mhurhangee/ep-ind-claims huggingface dataset:
Heat dissipator for dissipating thermal energy contained in a first heat-transfer fluid and intended to be placed in a thermal management circuit of a motor vehicle, said heat dissipator comprising at least one inlet container for the first heat-transfer fluid, at least one outlet container for the first heat-transfer fluid and heat-exchange surfaces between the first heat-transfer fluid and a second heat-transfer fluid, in which device at least one inlet container and/or at least one outlet container for the first heat-transfer fluid comprises a phase change material, said device being characterized in that the phase change material is: - incorporated within the wall of at least one inlet container and/or at least one outlet container for the first heat-transfer fluid, or - placed in at least one inlet container and/or at least one outlet container for the first heat-transfer fluid in the form of capsules of phase change material. - incorporated within the wall of at least one inlet container and/or at least one outlet container for the first heat-transfer fluid, or - placed in at least one inlet container and/or at least one outlet container for the first heat-transfer fluid in the form of capsules of phase change material.
A device for self-assembling semiconductor light-emitting diodes, comprising: an assembly chamber having a space for accommodating a liquid with semiconductor light-emitting diodes dispersed therein; a substrate chuck having a substrate support part (210, 220, 230) configured to support a substrate, a vertical moving part configured to move at least a part of the substrate support part (210, 220, 230) and/or a substrate supported by the substrate support part in a vertical direction, an electrode connection part provided on the substrate support part (210, 220, 230) for applying power to an assembly electrode of the substrate; a displacement sensor configured for sensing a degree of warping of the substrate due to gravity; and a controller configured to control movement of the substrate chuck, wherein the controller is configured to control a depth at which the substrate is submerged in the liquid based on a degree of the warping of the substrate based on a sensing result of the displacement sensor. an assembly chamber having a space for accommodating a liquid with semiconductor light-emitting diodes dispersed therein; a substrate chuck having a substrate support part (210, 220, 230) configured to support a substrate, a vertical moving part configured to move at least a part of the substrate support part (210, 220, 230) and/or a substrate supported by the substrate support part in a vertical direction, an electrode connection part provided on the substrate support part (210, 220, 230) for applying power to an assembly electrode of the substrate; a displacement sensor configured for sensing a degree of warping of the substrate due to gravity; and a controller configured to control movement of the substrate chuck, wherein the controller is configured to control a depth at which the substrate is submerged in the liquid based on a degree of the warping of the substrate based on a sensing result of the displacement sensor.
Camera arm of a camera-based mirror substitute system for a motor vehicle, comprising a first structural element for connecting the camera arm to a motor vehicle and a second structural element which comprises at least one camera, wherein the second structural element can be pivoted in relation to the first structural element, characterized in that the second structural element and the first structural element are connected to one another by way of a pivoting mechanism, wherein the pivoting mechanism comprises a planetary gearing, wherein the first structural element comprises a cutout which is provided with an internal toothing and a first axis of rotation which is arranged coaxially with the internal toothing, wherein a rotary disc which can be rotated in relation to the first structural element about the first axis of rotation comprises an eccentrically arranged second axis of rotation, and wherein the second structural element comprises a gearwheel with an external toothing, the teeth of which engage in the internal toothing and the axis of rotation of which lies coaxially with the second axis of rotation.
Electronic device comprising a contact assembly for making electric contact, wherein the contact assembly has at least one punched grid and a connecting contact for making electric contact with the contact assembly, wherein the punched grid has an opening (3.1) for the insertion of the connecting contact and clamping means (3.2) projecting out of an opening plane, wherein a clamping section (2.3) of the connecting contact can be inserted at least partly into the opening (3.1) and fixed mechanically by the clamping means (3.2), forming an electrically conductive contact surface, characterized in that the clamping section (2.3) has latching means (2.4) which can be latched in on the clamping means (3.2) in such a way that a movement of the connecting contact counter to an insertion direction of the connecting contact is prevented, wherein the punched grid is enclosed by means of an enclosure of the device, wherein the enclosure has a recess (4.1) for the at least partial accommodation of the clamping means (3.2) and the clamping section (2.3).
Process for producing diisobutene by oligomerization of isobutene over an acid catalyst in at least one reaction stage which in each case contains at least one reactor and at least one distillation column, wherein an isobutene-containing input stream which comprises an isobutene-containing hydrocarbon stream as feed and a recirculated stream as recycle is converted in the at least one reactor of the at least one reaction stage to obtain a product mixture containing at least the diisobutene formed having a proportion of 2,4,4-trimethylpent-1-ene of at least 75 mol%, preferably at least 76.5 mol%, particularly preferably at least 78 mol%, and unconverted isobutene, and the obtained product mixture is supplied to the at least one distillation column, at the top of the distillation column a residual hydrocarbon stream depleted in the diisobutene formed based on the obtained product mixture is withdrawn and at least partially recirculated to the at least one reactor as recycle, characterized in that the ratio of recycle to feed is at least 4. an isobutene-containing input stream which comprises an isobutene-containing hydrocarbon stream as feed and a recirculated stream as recycle is converted in the at least one reactor of the at least one reaction stage to obtain a product mixture containing at least the diisobutene formed having a proportion of 2,4,4-trimethylpent-1-ene of at least 75 mol%, preferably at least 76.5 mol%, particularly preferably at least 78 mol%, and unconverted isobutene, and the obtained product mixture is supplied to the at least one distillation column, at the top of the distillation column a residual hydrocarbon stream depleted in the diisobutene formed based on the obtained product mixture is withdrawn and at least partially recirculated to the at least one reactor as recycle, characterized in that the ratio of recycle to feed is at least 4.
A process of allocating an elevator for a passenger of an elevator system, comprising a method which comprises a step of allocating an elevator (A, B, C or D) for a passenger in a lobby of the elevator system, and thereafter a step of signaling the allocated elevator (A, B, C or D) to the passenger before the arrival of the car (C 1, C 2, C 3 or C 4) of the allocated elevator (A, B, C or D) at said lobby, characterized in that the method comprises the steps of: - obtaining traffic data describing traffic in said elevator lobby, and - determining the signaling moment based on said traffic data, and - signaling the allocated elevator (A, B, C or D) to the passenger at the determined signaling moment. - obtaining traffic data describing traffic in said elevator lobby, and - determining the signaling moment based on said traffic data, and - signaling the allocated elevator (A, B, C or D) to the passenger at the determined signaling moment.
A touch-sensitive apparatus, comprising: a panel defining a touch surface; a first subset of components (2, 3) on a first end of the touch surface; and a second subset of components (2, 3) on a second end of the touch surface, the second end being opposite to and parallel with the first end; wherein the components include emitters and detectors, each emitter being operable for propagating a diverging energy beam across the touch surface, and each detector being operable for detecting transmitted energy from at least two emitters; and wherein the components (2, 3) in at least one of the first and second subsets are systematically arranged in spatially separate groups along at least one of the first and second ends, and wherein said at least one of the first and second subsets has an inter-group spacing between the groups and an intra-group spacing between the components within each group, such that a ratio of the inter-group spacing to the intra-group spacing is greater than 1.2, wherein the groups in said at least one of the first and second subsets have equal intra-group spacing and varying inter-group spacing, wherein each group includes at least two components (2, 3). a panel defining a touch surface; a first subset of components (2, 3) on a first end of the touch surface; and a second subset of components (2, 3) on a second end of the touch surface, the second end being opposite to and parallel with the first end; wherein the components include emitters and detectors, each emitter being operable for propagating a diverging energy beam across the touch surface, and each detector being operable for detecting transmitted energy from at least two emitters; and wherein the components (2, 3) in at least one of the first and second subsets are systematically arranged in spatially separate groups along at least one of the first and second ends, and wherein said at least one of the first and second subsets has an inter-group spacing between the groups and an intra-group spacing between the components within each group, such that a ratio of the inter-group spacing to the intra-group spacing is greater than 1.2, wherein the groups in said at least one of the first and second subsets have equal intra-group spacing and varying inter-group spacing, wherein each group includes at least two components (2, 3).
A multilayer porous membrane comprising a porous membrane that includes a polyolefin resin as a main component, and a porous layer that includes inorganic particles and a binder polymer, layered on at least one side of the porous membrane, wherein the total thickness of the porous layer is 0.5 μm or more and 3.0 μm or less, the number of holes with hole areas of 0.001 μm 2 or greater in the porous layer is 65 or more and 180 or less per 10 μm 2 visual field, the percentage of holes with areas in the range of 0.001 μm 2 to 0.05 μm 2 among holes with areas of 0.001 μm 2 or greater in the porous layer is 90% or greater, the percentage of inorganic particles occupying the porous layer is 90 weight% or more and 99 weight% or less, and an aspect ratio of the inorganic particles is 1.0 or more and 3.0 or less.
A method for coating a material, the method comprising: (a) contacting the material with a coating material and a solvent to obtain a coated material; (b) evaporating the solvent from the coated material in an interior volume of a coating container having a side wall by heating the coated material, coating container, and/or an internal container configured to hold coated and/or uncoated material positioned in the interior volume of the coating container where at least the internal container is heated with heat being generated from a heat source positioned in the interior volume of the coating container and external to the internal container, wherein the heat source is positioned downstream from where the coating material contacts the material to be coated in step (a); and (c) removing the evaporated solvent from the interior volume of the coating container by contacting the evaporated solvent with a sweep gas to produce a solvent-enriched sweep gas and removing the solvent-enriched sweep gas from the interior volume of the coating container. (a) contacting the material with a coating material and a solvent to obtain a coated material; (b) evaporating the solvent from the coated material in an interior volume of a coating container having a side wall by heating the coated material, coating container, and/or an internal container configured to hold coated and/or uncoated material positioned in the interior volume of the coating container where at least the internal container is heated with heat being generated from a heat source positioned in the interior volume of the coating container and external to the internal container, wherein the heat source is positioned downstream from where the coating material contacts the material to be coated in step (a); and (c) removing the evaporated solvent from the interior volume of the coating container by contacting the evaporated solvent with a sweep gas to produce a solvent-enriched sweep gas and removing the solvent-enriched sweep gas from the interior volume of the coating container.
A coupling arrangement configured to attach an impeller of a compressor to a shaft of an electric motor, said coupling arrangement comprising: a coupling body having opposite first and second ends (102, 104); means for attaching the coupling body at the first of the ends to the impeller; and means for attaching the coupling body at the second of the ends to the shaft; wherein the coupling body has an axial bore extending from the first end to the second end of the coupling body, the axial bore having a wider portion and a narrower portion such that the coupling body has a reduced wall thickness at one location along the length of the coupling body as compared to the wall thickness of a remainder of the coupling body to form a deformable section between the first and second ends (102, 104); wherein the deformable section is configured to permanently deform under unbalanced loading exerted against the coupling body upon a failure of the impeller. a coupling body having opposite first and second ends (102, 104); means for attaching the coupling body at the first of the ends to the impeller; and means for attaching the coupling body at the second of the ends to the shaft; wherein the coupling body has an axial bore extending from the first end to the second end of the coupling body, the axial bore having a wider portion and a narrower portion such that the coupling body has a reduced wall thickness at one location along the length of the coupling body as compared to the wall thickness of a remainder of the coupling body to form a deformable section between the first and second ends (102, 104); wherein the deformable section is configured to permanently deform under unbalanced loading exerted against the coupling body upon a failure of the impeller.
A method of aligning a first holographic reconstruction and a second holographic reconstruction, the method comprising: forming a first holographic reconstruction of a plurality of discrete light features on a display plane using a first holographic projection channel, wherein the first holographic projection channel comprises a first spatial light modulator (401r, 401g, 401b) arranged to display holograms, the first spatial light modulator (401r, 401g, 401b) being arranged for illumination by light of a first wavelength; forming a second holographic reconstruction of the plurality of discrete light features on the display plane using a second holographic projection channel, wherein the second holographic projection channel comprises a second spatial light modulator (401g, 401b, 401r) arranged to display the holograms combined with at least one grating function, wherein each grating function has a respective displacement direction, the second spatial light modulator (401g, 401b, 401r) being arranged for illumination by light of a second wavelength; capturing images of the display plane; for each discrete light feature, individually determining a grating angle of each grating function required to align, in the respective displacement direction, the first holographic reconstruction of the discrete light feature (602G, 602B) with the second holographic reconstruction of the corresponding discrete light feature (602B, 602G) in order to obtain, for each displacement direction, a plurality of grating angles at a respective plurality of different locations on the display plane. forming a first holographic reconstruction of a plurality of discrete light features on a display plane using a first holographic projection channel, wherein the first holographic projection channel comprises a first spatial light modulator (401r, 401g, 401b) arranged to display holograms, the first spatial light modulator (401r, 401g, 401b) being arranged for illumination by light of a first wavelength; forming a second holographic reconstruction of the plurality of discrete light features on the display plane using a second holographic projection channel, wherein the second holographic projection channel comprises a second spatial light modulator (401g, 401b, 401r) arranged to display the holograms combined with at least one grating function, wherein each grating function has a respective displacement direction, the second spatial light modulator (401g, 401b, 401r) being arranged for illumination by light of a second wavelength; capturing images of the display plane; for each discrete light feature, individually determining a grating angle of each grating function required to align, in the respective displacement direction, the first holographic reconstruction of the discrete light feature (602G, 602B) with the second holographic reconstruction of the corresponding discrete light feature (602B, 602G) in order to obtain, for each displacement direction, a plurality of grating angles at a respective plurality of different locations on the display plane.
An elastic signal transmission cable having an elasticity of 10% or more and transmission loss of 7 dB/m or less in a relaxed state at 250 MHz, and comprising an elastic cylindrical body having an elasticity of 10% or more and a conductor portion containing at least two conductor wires (2, 3) wound in the same direction around the elastic cylindrical body, wherein the elastic cylindrical body has a void there within, characterized in that (i) the elastic cylindrical body is formed from an elastic long fiber and an insulating fiber arranged around the elastic long fiber, said void being formed by said arrangement of the insulating fiber around the elastic long fiber and the void is present around the elastic long fiber; (ii) the conductor wires (2, 3) are wound in parallel, the variation r in the interval between proximal conductor wires is such that 0 ≤ r ≤ 2d, where d is the average interval between proximal conductor wires when relaxed, the average interval d' when stretched by arbitrarily stretching to a stretch limit is within the range of 1/2d to 4d, and there is no deviation from this range even accompanying repeated stretching; and (iii) the wound diameter of the conductor wires (2, 3) is 0.5 to 10 mm, the winding pitch of the conductor wires (2, 3) is 0.1 to 20 mm and the interval between proximal conductor wires (2, 3) is 0.02 to 10 mm. (i) the elastic cylindrical body is formed from an elastic long fiber and an insulating fiber arranged around the elastic long fiber, said void being formed by said arrangement of the insulating fiber around the elastic long fiber and the void is present around the elastic long fiber; (ii) the conductor wires (2, 3) are wound in parallel, the variation r in the interval between proximal conductor wires is such that 0 ≤ r ≤ 2d, where d is the average interval between proximal conductor wires when relaxed, the average interval d' when stretched by arbitrarily stretching to a stretch limit is within the range of 1/2d to 4d, and there is no deviation from this range even accompanying repeated stretching; and (iii) the wound diameter of the conductor wires (2, 3) is 0.5 to 10 mm, the winding pitch of the conductor wires (2, 3) is 0.1 to 20 mm and the interval between proximal conductor wires (2, 3) is 0.02 to 10 mm.
A consumable product package assembly comprising: a plurality of consumable products (16; 26; 46); a flexible package (10; 20; 40), said flexible package comprising a pair of films (12,14; 22, 24) bonded together to define plural product compartments, each compartment enclosing at least one product (16; 26; 46) of said plurality; and each said compartment being defined by a perimetrical seal about said at least one product (16; 26; 46); characterised in that said perimetrical seal includes: a non-releasable seal portion (30; 50) defined by a portion of said perimetrical seal; and a releasable seal portion (34; 54) defined by a portion of said perimetrical seal and adapted to open under manual squeeze pressure so as to dispense the product (16; 26; 46) through the releasable seal portion (34; 54); wherein said flexible package (10; 20; 40) is adapted for squeezing so as to dispense said at least one product (16; 26; 46) from said compartment under manual squeeze pressure. a plurality of consumable products (16; 26; 46); a flexible package (10; 20; 40), said flexible package comprising a pair of films (12,14; 22, 24) bonded together to define plural product compartments, each compartment enclosing at least one product (16; 26; 46) of said plurality; and each said compartment being defined by a perimetrical seal about said at least one product (16; 26; 46); characterised in that said perimetrical seal includes: a non-releasable seal portion (30; 50) defined by a portion of said perimetrical seal; and a releasable seal portion (34; 54) defined by a portion of said perimetrical seal and adapted to open under manual squeeze pressure so as to dispense the product (16; 26; 46) through the releasable seal portion (34; 54); a non-releasable seal portion (30; 50) defined by a portion of said perimetrical seal; and a releasable seal portion (34; 54) defined by a portion of said perimetrical seal and adapted to open under manual squeeze pressure so as to dispense the product (16; 26; 46) through the releasable seal portion (34; 54); wherein said flexible package (10; 20; 40) is adapted for squeezing so as to dispense said at least one product (16; 26; 46) from said compartment under manual squeeze pressure.