mhurhangee/patent-ind-claim-en huggingface dataset:
A headband cushion for a headband (2.1) of headphones , having a cushion element (1.1) as well as a retaining means for fastening the cushion element (1.1) on the headband (2.1), wherein the cushion element (1.1) has a cushion side able to be placed against a head and an opposing band side , wherein the retaining means is formed to be lockable and reversibly detachable such that the headband cushion is mountable on the headband (2.1) and is removable from the headband (2.1), wherein the cushion element (1.1) has a width B and a length L, characterized in that the cushion element has a first recess (1.5), wherein the first recess (1.5) serves to accommodate a headband (2.1), wherein the cushion element (1.1) has a second recess (1.6) which serves to accommodate a connection line (2.2) of the headphones , wherein the cushion element (1.1) has a third recess (1.7) which serves to accommodate a further part of the headband (2.1), wherein the first recess (1.5), the second recess (1.6), and the third recess (1.7) extend over the length L.
A microstructured multicore optical fibre suitable for being manufactured with a stack-and-draw method, having a cladding (4.1), surrounding a microstructured area fabricated of a glass, especially of a doped silica glass, or of a polymer in which, at least two basic cells are embedded, wherein, each of said basic cells comprises a core (2.1) and longitudinal areas (3.1) embedded in a matrix of glass especially of doped silica glass, or of polymer, surrounding said core (2.1), wherein said longitudinal areas (3.1) have a refractive index lower than a refractive index of the cladding, each of said basic cells comprises twelve longitudinal areas (3.1), spaced by a lattice constant Λ located on vertices and middle points of a hexagon, having a side of doubled the lattice constant 2 Λ and having a centre in the core (2.1), so that the twelve longitudinal areas (3.1) surround the core (2.1) and an internal cladding made of glass, especially of doped silica glass, or of polymer, and so as to provide single-mode operation at 1550 nm wherein said at least two basic cells are juxtaposed, so that they share the longitudinal areas (3.1) located on the vertices or the middle points of the sides of said hexagon so that a distance between the cores (2.1) in the adjacent basic cells is equal respectively to 4 A or 2 3 Λ. a cladding (4.1), surrounding a microstructured area fabricated of a glass, especially of a doped silica glass, or of a polymer in which, at least two basic cells are embedded, wherein, each of said basic cells comprises a core (2.1) and longitudinal areas (3.1) embedded in a matrix of glass especially of doped silica glass, or of polymer, surrounding said core (2.1), wherein said longitudinal areas (3.1) have a refractive index lower than a refractive index of the cladding, each of said basic cells comprises twelve longitudinal areas (3.1), spaced by a lattice constant Λ located on vertices and middle points of a hexagon, having a side of doubled the lattice constant 2 Λ and having a centre in the core (2.1), so that the twelve longitudinal areas (3.1) surround the core (2.1) and an internal cladding made of glass, especially of doped silica glass, or of polymer, and wherein said longitudinal areas (3.1) have a refractive index lower than a refractive index of the cladding, each of said basic cells comprises twelve longitudinal areas (3.1), spaced by a lattice constant Λ located on vertices and middle points of a hexagon, having a side of doubled the lattice constant 2 Λ and having a centre in the core (2.1), so that the twelve longitudinal areas (3.1) surround the core (2.1) and an internal cladding made of glass, especially of doped silica glass, or of polymer, and so as to provide single-mode operation at 1550 nm wherein said at least two basic cells are juxtaposed, so that they share the longitudinal areas (3.1) located on the vertices or the middle points of the sides of said hexagon so that a distance between the cores (2.1) in the adjacent basic cells is equal respectively to 4 A or 2 3 Λ.
An electric cabinet, comprising a cabinet body , a ventilation cover , and a top cover , wherein the ventilation cover is disposed at the top of the cabinet body , and a ventilation hole is formed in the ventilation cover ; and the top cover is disposed above the ventilation cover and forms an air duct with one end open with the ventilation cover ; characterised by a baffle , wherein the baffle covers an outlet of the air duct , an upper end of the baffle is connected with the top cover , a gap (B) is formed between a lower end of the baffle and the ventilation cover , and the baffle is a shutter with the openings facing downward or a fender with a ventilation opening.
A hearing device comprising - a housing configured to be worn at an ear of a user; - a displacement detector mechanically coupled with the housing , the displacement detector configured to provide displacement data indicative of a rotational displacement and/or a translational displacement of the housing ; and - a processing unit communicatively coupled with the displacement detector , the processing unit configured to collect said displacement data in subsequent periods and to generate position data based on said collected displacement data, the position data indicative of an angular orientation and/or a spatial location of the housing with respect to a reference point , characterized in that the processing unit is configured to obtain a reliability measure of said position data, the reliability measure indicative of a reliability of said position data after said subsequent periods, and to adjust said position data based on said reliability measure, wherein the processing unit is configured to continuously generate the position data at a first frequency and to continuously obtain the reliability measure at a second frequency, wherein the second frequency is smaller than the first frequency. - a housing configured to be worn at an ear of a user; - a displacement detector mechanically coupled with the housing , the displacement detector configured to provide displacement data indicative of a rotational displacement and/or a translational displacement of the housing ; and - a processing unit communicatively coupled with the displacement detector , the processing unit configured to collect said displacement data in subsequent periods and to generate position data based on said collected displacement data, the position data indicative of an angular orientation and/or a spatial location of the housing with respect to a reference point ,
A raccoon trapping module which is configured be attached to a wildlife trapping cage which comprises at least a cage which holds wildlife, a door which opens and closes an entrance at one end of the cage , a lock mechanism which locks the door in an open state, and a linkage member which is linked with a trigger member which performs a lock release operation of the lock mechanism when wildlife engages in the action of taking bait, wherein the raccoon trapping module comprises: a hollow housing which is configured to be attached to a module mounting hole which is formed by removing a back wall at an opposite side to the entrance , wherein a surface of the housing at the entrance side has an arm insertion hole which enables a raccoon to insert a forearm , a baiting member in which a bait is placed is provided inside of the housing within a range which a hand of the raccoon can reach when the raccoon inserts its forearm from the arm insertion hole , a connecting member is provided at the baiting member for connection with the linkage member , and the connecting member is configured to make the linkage member perform a lock release operation of the lock mechanism if a raccoon engages in the action of taking bait from the baiting member, characterized in that an outer edge part of said housing at a surface at the opposite side to said entrance side is formed with a flange part and that said housing is configured to be inserted at the inside of said module mounting hole to be attached to said wildlife trapping cage and that said housing is configured to be fastened by being inserted from said module mounting hole inside said cage up to the position which said flange part abuts. a hollow housing which is configured to be attached to a module mounting hole which is formed by removing a back wall at an opposite side to the entrance , wherein a surface of the housing at the entrance side has an arm insertion hole which enables a raccoon to insert a forearm , a baiting member in which a bait is placed is provided inside of the housing within a range which a hand of the raccoon can reach when the raccoon inserts its forearm from the arm insertion hole , a connecting member is provided at the baiting member for connection with the linkage member , and the connecting member is configured to make the linkage member perform a lock release operation of the lock mechanism if a raccoon engages in the action of taking bait from the baiting member, characterized in that an outer edge part of said housing at a surface at the opposite side to said entrance side is formed with a flange part and that said housing is configured to be inserted at the inside of said module mounting hole to be attached to said wildlife trapping cage and that said housing is configured to be fastened by being inserted from said module mounting hole inside said cage up to the position which said flange part abuts.
A method for compensating for reflection on a display device , the method comprising: capturing , by an image capture device , one or more images of a scene facing the display device; identifying from the captured images one or more reflection-inducing zones located within the scene facing the display device; determining specular reflection effect on the display device caused by the reflection-inducing zones; and adjusting a target image to be displayed on the display device based on the determined specular reflection effect; and wherein the one or more reflection-inducing zones are determined based on luminance values of pixels within the one or more captured images; the one or more reflection-inducing zones correspond to areas within the one or more captured images having a luminance value greater than a predetermined threshold; characterized in that capturing the one or more images of the scene facing the display device comprises capturing the face of a viewer located within the scene; and the predetermined threshold is determined based on a luminance value of a zone within the one or more captured images corresponding to a portion of the face of the viewer. capturing , by an image capture device , one or more images of a scene facing the display device; identifying from the captured images one or more reflection-inducing zones located within the scene facing the display device; determining specular reflection effect on the display device caused by the reflection-inducing zones; and adjusting a target image to be displayed on the display device based on the determined specular reflection effect; and wherein the one or more reflection-inducing zones are determined based on luminance values of pixels within the one or more captured images; the one or more reflection-inducing zones correspond to areas within the one or more captured images having a luminance value greater than a predetermined threshold; characterized in that capturing the one or more images of the scene facing the display device comprises capturing the face of a viewer located within the scene; and the predetermined threshold is determined based on a luminance value of a zone within the one or more captured images corresponding to a portion of the face of the viewer.
An adhesive deliver apparatus (100; 800; 1400) for delivering an adhesive fluid contained in an adhesive tube to a target area, the adhesive deliver apparatus (100; 800; 1400) comprising: a separable holder (110; 810) having a flexible press region (116; 816) thereon and comprising an interior receiving chamber (216; 916; 1416) for placing the adhesive tube ; a support tube having a substantially elongated shape and comprising a proximal end , a distal end , and a first connection portion , wherein the first connection portion is positioned on an outer surface of the support tube and approximating to the proximal end ; a connector (130; 830; 1430) connected with the proximal end of the support tube and arranged to operably connect with a nozzle of the adhesive tube ; and an inner tube positioned within the support tube and comprising an inlet end connected with the connector (130; 830; 1430) and an outlet end approximating to the distal end of the support tube ; wherein when the press region (116; 816) is pressed to cause an interior surface of the press region (116; 816) to press the adhesive tube , the adhesive fluid will be squeezed out from the adhesive tube and transmitted through the inner tube from the inlet end to the outlet end ; characterized by further comprising: a hollow tip element (140; 840; 1440) positioned at the distal end of the support tube and arranged to operably fasten the outlet end of the inner tube at the distal end of the support tube . a separable holder (110; 810) having a flexible press region (116; 816) thereon and comprising an interior receiving chamber (216; 916; 1416) for placing the adhesive tube ; a support tube having a substantially elongated shape and comprising a proximal end , a distal end , and a first connection portion , wherein the first connection portion is positioned on an outer surface of the support tube and approximating to the proximal end ; a connector (130; 830; 1430) connected with the proximal end of the support tube and arranged to operably connect with a nozzle of the adhesive tube ; and an inner tube positioned within the support tube and comprising an inlet end connected with the connector (130; 830; 1430) and an outlet end approximating to the distal end of the support tube ; wherein when the press region (116; 816) is pressed to cause an interior surface of the press region (116; 816) to press the adhesive tube , the adhesive fluid will be squeezed out from the adhesive tube and transmitted through the inner tube from the inlet end to the outlet end ; characterized by further comprising: a hollow tip element (140; 840; 1440) positioned at the distal end of the support tube and arranged to operably fasten the outlet end of the inner tube at the distal end of the support tube .
An industrial truck with a driver's cab , which is delimited laterally by at least two side walls forming an entrance, wherein an operating unit is attached to a side opposite the entrance and is configured for operation by a person standing on the driver's cab , wherein one of the at least two side walls provides a support means for a person standing sideways, wherein a back portion which reaches into the entrance is provided on one of the at least two side walls , characterized in that the back portion provides a further support means for standing diagonally frontwards, which forms an angle with the support means of the side wall such that the diagonally frontwards position and the sideways standing position form separate support positions, wherein the further support means of the back portion and the support means of the side wall is each associated with a plane which basically corresponds to a frontal plane of a person supporting themselves on the support means .
A compound according to the following formula: and, optionally, wherein the counterion iodine is substituted with a different counterion.
A method performed by a terminal for receiving a reference signal, RS, in a wireless communication system, the method comprising: receiving, from a base station, a control message including first information indicating that a first channel and a second channel share a RS on the first channel and second information configuring a transmission mode for the first channel and the second channel; receiving the RS on the first channel; identifying whether a first transmission mode for the first channel and a second transmission mode for the second channel support a sharing of the received RS; and receiving, in case that the first transmission mode and the second transmission mode support the sharing of the received RS, data on the second channel based on the RS received on the first channel. receiving, from a base station, a control message including first information indicating that a first channel and a second channel share a RS on the first channel and second information configuring a transmission mode for the first channel and the second channel; receiving the RS on the first channel; identifying whether a first transmission mode for the first channel and a second transmission mode for the second channel support a sharing of the received RS; and receiving, in case that the first transmission mode and the second transmission mode support the sharing of the received RS, data on the second channel based on the RS received on the first channel.
A two-pack coating composition comprising an epoxy resin E component having an epoxy equivalent weight of 100 to 2000, the epoxy equivalent weight of the epoxy resin being determined as the grams of epoxy resin (solid) equivalent to 1 mol of epoxy groups, and an amine based hardener H component therefor, characterised in that the composition additionally comprises at least one zinc salt of an organic aliphatic acid Z.
An optical device comprising: a first waveguide that propagates light in a first direction; and a second waveguide including a first mirror , a second mirror , and an optical waveguide layer , the first mirror extending in the first direction and a second direction intersecting the first direction, and having a first reflecting surface parallel to the first direction and the second direction, the second mirror extending in the first direction and the second direction and having a second reflecting surface facing the first reflecting surface, the optical waveguide layer being located between the first mirror and the second mirror and propagating the light in the first direction, wherein the first mirror has a higher light transmittance than the second mirror , and allows part of the propagating light to be emitted to the outside of the second waveguide , and wherein, in a region in which the first waveguide and the second waveguide overlap each other when viewed in a direction perpendicular to the first reflecting surface, at least part of the first waveguide and/or at least part of the second waveguide includes at least one grating (15, 15a-15c, 15m) whose refractive index varies periodically in the first direction, characterized in that a forward end portion of the first waveguide is disposed inside the optical waveguide layer . a first waveguide that propagates light in a first direction; and a second waveguide including a first mirror , a second mirror , and an optical waveguide layer , the first mirror extending in the first direction and a second direction intersecting the first direction, and having a first reflecting surface parallel to the first direction and the second direction, the second mirror extending in the first direction and the second direction and having a second reflecting surface facing the first reflecting surface, the optical waveguide layer being located between the first mirror and the second mirror and propagating the light in the first direction, wherein the first mirror has a higher light transmittance than the second mirror , and allows part of the propagating light to be emitted to the outside of the second waveguide , and wherein, in a region in which the first waveguide and the second waveguide overlap each other when viewed in a direction perpendicular to the first reflecting surface, at least part of the first waveguide and/or at least part of the second waveguide includes at least one grating (15, 15a-15c, 15m) whose refractive index varies periodically in the first direction, characterized in that a forward end portion of the first waveguide is disposed inside the optical waveguide layer .
A heating smoking set with a micro-motion clamping and sealing function, wherein the heating smoking set comprises a circular micro-motion clamp, and the micro-motion clamp comprises: a swivel and a plurality of sliding wheels linked to the swivel, as well as a plurality of clamping blocks ; wherein, a rotation axis and a sliding groove are provided on each of the plurality of clamping blocks ; The micro-motion swivel comprises a circular structure, and the radius of the center hole is R; each of the plurality of clamping blocks is provided with a circular arc structure, and the radius of the circular inner circle is R; Each of the plurality of sliding wheels is mounted on the inner end surface of the micro-motion swivel in a fixed-connection manner: each of the plurality of clamping blocks is also connected to the inner end surface of the micro-motion swivel through the rotation axis , and the rotation axis is disposed on each of the plurality of clamping blocks at a point close to the center of the circle where the arc structure is located; each of the plurality of sliding wheels is in sliding connection with each of the plurality of clamping blocks at respective corresponding positions, and each of the plurality of sliding wheels is limited in each of the sliding grooves in a rotating or sliding manner, in case the swivel rotates, it drives each of the plurality of sliding wheels to displace, each of the plurality of sliding wheels drives each of the plurality of clamping blocks to rotate through the sliding grooves , and the center of the inner circle of each of the plurality of clamping blocks moves. heating smoking set comprises a circular micro-motion clamp, and the micro-motion clamp comprises: a swivel and a plurality of sliding wheels linked to the swivel, as well as a plurality of clamping blocks ; wherein, a rotation axis and a sliding groove are provided on each of the plurality of clamping blocks ; The micro-motion swivel comprises a circular structure, and the radius of the center hole is R; each of the plurality of clamping blocks is provided with a circular arc structure, and the radius of the circular inner circle is R; Each of the plurality of sliding wheels is mounted on the inner end surface of the micro-motion swivel in a fixed-connection manner: each of the plurality of clamping blocks is also connected to the inner end surface of the micro-motion swivel through the rotation axis , and the rotation axis is disposed on each of the plurality of clamping blocks at a point close to the center of the circle where the arc structure is located; each of the plurality of sliding wheels is in sliding connection with each of the plurality of clamping blocks at respective corresponding positions, and each of the plurality of sliding wheels is limited in each of the sliding grooves in a rotating or sliding manner, in case the swivel rotates, it drives each of the plurality of sliding wheels to displace, each of the plurality of sliding wheels drives each of the plurality of clamping blocks to rotate through the sliding grooves , and the center of the inner circle of each of the plurality of clamping blocks moves.