mhurhangee/ep-ind-claims huggingface dataset:
Forming apparatus comprising: a feed path for continuously feeding a continuous tow material along a transport direction; a forming device connected to a downstream end of the feed path and adapted to form the continuous tow material into a continuous tubular rod, the forming device comprising: a tubular element adapted to allow the continuous tow material to pass through the tubular element to form the continuous tubular rod; a steam generator adapted to generate overheated steam, the steam generator being in fluid connection with the tubular element to provide overheated steam to the continuous tow material, wherein the forming device further comprises several fluid conduits to provide overheated steam from the steam generator to several injection sites arranged along a length of the tubular element, characterized in that more than one fluid conduit of the several fluid conduits comprises a temperature control unit: including a temperature sensor and a temperature influencer. a feed path for continuously feeding a continuous tow material along a transport direction; a forming device connected to a downstream end of the feed path and adapted to form the continuous tow material into a continuous tubular rod, the forming device comprising: a tubular element adapted to allow the continuous tow material to pass through the tubular element to form the continuous tubular rod; a steam generator adapted to generate overheated steam, the steam generator being in fluid connection with the tubular element to provide overheated steam to the continuous tow material, wherein the forming device further comprises several fluid conduits to provide overheated steam from the steam generator to several injection sites arranged along a length of the tubular element, characterized in that more than one fluid conduit of the several fluid conduits comprises a temperature control unit: including a temperature sensor and a temperature influencer. a tubular element adapted to allow the continuous tow material to pass through the tubular element to form the continuous tubular rod; a steam generator adapted to generate overheated steam, the steam generator being in fluid connection with the tubular element to provide overheated steam to the continuous tow material, wherein the forming device further comprises several fluid conduits to provide overheated steam from the steam generator to several injection sites arranged along a length of the tubular element, characterized in that more than one fluid conduit of the several fluid conduits comprises a temperature control unit: including a temperature sensor and a temperature influencer.
A method for providing a mobile network code that identifies a network operations center to a mobile terminal, the method comprising: reading a first mobile network code from a removable data device inserted into the mobile terminal; determining whether a fixed memory of the mobile terminal contains a second mobile network code; and responsive to determining that the fixed memory of the mobile terminal does not contain a second mobile network code, writing the first mobile network code into the fixed memory of the mobile terminal as the second mobile network code for assigning the network operation center to the mobile terminal, wherein the fixed memory is intended to allow a write-once operation; responsive to determining that the fixed memory of the mobile device does contain a second mobile network code: comparing the first mobile network code with the second mobile network code;and responsive to determining that the first mobile network code does not match the second mobile network code, disabling at least one but not all non-emergency functions of the mobile terminal, wherein the at least one non-emergency function is selected from a list comprising: transmission of a data message, reception of a data message, operation of a video function, operation of an audio function, and operation of a navigation function. reading a first mobile network code from a removable data device inserted into the mobile terminal; determining whether a fixed memory of the mobile terminal contains a second mobile network code; and responsive to determining that the fixed memory of the mobile terminal does not contain a second mobile network code, writing the first mobile network code into the fixed memory of the mobile terminal as the second mobile network code for assigning the network operation center to the mobile terminal, wherein the fixed memory is intended to allow a write-once operation; responsive to determining that the fixed memory of the mobile device does contain a second mobile network code: comparing the first mobile network code with the second mobile network code;and responsive to determining that the first mobile network code does not match the second mobile network code, disabling at least one but not all non-emergency functions of the mobile terminal, wherein the at least one non-emergency function is selected from a list comprising: transmission of a data message, reception of a data message, operation of a video function, operation of an audio function, and operation of a navigation function.
A packaged food product comprising: a tray having at least first and second compartments (14; 16) wherein the tray includes a plastic film adhered to a portion of the tray to seal the first and second compartments (14; 16); characterized in that the packaged food product further comprises: a wet food component housed by the first compartment and having a water activity ranging from 0.7 to less than 1.0; and a dry food component housed by the second compartment and having a water activity up to and including 0.65; wherein the packaged food product is made using an integrated continuous manufacturing system that incorporates two unique hygiene zones (42; 44) and processing technologies, wherein the manufacturing system is a single, continuous line with a barrier between the zones (42; 44) to prevent cross-contamination which leads to a packaged food product which is shelf-stable while it does not contain any artificial preservatives; and wherein the plastic film is adhered to the top surface of the tray along a weld line which separates the first compartment from second compartment.
A system for identifying a remote controllable device (51,53,55,73) using a camera and for remotely controlling said identified remote controllable device, said system comprising: at least one input interface (3,9); at least one output interface; and at least one processor configured to: - obtain an image via said at least one input interface, said image captured with a camera, said image capturing at least a surrounding of said remote controllable device (51,53,55,73) and said remote controllable device (51,53,55,73), - analyze said image to recognize one or more objects (57,59,71) and/or features in said surrounding of said remote controllable device (51,52,53,73), characterized in that the system is further configured to: - identify said remote controllable device (51,53,55,73) by selecting an identifier associated with at least one of said one or more recognized objects and/or features from a plurality of identifiers stored in a memory, said memory comprising associations between said plurality of identifiers and remote controllable devices, and said selected identifier being associated with said remote controllable device (51,53,55,73), - determine a control mechanism for controlling said identified remote controllable device (51,53,55,73), and - use said at least one output interface to control said identified remote controllable device (51,53,55,73) using said determined control mechanism. at least one input interface (3,9); at least one output interface; and at least one processor configured to: - obtain an image via said at least one input interface, said image captured with a camera, said image capturing at least a surrounding of said remote controllable device (51,53,55,73) and said remote controllable device (51,53,55,73), - analyze said image to recognize one or more objects (57,59,71) and/or features in said surrounding of said remote controllable device (51,52,53,73), - obtain an image via said at least one input interface, said image captured with a camera, said image capturing at least a surrounding of said remote controllable device (51,53,55,73) and said remote controllable device (51,53,55,73), - analyze said image to recognize one or more objects (57,59,71) and/or features in said surrounding of said remote controllable device (51,52,53,73), - identify said remote controllable device (51,53,55,73) by selecting an identifier associated with at least one of said one or more recognized objects and/or features from a plurality of identifiers stored in a memory, said memory comprising associations between said plurality of identifiers and remote controllable devices, and said selected identifier being associated with said remote controllable device (51,53,55,73), - determine a control mechanism for controlling said identified remote controllable device (51,53,55,73), and - use said at least one output interface to control said identified remote controllable device (51,53,55,73) using said determined control mechanism.
An implantable stimulator device, the device being adapted to adjust electrodes thereof by: receiving a command to move an amount of current from a first initial pulse of an initial duration on a first electrode to a second initial pulse on a second electrode; reconstructing the first and second pulses (201a, 202a) into corresponding first and second fractionalized pulses (201b, 202b), wherein each fractionalized pulse is comprised of pulse portions (205, 206); and respectively applying the first and second fractionalized pulses (201a, 202a) to the first and second electrodes (El, E2) on the implantable stimulator device during a final duration, wherein the pulse portions of the first fractionalized pulse are not simultaneously applied with the pulse portions of the second fractionalized pulse during the final duration. receiving a command to move an amount of current from a first initial pulse of an initial duration on a first electrode to a second initial pulse on a second electrode; reconstructing the first and second pulses (201a, 202a) into corresponding first and second fractionalized pulses (201b, 202b), wherein each fractionalized pulse is comprised of pulse portions (205, 206); and respectively applying the first and second fractionalized pulses (201a, 202a) to the first and second electrodes (El, E2) on the implantable stimulator device during a final duration, wherein the pulse portions of the first fractionalized pulse are not simultaneously applied with the pulse portions of the second fractionalized pulse during the final duration.
A method of fabricating calcite channels in a nanofluidic device, the method comprising: coating a photoresist on a substrate; exposing a portion of the photoresist to a beam of electrons, wherein the portion is exposed in a channel pattern; developing the exposed portion of the photoresist to form the channel pattern; depositing calcite in the channel pattern using a calcite precursor gas, wherein the deposited calcite includes at least one side having a length in a range of approximately 50 to 100 nanometers; and removing the photoresist remaining after developing the exposed portion of the photoresist. coating a photoresist on a substrate; exposing a portion of the photoresist to a beam of electrons, wherein the portion is exposed in a channel pattern; developing the exposed portion of the photoresist to form the channel pattern; depositing calcite in the channel pattern using a calcite precursor gas, wherein the deposited calcite includes at least one side having a length in a range of approximately 50 to 100 nanometers; and removing the photoresist remaining after developing the exposed portion of the photoresist.
Antimicrobial and antiviral hygienic products containing boron compounds, chlorhexidine gluconate, triclosan which are provided with antimicrobial property by using boron compounds wherein the boron compounds that are used are comprised of mixtures of sodium borate ((Na 2 O)(B 2 O 3) 5.10H 2 O), zinc borate (2ZnO.3B 2 O 3. 3.5H 2 O), sodium perborate tetrahydrate (NaBO 3.4H 2 O), borax pentahydrate (Na 2 B 4 O 7.5H 2 O) and disodium octaborate tetrahydrate (Na 2 B 8 O 13.4H 2 O) and with antiviral property by using glucopon, chlorhexidine gluconate and triclosan.
A buffered pharmaceutical oral formulation in the form of a mouth spray comprising nicotine, characterized in that the formulation is buffered with at least trometamol as the only buffer, or as the main buffer.
A method of friction stir processing, the method comprising: contacting a first workpiece with a FSP tool, the first workpiece being a low-melting temperature metal or alloy and the FSP tool being a single-body FSP tool having a diamond working surface; rotating the FSP tool in contact with the first workpiece at an interface; generating thermal energy at the interface to heat the first workpiece; conducting thermal energy away from the interface with the FSP tool; and friction stirring the first workpiece at a temperature of the FSP tool below 800 degrees Celsius; characterized in that the single-body FSP tool includes a pin, a shank, and a shoulder, wherein the pin and at least a portion of the shank are monolithic polycrystalline diamond. contacting a first workpiece with a FSP tool, the first workpiece being a low-melting temperature metal or alloy and the FSP tool being a single-body FSP tool having a diamond working surface; rotating the FSP tool in contact with the first workpiece at an interface; generating thermal energy at the interface to heat the first workpiece; conducting thermal energy away from the interface with the FSP tool; and friction stirring the first workpiece at a temperature of the FSP tool below 800 degrees Celsius; characterized in that the single-body FSP tool includes a pin, a shank, and a shoulder, wherein the pin and at least a portion of the shank are monolithic polycrystalline diamond.
Glass container having an outer glass surface with an inkjet printed image provided on said surface, characterized in that a water soluble CEC with a thickness from 0,002 to 10 micrometer is present between the outer glass surface and the inkjet printed image and wherein a silica containing layer and a primer layer are present between the CEC and the inkjet printed image.
Solar concentrator comprising a body, made of polymer material or silica-based glass, said body containing colloidal nanocrystals, characterized in that these nanocrystals are nanocrystals of at least ternary semiconductor chalcogenides, containing transition metals of group I B, or group 11 in the IUPAC nomenclature, metals of group III A, or group 13 in the IUPAC nomenclature, and at least one chalcogen of group VI A, or group 16 in the IUPAC nomenclature.
A dishwasher comprising: a washing chamber having a door movable from an open position permitting a loading of the washing chamber along an axis, through a vent position providing venting but not loading of the washing chamber, to a sealed position sealing water within the washing chamber by a compression of a gasket; an electric actuator supported at an upper wall of the washing chamber, the electric actuator having a movable plunger having an elongate section extendable to move the door to the vent position, the elongate section supporting a gear rack; and a DC motor communicating through at least one pinion gear with the gear rack to move the plunger along the axis in a first and second direction with different polarities of electrical current applied to the DC motor to move the door to the vent position and retract the plunger to the sealed position, characterised in that: the dishwasher further includes an encoder providing a signal distinguishing a position of the electric actuator among at least three different positions of: the vent position, the sealed position, and a compressed-sealed position with the gasket further compressed from the sealed position wherein the encoder provides at least one encoding track extending along the elongate section to interact with at least one stationary sensor. a washing chamber having a door movable from an open position permitting a loading of the washing chamber along an axis, through a vent position providing venting but not loading of the washing chamber, to a sealed position sealing water within the washing chamber by a compression of a gasket; an electric actuator supported at an upper wall of the washing chamber, the electric actuator having a movable plunger having an elongate section extendable to move the door to the vent position, the elongate section supporting a gear rack; and a DC motor communicating through at least one pinion gear with the gear rack to move the plunger along the axis in a first and second direction with different polarities of electrical current applied to the DC motor to move the door to the vent position and retract the plunger to the sealed position, characterised in that: the dishwasher further includes an encoder providing a signal distinguishing a position of the electric actuator among at least three different positions of: the vent position, the sealed position, and a compressed-sealed position with the gasket further compressed from the sealed position wherein the encoder provides at least one encoding track extending along the elongate section to interact with at least one stationary sensor. the dishwasher further includes an encoder providing a signal distinguishing a position of the electric actuator among at least three different positions of: the vent position, the sealed position, and a compressed-sealed position with the gasket further compressed from the sealed position wherein the encoder provides at least one encoding track extending along the elongate section to interact with at least one stationary sensor.
A method of controlling Semi-Persistent Scheduling, SPS, for a user device, the method comprising: determining, by a base station, sidelink, SL SPS, radio network temporary identifier, RNTI, for the user device; and transmitting, by the base station, a SL grant including downlink control information, DCI, to the user device with a Physical Downlink Control Channel, PDCCH, wherein the DCI comprises a SL SPS index field and an activation/release indication field if the DCI with Cyclic Redundancy Check, CRC, is scrambled with the SL SPS RNTI, wherein a start subframe for Sidelink Control, SC, period is determined based on an offset value and a subframe in which the sidelink grant is received, wherein an index of a subframe for SC period is relative to System Frame Number, SFN, 0, and wherein a value for the SL SPS RNTI is determined as one of hexadecimal values in the range from 0001 to FFF3. transmitting, by the base station, a SL grant including downlink control information, DCI, to the user device with a Physical Downlink Control Channel, PDCCH, wherein the DCI comprises a SL SPS index field and an activation/release indication field if the DCI with Cyclic Redundancy Check, CRC, is scrambled with the SL SPS RNTI, wherein a start subframe for Sidelink Control, SC, period is determined based on an offset value and a subframe in which the sidelink grant is received, wherein an index of a subframe for SC period is relative to System Frame Number, SFN, 0, and wherein a value for the SL SPS RNTI is determined as one of hexadecimal values in the range from 0001 to FFF3.
A method, comprising: detecting, using one or more first sensors (302, 206), seismic signals; outputting, from the one or more first sensors (302, 206) onto first electrical conductors, first electrical signals representing the seismic signals, wherein the one or more first sensors (302, 206) or the first electrical conductors are susceptible to electromagnetic crosstalk noise such that the first electrical signals represent both the seismic signals and the electromagnetic crosstalk noise; and detecting, simultaneously with detecting the seismic signals and using one or more second sensors (402, 202), an electromagnetic crosstalk signal representing the electromagnetic crosstalk noise; outputting, from the one or more second sensors (402, 202) onto second electrical conductors, second electrical signals representing the electromagnetic crosstalk signal, wherein the one or more second sensors (402, 202) are not responsive to the seismic signals such that the second electrical signals represent the electromagnetic crosstalk noise but not the seismic signals; storing, by a computer system, first data representing the first electrical signals and second data representing the second electrical signals; and modifying the first data based on the second data to reduce an amount of the electromagnetic crosstalk noise present in the first data. detecting, using one or more first sensors (302, 206), seismic signals; outputting, from the one or more first sensors (302, 206) onto first electrical conductors, first electrical signals representing the seismic signals, wherein the one or more first sensors (302, 206) or the first electrical conductors are susceptible to electromagnetic crosstalk noise such that the first electrical signals represent both the seismic signals and the electromagnetic crosstalk noise; and detecting, simultaneously with detecting the seismic signals and using one or more second sensors (402, 202), an electromagnetic crosstalk signal representing the electromagnetic crosstalk noise; outputting, from the one or more second sensors (402, 202) onto second electrical conductors, second electrical signals representing the electromagnetic crosstalk signal, wherein the one or more second sensors (402, 202) are not responsive to the seismic signals such that the second electrical signals represent the electromagnetic crosstalk noise but not the seismic signals; storing, by a computer system, first data representing the first electrical signals and second data representing the second electrical signals; and modifying the first data based on the second data to reduce an amount of the electromagnetic crosstalk noise present in the first data.
A processing system comprising: - a mixing unit to mix the components of the stream to effect polymerization in a mixing process; and - a pelletization unit to pelletize the mixed stream; CHARACTERIZED BY - a feeding unit that provides delivery of thermally and atmospherically conditioned components in a stream, wherein the feeding unit comprises one or more reservoir tanks for conditioning the stream, wherein at least one of the one or more reservoir tanks comprise stream temperature control, and wherein the stream temperature control comprises a circulation system to circulate a heat stream in proximity to the reservoir tank. - a mixing unit to mix the components of the stream to effect polymerization in a mixing process; and - a pelletization unit to pelletize the mixed stream; - a feeding unit that provides delivery of thermally and atmospherically conditioned components in a stream, wherein the feeding unit comprises one or more reservoir tanks for conditioning the stream, wherein at least one of the one or more reservoir tanks comprise stream temperature control, and wherein the stream temperature control comprises a circulation system to circulate a heat stream in proximity to the reservoir tank.