mhurhangee/ep-ind-claims huggingface dataset:
A method for establishing a data connection, characterized in that the method comprises: receiving (101, 208), via a User Datagram Protocol -based Data Transfer Protocol module in a present end, a data packet transmitted by a terminal, the data packet carrying an identifier of a target application and transmission data to be transmitted to the target application; extracting (102, 209) the identifier of the target application; based on the identifier of the target application and a preset callback function mapping table, determining (103, 210) a target callback function corresponding to the target application, the preset callback function mapping table including at least one identifier of at least one application and at least one corresponding callback function, wherein the target callback function is configured to transmit the transmission data to a data memory address corresponding to the target application; running (104, 211) the target callback function to transmit the transmission data to the target application, wherein, before the receiving a data packet transmitted by a terminal, the method further comprises: receiving, via the UDT module, a registration message transmitted by an application in the present end, the registration message carrying an identifier of the application and a callback function; storing the identifier of the application and the callback function in pairs into the preset callback function mapping table. receiving (101, 208), via a User Datagram Protocol -based Data Transfer Protocol module in a present end, a data packet transmitted by a terminal, the data packet carrying an identifier of a target application and transmission data to be transmitted to the target application; extracting (102, 209) the identifier of the target application; based on the identifier of the target application and a preset callback function mapping table, determining (103, 210) a target callback function corresponding to the target application, the preset callback function mapping table including at least one identifier of at least one application and at least one corresponding callback function, wherein the target callback function is configured to transmit the transmission data to a data memory address corresponding to the target application; running (104, 211) the target callback function to transmit the transmission data to the target application, wherein, before the receiving a data packet transmitted by a terminal, the method further comprises: receiving, via the UDT module, a registration message transmitted by an application in the present end, the registration message carrying an identifier of the application and a callback function; storing the identifier of the application and the callback function in pairs into the preset callback function mapping table. receiving, via the UDT module, a registration message transmitted by an application in the present end, the registration message carrying an identifier of the application and a callback function; storing the identifier of the application and the callback function in pairs into the preset callback function mapping table.
An improved gear pump or motor comprising a shaft gear and a driven gear meshed rotatably within a gear chamber formed with a housing and opposite side walls, which delivers fluids from an inlet chamber to an outlet chamber, a backlash of the said meshed gears (4, 5) having fluid-leak-tight clearance; a closed chamber provided in an internal portion of at least a said side wall; an opening provided on said side wall from which a communication passage extends to said closed chamber; characterised by at least an elastic disc capsule contained in the said closed chamber, comprising a pair of concave elastic disc plates abutted and sealed against each other with gas inside, of which occupying volume varies elastically subject to the fluid pressure therein enabling to absorb or expel the squeezed fluid in the trapped interstice (33, 36) during the trapping period of the interstice, whereby the fluid entrapped in the said interstice (33, 36) isolated by the fluid-leak-tight backlash suppressing the pressure transmission inwardly or outwardly, whereof volumetric variation during the trapping period is compensated by the compression or expansion of the said elastic disc capsule, suppressing pressure pulse and air bubble generation and eliminating the teeth bouncing contact.
A metal fluoride red phosphor having a composition represented by Formula 1 below and a tetragonal crystal structure: [Formula 1] A 3 MF 7:Mn x 4+ wherein A is selected from K, Rb, NH 4 and a combination thereof; M is selected from Si, Ge, Ti and a combination thereof; and x satisfies 0<x≤0.15. wherein A is selected from K, Rb, NH 4 and a combination thereof; M is selected from Si, Ge, Ti and a combination thereof; and x satisfies 0<x≤0.15.
A water-absorbent resin obtained by polymerizing in reversed phase suspension polymerization a water-soluble ethylenically unsaturated monomer in the presence of an azo compound, a peroxide and an internal-crosslinking agent, and performing post-crosslinking with a post-crosslinking agent, wherein 70 to 100 mol% of the total amount of water-soluble ethylenically unsaturated monomer is a partially neutralized acrylate monomer, the amount of the azo compound and the peroxide used is no less than 0.00005 mol and no more than 0.005 mol relative to 1 mol of the water-soluble ethylenically unsaturated monomer, the range of the mass ratio of the azo compound to the peroxide used is 8:12 to 19:1, and the water-absorbent resin has an absorbent material effective index K of 250 or more and an artificial-urine absorption ratio of 36.0 g/g or more and 60.0 g/g or less as determined in a liquid flow test defined below using the water-absorbent resin, the absorbent material effective index K being defined by the formula: Absorbent material effective index K = the amount of liquid flow g × the artificial-urine absorption ratio g / g [Liquid flow test] the liquid flow test being performed as follows: a nonwoven is placed on an acrylic plate, and 4.8 g of the water-absorbent resin is uniformly dispersed thereon, and then another nonwoven is placed thereover so as to form a sandwiched configuration to give a measurement sample. Next, acrylic plate having a cylinder-like inlet part with an inner diameter of 3 cm at a center is placed thereover so that the center of the cylinder coincides with the center of the measurement sample, and then 120 g of artificial-urine at a liquid temperature of 25°C is introduced in one portion through the cylinder-like inlet part, and the amount of artificial-urine flowed out of the acrylic plate is measured, thereby obtaining the amount of liquid flow (g).
An interlayer film for laminated glass comprising: a thermoplastic resin; an aromatic compound that has a structure capable of coordinating with a metal; an antioxidant; an ultraviolet absorber having a benzotriazole structure; and a potassium salt, the aromatic compound being at least one of a compound having a structure represented by the formula shown below and a compound having a structure represented by the formula shown below, the antioxidant being at least one antioxidant selected from the group consisting of a phenolic compound, a phosphoric acid compound, and a sulfur compound, the formulae and being: R 1 representing an organic group, x being 1, 2, 3, or 4 in the formula, R 2 representing an organic group, R 3 and R 4 each representing a hydrogen atom or an organic group, y being 1, 2, 3, or 4 in the formula. a thermoplastic resin; an aromatic compound that has a structure capable of coordinating with a metal; an antioxidant; an ultraviolet absorber having a benzotriazole structure; and a potassium salt, the aromatic compound being at least one of a compound having a structure represented by the formula shown below and a compound having a structure represented by the formula shown below, the antioxidant being at least one antioxidant selected from the group consisting of a phenolic compound, a phosphoric acid compound, and a sulfur compound, the formulae and being: R 1 representing an organic group, x being 1, 2, 3, or 4 in the formula, R 2 representing an organic group, R 3 and R 4 each representing a hydrogen atom or an organic group, y being 1, 2, 3, or 4 in the formula.
An engineered organism comprising a recoded genome wherein a particular sense codon at all instances within a template genome is changed to alternative codons, wherein the engineered organism is E. coli, wherein the particular sense codon is placed within the engineered organism and is reassigned to a non-standard amino acid, wherein the particular sense codon is AGA and AGG.
A screw prestressing device for space applications which comprises a high-strength draw pin which is screwed onto a threaded connection in such a manner that the draw pin can be moved so as to apply a defined prestressing force in the threaded connection via a water hydraulic piston in a draw direction which is set by the draw pin, characterized in that the prestressing device is formed by an exchangeable draw pin for screw dimensions M4 to M12 and the screw prestressing device comprises a venting device, wherein air inclusions can be vented via the venting device.
A method for wireless communication by a base station, comprising: allocating (625; 1505) uplink resources for at least a first transmission time interval, TTI, and a second TTI within a slot that comprises a plurality of orthogonal frequency division multiplexing, OFDM, symbols; reserving (620; 1510) a subset of reserved uplink resources of a reserved OFDM symbol within the slot to be shared by the first TTI and the second TTI for transmission of a demodulation reference signal, DMRS, the reserved OFDM symbol located adjacent to or within the first TTI and the second TTI; and transmitting an uplink grant for an uplink transmission to a user equipment, UE, the uplink grant including an indication of the allocated uplink resources, characterized by the uplink grant not including an indication of a location of the reserved uplink resources of the reserved OFDM symbol within the slot to be shared by the first TTI and the second TTI for transmission of the DMRS. allocating (625; 1505) uplink resources for at least a first transmission time interval, TTI, and a second TTI within a slot that comprises a plurality of orthogonal frequency division multiplexing, OFDM, symbols; reserving (620; 1510) a subset of reserved uplink resources of a reserved OFDM symbol within the slot to be shared by the first TTI and the second TTI for transmission of a demodulation reference signal, DMRS, the reserved OFDM symbol located adjacent to or within the first TTI and the second TTI; and transmitting an uplink grant for an uplink transmission to a user equipment, UE, the uplink grant including an indication of the allocated uplink resources, characterized by the uplink grant not including an indication of a location of the reserved uplink resources of the reserved OFDM symbol within the slot to be shared by the first TTI and the second TTI for transmission of the DMRS.
An operation device for operating a household appliance, comprising: a display unit (4; 304; 504) which displays a power setting value for defining an operation power of the household appliance, and a time setting value for defining an operation time of the household appliance on an orthogonal coordinate system; an operation unit (301; 501, 502) which simultaneously accepts an input of the power setting value and an input of the time setting value to be displayed on the display unit (4; 304; 504) by an operation of letting a predetermined object touch the display unit (4; 304; 504); wherein one of a vertical axis and a horizontal axis (202, 203) on the orthogonal coordinate system represents the power setting value, and the other of the vertical axis and the horizontal axis (202, 203) represents the time setting value, and the operation unit (301; 501, 502) simultaneously accepts an input of the power setting value and an input of the time setting value by an operation of dragging an intersection point between the power setting value and the time setting value on the orthogonal coordinate system; wherein the operation unit (305; 505) is configured to simultaneously accept an input of the power setting value and an input of the time setting value by an operation of touching an arbitrary position on the orthogonal coordinate system, and the display unit (4; 304; 504) is configured to display the power setting value and the time setting value in such a manner that a touch position to be input by the operation unit coincides with an intersection point between the power setting value and the time setting value. a display unit (4; 304; 504) which displays a power setting value for defining an operation power of the household appliance, and a time setting value for defining an operation time of the household appliance on an orthogonal coordinate system; an operation unit (301; 501, 502) which simultaneously accepts an input of the power setting value and an input of the time setting value to be displayed on the display unit (4; 304; 504) by an operation of letting a predetermined object touch the display unit (4; 304; 504); wherein one of a vertical axis and a horizontal axis (202, 203) on the orthogonal coordinate system represents the power setting value, and the other of the vertical axis and the horizontal axis (202, 203) represents the time setting value, and the operation unit (301; 501, 502) simultaneously accepts an input of the power setting value and an input of the time setting value by an operation of dragging an intersection point between the power setting value and the time setting value on the orthogonal coordinate system; wherein the operation unit (305; 505) is configured to simultaneously accept an input of the power setting value and an input of the time setting value by an operation of touching an arbitrary position on the orthogonal coordinate system, and the display unit (4; 304; 504) is configured to display the power setting value and the time setting value in such a manner that a touch position to be input by the operation unit coincides with an intersection point between the power setting value and the time setting value.
A method for hydrogenating phenols with one hydroxyl group to cyclic ketones by reacting the phenols with hydrogen in the presence of a catalyst in a solution comprising a straight-chain or branched secondary or tertiary aliphatic alcohol with at least three carbon atoms and/or a cycloaliphatic alcohol with at least three carbon atoms, wherein a catalyst comprising palladium and supported on carbon is used, which has been treated prior to use with a neutral or basic salt, and/or wherein the hydrogenation takes place in the presence of a supported catalyst comprising palladium and a neutral or basic salt, with the proviso that the catalyst comprising palladium does not comprise any inorganic and/or organic sulfur compounds.
An impeller, comprising: a main body portion which is increased in diameter from one side to another side in a rotation axis direction and which has a back surface, oriented toward the another side in the rotation axis direction; a thinned portion, formed in the back surface and being recessed toward the one side in the rotation axis direction, the thinned portion having a deepest portion; a plurality of full blades, which are formed on an outer circumferential surface of the main body portion so as to be oriented toward the one side in the rotation axis direction; and a plurality of splitter blades which are formed on the outer circumferential surface, and have end portions being located on the one side in the rotation axis direction and being positioned on the another side in the rotation axis direction with respect to the full blades, the end portions of the splitter blades having a portion on the radially innermost side characterized in that the deepest portion is located on a level plane or toward the one side in the rotation axis direction from a level plane to which the rotation axis is perpendicular and on which the portion of the end portions on the radially innermost side is located. a main body portion which is increased in diameter from one side to another side in a rotation axis direction and which has a back surface, oriented toward the another side in the rotation axis direction; a thinned portion, formed in the back surface and being recessed toward the one side in the rotation axis direction, the thinned portion having a deepest portion; a plurality of full blades, which are formed on an outer circumferential surface of the main body portion so as to be oriented toward the one side in the rotation axis direction; and a plurality of splitter blades which are formed on the outer circumferential surface, and have end portions being located on the one side in the rotation axis direction and being positioned on the another side in the rotation axis direction with respect to the full blades, the end portions of the splitter blades having a portion on the radially innermost side characterized in that the deepest portion is located on a level plane or toward the one side in the rotation axis direction from a level plane to which the rotation axis is perpendicular and on which the portion of the end portions on the radially innermost side is located.
A non-contact communication medium, comprising: a voltage generation unit that includes an antenna coil for transmission/reception, and is configured to receive a signal magnetic field from an external device to generate a voltage; a memory unit configured to store a circuit parameter set in the voltage generation unit, and predetermined management information; a clock signal generation unit configured to selectively generate clock signals having two or more different frequencies; and a control unit configured to select a frequency of a clock signal to be supplied to the memory unit from the clock signal generation unit; wherein the non-contact communication medium is configured to transmit the predetermined management information to the external device; characterized in that the control unit is configured to select, when reading the circuit parameter, a first clock signal of a first frequency and select, when reading the predetermined management information, a second clock signal of a second frequency higher than the first frequency; wherein the voltage generation unit is configured to increase an electric power drawn from the antenna coil based on the circuit parameter. a voltage generation unit that includes an antenna coil for transmission/reception, and is configured to receive a signal magnetic field from an external device to generate a voltage; a memory unit configured to store a circuit parameter set in the voltage generation unit, and predetermined management information; a clock signal generation unit configured to selectively generate clock signals having two or more different frequencies; and a control unit configured to select a frequency of a clock signal to be supplied to the memory unit from the clock signal generation unit; wherein the non-contact communication medium is configured to transmit the predetermined management information to the external device; characterized in that the control unit is configured to select, when reading the circuit parameter, a first clock signal of a first frequency and select, when reading the predetermined management information, a second clock signal of a second frequency higher than the first frequency; wherein the voltage generation unit is configured to increase an electric power drawn from the antenna coil based on the circuit parameter.
A stimulator device, comprising: a plurality of electrode nodes, each electrode node configured to be coupled to one of a plurality of electrodes configured to contact a patient's tissue; stimulation circuitry configured to provide actively-driven stimulation at at least one stimulation node selected from the plurality of the electrode nodes, wherein the stimulation comprises at least one pulse comprising at least a first phase; and passive charge recovery circuitry configured to provide passively-driven passive charge recovery for a passive charge recovery duration, wherein the passive charge recovery circuitry comprises a resistance circuitry configurable to adjust a recovery impedance during the passive charge recovery duration; and sensing circuitry configured to sense a neural response at at least one sensing node selected from the plurality of electrode nodes during the passive charge recovery duration, wherein the resistance circuitry comprises a variable resistance circuitry configured to provide a first recovery impedance for a high-impedance portion of the passive charge recovery duration and a second recovery impedance for a low-impedance portion of the passive charge recovery duration, wherein the first recovery impedance is greater than the second recovery impedance, and wherein the sensing circuitry is configured to sense the neural response during the high-impedance portion of the passive charge recovery duration. a plurality of electrode nodes, each electrode node configured to be coupled to one of a plurality of electrodes configured to contact a patient's tissue; stimulation circuitry configured to provide actively-driven stimulation at at least one stimulation node selected from the plurality of the electrode nodes, wherein the stimulation comprises at least one pulse comprising at least a first phase; and passive charge recovery circuitry configured to provide passively-driven passive charge recovery for a passive charge recovery duration, wherein the passive charge recovery circuitry comprises a resistance circuitry configurable to adjust a recovery impedance during the passive charge recovery duration; and sensing circuitry configured to sense a neural response at at least one sensing node selected from the plurality of electrode nodes during the passive charge recovery duration, wherein the resistance circuitry comprises a variable resistance circuitry configured to provide a first recovery impedance for a high-impedance portion of the passive charge recovery duration and a second recovery impedance for a low-impedance portion of the passive charge recovery duration, wherein the first recovery impedance is greater than the second recovery impedance, and wherein the sensing circuitry is configured to sense the neural response during the high-impedance portion of the passive charge recovery duration.
Distribution box for precision seed-drills including a drilled disc mounted in a rotating manner on a rotation axis for seed separation assisted by an airflow, said disc separating said seeds from the airflow and having drilling holes positioned at regular intervals along at least two concentric circles (9, 10) situated in the vicinity of its periphery, said drilling holes of said two circles (9, 10) being angularly offset relative to each other and being of a suitable size for the seeds to be sown, characterised in that said disc is provided on its periphery with stirring blades that are evenly spaced and angularly offset relative to said drilling holes, that said stirring blades extend over a circle concentric to said circles (9, 10) and that the circle extends between two circles (9, 10), such that each blade acts on both the drilling holes of the outer circle and those of the inner circle.