mhurhangee/ep-ind-claims huggingface dataset:
A robot cleaner that divides a full region into one or more sectors to perform a cleaning operation, the robot cleaner comprising: one or more detecting devices configured to detect objects within the plurality of sectors and configured to output corresponding detection data; and a controller configured to generate a partial map for each of the plurality of sectors based on the detection data, and configured to generate a full map corresponding to the full region based on a relative position of the one or more sectors, characterized in that the detecting devices detect the objects within the plurality of sectors while the robot cleaner moves along an outer peripheral surface of each of the plurality of sectors; and the robot cleaner approaches a wall surface to move to a starting point of next sector and then initializes a new sector upon detection of a new area. one or more detecting devices configured to detect objects within the plurality of sectors and configured to output corresponding detection data; and a controller configured to generate a partial map for each of the plurality of sectors based on the detection data, and configured to generate a full map corresponding to the full region based on a relative position of the one or more sectors, characterized in that the detecting devices detect the objects within the plurality of sectors while the robot cleaner moves along an outer peripheral surface of each of the plurality of sectors; and the robot cleaner approaches a wall surface to move to a starting point of next sector and then initializes a new sector upon detection of a new area.
An assembly consisting of the tetraphenylporphyrin and C 60 fullerene for use in organic field-effect transistor, wherein said tetraphenylporphyrin is selected from H 2 TPP or ZnTPP, wherein said assembly is made up of H 2 TPP and fullerene or ZnTPP and fullerene and is in the form of crystalline rods, nanowires, nanofibers, nanobelts, and nano sheets.
A device, comprising: a receiver configured to receive messages about first transmission rates provided by cooperation devices (410, 420) configured for device-to-device, hereinafter "D2D", communications in a radio communication system supporting the D2D communications, wherein the cooperation devices (410, 420) are devices with which the device can form a cooperation pair, for receiving split data from a base station, and wherein the first transmission rates are rates that the cooperation devices (410, 420) are able to provide for transmitting part of the split data from the base station to the device; a determiner configured to determine second transmission rates for the device to suggest to the cooperation devices (410, 420) based on the first transmission rates, wherein the second transmission rates are rates that the cooperation devices (410, 420) are suggested to provide for transmitting part of the split data from the base station to the device; and a transmitter configured to transmit messages about the second transmission rates to the cooperation devices; wherein the determiner is further configured to change the second transmission rates until the first transmission rates converge to be the same as first transmission rates that the device received previously from the cooperation devices (410, 420), and wherein the determiner is further configured to determine a final transmission rate suggested to the cooperation devices (410, 420) based on the converged first transmission rates. a receiver configured to receive messages about first transmission rates provided by cooperation devices (410, 420) configured for device-to-device, hereinafter "D2D", communications in a radio communication system supporting the D2D communications, wherein the cooperation devices (410, 420) are devices with which the device can form a cooperation pair, for receiving split data from a base station, and wherein the first transmission rates are rates that the cooperation devices (410, 420) are able to provide for transmitting part of the split data from the base station to the device; a determiner configured to determine second transmission rates for the device to suggest to the cooperation devices (410, 420) based on the first transmission rates, wherein the second transmission rates are rates that the cooperation devices (410, 420) are suggested to provide for transmitting part of the split data from the base station to the device; and a transmitter configured to transmit messages about the second transmission rates to the cooperation devices; wherein the determiner is further configured to change the second transmission rates until the first transmission rates converge to be the same as first transmission rates that the device received previously from the cooperation devices (410, 420), and wherein the determiner is further configured to determine a final transmission rate suggested to the cooperation devices (410, 420) based on the converged first transmission rates.
A synchronization control method in a wireless network, comprising: controlling (101, 201) a terminal to broadcast a control command directed at multiple smart home devices, wherein the control command carries a count-down time duration for a command execution time; continuing (105, 206) to broadcast the control command by a smart home device which receives the control command within a wireless broadcast coverage area of the smart home device, after adding to a total processing time field in the control command broadcasted by the smart home device a processing time for the smart home device to process the control command; determining the command execution time by each of the multiple smart home devices required to execute the control command according to the count-down time duration in the received control command, as well as the total processing time of the smart home devices which the control command passes on its transmission path. controlling (101, 201) a terminal to broadcast a control command directed at multiple smart home devices, wherein the control command carries a count-down time duration for a command execution time; continuing (105, 206) to broadcast the control command by a smart home device which receives the control command within a wireless broadcast coverage area of the smart home device, after adding to a total processing time field in the control command broadcasted by the smart home device a processing time for the smart home device to process the control command; determining the command execution time by each of the multiple smart home devices required to execute the control command according to the count-down time duration in the received control command, as well as the total processing time of the smart home devices which the control command passes on its transmission path.
An electric toothbrush comprising: a toothbrush head; an oscillation generator formed by a motor including an eccentric weight; and a main body case attached in a removable manner to the toothbrush head and accommodating the oscillation generator; wherein the toothbrush head is attached to a brush attachment shaft tube at a distal end of the main body case, the oscillation generator is arranged in the brush attachment shaft tube, wherein the motor is arranged in the brush attachment shaft tube, characterized in that the brush attachment shaft tube is entirely arranged in the toothbrush head when the toothbrush head is attached to the main body case. a toothbrush head; an oscillation generator formed by a motor including an eccentric weight; and a main body case attached in a removable manner to the toothbrush head and accommodating the oscillation generator;
An electronic cigarette controller, comprising a control chip, wherein the control chip comprises: a smoking detecting module, configured for detecting a capacitance change of an external mouthpiece, when the capacitance is not less than a smoking threshold, the smoking detecting module sends a smoking signal to switch on the electronic cigarette, or else the smoking detecting module send a standby signal to shut down the electronic cigarette; a control module, connected to the smoking detecting module, and configured for sending drive and control signals according to the smoking signal, or stopping sending drive and control signals according to the standby signal; a drive module, connected to the control module, and configured for receiving the drive and control signals and outputting electric current to drive the electronic cigarette to work; and a tobacco liquid detecting module, connected to the control module, and configured for sampling an amount value of a tobacco liquid of the electronic cigarette and determining whether the amount value of the tobacco liquid is less than a preset reference value, if yes, the control module stops sending the drive and control signals, characterized in that the smoking detecting module is capable of automatically identifying different external mouthpieces, and presets four smoking thresholds according to the difference of the external mouthpieces. a smoking detecting module, configured for detecting a capacitance change of an external mouthpiece, when the capacitance is not less than a smoking threshold, the smoking detecting module sends a smoking signal to switch on the electronic cigarette, or else the smoking detecting module send a standby signal to shut down the electronic cigarette; a control module, connected to the smoking detecting module, and configured for sending drive and control signals according to the smoking signal, or stopping sending drive and control signals according to the standby signal; a drive module, connected to the control module, and configured for receiving the drive and control signals and outputting electric current to drive the electronic cigarette to work; and a tobacco liquid detecting module, connected to the control module, and configured for sampling an amount value of a tobacco liquid of the electronic cigarette and determining whether the amount value of the tobacco liquid is less than a preset reference value, if yes, the control module stops sending the drive and control signals, characterized in that the smoking detecting module is capable of automatically identifying different external mouthpieces, and presets four smoking thresholds according to the difference of the external mouthpieces.
A common-rail assembly adapted to be used for urea injection into the exhaust gas of an internal combustion engine, wherein said common-rail assembly comprises at least a first common rail and a second common rail which are connected to each other, wherein said first common rail comprises a first housing, and a pressure detecting device and a pressure adjusting device installed on said first housing; said first housing comprises a first urea inlet channel where a urea solution enters, a first urea outlet channel where the urea solution flows out, at least one first feeding inlet connected to said first urea inlet channel, and at least one first back-flow outlet connected to said first urea outlet channel; said pressure detecting device is connected to said first urea inlet channel; said pressure adjusting device is connected between said first urea inlet channel and said first urea outlet channel, and said pressure adjusting device can connect or disconnect said first urea inlet channel and said first urea outlet channel; said second common rail comprises a second housing, and said second housing comprises a second urea inlet channel connected to said first urea inlet channel, a second urea outlet channel connected to said first urea outlet channel, at least one second feeding inlet connected to said second urea inlet channel, and at least one second back-flow outlet connected to said second urea outlet channel, wherein said first housing roughly takes the shape of a cuboid, and comprises a first end face, a second end face, a third end face, and a fourth end face, wherein said first end face is set opposite said second end face, and said third end face is set opposite said fourth end face; said first urea inlet channel and said first urea outlet channel run through said first end face and/or second end face, said first feeding inlet runs through said third end face, and said first back-flow outlet runs through said fourth end face.
A support device for transferring loads on a motor vehicle, comprising - a first attachment portion for connection to a first motor vehicle component, - a second attachment portion for connection to a second motor vehicle component, and - a carrier connecting the first and second attachment portion, characterized in that the first attachment portion and/or second attachment portion comprises an attachment element having a single-layer connection portion, which is arranged in a tubular receiving portion of the carrier and is fixedly connected to the receiving portion by means of a clinch connection, and the support device is designed to have three layers in the region of the clinch connection and one of the first attachment portion and the second attachment portion is designed to be integral with the carrier. - a first attachment portion for connection to a first motor vehicle component, - a second attachment portion for connection to a second motor vehicle component, and - a carrier connecting the first and second attachment portion,
A system comprising: a print head including multiple nozzles formed in a bottom surface of the print head, the nozzles configured to eject a liquid onto a substrate; and a gas flow module configured to provide a flow of gas through a gap between the bottom surface of the print head and the substrate in a direction corresponding to a motion of the substrate relative to the print head, characterised in that: the gas flow module comprises a diffuser through which the gas flows prior to entering the gap, and the gas flow module is configured to provide a flow of gas at a velocity having a uniformity within 20% along a length of the print head. a print head including multiple nozzles formed in a bottom surface of the print head, the nozzles configured to eject a liquid onto a substrate; and a gas flow module configured to provide a flow of gas through a gap between the bottom surface of the print head and the substrate in a direction corresponding to a motion of the substrate relative to the print head, characterised in that: the gas flow module comprises a diffuser through which the gas flows prior to entering the gap, and the gas flow module is configured to provide a flow of gas at a velocity having a uniformity within 20% along a length of the print head. the gas flow module comprises a diffuser through which the gas flows prior to entering the gap, and the gas flow module is configured to provide a flow of gas at a velocity having a uniformity within 20% along a length of the print head.
An apparatus comprising: a processor configured to determine that a dedicated bearer is to be created for a specific type of traffic which is to be transmitted on a data radio bearer to be created between a relay node, which is wirelessly connected to a radio-access network via a donor cell, and a donor node of the donor cell, and to include a parameter into a message requesting creation of the dedicated bearer, wherein the parameter indicates that the dedicated bearer is required for integrity protection or that the dedicated bearer is used to carry the specific type of traffic. a processor configured to determine that a dedicated bearer is to be created for a specific type of traffic which is to be transmitted on a data radio bearer to be created between a relay node, which is wirelessly connected to a radio-access network via a donor cell, and a donor node of the donor cell, and to include a parameter into a message requesting creation of the dedicated bearer, wherein the parameter indicates that the dedicated bearer is required for integrity protection or that the dedicated bearer is used to carry the specific type of traffic.
Piston of a hermetic compressor comprising a circumferential sealing strip, a first band and a second band axially extending from said sealing strip, a through hole adapted to receive a connecting pin for a piston rod, said first band and said second band being configured as circular sectors having substantially the same diameter of said sealing strip so as to perform a sealing function cooperating with said sealing strip and a guiding function for guiding the movement of said piston inside a cylinder, said first band and said second band being arranged mutually opposed along an axis essentially perpendicular to the axis of said through hole, characterized in that said piston further comprises at least a third band axially extending from said sealing strip, said at least a third band being configured as a circular sector having substantially the same diameter of said sealing strip and being arranged at a first end of said through hole such that the lateral edges (7, 8) of said third band are arranged adjacent the edges of said through hole.
A bone fastener comprising: a receiver including an inner surface and an outer surface having an extension that includes an inner surface defining at least one projection; a saddle being pivotable relative to the inner surface of the receiver, the saddle including a first surface that defines an implant cavity with the inner surface of the receiver and a second surface; a cap engageable with the receiver and including an inner surface that defines an inner cavity configured for disposal of the extension, the cap further including at least one planar surface (82, 86); and a shaft defining a longitudinal axis and having a first end and a second end configured to penetrate tissue, the first end including at least one planar surface (98, 100) configured to engage the at least one planar surface (82,86) of the cap, wherein the receiver is rotatable relative to the shaft in a first plane (TP1, TP2) of a body and the saddle is rotatable relative to the receiver in a second plane (SP1, SP2) of the body, characterized in that the inner surface of the extension includes at least one circumferential projection engageable with the first end in a configuration to retain the shaft with the receiver, wherein in an assembled state of the bone fastener the first end of the shaft is engaged with the at least one circumferential projection and is in contact thereto. a receiver including an inner surface and an outer surface having an extension that includes an inner surface defining at least one projection; a saddle being pivotable relative to the inner surface of the receiver, the saddle including a first surface that defines an implant cavity with the inner surface of the receiver and a second surface; a cap engageable with the receiver and including an inner surface that defines an inner cavity configured for disposal of the extension, the cap further including at least one planar surface (82, 86); and a shaft defining a longitudinal axis and having a first end and a second end configured to penetrate tissue, the first end including at least one planar surface (98, 100) configured to engage the at least one planar surface (82,86) of the cap, wherein the receiver is rotatable relative to the shaft in a first plane (TP1, TP2) of a body and the saddle is rotatable relative to the receiver in a second plane (SP1, SP2) of the body, characterized in that the inner surface of the extension includes at least one circumferential projection engageable with the first end in a configuration to retain the shaft with the receiver, wherein in an assembled state of the bone fastener the first end of the shaft is engaged with the at least one circumferential projection and is in contact thereto.
A biomass heating system for burning fuel in the form of pellets and/or wood chips, comprising: a boiler with a combustion device; a heat exchanger having an inlet and an outlet; wherein the combustion device has a combustion chamber with a primary combustion zone and with a secondary combustion zone provided downstream and above it, and; a recirculation device for recirculating a flue gas generated during the combustion of the fuel in the combustion device; wherein the combustion device has a rotary grate on which the fuel can be fired, wherein primary air is supplied to the fuel from below through the rotary grate, wherein the primary air consists of a mixture of the recirculated flue gas and primary fresh air; wherein the secondary combustion zone of the combustion chamber is fluidically connected to the inlet of the heat exchanger; wherein the primary combustion zone is laterally surrounded by a plurality of combustion chamber bricks, wherein the combustion chamber bricks comprise a plurality of secondary air nozzles for supplying secondary air into the combustion chamber; wherein the combustion chamber has a combustion chamber nozzle downstream of the secondary air nozzles, which provides a constriction of the combustion chamber; wherein transverse mixing takes place in a vortex flow induced by the secondary air nozzles by means of the combustion chamber nozzle. a boiler with a combustion device; a heat exchanger having an inlet and an outlet; wherein the combustion device has a combustion chamber with a primary combustion zone and with a secondary combustion zone provided downstream and above it, and; a recirculation device for recirculating a flue gas generated during the combustion of the fuel in the combustion device; wherein the combustion device has a rotary grate on which the fuel can be fired, wherein primary air is supplied to the fuel from below through the rotary grate, wherein the primary air consists of a mixture of the recirculated flue gas and primary fresh air; wherein the secondary combustion zone of the combustion chamber is fluidically connected to the inlet of the heat exchanger; wherein the primary combustion zone is laterally surrounded by a plurality of combustion chamber bricks, wherein the combustion chamber bricks comprise a plurality of secondary air nozzles for supplying secondary air into the combustion chamber; wherein the combustion chamber has a combustion chamber nozzle downstream of the secondary air nozzles, which provides a constriction of the combustion chamber; wherein transverse mixing takes place in a vortex flow induced by the secondary air nozzles by means of the combustion chamber nozzle.