mhurhangee/ep-ind-claims huggingface dataset:
Extraction device for removing fluid material from at least one material container in order to supply this liquid material to a processing unit, wherein the extraction device has a follower plate associated to the respective material container that rests or can be laid on the material in the material container, as well as at least one feed pump associated to the material container, preferably a displacement pump, by means of which the fluid material can be conveyed out of the material container, wherein a control unit is provided for the control of the quantity of material conveyed out of the material container by means of the feed pump in a defined time interval, characterized in that the extraction device comprises a device for determining the filling level of the material in the material container and a device for determining the filling weight of the material container or that such devices are associated to the extraction device, and that it comprises a computing unit, or that it is associated thereto, that determines an actual density value of the density of the present material from the determined values filling level and filling weight determined values of the material container or that is designed for the determination thereof, the container cross section being known or determined, 1) that an input device is provided for the input of a preset density value and that the conveying speed with which the material is conveyed by means of the feed pump out of the material container can be controlled by means of the control unit depending on the preset density value of the material and/or 2) that a display device is provided that displays at least one of the values α) actual density value of the material or a characteristic value therefor, β) preset density value of the material, γ) nominal density value of the density of the material according to a specification and δ) at least one characteristic value for the difference between the actual density value and the nominal density value, the actual density value and the preset density value or the preset density value and the nominal density value. 1) that an input device is provided for the input of a preset density value and that the conveying speed with which the material is conveyed by means of the feed pump out of the material container can be controlled by means of the control unit depending on the preset density value of the material and/or 2) that a display device is provided that displays at least one of the values α) actual density value of the material or a characteristic value therefor, β) preset density value of the material, γ) nominal density value of the density of the material according to a specification and δ) at least one characteristic value for the difference between the actual density value and the nominal density value, the actual density value and the preset density value or the preset density value and the nominal density value.
A semiconductor device comprising: a semiconductor body (16,18) formed of a group-III nitride material; a Schottky contact comprising: a Schottky layer comprising a first metal and formed on the semiconductor body; a first diffusion barrier layer comprising a silicide of the first metal and formed on at least a portion of the Schottky layer; and a third layer (38, 40, 42) comprising a second metal and formed on the first diffusion barrier layer, characterized in that the first metal is nickel and the silicide is nickel silicide. a semiconductor body (16,18) formed of a group-III nitride material; a Schottky contact comprising: a Schottky layer comprising a first metal and formed on the semiconductor body; a first diffusion barrier layer comprising a silicide of the first metal and formed on at least a portion of the Schottky layer; and a third layer (38, 40, 42) comprising a second metal and formed on the first diffusion barrier layer, a Schottky layer comprising a first metal and formed on the semiconductor body; a first diffusion barrier layer comprising a silicide of the first metal and formed on at least a portion of the Schottky layer; and a third layer (38, 40, 42) comprising a second metal and formed on the first diffusion barrier layer,
A method of manufacturing a plate used for adjustment of the temperature of a substrate, supply of a gas, and the like in a process of manufacturing a semiconductor, a liquid crystal display device, an optical disk, and the like, the plate having a passage, the passage causing a fluid to circulate being formed inside the plate, the method comprising: a step of forming a groove serving as the passage in a body plate formed of a metal or an alloy; a step of arranging a cover plate covering the groove on an upper part of the groove; and a step of forming a deposition layer covering the cover plate by accelerating metal or alloy powder with a gas and spraying the powder on the body plate and the cover plate in a solid phase characterized in that the step of forming a deposition layer is performed by a cold spray method, and each of the body plate, the cover plate, and the deposition layer is formed of any one of aluminum (Al), an aluminum alloy, titanium (Ti), a titanium alloy, stainless steel, copper (Cu), and a copper alloy. a step of forming a groove serving as the passage in a body plate formed of a metal or an alloy; a step of arranging a cover plate covering the groove on an upper part of the groove; and a step of forming a deposition layer covering the cover plate by accelerating metal or alloy powder with a gas and spraying the powder on the body plate and the cover plate in a solid phase characterized in that the step of forming a deposition layer is performed by a cold spray method, and each of the body plate, the cover plate, and the deposition layer is formed of any one of aluminum (Al), an aluminum alloy, titanium (Ti), a titanium alloy, stainless steel, copper (Cu), and a copper alloy.
A flame-retardant chlorine-containing resin composition obtained by blending the following component, component, and component into a chlorine-containing resin: 1 to 30 parts by mass of component: melamine pyrophosphate; 1 to 40 parts by mass of component: piperazine pyrophosphate; and 10 to 160 parts by mass of component: wood flour; with respect to 100 parts by mass of the chlorine-containing resin. 1 to 30 parts by mass of component: melamine pyrophosphate; 1 to 40 parts by mass of component: piperazine pyrophosphate; and 10 to 160 parts by mass of component: wood flour;
An apparatus comprising means for: obtaining a set of alternative control parameters associated with an industrial automation device; evaluating the set of alternative control parameters by simulating a digital twin associated with the industrial automation device with multiple combinations of inputs, while the digital twin is configured to use the set of alternative control parameters, wherein the multiple combinations of inputs comprise at least control inputs, which comprise commands for starting, stopping, accelerating, and decelerating rotation of an electric motor connected to the industrial automation device; indicating whether or not the digital twin stays within a safe operating range based on the simulating; and applying the set of alternative control parameters to the industrial automation device. obtaining a set of alternative control parameters associated with an industrial automation device; evaluating the set of alternative control parameters by simulating a digital twin associated with the industrial automation device with multiple combinations of inputs, while the digital twin is configured to use the set of alternative control parameters, wherein the multiple combinations of inputs comprise at least control inputs, which comprise commands for starting, stopping, accelerating, and decelerating rotation of an electric motor connected to the industrial automation device; indicating whether or not the digital twin stays within a safe operating range based on the simulating; and applying the set of alternative control parameters to the industrial automation device.
A broadband partial reflector comprising: a multilayer polymeric optical film (100, 110, 200) having a total number of optical repeating units (ORU, 210, 220) each having a thickness value, wherein the thickness values monotonically increase from a first side to a second side of the multilayer polymeric optical film; a baseline optical repeating unit thickness profile defined by a first plurality of optical repeating units and having a first average slope; and a first apodized thickness profile of the multilayer polymeric optical film defined by a second plurality of optical repeating units and having a second average slope being at least 5 times greater than the first average slope, wherein the second plurality of optical repeating units define the first side of the multilayer polymeric optical film and join the first plurality of optical repeating units, the second plurality of optical repeating units are in a range from 3-15% of the total number of optical repeating units, characterised in that the broadband partial reflector reflects 10-90% of visible or IR light over a range of at least 100 nm for light polarized parallel to one optical axis. a multilayer polymeric optical film (100, 110, 200) having a total number of optical repeating units (ORU, 210, 220) each having a thickness value, wherein the thickness values monotonically increase from a first side to a second side of the multilayer polymeric optical film; a baseline optical repeating unit thickness profile defined by a first plurality of optical repeating units and having a first average slope; and a first apodized thickness profile of the multilayer polymeric optical film defined by a second plurality of optical repeating units and having a second average slope being at least 5 times greater than the first average slope, wherein the second plurality of optical repeating units define the first side of the multilayer polymeric optical film and join the first plurality of optical repeating units, the second plurality of optical repeating units are in a range from 3-15% of the total number of optical repeating units, characterised in that the broadband partial reflector reflects 10-90% of visible or IR light over a range of at least 100 nm for light polarized parallel to one optical axis.
A method performed by a first network node for determining whether a performance of a cell associated with a second network node is degraded or not, the first network node and the second network node operating in a wireless communications network, the method comprising: obtaining a first set of values indicative of a performance of the cell, wherein the first set of values comprises a sequence of values observed over a time period, determining a first correlation between the obtained first set of values and a generated set of values, the generated set of values making up a pattern comprising a set of values being indicative of a degraded performance of the cell, and determining whether the performance of the cell is degraded or not based on the determined first correlation, with respect to a first threshold. obtaining a first set of values indicative of a performance of the cell, wherein the first set of values comprises a sequence of values observed over a time period, determining a first correlation between the obtained first set of values and a generated set of values, the generated set of values making up a pattern comprising a set of values being indicative of a degraded performance of the cell, and determining whether the performance of the cell is degraded or not based on the determined first correlation, with respect to a first threshold.
A sublimation printing method on fabric containing at least 50% by weight of cotton and/or viscose, the method comprising the steps of: a) providing a piece of laminar substrate, b) applying a microencapsulated polymeric material comprising polyester, polyamide, polyurethane, polyethylene or a mixture thereof onto a side of said laminar substrate, wherein the polymeric material is microencapsulated in microcapsules having an outer shell made of cellulose, starch or a mixture thereof, d) providing cotton and/or viscose fabric, e) hot pressing said side of the laminar substrate onto said cotton and/or viscose fabric, and f) separating the laminar substrate from cotton and/or viscose fabric, wherein, a step c) of ink-jet printing with sublimation ink on said side of the laminar substrate is provided between step b) and step d), or alternatively a step g) of ink-jet printing with sublimation ink on cotton and/or viscose fabric is provided after step f). a) providing a piece of laminar substrate, b) applying a microencapsulated polymeric material comprising polyester, polyamide, polyurethane, polyethylene or a mixture thereof onto a side of said laminar substrate, wherein the polymeric material is microencapsulated in microcapsules having an outer shell made of cellulose, starch or a mixture thereof, d) providing cotton and/or viscose fabric, e) hot pressing said side of the laminar substrate onto said cotton and/or viscose fabric, and f) separating the laminar substrate from cotton and/or viscose fabric,
A monovalent, bivalent or IgM antibody able to specifically bind to the amino acid residues of SEQ ID NO:7 or amino acid residues 1110-1154 of SEQ ID NO:10.
A shaped charge warhead comprising: - an axially symmetric casing designed to define a containment space and having in a base portion a casting hole for an explosive; - a detonator housed in said casting hole; - a conical or hemispherical shaped charge liner positioned inside the containment space; said casing and said conical liner are made in a single body, said casing extending along a respective axis of extension in such a way as to also define a spacer of the shaped charge warhead characterised in that said conical or hemispherical liner has a structure with cellular partitions, each cellular partition containing unsintered powder. - an axially symmetric casing designed to define a containment space and having in a base portion a casting hole for an explosive; - a detonator housed in said casting hole; - a conical or hemispherical shaped charge liner positioned inside the containment space; said casing and said conical liner are made in a single body, said casing extending along a respective axis of extension in such a way as to also define a spacer of the shaped charge warhead characterised in that said conical or hemispherical liner has a structure with cellular partitions, each cellular partition containing unsintered powder.
Coupling module, configured for the transmission of energy in a motor vehicle, having a receptacle, configured for the establishment of an energy-transmitting operative connection, and having a protective device, which is displaceable into an open position and into a closed position and is configured to protect the receptacle in the closed position from at least one environmental influence, wherein the coupling module is configured to be arranged on an underside of a motor vehicle, wherein the coupling module has at least one positioning sensor, which is configured to detect a position relative to the coupling module of a coupling device cooperating with the coupling module for the transmission of energy into or out of a motor vehicle, characterised in that the at least one positioning sensor is mounted so as to be pivotable from a rest position into an operative position and back, wherein it can be pivoted into its rest position by the protective device, if the protective device is moved from its open position to its closed position, wherein the positioning sensor is biased into its operative position, so that it is urged under pretension from the rest position into the active position when the protective device is moved from its closed position into its open position.
A computer-implemented method for programming a tree data structure, the method comprising: identifying a parent node, the parent node including a first node value for indicating a path through a subtree from a root node to the parent node, and the parent node including a first base pointer; determining a memory location for adding a child node based on the first base pointer and a next stride value; identifying at the memory location a second node, the second node including a second node value indicating a second path through the subtree from the root node to the second node; determining that the second node value does not match a node value including the first node value and the next stride value; determining a new base pointer in response to said determining that the second node value does not match the node value; updating the parent node with the new base pointer; adding the child node at a memory location based on the new base pointer and the next stride value, the child node including a third node value including the first node value and the next stride value; and moving all siblings of the child node to memory locations relative to the new base pointer. identifying a parent node, the parent node including a first node value for indicating a path through a subtree from a root node to the parent node, and the parent node including a first base pointer; determining a memory location for adding a child node based on the first base pointer and a next stride value; identifying at the memory location a second node, the second node including a second node value indicating a second path through the subtree from the root node to the second node; determining that the second node value does not match a node value including the first node value and the next stride value; determining a new base pointer in response to said determining that the second node value does not match the node value; updating the parent node with the new base pointer; adding the child node at a memory location based on the new base pointer and the next stride value, the child node including a third node value including the first node value and the next stride value; and moving all siblings of the child node to memory locations relative to the new base pointer.
Odorization device for odorizing a gas conveyed in a gas line, featuring: - A connecting piece for establishing a gas-conveying connection with a gas line; - An odorization inlet, designed to supply an odorant; and - An odorization nozzle, designed to introduce the odorant into the gas line, characterized in that - the connecting piece for attaching the odorization device is arranged on the outside of a gas line; - the odorization device has a change sluice with a sluice chamber that can be connected to the connecting piece on an outer surface of a gas line, wherein - the change sluice has a sluice valve (141.1) on the sluice side, which is arranged on a longitudinal end of the sluice chamber facing away from the connecting piece and which is designed to set a sluice pressure in a sluice section (122.1) of the sluice chamber, wherein the odorization device has a nozzle plunger which is arranged inside the sluice chamber and is movable along a longitudinal direction of the sluice chamber, fits tightly against the chamber wall of the sluice chamber and is attached to the odorization nozzle, with such nozzle plunger having a sluice side (112.1) and a line side (112.2) located opposite the sluice side (112.1). - A connecting piece for establishing a gas-conveying connection with a gas line; - An odorization inlet, designed to supply an odorant; and - An odorization nozzle, designed to introduce the odorant into the gas line, - the connecting piece for attaching the odorization device is arranged on the outside of a gas line; - the odorization device has a change sluice with a sluice chamber that can be connected to the connecting piece on an outer surface of a gas line, wherein - the change sluice has a sluice valve (141.1) on the sluice side, which is arranged on a longitudinal end of the sluice chamber facing away from the connecting piece and which is designed to set a sluice pressure in a sluice section (122.1) of the sluice chamber, wherein
A laminated body comprising: a substrate; a joining layer in contact with said substrate; a photothermal conversion layer comprising a light absorbing agent and a heat decomposable resin disposed beneath the joining layer; and a light transmitting support disposed beneath the photothermal conversion layer, wherein said joining layer is an adhesive selected from the group consisting of: rubber-base adhesives; one-part thermosetting adhesives based on epoxy or urethane; two-part thermosetting adhesives based on epoxy, urethane, or acryl; hot-melt adhesives; ultraviolet- curable adhesives based on acryl or epoxy; visible light-curable adhesives; and electron beam- curable adhesives based on acryl or epoxy, and wherein the light absorbing agent converts absorbed radiation energy into heat energy, and wherein the substrate is one of a semiconductor wafer, a rock crystal wafer, sapphire, or glass. a substrate; a joining layer in contact with said substrate; a photothermal conversion layer comprising a light absorbing agent and a heat decomposable resin disposed beneath the joining layer; and a light transmitting support disposed beneath the photothermal conversion layer, wherein said joining layer is an adhesive selected from the group consisting of: rubber-base adhesives; one-part thermosetting adhesives based on epoxy or urethane; two-part thermosetting adhesives based on epoxy, urethane, or acryl; hot-melt adhesives; ultraviolet- curable adhesives based on acryl or epoxy; visible light-curable adhesives; and electron beam- curable adhesives based on acryl or epoxy, and rubber-base adhesives; one-part thermosetting adhesives based on epoxy or urethane; two-part thermosetting adhesives based on epoxy, urethane, or acryl; hot-melt adhesives; ultraviolet- curable adhesives based on acryl or epoxy; visible light-curable adhesives; and electron beam- curable adhesives based on acryl or epoxy, and wherein the light absorbing agent converts absorbed radiation energy into heat energy, and wherein the substrate is one of a semiconductor wafer, a rock crystal wafer, sapphire, or glass.
A process of obtaining increased yield and/or a reduced reaction time in enzymatic conversion of lactose to lactobionic acid, said process comprising: i) adding to a dairy substrate a carbohydrate oxidase, ii) incubating said dairy substrate under conditions allowing the carbohydrate oxidase to convert lactose to lactobionic acid, iii) maintaining pH during incubation in the range of 3.0 to 9.0 by addition of a weak base, i.e. a base having a pKb-value of at least 3.5, and thereby obtaining said increased yield and/or reduced reaction time. i) adding to a dairy substrate a carbohydrate oxidase, ii) incubating said dairy substrate under conditions allowing the carbohydrate oxidase to convert lactose to lactobionic acid, iii) maintaining pH during incubation in the range of 3.0 to 9.0 by addition of a weak base, i.e. a base having a pKb-value of at least 3.5, and thereby obtaining said increased yield and/or reduced reaction time.
Method for parking or manoeuvring a motor vehicle at low speed, wherein at least one object in the surroundings of the motor vehicle is detected and is used to calculate a setpoint trajectory of the motor vehicle, and wherein the motor vehicle is automatically steered according to the setpoint trajectory or corresponding steering instructions are issued to the driver of the motor vehicle, and wherein when a minimum distance (dmin) of the motor vehicle from the at least one detected object in the surroundings is undershot the cut-in radius (r) of the motor vehicle is followed as a function of the distance (d) between the motor vehicle and the at least one object in the surroundings until the distance (d) exceeds the minimum distance (dmin) again, characterized in that when the minimum distance (dmin) is undershot the cut-in radius (r) of the motor vehicle is selected such that the sum of the cut-in radius (r) and the distance (d) between the motor vehicle and the at least one object in the surroundings yields a constant.