mhurhangee/ep-ind-claims huggingface dataset:
A surgical instrument comprising: a first jaw and a second jaw, the first jaw being pivotably coupled to the second jaw, the second jaw having a channel; a staple cartridge positioned in the channel; and a shipping wedge releasably attached to the staple cartridge, the shipping wedge having a tongue extending from one end thereof, characterised in that the tongue has a tapered configuration and the second jaw has a recess for receiving the tongue, the tongue engageable with a distal portion of the staple cartridge and the recess of the second jaw such that manipulating the shipping wedge separates the staple cartridge from the second jaw. a first jaw and a second jaw, the first jaw being pivotably coupled to the second jaw, the second jaw having a channel; a staple cartridge positioned in the channel; and a shipping wedge releasably attached to the staple cartridge, the shipping wedge having a tongue extending from one end thereof,
An air barrier system for blocking inflow of fog, comprising: a plurality of first frame units installed along an edge of a road, wherein the first frame units face each other, with a first frame unit side of a first frame unit facing a first frame unit side of an adjacent first frame unit; and a first injection unit that is installed on each of the first frame units and that injects air to the first frame unit side that the adjacent first injection unit faces, to form a first air barrier between the opposite frame unit sides of the first and another adjacent first frame unit for blocking inflow of fog between at least the first and the adjacent first frame unit and onto the road, wherein the first injection unit comprises a first air blast unit that is installed on the first frame unit and that inhales outside air, and a first air knife unit that is installed along a longitudinal direction of the first frame unit and that forms the first air barrier by receiving the outside air from the first air blast unit and injecting the received air, wherein the first air knife unit includes a first base unit, which the air received from the first air blast unit flows into, and a first cover unit that is installed on one surface of the first base unit so that an injection space is formed along the longitudinal direction of the first base unit, and wherein, at one end of the first base unit and first cover unit, a taper is formed, facing the injection space side. a plurality of first frame units installed along an edge of a road, wherein the first frame units face each other, with a first frame unit side of a first frame unit facing a first frame unit side of an adjacent first frame unit; and a first injection unit that is installed on each of the first frame units and that injects air to the first frame unit side that the adjacent first injection unit faces, to form a first air barrier between the opposite frame unit sides of the first and another adjacent first frame unit for blocking inflow of fog between at least the first and the adjacent first frame unit and onto the road, wherein the first injection unit comprises a first air blast unit that is installed on the first frame unit and that inhales outside air, and a first air knife unit that is installed along a longitudinal direction of the first frame unit and that forms the first air barrier by receiving the outside air from the first air blast unit and injecting the received air, wherein the first air knife unit includes a first base unit, which the air received from the first air blast unit flows into, and a first cover unit that is installed on one surface of the first base unit so that an injection space is formed along the longitudinal direction of the first base unit, and wherein, at one end of the first base unit and first cover unit, a taper is formed, facing the injection space side.
A turbomachine, comprising: an annular flow path section between a plurality of radially extending stator vanes and a plurality of radially extending rotor blades, at least a first portion of the flow path section having a circumferentially varying outer periphery; wherein the annular flow path section corresponds to a platform wing (70a, 70b) of the turbomachine and extends between a trailing edge of the stator vanes and a leading edge of the rotor blades; and the outer periphery of the first portion defines a plurality of raised peak sets, each raised peak set including two peaks (112, 114) that are circumferentially offset from each other, characterised in that the two peaks (112, 114) from each raised peak set are axially offset from each other. an annular flow path section between a plurality of radially extending stator vanes and a plurality of radially extending rotor blades, at least a first portion of the flow path section having a circumferentially varying outer periphery; wherein the annular flow path section corresponds to a platform wing (70a, 70b) of the turbomachine and extends between a trailing edge of the stator vanes and a leading edge of the rotor blades; and the outer periphery of the first portion defines a plurality of raised peak sets, each raised peak set including two peaks (112, 114) that are circumferentially offset from each other, characterised in that the two peaks (112, 114) from each raised peak set are axially offset from each other.
A process for making paper, paperboard or the like comprising - providing a cellulosic fibre suspension; - optionally diluting the fibre suspension; - delivering the fibre suspension to a headbox, draining the fibre suspension on a screen to form a wet web of paper, paperboard, or an individual ply thereof, optionally combining the individual ply with other plies being formed simultaneously, pressing and drying the wet web to obtain the paper or paperboard; wherein the cellulosic fibre suspension comprises at least 40 % on dry weight basis, based on the paper, paperboard or the individual ply thereof, of recycled fibre material, and has a conductivity of at least 1.5 mS/cm as measured at the headbox of the paper, paperboard or the individual ply thereof; and wherein a glyoxalated copolymer of acrylamide and cationic monomers having a weight-average molecular weight of at least 1 000 000 g/mol and a charge density over 0.2 meq/g (dry basis) as measured by Mutek charge titration at pH 4.0, and inorganic siliceous microparticles comprising silica sol having a degree of aggregation characterized by S-value less than 40 % are added to the fibre suspension sequentially or simultaneously. - providing a cellulosic fibre suspension; - optionally diluting the fibre suspension; - delivering the fibre suspension to a headbox, draining the fibre suspension on a screen to form a wet web of paper, paperboard, or an individual ply thereof, optionally combining the individual ply with other plies being formed simultaneously, pressing and drying the wet web to obtain the paper or paperboard;
Drilling tool for machining workpieces, comprising - a base body, - at least one geometrically defined cutting edge (15, 17) on which a face abuts, - a chip space (47, 53) associated with the cutting edge for receiving the chips removed by the cutting edge (15, 17), wherein the chip space (47, 53) is introduced into the base body of the tool, and with - a chip guide element (27, 29) associated with the cutting edge (15, 17), characterized in that - the cutting edge (15, 17) together with the chip guide element (27, 29) forms a receiving gap (43, 45) which merges into the chip space (47, 53) and into which the chips removed by the cutting edge (15, 17) are introduced, that - the chip guide element (27, 29) has a guide surface (39, 41) which, together with the face, forms a receiving channel which abuts the receiving gap (43, 45), and that - face and the guide surface (39, 41) form an acute angle with respect to one another which increases toward the chip space (47, 53), starting from the receiving gap (43, 45). - a base body, - at least one geometrically defined cutting edge (15, 17) on which a face abuts, - a chip space (47, 53) associated with the cutting edge for receiving the chips removed by the cutting edge (15, 17), wherein the chip space (47, 53) is introduced into the base body of the tool, and with - a chip guide element (27, 29) associated with the cutting edge (15, 17), - the cutting edge (15, 17) together with the chip guide element (27, 29) forms a receiving gap (43, 45) which merges into the chip space (47, 53) and into which the chips removed by the cutting edge (15, 17) are introduced, that - the chip guide element (27, 29) has a guide surface (39, 41) which, together with the face, forms a receiving channel which abuts the receiving gap (43, 45), and that - face and the guide surface (39, 41) form an acute angle with respect to one another which increases toward the chip space (47, 53), starting from the receiving gap (43, 45).
A displacement detection apparatus, comprising; a linear motion mechanism which includes: a nut member; a rod that screws through the nut member, the rod including elongate grooves (Zr, 2s) elongating in an axial direction of the rod and a through hole extending between the elongate grooves (2r, 2s); the linear motion mechanism converting rotational movement of the nut member into linear movement of the rod; said displacement detection apparatus further comprising: a permanent magnet disposed parallel to the rod;a magnet block made of synthetic resin and including a retaining portion holding the permanent magnet, a pair of leg portions extending from ends of the retaining portion that are spaced apart, and a nut made of metal that is insert-molded at an intermediate position between the pair of leg portions; and a displacement sensor disposed opposing to the permanent magnet and detecting displacement of the rod in the axial direction, wherein the pair of leg portions and the nut of the magnet block are disposed in the elongate groove of the rod and the magnet block is fixed to the rod by a bolt screwed to the nut, the bolt penetrating through the through hole extending through the rod. a nut member; a rod that screws through the nut member, the rod including elongate grooves (Zr, 2s) elongating in an axial direction of the rod and a through hole extending between the elongate grooves (2r, 2s); the linear motion mechanism converting rotational movement of the nut member into linear movement of the rod; a permanent magnet disposed parallel to the rod;a magnet block made of synthetic resin and including a retaining portion holding the permanent magnet, a pair of leg portions extending from ends of the retaining portion that are spaced apart, and a nut made of metal that is insert-molded at an intermediate position between the pair of leg portions; and a displacement sensor disposed opposing to the permanent magnet and detecting displacement of the rod in the axial direction, wherein the pair of leg portions and the nut of the magnet block are disposed in the elongate groove of the rod and the magnet block is fixed to the rod by a bolt screwed to the nut, the bolt penetrating through the through hole extending through the rod.
A suitcase of hard shell material, preferably a pilot suitcase, consisting of a lower suitcase portion which is open at the top, with a front panel, a rear panel and two side end panels (7, 8), and with a bottom panel, and a lid for closing the lower suitcase portion, wherein a telescopic handle which is secured inside the suitcase and can be pulled out in an upward direction is arranged on the rear panel of the lower suitcase portion for pulling or pushing the suitcase, characterized in that the lid has a narrow stationary lid element which extends along the entire width of the lower suitcase portion along the rear panel and has an opening in the middle of the width, through which opening the telescopic handle can be pulled out, and next to the opening for the telescopic handle, the lid has a hinge which connects the stationary lid element to a hinged wide lid element, wherein a limiter means limits the maximum folding angle of the hinged lid element such that the lid element does not protrude beyond the rear panel when in the open state, so that the lid can be transitioned to a stable open position, wherein the lid can hold itself in the open position due to gravity alone.
A computer-implemented method comprising: receiving, at a computing device and from a first application installed on the computing device, a request to establish a network connection to transmit and receive data over a network, wherein the request includes information that indicates one or more parameters identified by the first application for the requested network connection and data transmission; in response to receiving the request, and before the network connection is established for the request, repeatedly identifying one or more available networks (116, 120) until at least one of the identified networks that is available satisfies the one or more parameters provided with the request; receiving, at the computing device and from one or more other applications installed on the computing device, one or more other requests to establish network connections; ranking the received request from the first application among the one or more other requests from the one or more other applications installed on the computing device; and wherein the requested network connection for the first application is established using the identified available network when the received request from the first application has at least a threshold ranking among the one or more other requests. receiving, at a computing device and from a first application installed on the computing device, a request to establish a network connection to transmit and receive data over a network, wherein the request includes information that indicates one or more parameters identified by the first application for the requested network connection and data transmission; in response to receiving the request, and before the network connection is established for the request, repeatedly identifying one or more available networks (116, 120) until at least one of the identified networks that is available satisfies the one or more parameters provided with the request; receiving, at the computing device and from one or more other applications installed on the computing device, one or more other requests to establish network connections; ranking the received request from the first application among the one or more other requests from the one or more other applications installed on the computing device; and wherein the requested network connection for the first application is established using the identified available network when the received request from the first application has at least a threshold ranking among the one or more other requests.
An adaptor for securing a second object to a first object, the adaptor comprising an anchoring part and an adjustment part, wherein the anchoring part comprises a distally facing anchoring surface and a proximally facing first control surface, wherein adjustment part has a distally facing second control surface positioned to abut against the first control surface, wherein the anchoring part and the adjustment part define a common axis, wherein at least the first control surface is helical with respect to the axis, whereby a relative z position of the adjustment part with respect to the anchoring part is defined by the relative orientation of the adjustment part with respect to the common axis while the second control surface abuts against the first control surface, and wherein the first control surface is formed by a proximally facing lane running on a helical path along the periphery of the anchoring part, characterised in that the lane has a plurality of discrete lane portions with interruptions between them, wherein a radial extension of the anchoring part at the locations of the interruptions is smaller than a radial extension of the anchoring part at the locations of the lane portions.
An open-irrigated catheter system for performing mapping and ablation functions, comprising: a conductive exterior wall with mapping electrode openings wherein the conductive exterior wall is configured for use in delivering radio frequency energy for ablation functions, and wherein the exterior wall defines an open interior region and includes irrigation ports in fluid communication with the open interior region to allow fluid to flow from the open interior region through the irrigation ports. mapping electrodes positioned in the mapping electrode openings; and noise artifact isolators positioned in the mapping electrode openings, wherein the mapping electrodes are electrically insulated from the exterior wall by the noise artifact isolators, wherein the mapping electrodes have an outside surface facing out from the exterior wall, characterized in that the noise artifact isolators have a lip extending outward from the exterior wall past the outside surface of the mapping electrodes. a conductive exterior wall with mapping electrode openings wherein the conductive exterior wall is configured for use in delivering radio frequency energy for ablation functions, and wherein the exterior wall defines an open interior region and includes irrigation ports in fluid communication with the open interior region to allow fluid to flow from the open interior region through the irrigation ports. mapping electrodes positioned in the mapping electrode openings; and noise artifact isolators positioned in the mapping electrode openings, wherein the mapping electrodes are electrically insulated from the exterior wall by the noise artifact isolators, wherein the mapping electrodes have an outside surface facing out from the exterior wall, characterized in that the noise artifact isolators have a lip extending outward from the exterior wall past the outside surface of the mapping electrodes.
Thermodynamic system for thermovinification for allowing, on the one side, the cooling of a first composition obtained from grapes and, on the other side, the heating of a second composition obtained from grapes, the said system comprising a first exchanger (6, 6') allowing the first composition to be cooled, and a second exchanger allowing the second composition to be heated, characterised in that it further comprises: - a first circuit with refrigerant fluid, comprising a pressure reducer (18; 40) and a compressor (16; 46) and feeding the first exchanger (6, 6'), - a second circuit with refrigerant fluid, separate from the first circuit, comprising a pressure reducer (26; 61) and a compressor (24; 46) and feeding the second exchanger, and - a third heat exchanger between the first circuit and the second circuit. - a first circuit with refrigerant fluid, comprising a pressure reducer (18; 40) and a compressor (16; 46) and feeding the first exchanger (6, 6'), - a second circuit with refrigerant fluid, separate from the first circuit, comprising a pressure reducer (26; 61) and a compressor (24; 46) and feeding the second exchanger, and - a third heat exchanger between the first circuit and the second circuit.
An information generation method of generating difference information for regulation of a quantity of irrigation, the method comprising: a vegetation information acquisition procedure of obtaining vegetation information associated with a district to be measured (A1-A4) set into a state of being likely to have a specific environmental stress from a captured image of the district to be measured; a reference vegetation information acquisition procedure of selecting a reference captured image from a plurality of reference captured images of a reference district (Aref), different to the district to be measured, set into a state of being free of the specific environmental stress, the reference captured image determined to be identical in a time zone to the captured image used for obtaining the vegetation information associated with the district to be measured, and obtaining reference vegetation information associated with the reference district from the reference captured image; and a difference acquisition procedure of acquiring the difference information between the vegetation information associated with the district to be measured and the reference vegetation information related to the specific environmental stress. a vegetation information acquisition procedure of obtaining vegetation information associated with a district to be measured (A1-A4) set into a state of being likely to have a specific environmental stress from a captured image of the district to be measured; a reference vegetation information acquisition procedure of selecting a reference captured image from a plurality of reference captured images of a reference district (Aref), different to the district to be measured, set into a state of being free of the specific environmental stress, the reference captured image determined to be identical in a time zone to the captured image used for obtaining the vegetation information associated with the district to be measured, and obtaining reference vegetation information associated with the reference district from the reference captured image; and a difference acquisition procedure of acquiring the difference information between the vegetation information associated with the district to be measured and the reference vegetation information related to the specific environmental stress.
A component for an aerosol generating e-cigarette or a heat-not-burn tobacco aerosol generating device, including a light emitting module comprising at least one light emitting device, preferably a light emitting diode, LED, configured to emit light rays having a wavelength in the range between 465 nm and 485 nm; wherein the component is a mouthpiece or a vapourizing module of the aerosol generating device, wherein the at least one light emitting device is arranged in a substantially cylindrical housing and wherein the at least one light emitting device is configured to emit the light rays substantially perpendicular to the lateral surface of the cylindrical housing, such that the emitted light rays illuminate vapour generated by the aerosol generating device.
A method of printing a double-sided image on a substantially transparent substrate, comprising: printing a first image on the substrate; printing a covering layer atop the first image, the covering layer comprising a first white ink layer atop the first image, a substantially opaque ink layer atop the first white layer and a second white layer atop the opaque ink layer; and printing a second image atop the covering layer, characterized in that printing the covering layer comprises printing a variable thickness covering layer such that the upper surface of the second image printed thereon is substantially flat. printing a first image on the substrate; printing a covering layer atop the first image, the covering layer comprising a first white ink layer atop the first image, a substantially opaque ink layer atop the first white layer and a second white layer atop the opaque ink layer; and printing a second image atop the covering layer, characterized in that printing the covering layer comprises printing a variable thickness covering layer such that the upper surface of the second image printed thereon is substantially flat.
A drawworks device for a drill floor, the drawworks including an upper pulley assembly connected to a heave-compensated or fixed mounting, and a main block connected to a pipe mount which is laterally movable in at least one direction relative to the drilling centre of the drill floor, characterized in that the pulley assembly is pivotal about a first horizontal axis which is perpendicular to the direction of lateral movement and perpendicular to the pulley axis.