mhurhangee/ep-ind-claims huggingface dataset:
Optical system for reading the position of a moving body, comprising: - a light source emitting a beam of laser light; - a projection lens placed at the output of the light source; - calibrating means controlling the cross section of the beam; - a diffractive optical coder securely fastened to the moving body, comprising coding cells positioned with a view to interfering in succession with the calibrated beam, each cell generating a digital optical code taking the form of light spots; and - a device for detecting the optical code forming the signal issued from the optical coder, consisting of at least one row of detecting cells; characterized in that the calibrating means and the projection lens are integrated into a single diffractive optical component through which the light beam passes, said component focusing the beam, on the one hand, on the plane of the coding cells in a first shape direction perpendicular to the direction of movement of the moving body, and on the other hand, on the plane (F') of the detecting cells in a second shape direction perpendicular to the axis of their row, and in that the diffractive optical component is a bifocal diffractive lens. - a light source emitting a beam of laser light; - a projection lens placed at the output of the light source; - calibrating means controlling the cross section of the beam; - a diffractive optical coder securely fastened to the moving body, comprising coding cells positioned with a view to interfering in succession with the calibrated beam, each cell generating a digital optical code taking the form of light spots; and - a device for detecting the optical code forming the signal issued from the optical coder, consisting of at least one row of detecting cells;
A beauty instrument comprising: a head; a grip; a skin electrode that is disposed at a position of the head touching a skin surface of a human body; a grip electrode that is disposed at a position of the grip touching a finger of the human body; a voltage application circuit adapted to applying a voltage between the skin electrode and the grip electrode to cause a current to flow between the skin electrode and the grip electrode through the human body; and a controller that is adapted to control the voltage application circuit, wherein the controller comprises a touch detector that is adapted to detect touch of the skin surface of the human body with the skin electrode, characterized in that the controller is adapted to control the voltage application circuit to apply a first voltage when the touch detector does not detect the touch, and control the voltage application circuit to apply a second voltage having a frequency lower than a frequency of the first voltage when the touch detector detects the touch. a head; a grip; a skin electrode that is disposed at a position of the head touching a skin surface of a human body; a grip electrode that is disposed at a position of the grip touching a finger of the human body; a voltage application circuit adapted to applying a voltage between the skin electrode and the grip electrode to cause a current to flow between the skin electrode and the grip electrode through the human body; and a controller that is adapted to control the voltage application circuit, wherein the controller comprises a touch detector that is adapted to detect touch of the skin surface of the human body with the skin electrode, characterized in that the controller is adapted to control the voltage application circuit to apply a first voltage when the touch detector does not detect the touch, and control the voltage application circuit to apply a second voltage having a frequency lower than a frequency of the first voltage when the touch detector detects the touch. control the voltage application circuit to apply a first voltage when the touch detector does not detect the touch, and control the voltage application circuit to apply a second voltage having a frequency lower than a frequency of the first voltage when the touch detector detects the touch.
Electrical power supply system of a vehicle, including: - a direct-current network, of at least one electrically powered device, that can be powered by a range of voltages not exceeding a maximum network voltage (Vmax_reseau), - a first electrical accumulation battery connected to the network, and having a first maximum no-load voltage (V0max_Batt1) that is less than the maximum network voltage (Vmax_reseau), - a second electrical accumulation battery connected to the network, having a second maximum no-load voltage (V0max_Batt2) that is greater than the maximum no-load voltage of the first battery (V0max_Batt1), and an acceptable minimum no-load voltage (V0mini_Batt2) that is less than the maximum network voltage (Vmax_reseau), - an adjustable generator connected to the network that is able to supply electrical energy to the second battery below a setpoint voltage adjustable to different setpoint values (Valt_basse, Valt_haute), characterized in that the system also includes an electronic management unit configured to set the generator, when the vehicle is being driven, successively to at least two different setpoint voltages, specifically a low generator voltage (Valt_basse) that is necessarily greater than the first maximum no-load voltage of the first battery (V0max_Batt1) and a high generator voltage (Valt_haute), which is necessarily higher both than the minimum no-load voltage of the second battery (V0mini_Batt2) and the low generator voltage (Valt_basse). - a direct-current network, of at least one electrically powered device, that can be powered by a range of voltages not exceeding a maximum network voltage (Vmax_reseau), - a first electrical accumulation battery connected to the network, and having a first maximum no-load voltage (V0max_Batt1) that is less than the maximum network voltage (Vmax_reseau), - a second electrical accumulation battery connected to the network, having a second maximum no-load voltage (V0max_Batt2) that is greater than the maximum no-load voltage of the first battery (V0max_Batt1), and an acceptable minimum no-load voltage (V0mini_Batt2) that is less than the maximum network voltage (Vmax_reseau), - an adjustable generator connected to the network that is able to supply electrical energy to the second battery below a setpoint voltage adjustable to different setpoint values (Valt_basse, Valt_haute), characterized in that the system also includes an electronic management unit configured to set the generator, when the vehicle is being driven, successively to at least two different setpoint voltages, specifically a low generator voltage (Valt_basse) that is necessarily greater than the first maximum no-load voltage of the first battery (V0max_Batt1) and a high generator voltage (Valt_haute), which is necessarily higher both than the minimum no-load voltage of the second battery (V0mini_Batt2) and the low generator voltage (Valt_basse).
An omnidirectional accelerometer device (310, 404) comprising: a piezoelectric sensor element comprising an electrically conductive support substrate, a layer of piezoelectric material overlying the support substrate, and a plurality of electrically conductive sensor electrodes overlying the piezoelectric material, the piezoelectric sensor element further comprising a mass-supporting platform and a plurality of mass-supporting arms, each of the sensor electrodes being located on a corresponding one of the mass-supporting arms; a proof mass coupled to the mass-supporting platform by a connecting rod that holds the proof mass above a surface of the piezoelectric sensor element at an adjustable height; an electromechanical mounting arrangement configured to mechanically and electrically couple the piezoelectric sensor element to a circuit board such that each of the sensor electrodes is electrically coupled to a respective contact pad of the circuit board; and an electrically conductive offset block configured to mechanically and electrically couple the support substrate of the piezoelectric sensor element to a ground contact pad of the circuit board. a piezoelectric sensor element comprising an electrically conductive support substrate, a layer of piezoelectric material overlying the support substrate, and a plurality of electrically conductive sensor electrodes overlying the piezoelectric material, the piezoelectric sensor element further comprising a mass-supporting platform and a plurality of mass-supporting arms, each of the sensor electrodes being located on a corresponding one of the mass-supporting arms; a proof mass coupled to the mass-supporting platform by a connecting rod that holds the proof mass above a surface of the piezoelectric sensor element at an adjustable height; an electromechanical mounting arrangement configured to mechanically and electrically couple the piezoelectric sensor element to a circuit board such that each of the sensor electrodes is electrically coupled to a respective contact pad of the circuit board; and an electrically conductive offset block configured to mechanically and electrically couple the support substrate of the piezoelectric sensor element to a ground contact pad of the circuit board.
A holding element of a fitting part of a drive rod fitting in a fitting groove of a window with projections (18, 19) facing in the mounted state side walls of the fitting groove, with in each case a support surface for supporting a face plate and a drive rod of the fitting part, wherein a first projection is arranged in the mounted state transversely to the longitudinal direction of the drive rod and is designed non-elastically for pressing into the side wall of the fitting groove, and a second projection arranged next to first projection is designed spring-elastically, characterized in that the second projection has a profile arranged in the mounted state longitudinally with respect to the longitudinal direction of the drive rod.
A method for digitally signing satellite radio-navigation signals, comprising controlling a first radio-navigation satellite in such a way that said first satellite inserts unpredictable bits into a first navigation message broadcast by said first satellite when said first satellite is not currently linked to a ground mission segment; generating a digital signature of a navigation message section of said first navigation message that contains said unpredictable bits by application of a cryptographic hash function on said navigation message section as received by a monitor receiver or a network of monitor receivers and subsequent encryption; transmitting said digital signature to a second GNSS satellite linked to said ground mission segment and controlling said second satellite such that it inserts said digital signature into a second navigation message broadcast by said second satellite.
A medical balloon comprising an inflatable balloon element; a template having an outer surface and extending along at least a portion of the inflatable balloon element for at least a portion of its length and having a first distension profile and a second distension profile; wherein the template includes at least one aperture, wherein the inflatable balloon element outwardly extends about the at least one aperture relative to the outer surface of the template when inflated to the first distension profile, and wherein the inflatable balloon element forms a smooth surface about the at least one aperture relative to the outer surface of the template when inflated to the second distention profile; wherein the medical balloon further comprises a therapeutic agent underlying the template, wherein at least a portion of the therapeutic agent is conveyed out of at least one aperture upon the balloon extending through the aperture; and wherein the inflatable balloon element is configured to perfuse.
An elastomeric cable tie comprising: a head having an end wall, an inner wall and sidewalls, the end wall, inner wall and sidewalls define a channel extending from an entrance end to an exit end, wherein the head includes a wedge extending from the end wall into the channel, wherein the wedge comprises teeth protruding from the end wall, wherein one of said teeth protrudes into an opening at said exit end of the channel; and a strap extending from the inner wall of the head, said strap comprising strap teeth, which can engage the teeth of the wedge when the strap is positioned in the channel; wherein the head further comprises a release tab for disengaging the strap teeth from the teeth of the wedge by pressing the release tab away from the strap, the release tab being positioned within a window in the end wall of the head, and the release tab extending parallel to the channel so as to extend beyond the exit end of the head, characterised in that the wedge in the head of the cable tie is hingeless, wherein there is no discrete hinge attaching the hingeless wedge to the head. a head having an end wall, an inner wall and sidewalls, the end wall, inner wall and sidewalls define a channel extending from an entrance end to an exit end, wherein the head includes a wedge extending from the end wall into the channel, wherein the wedge comprises teeth protruding from the end wall, wherein one of said teeth protrudes into an opening at said exit end of the channel; and a strap extending from the inner wall of the head, said strap comprising strap teeth, which can engage the teeth of the wedge when the strap is positioned in the channel; wherein the head further comprises a release tab for disengaging the strap teeth from the teeth of the wedge by pressing the release tab away from the strap, the release tab being positioned within a window in the end wall of the head, and the release tab extending parallel to the channel so as to extend beyond the exit end of the head, characterised in that the wedge in the head of the cable tie is hingeless, wherein there is no discrete hinge attaching the hingeless wedge to the head.
Liquid reservoir for an inhaler, in particular for an electronic cigarette product, having an outlet end which is connectable in a liquid-conducting manner to a heating body for vaporizing liquid supplied to the heating body from the liquid reservoir, wherein the liquid reservoir comprises at least one air inlet end and at least one channel, and the channel extends from the air inlet end through the liquid reservoir to the outlet end, wherein the channel is adapted to feed the liquid stored in the liquid reservoir through the channel by means of capillary forces to the outlet end, characterized in that the liquid reservoir comprises a level sensor, in particular a capacitive and/or resistive level sensor, which comprises at least one measuring electrode (55, 56) arranged along the at least one channel.
Device for damping torsional oscillations, comprising: - a support able to move rotationally about an axis, - a plurality of pendular bodies, each pendular body being able to move with respect to the support, and - a plurality of rolling members, each rolling member cooperating with a first runway track secured to the support and with at least a second runway track secured to a pendular body, the movement of each pendular body with respect to the support being guided by two of these rolling members, the support comprising a plurality of windows in each of which two rolling members are housed, characterized in that one of these rolling members collaborates with at least one second runway track secured to one of the pendular bodies and the other of these rolling members collaborates with at least a second runway track secured to another of these pendular bodies, said pendular bodies being circumferentially adjacent. - a support able to move rotationally about an axis, - a plurality of pendular bodies, each pendular body being able to move with respect to the support, and - a plurality of rolling members, each rolling member cooperating with a first runway track secured to the support and with at least a second runway track secured to a pendular body, the movement of each pendular body with respect to the support being guided by two of these rolling members, the support comprising a plurality of windows in each of which two rolling members are housed, characterized in that one of these rolling members collaborates with at least one second runway track secured to one of the pendular bodies and the other of these rolling members collaborates with at least a second runway track secured to another of these pendular bodies, said pendular bodies being circumferentially adjacent.
A polypeptide comprising an amino acid having a bicyclo[6.1.0]non-4-yn-9-ylmethanol group, wherein said BCN group is present as a residue of a lysine amino acid, and wherein said BCN group is joined to a tetrazine group.
A terminal configured to perform a contention based random access procedure for system information, SI, request, comprising: a receiver configured to receive, from a base station, a random access response, RAR, including a Timing Advance command; and a controller configured to control a timeAliqnment timer, TA timer, for uplink time alignment, wherein, in response to receiving the Timing Advance command in the RAR, the controller is configured to start the TA timer, and wherein, upon receiving from the base station, by the receiver, a contention resolution message, the controller is configured to stop the TA timer after transmitting, by a transmitter of the terminal to the base station, acknowledgement information for the contention resolution message. a receiver configured to receive, from a base station, a random access response, RAR, including a Timing Advance command; and a controller configured to control a timeAliqnment timer, TA timer, for uplink time alignment, wherein, in response to receiving the Timing Advance command in the RAR, the controller is configured to start the TA timer, and wherein, upon receiving from the base station, by the receiver, a contention resolution message, the controller is configured to stop the TA timer after transmitting, by a transmitter of the terminal to the base station, acknowledgement information for the contention resolution message.
A method, comprising: at an electronic device with a display: receiving context data associated with the electronic device; determining, based on the context data, a task that may be performed by a digital assistant of the electronic device in response to a natural-language expression; determining, based on the context data, whether suggestion criteria associated with the determined task are satisfied, wherein the suggestion criteria are satisfied when the context data includes a first indication that one or more messages received from another electronic device were generated and sent by a digital assistant of the other electronic device; and in accordance with a determination that the suggestion criteria are satisfied: providing a link to a suggestion indicating that the one or more messages received from the other electronic device were generated and sent by a digital assistant of the other electronic device and that the determined task may be performed using the digital assistant of the electronic device; after providing the link, receiving a user selection of the link; and in response to receiving the user selection of the link, displaying a suggestion card interface including a suggestion, wherein the suggestion indicates that the determined task may be performed using the digital assistant. receiving context data associated with the electronic device; determining, based on the context data, a task that may be performed by a digital assistant of the electronic device in response to a natural-language expression; determining, based on the context data, whether suggestion criteria associated with the determined task are satisfied, wherein the suggestion criteria are satisfied when the context data includes a first indication that one or more messages received from another electronic device were generated and sent by a digital assistant of the other electronic device; and in accordance with a determination that the suggestion criteria are satisfied: providing a link to a suggestion indicating that the one or more messages received from the other electronic device were generated and sent by a digital assistant of the other electronic device and that the determined task may be performed using the digital assistant of the electronic device; after providing the link, receiving a user selection of the link; and in response to receiving the user selection of the link, displaying a suggestion card interface including a suggestion, wherein the suggestion indicates that the determined task may be performed using the digital assistant. providing a link to a suggestion indicating that the one or more messages received from the other electronic device were generated and sent by a digital assistant of the other electronic device and that the determined task may be performed using the digital assistant of the electronic device; after providing the link, receiving a user selection of the link; and in response to receiving the user selection of the link, displaying a suggestion card interface including a suggestion, wherein the suggestion indicates that the determined task may be performed using the digital assistant.