mhurhangee/ep-ind-claims huggingface dataset:
A cutting apparatus for a tubular cardboard rod having a longitudinal extension axis, comprising: an oblique cutting station, feeding means for feeding the tubular rod to the oblique cutting station; at least a first cutting blade of the tubular rod arranged at the oblique cutting station; characterised in that said first cutting blade is inclined with respect to a transverse section of the tubular rod and in that said cutting apparatus comprises means for moving the first cutting blade configured to bring the first cutting blade closer to the tubular rod and to move said first cutting blade along a closed path extending around the tubular rod so as to create an elliptical cutting section. an oblique cutting station, feeding means for feeding the tubular rod to the oblique cutting station; at least a first cutting blade of the tubular rod arranged at the oblique cutting station; characterised in that said first cutting blade is inclined with respect to a transverse section of the tubular rod and in that said cutting apparatus comprises means for moving the first cutting blade configured to bring the first cutting blade closer to the tubular rod and to move said first cutting blade along a closed path extending around the tubular rod so as to create an elliptical cutting section.
A method of operating a wireless tracking device comprising a locating device, at least one sensor and a communication module, the method comprising: determining, by the locating device, a geographic location of the wireless tracking device; generating, by the at least one sensor, a sensor signal, the sensor signal representing a condition or a property associated with the wireless tracking device; generating a message indicating the geographic location and the condition or the property associated with the wireless tracking device, placing the wireless tracking device in a hibernation mode, lowering a sensitivity for detecting an event by the at least one sensor to a first sensitivity while the wireless tracking device is in the hibernation mode, and switching the wireless tracking device to an active mode in response to receiving, from the at least one sensor, a sensor signal indicating a change exceeding the first sensitivity corresponding to a first external event, wherein the active mode consumes more power than the hibernation mode; and sending, by the communication module, the message via a wireless network, wherein the communication module is configured to operate in the active mode but not in the hibernation mode. determining, by the locating device, a geographic location of the wireless tracking device; generating, by the at least one sensor, a sensor signal, the sensor signal representing a condition or a property associated with the wireless tracking device; generating a message indicating the geographic location and the condition or the property associated with the wireless tracking device, placing the wireless tracking device in a hibernation mode, lowering a sensitivity for detecting an event by the at least one sensor to a first sensitivity while the wireless tracking device is in the hibernation mode, and switching the wireless tracking device to an active mode in response to receiving, from the at least one sensor, a sensor signal indicating a change exceeding the first sensitivity corresponding to a first external event, wherein the active mode consumes more power than the hibernation mode; and sending, by the communication module, the message via a wireless network, wherein the communication module is configured to operate in the active mode but not in the hibernation mode.
A thermal conducting sheet, comprising: a binder resin; insulating-coated carbon fibers; and a thermal conducting filler other than the insulating-coated carbon fibers, wherein a mass ratio (insulating-coated carbon fibers/binder resin) of the insulating-coated carbon fibers to the binder resin is less than 1.30, and wherein the insulating-coated carbon fibers include carbon fibers and a coating film over at least a part of a surface of the carbon fibers, the coating film being formed of a cured product of a radically polymerizable material, characterized in that the radically polymerizable material includes a compound including two or more radically polymerizable double bonds, and an amount of the insulating-coated carbon fibers is from 2% by volume through to 13.82% by volume. a binder resin; insulating-coated carbon fibers; and a thermal conducting filler other than the insulating-coated carbon fibers, wherein a mass ratio (insulating-coated carbon fibers/binder resin) of the insulating-coated carbon fibers to the binder resin is less than 1.30, and wherein the insulating-coated carbon fibers include carbon fibers and a coating film over at least a part of a surface of the carbon fibers, the coating film being formed of a cured product of a radically polymerizable material, characterized in that the radically polymerizable material includes a compound including two or more radically polymerizable double bonds, and an amount of the insulating-coated carbon fibers is from 2% by volume through to 13.82% by volume. wherein a mass ratio (insulating-coated carbon fibers/binder resin) of the insulating-coated carbon fibers to the binder resin is less than 1.30, and wherein the insulating-coated carbon fibers include carbon fibers and a coating film over at least a part of a surface of the carbon fibers, the coating film being formed of a cured product of a radically polymerizable material, characterized in that the radically polymerizable material includes a compound including two or more radically polymerizable double bonds, and an amount of the insulating-coated carbon fibers is from 2% by volume through to 13.82% by volume.
A method of adjusting the parallelism of a face of a block of optical fibers with a face of a semiconductor chip or wafer laid on an XY table, comprising the steps of: a) providing a sensor rigidly attached to the XY table and a handling arm supporting the block, said face facing the XY table; b) for each among a set of points (31, 33, 35) of the face of the block, at least three of which are non-aligned, displacing (x1, y1) with respect to each other the XY table and the block in directions X and/or Y to place the sensor opposite the point (31, 33, 35), and estimate, with the sensor, the distance along the Z direction between the point (31, 33, 35) and the sensor; and c) modifying, by taking into account the distances along the Z direction, the orientation of the block by means of the handling arm to provide the desired parallelism. a) providing a sensor rigidly attached to the XY table and a handling arm supporting the block, said face facing the XY table; b) for each among a set of points (31, 33, 35) of the face of the block, at least three of which are non-aligned, displacing (x1, y1) with respect to each other the XY table and the block in directions X and/or Y to place the sensor opposite the point (31, 33, 35), and estimate, with the sensor, the distance along the Z direction between the point (31, 33, 35) and the sensor; and c) modifying, by taking into account the distances along the Z direction, the orientation of the block by means of the handling arm to provide the desired parallelism.
A turbine stage assembly comprising a disc carrying a cascade of blades and an annular seal-plate, the annular seal-plate being secured to the disc by a first connection means; one or more of the blades comprising a root portion configured to be received in a complementarily shaped radially extending recess in the disc such that a face of the root portion faces the annular seal-plate; the root portion defining a wall of a duct, the wall of the duct providing, in use, a heat shield for the base of the radially extending recess into which the root portion is received, the duct being arranged to receive cooling air and is in fluid communication with cooling passages extending through the root portion and into the blade main body; characterised in that: a terminal portion of the root portion being cut away axially adjacent the wall of the duct to the face of the root portion to present an open space between a radially inner wall of the radially extending recess and a radially opposing wall of the cutaway root portion that includes an orifice which opens into a cooling passage inside the body of the blade for delivery of coolant to the cooling passage;and a first part (24, 29a, 29b) of a second connector means extending radially inwardly from the radially opposing wall of the cutaway root portion towards the radially inner wall of the slot and partly across the open space, the first part of the second connector means comprising a pair of tangs (29a, 29b) defining a slot into which a protrusion forming a second complementing part of the second connector means extending from the seal-plate is received. a terminal portion of the root portion being cut away axially adjacent the wall of the duct to the face of the root portion to present an open space between a radially inner wall of the radially extending recess and a radially opposing wall of the cutaway root portion that includes an orifice which opens into a cooling passage inside the body of the blade for delivery of coolant to the cooling passage;and a first part (24, 29a, 29b) of a second connector means extending radially inwardly from the radially opposing wall of the cutaway root portion towards the radially inner wall of the slot and partly across the open space, the first part of the second connector means comprising a pair of tangs (29a, 29b) defining a slot into which a protrusion forming a second complementing part of the second connector means extending from the seal-plate is received.
A plant cultivation apparatus for producing plant comprising: a guide rail disposed above a cultivation bed along the length direction of the cultivation bed; a movable unit _coupled to the guide rail _and configured to move on the guide rail; an arm unit, one end of which is coupled to the movable unit, and the other end of which is telescopically extendable from the movable unit toward a cultivation space above the cultivation bed; and a UV irradiation unit coupled to the other end of the arm unit and configured to irradiate UV light in the wide direction of the cultivation bed for a specific period during cultivation or harvesting; wherein the plant cultivation apparatus further comprises a sensor configured to measure a distance between the UV irradiation unit and the cultivation bed. a guide rail disposed above a cultivation bed along the length direction of the cultivation bed; a movable unit _coupled to the guide rail _and configured to move on the guide rail; an arm unit, one end of which is coupled to the movable unit, and the other end of which is telescopically extendable from the movable unit toward a cultivation space above the cultivation bed; and a UV irradiation unit coupled to the other end of the arm unit and configured to irradiate UV light in the wide direction of the cultivation bed for a specific period during cultivation or harvesting; wherein the plant cultivation apparatus further comprises a sensor configured to measure a distance between the UV irradiation unit and the cultivation bed.
A display device comprising: a withdrawable display means configured to display content including first content; and a display control means configured to cause the display means to display second content, being an operation screen of the first content, together with the first content when a display width based on a withdrawal state of the display means exceeds a predetermined reference, wherein a display width of the second content in a withdrawal direction is smaller than a display width of the first content, a device direction detection means configured to detect a device direction of the display device, wherein, in a case where the display width has exceeded the reference, the display control means is configured to cause the display means to display the second content further on the basis of the device direction detected by the device direction detection means. a withdrawable display means configured to display content including first content; and a display control means configured to cause the display means to display second content, being an operation screen of the first content, together with the first content when a display width based on a withdrawal state of the display means exceeds a predetermined reference, wherein a display width of the second content in a withdrawal direction is smaller than a display width of the first content, a device direction detection means configured to detect a device direction of the display device, wherein, in a case where the display width has exceeded the reference, the display control means is configured to cause the display means to display the second content further on the basis of the device direction detected by the device direction detection means.
A trough collector for a solar power plant with a concentrator designed as a flexible membrane, arranged in a pressure cell (10, 25, 70) such that it can be pressurised, which at operating pressure concentrates solar radiation (30, 31) incident on the pressure cell (10, 25, 70) onto a focal line region, and with an absorber tube (42, 64) to absorb the concentrated solar radiation (30", 31"), wherein the absorber tube (42, 64) is arranged in the pressure cell (10, 25, 70), and a secondary concentrator (40, 54, 65) is provided further within the pressure cell (10, 25, 70), which is located in the path of the concentrated radiation (30',31') and is designed such that the concentrated radiation (30', 31') is further concentrated onto a secondary focal line region, or a secondary focal line at the site of the absorber tube (42, 64), characterised in that, the focal line region is located outside the pressure cell (10, 25, 70).
A solder composition consisting of a mixture of elements consisting of tin, indium, silver, bismuth and, optionally, copper, and including 50% to 83% tin, 15% to 45% indium, and in case the solder composition includes copper, it includes 1% to 10% silver, 0.25% to 6% bismuth and 0.25% to 0.75% copper, by weight, wherein the composition has a solidus temperature below 157° C (315° F).
Magnet assembly for a fuel injector, the magnet assembly having an electromagnet with a magnet core and a magnet coil; an armature which is movable by means of the electromagnet in the direction of a longitudinal axis; a residual air gap disc for setting a spacing between the magnet core and the armature; wherein the residual air gap disc is arranged between the magnet core and the armature; wherein the residual air gap disc is fixed in a direction parallel to the longitudinal axis of the magnet assembly by means of a fixing element, and wherein the fixing element is formed separately from the residual air gap disc; characterized in that the fixing element is in the form of a spring element which is prestressed parallel to the longitudinal axis of the magnet assembly.
A process for the preparation of a multimodal polyolefin polymer in a first polymerization reactor and a second polymerization reactor connected in series, wherein a first polyolefin polymer is prepared in the first polymerization reactor in suspension in the presence of hydrogen and a second polyolefin polymer is prepared in the second polymerization reactor in the presence of a lower concentration of hydrogen than in the first polymerization reactor, the process comprising: a) withdrawing a suspension of solid polyolefin particles in a suspension medium from the first polymerization reactor, wherein the suspension medium comprises hydrogen and a hydrocarbon mixture having an initial boiling point of at least 50 °C and a final boiling point of at most 120 °C; b) feeding the suspension to a flash drum having a pressure controlled by a vacuum pump, wherein the pressure of the flash drum is less than 0.1 MPa; c) vaporizing a part of the suspension medium in the flash drum to obtain a hydrogen-depleted suspension and d) withdrawing the hydrogen-depleted suspension from the flash drum and feeding it to the second polymerization reactor. a) withdrawing a suspension of solid polyolefin particles in a suspension medium from the first polymerization reactor, wherein the suspension medium comprises hydrogen and a hydrocarbon mixture having an initial boiling point of at least 50 °C and a final boiling point of at most 120 °C; b) feeding the suspension to a flash drum having a pressure controlled by a vacuum pump, wherein the pressure of the flash drum is less than 0.1 MPa; c) vaporizing a part of the suspension medium in the flash drum to obtain a hydrogen-depleted suspension and d) withdrawing the hydrogen-depleted suspension from the flash drum and feeding it to the second polymerization reactor.
A truncated rotavirus VP4 protein, wherein as compared to a wild-type rotavirus VP4 protein, the truncated rotavirus VP4 protein has 25-64 amino acids truncated at N-terminal, and has C-terminal ended at the following position of the wild-type rotavirus VP4 protein: a position corresponding to any position among the amino acid positions 276-497 of SEQ ID NO: 40.
An optical member comprising: a conversion member including a light-irradiated surface and a light extraction surface opposite to the light-irradiated surface, and adapted to convert laser light, which is an excitation light, into light having a wavelength different from a wavelength of the excitation light, wherein a first surface of the conversion member is the light-irradiated surface; a holding member holding the conversion member and including a second surface that is continuous with and in the same plane as the first surface of the conversion member; and a wiring having an elongated shape and extending continuously along the first surface and the second surface, wherein the optical member further comprises: a first metal layer for bonding, which covers a portion of the wiring; an insulating film that insulates the first metal layer and the wiring from each other; and a leakage checking electrode electrically connected to the first metal layer, the leakage checking electrode being used to check whether or not electrical leakage occurs between the first metal layer and the wiring. a conversion member including a light-irradiated surface and a light extraction surface opposite to the light-irradiated surface, and adapted to convert laser light, which is an excitation light, into light having a wavelength different from a wavelength of the excitation light, wherein a first surface of the conversion member is the light-irradiated surface; a holding member holding the conversion member and including a second surface that is continuous with and in the same plane as the first surface of the conversion member; and a wiring having an elongated shape and extending continuously along the first surface and the second surface, wherein the optical member further comprises: a first metal layer for bonding, which covers a portion of the wiring; an insulating film that insulates the first metal layer and the wiring from each other; and a leakage checking electrode electrically connected to the first metal layer, the leakage checking electrode being used to check whether or not electrical leakage occurs between the first metal layer and the wiring. a first metal layer for bonding, which covers a portion of the wiring; an insulating film that insulates the first metal layer and the wiring from each other; and a leakage checking electrode electrically connected to the first metal layer, the leakage checking electrode being used to check whether or not electrical leakage occurs between the first metal layer and the wiring.
A powder flavour composition comprising a compound according to the formula I and edible salts thereof, wherein m is 1, that is, a derivative of gamma -aminobutyric acid (GABA), and R 1 is an alkyl residue containing from 6 to 20 carbon atoms, or an alkene residue containing from 9 to 25 carbon atoms with from 1 to 3 double bonds and, at least one flavour co-ingredient. and edible salts thereof, wherein m is 1, that is, a derivative of gamma -aminobutyric acid (GABA), and R 1 is an alkyl residue containing from 6 to 20 carbon atoms, or an alkene residue containing from 9 to 25 carbon atoms with from 1 to 3 double bonds and, at least one flavour co-ingredient.
A method for producing an artificial plant, comprising: manufacturing a three-dimensional fixation frame, and burying a part of the three-dimensional fixation frame into the ground; providing a plurality of temporary annular growing zones, in a bottom-up manner, on an outer peripheral surface of a part of the three-dimensional fixation frame which is out of ground; the method being characterized by further comprising: grafting saplings in a preset shape, to form a grafted sapling unit; planting a plurality of the grafted sapling units in each of the plurality of temporary annular growing zones, and fixing the grafted sapling units onto the three-dimensional fixation frame, with each of the grafted sapling units having one sapling vertically planted inside the temporary annular growing zone and the other sapling outside the temporary annular growing zone; forming a re-grafted sapling unit by grafting the grafted sapling units of the adjacent temporary annular growing zones, grafting two saplings of the corresponding grafted sapling units of the adjacent temporary annular growing zones with said two saplings placed outside the respective temporary annular growing zone, to form a re-grafted sapling unit; and forming an artificial plant when the re-grafted sapling units mature after a preset period of time. manufacturing a three-dimensional fixation frame, and burying a part of the three-dimensional fixation frame into the ground; providing a plurality of temporary annular growing zones, in a bottom-up manner, on an outer peripheral surface of a part of the three-dimensional fixation frame which is out of ground; the method being characterized by further comprising: grafting saplings in a preset shape, to form a grafted sapling unit; grafting saplings in a preset shape, to form a grafted sapling unit; planting a plurality of the grafted sapling units in each of the plurality of temporary annular growing zones, and fixing the grafted sapling units onto the three-dimensional fixation frame, with each of the grafted sapling units having one sapling vertically planted inside the temporary annular growing zone and the other sapling outside the temporary annular growing zone; forming a re-grafted sapling unit by grafting the grafted sapling units of the adjacent temporary annular growing zones, grafting two saplings of the corresponding grafted sapling units of the adjacent temporary annular growing zones with said two saplings placed outside the respective temporary annular growing zone, to form a re-grafted sapling unit; and forming an artificial plant when the re-grafted sapling units mature after a preset period of time.