mhurhangee/patent-ind-claim-en huggingface dataset:
A method of authentication, comprising: if (a) detecting a near-field device near a terminal when a particular operation of an application at the terminal is triggered, then performing in response the following steps: (i) obtaining an identification of the near-field device ; (ii) sending the identification of the near-field device to a server to request the server to conduct an authentication of the near-field device by matching the identification of the near-field device with the identification of a particular near-field device corresponding to the particular operation; and (iii) receiving a result of authentication performed by the server according to the identification of the near-field device ; otherwise (b) detecting no near-field device near the terminal when the particular operation of the application at the terminal is triggered, and in response performing one or more preset safety operations and locating the current position of the terminal. if (a) detecting a near-field device near a terminal when a particular operation of an application at the terminal is triggered, then performing in response the following steps: (i) obtaining an identification of the near-field device ; (ii) sending the identification of the near-field device to a server to request the server to conduct an authentication of the near-field device by matching the identification of the near-field device with the identification of a particular near-field device corresponding to the particular operation; and (iii) receiving a result of authentication performed by the server according to the identification of the near-field device ; otherwise (i) obtaining an identification of the near-field device ; (ii) sending the identification of the near-field device to a server to request the server to conduct an authentication of the near-field device by matching the identification of the near-field device with the identification of a particular near-field device corresponding to the particular operation; and (iii) receiving a result of authentication performed by the server according to the identification of the near-field device ; otherwise (b) detecting no near-field device near the terminal when the particular operation of the application at the terminal is triggered, and in response performing one or more preset safety operations and locating the current position of the terminal.
A lamp dimming circuit with electricity leakage prevention function including a power module , a PWM signal conversion module , an optocoupler , an analog signal conversion module , a controller , a voltage conversion module for connecting an illuminant , and a Y capacitor ; wherein the PWM signal conversion module has a signal input end for acquiring a dimming input signal, wherein the dimming input signal is a 1~10V voltage signal; the Y capacitor is disposed between the power module and the PWM signal conversion module , the power module is connected to one end of the Y capacitor , and the other end of the Y capacitor is connected to the PWM signal conversion module ; the signal output end of the PWM signal conversion module is connected to the signal input end of the optocoupler , and the signal output end of the optocoupler is connected to the signal input end of the analog signal conversion module , and the signal output end of the analog signal conversion module is connected to the controller ; the controller is connected to the voltage conversion module , and the voltage conversion module is configured to output a dimming output signal synchronized with the 1∼10V dimming input signal; wherein: the PWM signal conversion module is configured to convert the dimming input signal into a PWM modulated signal; the analog signal conversion module is configured to convert an output signal of the optocoupler into an analog signal. a power module , a PWM signal conversion module , an optocoupler , an analog signal conversion module , a controller , a voltage conversion module for connecting an illuminant , and a Y capacitor ; wherein the PWM signal conversion module has a signal input end for acquiring a dimming input signal, wherein the dimming input signal is a 1~10V voltage signal; the Y capacitor is disposed between the power module and the PWM signal conversion module , the power module is connected to one end of the Y capacitor , and the other end of the Y capacitor is connected to the PWM signal conversion module ; the signal output end of the PWM signal conversion module is connected to the signal input end of the optocoupler , and the signal output end of the optocoupler is connected to the signal input end of the analog signal conversion module , and the signal output end of the analog signal conversion module is connected to the controller ; the controller is connected to the voltage conversion module , and the voltage conversion module is configured to output a dimming output signal synchronized with the 1∼10V dimming input signal; wherein: the PWM signal conversion module is configured to convert the dimming input signal into a PWM modulated signal; the analog signal conversion module is configured to convert an output signal of the optocoupler into an analog signal.
Seal gasket of elongated shape, for a transport vehicle, said seal gasket having in cross section at least two adjacent closed cavities separated from each other by at least one inner partition , said at least one inner partition being connected to at least two outer walls defining respectively at least partially said cavities, said seal having vent holes for air communication between the cavities and the outside of the seal gasket, wherein at least one of said vent holes is of elongated and continuous shape, characterized in that said at least one of said vent holes extends through and between said outer walls by also crossing said at least one inner partition.
Suspension strut support or vibration damper support by means of an upper support bearing of a vehicle wheel suspension, which upper support bearing ultimately supports a piston rod of a vibration damper on a supporting point of a vehicle body , for which purpose the piston rod is connected to a support bearing body and the latter is connected to the vehicle body, wherein the support bearing comprises a device for dissipating kinetic energy, which device, when forces occur which without said device would cause deformation of the vehicle body, permits a relative movement between vehicle body and support bearing body and, in the process, dissipates kinetic energy, characterized in that the device for dissipating kinetic energy is introduced between support bearing body and vehicle body and consists at least of a crash element , the holding force of which is dimensioned in such a manner that it can transmit at least one load by means of supporting forces, provided during operation, of the vibration damper and of an additional spring or of the vibration damper, the additional spring thereof and a vehicle-body-bearing spring to the vehicle body and vice versa without destruction.
A method, performed by a network node storing a context for at least one unmanned aerial system, the method comprising: receiving a notification including information indicative of an identifier of an unmanned aerial system and of a change of serving anchor node, in a wireless communication system of which the network node and the at least one unmanned aerial system are part, for the unmanned aerial system corresponding to the identifier to a second anchor node in the wireless communication system, wherein an anchor node is one of an access and mobility management function node or a session management function node; and updating a stored context for the unmanned aerial system, the stored context including a first anchor node as a serving anchor node for the unmanned aerial system, to indicate the second anchor node as the serving anchor node. receiving a notification including information indicative of an identifier of an unmanned aerial system and of a change of serving anchor node, in a wireless communication system of which the network node and the at least one unmanned aerial system are part, for the unmanned aerial system corresponding to the identifier to a second anchor node in the wireless communication system, wherein an anchor node is one of an access and mobility management function node or a session management function node; and updating a stored context for the unmanned aerial system, the stored context including a first anchor node as a serving anchor node for the unmanned aerial system, to indicate the second anchor node as the serving anchor node.
A secondary cell comprising: a flat wound group including a flat portion and a curved portion ; a cell case ; and a case lid for sealing the cell case, wherein the flat wound group comprises an active material mixture applied portion and an insulating sheet insulating the flat wound group and the cell case from each other, and is housed in the cell case, wherein the case lid supports the flat wound group on one end side of the flat wound group, wherein a gap is formed between the curved portion and the cell case; characterized in that the insulating sheet is formed by a plurality of superposed insulating layers including at least an outside wide layer and an inside wide layer on the flat portion, wherein the inside wide layer is formed of a hole constituting a gap between the flat portion and the outside wide layer, and a portion functioning as a holding portion for the flat wound group between the flat portion on the other end side of the flat wound group and the outside wide layer. a flat wound group including a flat portion and a curved portion ; a cell case ; and a case lid for sealing the cell case, wherein the flat wound group comprises an active material mixture applied portion and an insulating sheet insulating the flat wound group and the cell case from each other, and is housed in the cell case, wherein the case lid supports the flat wound group on one end side of the flat wound group, wherein a gap is formed between the curved portion and the cell case; characterized in that the insulating sheet is formed by a plurality of superposed insulating layers including at least an outside wide layer and an inside wide layer on the flat portion, wherein the inside wide layer is formed of a hole constituting a gap between the flat portion and the outside wide layer, and a portion functioning as a holding portion for the flat wound group between the flat portion on the other end side of the flat wound group and the outside wide layer.
A hydroelectric power plant comprising an impeller arranged in a waterway , a volute and a ring gate for interrupting the flow of water through the waterway , wherein the ring gate is adapted to be moved from an open to a closed position and back in axial direction, wherein no water flow can occur through the waterway when the ring gate is in the closed position, and wherein the ring gate comprises a first and a second hollow body surrounding the impeller axis, the two bodies being arranged concentrically to each other, characterized in that the second body consists of a plurality of segments , and wherein the segments are connected to the first body in such a way that each segment can be displaced in axial direction relative to the first body independently of the other segments and wherein each segment can assume a first position in which one end of the respective segment projects in the axial direction beyond the end of the first body which is intended to be inserted first into the waterway when the ring gate is closed, so that there is an overhang of the segments , and wherein each segment can assume a second position in which the overhang is reduced, and wherein the annular gate comprises means for holding the segments in their first position, which are designed such that each segment can be moved axially out of its first position when an axially directed force acting on the segment occurs which exceeds a predefined threshold.
A racing vehicle game comprising one or more remote controlled vehicles having an optical sensor , a racing track for racing the one or more remote controlled vehicles , wherein the racing track comprises an optically graded lateral profile, such that the one or more remote controlled vehicles can determine the lateral position on the racing track via the optical sensor , characterised in that , the optically graded profile provides each lateral position of the track with a unique level of reflectivity.
An X-ray input apparatus for controlling an X-ray imaging apparatus , the X-ray input apparatus comprising: a holder and a holder communicator provided in the holder; a body mountable on the holder ; an exposure button provided at an upper portion of the body and including a first stage and a second stage; an input communicator configured to communicate with the holder communicator via a Bluetooth communication network; and an input controller configured to control the input communicator to: generate a Bluetooth packet including an X-ray exposure ready signal and transmit the generated Bluetooth packet to the holder via the Bluetooth communication network, when the first stage of the exposure button is actuated, and generate a Bluetooth packet including an X-ray exposure signal, and transmit the generated Bluetooth packet to the holder via the Bluetooth communication network, when the second stage of the exposure button is actuated, characterized in that the holder is further configured to output a notification when the Bluetooth packet including the X-ray exposure signal is received before the Bluetooth packet including the X-ray exposure ready signal is received. a holder and a holder communicator provided in the holder; a body mountable on the holder ; an exposure button provided at an upper portion of the body and including a first stage and a second stage; an input communicator configured to communicate with the holder communicator via a Bluetooth communication network; and an input controller configured to control the input communicator to: generate a Bluetooth packet including an X-ray exposure ready signal and transmit the generated Bluetooth packet to the holder via the Bluetooth communication network, when the first stage of the exposure button is actuated, and generate a Bluetooth packet including an X-ray exposure signal, and transmit the generated Bluetooth packet to the holder via the Bluetooth communication network, when the second stage of the exposure button is actuated, generate a Bluetooth packet including an X-ray exposure ready signal and transmit the generated Bluetooth packet to the holder via the Bluetooth communication network, when the first stage of the exposure button is actuated, and generate a Bluetooth packet including an X-ray exposure signal, and transmit the generated Bluetooth packet to the holder via the Bluetooth communication network, when the second stage of the exposure button is actuated, characterized in that the holder is further configured to output a notification when the Bluetooth packet including the X-ray exposure signal is received before the Bluetooth packet including the X-ray exposure ready signal is received.
Method for passively ascertaining the position of an object, wherein acoustic and optical signals are emitted by the object, including the method steps of ascertaining bearing data, wherein the bearing data contain the direction of the object and the time point at which the bearing was taken and two different types of bearing data are ascertained, specifically acoustic bearing data and optical bearing data, storing the bearing data, identifying bearing data of different types as belonging to the same taking of the bearing, calculating the distance of the object from the time difference between the time points at which the bearings that have been identified as belonging to the same taking of the bearing were taken, and calculating the position of the object from the direction and the distance of the object, characterized in that the position of the object is ascertained over a time period, in that the velocity of the object is ascertained from the development of the position of the object over time, and in that bearing data of different types are identified as belonging to the same taking of the bearing only if the signal patterns of the acoustic and of the optical signals correspond.
A tool (150; 301; 501) for switching a state of an electromagnetic relay (100; 200; 300; 500) comprising, a switching member (150; 304; 504) capable of moving between a first position (X; W) and a second position (Z) along a path (204; 306; 506) oriented to the relay (100; 200; 300; 500); characterized in that : the switching member (150; 304; 504) comprises a magnet, and movement of the switching member (150; 304; 504) from the first position (X; W) to the second position (Z) is capable of switching a switch state of the electromagnetic relay (100; 200; 300; 500) via a magnetic force (B) exerted by the switching member (150; 304; 504).
A single-crystal diamond material having a transmittance of light of less than or equal to 15% for any wavelength greater than or equal to 410 nm and less than or equal to 750 nm, when a thickness of the single-crystal diamond material is between 0.8 mm and 4.8 mm, the single-crystal diamond material being at least either of an electrical insulator according to optical evaluation and an electrical insulator according to electrical evaluation, wherein a criterion of said optical evaluation is a transmittance of light with a wavelength of 10.6 μm of greater than or equal to 1% when a thickness of the single crystal diamond material is between 0.8 mm and 4.8 mm, a criterion of said electrical evaluation is an average resistivity of greater than or equal to 1 × 10 6 Ωcm, and the transmittance of light refers to the transmittance of light that enters with an angle of deviation from the perpendicular direction of less than or equal to 0.1° to one principal surface and radiates from the other principal surface irrespectively of the wavelength of the light, when two planes randomly specified in the single-crystal diamond material are defined as principal surfaces, the two planes having an arithmetic mean roughness Ra of surface defined by JIS B0601:2013 of less than or equal to 2 nm and a degree of parallelism of less than or equal to 0.1°.
A propeller blade comprising a fibre reinforced structure having a blade retention section formed at one end thereof, and at least one metallic formation (22, 24; 26) spray deposited onto said blade retention section ; characterised in that : said metallic formation is a bearing race (22; 26).
A catheter , comprising: an insertion tube for insertion into a patient body ; multiple arms , which are attached to a distal end of the insertion tube, each arm comprising a braid of wires that traverse the arm; and multiple electrodes , which are coupled to the arms and electrically connected to respective selected wires of the braid , and which are configured to exchange signals over the wires with a system external to the patient body, wherein the multiple arms are expandable into a basket configuration. an insertion tube for insertion into a patient body ; multiple arms , which are attached to a distal end of the insertion tube, each arm comprising a braid of wires that traverse the arm; and multiple electrodes , which are coupled to the arms and electrically connected to respective selected wires of the braid , and which are configured to exchange signals over the wires with a system external to the patient body, wherein the multiple arms are expandable into a basket configuration.
A gear made of a resin, comprising: a cylindrical boss that is formed at a center portion; a rim that is formed on an outer side in a radial direction of the boss concentrically with the boss and has a tooth portion at an outer circumferential portion thereof; and a web that links the boss and the rim , wherein in the web , on a surface thereof on one side in a thickness direction of the web , a plurality of gate marks are formed, and a plurality of first radial direction ribs that extend from the boss to the outer side in the radial direction along a weld line that appears between adjacent ones of the gate marks are provided so as to protrude at least to an other side in the thickness direction of the web , characterized in that in the web , a plurality of second radial direction ribs that extend from the boss to the outer side in the radial direction are provided so as to overlap with the plurality of gate marks when seen from the thickness direction of the web and so as to protrude at least to the other side in the thickness direction of the web and the second radial direction ribs are formed so that a length thereof in the thickness direction of the web increases with increasing proximity to the boss . a cylindrical boss that is formed at a center portion; a rim that is formed on an outer side in a radial direction of the boss concentrically with the boss and has a tooth portion at an outer circumferential portion thereof; and a web that links the boss and the rim , wherein in the web , on a surface thereof on one side in a thickness direction of the web , a plurality of gate marks are formed, and a plurality of first radial direction ribs that extend from the boss to the outer side in the radial direction along a weld line that appears between adjacent ones of the gate marks are provided so as to protrude at least to an other side in the thickness direction of the web , on a surface thereof on one side in a thickness direction of the web , a plurality of gate marks are formed, and a plurality of first radial direction ribs that extend from the boss to the outer side in the radial direction along a weld line that appears between adjacent ones of the gate marks are provided so as to protrude at least to an other side in the thickness direction of the web , characterized in that in the web , a plurality of second radial direction ribs that extend from the boss to the outer side in the radial direction are provided so as to overlap with the plurality of gate marks when seen from the thickness direction of the web and so as to protrude at least to the other side in the thickness direction of the web and the second radial direction ribs are formed so that a length thereof in the thickness direction of the web increases with increasing proximity to the boss .
Device for producing hydroelectric power, comprising at least one water wheel rigidly connected to at least one platform of which at least one upper face is above water, said water wheel water being formed by a plurality of blades which extend the free ends of arms distributed around a hub , and being intended to be rotated, under the effect of the flow of water from a watercourse , about a horizontal-type axis (X), which is perpendicular to the direction of flow of said watercourse , so to actuate a turbine and produce electricity via a generator , characterized in that said device comprises means for actuating, under the effect of the rotation of the water wheel , at least one means for compressing a fluid for supplying said turbine , and in that said at least one fluid compression means comprises at least one air compressor having an enclosure provided with at least one air inlet, and at least one compressed air outlet communicating with said turbine , said enclosure being delimited by a bottom , an upper flap , and a peripheral wall of which at least a part is deformable, said bottom or said upper flap being movable between an inactive state in which said bottom and said upper flap together form an acute angle α0 and an active state in which they together form an acute angle α1 less than α0, while said actuating means comprise at least one rotary bar , having an axis parallel to the plane formed by said water wheel , said rotating bar being rotated about said axis (X) by said water wheel via a shaft coupled to said hub , and comprising at least one free end rigidly connected to a member designed to be able to act on the upper flap or the bottom of said enclosure so as to cause it to move from its inactive state to its active state.