mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a sintered silicon carbide jig used for producing semiconductors, comprising: (a) sintering either a mixture of a silicon carbide powder and a nonmetal-based sintering aid or a molded body prepared from the powder mixture, by a hot press method to obtain a first sintered body, (b) subjecting the first sintered body to working-treatment using a discharge wire to obtain a second sintered body, (c) subjecting the second sintered body to heat treatment under an argon atmosphere at 2000 to 2400°C, to outward-diffusing impurities in the second sintered body to remove the impurities to obtain a third sintered body, (d) subjecting the third sintered body to surface working treatment to obtain a sintered silicon carbide jig, and (e) washing the sintered silicon carbide jig. (a) sintering either a mixture of a silicon carbide powder and a nonmetal-based sintering aid or a molded body prepared from the powder mixture, by a hot press method to obtain a first sintered body, (b) subjecting the first sintered body to working-treatment using a discharge wire to obtain a second sintered body, (c) subjecting the second sintered body to heat treatment under an argon atmosphere at 2000 to 2400°C, to outward-diffusing impurities in the second sintered body to remove the impurities to obtain a third sintered body, (d) subjecting the third sintered body to surface working treatment to obtain a sintered silicon carbide jig, and (e) washing the sintered silicon carbide jig.
A method of controlling use of encrypted content by a plurality of client terminals each provided with a digital rights management client and a content decryption module separate to the DRM client, the DRM client being associated with a DRM system that generates and distributes a DRM licence, the method comprising: providing first key information for use by one or more selected ones of the DRM clients; providing second key information for use by one or more selected ones of the content decryption modules; encrypting content key information to form encrypted content key information such that the selected ones of the content decryption modules are enabled by the second key information to recover the content key information from the encrypted content key information, wherein the content key information comprises: (a) a content key for decrypting said encrypted content; or (b) information from which the one or more selected content decryption modules are able to recover a content key for decrypting said encrypted content; and encrypting the encrypted content key information to form super-encrypted content key information for use as part of the DRM licence such that the selected ones of the DRM clients are enabled by the first key information to recover the encrypted content key information from the super-encrypted content key information. providing first key information for use by one or more selected ones of the DRM clients; providing second key information for use by one or more selected ones of the content decryption modules; encrypting content key information to form encrypted content key information such that the selected ones of the content decryption modules are enabled by the second key information to recover the content key information from the encrypted content key information, wherein the content key information comprises: (a) a content key for decrypting said encrypted content; or (b) information from which the one or more selected content decryption modules are able to recover a content key for decrypting said encrypted content; and (a) a content key for decrypting said encrypted content; or (b) information from which the one or more selected content decryption modules are able to recover a content key for decrypting said encrypted content; and encrypting the encrypted content key information to form super-encrypted content key information for use as part of the DRM licence such that the selected ones of the DRM clients are enabled by the first key information to recover the encrypted content key information from the super-encrypted content key information.
A method transporting a web through a press (22,36), the web having a first print zone on a first side and a second print zone on a second side opposite the first print zone, the method comprising: feeding the first print zone past a first print station (24,38) and then in an inward spiraling direction around and toward a second print station (26,40); and feeding the second print zone past the second print station and then in an outward spiraling direction. feeding the first print zone past a first print station (24,38) and then in an inward spiraling direction around and toward a second print station (26,40); and feeding the second print zone past the second print station and then in an outward spiraling direction.
A hybrid vehicle comprising: an internal combustion engine; an exhaust passageway through which exhaust gas of the internal combustion engine passes; and a driving system having: a first and a second motor (2A, 2B) which are connected to wheels (LWr, RWr) of the vehicle to enable to transmit power; and a housing which houses the first and the second motor (2A, 2B) and disposed away from the internal combustion engine, wherein: the driving system is disposed further rearwards than the internal combustion engine in a front-rear direction of the vehicle; wherein the exhaust passageway extends from the internal combustion engine towards a rear side of the vehicle, characterized in that the exhaust passageway is disposed so as to surround: a first plane which passes through a front end of the housing and which is perpendicular to the front-rear direction of the vehicle; a second plane which passes through a rear end of the housing and which is perpendicular to the front-rear direction of the vehicle; a third plane which passes through a left end of the housing and which is perpendicular to a left-right direction of the vehicle; and a fourth plane which passes through a right end of the housing and which is perpendicular to the left-right direction of the vehicle. an internal combustion engine; an exhaust passageway through which exhaust gas of the internal combustion engine passes; and a driving system having: a first and a second motor (2A, 2B) which are connected to wheels (LWr, RWr) of the vehicle to enable to transmit power; and a housing which houses the first and the second motor (2A, 2B) and disposed away from the internal combustion engine, wherein: a first and a second motor (2A, 2B) which are connected to wheels (LWr, RWr) of the vehicle to enable to transmit power; and a housing which houses the first and the second motor (2A, 2B) and disposed away from the internal combustion engine, wherein: the driving system is disposed further rearwards than the internal combustion engine in a front-rear direction of the vehicle; wherein the exhaust passageway extends from the internal combustion engine towards a rear side of the vehicle, a first plane which passes through a front end of the housing and which is perpendicular to the front-rear direction of the vehicle; a second plane which passes through a rear end of the housing and which is perpendicular to the front-rear direction of the vehicle; a third plane which passes through a left end of the housing and which is perpendicular to a left-right direction of the vehicle; and a fourth plane which passes through a right end of the housing and which is perpendicular to the left-right direction of the vehicle.
A variable displacement compressor control valve adapted to control pressure in a crankcase to thereby change a discharge amount of refrigerant, comprising: a first valve that is disposed between a discharge chamber and the crankcase of the compressor, for controlling a flow rate of refrigerant flowing from the discharge chamber to the crankcase; a second valve that is disposed between the crankcase and a suction chamber of the compressor, for controlling a flow rate of refrigerant flowing from the crankcase to the suction chamber to a predetermined minimum rate when the first valve is controlling the flow rate of refrigerant flowing from the discharge chamber to the crankcase, and for controlling the flow rate of refrigerant flowing from the crankcase to the suction chamber when the first valve is fully closed or nearly fully closed; a pressure-sensing section that senses suction pressure (Ps) in the suction chamber, for changing a lift amount of the first valve and a lift amount of the second valve, characterized in that the second valve has a clearance set between a diameter of a valve hole and a diameter of a valve element inserted into the valve hole when the first valve is controlling the flow rate of refrigerant flowing from the discharge chamber to the crankcase, the clearance being provided with a fixed orifice function for controlling the flow rate of refrigerant flowing from the crankcase to the suction chamber to the predetermined minimum rate. a first valve that is disposed between a discharge chamber and the crankcase of the compressor, for controlling a flow rate of refrigerant flowing from the discharge chamber to the crankcase; a second valve that is disposed between the crankcase and a suction chamber of the compressor, for controlling a flow rate of refrigerant flowing from the crankcase to the suction chamber to a predetermined minimum rate when the first valve is controlling the flow rate of refrigerant flowing from the discharge chamber to the crankcase, and for controlling the flow rate of refrigerant flowing from the crankcase to the suction chamber when the first valve is fully closed or nearly fully closed; a pressure-sensing section that senses suction pressure (Ps) in the suction chamber, for changing a lift amount of the first valve and a lift amount of the second valve, characterized in that the second valve has a clearance set between a diameter of a valve hole and a diameter of a valve element inserted into the valve hole when the first valve is controlling the flow rate of refrigerant flowing from the discharge chamber to the crankcase, the clearance being provided with a fixed orifice function for controlling the flow rate of refrigerant flowing from the crankcase to the suction chamber to the predetermined minimum rate.
A method for preparing an oxidized polyethylene wax comprising oxidizing a mixture of a polyethylene wax having a number average molecular weight of more than 1000 to 4000 g/mol, preferably more than 1000 to 3000 g/mol, even more preferred 1200 to 2500 g/mol according to gel permeation chromatography and a low molecular weight polyethylene wax having a number average molecular weight of 100 to 1000 g/mol, preferably 100 to 900 g/mol, even more preferred 200 to 800 g/mol according to gel permeation chromatography wherein the polyethylene wax has a density in the range of 0.92-0.97 g/cm 3, according to ASTM D1505; the low molecular weight polyethylene wax has a viscosity of 40 to 200 m Pa·s (cP), according to ASTM D3236; and the oxidized polyethylene wax has an acid number of 15 to 35 according to ASTM D1386.
An electrosurgical instrument for applying to biological tissue radiofrequency electromagnetic energy and/or microwave frequency EM energy, the instrument comprising: an instrument tip comprising a planar body made of a first dielectric material separating a first conductive element on a first surface thereof from a second conductive element on a second surface thereof, the second surface facing in the opposite direction to the first surface; a coaxial feed cable comprising an inner conductor, an outer conductor coaxial with the inner conductor and a second dielectric material separating the inner and outer conductors, the coaxial feed cable being for conveying an RF signal and/or a microwave signal; and a protective hull comprising a third piece of dielectric material mounted to cover the underside of the planar body, wherein the inner conductor is electrically connected to the first conductive element and the outer conductor is electrically connected to the second conductive element to enable the instrument tip to receive the RF signal and/or the microwave signal, wherein the protective hull has a smoothly contoured convex undersurface facing away from the planar body, wherein the planar body has a tapering distal edge, and wherein the underside of the planar body extends beyond the protective hull at the tapering distal edge. an instrument tip comprising a planar body made of a first dielectric material separating a first conductive element on a first surface thereof from a second conductive element on a second surface thereof, the second surface facing in the opposite direction to the first surface; a coaxial feed cable comprising an inner conductor, an outer conductor coaxial with the inner conductor and a second dielectric material separating the inner and outer conductors, the coaxial feed cable being for conveying an RF signal and/or a microwave signal; and a protective hull comprising a third piece of dielectric material mounted to cover the underside of the planar body, wherein the inner conductor is electrically connected to the first conductive element and the outer conductor is electrically connected to the second conductive element to enable the instrument tip to receive the RF signal and/or the microwave signal, wherein the protective hull has a smoothly contoured convex undersurface facing away from the planar body, wherein the planar body has a tapering distal edge, and wherein the underside of the planar body extends beyond the protective hull at the tapering distal edge.
A process for the welding of thermoplastic parts, wherein at least one connection point (1', 2') of the plastic parts (1, 2) to be connected is preheated, so that a molten layer (5, 5') with a predetermined layer thickness will form, and wherein subsequently the connection points (1', 2') of the plastic parts (1, 2) are moved relative to each other with a predetermined amplitude and with a predetermined oscillation frequency, wherein the plastic parts (1, 2) are moved relative to each other at right angles to at least one surface portion (9, 9') of the connection point (1', 2') while the connection points (1', 2') are in contact with one another and/or while mixing the melt contained in the molten layer (5, 5'), characterized in that the amplitude of the oscillatory motion of the plastic parts (1, 2) is less than half the total thickness of the molten layers of the connection points (1', 2'), and in that the connection points (1', 2') of the plastic parts (1, 2) are preheated such that a molten layer with a molten layer thickness of at least 0.5 mm will form, and in that the plastic parts (1, 2) are moved relative to each other at right angles to the at least one surface portion (9, 9') of the connection point (1', 2'), so that the amplitude of the oscillatory motion of the plastic parts (1, 2) is smaller than or equal to 0.45 mm.
A catheter, comprising: a hollow tube for insertion into a hollow organ or a blood vessel; a guide wire; a plurality of inductive elements including a first inductive element having a diameter of less than 2.667 mm (0.105 inches) and a second inductive element having a diameter of less than 2.667 mm (0.105 inches), the plurality of inductive elements configured to individually receive electric current, disposed on a distal end of the guide wire, and tandemly oriented on the distal end of the guide wire; and a plurality of actuator segments (35, 36) incorporating actuator wires for conveying electrical current, the plurality of actuator segments (35, 36) disposed along the catheter; wherein the plurality of actuator segments (35, 36) are configured to undergo conformational change to increase the structural integrity of the catheter in response to an electrical current administered to the plurality of actuator segments (35, 36); and wherein the plurality of inductive elements are individually configured to produce a localized electromagnetic field configured to stimulate dissolution of a thrombus and localize medicated magnetic particles near a target lesion. a hollow tube for insertion into a hollow organ or a blood vessel; a guide wire; a plurality of inductive elements including a first inductive element having a diameter of less than 2.667 mm (0.105 inches) and a second inductive element having a diameter of less than 2.667 mm (0.105 inches), the plurality of inductive elements configured to individually receive electric current, disposed on a distal end of the guide wire, and tandemly oriented on the distal end of the guide wire; and a plurality of actuator segments (35, 36) incorporating actuator wires for conveying electrical current, the plurality of actuator segments (35, 36) disposed along the catheter; wherein the plurality of actuator segments (35, 36) are configured to undergo conformational change to increase the structural integrity of the catheter in response to an electrical current administered to the plurality of actuator segments (35, 36); and wherein the plurality of inductive elements are individually configured to produce a localized electromagnetic field configured to stimulate dissolution of a thrombus and localize medicated magnetic particles near a target lesion.
A capacitor assembly for measuring the level of radio frequency voltage in a mass spectrometer, the assembly comprising a capacitor having first and second superposed capacitor plates mountable within a vacuum enclosure of a mass spectrometer and a vacuum housing feedthrough electrically connected to circuitry associated with the second plate, wherein the first capacitor plate is adapted for connection to a voltage source and the circuitry associated with the second capacitor plate includes a rectifier containable within the vacuum enclosure.
Fabric guiding device for a weaving machine, comprising an upper bridge and/or a lower bridge, characterized in that the device comprises first automatic clamping means which are provided in order to release and secure the upper bridge and/or the lower bridge.
Installation for manufacturing a thermoplastic product or a thermoplastic composite, in the form of a sheet and/or a multilayer, of undefined length, comprising means for providing a raw material comprising at least one thermoplastic material, means for conveying said raw material, pre-consolidating means to obtain a pre-consolidated product and consolidating means to obtain a consolidated product, said pre-consolidating means and said consolidating means operating sequentially step by step, characterized in that the means for providing the raw material comprise one or several removable module(s).
Component made of platinum or a Pt alloy that is protected against evaporation in use in an oxidising atmosphere at temperatures > 1,200°C, whose outer surface, which in use contacts the oxidising atmosphere, is covered by an open-pore oxide ceramic layer or quartz layer, whose pores contain, as infiltrating substance, a material that melts at operating temperature, whereby the infiltrating substance is present as an ultra-fine grain or nano-particulate material with a mean particle diameter of the primary particles of 3 to 50 nm.
A cap for a container, comprising: a main body having a top plate and a circular sidewall, wherein two opposite sides of the circular sidewall circularly connect to each other, one periphery of the circular sidewall connects to one surface of the top plate forming a closed end, and the other periphery of the circular sidewall at the opposite side of the closed end forms an opened end (1"); and a ring member, which is located at the opened end (1") of the main body, separated from the main body by a first incision line in between the opened end (1") of the main body and the ring member, wherein a plurality of connecting pins locate along the first incision line, the plurality of connecting pins connect the main body and the ring member at the two sides of the first incision line, characterised in that two ends of the first incision line are separated by a plurality of connecting portions connecting the ring member to the main body; wherein the plurality of connecting portions are formed in between the first incision line and a plurality of second incision lines located on the main body or the ring member and located at one side of the plurality of connecting portions, wherein each of the plurality of connecting portions is separated by parts of the plurality of second incision lines, wherein the plurality of second incision lines are not connected to each other, wherein one of the plurality of second incision lines is connected to parts of the first incision line. a main body having a top plate and a circular sidewall, wherein two opposite sides of the circular sidewall circularly connect to each other, one periphery of the circular sidewall connects to one surface of the top plate forming a closed end, and the other periphery of the circular sidewall at the opposite side of the closed end forms an opened end (1"); and a ring member, which is located at the opened end (1") of the main body, separated from the main body by a first incision line in between the opened end (1") of the main body and the ring member, wherein a plurality of connecting pins locate along the first incision line, the plurality of connecting pins connect the main body and the ring member at the two sides of the first incision line, characterised in that two ends of the first incision line are separated by a plurality of connecting portions connecting the ring member to the main body; wherein the plurality of connecting portions are formed in between the first incision line and a plurality of second incision lines located on the main body or the ring member and located at one side of the plurality of connecting portions, wherein each of the plurality of connecting portions is separated by parts of the plurality of second incision lines, wherein the plurality of second incision lines are not connected to each other, wherein one of the plurality of second incision lines is connected to parts of the first incision line.
Capsule container for use in a dispensing compartment of a washing machine, which is in the form of a single-use receptacle and in which portioned treatment agent is stored, a removal means being arranged on the base of the capsule container, characterised in that the removal means comprises a siphon tube.
An adaptive garment portion, comprising: a first material portion comprised of a first aperture, the first material portion having a top surface and a bottom surface in a first planar direction; a second material portion comprised of a second aperture, the second material portion have a top surface and a bottom surface in the first planar direction; a responsive material, the responsive material coupled to the first material portion bottom surface and to the second material portion top surface; the first aperture laterally offset a first amount from the second aperture in the first planar direction at a first state of the responsive material; and the first aperture laterally offset a second amount from the second aperture in the first planar direction at a second state of the responsive material.
A net lamp, comprising; a plurality of conductive wires, a plurality of insulated wires, a plurality of lamp bodies disposed on the conductive wires, and a plurality of fasteners for fastening the conductive wires and the insulated wires; wherein the plurality of conductive wires and the plurality of insulated wires are connected to form a net-like structure by means of the plurality of fasteners; wherein each of the fasteners is provided as a sheath body, the lamp bodies are located outside the sheath bodies; the conductive wires connected at the lamp bodies are tightened by the sheath bodies, and the insulated wires are also tightened by the sheath bodies, characterized in that each of the sheath bodies is provided as a heat-shrinkable sleeve.