mhurhangee/ep-ind-claims huggingface dataset:
A surgical instrument, comprising: a first arm having a proximal end, a distal end, and a housing disposed therebetween, the housing including a threaded lumen defining a longitudinal axis; a second arm having a proximal end and a distal end, the second arm pivotably coupled to the first arm; a tube having a threaded outer surface portion disposed within the threaded lumen, and a drive feature at a proximal end of the tube configured to removably couple with a driver to impart torque to the tube; and a rod-engaging tip rotatably coupled to a distal end of the tube; wherein the first and second arms are configured to translate a spinal fixation element laterally toward the longitudinal axis when pivoted toward one another and the rod-engaging tip is configured to translate the spinal fixation element axially along the longitudinal axis when the tube is rotated relative to the housing; characterized in that the tube further provides a depth stop formed proximal to the threaded portion. a first arm having a proximal end, a distal end, and a housing disposed therebetween, the housing including a threaded lumen defining a longitudinal axis; a second arm having a proximal end and a distal end, the second arm pivotably coupled to the first arm; a tube having a threaded outer surface portion disposed within the threaded lumen, and a drive feature at a proximal end of the tube configured to removably couple with a driver to impart torque to the tube; and a rod-engaging tip rotatably coupled to a distal end of the tube; wherein the first and second arms are configured to translate a spinal fixation element laterally toward the longitudinal axis when pivoted toward one another and the rod-engaging tip is configured to translate the spinal fixation element axially along the longitudinal axis when the tube is rotated relative to the housing;
An aircraft seat assembly, comprising: an aircraft seat capable of supporting an occupant; two parallel rails attachable to a bulkhead of an aircraft, each rail including a slot set thereinto and extending along the rail; a sled disposed between the two rails and slidably attached to each rail via at least two pairs of sliding members, each pair including a left-side sliding member configured for translation along a left-side slot and a right-side sliding member configured to translation along a right-side slot, the sled including at least one first hole set thereinto; a four-bar linkage pivotably attached to the sled and to the aircraft seat, the linkage including at least an upper portion and a lower portion; a metering plate disposed between the two parallel rails behind the sled, the metering plate including a substantially vertical array of second holes set thereinto, each second hole associated with a height of the aircraft seat; and a locking pin controllable by the occupant; wherein the locking pin is configured for insertion through the first hole and a second hole of the array to secure the aircraft seat at a height associated with the second hole; and wherein the four-bar linkage is configured for horizontal articulation of the aircraft seat relative to the bulkhead. an aircraft seat capable of supporting an occupant; two parallel rails attachable to a bulkhead of an aircraft, each rail including a slot set thereinto and extending along the rail; a sled disposed between the two rails and slidably attached to each rail via at least two pairs of sliding members, each pair including a left-side sliding member configured for translation along a left-side slot and a right-side sliding member configured to translation along a right-side slot, the sled including at least one first hole set thereinto; a four-bar linkage pivotably attached to the sled and to the aircraft seat, the linkage including at least an upper portion and a lower portion; a metering plate disposed between the two parallel rails behind the sled, the metering plate including a substantially vertical array of second holes set thereinto, each second hole associated with a height of the aircraft seat; and a locking pin controllable by the occupant; wherein the locking pin is configured for insertion through the first hole and a second hole of the array to secure the aircraft seat at a height associated with the second hole; and wherein the four-bar linkage is configured for horizontal articulation of the aircraft seat relative to the bulkhead.
A system for nerve modulation, comprising: a first elongate element having a distal end and a proximal end and having a helical guide having a proximal end and a distal end; a second elongate element having a distal end and a proximal end and having a nerve modulation element proximate the distal end, the second elongate element together with the nerve modulation element being slidably disposed about the first elongate element in the helical guide; and a retractable sheath disposed about both the first and second elongate elements, wherein the first and second elongate elements and the sheath are movable with respect to each other; and wherein the system is adapted so that pulling proximally on the proximal end of the second elongate element causes simultaneous radial and longitudinal displacement of the nerve modulation element. a first elongate element having a distal end and a proximal end and having a helical guide having a proximal end and a distal end; a second elongate element having a distal end and a proximal end and having a nerve modulation element proximate the distal end, the second elongate element together with the nerve modulation element being slidably disposed about the first elongate element in the helical guide; and a retractable sheath disposed about both the first and second elongate elements, wherein the first and second elongate elements and the sheath are movable with respect to each other; and wherein the system is adapted so that pulling proximally on the proximal end of the second elongate element causes simultaneous radial and longitudinal displacement of the nerve modulation element.
A method for wireless communication at a receiving device, comprising: receiving (610, 1205) a first plurality of packet data convergence protocol, PDCP, service data units, SDUs, (305, 310, 315) at a PDCP layer for a first radio bearer carrying data with a first reliability target; receiving (615, 1210) a second plurality of PDCP SDUs (320, 325) at the PDCP layer for a second radio bearer carrying data with a second reliability target that is lower than the first reliability target; and managing (620, 1215) a reordering procedure at the PDCP layer, the reordering procedure operating on the first plurality of PDCP SDUs (305, 310, 315) and on the second plurality of PDCP SDUs (320, 325), including configuring PDCP reordering window parameters for the first and second radio bearers based at least in part on the respective reliability targets. receiving (610, 1205) a first plurality of packet data convergence protocol, PDCP, service data units, SDUs, (305, 310, 315) at a PDCP layer for a first radio bearer carrying data with a first reliability target; receiving (615, 1210) a second plurality of PDCP SDUs (320, 325) at the PDCP layer for a second radio bearer carrying data with a second reliability target that is lower than the first reliability target; and managing (620, 1215) a reordering procedure at the PDCP layer, the reordering procedure operating on the first plurality of PDCP SDUs (305, 310, 315) and on the second plurality of PDCP SDUs (320, 325), including configuring PDCP reordering window parameters for the first and second radio bearers based at least in part on the respective reliability targets.
A method for performing sample lift-out and protective cap placement within a charged particle microscopy system, the method comprising: preparing a nesting void in a support structure; translating at least a portion of a sample into the nesting void; and milling material from a region of the support structure that defines the nesting void such that at least some of the material milled from the support structure redeposits to form an attachment bond between the sample and a remaining portion of the support structure. preparing a nesting void in a support structure; translating at least a portion of a sample into the nesting void; and milling material from a region of the support structure that defines the nesting void such that at least some of the material milled from the support structure redeposits to form an attachment bond between the sample and a remaining portion of the support structure.
An information display system for a switching device, the switching device having a handle, the information display system comprising: a cover for the switching device, the cover including an opening sized to allow passage of the handle; and, a faceplate configured to carry information about the switching device; characterized in that the faceplate is rotatable with respect to the cover to change an orientation of the information. a cover for the switching device, the cover including an opening sized to allow passage of the handle; and, a faceplate configured to carry information about the switching device;
A method of controlling powder in an additive manufacturing process, the method comprising: solidifying a portion of a first layer of powder to form a first layer of a workpiece; capturing a first topology indicative of the first layer of powder and the first layer of the workpiece; moving a recoater across the second layer of powder; wherein the recoater comprises: a front shield; an array of pins slideably mounted to the front shield; an actuator mounted to the front shield and operably connected to the array of pins; and a covering attached to a bottom face or to a leading edge of the array of pins and extending across an entire expanse of the array of pins; the method further comprising: varying heights of portions of the recoater while moving the recoater, based on the first topology captured, to avoid contact of the recoater with solidified portions of the first layer that could stress the portions of the recoater if the heights of the portions were not varied. solidifying a portion of a first layer of powder to form a first layer of a workpiece; capturing a first topology indicative of the first layer of powder and the first layer of the workpiece; moving a recoater across the second layer of powder; wherein the recoater comprises: a front shield; an array of pins slideably mounted to the front shield; an actuator mounted to the front shield and operably connected to the array of pins; and a covering attached to a bottom face or to a leading edge of the array of pins and extending across an entire expanse of the array of pins; the method further comprising: a front shield; an array of pins slideably mounted to the front shield; an actuator mounted to the front shield and operably connected to the array of pins; and a covering attached to a bottom face or to a leading edge of the array of pins and extending across an entire expanse of the array of pins; the method further comprising: varying heights of portions of the recoater while moving the recoater, based on the first topology captured, to avoid contact of the recoater with solidified portions of the first layer that could stress the portions of the recoater if the heights of the portions were not varied.
A cleaner holder comprising: a first body having a first charging port configured to charge a cleaner; and a second body protruding from the first body; characterized by: a battery accommodating space recessed from one surface of the second body to accommodate a battery detachably mounted to the cleaner, wherein a second charging port configured to charge the battery is provided in the battery accommodating space, and wherein when a terminal of the cleaner comes into contact with the first charging port, at least a portion of the battery accommodating space is covered by the cleaner. a first body having a first charging port configured to charge a cleaner; and a second body protruding from the first body; characterized by: a battery accommodating space recessed from one surface of the second body to accommodate a battery detachably mounted to the cleaner, wherein a second charging port configured to charge the battery is provided in the battery accommodating space, and wherein when a terminal of the cleaner comes into contact with the first charging port, at least a portion of the battery accommodating space is covered by the cleaner. a battery accommodating space recessed from one surface of the second body to accommodate a battery detachably mounted to the cleaner, wherein a second charging port configured to charge the battery is provided in the battery accommodating space, and wherein when a terminal of the cleaner comes into contact with the first charging port, at least a portion of the battery accommodating space is covered by the cleaner.
An animal cell culture medium comprising a peptide consisting of 10 or fewer amino acids, or a salt thereof, wherein the peptide consists of at least two kinds of amino acids selected from the group consisting of serine, tyrosine, and cysteine.
A pressure switch comprising: a housing formed of a resin having superior resistance to corrosion; a pressure sensor that detects the pressure of a fluid; a separator that is formed of a resin having superior resistance to corrosion and that prevents the fluid from coming into contact with the pressure sensor; and a circuit unit that outputs on and off signals based on the output of the pressure sensor; wherein at least the pressure sensor and the circuit unit are disposed in a sealed space formed by the housing and the separator, characterised in that the housing comprises an inflow portion into which chemical solution flows, and wherein the separator is bonded to a pressure-receiving surface of the pressure sensor. a housing formed of a resin having superior resistance to corrosion; a pressure sensor that detects the pressure of a fluid; a separator that is formed of a resin having superior resistance to corrosion and that prevents the fluid from coming into contact with the pressure sensor; and a circuit unit that outputs on and off signals based on the output of the pressure sensor; wherein at least the pressure sensor and the circuit unit are disposed in a sealed space formed by the housing and the separator, characterised in that the housing comprises an inflow portion into which chemical solution flows, and wherein the separator is bonded to a pressure-receiving surface of the pressure sensor.
A turbine engine assembly, comprising: a stator vane arrangement including a plurality of stator vanes; and a combustor including a combustor wall extending axially from a combustor bulkhead to a distal combustor wall end that is located adjacent to the stator vane arrangement; wherein the combustor wall includes a support shell with a plurality of impingement apertures, and a heat shield with a plurality of effusion apertures; the combustor wall end includes a plurality of circumferentially extending film cooled regions, and at least one of the film cooled regions is circumferentially aligned with one of the stator vanes and includes a cooling aperture; the heat shield includes a circumferentially extending first rail and a circumferentially extending second rail located at the combustor wall end; and an impingement cavity extends radially between the support shell and the heat shield, and axially between the first rail and the second rail, and the impingement cavity fluidly couples at least some of the impingement apertures with at least some of the effusion apertures; characterised in that: the cooling aperture in a first of the film cooled regions extends axially through the second rail, and is fluidly coupled with the impingement cavity. a stator vane arrangement including a plurality of stator vanes; and a combustor including a combustor wall extending axially from a combustor bulkhead to a distal combustor wall end that is located adjacent to the stator vane arrangement; wherein the combustor wall includes a support shell with a plurality of impingement apertures, and a heat shield with a plurality of effusion apertures; the combustor wall end includes a plurality of circumferentially extending film cooled regions, and at least one of the film cooled regions is circumferentially aligned with one of the stator vanes and includes a cooling aperture; the heat shield includes a circumferentially extending first rail and a circumferentially extending second rail located at the combustor wall end; and an impingement cavity extends radially between the support shell and the heat shield, and axially between the first rail and the second rail, and the impingement cavity fluidly couples at least some of the impingement apertures with at least some of the effusion apertures; characterised in that: the cooling aperture in a first of the film cooled regions extends axially through the second rail, and is fluidly coupled with the impingement cavity.
An apparatus for casting material, said apparatus comprising: a first die for receiving a compressive force and having a shaped opening for receiving a die insert, and a die insert having an exterior shape that is adapted to cooperate with and be received in said opening such that compressive forces impinging upon said first die are focused upon said die insert and such that tensile forces within said first die and impinging upon said die insert are minimized; wherein said die insert has a shoulder for holding said die insert in said first die, a screw impinging upon said shoulder and attaching to said first die for holding said die insert in said first die, said screw having a head resting on said shoulder and having a body anchored to said first die, and wherein said screw has a countersink receiving a pin extending from a fastener aligned within an adjacent second die, said pin and said countersink aligning said first die and said adjacent second die. a first die for receiving a compressive force and having a shaped opening for receiving a die insert, and a die insert having an exterior shape that is adapted to cooperate with and be received in said opening such that compressive forces impinging upon said first die are focused upon said die insert and such that tensile forces within said first die and impinging upon said die insert are minimized; wherein said die insert has a shoulder for holding said die insert in said first die, a screw impinging upon said shoulder and attaching to said first die for holding said die insert in said first die, said screw having a head resting on said shoulder and having a body anchored to said first die, and wherein said screw has a countersink receiving a pin extending from a fastener aligned within an adjacent second die, said pin and said countersink aligning said first die and said adjacent second die.
Insulating glass unit having an insulating glass element, wherein a frame profile connected to the insulating glass element via a sealing profile or a sealing composition for assembly of the insulating glass element on a supporting element (3; 31) is arranged on the edge of the insulating glass element and the frame profile consists of plastic having a soft core made of a light polyurethane foam and a harder outer skin made from a polyurethane mixture having a greater Shore hardness with respect to the core, characterised in that the integrally designed frame profile surrounds the insulating glass element on its end-face side and the edges of its front side and rear side and in that the polyurethane foam of the core has a thermal conductivity of λ = 0.02 to 0.06 W/m 2 K, preferably 0.025 W/m 2 K, and the polyurethane mixture of the outer skin has a thermal conductivity of λ = 0.2 to 0.6 W/m 2 K.
Mobile working machine, in particular wheel loader, telescopic loader, digger, dumper, tractor or the like, having a vehicle frame and having a drive unit for driving at least one driving running wheel, which is rotatable about a drive axle, wherein the drive unit comprises at least one electric motor and at least one electrical energy store for storing driving energy for the electric motor, wherein at least one transmission unit with a drive having a driving rotational speed and with an output having an output rotational speed is provided, wherein at least one brake unit (7, 16) which is separate from the electric motor, has at least one braking element and is intended for braking the at least one driving running wheel is provided, wherein at least one tool-holding device (18, 23) for holding a working tool is provided, and/or the drive unit comprises at least one hydrostatic drive motor, which is driven by the electric motor, for driving the driving running wheel and/or the tool-holding device (18, 23), wherein in particular the tool-holding device (18, 23) comprises at least one supporting device which is pivotable about a pivot axis, e.g. lifting arm and/or telescopic boom and/or three-point lifting device, wherein in particular a control unit (12, 14) for electrically and/or electronically controlling the electric motor and/or the energy store is provided, characterized in that an operatively connected braking series, consisting of the braking element of the brake unit (7, 16) and the transmission unit and the at least one driving running wheel, is provided, wherein the transmission unit is arranged at least between the at least one driving running wheel and the braking element such that a braking force of the brake unit (7, 16) and/or of the braking element can be transmitted via the transmission unit to the at least one driving running wheel.
A photocatalytic particle comprising more than one core, said cores comprising TiO 2 and said cores having a crystal structure with crystal planes, said cores comprises anatase, said cores being in close contact with a first layer, said first layer is at least partly surrounding said cores, said first layer comprising at least one selected from the group consisting of TiO 2, TiO (2-x), and TiO 2 *H 2 O, said first layer being partly ordered, said first layer comprising parts where molecules are aligned with an imaginary extension of the crystal planes of said cores, characterized in that said first layer is in close contact with a second layer, said second layer is an outer layer, said second layer is at least partly surrounding said first layer including said cores, said second layer comprising titanium dioxide in TiO 2 -form, said second layer is partly ordered, and said second layer comprising sheets aligned with crystal planes transversal to the outer surface of said particle, said second layer being different from said first layer.
A rotor arrangement for a turbomolecular pump comprising a rotor shaft and at least one rotor disk which has a central reception opening for receiving the rotor shaft, wherein the rotor disk is arranged at the rotor shaft and a mechanical connection is formed between the rotor disk and the rotor shaft, characterized in that the mechanical connection is implemented by means of a thermal joining process, with the joining process being a welding process, in particular laser welding, electron beam welding, friction welding, friction stir welding or a combination of said welding processes, or a soldering process.