mhurhangee/ep-ind-claims huggingface dataset:
An airbag comprising a deployed state and a collapsed state, the airbag being capable of providing protection for occupants between the occupants and the inside of a vehicle when the airbag is inflated and expanded to be in the deployed state, and being capable of being accommodated in a predetermined space in the vehicle when in the collapsed state; the airbag comprising at least a first end and a second end, the first end being a free end of the airbag, and the second end being used for fixing the airbag to a mounting position; and the airbag comprising a folding portion and a rolling portion when in the collapsed state, wherein the folding portion is formed by folding one part of the airbag in an "N" shape; the rolling portion surrounds a periphery of the folding portion, so that the folding portion is completely surrounded by an inner side of the rolling portion and the first end is also positioned at the inner side of the rolling portion and wherein the rolling portion is branched to comprise a first rolling sub-portion and a second rolling sub-portion the first rolling sub-portion extends from the folding portion and surrounds at least one part of the periphery of the folding portion and the second rolling sub-portion is branched from the first rolling sub-portion and surrounds at least one part of the periphery of the folding portion, characterized in that, using as origins the positions where the first rolling sub-portion and the second rolling sub-portion are branched, an extending direction of the first rolling sub-portion surrounding at least one part of the periphery of the folding portion is opposite to an extending direction of the second rolling sub-portion surrounding at least one part of the folding portion
A method of authenticating access to an electronic device, the method comprising: displaying an image on a primary display portion, the image including a designated target; wherein the designated target is dynamic; displaying a first plurality of elements on the primary display portion overlaying the image, the first plurality of elements including an instance of a designated element; displaying a second plurality of elements on a secondary display portion; displaying a third plurality of elements on a tertiary display portion; wherein the second plurality of elements includes a first designated location element in a first designated location element region; wherein the third plurality of elements includes a second designated location element in a second designated location element region; wherein the designated element, the first designated location element, and the second designated location element are previously selected; wherein the designated target is identifiable by being horizontally aligned with the first designated location element region and being vertically aligned with the second designated location element region; detecting a shift of the instance of the designated element; detecting sufficient proximity between the instance of the designated element and the designated target; and responsive to the detecting, allowing access to the electronic device. displaying an image on a primary display portion, the image including a designated target; wherein the designated target is dynamic; displaying a first plurality of elements on the primary display portion overlaying the image, the first plurality of elements including an instance of a designated element; displaying a second plurality of elements on a secondary display portion; displaying a third plurality of elements on a tertiary display portion; wherein the second plurality of elements includes a first designated location element in a first designated location element region; wherein the third plurality of elements includes a second designated location element in a second designated location element region; wherein the designated element, the first designated location element, and the second designated location element are previously selected; wherein the designated target is identifiable by being horizontally aligned with the first designated location element region and being vertically aligned with the second designated location element region; detecting a shift of the instance of the designated element; detecting sufficient proximity between the instance of the designated element and the designated target; and responsive to the detecting, allowing access to the electronic device.
An installation for spraying a coating product on objects, such as motor vehicle bodies, moved by a conveyor parallel to a conveying axis and comprising at least a base part and a part moving relative to the base part, said installation comprising: - at least a first multi-axis spraying robot, dedicated to spraying a coating product and comprising a carriage and a polyarticulated arm hinged on this carriage by a proximal end and wherein the end opposite the carriage bears a coating product sprayer, - at least one multi-axis handling robot, dedicated to maneuvering a moving part of an object to be coated relative to its base part, each robot being movable parallel to the conveying axis and comprising a carriage and a polyarticulated arm hinged on this carriage by a proximal end and wherein the end opposite the carriage bears a handling member, - a booth, - ventilation means that ensure a flow of ventilation air inside the booth, in a direction perpendicular to the conveying axis, characterized in that the carriages (52, 62) of the two spraying and handling robots (50, 60) are mounted sliding along a same rail parallel to the conveying axis, and are able to pass one another, while that rail is positioned upstream from the object to be coated, in the flow direction of the ventilation air and in that the two carriages (52, 62) are mounted on two opposite or adjacent sides of the rail. - at least a first multi-axis spraying robot, dedicated to spraying a coating product and comprising a carriage and a polyarticulated arm hinged on this carriage by a proximal end and wherein the end opposite the carriage bears a coating product sprayer, - at least one multi-axis handling robot, dedicated to maneuvering a moving part of an object to be coated relative to its base part, each robot being movable parallel to the conveying axis and comprising a carriage and a polyarticulated arm hinged on this carriage by a proximal end and wherein the end opposite the carriage bears a handling member, - a booth, - ventilation means that ensure a flow of ventilation air inside the booth, in a direction perpendicular to the conveying axis,
Electric vehicle comprising a power circuit, said circuit comprising a power battery including two half-packs (12A, 12B), a connector for connecting the power circuit to an electric motor of said vehicle, and a connection relay for switching the power circuit on or off, the power circuit further comprising a double-pole electric cut-off safety device arranged so as to be capable of disconnecting both poles (15, 16) of the power battery, the vehicle being characterized in that the cut-off device comprises a plug removably inserted into a socket, the removal of the plug resulting in the simultaneous disconnection of the two poles.
Hinge between at least one first element and at least one second element of a microelectromechanical system, said first element and second elements being free to move relative to each other at least in an out-of-plane direction, said hinge comprising a rigid first part (4, 104), at least one second part (6, 106) fixed to a first face of the first part (4, 104) by one end and that is intended to be anchored to the first element or to the second element by a second end, the first and second ends of the second part being considered along a second direction, said second part (6, 106) being configured to be deformable in bending in a first direction, at least one third part (8, 108) fixed to the first face of the first part (4, 104) by a first end, and that is intended to be anchored to the second element or to the first element by a second end, the first and second ends of the third part (8, 108) being considered along the second direction, the third part (8, 108) being configured to deform in bending in the first direction, and in an undeformed state the second part (6, 106) and the third part (8, 108) being located in the same plane orthogonal to the first direction, characterized in that the second part (6, 106) and the third part (8, 108) have a thickness along the first direction less than the thickness of the first part (4, 104).
A foldable vehicle having a foldable seat which is mounted between a rear wheel support and a foldable frame, the foldable seat comprising: a seat; a first support bar; a second support bar; a third support bar; a linkage bar; and a locking mechanism, wherein an end of the third support bar is pin-jointed with the first support bar, a first long hole is opened on a side wall of the seat, a shaft pin is disposed at another end of the third support bar, the shaft pin is disposed in the first long hole in a sliding manner, characterized in that the locking mechanism comprises a fastening hook, a rear end of the fastening hook is pin-jointed with a fixing shaft disposed at a bottom portion of the seat, and is capable of being separately fastened with the shaft pin; and that a front end of the seat is pin-jointed with an upper end of the rear wheel support, a rear end of the seat is pin-jointed with an end of the first support bar by the fixing shaft, another end of the first support bar is pin-jointed with an end of the second support bar, another end of the second support bar is pin-jointed with an end of the linkage bar, a connection portion between the two ends of the second support bar is pin-jointed with the rear wheel support, another end of the linkage bar is pin-jointed with the foldable frame. a seat; a first support bar; a second support bar; a third support bar; a linkage bar; and a locking mechanism, wherein an end of the third support bar is pin-jointed with the first support bar, a first long hole is opened on a side wall of the seat, a shaft pin is disposed at another end of the third support bar, the shaft pin is disposed in the first long hole in a sliding manner, characterized in that the locking mechanism comprises a fastening hook, a rear end of the fastening hook is pin-jointed with a fixing shaft disposed at a bottom portion of the seat, and is capable of being separately fastened with the shaft pin; and that a front end of the seat is pin-jointed with an upper end of the rear wheel support, a rear end of the seat is pin-jointed with an end of the first support bar by the fixing shaft, another end of the first support bar is pin-jointed with an end of the second support bar, another end of the second support bar is pin-jointed with an end of the linkage bar, a connection portion between the two ends of the second support bar is pin-jointed with the rear wheel support, another end of the linkage bar is pin-jointed with the foldable frame.
A three-dimensional mill comprising at least: - a stationary milling chamber having a wall of generally cylindrical shape extending along a longitudinal axis XX and delimiting an inner space, said chamber being capable of receiving and mixing at least one starting compound, generally at least two, in a liquid medium, so as to form an initial mixture, said stationary milling chamber being intended to be partially filled with at least one milling body, preferably microbeads, wherein said stationary milling chamber comprises, at a first end, at least one inlet for the introduction of said at least one starting compound and said liquid medium and, at a second end, an outlet capable of evacuating a final product formed in said stationary milling chamber; - a stirrer arranged in said stationary milling chamber, including an elongated rod along the longitudinal axis XX, said stirrer being capable of pivoting so as to set in motion the milling body / initial mixture unit; the stationary milling chamber integrating in said inner space at least one heating device, that is implanted to heat at least one zone of said stationary milling chamber, characterized in that the heating device is an induction heating device. - a stationary milling chamber having a wall of generally cylindrical shape extending along a longitudinal axis XX and delimiting an inner space, said chamber being capable of receiving and mixing at least one starting compound, generally at least two, in a liquid medium, so as to form an initial mixture, said stationary milling chamber being intended to be partially filled with at least one milling body, preferably microbeads, wherein said stationary milling chamber comprises, at a first end, at least one inlet for the introduction of said at least one starting compound and said liquid medium and, at a second end, an outlet capable of evacuating a final product formed in said stationary milling chamber; - a stirrer arranged in said stationary milling chamber, including an elongated rod along the longitudinal axis XX, said stirrer being capable of pivoting so as to set in motion the milling body / initial mixture unit; the stationary milling chamber integrating in said inner space at least one heating device, that is implanted to heat at least one zone of said stationary milling chamber, characterized in that the heating device is an induction heating device.
A decoding method comprising steps of: receiving a bit stream and delay time information; controlling to delay the timing of outputting initial frame data in the bit stream from a receiving buffer (D_BUF) by a value; decoding the delayed bit stream delayed in said controlling step; and characterized in that the delay time information indicates an initial delay time (i_d) from providing the initial frame data (f) in the bit stream to the receiving buffer (D_BUF) until reading the initial frame data (f) of the delayed bit stream from the receiving buffer (D_BUF); and wherein the delay time information further indicates a further delay time (d, d, d, d) for each frame (f,f,...) in a group of data (G, G) included in the bit stream, wherein the further delay time (d, d, d, d) indicates a time interval from reading of a previous frame (f,f,...) to a current frame (f,f,...) from the receiving buffer (D_BUF); wherein encoding data belonging to the group (G)to be processed remains stored in the receiving buffer (D_BUF)at timing of starting to write encoding data being first (f) on the decoding order belonging to a subsequent group (G)to the receiving buffer (D_BUF). that the value for delaying is indicated in the delay time information received in the receiving step. receiving a bit stream and delay time information; controlling to delay the timing of outputting initial frame data in the bit stream from a receiving buffer (D_BUF) by a value; decoding the delayed bit stream delayed in said controlling step; and characterized in that the delay time information indicates an initial delay time (i_d) from providing the initial frame data (f) in the bit stream to the receiving buffer (D_BUF) until reading the initial frame data (f) of the delayed bit stream from the receiving buffer (D_BUF); and wherein the delay time information further indicates a further delay time (d, d, d, d) for each frame (f,f,...) in a group of data (G, G) included in the bit stream, wherein the further delay time (d, d, d, d) indicates a time interval from reading of a previous frame (f,f,...) to a current frame (f,f,...) from the receiving buffer (D_BUF); wherein encoding data belonging to the group (G)to be processed remains stored in the receiving buffer (D_BUF)at timing of starting to write encoding data being first (f) on the decoding order belonging to a subsequent group (G)to the receiving buffer (D_BUF). that the value for delaying is indicated in the delay time information received in the receiving step.
Composite reinforcer comprising: - one or more reinforcing thread(s); - covering said thread, individually each thread or collectively several threads, a layer of a thermoplastic polymer composition comprising on the one hand a thermoplastic polymer, the glass transition temperature of which is positive, characterized in that, the thermoplastic polymer composition comprises, on the other hand, a functionalized unsaturated thermoplastic styrene elastomer, the glass transition temperature of which is negative, said elastomer containing functional groups selected from epoxide, carboxyl and acid anhydride or ester groups. - one or more reinforcing thread(s); - covering said thread, individually each thread or collectively several threads, a layer of a thermoplastic polymer composition comprising on the one hand a thermoplastic polymer, the glass transition temperature of which is positive,
Strapping apparatus for strapping an article using a strap which can be drawn off from a reel which can be rotated about an axis of rotation, comprising a framework having a device for delivering and back-tensioning the strap and also a holder with a rotatable bearing journal, which forms the axis of rotation and is intended to accommodate the reel in a releasable manner, wherein, in the operating position, the bearing journal runs horizontally, characterized in that the holder can be pivoted laterally upwards out of the framework into a non-operating position, in which the bearing journal has been pivoted out of the horizontal position, wherein the holder, comprising a holder frame, can be pivoted between the operating position and the non-operating position by an operator, and an operator-actuable handle (24, 28) is provided for pivoting the holder between the operating position and the non-operating position, said handle either being fastened on the holder frame itself and projecting laterally beyond the reel, in which case the handle (24, 28) can also be actuated by the foot, at least for pivoting into the operating position, or being a pivoting-lever mechanism coupled to the holder frame or a pedal mechanism coupled to the holder frame.
A plug with a plug housing, an electrically conductive plug element for a mating plug element, a contact body which cooperates with the plug element, and a slider which is displaceably guided in a sliding guide formed on the housing and which cooperates with the contact body via a ramp surface, wherein the ramp surface is formed such that the contact body is pushed against the plug element when the slider is slid into the plug housing, characterised in that the ramp surface is further formed such that within a displacement movement between the slider and the contact body, the ramp surface causes an increase in the distance between the slider and the contact body, such that the contact body is pushed in a translatory and/or rotatory manner in the direction of the plug element.
An apparatus to treat tissue, the apparatus comprising: a laser system to generate laser pulses having a wavelength between 1400 and 1520 nm or between 1860 and 2500 nm, having energy per pulse between 0.5 and 40 milliJoules per pulse, and having a pulse duration less than 200 nsec; and a beam delivery device coupled to the laser, to deliver pulses from the laser having a spot size on the tissue and having an interaction volume defined by the area of the spot and the penetration depth (1/e) for the pulse in water, the interaction volume having a ratio of depth to width from 2:1 to 1:6, wherein the volumetric power density delivered by each pulse is greater than 10 10 W/cm 3. a laser system to generate laser pulses having a wavelength between 1400 and 1520 nm or between 1860 and 2500 nm, having energy per pulse between 0.5 and 40 milliJoules per pulse, and having a pulse duration less than 200 nsec; and a beam delivery device coupled to the laser, to deliver pulses from the laser having a spot size on the tissue and having an interaction volume defined by the area of the spot and the penetration depth (1/e) for the pulse in water, the interaction volume having a ratio of depth to width from 2:1 to 1:6, wherein the volumetric power density delivered by each pulse is greater than 10 10 W/cm 3.
A method for managing the monitored quality-of-experience of an application available over a network on a set of application endpoints, this method comprising the following steps - measuring quality-of-experience related information on a client endpoint experiencing the application; - collecting the measured quality-of-experience related information; - organizing the collection of quality-of-experience related information with respect to a selection of application endpoints and a frequency set by an application layer traffic optimization system; - abstracting the organized quality-of-experience related information in a compliant application-layer traffic optimization format so that enabling application-layer traffic optimization. - measuring quality-of-experience related information on a client endpoint experiencing the application; - collecting the measured quality-of-experience related information; - organizing the collection of quality-of-experience related information with respect to a selection of application endpoints and a frequency set by an application layer traffic optimization system; - abstracting the organized quality-of-experience related information in a compliant application-layer traffic optimization format so that enabling application-layer traffic optimization.
A system for measuring the load of a railway car comprising: a railway car body supported on railway wheels, axles and a plurality of trucks, each truck comprised of a bolster and two sideframes (2a,2b), a plurality of transducers mounted to the bolster or the sideframes for measuring the weight supported by the railway car body, one or more sensor units associated with the transducers for the acquisition, processing, and transmission of processed data from the transducers, a receiver for communication with the sensor units and transmission of the processed data indicative of the weight supported by the railway car body, wherein the plurality of transducers comprise strain type transducers, and wherein each strain type transducer is rigidly attached to the bolster or to one of the sideframes (2a,2b) through a welded joint, or using adhesives. a railway car body supported on railway wheels, axles and a plurality of trucks, each truck comprised of a bolster and two sideframes (2a,2b), a plurality of transducers mounted to the bolster or the sideframes for measuring the weight supported by the railway car body, one or more sensor units associated with the transducers for the acquisition, processing, and transmission of processed data from the transducers, a receiver for communication with the sensor units and transmission of the processed data indicative of the weight supported by the railway car body, wherein the plurality of transducers comprise strain type transducers, and wherein each strain type transducer is rigidly attached to the bolster or to one of the sideframes (2a,2b) through a welded joint, or using adhesives.