mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, comprising: obtaining a transport format combination state of each of one or more TFCs associated with a user equipment, wherein at least one TFC of the one or more TFCs comprises a minimum TFC (MinTFC) set; determining whether a multiple radio access bearer (MRAB) MinTFC condition exists for operating a user equipment in a MRAB MinTFC mode based on the TFC state of at least one TFC; and controlling transmission associated with the at least one TFC of the MinTFC set based on whether the MRAB MinTFC condition exists, and characterized in that if the MRAB MinTFC condition exists the controlling transmission comprises at least one of blocking data related to the at least one TFC outside of the MinTFC set from passing to a physical layer when the determining comprises determining to operate the UE in the MRAB MinTFC mode, otherwise the controlling transmission comprises allowing data related to the at least one TFC outside of the MinTFC set to pass to the physical layer when the determining comprises determining not to operate the UE in the MRAB MinTFC mode. obtaining a transport format combination state of each of one or more TFCs associated with a user equipment, wherein at least one TFC of the one or more TFCs comprises a minimum TFC (MinTFC) set; determining whether a multiple radio access bearer (MRAB) MinTFC condition exists for operating a user equipment in a MRAB MinTFC mode based on the TFC state of at least one TFC; and controlling transmission associated with the at least one TFC of the MinTFC set based on whether the MRAB MinTFC condition exists, and characterized in that
The use of an aqueous composition comprising at least one metal salt of a C 1 -C 8 aliphatic carboxylic acid and at least one at least partially water-miscible non-aqueous solvent for the capture and release of CO 2; wherein said at least one metal salt of an aliphatic carboxylic acid is initially present in said composition at a level of between 1M and 14M; wherein said at least partially water miscible non-aqueous solvent is selected from dimethylsulphoxide (DMSO), N-methylpyrrolidinone, dimethylformamide, tetrahydrofuran, 2-methyltetrahydrofuran, acetonitrile, sulfolane, 1,1,3,3-tetramethylurea, N,N'-dimethyl-N,N'-trimethyleneurea (1,3-dimethyl-3,4,5,6-tetrahydro-2-pyrimidinone (DMPU)), 1,3-dimethyl-2-imidazolidinone, 1,4-dioxane, 1,3-dioxolane, lactate esters, polyethers, acetone, anisole, benzonitrile, benzyl alcohol, 1-butanol, 2-butanol, tert-butanol, 2-butoxyethanol, 2-butoxyethyl acetate, 2-(2-butoxyethoxy)ethyl acetate, tert-butyl acetoacetate, carbon disulphide, diethoxy ethane, 1,2-dimethoxyethane, N,N-dimethylacetamide, ethanol, 2-ethoxyethanol, ethyl formate, ethylene glycol, ethylene glycol diethyl ether, 2-ethyl-1-hexanol, formamide, glycerol, 1-heptanol, 2-heptanone, 1-hexanol, 2-hexanol, 2-methoxyethanol, 2-methoxyethyl acetate, 1-methoxy-2-propanol, 3-methyl-1-butanol, methyl butyl ketone, methyl iso-butyl ketone, methyl ethyl ketone, methyl formate, 5-methyl-2-hexanone, 4-methyl-2-pentanol, 2-methyl-1-propanol, nitrobenzene, nitromethane, 1-octanol, 1-pentanol, 2-pentanol, 3-pentanol, 2-pentanone, 3-pentanone, 1-propanol, 2-propanol, propionaldehyde, 2-propoxyethanol, tetralin, triethyl orthoformate and 3,5,5-trimethyl-1-hexanol.
Apparatus for coating workpieces which are preferably in at least one section made of wood, derived timber products, plastic, aluminium or the like, in particular for carrying out the method according to any of the preceding claims, comprising: a delivery device for delivering a coating material, a pressure device for pressing the coating material against a surface of a workpiece, a conveying device for bringing about a relative movement between the pressure device and the respective workpiece, and at least one energy source for supplying energy to an adhesive agent or an agent that can be made adhesive, which agent may be provided independently and/or may be part of the coating material and/or of the workpiece, and wherein the at least one energy source is selected from the group consisting of infrared source, ultrasound source, magnetic field source, microwave source and plasma source, characterised in that the energy source and/or a focusing device are designed to oscillate. a delivery device for delivering a coating material, a pressure device for pressing the coating material against a surface of a workpiece, a conveying device for bringing about a relative movement between the pressure device and the respective workpiece, and at least one energy source for supplying energy to an adhesive agent or an agent that can be made adhesive, which agent may be provided independently and/or may be part of the coating material and/or of the workpiece, and wherein the at least one energy source is selected from the group consisting of infrared source, ultrasound source, magnetic field source, microwave source and plasma source, characterised in that the energy source and/or a focusing device are designed to oscillate.
A phototherapy system device comprising: a plurality of therapeutic lamps; a first wall; a second wall spaced from the first wall and including a reflective surface and a plurality of light apertures substantially aligned with the lamps for communicating lamp radiation to a user wherein the lamps are interposed between the first and second walls; and a radiation absorbing layer interposed between the lamps and the first wall and wherein the radiation absorbing layer has a peripheral edge spaced from a terminal peripheral edge of the first wall for accommodating a visible radiation ring about the first wall terminal peripheral edge. a plurality of therapeutic lamps; a first wall; a second wall spaced from the first wall and including a reflective surface and a plurality of light apertures substantially aligned with the lamps for communicating lamp radiation to a user wherein the lamps are interposed between the first and second walls; and a radiation absorbing layer interposed between the lamps and the first wall and wherein the radiation absorbing layer has a peripheral edge spaced from a terminal peripheral edge of the first wall for accommodating a visible radiation ring about the first wall terminal peripheral edge.
Biological safety cabinet for the preparation of faeces stored in sample holders, characterised by comprising: - a sample holder for storing faeces therein; - a housing delimiting a protected internal work space, - an openable and closable insertion door allowing placement of the sample holder into the work space, the work space being hermetically separated from a space surrounding the biological safety cabinet when the insertion door is closed, - a filter unit suitable for cleaning the air leaving the work space, - a mixing unit for homogenising the faeces stored in the sample holder, - a peristaltic pump for pumping diluent liquid into the sample holder and transporting the prepared diluted and homogenized faeces from the sample holder to a collection bag, and - a programmable control unit for controlling the power supply to the peristaltic pump and the mixing unit. - a sample holder for storing faeces therein; - a housing delimiting a protected internal work space, - an openable and closable insertion door allowing placement of the sample holder into the work space, the work space being hermetically separated from a space surrounding the biological safety cabinet when the insertion door is closed, - a filter unit suitable for cleaning the air leaving the work space, - a mixing unit for homogenising the faeces stored in the sample holder, - a peristaltic pump for pumping diluent liquid into the sample holder and transporting the prepared diluted and homogenized faeces from the sample holder to a collection bag, and - a programmable control unit for controlling the power supply to the peristaltic pump and the mixing unit.
Steering axle with a steering-swivel carrier which is mounted on an axle stub so as to be pivotable about a steering pin and rotatably holds at least one vehicle wheel, wherein the axle stub is provided both upwards and downwards with steering pin sections (6A, 6B), and a respective joint eye of the steering-swivel carrier is pivotably mounted on each of the two steering pin sections (6A, 6B), wherein at least one of the two joint eyes of the steering-swivel carrier is formed on a bush which surrounds the corresponding steering pin section around the entire circumference thereof and is insertable in the pin longitudinal direction into a bush receptacle formed integrally on the steering-swivel carrier, characterized in that the bush receptacle is provided with an opening which is radial with respect to the pin longitudinal direction and the opening width of which is larger than the diameter of the steering pin section.
A molding die device for bringing a resin sheet (11, 12) into close contact with a pair of dies (2, 3) by vacuum suction from a cavity surface (2a, 3a) to perform molding processing, wherein the molding die device comprises a pair of dies (2,3) for vacuum suction from a cavity surface (2a, 3a) to perform molding processing, each of the dies (2, 3) has a cavity, pinch-off portions (2b, 3b) are formed to protrude at positions abutting each other from the periphery of each of the die cavity surfaces (2a, 3a) of the dies (2, 3), an outer frame portion (2c, 3c) is formed integrally with an outer peripheral portion of the respective pinch-off portions (2b, 3b) of the dies (2, 3) arranged to face each other, a recessed portion is formed at a position of one of the dies (2, 3), the position facing the outer frame portion (2c, 3c) of the other die (2, 3), the device being characterized in the recessed portion being capable of housing the outer frame portion (2c, 3c) of the other one of the dies (2, 3), and the outer frame portions (2c, 3c) are formed to protrude most in each die (2, 3).
A system for wavelength control in a passive optical network, PON, with point to multi-point, P2MP, topology comprising a central node and end nodes (104A to 104N), the system comprising: a central node transceiver configured for broadcasting to end nodes (104A to 104N) a reference signal carrying a management information, wherein the management information indicates a target frequency assigned to each end node (104A to 104N), and an end node transceiver (114A to 114N) in each end node (104A to 104N) configured for determining the target frequency by extracting the management information from the reference signal, characterized in generating a beating frequency by beating the reference signal with an uplink laser signal, and controlling a wavelength of the uplink laser signal to lock to the target frequency based on the beating frequency. a central node transceiver configured for broadcasting to end nodes (104A to 104N) a reference signal carrying a management information, wherein the management information indicates a target frequency assigned to each end node (104A to 104N), and an end node transceiver (114A to 114N) in each end node (104A to 104N) configured for determining the target frequency by extracting the management information from the reference signal, characterized in generating a beating frequency by beating the reference signal with an uplink laser signal, and controlling a wavelength of the uplink laser signal to lock to the target frequency based on the beating frequency.
A method of forming a joint between a coaxial cable and a coaxial connector, comprising the steps of: preparing a cable having an inner conductor, a dielectric layer surrounding the inner conductor, a corrugated outer conductor surrounding the dielectric layer, and a jacket surrounding the outer conductor such that an end of the inner conductor is exposed, an end of the outer conductor is exposed and is flattened to form a ring devoid of corrugations, and a portion of the end of the dielectric layer is cored out to form a solder chamber between the inner conductor and the ring of the outer conductor; preparing an assembly comprising a coaxial connector and a solder preform, the coaxial connector comprising an inner contact, a dielectric spacer, and an outer conductor body having a tail, the solder preform encircling the tail; inserting the tail and solder preform into the solder chamber; and melting the solder preform to create a joint between the ring of the outer conductor and the tail of the outer conductor body. preparing a cable having an inner conductor, a dielectric layer surrounding the inner conductor, a corrugated outer conductor surrounding the dielectric layer, and a jacket surrounding the outer conductor such that an end of the inner conductor is exposed, an end of the outer conductor is exposed and is flattened to form a ring devoid of corrugations, and a portion of the end of the dielectric layer is cored out to form a solder chamber between the inner conductor and the ring of the outer conductor; preparing an assembly comprising a coaxial connector and a solder preform, the coaxial connector comprising an inner contact, a dielectric spacer, and an outer conductor body having a tail, the solder preform encircling the tail; inserting the tail and solder preform into the solder chamber; and melting the solder preform to create a joint between the ring of the outer conductor and the tail of the outer conductor body.
A polymer comprising a polyalkylene glycol chain and polymer segments bonded to both ends of said polyalkylene glycol chain, wherein monomer components constituting said polymer segments include an unsaturated carboxylic acid monomer and an unsaturated polyalkylene glycol monomer.
Method for enriching at least one polymer from a polymer-containing waste, which comprises the following steps: a) mixing the polymer-containing waste with an organic solvent comprising at least one thermostabiliser for polymers, wherein the at least one polymer is dissolved in the organic solvent and an insoluble part of the waste is left behind, wherein the at least one polymer is dissolved at a temperature of 70° to 200°C; b) at least partial separation of the solution comprising at least one polymer and at least one thermostabiliser from the insoluble part of the waste; c) at least partial separation of the organic solvent from the at least one polymer, wherein the thermostabiliser is selected from the group consisting of sterically hindered phenols and organic phosphites and phosphonites. a) mixing the polymer-containing waste with an organic solvent comprising at least one thermostabiliser for polymers, wherein the at least one polymer is dissolved in the organic solvent and an insoluble part of the waste is left behind, wherein the at least one polymer is dissolved at a temperature of 70° to 200°C; b) at least partial separation of the solution comprising at least one polymer and at least one thermostabiliser from the insoluble part of the waste; c) at least partial separation of the organic solvent from the at least one polymer,
An image processing method, comprising: irradiating flashing light of a grid pattern to a surface of an object based on a spreading signal obtained by multiplying a spreading code composed of a pseudo random noise -sequence with a signal generated by applying primary modulation using a first function to a reference signal; receiving reflected light from the surface of the object and outputting a spreading signal including image information; filtering the spreading signal including the image information using a high-pass filter in a time domain for eliminating noise including a low-frequency component changing depending on a move of an object under ambient light from the spreading signal including the image information; inverse-spreading a filtered signal obtained by the filtering by an inverse-spreading code; demodulating an inverse-spreading signal obtained by the inverse-spreading using a second function (F') that is deformed depending on the first function; and outputting an image reflecting a state of the surface of the object based on the demodulated signal obtained by the demodulating. irradiating flashing light of a grid pattern to a surface of an object based on a spreading signal obtained by multiplying a spreading code composed of a pseudo random noise -sequence with a signal generated by applying primary modulation using a first function to a reference signal; receiving reflected light from the surface of the object and outputting a spreading signal including image information; filtering the spreading signal including the image information using a high-pass filter in a time domain for eliminating noise including a low-frequency component changing depending on a move of an object under ambient light from the spreading signal including the image information; inverse-spreading a filtered signal obtained by the filtering by an inverse-spreading code; demodulating an inverse-spreading signal obtained by the inverse-spreading using a second function (F') that is deformed depending on the first function; and outputting an image reflecting a state of the surface of the object based on the demodulated signal obtained by the demodulating.
Composite particle, comprising a carrier particle and an at least partial surface coating, characterised in that the carrier particle comprises a quartz and a layered silicate, and the surface of the composite particle has at least one hydrophilic region and at least one hydrophobic region.
A method of generating a three-dimensional representation of the surface texture of an object, the method comprising: acquiring a medical dataset comprising a three-dimensional representation of a three-dimensional object, the object having a surface; determining, based on the medical dataset, a surface structure coincident with, or offset from and parallel with, the surface of the object; deriving, based on the determined surface structure, a plurality of rendering locations; rendering, by a physically-based volumetric renderer and from the medical dataset, one or more material properties of the surface of the object, at each of the plurality of rendering locations, wherein the rendering comprises ray tracing, wherein each of the plurality of rendering locations corresponds to a ray origin for the ray tracing, wherein, for each ray origin, the ray direction is parallel to the surface normal of the surface structure at the ray origin; and storing the one or more material properties per rendering location. location; generating a three-dimensional representation of the surface texture of the object from the stored information. acquiring a medical dataset comprising a three-dimensional representation of a three-dimensional object, the object having a surface; determining, based on the medical dataset, a surface structure coincident with, or offset from and parallel with, the surface of the object; deriving, based on the determined surface structure, a plurality of rendering locations; rendering, by a physically-based volumetric renderer and from the medical dataset, one or more material properties of the surface of the object, at each of the plurality of rendering locations, wherein the rendering comprises ray tracing, wherein each of the plurality of rendering locations corresponds to a ray origin for the ray tracing, wherein, for each ray origin, the ray direction is parallel to the surface normal of the surface structure at the ray origin; and storing the one or more material properties per rendering location. location; generating a three-dimensional representation of the surface texture of the object from the stored information.
A method for providing cipher data as output of an electronic device, the cipher data for combining with a data stream to continuously encrypt or decrypt said data stream, the electronic device comprising: a primary source of cipher data, for providing a primary stream of cipher data on a first cipher data stream path, an alternate source of cipher data for providing an alternate stream of cipher data on a second cipher data stream path, and a switch, the method comprising, at the electronic device: providing said primary stream of cipher data from the primary source of cipher data on said first cipher data stream path, the cipher data for combining with said data stream to encrypt or decrypt said data stream; and using the switch to switch from a position where the primary stream of cipher data is output from the electronic device to a position where the alternate stream of cipher data is output from the electronic device at a beginning of a period of time when the primary stream of cipher data is unavailable; whereby each element of said data stream is continuously combined with an element of cipher data to continuously encrypt or decrypt said data stream. a primary source of cipher data, for providing a primary stream of cipher data on a first cipher data stream path, an alternate source of cipher data for providing an alternate stream of cipher data on a second cipher data stream path, and a switch, the method comprising, at the electronic device: providing said primary stream of cipher data from the primary source of cipher data on said first cipher data stream path, the cipher data for combining with said data stream to encrypt or decrypt said data stream; and using the switch to switch from a position where the primary stream of cipher data is output from the electronic device to a position where the alternate stream of cipher data is output from the electronic device at a beginning of a period of time when the primary stream of cipher data is unavailable; providing said primary stream of cipher data from the primary source of cipher data on said first cipher data stream path, the cipher data for combining with said data stream to encrypt or decrypt said data stream; and using the switch to switch from a position where the primary stream of cipher data is output from the electronic device to a position where the alternate stream of cipher data is output from the electronic device at a beginning of a period of time when the primary stream of cipher data is unavailable; to switch from a position where the primary stream of cipher data is output from the electronic device to a position where the alternate stream of cipher data is output from the electronic device at a beginning of a period of time when the primary stream of cipher data is unavailable;
A handpiece for dental or surgical applications, comprising - a chuck for rotatably clamping a tool such as a bur, the chuck being drivingly connectable to a drive mechanism such as to rotate said tool about a rotation axis thereof; - a push button operatively connected to said chuck, configured to release said tool from the chuck upon depressing the push button; wherein: - a spherical element, preferably a ball, is fitted within or mounted at the push button, arranged and configured such that - when the push button is depressed - the spherical element enters into contact with the chuck, - said spherical element comprising a material with a high hardness on the Vickers scale of > 2'000; characterized in that the spherical element is seated in a bay or receiving section having a polygonal cross-section to reduce thermal bridging between the chuck and the push button. - a chuck for rotatably clamping a tool such as a bur, the chuck being drivingly connectable to a drive mechanism such as to rotate said tool about a rotation axis thereof; - a push button operatively connected to said chuck, configured to release said tool from the chuck upon depressing the push button; wherein: - a spherical element, preferably a ball, is fitted within or mounted at the push button, arranged and configured such that - when the push button is depressed - the spherical element enters into contact with the chuck, - said spherical element comprising a material with a high hardness on the Vickers scale of > 2'000; characterized in that the spherical element is seated in a bay or receiving section having a polygonal cross-section to reduce thermal bridging between the chuck and the push button.