mhurhangee/patent-ind-claim-en 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 into the substrate , between said third region and the insulating well and in contact with the insulating well , the third well 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 ; 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 into the substrate , between said third region and the insulating well and in contact with the insulating well , the third well 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 ; h) implantation of N-type dopant atoms into the first region ; and i) implantation of P-type dopant atoms into the second region ,
Cleaning system for cleaning and maintaining floor surfaces, comprising a vacuum cleaner having a housing and a fan arranged in the housing for generating an underpressure in order to pick up dirt by means of an air flow, with a suction tube and with a suction nozzle , having a plug-in connection for connecting the housing to the suction tube and/or to the suction nozzle , wherein the plug-in connection comprises an unlocking mechanism for locking and unlocking the plug-in connection , wherein, between the housing and the suction tube and/or between the housing and the suction nozzle , the unlocking mechanism has an unlocking element for unlocking the plug-in connection, the cleaning system further comprising a holder for holding and removing the vacuum cleaner , wherein the holder has a holding element , characterised in that the holding element holds the vacuum cleaner on the unlocking element in a holding position, wherein the housing is movable from the holding position in at least two removal directions in order to remove the vacuum cleaner from the holder , wherein the unlocking mechanism is designed to be unlocked from the holding element of the holder in a first removal direction and to be locked in the second removal direction .
An eyewear frame comprising: - a central portion configured to receive at least one optical lens (14a, 14 b), - a first temple having a first embedded electronic device and a first battery , - a second temple having a second embedded electronic device and a second battery , the first temple is pivotably fixed to a first end of the central portion and the second temple is pivotably fixed to a second end of the central portion , wherein the first electronic and the second electronic devices are configured to communicate in a wireless manner when the temples are in an opened position, the first and second electronic devices comprise each a close-range communication system configured to synchronize the first and the second electronic devices when the temples are spaced at most a few millimetres apart, and wherein the eyewear frame comprises a communication activation device configured to activate the close-range communication systems . - a central portion configured to receive at least one optical lens (14a, 14 b), - a first temple having a first embedded electronic device and a first battery , - a second temple having a second embedded electronic device and a second battery , the first temple is pivotably fixed to a first end of the central portion and the second temple is pivotably fixed to a second end of the central portion , wherein the first electronic and the second electronic devices are configured to communicate in a wireless manner when the temples are in an opened position, the first and second electronic devices comprise each a close-range communication system configured to synchronize the first and the second electronic devices when the temples are spaced at most a few millimetres apart, and wherein the eyewear frame comprises a communication activation device configured to activate the close-range communication systems .
A composition comprising at least the following: a) a first composition comprising at least one first ethylene-based polymer, formed by high pressure, free-radical polymerization, and wherein the first composition comprises the following properties: a melt index (I2) from 1.0 to 15.0 g/10 min, and density from 0.910 to 0.930 g/cc; b) a second composition comprising at least one second ethylene-based polymer, and wherein the second composition comprises the following properties; a melt index (I2) from 1.0 to 1000 g/10 min, a density greater than 0.940 g/cc; wherein the melt index (I2) ratio of "the second composition" to "the first composition" is from 0.50 to 2.70; wherein the composition comprises the following properties: melt index (I2) from 2.0 to 20.0 g/10 min, and a density from 0.910 to 0.940 g/cc; and wherein the first composition is present in an amount from 65 to 95 wt%, based on the weight of the composition. a) a first composition comprising at least one first ethylene-based polymer, formed by high pressure, free-radical polymerization, and wherein the first composition comprises the following properties: a melt index (I2) from 1.0 to 15.0 g/10 min, and density from 0.910 to 0.930 g/cc; b) a second composition comprising at least one second ethylene-based polymer, and wherein the second composition comprises the following properties; a melt index (I2) from 1.0 to 1000 g/10 min, a density greater than 0.940 g/cc; wherein the melt index (I2) ratio of "the second composition" to "the first composition" is from 0.50 to 2.70; wherein the composition comprises the following properties: melt index (I2) from 2.0 to 20.0 g/10 min, and a density from 0.910 to 0.940 g/cc; and wherein the first composition is present in an amount from 65 to 95 wt%, based on the weight of the composition.
Lens device for a camera of a motor vehicle including at least one lens and including a lens retainer for retaining the at least one lens , wherein the lens retainer has an adhesive area at an outside, to which an adhesive can be applied for connecting the lens device to a camera housing of the camera , characterized in that the lens retainer has an annulus like base surface and a plurality of elevations in the adhesive area , wherein each of the elevations are formed raised to the base surface and has a first adhesive surface , which is disposed substantially parallel to the radius of the base surface extending in a radial direction of the base surface along a main extension direction of the elevation , and a second adhesive surface , which is disposed substantially obliquely to the radius of the base surface , the elevations each have a first transitional area , which is disposed between the first adhesive surface and the second adhesive surface , and the first transitional area has a predetermined curvature giving the elevations a substantially smooth shape and the plurality of elevations are disposed uniformly spaced from each other along a circumferential direction of the base surface . characterized in that the lens retainer has an annulus like base surface and a plurality of elevations in the adhesive area , wherein each of the elevations are formed raised to the base surface and has a first adhesive surface , which is disposed substantially parallel to the radius of the base surface extending in a radial direction of the base surface along a main extension direction of the elevation , and a second adhesive surface , which is disposed substantially obliquely to the radius of the base surface , the elevations each have a first transitional area , which is disposed between the first adhesive surface and the second adhesive surface , and the first transitional area has a predetermined curvature giving the elevations a substantially smooth shape and the plurality of elevations are disposed uniformly spaced from each other along a circumferential direction of the base surface .
A kit comprising: a preparation of an ammonia oxidizing bacteria in a polyphosphate loading state or in a storage state; an activator for activating the ammonia oxidizing bacteria; and a delivery device for delivering at least one of the preparation of ammonia oxidizing bacteria and the activator to a subject wherein the kit is configured to enable the preparation of ammonia oxidizing bacteria and the activator to be combined at or near the time of delivery to the subject, e.g. at a surface of the subj ect, and wherein the activator comprises at least one of ammonia, ammonium ions or urea at a concentration in the range of about 10 micromolar to about 100 millimolar. a preparation of an ammonia oxidizing bacteria in a polyphosphate loading state or in a storage state; an activator for activating the ammonia oxidizing bacteria; and a delivery device for delivering at least one of the preparation of ammonia oxidizing bacteria and the activator to a subject
A Brillouin-based distributed fiber sensor to measure temperature and strain of the fibre, comprising: a fiber comprising a first core , a second core , a third core , and a fourth core , wherein the first core, the second core, and the third core are located at three different positions along a circular path within the fiber, wherein the circular path has a radius (r) to a center of the fiber, and wherein the fourth core is located at the center of the fiber; and, characterised by at least two Brillouin backscattering sensing mechanisms (200 1 , 200 2 , 200 3 , 200 4 ), each Brillouin backscattering sensing mechanism coupled to at least one of the first core, the second core, the third core, and the fourth core, each of the first core, the second core, the third core, and the fourth core coupled to one of the Brillouin backscattering mechanisms, wherein each Brillouin backscattering sensing mechanism comprises a pump laser (202 1 , 202 2 , 202 3 , 202 4 ). a fiber comprising a first core , a second core , a third core , and a fourth core , wherein the first core, the second core, and the third core are located at three different positions along a circular path within the fiber, wherein the circular path has a radius (r) to a center of the fiber, and wherein the fourth core is located at the center of the fiber; and, characterised by at least two Brillouin backscattering sensing mechanisms (200 1 , 200 2 , 200 3 , 200 4 ), each Brillouin backscattering sensing mechanism coupled to at least one of the first core, the second core, the third core, and the fourth core, each of the first core, the second core, the third core, and the fourth core coupled to one of the Brillouin backscattering mechanisms, wherein each Brillouin backscattering sensing mechanism comprises a pump laser (202 1 , 202 2 , 202 3 , 202 4 ).
Composition comprising at least one uncharged organic luminescent compound and at least one ionic compound and at least one host material, characterized in that the organic luminescent compound has a separation S 1 - T 1 between the lowest triplet state T 1 and the first excited singlet state S 1 of not more than 0.15 eV, wherein the organic luminescent compound is a metal-free organic compound which is selected from aromatic compounds having both donor and acceptor substituents, wherein the acceptor group is selected from the group consisting of CN, CF 3 , electron-deficient heteroaryl groups and the donor group is selected from diarylamino groups, diheteroarylamino groups, carbazole groups; wherein the ionic compound is an electrolyte, an ionic liquid or an ionic transition metal complex (iTMC); and wherein the host material has a lowest triplet state T 1 H having an energy higher than the energy of the lowest triplet state T 1 of the uncharged organic luminescent compound.
A material comprising copper and silver, characterized in that it is a solid composite material containing grains of copper and grains of silver which are not mutually soluble, and in that it comprises a volume amount of silver of at least 0.1 % by volume and less than 5 % by volume relative to the total volume of said material, the copper and silver representing at least 99.9 % by volume relative to the total volume of said material, and wherein the silver and copper are in the form of grains of filament shape.
An aircraft engine, comprising: a rotating structure ; a casing circumferentially surrounding the rotating structure ; and an acoustic panel for noise reduction circumferentially surrounding the rotating structure and disposed proximal the casing , the acoustic panel comprising a plurality of acoustic panel members each acoustic panel member comprising a forward rail , an aft rail having an aft protrusion that protrudes in an aft direction and is disposed above a forward protrusion of the casing, and acoustic material disposed therebetween, wherein each acoustic panel member is secured to the casing only by at least one releasable securement mechanism accessible from a radially inward side of the casing, the securement mechanism comprising an aft fastener positioned radially from below the forward protrusion in the casing into an aperture in the forward protrusion and extending into an aperture in the aft protrusion of the aft rail, such that the acoustic panel is substantially circumferentially fixed relative to the casing and each acoustic panel member is removable from the casing by removal of the securement mechanism. a rotating structure ; a casing circumferentially surrounding the rotating structure ; and an acoustic panel for noise reduction circumferentially surrounding the rotating structure and disposed proximal the casing , the acoustic panel comprising a plurality of acoustic panel members each acoustic panel member comprising a forward rail , an aft rail having an aft protrusion that protrudes in an aft direction and is disposed above a forward protrusion of the casing, and acoustic material disposed therebetween, wherein each acoustic panel member is secured to the casing only by at least one releasable securement mechanism accessible from a radially inward side of the casing, the securement mechanism comprising an aft fastener positioned radially from below the forward protrusion in the casing into an aperture in the forward protrusion and extending into an aperture in the aft protrusion of the aft rail, such that the acoustic panel is substantially circumferentially fixed relative to the casing and each acoustic panel member is removable from the casing by removal of the securement mechanism.
An evacuation system for an aircraft, comprising: an evacuation slide comprising an inboard tube and an outboard tube ; and a first underwing tube coupled to at least one of the outboard tube of the evacuation slide or the inboard tube of the evacuation slide, wherein the first underwing tube is configured to extend away from an underside surface of the evacuation slide upon inflation of the first underwing tube , and wherein, in a flap down position the first underwing tube is located forward of a flap of the aircraft , characterized in that in the flap down position the flap is configured to be disposed between the underside surface of the evacuation slide and the first underwing tube . an evacuation slide comprising an inboard tube and an outboard tube ; and a first underwing tube coupled to at least one of the outboard tube of the evacuation slide or the inboard tube of the evacuation slide, wherein the first underwing tube is configured to extend away from an underside surface of the evacuation slide upon inflation of the first underwing tube , and wherein, in a flap down position the first underwing tube is located forward of a flap of the aircraft , characterized in that in the flap down position the flap is configured to be disposed between the underside surface of the evacuation slide and the first underwing tube .
A display device comprising: a substrate including a display area (DA) where pixels (P) are arranged, and a pad area (PA) including a plurality of pads formed outside the display area; an encapsulation film covering the display area, the encapsulation film including at least one inorganic film and at least one organic film; a first dam arranged between the display area and the pad area; characterized in that the display device further comprises a conductive testing line arranged between the first dam and the pad area wherein the conductive testing line is electrically isolated from any other conductive lines or electrodes formed on the substrate. a substrate including a display area (DA) where pixels (P) are arranged, and a pad area (PA) including a plurality of pads formed outside the display area; an encapsulation film covering the display area, the encapsulation film including at least one inorganic film and at least one organic film; a first dam arranged between the display area and the pad area; characterized in that the display device further comprises a conductive testing line arranged between the first dam and the pad area wherein the conductive testing line is electrically isolated from any other conductive lines or electrodes formed on the substrate.
A composite structural member , comprising: - a central structural portion comprised of a reinforced, polymer-based material and having a length, a first side and an opposing second side extending along the length; - a first reinforcement member fixedly coupled to the first side; and - a second reinforcement member fixedly coupled to the second side, wherein the central structural portion comprises a first layer of reinforcing fibers that are oriented at an angle of +5 degrees with respect to an orientation direction , and a second layer of reinforcing fibers that are oriented at an angle of -5 degrees with respect to the orientation direction . - a central structural portion comprised of a reinforced, polymer-based material and having a length, a first side and an opposing second side extending along the length; - a first reinforcement member fixedly coupled to the first side; and - a second reinforcement member fixedly coupled to the second side,
A power conversion device that is connected to a rotating machine including an armature coil to transmit and receive a power, the device having a function of collectively applying voltage pulses to the armature coil having a single specific phase or a plurality of specific phases in the rotating machine, sampling a value of a current of the specific phase after a designated delay time from the start of rising or falling of the voltage pulse, detecting a change in a capacitance of an insulation member of the armature coil having the specific phase in the rotating machine by a change in the value from a normal state, and diagnosing insulation degradation.
An apparatus for monitoring a mass flow rate of harvested grain in a combine having a clean grain elevator including a clean grain elevator chain , comprising: a sensor surface ; a sensor disposed to measure displacement of said sensor surface; a plurality of paddles mounted to said clean grain elevator chain ; and processing circuitry in data communication with said sensor , said processing circuitry configured to estimate a flow rate of grain based on a signal generated by said sensor , characterised in that the apparatus further comprises a cleaning apparatus driven by said clean grain elevator chain and disposed to contact and remove material from said sensor surface , and in that said processing circuitry is further configured to distinguish a cleaning apparatus pulse from a plurality of paddle pulses, said cleaning apparatus pulse being generated when said cleaning apparatus contacts said sensor surface , said paddle pulses being generated when grain released by said plurality of paddles contacts said sensor surface . a sensor surface ; a sensor disposed to measure displacement of said sensor surface; a plurality of paddles mounted to said clean grain elevator chain ; and processing circuitry in data communication with said sensor , said processing circuitry configured to estimate a flow rate of grain based on a signal generated by said sensor , characterised in that the apparatus further comprises a cleaning apparatus driven by said clean grain elevator chain and disposed to contact and remove material from said sensor surface , and in that said processing circuitry is further configured to distinguish a cleaning apparatus pulse from a plurality of paddle pulses, said cleaning apparatus pulse being generated when said cleaning apparatus contacts said sensor surface , said paddle pulses being generated when grain released by said plurality of paddles contacts said sensor surface .