mhurhangee/patent-ind-claim-en huggingface dataset:
A fiber optic distribution terminal comprising: an enclosure defining a first cable port, a second cable port, and a plurality of subscriber ports; a cable spool disposed within the enclosure and being configured to rotate relative to the enclosure ; an optical power splitter carried by the cable spool so that the optical power splitter rotates in unison with the cable spool relative to the enclosure ; an optical cable wrapped around the cable spool , the optical cable including a plurality of optical fibers, first ends of the optical fibers being terminated at a first optical connector , a second end of a first of the optical fibers being routed to a splitter input, and second ends of others of the optical fibers being terminated at a second optical connector , wherein the others of the optical fibers are indexed between the first and second optical connectors ; a termination region carried by the cable spool so that the termination region rotates in unison with the cable spool relative to the enclosure , the termination region including a plurality of single-fiber optical adapters and a multi-fiber optical adapter , each of the single-fiber optical adapters defining an adapter port that faces one of the subscriber ports of the enclosure , and the multi-fiber optical adapter defining an adapter port that faces the second cable port, the multi-fiber optical adapter receiving the second optical connector ; and a plurality of splitter pigtails extending between the optical power splitter and the single-fiber optical adapters . an enclosure defining a first cable port, a second cable port, and a plurality of subscriber ports; a cable spool disposed within the enclosure and being configured to rotate relative to the enclosure ; an optical power splitter carried by the cable spool so that the optical power splitter rotates in unison with the cable spool relative to the enclosure ; an optical cable wrapped around the cable spool , the optical cable including a plurality of optical fibers, first ends of the optical fibers being terminated at a first optical connector , a second end of a first of the optical fibers being routed to a splitter input, and second ends of others of the optical fibers being terminated at a second optical connector , wherein the others of the optical fibers are indexed between the first and second optical connectors ; a termination region carried by the cable spool so that the termination region rotates in unison with the cable spool relative to the enclosure , the termination region including a plurality of single-fiber optical adapters and a multi-fiber optical adapter , each of the single-fiber optical adapters defining an adapter port that faces one of the subscriber ports of the enclosure , and the multi-fiber optical adapter defining an adapter port that faces the second cable port, the multi-fiber optical adapter receiving the second optical connector ; and a plurality of splitter pigtails extending between the optical power splitter and the single-fiber optical adapters .
Carrying device for receiving goods , comprising - a suspension device for linkage to a rail system , - a carrying wall attached to the suspension device , which -- has a front wall and a rear wall , -- is arrangeable between a closed state and an open state , -- delimits a carrying volume for receiving the goods to the front, bottom and rear at least partially in the closed state , and -- opens up the carrying volume in the downward direction in the open state , and - a closing device having -- at least one closing means for releasably connecting the front wall to the rear wall in the closed state , wherein the at least one closing means , in the open state , is arrangeable at a spacing from the carrying wall , - wherein the at least one closing means comprises a front closing strip and a rear closing strip , and - wherein the closing device comprises at least one bearing means , which is connected to the carrying wall and to which is attached the at least one closing means , characterized in that the front closing strip and the rear closing strip are fastenable to one another outside a lateral border of the carrying wall in order to connect the front wall to the rear wall . - a suspension device for linkage to a rail system , - a carrying wall attached to the suspension device , which -- has a front wall and a rear wall , -- is arrangeable between a closed state and an open state , -- delimits a carrying volume for receiving the goods to the front, bottom and rear at least partially in the closed state , and -- opens up the carrying volume in the downward direction in the open state , and -- has a front wall and a rear wall , -- is arrangeable between a closed state and an open state , -- delimits a carrying volume for receiving the goods to the front, bottom and rear at least partially in the closed state , and -- opens up the carrying volume in the downward direction in the open state , and - a closing device having -- at least one closing means for releasably connecting the front wall to the rear wall in the closed state , wherein the at least one closing means , in the open state , is arrangeable at a spacing from the carrying wall , -- at least one closing means for releasably connecting the front wall to the rear wall in the closed state , wherein the at least one closing means , in the open state , is arrangeable at a spacing from the carrying wall , - wherein the at least one closing means comprises a front closing strip and a rear closing strip , and - wherein the closing device comprises at least one bearing means , which is connected to the carrying wall and to which is attached the at least one closing means ,
A method for providing security for one or more network flows, the method comprising: receiving a logical security architecture comprising at least one virtual security appliance ; then, decomposing the at least one virtual security appliance into security modules ; then, ordering the security modules into a sequence according to a selected workflow pattern ; then dividing the sequence of security modules into segments ; then, assigning the segments to different groups of network nodes in a network , each group comprising one or more network nodes ; then, computing , for each segment , an assignment of each security module in the segment to a network node within the group to which the segment is assigned; and configuring the network according to the assignments. receiving a logical security architecture comprising at least one virtual security appliance ; then, decomposing the at least one virtual security appliance into security modules ; then, ordering the security modules into a sequence according to a selected workflow pattern ; then dividing the sequence of security modules into segments ; then, assigning the segments to different groups of network nodes in a network , each group comprising one or more network nodes ; then, computing , for each segment , an assignment of each security module in the segment to a network node within the group to which the segment is assigned; and configuring the network according to the assignments.
A method performed by a server in a wireless communication system, comprising: receiving , from a first terminal, a request for transfer of a first eUICC profile in the first terminal; identifying whether the first eUICC profile can be transferred from the first terminal to a second terminal, based on the received request for the transfer of the first eUICC profile; transmitting , to the first terminal, an activation code for the first eUICC profile with notification for deleting the first eUICC profile, in case that the first eUICC profile can be transferred from the first terminal to the second terminal; and transmitting to the first terminal, an activation code for a second eUICC profile, in case that the first eUICC profile cannot be transferred from the first terminal to the second terminal. receiving , from a first terminal, a request for transfer of a first eUICC profile in the first terminal; identifying whether the first eUICC profile can be transferred from the first terminal to a second terminal, based on the received request for the transfer of the first eUICC profile; transmitting , to the first terminal, an activation code for the first eUICC profile with notification for deleting the first eUICC profile, in case that the first eUICC profile can be transferred from the first terminal to the second terminal; and transmitting to the first terminal, an activation code for a second eUICC profile, in case that the first eUICC profile cannot be transferred from the first terminal to the second terminal.
Compressed gas defoliation device having at least one nozzle assembly that can be driven in rotation in a housing , wherein the nozzle assembly is part of a compressed gas line system rotating about an associated central axis and having a central compressed gas supply each, wherein in each case one or more outlet nozzles for compressed gas are provided at one or more circumferential positions of the compressed gas line system , and the outlet nozzles each generate a compressed gas jet rotating concentrically with the respective central axis and formed parallel or at an acute angle to the normal to the plane of rotation, wherein the housing has one or more outlet openings formed as ring-shaped opening slots for the rotating compressed gas jets, which lie on a circular path on which the respectively associated outlet nozzles rotate, characterized in that each rotating nozzle assembly is assigned at least one annular disc rotating concentrically with the nozzle assembly at the same angular velocity within the housing, which covers the respective opening slot on the inside and for its part has openings for the compressed gas jets each emerging from the associated outlet nozzles .
Input unit for a reverse vending machine , wherein the input unit has: • a conveying unit with at least one conveying belt (5-1, 5-2) for receiving and transporting along a transporting direction an empty container placed on the at least one conveying belt (5-1, 5-2), • wherein the at least one conveying belt (5-1, 5-2) circulates on a conveying-belt carrying arm (7-1, 7-2) which, at one end thereof, is coupled to the conveying unit in a releasable manner by a displacement-action coupling device (33-1, 33-2) and a pivoting-action coupling device (31-1, 31-2); and a guide structure (9; 63-1, 63-2) for carrying and guiding the conveying unit along the transporting direction relative to a housing of the reverse vending machine . • a conveying unit with at least one conveying belt (5-1, 5-2) for receiving and transporting along a transporting direction an empty container placed on the at least one conveying belt (5-1, 5-2), • wherein the at least one conveying belt (5-1, 5-2) circulates on a conveying-belt carrying arm (7-1, 7-2) which, at one end thereof, is coupled to the conveying unit in a releasable manner by a displacement-action coupling device (33-1, 33-2) and a pivoting-action coupling device (31-1, 31-2); and
Hot-transfer adhesive element for sealing and gluing fabrics or other materials produced by screen printing process, characterized in that it comprises: a) flexible film doped with a substance promoting the release of the hot-transfer adhesive element during the application process or the release of at least one object during its application; b) flexible and elastic adhesive layer with a thickness ranging from 80 μm to 200 μm; and c) carrier adhesive , which is a cold adhesive positioned in the edges of the film , wherein the hot-transfer adhesive element further comprises at least one flexible paint layer having a thickness ranging from 100 μm to 150 μm, on which the adhesive layer is printed, and wherein said flexible paint layer is hiding the adhesive layer and containing the object . a) flexible film doped with a substance promoting the release of the hot-transfer adhesive element during the application process or the release of at least one object during its application; b) flexible and elastic adhesive layer with a thickness ranging from 80 μm to 200 μm; and c) carrier adhesive , which is a cold adhesive positioned in the edges of the film ,
An adhesive laminate for application to skin, comprising a first, skin-facing adhesive layer and a second absorbent bulk layer, the skin-facing adhesive layer having a first proximal, skin-facing surface and a second distal surface, the bulk layer being provided on the second distal surface of the skin-facing adhesive layer, wherein the skin-facing adhesive layer has a first thickness, L, and comprises hydrocolloid particles having a particle size D90 being less than 290μm and characterized in that the ratio between the first thickness L and the particle size D90 is between 0.6 and 1.2.
A roll container comprising: - a base , which has a quadrilateral shape and comprises uprights provided to opposing lateral edges or corners of the base , - two elongated supports , which are supported by the base , and - a folding mechanism between the base and the supports for turning the supports between: ∘ an operational state, in which the supports extend transversally in respect to the base , and ∘ a folded state, in which the supports extend parallel to the base , characterized in that : - the folding mechanism comprises an elongated guide provided to the uprights and a hinge pin , which is provided to the supports and configured to run in the guide of the upright , which folding mechanism is configured to allow respective translation and rotation between the support and base during conversion between the operational and folded state, - each one of the two elongated supports comprises a plurality of individual slots provided in a spaced apart configuration along the supports , wherein each one of the plurality of individual slots is configured to receive a tab of a shelf of a respective plurality of shelves in a spaced apart configuration; - the base comprises carrier beams connecting both pairs of adjacent uprights and extending along lateral sides of and elevated from the topside of the base ; - the supports comprise cooperating counterpart beams , which are configured to rest against the carrier beams of the base in the operational state of the roll container . - a base , which has a quadrilateral shape and comprises uprights provided to opposing lateral edges or corners of the base , - two elongated supports , which are supported by the base , and - a folding mechanism between the base and the supports for turning the supports between: ∘ an operational state, in which the supports extend transversally in respect to the base , and ∘ a folded state, in which the supports extend parallel to the base , ∘ an operational state, in which the supports extend transversally in respect to the base , and ∘ a folded state, in which the supports extend parallel to the base , - the folding mechanism comprises an elongated guide provided to the uprights and a hinge pin , which is provided to the supports and configured to run in the guide of the upright , which folding mechanism is configured to allow respective translation and rotation between the support and base during conversion between the operational and folded state, - each one of the two elongated supports comprises a plurality of individual slots provided in a spaced apart configuration along the supports , wherein each one of the plurality of individual slots is configured to receive a tab of a shelf of a respective plurality of shelves in a spaced apart configuration; - the base comprises carrier beams connecting both pairs of adjacent uprights and extending along lateral sides of and elevated from the topside of the base ; - the supports comprise cooperating counterpart beams , which are configured to rest against the carrier beams of the base in the operational state of the roll container .
An engine , comprising: a housing ; a combustion assembly carried by the housing , the combustion assembly comprising: an annular bore defined by the engine, and a combustion piston assembly disposed within the annular bore , the combustion piston assembly comprising: a set of pistons , and a first sealing ring connected to each piston of the combustion piston assembly , the first sealing ring configured to limit the flow of combustion gas past each piston of the combustion piston assembly along a direction of rotation of the combustion piston assembly ; and at least one valve configured to move between a first position within the annular bore to allow the combustion piston assembly to travel within the annular bore from a first location proximate to the at least one valve to a second location distal to the at least one valve and a second position within the annular bore to define a combustion chamber relative to the combustion piston assembly at the second location, characterized in that the combustion piston assembly further comprises a second sealing ring connected to each piston of the combustion piston assembly , the second sealing ring configured to provide selective access between the annular bore and at least one fluid conduit carried by the engine . a housing ; a combustion assembly carried by the housing , the combustion assembly comprising: an annular bore defined by the engine, and a combustion piston assembly disposed within the annular bore , the combustion an annular bore defined by the engine, and a combustion piston assembly disposed within the annular bore , the combustion piston assembly comprising: a set of pistons , and a first sealing ring connected to each piston of the combustion piston assembly , the first sealing ring configured to limit the flow of combustion gas past each piston of the combustion piston assembly along a direction of rotation of the combustion piston assembly ; and a set of pistons , and a first sealing ring connected to each piston of the combustion piston assembly , the first sealing ring configured to limit the flow of combustion gas past each piston of the combustion piston assembly along a direction of rotation of the combustion piston assembly ; and at least one valve configured to move between a first position within the annular bore to allow the combustion piston assembly to travel within the annular bore from a first location proximate to the at least one valve to a second location distal to the at least one valve and a second position within the annular bore to define a combustion chamber relative to the combustion piston assembly at the second location, characterized in that the combustion piston assembly further comprises a second sealing ring connected to each piston of the combustion piston assembly , the second sealing ring configured to provide selective access between the annular bore and at least one fluid conduit carried by the engine .
A method for synthesizing VPO 4 comprising: pre-mixing a vanadium precursor and a phosphate precursor in a solvent to form a slurry; stirring the slurry at an elevated temperature; adding a carbon source or reducing agent to the slurry; milling the slurry; spray -drying the milled slurry into a powder; and reducing the vanadium precursor to form VPO 4 using a temperature programmed reaction under an inert atmosphere. pre-mixing a vanadium precursor and a phosphate precursor in a solvent to form a slurry; stirring the slurry at an elevated temperature; adding a carbon source or reducing agent to the slurry; milling the slurry; spray -drying the milled slurry into a powder; and reducing the vanadium precursor to form VPO 4 using a temperature programmed reaction under an inert atmosphere.
A wireless communication method, characterized by comprising: sending , by a network device, an activation signaling to a terminal device, wherein the activation signaling is configured to activate the terminal device to persistently report first channel state information, CSI, wherein the activation signaling comprises first information configured to indicate content included in the first CSI, wherein the content included in the first CSI comprises at least one of the following: a quantity of channel state information reference signals, CSI-RS, ports used for performing the persistent CSI measurement, and an assumption of a CSI-RS transmission beam on the resource for performing the CSI measurement; receiving , by the network device, persistently the first CSI reported by the terminal device, wherein the first CSI comprises the content indicated by the first information; and sending , by the network device, a deactivation signaling to the terminal device and stopping receiving the first CSI, wherein the deactivation signaling is configured to instruct the terminal device to stop reporting the first CSI. sending , by a network device, an activation signaling to a terminal device, wherein the activation signaling is configured to activate the terminal device to persistently report first channel state information, CSI, wherein the activation signaling comprises first information configured to indicate content included in the first CSI, wherein the content included in the first CSI comprises at least one of the following: a quantity of channel state information reference signals, CSI-RS, ports used for performing the persistent CSI measurement, and an assumption of a CSI-RS transmission beam on the resource for performing the CSI measurement; receiving , by the network device, persistently the first CSI reported by the terminal device, wherein the first CSI comprises the content indicated by the first information; and sending , by the network device, a deactivation signaling to the terminal device and stopping receiving the first CSI, wherein the deactivation signaling is configured to instruct the terminal device to stop reporting the first CSI.
A wellbore plugging system for use in a wellbore casing comprising: a wellbore setting tool , a wellbore retrieval tool , and a ball-in-place plug ; said wellbore retrieval tool operatively coupled to said wellbore setting tool on an upstream end of said wellbore retrieval tool ; said wellbore retrieval tool operatively coupled to said ball-in-place plug on a downstream end of said wellbore retrieval tool ; a restriction element is configured to be conveyed with said ball-in-place plug ; said wellbore retrieval tool sized and configured to trap and hold said restriction element ; wherein, said restriction element is drawn by well flow back into a trap in said wellbore retrieval tool for retrieval; and wherein said restriction element is configured to be deployed to seat against said ball-in-place plug upon separation of said wellbore setting tool from said ball-in-place plug . a wellbore setting tool , a wellbore retrieval tool , and a ball-in-place plug ; said wellbore retrieval tool operatively coupled to said wellbore setting tool on an upstream end of said wellbore retrieval tool ; said wellbore retrieval tool operatively coupled to said ball-in-place plug on a downstream end of said wellbore retrieval tool ; a restriction element is configured to be conveyed with said ball-in-place plug ; said wellbore retrieval tool sized and configured to trap and hold said restriction element ; wherein, said restriction element is drawn by well flow back into a trap in said wellbore retrieval tool for retrieval; and wherein said restriction element is configured to be deployed to seat against said ball-in-place plug upon separation of said wellbore setting tool from said ball-in-place plug .
The Saccharomyces cerevisiae strain deposited at the CNCM under number 1-3856, for use thereof in the prevention and/or treatment of vaginal mycoses.