mhurhangee/ep-ind-claims huggingface dataset:
A tire abnormality detection device, comprising: an MCU module that is located at a center of a surface of a tire inner liner; a first sensor module that is formed on one side of the MCU module in a width direction of the inner liner; and a second sensor module that is formed on the other side of the MCU module in the width direction of the inner liner, wherein the first sensor module and the second sensor module are symmetrically located with respect to the MCU module, characterized in that the MCU module is configured to receive a first data value measured by the first sensor module and a second data value measured by the second sensor module, and the MCU module is configured to compare the first data value and the second data value to determine whether the tire is abnormal. an MCU module that is located at a center of a surface of a tire inner liner; a first sensor module that is formed on one side of the MCU module in a width direction of the inner liner; and a second sensor module that is formed on the other side of the MCU module in the width direction of the inner liner, wherein the first sensor module and the second sensor module are symmetrically located with respect to the MCU module, characterized in that the MCU module is configured to receive a first data value measured by the first sensor module and a second data value measured by the second sensor module, and the MCU module is configured to compare the first data value and the second data value to determine whether the tire is abnormal.
A transmission apparatus comprising: a communication section adapted to send a plurality of pieces of non-realtime, NRT, content that can be stored in a cache section of a reception apparatus and selected and output during a content output time of a given duration between broadcasting programs on the reception apparatus; and a data processing section adapted to determine a transmission order of the plurality of pieces of NRT content, wherein the data processing section is configured to specify a delivery priority for each of the plurality of pieces of NRT content as a priority decision criterion about caching, wherein the delivery priority is proportional to a likelihood for viewing the respective piece of NRT content, send information on the delivery priority to the reception apparatus, and perform a transmission order determination process of arranging a transmission time of NRT content having a higher delivery priority closest to the content output time and arranging a transmission time of NRT content having a lower delivery priority before the transmission time of NRT content having a higher priority, deliver, in accordance with the determined transmission order and in parallel to a broadcasting program, the plurality of pieces of NRT content to the reception apparatus immediately before the content output time. a communication section adapted to send a plurality of pieces of non-realtime, NRT, content that can be stored in a cache section of a reception apparatus and selected and output during a content output time of a given duration between broadcasting programs on the reception apparatus; and a data processing section adapted to determine a transmission order of the plurality of pieces of NRT content, wherein the data processing section is configured to specify a delivery priority for each of the plurality of pieces of NRT content as a priority decision criterion about caching, wherein the delivery priority is proportional to a likelihood for viewing the respective piece of NRT content, send information on the delivery priority to the reception apparatus, and perform a transmission order determination process of arranging a transmission time of NRT content having a higher delivery priority closest to the content output time and arranging a transmission time of NRT content having a lower delivery priority before the transmission time of NRT content having a higher priority, deliver, in accordance with the determined transmission order and in parallel to a broadcasting program, the plurality of pieces of NRT content to the reception apparatus immediately before the content output time.
Exhaust duct segment having a dosing device for dosing a reducing agent into an exhaust duct of an internal combustion engine, wherein the dosing device has a mixing chamber, wherein a first feed duct for a liquid reducing agent and a second feed duct for a gaseous propellant open into the mixing chamber, wherein the mixing chamber is arranged in an exhaust-gas-conducting region of the exhaust duct segment, wherein the dosing device has a first region which is situated outside the exhaust gas-conducting region, and wherein the dosing device has a second region in which the mixing chamber is formed, wherein the second region is arranged within the exhaust-gas-conducting region, characterized in that the second region of the dosing device comprises a gas-filled hollow cylinder, wherein the gas of the gas-filled hollow cylinder thermally insulates the first feed duct and the second feed duct with respect to the exhaust-gas-conducting region of the exhaust duct segment.
A method for use by an apparatus of a communication network, the method comprising: acquiring first packets of a data flow in a first direction, each having a first service chain identifier identifying a first chain of services which have been applied to the first packets in the first direction of the data flow, wherein the first service chain identifier represents a classification result of classification functions used for selecting the first chain of services; characterized in that the method further comprises: calculating, based on the first service chain identifier, a packet filter associated with a second chain of services to be applied to second packets of the data flow in a second direction of the data flow when the second packets enter the communication network in the second direction; determining, as the second packets, packets which enter the communication network in the second direction and match the packet filter; and adding a second service chain identifier identifying the second chain of services to the second packets; imposing, based on the second service chain identifier in the second packets, the same service function instance used for the first packets in the first direction in the second direction for the second packets; and extracting and temporarily storing metadata from the first packets and injecting the metadata in the second packets. acquiring first packets of a data flow in a first direction, each having a first service chain identifier identifying a first chain of services which have been applied to the first packets in the first direction of the data flow, wherein the first service chain identifier represents a classification result of classification functions used for selecting the first chain of services; characterized in that the method further comprises: calculating, based on the first service chain identifier, a packet filter associated with a second chain of services to be applied to second packets of the data flow in a second direction of the data flow when the second packets enter the communication network in the second direction; determining, as the second packets, packets which enter the communication network in the second direction and match the packet filter; and adding a second service chain identifier identifying the second chain of services to the second packets; imposing, based on the second service chain identifier in the second packets, the same service function instance used for the first packets in the first direction in the second direction for the second packets; and extracting and temporarily storing metadata from the first packets and injecting the metadata in the second packets.
A variant of recombinant human DKK3b protein comprising: (i) amino acids 1-20 of the N-terminus of human DKK3b; (ii) the 50 amino acid long N1 cysteine rich domain of human DKK3b; and (iii) the C-terminus 20 amino acids of human DKK3b; wherein the variant is an inhibitor of β-catenin signaling; and wherein the variant does not comprise one or more of the amino acid sequences of human DKK3b selected from the group consisting of: amino acids 21-71 and amino acids 125-260. (i) amino acids 1-20 of the N-terminus of human DKK3b; (ii) the 50 amino acid long N1 cysteine rich domain of human DKK3b; and (iii) the C-terminus 20 amino acids of human DKK3b;
An apparatus for setting a radially expandable seal in a wellbore, comprising: a long cylinder with a thru bore having a first undercut and a second undercut, an uphole end and a downhole end; a top adaptor coupled to the uphole end having a bore; a cylinder head coupled to the downhole end having a through bore; a power charge chamber piston slideably disposed within long cylinder thru bore, being located proximate to the top adaptor, and having a bore, and at least one o-ring seal slideably circumferentially engaged with the thru bore; a bottom metering piston slideably disposed within the long cylinder thru bore, downhole from and coupled to the power charge chamber piston, having at least one o-ring seal slideably circumferentially engaged with the thru bore; and a piston rod coupled to and located downhole from the bottom metering piston, slideably engaged with the cylinder head thru bore, having a neck portion proximate to the bottom metering piston; and having at least one o-ring seal slideably circumferentially engaged with the cylinder head; wherein the linear downhole movement of the power charge chamber piston, bottom metering piston, and piston rod sets the radially expandable seal, separates said radially expandable seal from the apparatus, and then said linear downhole movement equalises pressure within the long cylinder with the wellbore using first undercut, second undercut, and piston rod neck portion coming into contact with respective o-ring seals after a predetermined downhole distance relative to the long cylinder is traversed. a long cylinder with a thru bore having a first undercut and a second undercut, an uphole end and a downhole end; a top adaptor coupled to the uphole end having a bore; a cylinder head coupled to the downhole end having a through bore; a power charge chamber piston slideably disposed within long cylinder thru bore, being located proximate to the top adaptor, and having a bore, and at least one o-ring seal slideably circumferentially engaged with the thru bore; a bottom metering piston slideably disposed within the long cylinder thru bore, downhole from and coupled to the power charge chamber piston, having at least one o-ring seal slideably circumferentially engaged with the thru bore; and a piston rod coupled to and located downhole from the bottom metering piston, slideably engaged with the cylinder head thru bore, having a neck portion proximate to the bottom metering piston; and having at least one o-ring seal slideably circumferentially engaged with the cylinder head; wherein the linear downhole movement of the power charge chamber piston, bottom metering piston, and piston rod sets the radially expandable seal, separates said radially expandable seal from the apparatus, and then said linear downhole movement equalises pressure within the long cylinder with the wellbore using first undercut, second undercut, and piston rod neck portion coming into contact with respective o-ring seals after a predetermined downhole distance relative to the long cylinder is traversed.
Natural composition with UV radiation absorption capacity, comprising a colloidal hydroalcoholic concentrate extract of Amphipteryngium adstringens bark and leaves and between 12 and 36% w/w of tannins measured as tannic acid concentration, for use in the prevention and treatment of induced skin lesions due to an overexposure to sun radiation.
A wireless communications device comprising: a user interface to receive user input data; a memory configured to store an application module; a controller configured to execute the application module to: receive the user input data from the user interface; select a bearer service from a plurality of bearer services to carry the user input data to a Social Networking Service, SNS, server in a communications network; and convert the user input data into one or more messages according to a protocol associated with the selected bearer service; and a transceiver configured to transmit the one or more messages to the SNS server over the selected bearer service. a user interface to receive user input data; a memory configured to store an application module; a controller configured to execute the application module to: receive the user input data from the user interface; select a bearer service from a plurality of bearer services to carry the user input data to a Social Networking Service, SNS, server in a communications network; and convert the user input data into one or more messages according to a protocol associated with the selected bearer service; and receive the user input data from the user interface; select a bearer service from a plurality of bearer services to carry the user input data to a Social Networking Service, SNS, server in a communications network; and convert the user input data into one or more messages according to a protocol associated with the selected bearer service; and a transceiver configured to transmit the one or more messages to the SNS server over the selected bearer service.
Water treatment plant comprising means for supplying water to be treated towards at least one mixing zone, means for injecting at least one flocculating agent (3.2) into said mixing zone, means (3.1) for injecting into said mixing zone at least one fine granular ballast material which is denser than water, a settling zone, means for discharging the mixture of granular material and sludge formed in said settling zone towards at least one unit for separating the granular material and the sludge of said mixture, means for discharging the clarified water from said settling zone, means for discharging the excess sludge separated by said at least one separating unit, and first means for recycling the granular material separated by said at least one separating unit towards said mixing zone, characterized in that said plant includes at least one device for trapping said granular material that is provided on said means for discharging the sludge originating from said at least one granular material/sludge separating unit, in that said device for trapping the granular material comprises an essentially vertical body, means for supplying the sludge originating from the separating unit preferentially provided at approximately half of the height of the said body, a base essentially forming a funnel, and means for discharging the degritted sludge, in that said trapping device is provided with at least one sensor of the granular material height in the body or the base of said trapping device or the granular material mass present therein.
An apparatus for heating preforms made of plastic, having an orifice and a body, by means of infrared radiation, wherein the preforms can be guided through the apparatus at constant speed past heating boxes which accommodate several infrared radiators, characterized in that at least three separate air supplies (21, 22, 23) are provided, wherein the first air supply is provided during the heating for cooling the orifice of the preforms, the second air supply is provided during heating for cooling the body of the preforms, and the third air supply is provided for cooling the ends of the infrared radiators, and an air stream can be regulated or controlled separately in the individual air supplies (21, 22, 23).
A mechanical part comprising: a staff member; a rotating member including a first hole in which the staff member is inserted, and a rib extending toward the staff member; and an annular fastening member configured to affix the rotating member to the staff member, the fastening member disposed in contact with the rib with part of the fastening member deformed and protruding into the first hole, wherein the rotating member has a rim part including a plurality of teeth, and a flexible part and a second hole (113a, 113b) disposed between the rib and the rim part. a staff member; a rotating member including a first hole in which the staff member is inserted, and a rib extending toward the staff member; and an annular fastening member configured to affix the rotating member to the staff member, the fastening member disposed in contact with the rib with part of the fastening member deformed and protruding into the first hole, wherein the rotating member has a rim part including a plurality of teeth, and a flexible part and a second hole (113a, 113b) disposed between the rib and the rim part.
A working vehicle comprising: an engine mounted on a running vehicle body having front wheels and rear wheels; a hydrostatic continuously variable transmission for variably transmitting power from the engine; and a transmission case for transmitting a transmission output from the hydrostatic continuously variable transmission; wherein a drive takeoff shaft for the front wheels, which transmits a driving force to the front wheels, and the hydrostatic continuously variable transmission are arranged on a center plate disposed on a front side of the transmission case; characterized in: that a nearly cylindrical shaft cover is fitted on a transmission shaft for the front wheels that is connected to the drive takeoff shaft for the front wheels, one end side of the shaft cover being retained by a cover insertion hole formed in a bottom portion of a clutch housing disposed on a front side of the center plate; that a universal coupling for connecting the drive takeoff shaft for the front wheels to the transmission shaft for the front wheels is arranged in the clutch housing; and that one brake pedal is connected to right and left brakes for braking the right and left rear wheels respectively via one brake operating shaft, the brake operating shaft being arranged in a bottom portion, which is located below the hydrostatic continuously variable transmission and the universal coupling, of the clutch housing. that a nearly cylindrical shaft cover is fitted on a transmission shaft for the front wheels that is connected to the drive takeoff shaft for the front wheels, one end side of the shaft cover being retained by a cover insertion hole formed in a bottom portion of a clutch housing disposed on a front side of the center plate; that a universal coupling for connecting the drive takeoff shaft for the front wheels to the transmission shaft for the front wheels is arranged in the clutch housing; and that one brake pedal is connected to right and left brakes for braking the right and left rear wheels respectively via one brake operating shaft, the brake operating shaft being arranged in a bottom portion, which is located below the hydrostatic continuously variable transmission and the universal coupling, of the clutch housing.
A method for controlling a U-shape single phase synchronous permanent magnetic motor (U-SPSPM motor) having a rotor and a stator and coupled to a single phase alternating current power source through a switch, the method comprising: measuring a feedback signal representative of voltage across the motor leads; measuring a feedback signal representative of current through the motor; measuring a feedback signal indicative of a zero-crossing of the single phase AC power source; estimating back electromotive force (back-EMF) of the motor based on an observer model with inputs indicative of the measured feedback signals; estimating a rotational speed of the motor and a position of the rotor based on the estimation of the back-EMF; and triggering the switch to supply power to the motor based on the estimates of the rotational speed of the motor and the position of the rotor. measuring a feedback signal representative of voltage across the motor leads; measuring a feedback signal representative of current through the motor; measuring a feedback signal indicative of a zero-crossing of the single phase AC power source; estimating back electromotive force (back-EMF) of the motor based on an observer model with inputs indicative of the measured feedback signals; estimating a rotational speed of the motor and a position of the rotor based on the estimation of the back-EMF; and triggering the switch to supply power to the motor based on the estimates of the rotational speed of the motor and the position of the rotor.
An airplane comprising: a pressurized volume configured to provide a first medium; and an air conditioning system comprising: a heat exchanger configured to transfer heat from a second medium to the first medium, and a compressor configured to receive the second medium, wherein the compressor is upstream of the heat exchanger in a flow path of the second medium; wherein the first medium is cabin discharge air, and wherein the second medium is fresh air. a pressurized volume configured to provide a first medium; and an air conditioning system comprising: a heat exchanger configured to transfer heat from a second medium to the first medium, and a compressor configured to receive the second medium, wherein the compressor is upstream of the heat exchanger in a flow path of the second medium; wherein the first medium is cabin discharge air, and a heat exchanger configured to transfer heat from a second medium to the first medium, and a compressor configured to receive the second medium, wherein the compressor is upstream of the heat exchanger in a flow path of the second medium; wherein the first medium is cabin discharge air, and wherein the second medium is fresh air.
A method for use in a wireless medical tool, the method comprising: determining whether movement is detected; on a condition that movement is detected, powering on a location sensor and determining whether a location of the wireless medical tool has changed; on a condition that the location of the wireless medical tool has changed, transmitting location data to a control console; on a condition that the location of the wireless medical tool has not changed, determining whether the detected movement is less than a duration threshold; on a condition that the detected movement is greater than the duration threshold, transmitting location data to the control console; and on a condition that the detected movement is for a duration less than the duration threshold, entering a power saving mode. determining whether movement is detected; on a condition that movement is detected, powering on a location sensor and determining whether a location of the wireless medical tool has changed; on a condition that the location of the wireless medical tool has changed, transmitting location data to a control console; on a condition that the location of the wireless medical tool has not changed, determining whether the detected movement is less than a duration threshold; on a condition that the detected movement is greater than the duration threshold, transmitting location data to the control console; and on a condition that the detected movement is for a duration less than the duration threshold, entering a power saving mode.