mhurhangee/ep-ind-claims huggingface dataset:
A power transmission device, comprising: an input rotating part; an output rotating part disposed coaxially with the input rotating part; a plurality of rollers; a first member having a plurality of first pockets into which the plurality of rollers is inserted; a pair of second members provided on both sides of the first member in an axial direction and each having a rolling element engaging groove engaging with the plurality of rollers; and a pair of third members (31, 32) provided between the first member and the pair of second members in the axial direction and having a plurality of second pockets into which the plurality of rollers is inserted, wherein a rotation input to the input rotating part is transmitted to the output rotating part at a predetermined gear ratio, any of the first member, the pair of second members, or the pair of third members (31, 32) is provided in the input rotating part, and another of the first member, the pair of second members, or the pair of third members (31, 32) is provided in the output rotating part, characterized in that the plurality of first pockets is disposed along a circle having a curvature center eccentric from a rotation center of the input rotating part and the output rotating part, and the rolling element engaging groove is disposed along a corrugated curve alternately intersecting a pitch circle having a curvature center on the rotation center. an input rotating part; an output rotating part disposed coaxially with the input rotating part; a plurality of rollers; a first member having a plurality of first pockets into which the plurality of rollers is inserted; a pair of second members provided on both sides of the first member in an axial direction and each having a rolling element engaging groove engaging with the plurality of rollers; and a pair of third members (31, 32) provided between the first member and the pair of second members in the axial direction and having a plurality of second pockets into which the plurality of rollers is inserted, wherein a rotation input to the input rotating part is transmitted to the output rotating part at a predetermined gear ratio, any of the first member, the pair of second members, or the pair of third members (31, 32) is provided in the input rotating part, and another of the first member, the pair of second members, or the pair of third members (31, 32) is provided in the output rotating part, characterized in that the plurality of first pockets is disposed along a circle having a curvature center eccentric from a rotation center of the input rotating part and the output rotating part, and the rolling element engaging groove is disposed along a corrugated curve alternately intersecting a pitch circle having a curvature center on the rotation center.
Bag or sack-like packaging, for packing, transporting and handling of solid powdered and/or bulk materials, provided with a body composed of a polymer fabric or of non-fabric type material composed of any type or mixture of fibers, defining: (i) a first end portion that forms a first surface; and (ii) a second end portion opposite the first end portion, that forms a second surface; the packaging being characterized in that it comprises at least a substantially flat detachable cover made of polymer fabric defining a third surface, the detachable cover being associated to at least one of the end portions (3, 4) by means of contact of the third surface with the first and/or second surfaces (3', 4') for opening the packaging. (i) a first end portion that forms a first surface; and (ii) a second end portion opposite the first end portion, that forms a second surface;
A method for determining a printing position, said method comprising: providing a fiducial mark pattern on a printing medium, said fiducial mark pattern comprising a plurality of fiducial marks at predefined relative distances; capturing an image of said printing medium; identifying said fiducial marks in a captured representation of said printing medium; identifying a first edge (30, 32) of said printing medium in said captured representation of said printing medium; characterized in that the method comprises: determining a first distance between said first edge (30, 32) and a first fiducial mark of said fiducial mark pattern from said captured representation of said printing medium; determining a second distance between fiducial marks of said fiducial mark pattern from said captured representation of said printing medium; and computing a distance between said fiducial mark pattern and said first edge based on said determined first distance and said determined second distance. providing a fiducial mark pattern on a printing medium, said fiducial mark pattern comprising a plurality of fiducial marks at predefined relative distances; capturing an image of said printing medium; identifying said fiducial marks in a captured representation of said printing medium; identifying a first edge (30, 32) of said printing medium in said captured representation of said printing medium; characterized in that the method comprises: determining a first distance between said first edge (30, 32) and a first fiducial mark of said fiducial mark pattern from said captured representation of said printing medium; determining a second distance between fiducial marks of said fiducial mark pattern from said captured representation of said printing medium; and computing a distance between said fiducial mark pattern and said first edge based on said determined first distance and said determined second distance. determining a first distance between said first edge (30, 32) and a first fiducial mark of said fiducial mark pattern from said captured representation of said printing medium; determining a second distance between fiducial marks of said fiducial mark pattern from said captured representation of said printing medium; and computing a distance between said fiducial mark pattern and said first edge based on said determined first distance and said determined second distance.
A vehicle cleaning tool, preferably wherein the vehicle is an aircraft, comprising: • a cleaning head comprises a housing, the housing comprising an application face and a recess at the application face; • a waiting cavity for cleaning liquid; • a supply tube configured for supplying the waiting cavity with cleaning liquid; • a nozzle comprising a passage for cleaning liquid flow from the waiting cavity to the recess, characterized in that the vehicle cleaning tool comprises a sensor configured for measuring the distance between a surface of a vehicle and the cleaning head, wherein the vehicle cleaning tool comprises a valve system at or near an end of the supply tube, wherein the valve system is configured for adjusting fluid supply from the supply tube to the waiting cavity and wherein the vehicle cleaning tool is configured to close off said end of the supply tube via the valve system when the distance between the cleaning head and the surface of the vehicle exceeds a predefined limit, and wherein the cleaning head comprises one or more grooves, wherein the one or more grooves comprise a groove opening configured for recovering the cleaning liquid and wherein each groove comprises a liquid removal opening positioned at a distal end of the groove with respect to the groove opening. • a cleaning head comprises a housing, the housing comprising an application face and a recess at the application face; • a waiting cavity for cleaning liquid; • a supply tube configured for supplying the waiting cavity with cleaning liquid; • a nozzle comprising a passage for cleaning liquid flow from the waiting cavity to the recess, characterized in that the vehicle cleaning tool comprises a sensor configured for measuring the distance between a surface of a vehicle and the cleaning head, wherein the vehicle cleaning tool comprises a valve system at or near an end of the supply tube, wherein the valve system is configured for adjusting fluid supply from the supply tube to the waiting cavity and wherein the vehicle cleaning tool is configured to close off said end of the supply tube via the valve system when the distance between the cleaning head and the surface of the vehicle exceeds a predefined limit, and wherein the cleaning head comprises one or more grooves, wherein the one or more grooves comprise a groove opening configured for recovering the cleaning liquid and wherein each groove comprises a liquid removal opening positioned at a distal end of the groove with respect to the groove opening.
A motor vehicle, such as a car, defining a longitudinal direction that extends over the length of the vehicle between a rear bumper and a front bumper, the vehicle including an outer body that extends substantially from one bumper to the other starting from a sill, the vehicle also being provided with a protective tarpaulin system comprising a flexible tarpaulin for covering the outer body of the vehicle at least in part so as to protect it, the system further comprising a rear shaft that is installed at the rear bumper of the vehicle, the tarpaulin being windable around the rear shaft, the tarpaulin including a connection edge that is secured to the rear shaft, and an opposite edge that is free, the vehicle being fitted with two longitudinal sheaths that extend along the outer body, a slider being received in each longitudinal sheath, each longitudinal sheath including a longitudinal slot, each slider being provided with a traction member, that is connected to the free edge of the tarpaulin and that extends through the longitudinal slot, each slider also being connected via a traction cable both to a front shaft that is installed at the front bumper of the vehicle, and also to the rear shaft that is installed at the rear bumper of the vehicle, so that rotating the front and rear shafts (5, 2) causes the traction cable to be wound and unwound, thereby moving the slider in the longitudinal sheath, which slider entrains the tarpaulin that is connected at its free edge to the traction member of the slider characterized in that the longitudinal sheath is flexible and is mounted in removable manner, advantageously by snap-fastening, in a longitudinally-extruding gap (E2; E3) formed by the outer body.
An electronic device, comprising: a main body; a door attached to the main body; an observation window provided in at least a partial area of the door, the observation window including a display panel; at least one internal light source located within the observation window; at least one external light source located at an area outside of the observation window; and a controller configured to: operate a first state to turn on the at least one internal light source such that an image displayed on the display panel is viewable from an outside of the electronic device, and operate a second state to turn on the at least one external light source such that an inside of the electronic device is viewable from the outside of the electronic device, characterized in that the controller is further configured to change the first state to the second state when an object approaches the observation window, and the controller is further configured to change the second state to the first state when the object, having approached the observation window, does not move while a predetermined time has elapsed. a main body; a door attached to the main body; an observation window provided in at least a partial area of the door, the observation window including a display panel; at least one internal light source located within the observation window; at least one external light source located at an area outside of the observation window; and a controller configured to: operate a first state to turn on the at least one internal light source such that an image displayed on the display panel is viewable from an outside of the electronic device, and operate a second state to turn on the at least one external light source such that an inside of the electronic device is viewable from the outside of the electronic device, characterized in that the controller is further configured to change the first state to the second state when an object approaches the observation window, and the controller is further configured to change the second state to the first state when the object, having approached the observation window, does not move while a predetermined time has elapsed. operate a first state to turn on the at least one internal light source such that an image displayed on the display panel is viewable from an outside of the electronic device, and operate a second state to turn on the at least one external light source such that an inside of the electronic device is viewable from the outside of the electronic device, characterized in that the controller is further configured to change the first state to the second state when an object approaches the observation window, and the controller is further configured to change the second state to the first state when the object, having approached the observation window, does not move while a predetermined time has elapsed.
A crosslinkable polymer composition, comprising (i) a polyolefin, having an amount of units from polar comonomer of less than 150 micromoles per gram of polyolefin, (ii) a polar copolymer having an amount of units from polar comonomer of more than 500 micromoles per gram of polar copolymers, and (iii) a glycerol ester compound, wherein the polyolefin is an unsaturated polyolefin having a total amount of carbon-carbon double bonds/1000 carbon atoms of at least 0.1 based upon ASTMD 3124-72, wherein the base line is drawn from 980cm -1 to around 840cm -1 and the peak heights are determined at around 888 cm -1 for vinylidene, around 910 cm -1 for vinyl and around 965 cm -1 for trans-vinylene. (i) a polyolefin, having an amount of units from polar comonomer of less than 150 micromoles per gram of polyolefin, (ii) a polar copolymer having an amount of units from polar comonomer of more than 500 micromoles per gram of polar copolymers, and (iii) a glycerol ester compound,
Inductive power transfer pad (1; 100) for a system for inductive power transfer to a vehicle, comprising - a stationary part - a movable part, which in a resting position rests on the stationary part and which is movable in Z-direction relatively to the stationary part upwards in order to reach a higher position, wherein - the stationary part comprises a frame, surrounding the stationary part at least three sides, the frame having at an upper edge which is oriented towards the movable part, - the upper edge has at least one first supporting surface (6, 7, 14) on which the movable part rests when it is in the resting position, characterized in that - the at least one first supporting-surface on the upper edge is an inclined surface - the movable part comprises at least one first contacting surface (17, 18, 19) which directly and/or indirectly rests on the at least one first supporting surface (6, 7, 14) when the movable part is in the resting position, wherein the first contacting surface (17, 18, 19) fits to the first supporting surface (6, 7, 14) such that the movable part is prevented from lateral displacement, from twisting or from tilting when it is in the resting position on the stationary part and when external forces are applied. - a stationary part - a movable part, which in a resting position rests on the stationary part and which is movable in Z-direction relatively to the stationary part upwards in order to reach a higher position, - the stationary part comprises a frame, surrounding the stationary part at least three sides, the frame having at an upper edge which is oriented towards the movable part, - the upper edge has at least one first supporting surface (6, 7, 14) on which the movable part rests when it is in the resting position, characterized in that - the at least one first supporting-surface on the upper edge is an inclined surface - the movable part comprises at least one first contacting surface (17, 18, 19) which directly and/or indirectly rests on the at least one first supporting surface (6, 7, 14) when the movable part is in the resting position, wherein the first contacting surface (17, 18, 19) fits to the first supporting surface (6, 7, 14) such that the movable part is prevented from lateral displacement, from twisting or from tilting when it is in the resting position on the stationary part and when external forces are applied.
Piston, having an enlarged annular-gap volume, which comprises a piston upper part and a piston skirt, wherein a piston crown of the piston upper part transitions peripherally into a fire land which is adjoined by a ring zone which is intended to receive piston rings (9a-9c) and in which the piston rings (9a-9c) are positioned in a manner spaced apart by annular lands (8a, 8b), wherein milled recesses of different geometric design have been introduced locally into or onto the piston, wherein, furthermore, an external profile is designed as a freeform surface by means of precision turning, in which additional local recesses are introduced into the external profile, the position and/or geometry of which recesses differ from the milled cutouts, wherein at least one annular land (8a, 8b) comprises a local or circumferential crowned end face in combination with a local groove, cutout or a recess.
A drive system for motor vehicles comprising a first electric motor and a second electric motor, wherein: - the rotor of the first electric motor is either directly connected to an output or can be detachably connected to an output by means of at least one first switch element, - the rotor of the second electric motor is connected directly or can be detachably connected via a switching device to at least one assembly and is or can be detachably connected either to the central gear of a planetary gear system or both to the central gear of a planetary gear system and, via a second switch element, to the rotor of the first electric motor, - the output is connected to the external gear of the planetary gear system, - at least one planet gear is located between the external gear and the central gear of the planetary gear system, and - as the planet carrier, the planet spider of the planetary gear system can be detachably connected via a switching unit to a fixed part. - the rotor of the first electric motor is either directly connected to an output or can be detachably connected to an output by means of at least one first switch element, - the rotor of the second electric motor is connected directly or can be detachably connected via a switching device to at least one assembly and is or can be detachably connected either to the central gear of a planetary gear system or both to the central gear of a planetary gear system and, via a second switch element, to the rotor of the first electric motor, - the output is connected to the external gear of the planetary gear system, - at least one planet gear is located between the external gear and the central gear of the planetary gear system, and - as the planet carrier, the planet spider of the planetary gear system can be detachably connected via a switching unit to a fixed part.
A satellite constellation forming system to form a satellite constellation on two orbital planes each having a different normal direction and on each of which the same number of satellites fly, the satellite constellation forming system comprising a satellite constellation forming unit as a functional element, wherein the functions of the satellite constellation forming unit are realized by hardware or software, configured to modify the satellite constellation to gradually change an orbital altitude of at least one orbital plane of the two orbital planes, on which the satellite constellation is formed, from a state in which satellite passage timings of satellites flying in the two orbital planes do not coincide with each other at an intersection neighborhood point between the two orbital planes in each of the two orbital planes, while maintaining the state in which the satellite passage timings do not coincide with each other.
A system (120; 720, 721) comprising a message center for transporting text messages capable to communicate with a plurality of mobile networks having different network technology, wherein the message center includes: an interface operable to receive a send request for a Mobile Originated, MO, text message; and a controller operable to generate an online credit request for the MO text message, to determine a technology network type of the originating mobile network (110, 111; 710, 711) where the MO text message originated from, and to insert an indicator of the originating technology network type in the online credit request; the interface is further operable to transmit the online credit request to an online charging system (130; 730). an interface operable to receive a send request for a Mobile Originated, MO, text message; and a controller operable to generate an online credit request for the MO text message, to determine a technology network type of the originating mobile network (110, 111; 710, 711) where the MO text message originated from, and to insert an indicator of the originating technology network type in the online credit request; the interface is further operable to transmit the online credit request to an online charging system (130; 730).
A time drift tracking UWB receiver, for receiving a pulsed UWB signal, the pulsed UWB signal comprising pulses following each other with a first repetition period ( T c), modulated at a carrier frequency, said pulsed UWB signal being further modulated to transmit information symbols, each information symbol being transmitted over a time-symbol ( RLT c) during which the information symbol is repeated a plurality of times, said receiver comprising: - a quadrature mixer for translating in baseband said pulsed UWB signal using a translation frequency, equal, within one offset, to said carrier frequency; - an integrating stage (461, 462) for integrating said signal thus translated in baseband, during selected time windows, each selected time window being repeated with a second period ( T 1); - a sampling stage (471, 472) for sampling the integration results on said selected time windows and providing a complex sample for each of them; - a demodulating/detecting module for estimating said information symbols from the complex samples thus obtained; said receiver being further characterized by: - a phase estimator, for estimating at each time-symbol, the phase of the complex samples, free of the modulation due to the information symbols thus estimated; - a phase rotation follow-up module for following up on the one hand the rotation of the phase thus estimated from a reference instant and on the other hand a rotation of phase already compensated from this same instant, and deducing therefrom a non-compensated phase rotation; - controlling means applying a time offset to said time windows to compensate for at least one part of said non-compensated phase rotation. - a quadrature mixer for translating in baseband said pulsed UWB signal using a translation frequency, equal, within one offset, to said carrier frequency; - an integrating stage (461, 462) for integrating said signal thus translated in baseband, during selected time windows, each selected time window being repeated with a second period ( T 1); - a sampling stage (471, 472) for sampling the integration results on said selected time windows and providing a complex sample for each of them; - a demodulating/detecting module for estimating said information symbols from the complex samples thus obtained; - a phase estimator, for estimating at each time-symbol, the phase of the complex samples, free of the modulation due to the information symbols thus estimated; - a phase rotation follow-up module for following up on the one hand the rotation of the phase thus estimated from a reference instant and on the other hand a rotation of phase already compensated from this same instant, and deducing therefrom a non-compensated phase rotation; - controlling means applying a time offset to said time windows to compensate for at least one part of said non-compensated phase rotation.