mhurhangee/ep-ind-claims huggingface dataset:
A UV water treatment assembly using a UV lamp disposed within a quartz sleeve, the assembly being mounted in a mounting reactor and having a clamp ring system comprising: a clamp ring; a quartz sleeve disposed within a clamp ring mounting recess; a seal being disposed within the clamp ring mounting recess around the quartz sleeve, characterized in that the clamp ring has a wedge shaped seal face, the clamp ring mounting recess is formed in the reactor,and the seal has a bulbous cross section, wherein the wedge shaped seal face is disposed at an angle of 28.4 degrees, and the clamp ring is removably attached to the reactor approximate the clamp ring mounting recess such that the wedge shaped seal face compresses the bulbous seal against the quartz sleeve. a clamp ring; a quartz sleeve disposed within a clamp ring mounting recess; a seal being disposed within the clamp ring mounting recess around the quartz sleeve, characterized in that the clamp ring has a wedge shaped seal face, the clamp ring mounting recess is formed in the reactor,and the seal has a bulbous cross section, wherein the wedge shaped seal face is disposed at an angle of 28.4 degrees, and the clamp ring is removably attached to the reactor approximate the clamp ring mounting recess such that the wedge shaped seal face compresses the bulbous seal against the quartz sleeve.
A method for manufacturing an electrical component, preferentially forming a current sensor, characterized in that the electrical component comprises: • an armature, which consists of a material comprising a polymeric plastic material and an organometallic additive, the armature comprising a support arm which extends along a guiding trajectory (L7; L407); and • a winding (2; 402), which is formed directly on the surface of the support arm by a conductor track (10; 410) forming turns of the winding (2; 402), which are distributed along the guiding trajectory (L7; L407) and which encircle the guiding trajectory (L7; L407); and in that the manufacturing process comprises successively: • providing or manufacturing the armature; • laser engraving of the support arm, for engraving an initiator track forming the turns of the winding (2; 402) and where the organometallic additive is locally activated; and • metallizing the initiator track with a conducting metal so as to form the conductor track (10; 410) directly onto the surface of the support arm, according to the turns formed by the initiator track. • an armature, which consists of a material comprising a polymeric plastic material and an organometallic additive, the armature comprising a support arm which extends along a guiding trajectory (L7; L407); and • a winding (2; 402), which is formed directly on the surface of the support arm by a conductor track (10; 410) forming turns of the winding (2; 402), which are distributed along the guiding trajectory (L7; L407) and which encircle the guiding trajectory (L7; L407); • providing or manufacturing the armature; • laser engraving of the support arm, for engraving an initiator track forming the turns of the winding (2; 402) and where the organometallic additive is locally activated; and • metallizing the initiator track with a conducting metal so as to form the conductor track (10; 410) directly onto the surface of the support arm, according to the turns formed by the initiator track.
A packet radio network element, the network element configured to: separately determine at least one uplink state flag USF identifier value, wherein the USF identifier value denotes a reserved uplink block not allocated to any mobile station, wherein the reserved uplink block can only be used by a mobile station that has a separate authorization; send a downlink block to a mobile station, the downlink block comprising the USF identifier value denoting a reserved uplink block not allocated to any mobile station; and separately authorize the mobile station to use the reserved uplink block independent of the USF identifier value in the downlink block by setting a polling field in a polling state in a downlink block, wherein the mobile station can send an uplink transmission using the reserved uplink block after a predetermined period of time from the downlink block in which the polling field is in the polling state. separately determine at least one uplink state flag USF identifier value, wherein the USF identifier value denotes a reserved uplink block not allocated to any mobile station, wherein the reserved uplink block can only be used by a mobile station that has a separate authorization; send a downlink block to a mobile station, the downlink block comprising the USF identifier value denoting a reserved uplink block not allocated to any mobile station; and separately authorize the mobile station to use the reserved uplink block independent of the USF identifier value in the downlink block by setting a polling field in a polling state in a downlink block, wherein the mobile station can send an uplink transmission using the reserved uplink block after a predetermined period of time from the downlink block in which the polling field is in the polling state.
Method for preparing a pyrotechnic composition comprising fibrous nitrocellulose and one or more water-soluble cellulose ether binders, the method comprising mixing the fibrous nitrocellulose in wet form with the one or more water-soluble cellulose ether binders and one or more organic solvents, wherein the amount of organic solvent in the mixture is 2 wt.% or less based on total weight of the mixture, and wherein the amount of said fibrous nitrocellulose in the composition is 20-96 wt.% based on total weight of the composition, said the fibrous nitrocellulose preferably having a nitrogen content of 12.6 wt.% or more.
Apparatus for deblocking a lens from a block piece, on which the lens is blocked by means of a block material, wherein a block side of the lens is optionally provided with a protective layer, with a working space, with a first holding device for holding of the lens in the working space, with a second holding device for holding of the block piece in the working space, wherein the first holding device has a rotary drive, and with multiple nozzle devices (10, 11, 12) for dispensing fluid jets (F1, F2, F3) in the working space, wherein the second holding device has a rotary drive and wherein the apparatus has three nozzle devices (10, 11, 12) for generating a first, a second, and an additional fluid jet (F1, F2, F3) in the working space, wherein the first fluid jet can be used to detach the lens with the protective layer, if present, from the block material, the second fluid jet can be used to remove block material from the block piece, and the additional fluid jet can be used to remove the protective layer and/or block material from the lens. with a working space, with a first holding device for holding of the lens in the working space, with a second holding device for holding of the block piece in the working space, wherein the first holding device has a rotary drive, and with multiple nozzle devices (10, 11, 12) for dispensing fluid jets (F1, F2, F3) in the working space, wherein the second holding device has a rotary drive and wherein the apparatus has three nozzle devices (10, 11, 12) for generating a first, a second, and an additional fluid jet (F1, F2, F3) in the working space, wherein the first fluid jet can be used to detach the lens with the protective layer, if present, from the block material, the second fluid jet can be used to remove block material from the block piece, and the additional fluid jet can be used to remove the protective layer and/or block material from the lens.
A pivot and fanning drive for solar panels, comprising a base support, a rotary table, which is mounted on the base support pivotingly about a substantially vertical first axis, a swivel plate, which is mounted on the rotary table pivotingly about a substantially horizontal second axis, and a fanning shaft, which is mounted on the swivel plate pivotingly about a third axis and on which the solar panels can be mounted such that they can be fanned in and out about the aforesaid third axis, characterised in that the rotary table mounts one end of the swivel plate about the aforesaid second axis and, at a distance therefrom, mounts at least one crank, which is coupled by means of a connecting rod to the other end of the swivel plate to form a crank-rocker linkage, wherein the fanning shaft can be driven via a coupling by the swivel plate or drive (26 - 28) thereof or via a coupling (41, 42) by the rotary table or drive (29 - 31) thereof.
A number portability realization method, comprising: A. receiving, by an interconnecting and interworking gateway, a request message sent by a calling user, wherein the request message carries an identifier of a called user, and the calling user comprises a regular user, an Internet user, a third-party service provider or a group user of a present network or an external network, wherein the interconnecting and interworking gateway is a Parlay X gateway or a SDP; B. querying a number portability database according to the identifier of the called user to obtain routing information of the called user, wherein the routing information comprises: a routed number ported into the present network from an originating network of the called user by the called user, a routed number ported out from the present network by the called user, a domain name of an originating domain of the called user, or an Internet protocol address of the called user; and C. performing, according to a number portability service level agreement(NP SLA) and the routing information of the called user, at least one of the following operations: performing routing on the called user, performing charging on the calling user or the called user, and generating an accounting bill between at least two of the third-party service provider, a present-network operator and an external-network operator, wherein a policy based on the NP SLA include three operations and tariffs corresponding to the three operations, the three operations comprise: "prohibit sending", "permitted to send" or "confirmation prompt". A. receiving, by an interconnecting and interworking gateway, a request message sent by a calling user, wherein the request message carries an identifier of a called user, and the calling user comprises a regular user, an Internet user, a third-party service provider or a group user of a present network or an external network, wherein the interconnecting and interworking gateway is a Parlay X gateway or a SDP; B. querying a number portability database according to the identifier of the called user to obtain routing information of the called user, wherein the routing information comprises: a routed number ported into the present network from an originating network of the called user by the called user, a routed number ported out from the present network by the called user, a domain name of an originating domain of the called user, or an Internet protocol address of the called user; and C. performing, according to a number portability service level agreement(NP SLA) and the routing information of the called user, at least one of the following operations: performing routing on the called user, performing charging on the calling user or the called user, and generating an accounting bill between at least two of the third-party service provider, a present-network operator and an external-network operator, wherein a policy based on the NP SLA include three operations and tariffs corresponding to the three operations, the three operations comprise: "prohibit sending", "permitted to send" or "confirmation prompt".
An epoxy resin composition comprising to: 10 to 60 parts by weight of an amine-type epoxy resin in 100 parts by weight of the total epoxy resins; 40 to 90 parts by weight of a bisphenol-type epoxy resin in 100 parts by weight of the total epoxy resins; 1 to 10 parts by weight of dicyandiamide to 100 parts by weight of the epoxy resin in the epoxy resin composition; and 1 to 10 parts by weight of at least one block copolymer selected from the group consisting of S-B-M, B-M and M-B-M based on 100 parts by weight of the epoxy resin in the epoxy resin composition, each block of S, B and M being linked by covalent bonding or being bound to one block through formation of one covalent bond and linked to another block via an intermediate molecule bound through formation of another covalent bond, the block M being a homopolymer of methyl methacrylate or a copolymer containing methyl methacrylate in an amount of at least 50% by weight, the block B being incompatible with epoxy resin and the block M and having a glass transition temperature Tg of 20°C or below, and the block S being incompatible with epoxy resin, the block B and the block M and having a glass transition temperature Tg higher than the glass transition temperature Tg of the block B, wherein the glass transition temperature Tg is a maximum tan δ value when a traction cycle at 1 Hz is given to a platy sample of 1 x 2.5 x 34 mm at a temperature of 50 to 250°C, a maximum tan δ value is employed as the glass transition temperature Tg. 10 to 60 parts by weight of an amine-type epoxy resin in 100 parts by weight of the total epoxy resins; 40 to 90 parts by weight of a bisphenol-type epoxy resin in 100 parts by weight of the total epoxy resins; 1 to 10 parts by weight of dicyandiamide to 100 parts by weight of the epoxy resin in the epoxy resin composition; and 1 to 10 parts by weight of at least one block copolymer selected from the group consisting of S-B-M, B-M and M-B-M based on 100 parts by weight of the epoxy resin in the epoxy resin composition, each block of S, B and M being linked by covalent bonding or being bound to one block through formation of one covalent bond and linked to another block via an intermediate molecule bound through formation of another covalent bond, the block M being a homopolymer of methyl methacrylate or a copolymer containing methyl methacrylate in an amount of at least 50% by weight, the block B being incompatible with epoxy resin and the block M and having a glass transition temperature Tg of 20°C or below, and the block S being incompatible with epoxy resin, the block B and the block M and having a glass transition temperature Tg higher than the glass transition temperature Tg of the block B, wherein the glass transition temperature Tg is a maximum tan δ value when a traction cycle at 1 Hz is given to a platy sample of 1 x 2.5 x 34 mm at a temperature of 50 to 250°C, a maximum tan δ value is employed as the glass transition temperature Tg.
A name plate for an article, in particular for a funeral article, the name plate comprising: - a frame adapted to be secured to said article and defining a housing adapted to accommodate a label indicating said name; - a plate comprising a closing portion, which closes said housing to hold said label in said housing; - coupling means for coupling said plate to said frame in a fixed position; said coupling means comprising: - at least one pair of retaining seats obtained on said frame; - at least one pair of tabs, which form part of said plate, are arranged along a peripheral edge of said closing portion and each engage a corresponding said retaining seat; said closing portion being elastically deformable so as to take a curved shape for inserting said tabs into said retaining seats; - said frame being made in one piece and consisting of: a wall defining the bottom of said housing; and at least one projection protruding with respect to said wall so as to delimit said housing laterally; said retaining seats being defined by slits made in the projection and flush with the front surface of the wall; - said name plate being characterized in that said wall has a rear surface provided with two holes, each communicating with a corresponding said retaining seat, said holes 15 being shaped to allow moulding manufacturing of the retaining seats. - a frame adapted to be secured to said article and defining a housing adapted to accommodate a label indicating said name; - a plate comprising a closing portion, which closes said housing to hold said label in said housing; - coupling means for coupling said plate to said frame in a fixed position; said coupling means comprising: - at least one pair of retaining seats obtained on said frame; - at least one pair of tabs, which form part of said plate, are arranged along a peripheral edge of said closing portion and each engage a corresponding said retaining seat; said closing portion being elastically deformable so as to take a curved shape for inserting said tabs into said retaining seats; - said frame being made in one piece and consisting of: a wall defining the bottom of said housing; and at least one projection protruding with respect to said wall so as to delimit said housing laterally; said retaining seats being defined by slits made in the projection and flush with the front surface of the wall; - said name plate being characterized in that said wall has a rear surface provided with two holes, each communicating with a corresponding said retaining seat, said holes 15 being shaped to allow moulding manufacturing of the retaining seats.
A method for switching the fuel supply to an internal combustion engine from a first fuel to a second fuel, comprising the steps of a) operating the internal combustion engine using the first fuel, b) lowering the fraction of the first fuel in the fuel line supplying the internal combustion engine and increasing the fraction of the second fuel in the fuel line supplying the internal combustion engine by means of a 3/2 way rotary disc valve, c) operating the internal combustion engine using a fuel mixture comprising the first fuel and the second fuel, and d) repeating the steps b) and c) until the internal combustion engine is operated only using the second fuel, characterized by determining the flow rate of the first fuel in the line conducting the first fuel and/or determining the flow rate of the second fuel in the line conducting the second fuel and adjusting the fraction of the first fuel and the fraction of the second fuel in the fuel mixture based on the flow rate of the first fuel and/or second fuel. a) operating the internal combustion engine using the first fuel, b) lowering the fraction of the first fuel in the fuel line supplying the internal combustion engine and increasing the fraction of the second fuel in the fuel line supplying the internal combustion engine by means of a 3/2 way rotary disc valve, c) operating the internal combustion engine using a fuel mixture comprising the first fuel and the second fuel, and d) repeating the steps b) and c) until the internal combustion engine is operated only using the second fuel, characterized by determining the flow rate of the first fuel in the line conducting the first fuel and/or determining the flow rate of the second fuel in the line conducting the second fuel and adjusting the fraction of the first fuel and the fraction of the second fuel in the fuel mixture based on the flow rate of the first fuel and/or second fuel.
A method of encoding a frame of video data, the method comprising: determining whether to cause a destination device (114, 214, 814) to mirror a media element based on at least one parameter associated with the media element; in response to determining to cause the destination device to not mirror the media element, encoding the frame of video data, wherein encoding includes: identifying at least one region of the frame of video data that corresponds to the media element, assigning one of a plurality of prediction modes to each block of a plurality of blocks of video data in the video frame that reside outside of the identified at least one region, and assigning a skip prediction mode to each of the plurality of blocks within the identified at least one region; and outputting the encoded frame of video data to the destination device to cause the identified at least one region to be visually frozen in the frame when the frame is decoded and output via the destination device. determining whether to cause a destination device (114, 214, 814) to mirror a media element based on at least one parameter associated with the media element; in response to determining to cause the destination device to not mirror the media element, encoding the frame of video data, wherein encoding includes: identifying at least one region of the frame of video data that corresponds to the media element, assigning one of a plurality of prediction modes to each block of a plurality of blocks of video data in the video frame that reside outside of the identified at least one region, and assigning a skip prediction mode to each of the plurality of blocks within the identified at least one region; and outputting the encoded frame of video data to the destination device to cause the identified at least one region to be visually frozen in the frame when the frame is decoded and output via the destination device. identifying at least one region of the frame of video data that corresponds to the media element, assigning one of a plurality of prediction modes to each block of a plurality of blocks of video data in the video frame that reside outside of the identified at least one region, and assigning a skip prediction mode to each of the plurality of blocks within the identified at least one region; and outputting the encoded frame of video data to the destination device to cause the identified at least one region to be visually frozen in the frame when the frame is decoded and output via the destination device.
A method for producing a PTC ink composition, the method comprising: adding a non-polar rubber solution prepared by dissolving a non-polar rubber in a non-polar solvent selected from aliphatic hydrocarbons, aromatic hydrocarbons, and mixtures thereof, to a conductive particle-containing PTC (Positive Temperature Coefficient) ink composition obtained by dissolving under heat an ethylene-acrylic acid copolymer having an acrylic acid content of 20 wt.% or less in decalin, tetralin, or a mixture thereof; characterized in that adding a polar solvent to the resulting mixture, wherein the polar solvent is at least one or a mixture of two or more solvents selected from ketones, glycol ethers, glycol esters, and esters. adding a non-polar rubber solution prepared by dissolving a non-polar rubber in a non-polar solvent selected from aliphatic hydrocarbons, aromatic hydrocarbons, and mixtures thereof, to a conductive particle-containing PTC (Positive Temperature Coefficient) ink composition obtained by dissolving under heat an ethylene-acrylic acid copolymer having an acrylic acid content of 20 wt.% or less in decalin, tetralin, or a mixture thereof; characterized in that adding a polar solvent to the resulting mixture, wherein the polar solvent is at least one or a mixture of two or more solvents selected from ketones, glycol ethers, glycol esters, and esters.
Device for converting chemical energy into electrical energy or electrical energy into chemical energy, having at least one electrochemically active planar cell that is held securely between coaxial annual disks (10a, 10b, 10c, 10d) of an electrically insulating support frame, through which a supply structure with channels (22, 23, 13, 33) for process media extends to the cell, characterised by the presence of a free spatial region (8a, 8b) on either side of the cell in the axial direction, which region is bounded in the radial direction by at least one of the annular disks (10a, 10b), in which the regions (8a, 8b) are open toward a pressure chamber via at least one passage (42a, 42b) through the corresponding annular disk (10a, 10b), and in which the pressure chamber is filled with a pressurised medium that compresses the cell with homogeneous axial planar pressure when the device is in operation.