mhurhangee/ep-ind-claims huggingface dataset:
A method of performing a dual-connectivity operation in a wireless communication system, the method performed by a first base station and comprising: transmitting, to a second base station, a small cell addition request message to request the second base station to allocate a radio resource for a terminal; in response to the small cell addition request message, receiving, from the second base station, a small cell addition request Acknowledge, Ack, message including a radio resource configuration determined by the second base station; transmitting, to the terminal, a Radio Resource Control, RRC, connection reconfiguration message including the radio resource configuration determined by the second base station; receiving, from the terminal, a RRC connection reconfiguration complete message; and after receiving the RRC connection reconfiguration complete message, transmitting, to the second base station, a radio resource configuration complete message including information indicating the radio resource configuration is successfully applied to the terminal. transmitting, to a second base station, a small cell addition request message to request the second base station to allocate a radio resource for a terminal; in response to the small cell addition request message, receiving, from the second base station, a small cell addition request Acknowledge, Ack, message including a radio resource configuration determined by the second base station; transmitting, to the terminal, a Radio Resource Control, RRC, connection reconfiguration message including the radio resource configuration determined by the second base station; receiving, from the terminal, a RRC connection reconfiguration complete message; and after receiving the RRC connection reconfiguration complete message, transmitting, to the second base station, a radio resource configuration complete message including information indicating the radio resource configuration is successfully applied to the terminal.
A method of reducing interference between network devices (210, 220, 310-340, 410, 420), comprising the steps of: - transmitting a test signal, by at least one first network device; - detecting the test signal, by at least one second network device (210, 220, 320, 330, 340, 410, 420); - identifying an interference of the first network device to the second network device, by at least one associated control device (110, 120) based on the test signal detected by the second network device; - causing a reduction of transmission power of the first network device, by the at least one associated control device (110, 120) based on the identified interference. - transmitting a test signal, by at least one first network device; - detecting the test signal, by at least one second network device (210, 220, 320, 330, 340, 410, 420); - identifying an interference of the first network device to the second network device, by at least one associated control device (110, 120) based on the test signal detected by the second network device; - causing a reduction of transmission power of the first network device, by the at least one associated control device (110, 120) based on the identified interference.
A process for preparing a composition comprising less than 15 wt% solvent, said composition comprising at least one water-insoluble antiviral drug and at least one water-soluble carrier material comprising a water-soluble polymer selected from polyvinylalcohol, polyethylene glycol, polyvinylpyrrolidone, poly(2-ethyl-2-oxazoline), hydroxypropylcellulose, hydroxypropylmethylcellulose and alginate, and mixtures thereof, wherein the water-insoluble antiviral drug is dispersed through the water-soluble carrier material in nano-disperse form, which process comprises the steps of: forming an emulsion comprising: (i) a solution of the water-insoluble antiviral drug in a water-immiscible solvent for the same, and (ii) a solution of the water-soluble carrier material in an aqueous solvent, or providing a single-phase solution comprising: (i) at least one non-aqueous solvent, (ii) an aqueous solvent, (iii) a water-soluble carrier material dissolved in the mixture of (i) and (ii), and (iv) a water-insoluble antiviral drug dissolved in the mixture of (i) and (ii), but not (ii) alone, and, (b) spray-drying or freeze-drying the emulsion to remove the aqueous solvent and the water-immiscible solvent or the single phase solution to remove the aqueous solvent and the at least one non-aqueous solvent to obtain the composition comprising a nano-dispersion of the antiviral drug in the water-soluble carrier material. forming an emulsion comprising: (i) a solution of the water-insoluble antiviral drug in a water-immiscible solvent for the same, and (ii) a solution of the water-soluble carrier material in an aqueous solvent, or (i) a solution of the water-insoluble antiviral drug in a water-immiscible solvent for the same, and (ii) a solution of the water-soluble carrier material in an aqueous solvent, providing a single-phase solution comprising: (i) at least one non-aqueous solvent, (ii) an aqueous solvent, (iii) a water-soluble carrier material dissolved in the mixture of (i) and (ii), and (iv) a water-insoluble antiviral drug dissolved in the mixture of (i) and (ii), but not (ii) alone, and, (i) at least one non-aqueous solvent, (ii) an aqueous solvent, (iii) a water-soluble carrier material dissolved in the mixture of (i) and (ii), and (iv) a water-insoluble antiviral drug dissolved in the mixture of (i) and (ii), but not (ii) alone, (b) spray-drying or freeze-drying the emulsion to remove the aqueous solvent and the water-immiscible solvent or the single phase solution to remove the aqueous solvent and the at least one non-aqueous solvent to obtain the composition comprising a nano-dispersion of the antiviral drug in the water-soluble carrier material.
Device provided with a touch screen comprising an outer screen for the touch by a user, a LCD screen, and a plurality of LEDs located below said outer screen for the backlighting of said LCD screen, wherein at least one of said backlight LEDs is an UV-LED, said device comprising guiding means to guide UV rays, emitted by said at least one UV-LED, towards the outer surface of said outer screen to sterilize said outer surface of said touch screen, characterized in that said guiding means comprise at least one reflector, located in one or more sides (6a, 6b, 6c, 6d) of said touch screen, said at least one reflector protruding from the outer surface of the touch screen in order to reflect the UV rays emitted by said at least one UV-LED towards the outer surface of the touch screen.
An angular fitting for fastening in a profile groove (14, 20) of a frame, the groove being undercut on both sides, comprising an anchoring plate at a corner angle of the frame, and for abutment against the undercut profile groove, wherein the anchoring plate engages beneath at least one first leg of the profile groove and ensures abutment against the first leg of the profile groove by means of a clamping piece, which lies opposite the first leg, and by being supported on a leg of the profile groove, characterized by a retaining clamp, arranged at an angle leg of the anchoring plate and allocatable to an adjacent frame leg, which has a U-shaped profiled rim for encompassing the first leg of the profile groove, while a securing element, adjustably mounted in the retaining clamp, is allocated to the second leg of the profile groove, so that the retaining clamp, upon pivoting in the anchoring plate, reaches abutment against the first leg of the profile groove of the second frame leg and engages behind the same in the opposite direction of the pivoting-in movement.
An injection system for injecting material into a plurality of receiving vessels, said injection system comprising: i) an injection chamber provided with means to connect to a receiving vessel, and ii) an injection capsule, adapted to fit within the injection chamber, and comprising a reservoir for the material and a valve, said injection capsule being loadable in to and removable from the injection chamber, said injection system being adapted so that opening of the valve causes material contained within the reservoir to be injected into the receiving vessel by action of a pressure differential between the injection chamber and the receiving vessel, and further wherein the injection system comprises a plurality of injection chambers configured so as to deliver material to a plurality of receiving vessels. i) an injection chamber provided with means to connect to a receiving vessel, and ii) an injection capsule, adapted to fit within the injection chamber, and comprising a reservoir for the material and a valve, said injection capsule being loadable in to and removable from the injection chamber,
An acoustic radiation control method, comprising: configuring a speaker array; obtaining transfer functions of speakers in the speaker array based on configuration of the speaker array and directivity of the speakers; obtaining, based on the transfer functions of the speakers, source strength of the speakers which enables acoustic radiation of the speaker array in a first zone greater than acoustic radiation of the speaker array in a second zone; and applying the source strength of the speakers to the speaker array, wherein obtaining transfer functions of speakers in the speaker array based on configuration of the speaker array and directivity of the speakers comprises: calculating an original transfer function of each speaker in the speaker array, wherein the original transfer function is a general free-field transfer function without consideration of the directivity of the speaker; measuring directivity of each speaker in the speaker array, wherein the directivity of the speaker represents acoustic radiation of the speaker at different optimized positions; and obtaining a product of the original transfer function and the directivity of each speaker as the transfer functions of the speakers. configuring a speaker array; obtaining transfer functions of speakers in the speaker array based on configuration of the speaker array and directivity of the speakers; obtaining, based on the transfer functions of the speakers, source strength of the speakers which enables acoustic radiation of the speaker array in a first zone greater than acoustic radiation of the speaker array in a second zone; and applying the source strength of the speakers to the speaker array, wherein obtaining transfer functions of speakers in the speaker array based on configuration of the speaker array and directivity of the speakers comprises: calculating an original transfer function of each speaker in the speaker array, wherein the original transfer function is a general free-field transfer function without consideration of the directivity of the speaker; measuring directivity of each speaker in the speaker array, wherein the directivity of the speaker represents acoustic radiation of the speaker at different optimized positions; and obtaining a product of the original transfer function and the directivity of each speaker as the transfer functions of the speakers. calculating an original transfer function of each speaker in the speaker array, wherein the original transfer function is a general free-field transfer function without consideration of the directivity of the speaker; measuring directivity of each speaker in the speaker array, wherein the directivity of the speaker represents acoustic radiation of the speaker at different optimized positions; and obtaining a product of the original transfer function and the directivity of each speaker as the transfer functions of the speakers.
An electrical contact comprising: a first contact surface; a second contact surface; and a coating dispersed on at least one of the first or second contact surfaces, where the coating includes the UV-cured product of a curable composition comprising: a telechelic polypropylene glycol--polyethylene glycol multi-block polymer including methacrylate or acrylate functional groups; and a photoinitiator; where the coating is a gel. a first contact surface; a second contact surface; and a coating dispersed on at least one of the first or second contact surfaces, where the coating includes the UV-cured product of a curable composition comprising: a telechelic polypropylene glycol--polyethylene glycol multi-block polymer including methacrylate or acrylate functional groups; and a photoinitiator; a telechelic polypropylene glycol--polyethylene glycol multi-block polymer including methacrylate or acrylate functional groups; and a photoinitiator; where the coating is a gel.
Supply station for providing electrical energy for an electrically operable vehicle comprising - a supply base apparatus having a housing base module as a first housing component of an apparatus housing and having a plurality of switching and/or safety components that are installed thereon, - a housing closure module as a second housing component of the apparatus housing, wherein the housing closure module can be placed on the housing base module and wherein the switching and/or safety components are arranged in the apparatus housing in an accessible manner in an opened position of the housing closure module and in an inaccessible manner in a closed position of the housing closure module, - and also a closure unit, which is allocated to the apparatus housing, having an actuatable locking element that can be brought from a locked position into a release position and back, characterised in that a closure cylinder having a closure cylinder body and the locking element that is held on the locking cylinder so as to be movable relative thereto is used as a closure unit, wherein the closure cylinder is embodied as a loose component of the supply station, which is neither permanently connected to the supply base apparatus nor permanently connected to the housing closure module of the apparatus housing, and that in order to fix the housing closure module relative to the housing base module on the apparatus housing a receiving arrangement is provided for the closure cylinder and the closure cylinder can be mounted in the receiving arrangement in the closed position of the housing closure module, wherein the closure cylinder in its mounted position and in the closed position of the housing closure module engages into a passage recess that is formed on the first or the second housing component of the apparatus housing and is inserted into the receiving arrangement that is formed on the respective other housing component of the supply station and thus a movement of the housing closure module into the opened position is blocked and wherein the locking element of the closure cylinder that is inserted into the receiving arrangement can be brought out of the release position into the locked position in order to secure the closure cylinder against removal of the closure cylinder from the receiving arrangement. - a supply base apparatus having a housing base module as a first housing component of an apparatus housing and having a plurality of switching and/or safety components that are installed thereon, - a housing closure module as a second housing component of the apparatus housing, wherein the housing closure module can be placed on the housing base module and wherein the switching and/or safety components are arranged in the apparatus housing in an accessible manner in an opened position of the housing closure module and in an inaccessible manner in a closed position of the housing closure module, - and also a closure unit, which is allocated to the apparatus housing, having an actuatable locking element that can be brought from a locked position into a release position and back,
Adjusting device for adjusting the grinding efficiency of a grinding mill, in particular for a fully automatic coffee machine, having a driven or driveable, preferably self-locking, worm drive, and having a spindle drive which is drive-connected to the worm drive and which can be actively connected to the control element in order to displace a control element of the grinding mill, characterised in that the worm drive comprises a driven or driveable worm and a worm gear which engages with the same and which is attached in a torque-proof manner to the spindle in order to drive a spindle of the spindle drive and that the spindle drive comprises the spindle and a carriage, wherein the spindle drive is designed to adjust, in particular displace, the carriage in particular in a linear manner, and the carriage can be actively connected to the control element, in particular a control ring, of the grinding mill, in order to vary a distance between two grinding discs of the grinding mill.
A quick detachable and adjustable magnetic seat for sleeve comprises: a magnetic device including a first end and a second end, the first end being magnetic; and a detachable positioning device including a connecting end slidably disposed on the second end of the magnetic device, such that the magnetic device axially slides against the detachable positioning device, the detachable positioning device further including a resilient quick detach device disposed on one end of the detachable positioning device away from the connecting end, whereby the detachable positioning device is removably disposed in a sleeve; wherein the magnetic device includes a first axle member and a magnet, and the magnet is disposed on one end of the first axle member and provides a magnetism; the detachable positioning device includes a second axle member, on where the connecting end is formed; the connecting end of the second axle member is slidably disposed on the second end of the magnetic device; the resilient quick detach device is disposed on one end of the second axle member away from the connecting end; the first axle member is provided with a first limit portion, and the second axle member is provided with a second limit portion; when the spring moves the magnetic device back to the original position, the first limit portion and the second limit portion prevent the spring from detaching the magnetic device from the detachable positioning device. a magnetic device including a first end and a second end, the first end being magnetic; and a detachable positioning device including a connecting end slidably disposed on the second end of the magnetic device, such that the magnetic device axially slides against the detachable positioning device, the detachable positioning device further including a resilient quick detach device disposed on one end of the detachable positioning device away from the connecting end, whereby the detachable positioning device is removably disposed in a sleeve; wherein the magnetic device includes a first axle member and a magnet, and the magnet is disposed on one end of the first axle member and provides a magnetism; the detachable positioning device includes a second axle member, on where the connecting end is formed; the connecting end of the second axle member is slidably disposed on the second end of the magnetic device; the resilient quick detach device is disposed on one end of the second axle member away from the connecting end; the first axle member is provided with a first limit portion, and the second axle member is provided with a second limit portion; when the spring moves the magnetic device back to the original position, the first limit portion and the second limit portion prevent the spring from detaching the magnetic device from the detachable positioning device.
A battery module, comprising: a plurality of battery cells arranged consecutively in a first direction; and a first barrier; wherein the first barrier comprises a first intermediate part situated between a first said battery cell and a second said battery cell, and a first flange part comprising a first flange portion; the first flange portion extends over a surface portion of the first battery cell and extends over a surface portion of the second battery cell; characterised in that a first baffle part is provided on the edges of the first flange portion that extend over the surface portions of the first battery cell and second battery cell and makes contact with the said surface portions of the first battery cell and the second battery cell, wherein the first baffle part comprises a flexible material and/or an elastomeric material. a plurality of battery cells arranged consecutively in a first direction; and a first barrier; wherein the first barrier comprises a first intermediate part situated between a first said battery cell and a second said battery cell, and a first flange part comprising a first flange portion; the first flange portion extends over a surface portion of the first battery cell and extends over a surface portion of the second battery cell; characterised in that a first baffle part is provided on the edges of the first flange portion that extend over the surface portions of the first battery cell and second battery cell and makes contact with the said surface portions of the first battery cell and the second battery cell, wherein the first baffle part comprises a flexible material and/or an elastomeric material.
A process for methanol production from synthesis gas, said process comprising the following steps: - providing a make-up gas containing hydrogen and carbon monoxide, in which the content of carbon dioxide is less than 0.1 mole%, - mixing the make-up gas with a hydrogen-rich recycle gas and passing the gas mixture to a methanol synthesis reactor, optionally via a sulfur guard, and - subjecting the effluent from the synthesis reactor to a separation step, thereby providing crude methanol and the hydrogen-rich recycle gas, wherein the customary addition of carbon dioxide to the make-up gas is replaced by addition of water in an amount to obtain a water content of 0.1 to 5 mole% in the make-up gas. - providing a make-up gas containing hydrogen and carbon monoxide, in which the content of carbon dioxide is less than 0.1 mole%, - mixing the make-up gas with a hydrogen-rich recycle gas and passing the gas mixture to a methanol synthesis reactor, optionally via a sulfur guard, and - subjecting the effluent from the synthesis reactor to a separation step, thereby providing crude methanol and the hydrogen-rich recycle gas,