mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device (106-116, 200) comprising: a memory ; at least one sensor ; and at least one processor coupled to the memory and the at least one sensor , the at least one processor configured to: detect orientation information of each of a plurality of frames, from an orientation application which determines the orientation information based on details in each of the plurality of frames, wherein the details in each of the plurality of frames include a horizon, wherein a spherical frame is generated by stitching the plurality of frames together, and wherein the orientation application determines a horizon across the spherical frame and adjusts the plurality of frames to straighten and level the horizon across the spherical frame; reorient the spherical frame by adjusting the horizon across the spherical frame to be centered vertically using the orientation information; and store the reoriented spherical frame, wherein the orientation information includes a focus for the spherical frame, and wherein the spherical frame is rotated so that the focus is a portion displayed as an initial viewpoint of the spherical frame. a memory ; at least one sensor ; and at least one processor coupled to the memory and the at least one sensor , the at least one processor configured to: detect orientation information of each of a plurality of frames, from an orientation application which determines the orientation information based on details in each of the plurality of frames, wherein the details in each of the plurality of frames include a horizon, wherein a spherical frame is generated by stitching the plurality of frames together, and wherein the orientation application determines a horizon across the spherical frame and adjusts the plurality of frames to straighten and level the horizon across the spherical frame; reorient the spherical frame by adjusting the horizon across the spherical frame to be centered vertically using the orientation information; and store the reoriented spherical frame, wherein the orientation information includes a focus for the spherical frame, and wherein the spherical frame is rotated so that the focus is a portion displayed as an initial viewpoint of the spherical frame. detect orientation information of each of a plurality of frames, from an orientation application which determines the orientation information based on details in each of the plurality of frames, wherein the details in each of the plurality of frames include a horizon, wherein a spherical frame is generated by stitching the plurality of frames together, and wherein the orientation application determines a horizon across the spherical frame and adjusts the plurality of frames to straighten and level the horizon across the spherical frame; reorient the spherical frame by adjusting the horizon across the spherical frame to be centered vertically using the orientation information; and store the reoriented spherical frame, wherein the orientation information includes a focus for the spherical frame, and wherein the spherical frame is rotated so that the focus is a portion displayed as an initial viewpoint of the spherical frame.
A well system , comprising: a first well screen assembly comprising a first screen portion that is fluid permeable to a center bore of the first well screen assembly , and a first base pipe having a portion that is fluid impermeable to the center bore; a second well screen assembly comprising a second screen portion that is fluid permeable to a center bore of the second well screen assembly , and a second base pipe having a portion that is fluid impermeable to the center bore; a conduit with fluid permeable sidewalls at the outer diameter of the first and second well screen assemblies and configured to communicate fluid from the fluid impermeable portions of the first and second base pipes to the fluid permeable first and second screen portions ; characterized in that the well system further comprises a cover sleeve located around the portion of the first and second base pipes that is fluid impermeable. a first well screen assembly comprising a first screen portion that is fluid permeable to a center bore of the first well screen assembly , and a first base pipe having a portion that is fluid impermeable to the center bore; a second well screen assembly comprising a second screen portion that is fluid permeable to a center bore of the second well screen assembly , and a second base pipe having a portion that is fluid impermeable to the center bore; a conduit with fluid permeable sidewalls at the outer diameter of the first and second well screen assemblies and configured to communicate fluid from the fluid impermeable portions of the first and second base pipes to the fluid permeable first and second screen portions ; characterized in that the well system further comprises a cover sleeve located around the portion of the first and second base pipes that is fluid impermeable.
Device for heating electronic equipment, access control units and vending and payment machines , having at least one heating fan arranged in any open space inside a housing or outside the housing of the electronic equipment, the vending and payment machines or the access control units , the at least one air outlet of said heating fan being fluidly connected by means of an air guide component with respective air intakes of a pipe system , wherein the pipe system has multiple air outlets and each module to be heated of the vending and payment machines or the access control units is associated with at least one air outlet , which feeds air heated by means of the at least one heating fan to the module , wherein at least one pipe of the pipe system is routed along a side inner wall of the housing via the hinge side of the door of the housing to the inside of the door of the housing , such that air heated by the at least one heating fan is directed via air outlets to the modules to be heated, which are attached to the door , characterized in that respective temperature sensors are associated with all modules to be heated, which signal of the temperature sensor is used via a control means to reduce the feeding of heated air by means of valves connected to the control system and associated with the air outlets of the pipe system if the temperature exceeds a first threshold for reducing the feed, and is interrupted when the temperature exceeds a second threshold for interrupting the feed, wherein the thresholds can be individually predefined for each module to be heated .
A balancing device for a rotary apparatus having a rotary body which is configured to pivot or swivel about at least one rotary shaft , characterized in that the balancing device comprises a magnet assembly and a torque adjusting mechanism, wherein the magnet assembly at least includes a combination of two or more magnets , and the torque adjusting mechanism is configured to adjust a torque generated by the combination of the two or more magnets .
A mobile terminal for receiving a specified mobile reception service selectively from Orthogonal Frequency Division Multiplexing, OFDM, signals transmitting data in bursts, the mobile terminal comprising: a tuner operable to select a specific channel; a demodulator operable to demodulate the OFDM signal; an FFT section operable to convert a signal output from the demodulator to a signal in frequency domain; an equalization section operable to equalize the signal in frequency domain output from the FFT section ; an error correction section operable to apply error correction to the data from the equalization section , characterized in that the mobile terminal receives a specific time slot carrying the specified mobile reception service within one superframe, wherein, by time division multiplexing, TDM, services for Digital Video Broadcasting-Terrestrial, DVB-T, terminals and for mobile terminals are received time-multiplexed in a superframe transmitted in DVB-T format, wherein the superframe is divided into time slots and each time slot contains a specific number of OFDM symbols, wherein scattered pilot, SP, signals are provided, in specific subcarriers of the OFDM signals, at every four symbols, wherein, after a mobile reception service to be received is specified, transmission channel decoding is only performed for the slot in the superframe carrying the specified mobile reception service to be decoded, and for three symbols prior to the slot carrying the specified mobile reception service, the transmission channel decoding including each process applied by the FFT section, the equalization section, and the error correction section. a tuner operable to select a specific channel; a demodulator operable to demodulate the OFDM signal; an FFT section operable to convert a signal output from the demodulator to a signal in frequency domain; an equalization section operable to equalize the signal in frequency domain output from the FFT section ; an error correction section operable to apply error correction to the data from the equalization section , characterized in that the mobile terminal receives a specific time slot carrying the specified mobile reception service within one superframe, wherein, by time division multiplexing, TDM, services for Digital Video Broadcasting-Terrestrial, DVB-T, terminals and for mobile terminals are received time-multiplexed in a superframe transmitted in DVB-T format, wherein the superframe is divided into time slots and each time slot contains a specific number of OFDM symbols, wherein scattered pilot, SP, signals are provided, in specific subcarriers of the OFDM signals, at every four symbols, wherein, after a mobile reception service to be received is specified, transmission channel decoding is only performed for the slot in the superframe carrying the specified mobile reception service to be decoded, and for three symbols prior to the slot carrying the specified mobile reception service, the transmission channel decoding including each process applied by the FFT section, the equalization section, and the error correction section.
A thermal transfer sheet including a transfer layer provided on one surface of a substrate, wherein the transfer layer includes one or two or more layers, among the layers constituting the transfer layer, the layer located nearest the substrate comprises a copolymer of methyl (meth)acrylate and ethyl (meth)acrylate, the copolymerization ratio of methyl (meth)acrylate in the copolymer is 60% or more and 90% or less on a molar basis, the copolymerization ratio of ethyl (meth)acrylate is 10% or more and 40% or less on a molar basis, when the copolymerization ratio of the methyl (meth)acrylate in the copolymer is 80% or more on a molar basis, the weight average molecular weight (Mw) of the copolymer is 15000 or less, and meanwhile, when the copolymerization ratio of the methyl (meth)acrylate in the copolymer is less than 80% on a molar basis, the weight average molecular weight (Mw) of the copolymer is 45000 or less.
A filling chute output for supplying fiber flocks from a filling chute into a feed duct of a card , having an opening roller with an axle and an axial working length, having a feed roller upstream from the opening roller and having an air supply which has a fan and an air supply duct , wherein the air supply duct has a cross section with a width (C) that increases in the direction of the axis of the opening roller and a height (H) perpendicular to the width (C), characterized in that the air supply duct consists of a first part and a second part , wherein the second part is arranged tangentially to the opening roller at least in part, with a longitudinal extent from the first part in the direction of an end opposite the first part , and at least up a plane of the opening roller passing through the axis of the opening roller and perpendicular to a lower wall opposite the opening roller or beyond that.
A gas distribution arrangement , suitable for use in a heating apparatus for heating particulate material, the gas distribution arrangement including: an enclosure having a gas inlet arrangement and a gas outlet arrangement; the enclosure including an operatively upper zone, an intermediate zone and an operatively lower zone, with the gas outlet arrangement provided in the operatively lower zone; with the operatively lower zone being of a downwardly tapering, converging configuration; characterised in that the operatively lower zone comprises a plurality of discrete rings of reducing span being located at least partially below one another so as to form a stepped cone, with the gas outlet arrangement defined by vertically extending annular passages between adjacent rings of reducing span, wherein the passages are in use downwardly directed. an enclosure having a gas inlet arrangement and a gas outlet arrangement; the enclosure including an operatively upper zone, an intermediate zone and an operatively lower zone, with the gas outlet arrangement provided in the operatively lower zone; with the operatively lower zone being of a downwardly tapering, converging configuration; characterised in that the operatively lower zone comprises a plurality of discrete rings of reducing span being located at least partially below one another so as to form a stepped cone, with the gas outlet arrangement defined by vertically extending annular passages between adjacent rings of reducing span, wherein the passages are in use downwardly directed.
A method for coating at least one AFM tip comprising a step of coating the at least one AFM tip by means of ion cluster source technique with a material for coating in the form of spherical nanoparticles with controlled size, characterised in that an ion cluster source is located in a first chamber, wherein the ion cluster technique is performed in vacuum or ultra high vacuum conditions in the first chamber, and in an attached chamber connected to the ion cluster source, and wherein the AFM tip to be coated is located in the attached chamber.
A method of making an interaxle differential unit , the method comprising: piercing a workpiece to form a through hole ; ring roll forging the workpiece to form an annular case that is a seamless ring; heat treating the annular case ; and installing an interaxle differential unit gear nest inside the annular case . piercing a workpiece to form a through hole ; ring roll forging the workpiece to form an annular case that is a seamless ring; heat treating the annular case ; and installing an interaxle differential unit gear nest inside the annular case .
An ink composition for making a silver structure, the ink composition comprising: a silver salt; an organo-complex of a first complexing agent and a second complexing agent; a solvent; and a carboxylic acid or a salt of a carboxylic acid; wherein said first complexing agent is an alkyl amine selected from the group consisting of methylamine, ethylamine, propylamine, butylamine, and amylamine; wherein said second complexing agent is an aminoalcohol selected from the group consisting of methanolamine, ethanolamine, propanolamine, and butanolamine; wherein said solvent is water or a short chain alcohol having an alkyl chain of 1-3 carbon atoms; and wherein the ink composition has a pH of 10.5. a silver salt; an organo-complex of a first complexing agent and a second complexing agent; a solvent; and a carboxylic acid or a salt of a carboxylic acid; wherein said first complexing agent is an alkyl amine selected from the group consisting of methylamine, ethylamine, propylamine, butylamine, and amylamine; wherein said second complexing agent is an aminoalcohol selected from the group consisting of methanolamine, ethanolamine, propanolamine, and butanolamine; wherein said solvent is water or a short chain alcohol having an alkyl chain of 1-3 carbon atoms; and wherein the ink composition has a pH of 10.5.
A compound selected from the group consisting of (Z)-((hex-3-en-1-yloxy)methyl)cyclopropane, (E)-((hex-3-en-1-yloxy)methyl)cyclopropane and ((hexyloxy)methyl)cyclopropane.
Method for determining a slip angle λ r of a rear wheel of a single-track motor vehicle for the traction control of the rear wheel of the single-track motor vehicle by a control loop, wherein the slip angle λ r of the rear wheel is determined as a feedback variable of the control loop by the following steps: • determining a first slip angle λ r1 using a first state estimator , wherein input variables of the first state estimator are at least one steering angle δ on the front wheel of the motor vehicle and an orientation of the motor vehicle in space, characterized in that the method furthermore comprises the following steps: • determining a second slip angle λ r2 using a second state estimator , wherein input variables of the second state estimator are at least one steering angle δ on the front wheel of the motor vehicle and a movement vector of the motor vehicle in a mass centre of gravity of the motor vehicle, • determining a third slip angle λ r3 , wherein the third slip angle λ r3 is determined from a relationship known for a single-track model between the steering angle δ, an Ackermann angle Δ A , a slip angle λ f of a front wheel, and the third slip angle λ r3 and wherein the slip angle λ f is determined from a previously known ratio of the slip angle λ f to a vehicle status, and determining the slip angle λ r from precisely two of the slip angles λ r1 , λ r2 and λ r3 by a data fusion, wherein a respective deviation between the slip angles λ r1 , λ r2 and λ r3 is ascertained, and wherein the slip angle λ r is determined by the data fusion of the two slip angles of the slip angles λ r1 , λ r2 and λ r3 having the smallest deviation from one another. • determining a first slip angle λ r1 using a first state estimator , wherein input variables of the first state estimator are at least one steering angle δ on the front wheel of the motor vehicle and an orientation of the motor vehicle in space, characterized in that the method furthermore comprises the following steps: • determining a second slip angle λ r2 using a second state estimator , wherein input variables of the second state estimator are at least one steering angle δ on the front wheel of the motor vehicle and a movement vector of the motor vehicle in a mass centre of gravity of the motor vehicle, • determining a third slip angle λ r3 , wherein the third slip angle λ r3 is determined from a relationship known for a single-track model between the steering angle δ, an Ackermann angle Δ A , a slip angle λ f of a front wheel, and the third slip angle λ r3 and wherein the slip angle λ f is determined from a previously known ratio of the slip angle λ f to a vehicle status, and determining the slip angle λ r from precisely two of the slip angles λ r1 , λ r2 and λ r3 by a data fusion, wherein a respective deviation between the slip angles λ r1 , λ r2 and λ r3 is ascertained, and wherein the slip angle λ r is determined by the data fusion of the two slip angles of the slip angles λ r1 , λ r2 and λ r3 having the smallest deviation from one another.
An LED floor tile screen, comprising a rear body and an LED lamp panel fixedly arranged on the rear body ; the LED lamp panel comprises a PCB board and a plurality of lamp beads fixedly arranged on the PCB board ; wherein the LED floor tile screen further comprises a glass covering the LED lamp panel and an adhesive layer for bonding and sealing the glass and the rear body ; the rear body comprises a bottom housing and a plurality of supports fixedly arranged in the bottom housing; and the support is used to support the glass ; the LED lamp panel is fixedly arranged in the bottom housing; a top surface of the support is higher than a top surface of the lamp bead ; characterized in that : the support is a transparent support; and transparent side plates are arranged around the bottom housing, the adhesive layer is filled between the side plate and the glass , and a side of the glass is provided with a first groove . the rear body comprises a bottom housing and a plurality of supports fixedly arranged in the bottom housing; and the support is used to support the glass ; the LED lamp panel is fixedly arranged in the bottom housing; a top surface of the support is higher than a top surface of the lamp bead ; characterized in that : the support is a transparent support; and transparent side plates are arranged around the bottom housing, the adhesive layer is filled between the side plate and the glass , and a side of the glass is provided with a first groove . the support is a transparent support; and transparent side plates are arranged around the bottom housing, the adhesive layer is filled between the side plate and the glass , and a side of the glass is provided with a first groove .
Discharging valve of a cylinder , said cylinder consisting of an enclosed tank containing pressurized gas, said enclosed tank comprises an upper opening which is closed to pressure by means of an upper valve of the cylinder , said upper valve is suitable for passing from a closed position that keeps the gas pressure inside the enclosed tank to an open position that allows the release of the gas contained in the enclosed tank , said upper valve is constituted by a hollow body which comprises an internal cavity , said upper valve comprises a sealed shutter which is adapted to slide inside the internal cavity of the hollow body of the upper valve from a sealing position to a releasing position of the gas, the sealing position of the shutter corresponds to the closed position of the upper valve , the releasing position of the shutter corresponds to the open position of the upper valve , said hollow body of the upper valve comprises an upper wall , said discharging valve is mounted externally on said upper wall of said hollow body of said upper valve , said discharging valve consists of a hollow body comprising a hollow discharging spout and an internal cavity of the hollow body , said hollow body of the discharging valve comprises a lower portion adapted to be mounted with the upper wall of the hollow body of the upper valve , the discharging spout and the internal cavity of the hollow body of the discharging valve are adapted to allow the gas to be released from the tank of the cylinder when the upper valve is in the open position, wherein the discharging valve comprises a lever hinged at a fulcrum (F) with an upper portion of the hollow body of the discharging valve , the discharging valve comprises a piston , said lever of the discharging valve presses said piston at a point at a distance (D) from the fulcrum (F), said piston is adapted to press against the shutter to pass the shutter from the sealing position to the releasing position of the gas, the piston comprises an upper portion adapted to be engaged by the lever and a lower portion of the piston which is in contact with an upper portion of the shutter of the upper valve of the cylinder , characterized in that said discharging valve of a cylinder is for inflating balloons, said upper wall extends upward to form a hollow cylinder around an upper portion of the shutter , said upper portion of the shutter extends outward from the upper valve and the upper portion of the shutter is protected by the upper wall of the hollow body of the upper valve , said piston is slidably mounted inside the internal cavity of the hollow body of the discharging valve , said discharging valve consists of a molded plastic material.