mhurhangee/ep-ind-claims huggingface dataset:
A method of handling cell addition for operation of dual connectivity in a communication system comprising a user equipment, UE,, a first base station and a second base station, where the UE has been connected to the first base station, the method comprising: the first base station communicating with the UE using a first security and a first security algorithm; the first base station determining to allocate a cell of the second base station to the UE; the first base station transmitting a cell addition request message to the second base station in response to the determination, for requesting the second base station to allocate radio resources of the cell of the second base station to communicate with the UE; the first base station receiving a cell addition response message from the second base station in response to the cell addition request message; the first base station transmitting a first radio resource control, RRC, message to the UE, wherein the first RRC message comprises information related to a second security key and information related to a second security algorithm, wherein the second security key is used for communication between the UE and the second base station and is different from the first security key; the first base station receiving a RRC response message from the UE which is transmitted in response to the first RRC message; and the first base station transmitting a cell addition confirm message to the second base station, after the first base station receives the RRC response message from the UE which is transmitted in response to the first RRC message, wherein the RRC response message is protected according to the first security key and the first security algorithm. the first base station communicating with the UE using a first security and a first security algorithm; the first base station determining to allocate a cell of the second base station to the UE; the first base station transmitting a cell addition request message to the second base station in response to the determination, for requesting the second base station to allocate radio resources of the cell of the second base station to communicate with the UE; the first base station receiving a cell addition response message from the second base station in response to the cell addition request message; the first base station transmitting a first radio resource control, RRC, message to the UE, wherein the first RRC message comprises information related to a second security key and information related to a second security algorithm, wherein the second security key is used for communication between the UE and the second base station and is different from the first security key; the first base station receiving a RRC response message from the UE which is transmitted in response to the first RRC message; and the first base station transmitting a cell addition confirm message to the second base station, after the first base station receives the RRC response message from the UE which is transmitted in response to the first RRC message, wherein the RRC response message is protected according to the first security key and the first security algorithm.
A method of trapping a biological substance comprising the step of contacting the biological substance with an affinity support comprising a support, a plurality of spacers each directly bound at a binding position to the support via a covalent bond, and a plurality of affinity substances, each bound directly to one of the spacers via a covalent bond, characterized in that the length of each spacer is 1 to 100 nm and the interval between the binding position of any spacer on the support and the binding position of the nearest other spacer is 1 to 1000 angstrom (Å), so as to bind the biological substance to at least two affinity substances, wherein the biological substance has a plurality of affinity sites and the at least two affinity substances bind to at least two of the affinity sites simultaneously such that the biological substance is trapped by the affinity substances via cooperative binding.
A method of reducing unwanted cellulite in selective areas of an organism comprising the steps of: a. identifying said selective areas to be treated; b. administering at least one photosensitizer to said organism; c. allowing a sufficient time for said photosensitizer to accumulate in cellulite of the selective area of treatment; and d. selectively activating by light said photosensitizer in said selective areas to reduce/eliminate cellulite further including before step b, a step of mixing said photosensitizer into a mixture of cellular tissues from said organism, and wherein said photosensitizer is Temoporfin (mTHPC). a. identifying said selective areas to be treated; b. administering at least one photosensitizer to said organism; c. allowing a sufficient time for said photosensitizer to accumulate in cellulite of the selective area of treatment; and d. selectively activating by light said photosensitizer in said selective areas to reduce/eliminate cellulite
An autostereoscopic display device comprising: - a display panel; - an array of lenses arranged in front of the display panel; and - a light blocking arrangement (60,62,64;70,72,74;80,82,84) for selectively blocking light which is directed between the lenses, wherein the light blocking arrangement comprises elements provided between adjacent lens locations; wherein the display is configurable in a privacy mode in which the light blocking arrangement (60,62,64;70,72,74;80,82,84) blocks the light which is directed between the lenses, and in a public mode in which the light blocking arrangement (60,62,64;70,72,74;80,82,84) does not block the light which is directed between the lenses. - a display panel; - an array of lenses arranged in front of the display panel; and - a light blocking arrangement (60,62,64;70,72,74;80,82,84) for selectively blocking light which is directed between the lenses, wherein the light blocking arrangement comprises elements provided between adjacent lens locations;
A ribbon winding mechanism comprising: a winding rotor that is providable in a cartridge mounting unit in which a first cartridge or a second cartridge are mountable, and that is configured to engage with a first ribbon winding core and a second ribbon winding core respectively, wherein the first cartridge accommodates the first ribbon winding core around which a first ink ribbon (Ra) is wound, and the second cartridge accommodates the second ribbon winding core around which a second ink ribbon (Rb) different from the first ink ribbon (Ra) is wound; a first winding gear that is provided coaxial to the winding rotor and configured to rotate the winding rotor; a second winding gear that is provided coaxial to the winding rotor and configured to rotate the winding rotor via the first winding gear; a first torque limiter configured to limit torque transmitted from the first winding gear to the winding rotor to first torque; a second torque limiter configured to limit torque transmitted from the second winding gear to the first winding gear to second torque lower than the first torque; and characterized by a clutch configured to transfer power from a drive source to the first winding gear when the first cartridge is mounted and configured to transfer the power from the drive source to the second winding gear when the second cartridge is mounted. a winding rotor that is providable in a cartridge mounting unit in which a first cartridge or a second cartridge are mountable, and that is configured to engage with a first ribbon winding core and a second ribbon winding core respectively, wherein the first cartridge accommodates the first ribbon winding core around which a first ink ribbon (Ra) is wound, and the second cartridge accommodates the second ribbon winding core around which a second ink ribbon (Rb) different from the first ink ribbon (Ra) is wound; a first winding gear that is provided coaxial to the winding rotor and configured to rotate the winding rotor; a second winding gear that is provided coaxial to the winding rotor and configured to rotate the winding rotor via the first winding gear; a first torque limiter configured to limit torque transmitted from the first winding gear to the winding rotor to first torque; a second torque limiter configured to limit torque transmitted from the second winding gear to the first winding gear to second torque lower than the first torque; and characterized by a clutch configured to transfer power from a drive source to the first winding gear when the first cartridge is mounted and configured to transfer the power from the drive source to the second winding gear when the second cartridge is mounted.
Housing arrangement for a drill rig, especially adapted for damping sound, said housing arrangement comprising a casing directly attachable to a feed beam of a drill rig by fastening means, wherein the casing and at least a part of the feed beam encloses a drilling machine of said drill rig and together form a sound dampening housing arrangement around the drilling machine, and wherein the casing moves together with the feed beam in relation to a feed beam holder of said drill rig, characterized in that the feed beam and the feed beam holder are movable in relation to each other along at least a part of the length of the feed beam.
Method for detecting additives used in the enhanced recovery of oil and shale gas, in injection water or production water, said method comprising: a. mixing a detecting solution comprising at least one lanthanide cation and optionally a chelating agent of the lanthanides, with a sample of injection water or of production water to be analysed comprising at least one additive used in the enhanced recovery of oil and shale gas, under conditions allowing complexing of the lanthanide by the additive present, b. detecting and, if appropriate, quantifying the variation in fluorescence associated with the presence of the additive in the injection water or the production water by time-resolved fluorescence, said additive used in the enhanced recovery of oil and shale gas being a water-soluble polymer having a molecular weight comprised between 1 MDa and 30 MDa selected from: - polymers comprising at least one repeat unit comprising an amide bond; - anionic biopolymers such as xanthan; - cationic polymers, such as poly DADMAC. a. mixing a detecting solution comprising at least one lanthanide cation and optionally a chelating agent of the lanthanides, with a sample of injection water or of production water to be analysed comprising at least one additive used in the enhanced recovery of oil and shale gas, under conditions allowing complexing of the lanthanide by the additive present, b. detecting and, if appropriate, quantifying the variation in fluorescence associated with the presence of the additive in the injection water or the production water by time-resolved fluorescence, - polymers comprising at least one repeat unit comprising an amide bond; - anionic biopolymers such as xanthan; - cationic polymers, such as poly DADMAC.
A centrifugal spreader comprising at least one spreading disk (3, 4) for spreading granular grit, in particular fertilizer, and comprising a drive train for the spreading disk, wherein the drive train comprises a force-side shaft for rotationally rigid coupling to a rotary drive, a work-side shaft (7, 8) coupled to the respective spreading disk in a rotationally rigid manner, and a torque module for magnetostrictive detection of the torque transmitted by the work-side shaft, characterized by at least one slip clutch, arranged in drive terms between force-side and work-side shaft, that is designed for bidirectional torque transmission and whose coupling torque (12, 14) is greater in the drive direction than in the drag direction.
A system comprising: at least one processing device that determines a target stimulation rate for a user of a cochlear implant system, determines a pulse width value that is representative of one or more pulse widths that are to be used for stimulation pulses applied by the cochlear implant system to the user during a stimulation session, and determines, based on the target stimulation rate and on the pulse width value, a value for N that is specific to the user; wherein N represents a total number of analysis channels that are to be selected from M available analysis channels for presentation by the cochlear implant system to the user during a stimulation frame of the stimulation session and wherein N is less or equal to than M. at least one processing device that determines a target stimulation rate for a user of a cochlear implant system, determines a pulse width value that is representative of one or more pulse widths that are to be used for stimulation pulses applied by the cochlear implant system to the user during a stimulation session, and determines, based on the target stimulation rate and on the pulse width value, a value for N that is specific to the user; determines a target stimulation rate for a user of a cochlear implant system, determines a pulse width value that is representative of one or more pulse widths that are to be used for stimulation pulses applied by the cochlear implant system to the user during a stimulation session, and determines, based on the target stimulation rate and on the pulse width value, a value for N that is specific to the user; wherein N represents a total number of analysis channels that are to be selected from M available analysis channels for presentation by the cochlear implant system to the user during a stimulation frame of the stimulation session and wherein N is less or equal to than M.
Aircraft structure assembly comprising: plates having recessed areas and strips along their inner surface, structural elements (1, 2), joining means for establishing the joint between said plates and said structural elements (1, 2), comprising male and female dovetailed formations, one of said formations being defined along at least part of the strips of said plates and the other formations being defined on sections of the structural elements (1, 2) coincident with said strips, and inmobilising means that prevent relative sliding between the male and female dovetail formations, characterized in that the male dovetail formations are fitted with projections and recesses alternatively defined in each lateral edge, and the female dovetail formations are fitted with corresponding recesses and projections alternatively defined in each inner lateral edge, wherein said projections (10, 8) and recesses (9, 11) are defined in number, position and dimensions in each male or female formation in such a manner that they may be coupled, by the opposition and insertion of the projections (10, 8) of one male or female formation into the recesses (9, 11) of the other female of male formation, and relative longitudinal sliding therebetween until the projections of the male formations are disposed in opposition to each other and underneath the projections of the female formations and recesses (9, 11) of both formations (6, 7) are positioned in opposition to each other. plates having recessed areas and strips along their inner surface, structural elements (1, 2), joining means for establishing the joint between said plates and said structural elements (1, 2), comprising male and female dovetailed formations, one of said formations being defined along at least part of the strips of said plates and the other formations being defined on sections of the structural elements (1, 2) coincident with said strips, and inmobilising means that prevent relative sliding between the male and female dovetail formations, characterized in that the male dovetail formations are fitted with projections and recesses alternatively defined in each lateral edge, and the female dovetail formations are fitted with corresponding recesses and projections alternatively defined in each inner lateral edge, wherein said projections (10, 8) and recesses (9, 11) are defined in number, position and dimensions in each male or female formation in such a manner that they may be coupled, by the opposition and insertion of the projections (10, 8) of one male or female formation into the recesses (9, 11) of the other female of male formation, and relative longitudinal sliding therebetween until the projections of the male formations are disposed in opposition to each other and underneath the projections of the female formations and recesses (9, 11) of both formations (6, 7) are positioned in opposition to each other.
Mammalian amniotic fluid stem cells transfected with a nucleic acid expressing the differentiation factor Pdx-1, wherein said cells are optionally differentiated into pancreatic-like cells, for use in a method of treating diabetes in a subject.
A process for preparing 1,1,3-trioxo-1,2-benzothiazole-6-carboxamide of formula or a salt thereof the process comprising: (a) oxidizing 2,5-dimethyl-benzenesulfonamide of formula or a salt thereof; in the presence of an oxidizing agent to obtain 2-sulfamoyl-terephthalic acid of formula or a salt thereof; (b) converting the formed 2-sulfamoyl-terephthalic acid of formula to obtain 2-sulfamoyl-terephthalic acid derivative of formula or a salt thereof; and (c) reacting the resulting 2-sulfamoyl-terephthalic acid derivative of formula with ammonia (NH 3) or ammonium containing-salt; wherein R represents OR' or Cl and R' represents a branched or non-branched C 1 -C 12 alkyl. (a) oxidizing 2,5-dimethyl-benzenesulfonamide of formula or a salt thereof; in the presence of an oxidizing agent to obtain 2-sulfamoyl-terephthalic acid of formula or a salt thereof; (b) converting the formed 2-sulfamoyl-terephthalic acid of formula to obtain 2-sulfamoyl-terephthalic acid derivative of formula or a salt thereof; and (c) reacting the resulting 2-sulfamoyl-terephthalic acid derivative of formula with ammonia (NH 3) or ammonium containing-salt; wherein R represents OR' or Cl and R' represents a branched or non-branched C 1 -C 12 alkyl.
A process for sealing a machine direction oriented polyethylene film to a substrate, preferably to a polyethylene film substrate, comprising bringing said machine direction oriented polyethylene film and said substrate into contact and subjecting at least a part of the contact area to ultrasound so as to form a seal between said film and said substrate; wherein said machine direction oriented polyethylene film comprises a multimodal linear low density polyethylene terpolymer comprising ethylene and at least two C3-20 alpha olefin comonomers and having a density of 905 to 940 kg/m 3.
A system comprising: a transmit module configured to receive first data for transmitting said first data over a network; an interface module configured to interface said transmit module to said network and having a network address that identifies said interface module on said network; and a control module configured to receive a control signal to transmit said first data over said network and to output said network address to said transmit module when said control signal is received, wherein said transmit module is further configured to transmit said first data that includes said network address over said network in addition to the source Media Access Control, MAC, address from the operating system of the computing device the system is comprised in. a transmit module configured to receive first data for transmitting said first data over a network; an interface module configured to interface said transmit module to said network and having a network address that identifies said interface module on said network; and a control module configured to receive a control signal to transmit said first data over said network and to output said network address to said transmit module when said control signal is received, wherein said transmit module is further configured to transmit said first data that includes said network address over said network in addition to the source Media Access Control, MAC, address from the operating system of the computing device the system is comprised in.
Method for organizing and managing data in a navigation database of a navigation system comprising at least one data file, comprising storing data in the at least one data file; implementing at least one format description for the at least one data file of the navigation database, wherein the format description declares types of records consisting of different data types and declares a sequence of elements of the records; implementing a parser for interpreting data stored in the at least one data file and for parsing the data to a navigation software, wherein the parser is controlled by the at least one format description.
A cutting device, comprising: a connection tube; and at least one cutting component, comprising a cutter body and cutting connection segments connected to an end side of the cutter body, wherein the cutting connection segments are connected to a peripheral side of the connection tube, characterized in that the cutting device further comprises a collapsible tube, made of an elastic material and configured to sleeve on the connection tube, wherein the collapsible tube is located on the cutting connection segments, the collapsible tube is in elastic contact against the cutting connection segments, and the cutting connection segments are of a flat shape, wherein a calculation formula of a length of the cutting component is: y = kx b wherein y represents a length of the cutting component; x represents a length of the connection tube; a value range of k is 55 ~ 65; and a value range of b is 1.6 ~ 1.8. a connection tube; and at least one cutting component, comprising a cutter body and cutting connection segments connected to an end side of the cutter body, wherein the cutting connection segments are connected to a peripheral side of the connection tube, characterized in that the cutting device further comprises a collapsible tube, made of an elastic material and configured to sleeve on the connection tube, wherein the collapsible tube is located on the cutting connection segments, the collapsible tube is in elastic contact against the cutting connection segments, and the cutting connection segments are of a flat shape, wherein a calculation formula of a length of the cutting component is: y = kx b wherein y represents a length of the cutting component; x represents a length of the connection tube; a value range of k is 55 ~ 65; and a value range of b is 1.6 ~ 1.8.