mhurhangee/ep-ind-claims huggingface dataset:
Method for purposefully influencing the technological properties of individual regions of a wood-based board, comprising the following steps: a) fixing of the wood-based board or of a pre-compacted wood-based fabric or of a wood fibre cake on a workbench, b) placement of at least one applicator unit onto the top side and/or the bottom side of the wood-based board, of the wood-based fabric or of the wood fibre cake, c) purposeful movement of the at least one applicator unit on the top side and/or the bottom side and pressing of isocyanates into partial regions of the wood-based board, of the wood-based fabric or of the wood fibre cake in a prespecified quantity and under a prespecified pressure, wherein d) the isocyanates are applied to the top side and/or bottom side of the wood-based board, of the wood-based fabric or of the wood fibre cake by means of at least one application nozzle surrounded by a housing, in that the housing rests sealingly on the top side and/or the bottom side of the wood-based board, the wood-based fabric or the wood fibre cake, and positive pressure is introduced into the housing, and the isocyanates hereupon penetrate into the wood-based board, the wood-based fabric or the wood fibre cake, e) where appropriate, subsequent compression of the pre-compacted wood-based fabric or of the wood fibre cake into a wood-based board of desired thickness. a) fixing of the wood-based board or of a pre-compacted wood-based fabric or of a wood fibre cake on a workbench, b) placement of at least one applicator unit onto the top side and/or the bottom side of the wood-based board, of the wood-based fabric or of the wood fibre cake, c) purposeful movement of the at least one applicator unit on the top side and/or the bottom side and pressing of isocyanates into partial regions of the wood-based board, of the wood-based fabric or of the wood fibre cake in a prespecified quantity and under a prespecified pressure, wherein d) the isocyanates are applied to the top side and/or bottom side of the wood-based board, of the wood-based fabric or of the wood fibre cake by means of at least one application nozzle surrounded by a housing, in that the housing rests sealingly on the top side and/or the bottom side of the wood-based board, the wood-based fabric or the wood fibre cake, and positive pressure is introduced into the housing, and the isocyanates hereupon penetrate into the wood-based board, the wood-based fabric or the wood fibre cake, e) where appropriate, subsequent compression of the pre-compacted wood-based fabric or of the wood fibre cake into a wood-based board of desired thickness.
A crane comprising: an obstacle sensor that detects approach of an obstacle toward a front side part of a traveling body of the crane during traveling, and detects approach of an obstacle toward a rear side part of a swivel body on the traveling body during operation; and a boom that is provided on the swivel body and is put into a state where the boom is luffed down forward during traveling and put into a state where the boom is luffed up during operation, characterized in that the obstacle sensor includes a camera (20, 21) that is provided at a distal end of the boom at an angle such that an image-taking range thereof is turned into a range directed from a front side toward a lateral side of the traveling body and the swivel body during traveling and into a range directed from an upper side toward the traveling body and the swivel body during operation. an obstacle sensor that detects approach of an obstacle toward a front side part of a traveling body of the crane during traveling, and detects approach of an obstacle toward a rear side part of a swivel body on the traveling body during operation; and a boom that is provided on the swivel body and is put into a state where the boom is luffed down forward during traveling and put into a state where the boom is luffed up during operation, characterized in that the obstacle sensor includes a camera (20, 21) that is provided at a distal end of the boom at an angle such that an image-taking range thereof is turned into a range directed from a front side toward a lateral side of the traveling body and the swivel body during traveling and into a range directed from an upper side toward the traveling body and the swivel body during operation.
A heat dissipation device comprising: a lateral-spreading heat dissipating structure having a base structure, said base structure having a top surface and a bottom surface; a close-loop shunting heat conductive structure having a first end and a second end; a distal heat dissipating segment configured to dissipate heat to an exterior of the heat dissipation device, said distal heat dissipating segment connected to at least one end of the lateral-spreading heat dissipating structure; and a heat generating device, said heat generating device connected to the top surface or the bottom surface of the base structure, wherein the lateral-spreading heat dissipating structure comprises the same heat-conductive material as the closed-loop shunting heat conductive structure, and characterised in that the first end of the closed-loop shunting heat conductive structure is connected on the opposite surface of the base structure than the heat generating device and the second end of the closed-loop shunting heat conductive structure is connected to the distal heat dissipating structure so that heat generated from the heat generating device is conductable through the closed-loop shunting heat conductive structure and through the lateral-spreading heat dissipating structure to the distal heat dissipating segment to be dissipated to the exterior of the heat dissipation device. a lateral-spreading heat dissipating structure having a base structure, said base structure having a top surface and a bottom surface; a close-loop shunting heat conductive structure having a first end and a second end; a distal heat dissipating segment configured to dissipate heat to an exterior of the heat dissipation device, said distal heat dissipating segment connected to at least one end of the lateral-spreading heat dissipating structure; and a heat generating device, said heat generating device connected to the top surface or the bottom surface of the base structure, wherein the lateral-spreading heat dissipating structure comprises the same heat-conductive material as the closed-loop shunting heat conductive structure, and characterised in that the first end of the closed-loop shunting heat conductive structure is connected on the opposite surface of the base structure than the heat generating device and the second end of the closed-loop shunting heat conductive structure is connected to the distal heat dissipating structure so that heat generated from the heat generating device is conductable through the closed-loop shunting heat conductive structure and through the lateral-spreading heat dissipating structure to the distal heat dissipating segment to be dissipated to the exterior of the heat dissipation device.
Window or door with a window or door frame, a casement or leaf frame and a drive device for a casement of the window or leaf of the door, with an electric motor drive, a chain and a lever, wherein, in order to open the casement or leaf, the chain is movable by the drive, wherein the drive is mounted pivotably on the lever and is raised from a profile of the casement or leaf frame during the opening of the casement or leaf, and wherein the drive is not visible from the outside in a closed position of the casement or leaf and is arranged lying concealed between the window or door frame and the casement or leaf frame, characterized in that, in the closed position of the casement or leaf, the lever and the drive are completely accommodated in the rebate between the window or door frame and casement or leaf frame, and an axis of rotation of the lever on which the drive is fixed is arranged spaced apart from the housing of the drive on the side directed towards the window or door frame, and the lever is coupled to an extension arm of the drive device, which extension arm is mounted on the casement or leaf frame, wherein the extension arm has an upwardly protruding portion which is arranged at a distance from the casement or leaf frame and on which the axis of rotation for coupling the lever is provided.
A process for preparation of stimuli induced disassembly of nanocontainer comprising of; a) dissolving anionic surfactant in a solvent at its critical micelle concentration to form a solution of anionic micelle; b) adding a hydrophobic guest molecule to the solution of step (a); and characterised by c) disassembly of the anionic micelle and concomitant release of the hydrophobic guest molecule by addition of a cationic oxidized conducting polymer. a) dissolving anionic surfactant in a solvent at its critical micelle concentration to form a solution of anionic micelle; b) adding a hydrophobic guest molecule to the solution of step (a); and characterised by c) disassembly of the anionic micelle and concomitant release of the hydrophobic guest molecule by addition of a cationic oxidized conducting polymer.
An orthodontic appliance comprising: an orthodontic bracket (1, 2) forming a slot (13, 23) for receiving an archwire, the slot (13, 23) extending through the orthodontic bracket (1, 2) along an archwire axis, wherein the slot (13, 23) is delimited in directions radially of the archwire axis by a slot base surface (131, 231) and an opposite slot cover surface (132, 232) and two opposite slot side surfaces (133, 134, 233, 234), wherein the slot (13, 23) has an open side that is provided by a gap between one of the slot side surfaces (133, 134, 233, 234) and the slot cover surface (132, 232), an orthodontic archwire for running through the slot (13, 23) of the orthodontic bracket (1, 2), and an orthodontic ligature (40, 50), wherein at least a portion of the orthodontic ligature (40, 50) is arranged within the slot (13, 23) between the orthodontic archwire and the cover surface (132, 232), thus trapping the orthodontic archwire between the two slot side surfaces (133, 134, 233, 234), the slot base surface (131, 231) and the at least portion of the orthodontic ligature (40, 50). an orthodontic archwire for running through the slot (13, 23) of the orthodontic bracket (1, 2), and an orthodontic ligature (40, 50), wherein at least a portion of the orthodontic ligature (40, 50) is arranged within the slot (13, 23) between the orthodontic archwire and the cover surface (132, 232), thus trapping the orthodontic archwire between the two slot side surfaces (133, 134, 233, 234), the slot base surface (131, 231) and the at least portion of the orthodontic ligature (40, 50).
A method of suppressing bio-film formation on a structure in seawater, comprising irradiating light comprising the spectrum of 409 to 412 nm to the structure, wherein the light has a spectral irradiance at the structure of 1.4 μWcm -2 nm -1 or higher and a peak wavelength in the range between 409 nm and 412 nm.
Format adjustment device for the adjustment of the format of at least one function element on a packaging machine, wherein the format adjustment device comprises at least one bearing element, comprises at least one format gauge comprising at least one bearing section and at least one position element having at least one stop section, and comprises at least one function element having at least one connection section, wherein the format gauge is connectable to the bearing element via the bearing section, and wherein the stop section of the position element is connectable to the connection section of the function element, such that the location of the at least one function element in relation to bearing element is adjustable.
VLP derived from a human polyoma virus comprising a drug for use in a method of treatment by therapy or a method of in vivo diagnosis of a CNS disease.
A blood analysis method, comprising: a step of diluting a collected blood sample with a diluent solution; a step of quantitatively determining sodium ions in the diluent solution of the blood sample by using a solution containing β-galactosidase and at least one substrate which is convertible by β-galactosidase so as to determine a dilution factor from a normal value of serum and blood plasm sodium ions which are homeostatically present in the blood and the quantitative value of sodium ions; and a step of analyzing a concentration of a target component to be measured in the blood sample from the determined dilution factor and a measurement value of a concentration of the target component to be measured in the blood sample, wherein the diluent solution is a diluent solution which does not contain sodium ions, wherein a volume of the blood sample is 50 μL or less, and wherein a dilution factor of the blood plasma components in the blood sample is 14 or higher. a step of diluting a collected blood sample with a diluent solution; a step of quantitatively determining sodium ions in the diluent solution of the blood sample by using a solution containing β-galactosidase and at least one substrate which is convertible by β-galactosidase so as to determine a dilution factor from a normal value of serum and blood plasm sodium ions which are homeostatically present in the blood and the quantitative value of sodium ions; and a step of analyzing a concentration of a target component to be measured in the blood sample from the determined dilution factor and a measurement value of a concentration of the target component to be measured in the blood sample, wherein the diluent solution is a diluent solution which does not contain sodium ions, wherein a volume of the blood sample is 50 μL or less, and wherein a dilution factor of the blood plasma components in the blood sample is 14 or higher.
A system for selecting media content for playback on a networked media player connected to a local network, the system comprising: one or more processors on a content selection server configured to facilitate interoperability between computing devices operating on different communication networks, wherein the content selection server is configured to connect to the computing devices and the media player through a connecting network, the one or more processors configured to: obtain location information for a plurality of computing devices (115a, 115b) and for the media player; identify a group of computing devices that are within a set viewing distance or listening distance from the networked media player, wherein a first computing device of the group of computing devices cannot directly communicate with the networked media player without reconfiguration; determine a group of users associated with the group of computing devices, wherein the group of users each have a streaming service account associated with a recommendation system; communicate with one or more streaming services associated with the streaming service accounts to obtain user account information related to media content preferences; determine whether there is matching media content in playlists of the group of users; in response to determining there is no matching media content in the playlists, select a first media content for playback on the networked media player based on matching recommendations of a plurality of recommendations generated by the recommendation systems associated with the streaming service accounts; and provide the selected first media content to the networked media player. obtain location information for a plurality of computing devices (115a, 115b) and for the media player; identify a group of computing devices that are within a set viewing distance or listening distance from the networked media player, wherein a first computing device of the group of computing devices cannot directly communicate with the networked media player without reconfiguration; determine a group of users associated with the group of computing devices, wherein the group of users each have a streaming service account associated with a recommendation system; communicate with one or more streaming services associated with the streaming service accounts to obtain user account information related to media content preferences; determine whether there is matching media content in playlists of the group of users; in response to determining there is no matching media content in the playlists, select a first media content for playback on the networked media player based on matching recommendations of a plurality of recommendations generated by the recommendation systems associated with the streaming service accounts; and provide the selected first media content to the networked media player.
A method for resource determination, characterized by comprising: sending, by a first terminal, first high-layer information or first physical layer information to a second terminal, wherein the first high-layer information or the first physical layer information indicates at least one of: a size in frequency domain of resources included in a reference resource set, or configuration information of a resource pool used for determining the reference resource set; receiving, by the first terminal, indication information sent by the second terminal, the indication information indicating the reference resource set; determining, by the first terminal, a candidate resource set based on the reference resource set; and determining, by the first terminal, resources used for sending, by the first terminal, sidelink data based on the candidate resource set; wherein the resource pool used for determining the reference resource set is identical to a resource pool used for determining the candidate resource set. sending, by a first terminal, first high-layer information or first physical layer information to a second terminal, wherein the first high-layer information or the first physical layer information indicates at least one of: a size in frequency domain of resources included in a reference resource set, or configuration information of a resource pool used for determining the reference resource set; receiving, by the first terminal, indication information sent by the second terminal, the indication information indicating the reference resource set; determining, by the first terminal, a candidate resource set based on the reference resource set; and determining, by the first terminal, resources used for sending, by the first terminal, sidelink data based on the candidate resource set; wherein the resource pool used for determining the reference resource set is identical to a resource pool used for determining the candidate resource set.
A method of manufacturing a cylindrical cargo container, the method comprising: providing a plurality of rigid panels, each panel comprising a cylinder segment; forming a cylindrical shell from the panels; forming at least one collar conformably encircling the cylindrical shell; constricting the at least one collar to compress longitudinal joints formed at abutting edges of pairs of adjacent panels; moving respective joints of pairs of panels to a lower position, and welding respective inside seams of the joints when at the lower position. providing a plurality of rigid panels, each panel comprising a cylinder segment; forming a cylindrical shell from the panels; forming at least one collar conformably encircling the cylindrical shell; constricting the at least one collar to compress longitudinal joints formed at abutting edges of pairs of adjacent panels; moving respective joints of pairs of panels to a lower position, and welding respective inside seams of the joints when at the lower position.
A staple cartridge (230, 2020, 2620), comprising: a cartridge body; a plurality of staples (2012, 2612) removably positioned in the cartridge body; a driver (240, 2040a, 2040b, 3640) movably positioned relative to the cartridge body, wherein the driver comprises a plurality of troughs, and wherein each of the troughs comprises: a first end; a second end; and a trough axis extending between the first end and the second end; and a sled (250, 2658) configured to move along a firing path at least partially through the cartridge body, characterized in that the firing path crosses at least one of the trough axes between the first end and the second end of the respective trough. a cartridge body; a plurality of staples (2012, 2612) removably positioned in the cartridge body; a driver (240, 2040a, 2040b, 3640) movably positioned relative to the cartridge body, wherein the driver comprises a plurality of troughs, and wherein each of the troughs comprises: a first end; a second end; and a trough axis extending between the first end and the second end; and a first end; a second end; and a trough axis extending between the first end and the second end; and a sled (250, 2658) configured to move along a firing path at least partially through the cartridge body, characterized in that the firing path crosses at least one of the trough axes between the first end and the second end of the respective trough.
An optical cross-connect for optical communication networks, comprising: a block of a single continuous construction and material; and a plurality of non-intersecting, continuous waveguides formed within the block and extending from a first side of the block to an opposing second side of the block, wherein the waveguides implement 3D pathways within the block, wherein the refractive index of each waveguide is different than the surrounding material of the block, wherein each waveguide changes direction at least once within the block, wherein the waveguides are spaced apart from each other so as to avoid cross talk between the waveguides, and wherein at least two of the plurality of non-intersecting, continuous waveguides cross each other in different horizontal planes, wherein each of the different horizontal planes intersects both the first side of the block and the opposing second side of the block, and wherein the different horizontal planes do not intersect, with each other, at least within the block. a block of a single continuous construction and material; and a plurality of non-intersecting, continuous waveguides formed within the block and extending from a first side of the block to an opposing second side of the block, wherein the waveguides implement 3D pathways within the block, wherein the refractive index of each waveguide is different than the surrounding material of the block, wherein each waveguide changes direction at least once within the block, wherein the waveguides are spaced apart from each other so as to avoid cross talk between the waveguides, and wherein at least two of the plurality of non-intersecting, continuous waveguides cross each other in different horizontal planes, wherein each of the different horizontal planes intersects both the first side of the block and the opposing second side of the block, and wherein the different horizontal planes do not intersect, with each other, at least within the block.