mhurhangee/ep-ind-claims huggingface dataset:
Mixing valve having a first inlet port, a second inlet port extending transverse to said first inlet port and an outlet port, wherein the inlet ports (4, 6) open out into a valve chamber and the outlet port branches off this valve chamber, inside which a movable valve element is arranged, and having an obstruction inside the second inlet port, which protrudes from an inner circumference of the second port into its interior, and which extends along the entire inner circumference, the mixing valve further having a temperature sensor arranged on or in the second inlet port upstream the obstruction, characterized in that the obstruction and an adjacent circumferential wall define a pocket-like area on the downstream side of the obstruction, the pocket-like area being located inside the second inlet port such that a flow entering from the first inlet port into the second inlet port impinges the obstruction in the area of this pocket-like area and is deflected by the obstruction into a direction towards the valve chamber or is trapped inside the pocket-like area.
A storage control apparatus comprising control means configured to perform a procedure comprising: obtaining a plurality of pieces of first-code attached data (CD00, CD11, CD02, CD23), each having target data (D0, D1, D0, D2) to be written and first code information (C0, C1, C2, C3), the first code information including an error detection code based on the target data (D0, D1, D0, D2) and information about a first write destination and being attached to the target data (D0, D1, D0, D2); obtaining the target data (D0, D1, D0, D2) by excluding the first code information (C0, C1, C2, C3) from the first-code attached data (CD00, CD11, CD02, CD23), characterized in that the control means is further configured to perform a procedure comprising: eliminating duplication of the obtained target data (D0, D1, D0, D2); generating second code information (C4, C5, C6) which includes an error detection code and information about a second write destination, for the target data (D0, D1, D2) remaining after the eliminating; and writing second-code attached data (CD04, CD15, CD26) including the second code information (C4, C5, C6) into a memory device. obtaining a plurality of pieces of first-code attached data (CD00, CD11, CD02, CD23), each having target data (D0, D1, D0, D2) to be written and first code information (C0, C1, C2, C3), the first code information including an error detection code based on the target data (D0, D1, D0, D2) and information about a first write destination and being attached to the target data (D0, D1, D0, D2); obtaining the target data (D0, D1, D0, D2) by excluding the first code information (C0, C1, C2, C3) from the first-code attached data (CD00, CD11, CD02, CD23), characterized in that the control means is further configured to perform a procedure comprising: eliminating duplication of the obtained target data (D0, D1, D0, D2); generating second code information (C4, C5, C6) which includes an error detection code and information about a second write destination, for the target data (D0, D1, D2) remaining after the eliminating; and writing second-code attached data (CD04, CD15, CD26) including the second code information (C4, C5, C6) into a memory device. eliminating duplication of the obtained target data (D0, D1, D0, D2); generating second code information (C4, C5, C6) which includes an error detection code and information about a second write destination, for the target data (D0, D1, D2) remaining after the eliminating; and writing second-code attached data (CD04, CD15, CD26) including the second code information (C4, C5, C6) into a memory device.
Heating device for heating a fluid, comprising a heating element, a first dissipating element and a first casing having a substantially tubular shape which encloses said first dissipating element and, at least partially, said heating element, said first dissipating element, said heating element and said first casing being positioned so that said first dissipating element, which is substantially shaped as an helicoid and which is placed around said heating element, is in contact with said heating element and with said first casing so that they define a first channeling path for the fluid to be heated by means of the heat produced by the heating element, said dissipating element being built integrally, or in one piece, with said heating element, wherein said first casing is enclosed, at least partially, by a second casing, characterized in that said heating device comprises a second dissipating element, which is substantially shaped as an helicoid and which is placed around said first casing, is enclosed by said second casing and positioned so that it is in contact with said first casing and with said second casing so that they define a second channeling path for said fluid.
Mayonnaise-like edible sauce, characterised in that it is constituted from: - Liquid: 75 to 90 wt.%, - Mustard: 1 to 10 wt.%, - Vinegar or lemon juice or acetic or citric acid, or a mixture of said elements: 1 to 10 wt.%, - Cassava starch: 1 to 30 wt.%, - Rice starch: 1 to 30 wt.%, - Lupin protein: 0 to 2 wt.%, - Flavouring or flavouring substances or similar, or condiments or spices, or a mixture of said elements: 0 to 5 wt.%, - Fibres: 0.25 to 3 wt.%, the sum of said different ingredients, including the liquid, being equal to 100 wt.%. - Liquid: 75 to 90 wt.%, - Mustard: 1 to 10 wt.%, - Vinegar or lemon juice or acetic or citric acid, or a mixture of said elements: 1 to 10 wt.%, - Cassava starch: 1 to 30 wt.%, - Rice starch: 1 to 30 wt.%, - Lupin protein: 0 to 2 wt.%, - Flavouring or flavouring substances or similar, or condiments or spices, or a mixture of said elements: 0 to 5 wt.%, - Fibres: 0.25 to 3 wt.%,
A brake caliper comprising: a caliper body which slidably houses a piston which presses a brake disc; a rotation cylinder member which is arranged alongside the piston, coaxially with the piston, and which is rotatably supported on the caliper body; a rotation arm which is fixed to the rotation cylinder member, and which rotates the rotation cylinder member by means of an operation of an operating element; and a conversion mechanism which is provided between the rotation cylinder member and the piston, and which converts rotary motion of the rotation cylinder member into axial linear motion of the piston to thereby press and move the piston toward the brake disc side, characterized in that there is further provided a return spring which is arranged coaxially with the rotation cylinder member on a radially inner side of the rotation cylinder member, and which biases the piston in a direction of moving away from the brake disc. a caliper body which slidably houses a piston which presses a brake disc; a rotation cylinder member which is arranged alongside the piston, coaxially with the piston, and which is rotatably supported on the caliper body; a rotation arm which is fixed to the rotation cylinder member, and which rotates the rotation cylinder member by means of an operation of an operating element; and a conversion mechanism which is provided between the rotation cylinder member and the piston, and which converts rotary motion of the rotation cylinder member into axial linear motion of the piston to thereby press and move the piston toward the brake disc side, characterized in that there is further provided a return spring which is arranged coaxially with the rotation cylinder member on a radially inner side of the rotation cylinder member, and which biases the piston in a direction of moving away from the brake disc.
A cutting element for use with an earth-boring tool, comprising: a cutting table having a cutting surface and a base surface; a substrate having a support surface; and characterised by: a plurality of particles forming a plurality of protrusions extending from the support surface of the substrate toward the base surface of the cutting table; and an adhesion layer in which the plurality of protrusions is at least partially embedded extending between the base surface of the cutting table and the support surface of the substrate. a cutting table having a cutting surface and a base surface; a substrate having a support surface; and characterised by: a plurality of particles forming a plurality of protrusions extending from the support surface of the substrate toward the base surface of the cutting table; and an adhesion layer in which the plurality of protrusions is at least partially embedded extending between the base surface of the cutting table and the support surface of the substrate. a plurality of particles forming a plurality of protrusions extending from the support surface of the substrate toward the base surface of the cutting table; and an adhesion layer in which the plurality of protrusions is at least partially embedded extending between the base surface of the cutting table and the support surface of the substrate.
Target processing tool, comprising a target carrier guidance assembly, said target carrier guidance assembly comprising: a guide surface (113, 113') having a longitudinal axis in a first direction, a target carrier for carrying and displacing a target along said first direction, a bearing support (140; 240) mounted to the target carrier by means of a flexible mount (161, 162, 163), a bearing arranged between the guide surface and the bearing support, and a biasing element, connected to the target carrier and to the bearing support, adapted for biasing said bearing support along a second direction against the bearing, wherein said flexible mount is adapted for providing said bearing support with three degrees of freedom of motion relative to said target carrier, including translation along the second direction, and for substantially fixing the remaining degrees of motion. a guide surface (113, 113') having a longitudinal axis in a first direction, a target carrier for carrying and displacing a target along said first direction, a bearing support (140; 240) mounted to the target carrier by means of a flexible mount (161, 162, 163), a bearing arranged between the guide surface and the bearing support, and a biasing element, connected to the target carrier and to the bearing support, adapted for biasing said bearing support along a second direction against the bearing, wherein said flexible mount is adapted for providing said bearing support with three degrees of freedom of motion relative to said target carrier, including translation along the second direction, and for substantially fixing the remaining degrees of motion.
A roof or covering element for a building, comprising a plate body comprising at least one first and at least one second hook-shaped suspension element that is spaced apart in the direction of suspension, whereby the suspension elements (3, 4) are arranged on the same side of the plate body and comprise hook openings (5, 6) showing in the same direction (x), and whereby the plate body extends beyond the second suspension element in the direction of suspension (x), characterized in that the material of the plate body comprises lignocellulose as well as a thermoplastic or thermosetting binding agent, and that in the material of the plate body fiber materials, e.g. hemp, flax, wood, coconut fibers and/or the like are additionally contained, and that polypropylene is provided as a binding agent, and that aluminum hydroxide as a flame retardant, is additionally added to the plate body material, and that the plate body comprises a weather protection coating as a UV protection.
A motor for generating rotary power, the motor comprising: a stator for receiving electrical power; a rotor arranged coaxially with respect to the stator and having one or more magnets arranged thereon so that in response to the stator receiving the electrical power, the rotor is caused to rotate, the rotor comprising a rotor housing having first and second axial ends, the magnets being arranged to surround the rotor housing, and wherein the rotor housing has one or more tortuous paths on an outer surface of the rotor housing for the flow of coolant extending along the length of the rotor housing, and being configured to direct flow from the first end of the rotor housing to the second end and back to the first end, wherein the rotor housing further comprises a central void having no central conduit for the flow of the coolant. a stator for receiving electrical power; a rotor arranged coaxially with respect to the stator and having one or more magnets arranged thereon so that in response to the stator receiving the electrical power, the rotor is caused to rotate, the rotor comprising a rotor housing having first and second axial ends, the magnets being arranged to surround the rotor housing, and wherein the rotor housing has one or more tortuous paths on an outer surface of the rotor housing for the flow of coolant extending along the length of the rotor housing, and being configured to direct flow from the first end of the rotor housing to the second end and back to the first end,
A flame retardant liner for upholstered furniture, said liner comprising a layered material with at least two layers, in which layered material a carded nonwoven wadding, constituting a first layer, is thermally bonded to a carded nonwoven top layer, constituting a second layer, wherein - said wadding has a thickness, according to the ISO method 9073-2:1995, of 4 to 140 mm, and a weight of 100 to 3000 g/m 2; at least 20 wt% of the staple fibers in the wadding has a linear mass density of at least 6 dtex; 10 to 100 wt% of the staple fibers in the wadding are flame retardant fibers; and 5 to 40 wt% of the staple fibers in the wadding are bi-component binder fibers; and - said top layer has a thickness, according to the ISO method 9073-2:1995, of 0.2 to 5 mm, and a weight of 40 to 200 g/m 2; at least 90 wt% of the staple fibers in the top layer has a linear mass density of 5 dtex or less; and 60 to 100 wt% of the staple fibers in the top layer are bi-component binder fibers; wherein the flame retardant fibers are fibers having a limiting oxygen index of at least 22 as determined in accordance with ISO 4589. - said wadding has a thickness, according to the ISO method 9073-2:1995, of 4 to 140 mm, and a weight of 100 to 3000 g/m 2; at least 20 wt% of the staple fibers in the wadding has a linear mass density of at least 6 dtex; 10 to 100 wt% of the staple fibers in the wadding are flame retardant fibers; and 5 to 40 wt% of the staple fibers in the wadding are bi-component binder fibers; and - said top layer has a thickness, according to the ISO method 9073-2:1995, of 0.2 to 5 mm, and a weight of 40 to 200 g/m 2; at least 90 wt% of the staple fibers in the top layer has a linear mass density of 5 dtex or less; and 60 to 100 wt% of the staple fibers in the top layer are bi-component binder fibers;
Heating utensil (10A; 10B; 10C), arranged to be in contact with a food preparation or a beverage to be heated and contained in a non-ferromagnetic container, the heating utensil (10A; 10B; 10C) comprising: - at least one heating portion, to be immersed in the container, made of ferromagnetic material capable of being heated by an induction cooking plate so as to produce heat to heat the food preparation, characterised in that the utensil comprises: - an electric device comprising a conversion device arranged to convert into electric current some of the magnetic fields generated by the induction cooking plate, and - at least one electrical receiver (13, 14) capable of being powered by this electric current. - at least one heating portion, to be immersed in the container, made of ferromagnetic material capable of being heated by an induction cooking plate so as to produce heat to heat the food preparation, - an electric device comprising a conversion device arranged to convert into electric current some of the magnetic fields generated by the induction cooking plate, and - at least one electrical receiver (13, 14) capable of being powered by this electric current.
A multiaxial fabric for use with a paper machine, said fabric comprising: a first layer including a plurality of machine direction yarns interwoven with a first plurality of cross-machine direction yarns; and a second layer including said plurality of MD yarns interwoven with a second plurality of CD yarns; characterized in that said plurality of MD yarns and said first plurality of CD yarns form a first shed pattern, and said plurality of MD yarns and said second plurality of CD yarns form a second shed pattern; and wherein said first shed pattern and said second shed pattern are different, and at least one CD yarn of said first shed pattern interlaces between CD yarns of said second shed pattern. a first layer including a plurality of machine direction yarns interwoven with a first plurality of cross-machine direction yarns; and a second layer including said plurality of MD yarns interwoven with a second plurality of CD yarns; characterized in that said plurality of MD yarns and said first plurality of CD yarns form a first shed pattern, and said plurality of MD yarns and said second plurality of CD yarns form a second shed pattern; and wherein said first shed pattern and said second shed pattern are different, and at least one CD yarn of said first shed pattern interlaces between CD yarns of said second shed pattern.
A non-pneumatic tire comprising: an attachment body attached to an axle; a ring member including an inner rim fitted onto the attachment body and an outer rim configured to surround the inner rim from the outside in a tire radial direction; and a plurality of connecting members disposed between the inner rim and the outer rim in a tire circumferential direction and configured to connect the rims (12, 13) to each other, wherein at least a portion of the ring member and the plurality of connecting members are integrally formed of a synthetic resin material, characterised in that: the synthetic resin material of which at least a portion of the ring member and the plurality of connecting members are integrally formed has a bending modulus of elasticity at -20 °C obtained through a 3-point bending test that is two times or less a bending modulus of elasticity at 60 °C obtained through the 3-point bending test pursuant to ISO 178. an attachment body attached to an axle; a ring member including an inner rim fitted onto the attachment body and an outer rim configured to surround the inner rim from the outside in a tire radial direction; and a plurality of connecting members disposed between the inner rim and the outer rim in a tire circumferential direction and configured to connect the rims (12, 13) to each other, wherein at least a portion of the ring member and the plurality of connecting members are integrally formed of a synthetic resin material, the synthetic resin material of which at least a portion of the ring member and the plurality of connecting members are integrally formed has a bending modulus of elasticity at -20 °C obtained through a 3-point bending test that is two times or less a bending modulus of elasticity at 60 °C obtained through the 3-point bending test pursuant to ISO 178.
An apparatus for determining an index of insect biodiversity, comprising: a plurality of optical insect sensor devices configured to be individually positioned within a geographic area, each insect sensor device configured to: - monitor insect activity within a detection volume extending outside the insect sensor device by detecting light from the detection volume, and to - output detector data indicative of one or more optically detected attributes associated with respective detected insect detection events, each insect detection event being indicative of one or more insects being present in the detection volume; a data processing system communicatively coupled to the plurality of optical insect sensor devices and configured to: - receive detector data from respective ones of the plurality of optical insect sensor devices, the detector data being indicative of one or more optically detected attributes associated with respective detected insect detection events, and to - compute, from the received detector data, an index of insect biodiversity indicative of insect biodiversity within the geographic area. a plurality of optical insect sensor devices configured to be individually positioned within a geographic area, each insect sensor device configured to: - monitor insect activity within a detection volume extending outside the insect sensor device by detecting light from the detection volume, and to - output detector data indicative of one or more optically detected attributes associated with respective detected insect detection events, each insect detection event being indicative of one or more insects being present in the detection volume; - monitor insect activity within a detection volume extending outside the insect sensor device by detecting light from the detection volume, and to - output detector data indicative of one or more optically detected attributes associated with respective detected insect detection events, each insect detection event being indicative of one or more insects being present in the detection volume; a data processing system communicatively coupled to the plurality of optical insect sensor devices and configured to: - receive detector data from respective ones of the plurality of optical insect sensor devices, the detector data being indicative of one or more optically detected attributes associated with respective detected insect detection events, and to - compute, from the received detector data, an index of insect biodiversity indicative of insect biodiversity within the geographic area. - receive detector data from respective ones of the plurality of optical insect sensor devices, the detector data being indicative of one or more optically detected attributes associated with respective detected insect detection events, and to - compute, from the received detector data, an index of insect biodiversity indicative of insect biodiversity within the geographic area.
A method for producing a mirror for reflecting EUV radiation, comprising the steps of: - applying a stress compensating sequence of layers onto a substrate, wherein the stress compensating sequence of layers includes alternating first layers and second layers, wherein the first layers include boron, a boron nitride, boron carbide or boron oxide, and the second layers include lanthanum, a lanthanum nitride, lanthanum carbide or lanthanum oxide, and wherein, when applied onto the substrate, the stress compensating sequence of layers has compressive stress, - performing a temperature treatment in the temperature range between 100° C and 800° C, wherein due to the temperature treatment, the compressive stress is reduced and tensile stress is generated in the stress compensating sequence of layers, - applying a reflecting sequence of layers above the stress compensating sequence of layers, wherein the reflecting sequence of layers includes alternating third layers and fourth layers, and wherein the reflecting sequence of layers has compressive stress. - applying a stress compensating sequence of layers onto a substrate, wherein the stress compensating sequence of layers includes alternating first layers and second layers, wherein the first layers include boron, a boron nitride, boron carbide or boron oxide, and the second layers include lanthanum, a lanthanum nitride, lanthanum carbide or lanthanum oxide, and wherein, when applied onto the substrate, the stress compensating sequence of layers has compressive stress, - performing a temperature treatment in the temperature range between 100° C and 800° C, wherein due to the temperature treatment, the compressive stress is reduced and tensile stress is generated in the stress compensating sequence of layers, - applying a reflecting sequence of layers above the stress compensating sequence of layers, wherein the reflecting sequence of layers includes alternating third layers and fourth layers, and wherein the reflecting sequence of layers has compressive stress.