mhurhangee/ep-ind-claims huggingface dataset:
A communication method, comprising: starting, by a station, a timer when the station has uplink data to be transmitted or a queue of the station changes from empty to non-empty, receiving, by the station from an access point, a trigger frame; sending, by the station to the access point, uplink transmission data according to the trigger frame; when receiving the trigger frame, updating, by the station, the timer; wherein the timer is used to counting a duration for updating an access manner, wherein the access manner is based on enhanced distributed channel access, EDCA; accessing, by the station, a channel in a contention access manner that is based on EDCA when the timer reaches 0. starting, by a station, a timer when the station has uplink data to be transmitted or a queue of the station changes from empty to non-empty, receiving, by the station from an access point, a trigger frame; sending, by the station to the access point, uplink transmission data according to the trigger frame; when receiving the trigger frame, updating, by the station, the timer; wherein the timer is used to counting a duration for updating an access manner, wherein the access manner is based on enhanced distributed channel access, EDCA; accessing, by the station, a channel in a contention access manner that is based on EDCA when the timer reaches 0.
Immunogenic Salmonid Alphavirus virus-like particle (SAV VLP), comprising the SAV E2 and SAV E3 protein, said SAV VLP not containing viral genetic material.
A porous PEEK-type polymer article comprising a porous PEEK-type polymer structure and presenting at least a trimodal pore distribution as follows: (i). - a pore distribution A corresponding to pores A of an average size between 50 μm and 500 μm which are interconnected throughout the whole article; (ii). - a pore distribution B corresponding to the voids between adjacent pores A of an average size between 5 μm and 70 μm referred to as pores B; (iii). - a pore distribution C corresponding to pores C of an average size of 5 μm or less which are located in the walls of the pores A and pores B. (i). - a pore distribution A corresponding to pores A of an average size between 50 μm and 500 μm which are interconnected throughout the whole article; (ii). - a pore distribution B corresponding to the voids between adjacent pores A of an average size between 5 μm and 70 μm referred to as pores B; (iii). - a pore distribution C corresponding to pores C of an average size of 5 μm or less which are located in the walls of the pores A and pores B.
Ladder-top securing system by means of which a ladder with rungs and stiles is secured on a roof -gutter, having: - a ladder-fastening device, - an insertion device for insertion into a roof-gutter region provided for water-channelling purposes, - a positioning device, which connects the ladder-fastening device to the insertion device, - wherein the positioning device comprises a displacement guide for displacement of the insertion device relative to the ladder-fastening device, characterized in that the ladder-fastening device is connectable to one single rung, wherein, in a state in which it has been inserted into the roof gutter and locked in relation to the ladder-fastening device, the insertion device can be raised up in the roof-gutter and displaced transversely therein. - a ladder-fastening device, - an insertion device for insertion into a roof-gutter region provided for water-channelling purposes, - a positioning device, which connects the ladder-fastening device to the insertion device, - wherein the positioning device comprises a displacement guide for displacement of the insertion device relative to the ladder-fastening device,
A screw press for dewatering sludge having three after each other arranged filters for dewatering, including, a drainage filter, a filtering filter, and a column filter, and which also includes a back pressure device for creating a pressure inside the filters, further having an inlet for feeding the sludge into the screw press, an outlet, an auger arranged inside the filters for feed the sludge through the fed towards the outlet, characterized in that the inlet comprises a cylindrical pipe section with end flanges (16A, 16B), which end flanges (16A, 16B) are provided with a plurality of holes, and the cylindrical pipe section being further provided with an inlet pipe which inlet pipe is connected to the cylindrical pipe section via an opening hole in the side wall of the cylindrical pipe section, where the inlet is flexibly arranged relatively to the rest of the screw press, enabling the inlet to be adjusted to a piping system connected to the screw press, and where the cylindrical pipe section of the inlet is provided with an end piece.
A method for spinning up a spinning device for the continuous extrusion of molded bodies from a spinning solution, more particularly for the extrusion of cellulosic molded bodies from a spinning solution containing water, cellulose, and tertiary amine oxide, wherein - the molded bodies are extruded from the spinning solution through spinnerets of the spinning device in the form of a loose spinning curtain, - the molded bodies of the loose spinning curtain are combined into a molded body bundle after the extrusion, and - the molded body bundle is, in a further step, fed to a draw-off member of the spinning device in order to start a continuous extrusion of the molded bodies, characterized in that the molded bodies are combined into the molded body bundle by twisting the spinning curtain around a torsion axis. - the molded bodies are extruded from the spinning solution through spinnerets of the spinning device in the form of a loose spinning curtain, - the molded bodies of the loose spinning curtain are combined into a molded body bundle after the extrusion, and - the molded body bundle is, in a further step, fed to a draw-off member of the spinning device in order to start a continuous extrusion of the molded bodies,
A rhodium alloy suitable for wire for a probe pin, the rhodium alloy comprising: all three of 30 to 150 ppm of Fe, 80 to 350 ppm of Ir and 100 to 300 ppm of Pt as additive elements, and the balance being Rh.
An apparatus for reproducing video and audio, comprising: a video decoder for receiving video data coded by a unit of a first time length; an audio decoder for receiving audio data coded by a unit of a second time length different from the first time length; a synchronization control unit configured to suspend the video output of the video decoder and the audio output of the audio decoder, to measure the period from the suspension of the video output to the suspension of the audio output, and to resume the audio output at a time that is later than the resumption of the video output by a time equal to the measured period, wherein the audio decoder supplies the synchronization control unit with an audio-frame-change signal indicative of timings of boundaries between audio frames; and characterized in that the synchronization control unit includes a counter which measures the period by counting a time clock signal from a signal indicative of video suspension to the audio-frame-change signal. a video decoder for receiving video data coded by a unit of a first time length; an audio decoder for receiving audio data coded by a unit of a second time length different from the first time length; a synchronization control unit configured to suspend the video output of the video decoder and the audio output of the audio decoder, to measure the period from the suspension of the video output to the suspension of the audio output, and to resume the audio output at a time that is later than the resumption of the video output by a time equal to the measured period, wherein the audio decoder supplies the synchronization control unit with an audio-frame-change signal indicative of timings of boundaries between audio frames; and characterized in that the synchronization control unit includes a counter which measures the period by counting a time clock signal from a signal indicative of video suspension to the audio-frame-change signal.
A method of securing a fastener and a spark containment cap (30, 70, 80, 90) to a structure (31, 91), the method comprising: fixing a spark containment cap (30, 70, 80, 90) onto a surface of the structure (31, 91), the spark containment cap (30, 70, 80, 90) comprising: an enclosed body (32, 72); the enclosed body (32, 72) having a base (33, 73, 95) and a cover portion (34, 74, 96); the cover portion (34, 74, 96) extending from the base (33, 73, 95); the base (33, 73, 95) providing an adhering surface for adhering the spark containment cap (30, 70, 80, 90) to the structure (31, 91); and the base (33, 73, 95) and the cover portion (34, 74, 96) together defining a cavity (35, 75) within the enclosed body (32, 72); once the cap is fixed to the structure, forming a hole through both the structure (31, 91) and the base (33, 73, 95) of the spark containment cap (30, 70, 80, 90); inserting a blind fastener through the hole and tightening the fastener to secure it to the structure (31, 91). fixing a spark containment cap (30, 70, 80, 90) onto a surface of the structure (31, 91), the spark containment cap (30, 70, 80, 90) comprising: an enclosed body (32, 72); the enclosed body (32, 72) having a base (33, 73, 95) and a cover portion (34, 74, 96); the cover portion (34, 74, 96) extending from the base (33, 73, 95); the base (33, 73, 95) providing an adhering surface for adhering the spark containment cap (30, 70, 80, 90) to the structure (31, 91); and the base (33, 73, 95) and the cover portion (34, 74, 96) together defining a cavity (35, 75) within the enclosed body (32, 72); once the cap is fixed to the structure, forming a hole through both the structure (31, 91) and the base (33, 73, 95) of the spark containment cap (30, 70, 80, 90); an enclosed body (32, 72); the enclosed body (32, 72) having a base (33, 73, 95) and a cover portion (34, 74, 96); the cover portion (34, 74, 96) extending from the base (33, 73, 95); the base (33, 73, 95) providing an adhering surface for adhering the spark containment cap (30, 70, 80, 90) to the structure (31, 91); and the base (33, 73, 95) and the cover portion (34, 74, 96) together defining a cavity (35, 75) within the enclosed body (32, 72); once the cap is fixed to the structure, forming a hole through both the structure (31, 91) and the base (33, 73, 95) of the spark containment cap (30, 70, 80, 90); inserting a blind fastener through the hole and tightening the fastener to secure it to the structure (31, 91).
A network sharing method, the network sharing method comprises: detecting, by a server terminal, when the server terminal receives a WiFi hotspot creating operation by a user, whether a Wireless Fidelity, WiFi, function is enabled on the server terminal; creating, by the server terminal, a simulated WiFi hotspot service configured with a preset hotspot name and a password using Bluetooth Generic Attribute, GATT, when detecting that the WiFi function is enabled; searching, by an access terminal, for available WiFi hotspots comprising WiFi hotspots and virtual WiFi hotspots; displaying, by the access terminal, the available WiFi hotspots comprising WiFi hotspots and virtual WiFi hotspots and determining to connect to the simulated WiFi hotspot service according to a user choice; establishing, by the access terminal, a Bluetooth GATT connection with the server terminal; and establishing (S300, M300), by the server terminal and the access terminal, a Bluetooth Personal Area Networking, PAN, connection through the simulated WiFi hotspot service, and sharing the network. detecting, by a server terminal, when the server terminal receives a WiFi hotspot creating operation by a user, whether a Wireless Fidelity, WiFi, function is enabled on the server terminal; creating, by the server terminal, a simulated WiFi hotspot service configured with a preset hotspot name and a password using Bluetooth Generic Attribute, GATT, when detecting that the WiFi function is enabled; searching, by an access terminal, for available WiFi hotspots comprising WiFi hotspots and virtual WiFi hotspots; displaying, by the access terminal, the available WiFi hotspots comprising WiFi hotspots and virtual WiFi hotspots and determining to connect to the simulated WiFi hotspot service according to a user choice; establishing, by the access terminal, a Bluetooth GATT connection with the server terminal; and establishing (S300, M300), by the server terminal and the access terminal, a Bluetooth Personal Area Networking, PAN, connection through the simulated WiFi hotspot service, and sharing the network.
A pump and diagnostic apparatus for a powder coating material system, the apparatus comprising: a pump (400, 402, 702) including a pump chamber comprising a gas permeable member (438, 440) disposed in a pressure chamber wherein during pump operation powder coating material flows into said pump chamber when negative pressure is applied to said pressure chamber and flows out of said pump chamber when positive pressure is applied to said pressure chamber; a first pinch valve that forms part of a flow path for powder coating material that is in fluid communication with said pump chamber; and a first detector, said first detector comprising a pressure detector, a flow detector or both, characterised in that the apparatus further comprises a diagnostic apparatus comprising the first detector that will detect a fault associated with: (a) the first pinch valve and/or (b) pressure within said gas permeable member (438, 440), or (c) flow within said gas permeable member (438, 440). (a) the first pinch valve and/or (b) pressure within said gas permeable member (438, 440), or (c) flow within said gas permeable member (438, 440).
A method of fabricating a chromatographic column, the chromatographic column comprising: a silica tube comprising a tapered end forming an orifice having a diameter of less than 3 microns; a lumen having a diameter of 75 microns or less, and a porous frit comprising silicate; wherein the porous frit is located adjacent the tapered end within 1 to 5 mm from the orifice and has a length of from about 1 to 3 mm; the method comprising: (a) obtaining a silica tube comprising two open ends and a lumen with a diameter of 75 microns or less extending between the two open ends; (b) depositing a liquid silicate composition into the tube lumen at a first open end of the tube; (c) forming a porous ceramic material from the composition in the tube lumen at a location near the first open end such that a space is formed between the ceramic material and the open end that is substantially free of the ceramic material; and (d) forming a tapered emitter having an orifice diameter of less than 3 microns at the first open end. a silica tube comprising a tapered end forming an orifice having a diameter of less than 3 microns; a lumen having a diameter of 75 microns or less, and a porous frit comprising silicate; wherein the porous frit is located adjacent the tapered end within 1 to 5 mm from the orifice and has a length of from about 1 to 3 mm; the method comprising: (a) obtaining a silica tube comprising two open ends and a lumen with a diameter of 75 microns or less extending between the two open ends; (b) depositing a liquid silicate composition into the tube lumen at a first open end of the tube; (c) forming a porous ceramic material from the composition in the tube lumen at a location near the first open end such that a space is formed between the ceramic material and the open end that is substantially free of the ceramic material; and (d) forming a tapered emitter having an orifice diameter of less than 3 microns at the first open end. (a) obtaining a silica tube comprising two open ends and a lumen with a diameter of 75 microns or less extending between the two open ends; (b) depositing a liquid silicate composition into the tube lumen at a first open end of the tube; (c) forming a porous ceramic material from the composition in the tube lumen at a location near the first open end such that a space is formed between the ceramic material and the open end that is substantially free of the ceramic material; and (d) forming a tapered emitter having an orifice diameter of less than 3 microns at the first open end.
A pole, in particular a Nordic walking pole having a pole body, at the lower end of which a buffer with a tip is provided, wherein the tip and/or a lowermost portion (28, 36) of an inner sleeve secured to the pole body are arranged passing through a central opening of the buffer, wherein the buffer is mounted so that it can be moved and secured in an axial direction to the pole body in this central opening, and wherein the buffer can be secured in at least two axially different positions in relation to the pole body or the inner sleeve via a form-fit connection characterised in that the buffer comprises an outer sleeve engaging around and mounted axially movably on the inner sleeve, on the outside of which outer sleeve a latching lever is articulated, wherein the latching lever, at its lower end directed towards the rolling surface of the buffer, is articulated on the outer sleeve and, at its upper end in the secured position of the buffer, engages around the pole body and/or the inner sleeve at least partially with a form fit and can be released by being pivoted away from the outer sleeve.
A kitchen utensil, comprising: a handle; an operational end for preparing food, wherein the operational end is transformable between a first configuration comprising a spoon and a second configuration comprising a spatula head; and a retaining mechanism arranged to retain the operational end in at least one of the first and second configurations.
A turbocharger silencer that is installed at an upstream side of an inlet of an intake-air introducing path for introducing intake air to be compressed at a compressor section, the turbocharger silencer comprising: an intake-air inlet opening formed at an outer circumferential surface of a casing having two disks (31a, 31b) facing each other; an intake-air channel that guides the intake air to the intake-air introducing path by changing a flow direction of the intake air by substantially 90°, the intake air being introduced from the intake-air inlet opening; an intake-air outlet opening formed at one end surface of the casing; a plurality of sound-absorbing pipes installed in the intake-air inlet opening; a plurality of air holes that are substantially coaxial with the sound-absorbing pipes; and a support plate that secures and supports the sound-absorbing pipes at a predetermined position in the intake-air inlet opening, wherein the support plate is provided with the plurality of air holes, and an edge of the air holes is formed to be inwardly curved, wherein the support plate includes an outer support plate and an inner support plate that support the sound-absorbing pipes near both ends thereof, wherein the outer support plate and the inner support plate are equipped with the plurality of the air holes respectively, and wherein the inner support plate is formed in a cylindrical shape, characterized in that the air holes in the inner support plate position the sound-absorbing pipes by supporting one end of the sound-absorbing pipes inserted in the air holes in the inner support plate, and a plurality of rod-like members connecting the two disks (31a, 31b) of the casing are arranged in a circumferential direction, wherein the outer support plate is detachably attached to the rod-like members from outside and secures by being fastened the plurality of sound-absorbing pipes. an intake-air inlet opening formed at an outer circumferential surface of a casing having two disks (31a, 31b) facing each other; an intake-air channel that guides the intake air to the intake-air introducing path by changing a flow direction of the intake air by substantially 90°, the intake air being introduced from the intake-air inlet opening; an intake-air outlet opening formed at one end surface of the casing; a plurality of sound-absorbing pipes installed in the intake-air inlet opening; a plurality of air holes that are substantially coaxial with the sound-absorbing pipes; and a support plate that secures and supports the sound-absorbing pipes at a predetermined position in the intake-air inlet opening, wherein the support plate is provided with the plurality of air holes, and an edge of the air holes is formed to be inwardly curved, wherein the support plate includes an outer support plate and an inner support plate that support the sound-absorbing pipes near both ends thereof, wherein the outer support plate and the inner support plate are equipped with the plurality of the air holes respectively, and wherein the inner support plate is formed in a cylindrical shape,
Light for lighting purposes with an arrangement of LED light sources, comprising at least two groups of LED's (4, 6) with spectrally different light radiation, wherein the LED's (4, 6) of each of the groups are in each case arranged in a regular grid pattern and the at least two grids are arranged engaging in one another in the light in a surface area, wherein a diffuser element, in particular a diffuser disk or a diffuser film, is arranged at a distance interval from the said LED area, such that the light of the LED's (4, 6) falls onto the diffuser element, wherein a lens body is allocated to the LED's (4, 6), in each case individually, which expands the light emitted by the LED in such a way that the LED's of a grid in each case in their entirety irradiate the diffuser element with a homogeneous intensity distribution, and the intensity distribution of the two grids of LED's are superimposed on the diffuser element, characterized in that the lens bodies of the first LED grid, in each case in a cutting plane which contains the optical axis of the LED's, produce a light distribution with two maxima in a symmetrical angle range, and the lens bodies of the second LED grid, in each case in a sectioning plane which contains the optical axis of the LED's, produce a light distribution with two maxima, and the LED's (4, 6) of the two grids are arranged at such a distance from one another and the diffuser element exhibits such a distance interval in relation to the surface area of the LED's (4, 6) that the direction beams of two maxima of adjacent LED's intersect in the respective sectioning planes before the light impinges on the diffuser element.
Coupling arrangement for coupling a cylindrical first conduit section with a cylindrical second conduit section, wherein the coupling arrangement comprises the first conduit section, a pair opposite receiving ribs that extend radially outwards from the first conduit section and that are circumferentially closed, and a ring (1, 2) that is to be mounted around the first conduit section, which ring (1, 2) at a pair of opposite locations comprises a pedestal for the attachment thereto of a clamping organ (15, 16) that cooperates with the second conduit section, wherein the ring (1, 2) is composed of two composable ring sections (1, 2) characterized in that the ring comprises a pair of opposite cams that extend radially inwards with respect to the ring (1, 2) to be received in the respective receiving ribs, wherein the respective cams with the respective receiving ribs form respective opposite pivot points between the first conduit section and the ring (1, 2), wherein the ring sections (1, 2) each comprise one cam, wherein each cam, prior to composing the ring (1, 2), is independently receivable in a respective receiving rib on the first conduit section, and wherein the ring (1, 2) is composable by rotating the respective ring sections (1, 2) around the respective pivot points.