mhurhangee/ep-ind-claims huggingface dataset:
An x-ray device for generating an x-ray image of an object comprising a photon-counting radiation detector and an x-ray radiation source, the radiation detector being configured to convert x-ray photons emitted by the x-ray radiation source and having traversed the object into electric pulse signals corresponding to x-ray photon events during acquisition of the image, the device further comprising: - a further radiation source configured to expose the radiation detector to a first radiation pulse, - a detection circuit configured to detect a first electric pulse signal generated by the radiation detector due to the exposure of the radiation detector to the first radiation pulse, characterized in that - the further radiation source is further configured to expose the radiation detector to a second radiation pulse during the acquisition of the x-ray image, the first and second radiation pulses being emitted in accordance with the same configuration of the further radiation source with respect to intensity, wavelength and/or pulse duration, and - the detection circuit is further configured to detect a second electric pulse signal generated by the radiation detector due to the exposure of the radiation detector to the second radiation pulse, wherein by exposing the radiation detector to each of the first and the second radiation pulse an x-ray photon event is generated or simulated, such that each of the first and the second electric pulse signals corresponds to an electric pulse signal generated by the radiation detector in response to an incident x-ray photon having a certain energy, wherein the x-ray device is configured to compare amplitudes of the first and second electric pulse signals and to generate the x-ray image based on a result of the comparison. - a further radiation source configured to expose the radiation detector to a first radiation pulse, - a detection circuit configured to detect a first electric pulse signal generated by the radiation detector due to the exposure of the radiation detector to the first radiation pulse, characterized in that - the further radiation source is further configured to expose the radiation detector to a second radiation pulse during the acquisition of the x-ray image, the first and second radiation pulses being emitted in accordance with the same configuration of the further radiation source with respect to intensity, wavelength and/or pulse duration, and - the detection circuit is further configured to detect a second electric pulse signal generated by the radiation detector due to the exposure of the radiation detector to the second radiation pulse,
A method of removing scale from surfaces, comprising: contacting the surfaces with a first aqueous solution comprising: EDTA; and potassium carbonate; allowing the EDTA to dissolve the scale, wherein the scale comprises at least one of barium sulfate, strontium sulfate, and radium sulfate; acidifying the first solution to a pH from 0 to 1 to form a precipitated EDTA and a precipitated insoluble salt of at least one of barium, strontium, and radium; isolating the precipitated EDTA and the precipitated insoluble salt of the at least one of barium, strontium, and radium from the first solution; selectively dissolving the precipitated EDTA in a second aqueous solution by bringing the pH of the second aqueous solution to a pH from 5 to 7; and removing the precipitated insoluble salt of at least one of barium, strontium, and radium from the second solution. contacting the surfaces with a first aqueous solution comprising: EDTA; and potassium carbonate; allowing the EDTA to dissolve the scale, wherein the scale comprises at least one of barium sulfate, strontium sulfate, and radium sulfate; acidifying the first solution to a pH from 0 to 1 to form a precipitated EDTA and a precipitated insoluble salt of at least one of barium, strontium, and radium; isolating the precipitated EDTA and the precipitated insoluble salt of the at least one of barium, strontium, and radium from the first solution; selectively dissolving the precipitated EDTA in a second aqueous solution by bringing the pH of the second aqueous solution to a pH from 5 to 7; and removing the precipitated insoluble salt of at least one of barium, strontium, and radium from the second solution. EDTA; and potassium carbonate; allowing the EDTA to dissolve the scale, wherein the scale comprises at least one of barium sulfate, strontium sulfate, and radium sulfate; acidifying the first solution to a pH from 0 to 1 to form a precipitated EDTA and a precipitated insoluble salt of at least one of barium, strontium, and radium; isolating the precipitated EDTA and the precipitated insoluble salt of the at least one of barium, strontium, and radium from the first solution; selectively dissolving the precipitated EDTA in a second aqueous solution by bringing the pH of the second aqueous solution to a pH from 5 to 7; and removing the precipitated insoluble salt of at least one of barium, strontium, and radium from the second solution.
Use of isopulegol, when formulated into a fragrance composition in an amount from 0.2 wt% to less than 10 wt%, based on the total weight of the fragrance composition, wherein the fragrance composition comprises a perfume ingredient in addition to isopulegol, as an agent enhancing the stimulating effect of the fragrance composition upon distribution in the air, by means of an air freshener dispenser device, and inhalation of the fragrance composition.
Method for producing steam generator tubes, wherein an insert is fixed in grooves of a former shaft, the former shaft is introduced with the insert into a steam generator tube, the fixing of the insert to the former shaft is released, and the former shaft is removed again from the steam generator tube, characterised in that the insert is fixed to the former shaft with a pretension and that after release of the fixing to the former shaft the insert lifts out of the grooves of the former shaft and thus is fixed independently in the steam generator tube, without any further manual fixing being necessary.
A cowled vehicle comprising an inner cowl covering an inside structure of a vehicle body, and an outer cowl covering at least a part of said inner cowl on the outside of said inner cowl, characterized in that said cowled vehicle further comprises a first cable disposed inside said inner cowl and a second cable disposed between said inner cowl and said outer cowl and connected to said first cable; either one of said inner cowl and said outer cowl is provided with a through-hole through which to pass said first cable or said second cable; and said through-hole is provided continuously with a locking section by which a part of said first cable or said second cable is locked.
A User Equipment, UE, comprising: means for receiving, from a node of a Radio Access Network, RAN, configuration information for configuring the UE to perform Minimization of Driving Test, MDT, measurements, wherein the configuration information comprises: coverage information for indicating a plurality of coverage areas in the RAN, and triggering information for indicating whether reporting of MDT measurements is to be triggered based in part on whether the coverage areas of the plurality of coverage areas are detected by the UE: sequentially in a given order, or simultaneously; and means for reporting MDT measurements based in part on the configuration information. means for receiving, from a node of a Radio Access Network, RAN, configuration information for configuring the UE to perform Minimization of Driving Test, MDT, measurements, wherein the configuration information comprises: coverage information for indicating a plurality of coverage areas in the RAN, and triggering information for indicating whether reporting of MDT measurements is to be triggered based in part on whether the coverage areas of the plurality of coverage areas are detected by the UE: sequentially in a given order, or simultaneously; and coverage information for indicating a plurality of coverage areas in the RAN, and triggering information for indicating whether reporting of MDT measurements is to be triggered based in part on whether the coverage areas of the plurality of coverage areas are detected by the UE: sequentially in a given order, or simultaneously; and sequentially in a given order, or simultaneously; and means for reporting MDT measurements based in part on the configuration information.
A method for producing a urethane optical member, comprising curing a raw material monomer mixture containing an aromatic polyisocyanate compound and a polythiol compound, the aromatic polyisocyanate compound having a melting point of 25°C or more, the polythiol compound being at least one compound selected from pentaerythritol tetrakis(2-mercaptoacetate), pentaerythritol tetrakis(3-mercaptopropionate), 2,5-bis(mercaptomethyl)-1-4-ditiane, 4-mercaptomethyl-1,8-dimercapto-3,6-dithiaoctane and 4,8-, 4,7- or 5,7-dimercaptomethyl-1,11-dimercapto-3,6,9-trithiaundecane, the method containing a step 1 and a step 2 below: step 1: a step of melting the aromatic polyisocyanate compound by heating to a temperature that is not lower than a melting point thereof; and step 2: a step of mixing the aromatic polyisocyanate compound melted by heating in the step 1 and the polythiol compound to provide a mixed liquid, and curing the mixed liquid without heating to provide a cured product, while controlling a liquid temperature of the mixed liquid to a temperature that is not lower than a deposition temperature of the aromatic polyisocyanate compound and is not higher than a decomposition temperature of the cured product. step 1: a step of melting the aromatic polyisocyanate compound by heating to a temperature that is not lower than a melting point thereof; and step 2: a step of mixing the aromatic polyisocyanate compound melted by heating in the step 1 and the polythiol compound to provide a mixed liquid, and curing the mixed liquid without heating to provide a cured product, while controlling a liquid temperature of the mixed liquid to a temperature that is not lower than a deposition temperature of the aromatic polyisocyanate compound and is not higher than a decomposition temperature of the cured product.
A dose setting mechanism for use with a resettable drug delivery device comprising a drug delivery body (240; 404, 408; 516) which is an internal or external housing; a rotating sleeve (210; 406) in rotatable engagement with respect to said housing; a driver (230; 409; 530) releasably coupled to said rotating sleeve; and a spindle (242; 414; 542; 642) for driving a bung of a cartridge which spindle is operatively coupled to said driver, such that when a user sets a dose by rotating said rotating sleeve, said driver also rotates, wherein said spindle comprises a generally circular shaft having an outer surface, said generally circular shaft extending from a distal end to a proximal end of said circular shaft; a first helical groove (219; 519; 619) provided along a first portion of said outer surface of said generally circular shaft, said first helical groove having a first pitch; and a second helical groove (221; 521; 621) provided along a second portion of said outer surface of said generally circular shaft, said second helical groove (221; 521; 621) overlapping said first helical groove (219; 519; 619), said second helical groove having a second pitch; wherein the driver (230; 409; 530) for driving said spindle comprises a helical groove form that engages said first helical groove (219; 519; 619) of said spindle, and wherein the drug delivery body (404, 408; 516) has a helical groove form that engages said second helical groove (521; 621) of said spindle, wherein a longitudinal axial movement of the driver causes the spindle to rotate characterized in that said driver (230; 409) comprises a first tubular component (244; 412) and a second tubular component (246; 407), wherein one of said first and second component comprises at least one spline (296, 450) and the other of said first and second component comprises a plurality of recesses (300, 452) releasably connectable to the at least one spline (296, 450) with said first and said second component being operatively coupled together by the at least one spline (296, 450) and the plurality of recesses (300, 452) so that they rotate together when said user sets said dose, wherein the first and second driver components (244, 246) may be de-coupled from one another for resetting the device. a generally circular shaft having an outer surface, said generally circular shaft extending from a distal end to a proximal end of said circular shaft; a first helical groove (219; 519; 619) provided along a first portion of said outer surface of said generally circular shaft, said first helical groove having a first pitch; and a second helical groove (221; 521; 621) provided along a second portion of said outer surface of said generally circular shaft, said second helical groove (221; 521; 621) overlapping said first helical groove (219; 519; 619), said second helical groove having a second pitch;
U-profile with a first leg and a second leg as well as with a profile sole, wherein a region of a plate is held between the first leg and the second leg, wherein at least one solid pressure body is arranged on the first leg and at least one installation element formed as a variable pressure body (27, 35, 40) is formed on the second leg, wherein the variable pressure body (27, 35, 40) is formed in one piece or in multiple pieces, and includes at least one pivotable element (27, 37, 44), and in that at least one insertable movable element that rests against the pivotable element (27, 37, 44) is arranged on the second leg and by means of which due to the change in position of the movable element the position of the movable element (27, 37, 44) within the U profile is changed in such a way, that the angular position of the plate is adjustable within the U profile, wherein the insertable, movable element is configured as a screw having an external thread, characterized in that the screw engages in a pressure body opening inside the variable pressure body (27, 35, 40).
Refrigerating device, in particular household refrigerating device, having a refrigerating zone and a ventilator with a powered impeller, which is designed to generate a flow of air in the refrigerating zone, wherein the refrigerating device has a heater and that the ventilator is provided to generate an airflow circulating around the heater, wherein the ventilator has a housing with at least one holder which is designed to hold the heater, wherein the heater has an electrical heating wire, wherein the heater is provided with a carrier part (24, 34) with which it is inserted into the holder, characterised in that the heating wire is wound onto the carrier part.
Method for transmitting control data in a telecommunication network for controlling a service administered by a server connected to the telecommunication network, in which the telecommunications network provides a certain data object, in particular a contact of an address book, with a special function in respect to other data objects, in which a parametrised message is transmitted by the terminal device for telecommunication via the telecommunication network to a higher order system component of the telecommunication network, said message comprising at least one first parameter for characterising the data object and a second parameter containing control information, in particular for the activation, deactivation or modification of the service, and in which the higher order system component checks at least one of the parameters and the service is controlled depending on the result of the check and in accordance with the control parameter, in which the parameter(s) is/are checked for plausibility, characterised by the parameter(s) being checked for errors and a check being performed whether the control information of the second parameter corresponds to a command from the server responsible for administration of the service, and by error correction being carried out if an error is identified.
A vehicle braking device comprising: a recognizing unit adapted to recognize a target object which has a width smaller than a predetermined value as a pedestrian candidate based on information from a preview sensor that detects a forward condition of a vehicle and outputting position information of the pedestrian candidate thus recognized as preview information; an information acquiring unit adapted to specify a target object located on a road based on information from an infrastructure equipped on the road and outputting position information of the target object thus specified as infrastructure information; a controlling unit adapted to brake the vehicle; and an instructing unit adapted to authorize the controlling unit to brake the vehicle under the condition that matching between a position of the pedestrian candidate based on the preview information and a position of the target object based on the infrastructure information is established, wherein the information acquiring unit aquires pedestrian information concerning positions of pedestrians at an intersection, the pedestrian information being detected by the infrastructure. a recognizing unit adapted to recognize a target object which has a width smaller than a predetermined value as a pedestrian candidate based on information from a preview sensor that detects a forward condition of a vehicle and outputting position information of the pedestrian candidate thus recognized as preview information; an information acquiring unit adapted to specify a target object located on a road based on information from an infrastructure equipped on the road and outputting position information of the target object thus specified as infrastructure information; a controlling unit adapted to brake the vehicle; and an instructing unit adapted to authorize the controlling unit to brake the vehicle under the condition that matching between a position of the pedestrian candidate based on the preview information and a position of the target object based on the infrastructure information is established, wherein the information acquiring unit aquires pedestrian information concerning positions of pedestrians at an intersection, the pedestrian information being detected by the infrastructure.
Valve, in particular for a combustion engine, comprising: - a body in which there are formed: a housing in which at least one bearing is arranged, and a duct through which a fluid can flow, and - a shutter pivotably mounted in the body by means of a shaft received with radial clearance in the bearing, - at least one return member (40; 51) fixed to the body, the shutter pivoting between: - an open position, and - a closed position in which it comes into contact with the body by a first contact region of the shutter situated on a first side of the shaft and by a second contact region of the shutter situated on a second side of the shaft opposite the said first side, the bearing being configured to allow a radial movement of the shaft in the bearing during the passage of the shutter from the open position to the closed position, and the return member (40; 51) being configured to guide the said radial movement of the shaft in a predetermined direction, - at least one cam (41; 43; 44) formed by a part secured to the shaft, or at least one cam (41; 43) formed by a portion of the shaft, the return member being configured to come into contact with the said cam (41; 43; 44) to guide the said radial movement of the shaft in the predetermined direction. - a body in which there are formed: a housing in which at least one bearing is arranged, and a duct through which a fluid can flow, and - a shutter pivotably mounted in the body by means of a shaft received with radial clearance in the bearing, - at least one return member (40; 51) fixed to the body, - an open position, and - a closed position in which it comes into contact with the body by a first contact region of the shutter situated on a first side of the shaft and by a second contact region of the shutter situated on a second side of the shaft opposite the said first side, - at least one cam (41; 43; 44) formed by a part secured to the shaft, or at least one cam (41; 43) formed by a portion of the shaft, the return member being configured to come into contact with the said cam (41; 43; 44) to guide the said radial movement of the shaft in the predetermined direction.
A self-powered system for detecting a lightning strike comprising: a current return network receiving and dissipating the lightning strike; a resonant circuit having a transformer in communication with the current return network and providing an alternating electrical output; a rectifier for rectifying the alternating electrical output into a direct electrical output; an integrator circuit that builds to a voltage threshold when the direct electrical output is received, including a second capacitor; an output transistor triggered to change state by the integrator circuit when the voltage threshold is reached; and external monitoring equipment connected to the output transistor by a diode such that current flows from the external monitoring equipment to the output transistor, wherein the resonant circuit includes an inductor and a first capacitor. a current return network receiving and dissipating the lightning strike; a resonant circuit having a transformer in communication with the current return network and providing an alternating electrical output; a rectifier for rectifying the alternating electrical output into a direct electrical output; an integrator circuit that builds to a voltage threshold when the direct electrical output is received, including a second capacitor; an output transistor triggered to change state by the integrator circuit when the voltage threshold is reached; and external monitoring equipment connected to the output transistor by a diode such that current flows from the external monitoring equipment to the output transistor, wherein the resonant circuit includes an inductor and a first capacitor.
A tube straightening process using a roll straightening machine in which drum type straightening roll pairs (Ra1, Rb1; Ra2, Rb2; Ra3, Rb3) are disposed, the rolls of each pair being vertically opposed to each other, in a manner such that directions of rotating axes of rolls in each pair are horizontally oppositely diverted so as to horizontally cross, characterized in that: in at least three pairs of straightening rolls on an outlet-side of the roll straightening machine, at least an outer layer portion of a roll main body is made of elastic material having spring type hardness Hs (JIS K 6301 A type) of 50 to 100, and an offset amount (δ) is imparted to a tube engaged in the three pairs, at least, of straightening opposing rolls on the outlet side such that η defined by the following equation ranges from 1.0×10- 3 to 1.5x10 -3, the offset amount (δ) being set at each of three positions along the tube axis where the upper and lower rolls of each pair horizontally cross: [Formula 1] η = 1 R × d 2 where a relationship of R= (δ 2 + L 2)/2δ holds, given that d (mm) is a tube outside diameter, L (mm) is a roll stand span of the roll straightening machine, and δ (mm) is an offset amount, and a tube outside diameter is 30 mm or less. in at least three pairs of straightening rolls on an outlet-side of the roll straightening machine, at least an outer layer portion of a roll main body is made of elastic material having spring type hardness Hs (JIS K 6301 A type) of 50 to 100, and an offset amount (δ) is imparted to a tube engaged in the three pairs, at least, of straightening opposing rolls on the outlet side such that η defined by the following equation ranges from 1.0×10- 3 to 1.5x10 -3, the offset amount (δ) being set at each of three positions along the tube axis where the upper and lower rolls of each pair horizontally cross: [Formula 1] η = 1 R × d 2 where a relationship of R= (δ 2 + L 2)/2δ holds, given that d (mm) is a tube outside diameter, L (mm) is a roll stand span of the roll straightening machine, and δ (mm) is an offset amount, and a tube outside diameter is 30 mm or less.