mhurhangee/ep-ind-claims huggingface dataset:
A helmet element for use as a component of a helmet which is provided with a helmet shell and a cranium strap for encircling the user's cranium, the helmet element providing a connection between said cranium strap and helmet shell, the helmet element comprising a first spring member, connected to the helmet shell, the first spring member comprising a first leaf spring extending between first and second ends of the first leaf spring; and - a second spring member, connected to the cranium strap, the second spring member comprising a second leaf spring extending between first and second ends of the second leaf spring, the first ends of the first and second leaf spring being coupled to each other and the second ends of the first and second leaf spring being coupled to each other, leaving a space that can be widened to different sizes between parts of the first and second leaf spring between the connected first and second ends, whereby the first and second spring members are arranged to allow the installation of buffer members having different thicknesses and/or densities in said space between the leaf springs. - a second spring member, connected to the cranium strap, the second spring member comprising a second leaf spring extending between first and second ends of the second leaf spring, the first ends of the first and second leaf spring being coupled to each other and the second ends of the first and second leaf spring being coupled to each other, leaving a space that can be widened to different sizes between parts of the first and second leaf spring between the connected first and second ends, whereby the first and second spring members are arranged to allow the installation of buffer members having different thicknesses and/or densities in said space between the leaf springs.
A method for wireless communication executed by an apparatus, comprising: determining a resource block usable for transmission of a signal to be detected, wherein the signal is transmitted from one terminal to at least one other terminal for peer-to-peer communication, the resource block comprising multiple resource elements, each resource element being a time and frequency unit, wherein no signal is transmitted from said terminal in at least one resource element of the resource block; determining received powers of the multiple resource elements in the resource block; detecting for the signal based on the received powers of the multiple resource elements; and determining whether collision of the signal has occurred based on the received powers of the multiple resource elements wherein the determining whether collision of the signal has occurred comprises determining a smallest received power among the received powers of the multiple resource elements in the resource block, and determining whether collision of the signal has occurred based on the smallest received power exceeding a threshold. determining a resource block usable for transmission of a signal to be detected, wherein the signal is transmitted from one terminal to at least one other terminal for peer-to-peer communication, the resource block comprising multiple resource elements, each resource element being a time and frequency unit, wherein no signal is transmitted from said terminal in at least one resource element of the resource block; determining received powers of the multiple resource elements in the resource block; detecting for the signal based on the received powers of the multiple resource elements; and determining whether collision of the signal has occurred based on the received powers of the multiple resource elements wherein the determining whether collision of the signal has occurred comprises determining a smallest received power among the received powers of the multiple resource elements in the resource block, and determining whether collision of the signal has occurred based on the smallest received power exceeding a threshold. determining a smallest received power among the received powers of the multiple resource elements in the resource block, and determining whether collision of the signal has occurred based on the smallest received power exceeding a threshold.
A placement table having an upper surface on which a device to be processed is placed, the placement table comprising: a top plate having a placement surface for the device; a heating unit configured to heat the top plate; a plurality of temperature sensors configured to acquire a temperature of the top plate at desired measurement positions in a plan view; and a positioning unit electrically connected to the temperature sensors and configured to position the temperature sensors at the measurement positions in a plan view, wherein the positioning unit is formed of a flexible substrate having flexibility, characterized in that a recessed portion is formed in a rear surface of the top plate, and at least a part of the temperature sensors and the positioning unit is arranged inside the recessed portion. a top plate having a placement surface for the device; a heating unit configured to heat the top plate; a plurality of temperature sensors configured to acquire a temperature of the top plate at desired measurement positions in a plan view; and a positioning unit electrically connected to the temperature sensors and configured to position the temperature sensors at the measurement positions in a plan view, wherein the positioning unit is formed of a flexible substrate having flexibility,
A process for producing a three dimensional structure, the process including at least the following steps a) applying of at least a first material M 1 onto a substrate to build a first layer L 1 on the substrate; b) layering of at least one further layer L y of the first material M 1 or of a further material M x onto the first layer L 1, wherein the at least one further layer L y covers the first layer L 1 and/or previous layer L y-1 at least partially to build a precursor of the three dimensional structure; c) curing the precursor to achieve the three dimensional structure; wherein at least one of the materials M 1 or M x provides a Mooney viscosity, determined according to DIN 53523 with a large rotor, 1 minute preheating and 4 minutes measuring interval, of > 10 ME at 60 °C and of < 200 ME at 100 °C before curing, wherein at least one of the materials, the first material M 1 or the further material M x is a powder and wherein step b) comprises a selective attachment step b') which is performed before the curing step c). a) applying of at least a first material M 1 onto a substrate to build a first layer L 1 on the substrate; b) layering of at least one further layer L y of the first material M 1 or of a further material M x onto the first layer L 1, wherein the at least one further layer L y covers the first layer L 1 and/or previous layer L y-1 at least partially to build a precursor of the three dimensional structure; c) curing the precursor to achieve the three dimensional structure;
A method comprising: - directing a beam of ultraviolet light to a surface or space to achieve photodissociation of a target material to produce photofragment molecules; - directing the beam of ultraviolet light to the surface or space to induce fluorescence of the photofragment molecules; - capturing Raman scattering from the surface or space; - capturing fluorescence from the induced photofragment molecules; - generating Raman spectra and fluorescence spectra from the captured Raman scattering and fluorescence; and - analyzing the fluorescence spectra associated with the photofragment molecules and the Raman spectra of the target material to determine presence of a target material of interest on the surface or in the space. - directing a beam of ultraviolet light to a surface or space to achieve photodissociation of a target material to produce photofragment molecules; - directing the beam of ultraviolet light to the surface or space to induce fluorescence of the photofragment molecules; - capturing Raman scattering from the surface or space; - capturing fluorescence from the induced photofragment molecules; - generating Raman spectra and fluorescence spectra from the captured Raman scattering and fluorescence; and - analyzing the fluorescence spectra associated with the photofragment molecules and the Raman spectra of the target material to determine presence of a target material of interest on the surface or in the space.
Operating method for a reversing mill, comprising at least one reversing stand for rolling a stock, wherein the stock passes through the at least one reversing stand in a sequence of passes in an alternating direction of travel and is wound up after each pass by means of a reversing reel (3, 4) acting as a coiler (31, 41), characterised in that the stock is lubricated prior to being wound on the coiler (31, 41), wherein only rolling oil without water as a carrier medium is applied to the stock by means of a rolling oil applicator disposed between the at least one reversing stand and the coiler (31, 41) so that a lubricating effect is produced solely by the rolling oil applied prior to coiling.
A bonding material of a silver paste comprising: a solvent which is a diol; fine silver particles mixed with the solvent, the fine silver particles having an average primary particle diameter of 1 to 200 nm; and an addition agent which is a triol having at least one methyl group, the addition agent being mixed with the solvent, wherein the amount of the solvent is 5 to 25 % by weight with respect to the silver paste, and the amount of the addition agent is 0.1 to 10 % by weight with respect to the silver paste, the amount of the fine silver particles being 70 to 95 % by weight with respect to the silver paste. a solvent which is a diol; fine silver particles mixed with the solvent, the fine silver particles having an average primary particle diameter of 1 to 200 nm; and an addition agent which is a triol having at least one methyl group, the addition agent being mixed with the solvent, wherein the amount of the solvent is 5 to 25 % by weight with respect to the silver paste, and the amount of the addition agent is 0.1 to 10 % by weight with respect to the silver paste, the amount of the fine silver particles being 70 to 95 % by weight with respect to the silver paste.
Luminaire for installing in a grid ceiling, having at least one catch that is arranged on the luminaire in such a manner and embodied in such a manner that the at least one catch snaps into place automatically behind a portion of an element of the grid ceiling when installing the luminaire and as a consequence engages behind the portion of the element of the grid ceiling so as to retain the luminaire on the grid ceiling, wherein the luminaire moreover comprises a catch housing and the at least one catch is guided in a displaceable manner in the catch housing, and characterized in that the at least one catch and the catch housing in which the at least one catch is guided form components of a catch unit and the luminaire comprises at least one groove, wherein the catch unit is fixed in the groove.
A composition comprising an iron-binding glycoprotein and a casein hydrolysate, the casein hydrolysate being α-casozepine; wherein the weight ratio of iron-binding glycoprotein to α-casozepine is from 0.5 to 3.
A turbine assembly for an aircraft turbine engine, comprising at least a first bladed rotor, a bladed stator and a second bladed rotor arranged successively, the rotors (12, 14) being mounted on a shaft, a sealing plate extending between the stator and the shaft and separating a first recess arranged between the first rotor and the stator, from a second recess arranged between the stator and the second rotor, pressure-reducing means (300, 31) being positioned inside the first recess characterized in that said pressure-reducing means (300, 31) comprise a plurality of substantially radial recompression fins extending into the first recess.
An oral care composition comprising: a) source of zinc; and b) orthophosphate source; wherein the molar ratio of zinc to orthophosphate (Zn:PO 4) in the composition is less than 1:1; wherein if the oral care composition comprises a calcium source then the molar ratio of zinc to calcium (Zn:Ca) is at least 1:5; wherein the pH of the composition is greater than 6.0; wherein the pH of the composition is measured when 1 part by weight of the composition is uniformly dispersed and/or dissolved in 20 parts by weight pure water at 25°C; and wherein the composition is: I) a mono-phase composition comprising the source of zinc and the orthophosphate source, wherein the composition comprises water in an amount of from 0 to 5% by weight of the composition; II) a hydrous mono-phase composition wherein the source of zinc is encapsulated, the orthophosphate source is encapsulated, or both; or III) a dual-phase composition comprising: (i) a first phase comprising the source of zinc; and (ii) a second phase comprising the orthophosphate source. a) source of zinc; and b) orthophosphate source; I) a mono-phase composition comprising the source of zinc and the orthophosphate source, wherein the composition comprises water in an amount of from 0 to 5% by weight of the composition; II) a hydrous mono-phase composition wherein the source of zinc is encapsulated, the orthophosphate source is encapsulated, or both; or III) a dual-phase composition comprising: (i) a first phase comprising the source of zinc; and (ii) a second phase comprising the orthophosphate source. (i) a first phase comprising the source of zinc; and (ii) a second phase comprising the orthophosphate source.
A storage device comprising a box provided with a lid and a handle, wherein the lid is placed on the box in a vertical direction of the box, where the storage device has locking means adapted to lock the lid to the box, and where the locking means consist of a male part and a counter part, such as a female part or an edge, wherein in the locked state of the lid and the box the male part is engaged with the counter part and wherein in the unlocked state of the lid and the box the male part is disengaged from the counter part, said male part constitutes a part of the handle, whereas the counter part is provided in the box or in the box and the lid, wherein the box has a rectangular horizontal outline defining a longitudinal axis of the box and wherein the handle has an oblong shape with a longitudinal axis that when the lid is unlocked to the box is coincident with the longitudinal axis of the box, and wherein the handle is operated by a horizontal swivelling such that when the lid is locked to the box then the longitudinal axis of the handle is approximately 20° displaced in relation to the longitudinal axis of the box, characterized in, that the male part has a vertical part extending in the vertical direction of the box and passing through a hole in the lid, and in that the vertical part is terminated by a horizontal part forming the counter part engaging part, in a horizontal direction which is perpendicular to the vertical direction of the box.
An automatic parking method, comprising: obtaining a location point with a distance from a current location of a vehicle less than a preset distance and determining the location point as a target parking start point of the vehicle; obtaining at least one candidate parking point related to the target parking start point based on the target parking start point; selecting a target parking point without obstacles from the at least one candidate parking point, and obtaining a target parking trajectory driving from the target parking start point to the target parking point; and controlling the vehicle to track the target parking trajectory so as to park into the target parking point in accordance with the target parking trajectory; characterized in that, the selecting step comprises: obtaining posture information of the vehicle at each of the candidate parking points; constructing a candidate parking space with the posture information and the candidate parking point; and identifying whether there is an obstacle in each of the candidate parking spaces, and determining the candidate parking point where there is no obstacle in the candidate parking space as the target parking point. obtaining a location point with a distance from a current location of a vehicle less than a preset distance and determining the location point as a target parking start point of the vehicle; obtaining at least one candidate parking point related to the target parking start point based on the target parking start point; selecting a target parking point without obstacles from the at least one candidate parking point, and obtaining a target parking trajectory driving from the target parking start point to the target parking point; and controlling the vehicle to track the target parking trajectory so as to park into the target parking point in accordance with the target parking trajectory; characterized in that, the selecting step comprises: obtaining posture information of the vehicle at each of the candidate parking points; constructing a candidate parking space with the posture information and the candidate parking point; and identifying whether there is an obstacle in each of the candidate parking spaces, and determining the candidate parking point where there is no obstacle in the candidate parking space as the target parking point. obtaining posture information of the vehicle at each of the candidate parking points; constructing a candidate parking space with the posture information and the candidate parking point; and identifying whether there is an obstacle in each of the candidate parking spaces, and determining the candidate parking point where there is no obstacle in the candidate parking space as the target parking point.
A device for arranging legs of a U-shape of U-shaped croissant dough to have the same length, the device comprising: a conveyor; and a pair of side belts, wherein one side belt is provided on each side of the conveyor, and wherein the pair of side belts contact respective legs of the U-shaped croissant dough to transport the croissant dough in the direction for conveyance, wherein the U-shaped croissant dough is conveyed on the conveyor in a condition wherein the U-shape is open in an upstream direction; characterized by: a sensor that measures the lengths (L1, L2) of, or a distance between the ends of, the legs of the U-shape; wherein based on the lengths (L1, L2) of the legs of the U-shape or the distance between the ends of the legs of the U-shape measured by the sensor, rates for transporting the U-shaped croissant dough by the side belts of the pair of side belts are adjusted to arrange the legs of the U-shape to have the same length (L1e, L2e). a conveyor; and a pair of side belts, wherein one side belt is provided on each side of the conveyor, and wherein the pair of side belts contact respective legs of the U-shaped croissant dough to transport the croissant dough in the direction for conveyance, wherein the U-shaped croissant dough is conveyed on the conveyor in a condition wherein the U-shape is open in an upstream direction; characterized by: a sensor that measures the lengths (L1, L2) of, or a distance between the ends of, the legs of the U-shape; wherein based on the lengths (L1, L2) of the legs of the U-shape or the distance between the ends of the legs of the U-shape measured by the sensor, rates for transporting the U-shaped croissant dough by the side belts of the pair of side belts are adjusted to arrange the legs of the U-shape to have the same length (L1e, L2e). a sensor that measures the lengths (L1, L2) of, or a distance between the ends of, the legs of the U-shape; wherein based on the lengths (L1, L2) of the legs of the U-shape or the distance between the ends of the legs of the U-shape measured by the sensor, rates for transporting the U-shaped croissant dough by the side belts of the pair of side belts are adjusted to arrange the legs of the U-shape to have the same length (L1e, L2e).
Hydraulic composition comprising: - at least one hydraulic binder; - at least one first water-reducing additive comprising at least one amino alkylene phosphonic group; - at least one second water-reducing additive comprising at least one polymer with a comb structure, an alkylene methacrylic polyoxide polycarboxylate, the concentration by weight of dry extract of the second additive being from 30% to 95% of the concentration by weight of dry extract of the first additive. - at least one hydraulic binder; - at least one first water-reducing additive comprising at least one amino alkylene phosphonic group; - at least one second water-reducing additive comprising at least one polymer with a comb structure, an alkylene methacrylic polyoxide polycarboxylate, the concentration by weight of dry extract of the second additive being from 30% to 95% of the concentration by weight of dry extract of the first additive.
A surgical system comprising: an instrument chassis having a proximal chassis portion and a distal chassis portion both positioned along a central axis of the instrument chassis, the distal chassis portion being positioned closer to a patient entry point than the proximal chassis portion during use of the surgical system; a surgical instrument having a shaft with a proximal instrument end and a distal instrument end, the shaft defining a central instrument axis, wherein the proximal instrument end is coupled to the proximal chassis portion; an instrument guide member configured to receive the shaft of the surgical instrument and configured to moveably couple the surgical instrument to a distal bridge member disposed at the distal chassis portion such that the central instrument axis is moveable relative to the central chassis axis; an actuator (340, 342) mounted to the proximal chassis portion; and a linkage system operably interconnecting the actuator (340, 342) and the instrument guide member to transmit motion from the actuator (340, 342) to the instrument guide member to reorient the central instrument axis relative to the central chassis axis. an instrument chassis having a proximal chassis portion and a distal chassis portion both positioned along a central axis of the instrument chassis, the distal chassis portion being positioned closer to a patient entry point than the proximal chassis portion during use of the surgical system; a surgical instrument having a shaft with a proximal instrument end and a distal instrument end, the shaft defining a central instrument axis, wherein the proximal instrument end is coupled to the proximal chassis portion; an instrument guide member configured to receive the shaft of the surgical instrument and configured to moveably couple the surgical instrument to a distal bridge member disposed at the distal chassis portion such that the central instrument axis is moveable relative to the central chassis axis; an actuator (340, 342) mounted to the proximal chassis portion; and a linkage system operably interconnecting the actuator (340, 342) and the instrument guide member to transmit motion from the actuator (340, 342) to the instrument guide member to reorient the central instrument axis relative to the central chassis axis.
A pharmaceutical preparation, which is a sustained-release preparation, comprising a homopolymer of lactic acid of 15,000 to 50,000 in weight-average molecular weight, the content of polymeric materials having not more than 5,000 in weight-average molecular weight in said homopolymer being not more than 5% by weight, and a physiologically active peptide or a salt thereof which is a luteinizing hormone releasing hormone (LH-RH) derivative or a salt thereof.