mhurhangee/ep-ind-claims huggingface dataset:
A device display screen protector comprising a first strengthened glass substrate (10, 100) sized to cover a display screen of an electronic device, the first strengthened glass substrate (10, 100) having a thickness in the range from 0.025 to 0.7 mm, a central tension value in the range greater than 0 MPa and less than 20 MPa and a surface having a Knoop lateral cracking scratch threshold of at least 3 N, wherein the first strengthened glass substrate (10, 100) comprises 66-74 mol% SiO 2, 9-22 mol% alumina, at least 2.7 mol% B 2 O 3, at least 10 mol% R 2 O defined as alkali metal oxides, comprising Na 2 O, and at least about 0.1 mol% of at least one of MgO and ZnO, and contains boron cations having three-fold coordination; wherein B 2 O 3 (mol %) -(R 2 O (mol %) - Al 2 O 3 (mol %)) ≥ 3 mol %; and wherein the first strengthened glass substrate (10, 100) has a thickness (t), a compressive stress value in a range of 300 MPa and 900 MPa and a depth of layer value in a range of 2 μm and 20 μm. wherein the first strengthened glass substrate (10, 100) comprises 66-74 mol% SiO 2, 9-22 mol% alumina, at least 2.7 mol% B 2 O 3, at least 10 mol% R 2 O defined as alkali metal oxides, comprising Na 2 O, and at least about 0.1 mol% of at least one of MgO and ZnO, and contains boron cations having three-fold coordination; wherein B 2 O 3 (mol %) -(R 2 O (mol %) - Al 2 O 3 (mol %)) ≥ 3 mol %; and wherein the first strengthened glass substrate (10, 100) has a thickness (t), a compressive stress value in a range of 300 MPa and 900 MPa and a depth of layer value in a range of 2 μm and 20 μm.
A radio frequency coupler (100, 100A to 100C) comprising: a waveguide having an outer conductor and an inner conductor provided in a coaxial tube shape, the waveguide linearly extending from a power supply side, being bent in an L shape at a bend section (10b to 12b), and linearly extending toward an acceleration cavity side; and a refrigerant passage part (20, 20A to 20C) which penetrates the outer conductor and the inner conductor from an outside of the waveguide toward the acceleration cavity side at the bend section (10b to 12b) and is connected to an interior of the inner conductor, the refrigerant passage part (20, 20A to 20C) having a passage tube (24, 25, 25B, 29) which causes a refrigerant to flow between an interior of a tip portion of the inner conductor on the acceleration cavity side and the outside of the waveguide, characterised in that a portion of the passage tube (24, 25, 25B, 29), exposed to a radio frequency transmission space formed between the outer conductor and the inner conductor, is formed of an insulator. a waveguide having an outer conductor and an inner conductor provided in a coaxial tube shape, the waveguide linearly extending from a power supply side, being bent in an L shape at a bend section (10b to 12b), and linearly extending toward an acceleration cavity side; and a refrigerant passage part (20, 20A to 20C) which penetrates the outer conductor and the inner conductor from an outside of the waveguide toward the acceleration cavity side at the bend section (10b to 12b) and is connected to an interior of the inner conductor, the refrigerant passage part (20, 20A to 20C) having a passage tube (24, 25, 25B, 29) which causes a refrigerant to flow between an interior of a tip portion of the inner conductor on the acceleration cavity side and the outside of the waveguide, characterised in that a portion of the passage tube (24, 25, 25B, 29), exposed to a radio frequency transmission space formed between the outer conductor and the inner conductor, is formed of an insulator.
A composite material manufacturing method comprising: a step for forming a suction hole in bag films for sealing an impregnation space in which fibers are impregnated with resin; a step for covering said suction hole with a porous portion in which a plurality of holes are formed; and a step for sucking said resin through said porous portion from said impregnation space, characterized in that said step for forming said e- suction hole, said step for covering said suction hole and said step for sucking said resin are carried out during impregnation with said resin, or are carried out after completion of impregnation with said resin and before curing said resin. a step for forming a suction hole in bag films for sealing an impregnation space in which fibers are impregnated with resin; a step for covering said suction hole with a porous portion in which a plurality of holes are formed; and a step for sucking said resin through said porous portion from said impregnation space, characterized in that said step for forming said e- suction hole, said step for covering said suction hole and said step for sucking said resin are carried out during impregnation with said resin, or are carried out after completion of impregnation with said resin and before curing said resin.
A driver circuit for an LED, having a connection for a mains voltage, a rectifier and a filter circuit, an inductor with a primary winding (L2p) and a secondary winding (L2s) coupled thereto and a switch, wherein the inductor is magnetized, when the switch is closed, and the inductor is demagnetized, when the switch is opened, and at least during the phase of the demagnetization the current feeds the LED through the inductor, wherein the switch is always opened only when the current through the switch has reached a predetermined threshold value, wherein a supply voltage is detected via the rectified voltage, characterized in that the predetermined threshold value depends on the current amplitude of the supply voltage (Vin), wherein the driver circuit can be connected to a commercially available dimmer not belonging to the driver circuit and wherein the switch is also kept closed, if the dimmer cuts off part of the phase, as long as the current through the switch has not reached a further predetermined threshold value.
A vehicle roof rail system comprising: a roof rail; a vehicle roof structure; a vehicle body structure; a tolerance compensator (202, 500, 612, 712, 802) disposed between the roof structure and the body structure, the tolerance compensator (202, 500, 612, 712, 802) having an internal, oversized entry (204, 520, 820); an anchor (208, 628, 716, 808) fixing the tolerance compensator (202, 500, 612, 712, 802) to the vehicle roof structure; a fastener (104, 872) passing through the oversized internal entry (204, 520, 820) of the tolerance compensator (202, 500, 612, 712, 802) linking the roof structure and body structure; an angle compensator attached to the tolerance compensator (202, 500, 612, 712, 802), the angle compensator movable along a contact angle of the tolerance compensator (202, 500, 612, 712, 802) with the vehicle body structure, characterized in that the tolerance compensator (202, 500, 612, 712, 802) has at least one lateral block (234, 236) which limits either cross-car or fore-aft movement of the tolerance compensator (202, 500, 612, 712, 802) about the roof structure. a roof rail; a vehicle roof structure; a vehicle body structure; a tolerance compensator (202, 500, 612, 712, 802) disposed between the roof structure and the body structure, the tolerance compensator (202, 500, 612, 712, 802) having an internal, oversized entry (204, 520, 820); an anchor (208, 628, 716, 808) fixing the tolerance compensator (202, 500, 612, 712, 802) to the vehicle roof structure; a fastener (104, 872) passing through the oversized internal entry (204, 520, 820) of the tolerance compensator (202, 500, 612, 712, 802) linking the roof structure and body structure; an angle compensator attached to the tolerance compensator (202, 500, 612, 712, 802), the angle compensator movable along a contact angle of the tolerance compensator (202, 500, 612, 712, 802) with the vehicle body structure,
A contacting component comprising a molded article made from a thermoplastic resin composition containing a vinyl graft polymer, a vinyl non-graft polymer and a matting agent, wherein: the vinyl graft polymer contains a vinyl graft polymer containing an ethylene-α-olefin rubber polymer and a vinyl graft polymer containing a diene rubber polymer, a graft ratio and an intrinsic viscosity [η] (measured at 30°C in methyl ethyl ketone) of the vinyl graft polymer is 10 to 150% and 0.15 to 1.0 dl/g, respectively, a mass ratio: of the ethylene-α-olefin rubber polymer and the diene rubber polymer is 5 to 80: 95 to 20, the vinyl graft polymer contains a structural unit derived from an a,β-unsaturated glycidyl ester compound and an amount of the structural unit is 0.01 to 5 % by mass based on 100 % by mass of the total amount of the vinyl graft polymer, the vinyl non-graft polymer and the matting agent, the matting agent is a resin composition which contains a copolymer resin of acrylonitrile and styrene or α-methylstyrene and an ingredient containing an unsaturated nitrile-conjugated diene copolymer rubber and the copolymer rubber is crosslinked, and an amount of the matting agent is 1 to 30 % by mass based on 100 % by mass of the total amount of the vinyl graft polymer, the vinyl non-graft polymer and the matting agent. the vinyl graft polymer contains a vinyl graft polymer containing an ethylene-α-olefin rubber polymer and a vinyl graft polymer containing a diene rubber polymer, a graft ratio and an intrinsic viscosity [η] (measured at 30°C in methyl ethyl ketone) of the vinyl graft polymer is 10 to 150% and 0.15 to 1.0 dl/g, respectively, a mass ratio: of the ethylene-α-olefin rubber polymer and the diene rubber polymer is 5 to 80: 95 to 20, the vinyl graft polymer contains a structural unit derived from an a,β-unsaturated glycidyl ester compound and an amount of the structural unit is 0.01 to 5 % by mass based on 100 % by mass of the total amount of the vinyl graft polymer, the vinyl non-graft polymer and the matting agent, the matting agent is a resin composition which contains a copolymer resin of acrylonitrile and styrene or α-methylstyrene and an ingredient containing an unsaturated nitrile-conjugated diene copolymer rubber and the copolymer rubber is crosslinked, and an amount of the matting agent is 1 to 30 % by mass based on 100 % by mass of the total amount of the vinyl graft polymer, the vinyl non-graft polymer and the matting agent.
A magnetic field sensor comprising a plurality of magnetoresistance elements (242, 242', 1242, 1242', 2242, 2242', 3242, 3242'), each having a respective length and width selected to provide a respective, different response to an applied magnetic field, wherein: the length of each of the plurality of magnetoresistance elements (242, 242', 1242, 1242', 2242, 2242', 3242, 3242') corresponds to a dimension across a major axis of a major surface of each of the plurality of magnetoresistance elements; the width of each of the plurality of magnetoresistance elements (242, 242', 1242, 1242', 2242, 2242', 3242, 3242') corresponds to a dimension across a minor axis of the major surface of each of the plurality of magnetoresistance elements; the magnetic field sensor comprises first (242, 242'), second (1242, 1242'), third (2242, 2242'), and fourth (3242, 3242') pluralities of parallel coupled magnetoresistance elements, wherein the first, second, third and fourth pluralities of parallel coupled magnetoresistance elements are coupled in a bridge configuration; and wherein, in each of the first, second, third and fourth pluralities, a width of a first one of the parallel coupled magnetoresistance elements (242; 1242; 2242; 3242) is different to the width of a second one of the parallel coupled magnetoresistance elements (242'; 1242'; 2242'; 3242'). the length of each of the plurality of magnetoresistance elements (242, 242', 1242, 1242', 2242, 2242', 3242, 3242') corresponds to a dimension across a major axis of a major surface of each of the plurality of magnetoresistance elements; the width of each of the plurality of magnetoresistance elements (242, 242', 1242, 1242', 2242, 2242', 3242, 3242') corresponds to a dimension across a minor axis of the major surface of each of the plurality of magnetoresistance elements; the magnetic field sensor comprises first (242, 242'), second (1242, 1242'), third (2242, 2242'), and fourth (3242, 3242') pluralities of parallel coupled magnetoresistance elements, wherein the first, second, third and fourth pluralities of parallel coupled magnetoresistance elements are coupled in a bridge configuration; and wherein, in each of the first, second, third and fourth pluralities, a width of a first one of the parallel coupled magnetoresistance elements (242; 1242; 2242; 3242) is different to the width of a second one of the parallel coupled magnetoresistance elements (242'; 1242'; 2242'; 3242').
Backing piece for attaching an electrical component to the housing wall of an electrical household appliance, in particular for attaching an electrical component to the inner wall of an electrical household appliance, having a body and a peripheral web, the backing piece being designed to be arranged behind a matching opening in the housing wall and to be supported with the peripheral web against the rear face of the housing wall, wherein the peripheral web is configured as an elastic sealing lip and the backing piece is configured with a plurality of holding elements (14a-14h), which project from the body and form a gap (x, y) between themselves and the sealing lip, said gap (x, y) being designed to receive a section of the housing wall at the edge of the opening, said holding elements (14a-14h) being distributed over the periphery of the backing piece in such a manner that a sufficient pressing force is introduced into each section of the sealing lip, when the backing piece is attached behind a matching opening in the housing wall, characterised in that it has an at least essentially rectangular base surface, with at least one holding element (14a-14h) arranged on each of the four sides of the rectangle, with one holding element (14a-14h) also being provided at each of the corners of the backing piece.
Tyre comprising a rubber composition based on at least one reinforcing filler, a polymer comprising epoxide functional groups and a system for crosslinking the said polymer comprising a polycarboxylic acid of general formula: in which A represents a covalent bond or a hydrocarbon group which comprises at least 1 carbon atom, which is optionally substituted and which is optionally interrupted by one or more heteroatoms, and an imidazole of general formula: in which: - R 1 represents a hydrocarbon group or a hydrogen atom, - R 2 represents a hydrocarbon group, - R 3 and R 4 represent, independently of one another, a hydrogen atom or a hydrocarbon group, - or else R 3 and R 4 form, together with the carbon atoms of the imidazole ring to which they are attached, a ring. - R 1 represents a hydrocarbon group or a hydrogen atom, - R 2 represents a hydrocarbon group, - R 3 and R 4 represent, independently of one another, a hydrogen atom or a hydrocarbon group, - or else R 3 and R 4 form, together with the carbon atoms of the imidazole ring to which they are attached, a ring.
A heating cable, said heating cable is comprising between seven and two hundred metallic monofilaments of a first type,which are acting as electrical conductors to generate heat, said metallic monofilaments of a first type are having a diameter ranging from 30 μm to 100 μm, said metallic monofilaments of a first type are having a substantially round cross section, said heating cable is having an electrical resistance ranging between 0.1 Ω/m and 20.0 Ω/m when measured at 20°C, and characterised in that said metallic monofilaments of a first type are comprising a steel layer with a chromium content of less than 10% by weight.
An apparatus for handling one or more tubulars, comprising: a body defining at least a portion of a tapered bowl, wherein the body also defines a landing surface that extends radially inward from the bowl; and a plurality of slips disposed at least partially within the bowl and configured to slide along a surface of the bowl, the slips being configured to engage a first tubular having a substantially constant outer diameter, and, when not engaging the first tubular, to engage a tapered outer surface of a second tubular, wherein the second tubular is of a smaller diameter than the first tubular, and wherein each of the slips comprises: a radial engaging surface having a plurality of gripping structures extending inwardly therefrom that are configured to engage an outer surface of the first tubular having a constant outer diameter and support the first tubular; and a tapered engaging surface configured to engage the tapered outer surface of the second tubular and support the second tubular; wherein the landing surface prevents the slips from continued downward travel in the bowl and provides a load transfer while preventing the radial engaging surface of the slips from moving radially inward against the second tubular. a body defining at least a portion of a tapered bowl, wherein the body also defines a landing surface that extends radially inward from the bowl; and a plurality of slips disposed at least partially within the bowl and configured to slide along a surface of the bowl, the slips being configured to engage a first tubular having a substantially constant outer diameter, and, when not engaging the first tubular, to engage a tapered outer surface of a second tubular, wherein the second tubular is of a smaller diameter than the first tubular, and wherein each of the slips comprises: a radial engaging surface having a plurality of gripping structures extending inwardly therefrom that are configured to engage an outer surface of the first tubular having a constant outer diameter and support the first tubular; and a tapered engaging surface configured to engage the tapered outer surface of the second tubular and support the second tubular; a radial engaging surface having a plurality of gripping structures extending inwardly therefrom that are configured to engage an outer surface of the first tubular having a constant outer diameter and support the first tubular; and a tapered engaging surface configured to engage the tapered outer surface of the second tubular and support the second tubular; wherein the landing surface prevents the slips from continued downward travel in the bowl and provides a load transfer while preventing the radial engaging surface of the slips from moving radially inward against the second tubular.
A transmitter mounted on each of a plurality of wheel assemblies included in a vehicle and executing a process in accordance with a command included in a trigger signal, the transmitter comprising: a pressure sensor configured to detect a pressure of a tire; a transmission unit configured to transmit a data signal including a detection result of the pressure sensor to a receiver; a trigger reception unit configured to receive the trigger signal; and a controller configured to control the transmitter, wherein the controller is configured so that when the trigger reception unit receives the trigger signal including a command shifting a state of the transmitter to a standby state, the controller shifts the state of the transmitter to the standby state, and the controller is configured so that when the trigger reception unit receives the trigger signal including a command designating a mode while the state of the transmitter is the standby state, the controller sets the designated mode, characterized in that the controller is configured so that when the state of the transmitter has been shifted to the standby state, the transmission unit transmits a notification signal to a trigger device, the notification signal notifying that the state of the transmitter has been shifted to the standby state. a pressure sensor configured to detect a pressure of a tire; a transmission unit configured to transmit a data signal including a detection result of the pressure sensor to a receiver; a trigger reception unit configured to receive the trigger signal; and a controller configured to control the transmitter, wherein the controller is configured so that when the trigger reception unit receives the trigger signal including a command shifting a state of the transmitter to a standby state, the controller shifts the state of the transmitter to the standby state, and the controller is configured so that when the trigger reception unit receives the trigger signal including a command designating a mode while the state of the transmitter is the standby state, the controller sets the designated mode, characterized in that the controller is configured so that when the state of the transmitter has been shifted to the standby state, the transmission unit transmits a notification signal to a trigger device, the notification signal notifying that the state of the transmitter has been shifted to the standby state.
Current transport mechanism, in particular current bar, backbone or bus bar for the automotive industry, wherein the current transport mechanism has an elongated, electromechanical base conductor with an electrical insulation completely surrounding it in circumferential direction, and the electrical insulation has at least one through-recess and the base conductor is electrically contacted by a plug-in connection device in a region of the through-recess, wherein the current transport mechanism has a jacket in a region of the plug-in connection device, wherein the jacket is formed in sections as a connector housing for a mating plug-in connection device, characterized in that the jacket is formed as an overmould. the current transport mechanism has an elongated, electromechanical base conductor with an electrical insulation completely surrounding it in circumferential direction, and the electrical insulation has at least one through-recess and the base conductor is electrically contacted by a plug-in connection device in a region of the through-recess, wherein the current transport mechanism has a jacket in a region of the plug-in connection device, wherein the jacket is formed in sections as a connector housing for a mating plug-in connection device, characterized in that the jacket is formed as an overmould.
Use of an aqueous dispersion comprising: at least one essentially hydrophilic clay nanoparticle component; and a fluorochemical selected from the group consisting of fluorochemical allophanates, fluorochemical polyacrylates, fluorochemical urethanes, fluorochemical carbodiimides, and fluorochemical guanidines, for soil repellent surface treatment of a fiber. at least one essentially hydrophilic clay nanoparticle component; and a fluorochemical selected from the group consisting of fluorochemical allophanates, fluorochemical polyacrylates, fluorochemical urethanes, fluorochemical carbodiimides, and fluorochemical guanidines,