mhurhangee/ep-ind-claims huggingface dataset:
Device for cutting slits in a surface, for instance a turf cover, comprising: - a frame displaceable over the surface, - a movable cutter (6, 7) on the frame and oriented during use toward the surface for the purpose of cutting slits in the surface, - collecting means for collecting the material cut from the surface by means of the cutter, - a filler material container, - a channel to an outflow opening oriented toward a cut slit, which channel is connected to the filler material container, and - a hood for guiding in the direction of the collecting means the material cut out of the surface by means of the cutter, wherein the cutter is movable in order to throw up material from the surface in a throw-up direction, wherein the collecting means comprise a collecting bin, characterized in that the device further comprises a tipping mechanism between the frame and the collecting bin, with which the collecting bin is movable between a position of use and a tipping position, and in that the collecting means lie behind the cutter relative to the direction of displacement of the device, the collecting bin is configured to be tipped about a tipping axis which is defined in the tipping mechanism and which is oriented relative to the direction of displacement of the device such that the collecting bin is tiltable substantially transversely relative to the direction of displacement of the device. - a frame displaceable over the surface, - a movable cutter (6, 7) on the frame and oriented during use toward the surface for the purpose of cutting slits in the surface, - collecting means for collecting the material cut from the surface by means of the cutter, - a filler material container, - a channel to an outflow opening oriented toward a cut slit, which channel is connected to the filler material container, and - a hood for guiding in the direction of the collecting means the material cut out of the surface by means of the cutter,
A screen assembly comprising a flexible screen having a front edge area, a supporting member about which the screen can be wound/unwound and which is substantially vertical and has an upper end and a lower end, a biasing means to create a tension in the screen, characterized in that the screen assembly further comprises a single drum/pulley associated with one end of the supporting member, a line member that can be wound onto and off the drum/pulley, the line member being operatively associated with the screen such that as the screen is extended, the line member is wound onto the drum/pulley, and as the screen is retracted, the line member is wound off the drum/pulley, the screen, when wound about the supporting member, having a diameter which increases as the screen material is wound about supporting member, and which decreases as the screen material is unwound from the supporting member, the diameter of the drum/pulley, at the position where the line member winds onto the drum/pulley or off the drum/pulley, being about the same diameter of the supporting member containing the screen, the line member being operatively attached to the front edge area of the screen, the line member comprises a first part which winds onto and off the drum/pulley, a second part which is attached to the first part and which is operatively connected to the upper front edge area of the screen, and a third part which is attached to the first part and which is operatively connected to the lower front edge area of the screen.
A system comprising: a plurality of refrigeration units, each respectively comprising a battery and a climate control mechanism for controlling a temperature of the respective refrigeration unit in accordance with an inventory item stored within the respective refrigeration unit; a network interface for communication with at least one computing device; and an inventory holder comprising: a frame, a plurality of shelves, each of the plurality of refrigeration units of a size and shape to fit on a respective shelf of the plurality of shelves; a docking surface for docking with a mobile drive unit; an opening configured to receive the mobile drive unit for docking with the docking surface; and circuitry configured such that, with the mobile drive unit docked with the docking surface and each of the plurality of refrigeration units on the respective shelf of the plurality of shelves, the respective battery of each of the plurality of refrigeration units is rechargeable by the mobile drive unit. a plurality of refrigeration units, each respectively comprising a battery and a climate control mechanism for controlling a temperature of the respective refrigeration unit in accordance with an inventory item stored within the respective refrigeration unit; a network interface for communication with at least one computing device; and an inventory holder comprising: a frame, a plurality of shelves, each of the plurality of refrigeration units of a size and shape to fit on a respective shelf of the plurality of shelves; a docking surface for docking with a mobile drive unit; an opening configured to receive the mobile drive unit for docking with the docking surface; and circuitry configured such that, with the mobile drive unit docked with the docking surface and each of the plurality of refrigeration units on the respective shelf of the plurality of shelves, the respective battery of each of the plurality of refrigeration units is rechargeable by the mobile drive unit. a docking surface for docking with a mobile drive unit; an opening configured to receive the mobile drive unit for docking with the docking surface; and circuitry configured such that, with the mobile drive unit docked with the docking surface and each of the plurality of refrigeration units on the respective shelf of the plurality of shelves, the respective battery of each of the plurality of refrigeration units is rechargeable by the mobile drive unit.
A method comprising: Detecting, via a low-power processor (110; 708) of a device (102; 700) that is in a sleep state, a magnetic field indicating a presence of a near-field communication-enabled (NFC-enabled) entity, the low-power processor (110; 708) not capable of authenticating the NFC-enabled entity; and, responsive to detecting the magnetic field via the low-power processor (110; 708), Activating, another higher-power processor (108; 714) of the device (102; 700) that is capable of authenticating the NFC-enabled entity; Receiving, via a near-field communication interface (120; 706) of the device (102; 700), authentication information from the NFC-enabled entity; and Authenticating, via the other higher-power processor (108; 714) and based on authentication information, the NFC-enabled entity effective to wake the device (102; 700) from the sleep state. Detecting, via a low-power processor (110; 708) of a device (102; 700) that is in a sleep state, a magnetic field indicating a presence of a near-field communication-enabled (NFC-enabled) entity, the low-power processor (110; 708) not capable of authenticating the NFC-enabled entity; and, responsive to detecting the magnetic field via the low-power processor (110; 708), Activating, another higher-power processor (108; 714) of the device (102; 700) that is capable of authenticating the NFC-enabled entity; Receiving, via a near-field communication interface (120; 706) of the device (102; 700), authentication information from the NFC-enabled entity; and Authenticating, via the other higher-power processor (108; 714) and based on authentication information, the NFC-enabled entity effective to wake the device (102; 700) from the sleep state.
A system for producing a terephthalic acid by contacting a slurry comprising para-xylene with a gas-phase oxidant comprising air, said system comprising: a primary oxidation reactor comprising a first slurry outlet; and a secondary oxidation reactor comprising a slurry inlet, a second slurry outlet, a normally lower oxidant inlet, and a normally upper oxidant inlet, wherein said slurry inlet is in downstream fluid-flow communication with said first slurry outlet, wherein said secondary oxidation reactor defines therein a secondary reaction zone having a maximum length L s, wherein said normally lower oxidant inlet is spaced from the bottom of said secondary reaction zone by less than 0.5L s, wherein said normally upper oxidant inlet is spaced from the bottom of said secondary reaction zone by at least 0.5L s; and wherein said primary oxidation reactor is a bubble column reactor and said secondary oxidation reactor is a bubble column reactor. a primary oxidation reactor comprising a first slurry outlet; and a secondary oxidation reactor comprising a slurry inlet, a second slurry outlet, a normally lower oxidant inlet, and a normally upper oxidant inlet, wherein said slurry inlet is in downstream fluid-flow communication with said first slurry outlet, wherein said secondary oxidation reactor defines therein a secondary reaction zone having a maximum length L s, wherein said normally lower oxidant inlet is spaced from the bottom of said secondary reaction zone by less than 0.5L s, wherein said normally upper oxidant inlet is spaced from the bottom of said secondary reaction zone by at least 0.5L s; and wherein said primary oxidation reactor is a bubble column reactor and said secondary oxidation reactor is a bubble column reactor.
A carbon nanotube array, comprising: hollow carbon nanotubes arranged on a base; wherein the base comprises a first planar surface and a second planar surface; wherein the hollow carbon nanotubes extend from the first planar surface to the second planar surface, and comprise first open ports at the first planar surface and second open ports at the second planar surface; wherein the first open ports are inlet ports and the second open ports are outlet ports, and a fluid flow passage channel extends between pairs of inlet and outlet ports (111, 112) such that there is a fluidic communication between the first planar surface and the second planar surface of the base via the hollow carbon nanotubes; wherein the hollow carbon nanotubes comprise nanotubes having a diameter of from at least 160nm to 250nm; wherein the hollow carbon nanotubes comprise nanotubes arranged with 350nm to 450nm center-to-center spacing; wherein the nanotubes in the CNT array extend no further than 450nm beyond the second planar surface of the base. hollow carbon nanotubes arranged on a base; wherein the base comprises a first planar surface and a second planar surface; wherein the hollow carbon nanotubes extend from the first planar surface to the second planar surface, and comprise first open ports at the first planar surface and second open ports at the second planar surface; wherein the first open ports are inlet ports and the second open ports are outlet ports, and a fluid flow passage channel extends between pairs of inlet and outlet ports (111, 112) such that there is a fluidic communication between the first planar surface and the second planar surface of the base via the hollow carbon nanotubes; wherein the hollow carbon nanotubes comprise nanotubes having a diameter of from at least 160nm to 250nm; wherein the hollow carbon nanotubes comprise nanotubes arranged with 350nm to 450nm center-to-center spacing; wherein the nanotubes in the CNT array extend no further than 450nm beyond the second planar surface of the base.
An apparatus comprising a radius filler, the radius filler comprising: a lattice that comprises connected elongate members that comprise a metal, or metal alloy, formed by additive manufacturing and wherein the geometry of the elongate member is configured to distribute loads in an x-axis, y-axis and a z-axis for the radius filler in which the z-axis extends centrally through the radius filler, and having a three-dimensional shape of a radius filler; and a resin infused within the lattice. a lattice that comprises connected elongate members that comprise a metal, or metal alloy, formed by additive manufacturing and wherein the geometry of the elongate member is configured to distribute loads in an x-axis, y-axis and a z-axis for the radius filler in which the z-axis extends centrally through the radius filler, and having a three-dimensional shape of a radius filler; and a resin infused within the lattice.
A compensation method for uplink power control in a coordinated multi-point, CoMP, transmission system, comprising: determining, by a base station, an adjustment value for an uplink sending power of a user equipment, UE; and sending, by the base station to the UE, indication information and the adjustment value for the uplink sending power of the UE, wherein the indication information is used for indicating a range of the adjustment value for the uplink sending power of the UE, so that the UE, according to the indication information and the adjustment value for the uplink sending power of the UE, determines the uplink sending power of the UE, wherein the adjustment value for the uplink sending power of the UE is identified by more than 4 bits, and a step of the adjustment value for the uplink sending power of the UE identified by the more than 4 bits is greater than or equal to 1dB. determining, by a base station, an adjustment value for an uplink sending power of a user equipment, UE; and sending, by the base station to the UE, indication information and the adjustment value for the uplink sending power of the UE, wherein the indication information is used for indicating a range of the adjustment value for the uplink sending power of the UE, so that the UE, according to the indication information and the adjustment value for the uplink sending power of the UE, determines the uplink sending power of the UE, wherein the adjustment value for the uplink sending power of the UE is identified by more than 4 bits, and a step of the adjustment value for the uplink sending power of the UE identified by the more than 4 bits is greater than or equal to 1dB.
A gas burner including: a distributor means having at least two air gas mixture distribution channels to distribute an air gas mixture around said distributor means, said gas burner including a plurality of flame ports through which said gas mixture can pass and be ignited; one injector being associated with each of said air gas mixture distribution channels, each of the injectors is positioned to inject gas into its associated air gas mixture distribution channel via an associated venturi system including a vertically directed passage and transition port characterised in that said venturi system also has generally horizontal venturi extensions (78",78') extending away from said transition port in two circumferential directions (78") and one radial inward direction to said at least two air gas mixture distribution channels to enable gas to flow horizontally away from said transition port and towards associated flame ports. a distributor means having at least two air gas mixture distribution channels to distribute an air gas mixture around said distributor means, said gas burner including a plurality of flame ports through which said gas mixture can pass and be ignited; one injector being associated with each of said air gas mixture distribution channels, each of the injectors is positioned to inject gas into its associated air gas mixture distribution channel via an associated venturi system including a vertically directed passage and transition port characterised in that said venturi system also has generally horizontal venturi extensions (78",78') extending away from said transition port in two circumferential directions (78") and one radial inward direction to said at least two air gas mixture distribution channels to enable gas to flow horizontally away from said transition port and towards associated flame ports.
A drive apparatus for an assembly, comprising a harvesting header and an inclined conveyor, of a self-propelled harvester which has an arrangement in the form of a traction transmission having a device for steplessly changing a transmission ratio and at least one reduction transmission (18, 19) connected downstream thereof, characterised in that the arrangement as the first traction transmission has a variator transmission which is arranged in the region of a drive machine and has a first variator wheel driven by the drive machine and a second variator wheel at the drive output side, the operative diameter of which is respectively steplessly adjustable, that a drive pulley of a second traction transmission, that is arranged coaxially with the second variator wheel and is drivingly connected to a plurality of drive output pulleys (11, 12) by way of a traction means is drivable by the second variator wheel, wherein the drive output pulleys (11, 12) are respectively associated with the drive of the inclined conveyor and a drive of the harvesting header, and that arranged between the respective drive output pulleys (11, 12) and the one respective drive of the inclined conveyor or the harvesting header is a respective reduction transmission (18, 19).
Wall holder having a base plate with openings, a cover as well as means for attaching objects, wherein the base plate is provided with at least two elongated holes and the means for attaching objects are formed by a bolt, which is provided with fastening means at its end facing the base plate, wherein the object has an electrical consumer, wherein bores are provided in the base plate and the base plate is provided with slots, which each extend parallel to the side edges of the base plate and wherein the cover is provided at its circumference with edges oriented at right angles to the view side, characterised in that the base plate is provided with at least two elongated holes, which have a curved shape and whose mental connection forms a circular path and the base plate has an opening in its centre and the bolt has a longitudinal bore for the passage of cables, wherein the cover is provided with a hole in its centre.
A work vehicle comprising an engine, a hydraulic pump connected mechanically to said engine, a motor generator connected mechanically to said engine, a traveling motor connected electrically to said motor generator, an electrical storage device connected electrically to said motor generator and said traveling motor, and control means which controls the power of said hydraulic pump and that of said traveling motor; characterized in that said control means calculates demanded hydraulic power demanded by said hydraulic pump and demanded traveling power demanded by said traveling motor, and wherein, if a total value of said demanded hydraulic power and said demanded traveling power is larger than a sum of the engine power that can be output by said engine, and the discharge power that can be discharged by said electrical storage device, said control means increases an actual power of said hydraulic pump from a value at the time of demand toward said demanded hydraulic power, an increment of the actual power of said hydraulic pump being limited, and, while the increment of the actual power of said hydraulic pump is being limited, decreases an actual power of said traveling motor by a value which is equal to or lower than a magnitude of said limited increment of the actual power of said hydraulic pump.
Method for manufacturing a rotor with permanent magnets comprising the steps of: a) providing a central core with a predetermined cross-section, b)providing a plurality of ferromagnetic discs (20a, 20b, 20c, 20d) having a hole shaped in a complementary manner to the cross-section of the central core; c)stacking up said ferromagnetic discs (20a, 20b, 20c, 20d) around said central core, thus forming a cylindrical structure with a longitudinal cavity wherein said longitudinal cavity is formed by said holes of the stacked up ferromagnetic discs; d)integrally blocking together said stacked up discs; and e)removing the central core, characterized in that said central core is made of vinyl acetate or polyvinylacetate and said step of removing said central core comprises the step of dissolving said core in a solvent fluid. a) providing a central core with a predetermined cross-section, b)providing a plurality of ferromagnetic discs (20a, 20b, 20c, 20d) having a hole shaped in a complementary manner to the cross-section of the central core; c)stacking up said ferromagnetic discs (20a, 20b, 20c, 20d) around said central core, thus forming a cylindrical structure with a longitudinal cavity wherein said longitudinal cavity is formed by said holes of the stacked up ferromagnetic discs; d)integrally blocking together said stacked up discs; and e)removing the central core, characterized in that said central core is made of vinyl acetate or polyvinylacetate and said step of removing said central core comprises the step of dissolving said core in a solvent fluid.
Autonomous implement, in particular autonomous lawnmower, having at least one drive unit that comprises at least one drive wheel (14, 16) having at least one sensor unit, having at least one location-determining unit, having at least one evaluating unit, wherein for the purpose of determining a slip of the at least one drive wheel (14, 16) the evaluating unit is provided for the purpose of taking into account at least one characteristic value (24, 26, 32) that is detected by the sensor unit and at least one characteristic value that is detected by the location-determining unit, and having at least one housing unit, wherein the evaluating unit is provided for the purpose of determining at least one characteristic value of a lateral movement of the housing unit that is different to a forwards movement, characterized in that the evaluating unit is provided at least for the purpose of determining at least one tilt of the housing unit about at least one of the axes (36, 38) that are different to a vertical axis of the housing unit as a consequence of at least one characteristic value that is detected by the sensor unit, and the evaluating unit is provided for the purpose of taking into account at least the determined slip of the drive wheel (14, 16) and the tilt of the housing unit for the purpose of determining the characteristic value of the lateral movement.
A tab sheet setting apparatus for specifying a setting concerning a tab sheet, wherein the setting is a setting for a printing job to be printed by an image forming apparatus, the tab sheet apparatus comprising: a display unit for displaying sheet images which correspond to sheets for consecutive two or more pages among a plurality of pages and a tab image which corresponds to a tab of a tab sheet on an operating screen; characterised in that a first deciding unit for deciding, in case when said tab image displayed on the operating screen is moved and placed in a first area, which contains at least a sheet image of one page that is displayed on the operating screen, the sheet of the page indicated by the sheet image in the first area to be the tab sheet; and a second deciding unit for deciding, in case when said tab image displayed on the operating screen is moved and placed in a second area, which is different from said first area and contains a midpoint of sheet images of two consecutive pages displayed on said operating screen, to insert the tab sheet between said two consecutive pages. a display unit for displaying sheet images which correspond to sheets for consecutive two or more pages among a plurality of pages and a tab image which corresponds to a tab of a tab sheet on an operating screen; characterised in that a first deciding unit for deciding, in case when said tab image displayed on the operating screen is moved and placed in a first area, which contains at least a sheet image of one page that is displayed on the operating screen, the sheet of the page indicated by the sheet image in the first area to be the tab sheet; and a second deciding unit for deciding, in case when said tab image displayed on the operating screen is moved and placed in a second area, which is different from said first area and contains a midpoint of sheet images of two consecutive pages displayed on said operating screen, to insert the tab sheet between said two consecutive pages.