mhurhangee/patent-ind-claim-en huggingface dataset:
A laser system , comprising: at least one subpicosecond laser pump source configured to output at least one pump signal having a wavelength of about 475nm to about 600nm; at least one type Π optical parametric oscillator in optical communication with the pump source and configured to generate a single pulsed optical signal having a wavelength continuously tunable from about 650nm to about 1400nm; wherein the optical parametric oscillator comprises a polarization selector or a delay line for an idler pulse configured to produce a singly resonant optical parametric oscillator with no tuning gap near degeneracy; at least one optical system in optical communication with the optical parametric oscillator and configured to direct at least a portion of the optical signal to a specimen ; and at least one analyzing device configured to receive at least one specimen signal from the specimen in response to the optical signal. at least one subpicosecond laser pump source configured to output at least one pump signal having a wavelength of about 475nm to about 600nm; at least one type Π optical parametric oscillator in optical communication with the pump source and configured to generate a single pulsed optical signal having a wavelength continuously tunable from about 650nm to about 1400nm; wherein the optical parametric oscillator comprises a polarization selector or a delay line for an idler pulse configured to produce a singly resonant optical parametric oscillator with no tuning gap near degeneracy; at least one optical system in optical communication with the optical parametric oscillator and configured to direct at least a portion of the optical signal to a specimen ; and at least one analyzing device configured to receive at least one specimen signal from the specimen in response to the optical signal.
A fluorescence microscope apparatus comprising: a first illumination optics that includes a first light source for exciting fluorescence in a specimen, a spatial light modulation element , and a first illumination optical member for uniformly illuminating the spatial light modulation element; wherein the first illumination optical member comprises at least one fly's eye lens; a second illumination optics that includes a second illumination optical member for forming an image of a light beam from the spatial light modulation element on a specimen surface; and an imaging optics that includes an imaging optical member and an imaging element, the imaging optical member being adapted to capture an image of the specimen surface. a first illumination optics that includes a first light source for exciting fluorescence in a specimen, a spatial light modulation element , and a first illumination optical member for uniformly illuminating the spatial light modulation element; wherein the first illumination optical member comprises at least one fly's eye lens; a second illumination optics that includes a second illumination optical member for forming an image of a light beam from the spatial light modulation element on a specimen surface; and an imaging optics that includes an imaging optical member and an imaging element, the imaging optical member being adapted to capture an image of the specimen surface.
A mixture of water, 3-50 wt% methanol, 12-50 wt% lignin and 5-85 wt% aqueous alkali solution or calcium hydroxide solution or magnesium hydroxide solution, wherein the concentration of said aqueous alkali solution or calcium hydroxide solution or magnesium hydroxide solution is 1 to 50 wt% of alkali or calcium hydroxide or magnesium hydroxide in water, based on the weight of said alkali solution or calcium hydroxide solution or magnesium hydroxide solution prior to mixing with the other components of the mixture.
A method for identifying a plurality of analytes of a cell or tissue in situ, comprising: (a) contacting said cell or tissue with a composition comprising a plurality of detection reagents, wherein said cell or tissue is mounted on a solid support, wherein a detection reagent of said plurality of detection reagents comprises (i) at least one probe targeting an analyte of said plurality of analytes and (ii) at least one nucleic acid label comprising a plurality of predetermined subsequences, wherein said at least one probe and said at least one nucleic acid label are conjugated together; (b) removing any unbound detection reagents from said cell or tissue; (c) while said detection reagent is bound to said analyte in said cell or tissue, sequencing in a temporally-sequential manner said plurality of predetermined subsequences in situ ; and (d) using said plurality of predetermined subsequences identified in (c) to identify said analyte. (a) contacting said cell or tissue with a composition comprising a plurality of detection reagents, wherein said cell or tissue is mounted on a solid support, wherein a detection reagent of said plurality of detection reagents comprises (i) at least one probe targeting an analyte of said plurality of analytes and (ii) at least one nucleic acid label comprising a plurality of predetermined subsequences, wherein said at least one probe and said at least one nucleic acid label are conjugated together; (b) removing any unbound detection reagents from said cell or tissue; (c) while said detection reagent is bound to said analyte in said cell or tissue, sequencing in a temporally-sequential manner said plurality of predetermined subsequences in situ ; and (d) using said plurality of predetermined subsequences identified in (c) to identify said analyte.
A scintillator for a radiation dosimeter, the scintillator comprising: a photopolymer resin that contains a polymerizable monomer, a filler, and a photopolymerization initiator, characterized in that the photopolymer resin further contains an inorganic fluorescent substance, and the inorganic fluorescent substance has a relative sensitivity characteristic in an X-ray energy range of 40 kV to 150 kV which has a complementary relationship with a relative sensitivity characteristic of the photopolymer resin. a photopolymer resin that contains a polymerizable monomer, a filler, and a photopolymerization initiator, characterized in that the photopolymer resin further contains an inorganic fluorescent substance, and the inorganic fluorescent substance has a relative sensitivity characteristic in an X-ray energy range of 40 kV to 150 kV which has a complementary relationship with a relative sensitivity characteristic of the photopolymer resin.
A retroreflective sheeting comprising: a retroreflective layer having a plurality of retroreflective elements on a first face; a back face layer provided opposite to a face of the retroreflective layer on the retroreflective element side, the back face layer having an attachment portion attached to the retroreflective elements; a plurality of particles arranged between the retroreflective elements and the back face layer; and characterized in that a void is formed between the retroreflective elements and the plurality of particles. a retroreflective layer having a plurality of retroreflective elements on a first face; a back face layer provided opposite to a face of the retroreflective layer on the retroreflective element side, the back face layer having an attachment portion attached to the retroreflective elements; a plurality of particles arranged between the retroreflective elements and the back face layer; and characterized in that a void is formed between the retroreflective elements and the plurality of particles.
Test unit for detecting skimming modules, having a holding region for manually holding the test unit , characterized by a test region for placing the test unit onto an apparatus for reading magnetic stripe and/or chip cards, wherein the apparatus has a slot for inserting the magnetic stripe and/or chip card, wherein the apparatus has a projection within which the slot of the apparatus is arranged, characterized in that the test region has a shape that is complementary to the projection , and in that the test region is embodied in the form of a cutout in the test unit .
A method of wireless communication, comprising: receiving a pre-grant assignment at a user equipment , UE, wherein the pre-grant assignment indicates resources assigned to the UE by a base station for the UE to transmit a preamble; performing a clear channel assessment, CCA, operation on a secondary component carrier, SCC, based on the pre-grant assignment; transmitting a preamble on the SCC based on the pre-grant assignment when the CCA operation succeeds, the preamble uniquely identifying the UE, wherein the preamble comprises an initial portion to identify the UE to a base station that issued the pre-grant assignment, a second portion for band occupation, and wherein a remaining portion of the preamble comprises a WiFi preamble directed to one or more WiFi nodes; and receiving a grant confirmation in response to the preamble transmission. receiving a pre-grant assignment at a user equipment , UE, wherein the pre-grant assignment indicates resources assigned to the UE by a base station for the UE to transmit a preamble; performing a clear channel assessment, CCA, operation on a secondary component carrier, SCC, based on the pre-grant assignment; transmitting a preamble on the SCC based on the pre-grant assignment when the CCA operation succeeds, the preamble uniquely identifying the UE, wherein the preamble comprises an initial portion to identify the UE to a base station that issued the pre-grant assignment, a second portion for band occupation, and wherein a remaining portion of the preamble comprises a WiFi preamble directed to one or more WiFi nodes; and receiving a grant confirmation in response to the preamble transmission.
A process for manufacturing an absorbent article , said article comprising: - a first sheet layer presenting an array of absorbent receiving pockets ; - masses of superabsorbent (SAP) material, which masses are placed in said absorbent receiving pockets ; - a second sheet layer placed on top of the first layer; said process comprising the steps of - providing the first sheet layer ; - conforming said first sheet layer on a first roll (C2), whereby longitudinal corrugations are formed on the first sheet layer by friction of the first sheet layer on a corresponding corrugated surface of said first roll (C2) ; - conforming said corrugated first sheet layer on a second roll (C3), said second roll (C3) comprising recesses corresponding to the array of absorbent receiving pockets , whereby a pattern of pockets is obtained; - providing a pre-metered amount of SAP particulate material; - providing a second sheet layer and affixing it for sandwiching with the first sheet layer ; - finishing the absorbent article , characterized in that said longitudinal corrugations formed on the first sheet layer by friction of the first sheet layer on a corresponding corrugated surface of said first roll (C2) form a lengthwise profile of the absorbent receiving pockets . - a first sheet layer presenting an array of absorbent receiving pockets ; - masses of superabsorbent (SAP) material, which masses are placed in said absorbent receiving pockets ; - a second sheet layer placed on top of the first layer; said process comprising the steps of - providing the first sheet layer ; - conforming said first sheet layer on a first roll (C2), whereby longitudinal corrugations are formed on the first sheet layer by friction of the first sheet layer on a corresponding corrugated surface of said first roll (C2) ; - conforming said corrugated first sheet layer on a second roll (C3), said second roll (C3) comprising recesses corresponding to the array of absorbent receiving pockets , whereby a pattern of pockets is obtained; - providing a pre-metered amount of SAP particulate material; - providing a second sheet layer and affixing it for sandwiching with the first sheet layer ; - finishing the absorbent article , - providing the first sheet layer ; - conforming said first sheet layer on a first roll (C2), whereby longitudinal corrugations are formed on the first sheet layer by friction of the first sheet layer on a corresponding corrugated surface of said first roll (C2) ; - conforming said corrugated first sheet layer on a second roll (C3), said second roll (C3) comprising recesses corresponding to the array of absorbent receiving pockets , whereby a pattern of pockets is obtained; - providing a pre-metered amount of SAP particulate material; - providing a second sheet layer and affixing it for sandwiching with the first sheet layer ; - finishing the absorbent article , characterized in that said longitudinal corrugations formed on the first sheet layer by friction of the first sheet layer on a corresponding corrugated surface of said first roll (C2) form a lengthwise profile of the absorbent receiving pockets .
A tapered waveguide, comprising a central waveguide having a constant width (Wc) and shallow-etched strip waveguides disposed on both sides of the central waveguide , wherein each shallow-etched strip waveguide is of a structure with a gradually changing width, and an outline of a side, away from the central waveguide and in a length direction, of the shallow-etched strip waveguide is a concave arc.
An electronic device, characterized in that , comprising: a housing with an accommodating space, wherein the housing is provided with a groove surrounding the accommodating space, and a first dielectric and a second dielectric ; and a bezel , wherein at least part of the bezel is disposed in the groove ; and the bezel is capable of rotating around an axial direction of the housing in the groove ; wherein the first dielectric and the second dielectric are capacitor plates disposed opposite each other on two sidewalls of the groove , an opening is disposed on the part of the bezel located in the groove , and a capacitor is embedded in the opening. a housing with an accommodating space, wherein the housing is provided with a groove surrounding the accommodating space, and a first dielectric and a second dielectric ; and a bezel , wherein at least part of the bezel is disposed in the groove ; and the bezel is capable of rotating around an axial direction of the housing in the groove ; wherein the first dielectric and the second dielectric are capacitor plates disposed opposite each other on two sidewalls of the groove , an opening is disposed on the part of the bezel located in the groove , and a capacitor is embedded in the opening.
A filter assembly comprising: a casing bounding a compartment , the casing having an inlet opening communicating with the compartment and a first outlet opening communicating with the compartment; and a first filter comprising a porous filter body through which gas can pass and which has a pore size smaller than 1 μm, the first filter being coupled with the casing so that the filter body is at least partially disposed within the compartment of the casing and so that gas passing through the compartment of the casing from the inlet opening to the first outlet opening must pass through the filter body, characterized by the casing being comprised of one or more flexible sheets of water-impermeable polymeric film forming a collapsible bag that is adapted to expand to an operational configuration relative to the porous filter body when subjected to a pressure from the gas passing through the compartment. a casing bounding a compartment , the casing having an inlet opening communicating with the compartment and a first outlet opening communicating with the compartment; and a first filter comprising a porous filter body through which gas can pass and which has a pore size smaller than 1 μm, the first filter being coupled with the casing so that the filter body is at least partially disposed within the compartment of the casing and so that gas passing through the compartment of the casing from the inlet opening to the first outlet opening must pass through the filter body, characterized by the casing being comprised of one or more flexible sheets of water-impermeable polymeric film forming a collapsible bag that is adapted to expand to an operational configuration relative to the porous filter body when subjected to a pressure from the gas passing through the compartment.
Method for upgrading biogas from anaerobic fermentation of biological material in a digester for production of hydrogen and optionally methane , comprising addition of hydrogen gas to the fermentation step to enhance the methane:CO 2 ratio in the raw biogas produced and subjecting the raw biogas to a step of desulfurization to the extent required characterized in further comprising subjecting at least a part of the desulfurized raw biogas to a step of sorption enhanced reforming without prior separation of CO2 using CaO as an absorbent to capture CO 2 from the raw biogas as well as CO 2 released in the reforming reaction, regenerating CaO in an endothermic reaction using heat at least partially provided, directly or indirectly, by the bio-gas to be upgraded, thereby producing substantially pure hydrogen and substantially pure CO 2 .
A hair iron , comprising: a first arm and a second arm movable relative to each other between an open position and a closed position, a distal segment of the first arm is spaced from a distal segment of the second arm in the open position, the distal segment of the first arm is positioned in close proximity to the distal segment of the second arm in the closed position; a contact surface positioned on an exterior of the distal segment of the first arm for contacting hair during use; and the first arm includes a heater having a ceramic substrate and an electrically resistive trace on an exterior face of the ceramic substrate, the heater is positioned to supply heat generated by applying an electric current to the electrically resistive trace to the contact surface, characterised in that the hair iron further comprises a sleeve covering an outer face of the heater that faces toward the second arm in the closed position, wherein a portion of the sleeve forms the contact surface, wherein the sleeve is composed of a thin film of thermally conductive and electrically insulative material or wherein the sleeve is composed of at least one of a filled or unfilled polyimide. a first arm and a second arm movable relative to each other between an open position and a closed position, a distal segment of the first arm is spaced from a distal segment of the second arm in the open position, the distal segment of the first arm is positioned in close proximity to the distal segment of the second arm in the closed position; a contact surface positioned on an exterior of the distal segment of the first arm for contacting hair during use; and the first arm includes a heater having a ceramic substrate and an electrically resistive trace on an exterior face of the ceramic substrate, the heater is positioned to supply heat generated by applying an electric current to the electrically resistive trace to the contact surface, characterised in that the hair iron further comprises a sleeve covering an outer face of the heater that faces toward the second arm in the closed position, wherein a portion of the sleeve forms the contact surface, wherein the sleeve is composed of a thin film of thermally conductive and electrically insulative material or wherein the sleeve is composed of at least one of a filled or unfilled polyimide.
A motor drive power system for an airplane, comprising: one or more interleaved motor controllers ; one or more feeders coupled to the one or more motor controllers , one or more electric motors that are coupled to the one or more feeders ; an interleaving angle controller coupled to the one or more motor controllers to adjust an interleaving angle (α, 220) of the system ; and one or more electromagnetic interference (EMI) filters that are coupled to the one or more motor controllers , wherein at least one of the one or more motor controllers is a multifunctional motor controller having a plurality of modes in which the multifunctional motor controller is operable to drive a given load, the multifunctional motor controller being adapted to switch between said modes to drive different loads at different times, and wherein the interleaving angle controller adjusts the interleaving angle (α, 220) in response to a change of modes of the multifunctional motor controller . one or more interleaved motor controllers ; one or more feeders coupled to the one or more motor controllers , one or more electric motors that are coupled to the one or more feeders ; an interleaving angle controller coupled to the one or more motor controllers to adjust an interleaving angle (α, 220) of the system ; and one or more electromagnetic interference (EMI) filters that are coupled to the one or more motor controllers , wherein at least one of the one or more motor controllers is a multifunctional motor controller having a plurality of modes in which the multifunctional motor controller is operable to drive a given load, the multifunctional motor controller being adapted to switch between said modes to drive different loads at different times, and wherein the interleaving angle controller adjusts the interleaving angle (α, 220) in response to a change of modes of the multifunctional motor controller .
An installation for supplying cryogenic fuel to the combustion chamber of a turbine engine of an aircraft, this aircraft comprising a conditioned air circuit characterised in that it comprises: - a tank for cryogenic fuel in the liquid state, - a mixing chamber receiving various flows of cryogenic fuel in the supercritical or gaseous state, this mixing chamber being configured to be connected to said combustion chamber for supplying same with cryogenic fuel in the supercritical or gaseous state, - at least one heat exchanger between the cryogenic fuel and the air of the air-conditioning circuit of the aircraft, mounted in a line connecting said cryogenic fuel tank to said mixing chamber , and in a line configured to be connected to the conditioned air circuit of the aircraft, the heat exchange taking place therein so as to cool the air of the air-conditioning circuit of the aircraft and to increase the temperature of the cryogenic fuel coming from said tank . - a tank for cryogenic fuel in the liquid state, - a mixing chamber receiving various flows of cryogenic fuel in the supercritical or gaseous state, this mixing chamber being configured to be connected to said combustion chamber for supplying same with cryogenic fuel in the supercritical or gaseous state, - at least one heat exchanger between the cryogenic fuel and the air of the air-conditioning circuit of the aircraft, mounted in a line connecting said cryogenic fuel tank to said mixing chamber , and in a line configured to be connected to the conditioned air circuit of the aircraft, the heat exchange taking place therein so as to cool the air of the air-conditioning circuit of the aircraft and to increase the temperature of the cryogenic fuel coming from said tank .