mhurhangee/patent-ind-claim-en huggingface dataset:
A robot linear motion unit, comprising a motion track and a transmission mechanism arranged along the extension direction of the motion track , wherein the motion track is arranged on a surface of a locating beam; wherein the locating beam comprises a first support beam and a second support beam which are parallel to each other, wherein a crossbeam is connected between the first support beam and the second support beam and is vertical to the first support beam and the second support beam , and a joint between the crossbeam and the first support beam and a joint between the crossbeam and the second support beam are provided with a right-angle connecting piece respectively; wherein the motion track comprises a first track and a second track arranged respectively on the first support beam and the second support beam of the locating beam, wherein the transmission mechanism is a double track synchronous pulley transmission mechanism which comprises for each of the first and second track a synchronous belt clip fixed on the support beam of the respective track and a synchronous belt platen fixed on the synchronous belt clip, wherein two ends of a synchronous belt are fixed on the support beam of the respective track through the synchronous belt platen and the synchronous belt clip respectively, and the synchronous belt passes through a belt wheel box , and the belt wheel box is fixed with a synchronous belt slider , the synchronous belt slider being fixed on the respective track and performing reciprocating rectilinear motion with the belt wheel box under the driving of a servo motor , and wherein the respective track and the synchronous belt are disposed on two adjacent sides of the support beam of the respective track of the locating beam.
An optical fiber cable comprising: a cable body having a core and an inner sheath accommodating the core , wherein the optical fiber cable further comprises: a reinforcing sheet that surrounds the cable body ; an outer sheath that accommodates the cable body and the reinforcing sheet ; and an outer ripcord that is embedded in the inner sheath , wherein the inner sheath is provided with a projection which projects radially outward, at least part of the outer ripcord is located inside the projection , the projection is integrally formed on the outer surface of the inner sheath , and characterized in that an inner ripcord is embedded in a radially more inner portion of the inner sheath than is the outer ripcord . a cable body having a core and an inner sheath accommodating the core , wherein the optical fiber cable further comprises: a reinforcing sheet that surrounds the cable body ; an outer sheath that accommodates the cable body and the reinforcing sheet ; and an outer ripcord that is embedded in the inner sheath , wherein the inner sheath is provided with a projection which projects radially outward, at least part of the outer ripcord is located inside the projection , the projection is integrally formed on the outer surface of the inner sheath , and characterized in that an inner ripcord is embedded in a radially more inner portion of the inner sheath than is the outer ripcord . a reinforcing sheet that surrounds the cable body ; an outer sheath that accommodates the cable body and the reinforcing sheet ; and an outer ripcord that is embedded in the inner sheath , wherein the inner sheath is provided with a projection which projects radially outward, at least part of the outer ripcord is located inside the projection , the projection is integrally formed on the outer surface of the inner sheath , and characterized in that an inner ripcord is embedded in a radially more inner portion of the inner sheath than is the outer ripcord .
A user equipment comprising: a Wireless Local Area Network, WLAN, transceiver configured to communicate with a WLAN Access Point, AP ; a cellular transceiver configured to communicate with a cellular network ; and an offloading module configured to determine whether or not the WLAN AP is mobile, and to route traffic between the cellular network and the WLAN AP , based on whether or not the WLAN AP is mobile and a mobility state of the user equipment ; characterized in that said offloading module is further configured to determine the WLAN AP is mobile, if an identifier of the WLAN AP is detected by the user equipment for a predetermined time period, when the user equipment is at a medium mobility state or a high mobility state. a Wireless Local Area Network, WLAN, transceiver configured to communicate with a WLAN Access Point, AP ; a cellular transceiver configured to communicate with a cellular network ; and an offloading module configured to determine whether or not the WLAN AP is mobile, and to route traffic between the cellular network and the WLAN AP , based on whether or not the WLAN AP is mobile and a mobility state of the user equipment ; characterized in that said offloading module is further configured to determine the WLAN AP is mobile, if an identifier of the WLAN AP is detected by the user equipment for a predetermined time period, when the user equipment is at a medium mobility state or a high mobility state.
Valve device, in particular magnetic valve device, having at least one throughflow region , having at least one valve seat , and having an actuation unit which has at least one valve body , has at least one actuation element , which is provided for transmitting an actuation force to the valve body , and has at least one first venting opening , which is arranged outside a fluid contact region of the actuation element , wherein the actuation unit has at least second venting opening , which is arranged outside the fluid contact region of the actuation element , wherein the valve body has the second venting opening , wherein the actuation element has a third venting opening , wherein the third venting opening is arranged outside the fluid contact region of the actuation element , characterized in that the actuation element has been inserted into a receiving region of the valve body .
Cushioned hinge for doors of furniture items or the like, comprising: - a fixed part , that can be attached to a side wall or shoulder of the item of furniture; - a movable part , that can be attached to a door of the item of furniture; - an articulated system that connects said fixed and movable parts of the hinge, comprising a plurality of connecting rods and of axes of articulation ; - elastic means acting in the direction of closure of the hinge; - linearly actuated deceleration means designed to slow down the last section of the stroke of closure of the hinge; characterised in that said fixed part comprises a base having a central part, open frontally, intended to be housed in a seat formed in the thickness of said side wall of the furniture item, and a plate-shaped frame that extends along a plane parallel to said axes of articulation attached to this side wall, and an arm mounted in said central part of the base with the possibility of adjustments, said arm having a first rear section , distal from the movable part , which is placed substantially flush with said plate-shaped frame , and a second proximal section (10"), inclined upwards, such as to protrude with respect to the plate-shaped frame , and in that said movable part comprises a cage mounted, also with the possibility of adjustment, in a box intended to be housed in a corresponding seat formed on the door , said arm and said cage being connected one to the other by said articulated system. - a fixed part , that can be attached to a side wall or shoulder of the item of furniture; - a movable part , that can be attached to a door of the item of furniture; - an articulated system that connects said fixed and movable parts of the hinge, comprising a plurality of connecting rods and of axes of articulation ; - elastic means acting in the direction of closure of the hinge; - linearly actuated deceleration means designed to slow down the last section of the stroke of closure of the hinge; characterised in that said fixed part comprises a base having a central part, open frontally, intended to be housed in a seat formed in the thickness of said side wall of the furniture item, and a plate-shaped frame that extends along a plane parallel to said axes of articulation attached to this side wall, and an arm mounted in said central part of the base with the possibility of adjustments, said arm having a first rear section , distal from the movable part , which is placed substantially flush with said plate-shaped frame , and a second proximal section (10"), inclined upwards, such as to protrude with respect to the plate-shaped frame , and in that said movable part comprises a cage mounted, also with the possibility of adjustment, in a box intended to be housed in a corresponding seat formed on the door , said arm and said cage being connected one to the other by said articulated system.
Portable tool with intermittent operation equipped with a pneumatic motor and an element set into movement intermittently by the motor by means of a kinematic linkage, comprising an electrical energy generation means from the kinetic energy of the element in movement, the tool further comprising at least one supercapacitor configured to store the electrical energy produced by the generation means, and characterised in that it further comprises at least one battery , said battery being charged by the supercapacitor when the generation means is no longer producing electrical energy.
An application of an atomizing liquid gel, comprising: directly injecting a molten atomizing liquid gel solution into a liquid storage tank of an electronic cigarette atomizer, and after the solution is cooled and gelled, an atomizing liquid gel cartridge suitable for electronic cigarettes is obtained; the atomizing agent is a mixture of glycerol and propylene glycol, wherein a volume ratio of the glycerol and the propylene glycol is 3:7-7:3; the atomizing liquid gel with reversible phase transition characteristics, comprising: a sugar-based gelling agent, 0.1-3.0 wt%; an atomizing agent, 97.0-99.9 wt%; wherein a molecule of the sugar-based gelling agent is a sugar molecule introduced with an amide group and/or an aryl group, and the sugar molecule optionally further comprises at least one hydrophobic structural part selected from -C x H y , -O-C x H y and and wherein x > 2, y > 2. the atomizing agent is a mixture of glycerol and propylene glycol, wherein a volume ratio of the glycerol and the propylene glycol is 3:7-7:3; the atomizing liquid gel with reversible phase transition characteristics, comprising: a sugar-based gelling agent, 0.1-3.0 wt%; an atomizing agent, 97.0-99.9 wt%; a sugar-based gelling agent, 0.1-3.0 wt%; an atomizing agent, 97.0-99.9 wt%; wherein a molecule of the sugar-based gelling agent is a sugar molecule introduced with an amide group and/or an aryl group, and the sugar molecule optionally further comprises at least one hydrophobic structural part selected from -C x H y , -O-C x H y and and wherein x > 2, y > 2.
Method for operating a Coriolis mass flowmeter having at least one controller , at least one electric actuating device , at least one electromagnetic driving mechanism with a drive coil as oscillation generator, at least one measuring tube and at least one oscillation sensor , wherein the controller generates a controller output signal ( u c ) for controlling the electric actuating device , the electric actuating device provides an electric excitation signal ( u dr ) for exciting the the electromagnetic drive mechanism , the electromagnetic drive mechanism excites the measuring tube to oscillation in at least one eigenform and wherein the excited oscillation of the measuring tube is detected by the oscillation sensor and emitted as at least one output signal ( u s ), wherein the electric actuating device impinges the drive coil of the electromagnetic driving mechanism with a drive voltage ( u dr ) and a drive current ( i dr ) so that the oscillation of the measuring tube occurs largely in resonance, characterized in that , for achieving resonance operation, the output signal (u s ) of the oscillation sensor is determined, the drive voltage ( u dr ) at the drive coil is determined, the phasing (φ idr ) of the drive current ( i dr ) in relation to the phasing (φ s ) of the output signal ( u s ) of the oscillation sensor is determined and a new target phasing (φ dr,soll ) for the drive voltage ( u dr ) is derived from the determined quantities and supplied to the controller so that the controller generates a drive voltage ( u dr ) with the determined new target phasing (φ dr,soll ) via the electric actuating device , wherein a target specification ( u dr,soll ) for the drive voltage ( u dr ), and thus also a target phasing (φ dr,soll ) of the drive voltage ( u dr ), is determined by defining a zero phasing (φ s = 0) of the output signal ( u s ), wherein the target specification ( u dr,soll ) for the drive voltage ( u dr ) is determined using the equation u _ dr , soll = e − jφ idr u _ dr − k B ⋅ u s + k B ⋅ u s wherein the mutual induction factor k B is a real number.
An excavation perimeter surface lining system for lining a perimeter surface of an excavation ; the perimeter surface defined by a solid structure (133; 146); characterized in that the perimeter surface lined by means of precast concrete panels (122; 135) which are affixed to the solid structure (133; 146); wherein the solid structure (133; 146) is a rock face ; wherein the solid structure comprises a plurality of columns ; wherein the precast concrete panels (122; 135) are affixed to a front portion of the columns ; wherein material in the volume between the columns is not excavated; wherein the precast concrete panels (122; 135) are arranged with their edges in a juxtaposed relationship; wherein the precast concrete panels (122; 135) adjoin at a location between the columns ; wherein the precast concrete panels (122; 135) adjoin vertically; where the precast concrete panels (122; 135) adjoin horizontally; wherein the columns are substantially parallel to each other; and wherein the concrete panels (122; 135) are arranged in juxtaposed relationship such that an overlap component of a flexible seal member of a first type overlaps at least a portion of a surface component of a flexible seal member of a second type so as to form an elongated weld zone along edges of the juxtaposed concrete panels; and wherein a welding operation is performed along the length of the elongated weld zone whereby the overlap component of the flexible seal member of the first type is welded to the flexible seal member of the second type substantially along the elongated weld zone thereby to form a substantially water tight flexible seal between the juxtaposed concrete panels; and wherein the overlap component of the overlap components of the flexible seal members proximate the vertical edge of first and second vertical concrete panels are welded.
An airbag device that is stowed in a vehicle seat, comprising: an airbag cushion that restrains an occupant by expanding and deploying; an inflator disposed on the inner side of the vehicle seat frame that supplies expansion gas to the airbag cushion ; and a cover member formed of a ductile material that melts and shrinks under heat and pressure to retain the airbag cushion , wherein the airbag cushion includes a rear chamber section for stowing the inflator and a front chamber section extending forward from the rear chamber section arranged on the outer side of the seat frame when stowed, characterized in that the cover member is configured to compress and retain the relevant section of the airbag cushion by heating and pressurizing at least a region corresponding to the front chamber section of the airbag cushion , and the airbag cushion when stowed has a bent part between the front chamber section and the rear chamber section that bends at the front edge section of the seat frame wherein the cover member is not heated and compressed in the location corresponding to the bent part of the airbag cushion . an airbag cushion that restrains an occupant by expanding and deploying; an inflator disposed on the inner side of the vehicle seat frame that supplies expansion gas to the airbag cushion ; and a cover member formed of a ductile material that melts and shrinks under heat and pressure to retain the airbag cushion , wherein the airbag cushion includes a rear chamber section for stowing the inflator and a front chamber section extending forward from the rear chamber section arranged on the outer side of the seat frame when stowed, characterized in that the cover member is configured to compress and retain the relevant section of the airbag cushion by heating and pressurizing at least a region corresponding to the front chamber section of the airbag cushion , and the airbag cushion when stowed has a bent part between the front chamber section and the rear chamber section that bends at the front edge section of the seat frame wherein the cover member is not heated and compressed in the location corresponding to the bent part of the airbag cushion .
A device to supply printing material to a printing material container of a printing apparatus , the device comprising: a container including a plunger and to contain the printing material; a portal couplable to a refill port to the printing material container , the portal including a discharge port through which the printing material is transferrable from the container , and a connector to receive power to move the plunger , characterised in that the device further comprises a shaft rotatable to move the plunger toward the discharge port , to cause the transfer of the printing material contained in the container to the printing material container through the discharge port . a container including a plunger and to contain the printing material; a portal couplable to a refill port to the printing material container , the portal including a discharge port through which the printing material is transferrable from the container , and a connector to receive power to move the plunger , a discharge port through which the printing material is transferrable from the container , and a connector to receive power to move the plunger , characterised in that the device further comprises a shaft rotatable to move the plunger toward the discharge port , to cause the transfer of the printing material contained in the container to the printing material container through the discharge port .
Blade comprising a blade root extended by an aerodynamic running part which extends up to a free end , characterized in that the blade root comprises a single-piece attachment body made of composite materials, the attachment body being hollow and having an envelope delimiting an empty internal space (INT), the attachment body integrating a pitch attachment configured to be passed through by a pitch connecting rod connected to a pitch lever , the attachment body integrating a leading edge attachment configured to be passed through by a leading edge connecting rod connected to a first lead-lag damper , the attachment body integrating a trailing edge attachment configured to be passed through by a trailing edge connecting rod configured to be connected to a second lead-lag damper , the attachment body integrating a connecting attachment configured to be passed through by at least two connecting rods connected to a first frame of a laminate spherical abutment .
A liquid ejecting head comprising: a pressure chamber substrate where a first space (S1) and a second space (S2) extending along a first direction are arrayed along a second direction which is perpendicular to the first direction; a vibration plate that seals the first space and the second space by being stacked on the pressure chamber substrate; a piezoelectric element and a vibration restraint unit (44; 52; 54; 56; 58) that are stacked on the vibration plate on an opposite side to the pressure chamber substrate; and a nozzle plate that is disposed on an opposite side of the pressure chamber substrate to the vibration plate side and includes a plurality of nozzles (N), wherein the plurality of nozzles (N) includes a first nozzle (N) that overlaps with an end portion of the first space (S1) on one side in the first direction in a planar view and a second nozzle (N) that overlaps with an end portion of the second space (S2) on the one side in the first direction in the planar view, positions at one end (EA) where an end of the one side is located in the first direction are different from each other in the first space (S1) and the second space (S2), and the vibration restraint unit suppresses a vibration of the vibration plate by being formed so as to overlap with at least one end side portion (P) of the first space (S1) on the one side in the first direction in the planar view. a pressure chamber substrate where a first space (S1) and a second space (S2) extending along a first direction are arrayed along a second direction which is perpendicular to the first direction; a vibration plate that seals the first space and the second space by being stacked on the pressure chamber substrate; a piezoelectric element and a vibration restraint unit (44; 52; 54; 56; 58) that are stacked on the vibration plate on an opposite side to the pressure chamber substrate; and a nozzle plate that is disposed on an opposite side of the pressure chamber substrate to the vibration plate side and includes a plurality of nozzles (N), wherein the plurality of nozzles (N) includes a first nozzle (N) that overlaps with an end portion of the first space (S1) on one side in the first direction in a planar view and a second nozzle (N) that overlaps with an end portion of the second space (S2) on the one side in the first direction in the planar view, positions at one end (EA) where an end of the one side is located in the first direction are different from each other in the first space (S1) and the second space (S2), and the vibration restraint unit suppresses a vibration of the vibration plate by being formed so as to overlap with at least one end side portion (P) of the first space (S1) on the one side in the first direction in the planar view.
A vaccine composition comprising: (i) a nanoparticle comprising a non-ionic detergent core and a viral glycoprotein, wherein the viral glycoprotein is associated with the core; wherein the non-ionic detergent is PS80; wherein the viral glycoprotein is an RSV F glycoprotein; and wherein the molar ratio of PS80 to viral glycoprotein is 30:1 to 60:1; and (ii) a pharmaceutically acceptable buffer. (i) a nanoparticle comprising a non-ionic detergent core and a viral glycoprotein, wherein the viral glycoprotein is associated with the core; wherein the non-ionic detergent is PS80; wherein the viral glycoprotein is an RSV F glycoprotein; and wherein the molar ratio of PS80 to viral glycoprotein is 30:1 to 60:1; and (ii) a pharmaceutically acceptable buffer.