mhurhangee/ep-ind-claims huggingface dataset:
A hybrid multi-layer sensor for measurement of the fluence of incident high-energy radiation and for identification of the particle species of the radiation, characterized in that the sensor comprises at least - a first top layer as a scintillator layer wherein spectral and temporal variations of scintillations are dependent on the fluence of the incident radiation and on the particle species of the radiation, - a second layer as a depth-scan layer for depth scans of carrier lifetime dependent on fluence or radiation-induced secondary carrier-pair-dependent parameters, related to the particle species and energy, - an intermediate layer as a spectral filter preventing excitation of the depth-scan layer by the luminescence generated in the scintillator layer, wherein the scintillator layer and depth-scan layer are separately scanned by at least two external apparatuses: a fiber-coupled spectrophotometer and a microwave needle-tip antenna connected to a microwave detection system, respectively, where particle species and particle energy discrimination is performed by correlating signals of a scintillator spectrum structure obtained via the scintillator layer and of a microwave-probed photoconductivity amplitude and lifetime obtained via the depth-scan layer, and where the scintillator layer and depth-scan layer act as complementary detectors for the incident radiation. - a first top layer as a scintillator layer wherein spectral and temporal variations of scintillations are dependent on the fluence of the incident radiation and on the particle species of the radiation, - a second layer as a depth-scan layer for depth scans of carrier lifetime dependent on fluence or radiation-induced secondary carrier-pair-dependent parameters, related to the particle species and energy, - an intermediate layer as a spectral filter preventing excitation of the depth-scan layer by the luminescence generated in the scintillator layer,
A method in a radio network node for handling of changing primary cell from a first cell to a second cell during re-selection of primary cell of a user equipment, wherein the radio network node is configured to serve the first cell, wherein the user equipment is located within the first cell and served by the radio network node, wherein the radio network node and the user equipment are comprised in a communications system supporting carrier aggregation, and characterized in that the method comprises: - when the radio network node knows that the user equipment is synchronised with the second cell, transmitting an RRCConnectionReconfiguration signal to the user equipment, which RRCConnectionReconfiguration signal comprises an indication that the user equipment does not need to perform a random access procedure for the second cell when changing primary cell from the first cell to the second cell. - when the radio network node knows that the user equipment is synchronised with the second cell, transmitting an RRCConnectionReconfiguration signal to the user equipment, which RRCConnectionReconfiguration signal comprises an indication that the user equipment does not need to perform a random access procedure for the second cell when changing primary cell from the first cell to the second cell.
A top cover structure for a power battery, characterized in that, the top cover structure comprises a first electrode assembly, a second electrode assembly, a first resistance, a second resistance, a top cover plate, a first short circuit component and a second short circuit component, wherein the first electrode assembly is electrically connected with the top cover plate through the first resistance for all time, the second electrode assembly is insulated from the top cover plate in a normal state, the first short circuit component and the second short circuit component are both attached onto the top cover plate, when an internal pressure of the power battery exceeds a reference pressure, both the first short circuit component and the second short circuit component deform by effect of pressure, so as to form a first electrical connecting path through the first electrode assembly, the first short circuit component, the top cover plate, the second short circuit component and the second electrode assembly in sequence, and to form a second electrical connecting path through the first electrode assembly, the first resistance, the top cover plate, the second short circuit component and the second electrode assembly in sequence, the second resistance is connected into the first electrical connecting path in series; a resistance value of the first resistance is at least 1000 times larger than a resistance value of the second resistance, and the resistance value of the second resistance is between 0.1mΩ∼100mΩ.
A durable, wear resistant composite fabric, consisting of: an outer layer made of a woven fabric having a weight between 22-110 Tex (200-1000-denier) nylon; and a backing layer made of woven fabric comprising para-aramid fibers, the para-aramid fibers having a Tex value of between 11 (100 denier) and 132 (1200 denier) and an aerial density between 0.01 to 0.03 g/cm 2 (3 and 10 ounces per square yard), the backing layer consolidated with the outer layer. an outer layer made of a woven fabric having a weight between 22-110 Tex (200-1000-denier) nylon; and a backing layer made of woven fabric comprising para-aramid fibers, the para-aramid fibers having a Tex value of between 11 (100 denier) and 132 (1200 denier) and an aerial density between 0.01 to 0.03 g/cm 2 (3 and 10 ounces per square yard), the backing layer consolidated with the outer layer.
Lighting system (2; 102) for a motor vehicle, comprising lighting means capable of together emitting an overall beam (1; 101) having at least one colour, acquisition means (6; 106) for acquiring a light ray of said overall beam after reflection of said ray on an element of the road scene, analysis means for analysing the acquired ray to obtain information relating to the colour of said element of the road scene and control means for modifying the colour of the overall beam as a function of this information, characterized in that the lighting means each comprise at least one light-emitting diode, the diodes being white with hues different from one another.
A method for treating a piece of biological material, not being a fruit or vegetable, for improving the adherence and/or completeness of a coating, wherein in step (a) the outer surface of a piece of biological material is subjected to cold atmospheric plasma, being a plasma generated at temperatures not higher than 60°C, using a surface dielectric barrier discharge plasma unit, wherein step (a) is followed by applying a coating to the piece of biological material.
Forestry winch with an improved control assembly for controlled decoiling of a towing cable from a winding drum, wherein said winch is in particular adapted for attachment to a three-point coupling mechanism on each tractor and comprises a frame, in which a rotatable winding drum for coiling or decoiling of a towing cable is embedded, which is driven by means of a Cardan shaft of each disposable tractor and via appropriate clutch and transmission gear, and wherein at least a upper pulley block is mounted on a winch frame, which pulley block is pivotal around its vertical geometric axis and comprises a pulley, and an lower pulley block with a pulley is placed below said upper pulley block at appropriate distance apart from the ground, so that said towing cable extends at least via said pulley of the upper pulley block and also via the pulley of the lower pulley block, wherein said upper pulley block comprises its own casing, in which said pulley is embedded rotatably around its horizontal axis, and the upper pulley block is furthermore furnished with a guiding bush. through which said towing cable is extending towards the winding drum via said pulley placed within the casing of the upper pulley block and via an appropriate directing assembly. and wherein said winch further comprises a supporting roller, which is arranged in the area of the upper pulley block and adapted to cooperate with the towing cable and moreover elastically supported in order to be pivoted between two end positions, namely the first position, in which the supporting roller is rest on the tensioned towing cable, and the second position, in which the supporting roller is rest on the released towing cable, characterized in that said supporting roller is attached to the upper pulley block pivotally around the geometric axis of rotation of the pulley in the upper pulley block, however independently on rotation of said pulley, and is moreover adapted to cooperate with a section of the towing cable, which extends towards the winding drum, wherein said roller member is arranged in the area between said section of the towing cable and the pulley of the upper pulley block and is moreover pivotal from its first end position on a tangent of said pulley, which coincides with a direction of extension of said section of a tensioned towing cable towards the winding drum, into its second position apart from said tangent in a direction apart from said pulley, which at least approximately corresponds to position of said section when the towing cable is released and in which said roller member is maintained by means of at least one spring, and in that the winch moreover comprises a sensor, which is capable to recognize each position of said roller member, wherein said sensor is arranged in the intermediate area, within which said roller member is shifted from its first position and its second position, or vice versa.
An isolated nucleic acid molecule comprising: (a) a polynucleotide sequence having at least 85% sequence identity to the polynucleotide sequence of SEQ ID NO:43, and wherein the % sequence identity can be found over a sequence of at least 50 nucleotides of SEQ ID NO: 43; or (b) a polynucleotide sequence that is fully complementary to the polynucleotide sequence of (a), wherein the isolated nucleic acid molecule is operably linked to a polynucleotide sequence encoding a heterologous protein and has promoter activity. (a) a polynucleotide sequence having at least 85% sequence identity to the polynucleotide sequence of SEQ ID NO:43, and wherein the % sequence identity can be found over a sequence of at least 50 nucleotides of SEQ ID NO: 43; or (b) a polynucleotide sequence that is fully complementary to the polynucleotide sequence of (a),
A method of generating training data for supervised machine learning, the method comprising: operating a training machine comprising a working machine having a camera, a sensor, a body, and a moveable element, wherein the moveable element is moveable relative to the body; wherein generating training data is characterised by: capturing, using the camera, an image of at least a portion of the moveable element; and determining, using the sensor, sensor data which corresponds to the image, wherein the sensor data indicates the position of the moveable element in the image. operating a training machine comprising a working machine having a camera, a sensor, a body, and a moveable element, wherein the moveable element is moveable relative to the body; wherein generating training data is characterised by: capturing, using the camera, an image of at least a portion of the moveable element; and determining, using the sensor, sensor data which corresponds to the image, wherein the sensor data indicates the position of the moveable element in the image. capturing, using the camera, an image of at least a portion of the moveable element; and determining, using the sensor, sensor data which corresponds to the image, wherein the sensor data indicates the position of the moveable element in the image.
A method for the production of an SOI structure by providing a silicon single crystal substrate wherein the region to be involved in the formation of the SOI structure has a density of defects in the range of 2 - 10 x 10 3 cm -3, injecting oxygen ions at a dose of 4 x10 17 cm -2 with an injection energy of 180 keV to form a high concentration of an oxygen ion injection layer thereon and subsequently annealing at 1350°C for seven hours to obtain the SOI structure, wherein the density of pit-like defects having a size in the range of 0.7 - 100 square micrometers observed from the surface of the SOI structure is not more than 5 cm -2.
A system for dynamic control of the operation of a heat exchanger, the system comprising a heat exchanger, a plurality of injector arrangements (25a, 25b), a local sensor arrangement, and a controller, wherein the heat exchanger comprises a first global outlet, a first plurality of fluid passages, each fluid passage comprising a local inlet and a local outlet, for the supply of a first fluid to the first global outlet via the first plurality of fluid passages during evaporation of the first fluid; the heat exchanger further comprises a second global outlet, a second plurality of fluid passages, each fluid passage comprising a local inlet and a local outlet, for the supply of a second fluid to the second global outlet via the second plurality of fluid passages; the first fluid passages and the second fluid passages are arranged separated from each other and side-by-side, in order to enable heat exchange between the first fluid in the first plurality of fluid passages and the second fluid in the second plurality of fluid passages; each injector arrangement (25a, 25b) comprises at least one valve (22a, 22b), and each injector arrangement (25a, 25b) is arranged to supply a flow of the first fluid to the local inlet of at least one of the first plurality of fluid passages; the local sensor arrangement comprises a plurality of local temperature sensors (31 a, 31 b) being arranged to measure temperature values corresponding to the local temperature of the evaporated first fluid flowing nearby the local outlets of the first plurality of fluid passages; the controller is arranged to determine a difference between the measured temperature values received from the local sensor arrangement and is further arranged to communicate with the valves (22a, 22b) of the plurality of injector arrangements (25a, 25b) to adjust the local amount of first fluid supplied by at least one of the injector arrangements (25a, 25b) in order to even out the determined difference.
A free electron laser system, providing a very short wavelength beam in a spectral range from far ultra-violet to gamma rays, comprising means for generating a packet of relativistic electrons capable of propagating in a propagation direction (Oz) and means (3, 3') for generating an undulator beam capable of interacting with the packet of relativistic electrons, characterized in that the undulator beam results from the interference, at an interaction area traversed by the propagation direction (Oz) of the packet, of exclusively at least two laser beams (31, 32) propagating in directions different from each other and each having at least a non-zero component in the plane orthogonal to the propagation direction (Oz) of said packet.
Process for the selective catalytic conversion of nitrogen-containing compounds in exhaust gas streams, wherein a catalyst comprising TAPSO-34 is used and the TAPSO-34 has been modified with copper cations.
An assembly for attaching a nose cone to a turbofan engine, comprising: a single center bolt connector; a nose cone; a turbofan hub, wherein the single center bolt connector couples the nose cone to the turbofan hub; and the single center bolt connector axially clamps the nose cone to the turbofan hub, the assembly further comprising: a nose cone base; a hub forward face, wherein the nose cone base abuts the hub forward face; an interrupted pilot disposed about the nose cone base; and one or more scallops disposed about the hub forward face, wherein the interrupted pilot couples the nose cone base to the hub forward face by interconnecting with the one or more scallops. a single center bolt connector; a nose cone; a turbofan hub, wherein the single center bolt connector couples the nose cone to the turbofan hub; and the single center bolt connector axially clamps the nose cone to the turbofan hub, the assembly further comprising: a nose cone base; a hub forward face, wherein the nose cone base abuts the hub forward face; an interrupted pilot disposed about the nose cone base; and one or more scallops disposed about the hub forward face, wherein the interrupted pilot couples the nose cone base to the hub forward face by interconnecting with the one or more scallops. a nose cone base; a hub forward face, wherein the nose cone base abuts the hub forward face; an interrupted pilot disposed about the nose cone base; and one or more scallops disposed about the hub forward face, wherein the interrupted pilot couples the nose cone base to the hub forward face by interconnecting with the one or more scallops.
A copper foil with a carrier comprising a carrier, an intermediate layer, an ultra-thin copper layer and a roughened layer on a surface of the ultra-thin copper layer, laminated in this order, wherein the carrier comprises a foil selected from a copper foil, a copper alloy foil, an aluminum foil, an aluminum alloy foil, an iron alloy foil, a stainless steel foil, a nickel foil, or a nickel alloy, and wherein the intermediate layer is at least one layer containing at least one selected from the group consisting of Cr, Ni, Co, Fe, Mo, Ti, W, P, Cu and Al, one or more alloys thereof, one or more hydrates thereof, one or more oxides thereof, and one or more organic compounds; wherein the ultra-thin copper layer includes the roughened layer on the surface thereof, and the roughened layer comprises particles having an average diameter D1 at the particle bottom being apart from the bottom of each particle by 10% of the particle length L1 of 0.2 to 1.0 μm and having a ratio L1/D1 of the particle length L1 to the average diameter D1 at the particle bottom of 15 or less; and wherein the roughened layer on a surface of the ultra-thin copper layer has a ratio D2/D1 of the average diameter D2 at the particle middle being apart from the bottom of each particle by 50% of the particle length to the average diameter D1 at the particle bottom of 1 to 4, and a ratio D3/D2 of the average diameter D3 at the particle end being apart from the bottom of each particle by 90% of the particle length to the average diameter D2 at the particle middle is 0.8 to 1.0.
An apparatus (100, 300) for use as a Single Sign On, SSO, entity for controlling access to a device (104a-d) in a computer network, wherein the device is accessible with a device access password, the apparatus comprising: a password generator configured to generate a current device access password and a number of future device access passwords greater than or equal to a ratio of a time between successive back-ups and a time between successive changes of the device password; a back-up controller configured to store in a memory a back-up comprising the current device access password and the future device access passwords at the time of the back-up, a password changer configured to change the current device access password to one of the future device access passwords and to control a transmitter to transmit data implementing the password change to the device, wherein the back-up controller is configured to restore the device access password from the future device access passwords of the back-up following a failure resulting in a loss of the current device access password. a password generator configured to generate a current device access password and a number of future device access passwords greater than or equal to a ratio of a time between successive back-ups and a time between successive changes of the device password; a back-up controller configured to store in a memory a back-up comprising the current device access password and the future device access passwords at the time of the back-up, a password changer configured to change the current device access password to one of the future device access passwords and to control a transmitter to transmit data implementing the password change to the device, wherein the back-up controller is configured to restore the device access password from the future device access passwords of the back-up following a failure resulting in a loss of the current device access password.
A radiotherapy system for producing a calibrated pseudo-CT image of at least part of a patient for radiation treatment planning, the system comprising: a radiation source and a radiation detector, the radiation source configured to produce a radiation treatment beam for delivering radiation to the patient, and the radiation detector being arranged to detect the intensity of radiation which has passed through the patient; a controller; and a computer readable medium, the computer readable medium comprising computer-executable instructions which, when executed by the controller, cause the system to: obtain a first pseudo-CT image of at least part of the patient; obtain, using the radiation treatment beam, radiation intensity data indicative of attenuation properties of tissues within the patient; and calibrate the first pseudo-CT image of at least part of the patient using the radiation intensity data to produce the calibrated pseudo-CT image. a radiation source and a radiation detector, the radiation source configured to produce a radiation treatment beam for delivering radiation to the patient, and the radiation detector being arranged to detect the intensity of radiation which has passed through the patient; a controller; and a computer readable medium, the computer readable medium comprising computer-executable instructions which, when executed by the controller, cause the system to: obtain a first pseudo-CT image of at least part of the patient; obtain, using the radiation treatment beam, radiation intensity data indicative of attenuation properties of tissues within the patient; and calibrate the first pseudo-CT image of at least part of the patient using the radiation intensity data to produce the calibrated pseudo-CT image. obtain a first pseudo-CT image of at least part of the patient; obtain, using the radiation treatment beam, radiation intensity data indicative of attenuation properties of tissues within the patient; and calibrate the first pseudo-CT image of at least part of the patient using the radiation intensity data to produce the calibrated pseudo-CT image.