mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting a disconnection of a main connector of an electronic payment terminal, comprising the following steps: - detecting a break in a connection control loop between a central control unit, housed in said terminal, and the main connector, said step of detecting a break comprising a step of sending a test signal to the main connector and a step of detecting a loop feedback signal; - in the event of a negative detection of the loop feedback signal, configuring said terminal in a blocked state, the method being characterized in that it comprises, in the event of positive detection of a break, the following steps for detecting an involuntary disconnection: - determining a duration of break in the connection control loop; and - verifying that said duration of break is below a predetermined duration. - detecting a break in a connection control loop between a central control unit, housed in said terminal, and the main connector, said step of detecting a break comprising a step of sending a test signal to the main connector and a step of detecting a loop feedback signal; - in the event of a negative detection of the loop feedback signal, configuring said terminal in a blocked state, - determining a duration of break in the connection control loop; and - verifying that said duration of break is below a predetermined duration.
Electric machine comprising - a housing and - a cylindrical stator - at least one panel which is secured in each case to that side of the cylindrical stator facing the housing, wherein a gap is disposed in a radial direction between the housing and the respective panel, - at least one connecting element which is secured in each case to both the housing and the at least one panel and by means of which forces can be transmitted from the cylindrical stator to the housing, wherein the housing has at least one guide bush through which the respective connecting element can be fed and by means of which the respective connecting element can be aligned, characterised by at least one damping element which is arranged in each case between the at least one connecting element and the housing, wherein at least one of the guide bushes has a ridge, wherein a hole is incorporated in the ridge and wherein the respective connecting element can be aligned by means of an aligning element which is introduced into the hole. - a housing and - a cylindrical stator - at least one panel which is secured in each case to that side of the cylindrical stator facing the housing, wherein a gap is disposed in a radial direction between the housing and the respective panel, - at least one connecting element which is secured in each case to both the housing and the at least one panel and by means of which forces can be transmitted from the cylindrical stator to the housing,
Messaging unit (100; 205) for a piece of apparel, which presents at least one letter, at least one number, a graphical symbol or a design element, the unit comprising: a. a light source (110; 210), wherein the light source is adapted to generate the at least one letter, the at least one number, the graphical symbol or the design element in the vision of a viewer through a combination of controlling and moving the light source using the effect of persistence of vision; b. at least one sensor adapted to detect an event; and c. a controller adapted to control a flashing of the light source (110; 210) in response to the detection of the event, so that the at least one letter, at least one number, graphical symbol or design element can be recognized by the viewer; d. wherein the controller is further adapted to track the running distance and/or speed of a wearer of the piece of apparel, preferably by using the at least one sensor; e. wherein the messaging unit (100; 205) is adapted to display information about the running distance and/or speed of the wearer; f. wherein the controller is further adapted to initiate the flashing of the light source (110; 205) when a threshold velocity value is reached; and g. wherein the controller is further adapted to initiate the flashing of the light source (110; 205) when a threshold acceleration value is reached, wherein the threshold acceleration value is in a range between 1g and 3g. a. a light source (110; 210), wherein the light source is adapted to generate the at least one letter, the at least one number, the graphical symbol or the design element in the vision of a viewer through a combination of controlling and moving the light source using the effect of persistence of vision; b. at least one sensor adapted to detect an event; and c. a controller adapted to control a flashing of the light source (110; 210) in response to the detection of the event, so that the at least one letter, at least one number, graphical symbol or design element can be recognized by the viewer; d. wherein the controller is further adapted to track the running distance and/or speed of a wearer of the piece of apparel, preferably by using the at least one sensor; e. wherein the messaging unit (100; 205) is adapted to display information about the running distance and/or speed of the wearer; f. wherein the controller is further adapted to initiate the flashing of the light source (110; 205) when a threshold velocity value is reached; and g. wherein the controller is further adapted to initiate the flashing of the light source (110; 205) when a threshold acceleration value is reached, wherein the threshold acceleration value is in a range between 1g and 3g.
A display comprising: a first optical effect layer including a first interface part, the first interface part being provided with recesses or protrusions arranged two-dimensionally at the minimum center-to-center distance in a range of 200 nm to 500 nm, each of the recesses or protrusions having a forward-tapered shape; and a reflective material layer covering at least a part of the first interface part, wherein the display further comprises a second optical effect layer including, at a position of a first portion of the first interface part that is covered with the reflective material layer, a portion that faces the reflective material layer with the first optical effect layer interposed therebetween or faces the first optical effect layer with the reflective material layer interposed therebetween, the second optical effect layer containing at least one of a cholesteric liquid crystal, a pearl pigment and a multilayer interference film, the first interface part includes a second portion that is not covered with the reflective material layer, and the second optical effect layer further includes, at a position of the second portion of the first interface part, a portion that faces the first optical effect layer. a first optical effect layer including a first interface part, the first interface part being provided with recesses or protrusions arranged two-dimensionally at the minimum center-to-center distance in a range of 200 nm to 500 nm, each of the recesses or protrusions having a forward-tapered shape; and a reflective material layer covering at least a part of the first interface part, wherein the display further comprises a second optical effect layer including, at a position of a first portion of the first interface part that is covered with the reflective material layer, a portion that faces the reflective material layer with the first optical effect layer interposed therebetween or faces the first optical effect layer with the reflective material layer interposed therebetween, the second optical effect layer containing at least one of a cholesteric liquid crystal, a pearl pigment and a multilayer interference film, the first interface part includes a second portion that is not covered with the reflective material layer, and the second optical effect layer further includes, at a position of the second portion of the first interface part, a portion that faces the first optical effect layer.
Catheter pump having a pump head disposed at the end of a cannula, wherein a drive shaft extends longitudinally through the cannula and is connected to a motor, the drive shaft carrying a rotor with blades (20, 21), wherein the drive shaft is mounted rotatably at the distal end of the pump head in a bearing block by means of a bearing, wherein at least one rotor blade (20, 21) is elastically deformable by means of fluid counterpressure and the rotor has a rotor blade carrier and the rotor blades (20, 21) are configured to be bent by widening the radius of the rotor when exposed to fluid counterpressure.
A damage detection system for a wind turbine rotor blade, comprising: a first actuator configured for attachment to a first actuator position of a wall surface (18a, 18b) of the wind turbine rotor blade and for injecting mechanical energy into the wall surface (18a, 18b), said first actuator comprising a plunger, said plunger having a peak kinetic energy, at impact on the wall surface (18a, 18b) of the rotor blade, larger than 0.1 J, preferably larger than 0.2 J, even more preferably larger than 0.4 J, a first vibration sensor (15a-15m), such as an accelerometer, configured for measuring mechanical waves propagating through the wall of the rotor blade at a first sensor position, a second vibration sensor (15a-15m), such as an accelerometer, configured for measuring mechanical waves propagating through the wall of the rotor blade at a second sensor position; wherein the first and second sensor positions are spaced apart with a predetermined distance along the wall surface (18a, 18b) of the rotor blade, a damage detector configured for: receipt of first and second vibration signals (a 1 -a 9) generated by the first and second vibration sensors (15a-15m), respectively, detecting structural damage of the rotor blade based on phase and/or magnitude differences between the first and second vibration signals. a first actuator configured for attachment to a first actuator position of a wall surface (18a, 18b) of the wind turbine rotor blade and for injecting mechanical energy into the wall surface (18a, 18b), said first actuator comprising a plunger, said plunger having a peak kinetic energy, at impact on the wall surface (18a, 18b) of the rotor blade, larger than 0.1 J, preferably larger than 0.2 J, even more preferably larger than 0.4 J, a first vibration sensor (15a-15m), such as an accelerometer, configured for measuring mechanical waves propagating through the wall of the rotor blade at a first sensor position, a second vibration sensor (15a-15m), such as an accelerometer, configured for measuring mechanical waves propagating through the wall of the rotor blade at a second sensor position; wherein the first and second sensor positions are spaced apart with a predetermined distance along the wall surface (18a, 18b) of the rotor blade, a damage detector configured for: receipt of first and second vibration signals (a 1 -a 9) generated by the first and second vibration sensors (15a-15m), respectively, detecting structural damage of the rotor blade based on phase and/or magnitude differences between the first and second vibration signals. receipt of first and second vibration signals (a 1 -a 9) generated by the first and second vibration sensors (15a-15m), respectively, detecting structural damage of the rotor blade based on phase and/or magnitude differences between the first and second vibration signals.
A luminaire, comprising: a plurality of cameras (301, 303, 305); a member supporting the plurality of cameras (301, 303, 305); wherein a first camera of the plurality of cameras (301, 303, 305) has a first field of view separated by a predetermined angle with respect to a second field of view of a second camera of the plurality of cameras (301, 303, 305), such that a segment of view is not imaged by either the first camera or the second camera; and wherein the predetermined angle is smaller or equal to an interpolation angle in a range between 0.5 degrees and 8 degrees that is the smallest separation angle at which the segment of view can be recovered or interpolated with post-processing algorithms; and wherein a field of view of a third camera has a third field of view separated by the predetermined angle with respect to one of the first field of view of the first camera and the second field of view of the second camera. a plurality of cameras (301, 303, 305); a member supporting the plurality of cameras (301, 303, 305); wherein a first camera of the plurality of cameras (301, 303, 305) has a first field of view separated by a predetermined angle with respect to a second field of view of a second camera of the plurality of cameras (301, 303, 305), such that a segment of view is not imaged by either the first camera or the second camera; and wherein the predetermined angle is smaller or equal to an interpolation angle in a range between 0.5 degrees and 8 degrees that is the smallest separation angle at which the segment of view can be recovered or interpolated with post-processing algorithms; and wherein a field of view of a third camera has a third field of view separated by the predetermined angle with respect to one of the first field of view of the first camera and the second field of view of the second camera.
An interconnect device for detecting whether a vehicle OBD II connector includes a blocking diode or equivalent, the interconnect device comprising: an OBD II connector for connecting said interconnect device to said vehicle OBD II connector; an alternate power supply connected to said OBD II connector; a detection circuit, connected to said OBD II connector, for detecting whether the vehicle OBD II connector includes a blocking diode; and circuitry including a relay for connecting said alternate power supply to said vehicle OBD II connector if said detection circuit detects that the vehicle OBD II connector does not contain a blocking diode and the OBD II connector is connected to the vehicle OBD II connector. an OBD II connector for connecting said interconnect device to said vehicle OBD II connector; an alternate power supply connected to said OBD II connector; a detection circuit, connected to said OBD II connector, for detecting whether the vehicle OBD II connector includes a blocking diode; and circuitry including a relay for connecting said alternate power supply to said vehicle OBD II connector if said detection circuit detects that the vehicle OBD II connector does not contain a blocking diode and the OBD II connector is connected to the vehicle OBD II connector.
An electrohydraulic device comprising: - an electric machine (101, 201, 301), - a hydraulic device (105, 205, 305), and - a gear (102, 202, 302) having a first shaft (103, 203, 303) attached to a rotor (104, 204, 304) of the electric machine, a second shaft (106, 206, 306) configured to drive the hydraulic device, and gear wheels configured to transfer torque between the first shaft and the second shaft, wherein the second shaft of the gear is configured to constitute a rotating part (108, 208, 308) of the hydraulic device, and the gear (102, 302) is a planetary gear having a gear ring, a sun wheel, planet wheels (111a, 111b) configured to mesh with the gear ring and the sun wheel, and a planet carrier configured to support the planet wheels, the planet carrier being connected to the second shaft of the gear and the sun wheel being connected to the first shaft of the gear, and the electric machine (101, 301) being an outer rotor electric machine, characterized in that the gear ring of the planetary gear is attached to a stator of the outer rotor electric machine so that the stator surrounds the gear ring. - an electric machine (101, 201, 301), - a hydraulic device (105, 205, 305), and - a gear (102, 202, 302) having a first shaft (103, 203, 303) attached to a rotor (104, 204, 304) of the electric machine, a second shaft (106, 206, 306) configured to drive the hydraulic device, and gear wheels configured to transfer torque between the first shaft and the second shaft,
Display apparatus (300, 400) suitable for displaying an image to be viewed in 3D by a viewer, the display apparatus (300, 400) being a head-mounted display apparatus and comprising: a first display region for a viewer's left eye; a second display region for a viewer's right eye; a controller configured to control operation of the display regions; and a 3D engine configured to generate 3D image data suitable for viewing in 3D; wherein, for display of image content to be viewed in 3D, the controller is configured to cause the first display region to display a left side image of the image content and to cause the second display region to display a right side image of the image content; and wherein the controller is configured such that when an on-screen display image is to be displayed, image content and the on-screen display image are caused to be displayed by only one of the display regions and the 3D engine continues to operate such that the 3D engine continues to generate the 3D image data when the on-screen display image is displayed by the display apparatus (300, 400). a first display region for a viewer's left eye; a second display region for a viewer's right eye; a controller configured to control operation of the display regions; and a 3D engine configured to generate 3D image data suitable for viewing in 3D; wherein, for display of image content to be viewed in 3D, the controller is configured to cause the first display region to display a left side image of the image content and to cause the second display region to display a right side image of the image content; and wherein the controller is configured such that when an on-screen display image is to be displayed, image content and the on-screen display image are caused to be displayed by only one of the display regions and the 3D engine continues to operate such that the 3D engine continues to generate the 3D image data when the on-screen display image is displayed by the display apparatus (300, 400).
A mobile cellular telephone apparatus comprising: a cover defining an exterior surface of the apparatus and including a first conductive cover portion; an antenna, connected to a feed point and configured to operate in at least a first resonant frequency band; a conductive member positioned between the first conductive cover portion and the antenna and configured to couple with the first conductive cover portion, wherein the combination of the conductive member and the first conductive cover portion are operable in a second resonant frequency band, different to the first resonant frequency band and are configured to be contactlessly fed by the antenna. a cover defining an exterior surface of the apparatus and including a first conductive cover portion; an antenna, connected to a feed point and configured to operate in at least a first resonant frequency band; a conductive member positioned between the first conductive cover portion and the antenna and configured to couple with the first conductive cover portion, wherein the combination of the conductive member and the first conductive cover portion are operable in a second resonant frequency band, different to the first resonant frequency band and are configured to be contactlessly fed by the antenna.
Method for determining, using a smartphone, the weight of a vehicle, comprising a step of storing in memory characteristic physical values ({param}) of the vehicle, characterized in that it comprises the following steps: - a) displaying, on the screen of the smartphone, the drawing of a line substantially parallel to an axis (x) of the smartphone, and superposing said line on an image filmed by the smartphone, - b) placing the smartphone in a vertical plane parallel to a wheel of the vehicle so that the image comprises the wheel of the vehicle and at least one segment of an outline of the associated wheel arch, and measuring the angle of inclination β of the smartphone with respect to the vertical plane, - c) displaying an error message on or emitting an audio error message with the smartphone if the value of the angle β is higher than a threshold value, - d) orienting the smartphone according to the slope of the roadway, using the line, - e) estimating the angle of inclination (α) of the roadway on which the vehicle is found, - f) analysing an image acquired by the smartphone in order to determine a distance between the wheel and the segment of the outline of the wheel arch, - g) computing a first weight value depending on this distance, - h) computing a weight (M 1) of the vehicle by dividing this first weight value by a coefficient that is dependent on the angle of inclination (α) of the roadway, on the distance between the wheel and the outline of the wheel arch, and on the characteristic physical values of the vehicle. - a) displaying, on the screen of the smartphone, the drawing of a line substantially parallel to an axis (x) of the smartphone, and superposing said line on an image filmed by the smartphone, - b) placing the smartphone in a vertical plane parallel to a wheel of the vehicle so that the image comprises the wheel of the vehicle and at least one segment of an outline of the associated wheel arch, and measuring the angle of inclination β of the smartphone with respect to the vertical plane, - c) displaying an error message on or emitting an audio error message with the smartphone if the value of the angle β is higher than a threshold value, - d) orienting the smartphone according to the slope of the roadway, using the line, - e) estimating the angle of inclination (α) of the roadway on which the vehicle is found, - f) analysing an image acquired by the smartphone in order to determine a distance between the wheel and the segment of the outline of the wheel arch, - g) computing a first weight value depending on this distance, - h) computing a weight (M 1) of the vehicle by dividing this first weight value by a coefficient that is dependent on the angle of inclination (α) of the roadway, on the distance between the wheel and the outline of the wheel arch, and on the characteristic physical values of the vehicle.