mhurhangee/patent-ind-claim-en huggingface dataset:
A thrust reverser for an aircraft engine nacelle , the thrust reverser comprising a movable cowl moving back from a closed position where the thrust is not reversed to an open position for uncovering cascades reversing the direction of the cold air flow which is deflected from the annular secondary air flow path , the movable cowl including a radially outer portion intended to come near to a leading edge of an aircraft wing, the movable cowl including on the radially outer portion at least one avoidance panel intended to avoid interference with a leading edge movable slat of the aircraft wing, where the avoidance panel is pivotally mounted relative to a fixed structure of the thrust reverser , the thrust reverser further comprising at least one energy storage means configured so that the avoidance panel is constrained to bear against the movable cowl , at least when the thrust reverser is in the closed position, the thrust reverser being characterized in that the energy storage means is configured so that in the open position, the avoidance panel is constrained to contact and to bear against the movable cowl at a bearing area located on an external surface of the avoidance panel .
A cable modem operating in a Data Over Cable Service Interface Specification, DOCSIS, compatible network, the cable modem comprising at least one processor configured to: access configuration data representative of an interface mask, wherein data values of the interface mask correlate with one or more of external physical interface ports and logical internal interface ports of the cable modem ; associate a client device with one of the one or more of external physical interface ports and logical internal interface ports of the cable modem ; assign a service flow classification based on the data values of the interface mask for an access request received by the cable modem from the client device ; and communicate with a virtual local area network mapping device using the service flow classification, wherein the cable modem and the virtual local area network mapping device are different devices in the network. access configuration data representative of an interface mask, wherein data values of the interface mask correlate with one or more of external physical interface ports and logical internal interface ports of the cable modem ; associate a client device with one of the one or more of external physical interface ports and logical internal interface ports of the cable modem ; assign a service flow classification based on the data values of the interface mask for an access request received by the cable modem from the client device ; and communicate with a virtual local area network mapping device using the service flow classification, wherein the cable modem and the virtual local area network mapping device are different devices in the network.
Floor nozzle for a vacuum cleaner for cleaning and care of floor surfaces , the floor nozzle comprising at least one elongate agitator roller which extends transversely to the treatment direction and is rotatably driven on the floor nozzle by means of a drive unit , the drive unit comprising an entraining element , which rotates on an axis of rotation , for transmitting a torque to the agitator roller , the entraining element comprising a shaft , the shaft being arranged so as to be coaxial with the axis of rotation and forming a loose shaft tip at one end , characterised in that at least one thread turn of a thread , which tapers conically along the axis of rotation to the shaft tip , extends on the shaft , the drive unit comprising an entraining element receptacle , which rotates on the axis of rotation and has a hole that corresponds to the shaft and the thread of the entraining element that tapers conically to the shaft tip .
An optical rain sensor comprising: a plurality of photo elements (112a-f), each photo element capable of being selectively activated to emit light and deactivated to receive light; and a controller operatively connected to the plurality of photo elements (112a-f) and configured to alternatingly drive the plurality of photo elements (112a-f) between a first mode of operation and a second mode of operation, wherein, in the first mode of operation, at least a first photo element is activated and at least a second photo element is deactivated, and wherein, in the second mode of operation, at least the second photo element is activated and at least the first photo element is deactivated. a plurality of photo elements (112a-f), each photo element capable of being selectively activated to emit light and deactivated to receive light; and a controller operatively connected to the plurality of photo elements (112a-f) and configured to alternatingly drive the plurality of photo elements (112a-f) between a first mode of operation and a second mode of operation, wherein, in the first mode of operation, at least a first photo element is activated and at least a second photo element is deactivated, and wherein, in the second mode of operation, at least the second photo element is activated and at least the first photo element is deactivated.
A method for a handover between distributed access points, comprising: receiving (S201), by a central access point, AP, an Ethernet frame, wherein a destination address of the Ethernet frame is an address of a wireless terminal; adding (S202), by the central AP, a sequence number to the Ethernet frame according to the address of the wireless terminal, wherein the sequence number is different from a sequence number of a historical frame of the wireless terminal, and the historical frame of the wireless terminal is a frame that has been sent by the central AP to the wireless terminal; sending (S203), by the central AP to a first distributed AP, the Ethernet frame to which the sequence number is added, wherein the first distributed AP is a distributed AP serving the wireless terminal among multiple distributed APs; and storing (S204), by the central AP, the Ethernet frame to which the sequence number is added in a historical frame set of the wireless terminal; and sending (S212), by the central AP, a frame in the historical frame set of the wireless terminal to a second distributed AP when the wireless terminal is handed over from the first distributed AP to the second distributed AP. receiving (S201), by a central access point, AP, an Ethernet frame, wherein a destination address of the Ethernet frame is an address of a wireless terminal; adding (S202), by the central AP, a sequence number to the Ethernet frame according to the address of the wireless terminal, wherein the sequence number is different from a sequence number of a historical frame of the wireless terminal, and the historical frame of the wireless terminal is a frame that has been sent by the central AP to the wireless terminal; sending (S203), by the central AP to a first distributed AP, the Ethernet frame to which the sequence number is added, wherein the first distributed AP is a distributed AP serving the wireless terminal among multiple distributed APs; and storing (S204), by the central AP, the Ethernet frame to which the sequence number is added in a historical frame set of the wireless terminal; and sending (S212), by the central AP, a frame in the historical frame set of the wireless terminal to a second distributed AP when the wireless terminal is handed over from the first distributed AP to the second distributed AP.
A heater comprising: a heater body comprising a fuel tank ; a wick elevation unit mountable to the heater body and comprising an outer container and a hollow air tank so that the wick elevation unit is configured for elevating a wick between the outer container and the air tank , wherein the outer container comprises an opened upper end, and a hollow air tank comprises an opening at an upper end thereof and is configured to be installed spaced apart from an inner surface of the outer container ; a combustion unit configured to be at an upper end of the wick elevation unit ; a vent cap comprising vent holes and a bottom for opening and closing the opening at the upper end of the air tank , a temperature detection unit received in the air tank and configured to be installed on the bottom surface of the vent cap facing the hollow portion of the air tank and mountable on a side opposite the flame facing side; and an automatic fire extinguisher for receiving a signal from the temperature detection unit and configured for lowering the wick , characterized in that the heater further comprises a support frame comprising a fixed plate received in the air tank and spaced apart from a bottom surface of the vent cap , and support legs extending upwards from the fixed plate and fixed to the bottom surface of the vent cap , wherein the support legs are caught in the vent holes to be fixed to the vent cap , wherein temperature detection unit is configured to be fixedly installed on bottom surface of the fixed plate . a heater body comprising a fuel tank ; a wick elevation unit mountable to the heater body and comprising an outer container and a hollow air tank so that the wick elevation unit is configured for elevating a wick between the outer container and the air tank , wherein the outer container comprises an opened upper end, and a hollow air tank comprises an opening at an upper end thereof and is configured to be installed spaced apart from an inner surface of the outer container ; a combustion unit configured to be at an upper end of the wick elevation unit ; a vent cap comprising vent holes and a bottom for opening and closing the opening at the upper end of the air tank , a temperature detection unit received in the air tank and configured to be installed on the bottom surface of the vent cap facing the hollow portion of the air tank and mountable on a side opposite the flame facing side; and an automatic fire extinguisher for receiving a signal from the temperature detection unit and configured for lowering the wick , characterized in that the heater further comprises a support frame comprising a fixed plate received in the air tank and spaced apart from a bottom surface of the vent cap , and support legs extending upwards from the fixed plate and fixed to the bottom surface of the vent cap , wherein the support legs are caught in the vent holes to be fixed to the vent cap , wherein temperature detection unit is configured to be fixedly installed on bottom surface of the fixed plate .
A disc tumbler cylinder lock and key combination, wherein the disc tumbler cylinder lock comprises rotation limiting means for the key and a guiding element and the key comprises grooves for the guiding element, characterized in that the guiding element comprises two rails which form a part of said rotation limiting means , and both of said rails have at least one limiter protrusion , the limiter protrusions being arranged to facing inward in the disc tumbler cylinder lock, and the key comprises at least one recess for the limiter protrusions, and which rotation limiting means further comprise a front guide , the front guide being in connection with the rails , the front guide and the rails being arranged to allow the key , which is in a basic position in the disc tumbler cylinder lock, to be turned for releasing the locking of the disc tumbler cylinder lock in such a way that the limiter protrusions of both rails move, upon turning the key, into said at least one recess of the key.
A sensor system comprising: a sensor device comprising: a base material ; and a sensor element arranged on the base material , wherein the sensor element includes two electrodes and a thermistor part arranged between the two electrodes and formed of conductive or semiconductor particles and an organic polymeric component ; a filter configured to extract from an electrical signal of the resistance value measured for the sensor element relatively abrupt fluctuations with respect to time as an external force component and relatively mild fluctuations with respect to time as a temperature component, wherein the relatively abrupt fluctuations and the relatively mild fluctuations are separated by a threshold; and a processing part which is configured to acquire a detection result of an external force based on the external force component and to acquire a detection result of temperature based on the temperature component; wherein the sensor system is configured to, based on a resistance value measured between the two electrodes , detect an external force applied to the sensor element and a temperature to which the sensor element is exposed. a base material ; and a sensor element arranged on the base material , wherein the sensor element includes two electrodes and a thermistor part arranged between the two electrodes and formed of conductive or semiconductor particles and an organic polymeric component ; a filter configured to extract from an electrical signal of the resistance value measured for the sensor element relatively abrupt fluctuations with respect to time as an external force component and relatively mild fluctuations with respect to time as a temperature component, wherein the relatively abrupt fluctuations and the relatively mild fluctuations are separated by a threshold; and a processing part which is configured to acquire a detection result of an external force based on the external force component and to acquire a detection result of temperature based on the temperature component; wherein the sensor system is configured to, based on a resistance value measured between the two electrodes , detect an external force applied to the sensor element and a temperature to which the sensor element is exposed.
Trigger mechanism of a firearm with a trigger movable between an initial position and a discharge position, a sear movable between a cocked position and a releasing position and a transfer element movable by actuation of the trigger between a holding position for holding the sear in the cocked position and a release position for moving the sear into the releasing position, wherein a safety device with two pendulums pivotable about a transverse axis and deflectable by impacts is associated with the trigger , wherein the two pendulums are connected to the trigger in such a way that the trigger is pressed into its initial position by at least one of the two pendulums in the event of an impact-induced deflection of the two pendulums .
A water supply assembly of a toilet, the water supply assembly comprising: a main water input pipe ; a water tank connected to the main water input pipe and configured to receive clean water coming from the main water input pipe , the water tank comprising: a main water tank portion ; an auxiliary water tank portion ; a water equalizing pipe connected to the main water tank portion and the auxiliary water tank portion ; a water outlet disposed at the main water tank portion ; and a water inlet disposed at the main water tank portion , wherein the water tank is connected to the main water input pipe through the water inlet; a water suction pump connected to the water tank and disposed at the water outlet; and a water output pipe connected to the water suction pump , wherein the water suction pump is configured to pump the clean water in the water tank into the water output pipe , characterized in that the water tank further comprises an air equalizing pipe connected to an upper part of the main water tank portion and an upper part of the auxiliary water tank portion , wherein the water equalizing pipe is connected to a lower part of the main water tank portion and a lower part of the auxiliary water tank portion , and wherein a diameter of the air equalizing pipe is smaller than a diameter of the water equalizing pipe . a main water input pipe ; a water tank connected to the main water input pipe and configured to receive clean water coming from the main water input pipe , the water tank comprising: a main water tank portion ; an auxiliary water tank portion ; a water equalizing pipe connected to the main water tank portion and the auxiliary water tank portion ; a water outlet disposed at the main water tank portion ; and a water inlet disposed at the main water tank portion , wherein the water tank is connected to the main water input pipe through the water inlet; a main water tank portion ; an auxiliary water tank portion ; a water equalizing pipe connected to the main water tank portion and the auxiliary water tank portion ; a water outlet disposed at the main water tank portion ; and a water inlet disposed at the main water tank portion , wherein the water tank is connected to the main water input pipe through the water inlet; a water suction pump connected to the water tank and disposed at the water outlet; and a water output pipe connected to the water suction pump , wherein the water suction pump is configured to pump the clean water in the water tank into the water output pipe , characterized in that the water tank further comprises an air equalizing pipe connected to an upper part of the main water tank portion and an upper part of the auxiliary water tank portion , wherein the water equalizing pipe is connected to a lower part of the main water tank portion and a lower part of the auxiliary water tank portion , and wherein a diameter of the air equalizing pipe is smaller than a diameter of the water equalizing pipe .
A method for determining a detection range for a control channel in a multi-beam system, characterized by comprising: sending, by a network device, configuration information to a terminal device, wherein the configuration information is used for the terminal device to determine a time domain resource in which control channel detection is required within a target downlink time period according to the configuration information, and the time domain resource comprises multiple time domain scheduling units (S 110); wherein time domain resources except a second time domain resource within the target downlink time period all comprise a synchronization signal and a broadcast channel; wherein, sending, by the network device, the configuration information to the terminal device (S 110), comprises: sending, by the network device, system information to the terminal device, wherein the system information comprises the configuration information; or, sending, by the network device, the configuration information to the terminal device through a broadcast channel. sending, by a network device, configuration information to a terminal device, wherein the configuration information is used for the terminal device to determine a time domain resource in which control channel detection is required within a target downlink time period according to the configuration information, and the time domain resource comprises multiple time domain scheduling units (S 110); wherein time domain resources except a second time domain resource within the target downlink time period all comprise a synchronization signal and a broadcast channel; wherein, sending, by the network device, the configuration information to the terminal device (S 110), comprises: sending, by the network device, system information to the terminal device, wherein the system information comprises the configuration information; or, sending, by the network device, the configuration information to the terminal device through a broadcast channel. sending, by the network device, system information to the terminal device, wherein the system information comprises the configuration information; or, sending, by the network device, the configuration information to the terminal device through a broadcast channel.
An adsorption separation material for selectively recovering a rare earth element dissolved in an aqueous solution, wherein at least one diglycolamic-acid-type ligand represented by the following general formula is bonded to a polymer base material by graft polymerization: in the formula , R represents a hydrogen atom, an alkyl group having a carbon number of from 1 to 3, an acyl group having a carbon number of from 1 to 2, or an aldehyde group, and * represents a bond, and wherein the polymer base material is formed from at least one selected from the group consisting of a polyolefin resin, a water-insoluble vinyl alcohol resin, a polyamide resin, and a cellulose resin.
A differential speed stalk roll assembly mountable to a row unit of a row crop head , comprising: a first stalk roll comprising a first body mounted to a first shaft rotating about a first axis of rotation at a first shaft RPM, the first body having an outer diameter defined by a circle circumscribing an outer periphery of the first body ; a second stalk roll comprising a second body mounted to a second shaft in lateral spaced relation to the first shaft , the second shaft rotating about a second axis of rotation at a second shaft RPM, the second body having an outer diameter defined by a circle circumscribing an outer periphery of the second body ; wherein the outer diameter of the second body rotates at a speed greater than the outer diameter of the first body ; and characterised in that at least one of the first body and second body includes at least one annular knife defining a knife plane normal to the first axis of rotation and second axis of rotation ; wherein the at least one annular knife has an outer diameter that is substantially the same as the outer diameter of the at least one of the first body and second body that includes that at least one annular knife . a first stalk roll comprising a first body mounted to a first shaft rotating about a first axis of rotation at a first shaft RPM, the first body having an outer diameter defined by a circle circumscribing an outer periphery of the first body ; a second stalk roll comprising a second body mounted to a second shaft in lateral spaced relation to the first shaft , the second shaft rotating about a second axis of rotation at a second shaft RPM, the second body having an outer diameter defined by a circle circumscribing an outer periphery of the second body ; wherein the outer diameter of the second body rotates at a speed greater than the outer diameter of the first body ; and characterised in that at least one of the first body and second body includes at least one annular knife defining a knife plane normal to the first axis of rotation and second axis of rotation ; wherein the at least one annular knife has an outer diameter that is substantially the same as the outer diameter of the at least one of the first body and second body that includes that at least one annular knife .