mhurhangee/ep-ind-claims huggingface dataset:
A payment information processing method, characterized by comprising: sending, by a mobile acquiring device, an acquiring request associated with a transaction to a device server; obtaining, by the device server, motion data of the mobile acquiring device in real time, in response to receiving the acquiring request sent by the mobile acquiring device; sending, by the mobile acquiring device, payment card information to the device server, in response to obtaining the payment card information; determining, by the device server, a motion feature of the mobile acquiring device according to the real time motion data, under a condition that the mobile acquiring device obtains the payment card information; determining, by the device server, a payment information processing result according to the motion feature; and using, by the device server, the payment card information to proceed to a subsequent process of the transaction under a condition that the device server determines to continue the transaction based on the payment information processing result, wherein the real time motion data is data collected by the mobile acquiring device and sent to the device server in real time between a first moment and a second moment, the first moment is a moment when the mobile acquiring device sends the acquiring request, and the second moment is a moment when the mobile acquiring device obtains the payment card information. sending, by a mobile acquiring device, an acquiring request associated with a transaction to a device server; obtaining, by the device server, motion data of the mobile acquiring device in real time, in response to receiving the acquiring request sent by the mobile acquiring device; sending, by the mobile acquiring device, payment card information to the device server, in response to obtaining the payment card information; determining, by the device server, a motion feature of the mobile acquiring device according to the real time motion data, under a condition that the mobile acquiring device obtains the payment card information; determining, by the device server, a payment information processing result according to the motion feature; and using, by the device server, the payment card information to proceed to a subsequent process of the transaction under a condition that the device server determines to continue the transaction based on the payment information processing result, wherein the real time motion data is data collected by the mobile acquiring device and sent to the device server in real time between a first moment and a second moment, the first moment is a moment when the mobile acquiring device sends the acquiring request, and the second moment is a moment when the mobile acquiring device obtains the payment card information.
An apparatus (100;500), comprising: a housing defining a first chamber and a second chamber, the first chamber configured to contain a first plurality of modules, the second chamber configured to contain a second plurality of modules oriented orthogonally to the first plurality of modules, the housing defining a first plenum (150;520) disposed on a side of the first chamber, wherein the first plenum is fluidly isolated from the first chamber; a first plurality of fans (140;510) disposed within the housing, the first plurality of fans configured to move air through the first plenum into the second chamber and across at least a portion of a module from the second plurality of modules, each fan from the first plurality of fans being vertically disposed within the first plenum; an air permeable barrier (160;530) configured to create an air pressure difference between either side of the barrier and disposed within the first plenum, each fan from the first plurality of fans being disposed between the air permeable barrier and an air intake opening of the first plenum; and a second fan disposed within the housing, the second fan configured to move air across at least a portion of a module from the first plurality of modules. a housing defining a first chamber and a second chamber, the first chamber configured to contain a first plurality of modules, the second chamber configured to contain a second plurality of modules oriented orthogonally to the first plurality of modules, the first chamber configured to contain a first plurality of modules, the second chamber configured to contain a second plurality of modules oriented orthogonally to the first plurality of modules, the housing defining a first plenum (150;520) disposed on a side of the first chamber, wherein the first plenum is fluidly isolated from the first chamber; a first plurality of fans (140;510) disposed within the housing, the first plurality of fans configured to move air through the first plenum into the second chamber and across at least a portion of a module from the second plurality of modules, each fan from the first plurality of fans being vertically disposed within the first plenum; an air permeable barrier (160;530) configured to create an air pressure difference between either side of the barrier and disposed within the first plenum, each fan from the first plurality of fans being disposed between the air permeable barrier and an air intake opening of the first plenum; and a second fan disposed within the housing, the second fan configured to move air across at least a portion of a module from the first plurality of modules.
A method of determining an endpoint of a fluid supply process, the method comprising: selectively establishing fluid flow from a fluid supply vessel; controlling fluid flow through a flow passage disposed in an interior volume of the fluid supply vessel with a static flow restricting device and a selectively actuatable valve element upon establishing fluid flow; and monitoring at least one characteristic of the fluid supply vessel or a fluid dispensed therefrom to determine the endpoint, wherein the static flow restricting device and the selectively actuatable valve element are arranged along the flow passage, characterized in that: the static flow restricting device comprises two or more capillary type passages arranged in parallel along the flow passage; and the monitored characteristic comprises a pressure drop across the two or more capillary type passages. selectively establishing fluid flow from a fluid supply vessel; controlling fluid flow through a flow passage disposed in an interior volume of the fluid supply vessel with a static flow restricting device and a selectively actuatable valve element upon establishing fluid flow; and monitoring at least one characteristic of the fluid supply vessel or a fluid dispensed therefrom to determine the endpoint, the static flow restricting device comprises two or more capillary type passages arranged in parallel along the flow passage; and the monitored characteristic comprises a pressure drop across the two or more capillary type passages.
A camshaft phaser for controllably varying the phase relationship between a crankshaft and a camshaft in an internal combustion engine, said camshaft phaser comprising: a housing having a bore with a longitudinal axis and an array of internal splines formed within said bore; a harmonic gear drive unit disposed within said housing, said harmonic gear drive unit comprising a circular spline and an axially adjacent dynamic spline, a flexspline disposed within said circular spline and said dynamic spline, a wave generator disposed within said flexspline, and a rotational actuator connectable to said wave generator such that rotation of said wave generator causes relative rotation between said circular spline and said dynamic spline, wherein one of said circular spline and said dynamic spline is fixed to said housing in order to prevent relative rotation therebetween; an output hub rotatably disposed within said housing axially adjacent to said harmonic gear drive unit and attachable to said camshaft and fixed to the other of said circular spline and said dynamic spline in order to prevent relative rotation therebetween; a back plate having an array of external splines engaged in a sliding fit with said array of internal splines for transmitting torque from said back plate to said housing, said external splines and said internal splines preventing binding between said output hub and said housing, said back plate also having an input sprocket for receiving rotational motion, in use, from said crankshaft. a housing having a bore with a longitudinal axis and an array of internal splines formed within said bore; a harmonic gear drive unit disposed within said housing, said harmonic gear drive unit comprising a circular spline and an axially adjacent dynamic spline, a flexspline disposed within said circular spline and said dynamic spline, a wave generator disposed within said flexspline, and a rotational actuator connectable to said wave generator such that rotation of said wave generator causes relative rotation between said circular spline and said dynamic spline, wherein one of said circular spline and said dynamic spline is fixed to said housing in order to prevent relative rotation therebetween; an output hub rotatably disposed within said housing axially adjacent to said harmonic gear drive unit and attachable to said camshaft and fixed to the other of said circular spline and said dynamic spline in order to prevent relative rotation therebetween; a back plate having an array of external splines engaged in a sliding fit with said array of internal splines for transmitting torque from said back plate to said housing, said external splines and said internal splines preventing binding between said output hub and said housing, said back plate also having an input sprocket for receiving rotational motion, in use, from said crankshaft.
Sensor device (100, 200, 300) for examining the coating of a disc as part of a coating process, comprising a first optical sensor system (110, 210, 310) for determining the layer thickness of the coating applied to the disc, comprising a rotation apparatus for rotating the disc, and comprising a control and analysis apparatus, wherein the first optical sensor system (110, 210, 310) is designed to identify at least one first position-based measured value and one second position-based measured value, wherein the first and the second position-based measured value describe the distance between the first sensor system (110, 210, 310) and the surface of the disc, wherein the first sensor system (110, 210, 310) is configured to identify the first position-based measured value of a coated region of the disc and the second position-based measured value of an uncoated region of the disc, wherein a control and analysis apparatus is configured for calculating a layer thickness of the disc at the position of the first position-based measured value with the aid of the first and the second position-based measured value, characterized in that the first optical sensor system (110, 210, 310) is designed to simultaneously identify at least the first position-based measured value and the second position-based measured value, and in that the first optical sensor system (110, 210, 310) comprises at least one linear guide (131, 132, 231, 232, 331, 332), which extends from a central region of the disc to an edge region. comprising a first optical sensor system (110, 210, 310) for determining the layer thickness of the coating applied to the disc, comprising a rotation apparatus for rotating the disc, and comprising a control and analysis apparatus, wherein the first optical sensor system (110, 210, 310) is designed to identify at least one first position-based measured value and one second position-based measured value, wherein the first and the second position-based measured value describe the distance between the first sensor system (110, 210, 310) and the surface of the disc, wherein the first sensor system (110, 210, 310) is configured to identify the first position-based measured value of a coated region of the disc and the second position-based measured value of an uncoated region of the disc, wherein a control and analysis apparatus is configured for calculating a layer thickness of the disc at the position of the first position-based measured value with the aid of the first and the second position-based measured value, characterized in that the first optical sensor system (110, 210, 310) is designed to simultaneously identify at least the first position-based measured value and the second position-based measured value, and in that the first optical sensor system (110, 210, 310) comprises at least one linear guide (131, 132, 231, 232, 331, 332), which extends from a central region of the disc to an edge region.
A method for the detection of a coil in an electronic circuit, which is operated with a DC voltage (Ub) located in a prescribed voltage range, and in which the coil, together with a capacitor, forms an electrical oscillating circuit, wherein the electrical oscillating circuit is excited with a pulse, which during the oscillation temporarily generates a voltage value located outside the prescribed voltage range, which can be tapped on a first coil terminal connection on the coil, and wherein the said voltage value is determined, characterised in that, the voltage located at the first coil terminal connection is tapped via an NPN transistor operated in the basic circuit, in that the voltage value lying outside the prescribed voltage range is determined by sampling of the negative or positive flank of the voltage signal.
A Prepaid Data Hub apparatus for controlling access to a wireless communication service comprising: a first communication interface to a first gateway associated with a first wireless network, the first wireless network being a home network for a subscriber mobile device, the home network operated by a home network entity; a second communication interface to a second gateway associated with a second wireless network, the second wireless network operated by an entity different from the home network entity operating the first wireless network; and a Charging Module for controlling access to the first and second wireless networks by the subscriber, the charging module being configured to: download or maintain prepaid account balance information associated with the subscriber; manage access to the first and second wireless networks based on the prepaid account balance information; maintain a quota for allowed prepaid data utilization for a plurality of subscribers; and update data usage for the subscribers independent of wireless protocols of at least one of the first and second wireless networks; wherein the Prepaid Data Hub apparatus is a network node intermediate between the first and second wireless networks; and wherein the Prepaid Data Hub apparatus is implemented as a service delivered over a network connection to a shared virtualized data processing center having capacity that expands on demand. a first communication interface to a first gateway associated with a first wireless network, the first wireless network being a home network for a subscriber mobile device, the home network operated by a home network entity; a second communication interface to a second gateway associated with a second wireless network, the second wireless network operated by an entity different from the home network entity operating the first wireless network; and a Charging Module for controlling access to the first and second wireless networks by the subscriber, the charging module being configured to: download or maintain prepaid account balance information associated with the subscriber; manage access to the first and second wireless networks based on the prepaid account balance information; maintain a quota for allowed prepaid data utilization for a plurality of subscribers; and update data usage for the subscribers independent of wireless protocols of at least one of the first and second wireless networks; download or maintain prepaid account balance information associated with the subscriber; manage access to the first and second wireless networks based on the prepaid account balance information; maintain a quota for allowed prepaid data utilization for a plurality of subscribers; and update data usage for the subscribers independent of wireless protocols of at least one of the first and second wireless networks; wherein the Prepaid Data Hub apparatus is a network node intermediate between the first and second wireless networks; and wherein the Prepaid Data Hub apparatus is implemented as a service delivered over a network connection to a shared virtualized data processing center having capacity that expands on demand.
A road finisher for laying a paving material, comprising a material bunker for paving material and a spray jet module, characterized in that a reservoir unit comprising a spray reservoir and a paving material reservoir is arranged in the material bunker, wherein the reservoir unit is secured in position in the material bunker such that it is adapted to be fixed and released.
An engine with a throttle device, comprising: a throttle valve provided in an intake passage of the engine; a throttle shaft configured to rotate integrally with a valve element of the throttle valve; a spring member configured to bias the valve element in a direction to close; a throttle valve driving motor connected to the throttle shaft via a gear mechanism; a sensor configured to detect a rotation angle of a rotating shaft different from the throttle shaft in the gear mechanism; and a throttle angle calculation unit configured to obtain a rotation angle of the throttle shaft using a detection value of the sensor, characterised by the throttle angle calculation unit calculating the rotation angle of the throttle shaft based on the rotation angle obtained by subtracting a backlash angle (α) from a detection angle, wherein the detection angle is defined as the rotation angle of the rotating shaft detected by the sensor, and the backlash angle (α) is defined as the rotation angle of the rotating shaft corresponding to an amount of backlash involved in a meshing portion of gears provided between the rotating shaft and the throttle shaft. a throttle valve provided in an intake passage of the engine; a throttle shaft configured to rotate integrally with a valve element of the throttle valve; a spring member configured to bias the valve element in a direction to close; a throttle valve driving motor connected to the throttle shaft via a gear mechanism; a sensor configured to detect a rotation angle of a rotating shaft different from the throttle shaft in the gear mechanism; and a throttle angle calculation unit configured to obtain a rotation angle of the throttle shaft using a detection value of the sensor, characterised by the throttle angle calculation unit calculating the rotation angle of the throttle shaft based on the rotation angle obtained by subtracting a backlash angle (α) from a detection angle, wherein the detection angle is defined as the rotation angle of the rotating shaft detected by the sensor, and the backlash angle (α) is defined as the rotation angle of the rotating shaft corresponding to an amount of backlash involved in a meshing portion of gears provided between the rotating shaft and the throttle shaft.
An automotive lighting apparatus adapted to produce one or more luminous graphic signs and comprising: a rear body which has a substantially basin-shaped structure and is adapted to be fixed onto the vehicle; a front half-shell which is placed to close the mouth of the rear body and is provided with at least one transparent sector; and backlighting means which are placed inside the rear body and are adapted to backlight the transparent sector of said front half-shell; the automotive lighting apparatus being characterised in that the backlighting means comprise: a substantially plate-like, opaque mask that is located spaced beneath the front half-shell so as to form with the latter a gap, and is provided with one or more first pass-through openings whose overall shape copies the shape of the outer perimeter edge of the luminous graphic sign or signs to be realized; a first bearing plate with a transparent structure, which is placed close to the opaque mask and supports one or more transparent protruding plugs that overall copy the shape of the luminous graphic sign(s) to be realized, are aligned with the first pass-through opening(s) of the opaque mask and jut cantilevered into said gap; a second bearing plate with a transparent structure, which is arranged flush with the rear face of the first bearing plate and supports one or more opaque protruding plugs that overall copy the shape of the hollow spaces present within the luminous graphic sign(s) to be realized, and jut cantilevered from the second bearing plate up to reach said gap, while engaging second complementary-shaped pass-through openings made in the first bearing plate and aligned to said first pass-through opening(s); and an electrically-powered lighting assembly which is located behind the second bearing plate and is adapted to direct, towards the rear face of the second bearing plate, a light beam that crosses in sequence said bearing plates (5, 8) and then propagates into said one or more transparent protruding plugs by total internal reflection, freely coming out from the front part of the or each transparent protruding plug.
A multiplexer for broadband subscriber access, comprising: a memory queue for storing packets of video information; a plurality of control flags, wherein said control flags are associated with a respective priority, input circuitry configured to selectively store an incoming packet in the memory queue responsive to a predetermined priority associated with the incoming packet, wherein the input circuitry is configured to selectively store an incoming packet in the memory queue responsive to the control flags, characterized in that each flag is configured to indicate whether a respective predetermined threshold associated with a respective predetermined priority would be exceeded if the received packet is queued in the memory, wherein each threshold is based on a time-to-dequeue statistical parameter indicative of an expected time period for passing a packet through the multiplexer a memory queue for storing packets of video information; a plurality of control flags, wherein said control flags are associated with a respective priority, input circuitry configured to selectively store an incoming packet in the memory queue responsive to a predetermined priority associated with the incoming packet, wherein the input circuitry is configured to selectively store an incoming packet in the memory queue responsive to the control flags, characterized in that each flag is configured to indicate whether a respective predetermined threshold associated with a respective predetermined priority would be exceeded if the received packet is queued in the memory, wherein each threshold is based on a time-to-dequeue statistical parameter indicative of an expected time period for passing a packet through the multiplexer
A hub of an exhaust housing of a turbomachine, including inner attachment flanges intended to be attached to a bearing support, an annular connecting wall and an annular inner channel wall, the connecting wall connecting the inner channel wall to the inner attachment flanges, and a radial section of the connecting wall being curved, the hub being in characterized in that it further includes a series of ribs extending radially between the connecting wall and the inner channel wall.