mhurhangee/ep-ind-claims huggingface dataset:
A method of operation of a wireless device (702, 800) to receive a plurality of Single-Cell Multicast Control Channel, SC-MCCH, segments, comprising: obtaining information regarding segmentation of a SC-MCCH into a plurality of SC-MCCH segments by receiving (602, 610) separate Downlink Control Information, DCI, messages scheduling separate transmissions for the plurality of SC-MCCH segments, wherein, for each SC-MCCH segment, the separate DCI message scheduling the separate transmission for the SC-MCCH segment comprises an indication as to whether there is a subsequent SC-MCCH segment scheduled and at what time interval a next SC-MCCH segment is scheduled; and receiving, from a network node, the separate transmissions for the plurality of SC-MCCH segments in accordance with the information regarding segmentation of the SC-MCCH. obtaining information regarding segmentation of a SC-MCCH into a plurality of SC-MCCH segments by receiving (602, 610) separate Downlink Control Information, DCI, messages scheduling separate transmissions for the plurality of SC-MCCH segments, wherein, for each SC-MCCH segment, the separate DCI message scheduling the separate transmission for the SC-MCCH segment comprises an indication as to whether there is a subsequent SC-MCCH segment scheduled and at what time interval a next SC-MCCH segment is scheduled; and receiving, from a network node, the separate transmissions for the plurality of SC-MCCH segments in accordance with the information regarding segmentation of the SC-MCCH.
A method for treating a circulating water in a wet paint booth, the method comprising adding a treatment agent for a wet paint booth circulating water to the circulating water in any of passages for the circulating water in the wet paint booth, wherein the passages include for supplying the circulating water from a water tank to a paint booth, for collecting an uncoated paint in the circulating water, and for returning the circulating water to the water tank, to detackify the uncoated paint collected in the circulating water, the treatment agent comprises an aqueous solution comprising a tannin, and an alkali metal hydroxide and/or an alkali metal carbonate, pH of the aqueous solution is 10 to 13, and the solubility of the tannin in water is such that it becomes higher when the pH of the water becomes higher.
An edge server for being arranged at the edge between a first local area network and a wide area network, wherein the edge server comprises: a communicator configured to allow communication between the first local area network and the wide area network, wherein the communicator is further configured to store and process data provided by the first local area network using big data algorithms locally to improve response times in communications between the first local area network and big data applications of the wide area network; an interlinker configured to allow communication between the first local area network and a second local area network supported by another edge server, wherein the other edge server is arranged at the edge between the second local area network and the wide area network; and a software defined networking, SDN, controller configured to: provide SDN functions to the first local area network; and manage at least one gateway of the first local area network in case the at least one gateway cannot be controlled by an SDN controller of the wide area network. a communicator configured to allow communication between the first local area network and the wide area network, wherein the communicator is further configured to store and process data provided by the first local area network using big data algorithms locally to improve response times in communications between the first local area network and big data applications of the wide area network; an interlinker configured to allow communication between the first local area network and a second local area network supported by another edge server, wherein the other edge server is arranged at the edge between the second local area network and the wide area network; and a software defined networking, SDN, controller configured to: provide SDN functions to the first local area network; and manage at least one gateway of the first local area network in case the at least one gateway cannot be controlled by an SDN controller of the wide area network. provide SDN functions to the first local area network; and manage at least one gateway of the first local area network in case the at least one gateway cannot be controlled by an SDN controller of the wide area network.
An active matrix substrate comprising: a substrate; a plurality of scanning lines formed on the substrate; an insulating film covering the plurality of scanning lines; a plurality of signal lines intersecting the plurality of scanning lines via the insulating film; a plurality of switching elements formed on the substrate, each operating in response to a signal which is applied to the corresponding scanning line; and a plurality of pixel electrodes each capable of being electrically connected to the corresponding signal line via the plurality of switching elements, wherein, the insulating film is a multilayer insulating film including a first insulating layer and a second insulating layer; characterised in that the first insulating layer is formed of an insulating material containing an organic component and the second insulating layer is formed of an inorganic insulating material; and the multilayer insulating film has a low-stack region in at least a portion of a region overlapping each switching element, the first insulating layer not being formed in the low-stack region, and the first insulating layer is formed so as to underlie the second insulating layer. a substrate; a plurality of scanning lines formed on the substrate; an insulating film covering the plurality of scanning lines; a plurality of signal lines intersecting the plurality of scanning lines via the insulating film; a plurality of switching elements formed on the substrate, each operating in response to a signal which is applied to the corresponding scanning line; and a plurality of pixel electrodes each capable of being electrically connected to the corresponding signal line via the plurality of switching elements, wherein, the insulating film is a multilayer insulating film including a first insulating layer and a second insulating layer; characterised in that the first insulating layer is formed of an insulating material containing an organic component and the second insulating layer is formed of an inorganic insulating material; and the multilayer insulating film has a low-stack region in at least a portion of a region overlapping each switching element, the first insulating layer not being formed in the low-stack region, and the first insulating layer is formed so as to underlie the second insulating layer.
Computer-implemented method for the optical characterization of a textile fiber structure, wherein a plurality of pieces of information on color is detected by an optical sensor system at different locations of the textile fiber structure, the captured color information is transmitted from the optical sensor system to a computer connected to the optical sensor system, where it is received and stored by the computer, the stored color information is entered by the computer in a color space (2, 2') in the form a scatter plot, characterized in that a frequency density distribution of the scatter plot is determined by the computer, the frequency density distribution is specified numerically by the computer, and a signal dependent on the numerical specification is output by the computer. a plurality of pieces of information on color is detected by an optical sensor system at different locations of the textile fiber structure, the captured color information is transmitted from the optical sensor system to a computer connected to the optical sensor system, where it is received and stored by the computer, the stored color information is entered by the computer in a color space (2, 2') in the form a scatter plot, characterized in that a frequency density distribution of the scatter plot is determined by the computer, the frequency density distribution is specified numerically by the computer, and a signal dependent on the numerical specification is output by the computer.
A lighting unit assembly comprising: a lighting unit having at least two adjacent portions (2, 4) offset from each other by an interconnecting twist; and a clamp that holds the lighting unit, the clamp comprising a body member having a base, spaced side walls (16, 18) extending upwardly from the base, spaced intermediate end walls (20, 22) extending upwardly from the base, a top wall at the upper ends of the side walls (16, 18) and end walls (20, 22), a slot extending from the top wall toward the base from one of the end walls to one of the side walls to create a passage completely across the body member whereby the lighting unit is inserted through the body member such that the interconnecting twist is disposed within the passage, the passage having spaced parallel planar surfaces (28, 30) over a portion of the width of the passage extending inwardly from the one side wall to be of a size and spacing to maintain a portion of the lighting unit located between the planar surfaces (28, 30) in the intended orientation, and the remainder of the passage being shaped to accommodate the interconnecting twist of the lighting unit. a lighting unit having at least two adjacent portions (2, 4) offset from each other by an interconnecting twist; and a clamp that holds the lighting unit, the clamp comprising a body member having a base, spaced side walls (16, 18) extending upwardly from the base, spaced intermediate end walls (20, 22) extending upwardly from the base, a top wall at the upper ends of the side walls (16, 18) and end walls (20, 22), a slot extending from the top wall toward the base from one of the end walls to one of the side walls to create a passage completely across the body member whereby the lighting unit is inserted through the body member such that the interconnecting twist is disposed within the passage, the passage having spaced parallel planar surfaces (28, 30) over a portion of the width of the passage extending inwardly from the one side wall to be of a size and spacing to maintain a portion of the lighting unit located between the planar surfaces (28, 30) in the intended orientation, and the remainder of the passage being shaped to accommodate the interconnecting twist of the lighting unit.
A method for manufacturing a glow plug, comprising: disposing a coil (9, 10) made of a resistance wire along an axis of a cylindrical sheath tube that extends in an axial direction; joining a front end of the coil (9, 10) to a front end portion of the sheath tube while closing the front end of the sheath tube; filling insulating powder in the sheath tube; and swaging the sheath tube, wherein an insertion step where a rod-like insulator made of an insulating material is inserted in the coil (9, 10) is conducted prior to the swaging step, characterized in that: a thin portion of the insulator, which is formed on the front end side of the insulator and has a diameter smaller than an outer diameter of a general portion of the insulator, is inserted in a taper-shaped reduced diameter portion formed in a vicinity of the front end of the coil (9, 10) in the insertion step, and in that, in the swaging step, the front edge position in a predetermined section of the sheat tube in the axial direction where the swaging step is conducted is disposed at the same position as a front end portion of the insulator or at a rearward position with respect to the front end portion of the insulator. disposing a coil (9, 10) made of a resistance wire along an axis of a cylindrical sheath tube that extends in an axial direction; joining a front end of the coil (9, 10) to a front end portion of the sheath tube while closing the front end of the sheath tube; filling insulating powder in the sheath tube; and swaging the sheath tube, wherein an insertion step where a rod-like insulator made of an insulating material is inserted in the coil (9, 10) is conducted prior to the swaging step, characterized in that: a thin portion of the insulator, which is formed on the front end side of the insulator and has a diameter smaller than an outer diameter of a general portion of the insulator, is inserted in a taper-shaped reduced diameter portion formed in a vicinity of the front end of the coil (9, 10) in the insertion step, and in that, in the swaging step, the front edge position in a predetermined section of the sheat tube in the axial direction where the swaging step is conducted is disposed at the same position as a front end portion of the insulator or at a rearward position with respect to the front end portion of the insulator. a thin portion of the insulator, which is formed on the front end side of the insulator and has a diameter smaller than an outer diameter of a general portion of the insulator, is inserted in a taper-shaped reduced diameter portion formed in a vicinity of the front end of the coil (9, 10) in the insertion step, and in that, in the swaging step, the front edge position in a predetermined section of the sheat tube in the axial direction where the swaging step is conducted is disposed at the same position as a front end portion of the insulator or at a rearward position with respect to the front end portion of the insulator.
A cooking appliance, in particular an oven, comprising a body, at least one flange provided on said body, at least one panel, at least one coupling element, comprising a connection piece and a support piece in a one-piece manner, the connection piece for providing the connection between the flange and the at least one panel, wherein the connection piece has at least one connection channel wherein the flange is partially placed and an upper channel wherein at least one engagement tab of the panel is placed, wherein the support piece fills the gap provided between the flange and a front wall of the panel, comprising an engagement opening provided at the engagement tab, and an engagement protrusion provided at the upper channel of the connection piece in a manner corresponding to the engagement opening.
A heat sink having a central axis and comprising; a first fin section having a plurality of radial fins with a first radial extension and a plurality of radial fins with a second radial extension, the plurality of radial fins being substantially parallel to the central axis and extending radially outward from the central axis, wherein the first radial extension is greater than the second radial extension; and a second fin section with a plurality of radial fins having a third radial extension and being substantially parallel to the central axis and extending radially outward from the central axis, wherein the third radial extension is longer than the first radial extension and the plurality of radial fins of the first fin section and the plurality of radial fins of the second fin section alternate such that a plurality of recessed portions in an outer periphery of the heat sink are provided.
A method for creating a user account for a content management service executable in a server computer and accessible through a network, e.g. a wireless network, the method comprising the steps of: - receiving in the server computer from a sender a mail message comprising data identifiable as valid input data of a new content submission transaction of the content management service, - storing the input data in the service to initiate a user account creation process, characterized in that method further comprising the steps of: - publishing the input data to at least one second user before completion of the user account creation process, for receiving a priority reservation, by the second user, to the input data in response to the publication of the input data, - sending a reply mail message to the sender of the mail message, the reply mail message comprising at least one computer executable instruction for continuing the user account creation process and/or amending the input data of the content submission transaction, - receiving a second message comprising data for continuing the user account creation process and/or for amending the input data of the content submission transaction, and - continuing the user account creation process and/or the amending of the input data of the content submission transaction using the data of the second message. - receiving in the server computer from a sender a mail message comprising data identifiable as valid input data of a new content submission transaction of the content management service, - storing the input data in the service to initiate a user account creation process, - publishing the input data to at least one second user before completion of the user account creation process, for receiving a priority reservation, by the second user, to the input data in response to the publication of the input data, - sending a reply mail message to the sender of the mail message, the reply mail message comprising at least one computer executable instruction for continuing the user account creation process and/or amending the input data of the content submission transaction, - receiving a second message comprising data for continuing the user account creation process and/or for amending the input data of the content submission transaction, and - continuing the user account creation process and/or the amending of the input data of the content submission transaction using the data of the second message.
A rechargeable battery comprising: an electrode assembly comprising a first electrode and a second electrode; a housing accommodating the electrode assembly; a cap assembly comprising a cap plate for sealing the housing; a first current collecting member under the cap assembly and connected to the first electrode; a second current collecting member under the cap assembly and connected to the second electrode; and an insulating case coupled to the cap assembly, arranged between the cap plate and the electrode assembly, and having openings at portions thereof respectively corresponding to the positions of the first and second current collecting members; wherein the cap plate comprises at least one coupling groove at a lower surface thereof, and the insulating case comprises at least one coupling protrusion configured to be inserted into the coupling groove; wherein an inner diameter of the coupling groove increases along its depth; wherein an end portion of the coupling protrusion is fitted into the coupling groove after it is melted such that, when hardened, the end of the coupling protrusion has a complementary shape to the coupling groove. an electrode assembly comprising a first electrode and a second electrode; a housing accommodating the electrode assembly; a cap assembly comprising a cap plate for sealing the housing; a first current collecting member under the cap assembly and connected to the first electrode; a second current collecting member under the cap assembly and connected to the second electrode; and an insulating case coupled to the cap assembly, arranged between the cap plate and the electrode assembly, and having openings at portions thereof respectively corresponding to the positions of the first and second current collecting members; wherein the cap plate comprises at least one coupling groove at a lower surface thereof, and the insulating case comprises at least one coupling protrusion configured to be inserted into the coupling groove; wherein an inner diameter of the coupling groove increases along its depth; wherein an end portion of the coupling protrusion is fitted into the coupling groove after it is melted such that, when hardened, the end of the coupling protrusion has a complementary shape to the coupling groove.
A method in a portable terminal, the portable terminal including a camera, a display unit and an acceleration sensor, the method comprising: displaying, using the display unit, a preview image obtained by the camera; determining using the acceleration sensor whether the portable terminal is moved backward or forward with respect to the direction which the camera faces over a threshold distance; and when the portable terminal is moved backward or forward over the threshold distance, adjusting a zoom level of the camera based on a distance change due to the movement of the portable terminal; characterized in that the method further comprises: determining whether the portable terminal moves over a maximum threshold distance, and if the portable terminal moves over the maximum threshold distance, not adjusting the zoom level of the camera. displaying, using the display unit, a preview image obtained by the camera; determining using the acceleration sensor whether the portable terminal is moved backward or forward with respect to the direction which the camera faces over a threshold distance; and when the portable terminal is moved backward or forward over the threshold distance, adjusting a zoom level of the camera based on a distance change due to the movement of the portable terminal; characterized in that the method further comprises: determining whether the portable terminal moves over a maximum threshold distance, and if the portable terminal moves over the maximum threshold distance, not adjusting the zoom level of the camera. determining whether the portable terminal moves over a maximum threshold distance, and if the portable terminal moves over the maximum threshold distance, not adjusting the zoom level of the camera.
Article made of a multilayer composite material comprising a central element arranged between a first and a second reinforcement layer to form a structure - -, said central element comprising: - a first and a second structural layer each comprising at least one mat of needle punched fibres of the thermoplastic type, said structural layers being impregnated with a thermosetting resin; - a third reinforcement layer arranged between said two structural layers, said first, second and third reinforcement layer consisting of a fibrous material, comprising one or more types of fibres selected from the group consisting of glass fibres, natural fibres, carbon fibres, basalt fibres, kevlar fibres, aramid fibres or a mixture cf such fibres. - a first and a second structural layer each comprising at least one mat of needle punched fibres of the thermoplastic type, said structural layers being impregnated with a thermosetting resin; - a third reinforcement layer arranged between said two structural layers,