mhurhangee/patent-ind-claim-en huggingface dataset:
An output electrode base, characterized in that the output electrode base comprises: a base body , the base body being provided with a cavity ; and a connecting member , wherein at least a part of the connecting member is located inside the cavity and fixed to the base body , wherein a plurality of first stop blocks are disposed around an outer peripheral wall of the connecting member , and the plurality of first stop blocks are configured to limit movement of the connecting member , a third stop block is disposed on the outer peripheral wall of the connecting member , and the third stop block is annular; and along a height direction (H), the third stop block is located in the middle of the connecting member ; a position limiting portion is formed on an inner wall of the cavity , and the position limiting portion fits with the third stop block , and wherein each of the plurality of first stop blocks comprises a first groove , the third stop block comprises a second groove, and a depth of the first groove is different from a depth of the second groove. a base body , the base body being provided with a cavity ; and a connecting member , wherein at least a part of the connecting member is located inside the cavity and fixed to the base body , wherein a plurality of first stop blocks are disposed around an outer peripheral wall of the connecting member , and the plurality of first stop blocks are configured to limit movement of the connecting member , a third stop block is disposed on the outer peripheral wall of the connecting member , and the third stop block is annular; and along a height direction (H), the third stop block is located in the middle of the connecting member ; a position limiting portion is formed on an inner wall of the cavity , and the position limiting portion fits with the third stop block , and wherein each of the plurality of first stop blocks comprises a first groove , the third stop block comprises a second groove, and a depth of the first groove is different from a depth of the second groove.
Anti-fall device for a lifting gate , in particular a machine protection lifting gate, having a mechanical locking device , which comprises a gate carrier movable in a vertical direction (Z) for joint movement with the lifting gate and a support element stationary in the vertical direction (Z), which can be brought into a mechanically locked engagement with one another, blocking a vertical movement of the gate carrier ; wherein the locking device furthermore has at least one latch which is connected in an articulated manner, at least indirectly, to the gate carrier and can be pivoted into the mechanically locking engagement with the support element , and a stop element is mounted on the gate carrier in a spring-loaded manner, which stop element has a guide in which the latch is guided in such a way that it is pivoted in the direction of the support element when the stop element is deflected, wherein the stop element is assigned a stop in a predetermined vertical end position, against which the stop element strikes during a vertical movement of the gate carrier .
A power reception device comprising: a power reception coil configured to receive power transmitted from a power transmission coil; a rectification circuit configured to rectify alternating current power received by the power reception coil; and a control circuit connected between the rectification circuit and a load to which direct current power outputted from the rectification circuit is supplied, wherein the control circuit includes a switch that is connected between a positive electrode and a negative electrode of the load and is switched from a non-conducting state to a conducting state, while power transmitted from the power transmission coil is being received by the power reception coil , when a voltage applied to the load becomes equal to or higher than a predetermined value, and a rectification element that is connected between the positive electrode or the negative electrode and the switch and prevents a current from flowing from the positive electrode to the negative electrode through the switch , characterized in that the rectification element is a second switching unit which is switched from a conducting state to a non-conducting state when the voltage applied to the load becomes equal to or higher than a predetermined value, and which is controlled so that the conducting state and the non-conducting state are reversed with respect to those of the switch . a power reception coil configured to receive power transmitted from a power transmission coil; a rectification circuit configured to rectify alternating current power received by the power reception coil; and a control circuit connected between the rectification circuit and a load to which direct current power outputted from the rectification circuit is supplied, wherein the control circuit includes a switch that is connected between a positive electrode and a negative electrode of the load and is switched from a non-conducting state to a conducting state, while power transmitted from the power transmission coil is being received by the power reception coil , when a voltage applied to the load becomes equal to or higher than a predetermined value, and a rectification element that is connected between the positive electrode or the negative electrode and the switch and prevents a current from flowing from the positive electrode to the negative electrode through the switch ,
Cleaning and disinfecting apparatus for medical and/or dental instruments, with a media separation device , the media separation device having a first inlet for rinsing liquid, a second inlet for drying air, and a common outlet for rinsing liquid and drying air, through which common outlet rinsing liquid or drying air can selectively flow out of the media separation device , characterized in that the cleaning and disinfecting apparatus has a drive element, by means of which a shut-off element mounted movably in the media separation device can be transferred to a first position, in which it closes the first inlet , to a second position, in which it closes the second inlet , and to a third position, in which it closes the common outlet , the drive element being designed independently of a device for conveying rinsing liquid or drying air through the media separation device .
Helicopter ventilation architecture, said helicopter comprising at least two avionics bays comprising electronic equipment to be ventilated, said architecture comprising, for each avionics bay: - an air inlet , allowing outside air to enter the avionics bay to ventilate said avionics bay, - an air outlet , allowing air ventilating the avionics bay to exit the avionics bay, the ventilation architecture further comprising: - a mixing chamber , connected to the air outlets, configured to receive air originating from all the avionics bays, - at least one air duct connected to the mixing chamber, and to an air evacuation outlet to the outside, - at least two fans , arranged and distributed in the air duct(s). - an air inlet , allowing outside air to enter the avionics bay to ventilate said avionics bay, - an air outlet , allowing air ventilating the avionics bay to exit the avionics bay, - a mixing chamber , connected to the air outlets, configured to receive air originating from all the avionics bays, - at least one air duct connected to the mixing chamber, and to an air evacuation outlet to the outside, - at least two fans , arranged and distributed in the air duct(s).
A packet transmission method, implemented by a first network device in a virtual private LAN service, VPLS, network, and the method comprises: determining , based on a destination address carried in a received first packet, a virtual port corresponding to the destination address in a VPLS instance of the first network device , wherein the virtual port indicates a first virtual private wire service, VPWS, instance in the first network device ; and sending the first packet to a second VPWS instance in a second network device based on the virtual port, wherein the second VPWS instance and the first VPWS instance bear a same service, the second network device belongs to a VPWS network. determining , based on a destination address carried in a received first packet, a virtual port corresponding to the destination address in a VPLS instance of the first network device , wherein the virtual port indicates a first virtual private wire service, VPWS, instance in the first network device ; and sending the first packet to a second VPWS instance in a second network device based on the virtual port, wherein the second VPWS instance and the first VPWS instance bear a same service, the second network device belongs to a VPWS network.
A method of wireless communication performed by a user equipment, UE, , comprising: receiving a downlink communication that includes one or more codepoints indicating a plurality of transmit precoder matrix indicator, TPMI, indices, wherein the one or more codepoints includes a single codepoint, in a Precoding Information and Number of Layers field of the downlink communication, indicating the plurality of TPMI indices; and identifying , based at least in part on the one or more codepoints, a first TPMI index, of the plurality of TPMI indices, for configuring a first repetition of a physical uplink shared channel, PUSCH, transmission and a second TPMI index, of the plurality of TPMI indices, for configuring a second repetition of the PUSCH transmission, wherein the PUSCH transmission is a codebook-based PUSCH transmission. receiving a downlink communication that includes one or more codepoints indicating a plurality of transmit precoder matrix indicator, TPMI, indices, wherein the one or more codepoints includes a single codepoint, in a Precoding Information and Number of Layers field of the downlink communication, indicating the plurality of TPMI indices; and identifying , based at least in part on the one or more codepoints, a first TPMI index, of the plurality of TPMI indices, for configuring a first repetition of a physical uplink shared channel, PUSCH, transmission and a second TPMI index, of the plurality of TPMI indices, for configuring a second repetition of the PUSCH transmission, wherein the PUSCH transmission is a codebook-based PUSCH transmission.
Method for supplying oxygen to at least one aeration tank of a water treatment system , comprising: - a step of injecting a gas comprising ozone into an ozonation tank , - a step of collecting a vent gas from the ozonation tank , - a step of measuring an ozone content in the vent gas, and - a step of comparing the measured ozone content to an ozone content threshold, and of: - supplying the at least one aeration tank directly with the vent gas if the measured ozone content is below the ozone content threshold, or - treating the vent gas so as to decrease its ozone content, if the measured ozone content is equal or above the ozone content threshold, and supplying the at least one aeration tank with the treated gas. - a step of injecting a gas comprising ozone into an ozonation tank , - a step of collecting a vent gas from the ozonation tank , - a step of measuring an ozone content in the vent gas, and - a step of comparing the measured ozone content to an ozone content threshold, and of: - supplying the at least one aeration tank directly with the vent gas if the measured ozone content is below the ozone content threshold, or - treating the vent gas so as to decrease its ozone content, if the measured ozone content is equal or above the ozone content threshold, and supplying the at least one aeration tank with the treated gas. - supplying the at least one aeration tank directly with the vent gas if the measured ozone content is below the ozone content threshold, or - treating the vent gas so as to decrease its ozone content, if the measured ozone content is equal or above the ozone content threshold, and supplying the at least one aeration tank with the treated gas.
A method, performed by a computer system including a processor, for processing a payment made by a payment card comprising: receiving, from a device associated with a requestor, a request for a security code for at least one payment card assigned a unique token and which is associated with the requestor; responding to the request for the security code by authenticating the requestor, allowing the requestor to perform transactions using the at least one payment card, the authenticating the requestor including: accepting and verifying a first identifier for the device, and, accepting and verifying a second identifier associated with the requestor; upon the authenticating the requestor being successful, generating a security code for the at least one payment card, the security code associated with the unique token assigned to the payment card; opening a session for the generated security code, the session open for a time period in which the generated security code is valid; and, providing the generated security code to the requestor; and, receiving, from the requestor, an indicator that the security code is to be kept active for a requestor designated time period. receiving, from a device associated with a requestor, a request for a security code for at least one payment card assigned a unique token and which is associated with the requestor; responding to the request for the security code by authenticating the requestor, allowing the requestor to perform transactions using the at least one payment card, the authenticating the requestor including: accepting and verifying a first identifier for the device, and, accepting and verifying a second identifier associated with the requestor; upon the authenticating the requestor being successful, generating a security code for the at least one payment card, the security code associated with the unique token assigned to the payment card; opening a session for the generated security code, the session open for a time period in which the generated security code is valid; and, providing the generated security code to the requestor; and, generating a security code for the at least one payment card, the security code associated with the unique token assigned to the payment card; opening a session for the generated security code, the session open for a time period in which the generated security code is valid; and, providing the generated security code to the requestor; and, receiving, from the requestor, an indicator that the security code is to be kept active for a requestor designated time period.
Radio receiving system for a vehicle , having a radio antenna for receiving a radio signal from a stationary radio transmitter , a C2C module for communicating with further vehicles , a WLAN antenna which can be connected or is connected to the C2C module , and having a radio receiving device to which the radio antenna and the C2C module can be connected or are connected and which comprises a first signal processing unit , which comprises an MRC module for combining a plurality of synchronised analogue intermediate frequency signals into one combined analogue intermediate frequency signal , a demodulator for extracting a useful signal from the combined analogue intermediate frequency signal , a temporary store for a plurality of synchronisable digitised intermediate frequency signals and a plurality of D/A converters for generating an analogue intermediate frequency signal from each digitised intermediate frequency signal stored in the temporary store , wherein the radio receiving system is configured to transmit and/or receive a digitised intermediate frequency signal generated from a received radio signal from the stationary radio transmitter via the C2C module and the WLAN antenna .
Method for generating a target light starting from a plurality of light sources , each having an individual emission spectrum, comprising the steps of: - selecting a target colour from a target region of a colour space; and - emitting a target light from said light sources according to a weighted combination of light sources corresponding to said target colour; wherein, for said target colour, said weighted combination is obtained from an output model which is optimized according to an optimization parameter, and characterized in that said output model is previously determined in a modelling stage comprising the following steps: - calculating a plurality of mixed spectra , each being a weighted combination of said individual emission spectra of said plurality of light sources ; - for each mixed spectrum of said plurality of mixed spectra , calculating its colour coordinates and its optimization parameter; - partitioning in sectors a modelling region of said colour space; - for each sector, selecting an optimized mixed spectrum as the mixed spectrum contained in said sector having the best optimization parameter; thus obtaining an optimized weighted combination for said sector, as the weighted combination of said optimized mixed spectrum; - using the optimized weighted combination of each of said sectors, establishing a correspondence between colour coordinates and weighted combinations; - thus obtaining said output model . - selecting a target colour from a target region of a colour space; and - emitting a target light from said light sources according to a weighted combination of light sources corresponding to said target colour; - calculating a plurality of mixed spectra , each being a weighted combination of said individual emission spectra of said plurality of light sources ; - for each mixed spectrum of said plurality of mixed spectra , calculating its colour coordinates and its optimization parameter; - partitioning in sectors a modelling region of said colour space; - for each sector, selecting an optimized mixed spectrum as the mixed spectrum contained in said sector having the best optimization parameter; thus obtaining an optimized weighted combination for said sector, as the weighted combination of said optimized mixed spectrum; - using the optimized weighted combination of each of said sectors, establishing a correspondence between colour coordinates and weighted combinations; - thus obtaining said output model .
Plug connector comprising a first connector and a second connector , wherein the first connector and the second connector can be connected with each other through a joining movement along a main axis of extension of the plug connector , wherein a securing element which is associated with the first connector can be displaced along the main axis of extension between a locking position (A) and an unlocking position (B), wherein a fixing element of the first connector is provided in order to fix the first connector to the second connector through interaction with a counter-fixing element of the second connector in order to block a disconnecting movement of the first connector and the second connector relative to each other, wherein the fixing element is moveable in a radial direction (III, IV), wherein in the locking position (A) the securing element is designed to permit the fixing element a movement in a radial inwards direction (III) in order to make possible a joining movement in axial direction (I) in order to connect the first connector with the second connector , characterised in that the securing element is, directly or indirectly, in operative connection with the fixing element , such that a displacement of the securing element from the locking position (A) into the unlocking position (B) causes a displacement of the fixing element in radial inwards direction (III), and wherein, by displacing the securing element from the locking position (A) into the unlocking position (B), the fixing element can be released from the counter-fixing element through a movement in radial inwards direction (III) in order to permit the disconnecting movement in axial direction (II) in order to separate the first connector from the second connector .
An apparatus to prevent back rotation of a ratchet of a power tool for tightening and/or loosening threaded fasteners including: a shaft assembly ; a pawl assembly ; and a lever assembly ; wherein either the pawl assembly or the lever assembly is fixed rotatably relative to the shaft assembly . a shaft assembly ; a pawl assembly ; and a lever assembly ; wherein either the pawl assembly or the lever assembly is fixed rotatably relative to the shaft assembly .
A teat opening protection patch to be stuck to portions inclusive of a teat opening of livestock, including a laminate of an elastic sheet and an adhesive layer laminated on one surface of the elastic sheet , said laminate having a double-stretched tensile stress, which is a stress with no directivity necessary for stretching the laminate into twice its length, in a range of 0.1 to 5 N.
Escapement for a mechanical time-measuring device comprising pivotable pallets with pallet-stones and a pallet wheel , to which a torque can be applied and which has outwardly directed teeth (5, 5', 5") over its outer circumference, a sliding relative movement being produced during operation of the escapement, in which the front flanks of the pallet-stones are in contact in succession and alternately with the front flanks of the teeth (5, 5', 5"), the front flanks of the pallet-stones being configured such that, during operation of the escapement in the direction of the relative movement, during each contact of one of the front flanks of the pallet-stones with one of the front flanks of the teeth (5, 5', 5") of the wheel , the same contact face A 0 of the front flank of the pallet-stones is always engaged with the front flank of the teeth (5, 5', 5") of the wheel , at least the flanks of the pallet-stones and the front flank of the teeth (5, 5', 5") having a hard material coating, characterised in that the hard material coating is selected from silicon oxide, in particular SiO 2 , or non-stoichiometric oxides with the formula Si x O y , x and y being whole numbers, or from silicon carbides or silicon nitride or diamond, in particular nanocrystalline diamond, or diamond-like carbon (DLC) or ruby or sapphire.
A method for sending a service packet, comprising: receiving (S301), by a first network device, a transmission control protocol, TCP, packet sent by a second network device, wherein the TCP packet comprises a service identifier; determining (S302), by the first network device based on the service identifier, a priority of a service corresponding to the service identifier; obtaining (S303), by the first network device, a TCP window based on the priority of the service; and sending (S304), by the first network device, a first TCP ACK packet to the second network device, wherein the first TCP ACK packet comprises the TCP window, and the TCP window is used by the second network device to calculate a size of the service packet to be sent to the first network device; wherein the obtaining, by the first network device, a TCP window based on the priority of the service comprises: when the first network device determines that the priority of the service is a first priority, obtaining service requirement information of the service, and calculating the TCP window based on the service requirement information. receiving (S301), by a first network device, a transmission control protocol, TCP, packet sent by a second network device, wherein the TCP packet comprises a service identifier; determining (S302), by the first network device based on the service identifier, a priority of a service corresponding to the service identifier; obtaining (S303), by the first network device, a TCP window based on the priority of the service; and sending (S304), by the first network device, a first TCP ACK packet to the second network device, wherein the first TCP ACK packet comprises the TCP window, and the TCP window is used by the second network device to calculate a size of the service packet to be sent to the first network device; wherein the obtaining, by the first network device, a TCP window based on the priority of the service comprises: when the first network device determines that the priority of the service is a first priority, obtaining service requirement information of the service, and calculating the TCP window based on the service requirement information.