mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting data from a first network device to a second network device using a plurality of network links (40a-40d), the method comprising the first network device: sending first data to the second network device over a first network link at a first transmission time; sending second data to the second network device over a second network link at a second transmission time; receiving from the second network device an indication of the time difference between reception of the first data over the first network link and reception of the second data over the second network link; calculating a propagation time difference between the time taken for the first data to reach the second network device over the first network link and the second data to reach the second network device over the second network link using the received time difference indication and the first and second transmission times; determining a network link configuration and data sending order using the calculated propagation time difference. sending first data to the second network device over a first network link at a first transmission time; sending second data to the second network device over a second network link at a second transmission time; receiving from the second network device an indication of the time difference between reception of the first data over the first network link and reception of the second data over the second network link; calculating a propagation time difference between the time taken for the first data to reach the second network device over the first network link and the second data to reach the second network device over the second network link using the received time difference indication and the first and second transmission times; determining a network link configuration and data sending order using the calculated propagation time difference.
An electromagnetic relay comprising: a fixed iron core; a movable iron core opposed to the fixed iron core so as to be able to be contacted-with or separated-from the fixed iron core along an axial direction; a magnetizing coil that contains the fixed iron core and the movable iron core and generates a magnetic force when energized to make the movable iron core attracted by the fixed iron core; a movable contact coupled with the movable iron core; a fixed contact opposed to the movable contact so as to be contacted-with or distanced from the movable contact along with a movement of the movable iron core; a reset spring that is interposed between the fixed iron core and the movable iron core and separates the movable iron core from the fixed iron core when the magnetizing coil is de-energized; and characterised by a repulsive-force generating coil (17, 17A) that is disposed adjacent to the magnetizing coil at a reset position of the movable iron core, wherein the repulsive-force generating coil (17, 17A) is configured to be able to generate a magnetic field (b) opposing to a remaining magnetic field of the movable iron core at least while the movable iron core moves from a position where the movable contact has passed through an arc field that is a minimal gap between the movable contact and the fixed contact to cause an arc discharge between the movable contact and the fixed contact to a position where the movable iron core is just about to expand the reset spring fully. a fixed iron core; a movable iron core opposed to the fixed iron core so as to be able to be contacted-with or separated-from the fixed iron core along an axial direction; a magnetizing coil that contains the fixed iron core and the movable iron core and generates a magnetic force when energized to make the movable iron core attracted by the fixed iron core; a movable contact coupled with the movable iron core; a fixed contact opposed to the movable contact so as to be contacted-with or distanced from the movable contact along with a movement of the movable iron core; a reset spring that is interposed between the fixed iron core and the movable iron core and separates the movable iron core from the fixed iron core when the magnetizing coil is de-energized; and characterised by a repulsive-force generating coil (17, 17A) that is disposed adjacent to the magnetizing coil at a reset position of the movable iron core, wherein the repulsive-force generating coil (17, 17A) is configured to be able to generate a magnetic field (b) opposing to a remaining magnetic field of the movable iron core at least while the movable iron core moves from a position where the movable contact has passed through an arc field that is a minimal gap between the movable contact and the fixed contact to cause an arc discharge between the movable contact and the fixed contact to a position where the movable iron core is just about to expand the reset spring fully.
A method for allocating transport channels to provide Multimedia Broadcast Multicast Service MBMS services to one or more User Equipments UEs in a cell of a wireless network, the MBMS services being requested by the one or more UEs, the method comprising: obtaining parameters including a rate required by a MBMS service and a location factor indicating location of a UE in the cell, determining power cost of providing the MBMS service to the UE for each of types of transport channels available in the cell based on at least the required service rate and the location factor, and selecting a type of transport channel that has a minimum power cost to provide the MBMS service to the UE, wherein the step of determining power cost comprises: getting a throughput of a shared channel for the location factor, estimating a proportion of a shared channel resource occupied by the MBMS service based on a ratio of the required service rate to the gotten throughput, and determining the power cost for the shared channel based on a power level assigned to the shared channel and the determined proportion of the shared channel resource occupied. obtaining parameters including a rate required by a MBMS service and a location factor indicating location of a UE in the cell, determining power cost of providing the MBMS service to the UE for each of types of transport channels available in the cell based on at least the required service rate and the location factor, and selecting a type of transport channel that has a minimum power cost to provide the MBMS service to the UE, wherein the step of determining power cost comprises: getting a throughput of a shared channel for the location factor, estimating a proportion of a shared channel resource occupied by the MBMS service based on a ratio of the required service rate to the gotten throughput, and determining the power cost for the shared channel based on a power level assigned to the shared channel and the determined proportion of the shared channel resource occupied. getting a throughput of a shared channel for the location factor, estimating a proportion of a shared channel resource occupied by the MBMS service based on a ratio of the required service rate to the gotten throughput, and determining the power cost for the shared channel based on a power level assigned to the shared channel and the determined proportion of the shared channel resource occupied.
A weighing device applicable in a removable manner to the fork of a fork lift or of a lifter and comprising: - An upper strip to support the load to weigh, the upper strip having a superior surface and an inferior surface (3"); - A weighing device arranged in such a way as to detect the weight of a load overlying the upper strip, the weighing device comprising at least two load cells distanced between them and arranged below the upper strip; characterized in that: - It comprises further a magnetic element adapted to allow the magnetic attachment of the upper strip to the fork, the magnetic element being in the shape of a magnetic strip connected in correspondence of the inferior surface (3"); - The inferior surface (3") having a shape so as to lodge the magnetic strip and adapted for inserting the magnetic strip and the load cells, the magnetic strip being adapted to close the upper strip when inserted, - The weighing device further comprising an electronic card lodged into the site and programmed to send to an external device the detected weight data, the electronic card being further configured to communicate in wireless modality with said external device for the reading of the detected weight data. - An upper strip to support the load to weigh, the upper strip having a superior surface and an inferior surface (3"); - A weighing device arranged in such a way as to detect the weight of a load overlying the upper strip, the weighing device comprising at least two load cells distanced between them and arranged below the upper strip; - It comprises further a magnetic element adapted to allow the magnetic attachment of the upper strip to the fork, the magnetic element being in the shape of a magnetic strip connected in correspondence of the inferior surface (3"); - The inferior surface (3") having a shape so as to lodge the magnetic strip and adapted for inserting the magnetic strip and the load cells, the magnetic strip being adapted to close the upper strip when inserted, - The weighing device further comprising an electronic card lodged into the site and programmed to send to an external device the detected weight data, the electronic card being further configured to communicate in wireless modality with said external device for the reading of the detected weight data.
A tank unit for supplying liquid to a liquid ejecting head, comprising: two or more liquid accommodating containers disposed in a row and integrated, each of the liquid accommodating containers including a liquid accommodating chamber, the liquid accommodating chamber having one open side face, and a film covering the one open side face; and a cover member which covers the film of the liquid accommodating container positioned at one end of the row of liquid accommodating containers, characterized in that: the film of one liquid accommodating container is covered by a facing wall surface portion of the adjacent liquid accommodating container. two or more liquid accommodating containers disposed in a row and integrated, each of the liquid accommodating containers including a liquid accommodating chamber, the liquid accommodating chamber having one open side face, and a film covering the one open side face; and a cover member which covers the film of the liquid accommodating container positioned at one end of the row of liquid accommodating containers, characterized in that: the film of one liquid accommodating container is covered by a facing wall surface portion of the adjacent liquid accommodating container.
Telescopic sight mount with adjustable forward tilt, comprising a basic body which is fastenable on a firearm, an attachment for the attachment of a telescopic sight, an adjusting wheel which is mounted rotatably on the basic body and which either has surfaces which are spaced apart from its axis of rotation and which are each assigned a specific angle of forward tilt, or has a shell surface which has a pitch in the form of a spiral, wherein the basic body and the attachment form a hinge about a hinge axis, characterized in that the basic body and the attachment, by virtue of the arrangement of a clamping screw at an angle greater than the angle of the self-locking of the material pairing of a wall of the attachment and spacer plates arranged between the wall of the attachment and a wall on the main body and at the same time less than 90° in relation to said walls (30, 31) of the attachment and of the main body, have a positive connection, wherein, in this arrangement, when the clamping screw is tightened, the attachment can be pulled with a bearing surface against one of the surfaces or the shell surface of the adjusting wheel and at the same time with its wall against the spacer plates, which can in turn be pulled against the wall on the basic body.
A wind turbine comprising a tower with a centre axis, and a nacelle with a mounting section and an elevator system comprising a suspension device and an elevator car, wherein the elevator car is suspended to the suspension device, and wherein the suspension device is mounted to the mounting section of the nacelle, wherein the nacelle is rotatably mounted to the tower, wherein the suspension device is mounted to the mounting section of the nacelle in such a way, that the elevator car is liftable along the centre axis.
Process for producing a printed product consisting of one or more layers of a printing substrate, whereby at least one layer is printed with text and/or image information, containing at least one RFID, radio frequency identification, transponder, whereby the RFID transponder is made up of a booster antenna which was printed directly onto the printing substrate using a mass printing process such as offset, gravure, flexo, screen or ink-jet printing, and a mini-label, consisting of an RFID chip and a mini-antenna for near field coupling, whereby the mini-label consists of one or more mini-dipole antennae on whose contacts an RFID chip is fixed, for example with conductive adhesive for establishing contact, whereby the booster antenna and the mini-label have no contacting connection with each other, but the coupling of the signals from the booster antenna to the mini-label and back is effected by magnetic and/or electro-magnetic fields, there being at least one intermediate layer between the mini-label and the booster antenna, characterized in that the booster antenna is printed onto the printing substrate in one or more printing units according to the offset printing process or the flexo printing process or the gravure printing process or the screen printing process in a sheet-fed or web-fed rotary press with a suitably conductive printing ink or a suitable printing ink which is subsequently made conductive, for example by dusting with a metallic powder, whereby a printing press is used which has one or more printing units and which is part of a sheet-fed or web-fed rotary press, and which beside the selected main printing process optionally also comprises other printing processes, or whereby the main printing process for the production of the booster antenna is integrated in a further processing device which is downstream of the printing process in the printing press in the production sequence, or that the booster antenna is printed onto the printing substrate in one or more ink-jet printing units in a sheet-fed or web-fed rotary printing press with conductive ink or with ink which is subsequently made conductive, for example by dusting with a metallic powder, whereby a printing press is used which has one or more ink-jet printing units which are part of a sheet-fed or web-fed rotary press, which beside the ink-jet printing process optionally also comprises other printing processes, or whereby the ink-jet printing unit is integrated in a further processing device which is downstream of the printing process in the printing press in the production sequence.
A suction nozzle comprising: a housing including a suction port (25, 2025, 3025) formed on a bottom surface of the housing, and a suction flow path formed inside the housing and connected to the suction port (25, 2025, 3025); and a vibration cleaner arranged on the suction flow path, wherein the vibration cleaner includes: a vibration source including a vibration motor configured to produce a vibration; a vibration transfer frame (102, 103) connected to the vibration source and configured to transfer the vibration produced by the vibration source; and a vibration bar (106, 306, 6o6, 706) configured to receive the vibration transferred from the vibration transfer frame (102, 103), characterized in that the vibration bar (106, 306, 6o6, 706) resonates based on the received vibration and is flexed toward the front of the suction nozzle when the vibration motor is in the front direction and flexed toward the rear of the suction nozzle when the vibration motor is in the rear direction. a housing including a suction port (25, 2025, 3025) formed on a bottom surface of the housing, and a suction flow path formed inside the housing and connected to the suction port (25, 2025, 3025); and a vibration cleaner arranged on the suction flow path, wherein the vibration cleaner includes: a vibration source including a vibration motor configured to produce a vibration; a vibration transfer frame (102, 103) connected to the vibration source and configured to transfer the vibration produced by the vibration source; and a vibration bar (106, 306, 6o6, 706) configured to receive the vibration transferred from the vibration transfer frame (102, 103), characterized in that the vibration bar (106, 306, 6o6, 706) resonates based on the received vibration and is flexed toward the front of the suction nozzle when the vibration motor is in the front direction and flexed toward the rear of the suction nozzle when the vibration motor is in the rear direction. a vibration source including a vibration motor configured to produce a vibration; a vibration transfer frame (102, 103) connected to the vibration source and configured to transfer the vibration produced by the vibration source; and a vibration bar (106, 306, 6o6, 706) configured to receive the vibration transferred from the vibration transfer frame (102, 103), characterized in that the vibration bar (106, 306, 6o6, 706) resonates based on the received vibration and is flexed toward the front of the suction nozzle when the vibration motor is in the front direction and flexed toward the rear of the suction nozzle when the vibration motor is in the rear direction.
Vulcanisable elastomeric composition for winter tyres comprising at least: one quantity X equal to at least 1 phr of at least one liquid polymer selected from among a liquid polybutadiene, a liquid polyisoprene and/or mixtures thereof, one quantity Y equal to at least 11 phr of at least one resin selected from among hydrocarbon resins, phenolic resins and natural resins, one quantity Z of at least 5 phr of at least one plasticising oil, 100 phr of a mixture of solid diene elastomeric polymers, wherein said mixture comprises: from 0 to 95 phr of at least one styrene-butadiene polymer, from 0 to 95 phr of at least one polybutadiene polymer, and from 5 to 100 phr of at least one polyisoprene polymer, at least 10 phr of at least one reinforcing filler, and at least 0.05 phr of at least one vulcanising agent. one quantity X equal to at least 1 phr of at least one liquid polymer selected from among a liquid polybutadiene, a liquid polyisoprene and/or mixtures thereof, one quantity Y equal to at least 11 phr of at least one resin selected from among hydrocarbon resins, phenolic resins and natural resins, one quantity Z of at least 5 phr of at least one plasticising oil, 100 phr of a mixture of solid diene elastomeric polymers, from 0 to 95 phr of at least one styrene-butadiene polymer, from 0 to 95 phr of at least one polybutadiene polymer, and from 5 to 100 phr of at least one polyisoprene polymer, at least 10 phr of at least one reinforcing filler, and at least 0.05 phr of at least one vulcanising agent.
A top cover assembly for a battery, comprising: a cover plate body having a liquid injection hole; a mounting part configured to be connected with the cover plate body and arranged around the liquid injection hole; a sealing element configured to be connected with the mounting part and comprising a first top wall and a first side wall connected to the periphery of the first top wall, wherein the first top wall is configured to cover the liquid injection hole, and the first side wall is configured to be in press fit with the mounting part to achieve sealing of the liquid injection hole; and a fixing element configured to be connected with the cover plate body and fix the sealing element to the mounting part; characterised in that: the fixing element comprises a second top wall and a second side wall connected to the outer periphery of the second top wall; wherein the second top wall is in press fit with the first top wall to fix the sealing element; and/or the second side wall is in press fit with the first side wall to fix the sealing element. a cover plate body having a liquid injection hole; a mounting part configured to be connected with the cover plate body and arranged around the liquid injection hole; a sealing element configured to be connected with the mounting part and comprising a first top wall and a first side wall connected to the periphery of the first top wall, wherein the first top wall is configured to cover the liquid injection hole, and the first side wall is configured to be in press fit with the mounting part to achieve sealing of the liquid injection hole; and a fixing element configured to be connected with the cover plate body and fix the sealing element to the mounting part; characterised in that: the fixing element comprises a second top wall and a second side wall connected to the outer periphery of the second top wall; wherein the second top wall is in press fit with the first top wall to fix the sealing element; and/or the second side wall is in press fit with the first side wall to fix the sealing element. the fixing element comprises a second top wall and a second side wall connected to the outer periphery of the second top wall; wherein the second top wall is in press fit with the first top wall to fix the sealing element; and/or the second side wall is in press fit with the first side wall to fix the sealing element.
A charging member comprising a conductive support and an elastic layer; wherein said elastic layer comprises a vulcanized rubber; and wherein said vulcanized rubber is a vulcanized product of a composition comprising i) a binder which comprises a polymer having a butadiene skeleton, said polymer being represented by the following formula or and ii) conductive carbon black having been dispersed in the binder: wherein P represents a chain of the polymer having a butadiene skeleton; R 1 is an alkylene group having 1 to 12 carbon atom(s); R 2 and R 3 are each independently an alkyl group having 1 to 20 carbon atom(s); and n is an integer of 1 or 2, m is an integer of 1 or 2 and k is an integer of 1 or 2, provided that the value of n+m+k is an integer of 3 or 4; or wherein P represents a chain of the polymer having a butadiene skeleton; R 10 is an alkylene group having 1 to 12 carbon atom(s); R 11 and R 12 are each independently an alkyl group having 1 to 20 carbon atom(s); and j is an integer of 1 to 3 and h is an integer of 1 to 3, provided that the value of j+h is an integer of 2 to 4. i) a binder which comprises a polymer having a butadiene skeleton, said polymer being represented by the following formula or and ii) conductive carbon black having been dispersed in the binder: wherein P represents a chain of the polymer having a butadiene skeleton; R 1 is an alkylene group having 1 to 12 carbon atom(s); R 2 and R 3 are each independently an alkyl group having 1 to 20 carbon atom(s); and n is an integer of 1 or 2, m is an integer of 1 or 2 and k is an integer of 1 or 2, provided that the value of n+m+k is an integer of 3 or 4; or wherein P represents a chain of the polymer having a butadiene skeleton; R 10 is an alkylene group having 1 to 12 carbon atom(s); R 11 and R 12 are each independently an alkyl group having 1 to 20 carbon atom(s); and j is an integer of 1 to 3 and h is an integer of 1 to 3, provided that the value of j+h is an integer of 2 to 4.