mhurhangee/ep-ind-claims huggingface dataset:
A molded or extruded article comprising at least one insulation layer and at least one semiconductive layer, the semiconductive layer consisting of in weight percent: A. 1 to less than 40 wt% of conductive filler comprising conductive carbon black for a volume resistivity of less than 1000 ohm-cm, measured according to ASTM D-991; B. 10 to 80 wt% of a non-olefin elastomer, wherein the elastomer is a silicone and/or urethane rubber; and C. 10 to 80 wt% of an olefin elastomer selected from the group consisting of polyolefin homopolymers, ethylene/a-olefin interpolymers and propylene/α-olefin interpolymers; and D. optionally, 0.5 to 2.5 wt% of peroxide; E. optionally at least one additive selected from the group consisting of antioxidants, curing agents, cross linking co-agents, cure boosters and scorch retardants, processing aids, coupling agents, ultraviolet stabilizers, antistatic agents, nucleating agents, slip agents, plasticizers, lubricants, viscosity control agents, tackifiers, anti-blocking agents, surfactants, extender oils, acid scavengers, flame retardants and metal deactivators. A. 1 to less than 40 wt% of conductive filler comprising conductive carbon black for a volume resistivity of less than 1000 ohm-cm, measured according to ASTM D-991; B. 10 to 80 wt% of a non-olefin elastomer, wherein the elastomer is a silicone and/or urethane rubber; and C. 10 to 80 wt% of an olefin elastomer selected from the group consisting of polyolefin homopolymers, ethylene/a-olefin interpolymers and propylene/α-olefin interpolymers; and D. optionally, 0.5 to 2.5 wt% of peroxide; E. optionally at least one additive selected from the group consisting of antioxidants, curing agents, cross linking co-agents, cure boosters and scorch retardants, processing aids, coupling agents, ultraviolet stabilizers, antistatic agents, nucleating agents, slip agents, plasticizers, lubricants, viscosity control agents, tackifiers, anti-blocking agents, surfactants, extender oils, acid scavengers, flame retardants and metal deactivators.
Pane in the form of a windshield or rear window of a motor vehicle with an optically transparent sensor field, comprising: a) at least one pane, b) at least one optically transparent sensor field on the pane, c) at least one hydrophilic coating applied on the optically transparent sensor field, which coating is arranged on the interior-side of the pane, and d) at least one encapsulation applied on the optically transparent sensor field and at least one sensor applied in the encapsulation, wherein the hydrophilic coating has a layer thickness of 10 nm to 50 μm. a) at least one pane, b) at least one optically transparent sensor field on the pane, c) at least one hydrophilic coating applied on the optically transparent sensor field, which coating is arranged on the interior-side of the pane, and d) at least one encapsulation applied on the optically transparent sensor field and at least one sensor applied in the encapsulation,
A parking brake arrangement for a brake unit also having a service brake actuator, comprising in a housing a spring means for exercising a rotary motion at will on a parking brake gear wheel in drive connection with a device for delivering brake force from the brake unit, characterized by two axially movable control sleeves (15, 16) in drive connection with the spring means and forming clutches (8', 15, 12, 16) with the parking brake gear wheel and the housing, respectively; and by means (13, 18-21) for controlling the axial movements of the two control sleeves and the engagement of the two clutches in such a way that either one of them is always in engagement.
Temperature-control body arrangement, which has a support element, a frame element, a cover element and at least one temperature-control body (RR1, RR2, RRn; EE) through which an energy-transporting medium can flow with a feed line and a discharge line for the energy-transporting medium, the support element and the frame element together forming a housing (2, 3) which surrounds the at least one temperature-control body (RR1, RR2, RRn; EE), the cover element is movably arranged with respect to the support element and with respect to the frame element and is movable between a first position, in which the cover element covers an opening of the housing (2, 3) and a second position, in which the cover element does not cover the opening of the housing (2, 3), characterised in that at least one further temperature-control body through which an energy-transporting medium can flow (RR1, RR2, RRm; EE) is arranged on the cover element.
An electrical connector, comprising: a housing having a first surface and a second surface opposite to each other in a thickness direction of the housing; a first foolproof installation key formed on the first surface of the housing and adapted to mate with a first foolproof installation slot formed in a mating connector; and a stop portion formed on the second surface of the housing and adapted to mate with a stop portion formed on the mating connector, characterized in that, a hook is formed on the first foolproof installation key, wherein a recess, configured to mate with the hook, is formed in the stop portion of the connector, and wherein the hook is adapted to be engaged into the recess, so that connectors are linked in a manner of one after another by engaging the hook of one connector to the recess of the another connector. a housing having a first surface and a second surface opposite to each other in a thickness direction of the housing; a first foolproof installation key formed on the first surface of the housing and adapted to mate with a first foolproof installation slot formed in a mating connector; and a stop portion formed on the second surface of the housing and adapted to mate with a stop portion formed on the mating connector, characterized in that, a hook is formed on the first foolproof installation key, wherein a recess, configured to mate with the hook, is formed in the stop portion of the connector, and wherein the hook is adapted to be engaged into the recess, so that connectors are linked in a manner of one after another by engaging the hook of one connector to the recess of the another connector.
A device for strapping product stacks, comprising a first conveying rest and a second conveying rest which in the conveying direction is arranged subsequently to the first conveying rest and distanced to this, wherein a strapping gap for strapping the product stack with a strapping tape is formed between the first and second conveying rest and essentially transversely to the conveying direction, and a side guidance device is arranged in each case at both sides of the first conveying rest, considered in the conveying direction, the side guidance devices in each case comprise at least one guiding body driven in a circulatory manner about at least two deflection elements which are distanced to one another, the side guidance devices laterally guide the product stacks and with the first conveying rest form a conveying space, characterised in that a side guidance device is arranged in each case at both sides of the second conveying rest considered in the conveying direction, and these side guidance devices laterally guide the product stacks and with the second conveying rest enclose a further conveying space, and the side guidance devices in each case comprise at least one guiding body driven in a circulatory manner about at least two deflection elements which are distanced to one another, as well as in each case at least one advance limitation element which can be driven in a circulatory manner, and which projects laterally into the conveying space and is designed to assume a contact fit with the product stack for the purpose of preventing products or product units of the product stack from slipping apart in the conveying direction.
Adjustable striker comprising: - a casing adapted to be mounted on a frame, said frame being suitable for mounting a leaf fitted with a mechanism provided with a retractable bolt; - a stop member mounted to be adjustable inside said casing, said stop member having a front edge and two flanks (32, 34) opposite one another with respect to said front edge, one of said flanks being adapted to receive said retractable bolt in abutment to cause the retraction of said bolt and enable the engagement of said leaf inside said frame, while said bolt returns to bear against the other of said two flanks in order to be able to hold said leaf in a fixed position inside said frame; and said casing having on the inside a bearing face provided with retaining teeth, while the stop member has latching teeth extending into said one of said flanks, and said stop member being adapted to be retracted inside said casing when said bolt abuts against said one of said flanks and then extend from said casing to come into contact with said bolt, while said latching teeth engage in said retaining teeth to prevent the retraction of said stop member when said bolt bears against said other flank, and said striker comprising a return spring mounted inside said casing to cause the extension of said stop member. - a casing adapted to be mounted on a frame, said frame being suitable for mounting a leaf fitted with a mechanism provided with a retractable bolt; - a stop member mounted to be adjustable inside said casing, said stop member having a front edge and two flanks (32, 34) opposite one another with respect to said front edge, one of said flanks being adapted to receive said retractable bolt in abutment to cause the retraction of said bolt and enable the engagement of said leaf inside said frame, while said bolt returns to bear against the other of said two flanks in order to be able to hold said leaf in a fixed position inside said frame; and said casing having on the inside a bearing face provided with retaining teeth, while the stop member has latching teeth extending into said one of said flanks, and said stop member being adapted to be retracted inside said casing when said bolt abuts against said one of said flanks and then extend from said casing to come into contact with said bolt, while said latching teeth engage in said retaining teeth to prevent the retraction of said stop member when said bolt bears against said other flank, and said striker comprising a return spring mounted inside said casing to cause the extension of said stop member.
A microphone, comprising a metal cover and a printed circuit board, PCB, that is connected to the metal cover and that is provided with a sound pickup hole, and further comprising a boss that is provided with a through hole, wherein the boss is disposed on a side, away from the metal cover, of the PCB, and the boss is located on a soldering pad surrounding the sound pickup hole, so as to prevent soldering tin and a solder flux from entering the sound pickup hole; and the through hole is in communication with the sound pickup hole, so that an audio signal enters the sound pickup hole through the through hole characterized in that the boss is interference-fitted into the sound pickup hole, so that the boss is riveted on the PCB.
An optically variable element, in particular security element for a data carrier, having a substrate comprising a reflective layer having a motif-forming surface structure with a first and a second partial region (4, 5), the two partial regions (4, 5) being respectively perceptible optically as protruding and/or receding, the optically perceptible and the haptically detectable impressions of the first partial region matching, and the optically perceptible and the haptically detectable impressions of the second partial region not matching.
A renewable energy storage system for storing renewable energy, comprising: a power generating device that converts renewable energy into electric energy; an electrolytic device that produces a hydrogen gas by the electric energy obtained by the power generating device; a hydrogeneration device that adds the hydrogen gas produced by the electrolytic device to unsaturated hydrocarbon to be converted into saturated hydrocarbon; an unsaturated hydrocarbon tank that stores the unsaturated hydrocarbon; a saturated hydrocarbon tank that stores the saturated hydrocarbon; a heat exchanging unit that supplies heat generated by the hydrogeneration device to the electrolytic device; a gas liquid separation tank; a piping connecting the hydrogeneration device and the saturated hydrocarbon tank through the gas liquid separation tank; a piping connecting the unsaturated hydrocarbon tank to a valve provided on the piping between the gas liquid separation tank and the saturated hydrocarbon tank; and a control unit that controls the valve provided on the piping between the gas liquid separation tank and the saturated hydrocarbon tank so as to connect the gas liquid separation tank with the unsaturated hydrocarbon tank when a temperature value of the hydrogeneration device is lower than a predetermined value. a power generating device that converts renewable energy into electric energy; an electrolytic device that produces a hydrogen gas by the electric energy obtained by the power generating device; a hydrogeneration device that adds the hydrogen gas produced by the electrolytic device to unsaturated hydrocarbon to be converted into saturated hydrocarbon; an unsaturated hydrocarbon tank that stores the unsaturated hydrocarbon; a saturated hydrocarbon tank that stores the saturated hydrocarbon; a heat exchanging unit that supplies heat generated by the hydrogeneration device to the electrolytic device; a gas liquid separation tank; a piping connecting the hydrogeneration device and the saturated hydrocarbon tank through the gas liquid separation tank; a piping connecting the unsaturated hydrocarbon tank to a valve provided on the piping between the gas liquid separation tank and the saturated hydrocarbon tank; and a control unit that controls the valve provided on the piping between the gas liquid separation tank and the saturated hydrocarbon tank so as to connect the gas liquid separation tank with the unsaturated hydrocarbon tank when a temperature value of the hydrogeneration device is lower than a predetermined value.
A device for measuring a pressure differential comprising: a tube comprising a closed insertion portion for insertion into a body, the insertion portion having an insertion end, and an internal bore which is in communication with ambient pressure via an opening in the tube; at least one pressure sensor located in or on the insertion portion, the pressure sensor comprising an internally facing region which is in communication with the internal bore and an externally facing region which is in communication with an exterior of the tube; and a processor configured to provide a stimulus to mechanically excite the pressure sensor so that when the stimulus is provided, the pressure sensor provides a measurable resonant response, wherein the processor correlates the measurable resonant response with the pressure differential between the exterior of the tube and the internal bore. a tube comprising a closed insertion portion for insertion into a body, the insertion portion having an insertion end, and an internal bore which is in communication with ambient pressure via an opening in the tube; at least one pressure sensor located in or on the insertion portion, the pressure sensor comprising an internally facing region which is in communication with the internal bore and an externally facing region which is in communication with an exterior of the tube; and a processor configured to provide a stimulus to mechanically excite the pressure sensor so that when the stimulus is provided, the pressure sensor provides a measurable resonant response, wherein the processor correlates the measurable resonant response with the pressure differential between the exterior of the tube and the internal bore.
A computer-implemented method of reducing 4D Digital Subtracted Angiography reconstruction artifacts using a computational fluid dynamics simulation, the method comprising: receiving, by a computer, first DSA time sequence data comprising a representation of a plurality of vessels; receiving, by a computer, second DSA time sequence data comprising a second representation of the vessels, wherein the second DSA time sequence data is a 4D DSA time sequence; reconstructing, by a computer, a first DSA volume based on the first DSA time sequence data; segmenting, by the computer, a vessel of interest from the first DSA volume; using, by the computer, the CFD simulation to simulate fluid dynamics across the vessel of interest to yield a flow field, wherein a boundary condition of the CFD simulation is defined; determining, by the computer, a plurality of simulated time activity contrast curve parameters for each voxel inside the vessel of interest using the flow field; and applying, by the computer, a reconstruction process to the second DSA time sequence data to yield a second DSA volume, by back-projecting a pixel on a projection image of the second DSA time sequence data to the second DSA volume and updating every voxel on the projection ray by the value of the pixel, wherein the second DSA volume is a 3D volume and the the reconstruction process is constrained by the plurality of simulated time activity contrast curve parameters for each voxel inside the vessel of interest, said constraint requiring that the reconstruction results should not be far from the CFD simulation results. receiving, by a computer, first DSA time sequence data comprising a representation of a plurality of vessels; receiving, by a computer, second DSA time sequence data comprising a second representation of the vessels, wherein the second DSA time sequence data is a 4D DSA time sequence; reconstructing, by a computer, a first DSA volume based on the first DSA time sequence data; segmenting, by the computer, a vessel of interest from the first DSA volume; using, by the computer, the CFD simulation to simulate fluid dynamics across the vessel of interest to yield a flow field, wherein a boundary condition of the CFD simulation is defined; determining, by the computer, a plurality of simulated time activity contrast curve parameters for each voxel inside the vessel of interest using the flow field; and applying, by the computer, a reconstruction process to the second DSA time sequence data to yield a second DSA volume, by back-projecting a pixel on a projection image of the second DSA time sequence data to the second DSA volume and updating every voxel on the projection ray by the value of the pixel, wherein the second DSA volume is a 3D volume and the the reconstruction process is constrained by the plurality of simulated time activity contrast curve parameters for each voxel inside the vessel of interest, said constraint requiring that the reconstruction results should not be far from the CFD simulation results.
A stuffing tube mounting assembly, comprising: - an elongated member having a first section, a second section and an intermediate section, wherein the second section has a tapered portion that extends from the intermediate section to an end of the second section; - a stuffing horn having a tapered portion on one end that fits over the tapered portion of the second section; and - a collar having a bore through which the stuffing horn is inserted and a tapered section having an angle similar to an angle of the tapered portion of the stuffing horn such that the tapered portion of the collar fits over and engages the tapered portion of the stuffing horn, wherein the collar is connected to the elongated member. - an elongated member having a first section, a second section and an intermediate section, wherein the second section has a tapered portion that extends from the intermediate section to an end of the second section; - a stuffing horn having a tapered portion on one end that fits over the tapered portion of the second section; and - a collar having a bore through which the stuffing horn is inserted and a tapered section having an angle similar to an angle of the tapered portion of the stuffing horn such that the tapered portion of the collar fits over and engages the tapered portion of the stuffing horn, wherein the collar is connected to the elongated member.
An electronic device comprising: a housing; a display, at least part of which is included in the housing; a sliding part including an opening exposed to an outside area and configured to slide relative to the housing; and a camera module disposed in the opening and configured to rotate relative to the sliding part, a rack gear disposed parallel to a rear surface of the display and arranged to move in response to a movement of the sliding part, wherein the camera module includes, on a side surface, a pinion gear corresponding to the rack gear, wherein the camera module is configured to: face a first direction, when the sliding part and the rack gear move between a first position and a second position; rotate in the opening of the sliding part to face a second direction different from the first direction by rotation of the pinion gear on the rack gear, when the sliding part slides from the second position to a third position after the rack gear is fixed by a cleek secured to the housing at the second position; and face the second direction, when the sliding part is located at the third position. a housing; a display, at least part of which is included in the housing; a sliding part including an opening exposed to an outside area and configured to slide relative to the housing; and a camera module disposed in the opening and configured to rotate relative to the sliding part, a rack gear disposed parallel to a rear surface of the display and arranged to move in response to a movement of the sliding part, wherein the camera module includes, on a side surface, a pinion gear corresponding to the rack gear, wherein the camera module is configured to: face a first direction, when the sliding part and the rack gear move between a first position and a second position; rotate in the opening of the sliding part to face a second direction different from the first direction by rotation of the pinion gear on the rack gear, when the sliding part slides from the second position to a third position after the rack gear is fixed by a cleek secured to the housing at the second position; and face the second direction, when the sliding part is located at the third position. face a first direction, when the sliding part and the rack gear move between a first position and a second position; rotate in the opening of the sliding part to face a second direction different from the first direction by rotation of the pinion gear on the rack gear, when the sliding part slides from the second position to a third position after the rack gear is fixed by a cleek secured to the housing at the second position; and face the second direction, when the sliding part is located at the third position.