mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a PNP-type bipolar transistor in parallel with the manufacturing of an NPN-type bipolar transistor and of N- and P-channel MOS transistors, the method comprising, in the manufacturing of the PNP-type bipolar transistor, the successive steps of: a) deposition, on a P-type doped semiconductor substrate, of a first N-type doped semiconductor layer and division of said first layer by insulating areas into first, second, and third regions, the third region forming the base of the transistor; b) deep implantation into the substrate of an N-type doped insulating well; c) implantation of a first N-type doped well between said first region and the insulating well; d) implantation of a second P-type doped well into the substrate between said second region and the insulating well forming a vertical PN junction with the first well; e) implantation of a third P-type doped well (35, 37) into the substrate, between said third region and the insulating well and in contact with the insulating well, the third well (35, 37) and the second well forming the collector of the transistor; f) deposition of a first insulating layer and of a second insulating layer selectively etchable over the first insulating layer on the third region and creation of an opening on a portion of the third region; g) selective epitaxy of a second P-type doped semiconductor layer in said opening, the second layer forming the emitter of the transistor, and removal of the first and second insulating layers (63, 65); h) implantation of N-type dopant atoms into the first region; and i) implantation of P-type dopant atoms into the second region, steps a), b), c), d), i), j) being common to N-channel and P-channel MOS transistor manufacturing steps. a) deposition, on a P-type doped semiconductor substrate, of a first N-type doped semiconductor layer and division of said first layer by insulating areas into first, second, and third regions, the third region forming the base of the transistor; b) deep implantation into the substrate of an N-type doped insulating well; c) implantation of a first N-type doped well between said first region and the insulating well; d) implantation of a second P-type doped well into the substrate between said second region and the insulating well forming a vertical PN junction with the first well; e) implantation of a third P-type doped well (35, 37) into the substrate, between said third region and the insulating well and in contact with the insulating well, the third well (35, 37) and the second well forming the collector of the transistor; f) deposition of a first insulating layer and of a second insulating layer selectively etchable over the first insulating layer on the third region and creation of an opening on a portion of the third region; g) selective epitaxy of a second P-type doped semiconductor layer in said opening, the second layer forming the emitter of the transistor, and removal of the first and second insulating layers (63, 65); h) implantation of N-type dopant atoms into the first region; and i) implantation of P-type dopant atoms into the second region,
A novolac epoxy compound having at least one alkoxysilyl group selected from the group consisting of the following Formulae I-1 to 1-4: in the above Formula I-1, Z is one selected from the group consisting of the following Formulae 1A to 1F: and in the above Formula I-4, x is and in R is a linear or branched alkyl group of C1-C10, in the above Formulae I-1 to 1-4, at least two of a plurality of A have a structure of the following Formula A2, and at least one of A has a structure of the following Formula A3 or A4, where in the case that at least one of A is A3, the remainder thereof have the following Formula B3 or hydrogen, and in the case that at least one of A is A4, the remainder thereof are hydrogen, in the above Formula 1-1, in the case that Z is 1A to 1E, n is an integer of at least 2, and in the case that Z is 1F, n is an integer of at least 1, in the above Formulae 1-2 and 1-3, n is an integer of at least 1, in the above Formula 1-4, in the case that x is n is an integer of at least 2, and in the case that x is n is an integer [Formula A3] -(CH 2) m -SiR 1 R 2 R 3 [Formula A4] -CONH(CH 2) m -SiR 1 R 2 R 3 in the above Formulae A3 and A4, at least one of R 1 to R 3 is an alkoxy group having 1 to 5 carbon atoms, and the remainder thereof are an alkyl group having 1 to 10 carbon atoms, the alkoxy group and the alkyl group are a linear or a branched, and m is an integer from 3 to 10, [Formula B3] -(CH 2) 1 -CH=CH 2 in the above Formula B3, 1 is an integer from 1 to 8.
A system to release spray fluid in different mass flow rates from a container, comprising: an actuator having a first area and a second area that are depressible; an actuator base that supports the actuator and can rest on a top of the container; a level; a cup; a stem disposed in a housing, wherein the stem is connected to the level that contacts the actuator, and the stem is connected to the level through the cup and the actuator base, wherein the stem has a channel surrounded by a wall, and wherein the stem has a first orifice and a second orifice that are disposed through the wall; a gasket disposed around the stem and covering the first orifice and the second orifice in a non-actuated position, wherein the gasket is secured between the cup and the housing; and a biased member that biases the stem to the non-actuated position, wherein the stem is movable a first distance relative to the gasket to uncover the second orifice while the first orifice is covered by the gasket and the stem compresses the biased member to spray fluid with a first mass flow rate when the first area of the actuator is pressed down, and wherein the stem is movable a second distance relative to the gasket to uncover the first orifice and the second orifice and the stem compresses the biased member to spray fluid with a second mass flow rate that is greater than the first mass flow rate when the second area of the actuator is pressed down. an actuator having a first area and a second area that are depressible; an actuator base that supports the actuator and can rest on a top of the container; a level; a cup; a stem disposed in a housing, wherein the stem is connected to the level that contacts the actuator, and the stem is connected to the level through the cup and the actuator base, wherein the stem has a channel surrounded by a wall, and wherein the stem has a first orifice and a second orifice that are disposed through the wall; a gasket disposed around the stem and covering the first orifice and the second orifice in a non-actuated position, wherein the gasket is secured between the cup and the housing; and a biased member that biases the stem to the non-actuated position, wherein the stem is movable a first distance relative to the gasket to uncover the second orifice while the first orifice is covered by the gasket and the stem compresses the biased member to spray fluid with a first mass flow rate when the first area of the actuator is pressed down, and wherein the stem is movable a second distance relative to the gasket to uncover the first orifice and the second orifice and the stem compresses the biased member to spray fluid with a second mass flow rate that is greater than the first mass flow rate when the second area of the actuator is pressed down.
An endoscope washer disinfector comprising: a bath comprising a mounting plane on which an endoscope provided with a duct necessary for endoscopic therapy is mounted and a wall member that surrounds the mounting plane, wherein the mounting plane provides a given position at which the endoscope is positioned; a connector (52, 56) having i) two ends consisting of one end located to penetrate through the wall member and to be secured watertightly to the wall member such that the one end faces an opening of the duct of the endoscope mounted at the given position in the bath and the other end receiving fluid for washing and disinfecting the endoscope and ii) an inner passage that communicates between both ends; and a nozzle (NZ: 51,54,55); characterized in that the nozzle is inserted watertightly and movably in the connector along the inner passage thereof and moved toward the one end of the connector to protrude from the one end to realize a watertight and detachable connection with the opening of the duct so as to supply the fluid to the duct when the fluid is supplied from the fluid source, wherein the nozzle comprises a connecting portion made of non-metal material and formed to be connected watertightly and detachably to the opening of the duct, and the one end of the connector, which faces the opening of the duct, has a flange with a recess which allows the connecting part of the nozzle to be accommodated therein, and the recess has at least one groove to discharge fluid in the connector. a bath comprising a mounting plane on which an endoscope provided with a duct necessary for endoscopic therapy is mounted and a wall member that surrounds the mounting plane, wherein the mounting plane provides a given position at which the endoscope is positioned; a connector (52, 56) having i) two ends consisting of one end located to penetrate through the wall member and to be secured watertightly to the wall member such that the one end faces an opening of the duct of the endoscope mounted at the given position in the bath and the other end receiving fluid for washing and disinfecting the endoscope and ii) an inner passage that communicates between both ends; and a nozzle (NZ: 51,54,55); characterized in that the nozzle is inserted watertightly and movably in the connector along the inner passage thereof and moved toward the one end of the connector to protrude from the one end to realize a watertight and detachable connection with the opening of the duct so as to supply the fluid to the duct when the fluid is supplied from the fluid source, wherein the nozzle comprises a connecting portion made of non-metal material and formed to be connected watertightly and detachably to the opening of the duct, and the one end of the connector, which faces the opening of the duct, has a flange with a recess which allows the connecting part of the nozzle to be accommodated therein, and the recess has at least one groove to discharge fluid in the connector.
A method of operating a computer-implemented service on a computing device comprising: receiving a request for a location context of the computing device; acquiring data associated with a current location from one or more location detection devices; reconciling the acquired data for any inconsistencies concerning the current location by applying at least one process to the acquired data; and generating a location object accessible to one or more applications, the location object including a reconciled location context for the computing device. receiving a request for a location context of the computing device; acquiring data associated with a current location from one or more location detection devices; reconciling the acquired data for any inconsistencies concerning the current location by applying at least one process to the acquired data; and generating a location object accessible to one or more applications, the location object including a reconciled location context for the computing device.
Electric motor having a stator and a moving component, wherein the moving component comprises an iron-based soft-magnetic structural material, wherein the soft-magnetic structural material - includes crystallites of a ferromagnetic iron-based alloy separated by grain boundaries, - wherein there is interlayer-free contact between the crystallites at grain boundaries and - the structural material contains ceramic fibers, - wherein the fiber content is between 0.2% by volume and 0.5% by volume, and - the aspect ratio of the fibers is less than 0.1. - includes crystallites of a ferromagnetic iron-based alloy separated by grain boundaries, - wherein there is interlayer-free contact between the crystallites at grain boundaries and - the structural material contains ceramic fibers, - wherein the fiber content is between 0.2% by volume and 0.5% by volume, and - the aspect ratio of the fibers is less than 0.1.
A method for obtaining and using a document (T ik) in a portable device (300 i) including: - a step for receiving secure data (O i *) from a document issuing device; - a step for storing, in a first secure non-volatile memory of said portable device (300 i), at least one document (T ik) obtained from said data; - a step for selecting at least one document (T ik) in said first memory; - a step for combining, in a presentation document (DC ik), said at least one document (T ik) with an image stored in a second non-volatile memory of said portable device; - a step for displaying said presentation document (DC ik) on a screen of said portable device (300 i); and - a step for sending said document (T ik) to a third-party device, by short-range wireless communication means, from said first memory, said image not being sent; the method being characterized in that said secure data (O i *) received from the document issuing device do not include said image. - a step for receiving secure data (O i *) from a document issuing device; - a step for storing, in a first secure non-volatile memory of said portable device (300 i), at least one document (T ik) obtained from said data; - a step for selecting at least one document (T ik) in said first memory; - a step for combining, in a presentation document (DC ik), said at least one document (T ik) with an image stored in a second non-volatile memory of said portable device; - a step for displaying said presentation document (DC ik) on a screen of said portable device (300 i); and - a step for sending said document (T ik) to a third-party device, by short-range wireless communication means, from said first memory, said image not being sent;
A method for maintaining time and frequency synchronization when a micro-cell base station is in an off state, comprising: detecting a signal sent by a macro-cell base station or the micro-cell base station in a subframe at a predefined position when the micro-cell base station is in an off state, wherein the signal is a pilot signal for maintaining time and frequency synchronization, and the pilot signal comprises a subframe position and configuration information; and performing an operation for maintaining time and frequency synchronization with the micro-cell base station based on the pilot signal sent in the subframe at the predefined position. detecting a signal sent by a macro-cell base station or the micro-cell base station in a subframe at a predefined position when the micro-cell base station is in an off state, wherein the signal is a pilot signal for maintaining time and frequency synchronization, and the pilot signal comprises a subframe position and configuration information; and performing an operation for maintaining time and frequency synchronization with the micro-cell base station based on the pilot signal sent in the subframe at the predefined position.
Rotary compressor arrangement for compressing a fluid comprising a body centered at an axis of a shaft and a cylindrical piston eccentrically arranged with respect to the body such that a compression chamber is created between them; the arrangement being characterised by further comprising a satellite element arranged at an offset axis and orbiting around the axis, the satellite element contacting the external wall of the cylindrical piston under a certain pressure or force such that the orbiting of the satellite element entrains in rotation around the axis the cylindrical piston over the body; wherein the shaft and the body are solidary and static within the compressor arrangement; and wherein the shaft comprises at least one inlet port through which a compressible fluid is introduced into the compression chamber for being compressed and/or one outlet port through which the compressed fluid exits the compressor arrangement.
A highly specific and highly selective method of detecting breast cancer in a patient, comprising: obtaining a DNA sample from the patient; and measuring, from the DNA sample, a methylation level in a regulatory region of each gene in a plurality of nine genes selected from the group consisting of: FOXC1, ARFGEF1, CREBBP, MSH6, ARHGEF7, GNG4, RPIA, SLC2A14, BTG3, EDNRB, PRDM16, SST, HS3ST2, ITGA9, CDH1, Hoxa7, BMP6, CD40, and TNFRSF8. obtaining a DNA sample from the patient; and measuring, from the DNA sample, a methylation level in a regulatory region of each gene in a plurality of nine genes selected from the group consisting of: FOXC1, ARFGEF1, CREBBP, MSH6, ARHGEF7, GNG4, RPIA, SLC2A14, BTG3, EDNRB, PRDM16, SST, HS3ST2, ITGA9, CDH1, Hoxa7, BMP6, CD40, and TNFRSF8.
Food preparation accessory for a working recipient of a food preparation kitchen appliance, comprising an internal receptacle and a accessory rotating working tool arranged in the internal receptacle, the internal receptacle being provided to rest inside the working recipient, the internal receptacle comprising a tank having a bottom and a side wall, the side wall having an upper edge, characterised in that it comprises an accessory cover provided to close off at least partially the tank, and in that the internal receptacle comprises two foldable handles pivotably mounted between a folded position and a raised position.
Traction sheave elevator, comprising at least an elevator car and a plurality of suspension ropes for moving the elevator car, which ropes are led to pass over a traction sheave provided with a hoisting machine and which suspension ropes are steel wire suspension ropes and are lubricated with a lubricant, wherein the lubricant of the steel wire suspension ropes of the elevator comprises at least oil and thickener, characterized in that the thickener in the lubricant comprises one or more grained solid additives of a material which is softer than the steel of the steel wire suspension ropes, wherein the content of the thickener in the lubricant is 30-85% of the mass of the lubricant.
An absorbent article comprising: a first leak preventer in a sheet form; a second leak preventer in a sheet form present above and in the rear part of the first leak preventer, the second leak preventer being body fluid-impermeable; an absorber containing a super absorbent polymer, capable of absorbing a body fluid, and provided above the first leak preventer extending from the front part of the first leak preventer beneath the second leak preventer in at least one layer; and a urine introduction part forming member (16, 18, 20, 22, 24, 26, 27, 28) bonded to a part of the lower surface of the front end of the second leak preventer (12, 12a to 12r, 121 to 123) and to an upper surface of the absorber to provide and secure a space between the second leak preventer and the absorber in the vicinity of the front end of the second leak preventer. a first leak preventer in a sheet form; a second leak preventer in a sheet form present above and in the rear part of the first leak preventer, the second leak preventer being body fluid-impermeable; an absorber containing a super absorbent polymer, capable of absorbing a body fluid, and provided above the first leak preventer extending from the front part of the first leak preventer beneath the second leak preventer in at least one layer; and a urine introduction part forming member (16, 18, 20, 22, 24, 26, 27, 28) bonded to a part of the lower surface of the front end of the second leak preventer (12, 12a to 12r, 121 to 123) and to an upper surface of the absorber to provide and secure a space between the second leak preventer and the absorber in the vicinity of the front end of the second leak preventer.
A drive mechanism for an injection device for setting and dispensing of a dose of a medicament, the drive mechanism comprising: - an inner body (20; 220) fixable inside a housing of the injection device, the inner body (20; 220) comprising an elongated shaft extending in an axial direction (z), wherein the elongated shaft comprises an outer thread on an outer circumference, - a tubular-shaped display member (160; 260; 360) having an inner thread (163; 263; 363) engaged with the outer thread of the inner body (20; 220), and - a dose member (70; 170; 370) axially displaceable between a dose setting position and a dose dispensing position relative to the inner body (20; 220), characterized in that - the elongated shaft comprises a blocking structure on the outer circumference, - a blocking sleeve (172; 261; 362) axially fixed to the dose member is rotationally fixed to the display member (160; 260; 360) and comprises at least one blocking element (174; 274; 374) to axially engage with the blocking structure to block an axial displacement of the dose member from the dose setting position towards the dose dispensing position and - wherein the blocking sleeve (172; 261; 362) at least partially encloses the inner body (20; 220) and wherein the at least one blocking element (174; 274; 374) protrudes radially inwardly from a sidewall (175; 275; 375) of the blocking sleeve (172; 261; 362). - an inner body (20; 220) fixable inside a housing of the injection device, the inner body (20; 220) comprising an elongated shaft extending in an axial direction (z), wherein the elongated shaft comprises an outer thread on an outer circumference, - a tubular-shaped display member (160; 260; 360) having an inner thread (163; 263; 363) engaged with the outer thread of the inner body (20; 220), and - a dose member (70; 170; 370) axially displaceable between a dose setting position and a dose dispensing position relative to the inner body (20; 220), characterized in that - the elongated shaft comprises a blocking structure on the outer circumference, - a blocking sleeve (172; 261; 362) axially fixed to the dose member is rotationally fixed to the display member (160; 260; 360) and comprises at least one blocking element (174; 274; 374) to axially engage with the blocking structure to block an axial displacement of the dose member from the dose setting position towards the dose dispensing position and - wherein the blocking sleeve (172; 261; 362) at least partially encloses the inner body (20; 220) and wherein the at least one blocking element (174; 274; 374) protrudes radially inwardly from a sidewall (175; 275; 375) of the blocking sleeve (172; 261; 362).