mhurhangee/patent-ind-claim-en huggingface dataset:
An arrangement comprising a RFID tag, a metal layer , and a lid , the RFID tag having an antenna structure designed to operate in proximity to conductive surfaces, the antenna structure comprising: an RFID inlay ; and a pair of plastic layers ; wherein the RFID inlay is sandwiched between the pair of plastic layers ; and wherein the RFID inlay is positioned 90 degrees to the metal layer , characterized in that the antenna structure is positioned within an interior of the lid such that when the lid is screwed on a container, an edge of the antenna structure contacts the metal layer . an RFID inlay ; and a pair of plastic layers ; wherein the RFID inlay is sandwiched between the pair of plastic layers ; and wherein the RFID inlay is positioned 90 degrees to the metal layer , characterized in that the antenna structure is positioned within an interior of the lid such that when the lid is screwed on a container, an edge of the antenna structure contacts the metal layer .
A connection clamping device (21; 61; 81; 131; 151; 221;421) for bioprocess disposables, arranged to secure a flexible tube to a barbed end of a tube connector , whereby the barbed end comprises a barb and the tube connector during connection is arranged to protrude into an end of the flexible tube , wherein said connection clamping device comprises two sections (23a;223a;423a, 23b;223b;423b) which, during connection when the tube connector protrudes into an end of the flexible tube, are arranged to be connected and locked to each other in a clamped position by a locking mechanism (33a,33b,34a,34b; 233;234; 63a, 63b, 64a, 64b ) around the tube connector and the flexible tube , such that the flexible tube is compressed against the tube connector by a rib (41a,41b;241a,241b;441a,441b) provided on the inner circumference of the connection clamping device, characterised in that the connection clamping device further comprising one or more anti-rotation teeth protruding from the inner surface .
A construction machine comprising: a heat exchanger chamber defined in a machine body; at least a pair of first heat exchangers that are disposed so as to face each other at a predetermined interval so as to form a gap (G) through which a worker is able to pass in the heat exchanger chamber , each of the first heat exchangers allowing outside air as cooling air to pass therethrough to be cooled, the outside air being introduced into the heat exchanger chamber from outside by a cooling fan ; and a side outlet that is opened at a portion equivalent to a portion between both the first heat exchangers in a first side wall of the heat exchanger chamber , and that allows cooling air to discharge to lateral outside, the cooling air having passed through each of the first heat exchangers to mutually collide inside the heat exchanger chamber . a heat exchanger chamber defined in a machine body; at least a pair of first heat exchangers that are disposed so as to face each other at a predetermined interval so as to form a gap (G) through which a worker is able to pass in the heat exchanger chamber , each of the first heat exchangers allowing outside air as cooling air to pass therethrough to be cooled, the outside air being introduced into the heat exchanger chamber from outside by a cooling fan ; and a side outlet that is opened at a portion equivalent to a portion between both the first heat exchangers in a first side wall of the heat exchanger chamber , and that allows cooling air to discharge to lateral outside, the cooling air having passed through each of the first heat exchangers to mutually collide inside the heat exchanger chamber .
An inner circumferential length measuring device for a circular member , comprising: a support including at least three protrusion-like support portions on which the circular member can be placed flat in an unrestrained state wherein the support portions extend in a rod-like manner in the radial direction of the circular member ; a two-dimensional sensor disposed allowing for movement relative to the support; a rotation driving mechanism configured to rotate the two-dimensional sensor about a predetermined position inward of the circular member; and a calculation unit configured to receive measurement data from the two-dimensional sensor, wherein the two-dimensional sensor is adapted for being disposed at a predetermined measurement position facing an inner circumferential surface of the circular member, and for measuring a separation distance from the two-dimensional sensor to the inner circumferential surface in a non-contact state with the circular member in a range of an entire circumference of the circular member; and the calculation unit being adapted for calculating an inner circumferential length of the circular member based on the separation distance measured and a distance from the predetermined position to the two-dimensional sensor in a plan view. a support including at least three protrusion-like support portions on which the circular member can be placed flat in an unrestrained state wherein the support portions extend in a rod-like manner in the radial direction of the circular member ; a two-dimensional sensor disposed allowing for movement relative to the support; a rotation driving mechanism configured to rotate the two-dimensional sensor about a predetermined position inward of the circular member; and a calculation unit configured to receive measurement data from the two-dimensional sensor, wherein the two-dimensional sensor is adapted for being disposed at a predetermined measurement position facing an inner circumferential surface of the circular member, and for measuring a separation distance from the two-dimensional sensor to the inner circumferential surface in a non-contact state with the circular member in a range of an entire circumference of the circular member; and the calculation unit being adapted for calculating an inner circumferential length of the circular member based on the separation distance measured and a distance from the predetermined position to the two-dimensional sensor in a plan view.
Docking mechanism for docking a dockable transport means, comprising at least a transport undercarriage with transport means such as wheels, in safeguarded manner to a receiving location, such as a receiving location which can be arranged on a vehicle, such as a road, marine or airborne vehicle, wherein the transport undercarriage can only be transferred from a position of use to a docking position when the transport means is situated in a blocking mode relative to the receiving location, and wherein the blocking mode can be discontinued only when the transport undercarriage is situated in the position of use, characterised in that , the docking mechanism comprises: - a support member for supporting the transport means during the docking, - a blocking actuator for actuating a blocking member between a blocking mode and a release mode for the purpose of blocking the transport means against leaving the receiving location during docking, while the transport undercarriage is in a free docking position, - a coupling assembly for switching the transport undercarriage between a position of use and the docking position, wherein - the coupling assembly is adapted such that switching of the transport undercarriage from the position of use to the docking position is possible when the blocking member is situated in the blocking mode, and that actuation of the blocking member from the blocking mode to the release mode is possible when the transport undercarriage is situated in the position of use, wherein the coupling assembly comprises: - a primary coupling member for hooking into a primary transport undercarriage hook, - a primary transport undercarriage hook for receiving the primary coupling member, wherein the primary coupling member and the primary transport undercarriage hook can only be uncoupled when the blocking member is in the blocking mode. - a support member for supporting the transport means during the docking, - a blocking actuator for actuating a blocking member between a blocking mode and a release mode for the purpose of blocking the transport means against leaving the receiving location during docking, while the transport undercarriage is in a free docking position, - a coupling assembly for switching the transport undercarriage between a position of use and the docking position, wherein - the coupling assembly is adapted such that switching of the transport undercarriage from the position of use to the docking position is possible when the blocking member is situated in the blocking mode, and that actuation of the blocking member from the blocking mode to the release mode is possible when the transport undercarriage is situated in the position of use, wherein the coupling assembly comprises: - a primary coupling member for hooking into a primary transport undercarriage hook, - a primary transport undercarriage hook for receiving the primary coupling member, wherein the primary coupling member and the primary transport undercarriage hook can only be uncoupled when the blocking member is in the blocking mode.
A slide fastener comprising: a slider hub coupled to a first textile; a first slider track and a second slider track that are both coupled to the first textile near the slider hub and that both extend away from the slider hub in a respective direction; a first slider body coupled to, and movable along, the first slider track ; a first slider puller rotatably coupled to the first slider body , wherein the first slider puller rotates between a stowed position and a sliding position, and wherein in the stowed position the first slider puller is folded at least partially over top the slider hub ; a second slider body coupled to, and movable along, the second slider track ; and a second slider puller rotatably coupled to the second slider body , wherein the second slider puller rotates between a stowed position and a sliding position, wherein in the stowed position the second slider puller is folded at least partially over top the slider hub ; wherein, in the stowed position of the first slider puller and the second slider puller , the first slider puller and the second slider puller releasably engage with the slider hub , with each other, or a combination thereof, in order to temporarily retain the first slider body and the second slider body proximate to the slider hub ; and wherein the first slider body and the second slider body are each alignable with slider tracks on a second textile when the first slider puller and the second slider puller are in the stowed position and the first slider body and the second slider body are retained proximate to the slider hub , characterized in that the slider hub includes a first slider-puller retaining lip and a second slider-puller retaining lip , each of the first slider-puller retaining lip and the second slider-puller retaining lip includes a perimeter edge circumscribing a central recess , and the first slider puller includes a first stud and the second slider puller includes a second stud , and wherein, in the stowed position, the first stud and the second stud insert into the central recess and frictionally engage the perimeter edge . the slider hub includes a first slider-puller retaining lip and a second slider-puller retaining lip , each of the first slider-puller retaining lip and the second slider-puller retaining lip includes a perimeter edge circumscribing a central recess , and the first slider puller includes a first stud and the second slider puller includes a second stud , and wherein, in the stowed position, the first stud and the second stud insert into the central recess and frictionally engage the perimeter edge .
A roof rack load carrying bar , comprising, - a channel for receiving at least one mounting member for attaching a load carrying bar accessory to said load carrying bar , said channel extending at least partly in a length direction (L) of said load carrying bar , - at least a first cover extending in said length direction (L) for sealing said channel from an external environment, said first cover comprising an attachment portion , said attachment portion comprising a groove extending in said length direction (L) attaching said first cover to a corresponding protruding portion extending in said length direction (L) on said load carrying bar , said groove comprising a first and a second side wall, said attachment portion further comprising a hook-shaped gripping member comprising a hook portion , said hook-shaped gripping member being an extension of said first side wall with said hook portion bent from said first side wall , characterized in that , said hook portion is bent from said first side wall by an angle being larger than 90 degrees with respect to said first side wall . - a channel for receiving at least one mounting member for attaching a load carrying bar accessory to said load carrying bar , said channel extending at least partly in a length direction (L) of said load carrying bar , - at least a first cover extending in said length direction (L) for sealing said channel from an external environment, said first cover comprising an attachment portion , said attachment portion comprising a groove extending in said length direction (L) attaching said first cover to a corresponding protruding portion extending in said length direction (L) on said load carrying bar , said groove comprising a first and a second side wall,
A lead body for implantation comprising: at least a first and a second peripheral conductive member spaced apart from each other along an axial length of the lead body and electrically isolated from each other; and a sectioned hypotube comprising a distal end and a proximal end and at least a first conducting section and a second conducting section each extending between the distal and proximal ends and each electrically isolated from each other, at least one of the first and second conducting sections extending along the axial length of the lead body between the at least two peripheral conductive members , wherein the sectioned hypotube is a hypotube which has been sectioned by removal of material from the hypotube to form a plurality of conducting sections; wherein the first conducting section of the sectioned hypotube is coupled to the first peripheral conductive member and the second conducting section of the sectioned hypotube is coupled to the second peripheral conductive member , and wherein the at least first conducting section and second conducting section comprise an outer surface that is an arc across the entire width of the conducting section and that substantially matches an inner surface, which is also an arc, of the peripheral conductive member to which it is attached. at least a first and a second peripheral conductive member spaced apart from each other along an axial length of the lead body and electrically isolated from each other; and a sectioned hypotube comprising a distal end and a proximal end and at least a first conducting section and a second conducting section each extending between the distal and proximal ends and each electrically isolated from each other, at least one of the first and second conducting sections extending along the axial length of the lead body between the at least two peripheral conductive members , wherein the sectioned hypotube is a hypotube which has been sectioned by removal of material from the hypotube to form a plurality of conducting sections; wherein the first conducting section of the sectioned hypotube is coupled to the first peripheral conductive member and the second conducting section of the sectioned hypotube is coupled to the second peripheral conductive member , and wherein the at least first conducting section and second conducting section comprise an outer surface that is an arc across the entire width of the conducting section and that substantially matches an inner surface, which is also an arc, of the peripheral conductive member to which it is attached.
A crane provided with a boom , a wire rope , a winch , and a hook , the boom being capable of being luffed up and down, extended, and retracted, the wire rope being configured to hang from the boom , the winch being configured to wind or unwind the wire rope , the hook being configured to be raised or lowered by the wire rope wound or unwound, whereby the crane comprises: a winding manipulation tool that allows giving an instruction on an operating state of the winch ; and switch that allows instructing that a suspension length of the hook be kept, wherein, when the winding manipulation tool is manipulated in one direction while the switch is in an "ON" state, the boom is luffed up and extended to raise the hook while the wire rope is unwound such that the suspension length of the hook is kept, and, when the winding manipulation tool is manipulated in an other direction while the switch is in the "ON" state, the boom is luffed down and retracted to lower the hook while the wire rope is wound such that the suspension length of the hook is kept. a winding manipulation tool that allows giving an instruction on an operating state of the winch ; and switch that allows instructing that a suspension length of the hook be kept, wherein, when the winding manipulation tool is manipulated in one direction while the switch is in an "ON" state, the boom is luffed up and extended to raise the hook while the wire rope is unwound such that the suspension length of the hook is kept, and, when the winding manipulation tool is manipulated in an other direction while the switch is in the "ON" state, the boom is luffed down and retracted to lower the hook while the wire rope is wound such that the suspension length of the hook is kept.
A polyaxial pedicle screw having a screwed shaft section for anchoring the pedicle screw in a vertebra, wherein a shaft head is configured at an axial end of the shaft section , said shaft head being pivotably and/or rotatingly coupled to a receiving sleeve for a longitudinal support , wherein the receiving sleeve comprises a fastening means for selective positional fastening of the receiving sleeve with respect to the shaft section , said fastening means at least consisting of an inlay mounted in the receiving sleeve and acting on the shaft head , and a locking element acting via the longitudinal support on the inlay and screwed directly into or onto the receiving sleeve , wherein the inlay is configured with inlay engagement elements , which are not covered or overlapped by the locking element , for the introduction of a provisional compressive force parallel to the locking element on the inlay , characterized in that the end face of the inlay is widened to a flange-like collar and formed into a concave trough.
An extendable rear view mirror assembly comprising: a mirror base configured for attachment to a side of a vehicle; one or more arms that extend outwardly from the mirror base; one or more intermediate members , each of which is configured to slide with respect to a respective arm; and a mirror head comprising a mirror head support that is configured to slidably receive the one or more intermediate members ; characterized in that a proximal end of the or each intermediate member comprises snap hooks provided on crenulations projecting from the proximal end of the intermediate member and configured to interlock with lateral grooves spaced along the respective arm and positioned to correspond to defined positions of the mirror head whereby the arm and intermediate member become rigidly joined; and the mirror head support comprises snap hooks provided on crenulations projecting from the mirror head support and configured to interlock with lateral grooves spaced along an outer surface of the or each intermediate member, wherein the position of the lateral grooves on the outer surface of the intermediate member correspond to defined positions of the mirror head, and whereby the mirror head support and intermediate member(s) become rigidly joined. a mirror base configured for attachment to a side of a vehicle; one or more arms that extend outwardly from the mirror base; one or more intermediate members , each of which is configured to slide with respect to a respective arm; and a mirror head comprising a mirror head support that is configured to slidably receive the one or more intermediate members ; characterized in that a proximal end of the or each intermediate member comprises snap hooks provided on crenulations projecting from the proximal end of the intermediate member and configured to interlock with lateral grooves spaced along the respective arm and positioned to correspond to defined positions of the mirror head whereby the arm and intermediate member become rigidly joined; and the mirror head support comprises snap hooks provided on crenulations projecting from the mirror head support and configured to interlock with lateral grooves spaced along an outer surface of the or each intermediate member, wherein the position of the lateral grooves on the outer surface of the intermediate member correspond to defined positions of the mirror head, and whereby the mirror head support and intermediate member(s) become rigidly joined.
An interface comprising a supple envelope , with an air supply aperture and a pair of protruding nostril locators protruding from the envelope , each nostril locator including an outlet aperture, the envelope inflating under internal pressure from a pressurised gases supply and being configured to create a seal with the nose or face of a user in addition to any seal provided by the nostril locators , when pressed against the face of the user, wherein a region of the envelope immediately adjacent the nostril locators is stiffer than the rest of the envelope , a frame supporting the envelope , a strap to pass around the back of the head to support the interface, and the frame incorporating a swivel or ball joint to allow a flexible conduit for delivering breathable gas to rotate through different angles and orientations, characterized in that the envelope or the body of the envelope , when pressed against the face of the user, forms a substantially continuous seal against the user's nose and face that surrounds the nostril locators , the body of the envelope including left and right side body portions that cover the user's cheeks to an equal extent on each side of the user's nose.