mhurhangee/patent-ind-claim-en huggingface dataset:
A power supply apparatus , comprising: communication means that is capable of performing a plurality of polling processing with a plurality of communication methods in Near Field Communication (NFC); and control means configured to control wireless power supply to a power reception apparatus, wherein the control means is configured to perform control so as to perform first processing for detecting a power reception apparatus to which power can be supplied, characterised in that the control means is further configured to perform control so as to perform second processing for detecting a communication apparatus , which is not to be supplied with power from the power supply apparatus and which responds to any of the plurality of polling processing, other than the power reception apparatus by performing the plurality of polling processing with the plurality of communication methods in Near Field Communication (NFC), and perform control not to transition to a state where power supply to the power reception apparatus detected in the first processing is possible, in a case where the communication apparatus other than the power reception apparatus is detected in the second processing. communication means that is capable of performing a plurality of polling processing with a plurality of communication methods in Near Field Communication (NFC); and control means configured to control wireless power supply to a power reception apparatus, wherein the control means is configured to perform control so as to perform first processing for detecting a power reception apparatus to which power can be supplied, characterised in that the control means is further configured to perform control so as to perform second processing for detecting a communication apparatus , which is not to be supplied with power from the power supply apparatus and which responds to any of the plurality of polling processing, other than the power reception apparatus by performing the plurality of polling processing with the plurality of communication methods in Near Field Communication (NFC), and perform control not to transition to a state where power supply to the power reception apparatus detected in the first processing is possible, in a case where the communication apparatus other than the power reception apparatus is detected in the second processing.
Calender transport roller for a calendering device for the production of electrodes for a battery cell, in particular for a lithium-ion battery cell, which serves to convey an electrode strip to or from a pair of calendering rollers , wherein the electrode strip has a flat conductor strip and a coating applied in sections on at least the side facing the transport roller , wherein the transport roller has a contact area on its outer surface, which can be touched by the electrode strip , wherein the transport roller in its contact area has at least one adjustment section , and wherein a widening device is provided which changes the diameter of the transport roller in the adjustment section , in order to compensate for a height difference between a coated portion of the electrode strip and an adjacent uncoated portion of the electrode strip , and characterized in that , in the adjustment section , a plurality of individual segments are arranged next to one another in the axial direction (A) of the transport roller , which segments can be widened in the radial direction (R) of the transport roller independently of the respective adjacent segment.
An azeotropic and azeotrope-like composition, characterized in that , comprising (E)-1,1,1,4,4,4-hexafluoro-2-butene, (E)-1-chloro-3,3,3-trifluoropropene and 1,1,1,2,3,3-hexafluoropropane.
A gas control system for a non-road gas engine, comprising a mixer provided with an air inlet , a gas inlet and a mixed gas outlet respectively, wherein the air inlet is provided with a first pressure sensor , the gas inlet is provided with a second pressure sensor and a pressure regulating valve that are spaced apart, and the mixed gas outlet is provided with a third pressure sensor ; and the first pressure sensor , the second pressure sensor , the pressure regulating valve and the third pressure sensor are respectively electrically connected to a controller , and the controller controls an opening degree of the pressure regulating valve according to pressure information fed back by the first pressure sensor , the second pressure sensor and the third pressure sensor so as to adjust an air-gas ratio of the mixed gas, characterized in that the mixer is provided therein with a gas passage, an air passage, a pressure transmission passage, a mixing chamber and a working chamber, the gas passage is in communication with the gas inlet and the mixing chamber respectively, the air passage is in communication with the air inlet and the mixing chamber respectively, one end of the mixing chamber is in communication with the mixed gas outlet , and the other end of the mixing chamber is in communication with the working chamber via the pressure transmission passage; and the pressure transmission passage is capable of transmitting a negative pressure at the mixed gas outlet to the working chamber, wherein a volume of the working chamber becomes larger, under the pressure difference between an external pressure and the negative pressure, causing the air inlet and the gas inlet to be opened so that gas and air are drawn into the mixing chamber. the first pressure sensor , the second pressure sensor , the pressure regulating valve and the third pressure sensor are respectively electrically connected to a controller , and the controller controls an opening degree of the pressure regulating valve according to pressure information fed back by the first pressure sensor , the second pressure sensor and the third pressure sensor so as to adjust an air-gas ratio of the mixed gas, characterized in that the mixer is provided therein with a gas passage, an air passage, a pressure transmission passage, a mixing chamber and a working chamber, the gas passage is in communication with the gas inlet and the mixing chamber respectively, the air passage is in communication with the air inlet and the mixing chamber respectively, one end of the mixing chamber is in communication with the mixed gas outlet , and the other end of the mixing chamber is in communication with the working chamber via the pressure transmission passage; and the pressure transmission passage is capable of transmitting a negative pressure at the mixed gas outlet to the working chamber, wherein a volume of the working chamber becomes larger, under the pressure difference between an external pressure and the negative pressure, causing the air inlet and the gas inlet to be opened so that gas and air are drawn into the mixing chamber.
System for installing at least one rear seat in a lorry cab comprising at least one front seat, the installation system including: - a seat assembly comprising at least two anchorage points for a seat belt; - a fastening assembly intended to rigidly fasten the seat assembly on a wall of the cab , - at least one fastening element , the system being characterized in that the fastening element comprises a clamp and a spacer secured to the clamp by means of a tightening device making it possible to adjust the tightening force between the clamp and the spacer , the clamp being intended to be inserted into a pre-existing opening in a wall of the lorry cab such that the fastening element tightens the wall between the clamp and the spacer , the spacer moreover comprising a device for rigid fastening on the seat assembly . - a seat assembly comprising at least two anchorage points for a seat belt; - a fastening assembly intended to rigidly fasten the seat assembly on a wall of the cab , - at least one fastening element ,
A hair styling device for imparting a wave to a length of hair , the device having: a chamber for containing the length of hair, a first forming member , a second forming member and a third forming member within the chamber, a first hair-receiving region between the first forming member and the second forming member and a second hair-receiving region between the second forming member and the third forming member , a first driving member which can move relative to the first forming member between an inoperative position outside the first hair-receiving region and an operative position within the first hair-receiving region, wherein the first driving member is adapted to drive a portion of the length of hair into the first hair-receiving region, a second driving member which can move relative to the second forming member between an inoperative position outside the second hair-receiving region and an operative position within the second hair-receiving region, wherein the second driving member is adapted to drive another portion of the length of hair into the second hair-receiving region, wherein the second driving member is movable relative to the first driving member, characterised in that the second driving member is adapted to move to its operative position only after the first driving member has moved to its operative position. a chamber for containing the length of hair, a first forming member , a second forming member and a third forming member within the chamber, a first hair-receiving region between the first forming member and the second forming member and a second hair-receiving region between the second forming member and the third forming member , a first driving member which can move relative to the first forming member between an inoperative position outside the first hair-receiving region and an operative position within the first hair-receiving region, wherein the first driving member is adapted to drive a portion of the length of hair into the first hair-receiving region, a second driving member which can move relative to the second forming member between an inoperative position outside the second hair-receiving region and an operative position within the second hair-receiving region, wherein the second driving member is adapted to drive another portion of the length of hair into the second hair-receiving region, wherein the second driving member is movable relative to the first driving member, characterised in that the second driving member is adapted to move to its operative position only after the first driving member has moved to its operative position.
A vulcanizable rubber composition comprising a rubber component K, a filler component F and a vulcanization system VS, wherein the vulcanization system VS comprises at least one peroxide, the rubber component K contains at least one rubber that is cross-linkable by means of the at least one peroxide of the vulcanization system VS, and the filler component F contains at least one organic filler that has a 14 C content in a range from 0.20 to 0.45 Bq/g carbon and a d99 value of <25.0 μm. the vulcanization system VS comprises at least one peroxide, the rubber component K contains at least one rubber that is cross-linkable by means of the at least one peroxide of the vulcanization system VS, and the filler component F contains at least one organic filler that has a 14 C content in a range from 0.20 to 0.45 Bq/g carbon and a d99 value of <25.0 μm.
An audio arrangement having a flush-mounted radio and at least one external loudspeaker , the flush-mounted radio being connected to a first audio data source via a first data interface for the transmission of audio data and to the at least one external loudspeaker via a second data interface for the transmission of control commands, and the at least one external loudspeaker being connected to a second audio data source via a third data interface for the transmission of audio data.
A method to determine a threshold point of a battery, the method comprising: measuring a plurality of associated loaded and unloaded battery voltages; determining a delta voltage for each associated measured loaded and unloaded battery voltages; determining a minimum delta voltage from a plurality of delta voltages; and using the minimum delta voltage in generating a threshold signal; and wherein determining a minimum delta voltage further comprises: monitoring the plurality of delta voltages for a rising trend; and once a rising trend is detected, selecting the smallest delta voltage detected as the minimum delta voltage. measuring a plurality of associated loaded and unloaded battery voltages; determining a delta voltage for each associated measured loaded and unloaded battery voltages; determining a minimum delta voltage from a plurality of delta voltages; and using the minimum delta voltage in generating a threshold signal; and wherein determining a minimum delta voltage further comprises: monitoring the plurality of delta voltages for a rising trend; and once a rising trend is detected, selecting the smallest delta voltage detected as the minimum delta voltage. monitoring the plurality of delta voltages for a rising trend; and once a rising trend is detected, selecting the smallest delta voltage detected as the minimum delta voltage.
An isolated population of IFNγ + IL-10 + IL-34 + secreting human CD8 + CD45RC low T regulatory (Treg) cells.
A method for monitoring interaction between services, comprising: deploying at least two services to a services registry of a services registry server; identifying a plurality of design time dependencies between the at least two services without calling and executing the at least two services in a system; identifying, based on monitored transactions, a plurality of run time dependencies between the at least two services, wherein each of the monitored transactions includes an origin and a destination; and wherein each of the monitored transactions is associated with a unique transaction identifier; building a context of a set of contexts using the plurality of design time dependencies and the plurality of run time dependencies; utilizing the set of contexts, setting a baseline state of the system ; in response to determining that a current value of the context does not deviate beyond a pre-determined threshold from a historical value of the context , determining whether the system remains operational and transactions continue to flow ; and in response to determining that the system remains operational, maintaining the set of contexts , wherein maintaining the set of contexts includes analyzing newly identified service dependencies and analyzing changes between previously identified interactions between the at least two services. deploying at least two services to a services registry of a services registry server; identifying a plurality of design time dependencies between the at least two services without calling and executing the at least two services in a system; identifying, based on monitored transactions, a plurality of run time dependencies between the at least two services, wherein each of the monitored transactions includes an origin and a destination; and wherein each of the monitored transactions is associated with a unique transaction identifier; wherein each of the monitored transactions includes an origin and a destination; and wherein each of the monitored transactions is associated with a unique transaction identifier; building a context of a set of contexts using the plurality of design time dependencies and the plurality of run time dependencies; utilizing the set of contexts, setting a baseline state of the system ; in response to determining that a current value of the context does not deviate beyond a pre-determined threshold from a historical value of the context , determining whether the system remains operational and transactions continue to flow ; and in response to determining that the system remains operational, maintaining the set of contexts , wherein maintaining the set of contexts includes analyzing newly identified service dependencies and analyzing changes between previously identified interactions between the at least two services.
Air intake module configured to supply a flow of air, such as forced induction air, comprising intake gases and/or recirculated exhaust (EGR) gases to at least one cylinder of an internal combustion engine, the said intake module comprising: • a heat exchanger configured to condition the flow of air, and • an intake manifold that is configured to supply at least one cylinder of the engine, this being arranged downstream of the heat exchanger in the flow direction of the flow of air in the intake module , the said module comprising at least one device for distributing recirculated exhaust gases from the intake manifold , the distribution device comprising a distribution duct for recirculated exhaust gases, the distribution duct comprising a first means for injection of recirculated exhaust gases into the flow of air to supply at least one cylinder, the distribution device further comprising a control member arranged in the distribution duct and configured to modulate the flow of recirculated exhaust gases that is injected by the first injection means ; the said device for distributing recirculated exhaust gases being arranged downstream of the heat exchanger , on an upstream part of the intake manifold , with respect to the flow direction of the flow of air in the intake module , and in which the first injection means comprises at least one first injection hole , the air module is characterized in that the control member is shaped so as to adjust the dimensions of the first injection hole , and in that the control member is created in the form of an essentially cylindrical tube. • a heat exchanger configured to condition the flow of air, and • an intake manifold that is configured to supply at least one cylinder of the engine, this being arranged downstream of the heat exchanger in the flow direction of the flow of air in the intake module ,
A hand-operated self-defense device comprising a first strap element for attachment to a palm of a hand, a second strap element for attachment to a wrist of the hand, further comprising a connecting element for connecting the first strap element to the second strap element , and a defense element connected to the connecting element or the first strap element characterized in that the defense element includes at least one support plate element , wherein the support plate element has a circular or oval surface, wherein the support plate element includes a plurality of tip elements arranged on the support plate element so as to span a surface, wherein the support plate element is arranged on the connecting element in such a way that it is configured to rest on a palm of the hand, wherein at least one of the tip elements includes an opening .
An Improved contactor device structure for industrial or railways applications and comprising at least: - an envelope or housing made by a synthetic plastic material having a predetermined isolation coefficient; - fixed and movable contacts supported and protected by a central internal portion or vane of the envelope or housing ; - said movable contacts being supported on a moving mechanism activated by a coil slider ; - an auxiliary switch included in a lateral vane of said envelope or housing ; and - a top arc chute extinguishing portion covering said fixed and movable contacts ; characterized in that : - said auxiliary switch is structurally independent and removably inserted in a plug-in manner in said lateral vane of said envelope or housing ; means being provided to keep said switch in stable position into a corresponding seat of said vane , and - wherein the improved contactor device structure further includes an electronic board associated to one main side of the contactor outside the housing ; said electronic board being provided to regulate the electric supply to the control coil supplying the correct voltage and current values for predetermined scheduled times, and - wherein said electronic board is mounted at a predetermined small distance from a main lateral wall of the contactor envelope on a couple of supporting columns formed on a half shell of the envelope . - an envelope or housing made by a synthetic plastic material having a predetermined isolation coefficient; - fixed and movable contacts supported and protected by a central internal portion or vane of the envelope or housing ; - said movable contacts being supported on a moving mechanism activated by a coil slider ; - an auxiliary switch included in a lateral vane of said envelope or housing ; and - a top arc chute extinguishing portion covering said fixed and movable contacts ; - said auxiliary switch is structurally independent and removably inserted in a plug-in manner in said lateral vane of said envelope or housing ; means being provided to keep said switch in stable position into a corresponding seat of said vane , and - wherein the improved contactor device structure further includes an electronic board associated to one main side of the contactor outside the housing ; said electronic board being provided to regulate the electric supply to the control coil supplying the correct voltage and current values for predetermined scheduled times, and - wherein said electronic board is mounted at a predetermined small distance from a main lateral wall of the contactor envelope on a couple of supporting columns formed on a half shell of the envelope .
A method for controlling a cleaning robot having a cleaning pad , comprising: executing a wall following behavior by maintaining continuous contact between a wall surface and the robot's cleaning pad while maintaining a slight angle between the robot and the wall surface, characterized by : using a sensor of the robot to enable continuous contact between the robot's cleaning pad and the wall surface while the robot tracks the wall surface. executing a wall following behavior by maintaining continuous contact between a wall surface and the robot's cleaning pad while maintaining a slight angle between the robot and the wall surface, characterized by : using a sensor of the robot to enable continuous contact between the robot's cleaning pad and the wall surface while the robot tracks the wall surface.