mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition comprising an aqueous solution of water for injection, ibuprofen and an ibuprofen solubilizing agent selected from (i) tribasic sodium phosphate, tribasic potassium phosphate, or a combination of tribasic sodium phosphate and tribasic potassium phosphate, in a molar ratio of ibuprofen solubilizing agent to ibuprofen from 0.65:1 to 0.9:1; or (ii) dibasic sodium phosphate, dibasic potassium phosphate, monobasic sodium phosphate, monobasic potassium phosphate, or a combination of any of the foregoing, together with an alkalinizing agent in an amount suitable to provide a solubilized ibuprofen solution when ibuprofen is added to the ibuprofen solubilizing agent/alkalanizing agent mixture in a ratio of ibuprofen solubilizing agent to ibuprofen from 0.8 to 1.1:1, such that the pH of the resultant aqueous ibuprofen solution is from 6.5 to 9; the aqueous solution remains clear and colorless when the ibuprofen is diluted from a concentration from concentration of 100mg/ml to 1mg/ml. (i) tribasic sodium phosphate, tribasic potassium phosphate, or a combination of tribasic sodium phosphate and tribasic potassium phosphate, in a molar ratio of ibuprofen solubilizing agent to ibuprofen from 0.65:1 to 0.9:1; or (ii) dibasic sodium phosphate, dibasic potassium phosphate, monobasic sodium phosphate, monobasic potassium phosphate, or a combination of any of the foregoing, together with an alkalinizing agent in an amount suitable to provide a solubilized ibuprofen solution when ibuprofen is added to the ibuprofen solubilizing agent/alkalanizing agent mixture in a ratio of ibuprofen solubilizing agent to ibuprofen from 0.8 to 1.1:1, such that the pH of the resultant aqueous ibuprofen solution is from 6.5 to 9;
A method for producing composite zones in castings, where prior filling a foundry mould with an iron based cast alloy, on walls and / or on bottom of the foundry mould, shaped inserts are placed, which after filling the foundry mould with the iron based cast alloy undergo a reaction of self propagating high-temperature synthesis, and which previously are prepared by mixing a titanium powder having a purity of 99.98% and a particle size of 40 μm with a graphite powder having a purity of 99.99% and a particle size of 40 μm, and were the atomic ratio of 1:1 is maintained, is characterised in that, the powdered reactants of SHS synthesis are subjected to compaction and shaping under pressure of 500MPa, and subsequently glued to the walls of the foundry mould made of bentonite sand mixture.
A dual component U-base fastener for connecting a first part having a rib to a second part having an aperture comprising: a u-shaped outer component comprising at least one rib retention barb; a u-shaped inner component comprising at least one aperture retention wing; and wherein the outer component and the inner component are separate and that are coupled together to create an assembled unit defining an interior rib receiving cavity with the at least one rib retention barb extending into the interior rib receiving cavity and the at least one aperture retention wing of the inner component extending exteriorly from the outer component. a u-shaped outer component comprising at least one rib retention barb; a u-shaped inner component comprising at least one aperture retention wing; and wherein the outer component and the inner component are separate and that are coupled together to create an assembled unit defining an interior rib receiving cavity with the at least one rib retention barb extending into the interior rib receiving cavity and the at least one aperture retention wing of the inner component extending exteriorly from the outer component.
Device for guiding air in a mains water network that extends underground outdoors, having a hydrant and having an air-guiding assembly integrated in the hydrant, intended for automatically discharging into the atmosphere, through the hydrant, a built-up air volume that has flowed into the latter from the mains water network, characterized in that the airguiding assembly: a) is installed in a riser pipe (92,93) of the hydrant; b) comprises: ba) a chamber having a first chamber end which is connected to a first flow passage which extends through a terminating body, forming a valve, of the hydrant and leads to the mains water network; bb) an air valve which is arranged at a second chamber end; and bc) a float which is guided movably in the chamber between the first chamber end and the second chamber end; and c) is connected rigidly to the terminating body on one side and rigidly to a valve rod, intended for actuating the terminating body, on the other side. a) is installed in a riser pipe (92,93) of the hydrant; b) comprises: ba) a chamber having a first chamber end which is connected to a first flow passage which extends through a terminating body, forming a valve, of the hydrant and leads to the mains water network; bb) an air valve which is arranged at a second chamber end; and bc) a float which is guided movably in the chamber between the first chamber end and the second chamber end; and ba) a chamber having a first chamber end which is connected to a first flow passage which extends through a terminating body, forming a valve, of the hydrant and leads to the mains water network; bb) an air valve which is arranged at a second chamber end; and bc) a float which is guided movably in the chamber between the first chamber end and the second chamber end; and c) is connected rigidly to the terminating body on one side and rigidly to a valve rod, intended for actuating the terminating body, on the other side.
A method for producing a quartz glass cylinder in that a porous soot tube is produced by depositing SiO 2 particles on a cylinder jacket surface of a support which is rotating about its longitudinal axis and comprises a layer of silicon carbide (SiC layer), and the soot tube is sintered so as to form the quartz glass cylinder, characterized in that the SiC layer on said cylinder jacket surface is treated prior to deposition of the SiO 2 particles at a high temperature in an oxygen-containing atmosphere such that a SiO 2 barrier layer with a thickness of at least 0.1 μm is produced by oxidation.
A method for producing an aripiprazole suspension comprising the steps of: (a) combining bulk aripiprazole and a vehicle to form a primary suspension; (b) subjecting the primary suspension to first pulverization to form a secondary suspension; and (c) subjecting the secondary suspension to second pulverization to form a final suspension, wherein in the first pulverization of step (b), the secondary suspension is formed by pulverizing the primary suspension using a high shear pulverizing machine or a dispersion machine that applies shear force to a material to be processed, and in the second pulverization of step (c), the final suspension is formed by pulverizing the secondary suspension using a high-pressure homogenizer. (a) combining bulk aripiprazole and a vehicle to form a primary suspension; (b) subjecting the primary suspension to first pulverization to form a secondary suspension; and (c) subjecting the secondary suspension to second pulverization to form a final suspension,
Apparatus for stimulating tissue having a capacitance, comprising: charge circuitry being adapted to apply a stimulation current to the tissue by injecting current into the tissue via a first electrode, the current returning via a second electrode, the stimulation current causing a voltage to develop between the first and second electrodes across the capacitance of the tissue; and discharge circuitry which is adapted to inject a discharge current between the first and second electrodes to the tissue so as to discharge the capacitance, the discharge current being substantially independent of the voltage between the first and second electrodes caused by the stimulation current, the discharge circuitry being configured to substantially completely discharge the capacitance by continuing to inject the discharge current until the voltage between the first and second electrodes reaches zero, a battery generating a battery voltage which powers at least a first part of the charge circuitry and at least a second part of the discharge circuitry, characterized in that the discharge current is limited to 5% of the stimulation current, thereby eliminating anodal break excitation. charge circuitry being adapted to apply a stimulation current to the tissue by injecting current into the tissue via a first electrode, the current returning via a second electrode, the stimulation current causing a voltage to develop between the first and second electrodes across the capacitance of the tissue; and discharge circuitry which is adapted to inject a discharge current between the first and second electrodes to the tissue so as to discharge the capacitance, the discharge current being substantially independent of the voltage between the first and second electrodes caused by the stimulation current, the discharge circuitry being configured to substantially completely discharge the capacitance by continuing to inject the discharge current until the voltage between the first and second electrodes reaches zero, a battery generating a battery voltage which powers at least a first part of the charge circuitry and at least a second part of the discharge circuitry, characterized in that the discharge current is limited to 5% of the stimulation current, thereby eliminating anodal break excitation.
A method for determining a transmission mode, comprising: obtaining configuration indication information, wherein the configuration indication information comprises demodulation reference signal, DMRS, indication information, or repeated-transmission indication information and transmission configuration indication information, wherein the DMRS indication information indicates one or more DMRS port identifiers, the transmission configuration indication information indicates a transmission configuration indication state, and the repeated-transmission indication information indicates a time domain repeated-transmission parameter; and determining a transmission mode based on the configuration indication information, wherein when the configuration indication information comprises the DMRS indication information, the determining the transmission mode based on the configuration indication information comprises determining the transmission mode as a frequency division multiplexing mode or a space division multiplexing mode based on the one or more DMRS port identifiers, when the configuration indication information comprises the repeated-transmission indication information and the transmission configuration indication information, the determining the transmission mode based on the configuration indication information comprises determining, based on a quantity of transmission configuration indication states and the time domain repeated-transmission parameter, the transmission mode as a time division multiplexing mode. obtaining configuration indication information, wherein the configuration indication information comprises demodulation reference signal, DMRS, indication information, or repeated-transmission indication information and transmission configuration indication information, wherein the DMRS indication information indicates one or more DMRS port identifiers, the transmission configuration indication information indicates a transmission configuration indication state, and the repeated-transmission indication information indicates a time domain repeated-transmission parameter; and determining a transmission mode based on the configuration indication information, wherein when the configuration indication information comprises the DMRS indication information, the determining the transmission mode based on the configuration indication information comprises determining the transmission mode as a frequency division multiplexing mode or a space division multiplexing mode based on the one or more DMRS port identifiers, when the configuration indication information comprises the repeated-transmission indication information and the transmission configuration indication information, the determining the transmission mode based on the configuration indication information comprises determining, based on a quantity of transmission configuration indication states and the time domain repeated-transmission parameter, the transmission mode as a time division multiplexing mode.
A steel for a mechanical structure for cold working consisting of in mass %: C: 0.2-0.6%; Si: 0.01-0.5%; Mn: 0.2-1.5%; P: 0.03% or less; S: 0.001-0.05%; Al: 0.01-0.1%; N: 0.015% or less; and Cr: exceeding 0.5% and 2.0% or less; optionally further comprising one or more elements selected from the group consisting of: Mo: 1% or less; Ni: 3% or less; Cu: 0.25% or less; B: 0.010% or less; Ti: 0.2% or less; Nb: 0.2% or less; and V: 0.5% or less; with the remainder being iron and inevitable impurities, wherein the metal microstructure has pearlite and pro-eutectoid ferrite with the combined area percentage of the pearlite and pro-eutectoid ferrite being 90% or more of the total microstructure; the area percentage A of the pro-eutectoid ferrite has the relationship A>Ae with respect to Ae expressed by the expression below; and the average grain size of the pro-eutectoid ferrite and ferrite in the pearlite is 15-25 μm. Ae = 0.8 − Ceq × 96.75 where Ceq= +0.1×[Si]+0.06×[Mn]+0.11×[Cr], and [element name] means the content in mass% of each element. C: 0.2-0.6%; Si: 0.01-0.5%; Mn: 0.2-1.5%; P: 0.03% or less; S: 0.001-0.05%; Al: 0.01-0.1%; N: 0.015% or less; and Cr: exceeding 0.5% and 2.0% or less; Mo: 1% or less; Ni: 3% or less; Cu: 0.25% or less; B: 0.010% or less; Ti: 0.2% or less; Nb: 0.2% or less; and V: 0.5% or less;
A motor starter temperature protection control comprising: an ambient temperature sensor to sense ambient temperature and provide an ambient temperature signal indicative of a temperature in a motor starter enclosure; at least one pole temperature sensor in thermal communication with an electrically conducting bus in a motor starter and producing a pole temperature signal indicative of a temperature of the electrically conducting bus; a processing unit connected to the ambient temperature sensor and the at least one pole temperature sensor, the processing unit programmed to: periodically monitor (72, 82) the ambient temperature signal and the pole temperature signal; compare the ambient temperature signal to a maximum temperature limit; compare the pole temperature signal to a maximum temperature limit; and produce a fault signal if one of the ambient temperature and the pole temperature signals exceeds the maximum temperature limits. an ambient temperature sensor to sense ambient temperature and provide an ambient temperature signal indicative of a temperature in a motor starter enclosure; at least one pole temperature sensor in thermal communication with an electrically conducting bus in a motor starter and producing a pole temperature signal indicative of a temperature of the electrically conducting bus; a processing unit connected to the ambient temperature sensor and the at least one pole temperature sensor, the processing unit programmed to: periodically monitor (72, 82) the ambient temperature signal and the pole temperature signal; periodically monitor (72, 82) the ambient temperature signal and the pole temperature signal; compare the ambient temperature signal to a maximum temperature limit; compare the pole temperature signal to a maximum temperature limit; and produce a fault signal if one of the ambient temperature and the pole temperature signals exceeds the maximum temperature limits.
Measurement apparatus for analyzing a measurement signal, comprising: an input port, adapted to receive a measurement signal; a touch-screen, adapted to display a waveform of the received measurement signal and to receive a multi-digit touch gesture, the multi-digit touch gesture comprising at least a first touch gesture and a second touch gesture; and a measurement signal processing device, adapted to determine an operation and a range of the measurement signal based on the received multi-digit touch gesture, and to perform a processing of the measurement signal based on the determined operation and the determined range, characterized in that the measurement signal processing device is configured to analyze the measurement signal to identify a characteristic parameter in the determined range of the measurement signal, wherein the characteristic parameter comprises at least one of a minimum value of the measurement signal, a maximum value of the measurement signal, a rising time of the measurement signal, a falling time of the measurement signal, a duty cycle of the measurement signal, and an uptime of the measurement signal. an input port, adapted to receive a measurement signal; a touch-screen, adapted to display a waveform of the received measurement signal and to receive a multi-digit touch gesture, the multi-digit touch gesture comprising at least a first touch gesture and a second touch gesture; and a measurement signal processing device, adapted to determine an operation and a range of the measurement signal based on the received multi-digit touch gesture, and to perform a processing of the measurement signal based on the determined operation and the determined range, characterized in that the measurement signal processing device is configured to analyze the measurement signal to identify a characteristic parameter in the determined range of the measurement signal, wherein the characteristic parameter comprises at least one of a minimum value of the measurement signal, a maximum value of the measurement signal, a rising time of the measurement signal, a falling time of the measurement signal, a duty cycle of the measurement signal, and an uptime of the measurement signal.
A method for radio resource management, applied to a long-term evolution, LTE, system introduced with a low power node, comprising: a macro eNB selecting a low power node for an accessed user equipment to provide a joint transmission service; and the low power node and the macro eNB jointly managing a radio resource for the joint transmission service; characterized in that the macro eNB selecting a low power node for an accessed user equipment to provide a joint transmission service comprises: the macro eNB generating a distributing strategy when selecting the low power node for the user equipment, and according to the distributing strategy, requesting the low power node to admit bearer resources of the user equipment for distributed data; wherein the distributing strategy comprises a distribution granularity, a distribution level and a flow control; the distribution granularity comprises a data bearer, a service data flow or a data packet, which are used to indicate that the macro eNB takes the data bearer, the service data flow or the data packet as a granularity to distribute data to the low power node; the distribution level indicates a package form of data packets transmitted to the low power node; and the flow control indicates the number of data bearers, service data flows or data packets distributed from the macro eNB to the low power node. a macro eNB selecting a low power node for an accessed user equipment to provide a joint transmission service; and the low power node and the macro eNB jointly managing a radio resource for the joint transmission service; characterized in that the macro eNB selecting a low power node for an accessed user equipment to provide a joint transmission service comprises: the macro eNB generating a distributing strategy when selecting the low power node for the user equipment, and according to the distributing strategy, requesting the low power node to admit bearer resources of the user equipment for distributed data; wherein the distributing strategy comprises a distribution granularity, a distribution level and a flow control; the distribution granularity comprises a data bearer, a service data flow or a data packet, which are used to indicate that the macro eNB takes the data bearer, the service data flow or the data packet as a granularity to distribute data to the low power node; the distribution level indicates a package form of data packets transmitted to the low power node; and the flow control indicates the number of data bearers, service data flows or data packets distributed from the macro eNB to the low power node.
A method for closing an electrical power supply circuit of an electric apparatus located in a chamber at a controlled variable pressure, the electrical power supply circuit comprising an open circuit defined between two electrically conductive terminals, characterized in that, both electrically conductive terminals being formed on an internal wall made of an electrically insulating material of an enclosure which is open to the pressure of the chamber, the method comprises: - a heating which provides energy to an element made of electrically conductive material located in the enclosure which is open to the chamber pressure, - a sublimation of the element made of electrically conductive material once the latter reaches a given temperature, if the pressure conditions in the chamber correspond to the conditions required for an operation of the electric apparatus under vacuum, - an ejection of vapour particles of the electrically conductive material which result from the sublimation, and - a formation of a deposit of electrically conductive material between the two electrically conductive terminals as a consequence of the ejection of the vapour particles. - a heating which provides energy to an element made of electrically conductive material located in the enclosure which is open to the chamber pressure, - a sublimation of the element made of electrically conductive material once the latter reaches a given temperature, if the pressure conditions in the chamber correspond to the conditions required for an operation of the electric apparatus under vacuum, - an ejection of vapour particles of the electrically conductive material which result from the sublimation, and - a formation of a deposit of electrically conductive material between the two electrically conductive terminals as a consequence of the ejection of the vapour particles.
A method of transmitting control information to a receiver, comprising: determining at least one of a PDCCH control region and an ePDCCH control region to use for transmitting control information to a receiver, characterised in that the determining is based on a transport block size of a transport block to be transmitted to the receiver, wherein a maximum transport block size has a first size when the control information is included in the PDCCH control region in a first slot of the subframe and the maximum transport block size has a second size when the control information is included in the ePDCCH control region in both the first slot and a second slot of the subframe, wherein the second size is smaller than the first size, wherein the second slot is transmitted after the first slot; transmitting control information to the receiver in the determined control region. determining at least one of a PDCCH control region and an ePDCCH control region to use for transmitting control information to a receiver, characterised in that the determining is based on a transport block size of a transport block to be transmitted to the receiver, wherein a maximum transport block size has a first size when the control information is included in the PDCCH control region in a first slot of the subframe and the maximum transport block size has a second size when the control information is included in the ePDCCH control region in both the first slot and a second slot of the subframe, wherein the second size is smaller than the first size, wherein the second slot is transmitted after the first slot; transmitting control information to the receiver in the determined control region.