mhurhangee/ep-ind-claims huggingface dataset:
Timepiece comprising a case having a middle, a back cover and a bezel, a movement and a vibration-generating device intended to produce at least one sound, the latter two accommodated in said case, a vibration-amplifying device for amplifying the vibrations generated by said vibration-generating device and a membrane arranged to receive said amplified vibrations and generate a sound from the inside to the outside of the timepiece, said vibration-amplifying device comprising a lever pivotally mounted on a support in a pivoting plane non-parallel to the plane of the membrane and arranged to be actuated by a transmission member cooperating with the vibration-generating device to transmit the vibrations to the lever, said lever likewise being integral with the membrane at least translationally in the pivoting plane such that a movement of the transmission member, generated by the vibration of said transmission member linked to the vibration-generating device and transmitted to the membrane by way of the lever actuated by said transmission member, generates an amplified movement of said membrane, so as to generate an amplified sound, the timepiece comprising a compression chamber which is arranged to amplify the sound which has been generated by the movement of the membrane before it emerges to the outside, the compression chamber being closed by a wall disposed downstream of the membrane and having at least one opening, the dimensions of which are selected in relation to the surface area of the membrane as a function of the desired sound amplification.
Bearing component that comprises steel, characterized in that said steel comprises, by weight, 10-30 ppm Ca, max 20 ppm S and max 15 ppm O and in that said steel includes sulphide inclusions and less than 5% of the sulphide inclusions contain encapsulated or embedded oxide inclusions.
A method of coding video data, the method comprising: determining (162; 208) a context for entropy coding a bin of a value indicative of a last significant coefficient position of a block of video data using a function of an index of the bin, and coding (164; 210) the bin using the determined context; characterised by: using the function to produce a context index for the context by right-shifting the index of the bin by a value k and adding the right-shifted value to an offset value, wherein the offset value is determined according to the formula: offset = 3 * n + n + 1 > > 2, wherein the value k is determined according to the formula: k = n + 3 > > 2 wherein the value n is determined according to the formula: n = log 2 block_size − 2, and wherein the value block_size comprises a value indicative of the block size of the transform unit. determining (162; 208) a context for entropy coding a bin of a value indicative of a last significant coefficient position of a block of video data using a function of an index of the bin, and coding (164; 210) the bin using the determined context; characterised by: using the function to produce a context index for the context by right-shifting the index of the bin by a value k and adding the right-shifted value to an offset value, wherein the offset value is determined according to the formula: offset = 3 * n + n + 1 > > 2, wherein the value k is determined according to the formula: k = n + 3 > > 2 wherein the value n is determined according to the formula: n = log 2 block_size − 2, and wherein the value block_size comprises a value indicative of the block size of the transform unit. using the function to produce a context index for the context by right-shifting the index of the bin by a value k and adding the right-shifted value to an offset value, wherein the offset value is determined according to the formula: offset = 3 * n + n + 1 > > 2, wherein the value k is determined according to the formula: k = n + 3 > > 2 wherein the value n is determined according to the formula: n = log 2 block_size − 2, and wherein the value block_size comprises a value indicative of the block size of the transform unit.
A method for preparing a coffee concentrate comprising the steps of: - providing ground roasted coffee beans having an average Martin diameter minimal value of from 0.5 to 3 mm; - subjecting the ground roasted coffee beans to primary extraction with water, said primary extraction comprising obtaining a first primary extract with a draw-off factor of at most 2, and drawing off a second primary extract after said first primary extract; - subjecting the primarily extracted ground roasted coffee beans to a secondary extraction with water, so as to obtain a secondary extract; - subjecting the second primary extract and the secondary extract to evaporation so as to obtain a concentrated extract having a dry solid matter content of from 30 wt.% to 75 wt.%; - combining the concentrated extract with the first primary extract; - optionally adding water; so as to obtain a liquid coffee concentrate having a dry solid matter content of from 15 wt.% to 55 wt.%, wherein the primary extraction is conducted under such conditions as to satisfy a mass transfer Fourier number of at least 0.35; and wherein the ratio of the extraction yield of the first primary draw-off to the extraction yield obtained in all extraction sections is in a range of from 0.15 to 1.0. - providing ground roasted coffee beans having an average Martin diameter minimal value of from 0.5 to 3 mm; - subjecting the ground roasted coffee beans to primary extraction with water, said primary extraction comprising obtaining a first primary extract with a draw-off factor of at most 2, and drawing off a second primary extract after said first primary extract; - subjecting the primarily extracted ground roasted coffee beans to a secondary extraction with water, so as to obtain a secondary extract; - subjecting the second primary extract and the secondary extract to evaporation so as to obtain a concentrated extract having a dry solid matter content of from 30 wt.% to 75 wt.%; - combining the concentrated extract with the first primary extract; - optionally adding water;
A control system for an agricultural vehicle, comprising: a first transceiver configured to receive a first signal from a second transceiver of a target vehicle, wherein the first signal is indicative of a first determined position and a first determined velocity of the target vehicle; and characterized in that the system further comprising: a controller communicatively coupled to the first transceiver, wherein the controller is configured to automatically control the agricultural vehicle by determining a target position and a target velocity of the agricultural vehicle based at least in part on the first determined position and the first determined velocity of the target vehicle, instructing an automated steering control system and an automated speed control system to direct the agricultural vehicle toward the target position, and instructing the automated steering control system and the automated speed control system to substantially maintain the target position and the target velocity upon substantially reaching the target position. a first transceiver configured to receive a first signal from a second transceiver of a target vehicle, wherein the first signal is indicative of a first determined position and a first determined velocity of the target vehicle; and a controller communicatively coupled to the first transceiver, wherein the controller is configured to automatically control the agricultural vehicle by determining a target position and a target velocity of the agricultural vehicle based at least in part on the first determined position and the first determined velocity of the target vehicle, instructing an automated steering control system and an automated speed control system to direct the agricultural vehicle toward the target position, and instructing the automated steering control system and the automated speed control system to substantially maintain the target position and the target velocity upon substantially reaching the target position.
An optical spectrometer, in particular of the stand-alone and portable type, intended for analysing a retro light spectrum diffused by an illuminated sample, in order to deduce from it a content of at least one compound constituting the sample, said spectrometer being arranged around an optical axis and comprising: - a target area centred on said optical axis and capable of receiving said sample; - a plurality of optical sensors aiming at the target area; - a principal illuminating device, capable of illuminating said sample, further comprising: - a measuring chamber opaque to light and comprising: - an opening centred on said optical axis; - an interior base centred on said optical axis and capable of receiving said plurality of optical sensors; characterised in that the chamber consists of at least one diffusing filter covering said opening, in that: - an angle of opening of the measuring chamber from the opening is less than or equal to an angle of diffusion of the diffusing filter and the principal illuminating device is disposed relative to the plane, perpendicular to the optical axis passing by the diffusing filter, on the side opposite the target area. - a target area centred on said optical axis and capable of receiving said sample; - a plurality of optical sensors aiming at the target area; - a principal illuminating device, capable of illuminating said sample, - a measuring chamber opaque to light and comprising: - an opening centred on said optical axis; - an interior base centred on said optical axis and capable of receiving said plurality of optical sensors; - an angle of opening of the measuring chamber from the opening is less than or equal to an angle of diffusion of the diffusing filter
A money handling system comprising: a money handling apparatus to perform money handling; an input terminal configured to receive an input of authentication information for authenticating a user of the money handling apparatus, and transmit the authentication information to an authentication server which performs a first authentication process for the user based on the authentication information; and a control device configured to receive user information of the user from the authentication server which has generated the user information different from the authentication information, based on a result of the first authentication process, perform a second authentication process for the user by determining whether or not information included in the user information generated by the authentication server matches information which has been managed by the control device, and control the money handling apparatus to allow the user to use the money handling apparatus, based on a result of the second authentication process. a money handling apparatus to perform money handling; an input terminal configured to receive an input of authentication information for authenticating a user of the money handling apparatus, and transmit the authentication information to an authentication server which performs a first authentication process for the user based on the authentication information; and receive an input of authentication information for authenticating a user of the money handling apparatus, and transmit the authentication information to an authentication server which performs a first authentication process for the user based on the authentication information; and a control device configured to receive user information of the user from the authentication server which has generated the user information different from the authentication information, based on a result of the first authentication process, perform a second authentication process for the user by determining whether or not information included in the user information generated by the authentication server matches information which has been managed by the control device, and control the money handling apparatus to allow the user to use the money handling apparatus, based on a result of the second authentication process. receive user information of the user from the authentication server which has generated the user information different from the authentication information, based on a result of the first authentication process, perform a second authentication process for the user by determining whether or not information included in the user information generated by the authentication server matches information which has been managed by the control device, and control the money handling apparatus to allow the user to use the money handling apparatus, based on a result of the second authentication process.
A pump configured to move fluid from one location to another location, the pump comprising: a pump housing of the pump; wherein the pump housing is composed of a wall structure; wherein the wall structure includes a fluid-side interior surface, an exterior surface, and a thickness located between the fluid-side interior and exterior surfaces; wherein the fluid-side interior surface of the wall structure is in fluid contact with the fluid that is moved through the pump; wherein the pump housing is composed of a resin having reinforcing fibers dispersed in the resin throughout the thickness of the wall structure except at the fluid-side interior surface of the pump housing; and wherein the fluid-side surface of the pump housing is composed of resin and is substantially free of any of the reinforcing fibers that are otherwise dispersed throughout the thickness of the pump housing, characterized in that the thickness of the wall structure is composed of a single layer of a resin comprising a first laminar layer adjacent the fluid-side surface and a second laminar layer adjacent the exterior surface, wherein the second laminar layer comprises the resin and a plurality of reinforcing fibers, and wherein the first laminar layer is a resin-only laminar layer of the resin. a pump housing of the pump; wherein the pump housing is composed of a wall structure; wherein the wall structure includes a fluid-side interior surface, an exterior surface, and a thickness located between the fluid-side interior and exterior surfaces; wherein the fluid-side interior surface of the wall structure is in fluid contact with the fluid that is moved through the pump; wherein the pump housing is composed of a resin having reinforcing fibers dispersed in the resin throughout the thickness of the wall structure except at the fluid-side interior surface of the pump housing; and wherein the fluid-side surface of the pump housing is composed of resin and is substantially free of any of the reinforcing fibers that are otherwise dispersed throughout the thickness of the pump housing, characterized in that the thickness of the wall structure is composed of a single layer of a resin comprising a first laminar layer adjacent the fluid-side surface and a second laminar layer adjacent the exterior surface, wherein the second laminar layer comprises the resin and a plurality of reinforcing fibers, and wherein the first laminar layer is a resin-only laminar layer of the resin.
Motor vehicle structure, in particular an underframe structure, said structure comprising two longitudinal structural elements (5, 6) connected by a crossmember, each longitudinal structural element (5, 6) comprising four longitudinal walls (5a-5d) defining a cavity of closed cross section, the structure comprising a metal mounting for a towing eye, said metal mounting comprising: - a sleeve having a longitudinal axis and intended to receive a motor vehicle towing eye along this longitudinal axis, - a planar plate secured to the sleeve perpendicularly to the longitudinal axis thereof, two opposed edges (13a, 13b) of said planar plate each having a fixing tab (14a, 14b) which projects and extends in the continuation of said planar plate, said mounting being arranged inside one of said longitudinal structural elements and fixed thereto by its fixing tabs (14a, 14b, 14c), its planar plate being substantially perpendicular or perpendicular to the longitudinal direction of said longitudinal structural element, characterized in that each fixing tab (14a, 14b, 14c) of said support passes through a corresponding orifice (16a, 16b, 16c) in a respective longitudinal wall (5d, 5b, 5c) of said longitudinal structural element and projects outside said longitudinal structural element, the end of the sleeve opposed to said planar plate being inserted into an orifice of complementary shape in the crossmember. - a sleeve having a longitudinal axis and intended to receive a motor vehicle towing eye along this longitudinal axis, - a planar plate secured to the sleeve perpendicularly to the longitudinal axis thereof, two opposed edges (13a, 13b) of said planar plate each having a fixing tab (14a, 14b) which projects and extends in the continuation of said planar plate, said mounting being arranged inside one of said longitudinal structural elements and fixed thereto by its fixing tabs (14a, 14b, 14c), its planar plate being substantially perpendicular or perpendicular to the longitudinal direction of said longitudinal structural element,
A method for processing one or more reconstructed images reconstructed from projection data, comprising: receiving a first reconstructed image having a first image resolution; receiving a second reconstructed image having a second image resolution, wherein the first resolution is greater than the second resolution, the first and the second reconstructed image reconstructed from the same projection data; detecting gradient levels of the second reconstructed image and generating a gradient image indicative of the contrast based on the detected gradient levels; generating a contrast-dependent resolution weighting function based on the gradient image; and generating a contrast-dependent resolution image by combining the first and second reconstructed images into a single image based on the contrast-dependent weighting function so that the first reconstructed image contributes to a greater degree to the contrast-dependent resolution image for higher contrasts regions of the images and the second reconstructed image contributes to a greater degree to the contrast-dependent resolution image for lower contrasts regions of the images. receiving a first reconstructed image having a first image resolution; receiving a second reconstructed image having a second image resolution, wherein the first resolution is greater than the second resolution, the first and the second reconstructed image reconstructed from the same projection data; detecting gradient levels of the second reconstructed image and generating a gradient image indicative of the contrast based on the detected gradient levels; generating a contrast-dependent resolution weighting function based on the gradient image; and generating a contrast-dependent resolution image by combining the first and second reconstructed images into a single image based on the contrast-dependent weighting function so that the first reconstructed image contributes to a greater degree to the contrast-dependent resolution image for higher contrasts regions of the images and the second reconstructed image contributes to a greater degree to the contrast-dependent resolution image for lower contrasts regions of the images.
An automatic constant pressure device comprising a valve nozzle, an air pipe A, a first valve, a pneumatic slip ring, a hub, a pressure relief valve, a tire, a main shaft, a chassis suspension of a vehicle, an air storage tank, an air pipe B, a second valve and a vehicle-mounted air source, wherein the hub is provided with two valve holes, the phase difference of the two valve holes is 180°, the valve nozzle is installed at one valve hole, and the pressure relief valve is installed at the other valve hole; the pneumatic slip ring is installed on the main shaft, and the rotating portion of the pneumatic slip ring can rotate synchronously with the hub; the valve nozzle is provided with a tire pressure sensor, meanwhile the valve nozzle can be integrated with a tire temperature sensor; the air pipe A is installed at the inflatable end of the valve nozzle through threaded connection, wherein the first valve, configured as a one-way valve, is installed on the air pipe A, the other end of the one-way valve is connected to the air pipe A, and the air pipe A is connected to the pneumatic slip ring; the vehicle-mounted air source is installed on the main shaft, and on the chassis suspension of the vehicle; the second valve is installed in the air path to connect the vehicle-mounted air source with the air storage tank; the first valve is used for inflating the tire through the valve nozzle; the air storage tank is fixed on the main shaft, the air pipe B is installed on the air storage tank, the second valve is installed at the other end of the air pipe B, and the other end of the second valve is connected to the vehicle-mounted air source through the air pipe B.
A sliding contact surface-forming material comprising a reinforcing base impregnated with a resol-type phenolic resin having polytetrafluoroethylene resin dispersed therein, the reinforcing base being composed of a woven fabric formed by using, respectively as the warp and the weft, a ply yarn which is formed from a yarn spun from fluorine-containing resin fiber and a yarn spun from polyester fiber, characterized in that the yarn spun from fluorine-containing fiber is a single twist yarn and the yarn spun from polyester fiber is a single twist yarn, wherein the ply yarn is formed by paralleling exactly two strands, the single twist yarn spun from fluorine-containing resin fiber and the single twist yarn spun from polyester fiber, and by twisting them in the direction opposite to the direction in which the single twist yarns (80, 120) were spun.
A method performed by a station, STA, for orthogonal frequency-division multiple access, OFDMA, in a wireless local area network, WLAN, the method comprising: receiving, from an access point or an access controller, a signaling which comprises a plurality of transmission resources for OFDMA communications of a plurality of stations, STAs, in the WLAN, wherein the transmission resources for OFDMA communications allow simultaneous transmissions of the STAs in the WLAN, and wherein the plurality of transmission resources for OFDMA communications of the plurality of STAs were determined by the access point or the access controller, the determination by the access point or access controller including allocating a plurality of subcarriers to the STAs, wherein the signaling is piggybacked in an OFDMA sub-header of a media access control, MAC, header of a MAC data frame, and the OFDMA sub-header is dedicated as an OFDMA control field; performing OFDMA communications for at least one of downlink and uplink transmissions receiving, from an access point or an access controller, a signaling which comprises a plurality of transmission resources for OFDMA communications of a plurality of stations, STAs, in the WLAN, wherein the transmission resources for OFDMA communications allow simultaneous transmissions of the STAs in the WLAN, and wherein the plurality of transmission resources for OFDMA communications of the plurality of STAs were determined by the access point or the access controller, the determination by the access point or access controller including allocating a plurality of subcarriers to the STAs, wherein the signaling is piggybacked in an OFDMA sub-header of a media access control, MAC, header of a MAC data frame, and the OFDMA sub-header is dedicated as an OFDMA control field; performing OFDMA communications for at least one of downlink and uplink transmissions