mhurhangee/patent-ind-claim-en huggingface dataset:
A cassette (542; 612) for use in a prosthetic suturing device (482; 606), the cassette (542; 612) configured to be loaded into a cassette receiver of the suturing device and comprising: a base ; a cover coupled to the base by latching, gluing, or welding; and one or more needles (576; 624) guided by the base and the cover ; characterised in that the base comprises: a pair of alignment tabs configured to move into alignment slots of the cassette receiver ; and a pair of pivots (552; 614) configured to be placed into alignment with pivot receivers in the cassette receiver , thereby allowing the cassette to be rotated down around the cassette pivots (552; 614) so that the alignment tabs move into the alignment slots of the cassette receiver ; wherein the cover : comprises two flexible arms each having a retention latch configured to engage retention features of the cassette receiver so that the cassette is held firmly in place; and defines one or more ferrule holders (566; 626); and characterised by a flexible latch held by key features of the base and the cover with one or more latch ends configured to engage a latch feature on the one or more needles (576; 618), wherein the flexible latch is coupled at a distal end of the flexible latch to the corresponding key features . a base ; a cover coupled to the base by latching, gluing, or welding; and one or more needles (576; 624) guided by the base and the cover ; characterised in that the base comprises: a pair of alignment tabs configured to move into alignment slots of the cassette receiver ; and a pair of pivots (552; 614) configured to be placed into alignment with pivot receivers in the cassette receiver , thereby allowing the cassette to be rotated down around the cassette pivots (552; 614) so that the alignment tabs move into the alignment slots of the cassette receiver ; a pair of alignment tabs configured to move into alignment slots of the cassette receiver ; and a pair of pivots (552; 614) configured to be placed into alignment with pivot receivers in the cassette receiver , thereby allowing the cassette to be rotated down around the cassette pivots (552; 614) so that the alignment tabs move into the alignment slots of the cassette receiver ; wherein the cover : comprises two flexible arms each having a retention latch configured to engage retention features of the cassette receiver so that the cassette is held firmly in place; and defines one or more ferrule holders (566; 626); and comprises two flexible arms each having a retention latch configured to engage retention features of the cassette receiver so that the cassette is held firmly in place; and defines one or more ferrule holders (566; 626); and characterised by a flexible latch held by key features of the base and the cover with one or more latch ends configured to engage a latch feature on the one or more needles (576; 618), wherein the flexible latch is coupled at a distal end of the flexible latch to the corresponding key features .
A recoilless underwater firearm comprising: a gun carriage , a fire control tool and a barrel , which contains at least a muzzle face and a breechblock , a primer-igniter , a propellant charge and a projectile , wherein the barrel is configured to move out of the gun carriage during a shot as a result of gas from the propellant charge impacting on the breechblock , characterized in that said barrel is reversibly kept from premature movement relative to the gun carriage before the shot and is configured to disconnect from the gun carriage by the fire control tool for shooting the recoilless underwater firearm so that the barrel is freely moveable within the gun carriage without impacting the gun carriage , and wherein the fire control tool acts on the barrel such that movement of the fire control tool displaces the barrel with respect to the gun carriage , and the breechblock is equipped with a firing mechanism , which acts on the primer-igniter when the barrel is displaced within the gun carriage .
A pigment comprising Formula I: wherein R 1 is a hydrogen, a C 1 -C 3 alkyl group, a halogen, a hydroxyl, or-CH 2 CHR 4 CH 2 OCOR 3; R 2 is a hydrogen, C 1 -C 3 alkyl group, or a halogen; R 3 is -C(CH 3 )CH 2 ; and R 4 is -OH or -O[CH 2 CH(CH 2 OCOC(CH 3 )CH 2 )O] x H, and x is an integer from 1 to 15. wherein R 1 is a hydrogen, a C 1 -C 3 alkyl group, a halogen, a hydroxyl, or-CH 2 CHR 4 CH 2 OCOR 3; R 2 is a hydrogen, C 1 -C 3 alkyl group, or a halogen; R 3 is -C(CH 3 )CH 2 ; and R 4 is -OH or -O[CH 2 CH(CH 2 OCOC(CH 3 )CH 2 )O] x H, and x is an integer from 1 to 15.
A method of preparing an absorbent antimicrobial wound dressing comprising: (a) preparing an antimicrobial coating composition by mixing an antimicrobial agent and one or more polymers in a solvent system that comprises a non-aqueous solvent; (b) contacting the antimicrobial coating composition of step (a) with a wound dressing substrate which comprises absorbent fibers or absorbent particles, wherein the wound dressing substrate has a free swell absorptive capacity corresponding to the maximum absorptive capacity of the wound dressing substrate, of at least 5 times its own weight, as measured by EN 13726-1:2002; and (c) drying the product of step (b). (a) preparing an antimicrobial coating composition by mixing an antimicrobial agent and one or more polymers in a solvent system that comprises a non-aqueous solvent; (b) contacting the antimicrobial coating composition of step (a) with a wound dressing substrate which comprises absorbent fibers or absorbent particles, wherein the wound dressing substrate has a free swell absorptive capacity corresponding to the maximum absorptive capacity of the wound dressing substrate, of at least 5 times its own weight, as measured by EN 13726-1:2002; and (c) drying the product of step (b).
A nebulizer unit with an ampoule, comprising - a housing which encases an aerosol generator with a feeding chamber lying on one side, - an ampoule receiver with a squeezing device , - an opening device with a least one opening which is in communication with the feeding chamber , and - an ampoule with liquid , which possesses at least one opening with which it is inserted or insertable into the ampoule receiver, whereby the ampoule has a connection region that cooperates with connection means of the ampoule receiver to firmly retain the ampoule in the ampoule receiver and to sealingly connect the openings and , and whereby the housing is made up of a front part (10`) that comprises the aerosol generator and a rear part (10") that is separate from the front part (10`) and comprised the ampoule receiver , and whereby the squeezing device is suitable for squeezing the ampoule during its insertion, thereby creating an excess pressure in the ampoule , whereby the opening device is integrated into the rear part (10"), and the squeezing device is furthermore designed to squeeze the ampoule during its insertion and hold it squeezed in the inserted state in such a way, that in an interior of the ampoule an excess pressure is built which is sufficient to push, after the ampoule has been opened by the opening device , an amount of medicament liquid corresponding to a volume of the feeding chamber and, if applicable, a feeding channel out of the ampoule . - a housing which encases an aerosol generator with a feeding chamber lying on one side, - an ampoule receiver with a squeezing device , - an opening device with a least one opening which is in communication with the feeding chamber , and - an ampoule with liquid , which possesses at least one opening with which it is inserted or insertable into the ampoule receiver, whereby the ampoule has a connection region that cooperates with connection means of the ampoule receiver to firmly retain the ampoule in the ampoule receiver and to sealingly connect the openings and , and whereby the housing is made up of a front part (10`) that comprises the aerosol generator and a rear part (10") that is separate from the front part (10`) and comprised the ampoule receiver , and whereby the squeezing device is suitable for squeezing the ampoule during its insertion, thereby creating an excess pressure in the ampoule , whereby the opening device is integrated into the rear part (10"), and the squeezing device is furthermore designed to squeeze the ampoule during its insertion and hold it squeezed in the inserted state in such a way, that in an interior of the ampoule an excess pressure is built which is sufficient to push, after the ampoule has been opened by the opening device , an amount of medicament liquid corresponding to a volume of the feeding chamber and, if applicable, a feeding channel out of the ampoule .
A connector comprising: a cable including a plurality of core wires ; a plurality of contacts ; a body ; a body cover housing the body ; and an inner mold part ; wherein ends, on one side, of the plurality of core wires of the cable are covered by soft resin; the plurality of contacts are respectively connected to the ends, on one side, of the plurality of core wires of the cable , the body includes a plurality of first grooves that have an arc shape on a section orthogonal to an extending direction of the core wires and respectively support the ends which are covered by the soft resin, on one side, of the core wires in a contact state, the body cover includes a plurality of lines of rails on an inner side surface thereof, the plurality of lines of rails respectively having second grooves and being extended in parallel with the extending direction of the core wires , the second grooves having an arc shape on the section orthogonal to the extending direction of the core wires , wherein the second groves combine with the first grooves in the contact state to form respective circular holes , and respectively support the ends which are covered by the soft resin, on one side, of the core wires in the contact state, the inner mold part is formed by molding and covers and fixes the holes and only the portions of the plurality of core wires which are covered by soft resin extending from the holes to the other side, and the ends of the core wires are exactly fit in the holes formed by the body and the body cover . a cable including a plurality of core wires ; a plurality of contacts ; a body ; a body cover housing the body ; and an inner mold part ; wherein ends, on one side, of the plurality of core wires of the cable are covered by soft resin; the plurality of contacts are respectively connected to the ends, on one side, of the plurality of core wires of the cable , the body includes a plurality of first grooves that have an arc shape on a section orthogonal to an extending direction of the core wires and respectively support the ends which are covered by the soft resin, on one side, of the core wires in a contact state, the body cover includes a plurality of lines of rails on an inner side surface thereof, the plurality of lines of rails respectively having second grooves and being extended in parallel with the extending direction of the core wires , the second grooves having an arc shape on the section orthogonal to the extending direction of the core wires , wherein the second groves combine with the first grooves in the contact state to form respective circular holes , and respectively support the ends which are covered by the soft resin, on one side, of the core wires in the contact state, the inner mold part is formed by molding and covers and fixes the holes and only the portions of the plurality of core wires which are covered by soft resin extending from the holes to the other side, and the ends of the core wires are exactly fit in the holes formed by the body and the body cover .
Lifting and conveying device having a lifting body on which a circulating conveyor means is deflected to form a conveyor track on which an item is able to be conveyed, and which is articulated or able to be articulated by a linear drive (38, 72; 38, 172) of the device (22; 122; 222; 322; 422; 522) for lifting the conveyor track, wherein the linear drive (38, 72; 38, 172) has a rotary motor and a motor gear (72; 172) for converting an angle of rotation into the lift , wherein the motor gear has a cam disc (72; 172) which is fixedly connected in terms of rotational drive to the rotary motor and by which the lifting body is indirectly or directly articulated or able to be articulated, and having a base body which is able to be arranged in a fixed position with regard to a superordinate assembly , in particular a drift conveyor, and on which the rotary motor with the cam disc (72; 172) is arranged, characterized in that the lifting body is tensioned against the cam disc (72; 172), wherein the base body is a base plate , wherein the lifting body is tensioned against the cam disc (72; 172), wherein two guide pillars are fixedly connected to the underside of the lifting body , said guide pillars extending downward through shaft bearing blocks and the base plate , and through a sheet-metal profile , such that the lifting body is guided linearly via the guide pillars and is able to be lifted relative to the base plate and the components arranged thereon, and wherein compression springs are pushed onto the guide pillars and are pretensioned between the base plate and the sheet-metal profile .
A restraint for non-injurious securement of a limb of a person to an object, the restraint comprising: a flexible strap defined by opposed ends and opposed edges and comprising, partially between the ends, a substantially cut-resistant webbing comprising of, or incorporating a strip of interlinked rings ; and at least one locking mechanism having a slot configured to receive the flexible strap therethrough, the locking mechanism including one or more projections or pins adapted to engage the interlinked rings upon operation of the locking mechanism , and to disengage therefrom responsive to operation with a key; wherein the strap is adapted to be secured to the object with a loop adjusted to encircle the limb, and the at least one locking mechanism fixes and locks the length of the loop securing the limb to the object; characterised in that the projections or pins engage with the interlinked rings of the flexible strap by extending at least partway therethrough, thereby preventing movement of the strap through the locking mechanism . a flexible strap defined by opposed ends and opposed edges and comprising, partially between the ends, a substantially cut-resistant webbing comprising of, or incorporating a strip of interlinked rings ; and at least one locking mechanism having a slot configured to receive the flexible strap therethrough, the locking mechanism including one or more projections or pins adapted to engage the interlinked rings upon operation of the locking mechanism , and to disengage therefrom responsive to operation with a key; wherein the strap is adapted to be secured to the object with a loop adjusted to encircle the limb, and the at least one locking mechanism fixes and locks the length of the loop securing the limb to the object; characterised in that the projections or pins engage with the interlinked rings of the flexible strap by extending at least partway therethrough, thereby preventing movement of the strap through the locking mechanism .
A sleeve for a dispensing apparatus for the reception of a collapsible cartridge including a dispensable medium, wherein the cartridge and the sleeve can be arranged with respect to one another in such a way that the sleeve can support a cartridge wall of the cartridge in at least one section thereof during a dispensing of the medium, wherein a length (L) of the sleeve can be changed substantially in parallel to a dispensing direction (A), characterized in that the sleeve is configured as expanding in the dispensing direction (A).
A method for determining a resource allocation for a numerology, comprising: receiving, by a user equipment, in the following also referred to as UE, information for the numerology ; and deriving, by the UE, a resource allocation for the numerology ; characterized in that the information for the numerology comprises a frequency location and a bandwidth for the numerology; the resource allocation for the numerology is derived within a bandwidth portion based on the frequency location and the bandwidth, wherein the bandwidth portion is derived from the frequency location and the bandwidth for the numerology. receiving, by a user equipment, in the following also referred to as UE, information for the numerology ; and deriving, by the UE, a resource allocation for the numerology ; characterized in that the information for the numerology comprises a frequency location and a bandwidth for the numerology; the resource allocation for the numerology is derived within a bandwidth portion based on the frequency location and the bandwidth, wherein the bandwidth portion is derived from the frequency location and the bandwidth for the numerology.
A hub crane assembly for a wind turbine , comprising: an adjustable articulating arm mountable at a first height on a hub of the wind turbine at a hinge point ; a first hoist mountable at a second height of the wind turbine , the second height being greater than the first height; and, a support component secured to the first hoist and a first attachment point of the articulating arm , wherein the first hoist is configured to rotate the articulating arm about the hinge point via the support component such that, as the articulating arm rotates, a clearance distance between the wind turbine and the articulating arm changes. an adjustable articulating arm mountable at a first height on a hub of the wind turbine at a hinge point ; a first hoist mountable at a second height of the wind turbine , the second height being greater than the first height; and, a support component secured to the first hoist and a first attachment point of the articulating arm , wherein the first hoist is configured to rotate the articulating arm about the hinge point via the support component such that, as the articulating arm rotates, a clearance distance between the wind turbine and the articulating arm changes.
A method of incrementally forming a workpiece , the method comprising: securing a sacrificial material layer to at least one surface of the workpiece using securing means ; imparting a force directly to the sacrificial material layer with at least one forming tool , thereby incrementally forming the workpiece to a desired geometry based on a tool path of the forming tool , while generating tool marks from the forming tool on the sacrificial material layer; and discarding or recycling the sacrificial material layer after the workpiece is formed, whereby the amount of tool marks on the workpiece is reduced. securing a sacrificial material layer to at least one surface of the workpiece using securing means ; imparting a force directly to the sacrificial material layer with at least one forming tool , thereby incrementally forming the workpiece to a desired geometry based on a tool path of the forming tool , while generating tool marks from the forming tool on the sacrificial material layer; and discarding or recycling the sacrificial material layer after the workpiece is formed, whereby the amount of tool marks on the workpiece is reduced.
A multi-die isolated controller integrated circuit package with a magnetically coupled communication link between the isolated controller dice in the integrated circuit package, wherein the multi-die isolated controller integrated circuit package is configured to be utilized in a switch mode power converter and includes a primary control circuit and a secondary control circuit, wherein the multi-die isolated controller integrated circuit package comprises: a lead frame , the lead frame including: a first conductor having a first conductive loop ; a second conductor galvanically isolated from the first conductor, wherein the second conductor includes a second conductive loop proximate to and magnetically coupled to the first conductive loop to provide a communication link between the first and second conductors, wherein the magnetically coupled communication link is formed by the magnetically coupled first and second conductive loops inside an encapsulated portion of the multi-die isolated controller integrated circuit package. a lead frame , the lead frame including: a first conductor having a first conductive loop ; a second conductor galvanically isolated from the first conductor, wherein the second conductor includes a second conductive loop proximate to and magnetically coupled to the first conductive loop to provide a communication link between the first and second conductors, a first conductor having a first conductive loop ; a second conductor galvanically isolated from the first conductor, wherein the second conductor includes a second conductive loop proximate to and magnetically coupled to the first conductive loop to provide a communication link between the first and second conductors, wherein the magnetically coupled communication link is formed by the magnetically coupled first and second conductive loops inside an encapsulated portion of the multi-die isolated controller integrated circuit package.
A comfort layer (16, 16a-16m) configured to overlay a core of a bedding or seating product , said comfort layer (16, 16a-16m) comprising: a matrix of interconnected pocketed mini coil springs , each mini coil spring being contained within a pocket , said pocket having a weld seam at least partially around the pocket joining first and second pieces of fabric of the pocket , wherein each weld seam has multiple weld segments ; characterised in said comfort layer (16, 16a-16m) having multiple tall sections (42, 42a-42h, 94), each of the tall sections (42, 42a-42h, 94) comprising multiple columns of pocketed mini coil springs , adjacent tall sections (42, 42a-42h, 94) being separated by at least one column of short pocketed mini coil springs , the pocketed mini coil springs of each tall section (42, 42a-42h, 94) having an identical height (H3, H5) and the pocketed mini coil springs of each short section having an identical height (H4, H6) less than the height (H3, H5) of the pocketed mini coil springs of each tall section (42, 42a-42h, 94), and in that the mini coil springs of each tall section are identical and the mini coil springs of each short section are identical, the mini coil springs of each tall section having a smaller diameter (D1) than the diameter of the mini coil springs of each short section . a matrix of interconnected pocketed mini coil springs , each mini coil spring being contained within a pocket , said pocket having a weld seam at least partially around the pocket joining first and second pieces of fabric of the pocket , wherein each weld seam has multiple weld segments ; characterised in said comfort layer (16, 16a-16m) having multiple tall sections (42, 42a-42h, 94), each of the tall sections (42, 42a-42h, 94) comprising multiple columns of pocketed mini coil springs , adjacent tall sections (42, 42a-42h, 94) being separated by at least one column of short pocketed mini coil springs , the pocketed mini coil springs of each tall section (42, 42a-42h, 94) having an identical height (H3, H5) and the pocketed mini coil springs of each short section having an identical height (H4, H6) less than the height (H3, H5) of the pocketed mini coil springs of each tall section (42, 42a-42h, 94), and in that the mini coil springs of each tall section are identical and the mini coil springs of each short section are identical, the mini coil springs of each tall section having a smaller diameter (D1) than the diameter of the mini coil springs of each short section .