mhurhangee/ep-ind-claims huggingface dataset:
A feeder of products or semi-finished products for a transformation or inspection machine, comprising: - a belt conveyor for transporting the products or semi-finished products from an inlet point to an outlet point, said belt conveyor comprising: - a belt extending along a belt path having a conveying stretch from said inlet point to said outlet point, - a motor for moving the belt along the belt path, - a suction device configured to carry out, along the conveying stretch, a suction through a perforation formed in the belt, - a transfer device configured to receive the products or semi-finished products from the belt at the outlet point, characterized in that: - said suction holds the products or semi-finished products against the belt along the conveying stretch, - the feeder comprises an accumulation surface against which the belt pushes the products or semi-finished products and which slows down the products or semi-finished products with respect to the movement of the belt, thus causing a tail of slowed down products or semi-finished products, one in contact with the other, which extends from the outlet point in the conveying stretch. - a belt conveyor for transporting the products or semi-finished products from an inlet point to an outlet point, said belt conveyor comprising: - a belt extending along a belt path having a conveying stretch from said inlet point to said outlet point, - a motor for moving the belt along the belt path, - a belt extending along a belt path having a conveying stretch from said inlet point to said outlet point, - a motor for moving the belt along the belt path, - a suction device configured to carry out, along the conveying stretch, a suction through a perforation formed in the belt, - a transfer device configured to receive the products or semi-finished products from the belt at the outlet point, characterized in that: - said suction holds the products or semi-finished products against the belt along the conveying stretch, - the feeder comprises an accumulation surface against which the belt pushes the products or semi-finished products and which slows down the products or semi-finished products with respect to the movement of the belt, thus causing a tail of slowed down products or semi-finished products, one in contact with the other, which extends from the outlet point in the conveying stretch.
An electric vehicle propelled by electric energy stored in a battery, the vehicle comprising - a rear end, - a front end located forwardly of the rear end, wherein a direction extending from the rear end towards the front end or vice versa is defined as a longitudinal direction of the vehicle, - a chassis extending between the rear end and the front end, the chassis comprising two frame members having their main directions of extension along the longitudinal direction and being located on a respective side of a longitudinal geometrical centre axis (x) of the chassis, - resilient elements (66, 68), such as bushings, provided on the chassis, and - a collision protection structure located between said two frame members and configured to absorb energy by becoming deformed when the chassis is subjected to a rearwardly directed impact force which is greater than a threshold force, wherein the collision protection structure is suspended from the chassis by said resilient elements so as to act as a mass damper under normal operating conditions, characterized in that the chassis comprises a rear cross member located rearwardly of the collision protection structure and interconnecting the two frame members of the chassis, wherein when the chassis is subjected to said rearwardly directed impact force which is greater than a threshold force, then said rear cross member acts as an abutment and counteracts or retards a rearward movement of the collision protection structure. - a rear end, - a front end located forwardly of the rear end, wherein a direction extending from the rear end towards the front end or vice versa is defined as a longitudinal direction of the vehicle, - a chassis extending between the rear end and the front end, the chassis comprising two frame members having their main directions of extension along the longitudinal direction and being located on a respective side of a longitudinal geometrical centre axis (x) of the chassis, - resilient elements (66, 68), such as bushings, provided on the chassis, and - a collision protection structure located between said two frame members and configured to absorb energy by becoming deformed when the chassis is subjected to a rearwardly directed impact force which is greater than a threshold force, wherein the collision protection structure is suspended from the chassis by said resilient elements so as to act as a mass damper under normal operating conditions,
A control method of an automatic working system, comprising the following steps: providing a signal generation apparatus configured to generate a current signal, the current signal flowing by a boundary wire to generate an electromagnetic field; providing an automatic moving device, the automatic moving device being provided with a plurality of detection devices (1101, 1102) configured to detect said electromagnetic field; detecting said electromagnetic field by said plurality of detection devices (1101, 1102) to generate a plurality of detection signals respectively; characterized in multiplying said plurality of detection signals to generate a product signal, the direction of said product signal being kept the same as one of said plurality of detection signals; determining a first signal point and a second signal point based on said product signal; generating characteristic values based on parameters of said first signal point and said second signal point, comparing said characteristic values with preset thresholds and obtaining a comparison result, and judging whether said one of said plurality of detection signals is interfered by noise according to said comparison result. providing a signal generation apparatus configured to generate a current signal, the current signal flowing by a boundary wire to generate an electromagnetic field; providing an automatic moving device, the automatic moving device being provided with a plurality of detection devices (1101, 1102) configured to detect said electromagnetic field; detecting said electromagnetic field by said plurality of detection devices (1101, 1102) to generate a plurality of detection signals respectively; characterized in multiplying said plurality of detection signals to generate a product signal, the direction of said product signal being kept the same as one of said plurality of detection signals; determining a first signal point and a second signal point based on said product signal; generating characteristic values based on parameters of said first signal point and said second signal point, comparing said characteristic values with preset thresholds and obtaining a comparison result, and judging whether said one of said plurality of detection signals is interfered by noise according to said comparison result.
Deployable assembly for antennae, comprising: - a structure comprising: - n pairs of segments (4, 5), each pair of segments (4, 5) corresponding to one side of a deployed polygonal shape, - n hinge joints between the two segments (4, 5) of a side, and - n hinged angular links between every two adjacent sides, such that the structure is configured to change from a stowed position with a substantially cylindrical shape into a deployed position with a substantially planar polygonal shape with n sides, and - a reflective surface, characterized in that it additionally comprises: - a deployable boom between two segments (4, 5) of the n pairs of segments (4, 5), wherein the deployable boom is configured to lay stowed between the two segments (4, 5) in the stowed position, - a feeder on an end of the deployable boom, the feeder being configured to electromagnetically feed the antenna and that comprises a clamping element for keeping the structure closed when stowed, such that the feeder plays the role of structural support element when stowed and electromagnetic feeder for the antenna when deployed, - a set of tensor elements protruding from the back of the segments (4, 5), and - a cable network that can shape the reflective surface, such that the corresponding cables are held by the tensor elements. - a structure comprising: - n pairs of segments (4, 5), each pair of segments (4, 5) corresponding to one side of a deployed polygonal shape, - n hinge joints between the two segments (4, 5) of a side, and - n hinged angular links between every two adjacent sides, such that the structure is configured to change from a stowed position with a substantially cylindrical shape into a deployed position with a substantially planar polygonal shape with n sides, and - a reflective surface, - n pairs of segments (4, 5), each pair of segments (4, 5) corresponding to one side of a deployed polygonal shape, - n hinge joints between the two segments (4, 5) of a side, and - n hinged angular links between every two adjacent sides, such that the structure is configured to change from a stowed position with a substantially cylindrical shape into a deployed position with a substantially planar polygonal shape with n sides, and - a reflective surface, - a deployable boom between two segments (4, 5) of the n pairs of segments (4, 5), wherein the deployable boom is configured to lay stowed between the two segments (4, 5) in the stowed position, - a feeder on an end of the deployable boom, the feeder being configured to electromagnetically feed the antenna and that comprises a clamping element for keeping the structure closed when stowed, such that the feeder plays the role of structural support element when stowed and electromagnetic feeder for the antenna when deployed, - a set of tensor elements protruding from the back of the segments (4, 5), and - a cable network that can shape the reflective surface, such that the corresponding cables are held by the tensor elements.
Joinery of the door or window type, including at least one leaf of the lifting-sliding type, including a rolling assembly and resting, through said rolling assembly, on a guide rail equipped by a lower crosspiece of a frame, this rolling assembly including at least one lifting support carriage comprising, on the one hand, a fastening support attached to the lower crosspiece of the lifting-sliding leaf and, on the other hand, a rolling carriage, secured to the fastening support movably in a direction corresponding to the resultant of a vertical movement, on the one hand, and horizontal sliding movement, on the other hand, the lifting-sliding leaf further being equipped with a locking fitting able to act on said at least one lifting support carriage to push back the rolling carriage of the latter in a given direction producing the lifting of the leaf during the unlocking command of the latter or in an inverse direction resulting in the settling of the leaf at the end of closing, said joinery including at least one damping device comprising a case and a fastening support attached below the lower crosspiece of said at least one lifting-sliding leaf, characterized in that mounted rotatably on this fastening support is said case, the end of this case being secured to this fastening support by articulation means with pivot axis perpendicular to the plane of the leaf, said case including a longitudinal housing provided with a bottom on which a first end of resilient return means, such as a spring, bears, a second end of which emerges from said housing and which acts directly or through a plunger on said rolling carriage of said at least one lifting support carriage.
A method for preparing coal for use in producing synthesis gas for use in gas turbines comprising the steps of: grinding coal in a pulverizer to produce pulverized coal; combusting synthesis gas with air in a gas turbine to produce hot turbine exhaust gas; and conveying a first portion of the hot turbine exhaust gas to the coal pulverizer to dry and convey the pulverized coal from the pulverizer to a coal/gas separation device; conveying a second portion of the hot turbine exhaust gas through a waste heat recovery boiler to produce cooled turbine exhaust gas; and mixing the first portion of the turbine exhaust gas and the cooled turbine exhaust together and then conveying the mixture to the coal pulverizer, characterised in that, the hot turbine exhaust gas is at a temperature of 340°C to 370°C; and the cooled turbine exhaust gas is at a temperature of about 150°C or less. grinding coal in a pulverizer to produce pulverized coal; combusting synthesis gas with air in a gas turbine to produce hot turbine exhaust gas; and conveying a first portion of the hot turbine exhaust gas to the coal pulverizer to dry and convey the pulverized coal from the pulverizer to a coal/gas separation device; conveying a second portion of the hot turbine exhaust gas through a waste heat recovery boiler to produce cooled turbine exhaust gas; and mixing the first portion of the turbine exhaust gas and the cooled turbine exhaust together and then conveying the mixture to the coal pulverizer, characterised in that, the hot turbine exhaust gas is at a temperature of 340°C to 370°C; and the cooled turbine exhaust gas is at a temperature of about 150°C or less.
An arrangement structure of a stacker and a reclaimer, comprising a stacker, a reclaimer, a stacker travelling track, a reclaimer travelling track, a material input conveyor, a material output conveyor, a material storage yard and a closed material storage shed, characterized in that the reclaimer travelling track comprises an upper travelling track of the reclaimer and a lower travelling track of the reclaimer; and the upper travelling track of the reclaimer and the stacker travelling track are arranged on the same platform or respectively arranged on an upper platform and a lower platform, wherein a main rack of the reclaimer straddles the stacker and the material input conveyor; and an upper end and a lower end of the main rack are respectively supported on the upper travelling track of the reclaimer and the lower travelling track of the reclaimer, and wherein the main rack comprises a vertical rack, an arch rack and an inclined rack connected sequentially; the vertical rack is supported on the upper travelling track of the reclaimer; the arch rack straddles above the stacker and the material input conveyor; and the inclined rack is supported on the lower travelling track of the reclaimer.
An X-ray optical device (110, 110a), comprising: an X-ray source configured to emit X-rays; an X-ray optics configured to image a beam of X-rays generated by the X-ray source onto a sample to be analysed; and a beam blocking unit arranged for selectively blocking off at least a portion of the X-ray beam output by the X-ray optics; the beam blocking unit comprising a rotating shaft and a beam blocking element, wherein the rotating shaft is rotatable around its axis and arranged laterally offset with respect to the X-ray beam output by the X-ray optics, wherein the beam blocking element is mounted eccentrically on the rotating shaft such that the beam blocking element is movable into different beam overlap positions for blocking off corresponding portions of the beam when the beam blocking element is eccentrically rotated around the rotating shaft axis; and wherein the beam blocking element is dimensioned such that a cross-sectional size of the beam is reduced by 80% to 98% with respect to its initial cross-sectional size when the beam blocking element reaches a maximum beam overlap position. an X-ray source configured to emit X-rays; an X-ray optics configured to image a beam of X-rays generated by the X-ray source onto a sample to be analysed; and a beam blocking unit arranged for selectively blocking off at least a portion of the X-ray beam output by the X-ray optics; the beam blocking unit comprising a rotating shaft and a beam blocking element, wherein the rotating shaft is rotatable around its axis and arranged laterally offset with respect to the X-ray beam output by the X-ray optics, wherein the beam blocking element is mounted eccentrically on the rotating shaft such that the beam blocking element is movable into different beam overlap positions for blocking off corresponding portions of the beam when the beam blocking element is eccentrically rotated around the rotating shaft axis; and wherein the beam blocking element is dimensioned such that a cross-sectional size of the beam is reduced by 80% to 98% with respect to its initial cross-sectional size when the beam blocking element reaches a maximum beam overlap position.
Method for manufacturing an absorbable medical device for reinforcing tissue regions, comprising the steps of: - manufacturing a sheath from calcium alginate; - mounting the sheath on a shape made of anti-adhesive material; - coating the sheath using a partially esterified or etherified polyacid in solution; - cutting the coated sheath in the longitudinal direction to obtain a flat material. - manufacturing a sheath from calcium alginate; - mounting the sheath on a shape made of anti-adhesive material; - coating the sheath using a partially esterified or etherified polyacid in solution; - cutting the coated sheath in the longitudinal direction to obtain a flat material.
A method of preparing a semiconductor mask, said method comprising: accepting a semiconductor design; processing said semiconductor design with a set of optical proximity correction rules to produce a rule corrected semiconductor design; selectively designating features of said rule corrected semiconductor design for model based optical proximity correction and pre-biasing said designated features to produce a bias corrected semiconductor design; modeling said bias corrected semiconductor design with an optical model to produce a modeled semiconductor design; verifying said modeled semiconductor design against specifications (860, 870); and outputting said modeled semiconductor design. accepting a semiconductor design; processing said semiconductor design with a set of optical proximity correction rules to produce a rule corrected semiconductor design; selectively designating features of said rule corrected semiconductor design for model based optical proximity correction and pre-biasing said designated features to produce a bias corrected semiconductor design; modeling said bias corrected semiconductor design with an optical model to produce a modeled semiconductor design; verifying said modeled semiconductor design against specifications (860, 870); and outputting said modeled semiconductor design.
Method for controlling access to a radio access network administered by an access device, said method comprising: - obtainment (E1, E10), by the access device, of a data value indicating that the presence of a user has been detected within a detection area; - broadcast, by the access device, of an identifier of the radio access network triggered by said obtainment of a data value; - receipt, by the access device, of a request for access to the radio access network coming from a requesting device (32, 33) via the radio access network, said access request comprising a physical address identifying the requesting device, the access to the radio access network being prohibited by the access device for a device with a physical address corresponding to that of said requesting device; - authorization, by the access device, of access to the radio access network for the requesting device identified by said address when a data value indicating that the presence of a user has been detected in the detection area has been obtained. - obtainment (E1, E10), by the access device, of a data value indicating that the presence of a user has been detected within a detection area; - broadcast, by the access device, of an identifier of the radio access network triggered by said obtainment of a data value; - receipt, by the access device, of a request for access to the radio access network coming from a requesting device (32, 33) via the radio access network, said access request comprising a physical address identifying the requesting device, the access to the radio access network being prohibited by the access device for a device with a physical address corresponding to that of said requesting device; - authorization, by the access device, of access to the radio access network for the requesting device identified by said address when a data value indicating that the presence of a user has been detected in the detection area has been obtained.
A cosmetic use, via an oral route, of a cosmetic composition consisting of at least one polyunsaturated fatty acid applied in the form of a fish oil and a blackcurrant pip oil, vitamin D, a carotenoid, said carotenoid being lycopene, zinc, vitamin E, vitamin C and, optionally, at least one excipient, for improving the gloss of the hair and/or improving the growth of thick capillary fibers and/or improving the gentleness and strength of the capillary fibers, wherein said cosmetic composition does not comprise any vitamin B.
An assembly comprising: a drill motor assembly comprising a tubular motor body portion configured for selective rotational movement, and a motor shaft provided within the tubular motor body portion; a drill bit, wherein the drill bit is devoid of a bit sleeve, wherein the drill bit comprises: a drill bit gauge at or near a drilling end thereof, wherein the drill bit gauge comprises a cylindrical portion having a length less than or equal to approximately 1.0 times the nominal bit diameter; and, a connection means connecting the drill bit to a receiving portion of the motor shaft, wherein the connection means comprises an externally threaded pin configured for connecting with an internal thread of a lower end portion of the motor shaft; and, at least one downhole stabiliser comprising at least one reinforcing means. a drill motor assembly comprising a tubular motor body portion configured for selective rotational movement, and a motor shaft provided within the tubular motor body portion; a drill bit, wherein the drill bit is devoid of a bit sleeve, wherein the drill bit comprises: a drill bit gauge at or near a drilling end thereof, wherein the drill bit gauge comprises a cylindrical portion having a length less than or equal to approximately 1.0 times the nominal bit diameter; and, a connection means connecting the drill bit to a receiving portion of the motor shaft, wherein the connection means comprises an externally threaded pin configured for connecting with an internal thread of a lower end portion of the motor shaft; and, a drill bit gauge at or near a drilling end thereof, wherein the drill bit gauge comprises a cylindrical portion having a length less than or equal to approximately 1.0 times the nominal bit diameter; and, a connection means connecting the drill bit to a receiving portion of the motor shaft, wherein the connection means comprises an externally threaded pin configured for connecting with an internal thread of a lower end portion of the motor shaft; and, at least one downhole stabiliser comprising at least one reinforcing means.