mhurhangee/ep-ind-claims huggingface dataset:
A method for sending an end marker, characterized by comprising: receiving, by a source access node, AN, through a source transmission path between the source AN and a core-network user-plane device, a first end marker from the core-network user-plane device, wherein the first end marker is used to indicate that sending downlink data of user equipment, UE, on the source transmission path is completed, and the source transmission path corresponds to one session; generating, by the source AN, N second end markers based on the first end marker, wherein N is the number of source data radio bearers, DRBs, corresponding to the source transmission path, and the N is greater than or equal to 2; and sending, by the source AN, the N second end markers to a target AN through N forwarding paths corresponding to the source transmission path, wherein the forwarding paths are used by the source AN to forward, to the target AN, data of the UE received through the source transmission path, and one forwarding path corresponds to one source DRB. receiving, by a source access node, AN, through a source transmission path between the source AN and a core-network user-plane device, a first end marker from the core-network user-plane device, wherein the first end marker is used to indicate that sending downlink data of user equipment, UE, on the source transmission path is completed, and the source transmission path corresponds to one session; generating, by the source AN, N second end markers based on the first end marker, wherein N is the number of source data radio bearers, DRBs, corresponding to the source transmission path, and the N is greater than or equal to 2; and sending, by the source AN, the N second end markers to a target AN through N forwarding paths corresponding to the source transmission path, wherein the forwarding paths are used by the source AN to forward, to the target AN, data of the UE received through the source transmission path, and one forwarding path corresponds to one source DRB.
A compact front adjustment system for leveling feet for furniture with a bottom and shoulders, of the type comprising: at least a right front foot and a left front foot and at least a right rear foot and a left rear foot, wherein each of said rear feet (14d,14s) comprises an adjustment mechanism in height, which is accessible from outside the foot through respective holes (21d,21s) and which can be maneuvered by means of a maneuvering tool, wherein a respective supporting and guiding unit for said maneuvering tool is provided in combination with said rear feet (14d,14s), said unit being suitable to be assembled on said bottom of the furniture in an intermediate position between said front feet (13d,13s) according to an axis X which is aligned with said holes (21d,21s) for access to the adjustment mechanism in height of the respective rear foot (14d,14s), said supporting and guiding unit having a pass-through hole lying on said axis X and aligned with said axis X, said supporting and guiding unit for said maneuvering tool being suitable to be arranged in an intermediate position between said front feet (13d,13s) limited to an area close to a front edge of the bottom of the furniture and is not constrained to said front feet (13d,13s) characterized in that said supporting and guiding unit consists of an element hinged to a base suitable to be fixed to the bottom, said element can be moved on the base between two operating positions, a first position in which said axis is aligned with the hole for access to the maneuvering mechanism of the right rear foot, and a second position in which said axis is aligned with the hole for access to the maneuvering mechanism of the left rear foot.
Studded tyre comprising: - a tread band on which a tread surface of said tyre is defined, - a plurality of holes formed in said tread band and opening on said tread surface, in which a corresponding plurality of studs are housed by engagement, each stud comprising a body housed in one of said holes and extending along a longitudinal axis, and also comprising a pin extending longitudinally from said body so as to project from said tread band outside said hole, in which said body comprises a base, longitudinally opposed to said pin and housed in a radially internal position in said hole, and having a shape in plan view on which are defined a front side and an opposite rear side, said front side of said base being larger than said rear side of said base, characterised in that said front side and said rear side are substantially parallel to an axis of rotation of said tyre and substantially perpendicular to an advancing direction of said tyre defined on said tread band at the position of said hole, and wherein said base of said stud has a trapezoidal shape in plan view, said front side of said base of the stud forming a longer base of said trapezium, and said rear side of said base of the stud forming a shorter base of said trapezium. - a tread band on which a tread surface of said tyre is defined, - a plurality of holes formed in said tread band and opening on said tread surface, in which a corresponding plurality of studs are housed by engagement, each stud comprising a body housed in one of said holes and extending along a longitudinal axis, and also comprising a pin extending longitudinally from said body so as to project from said tread band outside said hole,
Suspension assembly, comprising: a support member including a support metal base layer formed as single piece of metal, comprising: a bearing plate portion in the support metal base layer; and a static wire attach structure in the support metal base layer; a moving member including a moving metal base layer formed as a single piece of metal and mounted to the support member, comprising: a moving plate portion in the moving metal base layer; flexure arms in the moving metal base layer extending from the moving plate portion and coupled to the support member; and a moving wire attach structure in the moving metal base layer; a bearing between and engaging the bearing plate portion of the support member and the moving plate portion of the moving member, to enable movement of the moving member with respect to the support member; and a smart memory alloy wire attached to and extending between the static wire attach structure of the support member and the moving wire attach structure of the moving member. a support member including a support metal base layer formed as single piece of metal, comprising: a bearing plate portion in the support metal base layer; and a static wire attach structure in the support metal base layer; a bearing plate portion in the support metal base layer; and a static wire attach structure in the support metal base layer; a moving member including a moving metal base layer formed as a single piece of metal and mounted to the support member, comprising: a moving plate portion in the moving metal base layer; flexure arms in the moving metal base layer extending from the moving plate portion and coupled to the support member; and a moving wire attach structure in the moving metal base layer; a moving plate portion in the moving metal base layer; flexure arms in the moving metal base layer extending from the moving plate portion and coupled to the support member; and a moving wire attach structure in the moving metal base layer; a bearing between and engaging the bearing plate portion of the support member and the moving plate portion of the moving member, to enable movement of the moving member with respect to the support member; and a smart memory alloy wire attached to and extending between the static wire attach structure of the support member and the moving wire attach structure of the moving member.
Front-fan turbojet engine comprising at least one fluid circuit and an air/fluid exchanger (40, 140) by means of which said fluid is cooled by air external to the turbojet engine and a splitter for splitting the flow downstream of the fan between a primary flow and a secondary flow, characterised in that the heat exchanger (40, 140) is associated with a thermoelectric generator (46, 146) comprising a first (47, 147) and a second (48, 148) thermal exchange surface, of which the first surface is in thermal contact with said airflow and the second surface is in thermal contact with the fluid to be cooled in the exchanger (40, 140), said first surface (47, 147) being integrated to a wall element of the splitter, which element is located downstream of the leading edge of the splitter of the airflows, on the side of the secondary flow path (Fs).
A gas turbine engine comprising: a fan delivering air into a bypass duct as bypass air and into a core engine, said core engine including a high pressure compressor (52; 101), a combustor (56; 110), and a turbine section including a fan drive turbine driving a fan rotor through a gear reduction, said high pressure compressor (52; 101) having a downstream most location and air in a chamber radially outward of said combustor (56;110) being air downstream of said downstream most location in said high pressure compressor (52; 101); and a tap for tapping compressed air and moving compressed air through a heat exchanger, then returning said compressed air back into a core engine housing and passing the returned air through a conduit radially outwardly of said combustor (56;110), and said air passing from said conduit radially inwardly to cool said turbine section, characterised in that: said conduit is defined between inner and outer housing walls (136,132) and extends in an upstream direction to be aligned with a compressor diffuser positioned downstream of said downstream most location in said high pressure compressor (52;101). a fan delivering air into a bypass duct as bypass air and into a core engine, said core engine including a high pressure compressor (52; 101), a combustor (56; 110), and a turbine section including a fan drive turbine driving a fan rotor through a gear reduction, said high pressure compressor (52; 101) having a downstream most location and air in a chamber radially outward of said combustor (56;110) being air downstream of said downstream most location in said high pressure compressor (52; 101); and a tap for tapping compressed air and moving compressed air through a heat exchanger, then returning said compressed air back into a core engine housing and passing the returned air through a conduit radially outwardly of said combustor (56;110), and said air passing from said conduit radially inwardly to cool said turbine section,
A mounting assembly for securing a fixture in a desired orientation, the assembly comprising: • a fulcrum and an opposing structure positioned to receive a support member therebetween, the opposing structure being part of a surrounding wall extending from a fixture-adjacent end wall configured for securement to the fixture, the fulcrum being positioned to pivotably engage one side of the support member; and • at least one adjustable engager separately secured to the opposing structure for engaging the support member at position spaced from the fulcrum plane, whereby, when the support member is received between the fulcrum and the engager, adjustment of the engager holds the fixture in the desired orientation; characterized in that the fulcrum defines a fulcrum plane and is part of a fulcrum member having a mounting portion secured with respect to the fixture-adjacent end wall and an extension portion extending from the mounting portion along and against the surrounding wall to the fulcrum which protrudes from the extension portion. • a fulcrum and an opposing structure positioned to receive a support member therebetween, the opposing structure being part of a surrounding wall extending from a fixture-adjacent end wall configured for securement to the fixture, the fulcrum being positioned to pivotably engage one side of the support member; and • at least one adjustable engager separately secured to the opposing structure for engaging the support member at position spaced from the fulcrum plane,
A surgical device comprising: a handle assembly; an elongated member extending distally from the handle assembly, the elongated member defining a longitudinal axis; a tool assembly mounted to a distal end of the elongated member, the tool assembly having a cartridge assembly having a plurality of staples supported therein and an anvil assembly, at least one of the anvil assembly and the cartridge assembly being pivotably movable in relation to each other between open and closed positions, wherein at least one of the cartridge assembly and the anvil assembly includes a tongue configured to transition said at least one of the cartridge assembly and the anvil assembly between an extended state and a retracted state, characterized in that the tongue is configured to transition out from and into said at least one of the cartridge assembly and the anvil assembly, and the surgical device further comprises a transitioning mechanism configured to transition at least one of the anvil assembly and the cartridge assembly between the extended and retracted states wherein the transitioning mechanism includes a rod for transitioning the tongue. a handle assembly; an elongated member extending distally from the handle assembly, the elongated member defining a longitudinal axis; a tool assembly mounted to a distal end of the elongated member, the tool assembly having a cartridge assembly having a plurality of staples supported therein and an anvil assembly, at least one of the anvil assembly and the cartridge assembly being pivotably movable in relation to each other between open and closed positions, wherein at least one of the cartridge assembly and the anvil assembly includes a tongue configured to transition said at least one of the cartridge assembly and the anvil assembly between an extended state and a retracted state, characterized in that the tongue is configured to transition out from and into said at least one of the cartridge assembly and the anvil assembly, and the surgical device further comprises a transitioning mechanism configured to transition at least one of the anvil assembly and the cartridge assembly between the extended and retracted states wherein the transitioning mechanism includes a rod for transitioning the tongue.
A computer readable storage device, wherein the computer readable storage device stores instructions that, when executed by a computer processor, cause the computer processor to perform the following method: displaying a first editable workspace area, wherein the editable workspace comprises a slide deck comprising a plurality of slides, wherein the editable workspace area includes one of the slides of the slide deck, this first slide including a selectable object; receiving an input to select the selectable object; determining, by the computer processor, that the selectable object is selected; after determining that the object is selected, receiving a further input; interpreting the further input differently compared to when no selectable object is selected; editing the selectable object based on the received further input; the method further comprising, during scrolling slides of the slide deck, the slides being images and not editable slides and, if an input is received that indicates the scrolling should be stopped, loading a merged editable/readable version of a selected slide, wherein selection of a slide is determined based on the position of the slide when input that indicates to stop scrolling is received, wherein slides previous and next to the selected slide are only available as images and not as editable slides. displaying a first editable workspace area, wherein the editable workspace comprises a slide deck comprising a plurality of slides, wherein the editable workspace area includes one of the slides of the slide deck, this first slide including a selectable object; receiving an input to select the selectable object; determining, by the computer processor, that the selectable object is selected; after determining that the object is selected, receiving a further input; interpreting the further input differently compared to when no selectable object is selected; editing the selectable object based on the received further input; the method further comprising, during scrolling slides of the slide deck, the slides being images and not editable slides and, if an input is received that indicates the scrolling should be stopped, loading a merged editable/readable version of a selected slide, wherein selection of a slide is determined based on the position of the slide when input that indicates to stop scrolling is received, wherein slides previous and next to the selected slide are only available as images and not as editable slides.
Method for producing L-amino acids or L-amino acid-containing feed additives by fermentation of a microorganism of the Enterobacteriaceae family, characterized in that use is made of a microorganism in which the proP gene is attenuated, with the result that the activity or concentration of the protein ProP has been lowered to 0 to 75% of the activity or concentration of the protein in the microorganism which is not recombinant for the corresponding protein.
A method of making a composite tube (22, 22a), comprising: spinning a mandrel having an interior wall; and directing short reinforcing fibers and resin onto the interior wall of the spinning mandrel, wherein directing the fibers and the resin includes: mixing individual dry fibers with the resin in a delivery line to a nozzle; and applying the mixed fibers and resin through the nozzle onto the spinning interior wall. spinning a mandrel having an interior wall; and directing short reinforcing fibers and resin onto the interior wall of the spinning mandrel, wherein directing the fibers and the resin includes: mixing individual dry fibers with the resin in a delivery line to a nozzle; and applying the mixed fibers and resin through the nozzle onto the spinning interior wall. mixing individual dry fibers with the resin in a delivery line to a nozzle; and applying the mixed fibers and resin through the nozzle onto the spinning interior wall.
A spinal rod persuader, comprising: an outer tube including an outer tube distal end and an outer tube proximal end; an inner tube including an inner tube distal end and an inner tube proximal end, the inner tube at least partially located in the outer tube; a locking element located between the inner tube and the outer tube, the locking element including a guide structure configured to guide only linear movement of the locking element with respect to at least one of the outer tube and the inner tube, the locking element further including first and second lock plates (310, 320) disposed on opposite sides of the inner tube with a gap defined between each longitudinally extending and opposing free end of the first and second lock plates (310, 320), wherein the first and second lock plates (310, 320) are disposed intermediate the inner tube and the outer tube in a direction extending radially away from a longitudinal axis of the rod persuader, wherein the outer tube includes a first lock structure located at a first longitudinal axis position of the outer tube and adjacent the guide structure of the locking element, the first lock structure moveable between a locked position and an unlocked position, wherein when the first lock structure is located in the unlocked position, the guide structure of the locking element is permitted to be disassembled from the outer tube and the inner tube, and when the first lock structure is located in the locked position, the guide structure of the locking element is not permitted to be disassembled from the outer tube and the inner tube. an outer tube including an outer tube distal end and an outer tube proximal end; an inner tube including an inner tube distal end and an inner tube proximal end, the inner tube at least partially located in the outer tube; a locking element located between the inner tube and the outer tube, the locking element including a guide structure configured to guide only linear movement of the locking element with respect to at least one of the outer tube and the inner tube, the locking element further including first and second lock plates (310, 320) disposed on opposite sides of the inner tube with a gap defined between each longitudinally extending and opposing free end of the first and second lock plates (310, 320), wherein the first and second lock plates (310, 320) are disposed intermediate the inner tube and the outer tube in a direction extending radially away from a longitudinal axis of the rod persuader, wherein the outer tube includes a first lock structure located at a first longitudinal axis position of the outer tube and adjacent the guide structure of the locking element, the first lock structure moveable between a locked position and an unlocked position, wherein when the first lock structure is located in the unlocked position, the guide structure of the locking element is permitted to be disassembled from the outer tube and the inner tube, and when the first lock structure is located in the locked position, the guide structure of the locking element is not permitted to be disassembled from the outer tube and the inner tube.
Medical workstation, comprising a medical instrument which is intended to be inserted at least partially inside a living being for treating the latter, an imaging device which is set up to create image data records of the interior of the living being during the treatment, and a robot which has a robot arm having a plurality of members arranged one after the other, and a control device intended for moving the robot arm, and having an additional robot (R') with a robot arm (M') having a plurality of members arranged one after the other and with an additional control device (S') intended for moving the additional robot arm (M'), wherein the imaging device can be arranged on one of the robot arms and the medical instrument can be arranged on the other robot arm (M'), one of the robot arms (M, M') can be moved manually by manual guiding and the other robot arm (M'), controlled by its control device (S'), automatically follows the movement of the manually moved robot arm (M, M'), so that the imaging device attached to the robot arm follows a movement of the medical instrument moved by means of the manually moved robot arm (M') or the medical instrument attached to the corresponding robot arm (M') follows a movement of the imaging device manually moved by the robot arm
A cultivator comprising a plurality of rechargeable batteries (21, 22) for an electrical power tool as a power source, and a battery attachment portion configured to receive the batteries (21, 22), characterized in that the battery attachment portion has battery coupling portions (27, 28) to which the batteries (21, 22) can be coupled, each of the battery coupling portions (27, 28) has a slide coupling mechanism, and each of the batteries (21, 22) is prepared as a battery pack composed of a battery case and a plurality of cells.