mhurhangee/ep-ind-claims huggingface dataset:
A release pusher arrangement for a joint, comprising: a pusher locking member for cooperatively engaging a release pusher, wherein the pusher locking member comprises a radially inner surface, a radially outer surface, an axially inner segment, an axial mid-segment and an axially outer segment, wherein the axial mid-segment includes an angled ramp element extending radially outwardly from the radially outer surface, wherein the ramp element has an axially inner face and an axially outer wall; a release pusher for facilitating axial movement of the pusher locking member within a fitting so as to facilitate insertion and release of a pipe element within the fitting, wherein the release pusher is removably securable to the pusher locker member, wherein the release pusher has a neck portion with an inner radial wall and an outer radial wall, wherein the radially inner surface of the pusher locking member and the inner radial wall of the release pusher define a cavity of constant diameter extending along a longitudinal axis of the pusher locking member and release pusher when secured, and wherein the part of the radially outer surface of the pusher locking member which extends axially outwardly of said axially outer wall, and the outer radial wall of the neck portion of the release pusher are of constant diameter; and wherein the angled ramp element extends radially outwardly further than the outer radial wall of the release pusher neck portion. a pusher locking member for cooperatively engaging a release pusher, wherein the pusher locking member comprises a radially inner surface, a radially outer surface, an axially inner segment, an axial mid-segment and an axially outer segment, wherein the axial mid-segment includes an angled ramp element extending radially outwardly from the radially outer surface, wherein the ramp element has an axially inner face and an axially outer wall; a release pusher for facilitating axial movement of the pusher locking member within a fitting so as to facilitate insertion and release of a pipe element within the fitting, wherein the release pusher is removably securable to the pusher locker member, wherein the release pusher has a neck portion with an inner radial wall and an outer radial wall, wherein the radially inner surface of the pusher locking member and the inner radial wall of the release pusher define a cavity of constant diameter extending along a longitudinal axis of the pusher locking member and release pusher when secured, and wherein the part of the radially outer surface of the pusher locking member which extends axially outwardly of said axially outer wall, and the outer radial wall of the neck portion of the release pusher are of constant diameter; and wherein the angled ramp element extends radially outwardly further than the outer radial wall of the release pusher neck portion.
Electrochemical device or photo-electrochemical device comprising an electrolyte containing a bistriflimide anion, hereafter named as TFSI -, at least two electrodes, each of these electrodes being in contact with a current collector comprising a metal support characterized in that at least one electrode has a current collector the metal support of which comprises an electro-active surface with linear or branched fluorinated carbon functional chains, comprising perfluoroalkyl aryl moieties, in the form of a molecular layer which improves the corrosion resistance of said electro-active surface compared to a non-functionalized surface, wherein not impairing the passage of electrons between said electrode and its current collector, the electro-active surface being at the interface between said electrode and its current collector.
An occlusion management system for treating occlusive material within a blood vessel, comprising: a catheter; a pusher having a proximal portion and a distal portion; and a tubular flow restoration member coupled to the distal portion of the pusher, wherein the flow restoration member comprises a stent-like tube that is radially expandable from a compressed delivery state to a radially expanded, minimum energy state having at least, in part, a hollow cylindrical or tubular shape; and wherein the system comprises an extraction member attached directly to the flow restoration member and configured to be deployed distally of the flow restoration member to have a diameter larger than a diameter of the flow restoration member, wherein the extraction member is configured to be pulled into and around the occlusive material, and wherein the extraction member comprises a braid of filaments. a catheter; a pusher having a proximal portion and a distal portion; and a tubular flow restoration member coupled to the distal portion of the pusher, wherein the flow restoration member comprises a stent-like tube that is radially expandable from a compressed delivery state to a radially expanded, minimum energy state having at least, in part, a hollow cylindrical or tubular shape; and wherein the system comprises an extraction member attached directly to the flow restoration member and configured to be deployed distally of the flow restoration member to have a diameter larger than a diameter of the flow restoration member, wherein the extraction member is configured to be pulled into and around the occlusive material, and wherein the extraction member comprises a braid of filaments.
Method for applying granular material by means of an agricultural distribution device, comprising the steps of: - applying granular material onto an agricultural area by means of a plurality of distributing elements (14a-14g, 16a-16g) which are arranged on a distributor boom of the agricultural distribution device, and - detecting rows of plants on the agricultural area during the application of the granular material; the granular material being applied in row regions (20a-20p) of the agricultural area, which comprise rows of plants, by at least one distributing element (14a-14g, 16a-16g) with a first distribution pattern, characterized in that the granular material is applied in row-free regions (22a-22d) of the agricultural area, which do not comprise rows of plants, by at least one distributing element (14a-14g, 16a-16g) with a second distribution pattern. - applying granular material onto an agricultural area by means of a plurality of distributing elements (14a-14g, 16a-16g) which are arranged on a distributor boom of the agricultural distribution device, and - detecting rows of plants on the agricultural area during the application of the granular material; the granular material being applied in row regions (20a-20p) of the agricultural area, which comprise rows of plants, by at least one distributing element (14a-14g, 16a-16g) with a first distribution pattern, characterized in that the granular material is applied in row-free regions (22a-22d) of the agricultural area, which do not comprise rows of plants, by at least one distributing element (14a-14g, 16a-16g) with a second distribution pattern. the granular material being applied in row regions (20a-20p) of the agricultural area, which comprise rows of plants, by at least one distributing element (14a-14g, 16a-16g) with a first distribution pattern, characterized in that the granular material is applied in row-free regions (22a-22d) of the agricultural area, which do not comprise rows of plants, by at least one distributing element (14a-14g, 16a-16g) with a second distribution pattern.
Apparatus for automatically placing a wire collar with a hanging tag on a container such as a bottle, comprising: tag feeding means for feeding single tags in sequence over a horizontal plane in a feeding direction from a first tag storage area, towards a second area comprising wire insertion means for inserting the wire in a hole of the tag, means for forming a wire loop and for knotting the same, wire cutter means for loosing and releasing the loop, said second area being associated with a third area for feeding single containers in sequence, characterized in that said third area comprises lifting means of each single container in vertical alignment with the formed loop in a loosened arrangement, adapted to partially fit the container into the loop, whereby the release of the wire loop results in a fall of the same in engagement over the container, wherein said tag feeding means comprise a first feeder clamp movable along said feeding direction, and in that said second wire insertion and knotting area comprises a vertically reciprocating needle for inserting and releasing the wire in the tag hole, means (23, 24) for locking the wire below said horizontal plane, a wire twisting head having a helical groove and rotating around an axis parallel with said feeding direction, and a second clamp adapted to clamp said tags at a tag portion surrounding said hole, said second clamp being movable in a crosswise direction orthogonal to said feeding direction to stretch the wire tangentially to said twisting head while forming and tightening said loop.
A beverage capsule machine for making single use capsules for extract or infusion beverages, such as coffee or tea, comprising: a rigid, cup-shaped container comprising a bottom and an upper aperture provided with a rim; a dose of product for extraction or infusion contained within the rigid container and a length of sheet for sealing the upper aperture of the rigid container, characterized in that it comprises: - a transport element for transporting the rigid containers and being closed in a loop around movement means which rotate continuously about vertical axes for continuously moving the transport element; the transport element being configured to define a plurality of pockets for receiving the rigid containers and which are positioned one after the other, in succession, each having a respective vertical axis; - a plurality of stations which are positioned along a path followed by the transport element and which are configured for operating continuously in phase with the same transport element and comprising: a feeding station for feeding the rigid containers into respective pockets of the transport element; a dosing station for dosing the product into the rigid container; a closing station where the upper aperture of the rigid container is closed with the length of sheet; an outfeed station which withdraws from the transport element each capsule formed. - a transport element for transporting the rigid containers and being closed in a loop around movement means which rotate continuously about vertical axes for continuously moving the transport element; the transport element being configured to define a plurality of pockets for receiving the rigid containers and which are positioned one after the other, in succession, each having a respective vertical axis; - a plurality of stations which are positioned along a path followed by the transport element and which are configured for operating continuously in phase with the same transport element and comprising: a feeding station for feeding the rigid containers into respective pockets of the transport element; a dosing station for dosing the product into the rigid container; a closing station where the upper aperture of the rigid container is closed with the length of sheet; an outfeed station which withdraws from the transport element each capsule formed. a feeding station for feeding the rigid containers into respective pockets of the transport element; a dosing station for dosing the product into the rigid container; a closing station where the upper aperture of the rigid container is closed with the length of sheet; an outfeed station which withdraws from the transport element each capsule formed.
A suturing assembly comprising: a. a first puncture element comprising a sharp distal end for puncturing tissue; b. a second puncture element comprising a sharp distal end for puncturing tissue, the distal ends (54, 58) of said first and second puncture elements (52, 56) being spaced from each other by a gap; and c. a spacer arranged for sliding distally and proximally on at least one of said first and second puncture elements (52, 56), wherein said spacer is arranged for pivoting about one of said first and second puncture elements (52, 56) and said spacer comprises a connecting portion that snaps onto the other of said first and second puncture elements (52, 56), said suturing assembly being characterized in that said spacer comprises a distally protruding protector for protecting a distal end (54, 58) of at least one of said first and second puncture elements (52, 56). a. a first puncture element comprising a sharp distal end for puncturing tissue; b. a second puncture element comprising a sharp distal end for puncturing tissue, the distal ends (54, 58) of said first and second puncture elements (52, 56) being spaced from each other by a gap; and c. a spacer arranged for sliding distally and proximally on at least one of said first and second puncture elements (52, 56),
Optical device adapted for a wearer comprising: - an emitting system comprising a light conducting element configured to output a light through an exit face of said light conducting element towards an eye of the wearer, - a first wafer comprising an internal face facing the light conducting element, and - a gap arranged between at least the exit face of the light conducting element and the wafer, wherein the internal face of the first wafer comprises at least a curved surface facing the exit face and having a curvature greater than 0 D, and the curved surface of the internal face comprises at least a concave area facing the exit face and having a curvature greater than 0.2 D, wherein the optical device further comprises a second wafer arranged such that the light conducting element is placed between the first and the second wafers, wherein the optical device further comprises another gap arranged between at least the face opposed to the exit face of the light conducting element and the second wafer, and wherein the second wafer comprises an internal face facing the light conducting element, the internal face of the second wafer comprising at least an curved surface facing the face opposed to the exit face and having a curvature greater than 0 D, wherein: - one of the wafers, also called front wafer, is configured to form a plano lens, with both faces having the same curvature, and - the other of the wafers, also called back wafer, is configured to form a lens having a refractive power adapted to the wearer, and wherein the internal face of the back wafer comprises at least a convex area facing the exit face without contact with the light conducting element and configured to receive the light outputting from the exit face towards the eye of the wearer, and the internal face further comprises a concave area extending from the convex area to the periphery of the internal face. - an emitting system comprising a light conducting element configured to output a light through an exit face of said light conducting element towards an eye of the wearer, - a first wafer comprising an internal face facing the light conducting element, and - a gap arranged between at least the exit face of the light conducting element and the wafer, - one of the wafers, also called front wafer, is configured to form a plano lens, with both faces having the same curvature, - the other of the wafers, also called back wafer, is configured to form a lens having a refractive power adapted to the wearer, and
A method of forming a color laser image that is observable with varying colors, from an assembly comprising a protective layer, protecting pixels constituted by color subpixels (23, 24, 25) and a laserable layer, the assembly being laminated on a reflective white medium, the method being characterized in that the sheet of laserable material is carbonized in part in its thickness by the effect of a laser beam in order to form non-reflective black volumes, wherein the non-reflective black volumes are located opposite to first subpixels in order to produce the gray levels of a personalized color laser image when the sheet is observed perpendicularly to its plane, and wherein the non-reflective black volumes are formed so as to mask the subpixels adjacent said first subpixels when the personalized color laser image is observed under various angles of incidence, thereby causing changing colors in the personalized image to appear to the observer.
A downhole rotational lock mechanism, comprising: a tubular housing having a longitudinal bore with an internal wall; a driving gear disposed in the longitudinal bore of the tubular housing, said driving gear having a peripheral edge secured to the internal wall of the longitudinal bore of the tubular housing, said driving gear having an upper portion including a plurality of gear teeth arranged around a central longitudinal bore through the driving gear; a driven gear movably disposed in the longitudinal bore of the tubular housing, said driven gear having a central longitudinal bore, said driven gear having a lower portion including a plurality of gear teeth; an output drive shaft disposed longitudinally in the longitudinal bore of the tubular housing and in the longitudinal bore of the driven gear; and a ball-end screw fixed to the tubular housing of the rotational lock mechanism, said ball-end screw being disposed in a circular circumferential groove connected to a helical cam groove disposed on an outer cylindrical surface of the driven gear. a tubular housing having a longitudinal bore with an internal wall; a driving gear disposed in the longitudinal bore of the tubular housing, said driving gear having a peripheral edge secured to the internal wall of the longitudinal bore of the tubular housing, said driving gear having an upper portion including a plurality of gear teeth arranged around a central longitudinal bore through the driving gear; a driven gear movably disposed in the longitudinal bore of the tubular housing, said driven gear having a central longitudinal bore, said driven gear having a lower portion including a plurality of gear teeth; an output drive shaft disposed longitudinally in the longitudinal bore of the tubular housing and in the longitudinal bore of the driven gear; and a ball-end screw fixed to the tubular housing of the rotational lock mechanism, said ball-end screw being disposed in a circular circumferential groove connected to a helical cam groove disposed on an outer cylindrical surface of the driven gear.
An embolization coil (10,20,30) formed by joining together at least four structural elements arranged in different planes, wherein the at least four structural elements include at least two C-shaped elements, at least one O-shaped element and at least one Ω-shaped element, and wherein the at least two C-shaped elements are arranged in two adjacent planes and are sequentially joined together to form an S-shaped structure, characterized in that the at least two C-shaped elements and the at least one Ω-shaped element are open loops each having an opening and wherein the opening of the Ω-shaped element is smaller than the opening of the C-shaped element.
A computer implemented method for data archiving and dearchiving, the method comprising the steps of: obtaining, by a processor, metadata configuration associated with a source database storing transaction information, the transaction information being related to a business transaction; generating, by the processor, an archive specification based on the metadata configuration, wherein the archive specification comprises archive-specific metadata associated with an archive repository and archive rules; configuring, by the processor, an archive mapping based on the archive specification and the metadata configuration associated with the source database, the archive mapping being configured as an executable entity, wherein the configuring the archive mapping comprises correlating the archive specification with the metadata configuration, the correlating comprising linking source database and the archive repository based on source database attributes and archive repository attributes; synchronizing, by the processor, the archive mapping with an update in at least one of the metadata configuration and the archive specification, wherein the archive mapping is implemented for archiving the transaction information; and configuring, by the processor, a de-archive mapping based on instructions for dearchiving, to dearchive the archived transaction information by executing the de-archive mapping. obtaining, by a processor, metadata configuration associated with a source database storing transaction information, the transaction information being related to a business transaction; generating, by the processor, an archive specification based on the metadata configuration, wherein the archive specification comprises archive-specific metadata associated with an archive repository and archive rules; configuring, by the processor, an archive mapping based on the archive specification and the metadata configuration associated with the source database, the archive mapping being configured as an executable entity, wherein the configuring the archive mapping comprises correlating the archive specification with the metadata configuration, the correlating comprising linking source database and the archive repository based on source database attributes and archive repository attributes; synchronizing, by the processor, the archive mapping with an update in at least one of the metadata configuration and the archive specification, wherein the archive mapping is implemented for archiving the transaction information; and configuring, by the processor, a de-archive mapping based on instructions for dearchiving, to dearchive the archived transaction information by executing the de-archive mapping.
A reaming element for a reaming tool, capable of being driven rotatingly about a rotational axis, for fine machining of a previously produced bore, comprising a frontal main cutting edge for the lead of a reaming allowance of the bore and a secondary cutting edge adjoining the radially outer end of the main cutting edge, wherein the main cutting edge and the secondary cutting edge delimit a cutting face, and a ground land, which forms a support zone for guidance on the bore wall, is configured between the secondary cutting edge and the rear flank thereof, characterized in that the support zone is smaller than the land and is kept, by an intermediate section of the land, at a lateral distance from the secondary cutting edge that the intermediate section is formed by a groove-like recess between the secondary cutting edge and the support zone, that the distance of the support zone from the secondary cutting edge, measured in the peripheral direction, is 0.005 to 0.05 times the outer pitch circle diameter of the main cutting edge and that the width of the support zone, measured in the peripheral direction, is between 0.05 and 0.75 mm.