment, where t2 is 5'-end to F1; b) obtaining a second nucleic acid sequence comprising a second tag and a first reverse primer complementary to the first target nucleic acid fragment, where t1 is 5'-end to R1; c) obtaining a third nucleic acid sequence comprising the second tag and a second forward primer complementary to a second target nucleic acid fragment, where t1 is 5'-end to F2; d) obtaining a fourth nucleic acid sequence comprising a third tag, and a second reverse primer complementary to the second nucleic acid fragment, where t3 is 5'-end to R2, wherein the first and the second target nucleic acid fragments have an overlapping region; e) mixing the first and the second target nucleic acid fragments, the first, the second, the third, and the fourth nucleic acid sequences, and an effective amount of reagents necessary for performing a polymerase chain reaction; f) cycling the mixture of (e) through denaturing, annealing and primer extension steps of PCR for at least two times; and g) cycling the mixture of (f) through denaturing, annealing and primer extension steps of PCR at an annealing temperature higher than that in step (f) to obtain amplification products. a) obtaining a first nucleic acid sequence comprising a first tag and a first forward primer complementary to a first target nucleic acid fragment, where t2 is 5'-end to F1; b) obtaining a second nucleic acid sequence comprising a second tag and a first reverse primer complementary to the first target nucleic acid fragment, where t1 is 5'-end to R1; c) obtaining a third nucleic acid sequence comprising the second tag and a second forward primer complementary to a second target nucleic acid fragment, where t1 is 5'-end to F2; d) obtaining a fourth nucleic acid sequence comprising a third tag, and a second reverse primer complementary to the second nucleic acid fragment, where t3 is 5'-end to R2, wherein the first and the second target nucleic acid fragments have an overlapping region; e) mixing the first and the second target nucleic acid fragments, the first, the second, the third, and the fourth nucleic acid sequences, and an effective amount of reagents necessary for performing a polymerase chain reaction; f) cycling the mixture of (e) through denaturing, annealing and primer extension steps of PCR for at least two times; and g) cycling the mixture of (f) through denaturing, annealing and primer extension steps of PCR at an annealing temperature higher than that in step (f) to obtain amplification products.
A fastener tape comprising two fabric tapes, which extend in a longitudinal direction, and are made by interweaving high-melting warp yarns (m) and weft yarns (p) in longitudinal and transverse directions, respectively, wherein a cross-sectional view shows that the fabric tapes each comprise an outer connecting portion and an inner connecting portion, which are arranged left and right in the transverse direction and are connected by the weft yarns (p); the fastener tape further comprises high-melting fastener teeth and sewing thread; wherein the fastener teeth are sewn to an outer side of the inner connecting portion through the sewing thread; the outer connecting portion is used for connecting a fabric; the inner connecting portion comprises a teeth sewing region (b) bound with the sewing thread; a low-melting component is provided in at least the teeth sewing region (b) of the inner connecting portion; and the low-melting component thermally welds the sewing thread, the warp yarns (m), and the weft yarns (p), such that at least the teeth sewing region (b) is formed into a hardened structure; wherein the low-melting component is a long strip, which is made from a low-melting material and is in a shape of a yarn, a long wire, or a long sheet; and alternatively, the low-melting component is a long strip, which is made by mixing a low-melting material with a high-melting material and is in a shape of a yarn, a long wire, or a long sheet, characterized in that a collection of all the warp yarns (m) in the teeth sewing region (b) is partially made of the long strip, wherein the long strip is interwoven with the weft yarns (p), such that the fabric layer including the low-melting component is directly formed in the teeth sewing region (b) and/or two layers (311, 312) of fabric tapes are at least provided in the teeth sewing region (b); a pocket-shaped space extending in the longitudinal direction is constructed between the two layers of fabric tapes; and the low-melting component is provided in the pocket-shaped space to thermally weld the two layers of fabric tapes. a collection of all the warp yarns (m) in the teeth sewing region (b) is partially made of the long strip, wherein the long strip is interwoven with the weft yarns (p), such that the fabric layer including the low-melting component is directly formed in the teeth sewing region (b) and/or two layers (311, 312) of fabric tapes are at least provided in the teeth sewing region (b); a pocket-shaped space extending in the longitudinal direction is constructed between the two layers of fabric tapes; and the low-melting component is provided in the pocket-shaped space to thermally weld the two layers of fabric tapes.
A washing machine comprising: a case including a front panel having a laundry loading/unloading opening through which laundry is introduced; a door mounted at the case to open or close the laundry loading/unloading opening; a tub disposed inside the case, wherein the tub includes an opening connected to the laundry loading/unloading opening and an end wall facing the laundry loading/unloading opening; a drum rotatably disposed inside the tub; an air inflow channel configured to guide air to flow through an air inlet formed at one portion of the end wall into a central portion of the drum in which a pressure decreases while the drum rotates; and a cover member mounted on an outer surface of the end wall to constitute the air inflow channel and including an external air inlet through which air is introduced, wherein the external air inlet is disposed at an upper portion of the tub. a case including a front panel having a laundry loading/unloading opening through which laundry is introduced; a door mounted at the case to open or close the laundry loading/unloading opening; a tub disposed inside the case, wherein the tub includes an opening connected to the laundry loading/unloading opening and an end wall facing the laundry loading/unloading opening; a drum rotatably disposed inside the tub; an air inflow channel configured to guide air to flow through an air inlet formed at one portion of the end wall into a central portion of the drum in which a pressure decreases while the drum rotates; and a cover member mounted on an outer surface of the end wall to constitute the air inflow channel and including an external air inlet through which air is introduced, wherein the external air inlet is disposed at an upper portion of the tub.
A storage system, wherein the system comprises: N storage devices, wherein each storage device comprises at least one processing unit, a switch unit, and at least one storage unit, and the switch unit comprises at least two uplink port, U, and at least two downlink ports, D; the at least two uplink ports comprise at least one first uplink port and a second uplink port, and the at least one processing unit is connected to the at least one first uplink port; the at least two downlink ports comprise at least one first downlink port and a second downlink port, and the at least one storage unit is connected to the at least one first downlink port; and the N storage devices are connected in a ring shape, wherein in the N storage devices, a second downlink port of an i th storage device is connected to a second uplink port of an (i+1) th storage device, a second downlink port of an N th storage device is connected to a second uplink port of a first storage device, i=1,..., and N-1, and N ≥ 2; wherein there is a connection link between any downlink port of the at least two downlink ports and any uplink port of the at least two uplink ports of the switch unit. N storage devices, wherein each storage device comprises at least one processing unit, a switch unit, and at least one storage unit, and the switch unit comprises at least two uplink port, U, and at least two downlink ports, D; the at least two uplink ports comprise at least one first uplink port and a second uplink port, and the at least one processing unit is connected to the at least one first uplink port; the at least two downlink ports comprise at least one first downlink port and a second downlink port, and the at least one storage unit is connected to the at least one first downlink port; and the N storage devices are connected in a ring shape, wherein in the N storage devices, a second downlink port of an i th storage device is connected to a second uplink port of an (i+1) th storage device, a second downlink port of an N th storage device is connected to a second uplink port of a first storage device, i=1,..., and N-1, and N ≥ 2; wherein there is a connection link between any downlink port of the at least two downlink ports and any uplink port of the at least two uplink ports of the switch unit.
A buckle, of which engagement claw can be engaged with a serrate engagement groove formed on an outer surface of a band, the buckle comprising: a buckle main body composed of a base plate and a roof frame opposed to each other, and two side plates connecting the base plate and the roof frame, wherein an inside of the buckle main body is an insertion space for the band; and an operation piece being horizontally installed inside the roof frame, and having, on an under surface of one end thereof, the engagement claw that can be engaged with the engagement groove of the band, wherein an other end thereof is a pressing portion for releasing the engagement, wherein the operation piece is movably supported by a connecting shaft connecting the two side plates in an intermediate point, whereby allowing the operation piece to swing around the intermediate point as a fulcrum, wherein the buckle main body is provided with a control piece for controlling a swing of the operation piece, and wherein the engagement claw is engaged with the engagement groove of the band, and in such a locked state, when the band enters the insertion space of the buckle, a top face of the band comes in contact with the engagement claw of the operation piece, characterized in that the band advances while pushing up the one end of the operation piece, and the operation piece returns to an initial position by recoil by touching the control piece, whereby allowing the band to advance but not to retreat, relatively to the buckle. a buckle main body composed of a base plate and a roof frame opposed to each other, and two side plates connecting the base plate and the roof frame, wherein an inside of the buckle main body is an insertion space for the band; and an operation piece being horizontally installed inside the roof frame, and having, on an under surface of one end thereof, the engagement claw that can be engaged with the engagement groove of the band, wherein an other end thereof is a pressing portion for releasing the engagement, wherein the operation piece is movably supported by a connecting shaft connecting the two side plates in an intermediate point, whereby allowing the operation piece to swing around the intermediate point as a fulcrum, wherein the buckle main body is provided with a control piece for controlling a swing of the operation piece, and wherein the engagement claw is engaged with the engagement groove of the band, and in such a locked state, when the band enters the insertion space of the buckle, a top face of the band comes in contact with the engagement claw of the operation piece, characterized in that the band advances while pushing up the one end of the operation piece, and the operation piece returns to an initial position by recoil by touching the control piece, whereby allowing the band to advance but not to retreat, relatively to the buckle.
A vascular occluder including: first and second baffle members (14, 16), each baffle member including an annular expansion device (18, 20) and a membrane (22, 24) extending across an opening of the expansion device, one of the first and second baffle members (14, 16) being impermeable to fluid and the other of the first and second baffle members (14, 16) being permeable to fluid, and at least one spacer element (28, 30) disposed between the first and second baffle members (14, 16) to hold the first and second baffle members at a distance from one another so as to provide a chamber between the first and second baffle members; wherein the first baffle member includes an opening for removably receiving a delivery catheter. first and second baffle members (14, 16), each baffle member including an annular expansion device (18, 20) and a membrane (22, 24) extending across an opening of the expansion device, one of the first and second baffle members (14, 16) being impermeable to fluid and the other of the first and second baffle members (14, 16) being permeable to fluid, and at least one spacer element (28, 30) disposed between the first and second baffle members (14, 16) to hold the first and second baffle members at a distance from one another so as to provide a chamber between the first and second baffle members;
A torque sensor (50, 450, 850), comprising: a first rotor (60, 460, 860); a plurality of bar magnets (62-84, 462-484, 870-916); a second rotor defining an interior region, the first rotor (60, 460, 860) being rotatably disposed in the interior region; and a first Hall effect sensor; characterized in that the first rotor (60, 460, 860) has a plurality of apertures (112-129, 702-724, 1070-1116) extending therethrough; the plurality of bar magnets (62-84, 462-484, 870-916) are disposed in the plurality of apertures (112-129, 702-724, 1070-1116), each aperture of the plurality of apertures (112-129, 702-724, 1070-1116) having a respective bar magnet of the plurality of bar magnets (62-84, 462-484, 870-916) therein; the second rotor having a plurality of tooth members extending radially toward the first rotor (60, 460, 860); and the first Hall effect sensor and a second Hall effect sensor are disposed in an open region of the second rotor proximate to the first rotor (60, 460, 860), the first and second Hall effect sensors (102, 104) generating first and second signals, respectively, indicative of an amount of torque applied between the first and second rotors (60, 460, 860, 100). a first rotor (60, 460, 860); a plurality of bar magnets (62-84, 462-484, 870-916); a second rotor defining an interior region, the first rotor (60, 460, 860) being rotatably disposed in the interior region; and a first Hall effect sensor; characterized in that the first rotor (60, 460, 860) has a plurality of apertures (112-129, 702-724, 1070-1116) extending therethrough; the plurality of bar magnets (62-84, 462-484, 870-916) are disposed in the plurality of apertures (112-129, 702-724, 1070-1116), each aperture of the plurality of apertures (112-129, 702-724, 1070-1116) having a respective bar magnet of the plurality of bar magnets (62-84, 462-484, 870-916) therein; the second rotor having a plurality of tooth members extending radially toward the first rotor (60, 460, 860); and the first Hall effect sensor and a second Hall effect sensor are disposed in an open region of the second rotor proximate to the first rotor (60, 460, 860), the first and second Hall effect sensors (102, 104) generating first and second signals, respectively, indicative of an amount of torque applied between the first and second rotors (60, 460, 860, 100).
A vehicle comprising a vehicle body, having a cast component (4, 10) integrated into the vehicle body, a surface structuring being arranged on at least one wall portion of the cast component, forming a surface of the wall portion, and stiffening said wall portion, characterised in that the integrated cast component (4, 10) is formed as a spring support of the vehicle body, and in that the surface structuring is formed by a plurality of uniformly shaped depressions in the surface of the wall portion, which depressions are arranged at a distance from one another, leaving interconnected webs, and produce tapered sections of material on the wall portion.
A communication apparatus, comprising: a plurality of targets (32, 34, 41, 42) including at least one P2P(Peer to Peer) application, a front end configured to select one P2P application from the plurality of targets as a candidate final target and communicate with an external device via near field communication, wherein the selected P2P application has the highest priority in the selection by the front end of the candidate final target among the plurality of targets; wherein the front end includes a packet reception processing unit configured to: receive a first command including a System Code from the external device, and transmit, when it is determined that the first command is a polling command, the first command to the plurality of targets for selecting the candidate final target; and a priority control unit configured to lower a priority of the selected P2P application if communication between the candidate final target and the external device fails. a plurality of targets (32, 34, 41, 42) including at least one P2P(Peer to Peer) application, a front end configured to select one P2P application from the plurality of targets as a candidate final target and communicate with an external device via near field communication, wherein the selected P2P application has the highest priority in the selection by the front end of the candidate final target among the plurality of targets; wherein the front end includes a packet reception processing unit configured to: receive a first command including a System Code from the external device, and transmit, when it is determined that the first command is a polling command, the first command to the plurality of targets for selecting the candidate final target; and receive a first command including a System Code from the external device, and transmit, when it is determined that the first command is a polling command, the first command to the plurality of targets for selecting the candidate final target; and a priority control unit configured to lower a priority of the selected P2P application if communication between the candidate final target and the external device fails.
Coated substrate (101, 201) for manufacturing exhaust gas catalytic converters for motor vehicles, wherein the channels (110, 210, 310) are provided on the inside with at least a first catalytically-active coating and a second catalytically-active coating, the lengths of the channels (110, 210, 310) coated with the first catalytically-active coating and the second catalytically-active coating are respectively shorter than the axial length L of the substrate (101, 201), and the lengths of the channels (101, 201) coated with the first catalytically-active coating and the second catalytically-active coating differ from each other by no more than 5 mm in at least 95% of the channels of a substrate (101, 201), and wherein the distance between two coatings is at most 5 mm in at least 95% of the channels of a substrate (101, 201), wherein the first coating is an SCR catalyst and the second coating is an oxidation catalyst.
A humidification and air cleaning apparatus comprising: a water tank comprising, a water tank body configured to store water, and a visual body formed of a transparent material; a watering housing disposed in the water tank and having a nozzle (411, 412, 413, 414) configured to spray water stored in the water tank body; and a watering motor configured to rotate the watering housing, wherein the spray nozzle (411, 412, 413, 414) is configured to spray water to form at least one spray line (L1, L2, L3) on an inner side surface of the visual body, and characterised in that a water repellent coating is formed on the inner side surface of the visual body. a water tank comprising, a water tank body configured to store water, and a visual body formed of a transparent material; a watering housing disposed in the water tank and having a nozzle (411, 412, 413, 414) configured to spray water stored in the water tank body; and a watering motor configured to rotate the watering housing, wherein the spray nozzle (411, 412, 413, 414) is configured to spray water to form at least one spray line (L1, L2, L3) on an inner side surface of the visual body, and characterised in that a water repellent coating is formed on the inner side surface of the visual body.
Coaxial valve, comprising a valve housing, on which an inlet port and at least one outlet port for a medium which is to be conducted through the coaxial valve are provided, a control tube which is mounted in the valve housing, said control tube being movable in its longitudinal direction in the valve housing and interacting with the inlet port and the outlet port in such a way that when the coaxial valve is opened medium flows through the control tube, at least one valve seat having a valve seat face (28, 48, 49, 52), the control tube interacting with the valve seat face in one of its axial end positions in order to close the coaxial valve, and a control device (34, 33; 16, 17, 44, 33) for moving the control tube between its end positions, characterized in that the valve seat face (28, 48, 49, 52) is formed on a replaceable sealing element (22, 45, 46, 47) on which at least two valve seat faces (28, 48, 49, 52) are provided distributed circumferentially around a sealing element axis, in that the replaceable sealing element (22, 45, 46, 47) is arranged in an opening of the valve housing, said opening running essentially transversely with respect to the longitudinal direction, and in that the opening is arranged in such a way that the replaceable sealing element (22, 45, 46, 47) is removable from the valve housing through the opening in the transverse direction with respect to the direction of flow of the medium to be transported, and can also be inserted again in this way.