mhurhangee/ep-ind-claims huggingface dataset:
A discharge lamp drive device comprising: a discharge lamp driver configured to supply drive electric current to a discharge lamp having a first electrode and a second electrode; a control unit configured to control the discharge lamp driver; characterized in that a storage unit configured to store a plurality of drive patterns of the drive electric current, wherein the control unit is configured to select one drive pattern from among the plurality of drive patterns based on machine learning, and implement the selected drive pattern, and wherein the control unit is configured to perform a first control that increases a drive electric power (Wd) supplied to the discharge lamp according to an increase in an inter-electrode voltage (V1a) of the discharge lamp, in a case where the inter-electrode voltage (V1a) is equal to or larger than a first voltage value (V1aS) and the inter-electrode voltage (V1a) is equal to or lower than a second voltage value (V1aU) that is higher than the first voltage value (V1aS). a discharge lamp driver configured to supply drive electric current to a discharge lamp having a first electrode and a second electrode; a control unit configured to control the discharge lamp driver; characterized in that a storage unit configured to store a plurality of drive patterns of the drive electric current, wherein the control unit is configured to select one drive pattern from among the plurality of drive patterns based on machine learning, and implement the selected drive pattern, and wherein the control unit is configured to perform a first control that increases a drive electric power (Wd) supplied to the discharge lamp according to an increase in an inter-electrode voltage (V1a) of the discharge lamp, in a case where the inter-electrode voltage (V1a) is equal to or larger than a first voltage value (V1aS) and the inter-electrode voltage (V1a) is equal to or lower than a second voltage value (V1aU) that is higher than the first voltage value (V1aS).
A sound generator comprising: - a housing having a first wall portion with a housing opening, - a shielding element blocking or attenuating electrical and/or magnetic fields and having a shield opening, where: - a sound outlet formed by an overlap, when projected on to a plane of the first wall portion, of an outline of the housing opening and an outline of the shield opening, - the shield opening has, when projected on to the plane, an area being no more than 150% of an area of the sound outlet, characterised in that the shielding element is provided inside the housing, adjacent to the first wall portion and covers at least a portion of the first wall portion. - a housing having a first wall portion with a housing opening, - a shielding element blocking or attenuating electrical and/or magnetic fields and having a shield opening, where: - a sound outlet formed by an overlap, when projected on to a plane of the first wall portion, of an outline of the housing opening and an outline of the shield opening, - the shield opening has, when projected on to the plane, an area being no more than 150% of an area of the sound outlet,
Collection kit (100, 600, 700) for collecting a bio-sample, comprising - a tube (106, 606, 706) for accommodating an extraction solution; - a cap (102, 602, 702) to be fastened to the tube; and - a collection rod for collecting a sample, comprising a collection unit (202, 604) and a handle part; and - a collection tip for collecting dissolved specimens from the tube; wherein the collection kit further comprises a filter (304, 608, 708) mounted in a lower central part of the cap, and the cap comprises a cover (306, 610, 710) above the filter, wherein the cover is configured to be opened by pressure of the collection tip (502, 612, 712), and characterized in that the filter is detachably mounted in the cap and is configured to be moved from the cap to a lower part of the tube by the collection tip. - a tube (106, 606, 706) for accommodating an extraction solution; - a cap (102, 602, 702) to be fastened to the tube; and - a collection rod for collecting a sample, comprising a collection unit (202, 604) and a handle part; and - a collection tip for collecting dissolved specimens from the tube;
An oxidised polysaccharide-protein composition for use as a therapeutic or diagnostic agent, wherein the composition comprises an oxidised polysaccharide and a protein; where less than 20% of the total oxidised polysaccharide monomer units contain alpha-hydroxy aldehyde units, and wherein the oxidised polysaccharide and the protein are conjugated via one or more imine bonds; wherein the oxidised polysaccharide-protein composition is soluble at physiological pH in aqueous solvent; and the composition is capable of releasing the protein; and wherein the oxidised polysaccharide is selected from oxidised starch and oxidised hydroxyhydrocarbyl derivatives of starch.
A pouch forming device for forming an accommodation part accommodating an electrode assembly in a pouch sheet, the pouch forming device comprising: a lower die having a top surface and an upper portion in which a forming groove is formed, the top surface being adapted to seat a pouch sheet; a punch unit disposed above the lower die and comprising a punch, said punch having an end that is disposed at a position facing the forming groove of the lower die and that has a shape corresponding to the shape of the forming groove; and a vacuum unit connected to the forming groove of the lower die, wherein a vacuum passage (112, 113) serving as a passage connecting the forming groove to the vacuum unit is further formed in the lower die, and wherein the vacuum passage (112, 113) has a shape that gradually decreases in diameter toward the suction hole (112a, 113a). a lower die having a top surface and an upper portion in which a forming groove is formed, the top surface being adapted to seat a pouch sheet; a punch unit disposed above the lower die and comprising a punch, said punch having an end that is disposed at a position facing the forming groove of the lower die and that has a shape corresponding to the shape of the forming groove; and a vacuum unit connected to the forming groove of the lower die, wherein a vacuum passage (112, 113) serving as a passage connecting the forming groove to the vacuum unit is further formed in the lower die, and wherein the vacuum passage (112, 113) has a shape that gradually decreases in diameter toward the suction hole (112a, 113a).
An apparatus, comprising: a memory (110, 410) comprising a plurality of managed units corresponding to respective groups of resistance variable memory cells; and a controller (112, 412) coupled to the memory (110, 410) and configured to cause: performance of a cleaning operation on a selected group of memory cells corresponding to a selected managed unit of the plurality of managed units to place the memory cells of the selected group of memory cells in a same state; generation of error correction code, ECC, parity data (559, 659); and performance of a write operation on the selected group of memory cells to: write an inverted state of at least one data value to the selected group of memory cells; and write an inverted state of at least one of the ECC parity data (559, 659) to the selected group of memory cells; and performance of an operation to update a status associated with the selected managed unit from an invalid status state to a valid status state in response to performance of the write operation. a memory (110, 410) comprising a plurality of managed units corresponding to respective groups of resistance variable memory cells; and a controller (112, 412) coupled to the memory (110, 410) and configured to cause: performance of a cleaning operation on a selected group of memory cells corresponding to a selected managed unit of the plurality of managed units to place the memory cells of the selected group of memory cells in a same state; generation of error correction code, ECC, parity data (559, 659); and performance of a write operation on the selected group of memory cells to: write an inverted state of at least one data value to the selected group of memory cells; and write an inverted state of at least one of the ECC parity data (559, 659) to the selected group of memory cells; and performance of an operation to update a status associated with the selected managed unit from an invalid status state to a valid status state in response to performance of the write operation. performance of a cleaning operation on a selected group of memory cells corresponding to a selected managed unit of the plurality of managed units to place the memory cells of the selected group of memory cells in a same state; generation of error correction code, ECC, parity data (559, 659); and performance of a write operation on the selected group of memory cells to: write an inverted state of at least one data value to the selected group of memory cells; and write an inverted state of at least one of the ECC parity data (559, 659) to the selected group of memory cells; and write an inverted state of at least one data value to the selected group of memory cells; and write an inverted state of at least one of the ECC parity data (559, 659) to the selected group of memory cells; and performance of an operation to update a status associated with the selected managed unit from an invalid status state to a valid status state in response to performance of the write operation.
A transmission device, comprising: N number of transmitting units for transmitting predetermined information by radio waves of identical frequency each time that a given time T elapses, wherein each of the transmitting units has; an information storage component configured to store, from among preset numbers from 1 to N representing a transmission sequence, a numeric value N, as well as a numeric value unique to the unit, which is different from numeric values stored in other of the transmitting units; a trigger value determining component configured to, when a value obtained by subtracting 1 from the numeric value unique to the unit is positive, store the subtraction result as a trigger value, or when the subtracted value is negative, store the value of N as a trigger value; a receiver configured to receive radio waves of the frequency; an at-startup transmitter configured to transmit the numeric value unique to the unit and the predetermined information when the numeric value unique to the unit is 1 at startup; a detector configured to detect the numeric value from a radio wave signal received by the receiver; a clock configured to clock time elapsed after the detected numeric value matches the trigger value; and a transmitter configured to transmit the predetermined information and the numeric value unique to the unit when the elapsed time clocked by the clock matches a predetermined time t that is less than the given time T. N number of transmitting units for transmitting predetermined information by radio waves of identical frequency each time that a given time T elapses, wherein each of the transmitting units has; an information storage component configured to store, from among preset numbers from 1 to N representing a transmission sequence, a numeric value N, as well as a numeric value unique to the unit, which is different from numeric values stored in other of the transmitting units; a trigger value determining component configured to, when a value obtained by subtracting 1 from the numeric value unique to the unit is positive, store the subtraction result as a trigger value, or when the subtracted value is negative, store the value of N as a trigger value; a receiver configured to receive radio waves of the frequency; an at-startup transmitter configured to transmit the numeric value unique to the unit and the predetermined information when the numeric value unique to the unit is 1 at startup; a detector configured to detect the numeric value from a radio wave signal received by the receiver; a clock configured to clock time elapsed after the detected numeric value matches the trigger value; and a transmitter configured to transmit the predetermined information and the numeric value unique to the unit when the elapsed time clocked by the clock matches a predetermined time t that is less than the given time T.
A washing machine, comprising a laundry treatment tub, a feed box connected to the laundry treatment tub, for supplying water and a washing agent to the laundry treatment tub, a water supply pipe connected to the feed box, a water valve for opening or closing the water supply pipe, and a controller for controlling the implementation of a washing procedure, wherein the washing procedure comprises a main washing step, a rinsing step, and a dewatering step, and when the main washing step is started, the water valve is opened so that a water stream flushes the washing agent in the feed box into the laundry treatment tub, characterized in that, in implementation of the washing procedure, a user is able to add at least one additional main washing step by selecting and adding the additional main washing step after the main washing step is started.
Timepiece movement comprising a balance-and-hairspring regulator and an escapement co-operating with the regulator, the outer turn of the hairspring comprising a stiffened portion (6'; 6"; 6"') arranged to make the development of the hairspring more concentric, characterised in that the stiffened portion (6'; 6"; 6"') is also arranged to produce a rate gain of at least 2 s/d at an amplitude of 150° with respect to an amplitude of 300°, at least partially compensating for the variation in the rate of the movement in dependence upon the oscillation amplitude of the balance caused by the escapement, the gain value being obtained by digital simulation by considering the outer end of the hairspring as being fixed and the shaft on which the collet and the balance are fixed as being free, and by calculating by finite elements the displacement of the geometric centre of the hairspring as the balance oscillates, then by interpolating and integrating the displacement curve as a function of the oscillation amplitude.
A vehicle-implemented noise-cancellation system, comprising: a noise-cancellation system disposed in a vehicle, the noise-cancellation system comprising an adaptive filter being adjusted according to a reference signal and an error signal, the adaptive filter outputting a noise-cancellation signal, which, when transduced into a noise-cancellation audio signal by a speaker, cancels road noise within at least one zone within a cabin of the vehicle; characterized in that the noise-cancellation system further comprises an adjustment module configured to vary one or both of a power of the noise-cancellation signal and a rate of adaptation of the adaptive filter from a first value to a second value, passing through at least one intermediate value between the first value and the second value, wherein varying one or both of a power of the noise-cancellation signal and a rate of adaptation of the adaptive filter is based on a comparison of a time-varying signal indicative of a signal-to-noise ratio of the reference signal to a first criterion. a noise-cancellation system disposed in a vehicle, the noise-cancellation system comprising an adaptive filter being adjusted according to a reference signal and an error signal, the adaptive filter outputting a noise-cancellation signal, which, when transduced into a noise-cancellation audio signal by a speaker, cancels road noise within at least one zone within a cabin of the vehicle; characterized in that the noise-cancellation system further comprises an adjustment module configured to vary one or both of a power of the noise-cancellation signal and a rate of adaptation of the adaptive filter from a first value to a second value, passing through at least one intermediate value between the first value and the second value, wherein varying one or both of a power of the noise-cancellation signal and a rate of adaptation of the adaptive filter is based on a comparison of a time-varying signal indicative of a signal-to-noise ratio of the reference signal to a first criterion.
A method of operating a molecular vacuum pump comprising a housing for receiving a pump mechanism, which is driven by a rotor shaft by means of an electric motor, for conveying a process gas from a pump inlet to a pump outlet, wherein the pump mechanism comprises a plurality of N pump stages connected to one another in series in a pump-active manner between the pump inlet and the pump outlet, wherein the pump stage closest to the pump inlet is the first pump stage and the pump stage closest to the pump outlet is the Nth pump stage, wherein the housing has a carrier gas connection which opens into the pump mechanism upstream of a pump stage M, where M = ⌈ N + 1 / 2 ⌉ applies; wherein a quantity of a carrier gas is introduced into the pump mechanism through the carrier gas connection during the conveying of process gas from the pump inlet to the pump outlet, characterized in that the quantity of the carrier gas introduced into the pump mechanism, measured in standard cubic centimeters per minute (sccm), relates to the quantity of the conveyed process gas, measured in standard cubic centimeters per minute (sccm), as 1: X, where 5 ≤ X ≤ 15 applies, wherein the ratio of the quantity of the carrier gas introduced into the pump mechanism to the quantity of the conveyed process gas is constant during the conveying of process gas. wherein a quantity of a carrier gas is introduced into the pump mechanism through the carrier gas connection during the conveying of process gas from the pump inlet to the pump outlet, characterized in that the quantity of the carrier gas introduced into the pump mechanism, measured in standard cubic centimeters per minute (sccm), relates to the quantity of the conveyed process gas, measured in standard cubic centimeters per minute (sccm), as 1: X, where 5 ≤ X ≤ 15 applies, wherein the ratio of the quantity of the carrier gas introduced into the pump mechanism to the quantity of the conveyed process gas is constant during the conveying of process gas.
A composite building material, comprising: a cementitious matrix; and fiberized and fibrillated softwood cellulose fibers incorporated into the cementitious matrix wherein the softwood cellulose fibers are fiberized to a fiber consistency of between 1% to 6% and refined by at least one refiner to a freeness of between 100 to 750 degrees of Canadian Standard Freeness, at least some of the cellulose fibers having surfaces that are at least partially treated with a sizing agent so as to make the surfaces hydrophobic, wherein the sizing agent comprises a hydrophilic functional group and a hydrophobic functional group, wherein the hydrophilic group permanently or temporarily bonds to hydroxyl groups on the fiber surface in the presence of water in a manner so as to substantially prevent the hydroxyl groups from bonding with water molecules, wherein the hydrophobic group is positioned on the fiber surface and repels water therefrom. a cementitious matrix; and fiberized and fibrillated softwood cellulose fibers incorporated into the cementitious matrix wherein the softwood cellulose fibers are fiberized to a fiber consistency of between 1% to 6% and refined by at least one refiner to a freeness of between 100 to 750 degrees of Canadian Standard Freeness, at least some of the cellulose fibers having surfaces that are at least partially treated with a sizing agent so as to make the surfaces hydrophobic, wherein the sizing agent comprises a hydrophilic functional group and a hydrophobic functional group, wherein the hydrophilic group permanently or temporarily bonds to hydroxyl groups on the fiber surface in the presence of water in a manner so as to substantially prevent the hydroxyl groups from bonding with water molecules, wherein the hydrophobic group is positioned on the fiber surface and repels water therefrom.
A method to communicate within a communication network comprising a master device and a slave device, the method comprising: creating a master CRC array from master configuration structures (110A, 110B, 110C, 110D) at the master device; creating a main master CRC value from the master CRC array at the master device; receiving at the master device a main slave CRC value with a data measurement packet from the slave device, the main slave CRC value, created from slave configuration structures (112A, 112B, 112C, 112D) used by the slave device to measure data for the data measurement packet; if the main master CRC value and the main slave CRC value are different at the master device replacing one or more of the master configuration structures (110A, 110B, 110C, 110D) at the master device with one or more of the slave configuration structures (112A, 112B, 112C, 112D) from the slave device depending on the differences between the main master CRC value and the main slave CRC value. creating a master CRC array from master configuration structures (110A, 110B, 110C, 110D) at the master device; creating a main master CRC value from the master CRC array at the master device; receiving at the master device a main slave CRC value with a data measurement packet from the slave device, the main slave CRC value, created from slave configuration structures (112A, 112B, 112C, 112D) used by the slave device to measure data for the data measurement packet; if the main master CRC value and the main slave CRC value are different at the master device replacing one or more of the master configuration structures (110A, 110B, 110C, 110D) at the master device with one or more of the slave configuration structures (112A, 112B, 112C, 112D) from the slave device depending on the differences between the main master CRC value and the main slave CRC value.
Cutting or breaking tool for a device for breaking stones and the like, wherein the breaking tool is selectably securable to a breaking roll or the like, wherein the breaking tool is composed of a plurality of individual parts and wherein a plurality of breaking sub-tools (3, 4) is mounted on a common support part, wherein the breaking sub-tools (3, 4) are connected with the support part and wherein two rows of breaking sub-tools (3, 4) are provided, characterised in that the breaking sub-tools (3, 4) are interconnected preferably by brazing.