mhurhangee/ep-ind-claims huggingface dataset:
An energy chain system comprising an energy chain in which links being parallel and on opposite sides (102, 104) of the chain are connected by crossing members (106, 108), links being adjacent and on the same side of the chain are rotatably connected by pivot joints, the links being provided with runners having support surfaces (126, 136, 146, 156), and a guide channel housing between sidewalls (202, 204) thereof, a chain portion lying on a plane of said channel, said sidewalls being further provided with rollers on which said support surfaces slide, characterized by the fact that the runner of each link within the laid chain portion coinciding with said rollers has a recess and links adjacent to said link provided with said recess have, in turn, a runner provided with a roller and a runner provided with a protrusion, said runners with said rollers and said runners with said protrusion on overlapping chain portion being arranged to mutually cooperate.
A shielded wire harness comprising: one or more wires; a shielded connector comprising one or more terminals respectively connected to the wire(s), and configured to be connected to a mating connector; and a shielding member substantially formed in a tube shape and configured to collectively enclose the wire(s) and to be connected to the shielded connector, wherein the shielding member comprises a main shield portion made of a conductive pipe, and a sub-shield portion connected to the conductive pipe and the shielded connector, wherein the sub-shield portion comprises a braided member being at least partly covered by a coating which provides fluid-tightness when the sub-shield portion is connected to the conductive pipe and the shielded connector, wherein the braided member at least partly is embedded in the coating, and a connection area of the sub-shield portion to the conductive pipe and/or the shielded connector is covered by at least one sealing member (62; 61). one or more wires; a shielded connector comprising one or more terminals respectively connected to the wire(s), and configured to be connected to a mating connector; and a shielding member substantially formed in a tube shape and configured to collectively enclose the wire(s) and to be connected to the shielded connector, wherein the shielding member comprises a main shield portion made of a conductive pipe, and a sub-shield portion connected to the conductive pipe and the shielded connector, wherein the sub-shield portion comprises a braided member being at least partly covered by a coating which provides fluid-tightness when the sub-shield portion is connected to the conductive pipe and the shielded connector, wherein the braided member at least partly is embedded in the coating, and a connection area of the sub-shield portion to the conductive pipe and/or the shielded connector is covered by at least one sealing member (62; 61).
An item of furniture (1, 1') having at least two sliding doors (3, 4) which are movable in different planes, wherein a device for positioning the two sliding doors (3, 4) relative to each other is provided on a first sliding door, wherein the first sliding door is movable along a first track, and a second sliding door is movable along a second track adjacent to the first track, wherein a self-retractor of the device is provided on the first sliding door, which has a driver movable along a guide path, which is pretensioned in one direction by a force accumulator of the self-retractor and is lockable in one position with tensioned force accumulator, wherein the self-retractor can be coupled to a component fixed on the second sliding door, to move the first sliding door in relation to the second sliding door into an end position after unlocking of the driver, characterized in that the component which can be coupled to the self-retractor is a runner part or a guide part of a sliding door fitting, wherein the component which can be coupled to the self-retractor is a runner part or a guide part of a sliding door fitting.
An apparatus for coupling pipe sections into a body of water, the apparatus comprising: - a frame connectable to an unmanned underwater vehicle and comprising an elongated portion, which extends along a longitudinal axis and is configured to be arranged at least partially within a first pipe section, preferably so that the first pipe section is aligned with respect to the longitudinal axis; - an alignment device, which is supported by the elongated portion of the frame and is configured to be at least partially inserted inside a second pipe section so as to align the first pipe section with the second pipe section; - a locking device, which is supported by the elongated portion of the frame and is configured to lock the position of the first pipe section with respect to the second pipe section when the first pipe section is aligned with the second pipe section; characterized in that the apparatus further comprises a retaining device, which is carried by the frame and comprises a plurality of movable arms configured to selectively retain/release the first pipe section. - a frame connectable to an unmanned underwater vehicle and comprising an elongated portion, which extends along a longitudinal axis and is configured to be arranged at least partially within a first pipe section, preferably so that the first pipe section is aligned with respect to the longitudinal axis; - an alignment device, which is supported by the elongated portion of the frame and is configured to be at least partially inserted inside a second pipe section so as to align the first pipe section with the second pipe section; - a locking device, which is supported by the elongated portion of the frame and is configured to lock the position of the first pipe section with respect to the second pipe section when the first pipe section is aligned with the second pipe section;
An apparatus for testing the porosity of an object, comprising: a fluid source; a gasochromic material; an excitation source configured to excite the gasochromic material; and a detection device configured to sense changes in emissions from the gasochromic material after it is contacted with the fluid and excited by the excitation source; wherein the apparatus is configured to allow the object to be disposed between the fluid source and the gasochromic material such that when the fluid is emitted from the fluid source at least a portion of the fluid is configured to flow through the object before contacting the gasochromic material. a fluid source; a gasochromic material; an excitation source configured to excite the gasochromic material; and a detection device configured to sense changes in emissions from the gasochromic material after it is contacted with the fluid and excited by the excitation source; wherein the apparatus is configured to allow the object to be disposed between the fluid source and the gasochromic material such that when the fluid is emitted from the fluid source at least a portion of the fluid is configured to flow through the object before contacting the gasochromic material.
A thruster control system for a flight vehicle comprising: an asymmetric arrangement of only four thrusters that provide pitch, yaw and roll control; and a processor configured to receive pitch, yaw and roll commands, and responsive to the pitch, yaw and roll commands generate a plurality of thruster commands in a thrust command matrix T for the four thrusters using a matrix control technique, said processor calculating T = -1 M where M is a vehicle moment matrix, B is a coupling matrix that defines the relationship between the thrust provided by the thrusters and the moments generated on the flight vehicle, and -1 is the pseudo inverse of the coupling matrix B. an asymmetric arrangement of only four thrusters that provide pitch, yaw and roll control; and a processor configured to receive pitch, yaw and roll commands, and responsive to the pitch, yaw and roll commands generate a plurality of thruster commands in a thrust command matrix T for the four thrusters using a matrix control technique, said processor calculating T = -1 M where M is a vehicle moment matrix, B is a coupling matrix that defines the relationship between the thrust provided by the thrusters and the moments generated on the flight vehicle, and -1 is the pseudo inverse of the coupling matrix B.
A method of cooling a surface, the method comprising: providing a porous layer beneath said surface; providing a structural plenum beneath said porous layer, wherein said plenum is bounded by an inner structural member and an outer structural wall, and wherein said porous layer is attached to said outer structural wall exterior to the plenum; providing a semi-permeable layer including a plurality of exit holes, wherein the semi-permeable layer is attached to an exterior surface of the porous layer; providing pressurised coolant within the plenum; and flowing the coolant from said plenum through one or more entrance holes formed in said outer structural wall into said porous layer and through said exit holes, wherein coolant flow exiting through said exit holes combines with coolant transpiring through said semi-permeable layer forming a cooling film at said surface. providing a porous layer beneath said surface; providing a structural plenum beneath said porous layer, wherein said plenum is bounded by an inner structural member and an outer structural wall, and wherein said porous layer is attached to said outer structural wall exterior to the plenum; providing a semi-permeable layer including a plurality of exit holes, wherein the semi-permeable layer is attached to an exterior surface of the porous layer; providing pressurised coolant within the plenum; and flowing the coolant from said plenum through one or more entrance holes formed in said outer structural wall into said porous layer and through said exit holes, wherein coolant flow exiting through said exit holes combines with coolant transpiring through said semi-permeable layer forming a cooling film at said surface.
Aircraft fuselage structure which extends along a longitudinal axis and has an outer skin which is provided with a plurality of ribs extending at intervals from one another in planes perpendicular to the longitudinal axis along the outer skin, comprising a floor extending in a plane parallel to the longitudinal axis, said floor comprising retaining rails extending parallel to the longitudinal axis, between which floor plates are arranged, comprising support elements which extend in the plane of the ribs between the floor and the ribs, wherein the retaining rails extend across a plurality of support elements, wherein lashing devices are arranged on the retaining rails above the support elements, wherein the lashing devices are connected to the support elements, characterized in that the retaining rails and the floor plates are fixedly connected together for transmitting loads in the plane of the floor, in that the support elements have transverse profiles extending directly below the floor in the planes of the ribs, said transverse profiles extending in a linear manner between the ribs between connecting points therewith, on which the retaining rails bear and to which the lashing devices are connected, in that the transverse profiles are at intervals from the ribs between the connecting points on the side thereof facing away from the floor and in that on the side of the transverse profiles facing away from the floor, struts (27, 29) extend between the transverse profiles and the ribs in the plane thereof.
Load measuring device (100; 100a; 100b; 100c; 100'; 100") for suspending a load, with a force transmission element, at least one measuring unit for determining at least one deformation parameter characterising a deformation of at least one region of the force transmission element, a first interface for wireless data transmission with at least one first external unit, a second interface for wireless data transmission with at least one second external unit, and with a control unit for controlling an operation of the load measuring device (100; 100a; 100b; 100c; 100'; 100"), wherein the load measuring device (100; 100a; 100b; 100c; 100'; 100") is configured to exchange data with the at least one first external unit by means of the first interface and to exchange data with the at least one second external unit by means of the second interface, wherein the load measuring device (100; 100a; 100b; 100c; 100'; 100") has a local configuration memory for at least temporary storage of configuration data, wherein the load measuring device (100; 100a; 100b; 100c; 100'; 100") is configured to receive first configuration data from the first external unit by means of the first interface.
A sputter target, consisting essentially of 0.001 to 30 at% of at least one first element selected from the group consisting of Y, Sc, La, Ce, Nd, Sm, Gd, Tb, Dy, Er, Th, Sr, Tc, Re, Fe, Pd, Ir, Pt, Cd, Pb and B, at least one second element selected from the group consisting of 3 at ppm to 3 at% of C with respect to the amount of the first element, 1.5 at ppm to 7.5 at% of O with respect to the amount of the first element, 1.5 at ppm to 7.5 at% of N with respect to the amount of the first element and 1.5 at ppm to 7.5 at% of H with respect to the amount of the first element, and the balance of Al.
A surgical microscope for observing an infrared fluorescence, the microscope comprising: a camera system having an input port, a dichroic beam splitter and first, second and third camera chips (35, 36, 37), wherein the dichroic beam splitter is configured to direct red light received at the input port mainly towards the first camera chip via a first output port of the beam splitter, to direct green light received at the input port mainly towards the second camera chip via a second output port of the beam splitter, and to direct blue light received at the input port mainly towards the third camera chip via a third output port of the beam splitter; microscopy optics configured to optically image an object area onto the camera chips (35, 36, 37) of the camera system; and a display system configured to display images based on light intensities detected by the camera chips (35, 36, 37) of the camera system; characterized in that the dichroic beam splitter is further configured to direct infrared light received at the input port mainly towards only one of the first, second and third camera chips (35, 36, 37). a camera system having an input port, a dichroic beam splitter and first, second and third camera chips (35, 36, 37), wherein the dichroic beam splitter is configured to direct red light received at the input port mainly towards the first camera chip via a first output port of the beam splitter, to direct green light received at the input port mainly towards the second camera chip via a second output port of the beam splitter, and to direct blue light received at the input port mainly towards the third camera chip via a third output port of the beam splitter; microscopy optics configured to optically image an object area onto the camera chips (35, 36, 37) of the camera system; and a display system configured to display images based on light intensities detected by the camera chips (35, 36, 37) of the camera system; characterized in that the dichroic beam splitter is further configured to direct infrared light received at the input port mainly towards only one of the first, second and third camera chips (35, 36, 37).
A mounting bracket for a door actuator, comprising • a first mounting element and a second mounting element, wherein one of the two mounting elements is designed for fastening to a mounting surface, in particular a door, frame or wall, and the other mounting element is designed to receive the door actuator, • at least one connection arrangement with a bolt element arranged movably on the first mounting element and a thermally activatable trigger element, • wherein the bolt element can be moved from a holding position into a release position, wherein the bolt element holds the second mounting element in the holding position and releases the second mounting element in the release position, • and wherein the trigger element releases a movement of the bolt element into the release position upon thermal activation and/or the trigger element moves the bolt element into the release position upon thermal activation, characterised in that the trigger element is arranged, in particular clamped, between the bolt element and the first mounting element in order to block a movement of the bolt element into the release position. • a first mounting element and a second mounting element, wherein one of the two mounting elements is designed for fastening to a mounting surface, in particular a door, frame or wall, and the other mounting element is designed to receive the door actuator, • at least one connection arrangement with a bolt element arranged movably on the first mounting element and a thermally activatable trigger element, • wherein the bolt element can be moved from a holding position into a release position, wherein the bolt element holds the second mounting element in the holding position and releases the second mounting element in the release position, • and wherein the trigger element releases a movement of the bolt element into the release position upon thermal activation and/or the trigger element moves the bolt element into the release position upon thermal activation,
A large embroidery machine, in particular a shuttle embroidery machine, having embroidery needles and their drives and having a device for cutting and firmly clamping the front threads, comprising at each embroidery position one thread cutting and thread clamping element each, which is formed for the front thread to be cut there, for cutting and clamping the thread leading from the needle to the embroidery material before the needle plate, having at least one carrier plate, wherein multiple thread cutting and thread clamping elements are arranged on a carrier plate, wherein the thread cutting and thread clamping elements can be moved with a drive profile having at least one drive means during a change of thread, wherein the carrier plate is swivelably mounted, together with the drive profile arranged displaceably thereon, about a horizontal axis, wherein the drive means is connected in an articulated manner to the carrier plate, characterized in that the thread cutting and thread clamping elements can be individually activated and deactivated on the at least one carrier plate, that is to say can be individually brought into a cutting and clamping position, wherein each thread cutting and thread clamping element comprises a slide plate, on which a carriage is displaceably mounted, wherein the carriage of each individual thread cutting and thread clamping element is formed in such a way that it can be engageably and releasably connected to the drive profile during a change of thread.
A storage unit for a refrigerator, comprising a container body (11, 21, 31, 40),; a sub-storage body (12, 22, 32, 50), wherein the sub-storage body (12, 22, 32, 50) is mounted to the container body (11, 21, 31, 40) in a manner of being movable between an extension position and a retracted position; in the retracted position, the sub-storage body (12, 22, 32, 50) is at least partially located inside the container body (11, 21, 31, 40), and the storage unit comprises a first main storage portion located in the container body (11, 21, 31, 40); and at the extension position, the sub-storage body (12, 22, 32, 50) is located outside the container body (11, 21, 31, 40), and the storage unit comprises a second main storage portion located in the container body (11, 21, 31, 40) and an extended storage portion located outside the container body (11, 21, 31, 40), wherein the container body (11, 21) comprises an opening cut on a side, and the sub-storage body (12, 22) is capable of moving into or out of the container body (11, 21) through the opening, and characterized in that the sub-storage body comprises a cover, and at the extension position, the cover seals the opening, wherein when the sub-storage body is located at the extension position, the cover forms a bottom wall of the second main storage portion; and when the sub-storage body is located in the retracted position, the cover forms a top wall of the first main storage portion.
A fully sealed pouch containing a drink, and provided with a straw within the pouch accessible to allow a user to draw drink from the pouch; the pouch defining a top portion, a bottom portion, and respective side edges (6, 7) interconnecting the top portion and the bottom portion, and a corner portion defined between the top portion and one said side edge, the corner portion being openable by a user to access the straw; the pouch forming a closed cavity containing said drink, the cavity being defined by said top portion, said bottom portion, and said side edges (6, 7) and by at least one wall defining a front face and a rear face for the cavity, the front and rear faces being connected together in said top portion, the front and rear faces being continuous with each other at, or being connected along, the other of said side edges, the front and rear faces being connected, optionally via a gusset, to provide said bottom portion, and said one side edge being formed by a first heat seal connecting the front and rear faces; and a second heat seal connecting the front and rear faces and extending in an incomplete fashion from the top portion to the bottom portion and being spaced inboard of the first heat seal, the second heat seal dividing the interior of the cavity into major and minor portions interconnected so that drink may flow between them, the minor portion lying between the first and second heat seals, and the straw being located within said minor portion; the pouch being characterised in that the corner portion is openable along a line of weakness formed in said pouch and extending parallel to the top portion and/or the bottom portion from the first heat seal to and ending at the second heat seal, which second heat seal serves as a termination for a tear along said line of weakness.
An ethylene-vinyl alcohol copolymer composition comprising: an ethylene-vinyl alcohol copolymer; a compound containing a conjugated polyene structure; and an iron compound; characterized in that the compound containing a conjugated polyene structure has a structure such that carbon-carbon double bonds and carbon-carbon single bonds are alternately connected to each other and the number of the carbon-carbon double bonds is two or more; the compound containing a conjugated polyene structure excludes aromatic carboxylic acid compounds such as cinnamic acid compounds and quinone compounds such as hydroquinone and benzoquinone; and the iron compound is present in an amount of 0.01 to 20 ppm on a metal basis based on the weight of the ethylene-vinyl alcohol copolymer composition. an ethylene-vinyl alcohol copolymer; a compound containing a conjugated polyene structure; and an iron compound; the compound containing a conjugated polyene structure has a structure such that carbon-carbon double bonds and carbon-carbon single bonds are alternately connected to each other and the number of the carbon-carbon double bonds is two or more; the compound containing a conjugated polyene structure excludes aromatic carboxylic acid compounds such as cinnamic acid compounds and quinone compounds such as hydroquinone and benzoquinone; and the iron compound is present in an amount of 0.01 to 20 ppm on a metal basis based on the weight of the ethylene-vinyl alcohol copolymer composition.