mhurhangee/ep-ind-claims huggingface dataset:
A method for searching a personal network service, that comprises: generating (Step 102) an auxiliary keyword according to a primary keyword used for searching a service content by a Personal Network Equipment, PNE, and configuration information of the PNE, and transmitting the auxiliary keyword generated and the primary keyword to a personal network server; and searching the service content by the personal network server according to the auxiliary keyword and the primary keyword, and providing a search result to the PNE, wherein the generating an auxiliary keyword according to a primary keyword used for searching a service content by a PNE and configuration information of the PNE specifically comprises: extracting configuration information corresponding to the PNE from configuration information corresponding to each equipment in a maintained Personal Network, PN, and generating a corresponding auxiliary keyword according to the configuration information extracted and the primary keyword used for searching the service content by the PNE. generating (Step 102) an auxiliary keyword according to a primary keyword used for searching a service content by a Personal Network Equipment, PNE, and configuration information of the PNE, and transmitting the auxiliary keyword generated and the primary keyword to a personal network server; and searching the service content by the personal network server according to the auxiliary keyword and the primary keyword, and providing a search result to the PNE, wherein the generating an auxiliary keyword according to a primary keyword used for searching a service content by a PNE and configuration information of the PNE specifically comprises: extracting configuration information corresponding to the PNE from configuration information corresponding to each equipment in a maintained Personal Network, PN, and generating a corresponding auxiliary keyword according to the configuration information extracted and the primary keyword used for searching the service content by the PNE. extracting configuration information corresponding to the PNE from configuration information corresponding to each equipment in a maintained Personal Network, PN, and generating a corresponding auxiliary keyword according to the configuration information extracted and the primary keyword used for searching the service content by the PNE.
A foldable composite balloon, comprising: a braided reinforcement structure defining a wall with first wall portions and second wall portions; characterised in that: a braid pattern of the braided reinforcement structure being such that the wall is stiffer at the first wall portions than at the second wall portions; the first and second wall portions being arranged such that when the balloon is folded, the first portions resist bending more than the second portions. a braided reinforcement structure defining a wall with first wall portions and second wall portions; characterised in that: a braid pattern of the braided reinforcement structure being such that the wall is stiffer at the first wall portions than at the second wall portions; the first and second wall portions being arranged such that when the balloon is folded, the first portions resist bending more than the second portions. a braid pattern of the braided reinforcement structure being such that the wall is stiffer at the first wall portions than at the second wall portions; the first and second wall portions being arranged such that when the balloon is folded, the first portions resist bending more than the second portions.
A wind turbine comprising at least one wind turbine blade assembly wherein said blade assembly includes a blade and a pitch bearing arranged between said blade and a hub of said wind turbine, said blade assembly further including two or more pitch cylinders for pitching said blade in relation to said hub; wherein said two or more pitch cylinders each comprise a first point of attack being fixed towards said blade and a second point of attack being fixed towards said hub, said two or more pitch cylinders are arranged to expand in the same angular direction around the rotational axis of said pitch bearing; characterised in that: the pitch cylinders are hydraulic pitch cylinders which are hydraulically coupled in parallel.
An electronic circuit, comprising: an amplifier a second substrate; a conductor supported and disposed over a surface of said second substrate; and a magnetic field transducer disposed upon the second substrate and coupled to said amplifier; wherein said conductor is adapted to carry an electrical current to generate a magnetic field, and wherein said electronic circuit is responsive to the magnetic field, characterised in that the electronic circuit comprises: a first silicon substrate; and wherein the amplifier is integrated in said first silicon substrate, the magnetic field transducer being disposed over said conductor. a first silicon substrate; and wherein the amplifier is integrated in said first silicon substrate, the magnetic field transducer being disposed over said conductor.
Identification device for a closing system of a motor vehicle with a housing at which at least one actuation body is assembled which interacts with a switch element assembled in a housing interior upon actuation, a illumination means within a housing interior characterized in that the housing comprises a frame device in which an information carrier is retained which can be illuminated by an illumination means, wherein the information carrier comprises an illumination frame which frames the information carrier.
An end piece for a chromatography column, comprising a first part comprising a generally flat base portion (20, 20', 20"), a second part (5, 5', 5") comprising a hollow generally dome-shaped portion (31, 31', 31"), and an intermediate structure (23, 23', 23"; 24, 24', 24") extending between the first and second parts (4, 4', 4"; 5, 5', 5") for transmitting pressure forces acting on the flat base portion (20, 20', 20") to the dome-shaped portion (31, 31', 31") to be accommodated thereby, wherein the end piece is designed to be fixed to an inner surface of the chromatography column by a weld- or bond-forming joining technique based on non-contact energy transfer, and wherein (i) the force transmitting structure (23, 24) is integral with the base portion, or (ii) the force transmitting structure (23', 24') is integral with the dome-shaped portion, or (iii) the force transmitting structure (23", 24") forms a separate third part, wherein the first (4, 4', 4"), second (5, 5', 5") and third (if any) parts are, or are adapted to be assembled to each other.
Method for the production of a body implant, comprising the steps of: creating a textile structure from at least one first fiber material; carrying out a first shaping on the textile structure; removing a part of the fibers of the first fiber material, and replacing by a second fiber material and/or reinserting the first fiber material after carrying out another processing step on the removed part of the fibers of the first fiber material. creating a textile structure from at least one first fiber material; carrying out a first shaping on the textile structure; removing a part of the fibers of the first fiber material, and replacing by a second fiber material and/or reinserting the first fiber material after carrying out another processing step on the removed part of the fibers of the first fiber material.
A headphone comprising: a headband; a pair of housing support portions, one and the other of which are provided at one and the other ends of the headband, respectively; a pair of rotational shafts, one and the other of which rotatably connects one and the other of the pair of housing support portions to the headband, respectively; a pair of housings, one and the other of which are provided on one and the other of the pair of housing support portions, respectively, wherein, in a folded state of the housing support portions as a result of a rotation of each of the pair of housing support portions from an opened state about an axis of one of the pair of the rotational shafts, the pair of housings are disposed in positions contained within an area inside an arc formed by the headband and the housing support portions in the opened state of the housing support portions, and are located side by side without crossing each other; and a pair of ear pads, one and the other of which are provided on one and the other of the pair of housings, respectively, characterised in that the rotational shafts are tilted to allow folding of the housing support portions and directional changes of the ear pads after the folding by one rotation, and the pair of ear pads face in the same direction in the folded state of the housing support portions. a headband; a pair of housing support portions, one and the other of which are provided at one and the other ends of the headband, respectively; a pair of rotational shafts, one and the other of which rotatably connects one and the other of the pair of housing support portions to the headband, respectively; a pair of housings, one and the other of which are provided on one and the other of the pair of housing support portions, respectively, wherein, in a folded state of the housing support portions as a result of a rotation of each of the pair of housing support portions from an opened state about an axis of one of the pair of the rotational shafts, the pair of housings are disposed in positions contained within an area inside an arc formed by the headband and the housing support portions in the opened state of the housing support portions, and are located side by side without crossing each other; and a pair of ear pads, one and the other of which are provided on one and the other of the pair of housings, respectively, characterised in that the rotational shafts are tilted to allow folding of the housing support portions and directional changes of the ear pads after the folding by one rotation, and the pair of ear pads face in the same direction in the folded state of the housing support portions.
A railway wagon for transport of a semi-trailer or the like, said railway wagon comprising a forward bogie and a rearward bogie, said bogies (1, 2) supporting a chassis having a main wagon portion and a wagon end releasably connected to each other, said main wagon portion being configured to accommodate said semi-trailer loaded thereon, wherein the wagon end is connected to the forward bogie and the main wagon portion is pivotally connected to the rearward bogie, and wherein relative movability of the main wagon portion in relation to the wagon end enables a rolling loading and unloading of the semi-trailer in a position where the main wagon portion is pivoted out from the wagon end, characterized by a beam (8; 18) which is connected to the wagon end in such way that it is pivotable between a rest position in which it is folded in against the wagon end and a working position in which it is folded out from the main wagon portion, said beam (8; 18) being configured to horizontally guide the main wagon portion at its pivoting out from the wagon end to said working position, said beam (8; 18) having at the vicinity of its free end a support (11; 19) configured to be in supporting contact with the ground in said working position; and means (3A; 22) for vertically displacing the main wagon portion or a part thereof in relation to the wagon end, for enabling said loading/unloading in the position in which the main wagon portion is pivoted out from the wagon end.
A stretching machine for extruded profiles comprising: - a stretching head capable of translating along a predetermined direction on a basement, - actuation means (51, 52, 53, 54) for translationally actuating the stretching head with respect to the basement, said actuation means (51, 52, 53, 54) comprising a rack and pinion drive, characterised in that: - the pinion is integral with said stretching head and the rack, operatively connected to said pinion, is integral with said basement, and - an electric motor is operatively connected to the pinion, wherein the pinion forms a transmission element and the rack forms a driven element, wherein the electric motor is operatively connected to the pinion with the interposition of a reduction gear, and has a rotation axis perpendicular to a rotation axis of the pinion. - a stretching head capable of translating along a predetermined direction on a basement, - actuation means (51, 52, 53, 54) for translationally actuating the stretching head with respect to the basement, said actuation means (51, 52, 53, 54) comprising a rack and pinion drive, characterised in that: - the pinion is integral with said stretching head and the rack, operatively connected to said pinion, is integral with said basement, and - an electric motor is operatively connected to the pinion, wherein the pinion forms a transmission element and the rack forms a driven element, wherein the electric motor is operatively connected to the pinion with the interposition of a reduction gear, and has a rotation axis perpendicular to a rotation axis of the pinion. - the pinion is integral with said stretching head and the rack, operatively connected to said pinion, is integral with said basement, and - an electric motor is operatively connected to the pinion, wherein the pinion forms a transmission element and the rack forms a driven element, wherein the electric motor is operatively connected to the pinion with the interposition of a reduction gear, and has a rotation axis perpendicular to a rotation axis of the pinion.
A method of preparing a medical device having an activated biocompatible polymeric surface, the method comprising: plasma treating at least a portion of a polymeric surface of a medical device, wherein the plasma treating results in chemical modification of the polymeric material from which the surface is made, thereby producing sites for the covalent attachment of reactive members; and attaching one or more reactive members to the plasma treated polymeric surface of the medical device, characterized in that: said polymeric surface is made from a bioabsorbable polyester; and said one or more reactive members are click reactive members selected from alkyne, nitril oxide, azide, and diazoalkane, whereby said click reactive member can undergo a Huisgen cycloaddition click reaction to couple a substance to the medical device, wherein said substance is selected from drugs, therapeutics, polymers, biomolecules, cells or biological tissue. plasma treating at least a portion of a polymeric surface of a medical device, wherein the plasma treating results in chemical modification of the polymeric material from which the surface is made, thereby producing sites for the covalent attachment of reactive members; and attaching one or more reactive members to the plasma treated polymeric surface of the medical device, characterized in that: said polymeric surface is made from a bioabsorbable polyester; and said one or more reactive members are click reactive members selected from alkyne, nitril oxide, azide, and diazoalkane, whereby said click reactive member can undergo a Huisgen cycloaddition click reaction to couple a substance to the medical device, wherein said substance is selected from drugs, therapeutics, polymers, biomolecules, cells or biological tissue. said polymeric surface is made from a bioabsorbable polyester; and said one or more reactive members are click reactive members selected from alkyne, nitril oxide, azide, and diazoalkane, whereby said click reactive member can undergo a Huisgen cycloaddition click reaction to couple a substance to the medical device, wherein said substance is selected from drugs, therapeutics, polymers, biomolecules, cells or biological tissue.
A backlight module, comprising: a backplane having a light reflecting surface; a light source layer disposed on the light reflecting surface, wherein the light source layer has at least one point light source; a light mixing component disposed on the light source layer in a one-to-one correspondence with the at least one point light source; and a light guide layer disposed on the at least one light mixing component, wherein each light mixing component comprises a light reflecting layer configured to reflect some light rays emitted by a corresponding point light source, and a light transmission layer configured to transmit a light ray reflected by the light reflecting layer and then reflected again by the light reflecting surface, wherein a light diffusion structure is disposed on at least one of a light input surface and a light output surface of the light transmission layer, wherein the light diffusion structure is a concave-convex structure disposed on the light input surface or the light output surface, and wherein the light transmission layer is a plurality of gluing layers disposed between the light guide layer and the light source layer, and the plurality of gluing layers are arranged at intervals in a direction parallel to the plane of the backlight module to form an air layer between adjacent gluing layers; and the light reflecting layer is the air layer. a backplane having a light reflecting surface; a light source layer disposed on the light reflecting surface, wherein the light source layer has at least one point light source; a light mixing component disposed on the light source layer in a one-to-one correspondence with the at least one point light source; and a light guide layer disposed on the at least one light mixing component, wherein each light mixing component comprises a light reflecting layer configured to reflect some light rays emitted by a corresponding point light source, and a light transmission layer configured to transmit a light ray reflected by the light reflecting layer and then reflected again by the light reflecting surface, wherein a light diffusion structure is disposed on at least one of a light input surface and a light output surface of the light transmission layer, wherein the light diffusion structure is a concave-convex structure disposed on the light input surface or the light output surface, and wherein the light transmission layer is a plurality of gluing layers disposed between the light guide layer and the light source layer, and the plurality of gluing layers are arranged at intervals in a direction parallel to the plane of the backlight module to form an air layer between adjacent gluing layers; and the light reflecting layer is the air layer.
A method for the manufacture of Lactobacillus reuteri cells having reuterin retained within the cells, comprising: manufacturing Lactobacillus reuteri cell cultures, wherein manufacturing comprises fermenting said cell cultures; adding 1,2-propanediol or glycerol to the Lactobacillus reuteri cell cultures at the start of the fermentation, thereby priming the reuterin producing machinery of the Lactobacillus reuteri cells; adding glycerol to the Lactobacillus reuteri cell cultures during manufacture, thereby obtaining Lactobacillus reuteri cells having reuterin retained within the cells; and preserving the Lactobacillus reuteri cells by freeze-drying the cell cultures after fermenting. manufacturing Lactobacillus reuteri cell cultures, wherein manufacturing comprises fermenting said cell cultures; adding 1,2-propanediol or glycerol to the Lactobacillus reuteri cell cultures at the start of the fermentation, thereby priming the reuterin producing machinery of the Lactobacillus reuteri cells; adding glycerol to the Lactobacillus reuteri cell cultures during manufacture, thereby obtaining Lactobacillus reuteri cells having reuterin retained within the cells; and preserving the Lactobacillus reuteri cells by freeze-drying the cell cultures after fermenting.
A method for attaching an interconnector of a solar cell panel, the method comprising: unwinding the interconnector from a cylindrical shape winding roll, on which the interconnector is wound in the circumferential direction, in the longitudinal direction of the winding roll, the longitudinal direction of the winding roll being a direction parallel to a processing direction of the interconnector, or tilted to form an obtuse angle relative to the processing direction of the interconnector; moving the interconnector, unwound from the winding roll, in the processing direction of the interconnector; and attaching the interconnector to a solar cell, wherein the winding roll includes a main body portion, on which the interconnector is wound, and end portions located at each of opposite ends of the main body portion, and wherein, in the unwinding, the interconnector is unwound so as to contact with an edge of one of the end portions in the longitudinal direction of the winding roll. unwinding the interconnector from a cylindrical shape winding roll, on which the interconnector is wound in the circumferential direction, in the longitudinal direction of the winding roll, the longitudinal direction of the winding roll being a direction parallel to a processing direction of the interconnector, or tilted to form an obtuse angle relative to the processing direction of the interconnector; moving the interconnector, unwound from the winding roll, in the processing direction of the interconnector; and attaching the interconnector to a solar cell, wherein the winding roll includes a main body portion, on which the interconnector is wound, and end portions located at each of opposite ends of the main body portion, and wherein, in the unwinding, the interconnector is unwound so as to contact with an edge of one of the end portions in the longitudinal direction of the winding roll.
A medical instrument comprising: a drill guide having a proximal end and a distal end; at least one reference guide attached to the drill guide, wherein the at least one reference guide is a hollow tube, characterised in that the hollow tube is positioned at (i) a predetermined angle relative to the drill guide of 15 degrees to 60 degrees and at (ii) a predetermined height of 1 mm to 5 mm from the distal end of the drill guide, wherein the predetermined angle and the predetermined height cause the drill guide to avoid a tibial plateau and to have proximity to a knee joint line when the reference guide aligns with a piercing rod by sliding over the piercing rod, when the piercing rod is positioned below a meniscus and above a tibial plateau. a drill guide having a proximal end and a distal end; at least one reference guide attached to the drill guide, wherein the at least one reference guide is a hollow tube, characterised in that the hollow tube is positioned at (i) a predetermined angle relative to the drill guide of 15 degrees to 60 degrees and at (ii) a predetermined height of 1 mm to 5 mm from the distal end of the drill guide, wherein the predetermined angle and the predetermined height cause the drill guide to avoid a tibial plateau and to have proximity to a knee joint line when the reference guide aligns with a piercing rod by sliding over the piercing rod, when the piercing rod is positioned below a meniscus and above a tibial plateau.
A plasma spray method for the manufacture of an ion conducting membrane, in particular of a hydrogen ion conducting membrane or of an oxygen ion conducting membrane, wherein the membrane is deposited as a layer (11, 111) on a substrate (10, 110) in a process chamber, wherein a starting material is sprayed onto a coating surface (31, 131) of the substrate (10, 110) by means of a process gas in the form of a process beam, wherein the starting material is injected into a plasma at a low process pressure which is at most 10000 Pa and is partially or completely melted there, characterized in that the substrate (10, 110) has pores which are connected amongst one another so that the substrate (10, 110) is gas permeable and a portion of an overall pore area of an overall area of the coating surface (31, 131) amounts to at least 30%, in particular to at least 40% and micro-passages are introduced into the substrate before or after the coating for the improvement of a gas flow possibility in the direction of the coating surface.