mhurhangee/ep-ind-claims huggingface dataset:
A monoclonal antibody produced by a hybridoma deposited at Patent Organism Depositary, National Institute of Advanced Industrial Science and Technology under the deposit number of FERM BP-10774, FERM BP-10775, FERM BP-10776, FERM BP-10777, or PERM BP-10778.
Off-line radio thermometer for temperature measurement in a body opening for long-term use with a hermetically sealed, into the body opening insertable, essentially stiff plastic capsule, containing a coin cell battery and as electronic components: (a) a single-chip computer; (b) a semiconductor temperature sensor; (c) a communication unit for signal transmission; (d) a data storage; where the temperature sensor and the communication unit can be controlled via the temperature, so that the activation of the radio thermometer for recording a series of temperature measurements is induced starting from a idle state by the insertion into the body opening and the resulting temperature increase to a physiological value, and involves the automatic detection of the extraction from the body opening with the two central consequences that 1.) the measurement series is completed and 2.) a data transmission is initiated, characterized in that the communication unit is configured for signal transmission according to the BLE standard, and the radio thermometer designed is for measuring, storing and transmitting of incremental or decremental temperature values, and where the increments or decrements are related to a base value or to the immediately preceding value. (a) a single-chip computer; (b) a semiconductor temperature sensor; (c) a communication unit for signal transmission; (d) a data storage; where the temperature sensor and the communication unit can be controlled via the temperature, so that the activation of the radio thermometer for recording a series of temperature measurements is induced starting from a idle state by the insertion into the body opening and the resulting temperature increase to a physiological value, and involves the automatic detection of the extraction from the body opening with the two central consequences that 1.) the measurement series is completed and 2.) a data transmission is initiated, characterized in that the communication unit is configured for signal transmission according to the BLE standard, and the radio thermometer designed is for measuring, storing and transmitting of incremental or decremental temperature values, and where the increments or decrements are related to a base value or to the immediately preceding value.
A top engaging article carrier (90a, 90b, 90c, 90d) comprising an engaging panel (12/14) having upper and lower panels (12, 14) secured together in face-contacting relationship, the upper panel having at least one first top-engaging opening of a first diameter and the lower panel having at least one second top engaging opening of a second diameter, wherein the first diameter is greater than the second diameter, characterised in that each of the first and second top-engaging openings (A1, A2) is defined by a substantially circular, uninterrupted perimeter.
A receiving apparatus comprising: a communication unit configured to: receive, via one of a broadband communication network and a multichannel video programming distributor, reproduction contents; and further receive, via terrestrial broadcasting waves, signaling data storing therein viewing information-compatible data applicable to generation of viewing information, wherein the signaling data are not received via the one of the broadband communication network and the multichannel video programming distributor, wherein the signaling data store a contents ID recorded therein as an identifier of the reproduction contents, and wherein the signaling data is a Media Presentation Description, MPD, prescribed by the MPEG-DASH standards; and a data processor configured to: output the reproduction contents to an output unit; acquire the contents ID from the signaling data; use the acquired contents ID as recording data of viewing information with respect to output contents of the output unit from the signaling data; generate viewing information using the acquired data; and send the generated viewing information to a service usage data server. receive, via one of a broadband communication network and a multichannel video programming distributor, reproduction contents; and further receive, via terrestrial broadcasting waves, signaling data storing therein viewing information-compatible data applicable to generation of viewing information, wherein the signaling data are not received via the one of the broadband communication network and the multichannel video programming distributor, wherein the signaling data store a contents ID recorded therein as an identifier of the reproduction contents, and wherein the signaling data is a Media Presentation Description, MPD, prescribed by the MPEG-DASH standards; and a data processor configured to: output the reproduction contents to an output unit; acquire the contents ID from the signaling data; use the acquired contents ID as recording data of viewing information with respect to output contents of the output unit from the signaling data; generate viewing information using the acquired data; and send the generated viewing information to a service usage data server. output the reproduction contents to an output unit; acquire the contents ID from the signaling data; use the acquired contents ID as recording data of viewing information with respect to output contents of the output unit from the signaling data; generate viewing information using the acquired data; and send the generated viewing information to a service usage data server.
A fuel supply connectable to a fuel cell comprising: an outer casing; a fuel container comprising a first fuel for the fuel cell and a first head space, wherein the first head space comprises an amount of the first fuel in a first vapor state with a first vapor pressure and the first head space has a total pressure P 1; and a second space, between the outer casing and the fuel container, comprising a material capable of producing a positive vapor pressure, wherein the second space comprises an amount of the material capable of producing a positive vapor pressure in a second vapor state with a second vapor pressure and the second space has a total pressure P 2, which is the same as P 1 as the first fuel is transported from the fuel container. an outer casing; a fuel container comprising a first fuel for the fuel cell and a first head space, wherein the first head space comprises an amount of the first fuel in a first vapor state with a first vapor pressure and the first head space has a total pressure P 1; and a second space, between the outer casing and the fuel container, comprising a material capable of producing a positive vapor pressure, wherein the second space comprises an amount of the material capable of producing a positive vapor pressure in a second vapor state with a second vapor pressure and the second space has a total pressure P 2, which is the same as P 1 as the first fuel is transported from the fuel container.
An optoelectronic processing apparatus, applied to an optical transport network OTN device, characterized by comprising:a reamplifying/reshaping/retiming 3R regeneration unit, adapted to reamplify, reshape and retime a signal;a wavelength conversion unit, adapted to perform wavelength conversion to the signal;an interlayer adapting unit, adapted to convert the signal between an optical passage OCh layer and an optical data unit ODUk layer; and a dispatching unit, adapted to select, according to a function identification parameter of the optoelectronic processing apparatus, one or more of the 3R regeneration unit, the wavelength conversion unit, and the interlayer adapting unit to process the signal, wherein, the optoelectronic processing apparatus is further adapted to manage and process the signal according to constraint information among links, wherein the constraint information comprises at least one of the followings: a processor function identification parameter of the optoelectronic processing apparatus, an input wavelength range, an output wavelength range, a coding format of a wavelength bearer signal, a rate of the wavelength bearer signal and a using status of the optoelectronic processing apparatus. a processor function identification parameter of the optoelectronic processing apparatus, an input wavelength range, an output wavelength range, a coding format of a wavelength bearer signal, a rate of the wavelength bearer signal and a using status of the optoelectronic processing apparatus.
Railway vehicle bogie comprising a chassis comprising at least one side member extending in a longitudinal direction and at least one wheel, said wheel being mounted on an axle box and being movable in rotation relative to said axle box about an axis of rotation substantially perpendicular to the longitudinal direction, said axle box being fixed to the side member by a primary suspension device comprising a resilient element arranged to permit a movement in an elevation direction of the chassis relative to the axle box and to the wheel, the elevation direction being substantially perpendicular to the longitudinal direction and to the axis of rotation, said resilient element extending between a plate integral with the axle box and a support surface integral with the chassis, characterised in that the plate, the support surface and the resilient element are arranged in the longitudinal direction between the axis of rotation and the side member.
A removable input/output module (104,106, 202) for a touch-screen device (108, 204), the touch-screen device comprising a front, touch-sensitive, display face, a rear face and an edge face connecting the front and rear faces, and the removable input/output module comprising: a front plate configured to contact the front face of the touch-screen device; a rear plate configured to contact the rear face of the touch-screen device; a clamp mechanism configured to provide a force for clamping the front and rear plates onto the touch-screen device, characterized by an edge plate configured to contact at least a part of the edge face of the touch-screen device proximate to the front face of the touch-screen device; and an adjustment mechanism configured to adjust a position of the edge plate relative to at least one of the front plate and the rear plate. a front plate configured to contact the front face of the touch-screen device; a rear plate configured to contact the rear face of the touch-screen device; a clamp mechanism configured to provide a force for clamping the front and rear plates onto the touch-screen device, characterized by an edge plate configured to contact at least a part of the edge face of the touch-screen device proximate to the front face of the touch-screen device; and an adjustment mechanism configured to adjust a position of the edge plate relative to at least one of the front plate and the rear plate.
Device for joining and tapering fibres or optical components having a retaining device for retaining the fibres or the optical components in the processing position, a laser beam source for emitting a laser beam and beam-forming elements for directing the laser beam towards the processing site, wherein at least a first beam-forming element (4, 25) for producing an annular radiation is inserted into the beam path and a further, second beam-forming element (14, 19, 20) for specifying the angle of incidence of the annular radiation onto the fibre(s) or the optical components at the processing position is provided the first beam-forming element is configured as two reflex axicons or as a double axicon with parts (5, 6) at a spacing from each other, the spacing of the two reflex axicons or the parts (5, 6) of the double axicon prescribing the annular diameter of the radiation, the spacing of the parts (5, 6) of the double axicon or the reflex axicons is adjustable to achieve different annular diameters of the radiation, characterised in that the further second beam-forming element is a a stepped axicon or a parabolic mirror, which directs the annular radiation towards the processing site for an variable adjustment of the angle of incidence at the processing site. at least a first beam-forming element (4, 25) for producing an annular radiation is inserted into the beam path and a further, second beam-forming element (14, 19, 20) for specifying the angle of incidence of the annular radiation onto the fibre(s) or the optical components at the processing position is provided the first beam-forming element is configured as two reflex axicons or as a double axicon with parts (5, 6) at a spacing from each other, the spacing of the two reflex axicons or the parts (5, 6) of the double axicon prescribing the annular diameter of the radiation, the spacing of the parts (5, 6) of the double axicon or the reflex axicons is adjustable to achieve different annular diameters of the radiation,
Method for automatically scoring a folding box having inserted packaged goods, the scoring of the lateral walls (22, 24, 26) of the folding box being carried out by means of a scoring station which comprises a scoring tool having a rotatably mounted scoring roller for scoring a planar workpiece and a rotatably mounted counterpressure roller, which rollers are held on one side on a common holder, the distance between the two rollers (12, 14) being changeable and the scoring tool being fastened to a movement system for three-dimensional movability, and the following steps being carried out: a) providing the folding box, which is open at the top in the vertical direction, with inserted packaged goods, b) determining the dimensions of the folding box and the fill level of the packaged goods, c) scoring the lateral walls (22, 24, 26) of the folding box, a first lateral wall being scored at a first scoring height associated with the fill level determined in step b), characterized in that the counterpressure roller is mounted in parallel with the scoring roller, that the counterpressure roller and the scoring roller can be moved relative to one another in order to set a distance to one another, and in that during the scoring process, when the scoring tool reaches a vertical edge of the folding box, the roller arranged outside the folding box is pivoted by 90° about the roller arranged within the folding box, the distance between the scoring roller and the counterpressure roller being changed. and the following steps being carried out: a) providing the folding box, which is open at the top in the vertical direction, with inserted packaged goods, b) determining the dimensions of the folding box and the fill level of the packaged goods, c) scoring the lateral walls (22, 24, 26) of the folding box, a first lateral wall being scored at a first scoring height associated with the fill level determined in step b), a) providing the folding box, which is open at the top in the vertical direction, with inserted packaged goods, b) determining the dimensions of the folding box and the fill level of the packaged goods, c) scoring the lateral walls (22, 24, 26) of the folding box, a first lateral wall being scored at a first scoring height associated with the fill level determined in step b), characterized in that the counterpressure roller is mounted in parallel with the scoring roller, that the counterpressure roller and the scoring roller can be moved relative to one another in order to set a distance to one another, and in that during the scoring process, when the scoring tool reaches a vertical edge of the folding box, the roller arranged outside the folding box is pivoted by 90° about the roller arranged within the folding box, the distance between the scoring roller and the counterpressure roller being changed.
A catalyst for producing chlorine by oxidation of hydrogen chloride comprising a support and active ingredients, wherein the active ingredients comprise 1-20 wt% of copper, 0.01-5 wt% of boron, 0.1-10 wt% of alkali metal element(s), 0.1-15 wt% of one or more rare earth elements, and 0-10 wt% of one or more elements selected from magnesium, calcium, barium, manganese, iron, nickel, cobalt, zinc, ruthenium and titanium, based on the total weight of the catalyst.
A motor driving apparatus which comprises a converter for converting an AC voltage from an AC power source into a DC voltage, an inverter for converting the converted DC voltage back into an AC voltage, a capacitor connected in parallel in a link section between the converter and the inverter, and a charge-discharge control circuit for controlling charge to and discharge from the capacitor, wherein: said motor driving apparatus further comprises a current control means for controlling discharge current from the charge-discharge control circuit based on at least one of the following values (a) to (e): (a) input current or input power to the inverter; (b) output power from the inverter; (c) motor output power; (d) input current or input power to the converter; and (e) output current or output power from the converter, so that input or output current or input or output power of the converter is equal to a prescribed value, characterized in that the current control means comprises a hysteresis comparator configured to feed discharge current from the charge-discharge control circuit when said value (d) or (e) increases to a first prescribed value and to stop the discharge current from the charge-discharge control circuit when said value (d) or (e) decreases to a second prescribed value as a result of the feed operation, wherein the first prescribed value is higher than the second prescribed value. said motor driving apparatus further comprises a current control means for controlling discharge current from the charge-discharge control circuit based on at least one of the following values (a) to (e): (a) input current or input power to the inverter; (b) output power from the inverter; (c) motor output power; (d) input current or input power to the converter; and (e) output current or output power from the converter, so that input or output current or input or output power of the converter is equal to a prescribed value, (a) input current or input power to the inverter; (b) output power from the inverter; (c) motor output power; (d) input current or input power to the converter; and (e) output current or output power from the converter, so that input or output current or input or output power of the converter is equal to a prescribed value, characterized in that the current control means comprises a hysteresis comparator configured to feed discharge current from the charge-discharge control circuit when said value (d) or (e) increases to a first prescribed value and to stop the discharge current from the charge-discharge control circuit when said value (d) or (e) decreases to a second prescribed value as a result of the feed operation, wherein the first prescribed value is higher than the second prescribed value.
A central tyre inflation system (CTIS) for a vehicle, the CTIS comprising a reservoir for supplying air to one or more vehicle tyres (12a, 12b, 12c, 12d), a pressure sensor for monitoring air pressure in the reservoir, a compressor for supplying compressed air along a first flow path to the reservoir, a compressor timer for monitoring the run-time of the compressor, a dryer disposed on the first flow path for drying air supplied by the compressor, a purging system for routing air through the dryer along a second flow path to purge liquid from the dryer, and a control means for controlling the flow of air in the CTIS; wherein the control means is configured: to activate the compressor to supply air along the first flow path to the reservoir in response to a request for a compressor operation, after which operation the air in the reservoir is at a post-operation pressure; when the compressor operation is complete, to determine a compressor activation period (T compressor), and to determine if the compressor activation period is greater than or equal to a target period (T target); and if the compressor activation period (T compressor) is less than the target period, to keep the compressor activated until pressure in the reservoir increases to a base target pressure greater than the post-operation pressure; and if the compressor activation period (T compressor) is greater than or equal to the target period, to keep the compressor activated until pressure in the reservoir increases to an elevated target pressure higher than the base target pressure and to activate the purging system to route air from the reservoir along the second flow path to purge the dryer of liquid. to activate the compressor to supply air along the first flow path to the reservoir in response to a request for a compressor operation, after which operation the air in the reservoir is at a post-operation pressure; when the compressor operation is complete, to determine a compressor activation period (T compressor), and to determine if the compressor activation period is greater than or equal to a target period (T target); and if the compressor activation period (T compressor) is less than the target period, to keep the compressor activated until pressure in the reservoir increases to a base target pressure greater than the post-operation pressure; and if the compressor activation period (T compressor) is greater than or equal to the target period, to keep the compressor activated until pressure in the reservoir increases to an elevated target pressure higher than the base target pressure and to activate the purging system to route air from the reservoir along the second flow path to purge the dryer of liquid.
A gas turbine engine assembly, comprising: a compressor configured to increase pressure of incoming air; a combustion chamber configured to receive a pressurized air stream from the compressor, wherein fuel is injected into the pressurized air stream and ignited so as to raise a temperature and energy level of the pressurized air; a turbine (106, 108) operatively coupled to the combustion chamber so as to receive combustion products that flow from the combustion chamber; a generator coupled to a shaft system (110, 112) of the turbine (106, 108) via a shaft; an electrical torsional damper (116, 124) integrated into a power converter of the generator and configured to dampen torsional oscillations of the shaft system (110, 112) of the generator; the power converter comprising one or more electrical circuits, wherein the electrical damper (116, 124) comprises a resistor integrated into one of the electrical circuits of the power converter; and a controller configured to provide additional damping control to the generator by decreasing a power factor and creating losses internal to windings of the generator, wherein the controller is further configured to control the resistor so as to prohibit the generator from having a constant power load at frequencies of torsional interaction. a compressor configured to increase pressure of incoming air; a combustion chamber configured to receive a pressurized air stream from the compressor, wherein fuel is injected into the pressurized air stream and ignited so as to raise a temperature and energy level of the pressurized air; a turbine (106, 108) operatively coupled to the combustion chamber so as to receive combustion products that flow from the combustion chamber; a generator coupled to a shaft system (110, 112) of the turbine (106, 108) via a shaft; an electrical torsional damper (116, 124) integrated into a power converter of the generator and configured to dampen torsional oscillations of the shaft system (110, 112) of the generator; the power converter comprising one or more electrical circuits, wherein the electrical damper (116, 124) comprises a resistor integrated into one of the electrical circuits of the power converter; and a controller configured to provide additional damping control to the generator by decreasing a power factor and creating losses internal to windings of the generator, wherein the controller is further configured to control the resistor so as to prohibit the generator from having a constant power load at frequencies of torsional interaction.