mhurhangee/ep-ind-claims huggingface dataset:
A method for handling digital certificates in a communication network, the communication network comprising a first certificate authority having issued at least one digital certificate, the method comprising: - determining whether a trust relation addition condition for adding a trust relation in at least one network node of the communication network to a second certificate authority is fulfilled, and if so stopping, by the first certificate authority, to issue further digital certificates, creating the second certificate authority, and enabling the second certificate authority to issue digital certificates; - determining whether a revocation condition for revoking the at least one digital certificate is fulfilled, the at least one digital certificate being issued by the first certificate authority, and the at least one digital certificate being valid and being not revoked, and if so revoking, by the first certificate authority, the at least one digital certificate, and issuing (602, 604), by the second certificate authority, at least one further digital certificate replacing the revoked at least one digital certificate. - determining whether a trust relation addition condition for adding a trust relation in at least one network node of the communication network to a second certificate authority is fulfilled, and if so stopping, by the first certificate authority, to issue further digital certificates, creating the second certificate authority, and enabling the second certificate authority to issue digital certificates; - determining whether a revocation condition for revoking the at least one digital certificate is fulfilled, the at least one digital certificate being issued by the first certificate authority, and the at least one digital certificate being valid and being not revoked, and if so revoking, by the first certificate authority, the at least one digital certificate, and issuing (602, 604), by the second certificate authority, at least one further digital certificate replacing the revoked at least one digital certificate.
Foldable seat rack, mountable between a body rack and a seat of a foldable motorized vehicle, comprising: (a) main supporting rods; (b) upper rods; (c) lower rods; (d) a seat base; (e) hooks; (f) an elastic element; and (g) a handle, characterized in that lower ends of the main supporting rods are fixable on two sides of the body rack respectively, lower ends of the upper rods are pivoted on upper ends of the main supporting rods respectively, upper ends of the upper rods are pivoted on two sides of a front end of the seat base respectively, lower ends of the lower rods are pivoted on middle portions of the main supporting rods respectively, upper ends of the lower rods are pivoted on two sides of a rear end of the seat base respectively, the hooks are fixed on the upper ends of the main supporting rods respectively, the seat base has a middle shaft, middle portions on two sides of the seat base are opened with slide slots, two ends of the middle shaft pass through the slide slots freely and are hooked by the hooks, one end of the elastic element is fixed on the front end of the seat base, and the other end of the elastic element is fixed on the middle shaft, one side of an upper end of each of the hooks is opened with an opening facing backwards towards the seat and the openings hook end portions of the middle shaft, and one end of the handle is fixed on the middle shaft, and the other end of the handle protrudes outwards. (a) main supporting rods; (b) upper rods; (c) lower rods; (d) a seat base; (e) hooks; (f) an elastic element; and (g) a handle, characterized in that lower ends of the main supporting rods are fixable on two sides of the body rack respectively, lower ends of the upper rods are pivoted on upper ends of the main supporting rods respectively, upper ends of the upper rods are pivoted on two sides of a front end of the seat base respectively, lower ends of the lower rods are pivoted on middle portions of the main supporting rods respectively, upper ends of the lower rods are pivoted on two sides of a rear end of the seat base respectively, the hooks are fixed on the upper ends of the main supporting rods respectively, the seat base has a middle shaft, middle portions on two sides of the seat base are opened with slide slots, two ends of the middle shaft pass through the slide slots freely and are hooked by the hooks, one end of the elastic element is fixed on the front end of the seat base, and the other end of the elastic element is fixed on the middle shaft, one side of an upper end of each of the hooks is opened with an opening facing backwards towards the seat and the openings hook end portions of the middle shaft, and one end of the handle is fixed on the middle shaft, and the other end of the handle protrudes outwards.
A liposomal encapsulated polypeptide composition comprising HPf polypeptide (SEQ ID NO: 1), HPfΔCl (SEQ ID NO:20), HPfΔC2 (SEQ ID NO:21), or a combination thereof.
A method of making up the skin or the lips, the method comprising: • making at least two measurements of color or gloss of the skin or the lips at different locations; and • automatically forming on the skin or the lips, between the two locations, a deposit of color or gloss that varies and that corresponds, substantially at said locations, to the measured color or gloss, deposition being performed by printing. • making at least two measurements of color or gloss of the skin or the lips at different locations; and • automatically forming on the skin or the lips, between the two locations, a deposit of color or gloss that varies and that corresponds, substantially at said locations, to the measured color or gloss, deposition being performed by printing.
Rolling mill comprising: - a rolling stand comprising at least two rolls between which a strip to be rolled is made to pass; - at least one reel (4A, 4B) comprising a mandrel for winding and/or unwinding said strip during the rolling operations, wherein said mandrel comprises a clamping system associated with a slot of the mandrel for clamping one end of the strip in said slot during a step of winding the strip on the mandrel, wherein the clamping system comprises at least one grip forming a clamp together with an inner wall of said slot, said at least one grip being coupled to a closed hydraulic circuit (21, 22, 23, 24) of the clamping system, which allows said at least one grip to translate relative to the wall, so as to switch from a first open position, wherein the strip can be inserted into said slot, to a second closed position, wherein the strip can be clamped in said slot, and vice versa, characterized in that said closed hydraulic circuit (21, 22, 23, 24) comprises: - a first double-acting cylinder comprising a movable assembly consisting of a first piston connected to a first rod, wherein said first piston divides the inner body of the first cylinder into a first chamber and a second chamber; - a second double-acting cylinder comprising a movable assembly consisting of a second piston connected to a second rod, wherein said second rod is associated with said at least one grip, and wherein said second piston divides the inner body of the second cylinder into a first compartment and a second compartment; - a first duct connecting said first chamber of the first cylinder to said first compartment of the second cylinder; - a second duct connecting said second chamber of the first cylinder to said second compartment of the second cylinder. - a rolling stand comprising at least two rolls between which a strip to be rolled is made to pass; - at least one reel (4A, 4B) comprising a mandrel for winding and/or unwinding said strip during the rolling operations, wherein said mandrel comprises a clamping system associated with a slot of the mandrel for clamping one end of the strip in said slot during a step of winding the strip on the mandrel, - a first double-acting cylinder comprising a movable assembly consisting of a first piston connected to a first rod, wherein said first piston divides the inner body of the first cylinder into a first chamber and a second chamber; - a second double-acting cylinder comprising a movable assembly consisting of a second piston connected to a second rod, wherein said second rod is associated with said at least one grip, and wherein said second piston divides the inner body of the second cylinder into a first compartment and a second compartment; - a first duct connecting said first chamber of the first cylinder to said first compartment of the second cylinder; - a second duct connecting said second chamber of the first cylinder to said second compartment of the second cylinder.
Construction kit for producing a mounting, in particular for pipes, having at least one basic element, formed as a hollow profile, and having fastening screws for fastening at least one other basic element and/or accessory part, wherein the basic element, on at least one long side, comprises unthreaded fastening holes, mutually spaced by a modular dimension, for fastening at least one other basic element and/or accessory part, and wherein the fastening screws cooperate with the fastening holes in order to fasten at least one other basic element and/or accessory part and are designed in a thread-forming or thread-cutting manner, characterised in that the basic element is formed as a square hollow profile, that on the profile long sides on both sides of each corner region in each case at least one row (2, 3) of fastening holes is provided, that the at least one row of holes (2, 3) provided on the profile long sides is disposed in each case in a profile bead, and that the profile beads, the fastening holes, which are located in the profile beads, and the fastening screws are matched to one another in such a way that the fastening screws form or cut their thread into the fastening holes and the side walls of the profile beads.
Method of generating a mixed media stream from input media streams of a first type having payload data elements and related identifiers, respectively, comprising the step: aligning the input media streams of the first type according to a pre-specified relation between identifiers in the input media streams of the first type before generating the mixed media stream, characterized in that the pre-specified relation between identifiers in the input media streams of the first type is matched to a relation between identifiers in further input media streams of a second type used during generation of a further mixed media stream from the input media streams of the second type, and the matching of relations between identifiers in the input media streams of the first type and the further input media streams of the second type is achieved by identifying an intersection between the input media streams of the first type and the further input media streams of the second type, determining a relation between identifiers in the further input media streams of the second type for those further input media streams which are comprised in the intersection, aligning the input media streams of the first type which are comprised in the intersection according to the relation of identifiers in the further input media streams of the second type. aligning the input media streams of the first type according to a pre-specified relation between identifiers in the input media streams of the first type before generating the mixed media stream, characterized in that the pre-specified relation between identifiers in the input media streams of the first type is matched to a relation between identifiers in further input media streams of a second type used during generation of a further mixed media stream from the input media streams of the second type, and the matching of relations between identifiers in the input media streams of the first type and the further input media streams of the second type is achieved by identifying an intersection between the input media streams of the first type and the further input media streams of the second type, determining a relation between identifiers in the further input media streams of the second type for those further input media streams which are comprised in the intersection, aligning the input media streams of the first type which are comprised in the intersection according to the relation of identifiers in the further input media streams of the second type.
An electronic cigarette comprising a mouthpiece portion and a power supply portion, wherein the power supply portion comprises - an atomizer seating configured to receive an atomizer, - an atomizer lock located in the atomizer seating and movable between an open position and a locked position, wherein the atomizer lock is configured to selectively grip the atomizer when it is received in the atomizer seating and release the atomizer from the atomizer seating, and - an ejection mechanism comprising a biased ejection surface movable within the atomizer seating between a retracted position and an extended position, wherein the ejection surface is biased towards the extended position, wherein the ejection mechanism is movable into the retracted position when an atomizer is introduced into the atomizer seating, and the atomizer lock is configured to grip the atomizer and hold it in a fixed position, and wherein the atomizer is ejected from the atomizer seating when the atomizer lock is opened; and characterised by: the atomizer lock including an outer sleeve and an inner sleeve, which is rotatable in relation to the outer sleeve, and an actuator configured to selectively rotate the inner sleeve relative to the outer sleeve in order to grip or release the atomizer wherein the atomizer is configured to rotate in unison with the inner sleeve. - an atomizer seating configured to receive an atomizer, - an atomizer lock located in the atomizer seating and movable between an open position and a locked position, wherein the atomizer lock is configured to selectively grip the atomizer when it is received in the atomizer seating and release the atomizer from the atomizer seating, and - an ejection mechanism comprising a biased ejection surface movable within the atomizer seating between a retracted position and an extended position, wherein the ejection surface is biased towards the extended position,
A method of forming a monomer emulsion for a continuous polymerization process, comprising: supplying a first liquid at a first mass flow rate to a rotor-stator mixer (102, 202); supplying a second liquid to the rotor-stator mixer (102, 202) at a second mass flow rate that is about fifty percent a final mass flow rate for the second liquid, where the second liquid is immiscible with the first liquid and at least one of the first liquid and the second liquid contains monomers; increasing the second mass flow rate of the second liquid from about fifty percent the final mass flow rate to the final mass flow rate over a predetermined time interval; and providing a residence time sufficient for the first liquid and the second liquid in the rotor-stator mixer (102, 202) to form the monomer emulsion from the first liquid and the second liquid.
Galenic system in the form of solid lipid particles between 0.5 microns and 1500 microns in size with a melting point between 15°C and 75°C, strictly hydrophobic, strictly containing no water, surfactants, emulsifying agents, or solvents traces, comprising at least one hydrophobic wax characterised in that it is composed of at least one non-neutralized fatty acid and at least one substance so that this substance is absent from the surface of the lipid particles.
A source unit (210, 410) for wirelessly transmitting power to at least one device, the source unit comprising: a bar (20; 50) in a pillar shape disposed on a support (30; 40; 60); one or more source resonators (211, 212; 411, 412) that are disposed in or along a side of the bar, and that are configured to transmit power wirelessly to the at least one device, when the at least one device is placed on the support, wherein the support functions as a charging platform, and the charging platform comprises one or more source resonators for wirelessly transmitting power to the at least one device, wherein the one or more source resonators disposed on the bar are substantially perpendicular to the one or more source resonators disposed at the platform characterized in that the bar has an exterior surface comprising a cylindrical shape, and the one or more source resonators are flexible and are flexibly wrapped around the cylindrical shaped exterior surface. a bar (20; 50) in a pillar shape disposed on a support (30; 40; 60); one or more source resonators (211, 212; 411, 412) that are disposed in or along a side of the bar, and that are configured to transmit power wirelessly to the at least one device, when the at least one device is placed on the support, wherein the support functions as a charging platform, and the charging platform comprises one or more source resonators for wirelessly transmitting power to the at least one device, wherein the one or more source resonators disposed on the bar are substantially perpendicular to the one or more source resonators disposed at the platform characterized in that the bar has an exterior surface comprising a cylindrical shape, and the one or more source resonators are flexible and are flexibly wrapped around the cylindrical shaped exterior surface.
An insert for a dental, ultrasonic scaler assembly comprising: (a) a working tool having a fluid passage therein; (b) a magnetostrictive stack; (c) a connector body operatively connecting said tool to said magnetostrictive stack; (d) a nozzle assembly having a connector body -receiving bore therein; and, (e) a grip portion covering at least a portion of said nozzle assembly; said connector body having a passageway therein which is in fluid communication with a tool fluid passage; said grip portion being of uni-body construction having an end proximal and an end distal to said tool; said proximal end of said grip portion being provided with a tool receiving aperture and said distal end being provided with a nozzle assembly receiving aperture, wherein said nozzle assembly comprises a retaining nozzle, a middle nozzle and a nozzle nose. (a) a working tool having a fluid passage therein; (b) a magnetostrictive stack; (c) a connector body operatively connecting said tool to said magnetostrictive stack; (d) a nozzle assembly having a connector body -receiving bore therein; and, (e) a grip portion covering at least a portion of said nozzle assembly;
Spring nut for fastening on a bolt, with a substantially elongate receptacle for the bolt, which receptacle has an axial push-in opening for the bolt, wherein the receptacle has a holding portion for the bolt, and the spring nut surrounds the receptacle completely in the circumferential direction and on an end wall opposite the push-in opening, wherein the spring nut has a cylindrical outer wall which is closed in the circumferential direction, characterized in that the spring nut additionally has an inner wall which surrounds the receptacle on the end side and partially in the circumferential direction.
A formulation comprising a melt-processed solid dispersion product comprising, relative to the total weight of the product: (a) one or more active agents; (b) 10 to 90 % (w/w) of at least one pharmaceutically acceptable thermoplastic polymer of N-vinyl lactams; and (c) 5 to 60 % (w/w) of at least one pharmaceutically acceptable polyvinyl alcohol-polyalkylene glycol graft copolymer. (a) one or more active agents; (b) 10 to 90 % (w/w) of at least one pharmaceutically acceptable thermoplastic polymer of N-vinyl lactams; and (c) 5 to 60 % (w/w) of at least one pharmaceutically acceptable polyvinyl alcohol-polyalkylene glycol graft copolymer.
A process for producing a brush strip, comprising the steps of: arranging a plurality of aligned monofilament fibers transversely in a sinusoidal configuration to form a body portion with fibers arranged in parallel and two looped ends [4a, 4b]; applying at least one row of stitching across the body portion towards one end, wherein the stitching is such as to loop around groups of fibers to divide the body portion into separate bundles; overmolding the stitched end of the bundles with a thermoplastic polymeric material; and trimming the non-overmolded end of the body portion to create tufts of bristles; wherein the overmolding is carried out by inserting the stitched end of the bundles into a molding cavity injected with the thermoplastic polymeric material, in a molten form, characterized in that the overmolding is carried out at a pressure between 0.01 to 400 MPa; and wherein cooling of the thermoplastic material is accelerated by maintaining the temperature of the mold between 15 to 25°C. arranging a plurality of aligned monofilament fibers transversely in a sinusoidal configuration to form a body portion with fibers arranged in parallel and two looped ends [4a, 4b]; applying at least one row of stitching across the body portion towards one end, wherein the stitching is such as to loop around groups of fibers to divide the body portion into separate bundles; overmolding the stitched end of the bundles with a thermoplastic polymeric material; and trimming the non-overmolded end of the body portion to create tufts of bristles; wherein the overmolding is carried out by inserting the stitched end of the bundles into a molding cavity injected with the thermoplastic polymeric material, in a molten form, characterized in that the overmolding is carried out at a pressure between 0.01 to 400 MPa; and wherein cooling of the thermoplastic material is accelerated by maintaining the temperature of the mold between 15 to 25°C. wherein the overmolding is carried out by inserting the stitched end of the bundles into a molding cavity injected with the thermoplastic polymeric material, in a molten form, characterized in that the overmolding is carried out at a pressure between 0.01 to 400 MPa; and wherein cooling of the thermoplastic material is accelerated by maintaining the temperature of the mold between 15 to 25°C.
Heavy load anchor comprising a cladding tube with a lower and an upper anchor plate and with an anchor rod which is accommodated or can at least be accommodated therein and which is fastened or can at least be fastened to the lower anchor plate or engages behind the lower anchor plate through a cutout, wherein an adapter is fastened to the lower anchor plate below the latter and has arranged on its lower end a baseplate which can be removed from the end and can be connected to the end in a fitting manner, characterized in that it comprises at least one separate component which can be introduced into the cladding tube through the upper open end of the cladding tube and can be placed around the anchor rod at least in certain regions, wherein the at least one component can be used to fix the anchor rod centrally with respect to the cladding tube centre axis in the cladding tube.