mhurhangee/ep-ind-claims huggingface dataset:
A leakage inspection apparatus for inspecting a flow rate of leakage from a tested body, the apparatus comprising: a tested-body chamber for disposing the tested body therein; vacuum evacuation means (22-b, 23-b) configured to be connected with the tested-body chamber; liquid supplying and pressurizing means configured to be connected to the tested body disposed in the tested-body chamber, the liquid supplying and pressurizing means being configured to supply a probe liquid to the inside of the tested body and to pressurize the probe liquid; a vacuum evacuation line, configured to be connected with the tested body disposed in the tested-body chamber; and a mass spectrometer connected to the tested-body chamber, wherein the tested-body chamber is configured to be evacuated and sealed by the vacuum evacuation means (22-b, 23-b), the liquid supplying and pressurizing means is configured to supply the probe liquid to the inside of the tested body and to pressurize it to be 0.1 MPa or more, when the tested body is connected to the liquid supplying and pressurizing means and sealed, the concentration of a probe medium having leaked from the tested body and having been evaporated in the evacuated tested-body chamber is measured by the mass spectrometer, thereby measuring the flow rate of leakage from the tested body. a tested-body chamber for disposing the tested body therein; vacuum evacuation means (22-b, 23-b) configured to be connected with the tested-body chamber; liquid supplying and pressurizing means configured to be connected to the tested body disposed in the tested-body chamber, the liquid supplying and pressurizing means being configured to supply a probe liquid to the inside of the tested body and to pressurize the probe liquid; a vacuum evacuation line, configured to be connected with the tested body disposed in the tested-body chamber; and a mass spectrometer connected to the tested-body chamber, wherein the tested-body chamber is configured to be evacuated and sealed by the vacuum evacuation means (22-b, 23-b), the liquid supplying and pressurizing means is configured to supply the probe liquid to the inside of the tested body and to pressurize it to be 0.1 MPa or more, when the tested body is connected to the liquid supplying and pressurizing means and sealed, the concentration of a probe medium having leaked from the tested body and having been evaporated in the evacuated tested-body chamber is measured by the mass spectrometer, thereby measuring the flow rate of leakage from the tested body.
A pneumatic brake control module, comprising: a housing with: a first inlet port for supplying compressed air to the module; a first outlet port for feeding the compressed air to a brake control line; a first piston and a second piston arranged within the housing and movable relative to each other; and a pneumatic valve for actuating the first piston, wherein: the actuated first piston opens a plate valve within the second piston against a restoring force of a spring element, the open plate valve connecting the first inlet port and the first outlet port; and compressed air can be exhausted from the brake control line by disengaging the plate valve and the first piston; wherein the second piston comprises a first tubular part and a second tubular part: the first tubular part providing a support for a telescopic structure in which the spring element is embedded; and the second tubular part providing an end stop for a first tubular element of the telescopic structure; wherein the first tubular part is snap-fitted to the second tubular part, characterized in that the first tubular part of the second piston comprises an outer wall with a circumferential groove. a housing with: a first inlet port for supplying compressed air to the module; a first outlet port for feeding the compressed air to a brake control line; a first inlet port for supplying compressed air to the module; a first outlet port for feeding the compressed air to a brake control line; a first piston and a second piston arranged within the housing and movable relative to each other; and a pneumatic valve for actuating the first piston, wherein: the actuated first piston opens a plate valve within the second piston against a restoring force of a spring element, the open plate valve connecting the first inlet port and the first outlet port; and compressed air can be exhausted from the brake control line by disengaging the plate valve and the first piston; the actuated first piston opens a plate valve within the second piston against a restoring force of a spring element, the open plate valve connecting the first inlet port and the first outlet port; and compressed air can be exhausted from the brake control line by disengaging the plate valve and the first piston; wherein the second piston comprises a first tubular part and a second tubular part: the first tubular part providing a support for a telescopic structure in which the spring element is embedded; and the second tubular part providing an end stop for a first tubular element of the telescopic structure; the first tubular part providing a support for a telescopic structure in which the spring element is embedded; and the second tubular part providing an end stop for a first tubular element of the telescopic structure; wherein the first tubular part is snap-fitted to the second tubular part, characterized in that the first tubular part of the second piston comprises an outer wall with a circumferential groove.
A sorting device for sorting plate-shaped elements, preferably glass sheet cut pieces, comprising: a) a receiving station having a plurality of compartmented frames, preferably situated alongside one another in a compartmented frame row, having unsorted plate-shaped elements received therein, preferably glass sheet cut pieces, b) a separate sorting station situated after the receiving station in a processing sequence, the sorting station comprising at least one compartmented frame row (15;16), respectively having a plurality of compartmented frames situated alongside one another, a portion of the compartmented frames being compartmented frames having the unsorted plate-shaped elements, preferably glass sheet cut pieces, from the receiving station received therein, and the sorting station comprising at least one sorting shuttle that is movable back and forth along a fixedly defined track parallel to the compartmented frame row (15;16), preferably in automated fashion, for the sorting of the unsorted plate-shaped elements, preferably the unsorted glass sheet cut pieces, from the compartmented frames filled with the unsorted plate-shaped elements, preferably glass sheet cut pieces, into other compartmented frames of the sorting station. a) a receiving station having a plurality of compartmented frames, preferably situated alongside one another in a compartmented frame row, having unsorted plate-shaped elements received therein, preferably glass sheet cut pieces, b) a separate sorting station situated after the receiving station in a processing sequence,
A redox flow battery comprising a positive electrode, a negative electrode, and a membrane interposed between the positive electrode and the negative electrode, wherein at least one of the positive electrode and the negative electrode includes an electrode for redox flow battery, the electrode being disposed opposite a membrane of the redox flow battery, comprising a fiber assembly including a plurality of carbon fibers, wherein the fiber assembly includes soft carbon fibers with a Young's modulus of 200 GPa or less, and wherein the fiber assembly further includes hard carbon fibers with a Young's modulus of over 200 GPa, characterised in that the fiber assembly has a multilayer structure including a soft fiber layer mainly composed of the soft carbon fibers and a hard fiber layer mainly composed of the hard carbon fibers; and the soft fiber layer forms a first side of the fiber assembly facing the membrane.
An endoluminal device, comprising: a first circumferential member disposed at a distal end of the endoluminal device, the first circumferential member having a first outward apex disposed between first and second struts (26, 27"), a second outward apex disposed between third and fourth struts (28", 29), a first inward apex (19") disposed between the second and third struts (27", 28"), and a second inward apex disposed adjacent to the fourth strut; a second circumferential member disposed at a proximal end of the endoluminal device; and wherein the first inward apex (19") is positioned distally from the second inward apex, such that the second and third struts (27", 28") form a foot (21, 21A, 21B) that extends radially outward from the second inward apex when the endoluminal device is in a partially expanded position, the foot (21, 21A, 21B) being substantially parallel to a longitudinal axis of the endoluminal device when in the partially expanded position, and the first and fourth struts (26, 29) are at an angle radially outward from the longitudinal axis when in the partially expanded state. a first circumferential member disposed at a distal end of the endoluminal device, the first circumferential member having a first outward apex disposed between first and second struts (26, 27"), a second outward apex disposed between third and fourth struts (28", 29), a first inward apex (19") disposed between the second and third struts (27", 28"), and a second inward apex disposed adjacent to the fourth strut; a second circumferential member disposed at a proximal end of the endoluminal device; and wherein the first inward apex (19") is positioned distally from the second inward apex, such that the second and third struts (27", 28") form a foot (21, 21A, 21B) that extends radially outward from the second inward apex when the endoluminal device is in a partially expanded position, the foot (21, 21A, 21B) being substantially parallel to a longitudinal axis of the endoluminal device when in the partially expanded position, and the first and fourth struts (26, 29) are at an angle radially outward from the longitudinal axis when in the partially expanded state.
An insulation system for a structural element of a building, comprising: i) an insulation element comprising glass wool; and ii) a spacer fastening device for fastening the insulation element to the structural element, the spacer fastening device comprising: a) a hollow shank with first means for engagement with the insulation element, the hollow shank comprising a cavity; and b) an elongated shaft received in the cavity of the hollow shank and comprising a first threaded region; c) an adjusting element having second means for engagement with the first threaded region of the elongated shaft; wherein the adjusting element and the hollow shank are in use locked against relative movement in the axial direction of the elongated shaft; characterized in that the second means for engagement allow in use rotation of the adjusting element around the elongated shaft to produce a movement of the adjusting element relative to the elongated shaft along its axial direction; and in that the adjusting element and the hollow shank are in use also rotatable relative to each other. i) an insulation element comprising glass wool; and ii) a spacer fastening device for fastening the insulation element to the structural element, the spacer fastening device comprising: a) a hollow shank with first means for engagement with the insulation element, the hollow shank comprising a cavity; and b) an elongated shaft received in the cavity of the hollow shank and comprising a first threaded region; c) an adjusting element having second means for engagement with the first threaded region of the elongated shaft; wherein the adjusting element and the hollow shank are in use locked against relative movement in the axial direction of the elongated shaft; characterized in that the second means for engagement allow in use rotation of the adjusting element around the elongated shaft to produce a movement of the adjusting element relative to the elongated shaft along its axial direction; and in that the adjusting element and the hollow shank are in use also rotatable relative to each other. a) a hollow shank with first means for engagement with the insulation element, the hollow shank comprising a cavity; and b) an elongated shaft received in the cavity of the hollow shank and comprising a first threaded region; c) an adjusting element having second means for engagement with the first threaded region of the elongated shaft;
An interlayer film for laminated glass having a laminated structure of two or more layers, comprising: a first layer that contains a polyvinyl acetal resin as a thermoplastic resin, a plasticizer and tungsten oxide particles, and a second layer that contains a polyvinyl acetal resin as a thermoplastic resin, a plasticizer, an ultraviolet shielding agent and that is disposed on a first surface side of the first layer; wherein the amount of the tungsten oxide particles in 100% by weight of the first layer is 3% by weight or less, the amount of the ultraviolet shielding agent in 100% by weight of the second layer is 0.2% by weight or more and the ultraviolet shielding agent is a benzotriazol ultraviolet shielding agent, a benzophenone ultraviolet shielding agent, a triazine ultraviolet shielding agent, a benzoate ultraviolet shielding agent, a malonic ester ultraviolet shielding agent, or an oxalic anilide ultraviolet shielding agent. a first layer that contains a polyvinyl acetal resin as a thermoplastic resin, a plasticizer and tungsten oxide particles, and a second layer that contains a polyvinyl acetal resin as a thermoplastic resin, a plasticizer, an ultraviolet shielding agent and that is disposed on a first surface side of the first layer;
Fixing arrangement having a component to be fixed to a wall, having fixing elements and having a mounting plate for fixing the component, especially an awning, to the wall, wherein the mounting plate has through-bores (8, 9, 10, 11) for receiving the fixing elements for fixing the mounting plate to the wall and a device for fixing the component to the mounting plate, wherein at least two through-bores (10, 11) are inclined with respect to the mounting plate and at least two through-bores (8, 9) are orthogonal to the mounting plate, wherein at least one of the through-bores (8, 9, 10, 11) has a stop for contact with a head of a fixing element, and wherein, as a result of the contact of the head of the fixing element, forces are transmitted between the head and the stop by interlocking engagement, characterised in that when the mounting plate is arranged on the wall the head in contact with the stop is flush with the side of the mounting plate remote from the wall; and the component fixed to the wall is in contact with the end of the fixing element remote from the wall so that the head of the fixing element is held in interlocking engagement in fixed position between the stop and the component in such a way that tensile and compressive forces can be introduced from the mounting plate into the fixing element. wherein at least two through-bores (10, 11) are inclined with respect to the mounting plate and at least two through-bores (8, 9) are orthogonal to the mounting plate, wherein at least one of the through-bores (8, 9, 10, 11) has a stop for contact with a head of a fixing element, and wherein, as a result of the contact of the head of the fixing element, forces are transmitted between the head and the stop by interlocking engagement, characterised in that when the mounting plate is arranged on the wall the head in contact with the stop is flush with the side of the mounting plate remote from the wall; and the component fixed to the wall is in contact with the end of the fixing element remote from the wall so that the head of the fixing element is held in interlocking engagement in fixed position between the stop and the component in such a way that tensile and compressive forces can be introduced from the mounting plate into the fixing element.
A biosensor for detecting an analyte in a sample, the biosensor comprising: a protein having an amino acid sequence as defined in SEQ ID NO: 6, or a variant thereof, wherein the variant has at least 80% overall sequence identity to SEQ ID NO: 6; and a signal generator, wherein the signal generator is configured to output a signal when the analyte is bound to the protein. a protein having an amino acid sequence as defined in SEQ ID NO: 6, or a variant thereof, wherein the variant has at least 80% overall sequence identity to SEQ ID NO: 6; and a signal generator, wherein the signal generator is configured to output a signal when the analyte is bound to the protein.
A high dielectric film comprising a vinylidene fluoride (VdF)/tetrafluoroethylene copolymer, and inorganic oxide particles, wherein copolymer has a VdF/TFE mole ratio of 95/5 to 80/20, the film includes an α-crystal structure and a β-crystal structure, or includes only a β-crystal structure, and the ratio of the β-crystal structure being 50% or more, and the thickness of the film is 0.01 to 50 μm.
An item comprising: a substrate layer; a taggant disposed on the substrate layer, the taggant on the substrate layer arranged in a first pattern; a label comprising an adhesive layer in contact with at least a portion of the substrate layer, the adhesive layer configured to detachably adhere to the substrate layer, wherein the adhesive layer is configured to adhere to a portion of the taggant disposed on the substrate layer in order to form a predetermined second pattern on the adhesive layer when the label including the adhesive layer is detached from the substrate; and wherein the taggant is configured to emit a luminescence in response to an excitation signal, the emitted luminescence of the predetermined second pattern being detectable and recognizable by a detector. a substrate layer; a taggant disposed on the substrate layer, the taggant on the substrate layer arranged in a first pattern; a label comprising an adhesive layer in contact with at least a portion of the substrate layer, the adhesive layer configured to detachably adhere to the substrate layer, wherein the adhesive layer is configured to adhere to a portion of the taggant disposed on the substrate layer in order to form a predetermined second pattern on the adhesive layer when the label including the adhesive layer is detached from the substrate; and wherein the taggant is configured to emit a luminescence in response to an excitation signal, the emitted luminescence of the predetermined second pattern being detectable and recognizable by a detector.
A safety razor for hair removal from skin, comprising: a flexible cutting blade comprising a sharp edge along an elongated side of a planar surface; an outer comb comprising a row of outer teeth running along the planar surface on an outside of the cutting blade, wherein each of the outer teeth is substantially perpendicular to the sharp edge and ends of the row of outer teeth comprise outer teeth tips wherein there is a gap between the cutting blade and the row of outer teeth into which the cutting blade can flex; an inner guard running along the planar surface on an inside of the cutting blade, the inner guard having an inner guard edge, wherein the inner guard edge and an inside edge of the outer teeth tips lie in a plane; and wherein the sharp edge of the cutting blade projects from the inner guard up to the plane, such that, in use, a convex skin surface contour between the inner guard edge and the outer teeth tips causes the cutting blade to flex into the gap. a flexible cutting blade comprising a sharp edge along an elongated side of a planar surface; an outer comb comprising a row of outer teeth running along the planar surface on an outside of the cutting blade, wherein each of the outer teeth is substantially perpendicular to the sharp edge and ends of the row of outer teeth comprise outer teeth tips wherein there is a gap between the cutting blade and the row of outer teeth into which the cutting blade can flex; an inner guard running along the planar surface on an inside of the cutting blade, the inner guard having an inner guard edge, wherein the inner guard edge and an inside edge of the outer teeth tips lie in a plane; and wherein the sharp edge of the cutting blade projects from the inner guard up to the plane, such that, in use, a convex skin surface contour between the inner guard edge and the outer teeth tips causes the cutting blade to flex into the gap.
Multiway valve block for controlling flowing liquids or gases, the multiway valve block comprising: - a base body having flow paths arranged in its interior, - at least one valve means which is arranged in or on the base body and which opens, closes and/or connects together flow paths, and - at least one inlet connecting member and at least one outlet connecting member which are arranged in respective connecting regions at free ends of the flow paths arranged in the base body, at least one inlet connecting member and/or at least one outlet connecting member being arranged on the base body in such a way as to be detachable with the help of a screwed sleeve which is divided in the axial direction, characterised in that the connecting member (20, 22) comprises a circumferential groove in which, to lock the connecting member (20, 22) into the connecting region of the base body, at least a portion or portions of at least one part of an annular member, which latter is divided in the axial direction and projects beyond the circumferential groove radially, engages, in that the connecting member (20, 22) is inserted in an opening in the base body, and in that the screwed sleeve has at one end an external thread which co-operates with an internal thread arranged in the connecting region of the base body, in such a way that the screwed sleeve, as it is screwed in, arrives at the annular member as an abutment. - a base body having flow paths arranged in its interior, - at least one valve means which is arranged in or on the base body and which opens, closes and/or connects together flow paths, and - at least one inlet connecting member and at least one outlet connecting member which are arranged in respective connecting regions at free ends of the flow paths arranged in the base body,
A bellows of a gangway between two articulately connected vehicles, wherein the bellows comprises several successively arranged frames, wherein all the frames are divided in a plane on two opposite sides, thus forming several bellows parts (2, 3), characterized in that the length of the spacing of the frames, which is formed by the front side distance between the frames in the area of the division, is such that the bellows parts (2, 3) can be folded towards each other on the front side.