mhurhangee/ep-ind-claims huggingface dataset:
Method for producing an outer trim part for a motor vehicle, comprising the following steps: - providing a base body defining the outer trim part, wherein the base body consists of a plastic material that is transparent or translucent to light and has an intended visible side and a rear side opposite the visible side, wherein a plurality of elevations projecting from the surface of the visible side of the base body are provided and are formed integrally with the base body; - applying an opaque coloured layer on the visible side of the base body and on the elevations of the base body; characterised in that in a further step, the coloured layer on the elevations is partially or completely removed, so that light can again pass through these regions of the elevations, and in that a decorative layer or decorative foil that can be irradiated by light is subsequently applied at least to these regions, wherein the decorative layer is applied by means of a pad printing process or the decorative foil is applied by means of a hot stamping process, such that the outer trim part can be partially irradiated by light in these regions. - providing a base body defining the outer trim part, wherein the base body consists of a plastic material that is transparent or translucent to light and has an intended visible side and a rear side opposite the visible side, wherein a plurality of elevations projecting from the surface of the visible side of the base body are provided and are formed integrally with the base body; - applying an opaque coloured layer on the visible side of the base body and on the elevations of the base body; in a further step, the coloured layer on the elevations is partially or completely removed, so that light can again pass through these regions of the elevations, and in that a decorative layer or decorative foil that can be irradiated by light is subsequently applied at least to these regions, wherein the decorative layer is applied by means of a pad printing process or the decorative foil is applied by means of a hot stamping process, such that the outer trim part can be partially irradiated by light in these regions.
A charging method, characterized in that, applicable to a system comprising a Packet data network Gateway, P-GW, a Mobile Edge Computing, MEC, server, and a Charging Gateway, CG, wherein the system further comprises a Mobile Edge Computing Gateway, MEC-GW, deployed at a core network side and responsible for controlling charging for a local traffic, wherein the local traffic refers to a traffic application deployed at a base station side, the method comprising: upon determining that a user Equipment, UE, is to be charged for a local traffic, transmitting, by the MEC-GW, a request message to the MEC server to make a statistic of local traffic information of the UE; receiving, by the MEC-GW, statistic information of the local traffic of the UE transmitted by the MEC server, and generating a charging data bill of the local traffic of the UE according to the statistic information of the local traffic of the UE; and transmitting, by the MEC-GW, the charging data bill of the local traffic of the UE directly to the CG. upon determining that a user Equipment, UE, is to be charged for a local traffic, transmitting, by the MEC-GW, a request message to the MEC server to make a statistic of local traffic information of the UE; receiving, by the MEC-GW, statistic information of the local traffic of the UE transmitted by the MEC server, and generating a charging data bill of the local traffic of the UE according to the statistic information of the local traffic of the UE; and transmitting, by the MEC-GW, the charging data bill of the local traffic of the UE directly to the CG.
Method for transmitting frames in the form of modulated symbols from a transmitter device to at least one receiver device (111, 112), each frame comprising: - a preamble adapted to allow the receiver device to synchronize itself with the said frame; - a physical layer header; and - data arising from higher layers than the physical layer; the method being such that the transmitter device transmits at least one frame from among the said frames while applying a mode of coherent encoding to obtain the modulated symbols corresponding to the physical layer header. characterized in that, when a mode of encoding applied to obtain the modulated symbols corresponding to the said data arising from the higher layers than the physical layer is selected by configuration by the transmitter device from among the mode of coherent encoding and a mode of differential encoding for each receiver device (111, 112), the mode of coherent encoding having by configuration to be applied to the data arising from the higher layers than the physical layer to be transmitted to at least one receiver device (111, 112), the transmitter device uses, to obtain the modulated symbols corresponding to the physical layer header of each frame, the same mode of encoding as the mode of encoding applied to obtain the modulated symbols corresponding to the said data arising from the higher layers than the physical layer to be transmitted to the receiver device (111, 112) concerned with the said data. - a preamble adapted to allow the receiver device to synchronize itself with the said frame; - a physical layer header; and - data arising from higher layers than the physical layer;
A rotor assembly for a gas turbine engine, the rotor assembly comprising a shaft, a first rotor (31, 83) and a second rotor (32, 84) defining a cavity (36, 88) therebetween; the first rotor (31, 83) defining a cooling air inlet in its radially inward portion, the second rotor (32, 84) defining a cooling air outlet (66, 69) in its radially outward portion, such that the cooling air passes radially outwardly through the cavity (36, 88), wherein the rotor assembly comprises a third rotor (33, 85) defining a second cavity (37, 89) with the second rotor (32, 84), the cooling air that passes through the outlet (66, 69) then passes into and radially inwardly through the second cavity (37, 89) to pass through a radially inner bore of the third rotor (33, 85), wherein the shaft passes through at least some of the rotors including the second rotor (32, 84) via a radially inner bore, wherein a seal is provided between the shaft and the radially inner bore of the second rotor (32, 84).
Apparatus for providing liquid additive, having a tank for the liquid additive, which tank has at least one heat distribution structure for distributing heat in a first tank section and has a delivery unit, the latter being inserted into the tank and serving for the withdrawal of the liquid additive from the tank and comprising at least one heating apparatus, wherein the heating apparatus of the delivery unit and the heat distribution structure of the tank are connected to one another by at least one thermal coupling, characterized in that the tank has a tank wall composed of plastic and an opening in the tank base, and the heat distribution structure comprises fins which extend from the tank base into an interior of the tank and are at least partially cast into the tank wall and wherein the delivery unit is inserted into the opening in the tank base.
Control circuit for a primary controlled switched-mode power supply, comprising a primary-side switch and a transformer which comprises a primary-side and a secondary-side winding, wherein the primary-side switch is configured to switch a current through the primary-side winding and wherein the control circuit is connected to a control input of the primary-side switch and configured to control the primary-side switch based on a secondary-side current flow time period in which a current flows through the secondary-side winding of the transformer, in order to regulate the output voltage of the switched-mode power supply, characterized in that the control circuit is further configured to compare the secondary-side current flow time period as a control parameter with a reference time to regulate the output voltage by switching on and off the primary-side switch.
An image recording system, comprising a recording device, a conveying path, and a reading device; said recording device provided on at least one side of the predetermined conveying path in a direction perpendicular to a predetermined conveying direction of the conveying path and configured to record an image on a thermally reversible recording medium of a conveyed article conveyed to a position facing the recording device by heating the thermally reversible recording medium, wherein the recording device is controlled to record the image on the thermally reversible recording medium held by the conveyed article conveyed on the conveying path in the conveying direction, wherein only a part of the image is a scan image, and the reading device is controlled to read the scan image when the conveyed article is conveyed downstream in the conveying direction from the position facing the recording device, and wherein the recording device is controlled to record the scan image on the thermally reversible recording medium within only the first half of a recording time in which it records the whole image.
A bearing structure comprising: a first bearing having a first inner race, a first outer race and a first set of rolling elements housed between the first inner race and the first outer race; a second bearing having a second inner race, a second outer race and a second set of rolling elements housed between the second inner race and the second outer race; a housing surrounding the first bearing; a first compliant element, the first compliant element fixedly connected to the first outer race; a second compliant element fixedly connected to the first outer race; and a rigid diaphragm having a radially inner end fixedly connected to the first outer race at a position spaced from the respective connections between the first and second compliant elements (26, 37) and the first outer race, and a radially outer end flexibly connected to the housing, wherein the rigid diaphragm is interposed between the first and second compliant elements (26, 37) such that the first compliant element, first outer race and rigid diaphragm at least partly define a first pressure chamber and the second compliant element, first outer race and rigid diaphragm define a second pressure chamber; wherein the bearing structure further comprises respective valved pressure inlets to provide fluid communication from a pressure source to the respective pressure chamber (33, 38), and wherein the first outer race is axially slidable relative to the second outer race such that an increase in pressure in the first or second pressure chamber (33, 38) causes a change in axial spacing between the first and second outer races (4, 8). a first bearing having a first inner race, a first outer race and a first set of rolling elements housed between the first inner race and the first outer race; a second bearing having a second inner race, a second outer race and a second set of rolling elements housed between the second inner race and the second outer race; a housing surrounding the first bearing; a first compliant element, the first compliant element fixedly connected to the first outer race; a second compliant element fixedly connected to the first outer race; and a rigid diaphragm having a radially inner end fixedly connected to the first outer race at a position spaced from the respective connections between the first and second compliant elements (26, 37) and the first outer race, and a radially outer end flexibly connected to the housing, wherein the rigid diaphragm is interposed between the first and second compliant elements (26, 37) such that the first compliant element, first outer race and rigid diaphragm at least partly define a first pressure chamber and the second compliant element, first outer race and rigid diaphragm define a second pressure chamber; wherein the bearing structure further comprises respective valved pressure inlets to provide fluid communication from a pressure source to the respective pressure chamber (33, 38), and wherein the first outer race is axially slidable relative to the second outer race such that an increase in pressure in the first or second pressure chamber (33, 38) causes a change in axial spacing between the first and second outer races (4, 8).
A security element (1; 30) intended to be incorporated in or on a security document (21; 32), comprising: - at least one first optical structure of the standard rainbow holography type and/or of the raster image type representing a first pattern, - at least one second optical structure which is achromatic and represents a second pattern at least partially identical to the first pattern, the second optical structure reproducing the second pattern in three dimensions. - at least one first optical structure of the standard rainbow holography type and/or of the raster image type representing a first pattern, - at least one second optical structure which is achromatic and represents a second pattern at least partially identical to the first pattern, the second optical structure reproducing the second pattern in three dimensions.
A bus bar device with a noise filter, including: a magnetic body; a bus bar having an input end and an output end and extending through the magnetic body; a first capacitor provided on a first electrical path connected between the bus bar and a ground conductor surface grounding the bus bar, the first capacitor being located at the input end side of the bus bar with respect to the magnetic body, the first capacitor having two ends, one of which is connected to the bus bar and the other of which is connected to the ground conductor surface in one of two regions divided with the bus bar being located therebetween; and a second capacitor provided on a second electrical path connected between the bus bar and the ground conductor surface and located at the output end side of the bus bar with respect to the magnetic body, the second capacitor having two ends, one of which is connected to the bus bar and the other of which is connected to the ground conductor surface in the same region as the first capacitor or in the other region, characterized in that the bus bar has a part connected to the first capacitor, the part being located nearer the ground conductor surface than another part of the bus bar extending through the magnetic body. a magnetic body; a bus bar having an input end and an output end and extending through the magnetic body; a first capacitor provided on a first electrical path connected between the bus bar and a ground conductor surface grounding the bus bar, the first capacitor being located at the input end side of the bus bar with respect to the magnetic body, the first capacitor having two ends, one of which is connected to the bus bar and the other of which is connected to the ground conductor surface in one of two regions divided with the bus bar being located therebetween; and a second capacitor provided on a second electrical path connected between the bus bar and the ground conductor surface and located at the output end side of the bus bar with respect to the magnetic body, the second capacitor having two ends, one of which is connected to the bus bar and the other of which is connected to the ground conductor surface in the same region as the first capacitor or in the other region, characterized in that the bus bar has a part connected to the first capacitor, the part being located nearer the ground conductor surface than another part of the bus bar extending through the magnetic body.
Tyre tread comprising: • a tread surface, • this tread being provided with a tread pattern formed by at least two longitudinally oriented grooves (31, 41, 42), the tread pattern having a maximum tread pattern depth Hm, • at least one of the longitudinally oriented grooves, known as a complex groove, comprising alternately external cavities that open onto the tread surface in the new state and internal cavities that are hidden within the thickness of the tread in the new state, • the external cavities of each complex groove opening onto the tread surface when new with a contour having a mean longitudinal length Lm, and furthest apart end points A and B, the external cavities having a depth at least equal to 0.9 Hm, • the external cavities of each complex groove being separated by internal cavities having a mean longitudinal length Li, Li being at least equal to 0.5 ∗ Lm and at most equal to 2 ∗ Lm, • this tread comprising at least one rib oriented in the longitudinal direction of the tread and delimited by at least one of said complex grooves, the rib comprising transverse sipes - that is to say sipes with an orientation equal to or greater than 45 degrees to the longitudinal direction, made at a mean spacing Pm, the depth of these transverse sipes being at least equal to the depth 0.1 ∗ Hm, • characterized in that the spacing Pm of the transverse sipes is at most equal to 0.7 times the mean longitudinal length Lm of the external cavities. • a tread surface, • this tread being provided with a tread pattern formed by at least two longitudinally oriented grooves (31, 41, 42), the tread pattern having a maximum tread pattern depth Hm, • at least one of the longitudinally oriented grooves, known as a complex groove, comprising alternately external cavities that open onto the tread surface in the new state and internal cavities that are hidden within the thickness of the tread in the new state, • the external cavities of each complex groove opening onto the tread surface when new with a contour having a mean longitudinal length Lm, and furthest apart end points A and B, the external cavities having a depth at least equal to 0.9 Hm, • the external cavities of each complex groove being separated by internal cavities having a mean longitudinal length Li, Li being at least equal to 0.5 ∗ Lm and at most equal to 2 ∗ Lm, • this tread comprising at least one rib oriented in the longitudinal direction of the tread and delimited by at least one of said complex grooves, the rib comprising transverse sipes - that is to say sipes with an orientation equal to or greater than 45 degrees to the longitudinal direction, made at a mean spacing Pm, the depth of these transverse sipes being at least equal to the depth 0.1 ∗ Hm, • characterized in that the spacing Pm of the transverse sipes is at most equal to 0.7 times the mean longitudinal length Lm of the external cavities.
A method of controlling a vehicle, comprising: determining a steering wheel angle limit based on a maximum lateral acceleration of the vehicle; generating a steering wheel command and a throttle-brake command; determining whether an angle of the generated steering wheel command exceeds the determined steering wheel angle limit; and adjusting an operation of the vehicle in response to determining that the angle of the generated steering wheel command exceeds the determined steering wheel angle limit, wherein adjusting the operation of the vehicle includes setting the angle of the generated steering wheel command to a value that is less than the steering wheel angle limit. determining a steering wheel angle limit based on a maximum lateral acceleration of the vehicle; generating a steering wheel command and a throttle-brake command; determining whether an angle of the generated steering wheel command exceeds the determined steering wheel angle limit; and adjusting an operation of the vehicle in response to determining that the angle of the generated steering wheel command exceeds the determined steering wheel angle limit, wherein adjusting the operation of the vehicle includes setting the angle of the generated steering wheel command to a value that is less than the steering wheel angle limit.
A mixing and delivery method for supplying small particles suspended in a liquid to form a slurry for delivery, the mixing and delivery method comprising a first providing step for providing a container having an open top and an inner bottom and an inner wall limiting an inner space a second providing step for providing a mixing and delivery pump having: (i.) a first shaft having a first distal end and a first proximal end, (ii.) a rotor connected to the first distal end of the first shaft, (iii.) a first power means connected to the first proximal end of the first shaft so that the rotor is rotatable about a first rotation axis by means of the first power means, (iv.) a stator having stator blades, wherein the stator coaxially surrounding the first shaft and wherein the stator being at least partly arranged between the first distal end of the first shaft and the first proximal end of the first shaft, (v.) a pump means having at least one inlet, which is located in a stator space between two stator blades of the stator, and an outlet, and (vi.) an outlet pipe having a second inlet opening connected to the outlet of the pump means and a second outlet opening, a third providing step for providing in the inner space of the container liquid having small particles suspended in the liquid, arranging the mixing and delivery pump in the inner space of the container so that the rotor is at the inner bottom of the inner space of the container, so that the first power means is located outside the inner space in the container, and so that the second outlet opening of the outlet pipe is located outside the inner space of the container, rotating said rotor to mix said liquid having small particles suspended in the liquid to form a slurry, and pumping slurry with said pump means to deliver slurry from the second outlet opening of the outlet pipe. (i.) a first shaft having a first distal end and a first proximal end, (ii.) a rotor connected to the first distal end of the first shaft, (iii.) a first power means connected to the first proximal end of the first shaft so that the rotor is rotatable about a first rotation axis by means of the first power means, (iv.) a stator having stator blades, wherein the stator coaxially surrounding the first shaft and wherein the stator being at least partly arranged between the first distal end of the first shaft and the first proximal end of the first shaft, (v.) a pump means having at least one inlet, which is located in a stator space between two stator blades of the stator, and an outlet, and (vi.) an outlet pipe having a second inlet opening connected to the outlet of the pump means and a second outlet opening,
A device for photographing an iris, the device comprising: a light source configured to generate light; an active lens configured to receive the generated light; an image capturer configured to capture an image of the iris; and a controller conf igured to adjust a radiation angle of light being generated from the light source and passing through the active lens and being irradiated to the iris by controlling the active lens using at least one detected photographing condition being one of a distance to the iris, an amount of light near the device and motion of the device. a light source configured to generate light; an active lens configured to receive the generated light; an image capturer configured to capture an image of the iris; and a controller conf igured to adjust a radiation angle of light being generated from the light source and passing through the active lens and being irradiated to the iris by controlling the active lens using at least one detected photographing condition being one of a distance to the iris, an amount of light near the device and motion of the device.