mhurhangee/ep-ind-claims huggingface dataset:
An uncovering station for uncovering receptacle of the gel card type (410, 510, 610, 710) comprising a body (412, 512, 612, 712) in which several adjacent wells (414 1 -414 5, 514 1 -514 5, 614 1 -614 5, 714 1 -714 5) are formed, which are initially sealed by a cover (418, 518, 618, 718) having a length and a width, the cover (418, 518, 618, 718) being thermo-fused by a heat-sealing film or thermos-glued to the body (412, 512, 612, 712) by a glue, and having at least one precut (450, 550, 650, 750) between two adjacent wells so as to form at least one cover portion (418a-418f, 518a-518f, 618a-618f, 718a-718f) sealing at least one of the wells of the receptacle said uncovering station comprising - a plurality of heating gripping devices (130, 1301, 1302, 1303, 1304, 1305, 1306) that can be moved independently of each other, each of said heating gripping devices being configured to heat and remove one of the cover portions of a gel card type receptacle, and having an idle position in which said heating gripping device is heated by a heating device, and a working position in which said heating gripping device, which is heated, is made to bear against the or one of the cover portions so as to melt the heat-sealing film or the glue that seals the cover portion to the body, - a selection mechanism for selecting the gripping device(s) needing to be moved toward the working position, and a movement device for moving said selected gripping device(s) toward the working position. - a plurality of heating gripping devices (130, 1301, 1302, 1303, 1304, 1305, 1306) that can be moved independently of each other, each of said heating gripping devices being configured to heat and remove one of the cover portions of a gel card type receptacle, and having an idle position in which said heating gripping device is heated by a heating device, and a working position in which said heating gripping device, which is heated, is made to bear against the or one of the cover portions so as to melt the heat-sealing film or the glue that seals the cover portion to the body, - a selection mechanism for selecting the gripping device(s) needing to be moved toward the working position, and a movement device for moving said selected gripping device(s) toward the working position.
A pharmaceutical composition comprising ibrutinib, wherein ibrutinib is a compound with the structure of Compound 1, and wherein the pharmaceutical composition comprises i) at least 60% w/w of ibrutinib, and ii) excipients comprising 4-7% w/w of mannitol, and 13-16% w/w of crospovidone of the total weight of the pharmaceutical composition.
A stage-variation variable speeds transmission bicycle, comprising a bicycle bracket, wherein the bicycle bracket is provided with a medial axis, a medial axis chain wheel group is arranged on the medial axis, comprising a freehub arranged on bicycle rear shaft, the freehub is fixed with a sun gear, one side of the sun gear is provided with a planetary carrier, planetary gears are provided in the planetary carrier, a gear ring is provided radially outward of the planetary gears, a ratchet is provided radially outward of the gear ring, a main chain wheel is side-by-side arranged beside the planetary carrier, a one-way bearing is provided inside the main chain wheel, characterized in that the medial axis chain wheel group comprises three chain wheels with different size; and a ratchet is provided radially outward of the gear ring, the ratchet is provided with a pawl, and the pawl is fixed on the bicycle bracket, the pawl is controlled and adjusted by connecting with a derailleur beside bicycle handle by a steel wire rope, the pawl and the ratchet are detached or engaged by the extension or retraction of the steel wire rope, a pin coupling A is provided axially outward of the planetary carrier, the main chain wheel is provided with a pin coupling B, the pin coupling A on the planetary carrier and the pin coupling B on the main chain wheel are engaged, thereby the main chain wheel can effectively power planetary transmission.
A recovery system for capturing an aircraft in flight, the recovery system comprising: an articulating arm having a proximal end and a distal end, the articulating arm being secured to a surface at the proximal end; a rail coupled at the distal end of said articulating arm; a set of stanchions mounted to said rail; a first shuttle that is slideably coupled to said rail; an arresting cable coupled to said first shuttle, wherein the arresting cable is configured to stretch horizontally across the set of stanchions to capture the aircraft; characterised in that the recovery system further comprises: a second shuttle that is slideably coupled to said rail, wherein said second shuttle is independent of said first shuttle; and a capture net coupled to said second shuttle, wherein the capture net is configured to reduce post-capture motion of the aircraft caused by capture of the aircraft by said arresting cable. an articulating arm having a proximal end and a distal end, the articulating arm being secured to a surface at the proximal end; a rail coupled at the distal end of said articulating arm; a set of stanchions mounted to said rail; a first shuttle that is slideably coupled to said rail; an arresting cable coupled to said first shuttle, wherein the arresting cable is configured to stretch horizontally across the set of stanchions to capture the aircraft; characterised in that the recovery system further comprises: a second shuttle that is slideably coupled to said rail, wherein said second shuttle is independent of said first shuttle; and a capture net coupled to said second shuttle, wherein the capture net is configured to reduce post-capture motion of the aircraft caused by capture of the aircraft by said arresting cable. a second shuttle that is slideably coupled to said rail, wherein said second shuttle is independent of said first shuttle; and a capture net coupled to said second shuttle, wherein the capture net is configured to reduce post-capture motion of the aircraft caused by capture of the aircraft by said arresting cable.
A wheel driving device comprising an electric motor having a rotor, a speed reducer, and a hub ring, wherein the speed reducer is configured to transmit a rotation of the rotor to the hub ring after reducing a speed of the rotation, wherein the hub ring is configured to transmit the rotation transmitted from the speed reducer to a drive wheel, and wherein the speed reducer is a cycloid speed reducer comprising: an input shaft driven by the electric motor and having an eccentric shaft portion; an external gear having external teeth on an outer periphery of the external gear and rotatably supported by the eccentric shaft portion; an internal gear mounted in and rotationally fixed to a speed reducer casing by a rotationally fixing means, the internal gear having internal teeth on an inner periphery of the internal gear which mesh with the external teeth of the external gear and which are greater in number than the external teeth; and an output shaft arranged coaxial with the input shaft, wherein the speed reducer is configured such that when the input shaft rotates, the external gear is eccentrically pivoted and a rotation of the external gear about an axis of the external gear is transmitted to the hub ring through the output shaft, wherein the rotationally fixing means is capable of elastically supporting the internal gear, characterized in that the rotationally fixing means comprises an annular plate mounted to one of two axially opposed surfaces of the speed reducer casing and the internal gear, respectively, and formed with a plurality of circumferentially spaced apart bush fitting holes, cylindrical elastically deformable elastic bushes fitted in the respective bush fitting holes, and support pins inserted in the respective elastic bushes. an input shaft driven by the electric motor and having an eccentric shaft portion; an external gear having external teeth on an outer periphery of the external gear and rotatably supported by the eccentric shaft portion; an internal gear mounted in and rotationally fixed to a speed reducer casing by a rotationally fixing means, the internal gear having internal teeth on an inner periphery of the internal gear which mesh with the external teeth of the external gear and which are greater in number than the external teeth; and an output shaft arranged coaxial with the input shaft, wherein the speed reducer is configured such that when the input shaft rotates, the external gear is eccentrically pivoted and a rotation of the external gear about an axis of the external gear is transmitted to the hub ring through the output shaft, wherein the rotationally fixing means is capable of elastically supporting the internal gear, characterized in that the rotationally fixing means comprises an annular plate mounted to one of two axially opposed surfaces of the speed reducer casing and the internal gear, respectively, and formed with a plurality of circumferentially spaced apart bush fitting holes, cylindrical elastically deformable elastic bushes fitted in the respective bush fitting holes, and support pins inserted in the respective elastic bushes.
A stapling device comprising; an elongate body having a proximal portion and a distal portion; a tool assembly supported on the distal portion of the elongate body, the tool assembly having a proximal portion and a distal portion and including an anvil assembly and a cartridge assembly, the anvil assembly and the cartridge assembly having proximal portions coupled together such that the tool assembly is movable between an open position and a clamped position; and a stabilizing member supported on the distal portion of the tool assembly on one of the cartridge and anvil assemblies, the stabilizing member being movable when the tool assembly is in the clamped position from a first position disengaged with the other one of the cartridge and anvil assemblies to a second position engaged with the other one of the cartridge and anvil assemblies to define a predetermined maximum tissue gap ("G") between the cartridge assembly and the anvil assembly, characterized in that the stabilizing member is a stabilizing cap that is movable between the first and the second positions on the one of the cartridge and anvil assemblies, wherein the stabilizing cap defines a cavity that receives the other one of the cartridge and anvil assemblies when the cap is moved to the second position. an elongate body having a proximal portion and a distal portion; a tool assembly supported on the distal portion of the elongate body, the tool assembly having a proximal portion and a distal portion and including an anvil assembly and a cartridge assembly, the anvil assembly and the cartridge assembly having proximal portions coupled together such that the tool assembly is movable between an open position and a clamped position; and a stabilizing member supported on the distal portion of the tool assembly on one of the cartridge and anvil assemblies, the stabilizing member being movable when the tool assembly is in the clamped position from a first position disengaged with the other one of the cartridge and anvil assemblies to a second position engaged with the other one of the cartridge and anvil assemblies to define a predetermined maximum tissue gap ("G") between the cartridge assembly and the anvil assembly, characterized in that the stabilizing member is a stabilizing cap that is movable between the first and the second positions on the one of the cartridge and anvil assemblies, wherein the stabilizing cap defines a cavity that receives the other one of the cartridge and anvil assemblies when the cap is moved to the second position.
A data storage device comprising: a storage section adapted to store multimedia data; a first communication section adapted to output multimedia data from the storage section exclusively to a multimedia data-capable device; a second communication section provided separately from the first communication section and adapted to exchange information with external equipment; a switch portion; a connection section adapted to control the switch portion; and a control section adapted to control the exchange of information of the second communication section with the storage section; wherein the switch portion is adapted to perform electrical connection/disconnection of the second communication section to/from other circuit sections; and the connection section is adapted to control the switch portion to perform said electrical connection/disconnection of the second communication section to/from the other circuit sections; characterized in that the switch portion (21, 33) is adapted to perform electrical connection/disconnection of the second communication section to/from the control section and/or a power supply section adapted to supply power to the second communication section; and the connection section is adapted to control the switch portion (21, 33) to perform said electrical connection/disconnection of the second communication section to/from the control section and/or the power supply section. a storage section adapted to store multimedia data; a first communication section adapted to output multimedia data from the storage section exclusively to a multimedia data-capable device; a second communication section provided separately from the first communication section and adapted to exchange information with external equipment; a switch portion; a connection section adapted to control the switch portion; and a control section adapted to control the exchange of information of the second communication section with the storage section; the switch portion is adapted to perform electrical connection/disconnection of the second communication section to/from other circuit sections; and the connection section is adapted to control the switch portion to perform said electrical connection/disconnection of the second communication section to/from the other circuit sections; characterized in that the switch portion (21, 33) is adapted to perform electrical connection/disconnection of the second communication section to/from the control section and/or a power supply section adapted to supply power to the second communication section; and the connection section is adapted to control the switch portion (21, 33) to perform said electrical connection/disconnection of the second communication section to/from the control section and/or the power supply section.
A method of processing an object by applying RF energy to the object (11, 15) placed in a cavity, the method comprising: applying RF energy to the cavity at a plurality of sets of respective values of one or more parameters that affect a field pattern in the cavity; characterised by receiving feedback on an average amount of energy absorbed or on an average power absorbed over the sets of respective values of one or more parameters that affect a field pattern in the cavity and monitoring the feedback during the processing to adjust energy application when a predetermined change in the feedback occurs. applying RF energy to the cavity at a plurality of sets of respective values of one or more parameters that affect a field pattern in the cavity; characterised by receiving feedback on an average amount of energy absorbed or on an average power absorbed over the sets of respective values of one or more parameters that affect a field pattern in the cavity and monitoring the feedback during the processing to adjust energy application when a predetermined change in the feedback occurs.
Detection system (101, 101b) for detecting the onset of enteric diseases in livestock, comprising: - a sensor device comprising suction means configured for suctioning air from an environment (11, 12) with said livestock, wherein said environment (11, 12) is a stable for pigs or a chicken coop, sensor means configured to determine information about the type and concentration of a plurality of smelling molecules in said air and further configured to emit a signal representative of said information of smelling molecules; - a transmission device configured to convey said signal representative of smelling molecules; - a processing device of the self-learning type configured to receive and process said signal representative of smelling molecules, detecting a risk of enteric diseases in said livestock associated with said information about the type and concentration of said smelling molecules before said enteric diseases arise; - a signaling device configured to report to a user said risk of enteric diseases in said livestock, wherein said processing device further comprises a memory adapted to contain reference data by type and concentration of smelling molecules for enteric disease cases in said livestock, and a processor adapted to compare said information about the type and concentration of said smelling molecules with said reference data, wherein said sensor means comprise at least three MOS sensors for gases adapted to identify nitrogen oxides, CH 4 and light hydrocarbons, sulfur compounds, CO and aromatics. - a sensor device comprising suction means configured for suctioning air from an environment (11, 12) with said livestock, wherein said environment (11, 12) is a stable for pigs or a chicken coop, sensor means configured to determine information about the type and concentration of a plurality of smelling molecules in said air and further configured to emit a signal representative of said information of smelling molecules; - a transmission device configured to convey said signal representative of smelling molecules; - a processing device of the self-learning type configured to receive and process said signal representative of smelling molecules, detecting a risk of enteric diseases in said livestock associated with said information about the type and concentration of said smelling molecules before said enteric diseases arise; - a signaling device configured to report to a user said risk of enteric diseases in said livestock,
A rigid core for forming a tire comprising: a core body provided on an outer surface thereof with a tire forming surface (s) configured to form thereon a green tire (t) by sequentially sticking tire structural members, the rigid core being configured to be loaded together with the green tire (t) formed on the tire forming surface into a vulcanization mold (b) so as to subject the green tire (t) to vulcanization molding between the vulcanization mold (b) and the core body, wherein the core body comprises a plurality of divided core pieces configured to be divided inward and outward in a tire radial direction at a tire radial position including a maximum width position at which the tire forming surface (s) bulges most outward in a tire axial direction, wherein an outward divided core piece disposed more outward in the tire radial direction than the maximum width position, and an inward divided core piece disposed more inward in the tire radial direction than the maximum width position are respectively formed of metal materials characterized in that the respective metal materials forming the outward divided core piece and the inward divided core piece are different from each other in coefficient of thermal expansion (α), and wherein a coefficient of thermal expansion (αi) of the inward divided core piece is higher than a coefficient of thermal expansion (αo) of the outward divided core piece. a core body provided on an outer surface thereof with a tire forming surface (s) configured to form thereon a green tire (t) by sequentially sticking tire structural members, the rigid core being configured to be loaded together with the green tire (t) formed on the tire forming surface into a vulcanization mold (b) so as to subject the green tire (t) to vulcanization molding between the vulcanization mold (b) and the core body, wherein the core body comprises a plurality of divided core pieces configured to be divided inward and outward in a tire radial direction at a tire radial position including a maximum width position at which the tire forming surface (s) bulges most outward in a tire axial direction, wherein an outward divided core piece disposed more outward in the tire radial direction than the maximum width position, and an inward divided core piece disposed more inward in the tire radial direction than the maximum width position are respectively formed of metal materials characterized in that the respective metal materials forming the outward divided core piece and the inward divided core piece are different from each other in coefficient of thermal expansion (α), and characterized in that the respective metal materials forming the outward divided core piece and the inward divided core piece are different from each other in coefficient of thermal expansion (α), and wherein a coefficient of thermal expansion (αi) of the inward divided core piece is higher than a coefficient of thermal expansion (αo) of the outward divided core piece.
Device for unloading general cargo from a shipping container or truck, which device comprises: - a mobile driven chassis (2, 9, 10); - a height-displaceable platform arranged on the chassis (2, 9, 10) via a parallelogram-shaped rod system (3, 4, 5, 6); - a conveyor track tiltable around a horizontal axis and arranged with an end on the chassis (2, 9, 10); - drive means for driving the tilting movement of the conveyor track; - coupling means arranged between the free end of the conveyor track and the platform, so that the platform is displaced in the height with the tilting movement of the conveyor track, characterized in that the coupling means comprise a flexible element, such as a cord, cable or chain, wherein the free end of the conveyor track reaches to a position above the platform. - a mobile driven chassis (2, 9, 10); - a height-displaceable platform arranged on the chassis (2, 9, 10) via a parallelogram-shaped rod system (3, 4, 5, 6); - a conveyor track tiltable around a horizontal axis and arranged with an end on the chassis (2, 9, 10); - drive means for driving the tilting movement of the conveyor track; - coupling means arranged between the free end of the conveyor track and the platform, so that the platform is displaced in the height with the tilting movement of the conveyor track, the coupling means comprise a flexible element, such as a cord, cable or chain, wherein the free end of the conveyor track reaches to a position above the platform.