mhurhangee/ep-ind-claims huggingface dataset:
A pipe joint apparatus comprising an insertion part into which a pipe is inserted and a jaw which is mounted on a jaw holder, disposed to surround the circumference of the insertion part, and configured to fix the pipe by tightening the outer surface of the pipe, wherein the jaw comprises: a body part coupled to the jaw holder; a blade part provided on one side of the body part, and including a plurality of blades; a chamfered part provided at the front of the blade part, and chamfered at a predetermined angle; and a front surface part connected to the chamfered part, and formed perpendicular to the insertion direction of the pipe, characterized in that the jaw further comprises a coating part formed on the outer surfaces of the body part, the blade part and the front surface part, wherein the coating part comprises a first coating layer made of zinc (Zn), a second coating layer stacked on the first coating layer and made of an alloy of Zn and copper (Cu), a third coating layer stacked on the second coating layer and made of Cu, and a fourth coating layer stacked on the third coating layer and made of nickel (Ni). a body part coupled to the jaw holder; a blade part provided on one side of the body part, and including a plurality of blades; a chamfered part provided at the front of the blade part, and chamfered at a predetermined angle; and a front surface part connected to the chamfered part, and formed perpendicular to the insertion direction of the pipe, characterized in that the jaw further comprises a coating part formed on the outer surfaces of the body part, the blade part and the front surface part, wherein the coating part comprises a first coating layer made of zinc (Zn), a second coating layer stacked on the first coating layer and made of an alloy of Zn and copper (Cu), a third coating layer stacked on the second coating layer and made of Cu, and a fourth coating layer stacked on the third coating layer and made of nickel (Ni). the jaw further comprises a coating part formed on the outer surfaces of the body part, the blade part and the front surface part, wherein the coating part comprises a first coating layer made of zinc (Zn), a second coating layer stacked on the first coating layer and made of an alloy of Zn and copper (Cu), a third coating layer stacked on the second coating layer and made of Cu, and a fourth coating layer stacked on the third coating layer and made of nickel (Ni).
Holder for a rail vehicle comprising a plate-shaped element with at least one pair of receptacles, each being configured to receive a hose, and characterised by a blade, which extends in a first direction running perpendicularly to the plate-shaped element, is arranged between the receptacles of the at least one pair and comprises fixing elements for fixing hoses received in the receptacles to the blade.
A flap of an aircraft wing, the flap comprising: - a leading edge; - a cutout formed in the leading edge; and - a door to be rotatably coupled to a closure rib of the flap, wing, the door to be moveable between a deployed position and a retracted position; wherein the door is to be guided from the deployed position to the retracted position in response to the door being contacted by a depressor of a deflection control rib of the aircraft wing; and wherein the deflection control rib is receivable in a track coupled to the closure rib, the track including a trim tab, the door to fill a first portion of the cutout when the door is in the deployed position, the trim tab to fill a second portion of the cutout. - a leading edge; - a cutout formed in the leading edge; and - a door to be rotatably coupled to a closure rib of the flap, wing, the door to be moveable between a deployed position and a retracted position;
A cutting tool for high-quality high-efficiency machining for machining hardened steel of which portions involved in cutting comprise hard members, said cutting tool including a finishing cutting edge which is first cut into a workpiece, and superfinishing cutting edges for finishing the workpiece following the finishing cutting edge, wherein said superfinishing cutting edges project from said finishing cutting edge in such a direction that the depth of cut increases, the amount of projection B of the superfinishing cutting edges from the finishing cutting edge is set within a range of 0.02 mm ≤ B ≤ 0.07 mm, and each include a burnishing portion having a predetermined width in the feed direction of the tool, and a wiper portion extending from said finishing cutting edge to said burnishing portion, characterized in that said burnishing portions are straight portions, and the width L of said burnishing portions is set within the range of 0.2 mm ≤ L ≤ 1.0 mm, whereby said superfinishing cutting edges burnish a finished surface of the workpiece, while removing an affected layer formed on the finished surface by said finishing cutting edge.
Toe guard for an elevator car, said toe guard comprising a movable panel provided with a locking device, and guide tracks mounted below the car in a substantially horizontal orientation, which panel, being guided and supported by said guide tracks, is movable between a stowaway position and an operative position, in which stowaway position the panel rests on the guide tracks in a substantially horizontal orientation under the car and lockable in place by means of the locking device, and in which operative position the toe guard, supported by the guide tracks, has been drawn out onto the landing floor and tilted to cover the gap between the car sill and the landing floor, and in which operative position the toe guard is lockable to the landing door jambs by means of the locking device, characterized in that the panel comprises - a first panel part which, guided by the guide tracks, is movable substantially between a drawn-out position where it is drawn out onto the landing floor and a stowed-away position under the car, and - a second panel part which, guided by the first panel part, is telescopically movable between a retracted extreme position with the first and second panel parts disposed in a mutually nested and/or superposed relationship, and an extended extreme position with the first and second panel parts disposed substantially in a mutually adjacent relationship. - a first panel part which, guided by the guide tracks, is movable substantially between a drawn-out position where it is drawn out onto the landing floor and a stowed-away position under the car, and - a second panel part which, guided by the first panel part, is telescopically movable between a retracted extreme position with the first and second panel parts disposed in a mutually nested and/or superposed relationship, and an extended extreme position with the first and second panel parts disposed substantially in a mutually adjacent relationship.
A mooring component (2; 40; 50; 60; 70; 80) comprising at least one tensile element (42; 52; 62; 72; 82) and at least one compressive element (48; 58; 68; 78; 88), both the tensile and compressive elements being arranged to undergo strain in response to a tensile stress, wherein the at least one tensile element and the at least one compressive element are formed of an elastomeric material.
A machine for the tobacco processing industry, in particular filter assembly machine, comprising a machine frame, wherein the machine frame is configured and designed such that conveying arrangements for rod-shaped articles of the tobacco processing industry and/or for the components thereof are provided on the machine frame, and comprising an external laser supply unit for at least one laser device for processing rod-shaped articles of the tobacco processing industry and/or the components thereof, wherein the laser supply unit has an individual, separate supply frame, wherein the external supply frame is configured and designed in such a manner in order to receive one or more supply devices for at least one laser device, wherein the machine frame has an adapter device for a laser device in order to arrange a laser device on the machine frame and wherein the supply frame has an adapter device for a laser device in order to arrange a laser device on or in the supply frame and wherein at least one laser device is configured and designed in such a manner that the laser device in interaction with the adapter device of the machine frame is able to be arranged or is arranged on the machine frame, wherein the laser device has a resonator housing and the resonator housing is designed for arranging on the machine frame, wherein the laser is configured as a CO 2 laser.
A composition, comprising: (a) at least one particle comprising at least one cationic polymer, at least one anionic polymer, and at least one hydrophilic or water-soluble UV filter; and (b) at least one physiologically acceptable volatile medium. (a) at least one particle comprising at least one cationic polymer, at least one anionic polymer, and at least one hydrophilic or water-soluble UV filter; and (b) at least one physiologically acceptable volatile medium.
A method for detecting quality induced terminations of media streams of real-time communication sessions within a packet-switched network, wherein the method comprises the step of: monitoring (501,502,503,504,505) by a passive monitoring system a plurality of media streams, wherein monitoring comprises generating, for pre-configured time intervals, quality data records for each monitored media stream, wherein each quality data record is indicative of an estimated media stream quality of the respective media stream within the respective pre-configured time interval, and is characterized by the step of: determining (506,507,508,509), in response to detecting termination of one of the media streams, a quality induced termination of said one terminated media stream, in case a predetermined threshold number of the lastly generated quality data records for said one terminated media stream are indicative of an estimated media stream quality below a media stream quality threshold level. monitoring (501,502,503,504,505) by a passive monitoring system a plurality of media streams, wherein monitoring comprises generating, for pre-configured time intervals, quality data records for each monitored media stream, wherein each quality data record is indicative of an estimated media stream quality of the respective media stream within the respective pre-configured time interval, and is characterized by the step of: determining (506,507,508,509), in response to detecting termination of one of the media streams, a quality induced termination of said one terminated media stream, in case a predetermined threshold number of the lastly generated quality data records for said one terminated media stream are indicative of an estimated media stream quality below a media stream quality threshold level. determining (506,507,508,509), in response to detecting termination of one of the media streams, a quality induced termination of said one terminated media stream, in case a predetermined threshold number of the lastly generated quality data records for said one terminated media stream are indicative of an estimated media stream quality below a media stream quality threshold level.
A footing for a support leg for a marine structure, the footing comprising a base connectable to a lower end of a leg and configured for supportive interaction with a seabed and having a cavity fluidly connected with one or more orifices to the outside of the base, the footing further comprising a housing having an internal chamber which at a first end is fluidly connected to the cavity; and valve means (12; 33) arranged in the internal chamber and operable between an open position and a closed position to allow fluid flow into the internal chamber, characterised in that the valve means comprises a valve assembly having one or more butterfly valves having buoyancy elements and - during installation of the leg, the cavity and the internal chamber will fill with water and the buoyancy elements then causes the valve assembly to close, and - when the leg is to be retracted, the upward movement of the leg will generate a suction force in the cavity and in the internal chamber, thus sucking the butterfly valves open. - during installation of the leg, the cavity and the internal chamber will fill with water and the buoyancy elements then causes the valve assembly to close, and - when the leg is to be retracted, the upward movement of the leg will generate a suction force in the cavity and in the internal chamber, thus sucking the butterfly valves open.
A key mechanism comprising: a substrate; a compressible dome (240, 340) coupled to the substrate; a keycap positioned above the compressible dome, wherein the keycap is configured to cause the dome to collapse in response to being pressed by a user; a structural body (225, 305) coupled to the substrate and comprising an attachment mechanism (320, 420, 520) to couple to a support mechanism (205, 210), the structural body defining a through-hole in which the compressible dome is disposed; a light source positioned on the substrate and configured to direct light from the light source into a light guide (235, 310) positioned above the substrate and coupled to the structural body, the light guide optically coupled to the light source, the light guide comprising: a light-directing feature operative configured to direct light from the light source around the light guide; a set of reflection features operative to reflect the light internally around the light guide; and a set of illumination features operative to illuminate the keycap. a substrate; a compressible dome (240, 340) coupled to the substrate; a keycap positioned above the compressible dome, wherein the keycap is configured to cause the dome to collapse in response to being pressed by a user; a structural body (225, 305) coupled to the substrate and comprising an attachment mechanism (320, 420, 520) to couple to a support mechanism (205, 210), the structural body defining a through-hole in which the compressible dome is disposed; a light source positioned on the substrate and configured to direct light from the light source into a light guide (235, 310) positioned above the substrate and coupled to the structural body, the light guide optically coupled to the light source, the light guide comprising: a light-directing feature operative configured to direct light from the light source around the light guide; a set of reflection features operative to reflect the light internally around the light guide; and a set of illumination features operative to illuminate the keycap. a light-directing feature operative configured to direct light from the light source around the light guide; a set of reflection features operative to reflect the light internally around the light guide; and a set of illumination features operative to illuminate the keycap.
Plug connector, in particular a direct plug connector for contacting contact openings of a printed circuit board, - comprising a contact carrier which may have coding means, in particular coding pins, and a polarity reversal protection means, in particular in the form of polarity protrusions, - comprising conductor insertion channels, formed by the contact carrier, for receiving connection conductors, and also comprising contact recesses for receiving plug contacts, - comprising a primary securing means which keeps the contact carrier on the printed circuit board, characterised in that the primary securing means comprises at least two latching arms (44, 45) arranged next to one another in pairs, the latching elements (50, 51) of which have different latching geometries, wherein the latching arms (44, 45) of different latching arm pairs that have latching elements (50, 51) of identical geometry are located diagonally opposite one another, wherein the latching element of the first latching arm has a latching surface which engages under the printed circuit board and which is oriented substantially orthogonal to the plug-in direction of the plug connector, and the latching element of the second latching arm has a latching surface which engages at least partially under the printed circuit board and which is designed to slope downwards in the plug-in direction starting from the latching arm. - comprising a contact carrier which may have coding means, in particular coding pins, and a polarity reversal protection means, in particular in the form of polarity protrusions, - comprising conductor insertion channels, formed by the contact carrier, for receiving connection conductors, and also comprising contact recesses for receiving plug contacts, - comprising a primary securing means which keeps the contact carrier on the printed circuit board, characterised in that the primary securing means comprises at least two latching arms (44, 45) arranged next to one another in pairs, the latching elements (50, 51) of which have different latching geometries, wherein the latching arms (44, 45) of different latching arm pairs that have latching elements (50, 51) of identical geometry are located diagonally opposite one another, wherein the latching element of the first latching arm has a latching surface which engages under the printed circuit board and which is oriented substantially orthogonal to the plug-in direction of the plug connector, and the latching element of the second latching arm has a latching surface which engages at least partially under the printed circuit board and which is designed to slope downwards in the plug-in direction starting from the latching arm.
A laminate production method, which comprises laminating a first substrate (1, 5) and a second substrate (6, 8) on each other, the first and second substrates comprising thermoplastic resin films or cellophane films and being different in type from each other, wherein one of the first substrate (1, 5) and the second substrate (6, 8) has a surface having a heat-bonding-modified layer formed by surface modification using an atmospheric plasma treatment apparatus, and another has an air corona-treated surface, wherein the first substrate (1, 5) and second substrate (6, 8) are individually fed from the respective rolls of film (21, 22), which are obtained by respectively winding the first substrate (1, 5) and the second substrate (6, 8) each comprising a continuous film having a thickness of 10 to 500 μm and a length of 3 to 10,000 m, so that the surface having the heat-bonding-modified layer formed thereon faces the air corona-treated surface, and the first substrate (1, 5) and second substrate (6, 8) are thermocompression-bonded together using a heated roller (25, 26) without applying an adhesive or anchoring agent to perform a continuous lamination.
A bandage for a knee joint, comprising an elastic textile stocking, an annular or clasp-like elastic profiled insert arranged in or at the textile stocking to encompass at least the lateral fibula-side section of the patella of the knee joint, and at least one tensile strap which is flexible but not elastic and essentially extending in the longitudinal direction of the bandage across the knee joint and which is guided laterally in or along the profiled insert, wherein, when the bandage is worn, via an effective length of the tensile strap between an upper end and a lower end, each of which ends are anchored to the textile stocking through at least one upper and one lower anchoring point (11, 12), a force that is centering the patella can be exerted due to the anchoring points (11, 12) being moved apart when the knee is bent, wherein the effective length of the tensile strap can be modified at at least one end (31, 32) at the anchoring point (11, 12) in order to control the force that is centering the patella and that is exerted by the tensile strap, wherein the tensile strap exits from the inside of the textile stocking to the outside thereof at at least one passage point, wherein, at least in the vicinity of the patella, the tensile strap extends inside the textile stocking and in or on the side of the profiled insert facing the patella, wherein the tensile strap extends at or inside a pad cover coat that is arranged between the profiled insert and the patella, and wherein the tensile strap is sealed, glued or sewed to the pad cover coat or is guided in a slide channel that is arranged at or in the profiled insert.
An impedance matching component, configured to be disposed between a first medium and a second medium to eliminate reflection of an electromagnetic wave when propagating through an interface between the first medium and the second medium, wherein the impedance matching component comprises a plurality of functional sheet layers, each of the functional sheet layers comprises a sheet-like substrate and apertures formed on the substrate, the substrate is divided into a plurality of unit cells, each of the unit cells is formed with one or more of the apertures, and wherein impedances of the functional sheet layers of the impedance matching component vary continuously in a stacking direction of the functional sheet layers, with the impedance of a first one of the functional sheet layers being identical to that of the first medium and the impedance of a last one of the functional sheet layers being identical to that of the second medium, the impedance matching component characterized in that, all the apertures have a same volume, each of the apertures is filled with a filler of a materialdifferent from the substrate, the fillers filled in the apertures on a same one of the substrates have a same dielectric permittivity, and the dielectricpermittivities of the fillers filled in the apertures on different ones of the substrates increase or decrease continuously in the stacking direction.
A method for facilitating establishment of a wireless connection, the method comprising receiving (210a, 220a), in a first device, one or more device discovery messages, in response to the first device receiving at least one device discovery message, transmitting, from the first device, one or more device discovery response messages to a source of said at least one device discovery message, and carrying out a further signaling with said source, said further signaling comprising the first device receiving one or more further inbound signaling messages that carry information related to connection creation with said source; and determining, in the first device, in dependence of said one or more further signaling messages received from said source, whether a connection creation with said source is to be initiated; characterized in that the method comprises the following: in response to said determination being affirmative, rejecting a connection request from said source by ignoring, in the first device, inbound connection request messages received from said source, and transmitting, from the first device, one or more outbound connection request messages to initiate the connection creation with said source. transmitting, from the first device, one or more device discovery response messages to a source of said at least one device discovery message, and carrying out a further signaling with said source, said further signaling comprising the first device receiving one or more further inbound signaling messages that carry information related to connection creation with said source; and rejecting a connection request from said source by ignoring, in the first device, inbound connection request messages received from said source, and transmitting, from the first device, one or more outbound connection request messages to initiate the connection creation with said source.