mhurhangee/ep-ind-claims huggingface dataset:
A tire (1, 2, 2x, 3, 4, 5) including a tread section coming into contact with a road surface and a tire side section continuous with the tread section, wherein a circumferential recess (100, 200,200x, 300, 400, 500, 500X, 500Y) is formed on an outer surface of the tire side section, the circumferential recess being depressed inward in a tread width direction (Tw) and extending in a tire circumferential direction (Tc), a block (110, 111, 112, 211, 212, 211x, 212x, 311, 312, 313, 411, 412, 413, 511, 512, 513, 514, 711, 712, 811) protruding outward in the tread width direction is formed on the inside of the circumferential recess, in a cross section along the tread width direction of the tire and a tire radial direction (Td), a rim-side outer surface is formed in an area from a rim separation point, which is the outermost point in the tire radial direction that is in contact with a rim flange, to an inner end of the circumferential recess in the tire radial direction, and at least a part of the block protrudes further to the outside in the tread width direction than a virtual line obtained by extending the rim-side outer surface in the cross section, wherein the block includes a plurality of blocks formed at predetermined intervals in the tire circumferential direction (Tc), wherein the circumferential recess is depressed inward in the tread width direction (Tw) further than the virtual line, characterised in that, when the plurality of blocks include a first block and a second block formed further on the outer side in the tire radial direction than the first block, only the first block protrudes further to the outside in the tread width direction than the virtual line.
A fingerprint processing method for unlocking a screen of a terminal, executed by the terminal and comprising: in response to detecting a touch operation on a hot zone for a spot of the terminal, determining a direction of a signal generated by the touch operation among a plurality of directions, wherein the screen comprises a touch panel, the spot is a fingerprint on display spot to be lighted up through the touch panel, the hot zone for the spot is formed by expanding the spot by a proportion and contains the spot, and a sensor configured to acquire the signal is provided under the hot zone, and the sensor comprises N sensing nodes, each corresponding to a respective sensing region, N being a positive integer; characterized by: determining a threshold according to the direction, wherein at least two of the plurality of directions each corresponds to a respective different threshold; and in response to a coverage of the signal acquired by the sensor exceeding the threshold, reporting a request for lighting up the spot in the hot zone to an application processor of the terminal for lighting up the spot, and waking up a fingerprint recognition module of the terminal to perform fingerprint recognition, to trigger unlocking the screen of the terminal. determining a threshold according to the direction, wherein at least two of the plurality of directions each corresponds to a respective different threshold; and in response to a coverage of the signal acquired by the sensor exceeding the threshold, reporting a request for lighting up the spot in the hot zone to an application processor of the terminal for lighting up the spot, and waking up a fingerprint recognition module of the terminal to perform fingerprint recognition, to trigger unlocking the screen of the terminal.
An image processing method, comprising: identifying whether a background portion of a focused image has an overexposed portion at a focus state; characterized by blurring the focused image to obtain a blurred focused image, the blurred focused image comprising a blurred overexposed portion corresponding to the overexposed portion; in response to the focused image has the overexposed portion, obtaining an out-of-focus image having a same scene as the focused image, and processing the out-of-focus image to obtain a material portion corresponding to the overexposed portion of the focused image; and replacing the blurred overexposed portion corresponding to the overexposed portion in the blurred focused image with the material portion to obtain a merged image. identifying whether a background portion of a focused image has an overexposed portion at a focus state; characterized by blurring the focused image to obtain a blurred focused image, the blurred focused image comprising a blurred overexposed portion corresponding to the overexposed portion; in response to the focused image has the overexposed portion, obtaining an out-of-focus image having a same scene as the focused image, and processing the out-of-focus image to obtain a material portion corresponding to the overexposed portion of the focused image; and replacing the blurred overexposed portion corresponding to the overexposed portion in the blurred focused image with the material portion to obtain a merged image.
A method of creating a multi-party computation "MPC" cryptographic signature for a blockchain based computer network, for signing a received message, the method comprising: generating, by at least one first computing device, at least one first share of a cryptographic key, based on a distributed key generation MPC protocol; generating, by at least one second computing device, at least one second share of the cryptographic key, based on the distributed key generation MPC protocol; signing, by the at least one first computing device, the received message with the at least one first share; receiving, by the at least one second computing device, the message signed with the at least one first share; signing, by the at least one second computing device, the message signed with the at least one first share with the at least one second share; sending, by the at least one second computing device, the message signed with the at least one second share and the at least one first share to a full node of the computer network; and adding a transaction to a ledger of the computer network, in accordance with the received message signed by the at least one first share and the at least one second share, wherein a combination of the at least one first share and the at least one second share corresponds to a private cryptographic key of the computer network. generating, by at least one first computing device, at least one first share of a cryptographic key, based on a distributed key generation MPC protocol; generating, by at least one second computing device, at least one second share of the cryptographic key, based on the distributed key generation MPC protocol; signing, by the at least one first computing device, the received message with the at least one first share; receiving, by the at least one second computing device, the message signed with the at least one first share; signing, by the at least one second computing device, the message signed with the at least one first share with the at least one second share; sending, by the at least one second computing device, the message signed with the at least one second share and the at least one first share to a full node of the computer network; and adding a transaction to a ledger of the computer network, in accordance with the received message signed by the at least one first share and the at least one second share, wherein a combination of the at least one first share and the at least one second share corresponds to a private cryptographic key of the computer network.
A system for monitoring blood flow in a patient, the system comprising: a first unit comprising a single-element ultrasound transducer having a planar face with a width that is large compared with that of traditional focused ultrasound transducers, and fastening means suitable for fastening the first unit to the patient; a controller subsystem; and a monitoring subsystem, wherein the controller subsystem is configured to: control the single-element ultrasound transducer to transmit plane-wave pulses into the patient in a propagation direction; sample reflections of the plane-wave pulses, received at the single-element ultrasound transducer, from a region within the patient, to generate pulse-Doppler response signals; and process the pulse-Doppler response signals to estimate a series of values, over time, of a measure proportional, but not equal, to the total blood volume flow passing through the region, and wherein the monitoring subsystem is configured to monitor the series of values over time and to generate a signal if a set of one or more of the values satisfies a predetermined criterion. a first unit comprising a single-element ultrasound transducer having a planar face with a width that is large compared with that of traditional focused ultrasound transducers, and fastening means suitable for fastening the first unit to the patient; a controller subsystem; and a monitoring subsystem, control the single-element ultrasound transducer to transmit plane-wave pulses into the patient in a propagation direction; sample reflections of the plane-wave pulses, received at the single-element ultrasound transducer, from a region within the patient, to generate pulse-Doppler response signals; and process the pulse-Doppler response signals to estimate a series of values, over time, of a measure proportional, but not equal, to the total blood volume flow passing through the region, and wherein the monitoring subsystem is configured to monitor the series of values over time and to generate a signal if a set of one or more of the values satisfies a predetermined criterion.
Electromechanical brake calliper, comprising a calliper body including a base supporting a piston with a generally cylindrical outer face and a mechanism for transforming movement (12, 13) to move this piston in translation along a main direction on rotation of an electromechanical actuator coupled with this mechanism, this base comprising a generally cylindrical inner face wherein the piston slides along the main axis, characterized in that this calliper comprises at least three cylindrical steel rollers (14, 16, 17) interposed between the inner face of the base and the outer face of the piston, these rollers (14, 16, 17) being oriented along the main axis and distributed around this axis, each roller (14, 16, 17) being housed in a groove (18, 19, 21) formed on the inner face of the base, each groove (18, 19, 21) extending parallel to the main axis by being radially opened towards the main axis, each cylinder (14, 16, 17) exceeding this groove (18, 19, 21) towards the main axis.
Nut stacking mechanism for the displacement of slats between a stacking zone and a sliding zone, comprising: - a rotatable spindle having an external screw thread with pitch P1, which spindle extends along the stacking zone and the sliding zone; - at least one movable nut per said displaceable slat, having an internal screw thread with pitch P1, which nut is fastened on the said spindle and is displaceable between the stacking zone and the sliding zone; - at least one rotation stop element, which is designed to act in the sliding zone on the movable nut to form, viewed only in the rotational direction of the spindle, an obstacle for the movement of the nut to prevent absolute rotation of the nut about the spindle and allow movement of the nut, viewed in the longitudinal direction of the spindle; - at least one stacking element, which is designed to act in the stacking zone on the movable nut to form, viewed only in the longitudinal direction of the spindle, an obstacle for the movement of the nut in order to limit movement of the nut, viewed in the longitudinal direction of the spindle, and allow absolute rotation of the nut about the spindle; characterized in that at least a part of the rotation stop element is arranged displaceably, viewed in the longitudinal direction of the spindle, and in that the stacking element is arranged displaceably to provide, by displacement of at least a part of the rotation stop element and the stacking element, the boundary between the stacking zone and the sliding zone displaceably in the longitudinal direction of the spindle. - a rotatable spindle having an external screw thread with pitch P1, which spindle extends along the stacking zone and the sliding zone; - at least one movable nut per said displaceable slat, having an internal screw thread with pitch P1, which nut is fastened on the said spindle and is displaceable between the stacking zone and the sliding zone; - at least one rotation stop element, which is designed to act in the sliding zone on the movable nut to form, viewed only in the rotational direction of the spindle, an obstacle for the movement of the nut to prevent absolute rotation of the nut about the spindle and allow movement of the nut, viewed in the longitudinal direction of the spindle; - at least one stacking element, which is designed to act in the stacking zone on the movable nut to form, viewed only in the longitudinal direction of the spindle, an obstacle for the movement of the nut in order to limit movement of the nut, viewed in the longitudinal direction of the spindle, and allow absolute rotation of the nut about the spindle; characterized in that at least a part of the rotation stop element is arranged displaceably, viewed in the longitudinal direction of the spindle, and in that the stacking element is arranged displaceably to provide, by displacement of at least a part of the rotation stop element and the stacking element, the boundary between the stacking zone and the sliding zone displaceably in the longitudinal direction of the spindle.
A screw extender for an implant system having a distal side for holding a screw and a proximal side, the screw extender comprising: two side walls facing each other and connected to each other, the two side walls connected to each other at the proximal side by a connection element; wherein inner sides of portions of the two side walls that face each other include a threading, characterised in that the threading includes a plurality of flanks, each flank including a tab that is bent inwardly towards the other side wall and a wall-traversing opening in the corresponding side wall delineating the flank. two side walls facing each other and connected to each other, the two side walls connected to each other at the proximal side by a connection element; wherein inner sides of portions of the two side walls that face each other include a threading, characterised in that the threading includes a plurality of flanks, each flank including a tab that is bent inwardly towards the other side wall and a wall-traversing opening in the corresponding side wall delineating the flank.
A thermoplastic elastomer composition comprising 100 parts by weight of a halogenated poly(isoolefin- co - p- alkylstyrene) rubber, 40 to 120 parts by weight of a polyamide resin, 0.5 to 10 parts by weight of an amine having at least one hydroxyl group, wherein the amine having at least one hydroxyl group is a compound represented by formula: where R 1 is a C 1-30 alkyl; R 2 is -(C 2 H 4 O) n -H, where n is an integer of 1 to 30; and R 3 is -(C 2 H 4 O) m -H, where m is an integer of 1 to 30, a C 1-30 alkyl, or hydrogen, and 5 to 100 parts by weight of an acid-modified polymer, based on 100 parts by weight of the halogenated poly(isoolefin-co-p-alkylstyrene) rubber.
A system for controlling gear changes in a vehicle, the system comprising: a steering wheel; a detent mechanism having an idle location, a first location, and a second location, the detent mechanism coupled to the steering wheel; and a paddle shifter (105, 110) coupled to the steering wheel and the detent mechanism, the paddle shifter having an idle position with no associated function when the paddle shifter is in the idle location, a first operating position with an associated first function when the paddle shifter is in the first location, and a second operating position with an associated second function when the paddle shifter is in the second location, the associated first function being different from the associated second function, wherein the first operating position is located along a path between the idle position and the second position; characterized by an interface for transmitting a user customize operation of the second function. a steering wheel; a detent mechanism having an idle location, a first location, and a second location, the detent mechanism coupled to the steering wheel; and a paddle shifter (105, 110) coupled to the steering wheel and the detent mechanism, the paddle shifter having an idle position with no associated function when the paddle shifter is in the idle location, a first operating position with an associated first function when the paddle shifter is in the first location, and a second operating position with an associated second function when the paddle shifter is in the second location, the associated first function being different from the associated second function, wherein the first operating position is located along a path between the idle position and the second position; characterized by an interface for transmitting a user customize operation of the second function.
An agricultural work vehicle, comprising: a vehicle body; an enclosed engine compartment within said vehicle body, said engine compartment having a top cover that extends between opposite sides of said vehicle body; a vertically oriented air inlet in said vehicle body for intake of air into said engine compartment; an intake housing configured over said air inlet, said intake housing having an inlet opening and an outlet opening in communication with said air inlet; and said inlet opening extending above said top cover and oriented relative to a vertical plane such that an angled air flow path is defined between said inlet opening and said outlet opening wherein air is drawn from an area above said top cover and directed into said air inlet, the agricultural work vehicle further comprising a grain bin extension skirt mounted on said vehicle body forward of said engine compartment, characterized in that said extension skirt extends at an angle above and over said top cover so as to create an eave area over a forward portion of said top cover, said intake housing comprising a top extension portion that extends into said eave area, said inlet opening defined by said extension portion such that air is drawn primarily from said eave area into said inlet opening. a vehicle body; an enclosed engine compartment within said vehicle body, said engine compartment having a top cover that extends between opposite sides of said vehicle body; a vertically oriented air inlet in said vehicle body for intake of air into said engine compartment; an intake housing configured over said air inlet, said intake housing having an inlet opening and an outlet opening in communication with said air inlet; and said inlet opening extending above said top cover and oriented relative to a vertical plane such that an angled air flow path is defined between said inlet opening and said outlet opening wherein air is drawn from an area above said top cover and directed into said air inlet, the agricultural work vehicle further comprising a grain bin extension skirt mounted on said vehicle body forward of said engine compartment, characterized in that said extension skirt extends at an angle above and over said top cover so as to create an eave area over a forward portion of said top cover, said intake housing comprising a top extension portion that extends into said eave area, said inlet opening defined by said extension portion such that air is drawn primarily from said eave area into said inlet opening.
A traffic distribution method, comprising: receiving a current packet sent by a first entity; acquiring layer 7 application information according to the current packet; if the layer 7 application information is not acquired, processing the current packet, sending the current packet to a second entity, and buffering the current packet, wherein the buffered packet becomes a historical packet; if the layer 7 application information is acquired, matching the current packet with a layer 7 traffic distribution policy according to the layer 7 application information; and sending the current packet to a service server after the current packet matches the layer 7 traffic distribution policy; wherein after the current packet matches the layer 7 traffic distribution policy, the method further comprises: if a historical packet is buffered before the current packet, sending the historical packet buffered before the current packet to a service server corresponding to the layer 7 traffic distribution policy, so that the service server processes the historical packet and sends the processed historical packet to a traffic distribution device or discards the processed historical packet. receiving a current packet sent by a first entity; acquiring layer 7 application information according to the current packet; if the layer 7 application information is not acquired, processing the current packet, sending the current packet to a second entity, and buffering the current packet, wherein the buffered packet becomes a historical packet; if the layer 7 application information is acquired, matching the current packet with a layer 7 traffic distribution policy according to the layer 7 application information; and sending the current packet to a service server after the current packet matches the layer 7 traffic distribution policy; wherein after the current packet matches the layer 7 traffic distribution policy, the method further comprises: if a historical packet is buffered before the current packet, sending the historical packet buffered before the current packet to a service server corresponding to the layer 7 traffic distribution policy, so that the service server processes the historical packet and sends the processed historical packet to a traffic distribution device or discards the processed historical packet.
A computerized system for obtaining information regarding a waterway, the system comprising - an input means for receiving accelerometer data from an accelerometer on a free fall impact device, - a processing means being programmed for determining a speed of the free fall impact device by integration of the accelerometer data over time and for determining a position by integration of the speed over time, characterized in that - the processing means is adapted for deriving at least a density of a soil by solving the energy balance equation of a free fall impact device under water using the potential energy and kinetic energy and loss terms for buoyancy and drag based on the speed and the position as determined from accelerometer data and further based on at least a predetermined experimental drag coefficient, the mass and the volume of the free-fall impact device. - an input means for receiving accelerometer data from an accelerometer on a free fall impact device, - a processing means being programmed for determining a speed of the free fall impact device by integration of the accelerometer data over time and for determining a position by integration of the speed over time, characterized in that - the processing means is adapted for deriving at least a density of a soil by solving the energy balance equation of a free fall impact device under water using the potential energy and kinetic energy and loss terms for buoyancy and drag based on the speed and the position as determined from accelerometer data and further based on at least a predetermined experimental drag coefficient, the mass and the volume of the free-fall impact device.