mhurhangee/ep-ind-claims huggingface dataset:
A method for reducing accumulation of lactate in a cell culture, said method comprising adding a divalent copper salt and/or a divalent zinc salt at a concentration ranging from 0.2 mM to 0.4 mM to the cell culture, wherein the accumulation of lactate is reduced by 5% to 40% relative to cell culture in a control medium with no addition of a copper salt and/or a zinc salt, respectively.
A second communication apparatus for use in a communications system comprising a first communication apparatus and the second communication apparatus, the second communication apparatus comprising: an identification unit configured to identify, of received beacon signals, a beacon signal which has a specific information and an individual identifier included in a network identifier and whose received strength meets a predetermined condition, wherein the specific information indicates a product type of the first communication apparatus and specifies a setting table in which is stored setting information corresponding to the respective product type, said setting information being used in wireless communication between the first communication apparatus and the second communication apparatus and wherein the individual identifier is an identifier individually assigned to the first communication apparatus; a specifying unit configured to specify a setting table corresponding to the specific information included in the network identifier of the identified beacon signal from a set of setting tables held in the second communication apparatus using a relationship table indicating the correspondence between the specific information and the setting table; and a setting unit configured to set, in the second communication apparatus, the setting information used in wireless communication between the first communication apparatus and the second communication apparatus, wherein the setting information is read from the specified setting table. an identification unit configured to identify, of received beacon signals, a beacon signal which has a specific information and an individual identifier included in a network identifier and whose received strength meets a predetermined condition, wherein the specific information indicates a product type of the first communication apparatus and specifies a setting table in which is stored setting information corresponding to the respective product type, said setting information being used in wireless communication between the first communication apparatus and the second communication apparatus and wherein the individual identifier is an identifier individually assigned to the first communication apparatus; a specifying unit configured to specify a setting table corresponding to the specific information included in the network identifier of the identified beacon signal from a set of setting tables held in the second communication apparatus using a relationship table indicating the correspondence between the specific information and the setting table; and a setting unit configured to set, in the second communication apparatus, the setting information used in wireless communication between the first communication apparatus and the second communication apparatus, wherein the setting information is read from the specified setting table.
A method in a serving base station (28 S) for signal interaction with a non-serving base station (28 N), the serving base station (28 S) being configured to control a serving cell (34 S) in an active set of a wireless terminal, the non-serving base station (28 N) being configured to control one or more non-serving cells (34 N) in the active set of the wireless terminal, the wireless terminal being configured for multi carrier uplink transmissions on a set of at least two carriers, the method characterized by: the serving base station (28 S) transmiting to the non-serving base station (28 N) a signal comprising information indicating a subset of active carriers in the set of at least two carriers. the serving base station (28 S) transmiting to the non-serving base station (28 N) a signal comprising information indicating a subset of active carriers in the set of at least two carriers.
Mask for checking weld beads of an assembly consisting of stamped and punched metal sheets attached together by weld beads, characterised in that it includes forms adapted to be precisely positioned on the assembly and to closely cover said assembly at least at the weld beads to be checked, and in that it comprises openings for observing said weld beads through the mask, as well as visual reference marks (22, 24) for checking the edges of the weld beads, said reference marks defining tolerances and being arranged near said openings.
A power distribution system comprising: a plurality of power sources for generating power; at least one power routing element in operable communication with each of the plurality of power sources, the at least one power routing element being configured to selectively receive power from the plurality of power sources; and at least one load in operable communication with the at least one power routing element, wherein the at least one power routing element controllably determines which of the plurality of power sources to selectively receive power from, wherein the at least one power routing element comprises a power block, characterised by the power block comprising a rectifier device for converting a power block input power type to a power block output power type. a plurality of power sources for generating power; at least one power routing element in operable communication with each of the plurality of power sources, the at least one power routing element being configured to selectively receive power from the plurality of power sources; and at least one load in operable communication with the at least one power routing element, wherein the at least one power routing element controllably determines which of the plurality of power sources to selectively receive power from, wherein the at least one power routing element comprises a power block, characterised by the power block comprising a rectifier device for converting a power block input power type to a power block output power type.
Corner joint device, preferably for manufacturing window or door frames from mitre-cut hollow profile elements, with a supporting table forming a working plane (ε), with positioning and holding elements for said profile elements and with at least one punching head, which is provided with a pressing knife for crimping together said profile elements and a corner angle piece, characterised in that all positioning elements (2, 7), holding elements or punching heads lying outside of the crimped frame corner can be lowered beneath the working plane (ε) of the supporting table after the crimping process.
An input/output (I/O) system, comprising: an I/O module comprising I/O communication circuitry; a terminal block configured to be communicatively connected to the I/O module and having a plurality of terminals; an electronic key feature comprising a unique identification key; and electronic key identification circuitry configured to read or detect the unique identification key of the electronic key feature when the I/O module and the terminal block are physically and communicatively connected to each other, wherein the electronic key identification circuitry is configured to check whether the unique identification key is equal to an expected value or setting to determine whether the I/O module and the terminal block are associated with each other. an I/O module comprising I/O communication circuitry; a terminal block configured to be communicatively connected to the I/O module and having a plurality of terminals; an electronic key feature comprising a unique identification key; and electronic key identification circuitry configured to read or detect the unique identification key of the electronic key feature when the I/O module and the terminal block are physically and communicatively connected to each other, wherein the electronic key identification circuitry is configured to check whether the unique identification key is equal to an expected value or setting to determine whether the I/O module and the terminal block are associated with each other.
An apparatus for transmitting a number of OFDM symbols over a slot in a mobile communication system for broadcasting service, the apparatus comprising: a transmission processor for generating a modulated symbol by encoding, interleaving and modulating a physical layer packet to be transmitted, and arranging the modulated symbol in data tones of the OFDM symbol; a tone inserter (304, 305) for inserting guard tones and pilot tones into the OFDM symbol; a tone power allocator for setting a first pilot-to-data tone power ratio to adjacent inner OFDM symbols located in the slot center and a second pilot-to data tone power ratio different from the first pilot-to-data tone power ratio to separated outer OFDM symbols located in the slot boundaries according to a position of the OFDM symbol in the slot, and allocating power according to the pilot-to-data tone power ratio; and a transmitter for transmitting the OFDM symbol. a transmission processor for generating a modulated symbol by encoding, interleaving and modulating a physical layer packet to be transmitted, and arranging the modulated symbol in data tones of the OFDM symbol; a tone inserter (304, 305) for inserting guard tones and pilot tones into the OFDM symbol; a tone power allocator for setting a first pilot-to-data tone power ratio to adjacent inner OFDM symbols located in the slot center and a second pilot-to data tone power ratio different from the first pilot-to-data tone power ratio to separated outer OFDM symbols located in the slot boundaries according to a position of the OFDM symbol in the slot, and allocating power according to the pilot-to-data tone power ratio; and a transmitter for transmitting the OFDM symbol.
A method for determining the operating mode used for decoding received packetized data comprising the steps of: a) receiving a plurality of data packets, wherein each data packet has a control word; b) extracting the control word from each packet as to -capture a plurality of control words; c) determining that a number of control words from said plurality of control words are identical; d) using said control word to set a decoder operating mode when said number of control words is above a threshold number (430, 435). a) receiving a plurality of data packets, wherein each data packet has a control word; b) extracting the control word from each packet as to -capture a plurality of control words; c) determining that a number of control words from said plurality of control words are identical; d) using said control word to set a decoder operating mode when said number of control words is above a threshold number (430, 435).
A semiconductor laser device assembly, comprising: a semiconductor laser device; and an external resonator comprising a dispersion compensation optical system, which a laser light exited from the semiconductor laser device is incident onto and exits from to control a group velocity dispersion value of the laser light exited from the semiconductor laser device per wavelength; wherein a spatial phase modulator is disposed within the dispersion compensation optical system, the spatial phase modulator being configured to control the group velocity dispersion value at an initial rise of a light pulse of the laser light in order to generate an ultrashort light pulse having a maximum duration of 100 femtoseconds and compensate an asymmetricity of a frequency shift caused by a self phase modulation occurring within the semiconductor laser device; wherein the semiconductor laser device comprises a semicondutor saturable absorber; wherein the group velocity dispersion is induced by the self phase modulation; wherein the spatial phase modulator includes a reflective liquid crystal display apparatus or a wavefront compensation device. a semiconductor laser device; and an external resonator comprising a dispersion compensation optical system, which a laser light exited from the semiconductor laser device is incident onto and exits from to control a group velocity dispersion value of the laser light exited from the semiconductor laser device per wavelength; wherein a spatial phase modulator is disposed within the dispersion compensation optical system, the spatial phase modulator being configured to control the group velocity dispersion value at an initial rise of a light pulse of the laser light in order to generate an ultrashort light pulse having a maximum duration of 100 femtoseconds and compensate an asymmetricity of a frequency shift caused by a self phase modulation occurring within the semiconductor laser device; wherein the semiconductor laser device comprises a semicondutor saturable absorber; wherein the group velocity dispersion is induced by the self phase modulation; wherein the spatial phase modulator includes a reflective liquid crystal display apparatus or a wavefront compensation device.
A liquid food or beverage preparation machine comprising: - an electric supply circuit connectable to an electric power source; - an in-line heater through which liquid, such as water, is circulated during heating and then guided into a machine's brewing chamber, the said heater being powered by the electric supply circuit; and - a thermal fuse device in thermal communication with the heater and associated with the electric supply circuit, the fuse device being arranged to interrupt the electric supply circuit from said power source when the heater exceeds a temperature limit, wherein the thermal fuse device is reversible and comprises a switch for automatically interrupting the electric supply circuit when the heater exceeds said temperature limit, the switch being operable by a user to close the electric supply circuit when the heater has a temperature that has returned below said temperature limit, the fuse device comprising in particular an actuator that is arranged to push out a pin, rod or piston against the user switch when said temperature limit is exceeded by the heater so as to actuate the user switch and open the circuit. - an electric supply circuit connectable to an electric power source; - an in-line heater through which liquid, such as water, is circulated during heating and then guided into a machine's brewing chamber, the said heater being powered by the electric supply circuit; and - a thermal fuse device in thermal communication with the heater and associated with the electric supply circuit, the fuse device being arranged to interrupt the electric supply circuit from said power source when the heater exceeds a temperature limit,
An encapsulation material (10,20,30) for an electronic module (40,50), the encapsulation material (10,20,30) comprising: a polymer matrix material; and electrically-conductive phase change particles dispersed in the matrix material, the phase change particles being encapsulated by a dielectric coating so as to be electrically insulated from each other; characterized in that the dielectric coating comprises first dielectric particles dispersed in a dielectric matrix.
A pneumatic tire comprising: a pair of bead cores embedded in a pair of bead portions, the pair of bead cores each comprising a pair of small bead cores (21, 22) divided in a tire width direction; and a carcass comprising one or more carcass plies, the carcass toroidally straddling between the pair of bead cores with end portions of the carcass each sandwiched between the pair of small bead cores and engaged with the small bead cores, characterised in that a sound control body is disposed on an inner surface of the tire in the pair of bead portions, and wherein 100% in volume of the sound control body is disposed in a region in a tire radial direction where the pair of bead portions are located, wherein a bead portion refers to a portion within a region in a tire radial direction in a state where the tire is mounted on an applicable rim while filled with a prescribed internal pressure with no load applied, the portion ranging from a rim baseline to an outer end in the tire radial direction of one of a plurality of small bead cores. a pair of bead cores embedded in a pair of bead portions, the pair of bead cores each comprising a pair of small bead cores (21, 22) divided in a tire width direction; and a carcass comprising one or more carcass plies, the carcass toroidally straddling between the pair of bead cores with end portions of the carcass each sandwiched between the pair of small bead cores and engaged with the small bead cores, characterised in that a sound control body is disposed on an inner surface of the tire in the pair of bead portions, and wherein 100% in volume of the sound control body is disposed in a region in a tire radial direction where the pair of bead portions are located, wherein a bead portion refers to a portion within a region in a tire radial direction in a state where the tire is mounted on an applicable rim while filled with a prescribed internal pressure with no load applied, the portion ranging from a rim baseline to an outer end in the tire radial direction of one of a plurality of small bead cores.
A rope comprising bundles of filaments, wherein each bundle comprises at least 70% by volume of liquid crystal polymer filaments, and wherein at least one bundle comprises liquid crystal polymer filaments of at least 10 g/9000 m per filament (10 denier per filament) in size.
A composite 24-pulse AC-to-DC converter comprising a main rectifier receiving at least a portion of an input AC waveform; an autotransformer (20a, 20b, 20c) comprising three sets of three phase outputs and having output voltages with lower amplitude than the input AC waveform; and a plurality of auxiliary bridge rectifiers (22a, 22b, 22c), each configured to receive the output from each leg of the autotransformer, each being generally smaller than the main rectifier, wherein each output from each leg of the autotransformer is connected in parallel with an output of the main rectifier, wherein the converter is characterized in that: each leg of the autotransformer is built such as it satisfies a transformer vector diagram using vertices of an equilateral triangle wherein an arc of circle between the vertices has a radius that is equal to a length of one leg of the triangle and a number of autotransformer phase outputs is determined by a number of rays, equally spaced by angles, drawn from the center of gravity of the equilateral triangle, such that construction lines are drawn through intersection points of these rays with the arc, such that at least one of the construction lines is drawn parallel to one leg of the triangle.
A microfluidic routing device for routing objects of interest in a microfluidic flow, the device comprising: - a substrate; - a first layer provided on the substrate, in which the first layer forms a bottom wall of a microfluidic channel, wherein at least two holes through the first layer form respectively an inlet and an outlet for the microfluidic channel; - a second layer spaced away from the first layer, in which the second layer forms a top wall of the microfluidic channel, wherein said second layer is adapted for transmitting an optical signal from the microfluidic channel, - an actuator for actuating said objects of interest in a sorting junction of the microfluidic channel, wherein said first layer comprises a waveguide for conveying a light wave and an input light coupler for coupling said light wave into the waveguide from an external source. - a substrate; - a first layer provided on the substrate, in which the first layer forms a bottom wall of a microfluidic channel, wherein at least two holes through the first layer form respectively an inlet and an outlet for the microfluidic channel; - a second layer spaced away from the first layer, in which the second layer forms a top wall of the microfluidic channel, wherein said second layer is adapted for transmitting an optical signal from the microfluidic channel, - an actuator for actuating said objects of interest in a sorting junction of the microfluidic channel,
Coupling for forming an optical plug-in connection between two optical plug-in connectors (3, 4), the coupling comprising a guide sleeve and a sleeve-receiving cage having an inner chamber for receiving the guide sleeve, the sleeve-receiving cage comprising insertion openings (9, 10), which are arranged opposite one another on a longitudinal axis of the sleeve-receiving cage, each for inserting a ferrule (11, 12) of the relevant optical plug-in connector (3, 4) into the guide sleeve in each case in a direction parallel to the longitudinal axis, the insertion openings (9, 10) each being enclosed, at least in some regions, by longitudinal stops of the sleeve-receiving cage so as to prevent the guide sleeve from being withdrawn out of the inner chamber of the sleeve-receiving cage, and the sleeve-receiving cage comprising two sleeve-receiving cage parts (14, 15), and the sleeve-receiving cage parts (14, 15) each comprising a latching connection part (16, 17) for forming a latching connection, and the latching connection parts (16, 17) being configured so as to be latchable into one another in order to fasten the sleeve-receiving cage parts (14, 15) to one another by sliding the sleeve-receiving cage parts (14, 15) onto one another in a direction parallel to the longitudinal axis, characterised in that each of the sleeve-receiving cage parts (14, 15) comprises two or three or more projecting lugs and the other sleeve-receiving cage part (14, 15) comprises a number of lug receptacles that corresponds to the number of lugs, the lugs being slidable into the lug receptacles when the sleeve-receiving cage parts (14, 15) are slid onto one another in the direction parallel to the longitudinal axis.