mhurhangee/ep-ind-claims huggingface dataset:
A seating detection apparatus comprising: a detection portion detecting load information inputted from a detection direction that is predetermined; characterized by a connector including a connection port for connecting to an external circuit and arranged on a plane which is different from a plane on which the detection portion is arranged in such a manner that the connector overlaps with the detection portion in the detection direction; a conduction portion transmitting the load information from the detection portion to the connector and arranged from the detection portion towards the connector in a state of being bent; and a holder holding the detection portion and the connector, and including an attachment portion (51a, 51a1, 51b) which is attachable to a support member supporting a cushion member of a seat for a vehicle from below, a holding portion being engageable with the connector and disengageable from the connector and an extended portion extended downwardly from a side opposite to a side on which the conduction portion extends from the detection portion, the extended portion including the holding portion at a distal end of the extended portion. a detection portion detecting load information inputted from a detection direction that is predetermined; characterized by a connector including a connection port for connecting to an external circuit and arranged on a plane which is different from a plane on which the detection portion is arranged in such a manner that the connector overlaps with the detection portion in the detection direction; a conduction portion transmitting the load information from the detection portion to the connector and arranged from the detection portion towards the connector in a state of being bent; and a holder holding the detection portion and the connector, and including an attachment portion (51a, 51a1, 51b) which is attachable to a support member supporting a cushion member of a seat for a vehicle from below, a holding portion being engageable with the connector and disengageable from the connector and an extended portion extended downwardly from a side opposite to a side on which the conduction portion extends from the detection portion, the extended portion including the holding portion at a distal end of the extended portion.
An apparatus for compressing a material, the apparatus comprising: a plurality of levers each having a lever longitudinal axis; and a plurality of jaws each attached to a lever to form a lever/jaw combination, wherein each jaw has a compression surface having an area; characterised by comprising: a compressing mechanism configured to move each lever in a non-linear motion such that the area of a compression surface exposed to the material decreases with the inward movement of that compression surface, wherein each lever/jaw combination includes a biasing mechanism configured such that adjacent jaws contact each other, and wherein the compression surface is generally parallel to the lever longitudinal axis. a plurality of levers each having a lever longitudinal axis; and a plurality of jaws each attached to a lever to form a lever/jaw combination, wherein each jaw has a compression surface having an area; characterised by comprising: a compressing mechanism configured to move each lever in a non-linear motion such that the area of a compression surface exposed to the material decreases with the inward movement of that compression surface, wherein each lever/jaw combination includes a biasing mechanism configured such that adjacent jaws contact each other, and wherein the compression surface is generally parallel to the lever longitudinal axis. a compressing mechanism configured to move each lever in a non-linear motion such that the area of a compression surface exposed to the material decreases with the inward movement of that compression surface, wherein each lever/jaw combination includes a biasing mechanism configured such that adjacent jaws contact each other, and wherein the compression surface is generally parallel to the lever longitudinal axis.
A genetically modified Brassica napus plant, descendant, cell, tissue, seed or part thereof, comprising: (i) a nucleic acid sequence encoding a polyunsaturated fatty acid (PUFA) synthase system that produces at least one PUFA, wherein the PUFA synthase system comprises the amino acid sequences of SEQ ID NOs:1-3; (ii) a nucleic acid sequence encoding a phosphopantetheinyl transferase (PPTase) that transfers a phosphopantetheinyl cofactor to a PUFA synthase system ACP domain, wherein the PPTase comprises the amino acid sequence of SEQ ID NO:5; and (iii) a nucleic acid sequence encoding an acyl-CoA synthetase (ACoAS) that catalyzes the conversion of long chain PUFA free fatty acids to acyl-CoA, wherein the ACoAS comprises the amino acid sequence of SEQ ID NO:4; wherein the nucleic acid sequences of (i), (ii) and (iii) are contained in a single recombinant expression vector and the nucleic acid sequences of (i), (ii) and (iii) are operably linked to a PvDlec2 promoter, wherein the recombinant expression vector comprises the nucleotide sequence of SEQ ID NO: 35, and wherein the plant, descendant, cell, tissue, seed, or part thereof comprises DHA (docosahexaenoic acid (C22:6, n-3)) in an amount between 0.01% and 15%, DPA (C22:5, n-6 or n-3) in an amount between 0.01% and 5%, or EPA (eicosapentaenoic acid (C20:5, n-3)) in an amount between 0.01% and 5%. (i) a nucleic acid sequence encoding a polyunsaturated fatty acid (PUFA) synthase system that produces at least one PUFA, wherein the PUFA synthase system comprises the amino acid sequences of SEQ ID NOs:1-3; (ii) a nucleic acid sequence encoding a phosphopantetheinyl transferase (PPTase) that transfers a phosphopantetheinyl cofactor to a PUFA synthase system ACP domain, wherein the PPTase comprises the amino acid sequence of SEQ ID NO:5; and (iii) a nucleic acid sequence encoding an acyl-CoA synthetase (ACoAS) that catalyzes the conversion of long chain PUFA free fatty acids to acyl-CoA, wherein the ACoAS comprises the amino acid sequence of SEQ ID NO:4;
A tire (100, 200) with rim fitability, comprising: a rim seat (110, 210) having a circular rim check line and a heel circumferential rib (111, 211) extending along the inner circumference of the rim seat (110, 210); and a plurality of protrusions (120, 220) spaced apart from each other along the circumferential direction of the rim seat (110, 210) and each including an radially outer protrusion unit (121, 221) and a radially inner protrusion unit (122, 222), wherein the radially outer protrusion unit (121, 221) and the radially inner protrusion unit (122, 222) are spaced apart from each other along the circumferential direction of the rim seat (110, 210), wherein the radially outer protrusion unit (121, 221) extends from the outer side of the rim seat (110, 210) to the rim check line and perpendicularly protrudes from the rim seat (110, 210), wherein the radially inner protrusion unit (122, 222) is formed such that the radially inner end thereof is spaced by a predetermined gap apart from the heel circumferential rib (111, 211) and the radially outer end thereof extends to the rim check line, characterized in that the rim check line is formed at a position such that the degree of interference with a barcode P attached to the rim seat (110, 210) by the radially outer protrusion unit (121, 221) and the radially inner protrusion unit (122, 222) is 0 to less than 50%. a rim seat (110, 210) having a circular rim check line and a heel circumferential rib (111, 211) extending along the inner circumference of the rim seat (110, 210); and a plurality of protrusions (120, 220) spaced apart from each other along the circumferential direction of the rim seat (110, 210) and each including an radially outer protrusion unit (121, 221) and a radially inner protrusion unit (122, 222), wherein the radially outer protrusion unit (121, 221) and the radially inner protrusion unit (122, 222) are spaced apart from each other along the circumferential direction of the rim seat (110, 210), wherein the radially outer protrusion unit (121, 221) extends from the outer side of the rim seat (110, 210) to the rim check line and perpendicularly protrudes from the rim seat (110, 210), wherein the radially inner protrusion unit (122, 222) is formed such that the radially inner end thereof is spaced by a predetermined gap apart from the heel circumferential rib (111, 211) and the radially outer end thereof extends to the rim check line, characterized in that the rim check line is formed at a position such that the degree of interference with a barcode P attached to the rim seat (110, 210) by the radially outer protrusion unit (121, 221) and the radially inner protrusion unit (122, 222) is 0 to less than 50%.
Method for operating a dishwasher, supply air delivering heat energy to a cooling agent inside the evaporator, the evaporated cooling agent then being compressed by means of a compressor, and the compressed cooling agent then being condensed inside a condenser and delivering heat energy to a rinsing solution, and condensate produced inside the evaporator being collected, characterised in that the dishwasher comprises a washing chamber that can be closed by a loading door, the supply air, when the loading door is closed, being sucked from outside the dishwasher into the dishwasher housing by means of a conveying device during a water-conducting program phase and being conducted by means of the evaporator, and in that the collected condensate is conveyed to the washing chamber of the dishwasher.
A device adapted to hold a beverage container having any size within a range of sizes, the device comprising: a base; a side wall extending away from the base and defining an opening through which the beverage container is receivable into a cavity defined by the base and the side wall; and a pliable collar spaced away from the base and located within the cavity, the collar extending inwardly into the cavity and having an aperture through which the beverage container is insertable such that the collar deforms to cause an inner edge of the aperture to contact and grip the beverage container; wherein the opening has a first width, the aperture of the collar has a second width, the second width being smaller than the first width and wherein the first width is selected to be larger than the diameter of the largest beverage container in the range of sizes and the second width is selected to be smaller than the smallest beverage container in the range of sizes; and characterized in that an internal surface of the side wall has an internal shoulder to provide a recess to provide space for the collar to fold into during insertion of the beverage container through the aperture into the cavity. a base; a side wall extending away from the base and defining an opening through which the beverage container is receivable into a cavity defined by the base and the side wall; and a pliable collar spaced away from the base and located within the cavity, the collar extending inwardly into the cavity and having an aperture through which the beverage container is insertable such that the collar deforms to cause an inner edge of the aperture to contact and grip the beverage container; wherein the opening has a first width, the aperture of the collar has a second width, the second width being smaller than the first width and wherein the first width is selected to be larger than the diameter of the largest beverage container in the range of sizes and the second width is selected to be smaller than the smallest beverage container in the range of sizes; and characterized in that an internal surface of the side wall has an internal shoulder to provide a recess to provide space for the collar to fold into during insertion of the beverage container through the aperture into the cavity.
A composition comprising: - at least the solubilizers corresponding to the following INCI designations: dibutyl adipate, dicaprylyl carbonate, diisopropyl sebacate and propylheptyl caprylate; and - at least one sunscreen derived from triazine represents an amount greater than 10% of the total weight of the composition. - at least the solubilizers corresponding to the following INCI designations: dibutyl adipate, dicaprylyl carbonate, diisopropyl sebacate and propylheptyl caprylate; and - at least one sunscreen derived from triazine represents an amount greater than 10% of the total weight of the composition.
A yarn end untwisting pipe (40A, 40B) comprising a hollow pipe main body that extends in an axial direction, the pipe main body including a first end in the axial direction, and a second end that is provided on an opposite side of the first end, the first end and the second end are open ends, the pipe main body including an injection hole formed through a peripheral wall thereof, a first opening part, which is an inlet of the injection hole, is formed on an outer surface of the peripheral wall, and a second opening part, which is an outlet of the injection hole, is formed on an inner surface of the peripheral wall, at least a part of the second opening part is positioned closer to the second end than the first opening part, and each of the first opening part and the second opening part is an elongated hole that extends in a width direction that is orthogonal to the axial direction, when viewed from a center line direction of the injection hole, characterized in that when viewed from the center line direction of the injection hole, the first opening part includes a first edge portion that extends in the width direction; and a second edge portion that extends in the width direction and is parallel to the first edge portion, and is positioned closer to the first end than the first edge portion, and a maximum clearance of the first opening part in the width direction is larger than a clearance between the first edge portion and the second edge portion. the pipe main body including a first end in the axial direction, and a second end that is provided on an opposite side of the first end, the first end and the second end are open ends, the pipe main body including an injection hole formed through a peripheral wall thereof, a first opening part, which is an inlet of the injection hole, is formed on an outer surface of the peripheral wall, and a second opening part, which is an outlet of the injection hole, is formed on an inner surface of the peripheral wall, at least a part of the second opening part is positioned closer to the second end than the first opening part, and each of the first opening part and the second opening part is an elongated hole that extends in a width direction that is orthogonal to the axial direction, when viewed from a center line direction of the injection hole, characterized in that when viewed from the center line direction of the injection hole, the first opening part includes a first edge portion that extends in the width direction; and a second edge portion that extends in the width direction and is parallel to the first edge portion, and is positioned closer to the first end than the first edge portion, and a first edge portion that extends in the width direction; and a second edge portion that extends in the width direction and is parallel to the first edge portion, and is positioned closer to the first end than the first edge portion, and a maximum clearance of the first opening part in the width direction is larger than a clearance between the first edge portion and the second edge portion.
Method for the preparation of a Cr-containing polymerization catalyst comprising a fluidized-bed method for the activation of a chromium containing catalyst precursor comprising a support material by heat treatment, wherein the heat treatment is performed in an activator in the presence of oxygen at a temperature in the range of from 300 to 1000°C over a time period of from 0.5 to 48 h and wherein after that activation, as soon as the conversion is complete, the particles are allowed to cool down to ambient temperature and the oxygen in the activator is replaced by inert gas via flushing during the cool down phase until the fluidization gas emerging from the activator does comprise oxygen in a maximum amount of up to 5 ppm, preferably up to 3 ppm, more preferred up to 2 ppm and mostly preferred up to 1 ppm, whereby the fluidization gas emerging from the activator during the cool down phase and thereafter is controlled by an oxygen detection by means of an oxygen detector arranged behind the fluidization gas outlet.
A method for forming fibers from a biodegradable polymer, the method comprising melt blending a first aliphatic polyester with at least one alcohol so that the polyester undergoes an alcoholysis reaction, wherein the alcohol is employed in an amount of from 0.1 wt.% to 20 wt.%, based on the weight of the first aliphatic polyester, and wherein a catalyst is employed to facilitate the alcoholysis reaction, the alcoholysis reaction resulting in a second, modified aliphatic polyester having a melt flow index that is greater than the melt flow index of the first polyester, determined at a load of 2160 grams and temperature of 170°C in accordance with ASTM Test Method D1238-E, and forming fibers from the modified aliphatic polyester.
A method for coating at least one AFM tip comprising a step of coating the at least one AFM tip by means of ion cluster source technique with a material for coating in the form of spherical nanoparticles with controlled size, characterised in that an ion cluster source is located in a first chamber, wherein the ion cluster technique is performed in vacuum or ultra high vacuum conditions in the first chamber, and in an attached chamber connected to the ion cluster source, and wherein the AFM tip to be coated is located in the attached chamber.
A clamping assembly comprising: a) a clamp body having an interior region for receiving a structure to be clamped; b) at least one clamping hammer disposed within the interior region of the clamp body, the clamping hammer being hingedly secured to the clamp body along the longitudinal axis thereof; c) at least one adjustment screw extending through the clamp body and adapted to selectively impinge against the clamping hammer so as to cause it to pivot about its longitudinal axis, the adjustment screw extending transverse to the longitudinal axis of the clamping hammer, characterized in that the clamp body comprising first and second generally L-shaped clamp portions (104, 106), the first and second clamp portions (104, 106) are adjustably interconnected to form a generally U-shaped clamp body of variable width, and wherein one of the first and second clamp portions is provided with a slot for receiving the other one of the first and second clamp portions. a) a clamp body having an interior region for receiving a structure to be clamped; b) at least one clamping hammer disposed within the interior region of the clamp body, the clamping hammer being hingedly secured to the clamp body along the longitudinal axis thereof; c) at least one adjustment screw extending through the clamp body and adapted to selectively impinge against the clamping hammer so as to cause it to pivot about its longitudinal axis, the adjustment screw extending transverse to the longitudinal axis of the clamping hammer,
A method for controlling a gateway, comprising: receiving sub-device information sent by a plurality of gateways, wherein the sub-device information includes status information broadcasted by a sub-device and received by the plurality of gateways, determining an agent gateway for the sub-device, the agent gateway being selected from the plurality of gateways; and controlling the agent gateway to act as an agent of the sub-device by sending a first control instruction to the agent gateway and forbidding at least one other gateway to act as the agent of the sub-device by sending a second control instruction to the at least one other gateway; the method characterized by: wherein, when the sub-device broadcasts the status information in both a Bluetooth Low Energy, BLE, broadcast mode and a Mesh broadcast mode, determining the agent gateway for the sub-device comprises: selecting a gateway receiving the status information broadcasted by the sub-device in the BLE broadcast mode from the at least one gateway as the agent gateway. receiving sub-device information sent by a plurality of gateways, wherein the sub-device information includes status information broadcasted by a sub-device and received by the plurality of gateways, determining an agent gateway for the sub-device, the agent gateway being selected from the plurality of gateways; and controlling the agent gateway to act as an agent of the sub-device by sending a first control instruction to the agent gateway and forbidding at least one other gateway to act as the agent of the sub-device by sending a second control instruction to the at least one other gateway; the method characterized by: wherein, when the sub-device broadcasts the status information in both a Bluetooth Low Energy, BLE, broadcast mode and a Mesh broadcast mode, determining the agent gateway for the sub-device comprises: selecting a gateway receiving the status information broadcasted by the sub-device in the BLE broadcast mode from the at least one gateway as the agent gateway.
An equalizing device for processing a digital signal representing samples of an optical signal received via a channel, each sample comprising two polarization components associated with two mutually orthogonal polarizations of the optical signal, wherein the digital signal comprises a training sequence followed by a payload, the equalizing device being configured to: generate a new instance of a 2x2 Multiple Input Multiple Output, MIMO, equalization filter based on one or more preceding instances of the equalization filter and on one or more samples of the payload, and equalize a sample of the payload by applying the new instance of the equalization filter to the sample; wherein to generate a new instance of the equalization filter the equalizing device is further configured to perform a data-aided channel estimation based on the one or more samples of the training sequence, to obtain one or more initial coefficients; and perform a blind gradient algorithm based on the one or more preceding instances of the equalization filter, on the one or more samples of the payload, and on the one or more obtained initial coefficients. generate a new instance of a 2x2 Multiple Input Multiple Output, MIMO, equalization filter based on one or more preceding instances of the equalization filter and on one or more samples of the payload, and equalize a sample of the payload by applying the new instance of the equalization filter to the sample; wherein to generate a new instance of the equalization filter the equalizing device is further configured to perform a data-aided channel estimation based on the one or more samples of the training sequence, to obtain one or more initial coefficients; and perform a blind gradient algorithm based on the one or more preceding instances of the equalization filter, on the one or more samples of the payload, and on the one or more obtained initial coefficients. perform a data-aided channel estimation based on the one or more samples of the training sequence, to obtain one or more initial coefficients; and perform a blind gradient algorithm based on the one or more preceding instances of the equalization filter, on the one or more samples of the payload, and on the one or more obtained initial coefficients.