mhurhangee/patent-ind-claim-en huggingface dataset:
A motor-operated compressor comprising: a housing ; a driving motor provided in an inner space of the housing , the driving motor having a stator and a rotor ; a rotary shaft coupled to the rotor ; a first scroll provided on one side of the driving motor , the rotary shaft passing through and rotatably coupling to the first scroll ; a second scroll coupled to the first scroll and coupled to an eccentric part of the rotary shaft passing through the first scroll to form a compression chamber (V) between the first scroll and the second scroll ; and a frame provided opposite to the driving motor with the first scroll and the second scroll interposed therebetween and configured to axially support the second scroll and radially support one end of the rotary shaft passing through the second scroll ; characterized in that an elastic member is provided between the second scroll and the frame to elastically support the second scroll toward the first scroll ; and wherein a support surface having a predetermined height from an inner surface of the frame is formed stepwise in the frame to support an outer periphery of the elastic member . a housing ; a driving motor provided in an inner space of the housing , the driving motor having a stator and a rotor ; a rotary shaft coupled to the rotor ; a first scroll provided on one side of the driving motor , the rotary shaft passing through and rotatably coupling to the first scroll ; a second scroll coupled to the first scroll and coupled to an eccentric part of the rotary shaft passing through the first scroll to form a compression chamber (V) between the first scroll and the second scroll ; and a frame provided opposite to the driving motor with the first scroll and the second scroll interposed therebetween and configured to axially support the second scroll and radially support one end of the rotary shaft passing through the second scroll ; characterized in that an elastic member is provided between the second scroll and the frame to elastically support the second scroll toward the first scroll ; and wherein a support surface having a predetermined height from an inner surface of the frame is formed stepwise in the frame to support an outer periphery of the elastic member .
A method for selecting content at a content provider system for distribution over a network to a plurality of user devices intermittently connected to the network , the method comprising: storing a plurality of content items within a content database in the content provider system; storing a plurality of user profiles corresponding to the plurality of user devices in the content provider system, the user profile including play history information; receiving a first current inventory of ones of the content items stored on a first of the plurality of user devices wherein the first current inventory is sent by the first of the plurality of user devices and is associated with a first station; storing a plurality of station definitions corresponding to a plurality of stations, at least a first of the station definitions including customization information associated with the first of the plurality of user devices ; identifying, based at least in part upon the first current inventory, a first of the user profiles, and the play history thereof, a first plurality of the content items to be distributed to the first of the plurality of user devices wherein the first plurality of the content items includes a first sequence of content items corresponding to the first station and a second sequence of content items corresponding to a second station. storing a plurality of content items within a content database in the content provider system; storing a plurality of user profiles corresponding to the plurality of user devices in the content provider system, the user profile including play history information; receiving a first current inventory of ones of the content items stored on a first of the plurality of user devices wherein the first current inventory is sent by the first of the plurality of user devices and is associated with a first station; storing a plurality of station definitions corresponding to a plurality of stations, at least a first of the station definitions including customization information associated with the first of the plurality of user devices ; identifying, based at least in part upon the first current inventory, a first of the user profiles, and the play history thereof, a first plurality of the content items to be distributed to the first of the plurality of user devices wherein the first plurality of the content items includes a first sequence of content items corresponding to the first station and a second sequence of content items corresponding to a second station.
A method for making a pigment grind dispersion of titanium dioxide pigment-polymer composite particles, which method comprises: (a1) mixing titanium dioxide particles with an aqueous emulsion containing water-insoluble film-forming first polymer particles that do not by themselves form composite particles with the titanium dioxide particles, and then (b1) adding an aqueous emulsion containing water-insoluble film-forming second polymer particles that adsorb to the titanium dioxide particles, or (a2) circulating an aqueous emulsion containing water-insoluble film-forming first polymer particles that do not by themselves form composite particles with titanium dioxide particles, and (b2) independently and concurrently adding to such first polymer particles (i) a dispersion of titanium dioxide particles and (ii) an aqueous emulsion containing water-insoluble film-forming second polymer particles that adsorb to the titanium dioxide particles, wherein the first polymer is an acrylic emulsion, ethylene vinyl acetate emulsion, polybutadiene emulsion, polyvinylidene emulsion, styrene acrylic emulsion, vinyl acrylic emulsion, vinyl acetate-vinyl versatate emulsion or mixture thereof; and wherein the second polymer particles include pendant phosphorus groups, acetoacetoxy groups, 1,3-dicarbonyl groups, aldehyde groups, acid groups, amine groups, epoxy groups, isocyanate groups, thiorane groups, isothiocyanate groups, alcohol groups, carbodiimides groups, aziridine groups, haloalkane groups, or halophenyl groups. (a1) mixing titanium dioxide particles with an aqueous emulsion containing water-insoluble film-forming first polymer particles that do not by themselves form composite particles with the titanium dioxide particles, and then (b1) adding an aqueous emulsion containing water-insoluble film-forming second polymer particles that adsorb to the titanium dioxide particles, or (a2) circulating an aqueous emulsion containing water-insoluble film-forming first polymer particles that do not by themselves form composite particles with titanium dioxide particles, and (b2) independently and concurrently adding to such first polymer particles (i) a dispersion of titanium dioxide particles and (ii) an aqueous emulsion containing water-insoluble film-forming second polymer particles that adsorb to the titanium dioxide particles,
A method of altering a target nucleic acid in a cell comprising introducing into the cell one or more first foreign nucleic acids encoding two or more guide RNA sequences complementary to DNA, wherein the DNA includes the target nucleic acid, introducing into the cell a second foreign nucleic acid encoding a Cas9 protein that binds to the DNA and is guided by the two or more guide RNA sequences, introducing into the cell an exogenous nucleic acid sequence to be included into the target nucleic acid sequence, wherein the two or more guide RNA sequences and the Cas9 protein are expressed, wherein the two or more guide RNA sequences and the Cas9 protein co-localize to the DNA and wherein the Cas9 protein creates two or more double stranded breaks to remove a first nucleic acid sequence of interest and wherein the exogenous nucleic acid sequence is inserted between the two break points of the target nucleic acid, wherein the first nucleic acid sequence of interest and the exogenous nucleic acid sequence are greater than 1000 base pairs in length, and wherein the exogenous nucleic acid sequence to be included into the target nucleic acid sequence is flanked by sequences complementary to the area around the first nucleic acid sequence of interest. introducing into the cell one or more first foreign nucleic acids encoding two or more guide RNA sequences complementary to DNA, wherein the DNA includes the target nucleic acid, introducing into the cell a second foreign nucleic acid encoding a Cas9 protein that binds to the DNA and is guided by the two or more guide RNA sequences, introducing into the cell an exogenous nucleic acid sequence to be included into the target nucleic acid sequence, wherein the two or more guide RNA sequences and the Cas9 protein are expressed, wherein the two or more guide RNA sequences and the Cas9 protein co-localize to the DNA and wherein the Cas9 protein creates two or more double stranded breaks to remove a first nucleic acid sequence of interest and wherein the exogenous nucleic acid sequence is inserted between the two break points of the target nucleic acid, wherein the first nucleic acid sequence of interest and the exogenous nucleic acid sequence are greater than 1000 base pairs in length, and wherein the exogenous nucleic acid sequence to be included into the target nucleic acid sequence is flanked by sequences complementary to the area around the first nucleic acid sequence of interest.
Elevator system comprising a cabin and/or a counterweight , a belt for supporting the cabin and/or the counterweight , a first deflecting element , over which the belt is guided, and a second deflecting element , over which the belt is guided, wherein the belt comprises a plurality of tension-bearing elements running in the longitudinal direction of the belt , and a sheath , in which the tension-bearing elements are embedded, wherein the belt has a first side and a second side opposite the first side , wherein the belt is guided with the first side over both the first and the second deflecting element, and wherein at least the first side has a plurality of ribs running in the longitudinal direction of the belt , wherein both the first and second deflecting element have a plurality of grooves , with which the ribs of the first side of the belt mesh, characterized in that the grooves of the first deflecting element have a first geometry, and the grooves of the second deflecting element have a second geometry different from the first geometry. wherein the belt comprises a plurality of tension-bearing elements running in the longitudinal direction of the belt , and a sheath , in which the tension-bearing elements are embedded, wherein the belt has a first side and a second side opposite the first side , wherein the belt is guided with the first side over both the first and the second deflecting element, and wherein at least the first side has a plurality of ribs running in the longitudinal direction of the belt , wherein both the first and second deflecting element have a plurality of grooves , with which the ribs of the first side of the belt mesh, characterized in that the grooves of the first deflecting element have a first geometry, and the grooves of the second deflecting element have a second geometry different from the first geometry.
A liquid level detector for use in a pump control system, the liquid level detector comprising: a chamber for liquid; a liquid inlet to the chamber ; a liquid outlet from the chamber and connectable to a pump ; a first capacitive sensor comprising a first and second mutually spaced capacitive sensor elements forming a capacitance which is sensitive to permittivity within a region of the chamber proximate the first capacitive sensor, and a second capacitive sensor spaced from the first capacitive sensor, the second capacitive sensor comprising mutually spaced capacitive sensor elements forming a capacitance which is sensitive to permittivity within a region of the chamber proximate the second capacitive sensor, characterised in that the capacitive sensor elements each form a ring around the chamber . a chamber for liquid; a liquid inlet to the chamber ; a liquid outlet from the chamber and connectable to a pump ; a first capacitive sensor comprising a first and second mutually spaced capacitive sensor elements forming a capacitance which is sensitive to permittivity within a region of the chamber proximate the first capacitive sensor, and a second capacitive sensor spaced from the first capacitive sensor, the second capacitive sensor comprising mutually spaced capacitive sensor elements forming a capacitance which is sensitive to permittivity within a region of the chamber proximate the second capacitive sensor, characterised in that the capacitive sensor elements each form a ring around the chamber .
An Olympic and Paralympic torch comprising: a main burner that produces a flame by combustion of gas; a flame holding body configured to maintain a combustion state of the main burner if the flame produced by the main burner is about to be extinguished by catalytic combustion and combustion of gas; and a gas supply pipe configured to feed combustion gas from a gas container filled with the combustion gas to the main burner and the flame holding body , wherein the flame holding body includes a catalyst that contains at least one of platinum, palladium, ruthenium, rhodium and silver and that produces the catalytic combustion of gas, and wherein the gas supply pipe is connected to a first intake pipe that feeds gas to the main burner , and to a second intake pipe that feeds gas to the flame holding body , such that mixtures of gas and air having different gas concentrations can be fed to the main burner and the flame holding body , respectively, wherein the first intake pipe has first nozzles and the second intake pipe has a second nozzle such that gas is injected through the respective nozzles at predetermined rates, respectively. a main burner that produces a flame by combustion of gas; a flame holding body configured to maintain a combustion state of the main burner if the flame produced by the main burner is about to be extinguished by catalytic combustion and combustion of gas; and a gas supply pipe configured to feed combustion gas from a gas container filled with the combustion gas to the main burner and the flame holding body , wherein the flame holding body includes a catalyst that contains at least one of platinum, palladium, ruthenium, rhodium and silver and that produces the catalytic combustion of gas, and wherein the gas supply pipe is connected to a first intake pipe that feeds gas to the main burner , and to a second intake pipe that feeds gas to the flame holding body , such that mixtures of gas and air having different gas concentrations can be fed to the main burner and the flame holding body , respectively, wherein the first intake pipe has first nozzles and the second intake pipe has a second nozzle such that gas is injected through the respective nozzles at predetermined rates, respectively.
A strut structure with a strip for an exhaust diffuser of a gas turbine comprising: a plurality of struts disposed along an outer circumference of a diffuser body disposed on a central side of the exhaust diffuser ; and one or more strips formed on the strut , characterized int that: the strip is a projection type strip protruding outward from the strut or a groove type strip recessed inward from the strut ; and the strip is formed on the strut in parallel to a flow direction of the exhaust gas (E) and the strip has a rectangular cross-sectional shape in a plane perpendicular to the flow direction of the exhaust gas (E) such that an exhaust gas (E) passing through the strut flows along the strip from a leading edge of the strut to alleviate a separated flow phenomenon. a plurality of struts disposed along an outer circumference of a diffuser body disposed on a central side of the exhaust diffuser ; and one or more strips formed on the strut , the strip is a projection type strip protruding outward from the strut or a groove type strip recessed inward from the strut ; and the strip is formed on the strut in parallel to a flow direction of the exhaust gas (E) and the strip has a rectangular cross-sectional shape in a plane perpendicular to the flow direction of the exhaust gas (E) such that an exhaust gas (E) passing through the strut flows along the strip from a leading edge of the strut to alleviate a separated flow phenomenon.
An exhaust aftertreatment unit for cleaning exhaust gases, the exhaust aftertreatment unit comprising: - an emission reducing module being a diesel particulate filter, DPF , and/or a diesel oxidation catalyst, DOC , - a selective catalyst reduction, SCR, catalyst , - an electrical heating element arranged upstream of the SCR catalyst, - a casing housing at least the emission reducing module, and - a service lid removably arranged to cover a service opening of the casing through which the emission reducing module may be accessed, characterized in that the electrical heating element is removably arranged relative the casing and is arranged accessible upon removal of the service lid by that the electrical heating element is arranged inside the casing, and is removed relative the casing by being passed through the service opening, or is arranged inside the service lid, and is removed relative the casing by removing the service lid. - an emission reducing module being a diesel particulate filter, DPF , and/or a diesel oxidation catalyst, DOC , - a selective catalyst reduction, SCR, catalyst , - an electrical heating element arranged upstream of the SCR catalyst, - a casing housing at least the emission reducing module, and - a service lid removably arranged to cover a service opening of the casing through which the emission reducing module may be accessed,
Handling device (10; 210; 410; 610) for handling a hide (P), comprising grip and transfer means (12; 412) suited to grip and transfer said hide (P), wherein said grip and transfer means (12; 412) comprise: - a tubular element suited to define an inner cavity and suited to receive said hide (P) so that it rests on at least one section of its external surface , said tubular element developing longitudinally along a main rotation axis (X) and comprising at least one through hole suited to place said external surface in communication with said inner cavity ; - rotation means suited to rotate said tubular element around said main axis (X); - air suction means suited to act in said inner cavity of said tubular element in order to define at least one negative pressure area on said external surface through said at least one through hole ; - air confining means associated with said air suction means and suited to define a suction sector (S1, S2) that extends over an angle smaller than 360° around said main axis (X) and inside said inner cavity , characterized in that said external surface comprises at least one groove that communicates with said at least one through hole , in such a way that said at least one negative pressure area extends on said groove and in that said at least one groove extends on said external surface in a tilted direction with respect to said main axis (X). - a tubular element suited to define an inner cavity and suited to receive said hide (P) so that it rests on at least one section of its external surface , said tubular element developing longitudinally along a main rotation axis (X) and comprising at least one through hole suited to place said external surface in communication with said inner cavity ; - rotation means suited to rotate said tubular element around said main axis (X); - air suction means suited to act in said inner cavity of said tubular element in order to define at least one negative pressure area on said external surface through said at least one through hole ; - air confining means associated with said air suction means and suited to define a suction sector (S1, S2) that extends over an angle smaller than 360° around said main axis (X) and inside said inner cavity , characterized in that said external surface comprises at least one groove that communicates with said at least one through hole , in such a way that said at least one negative pressure area extends on said groove and in that said at least one groove extends on said external surface in a tilted direction with respect to said main axis (X).
A shaped body comprising a) at least one graft copolymer (I) comprising i) a polyether and ii) one or more side chains obtained by the polymerization of compounds of formula (IA) and/or formula (IB) and/or formula (IC); CH 2 =CY-C(=O)-OR 1 formula (IA) CH 2 =CY-O-C(=O)-R 1 formula (IB) CH 2 =CH-CH 2 -O-C(=O)-R 1 formula (IC) wherein R 1 is in each case selected from C 4 -C 20 -alkyl or C 4 -C 20 -alkenyl and Y is in each case selected from hydrogen and methyl, and b) at least one aroma chemical. a) at least one graft copolymer (I) comprising i) a polyether and ii) one or more side chains obtained by the polymerization of compounds of formula (IA) and/or formula (IB) and/or formula (IC); CH 2 =CY-C(=O)-OR 1 formula (IA) CH 2 =CY-O-C(=O)-R 1 formula (IB) CH 2 =CH-CH 2 -O-C(=O)-R 1 formula (IC) wherein R 1 is in each case selected from C 4 -C 20 -alkyl or C 4 -C 20 -alkenyl and Y is in each case selected from hydrogen and methyl, and i) a polyether and ii) one or more side chains obtained by the polymerization of compounds of formula (IA) and/or formula (IB) and/or formula (IC); CH 2 =CY-C(=O)-OR 1 formula (IA) CH 2 =CY-O-C(=O)-R 1 formula (IB) CH 2 =CH-CH 2 -O-C(=O)-R 1 formula (IC) wherein R 1 is in each case selected from C 4 -C 20 -alkyl or C 4 -C 20 -alkenyl and Y is in each case selected from hydrogen and methyl, and b) at least one aroma chemical.
A current control semiconductor element comprising: a main MOSFET configured to drive a current; and a sense MOSFET that is connected to the main MOSFET in parallel and is configured to detect a current shunted from a current of the main MOSFET , the main MOSFET and the sense MOSFET being formed in a multi-finger MOSFET on the same semiconductor chip, wherein the multi-finger MOSFET has a plurality of channels, all the channels of the multi-finger MOSFET having the same shape and equal gate widths and being arranged in a single row in a direction, X direction, perpendicular to a channel width direction, wherein a part of the channels of the multi-finger MOSFET forms a channel for the sense MOSFET , wherein when a distance between the center of the multi-finger MOSFET and a channel located farthest from the center of the multi-finger MOSFET is indicated by L, a channel that is located closest to a position distant by a distance of (L/(√3)) from the center of the multi-finger MOSFET is used as the channel for the sense MOSFET , and wherein a total gate width of the sense MOSFET is designed in a range of 1/1000 to 1/100 of a total gate width of the main MOSFET , whereby a sense ratio is in a range of 1/1000 to 1/100. a main MOSFET configured to drive a current; and a sense MOSFET that is connected to the main MOSFET in parallel and is configured to detect a current shunted from a current of the main MOSFET , the main MOSFET and the sense MOSFET being formed in a multi-finger MOSFET on the same semiconductor chip, wherein the multi-finger MOSFET has a plurality of channels, all the channels of the multi-finger MOSFET having the same shape and equal gate widths and being arranged in a single row in a direction, X direction, perpendicular to a channel width direction, wherein a part of the channels of the multi-finger MOSFET forms a channel for the sense MOSFET , wherein when a distance between the center of the multi-finger MOSFET and a channel located farthest from the center of the multi-finger MOSFET is indicated by L, a channel that is located closest to a position distant by a distance of (L/(√3)) from the center of the multi-finger MOSFET is used as the channel for the sense MOSFET , and wherein a total gate width of the sense MOSFET is designed in a range of 1/1000 to 1/100 of a total gate width of the main MOSFET , whereby a sense ratio is in a range of 1/1000 to 1/100.