mhurhangee/ep-ind-claims huggingface dataset:
An electron microscope comprising: a vacuum chamber for containing a specimen to be analyzed; an optics column, including an electron source and a final probe forming lens, for focusing electrons emitted from said electron source; a specimen stage positioned in said vacuum chamber under said probe forming lens for holding the specimen; a first x-ray detector positioned within said vacuum chamber, said first x-ray detector including a first x-ray sensitive solid-state sensor sensitive to low energy x-rays and a first mechanical support system supporting and positioning said first detector, including said first sensor, within said vacuum chamber positioned to sense low energy x-rays at a high takeoff angle of between 45 degrees and 90 degrees relative the specimen surface; and a second x-ray detector positioned within said vacuum chamber, said second x-ray detector including a second x-ray sensitive solid-state sensor sensitive to higher energy x-rays than the first x-ray detector and a second mechanical support system supporting and positioning said second detector, including said second sensor, within said vacuum chamber positioned to sense high energy x-rays at a low takeoff angle of between 27 and 56 degrees relative the specimen surface, and lower than the first detector takeoff angle. a vacuum chamber for containing a specimen to be analyzed; an optics column, including an electron source and a final probe forming lens, for focusing electrons emitted from said electron source; a specimen stage positioned in said vacuum chamber under said probe forming lens for holding the specimen; a first x-ray detector positioned within said vacuum chamber, said first x-ray detector including a first x-ray sensitive solid-state sensor sensitive to low energy x-rays and a first mechanical support system supporting and positioning said first detector, including said first sensor, within said vacuum chamber positioned to sense low energy x-rays at a high takeoff angle of between 45 degrees and 90 degrees relative the specimen surface; and a second x-ray detector positioned within said vacuum chamber, said second x-ray detector including a second x-ray sensitive solid-state sensor sensitive to higher energy x-rays than the first x-ray detector and a second mechanical support system supporting and positioning said second detector, including said second sensor, within said vacuum chamber positioned to sense high energy x-rays at a low takeoff angle of between 27 and 56 degrees relative the specimen surface, and lower than the first detector takeoff angle.
A method for winding a continuous flexible elongated element, made of plastic, around a spool comprising the steps of: preparing a spool provided with a winding core, preparing an elongated retaining element, realized as a retaining film, at least partial winding of said elongated retaining element around the winding core, winding of said continuous flexible elongated element around the winding core in rotation around a winding axis, starting from a free end of the continuous flexible elongated element, wherein the step of at least partial winding of said elongated retaining element around the winding core is effected so as to retain said free end of said continuous flexible elongated element on said winding core, wherein said first step of at least partial winding of said elongated retaining element is effected so as to generate at least one turn of said elongated retaining element around said winding core, by means of a relative motion of roto-translatory type between said elongated retaining element and said winding core, characterized in that the step of at least partial winding of said elongated retaining element comprising a step of locking a flap of said elongated retaining element with respect to said spool, using a locking means, including a clamp, integral with the spool, to set it in rotation integrally with said spool and cause said at least partial winding around the winding core. preparing a spool provided with a winding core, preparing an elongated retaining element, realized as a retaining film, at least partial winding of said elongated retaining element around the winding core, winding of said continuous flexible elongated element around the winding core in rotation around a winding axis, starting from a free end of the continuous flexible elongated element, wherein the step of at least partial winding of said elongated retaining element around the winding core is effected so as to retain said free end of said continuous flexible elongated element on said winding core, wherein said first step of at least partial winding of said elongated retaining element is effected so as to generate at least one turn of said elongated retaining element around said winding core, by means of a relative motion of roto-translatory type between said elongated retaining element and said winding core, characterized in that the step of at least partial winding of said elongated retaining element comprising a step of locking a flap of said elongated retaining element with respect to said spool, using a locking means, including a clamp, integral with the spool, to set it in rotation integrally with said spool and cause said at least partial winding around the winding core.
A single screw gas compressor comprising: a housing including a cylindrical bore; a pair of gate rotors (16, 18) mounted for rotation in the housing, each gate rotor (16, 18) having a plurality of gear teeth; and a main rotor rotatably mounted in the bore and having a plurality of grooves, a plurality of lands, an additional groove, and an additional land; characterized in that: the plurality of lands of the main rotor comprises a first wrap angle and the additional land comprises a second wrap angle, and the second wrap angle is distinct and different from the first wrap angle. a housing including a cylindrical bore; a pair of gate rotors (16, 18) mounted for rotation in the housing, each gate rotor (16, 18) having a plurality of gear teeth; and a main rotor rotatably mounted in the bore and having a plurality of grooves, a plurality of lands, an additional groove, and an additional land; the plurality of lands of the main rotor comprises a first wrap angle and the additional land comprises a second wrap angle, and the second wrap angle is distinct and different from the first wrap angle.
A method for making a line or surface for delimiting a sports or playing area, comprising the application of a thermochromatic spin transition material in a polymeric base and optionally a solvent, where said thermochromatic spin transition material has a spin transition temperature above room temperature, on a heat-insulating material.
An interlayer film for laminated glass, comprising an infrared ray reflection layer which reflects infrared rays, a first resin layer which is arranged on a first surface side of the infrared ray reflection layer and contains a thermoplastic resin, and a second resin layer which is arranged on a second surface side opposite to the first surface of the infrared ray reflection layer and contains a thermoplastic resin, the second resin layer containing metal oxide particles, the second resin layer containing at least one kind among a phthalocyanine compound, a naphthalocyanine compound and an anthracyanine compound, at least one among the first resin layer and the second resin layer containing an adhesive force regulating agent being at least one kind of metal salt selected from the group consisting of an alkali metal salt and an alkaline earth metal salt, and the infrared ray transmittance in the wavelength of 780 to 2100 nm of the first resin layer being higher by 10% or more than the infrared ray transmittance in the wavelength of 780 to 2100 nm of the second resin layer, the infrared ray transmittances being measured according to the method in the description. the second resin layer containing metal oxide particles, the second resin layer containing at least one kind among a phthalocyanine compound, a naphthalocyanine compound and an anthracyanine compound, at least one among the first resin layer and the second resin layer containing an adhesive force regulating agent being at least one kind of metal salt selected from the group consisting of an alkali metal salt and an alkaline earth metal salt, and the infrared ray transmittance in the wavelength of 780 to 2100 nm of the first resin layer being higher by 10% or more than the infrared ray transmittance in the wavelength of 780 to 2100 nm of the second resin layer, the infrared ray transmittances being measured according to the method in the description.
An operating element cap, comprising a cap body for covering and / or actuating a switch of an associated operating element, wherein in the cap body a luminous surface or a projection surface, respectively, is configured such that an icon represented on or by the luminous surface or projection surface, respectively, will become visible for an operator of the operating element by irradiation by means of a switch-side arranged light source, characterized in that the luminous surface or the projection surface, respectively, comprises a sheet, wherein the sheet includes a transparent substrate and a plurality of light-refracting microspheres, which are attached to the substrate in optical contact, and comprises an opaque matrix surrounding the microspheres and optionally comprises a diffuser or a diffuser layer respectively, wherein the light coming from the light source passes through the light-refracting microspheres, the substrate and optionally the diffuser or the diffuser layer, respectively, wherein the luminous surface is provided with a mask reproducing the icon, and a transparent or translucent varnish layer is coated onto the mask and the sheet is adjacent to, for example is adhered to, the transparent or translucent varnish layer.
Heat transfer system comprising: - a main circuit forming a fluid loop, with a direction of flow in the fluid loop, - at least one cooling heat exchanger (5; 5'), comprising a portion of the loop main circuit and a heat exchanger coupled to a heat sink, for dissipating thermal energy, - at least one evaporator unit, with - at least one inlet pipe, collecting liquid fluid from the main circuit, - an evaporator including a porous member with capillary pumping, coupled to a heat source to be cooled, and characterized in that the main circuit is devoid of mechanical or gravitational or capillary pumping means and in that the evaporator unit is arranged in bypass to the main circuit and comprises at least one outlet pipe having an ejection nozzle which injects the fluid in primarily vapor phase into the main circuit at least in the loop direction of flow. - a main circuit forming a fluid loop, with a direction of flow in the fluid loop, - at least one cooling heat exchanger (5; 5'), comprising a portion of the loop main circuit and a heat exchanger coupled to a heat sink, for dissipating thermal energy, - at least one evaporator unit, with - at least one inlet pipe, collecting liquid fluid from the main circuit, - an evaporator including a porous member with capillary pumping, coupled to a heat source to be cooled, - at least one inlet pipe, collecting liquid fluid from the main circuit, - an evaporator including a porous member with capillary pumping, coupled to a heat source to be cooled,
Device for measuring strain on a surface of an object, comprising: - a carrier which is provided with a central section and two end sections which are arranged on either side of the central section, - a strain element which is connected to the carrier and is provided with a strain sensor, in which two supporting feet are provided which can be attached directly to the surface of the object at a distance apart, and the end sections of the carrier are detachably connected to in each case one supporting foot, in which the carrier has a longitudinal axis which is determined by a straight line between the supporting feet, and in which the strain element is attached to the carrier at two attachment locations in order to form a free section which extends substantially parallel to the longitudinal axis, and in which the free section is provided with the strain sensor, charactereised in that the carrier comprises at least one elastic section which is arranged between the central section and an end section of the carrier. - a carrier which is provided with a central section and two end sections which are arranged on either side of the central section, - a strain element which is connected to the carrier and is provided with a strain sensor,
Use of a reagent for a latex agglutination inhibition assay, wherein one or more compounds of the reagent are selected from the group consisting of polyoxyethylene-polyoxypropylene block copolymers, polyoxyethylene alkyl ethers, polyoxyethylene fatty acid esters, and hexadimethrine bromide, and are contained in the following: a concentration calibration-standard substance, wherein the polyoxyethylene alkyl ethers of the reagent are represented by Formula: R 1 O(C 2 H 4 O) n H wherein R 1 denotes an alkyl group having a carbon number of 8 to 20, the alkyl group may be either primary or secondary and may have a double bond(s) in the alkyl group, and n denotes an arbitrary integer from 7 to 40; and wherein the polyoxyethylene fatty acid esters of the reagent are represented by Formula: R 2 COO(C 2 H 4 O) n R 3 wherein R 2 denotes an alkyl group having a carbon number of 16 to 18, the alkyl group may have a double bond(s), and n denotes an arbitrary integer from 170 to 180 while R 3 denotes a hydrogen atom or an R 2 COO group. a concentration calibration-standard substance, wherein R 1 denotes an alkyl group having a carbon number of 8 to 20, the alkyl group may be either primary or secondary and may have a double bond(s) in the alkyl group, and n denotes an arbitrary integer from 7 to 40; and wherein the polyoxyethylene fatty acid esters of the reagent are represented by Formula: R 2 COO(C 2 H 4 O) n R 3 wherein R 2 denotes an alkyl group having a carbon number of 16 to 18, the alkyl group may have a double bond(s), and n denotes an arbitrary integer from 170 to 180 while R 3 denotes a hydrogen atom or an R 2 COO group.
A user terminal (100#1) that exists in a serving cell, in a mobile communication system that supports a device-to-device, D2D, proximity service, comprising: a receiver configured to receive a broadcast signal from a base station (200#1) that forms the serving cell, the broadcast signal including a cell identifier of a neighbor cell and inter-cell synchronization information on the neighbor cell; and a controller configured to determine, on the basis of the inter-cell synchronization information, whether or not to perform an inter-cell synchronization procedure including a process of receiving a D2D synchronization signal from a proximal terminal (100#2) that exists in the neighbor cell in order to receive a D2D discovery signal from the proximal terminal (100#2), wherein when it is determined that user terminal (100#1) performs the inter-cell synchronization procedure, the controller is configured to perform the inter-cell synchronization procedure and a process of receiving the D2D discovery signal from the proximal terminal (100#2), and when it is determined that user terminal (100#1) does not perform the inter-cell synchronization procedure, the controller is configured to perform a process of receiving the D2D discovery signal from the proximal terminal (100#2) without performing the inter-cell synchronization procedure. a receiver configured to receive a broadcast signal from a base station (200#1) that forms the serving cell, the broadcast signal including a cell identifier of a neighbor cell and inter-cell synchronization information on the neighbor cell; and a controller configured to determine, on the basis of the inter-cell synchronization information, whether or not to perform an inter-cell synchronization procedure including a process of receiving a D2D synchronization signal from a proximal terminal (100#2) that exists in the neighbor cell in order to receive a D2D discovery signal from the proximal terminal (100#2), wherein when it is determined that user terminal (100#1) performs the inter-cell synchronization procedure, the controller is configured to perform the inter-cell synchronization procedure and a process of receiving the D2D discovery signal from the proximal terminal (100#2), and when it is determined that user terminal (100#1) does not perform the inter-cell synchronization procedure, the controller is configured to perform a process of receiving the D2D discovery signal from the proximal terminal (100#2) without performing the inter-cell synchronization procedure.
A respiratory interface for delivering gases to a single nare of a patient, the respiratory interface comprising: a single sealing nasal prong having a seal body configured to seal with one of the two nares of a patient, a prong inlet configured to receive gases, and a prong outlet configured to supply the gases to the patient, a support for the single sealing nasal prong, and a conduit comprising a conduit connector at least partially received in the conduit and coupled to a conduit outlet of the conduit and to the prong inlet of the single sealing nasal prong, wherein the prong inlet is generally circular and a cross section of the prong inlet is substantially similar to a cross section of the conduit outlet, the conduit in fluid communication with the single sealing nasal prong to form a substantially linear gases path from the conduit to the prong outlet, wherein the single sealing nasal prong and/or the respiratory interface is configured to allow the single sealing nasal prong to interchangeably seal in or with a left or right nare of the patient while allowing the single sealing nasal prong to remain attached to the support or without being detached from the support. a single sealing nasal prong having a seal body configured to seal with one of the two nares of a patient, a prong inlet configured to receive gases, and a prong outlet configured to supply the gases to the patient, a support for the single sealing nasal prong, and a conduit comprising a conduit connector at least partially received in the conduit and coupled to a conduit outlet of the conduit and to the prong inlet of the single sealing nasal prong, wherein the prong inlet is generally circular and a cross section of the prong inlet is substantially similar to a cross section of the conduit outlet, the conduit in fluid communication with the single sealing nasal prong to form a substantially linear gases path from the conduit to the prong outlet, wherein the single sealing nasal prong and/or the respiratory interface is configured to allow the single sealing nasal prong to interchangeably seal in or with a left or right nare of the patient while allowing the single sealing nasal prong to remain attached to the support or without being detached from the support.
An electronic component assembly, comprising: a circuit board comprising at least one thermal pad disposed on a top surface of the circuit board; and an image sensor disposed on the top surface of the circuit board, comprising at least one conductive pad disposed at at least one corner of the image sensor; wherein the at least one thermal pad is coupled to the at least one conductive pad of the image sensor; and wherein the at least one thermal pad is formed with a plurality of first thermal vias penetrating the thermal pad and the circuit board; characterized in that the plurality of first thermal vias is disposed directly under the conductive pad of the image sensor on the top surface of the circuit board, and the plurality of first thermal vias are filled with a thermal conductive material, sanded flat and plated. a circuit board comprising at least one thermal pad disposed on a top surface of the circuit board; and an image sensor disposed on the top surface of the circuit board, comprising at least one conductive pad disposed at at least one corner of the image sensor; wherein the at least one thermal pad is coupled to the at least one conductive pad of the image sensor; and wherein the at least one thermal pad is formed with a plurality of first thermal vias penetrating the thermal pad and the circuit board; characterized in that the plurality of first thermal vias is disposed directly under the conductive pad of the image sensor on the top surface of the circuit board, and the plurality of first thermal vias are filled with a thermal conductive material, sanded flat and plated.
Windscreen wiper device for a motor vehicle with at least one wiper motor, in particular a reversing motor, on which is provided a motor crank which is connected with at least one gearing connected downstream of the wiper motor in order to drive a wiper arm coupled therewith such that said arm executes an oscillating wiping movement on a windscreen of the motor vehicle, wherein the wiper motor is coupled with a control unit via which a motor power generated by the wiper motor can be adjusted as a function of a translation ratio resulting from the position of the gearing, wherein in order to carry out dynamic reversing processes of the wiper arm out of at least one of the turning points, to generate as uniform a wiper arm movement as possible on the windscreen, the control unit delays a reduction in the motor power until after the motor crank has accelerated out of the respective wiper arm turning points until an operating speed of the motor crank has been reached, characterized in that the motor crank covers an angle of 15 to 20° out of the turning points until the operating speed has been reached.