mhurhangee/ep-ind-claims huggingface dataset:
An optical encoder and motor assembly, comprising: a motor and brake device, the motor and brake device including a motor shaft that rotates or remains stationary based on operation of the motor and brake device; a motor and brake housing at least partially enclosing the motor and brake device, the motor and brake housing including at least one cavity aligned with the motor shaft; an encoder housing at least partially received in the at least one cavity, the encoder housing including an opening; an encoder shaft supported partially within the encoder housing and partially extending through the opening of the encoder housing, the encoder shaft being associated with the motor shaft so that the encoder shaft rotates relative to the encoder housing as the motor shaft rotates; an encoder disk secured to the encoder shaft, the encoder disk rotating with the encoder shaft, the encoder disk being within the encoder housing, the encoder disk including a plurality of holes (54, 56) in the encoder disk; and at least one detector (64, 66) within the encoder housing, the at least one detector (64, 66) being situated relative to the encoder disk to detect rotary movement of the encoder disk, wherein the encoder disk comprises at least one plurality of reflective members (58, 60) in a selected pattern on one side of the encoder disk; wherein the at least one detector (64, 66) detects the rotary movement of the encoder disk by detecting radiation reflected from the reflective members (58, 60); and wherein the plurality of holes (54,56) are condensation-reducing features. a motor and brake device, the motor and brake device including a motor shaft that rotates or remains stationary based on operation of the motor and brake device; a motor and brake housing at least partially enclosing the motor and brake device, the motor and brake housing including at least one cavity aligned with the motor shaft; an encoder housing at least partially received in the at least one cavity, the encoder housing including an opening; an encoder shaft supported partially within the encoder housing and partially extending through the opening of the encoder housing, the encoder shaft being associated with the motor shaft so that the encoder shaft rotates relative to the encoder housing as the motor shaft rotates; an encoder disk secured to the encoder shaft, the encoder disk rotating with the encoder shaft, the encoder disk being within the encoder housing, the encoder disk including a plurality of holes (54, 56) in the encoder disk; and at least one detector (64, 66) within the encoder housing, the at least one detector (64, 66) being situated relative to the encoder disk to detect rotary movement of the encoder disk, wherein the encoder disk comprises at least one plurality of reflective members (58, 60) in a selected pattern on one side of the encoder disk; wherein the at least one detector (64, 66) detects the rotary movement of the encoder disk by detecting radiation reflected from the reflective members (58, 60); and wherein the plurality of holes (54,56) are condensation-reducing features.
A home electrical appliance such as a washing machine or dishwasher comprising: a chassis which has two side walls, a rear wall, and a front wall; and a top cover which is fastened to an upper part of the chassis by means of fastening elements; characterized in that the top cover has a frame which comprises: two lateral sides which are connected to the side walls by means of sliding fasteners (7, 8); and a rear side which connects to the rear wall by means of an interference fastener (6, 9). a chassis which has two side walls, a rear wall, and a front wall; and a top cover which is fastened to an upper part of the chassis by means of fastening elements; characterized in that the top cover has a frame which comprises: two lateral sides which are connected to the side walls by means of sliding fasteners (7, 8); and a rear side which connects to the rear wall by means of an interference fastener (6, 9). two lateral sides which are connected to the side walls by means of sliding fasteners (7, 8); and a rear side which connects to the rear wall by means of an interference fastener (6, 9).
Method for producing cationic silicon compounds of general formula I (R a Si) + HA - by reacting the silicon compounds of general formula II (R b -H)(R a Si) + with a compound A, where R a is a carbon-containing radical, which may additionally comprise heteroatoms, bound to the cationic silicon atom via a covalent bond, ionic bond or via one or more π- bonds with the cationic silicon atom, (R b -H) is a π-bonded singly negatively charged radical of general formula III, R x are monovalent or polyvalent organic radicals, which may also be bonded to one another to form a fused ring, with the proviso that at least one of the radicals R x an organic radical bonded via carbon bearing at least one hydrogen atom, and A is a compound which, as an electrophile, is capable of accepting electron pairs and which is selected from compounds of formula MX 3 where M = B, Al and Ga, wherein X is a C6-C20 aryl radical which is substituted by halogen. R a is a carbon-containing radical, which may additionally comprise heteroatoms, bound to the cationic silicon atom via a covalent bond, ionic bond or via one or more π- bonds with the cationic silicon atom, (R b -H) is a π-bonded singly negatively charged radical of general formula III, R x are monovalent or polyvalent organic radicals, which may also be bonded to one another to form a fused ring, with the proviso that at least one of the radicals R x an organic radical bonded via carbon bearing at least one hydrogen atom, and A is a compound which, as an electrophile, is capable of accepting electron pairs and which is selected from compounds of formula MX 3 where M = B, Al and Ga, wherein X is a C6-C20 aryl radical which is substituted by halogen.
The use of a polysaccharide selected from the group of C 1-10 alkyl celluloses, hydroxy-C 2-10 alkyl methyl celluloses, hydroxy-C 2-10 alkyl ethyl celluloses, hydroxy-C 1-10 alkyl celluloses, carboxy-C 1-10 alkyl celluloses and C 6-30 alkyl hydroxyethyl celluloses in antiperspirant cosmetic agents for reducing and/or preventing textile discoloration and/or textile stains that occur during the washing process.
The use as fragrance of a compound of formula in the form of any one of its stereoisomers or a mixture thereof wherein R is hydrogen or methyl, and n is 3. wherein R is hydrogen or methyl, and n is 3.
A fingerprint sensor integrated display comprising: a display panel configured to display an input image; a transparent substrate disposed on the display panel; a light entering element (CHOE) configured to irradiate light from a light source onto the transparent substrate; and a holographic element (CHOE, DHOE) at a location of the light entering element, characterised in that reconstruction of visual information including a logo or image is enabled through the holographic element. a display panel configured to display an input image; a transparent substrate disposed on the display panel; a light entering element (CHOE) configured to irradiate light from a light source onto the transparent substrate; and a holographic element (CHOE, DHOE) at a location of the light entering element, characterised in that reconstruction of visual information including a logo or image is enabled through the holographic element.
An assembly for generating a seam starting upper thread with a nominal seam protrusion of at most 10mm - with an upper thread catcher for taking up the seam starting upper thread, wherein the upper thread catcher comprises: - an upper thread blade with an upper thread take-up section, - a counter blade, - an upper thread clamp, - a displacement drive for the upper thread take-up section, - characterized in that the upper thread take-up section is displaceable by the displacement drive between -- an upper thread take-up position for taking up the seam starting upper thread, -- an upper thread clamping position for clamping the seam starting upper thread between the upper thread blade and the upper thread clamp and -- an upper thread cutting position for shearing the seam starting upper thread between the upper thread blade and the counter blade. - with an upper thread catcher for taking up the seam starting upper thread, wherein the upper thread catcher comprises: - an upper thread blade with an upper thread take-up section, - a counter blade, - an upper thread clamp, - a displacement drive for the upper thread take-up section, - characterized in that the upper thread take-up section is displaceable by the displacement drive between -- an upper thread take-up position for taking up the seam starting upper thread, -- an upper thread clamping position for clamping the seam starting upper thread between the upper thread blade and the upper thread clamp and -- an upper thread cutting position for shearing the seam starting upper thread between the upper thread blade and the counter blade. - an upper thread blade with an upper thread take-up section, - a counter blade, - an upper thread clamp, - a displacement drive for the upper thread take-up section, - characterized in that the upper thread take-up section is displaceable by the displacement drive between -- an upper thread take-up position for taking up the seam starting upper thread, -- an upper thread clamping position for clamping the seam starting upper thread between the upper thread blade and the upper thread clamp and -- an upper thread cutting position for shearing the seam starting upper thread between the upper thread blade and the counter blade. -- an upper thread take-up position for taking up the seam starting upper thread, -- an upper thread clamping position for clamping the seam starting upper thread between the upper thread blade and the upper thread clamp and -- an upper thread cutting position for shearing the seam starting upper thread between the upper thread blade and the counter blade.
A pipe liner for use in repair and/or renewal of a pipe, the pipe liner comprising an elongate duct formed from multiple laminated layers of thermoplastic material characterised in that heating means are provided between successive laminate layers and comprise a plurality of magnetic particles adapted to have a curie temperature corresponding to the transition temperature of the laminate layers.
A method of producing an insulated ultrafine powder comprising the steps of adding metal alkoxide to an organic solvent in which a conductive ultrafine powder comprising a carbon material is dispersed and further adding water thereto, the conductive ultrafine powder being selected from the group consisting of spherical carbon materials having a particle diameter of 1 nm or more and 500 nm or less, fibrous carbon materials having a cross-sectional diameter of 1 nm or more and 500 nm or less and tabular carbon materials having a thickness of 1 nm or more and 500 nm or less, each measured by means of a scanning electromicroscope, the method being characterized in that the metal alkoxide is liquid metal alkoxide selected from the group consisting of tetraethoxytitanium, tetraisopropoxytitanium, tetra-normal-butoxytitanium, a tetra-normal-butoxytitanium dimer, tetra-2-ethylhexoxytitanium, triethoxymonopropoxytitanium, tetra-secondary-butoxyzirconium and tetra-tertiary-butoxyzirconium, and the organic solvent is a methanol-containing organic solvent.
Use of a sealable and retortable composition to make containers for medical, pharmaceutical or nutritional applications from mono- or multi-layer structures including at least one layer comprising a composition, wherein the composition is free from migrating substances and comprises a mixture of two components, • the first component comprising at least one propylene/[alpha]-olefin copolymer with an [alpha]-olefin content of 2 to 20 percent by weight, • the second component comprising at least one propylene/[alpha]-olefin copolymer and/or at least one propylene homopolymer, wherein • the propylene/[alpha]-olefin copolymer having at least one distinct DSC melting area between 30 and 110°C having a heat of fusion of more than 1 J/g but of less than 65 J/g, • the propylene/[alpha]-olefin copolymer having a DSC melting point of 130-170°C, • the propylene homopolymer having a DSC melting point of 130-170°C, and wherein • the total amount of polymers, and being at least 80 by weight of the composition • the amount of polymer being between 15 and 85 percent by weight of the total amount of polymers, and. • the first component comprising at least one propylene/[alpha]-olefin copolymer with an [alpha]-olefin content of 2 to 20 percent by weight, • the second component comprising at least one propylene/[alpha]-olefin copolymer and/or at least one propylene homopolymer, • the propylene/[alpha]-olefin copolymer having at least one distinct DSC melting area between 30 and 110°C having a heat of fusion of more than 1 J/g but of less than 65 J/g, • the propylene/[alpha]-olefin copolymer having a DSC melting point of 130-170°C, • the propylene homopolymer having a DSC melting point of 130-170°C, and wherein • the total amount of polymers, and being at least 80 by weight of the composition • the amount of polymer being between 15 and 85 percent by weight of the total amount of polymers, and.
A Cooling system of an internal combustion engine comprising a cooling fan and a driving shaft, said fan being connected to said driving shaft by means of a coupling system; said coupling system comprising: - a clutch comprising: ∘ a first clutch member axially movable and torsionally connected to the driving shaft or to the fan; ∘ a second axially fixed clutch member connected to the fan or to the driving shaft; - a magnetic element disposed on said first clutch member; - an electromagnet placed at an intake aperture so as to project towards the fan and configured to attract said magnetic element when electrically powered to engage the fan on the driving shaft if the internal engine temperature is above a reference value; characterized in that said electromagnet is connected to a container of the fan comprising said intake aperture. - a clutch comprising: ∘ a first clutch member axially movable and torsionally connected to the driving shaft or to the fan; ∘ a second axially fixed clutch member connected to the fan or to the driving shaft; ∘ a first clutch member axially movable and torsionally connected to the driving shaft or to the fan; ∘ a second axially fixed clutch member connected to the fan or to the driving shaft; - a magnetic element disposed on said first clutch member; - an electromagnet placed at an intake aperture so as to project towards the fan and configured to attract said magnetic element when electrically powered to engage the fan on the driving shaft if the internal engine temperature is above a reference value; characterized in that said electromagnet is connected to a container of the fan comprising said intake aperture.
Manufacturing method for a metal strip, - wherein the metal strip is roughed in a roughing mill, then cooled in a cooling device and finally finish-rolled in a finishing train with multiple rolling stands, characterised in that - at the latest on entry of the metal strip into the cooling device, initial values of a first property of the metal strip are recorded in a spatially resolved form in the direction of the width of the strip, - the recorded initial values are fed to a rolling model, - by means of the rolling model for a location which lies at or behind the first rolling stand of the finishing train, expected values of a second property of the metal strip are determined in a spatially resolved form in the direction of the width of the strip, - the expected values depend on the respective initial values and on respective activation values of the cooling device, - the activation values of the cooling device are determined by means of the rolling model in a spatially resolved form in the direction of the width of the strip such that the expected values in a spatially resolved form in the direction of the width of the strip are approximated to desired values of the second property, - the cooling device is activated in accordance with the determined activation values. - wherein the metal strip is roughed in a roughing mill, then cooled in a cooling device and finally finish-rolled in a finishing train with multiple rolling stands, characterised in that - at the latest on entry of the metal strip into the cooling device, initial values of a first property of the metal strip are recorded in a spatially resolved form in the direction of the width of the strip, - the recorded initial values are fed to a rolling model, - by means of the rolling model for a location which lies at or behind the first rolling stand of the finishing train, expected values of a second property of the metal strip are determined in a spatially resolved form in the direction of the width of the strip, - the expected values depend on the respective initial values and on respective activation values of the cooling device, - the activation values of the cooling device are determined by means of the rolling model in a spatially resolved form in the direction of the width of the strip such that the expected values in a spatially resolved form in the direction of the width of the strip are approximated to desired values of the second property, - the cooling device is activated in accordance with the determined activation values.
A device comprising: a first housing that comprises a first thickness; a second housing that comprises a second thickness; and a hinge assembly that couples the first and second housings (120, 140), wherein the hinge assembly comprises two hollow axles (440, 640) operatively coupled to the second housing; and two axles (462, 662), each received by a respective bore of one of the hollow axles (440, 640), operatively coupled to the first housing; characterized in that the hinge assembly further comprises a coupling mechanism that couples the two hollow axles (440, 640) to rotate in the same rotational direction; and a coupling mechanism that couples the two axles (462, 662) to rotate in the same rotational direction. a first housing that comprises a first thickness; a second housing that comprises a second thickness; and a hinge assembly that couples the first and second housings (120, 140), two hollow axles (440, 640) operatively coupled to the second housing; and two axles (462, 662), each received by a respective bore of one of the hollow axles (440, 640), operatively coupled to the first housing; characterized in that the hinge assembly further comprises a coupling mechanism that couples the two hollow axles (440, 640) to rotate in the same rotational direction; and a coupling mechanism that couples the two axles (462, 662) to rotate in the same rotational direction.
A processor comprising: fetch circuitry to fetch an instruction; decode circuitry to decode the instruction having fields to specify an opcode and locations (2124, 2126) of an Array-of-Structures, AOS, source matrix and one or more Structure-of-Arrays, SOA, destination matrices, the AOS source matrix to contain N structures each containing K elements of different types, with same-typed elements in consecutive structures separated by a stride, the SOA destination matrices together contain K segregated groups, each containing N same-typed elements, wherein each of the K groups is disposed either in a dedicated matrix or in a shared matrix; and the opcode indicating the processor is to unpack elements of the AOS source matrix into the SOA destination matrices; and execution circuitry to execute the instruction as per the opcode to unpack each element of the AOS source matrix into one of the K element type and write each unpacked element to its corresponding group of same-typed elements in the one or more SOA destination matrices, wherein the execution circuitry further comprises a transform circuitry to transform a data format of the elements being moved from the AOS source matrix to the SOA destination matrix and an operation circuitry to perform an arithmetic or logical operation on the elements being moved from the AOS source matrix to the SOA destination matrix. fetch circuitry to fetch an instruction; decode circuitry to decode the instruction having fields to specify an opcode and locations (2124, 2126) of an Array-of-Structures, AOS, source matrix and one or more Structure-of-Arrays, SOA, destination matrices, the AOS source matrix to contain N structures each containing K elements of different types, with same-typed elements in consecutive structures separated by a stride, the SOA destination matrices together contain K segregated groups, each containing N same-typed elements, wherein each of the K groups is disposed either in a dedicated matrix or in a shared matrix; and the opcode indicating the processor is to unpack elements of the AOS source matrix into the SOA destination matrices; and execution circuitry to execute the instruction as per the opcode to unpack each element of the AOS source matrix into one of the K element type and write each unpacked element to its corresponding group of same-typed elements in the one or more SOA destination matrices, wherein the execution circuitry further comprises a transform circuitry to transform a data format of the elements being moved from the AOS source matrix to the SOA destination matrix and an operation circuitry to perform an arithmetic or logical operation on the elements being moved from the AOS source matrix to the SOA destination matrix.
A method performed by a first terminal, the method comprising: transmitting, to a base station, a first message including a destination identifier, transmission type information, preferred radio link control, RLC, mode information and QoS, Quality of Service, information; receiving, from the base station, a second message including sidelink RLC configuration information associated with an RLC mode based on the first message; and transmitting, to a second terminal, a third message based on the second message, wherein the transmission type information corresponds to at least one of unicast, groupcast, or broadcast. transmitting, to a base station, a first message including a destination identifier, transmission type information, preferred radio link control, RLC, mode information and QoS, Quality of Service, information; receiving, from the base station, a second message including sidelink RLC configuration information associated with an RLC mode based on the first message; and transmitting, to a second terminal, a third message based on the second message, wherein the transmission type information corresponds to at least one of unicast, groupcast, or broadcast.