mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a device to communicate over a wireless network, the method being executed by the device , said method comprising: transmitting a beacon according to a media access control protocol during a beacon interval of a beacon period , the beacon comprising scheduled data transmission information ; receiving one or more neighbor beacons transmitted by one or more neighbor devices according to the media access control protocol during the beacon interval of the beacon period , each neighbor beacon comprising neighbor scheduled data transmission information; periodically transmitting scheduled data according to a scheduled data transmission period provided in the scheduled data transmission information ; periodically listening for neighbor scheduled data according to the neighbor scheduled data transmission information; receiving neighbor scheduled data from each of the one or more neighbor devices, the neighbor scheduled data from each of the one or more neighbor devices comprising a neighbor count , the neighbor count identifying a number of devices in communication with each of the one or more neighbor devices; automatically adjusting the scheduled data transmission period based on the highest neighbor count of the one or more neighbor devices; and allowing the device to enter into a low power mode in which a processor, a transmitter and a receiver of the device are shut down; wherein the beacon and the scheduled data are sent at different fixed periods, independent of one another. transmitting a beacon according to a media access control protocol during a beacon interval of a beacon period , the beacon comprising scheduled data transmission information ; receiving one or more neighbor beacons transmitted by one or more neighbor devices according to the media access control protocol during the beacon interval of the beacon period , each neighbor beacon comprising neighbor scheduled data transmission information; periodically transmitting scheduled data according to a scheduled data transmission period provided in the scheduled data transmission information ; periodically listening for neighbor scheduled data according to the neighbor scheduled data transmission information; receiving neighbor scheduled data from each of the one or more neighbor devices, the neighbor scheduled data from each of the one or more neighbor devices comprising a neighbor count , the neighbor count identifying a number of devices in communication with each of the one or more neighbor devices; automatically adjusting the scheduled data transmission period based on the highest neighbor count of the one or more neighbor devices; and allowing the device to enter into a low power mode in which a processor, a transmitter and a receiver of the device are shut down; wherein the beacon and the scheduled data are sent at different fixed periods, independent of one another.
A composite test coupon comprising: a plurality of plies including: first ply layers having first fibers and a substantially uniform matrix material associated with the first fibers, the first fibers oriented in a first direction; and second ply layers having second fibers and a pre-stressed matrix material associated with the second fibers, the second ply layers comprising outer ply layers, the second fibers oriented in a second direction that is different from the first direction, wherein the pre-stressed matrix material includes stress induced cracks between the second fibers of each of the second ply layers and along the second direction, wherein such cracks have been induced by a loading operation on the test coupon corresponding to a threshold load that is less than a failure load of the test coupon. first ply layers having first fibers and a substantially uniform matrix material associated with the first fibers, the first fibers oriented in a first direction; and second ply layers having second fibers and a pre-stressed matrix material associated with the second fibers, the second ply layers comprising outer ply layers, the second fibers oriented in a second direction that is different from the first direction, wherein the pre-stressed matrix material includes stress induced cracks between the second fibers of each of the second ply layers and along the second direction, wherein such cracks have been induced by a loading operation on the test coupon corresponding to a threshold load that is less than a failure load of the test coupon.
Barrier module for vehicles, having a weight ranging from 15 to 100 kg composed of steel or other iron-based alloy comprising i) a post having a length d ranging from 500 to 1200 mm ii) a triangle-shaped substantially flat base having sides in the range from 400 to 1000 mm wherein the central portion of said base is attached to an end of said post , and the ratio of length d of the post to the average length of the sides of the base ranges from 0.5 to 2. i) a post having a length d ranging from 500 to 1200 mm ii) a triangle-shaped substantially flat base having sides in the range from 400 to 1000 mm
An apparatus for preparing a beverage, comprising a decoction device that comprises a decoction body with a decoction chamber that extends axially inside a chamber wall between a first bottom and a second bottom that lie opposite each other, wherein said first bottom and said second bottom are received for axial movement inside said chamber wall , wherein said chamber wall is provided locally with a filling opening for admitting into the decoction chamber at least one ingredient for the beverage to be prepared, wherein the decoction chamber is provided with inlet means for admitting a liquid under increased pressure and temperature, wherein the decoction chamber is provided with dispensing means for dispensing a beverage prepared from the liquid and the at least one ingredient, wherein the decoction device is coupled to drive means that, during operation, impart a preparation cycle to the decoction device, said preparation cycle comprising: - a first state in which the filling opening opens into the decoction chamber and is situated between said first bottom and said second bottom ; - a second state in which said first bottom and said second bottom have moved closer to each other inside the chamber wall and the liquid is guided through the decoction chamber ; and - a third state in which a space between said first bottom and said second bottom lies at least substantially entirely outside the decoction body to discharge a possible residue of said at least one ingredient, wherein said filling opening is located in a first direction outside the decoction chamber in said second state; wherein a first of the two bottoms lies outside the decoction body in said third state, characterized in that the decoction body undergoes a displacement in said first direction relative to a second of the two bottoms between the second state and the third state. - a first state in which the filling opening opens into the decoction chamber and is situated between said first bottom and said second bottom ; - a second state in which said first bottom and said second bottom have moved closer to each other inside the chamber wall and the liquid is guided through the decoction chamber ; and - a third state in which a space between said first bottom and said second bottom lies at least substantially entirely outside the decoction body to discharge a possible residue of said at least one ingredient,
Weapons transportation system for a submarine for transportation of a weapon from a facility for the storage of the weapon to another facility for the storage of the weapon , in which a carriage is provided which exhibits coupling means via which the carriage can be secured to the weapon and which can be moved along with the weapon from a starting position in a facility designed as a weapon cradle for the storage of the weapon into a final position in a facility designed as a weapon tube for the storage of the weapon , wherein the weapon tube is conducted through the pressure hull of the submarine, characterized in that each of the facilities for the storage of the weapon has a guide profile for the form-fitting guidance of the carriage , wherein the guide profiles of the facilities for the storage of the weapon during weapons transportation form a continuous guide for the carriage .
A pipe fitting connection device, comprising: a pipe fitting body comprising a core body and a connecting body connected to each other, the connecting body provided with a first matching portion ; a positioning sleeve sleeving the core body , one end of the positioning sleeve provided with a second matching portion matching the first matching portion , the positioning sleeve spaced from the core body to form a mounting cavity for mounting a pipe , an outer wall of the positioning sleeve provided with at least two spaced positioning ribs , and two adjacent positioning ribs matching the positioning sleeve to form a clamping groove that matches a caliper tooth ; a sealing ring ; wherein the outer wall of the core body is provided with a mounting groove for mounting the sealing ring , the mounting groove comprises a first side wall away from the connecting body , and the first side wall is provided with a packing groove ; characterized in that the mounting groove further comprises a second side wall adjacent to the connecting body , the second side wall is provided with an anti-slip wall , a radial height of the anti-slip wall is greater than a radial height of the sealing ring . a pipe fitting body comprising a core body and a connecting body connected to each other, the connecting body provided with a first matching portion ; a positioning sleeve sleeving the core body , one end of the positioning sleeve provided with a second matching portion matching the first matching portion , the positioning sleeve spaced from the core body to form a mounting cavity for mounting a pipe , an outer wall of the positioning sleeve provided with at least two spaced positioning ribs , and two adjacent positioning ribs matching the positioning sleeve to form a clamping groove that matches a caliper tooth ; a sealing ring ; wherein the outer wall of the core body is provided with a mounting groove for mounting the sealing ring , the mounting groove comprises a first side wall away from the connecting body , and the first side wall is provided with a packing groove ; characterized in that the mounting groove further comprises a second side wall adjacent to the connecting body , the second side wall is provided with an anti-slip wall , a radial height of the anti-slip wall is greater than a radial height of the sealing ring .
An electrically propelled flying device comprising: - a mechanical coupling means arranged to cooperate with a cable of an electric distribution line so as to hold the flying device integral with the cable in a rest position; - at least one rechargeable battery for supplying power necessary to electrically propel the flying device; - means for charging the at least one battery included in the mechanical coupling means , the charging means being adapted, as soon as a so-called line current passes through the cable , to cooperate, advantageously magnetically, with said cable in order to charge the at least one battery , characterised in that the charging means are disposed in a Faraday cage provided with an electrode arranged to be in contact with the cable as soon as the flying device is hooked to the cable , advantageously the electrode is disposed at the mechanical coupling means . - a mechanical coupling means arranged to cooperate with a cable of an electric distribution line so as to hold the flying device integral with the cable in a rest position; - at least one rechargeable battery for supplying power necessary to electrically propel the flying device; - means for charging the at least one battery included in the mechanical coupling means , the charging means being adapted, as soon as a so-called line current passes through the cable , to cooperate, advantageously magnetically, with said cable in order to charge the at least one battery , characterised in that the charging means are disposed in a Faraday cage provided with an electrode arranged to be in contact with the cable as soon as the flying device is hooked to the cable , advantageously the electrode is disposed at the mechanical coupling means .
A composite twisted elongate element (5a-5d), comprising a plurality of elongate elements twisted together and which comprise at least one first elongate element and at least one second elongate element , wherein each of said plurality of elongate elements is substantially planar prior to twisting, the at least one first elongate element consists of a single homogeneous layer consisting of a first thermoplastic polymeric material (A), and the at least one second elongate element consists of a single homogeneous layer consisting of a second molecularly-oriented thermoplastic polymeric material (B), and wherein the melting point or softening point (MP A ) of the first polymeric material is at least 10°C less than the melting point or softening point (MP B ) of the second polymeric material, and the first and second polymeric materials are capable of being autogeneously bonded.
An inorganic fiber comprising the fiberization product of 65 to 86 weight percent silica, 14 to 35 weight percent magnesia, 0.3 weight percent or less calcia, and 1 to 2 weight percent strontium oxide, wherein said fiber has an average diameter of greater than 2 μm, wherein said inorganic fiber exhibits a low biopersistence in physiological saline, low shrinkage and good mechanical strength at temperatures of 1260°C and greater; wherein said fiber contains substantially no alkali metal oxide.
An acoustic damping resonator system for a combustor of a turbine engine , wherein at least one resonator housing defining at least one inner channel with an inner surface and an outer surface on an opposite side of the at least one resonator housing from the inner surface ; at least one resonator chamber extending radially outward from the at least one resonator housing , wherein the at least one resonator chamber includes at least one resonator inlet impingement orifice in an outer wall of the at least one resonator chamber and at least one resonator exhaust orifice extending through the at least one resonator housing ; and wherein the at least one resonator exhaust orifice extending through the at least one resonator housing is offset axially upstream to place the at least one resonator exhaust orifice closer to an area of maximum temperature within the combustor , wherein the at least one resonator exhaust orifice comprises a plurality of resonator exhaust orifices which are collected into a pattern, wherein the pattern is positioned closer to an upstream wall of the at least one resonator chamber than a downstream wall of the at least one resonator chamber , characterized in that , the at least one resonator inlet impingement orifice comprises a plurality of resonator inlet impingement orifices that are offset from the plurality of resonator exhaust orifices such that at least one of the plurality of resonator inlet impingement orifices is radially aligned with the at least one resonator housing in which the plurality of resonator exhaust orifices are positioned such that cooling fluids flowing into the at least one resonator chamber impinge on the at least one resonator housing , and wherein the plurality of resonator inlet impingement orifices form fewer rows as rows formed by the plurality of resonator exhaust orifices , and wherein the rows formed by the plurality of resonator inlet impingement orifices extend circumferentially and are aligned radially between rows of the plurality of resonator exhaust orifices beginning with a first upstream row of resonator exhaust orifices and moving downstream.
A method for manufacturing a magnesium material or magnesium alloy material with a coating, the method comprising: a step of contacting a magnesium material or magnesium alloy material with a surface conditioning agent; and a step of contacting the magnesium material or magnesium alloy material that has been contacted with the surface conditioning agent with a surface treatment agent including a phosphate ion and a calcium ion; wherein the surface conditioning agent comprises particles of dibasic calcium phosphate, the particles of dibasic calcium phosphate having a D 50 of from 0.1 μm to 0.8 μm, and the dibasic calcium phosphate being monetite and/or brushite; wherein D 50 represents particle sizes located at 50% by volume on a cumulative curve of particles obtained by assuming that a total volume of particles of dibasic calcium phosphate in the surface conditioning is 100%. a step of contacting a magnesium material or magnesium alloy material with a surface conditioning agent; and a step of contacting the magnesium material or magnesium alloy material that has been contacted with the surface conditioning agent with a surface treatment agent including a phosphate ion and a calcium ion; wherein the surface conditioning agent comprises particles of dibasic calcium phosphate, the particles of dibasic calcium phosphate having a D 50 of from 0.1 μm to 0.8 μm, and the dibasic calcium phosphate being monetite and/or brushite; wherein D 50 represents particle sizes located at 50% by volume on a cumulative curve of particles obtained by assuming that a total volume of particles of dibasic calcium phosphate in the surface conditioning is 100%.
A dish washer comprising: a tub ; a nozzle configured to supply dry air to the tub ; and a cap which is coupled to the nozzle and is configured to guide a flow of the dry air supplied from the nozzle to the tub and to discharge the dry air in a discharge direction, the cap comprising: a first bypass pipe extending in a direction different from the discharge direction above the nozzle ; a second bypass pipe extending from an end portion of the first bypass pipe in the discharge direction; and a discharge opening provided in an end portion of the second bypass pipe , wherein the different direction is a first lateral direction which is a direction different to the discharge direction and intersects the discharge direction. and characterized in that the first bypass pipe includes a first bottom surface which defines a lower limit of an inner space defined by the first bypass pipe ; the first bottom surface is inclined downward in an extension direction of the first bypass pipe ; the second bypass pipe includes a second bottom surface which defines a lower limit of an inner space defined by the second bypass pipe ; and the second bottom surface is inclined downward in an extension direction of the second bypass pipe . the cap comprising: a first bypass pipe extending in a direction different from the discharge direction above the nozzle ; a second bypass pipe extending from an end portion of the first bypass pipe in the discharge direction; and a discharge opening provided in an end portion of the second bypass pipe , a first bypass pipe extending in a direction different from the discharge direction above the nozzle ; a second bypass pipe extending from an end portion of the first bypass pipe in the discharge direction; and a discharge opening provided in an end portion of the second bypass pipe , wherein the different direction is a first lateral direction which is a direction different to the discharge direction and intersects the discharge direction. and characterized in that the first bypass pipe includes a first bottom surface which defines a lower limit of an inner space defined by the first bypass pipe ; the first bottom surface is inclined downward in an extension direction of the first bypass pipe ; the second bypass pipe includes a second bottom surface which defines a lower limit of an inner space defined by the second bypass pipe ; and the second bottom surface is inclined downward in an extension direction of the second bypass pipe .
A power headroom reporting, PHR, processing method, comprising: reporting a power headroom reporting media access control element, PHR MAC CE, to a target network side device, wherein a terminal aggregates a plurality of network side devices of different versions, and the PHR MAC CE includes PH information of one or more cells; wherein the PHR MAC CE comprises PH information of all cells configured or activated for the terminal; further comprising: for a multiple entry PHR MAC CE, using different logical channel identifiers, LCIDs, to represent multiple entry PHR MAC CEs with different lengths of component carrier, CC, bitmaps; or the PHR MAC CE includes only PH information of a cell that is identifiable by the target network side device in all cells configured or activated for the terminal; wherein when the target network side device is a secondary node, SN, of the terminal, the PHR MAC CE includes only PH information of a primary serving cell, Pcell, of the terminal or a serving cell of the target network side in all cells configured or activated for the terminal. reporting a power headroom reporting media access control element, PHR MAC CE, to a target network side device, wherein a terminal aggregates a plurality of network side devices of different versions, and the PHR MAC CE includes PH information of one or more cells; wherein the PHR MAC CE comprises PH information of all cells configured or activated for the terminal; further comprising: for a multiple entry PHR MAC CE, using different logical channel identifiers, LCIDs, to represent multiple entry PHR MAC CEs with different lengths of component carrier, CC, bitmaps; or the PHR MAC CE includes only PH information of a cell that is identifiable by the target network side device in all cells configured or activated for the terminal; wherein when the target network side device is a secondary node, SN, of the terminal, the PHR MAC CE includes only PH information of a primary serving cell, Pcell, of the terminal or a serving cell of the target network side in all cells configured or activated for the terminal.
A method for enabling transmission of one or more missed patches to a HTTP adaptive streaming, HAS, client device, comprising: the client device detecting that one or more patches have been missed by the client device, each of the one or more patches comprising information for updating at least part of a manifest file used by the client device; the client device determining a first identifier indicative of a manifest file version of the manifest file used by the client device; and, the client device sending the first identifier to a server for enabling the server to determine one or more missed patches on the basis of the first identifier and to transmit the missed patches to the client device. the client device detecting that one or more patches have been missed by the client device, each of the one or more patches comprising information for updating at least part of a manifest file used by the client device; the client device determining a first identifier indicative of a manifest file version of the manifest file used by the client device; and, the client device sending the first identifier to a server for enabling the server to determine one or more missed patches on the basis of the first identifier and to transmit the missed patches to the client device.