mhurhangee/ep-ind-claims huggingface dataset:
A method for fitting at least one insulating panel thickness on the surface of a wall, said method comprising the following steps: - obtaining at least one bracket for fitting an insulating panel on a surface of a wall comprising a fixing plate intended to be fixed to said surface and a holding plate, said holding plate extending substantially at right angles to said fixing plate in order to hold said insulating panel, characterized in that said bracket further comprises anti-tilting holding means arranged to prevent the insulating panel from tilting on itself, wherein said anti-tilting holding means comprise at least one tooth extending protrudingly on a face of said holding plate, in particular at right angles from said holding plate or forming an acute angle with the holding plate toward the fixing plate. - fixing said bracket onto a surface of said wall; - obtaining an insulating panel; - pressing said insulating panel onto the surface by exerting a thrusting strain such that the insulating panel is in contact, over its thickness, with the holding plate of said bracket; - relaxing the strain to allow said insulating panel to revert to its initial volume and to allow the tooth of said bracket to hold the insulating panel; and if there is at least one second thickness of insulating panel to be fitted: - obtaining another insulating panel; - pressing said insulating panel onto the surface by exerting a thrusting strain such that the insulating panel is in contact, over its thickness, with the holding plate of said bracket; - relaxing the strain to allow said insulating panel to revert to its initial volume and to allow the tooth of said bracket to hold the insulating panel. - obtaining at least one bracket for fitting an insulating panel on a surface of a wall comprising a fixing plate intended to be fixed to said surface and a holding plate, said holding plate extending substantially at right angles to said fixing plate in order to hold said insulating panel, characterized in that said bracket further comprises anti-tilting holding means arranged to prevent the insulating panel from tilting on itself, wherein said anti-tilting holding means comprise at least one tooth extending protrudingly on a face of said holding plate, in particular at right angles from said holding plate or forming an acute angle with the holding plate toward the fixing plate. - fixing said bracket onto a surface of said wall; - obtaining an insulating panel; - pressing said insulating panel onto the surface by exerting a thrusting strain such that the insulating panel is in contact, over its thickness, with the holding plate of said bracket; - relaxing the strain to allow said insulating panel to revert to its initial volume and to allow the tooth of said bracket to hold the insulating panel; - obtaining another insulating panel; - pressing said insulating panel onto the surface by exerting a thrusting strain such that the insulating panel is in contact, over its thickness, with the holding plate of said bracket; - relaxing the strain to allow said insulating panel to revert to its initial volume and to allow the tooth of said bracket to hold the insulating panel.
A surgical apparatus comprising: a treatment endoscope including an insertion portion which is adapted to be inserted into a body cavity; a spacial structure deformable to be shrunken or enlarged so as to be capable of supporting tissues inside of the body cavity and so as to be capable of being placed at least temporarily in the body, when the spacial structure is disposed in a body cavity in the enlarged state; an endoscope or a treatment instrument (17A, 17B), a distal end (17A, 17B) of which is inserted from an opening provided in the spacial structure disposed in the body cavity, and the distal end is oriented to a pathological lesion located on the inner side of the tissues inside of the body cavity which is supported by the spacial structure; wherein the insertion portion of the treatment endoscope houses the spacial structure and the treatment instrument (17A, 17B); and the treatment endoscope is a spacial structure introduction mechanism which is able to insert the spacial structure in the shrunken state into the body cavity; characterized in that the spacial structure is provided with a plurality of pipes and at least one wire which is inserted through the pipes. a treatment endoscope including an insertion portion which is adapted to be inserted into a body cavity; a spacial structure deformable to be shrunken or enlarged so as to be capable of supporting tissues inside of the body cavity and so as to be capable of being placed at least temporarily in the body, when the spacial structure is disposed in a body cavity in the enlarged state; an endoscope or a treatment instrument (17A, 17B), a distal end (17A, 17B) of which is inserted from an opening provided in the spacial structure disposed in the body cavity, and the distal end is oriented to a pathological lesion located on the inner side of the tissues inside of the body cavity which is supported by the spacial structure; wherein the insertion portion of the treatment endoscope houses the spacial structure and the treatment instrument (17A, 17B); and the treatment endoscope is a spacial structure introduction mechanism which is able to insert the spacial structure in the shrunken state into the body cavity; characterized in that the spacial structure is provided with a plurality of pipes and at least one wire which is inserted through the pipes.
Method for producing panels, in particular floor panels, with an upper wear surface and with locking profiles (17, 18) for mechanically locking alike panels to one another, wherein recesses are provided on at least two mutually opposite edge regions of the wear surface and wherein the recesses of two alike panels locked to one another form a common joint, - in which a half-format comprising a plurality of panel blanks with at least two grooves forming the recesses, in particular essentially parallel to the at least two grooves, is divided into a plurality of half-format parts, in particular multiple panel blanks, characterized in that - the type and/or position of at least one detection mark of the half-format parts, in particular of the panel blanks, is detected, - the half-format parts, in particular the panel blanks, and at least one processing tool (23, 27) of a processing device (24,28) are each aligned with respect to one another depending on the detected type and/or position of the at least one detection mark, and - a locking profile (17, 18) is machined out of the half-format parts, in particular the panel blanks by the processing device (24, 28) on at least one side of the semi-format parts, preferably on two opposite sides, in particular the panel blanks. - in which a half-format comprising a plurality of panel blanks with at least two grooves forming the recesses, in particular essentially parallel to the at least two grooves, is divided into a plurality of half-format parts, in particular multiple panel blanks, characterized in that - the type and/or position of at least one detection mark of the half-format parts, in particular of the panel blanks, is detected, - the half-format parts, in particular the panel blanks, and at least one processing tool (23, 27) of a processing device (24,28) are each aligned with respect to one another depending on the detected type and/or position of the at least one detection mark, and - a locking profile (17, 18) is machined out of the half-format parts, in particular the panel blanks by the processing device (24, 28) on at least one side of the semi-format parts, preferably on two opposite sides, in particular the panel blanks.
A folding chair comprising as main components a mainframe (1, 1B, 10), a seat (2, 20) and a back leg support (3, 30, 30A), wherein: at least one of said main components is substantially uniplanar and the other said main components fit within a plane of the at least one main component when the chair is collapsed; the folding chair uses a type A construction, wherein forward movement of the top of the seat (2, 20) relative to the mainframe (1, 1B, 10) causes the back leg support (3, 30, 30A) to move backwards relative to the mainframe (1, 1B, 10); the mainframe (1, 1B, 10) comprises a backrest (1.4), front legs (1.1, 1B.1, 10.1) extending downwards from the outer sides of the backrest (1.4), and seat supports (1.5, 10.5) extending downwards; the front legs (1.1, 1B.1, 10.1) extend further down than the seat supports (1.5, 10.5); and the seat (2, 20) is pivotally attached to the seat supports (1.5, 10.5); whereby the back leg support (3, 30, 30A) is disposed inwards of the front legs (1.1, 1B.1, 10.1) when the chair is collapsed; and characterised in that: the back leg support (3, 30, 30A) comprises a pair of back legs (3.1, 3B.1, 30A.1, 30B.1), each of which is disposed between a corresponding front leg (1.1, 10.1) and seat support (1.5, 10.5) when the chair is collapsed. at least one of said main components is substantially uniplanar and the other said main components fit within a plane of the at least one main component when the chair is collapsed; the folding chair uses a type A construction, wherein forward movement of the top of the seat (2, 20) relative to the mainframe (1, 1B, 10) causes the back leg support (3, 30, 30A) to move backwards relative to the mainframe (1, 1B, 10); the mainframe (1, 1B, 10) comprises a backrest (1.4), front legs (1.1, 1B.1, 10.1) extending downwards from the outer sides of the backrest (1.4), and seat supports (1.5, 10.5) extending downwards; the front legs (1.1, 1B.1, 10.1) extend further down than the seat supports (1.5, 10.5); and the seat (2, 20) is pivotally attached to the seat supports (1.5, 10.5); whereby the back leg support (3, 30, 30A) is disposed inwards of the front legs (1.1, 1B.1, 10.1) when the chair is collapsed; and characterised in that: the back leg support (3, 30, 30A) comprises a pair of back legs (3.1, 3B.1, 30A.1, 30B.1), each of which is disposed between a corresponding front leg (1.1, 10.1) and seat support (1.5, 10.5) when the chair is collapsed.
Alkaline electrolyser, comprising: - a sealed reservoir containing a mixture of deionized water and an electrolyte; - a set consisting of: - graphite bipolar plates, and - separating rings adapted to isolate the plates, the set being mounted in the reservoir so that the plates are immersed in the mixture; wherein - the end plates are connected to the positive and negative poles of a DC voltage source, and wherein - each graphite plate has two holes forming an upper and a lower electrolyte circulation channel; the lower channel is connected to the inlet of the electrolyte and the upper channel is connected to the output of the electrolyte. - a sealed reservoir containing a mixture of deionized water and an electrolyte; - a set consisting of: - graphite bipolar plates, and - separating rings adapted to isolate the plates, the set being mounted in the reservoir so that the plates are immersed in the mixture; - graphite bipolar plates, and - separating rings adapted to isolate the plates, - the end plates are connected to the positive and negative poles of a DC voltage source, and wherein - each graphite plate has two holes forming an upper and a lower electrolyte circulation channel; the lower channel is connected to the inlet of the electrolyte and the upper channel is connected to the output of the electrolyte.
Filling device for an operating fluid container for a motor vehicle, comprising: - a mouth hole connection piece into which a dispensing valve can be introduced in order to fill the operating fluid container, - a compensation chamber to which the mouth hole connection piece is connected in fluid terms; characterised by - a connection piece which is arranged between the operating fluid container and the compensation chamber and which is connected in fluid terms to the operating fluid container and the compensation chamber, wherein the filling connection piece has the following features: - the connection piece protrudes into the compensation chamber; - the connection piece is arranged so as to face the mouth hole connection piece and to be spaced apart therefrom; - the connection piece is surrounded by the compensation chamber so that, when the operating fluid level in the filling device rises, the operating fluid level inside the connection piece is always higher than the operating fluid level in the compensation chamber; and - a dispensing valve can be introduced through the mouth hole connection piece into the connection piece. - a mouth hole connection piece into which a dispensing valve can be introduced in order to fill the operating fluid container, - a compensation chamber to which the mouth hole connection piece is connected in fluid terms; characterised by - a connection piece which is arranged between the operating fluid container and the compensation chamber and which is connected in fluid terms to the operating fluid container and the compensation chamber, wherein the filling connection piece has the following features: - the connection piece protrudes into the compensation chamber; - the connection piece is arranged so as to face the mouth hole connection piece and to be spaced apart therefrom; - the connection piece is surrounded by the compensation chamber so that, when the operating fluid level in the filling device rises, the operating fluid level inside the connection piece is always higher than the operating fluid level in the compensation chamber; and - a dispensing valve can be introduced through the mouth hole connection piece into the connection piece. - the connection piece protrudes into the compensation chamber; - the connection piece is arranged so as to face the mouth hole connection piece and to be spaced apart therefrom; - the connection piece is surrounded by the compensation chamber so that, when the operating fluid level in the filling device rises, the operating fluid level inside the connection piece is always higher than the operating fluid level in the compensation chamber; and - a dispensing valve can be introduced through the mouth hole connection piece into the connection piece.
A plant for melting glass or rock comprising: - a first tank, referred to as a melting tank, with a batch material inlet, heating means that make it possible to heat the batch materials until a liquid glass is obtained, a liquid glass outlet and, downstream of the melting tank, - a second tank, referred to as a heating tank, with metallic walls that are not covered with refractory insulating materials and that are provided with a system of internal ducts allowing the circulation of a coolant, and a plurality of injectors of submerged burners, the heating tank comprising a liquid glass outlet, in the form of an overflow, which limits the height of the glass bath in the heating tank to a value between 20 mm and 300 mm, preferably between 50 mm and 200 mm and in particular between 70 and 120 mm. - a first tank, referred to as a melting tank, with a batch material inlet, heating means that make it possible to heat the batch materials until a liquid glass is obtained, a liquid glass outlet and, downstream of the melting tank, - a second tank, referred to as a heating tank, with metallic walls that are not covered with refractory insulating materials and that are provided with a system of internal ducts allowing the circulation of a coolant, and a plurality of injectors of submerged burners, the heating tank comprising a liquid glass outlet, in the form of an overflow, which limits the height of the glass bath in the heating tank to a value between 20 mm and 300 mm, preferably between 50 mm and 200 mm and in particular between 70 and 120 mm.
Plant-based sliced meat imitation containing gellan and a plant-based base comprising at least plant protein, as well as a complexing agent and/or flavouring agent and/or colouring agent and/or water, wherein a plant-based sliced meat substitute is a plant-based substitute for sliced meat of animal origin and wherein a sliced meat substitute is a slice made from meat substitute products, in which slices suitable for direct consumption are produced by slicing from a larger piece or block of a meat substitute product, characterised in that the plant-based sliced meat imitation comprises, as gellan, a low-acylated gellan of at least 0.5 - 4 wt.%, wherein the low-acylated gellan has a molecular weight of 200-300 kDa and essentially comprises no side chains of acetate groups and/or glycerate groups, and that the plant-based sliced meat imitation comprises plant protein of at least 3-30 wt.%. that the plant-based sliced meat imitation comprises, as gellan, a low-acylated gellan of at least 0.5 - 4 wt.%, wherein the low-acylated gellan has a molecular weight of 200-300 kDa and essentially comprises no side chains of acetate groups and/or glycerate groups, and that the plant-based sliced meat imitation comprises plant protein of at least 3-30 wt.%.
A separator comprising: a substrate; and a surface layer formed on at least one surface of the substrate and having a higher porosity than that of the substrate, characterized in that the surface layer includes a first layer having convexities and concavities existing as cavities; and a second layer formed between the first layer and the substrate, the second layer has a higher porosity than that of the substrate, and wherein the first layer has a higher porosity than that of the second layer, wherein the first layer is formed to have a thickness equivalent to the thickness of the second layer, or to have a thickness thicker than the thickness of the second layer. a substrate; and a surface layer formed on at least one surface of the substrate and having a higher porosity than that of the substrate, characterized in that the surface layer includes a first layer having convexities and concavities existing as cavities; and a second layer formed between the first layer and the substrate, the second layer has a higher porosity than that of the substrate, and wherein the first layer has a higher porosity than that of the second layer, wherein the first layer is formed to have a thickness equivalent to the thickness of the second layer, or to have a thickness thicker than the thickness of the second layer.
Asynchronous machine, in particular for the use in electric vehicles or hybrid vehicles, comprising a rotor and a stator that surrounds the rotor, wherein an external stator yoke having a stator yoke height is configured on the stator, wherein the stator yoke height is the dimension of the stator yoke in the radial direction (r), and a multiplicity of radially inward-protruding stator teeth of identical length are configured on the stator yoke, wherein one stator groove is in each case configured between neighbouring stator teeth, wherein an internal rotor yoke is configured on the rotor, and a multiplicity of rotor teeth of identical length that protrude radially outward from the rotor yoke are configured, wherein one rotor groove is in each case configured between neighbouring rotor teeth, wherein the asynchronous machine is embodied with six phases; wherein a stator groove total number which refers to the total number of stator grooves configured on the stator is seventy-two, characterized in that the quotient of the stator yoke height and a stator hole number is between 3.5 millimetres and 4.5 millimetres, wherein the stator hole number refers to the number of stator grooves per pole and phase of the asynchronous machine.
A method of wireless communications in a time division duplex, TDD, based network, comprising: obtaining an uplink downlink assignment index, DAI, value that represents a number of subframes up to an uplink grant subframe in which an uplink grant is received within a downlink association set (1011, 1013, 1111, 1113); determining a new uplink DAI value by adding an offset value to the uplink DAI value, the offset value representing a number of downlink subframes subsequent to the uplink grant subframe within the downlink association set (1011, 1013, 1111, 1113); and transmitting one or more HARQ messages based on the determined new uplink DAI value, wherein a feedback HARQ-ACK payload size for the downlink association set (1011, 1013, 1111, 1113) is determined by calculating a sum of a payload size of a first set and a payload size of a second set, the first set including the subframes up to the uplink grant subframe within the downlink association set (1011, 1013, 1111, 1113) and the second set including the downlink subframes subsequent to the uplink grant subframe within the downlink association set (1011, 1013, 1111, 1113). obtaining an uplink downlink assignment index, DAI, value that represents a number of subframes up to an uplink grant subframe in which an uplink grant is received within a downlink association set (1011, 1013, 1111, 1113); determining a new uplink DAI value by adding an offset value to the uplink DAI value, the offset value representing a number of downlink subframes subsequent to the uplink grant subframe within the downlink association set (1011, 1013, 1111, 1113); and transmitting one or more HARQ messages based on the determined new uplink DAI value, wherein a feedback HARQ-ACK payload size for the downlink association set (1011, 1013, 1111, 1113) is determined by calculating a sum of a payload size of a first set and a payload size of a second set, the first set including the subframes up to the uplink grant subframe within the downlink association set (1011, 1013, 1111, 1113) and the second set including the downlink subframes subsequent to the uplink grant subframe within the downlink association set (1011, 1013, 1111, 1113).
Transport apparatus for transporting heavy objects, particularly a work machine, especially an excavator, moving on crawler tracks and equipped with an excavator device or other lifting element, which transport apparatus includes - a chassis, which includes at least two side parts and a platform part and rear part between them, - a load space arranged in the middle of the chassis on top of the platform part for the support surface of the object to be transported, and - at least one wheel mounted on each side of the load space of the chassis, with the aid of an axle, characterized in that the chassis includes in addition a front part and second side parts, of which the second side parts, the front part, and the rear part together form a frame enclosed on the horizontal plane, inside of which frame is located at least one wheel on each side of the load space, its axle being supported on at least the second side part. - a chassis, which includes at least two side parts and a platform part and rear part between them, - a load space arranged in the middle of the chassis on top of the platform part for the support surface of the object to be transported, and - at least one wheel mounted on each side of the load space of the chassis, with the aid of an axle,
A composition comprising dried chicory root, preferably from Cichorium intybus L., for use in reducing, treating or preventing ectoparasitic infestation of livestock, pets or poultry, wherein between 0.1 and 5% by weight of dried chicory root is added to an animal feed.