mhurhangee/ep-ind-claims huggingface dataset:
A coated steel sheet comprising: a steel sheet; a galvanized layer disposed on both sides of the steel sheet; a chromium-free chemical conversion film disposed on the galvanized layers; an undercoat containing a color pigment disposed on one of the chemical conversion films; and an organic resin topcoat containing a brightening agent disposed on the undercoat, wherein the total thickness of the undercoat and the topcoat is 10 μ m or less. a steel sheet; a galvanized layer disposed on both sides of the steel sheet; a chromium-free chemical conversion film disposed on the galvanized layers; an undercoat containing a color pigment disposed on one of the chemical conversion films; and an organic resin topcoat containing a brightening agent disposed on the undercoat,
High intensity airfield lighting system comprising - a main body; - a dome securable to the main body, wherein the dome is designed for light transmission and at least partially transparent; - at least one light unit having at least one lighting element (12, 19) and at least one optical element (13, 20) designed to receive light from the lighting element (12, 19) and to emit the light received; - an electronic circuit for powering and driving the lighting elements (12, 19) of the light unit which is in distant position with respect to the light unit; and - a common heat sink, wherein the common heat sink comprises a first heat sink section carrying the at least one light unit and a second heat sink section carrying the electronic circuit and wherein the common heat sink is provided for cooling both the least one lighting element (12, 19) and the electronic circuit and/or wherein the electronic circuit and the least one lighting element (12, 19) are mounted to the common heat sink, characterized in that a hollow in the second heat sink section and a drainpipe connected to the hollow are provided for draining off entrapped moisture. - a main body; - a dome securable to the main body, wherein the dome is designed for light transmission and at least partially transparent; - at least one light unit having at least one lighting element (12, 19) and at least one optical element (13, 20) designed to receive light from the lighting element (12, 19) and to emit the light received; - an electronic circuit for powering and driving the lighting elements (12, 19) of the light unit which is in distant position with respect to the light unit; and - a common heat sink, wherein the common heat sink comprises a first heat sink section carrying the at least one light unit and a second heat sink section carrying the electronic circuit and wherein the common heat sink is provided for cooling both the least one lighting element (12, 19) and the electronic circuit and/or wherein the electronic circuit and the least one lighting element (12, 19) are mounted to the common heat sink,
A method of producing a composite fabric, comprising the steps of coupling together a first double face fabric with another fabric selected from a single face fabric and a second double face fabric by binding said fabrics with an adhesive layer, characterized in that said first double face fabric is a woven double face fabric having warp yarns and weft yarns providing a pattern whereby a warp yarn floats over one or more weft yarns to provide a corresponding over portion and floats under one or more weft yarns to provide under portions, at least part of the weft yarns being elastic yarns, wherein in a repeat unit a first warp yarn floats over at least three weft yarns on a first side of the fabric to provide a corresponding warp over portion, said warp yarn successively floating under one single weft yarn to provide an under portion, and wherein each of the two warp yarns (2", 2"') arranged adjacent to said first warp yarn floats under at least three weft yarns to provide corresponding warp under portions on a second side of the fabric, said adjacent warp yarn (2", 2''') successively floating over one single weft yarn to provide an over portion on said first side of the fabric, whereby either: in said first warp yarn the total length of over portions is greater than the length of under portions; or said fabric has a repeating unit unit of 5 warps and 10 wefts, being the warp pattern 1b/3a/1b/1a/3b/1a, 1b/1a/3b/1a/1b/3a, 1b/1a/1b/3a/1b/1a/2b, 2a/1b/1a/3b/1a/1b/1a and 3b/1a/1b/3a/1b/1a; wherein a is an under portion and b is an over portion. in said first warp yarn the total length of over portions is greater than the length of under portions; or said fabric has a repeating unit unit of 5 warps and 10 wefts, being the warp pattern 1b/3a/1b/1a/3b/1a, 1b/1a/3b/1a/1b/3a, 1b/1a/1b/3a/1b/1a/2b, 2a/1b/1a/3b/1a/1b/1a and 3b/1a/1b/3a/1b/1a; wherein a is an under portion and b is an over portion.
A cartridge for a multi-component material which comprises: - a hollow cylindrical inner body which defines an inner space for receiving a first component of the multi-component material, - a hollow cylindrical outer body which receives the inner body in its interior such that an intermediate space for receiving a second component of the multi-component material is formed between an outer wall of the inner body and an inner wall of the outer body, characterized by - an outlet protruding directly from from the inner body and formed in one piece with the inner body, in which outlet a first passage is formed which connects an outlet opening of the outlet with the inner space of the inner body and a second passage which connects the outlet opening of the outlet with the intermediate space present between the outer body and the inner body, wherein an end section of the inner space facing the outlet lies at least essentially in the same plane, in particular in the same plane, as an end section of the intermediate space facing the outlet. - a hollow cylindrical inner body which defines an inner space for receiving a first component of the multi-component material, - a hollow cylindrical outer body which receives the inner body in its interior such that an intermediate space for receiving a second component of the multi-component material is formed between an outer wall of the inner body and an inner wall of the outer body, characterized by - an outlet protruding directly from from the inner body and formed in one piece with the inner body, in which outlet a first passage is formed which connects an outlet opening of the outlet with the inner space of the inner body and a second passage which connects the outlet opening of the outlet with the intermediate space present between the outer body and the inner body, wherein an end section of the inner space facing the outlet lies at least essentially in the same plane, in particular in the same plane, as an end section of the intermediate space facing the outlet.
An implantable medical device configured to prevent backflow into a false lumen of dissection, including: an elongate support member (22, 122) including an internal wall forming an internal lumen; and an elongate flexible tubular valve member (42, 142) including a graft material tube and having a length, a proximal end, and a closable distal end, the proximal end of the valve member (42, 142) being secured to the support member (22, 122) and configured to be held open thereby in a deployed condition of the device, the valve member (42, 142) being at least partially unstented along its length; wherein in a deployed condition of the device the distal end of the valve member (42, 142) is configured to be closed when fluid flows in a proximal direction; wherein the distal end of the valve member is configured to open to allow components of an introducer system to be retracted, and otherwise to be closed; wherein in a deployed condition of the device the valve member includes a lumen from the proximal end to the distal end, wherein the lumen tapers along at least part of the length of the valve member; wherein the device includes first and second lines of attachment (48, 50) along the at least part of the length of the graft material tube, the first and second lines of attachment reducing a size of the lumen in a deployed condition of the device and dividing a wall of the valve member (42, 142) into a first side section and a second side section by attaching together lines of points on the wall of the valve member, the first and second lines of attachment converging towards the distal end of the valve member. an elongate support member (22, 122) including an internal wall forming an internal lumen; and an elongate flexible tubular valve member (42, 142) including a graft material tube and having a length, a proximal end, and a closable distal end, the proximal end of the valve member (42, 142) being secured to the support member (22, 122) and configured to be held open thereby in a deployed condition of the device, the valve member (42, 142) being at least partially unstented along its length; wherein in a deployed condition of the device the distal end of the valve member (42, 142) is configured to be closed when fluid flows in a proximal direction; wherein the distal end of the valve member is configured to open to allow components of an introducer system to be retracted, and otherwise to be closed; wherein in a deployed condition of the device the valve member includes a lumen from the proximal end to the distal end, wherein the lumen tapers along at least part of the length of the valve member; wherein the device includes first and second lines of attachment (48, 50) along the at least part of the length of the graft material tube, the first and second lines of attachment reducing a size of the lumen in a deployed condition of the device and dividing a wall of the valve member (42, 142) into a first side section and a second side section by attaching together lines of points on the wall of the valve member, the first and second lines of attachment converging towards the distal end of the valve member.
A production method of mayenite (Ca 12 Al 14 O 33), wherein mayenite is formed by baking katoite [Ca 3 Al 2 12], characterized in that the katoite is one generated by introducing aluminum and calcium hydroxide [Ca 2] into water and allowing them to react with water.
A method performed by a first storage provisioning node of a system for provisioning storage in the system, the method comprising: in response to a first request (110, 902) for an encrypted storage volume for an application node, initiating transmission of a second request (210, 904, 702) towards a second storage provisioning node for an unencrypted storage volume; and in response to the requested unencrypted storage volume becoming available to the first storage provisioning node, generating an encrypted storage volume from the unencrypted storage volume and initiating provisioning (24, 910) of the encrypted storage volume to make the encrypted storage volume available at a compute node of the system for use by the application node. in response to a first request (110, 902) for an encrypted storage volume for an application node, initiating transmission of a second request (210, 904, 702) towards a second storage provisioning node for an unencrypted storage volume; and in response to the requested unencrypted storage volume becoming available to the first storage provisioning node, generating an encrypted storage volume from the unencrypted storage volume and initiating provisioning (24, 910) of the encrypted storage volume to make the encrypted storage volume available at a compute node of the system for use by the application node.
Electrical device for connection to a high voltage, - having an active part which has a magnetizable core and at least one winding (25, 26) which is configured to generate a magnetic flux in the core, and - having a tank which is able to be filled with an insulating fluid and in which the active part is arranged, wherein the tank forms an inner wall which is formed so as to have a shape complementary to the outer contour of the winding or of the windings (25, 26), characterized in that the electrical device comprises connection lines and a distribution device, wherein the connection lines are each connected at their winding end to a said winding (25, 26) and at their distributor end to the distribution device, wherein the core forms at least one chamfered core corner and the distribution device is arranged in the region of the chamfered core corner. - having an active part which has a magnetizable core and at least one winding (25, 26) which is configured to generate a magnetic flux in the core, and - having a tank which is able to be filled with an insulating fluid and in which the active part is arranged, wherein the tank forms an inner wall which is formed so as to have a shape complementary to the outer contour of the winding or of the windings (25, 26),
A limit switch configured to open and close a contact by driving an upper end of an operation shaft exposed from a ceiling surface of a switch main body accommodated in and fixed to a housing using a plunger that is supported in the housing while being vertically movable, wherein a displacement expanding mechanism is arranged between the switch main body and the plunger, the displacement expanding mechanism comprising a pair of pivoting tongue pieces (46, 47) rotatably supported by a pair of support shafts (43, 44) arranged in parallel with each other, wherein, in the displacement expanding mechanism, a free end of one of the pivoting tongue pieces (46, 47) is abutted on an upper end of the operation shaft, a free end of the other of the pivoting tongue pieces (46, 47) is abutted on an upper surface of the one of the pivoting tongue pieces (46, 47), and a lower end of the plunger is abutted on an upper surface of the other of the pivoting tongue pieces (46, 47), characterized in that the displacement expanding mechanism is fitted in and fixed to an upper surface of the switch main body such that a fixing position of the displacement expanding mechanism is variable.
A single-piece flip-top dispensing closure (10, 110, 210, 310, 410, 510, 610), the closure comprises a base and a lid joined by a hinge, the base is attachable to a container neck and includes an integral spout, a tamper-evident member is frangibly connected to the lid, the tamper-evident member includes a hook, the base is provided with a raised crossbar under which the hook engages with the closure in an initially closed condition, in which when the lid is initially opened the interaction between the crossbar and the hook causes the tamper-evident member to release from the lid, the tamper-evident member is connected to the lid by a lateral frangible bridge (82, 83) at either side thereof, in which the crossbar is supported by lateral support members (42, 44), or a sportscap comprising a base and a lid joined by a hinge, the base is attachable to a container neck, the base includes a top deck and a depending side skirt, the base includes a dispensing spout, the lid includes a frontal cut-out in which a tamper-evident member is frangibly connected, the tamper-evident member includes a hook, the base is provided with a crossbar which is raised from the top deck and under which the hook engages with the closure in an initially closed condition, in which when the lid is initially opened the interaction between the crossbar and the hook causes the tamper-evident member to release from the lid, the tamper-evident member is connected to the lid by a lateral frangible bridge (82, 83) at either side thereof, in which the crossbar is supported by lateral support members (42, 44), wherein the closure and the sportscap are characterised in that each lateral support member (42, 44) includes a groove (43, 46) in which the lateral frangible bridges (82, 83) sit in the initially closed position. a sportscap comprising a base and a lid joined by a hinge, the base is attachable to a container neck, the base includes a top deck and a depending side skirt, the base includes a dispensing spout, the lid includes a frontal cut-out in which a tamper-evident member is frangibly connected, the tamper-evident member includes a hook, the base is provided with a crossbar which is raised from the top deck and under which the hook engages with the closure in an initially closed condition, in which when the lid is initially opened the interaction between the crossbar and the hook causes the tamper-evident member to release from the lid, the tamper-evident member is connected to the lid by a lateral frangible bridge (82, 83) at either side thereof, in which the crossbar is supported by lateral support members (42, 44), wherein the closure and the sportscap are characterised in that each lateral support member (42, 44) includes a groove (43, 46) in which the lateral frangible bridges (82, 83) sit in the initially closed position.
A system comprising an apparatus and a base station of a communication network for relaying payload data between a first network node and a second network node, the apparatus comprising: a receiver operable to receive a higher protocol layer signal for the second network node, the higher protocol layer signal originating from the first network node and comprising the payload data and header data corresponding to a higher protocol layer of a network protocol stack; a processor operable to remove at least part of the header data to obtain a reduced lower protocol layer signal comprising the payload data; and a transmitter operable to forward the reduced lower protocol layer signal to the second network node, wherein the apparatus is coupled to the base station of a wireless communication network, the base station serving a wireless environmental sensor node as the second network node, wherein the base station is operable to receive sensor identification data from the wireless sensor node via an uplink random access procedure and to provide the received sensor identification data to a register node of the network, the register node providing a network route from the first network node to the wireless sensor node via the base station for the relaying of the payload data. a receiver operable to receive a higher protocol layer signal for the second network node, the higher protocol layer signal originating from the first network node and comprising the payload data and header data corresponding to a higher protocol layer of a network protocol stack; a processor operable to remove at least part of the header data to obtain a reduced lower protocol layer signal comprising the payload data; and a transmitter operable to forward the reduced lower protocol layer signal to the second network node, wherein the apparatus is coupled to the base station of a wireless communication network, the base station serving a wireless environmental sensor node as the second network node, wherein the base station is operable to receive sensor identification data from the wireless sensor node via an uplink random access procedure and to provide the received sensor identification data to a register node of the network, the register node providing a network route from the first network node to the wireless sensor node via the base station for the relaying of the payload data.
A signalling assembly comprising a main body with a pyramidal shape with at least three side faces (1a, 1b, 1c), a base and at least a support (3, 4) joined by the base of the main body, wherein a side face comprises a folding line from an upper vertex of the side face to a midpoint of the base of the side face, wherein: - the side faces (1a, 1b and 1c) are permanently joined by lateral edges of the side faces (1a, 1b, 1c) and the base is permanently joined to at least the base of one side face by at least a strip, characterised in that - the side faces (1a, 1b) not attached to the base comprise a lower recess towards the inside of the body and a protruding portion at the inside formed by the recess, and wherein - the base comprises a slightly curved surface with a perimeter angularly broken to fit into the inner protruding portion of the side faces (1a, 1b), wherein the base lies on the protruding portions when the main body is assembled, and wherein - the base comprises a central housing with at least two radial cuts of a diameter larger than the housing, through which at least one support (3, 4) is inserted. - the side faces (1a, 1b and 1c) are permanently joined by lateral edges of the side faces (1a, 1b, 1c) and the base is permanently joined to at least the base of one side face by at least a strip, characterised in that - the side faces (1a, 1b) not attached to the base comprise a lower recess towards the inside of the body and a protruding portion at the inside formed by the recess, and wherein - the base comprises a slightly curved surface with a perimeter angularly broken to fit into the inner protruding portion of the side faces (1a, 1b), wherein the base lies on the protruding portions when the main body is assembled, and wherein - the base comprises a central housing with at least two radial cuts of a diameter larger than the housing, through which at least one support (3, 4) is inserted.
Switched-mode power supply for a computer comprising: - at least one switching element for switching a charging current for charging a storage element; - at least one secondary output circuit for providing an output voltage (Vout+); - at least one controllable oscillator circuit for providing a switching clock; - a noise generator for generating at least one random signal (Vnl, Vn2) for determining a random deviation; and - at least one control circuit for determining a switch-off time for the at least one switching element; wherein - during operation of the switched-mode power supply, an average oscillator clock of the oscillator circuit is controlled depending on a controlled variable (Vcontrol) of the secondary output circuit in such a way that, in a state in which the computer is working to full capacity, said average oscillator clock is above an upper hearing threshold of a human user and, in a standby state of the computer, is below the upper hearing threshold of the human user; - a maximum amplitude of the at least one random signal (Vnl, Vn2) is reduced in a range above 20 kHz by the controlled variable (Vcontrol) of the output circuit; and - a switch-on time for the at least one switching element is determined depending on the average oscillator clock and the random deviation. - at least one switching element for switching a charging current for charging a storage element; - at least one secondary output circuit for providing an output voltage (Vout+); - at least one controllable oscillator circuit for providing a switching clock; - a noise generator for generating at least one random signal (Vnl, Vn2) for determining a random deviation; and - at least one control circuit for determining a switch-off time for the at least one switching element; wherein - during operation of the switched-mode power supply, an average oscillator clock of the oscillator circuit is controlled depending on a controlled variable (Vcontrol) of the secondary output circuit in such a way that, in a state in which the computer is working to full capacity, said average oscillator clock is above an upper hearing threshold of a human user and, in a standby state of the computer, is below the upper hearing threshold of the human user; - a maximum amplitude of the at least one random signal (Vnl, Vn2) is reduced in a range above 20 kHz by the controlled variable (Vcontrol) of the output circuit; and - a switch-on time for the at least one switching element is determined depending on the average oscillator clock and the random deviation.