mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a carbon fiber component, comprising: placing a film with a texture on a first side surface into a mould, wherein a second side surface of the film abuts against an inner wall of the mould (step b); injecting melted carbon fiber composite plastic into the first side surface through an injection port of the mould to obtain a component in a first shape (step c); and obtaining a component in a second shape from the component in the first shape by using a material removal technique (step e), characterised in that a carbon fiber composite plastic layer in the component in the first shape is 1.0 mm-2.0 mm thick and a carbon fiber composite plastic layer in the component in the second shape is 0.3 mm-0.6 mm thick. placing a film with a texture on a first side surface into a mould, wherein a second side surface of the film abuts against an inner wall of the mould (step b); injecting melted carbon fiber composite plastic into the first side surface through an injection port of the mould to obtain a component in a first shape (step c); and obtaining a component in a second shape from the component in the first shape by using a material removal technique (step e), characterised in that a carbon fiber composite plastic layer in the component in the first shape is 1.0 mm-2.0 mm thick and a carbon fiber composite plastic layer in the component in the second shape is 0.3 mm-0.6 mm thick.
A method of identifying a feline subject with an increased likelihood of developing calcium oxalate stones, the method comprising: analyzing a biological sample obtained from the feline subject for the presence of one or two copies of minor allele A of SNP A1_212891692, felCat8; and wherein the presence of one or two copies of minor allele A of SNP A1_212891692 indicates that the feline subject has an increased likelihood of developing calcium oxalate stones. analyzing a biological sample obtained from the feline subject for the presence of one or two copies of minor allele A of SNP A1_212891692, felCat8; and wherein the presence of one or two copies of minor allele A of SNP A1_212891692 indicates that the feline subject has an increased likelihood of developing calcium oxalate stones.
A cut and strip machine for producing cable-sections by processing a passing cable, especially coaxial or optical cable, and by means of which cable-sections are cut off from the cable one after the other, and on both ends of each cable-section at least one layer, e.g. insulating layer can be notched or cut, and in a given case stripped off, comprising at least one cable feeding device, and a cable processing unit, preferably cutting unit arranged adjustably transverse to a cable axis, and a first non-rotating cable guiding unit arranged - in a feeding direction of the cable - in front of said cable processing unit, preferably cutting unit, and a second non-rotating cable guiding unit arranged - in the feeding direction of the cable - behind said cable processing unit, preferably cutting unit, characterized in that said first and second cable guiding units are formed as fix, first and second cable centering units (7, 8), respectively, being arranged in the immediate vicinity of the cable processing unit, preferably cutting unit, and being suitable for centering, preferably straight-line centering of the cable or the cable-section on both sides, and wherein at least the second cable centering unit can be adjusted cross to the cable axis for its adjustment to the current diameter of the cable or cable-section to be centralized.
A polyribonucleotide with a sequence which encodes a protein or protein fragment, wherein the polyribonucleotide contains a combination of unmodified and modified nucleotides, wherein 5 to 50% of the uridine nucleotides and 5 to 50% of the cytidine nucleotides are modified uridine nucleotides and modified cytidine nucleotides, respectively, and wherein the modified uridine nucleotides are 2-thiouridine and the modified cytidine nucleotides are 5-methylcytidine.
A joint comprising: an outer preform (24;26) having legs (38,40) extending longitudinally and laterally from a fold in the outer preform (24;26), characterised in that said joint further comprises an inner preform (20;22) having a portion projecting longitudinally past the fold to define a spar, the projecting portion of the inner preform (20;22) further defining a wing (50;52;54;56) which extends from and is angularly offset from the spar; and a substructure cooperating with the spar and wing (50;52;54;56) to resist separation of spar and wing from the substructure. an outer preform (24;26) having legs (38,40) extending longitudinally and laterally from a fold in the outer preform (24;26), characterised in that said joint further comprises an inner preform (20;22) having a portion projecting longitudinally past the fold to define a spar, the projecting portion of the inner preform (20;22) further defining a wing (50;52;54;56) which extends from and is angularly offset from the spar; and a substructure cooperating with the spar and wing (50;52;54;56) to resist separation of spar and wing from the substructure.
Soldering connection element comprising at least one electrical conductor, each extended by a contact surface intended to be soldered to a conductive structure provided on a support, the said at least one electrical conductor being covered at least on the side which must be turned towards the support by an insulating covering sheet (11, 12) which has a cut-out for each of the contact surfaces, the edge of which cut-out surrounds the corresponding contact surface as a ring, characterised in that: - a pre-installed solder deposit is applied to the contact surface; - the solder deposit has a predetermined volume of metal; and - the thickness of the covering sheet and the area of its cut-out in the zone of the contact surface are of dimensions to create a space which partly houses the solder deposit and which is intended to be exactly filled with the solder, without excess or shortfall, after melting of the solder. - a pre-installed solder deposit is applied to the contact surface; - the solder deposit has a predetermined volume of metal; and - the thickness of the covering sheet and the area of its cut-out in the zone of the contact surface are of dimensions to create a space which partly houses the solder deposit and which is intended to be exactly filled with the solder, without excess or shortfall, after melting of the solder.
A water tank for a sweeper with mopping functions, wherein the water tank being configured to be pulled in and out and being provided at a rear side of a machine body of the sweeper, the water tank comprising: a water tank lower cover, a bottom of the water tank lower cover being provided with a containing groove; a water tank upper cover coupled to the water tank lower cover, such that the water tank upper cover and the water tank lower cover defines a water storage chamber therebetween; a water tank release button provided at the containing groove, the water tank release button being configured to disengage the water tank from the machine body when the water tank release button is triggered; a reset member having an end coupled to the water tank release button and an other end coupled to the water tank lower cover, characterized in that the water tank release button is pivotally provided at the containing groove, wherein one of the water tank release button and the water tank lower cover is provided with a pivot shaft and the other is provided with a pivot hole, wherein the pivot shaft is mated with the pivot hole. a water tank lower cover, a bottom of the water tank lower cover being provided with a containing groove; a water tank upper cover coupled to the water tank lower cover, such that the water tank upper cover and the water tank lower cover defines a water storage chamber therebetween; a water tank release button provided at the containing groove, the water tank release button being configured to disengage the water tank from the machine body when the water tank release button is triggered; a reset member having an end coupled to the water tank release button and an other end coupled to the water tank lower cover, characterized in that the water tank release button is pivotally provided at the containing groove, wherein one of the water tank release button and the water tank lower cover is provided with a pivot shaft and the other is provided with a pivot hole, wherein the pivot shaft is mated with the pivot hole.
A method implemented in a processor (20A, 21A, or 22A) of a user device of a wireless communication network, comprising determining a prefill level, characterized in that the prefill level is for media being delivered over a hypertext markup language signal to the user device but the media associated with the prefill level is not yet viewed at the user device, where the determining the prefill level comprises determining whether the prefill level is greater than or less than a threshold; for the case that it is determined that the prefill level is greater than the threshold, sending by the user device towards at least one network node (20, 21, or 22) of the wireless communication network messaging comprising a request to decrease at least one of a priority level and a bit rate of a bearer of the media signal; and for the case that it is determined that the prefill level is less than the threshold, sending by the user device towards the wireless communication network messaging comprising a request to increase the at least one of a priority level and a bit rate of a bearer of the media signal.
A quantum communication device (102; 500) comprising: a connector adapted to couple with a base station (103; 800) for quantum communication and for non-quantum communication with a trusted authority (101; 900) over a network between the base station and the trusted authority; one or more integrated optics modules adapted to transmit or receive information in a quantum channel as part of the quantum communication through the base station (103; 800), the one or more integrated optics modules being optically coupled to the connector; and memory for storing one or more keys produced based at least in part on the quantum communication, wherein the quantum communication device is further adapted to decouple from the base station. a connector adapted to couple with a base station (103; 800) for quantum communication and for non-quantum communication with a trusted authority (101; 900) over a network between the base station and the trusted authority; one or more integrated optics modules adapted to transmit or receive information in a quantum channel as part of the quantum communication through the base station (103; 800), the one or more integrated optics modules being optically coupled to the connector; and memory for storing one or more keys produced based at least in part on the quantum communication, wherein the quantum communication device is further adapted to decouple from the base station.
An aluminum alloy for anodization, consisting of Fe: 0.5 to 2 mass%, Cu: 0.35 to 0.6 mass%, Mg: 0.35 to 1.3 mass%, Si: 0.2 to 1.3 mass%, Cr: 0.05 to 0.3 mass%, Mn: 0.01 to 0.3 mass%, Ti: 0.005 to 0.1 mass%, and the balance being inevitable impurities, wherein Zn is controlled to be less than 0.25 mass%.
Method for manufacturing a component (14, 80) for an electric machine from a laminated core (10, 82), which has a plurality of grooves (12, 92) and a central axis, and a plurality of wire elements (2, 20, 40, 70, 84), wherein each wire element (2, 20, 40, 70, 84) has two legs (4, 22, 44, 74, 88) of wire, which are connected to one another by a bend (6, 24, 48, 72, 94) of wire, wherein at least the legs (4, 22, 44, 74, 88) of the wire elements (2, 20, 40, 70, 84) are arranged parallel to the axis in the grooves (12, 92), wherein the bends (6, 24, 48, 72, 94) of the wire elements (2, 20, 40, 70, 84) are arranged in a plurality of annular layers relative to the axis of the laminated core (10, 82), wherein one bend (6, 24, 48, 72, 94) from one respective layer has a layer-dependent distance from the axis of the laminated core (10, 82), wherein one bend (48, 72, 94) of the at least one wire element (40, 70, 84) is additionally deformed such that a tip (50, 76) is produced, wherein this bend (48, 72, 94) is accessible from the outside, characterized in that the one bend (48, 72, 94) of the at least one wire element (2, 20, 40, 70, 84), which is provided for securing the temperature sensor (16, 52, 78, 96), is arranged in a middle layer, which compared to all of the bends (6, 24, 48, 72, 94) of all wire elements (2, 20, 40, 70, 84) has a middle distance from the axis of the laminated core (10, 82), wherein afterwards a temperature sensor (16, 52, 78, 96) is mounted and secured to the tip (50, 57) of the externally accessible bend (48, 72, 94) of the at least one wire element (2, 20, 40, 70, 84).
A modified polyvinyl alcohol, characterized in that it is produced by a method comprising a stage of treatment of solid state polyvinyl alcohol having the degree of hydrolysis from 70 to 98 mole % and 3-30 cPs viscosity of 4% aqueous solution with concentrated aqueous solution of an inorganic peroxide compound selected from the group comprising sodium peroxide, potassium peroxide, calcium peroxide, hydrogen peroxide, or mixtures thereof in the amount of 0.05-3.0% of the polyvinyl alcohol weight in neat hydrogen peroxide equivalent at a temperature of 45-100°C.
A display device comprising: a display panel; a first force sensor disposed under the display panel; a first vibration generator disposed under the display panel and adjacent to the first force sensor; and a first electromagnetic wave shielding member surrounding side surfaces of the first vibration generator; wherein the first electromagnetic wave shielding member is made of steel. a display panel; a first force sensor disposed under the display panel; a first vibration generator disposed under the display panel and adjacent to the first force sensor; and a first electromagnetic wave shielding member surrounding side surfaces of the first vibration generator; wherein the first electromagnetic wave shielding member is made of steel.
An apparatus, comprising: a memory controller to receive data from a memory device, the memory controller comprising error checking logic circuitry, the error checking logic circuitry to receive an error checking code from the memory device, the error checking code generated within the memory device from the data, the error checking logic circuitry comprising circuitry to generate a second version of the error checking code by application of a different data scramble from the memory device and compare the received error checking code with the second version of the error checking code and to conclude that the data that was received from the memory controller is corrupted if the two codes do not match, characterized by the error checking logic circuitry further comprises error correction code, ECC, generation circuitry to generate an ECC from the data that was received from the memory device and other components of data that were received from other memory devices on a same dual in line memory module, DIMM, as the memory device, further wherein the error checking code is received by the memory controller if the ECC and a corresponding ECC that was read from the DIMM for the data and the other components of data do not match.
A polymerizable triptycene derivative represented by the following general formula: wherein R 1 to R 4 are each hydrogen atom; one of X and Y is a substituent represented by the following general formula: wherein n is an integer of 2 to 3; m is an integer of 1 to 3; and R 5 shows hydrogen atom or methyl group, and the other of X and Y is a substituent selected from the group consisting of the substituents represented by the general formula, hydrogen atom and halogen atom, and protected or unprotected hydroxyl group, hydroxylalkyl group, carboxyl group, carboxylalkyl group, amino group, aminoalkyl group, aminocarbonyl group, aminocarbonylalkyl group, alkoxy group, alkoxyalkyl group, alkoxycarbonyl group, alkoxycarbonylalkyl group, formyl group, formylalkyl group, and alkyl group. R 1 to R 4 are each hydrogen atom; one of X and Y is a substituent represented by the following general formula: wherein n is an integer of 2 to 3; m is an integer of 1 to 3; and R 5 shows hydrogen atom or methyl group, and the other of X and Y is a substituent selected from the group consisting of the substituents represented by the general formula, hydrogen atom and halogen atom, and protected or unprotected hydroxyl group, hydroxylalkyl group, carboxyl group, carboxylalkyl group, amino group, aminoalkyl group, aminocarbonyl group, aminocarbonylalkyl group, alkoxy group, alkoxyalkyl group, alkoxycarbonyl group, alkoxycarbonylalkyl group, formyl group, formylalkyl group, and alkyl group.
A method for disinfecting medical waste on-site at a medical facility, the method comprising: shredding the medical waste via a shredder until the medical waste has a predetermined particle size; spreading the medical waste onto a heating conveyor; conveying the spread medical waste through a heating chamber via the heating conveyor; and heating the shredded medical waste via one or more infrared heating elements; characterized by the heating conveyor being an open-cell conveyor, wherein the open-cell conveyor is configured to provide heat to the medical waste and by at least one additional induction heating source within the heating chamber such that the medical waste is heated from a plurality of directions for disinfecting the medical waste. shredding the medical waste via a shredder until the medical waste has a predetermined particle size; spreading the medical waste onto a heating conveyor; conveying the spread medical waste through a heating chamber via the heating conveyor; and heating the shredded medical waste via one or more infrared heating elements; characterized by the heating conveyor being an open-cell conveyor, wherein the open-cell conveyor is configured to provide heat to the medical waste and by at least one additional induction heating source within the heating chamber such that the medical waste is heated from a plurality of directions for disinfecting the medical waste.
Domestic appliance, in particular a cooking appliance, comprising at least one treatment space and a feed opening and at least one door device closing the feed opening of the treatment space, the door device comprising at least one receiving device having at least two support portions, the door device comprising at least two surface components (8, 18, 28), in particular heat resistant glass panes, which are arranged on the at least two support portions, and the receiving device comprising at least two spacer devices, of which at least one spacer device is designed to be flexible at least in part, in order to orient at least one of the surface components (8, 18, 28) relative to at least two of the at least two support portions, characterised in that at least one of the spacer devices is U-shaped at least in part, and is designed to be latchable to the support portion and is slidably fastened thereto, and in that the spacer device is in one piece and designed as a stamped and curved sheet metal part and comprises two spring elements (19, 39) which are designed as clasps and are each suitable for orienting one surface component (18, 28) at a distance.
An object information acquisition apparatus comprising: a plurality of transducer elements each configured to transmit an acoustic wave to an object, to receive reflected waves reflected from inside the object, and to convert the reflected waves into a time-series reception signal; and processing means (007, 009) configured to store a plurality of reference signals having different waveforms for positions inside the object, and to perform frequency domain interferometry combined with adaptive signal processing by using the reception signals output from the plurality of transducer elements and two or more stored reference signals so as to obtain acoustic characteristics at a plurality of positions located inside the object, wherein the processing means (007, 009) is configured to switch the reference signal to another reference signal at least once in accordance with a target position located inside the object while performing the frequency domain interferometry so as to obtain the acoustic characteristics at the plurality of positions located inside the object; and wherein an image region for which the acoustic characteristics are obtained is divided into depth regions (D10, D11, D12, D13) such that a depth region closer to the transducer elements is narrower and wherein the different reference signals are used for the different depth regions (D10, D11, D12, D13). a plurality of transducer elements each configured to transmit an acoustic wave to an object, to receive reflected waves reflected from inside the object, and to convert the reflected waves into a time-series reception signal; and processing means (007, 009) configured to store a plurality of reference signals having different waveforms for positions inside the object, and to perform frequency domain interferometry combined with adaptive signal processing by using the reception signals output from the plurality of transducer elements and two or more stored reference signals so as to obtain acoustic characteristics at a plurality of positions located inside the object, wherein the processing means (007, 009) is configured to switch the reference signal to another reference signal at least once in accordance with a target position located inside the object while performing the frequency domain interferometry so as to obtain the acoustic characteristics at the plurality of positions located inside the object; and wherein an image region for which the acoustic characteristics are obtained is divided into depth regions (D10, D11, D12, D13) such that a depth region closer to the transducer elements is narrower and wherein the different reference signals are used for the different depth regions (D10, D11, D12, D13).