mhurhangee/ep-ind-claims huggingface dataset:
A network element for facilitating communication of Stream Control Transmission Protocol, SCTP, packets, the network element comprising: a network interface unit configured to interact with a packet network system; a processor with a memory associated with the network interface unit, wherein the processor is adapted to: send to and receive from a group of other network elements (130-1, 130-N) connected to the network element a plurality of backchannel heartbeat signals; detect interruption of at least one of the plurality of backchannel heartbeat signals from at least one of the other network elements (130-1, 130-N), wherein the interruption forms at least one interrupted network element; after detection of the interruption, assume at least some of the packet communication responsibilities of the at least one interrupted network element from the group of other network elements (130-1, 130-N); and before detection of the interruption, suppress and not respond to any Address Resolution Protocol, ARP, requests received on SCTP bound interfaces so that the network element (130-B) can assign IP-address(es) to SCTP bound interfaces that are the same as those of the other network elements (130-1, 130-N). a network interface unit configured to interact with a packet network system; a processor with a memory associated with the network interface unit, wherein the processor is adapted to: send to and receive from a group of other network elements (130-1, 130-N) connected to the network element a plurality of backchannel heartbeat signals; detect interruption of at least one of the plurality of backchannel heartbeat signals from at least one of the other network elements (130-1, 130-N), wherein the interruption forms at least one interrupted network element; after detection of the interruption, assume at least some of the packet communication responsibilities of the at least one interrupted network element from the group of other network elements (130-1, 130-N); and before detection of the interruption, suppress and not respond to any Address Resolution Protocol, ARP, requests received on SCTP bound interfaces so that the network element (130-B) can assign IP-address(es) to SCTP bound interfaces that are the same as those of the other network elements (130-1, 130-N). send to and receive from a group of other network elements (130-1, 130-N) connected to the network element a plurality of backchannel heartbeat signals; detect interruption of at least one of the plurality of backchannel heartbeat signals from at least one of the other network elements (130-1, 130-N), wherein the interruption forms at least one interrupted network element; after detection of the interruption, assume at least some of the packet communication responsibilities of the at least one interrupted network element from the group of other network elements (130-1, 130-N); and before detection of the interruption, suppress and not respond to any Address Resolution Protocol, ARP, requests received on SCTP bound interfaces so that the network element (130-B) can assign IP-address(es) to SCTP bound interfaces that are the same as those of the other network elements (130-1, 130-N).
Wiper blade adapter, in particular for a motor vehicle wiper device, comprising a coupling unit, wherein the coupling unit has at least one first and one second coupling element (12a, 14a), which are provided for coupling at least two different types of wiper arm adapters (100a, 110a, 120a;), characterized in that the first coupling element has a barb-shaped, vertically deflectable latching means, and the second coupling element has at least one spring-elastic latching means which is provided to limit the freedom of movement of a wiper arm adapter (100a, 110a) in a fitted state, and, during installation of a coupling of a wiper arm adapter to the wiper blade adapter, the latching means of the first coupling element presses onto the latching means of the second coupling element and deflects the latter elastically likewise in the vertical direction.
A main stent component (400, 1300) for forming a stent comprising: a single strip having a plurality of helical windings (433, 434, 435) comprising a first side band (401, 1301) having undulations, and a second side band (402, 1302) having undulations and connected to the first side band (401, 1301) forming a single row of cells; characterized in a first end band (406, 1306) having undulations, a first edge (450, 1350), and a second edge (451, 1351), said first end band (406, 1306) connected to said first side band (401, 1301) and extending at an oblique angle to said first side band (401, 1301); each helical winding of the strip being unconnected to a longitudinally adjacent helical winding forming open spaces (431, 432) between adjacent windings, wherein the first side band (401, 1301) tapers toward the second side band (402, 1302), and wherein the second side band (402, 1302) tapers toward the first side band (401, 1301). a single strip having a plurality of helical windings (433, 434, 435) comprising a first side band (401, 1301) having undulations, and a second side band (402, 1302) having undulations and connected to the first side band (401, 1301) forming a single row of cells; characterized in a first end band (406, 1306) having undulations, a first edge (450, 1350), and a second edge (451, 1351), said first end band (406, 1306) connected to said first side band (401, 1301) and extending at an oblique angle to said first side band (401, 1301); each helical winding of the strip being unconnected to a longitudinally adjacent helical winding forming open spaces (431, 432) between adjacent windings, wherein the first side band (401, 1301) tapers toward the second side band (402, 1302), and wherein the second side band (402, 1302) tapers toward the first side band (401, 1301).
A polyvinyl alcohol film which dissolves in water at 20°C within 10 minutes if a specimen having a size of 5 cm x 5 cm is cut from a film having a thickness between 5 and 100 μm and immersed in 1 L of water kept at 20°C and stirred with a stirrer, and has an α/β ratio of not more than 10, wherein α is a storage modulus of the film at 20°C in a dry atmosphere and β is a storage modulus of the film at 20°C and 80 %RH, wherein the PVA is obtained by polymerizing a vinyl ester compound selected from vinyl formate, vinyl acetate, vinyl trifluoroacetate, vinyl propionate, vinyl butyrate, vinyl caprate, vinyl laurate, vinyl ester of Versatics, vinyl palmitate, and vinyl stearate, whereby the PVA film has a glass transition temperature, which is the peak temperature of main dispersion obtained when continuously measuring the dynamic viscoelasticity in a condition of 20°C with a moisture content of not more than 1,000 ppm, at a measuring frequency of 2 Hz with elevating the temperature from -50°C to 150°C at a rate of 3°C/minute by using a humidity conditioning visco-elastometer, in a range of -10°C to 15°C, and wherein the PVA film further contains a plasticizer comprising trimethylolpropane.
A process for working up waste acid from processes for preparation of nitroaromatics, especially for preparation of dinitrotoluene or trinitrotoluene, to recover concentrated and purified sulfuric acid and nitric acid, in which, in a first stage, the preheated waste acid which, as well as up to 80% by mass of sulfuric acid and water, as further constituents comprises nitric acid (HNO 3), nitrosylsulfuric acid (as HNO 2), and nitroorganics, especially DNT and mononitrotoluene, is separated in a stripping column in countercurrent to steam, which is obtained from the bottom of the stripping column by heating the pre-concentrated sulfuric acid, into at least one vaporous phase which comprises nitric acid with or without nitroorganics, and a pre-concentrated sulfuric acid, and in which, in downstream process stages (i), the pre-concentrated sulfuric acid obtained from the bottom of the stripping column is supplied to a further purification for removal of nitroorganics and for higher concentration, and (ii) the nitric acid obtained from the vaporous nitric acid phase and the nitroorganics, including the nitroorganics obtained in the further purification and concentration of the pre-concentrated sulfuric acid, are worked up and recycled back into the nitration process, characterized in that in the first stage of the process, in addition to stripping of the preheated waste acid in a stripping column in countercurrent to the steam from the sulfuric acid preconcentration, a concentration of the nitric acid present in the stripping vapor is performed in countercurrent to additional purified and optionally fresh concentrated sulfuric acid with a concentration in the range from 75 to 97% and preferably 80 to 96% by mass, and the nitric acid vapors obtained from the top of the column of the first stage are condensed to obtain a nitric acid directly in a highly concentrated form suitable for recycling into the nitration process.
A method of obtaining hybrid automatic repeat request, HARQ, acknowledgment information, performed by a base station in a 3GPP system, comprising: allocating to a user equipment, UE, an uplink control channel resource for reporting HARQ acknowledgment information on an unlicensed carrier; and transmitting a downlink data transmission on the same or a different unlicensed carrier; receiving the HARQ acknowledgment information from the UE within a predefined deferral window in response to the downlink data transmission, when the listen before talk, LBT, on the unlicensed carrier is successful at the UE, the predefined deferral window specifying a minimum delay and a maximum delay for reporting the HARQ acknowledgment information; wherein if during the time the LBT is not successful and there are still LBT occasions in the predefined deferral window, a trigger command is sent to UE signaling that an uplink control channel resource on a licensed carrier in a predefined uplink subframe is available, receiving the HARQ acknolwledgment information on the licensed carrier, wherein the trigger command instructs the UE to switch from the unlicensed carrier to the licensed carrier for reporting of the HARQ acknowledgment information, and wherein the trigger command carries an indication of the uplink control channel resource on the licensed carrier to be used by the UE to transmit the HARQ acknowledgement information. allocating to a user equipment, UE, an uplink control channel resource for reporting HARQ acknowledgment information on an unlicensed carrier; and transmitting a downlink data transmission on the same or a different unlicensed carrier; receiving the HARQ acknowledgment information from the UE within a predefined deferral window in response to the downlink data transmission, when the listen before talk, LBT, on the unlicensed carrier is successful at the UE, the predefined deferral window specifying a minimum delay and a maximum delay for reporting the HARQ acknowledgment information; wherein if during the time the LBT is not successful and there are still LBT occasions in the predefined deferral window, a trigger command is sent to UE signaling that an uplink control channel resource on a licensed carrier in a predefined uplink subframe is available, receiving the HARQ acknolwledgment information on the licensed carrier, wherein the trigger command instructs the UE to switch from the unlicensed carrier to the licensed carrier for reporting of the HARQ acknowledgment information, and wherein the trigger command carries an indication of the uplink control channel resource on the licensed carrier to be used by the UE to transmit the HARQ acknowledgement information.
Vehicle hatch comprising: a vehicle frame; a movable frame; and a lid element; wherein the lid element is connected with the movable frame and the movable frame is further connected with the vehicle frame, wherein the corners connecting the sides of at least one frame are running in a radius and wherein both frames (15; 20) each comprise a cavity (45; 50) characterized in that the cavity (45; 50) encloses a gas or a support foam (145; 150) is embedded in the cavity, the cavity comprising at least a semi-shell (15a, 15b; 20a, 20b; 120a; 120b) and wherein the vehicle frame is provided to be installed in a vehicle. a vehicle frame; a movable frame; and a lid element; wherein the lid element is connected with the movable frame and the movable frame is further connected with the vehicle frame, wherein the corners connecting the sides of at least one frame are running in a radius and wherein both frames (15; 20) each comprise a cavity (45; 50) characterized in that the cavity (45; 50) encloses a gas or a support foam (145; 150) is embedded in the cavity, the cavity comprising at least a semi-shell (15a, 15b; 20a, 20b; 120a; 120b) and wherein the vehicle frame is provided to be installed in a vehicle.
A radiation detector comprising: a) an antenna structure; and b) a field-effect transistor structure with a source region, a gate region, and a drain region, c) these regions (24, 26, 28) being arranged on a substrate and forming mutually independent electrically conductive electrode structures (34, 36, 38) through metallization; characterized in that d) the gate electrode structure completely encloses the source electrode structure or the drain electrode structure in a first plane; e) the enclosed electrode structure (34, 38) extends to above the gate electrode structure where it overlaps the enclosure in a second plane above the first plane at least in places in planar manner; f) wherein an electrically insulating region for forming a capacitor with a metal-insulator-metal structure is arranged between the regions of the gate electrode structure overlapped by the enclosed electrode structure (34, 38). a) an antenna structure; and b) a field-effect transistor structure with a source region, a gate region, and a drain region, c) these regions (24, 26, 28) being arranged on a substrate and forming mutually independent electrically conductive electrode structures (34, 36, 38) through metallization; characterized in that d) the gate electrode structure completely encloses the source electrode structure or the drain electrode structure in a first plane; e) the enclosed electrode structure (34, 38) extends to above the gate electrode structure where it overlaps the enclosure in a second plane above the first plane at least in places in planar manner; f) wherein an electrically insulating region for forming a capacitor with a metal-insulator-metal structure is arranged between the regions of the gate electrode structure overlapped by the enclosed electrode structure (34, 38).
Flood protection device for overhead sectional doors which consist of segment plates (2a to 2e) articulated to one another and extending across the door width and a certain height respectively, wherein the flood protection device has: a stiffening structure for stiffening at least the lowermost segment plate, a seal that can be filled and expanded with pressure medium, at least between one component at each lateral boundary of the door opening and at least the lowermost segment plate of the sectional door or its stiffening structure, at least one locking bolt actuatable by the pressure medium, the bolt acting between the component arranged at each lateral boundary of the door opening and at least the lowermost segment plate and being arranged on one of the component or the segment plate and being extendable by the action of the pressure medium into a locking opening of the other one of the component or the segment plate, a pressure container filled with pressure medium that is permanently held under pressure, a container filling with heavy rain or flood water in case of danger of flooding, a float being arranged in the container which actuates a release member which opens a pressure medium supply from the pressure container to the expandable seal and to each locking bolt. a stiffening structure for stiffening at least the lowermost segment plate, a seal that can be filled and expanded with pressure medium, at least between one component at each lateral boundary of the door opening and at least the lowermost segment plate of the sectional door or its stiffening structure, at least one locking bolt actuatable by the pressure medium, the bolt acting between the component arranged at each lateral boundary of the door opening and at least the lowermost segment plate and being arranged on one of the component or the segment plate and being extendable by the action of the pressure medium into a locking opening of the other one of the component or the segment plate, a pressure container filled with pressure medium that is permanently held under pressure, a container filling with heavy rain or flood water in case of danger of flooding, a float being arranged in the container which actuates a release member which opens a pressure medium supply from the pressure container to the expandable seal and to each locking bolt.
A light guide comprising: two side surfaces on which light is incident; a bottom surface having plural grooves on which the light is reflected; and an upper surface from which the light is emitted, wherein the bottom surface includes a first region in which a pitch of the grooves varies in accordance with a distance from a first of said two side surfaces, a second region, separate from the first region, in which a depth of the grooves varies in accordance with a distance from the first side surface, and a third region (PA+TA), between the first region and the second region, in which a pitch of the grooves varies in accordance with a distance from the first side surface and a depth of the grooves varies in accordance with a distance from the first side surface, wherein the depth of the grooves is fixed in the first region in which the pitch of the grooves varies, and the pitch of the grooves is fixed in the second region in which the depth of the grooves varies. two side surfaces on which light is incident; a bottom surface having plural grooves on which the light is reflected; and an upper surface from which the light is emitted, wherein the bottom surface includes a first region in which a pitch of the grooves varies in accordance with a distance from a first of said two side surfaces, a second region, separate from the first region, in which a depth of the grooves varies in accordance with a distance from the first side surface, and a third region (PA+TA), between the first region and the second region, in which a pitch of the grooves varies in accordance with a distance from the first side surface and a depth of the grooves varies in accordance with a distance from the first side surface, wherein the depth of the grooves is fixed in the first region in which the pitch of the grooves varies, and the pitch of the grooves is fixed in the second region in which the depth of the grooves varies.
An insulated wire, comprising a thermosetting resin covering, directly or by interposing an insulating layer, on a conductor having a rectangular cross-section, and a thermoplastic resin covering, as an extrusion covering, on a periphery of the thermosetting resin covering, wherein the thermoplastic resin covering has at least two layers of the thermoplastic resin layers, and the thermoplastic resin layers adjacent to each other are formed of thermoplastic resins different from each other, at least one layer of the thermoplastic resin layers is formed of polyether ether ketone or modified polyether ether ketone, and a total thickness of the thermoplastic resin layers is 60 to 120 μm, and a thickness of a thinnest thermoplastic resin layer among the thermoplastic resin layers is 5 to 20 μm.
Storage bin intended to be assembled at the rear of a motor vehicle, the bin comprising a moulded part made from polymer material defining, in the mounted position of the bin: - an upper bin-supporting rim defining a substantially planar assembly contour of the bin, the assembly contour being capable of being assembled on a support frame surrounding at least one portion of the bin, - a bin bottom located below the upper supporting rim, - one or more side wall portion(s) moulded in one piece with the bin bottom and the upper supporting rim, and supporting the bin bottom relative to the upper supporting rim, characterized in that the moulded part also comprises two oblique rims (7, 8) extending between the upper supporting rim and the bottom, and the moulded part is traversed by a lateral opening forming a cut-out from above, the cut-out being bordered by the two oblique rims, the lateral opening being configured to be closed by a wall insert assembled on the two oblique rims (7, 8), the lateral opening of the moulded part being bordered by an assembly strip (7, 36, 8), forming an enclosed ruled surface, with horizontal generatrices, the bin also resting on a wall insert, assembled by gluing to the moulded part, assembled by gluing to the moulded part, under the enclosed cylindrical surface (7, 36, 8), of a complementary assembly strip (27, 37, 28) defined on the wall insert. - an upper bin-supporting rim defining a substantially planar assembly contour of the bin, the assembly contour being capable of being assembled on a support frame surrounding at least one portion of the bin, - a bin bottom located below the upper supporting rim, - one or more side wall portion(s) moulded in one piece with the bin bottom and the upper supporting rim, and supporting the bin bottom relative to the upper supporting rim,
A loom comprising: a driving motor for driving the loom; a driving shaft which is connected to a swing shaft for driving a reed to swing via a swing mechanism, the driving shaft being connected to the driving motor via a driving-force transmission mechanism, and rotationally driven by the driving motor; and a housing-shaped side frame that accommodates the driving shaft and the swing shaft in an orientation in which each axial direction of the driving shaft and the swing shaft matches with a width direction, characterized in that the driving-force transmission mechanism includes a driving-force transmission shaft that is provided so as to protrude from a side wall of the side frame while extending parallel to the driving shaft within a space of the side frame, the driving-force transmission shaft being connected to the driving motor on an end portion side protruding from the side frame, and a gear train that connects the driving-force transmission shaft and the driving shaft. a driving motor for driving the loom; a driving shaft which is connected to a swing shaft for driving a reed to swing via a swing mechanism, the driving shaft being connected to the driving motor via a driving-force transmission mechanism, and rotationally driven by the driving motor; and a housing-shaped side frame that accommodates the driving shaft and the swing shaft in an orientation in which each axial direction of the driving shaft and the swing shaft matches with a width direction, characterized in that the driving-force transmission mechanism includes a driving-force transmission shaft that is provided so as to protrude from a side wall of the side frame while extending parallel to the driving shaft within a space of the side frame, the driving-force transmission shaft being connected to the driving motor on an end portion side protruding from the side frame, and a gear train that connects the driving-force transmission shaft and the driving shaft.