mhurhangee/ep-ind-claims huggingface dataset:
Safety enclosure for safeguarding a dangerous machine, in particular for safeguarding a press, having a first and a second fixed side wall (32, 34), which are arranged at a lateral distance from one another and in this way define an inner volume, and having a first movable door member and a second movable door member, wherein the two door members (38a, 38b) are horizontally displaceable in opposite directions to one another between a respective first and a respective second end position, wherein the two door members (38a, 38b) in the respective first end position stand transversely to the first and second side walls (32, 34) and thus delimit the inner volume together with the first and the second side walls (32, 34) on three sides, and wherein the two door members (38a, 38b) in the respective second end position are arranged in the inner volume and thus open up access to the inner volume, wherein the two door members (38a, 38b) each perform a combined linear and pivotal movement when being displaced between the respective first end position and the respective second end position, wherein the combined linear and pivotal movement is predominantly horizontal, wherein the two door members (38a, 38b) each comprise a first and a second guide member (54, 56), wherein the first guide member of the first door member and the first guide member of the second door member each move along a first linear path, and wherein the second guide member of the first door member simultaneously moves along a second linear path and the second guide member of the second door member simultaneously moves along a third linear path, when the two door members (38a, 38b) are displaced between the respective first end position and the respective second end position, wherein the second and third paths are each arranged obliquely to the first path, and wherein the safety enclosure further comprises a base plate having a first guide groove defining the first linear path, a second guide groove, defining the second linear path, and a third guide groove defining the third linear path, wherein the second guide groove starts at the first guide groove at a position corresponding to the position of the second guide member of the first door member when the first door member is closed and extends obliquely therefrom toward the first side wall, wherein the second guide groove branches off from the first guide groove at a point that is located between a center of the first guide groove and a first end of the first guide groove, and wherein the third guide groove starts at the first guide groove at a position corresponding to the position of the second guide member of the second door member when the second door member is closed, and extends in mirror-inverted to the second guide groove obliquely towards the second side wall, wherein the third guide groove branches off from the first guide groove at a second point that is located between the center of the first guide groove and a second end of the first guide groove, so that the three guide grooves (58, 60, 62) form three guide paths arranged at an angle to each other in a top view from above.
A method for controlling an internal combustion engine system, wherein the internal combustion engine system is provided with an air intake duct, an exhaust gas duct and an exhaust gas recirculation system, wherein the EGR system comprises an EGR conduit that fluidly connects the exhaust duct and the intake duct, and wherein a gas feeding device in the form of a displacement pump is arranged in the EGR conduit, said gas feeding device being configured to feed exhaust gas from the exhaust duct to the intake duct during operation of the engine system, wherein the method comprises the step of: - detecting a risk of freezing of condensed water in the EGR conduit, and, in case such a risk is detected and in case the gas feeding device is not in operation, - operating the gas feeding device. wherein the internal combustion engine system is provided with an air intake duct, an exhaust gas duct and an exhaust gas recirculation system, wherein the EGR system comprises an EGR conduit that fluidly connects the exhaust duct and the intake duct, and wherein a gas feeding device in the form of a displacement pump is arranged in the EGR conduit, said gas feeding device being configured to feed exhaust gas from the exhaust duct to the intake duct during operation of the engine system, wherein the method comprises the step of: - detecting a risk of freezing of condensed water in the EGR conduit, and, in case such a risk is detected and in case the gas feeding device is not in operation, - operating the gas feeding device. - detecting a risk of freezing of condensed water in the EGR conduit, and, in case such a risk is detected and in case the gas feeding device is not in operation, - operating the gas feeding device.
A metal closure for containers defining a cap made with metallic material having a thickness between 0.12 mm and 0.16 mm, comprising a capsule defining the body of the metal closure, designed to be applied to cover an opening of a container for closing the container, the capsule comprising a circular part, having an upper face, from which extends a perimeter edge designed to wrap circumferentially around the opening, so as to form the seal of the cap relative to the above-mentioned container, wherein the perimeter of the edge has a rounding or folding obtained by curling and performed towards the outside of the capsule, wherein the edge extends in the direction at right angles or practically at right angles to the circular part and has a series of deformations made in a radial direction towards the centre of the capsule, designed to apply a pressure below a swelling of the opening to obtain a pulling action of the circular part against the opening and form a seal, the deformations being made by exerting radial pressures in predetermined areas of the edge, along the entire circumference of the edge, characterised in that the radial pressures do not affect the rounding or folding and wherein the distance between a start of the rounding or folding, that is the end of the perimeter edge, and a bottom of the cap, that is a inner surface of the circular part, is greater than 4 mm.
Process for removing tar and gasifying the carbon residual coming from pyrolysis of organic substances characterised in that it comprises the steps of: a) heating solid and gaseous pyrolysis products in a combustion atmosphere comprising vegetal or mineral oil containing tar and possibly air, said step of heating said solid and gaseous pyrolysis products occuring with direct flame, up to a temperature of at least 1000 °C; b) settling, in a settling bed, combustion solids coming from said combustion atmosphere; c) making hot gases cross said settling bed, said hot gases coming from said combustion atmosphere and withdrawing the combustible gases formed from said bed; d) purifying said combustible gases; e) washing said combustible gases with vegetal or mineral oil for removing the tar still possibly present in said gas; f) withdrawing and inserting said vegetal or mineral oil containing tar said combustible gases, and possibly air, in said combustion atmosphere. a) heating solid and gaseous pyrolysis products in a combustion atmosphere comprising vegetal or mineral oil containing tar and possibly air, said step of heating said solid and gaseous pyrolysis products occuring with direct flame, up to a temperature of at least 1000 °C; b) settling, in a settling bed, combustion solids coming from said combustion atmosphere; c) making hot gases cross said settling bed, said hot gases coming from said combustion atmosphere and withdrawing the combustible gases formed from said bed; d) purifying said combustible gases; e) washing said combustible gases with vegetal or mineral oil for removing the tar still possibly present in said gas; f) withdrawing and inserting said vegetal or mineral oil containing tar said combustible gases, and possibly air, in said combustion atmosphere.
An optical sensor disposition structure for a saddle riding vehicle including a handle bar, the optical sensor disposition structure comprising: an optical sensor (33, 34) including a main body section (33a, 34a) and a lens (33b, 34b) attached to the main body section (33a, 34a); left and right handle bar grips (21, 22) installed on both side portions of the handle bar; and a switch case (23, 24) installed between the left and right handle bar grips (21, 22) and supported by the handle bar, wherein the optical sensor (31, 32, 33, 34, 35, 36) is installed at the switch case (23, 24) so that the lens (33b, 34b) is exposed toward an outside of the switch case (23, 24), wherein the switch case (23, 24) is formed in an annular shape and has an external shape larger than that of the handle bar, characterized in that a space is formed around the handlebar inside the switch case (23, 24) and that the main body section (33a, 34a) is installed in the space inside the switch case (23, 24), wherein the lens (33b, 34b) is exposed toward a rear side from the switch case (23, 24). an optical sensor (33, 34) including a main body section (33a, 34a) and a lens (33b, 34b) attached to the main body section (33a, 34a); left and right handle bar grips (21, 22) installed on both side portions of the handle bar; and a switch case (23, 24) installed between the left and right handle bar grips (21, 22) and supported by the handle bar, wherein the optical sensor (31, 32, 33, 34, 35, 36) is installed at the switch case (23, 24) so that the lens (33b, 34b) is exposed toward an outside of the switch case (23, 24), wherein the switch case (23, 24) is formed in an annular shape and has an external shape larger than that of the handle bar, characterized in that a space is formed around the handlebar inside the switch case (23, 24) and that the main body section (33a, 34a) is installed in the space inside the switch case (23, 24), wherein the lens (33b, 34b) is exposed toward a rear side from the switch case (23, 24).
A piece of apparel for use with an interactive computer game, comprising: an article of wear; a first tracking mark included on the article of wear, the first tracking mark having at least one visual property and being recognizable by a tracking mark recognition module; and a system for converting the article of wear between a concealed configuration where the first tracking mark is concealed and an exposed configuration where the first tracking mark is exposed, characterized by the system comprising a corrugated structure configured to compress and expand to convert between the concealed configuration and the exposed configuration, where the corrugated structure includes a plurality of alternating surfaces with a first subset of the plurality of alternating surfaces including a plurality of first surfaces including the first tracking mark and a second subset of the plurality of alternating surfaces including a plurality of second surfaces which do not include the first tracking mark, wherein, when the article of wear is in the concealed configuration, the plurality of first surfaces are hidden from view and the plurality of second surfaces are visible, and wherein, when the article of wear is in the exposed configuration, the plurality of first surfaces are exposed. an article of wear; a first tracking mark included on the article of wear, the first tracking mark having at least one visual property and being recognizable by a tracking mark recognition module; and a system for converting the article of wear between a concealed configuration where the first tracking mark is concealed and an exposed configuration where the first tracking mark is exposed,
A partial power converter for an electric power system, comprising an input capacitor (Cpv), a transformer with a primary winding (Np) and two secondary windings (Ns1, Ns2), a transistor, two diodes (D1, D2), and a capacitor output (Cdc), wherein the input capacitor (Cpv) is connectable in parallel to a power source (v pv) and connected to the primary winding (Np) of the transformer, the primary winding (Np) is connected in series to the transistor, which is of the Metal Oxide Semiconductor Field Effect Transistor type, characterized in that the two secondary windings (Ns1 Ns2) both with the same number of turns, are connected, each one, in series by means of a terminal, with one of the diodes (D1, D2), respectively, and said diodes (D1, D2) are connected to the respective ends of the capacitor output (C dc); the other terminal of one secondary winding of the transformer is connected to one of the terminals of the primary winding, the other terminal of the other secondary winding is connected to one of the terminals of the transistor, and the output capacitor (C dc) serves as a link to connect to a next stage.
Device for monitoring a sanding process for a sanding system for a rail vehicle, characterised in that the device has the following features: an evaluation device, which is designed to read in a grinding signal representing a grinding process sensed by a sensor device, which grinding process represents a grinding of at least one grit grain in a wheel-rail gap between a rail and a wheel of the rail vehicle, and which is designed to determine, using the grinding signal, a grit quantity signal indicating a grit quantity of ground grit grains during the sanding process.
Rotary-drum laundry dryer comprising an outer casing having a front wall and a rear wall, a rotatable drum which is structured for housing the laundry to be dried and is fixed in axially rotating manner inside the casing, and a hot-air generator structured to circulate a stream of hot air through the rotatable drum; the rotatable drum comprising a substantially cylindrical, tubular body having a back wall rigidly connected thereto, the tubular body being arranged so that a front rim thereof is coupled in axially rotating manner to a front bulkhead and so that the back wall is coupled in substantially airtight and axially rotating manner to the rear wall of the casing with the interposition of a rear sealing gasket; the rear wall of the outer casing comprising: a substantially vertically-oriented supporting bulkhead having a central portion which is substantially aligned/faced to a permeable-to-air inner portion of the back wall of the rotatable drum; and a gasket-supporting member which is fixed/attached to the inner face of the supporting bulkhead so to be interposed between the central portion of said supporting bulkhead and the back wall of the tubular body, and which has a central pass-trough opening substantially aligned/faced to the permeable-to-air inner portion of said back wall and fluidly connected to the hot-air generator; the rotary-drum laundry dryer being characterized in that said supporting bulkhead is fluidly connected to the hot-air generator and said gasket-supporting member is provided with an annular groove which is faced to the back wall of the tubular body, encircles the central pass-trough opening of the gasket-supporting member and is shaped/ dimensioned so to house the rear sealing gasket and keep said rear sealing gasket in abutment against the back wall of the tubular body.
Assembly for load measurement or load adjustment with respect to a boiler element which is suspended from a framework beam of a boiler framework via at least one anchor, wherein the anchor comprises threads at least on its free end and passes through an anchor plate resting on the framework beam, and wherein an anchor nut, which directly or indirectly abuts on the anchor plate, is screwed onto the anchor, having a cage which comprises an opening for the anchor to enter the cage, characterized in that the cage further comprises a lateral opening as well as an opening for the anchor to exit from the cage, and in that the assembly comprises a load cell encompassing the anchor and abutting on the cage, a load distributor plate abutting on the load cell and having a through hole for the anchor, and a device for torsion free lifting of the anchor with respect to the anchor plate which attaches to the anchor and abuts on the load distributor plate.
A method of signal transmission and reception for a terminal in a mobile communication system, the method comprising: receiving, from a service providing server, first information including a token identifier for a token issued to the terminal; receiving, from the service providing server, second information for managing a first session, the second information including information for creating a cookie in the terminal and information for identifying a service offered by the service providing server and corresponding to the first information; and controlling the first session corresponding to the service based on the first information and the second information, wherein the cookie is created based on the second information and is used to transmit and receive data related with the service, wherein the cookie includes information for identifying the first session, a value for determining a valid time of the first session, a domain name which is a destination of the first session, and the token identifier, and wherein the valid time of the first session is extended based on a communication with the service providing server before an expiration of the valid time. receiving, from a service providing server, first information including a token identifier for a token issued to the terminal; receiving, from the service providing server, second information for managing a first session, the second information including information for creating a cookie in the terminal and information for identifying a service offered by the service providing server and corresponding to the first information; and controlling the first session corresponding to the service based on the first information and the second information, wherein the cookie is created based on the second information and is used to transmit and receive data related with the service, wherein the cookie includes information for identifying the first session, a value for determining a valid time of the first session, a domain name which is a destination of the first session, and the token identifier, and wherein the valid time of the first session is extended based on a communication with the service providing server before an expiration of the valid time.
A method of purifying a Luo Han Guo extract, comprising contacting the Luo Han Guo extract with activated carbon, wherein the Luo Han Guo extract that is contacted is one that contains at least 40% by weight Mogroside V on a dry solids basis and has previously been contacted with at least one of a macroporous polymeric adsorbent resin and an ion exchange resin and that contains aromatic glycosides and semi-volatile organic compounds; and wherein the Luo Han Guo extract is in the form of an aqueous solution when contacting with the activated carbon; the aqueous solution is passed through a column of activated carbon at a flow rate ranging from 1 to 10 bed volumes per hour to obtain an effluent, and the effluent is subsequently concentrated; the activated carbon has a surface area of over 100 m 2 /g; and at least 6 wt% activated carbon relative to the Luo Han Guo extract on a solids basis is used to reduce the levels of aromatic glycosides and semi-volatile organic compounds present in the Luo Han Guo extract.
Equipment for massive dilution of gases in liquids, comprising: - a rigid body having a zone of greater cross-sectional area in the lower region and a zone of smaller cross-sectional area in the upper region, said rigid body comprising one or more liquid inlet region(s) in the lower portion; one or more liquid outlet region(s) at the top and/or bottom; and one or more gas outlet region(s) in the upper part, said rigid body containing, in its interior: - one or more conventional gas bubble forming device(s) in the lower region; - one or more liquid thin film forming hives, said hives having a plurality of inner channels with an even smaller cross-sectional area relative to the zone of smaller cross-sectional area in the upper region, the liquid in which the gas was dissolved being extravagated after passing through said hive, wherein said rigid body further comprises: a separation wall therein, vertically dividing the rigid body at least partially in two regions, characterized in that said equipment further comprises: means for reversing the flow direction passing through the interior of the rigid body selected from: a perforated tube rotated to one or another internal area of the equipment; a location changing physical barrier to divert the flow of gases to one or another internal area of the equipment; a perforated tube in each internal area of the equipment, wherein one or other or both areas are selectively actuated by means of valves; or combinations thereof, thereby enabling changing the direction of the liquid flow. - a rigid body having a zone of greater cross-sectional area in the lower region and a zone of smaller cross-sectional area in the upper region, said rigid body comprising one or more liquid inlet region(s) in the lower portion; one or more liquid outlet region(s) at the top and/or bottom; and one or more gas outlet region(s) in the upper part, said rigid body containing, in its interior: - one or more conventional gas bubble forming device(s) in the lower region; - one or more liquid thin film forming hives, said hives having a plurality of inner channels with an even smaller cross-sectional area relative to the zone of smaller cross-sectional area in the upper region, the liquid in which the gas was dissolved being extravagated after passing through said hive,
A method for fabricating a semiconductor device structure, comprising: forming a plurality of metal seeds upon a substrate, a metal seed of the plurality of metal seeds comprising a first vertical side and a neighboring metal seed of the plurality of metal seeds comprising a second vertical side opposite and parallel to the first side; forming a conductor material upon vertical sides of each metal seed of the plurality of metal seeds to form a plurality of gate conductors, the plurality of gate conductors comprising, gate conductor sidewalls provided along the vertical sides of a metal seed, a first gate conductor and a second gate conductor; forming an insulator material upon each of the plurality of gate conductors to form a plurality of gate insulators, a first gate insulator of the plurality of gate insulators separated from a second gate insulator of the plurality of gate insulators by a first trench defined between opposing sidewalls of the gate insulators; and filling the first trench with a channel material to form a channel region. forming a plurality of metal seeds upon a substrate, a metal seed of the plurality of metal seeds comprising a first vertical side and a neighboring metal seed of the plurality of metal seeds comprising a second vertical side opposite and parallel to the first side; forming a conductor material upon vertical sides of each metal seed of the plurality of metal seeds to form a plurality of gate conductors, the plurality of gate conductors comprising, gate conductor sidewalls provided along the vertical sides of a metal seed, a first gate conductor and a second gate conductor; forming an insulator material upon each of the plurality of gate conductors to form a plurality of gate insulators, a first gate insulator of the plurality of gate insulators separated from a second gate insulator of the plurality of gate insulators by a first trench defined between opposing sidewalls of the gate insulators; and filling the first trench with a channel material to form a channel region.