mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear (100, 1500, 2000), comprising: an upper (105, 1505, 1805, 1905) configured to receive a foot of a wearer; a sole structure fixedly attached to the upper (105, 1505, 1805, 1905), the sole structure including a ground-contacting outer member and a removable midsole; and a motorized tensioning system (150, 2005) including a power source, a control unit, a tensile member (155, 1515), and a motorized tightening device, the motorized tightening device being attached to an outer surface of the upper (105, 1505, 1805, 1905), and the tightening device being configured to apply tension in the tensile member (155, 1515) to adjust the size of an internal void (135, 1535) defined by the article of footwear (100, 1500, 2000); wherein the power source and the control unit of the tensioning system (150, 2005) are configured to be removably disposed in the removable midsole; wherein the removable midsole includes at least one recess on a lower side of the midsole configured to receive the power source and the control unit; wherein the tightening device is attached to a heel portion of the article of footwear (100, 1500, 2000); and wherein the lower side of the midsole further includes one or more grooves (425, 435) extending from the recess to a rear portion of the midsole, the grooves (425, 435) being configured to receive one or more electrical wires (430, 440, 505, 510) extending between the tightening device and the power source or the control unit. an upper (105, 1505, 1805, 1905) configured to receive a foot of a wearer; a sole structure fixedly attached to the upper (105, 1505, 1805, 1905), the sole structure including a ground-contacting outer member and a removable midsole; and a motorized tensioning system (150, 2005) including a power source, a control unit, a tensile member (155, 1515), and a motorized tightening device, the motorized tightening device being attached to an outer surface of the upper (105, 1505, 1805, 1905), and the tightening device being configured to apply tension in the tensile member (155, 1515) to adjust the size of an internal void (135, 1535) defined by the article of footwear (100, 1500, 2000); wherein the power source and the control unit of the tensioning system (150, 2005) are configured to be removably disposed in the removable midsole; wherein the removable midsole includes at least one recess on a lower side of the midsole configured to receive the power source and the control unit; wherein the tightening device is attached to a heel portion of the article of footwear (100, 1500, 2000); and wherein the lower side of the midsole further includes one or more grooves (425, 435) extending from the recess to a rear portion of the midsole, the grooves (425, 435) being configured to receive one or more electrical wires (430, 440, 505, 510) extending between the tightening device and the power source or the control unit.
An apparatus for conveying hard constituents separated from minced meat, wherein the apparatus comprises - a housing which is provided with an inlet opening for the hard constituents, and an outlet opening for the hard constituents, characterized by - an inlet opening for a pressurised fluid, and - inside the housing a movable part which movable part fits in the housing such that it can block the inlet opening for the hard constituents, the outlet opening for the hard constituents and the inlet opening for a pressurised fluid, and which movable part is movable within and relative to the housing from a first position to a second position and from the second position to the first position, and wherein the inner wall of the housing and the wall of the movable part enclose a chamber which chamber communicates with the inlet opening for the hard constituents when the movable part is in the first position, and communicates with the inlet opening for the pressurised fluid and with the outlet opening for the hard constituents when the movable part is in the second position. - a housing which is provided with an inlet opening for the hard constituents, and an outlet opening for the hard constituents, - an inlet opening for a pressurised fluid, and - inside the housing a movable part which movable part fits in the housing such that it can block the inlet opening for the hard constituents, the outlet opening for the hard constituents and the inlet opening for a pressurised fluid, and which movable part is movable within and relative to the housing from a first position to a second position and from the second position to the first position, and
A companion planting module for a vine seedling P and its marker, instead and in place of a vine plant pulled from a row of vine plants in place, said module comprising a chassis and positioning means, intended to be mounted on an agricultural vehicle T, able to move forward in a direction F, said module comprises a mast movable in vertical translation, equipped with planting means comprising a marker driver, provided with means for maneuvering a marker and said seedling P connected to said marker in vertical translation, means for holding and guiding said marker, a hollow planting cone, formed by a pair of hollow half-cones (50-1, 50-2), said hollow cone being oriented tip down, each half-cone having maneuvering means, said cone being able to take at least two positions, one with the half-cones closed and the other with the half-cones open, characterized in that the mast movable in vertical translation is equipped with a loosener, mounted in vertical translation relative to said mast, with means for maneuvering in vertical translation.
A system for directionally controlling at least one movable partition, the system comprising apparatus comprising: a frame member configured to be coupled to a portion of at least one movable partition; and at least one roller assembly coupled with the frame member and comprising at least one roller element; characterized in that the apparatus further comprises a steering actuator operatively coupled with the at least one roller assembly and configured to alter an orientation of the at least one roller assembly relative to the frame member; the system further comprising: at least one sensor located and configured to determine an orientation relative to vertical of at least a portion of the at least one movable partition and generate a signal representative thereof; and a controller configured to receive the signal from the at least one sensor and to selectively control operation of the steering actuator in response to the signal from the at least one sensor. a frame member configured to be coupled to a portion of at least one movable partition; and at least one roller assembly coupled with the frame member and comprising at least one roller element; at least one sensor located and configured to determine an orientation relative to vertical of at least a portion of the at least one movable partition and generate a signal representative thereof; and a controller configured to receive the signal from the at least one sensor and to selectively control operation of the steering actuator in response to the signal from the at least one sensor.
A prosthetic intervertebral disc for implantation between adjacent first and second vertebrae in human spine comprising: a first endplate comprising an inner surface positioned adjacent a compressible core member (130, 208), the first endplate comprising a plurality of slots, the first endplate being attachable to a first vertebra; a second endplate comprising an inner surface positioned adjacent the compressible core member (130, 208), the second endplate comprising a plurality of slots, the second endplate being attachable to a second vertebra adjacent the first vertebra in a spine; the compressible core member (130, 208) positioned between said first and second endplates, the compressible core member (130, 208) comprising a polymeric nuclear domain having a first upper surface adjacent the first endplate and having a second lower surface adjacent the second endplate, the first and second surfaces being configured to provide a plurality of raised portions on the first and second surfaces and an access volume between the core member and the first and second endplates for access of gaseous sterilizing medium, and the compressible core member further comprising an annular domain surrounding the nuclear domain, wherein the annular domain contains at least one fiber that is engaged with said first and second endplates by extending through the plurality of slots in the first endplate and through the plurality of slots in the second endplate. a first endplate comprising an inner surface positioned adjacent a compressible core member (130, 208), the first endplate comprising a plurality of slots, the first endplate being attachable to a first vertebra; a second endplate comprising an inner surface positioned adjacent the compressible core member (130, 208), the second endplate comprising a plurality of slots, the second endplate being attachable to a second vertebra adjacent the first vertebra in a spine; the compressible core member (130, 208) positioned between said first and second endplates, the compressible core member (130, 208) comprising a polymeric nuclear domain having a first upper surface adjacent the first endplate and having a second lower surface adjacent the second endplate, the first and second surfaces being configured to provide a plurality of raised portions on the first and second surfaces and an access volume between the core member and the first and second endplates for access of gaseous sterilizing medium, and the compressible core member further comprising an annular domain surrounding the nuclear domain, wherein the annular domain contains at least one fiber that is engaged with said first and second endplates by extending through the plurality of slots in the first endplate and through the plurality of slots in the second endplate.
A consumable connector component for attaching a consumable to a corresponding component of a material processing head, the consumable connector component comprising: a cylindrical body including a proximal end and a distal end disposed along a longitudinal axis, a plurality of longitudinally-oriented smooth regions disposed radially about a surface of the body near the proximal end; and a plurality of longitudinally-oriented segments disposed radially about the body interspersed between the smooth regions, each segment including at least one thread disposed along the surface of the body such that the at least one thread of one segment is discontinuous from the at least one thread of an opposing segment, the thread is oriented substantially helically about the longitudinal axis, characterized in that the pitch of each thread does not create a continuous helical path from one thread region to the next. a cylindrical body including a proximal end and a distal end disposed along a longitudinal axis, a plurality of longitudinally-oriented smooth regions disposed radially about a surface of the body near the proximal end; and a plurality of longitudinally-oriented segments disposed radially about the body interspersed between the smooth regions, each segment including at least one thread disposed along the surface of the body such that the at least one thread of one segment is discontinuous from the at least one thread of an opposing segment, the thread is oriented substantially helically about the longitudinal axis, characterized in that the pitch of each thread does not create a continuous helical path from one thread region to the next.
An image display apparatus arranged to receive instructions from a remote controller, the image display apparatus comprising: an Xlet unit arranged to execute an Xlet included in a data broadcast signal; a display unit arranged to indicate a status of a plurality of Xlet function keys of the remote controller, to which functions relating to the Xlet are assigned; and a control unit arranged to control the Xlet unit to perform an operation corresponding to an input signal received from the remote controller, if the input signal corresponds to activation of one of the Xlet function keys, wherein the control unit is further arranged to control the display unit to display a message indicating that the Xlet is being executed if the input signal corresponds to the selection of one of the Xlet function keys, which has not been set to perform the Xlet. an Xlet unit arranged to execute an Xlet included in a data broadcast signal; a display unit arranged to indicate a status of a plurality of Xlet function keys of the remote controller, to which functions relating to the Xlet are assigned; and a control unit arranged to control the Xlet unit to perform an operation corresponding to an input signal received from the remote controller, if the input signal corresponds to activation of one of the Xlet function keys, wherein the control unit is further arranged to control the display unit to display a message indicating that the Xlet is being executed if the input signal corresponds to the selection of one of the Xlet function keys, which has not been set to perform the Xlet.
Hob apparatus with a heating element support unit, which is provided for retaining at least one heating element, wherein the heating element support unit has at least one region with at least one desired bending point, characterised in that the hob apparatus has a force reducing unit which is provided to lower a torque acting on the desired bending point of the heating element support unit during a mechanical load, wherein the force reducing unit has at least one spring element, and wherein the spring element extends beyond the desired bending point.
Vane stage, extending around a longitudinal axis, designed to be fitted in a turbine engine compressor, wherein the stage comprises an annular row of mobile vanes arranged upstream from an annular row of stator vanes, wherein the annular row of stator vanes comprises a radially internal annular platform bearing radial blades, an upstream annular portion of which is arranged upstream from said blades and is surrounded radially outwards by a downstream annular portion of an annular platform of the upstream row of mobile vanes, wherein the upstream annular portion of the annular platform of the annular row of stator vanes comprises a radially external annular face from which fins extend, said fins are distributed around the longitudinal axis and extend radially outwards towards the downstream annular portion of the platform of the annular row of mobile vanes, characterised in that the fins each comprise an intrados face and an extrados face oriented circumferentially in an identical manner to the intrados faces and extrados faces of the blades of the stator vanes.
A tray table assembly attachable to a passenger seat back and in use deployable from against said seat back to a partially deployed and a fully deployed position, comprising: a hinge base; a main table slidably coupled to the hinge base; and a table extension deployable from a stowed position below the main table to a deployed position laterally adjacent the main table; characterized in that the tray table assembly is configured to deploy to a partially deployed position in which the table extension is stowed and the main table is slidable between a position proximate the seat back and a position in which it is fully deployed such that it is aligned end-on-end in longitudinal direction with the hinge base, the hinge base thereby providing a usable surface, the tray table assembly further including an intermediate support disposed between the main table and the table extension, the intermediate support being slidably coupled to each of the main table and the table extension, and in that, when the tray table assembly is fully deployed, the table extension is in its deployed position laterally adjacent the main table. a hinge base; a main table slidably coupled to the hinge base; and a table extension deployable from a stowed position below the main table to a deployed position laterally adjacent the main table; characterized in that the tray table assembly is configured to deploy to a partially deployed position in which the table extension is stowed and the main table is slidable between a position proximate the seat back and a position in which it is fully deployed such that it is aligned end-on-end in longitudinal direction with the hinge base, the hinge base thereby providing a usable surface, the tray table assembly further including an intermediate support disposed between the main table and the table extension, the intermediate support being slidably coupled to each of the main table and the table extension, and in that, when the tray table assembly is fully deployed, the table extension is in its deployed position laterally adjacent the main table. a main table slidably coupled to the hinge base; and a table extension deployable from a stowed position below the main table to a deployed position laterally adjacent the main table; characterized in that the tray table assembly is configured to deploy to a partially deployed position in which the table extension is stowed and the main table is slidable between a position proximate the seat back and a position in which it is fully deployed such that it is aligned end-on-end in longitudinal direction with the hinge base, the hinge base thereby providing a usable surface, the tray table assembly further including an intermediate support disposed between the main table and the table extension, the intermediate support being slidably coupled to each of the main table and the table extension, and in that, when the tray table assembly is fully deployed, the table extension is in its deployed position laterally adjacent the main table.
An electric system comprising: an electronic component; and a cooling system for cooling the electronic component, the cooling system comprising: a heat pipe defined by an inner wall and an outer wall with an intermediate fluid chamber, and said heat pipe having a wall to be put in contact with a cold plate and extending away from the cold plate to define a cup shape, with a fluid movement member positioned within the chamber to move the fluid from an end of said chamber adjacent to the cold plate to a spaced end of said cup shape, and wherein the electronic component is received within the cup shaped heat pipe, and a wall of said heat pipe in contact with the cold plate, and characterized by said component being an inductor. an electronic component; and a cooling system for cooling the electronic component, the cooling system comprising: a heat pipe defined by an inner wall and an outer wall with an intermediate fluid chamber, and said heat pipe having a wall to be put in contact with a cold plate and extending away from the cold plate to define a cup shape, with a fluid movement member positioned within the chamber to move the fluid from an end of said chamber adjacent to the cold plate to a spaced end of said cup shape, and wherein the electronic component is received within the cup shaped heat pipe, and a wall of said heat pipe in contact with the cold plate, and characterized by said component being an inductor. a heat pipe defined by an inner wall and an outer wall with an intermediate fluid chamber, and said heat pipe having a wall to be put in contact with a cold plate and extending away from the cold plate to define a cup shape, with a fluid movement member positioned within the chamber to move the fluid from an end of said chamber adjacent to the cold plate to a spaced end of said cup shape, and wherein the electronic component is received within the cup shaped heat pipe, and a wall of said heat pipe in contact with the cold plate, and characterized by said component being an inductor.
A mobile communication system comprising at least one mobile station and a base station, which performs radio communication between the mobile station and the base station, characterised in that the base station comprises: a monitor configured to monitor an uplink communication state between the mobile station and the base station; and a transmitter configured to transmit information indicating whether or not the mobile station is required to receive from the base station a permission for transmitting uplink data to the base station, the information being based on the monitored uplink communication state; and the mobile station comprises: a receiver configured to receive the information transmitted from the base station; and a controller configured to control the transmission of the uplink data based on whether or not the information received by the receiver indicates that the mobile station requires the permission for transmitting uplink data to the base station. a monitor configured to monitor an uplink communication state between the mobile station and the base station; and a transmitter configured to transmit information indicating whether or not the mobile station is required to receive from the base station a permission for transmitting uplink data to the base station, the information being based on the monitored uplink communication state; and a receiver configured to receive the information transmitted from the base station; and a controller configured to control the transmission of the uplink data based on whether or not the information received by the receiver indicates that the mobile station requires the permission for transmitting uplink data to the base station.
Method for manufacturing an embedded rail track with a continuous and elastically supported rail embedded in a continuous concrete track bed, wherein a rail has a head, a web and a foot, which method comprises the steps of: - providing one or more pre-aligned rails provided with filler blocks (20,25) on opposed sides of the web as well as with an elastic strip underneath the foot, - pouring the concrete track bed and allowing said concrete to harden thereby embedding said one or more pre-aligned rails in the concrete track bed, characterised in that at the boundary between each filler block (20,25) and the hardened concrete track bed a layer of the filler block is removed by machining to create a void (40,45) to the level of the elastic strip, and in that said voids (40, 45) created by said machining are filled by pouring into the voids a pourable resilient compound which cures over time and has permanent elasticity. - providing one or more pre-aligned rails provided with filler blocks (20,25) on opposed sides of the web as well as with an elastic strip underneath the foot, - pouring the concrete track bed and allowing said concrete to harden thereby embedding said one or more pre-aligned rails in the concrete track bed, characterised in that at the boundary between each filler block (20,25) and the hardened concrete track bed a layer of the filler block is removed by machining to create a void (40,45) to the level of the elastic strip, and in that said voids (40, 45) created by said machining are filled by pouring into the voids a pourable resilient compound which cures over time and has permanent elasticity.
A towing device intended to equip the deck of a vessel and comprising a winch, a cable and a fairlead, said cable passing through said fairlead under the action of said winch, characterised in that said fairlead comprises at least one first and one second sector (21, 22), said sectors allowing said cable to be guided in a groove (24, 25) made in each sector (21, 22), a first hinge with a rotational degree of freedom about an axis, said hinge connecting said two sectors (21, 22), with said axis being substantially perpendicular to a direction along which said cable substantially extends in said fairlead at said hinge, means for restricting the angular displacement of said hinge, and in that said sectors (21, 22) and said restriction means are designed so as to prevent said cable from exceeding a lower radius of curvature limit.