mhurhangee/ep-ind-claims huggingface dataset:
Dynamic sealing system, comprising: a drill stem of variable diameter, a sealing arrangement for sealing around the drill stem in a water carrying, drilling fluid carrying or hydrocarbon carrying well, a blow out preventer mounted on said well, and a receiver unit mounted on said blow out preventer, said sealing arrangement being mounted onto the blow out preventer, where the sealing arrangement comprises an elongated dynamic sealing unit arranged to envelop the drill stem, and to enter the receiver unit mounted onto said blow out preventer on the well, wherein internal pressure support is provided in the sealing arrangement, at least corresponding to the surrounding pressure, to provide a dynamic seal around the drill stem, by pressure medium injection means such that pressure medium can be injected in annular spaces (32,34) between a number of sets of main seals (20,22,24), wherein said main seals (20,22,24) are arranged mutually spaced apart with a distance longer than the length of the pipe coupling in the drill stem, in the longitudinal direction of the sealing unit. a drill stem of variable diameter, a sealing arrangement for sealing around the drill stem in a water carrying, drilling fluid carrying or hydrocarbon carrying well, a blow out preventer mounted on said well, and a receiver unit mounted on said blow out preventer, said sealing arrangement being mounted onto the blow out preventer, where the sealing arrangement comprises an elongated dynamic sealing unit arranged to envelop the drill stem, and to enter the receiver unit mounted onto said blow out preventer on the well, wherein internal pressure support is provided in the sealing arrangement, at least corresponding to the surrounding pressure, to provide a dynamic seal around the drill stem, by pressure medium injection means such that pressure medium can be injected in annular spaces (32,34) between a number of sets of main seals (20,22,24), wherein said main seals (20,22,24) are arranged mutually spaced apart with a distance longer than the length of the pipe coupling in the drill stem, in the longitudinal direction of the sealing unit.
A process for producing 2-chloro-3,3,3-trifluoropropene, comprising reacting at least one chlorine-containing compound selected from chloropropanes of formula and chloropropenes of formula or: CXYZ-CHCl-CH 2 A CXYZ-CCl=CH 2 CXY=CCl-CH 2 A wherein X, Y and Z each independently are F or Cl, and A is a halogen atom, with anhydrous HF in a gas phase in the presence of a chromium atom-containing fluorination catalyst while heating, wherein the reaction is carried out at a temperature of 200-380°C and under reduced or ordinary pressure, and in the presence of molecular chlorine. wherein X, Y and Z each independently are F or Cl, and A is a halogen atom, with anhydrous HF in a gas phase in the presence of a chromium atom-containing fluorination catalyst while heating, wherein the reaction is carried out at a temperature of 200-380°C and under reduced or ordinary pressure, and in the presence of molecular chlorine.
A video information recording medium containing video data encoded according to MPEG4-AVC, the video data comprising a plurality of video units each of which includes an intra coded I-picture, a predictive coded P-picture including a group of blocks each of which is predicted from one picture and a bi-directionally-predictive coded B-picture including a group of blocks each of which is predicted from two pictures, said medium comprising: a video data recording area for storing said video data comprising said video units, at least one of said video units including an access point P-picture (P5, AP), wherein said access point P-picture (P5, AP) includes a group of blocks each of which is coded by motion compensation prediction using an I-picture located at the beginning of said video unit including said access point P-picture (P5, AP) or a selected one of preceding P-pictures, and pictures necessary for decoding said access point P-picture (P5, AP) do not include any B-picture, wherein any P-pictures, other than access point P-pictures, and any B-pictures following said access point P-picture (P5, AP) in the same video unit are all coded without referring to any picture preceding said access point P-picture (P5, AP), wherein said medium contains an attribute data including a picture type information having a first value associated with each access point P-picture included in said video unit, and including a picture type information having a second value different from the first value associated with each P-picture included in said video unit that is not an access point P-picture but which is necessary to decode the next access point P-picture (P5, AP); and a navigation data area for storing entry map including presentation time information of said I-picture. a video data recording area for storing said video data comprising said video units, at least one of said video units including an access point P-picture (P5, AP), wherein said access point P-picture (P5, AP) includes a group of blocks each of which is coded by motion compensation prediction using an I-picture located at the beginning of said video unit including said access point P-picture (P5, AP) or a selected one of preceding P-pictures, and pictures necessary for decoding said access point P-picture (P5, AP) do not include any B-picture, wherein any P-pictures, other than access point P-pictures, and any B-pictures following said access point P-picture (P5, AP) in the same video unit are all coded without referring to any picture preceding said access point P-picture (P5, AP), wherein said medium contains an attribute data including a picture type information having a first value associated with each access point P-picture included in said video unit, and including a picture type information having a second value different from the first value associated with each P-picture included in said video unit that is not an access point P-picture but which is necessary to decode the next access point P-picture (P5, AP); and a navigation data area for storing entry map including presentation time information of said I-picture.
A device for extracting the air from a building with a roof turbofan comprising: - a roof turbofan, - an air storage tank, - a clutch, - a shaft connecting the turbofan and the clutch, characterized in that the air storage tank comprising, - an isobaric air tank weight; - an air intake valve - an air exhaust pipe, and the device furthermore comprising: - a multi-stage gear transmission connected to the shaft and connected by a cable passing through a pulley to the isobaric air tank weight for converting a high speed and a low torque to a low speed and a high torque allowing the isobaric air tank weight to be lifted, - a compressed air driven turbofan connected to the air exhaust pipe, - an air outlet of the compressed air driven turbofan. - a roof turbofan, - an air storage tank, - a clutch, - a shaft connecting the turbofan and the clutch, characterized in that the air storage tank comprising, - an isobaric air tank weight; - an air intake valve - an air exhaust pipe, and the device furthermore comprising: - a multi-stage gear transmission connected to the shaft and connected by a cable passing through a pulley to the isobaric air tank weight for converting a high speed and a low torque to a low speed and a high torque allowing the isobaric air tank weight to be lifted, - a compressed air driven turbofan connected to the air exhaust pipe, - an air outlet of the compressed air driven turbofan. - an isobaric air tank weight; - an air intake valve - an air exhaust pipe, and - a multi-stage gear transmission connected to the shaft and connected by a cable passing through a pulley to the isobaric air tank weight for converting a high speed and a low torque to a low speed and a high torque allowing the isobaric air tank weight to be lifted, - a compressed air driven turbofan connected to the air exhaust pipe, - an air outlet of the compressed air driven turbofan.
A portable photogrammetry studio for topographical digitisation of a stationary human nose, the studio comprising: a digital camera to photograph said stationary human nose; a support structure, one or more light sources capable of illuminating said stationary human nose; a mechanised viewing system (15, 16, 20) that is capable of providing different views of said stationary human nose to said camera such that multiple pictures may be taken of said stationary human nose from multiple different positions by said digital camera; and a portable light isolation enclosure that allows the insertion of said human nose and at least partially reduce external light entering the enclosure such that lighting on said stationary human nose is dominated by the light emitted from the one or more light sources; wherein said mechanised viewing system (15, 16, 20) includes a mirror platform and a rotatable mirror system that is capable of providing different views of said stationary human nose to said digital camera; and wherein the surfaces of the support structure and the mirror platform are covered with a white non-glossy sheet or paint to aid in providing bright and diffuse lighting to the surface being photographed, wherein the rotatable mirror system is configured to rotate about an axis collinear with an axis of a camera lens, wherein mirrors of the rotatable mirror system are positioned to allow the photographs to be taken via a rotating periscope. a digital camera to photograph said stationary human nose; a support structure, one or more light sources capable of illuminating said stationary human nose; a mechanised viewing system (15, 16, 20) that is capable of providing different views of said stationary human nose to said camera such that multiple pictures may be taken of said stationary human nose from multiple different positions by said digital camera; and a portable light isolation enclosure that allows the insertion of said human nose and at least partially reduce external light entering the enclosure such that lighting on said stationary human nose is dominated by the light emitted from the one or more light sources; wherein said mechanised viewing system (15, 16, 20) includes a mirror platform and a rotatable mirror system that is capable of providing different views of said stationary human nose to said digital camera; and wherein the surfaces of the support structure and the mirror platform are covered with a white non-glossy sheet or paint to aid in providing bright and diffuse lighting to the surface being photographed, wherein the rotatable mirror system is configured to rotate about an axis collinear with an axis of a camera lens, wherein mirrors of the rotatable mirror system are positioned to allow the photographs to be taken via a rotating periscope.
A method for rewriting data to magnetic tape when an error is detected in a codeword object, comprising: forming a first synchronized codeword object set having T SCOs, each SCO having, in sequence, a forward sync pattern, a first encoded processed user data unit, a resync pattern, a second encoded processed user data unit, and a final sync pattern; the first encoded processed user data unit being one of T first encoded processed user data units in a first encoded processed user data unit set within the first SCO set and the second encoded processed user data unit being one of T second user data units in a second encoded processed user data unit set within the first SCO set, where T is the number of physical tracks on the tape to which data is written simultaneously; writing the first SCO set to a first position on the tape and reading the first SCO set immediately thereafter; detecting a defective encoded processed user data unit read in a first SCO in the first SCO set; forming a second SCO set to include an encoded processed user data unit set including a correct encoded processed user data unit to rewrite only the defective encoded processed user data unit, and to include an unrelated encoded processed user data unit set to complete the second SCO set or, if a write operation would result in an incomplete SCO set at the end of any data set, any encoded processed user data unit set to complete the second SCO set; and writing the second SCO set to a position on the tape later than the first position. forming a first synchronized codeword object set having T SCOs, each SCO having, in sequence, a forward sync pattern, a first encoded processed user data unit, a resync pattern, a second encoded processed user data unit, and a final sync pattern; the first encoded processed user data unit being one of T first encoded processed user data units in a first encoded processed user data unit set within the first SCO set and the second encoded processed user data unit being one of T second user data units in a second encoded processed user data unit set within the first SCO set, where T is the number of physical tracks on the tape to which data is written simultaneously; writing the first SCO set to a first position on the tape and reading the first SCO set immediately thereafter; detecting a defective encoded processed user data unit read in a first SCO in the first SCO set; forming a second SCO set to include an encoded processed user data unit set including a correct encoded processed user data unit to rewrite only the defective encoded processed user data unit, and to include an unrelated encoded processed user data unit set to complete the second SCO set or, if a write operation would result in an incomplete SCO set at the end of any data set, any encoded processed user data unit set to complete the second SCO set; and writing the second SCO set to a position on the tape later than the first position.
A method for identifying mobile device locations and providing location-based services, the method comprising: transmitting a beacon including identifying information identifying a printer, from each of a plurality of printers; detecting the beacons from each of the plurality of printers, with a mobile device; determining, at the mobile device, a received signal strength of each beacon; determining, at the mobile device, a printer of the plurality of printers closest to the mobile device based on the received signal strength; sending the identifying information included in the detected beacon of the printer closest to the mobile device from the mobile device to a cloud service; receiving location aware information from the cloud service into the mobile device, wherein the cloud service determines a location of the mobile device as within a beacon-detection vicinity of the printer associated with the identifying information; sending an instruction from the mobile device to the printer closest to the mobile device via wireless network coupling to print a receipt or coupon; and printing a receipt or a coupon at the printer of the plurality of printers closest to the mobile device. transmitting a beacon including identifying information identifying a printer, from each of a plurality of printers; detecting the beacons from each of the plurality of printers, with a mobile device; determining, at the mobile device, a received signal strength of each beacon; determining, at the mobile device, a printer of the plurality of printers closest to the mobile device based on the received signal strength; sending the identifying information included in the detected beacon of the printer closest to the mobile device from the mobile device to a cloud service; receiving location aware information from the cloud service into the mobile device, wherein the cloud service determines a location of the mobile device as within a beacon-detection vicinity of the printer associated with the identifying information; sending an instruction from the mobile device to the printer closest to the mobile device via wireless network coupling to print a receipt or coupon; and printing a receipt or a coupon at the printer of the plurality of printers closest to the mobile device.
An adhesive patch for attaching at least one EM probe to a subject's body, the adhesive patch comprising: an EM probe having, a cup shaped cavity with an opening and an interior volume, and at least one EM element located in said interior volume; one or more layers of a material for absorbing EM radiation covering the external sides of the cup shaped cavity which do not face the interior volume, wherein the cup shaped cavity is made of a conductive material; a planar member comprising at least one layer of radiation absorbing material that dissipates EM energy and at least one opening formed within the at least one layer of said radiation absorbing material and said planar member, wherein said EM probe is positioned above; said at least one opening of planar member; and at least one layer of an adhesive attached over at least part of a bottom surface of the planar member, wherein said at least one EM element is adapted to emit EM radiation via said interior volume and via said at least one opening formed within the at least one layer of said radiation absorbing material and said planar member to allow the propagation of EM radiation originated from the at least one EM element via the at least one opening from one side of the planar member to the other, and wherein the EM radiation is selected from a group consisting of radiofrequency radiation and microwave radiation. an EM probe having, a cup shaped cavity with an opening and an interior volume, and at least one EM element located in said interior volume; one or more layers of a material for absorbing EM radiation covering the external sides of the cup shaped cavity which do not face the interior volume, wherein the cup shaped cavity is made of a conductive material; a planar member comprising at least one layer of radiation absorbing material that dissipates EM energy and at least one opening formed within the at least one layer of said radiation absorbing material and said planar member, wherein said EM probe is positioned above; said at least one opening of planar member; and at least one layer of an adhesive attached over at least part of a bottom surface of the planar member, wherein said at least one EM element is adapted to emit EM radiation via said interior volume and via said at least one opening formed within the at least one layer of said radiation absorbing material and said planar member to allow the propagation of EM radiation originated from the at least one EM element via the at least one opening from one side of the planar member to the other, and wherein the EM radiation is selected from a group consisting of radiofrequency radiation and microwave radiation.
A method of controlling communications between a personal mobile communications device and a public safety, PS, network in an emergency, the method comprising: installing a gateway application on the personal mobile communications device; contacting a public safety answering point, PSAP, in the PS network of the emergency, and disabling restrictions on application downloading to the personal mobile communications device, by actuating the gateway application; confirming the emergency by the PSAP; downloading an emergency application selected by the PSAP, based on the type of emergency, to the personal mobile communications device upon confirmation of the emergency; and remotely controlling the personal mobile communications device during the emergency by executing the downloaded emergency application. installing a gateway application on the personal mobile communications device; contacting a public safety answering point, PSAP, in the PS network of the emergency, and disabling restrictions on application downloading to the personal mobile communications device, by actuating the gateway application; confirming the emergency by the PSAP; downloading an emergency application selected by the PSAP, based on the type of emergency, to the personal mobile communications device upon confirmation of the emergency; and remotely controlling the personal mobile communications device during the emergency by executing the downloaded emergency application.
A process for the regeneration of used transformer oil by catalytic hydrogenation at an elevated pressure and an elevated temperature, which process comprises: a) filtrating said used oil to remove sludge and insoluble in oil organo-metallic compounds in filters (1 and/or 2) whereafter pressurized hydrogen gas is added and the hydrogen-oil mixture thus obtained is subjected to a preheating; b) passing the preheated mixture from step a) through a guard reactor (3, 4) in order to remove soluble in oil organo-metallic compounds, primarily organo-copper and organo-iron compounds; c) subjecting the hydrogen-oil mixture from step b) to a catalytic hydrogenation in at least one hydrogenation fixed bed at a temperature within the range of from 100°C to 450°C and at an elevated pressure; d) passing the effluent from step c) through an adsorbent bed (6, 7) to remove inorganic gases formed in step c); e) separating the stream from step d) in a warm high pressure separator into a gas phase and a liquid hydrocarbon phase; f) subjecting the liquid hydrocarbon phase from the warm high pressure separator to a stripping process in a stripper unit; and g) recovering the regenerated oil from the bottom of the stripper unit, which process is carried out in a recirculation mode by pumping transformer oil from the bottom of the transformer to a buffer tank before step a) and returning regenerated transformer oil from step g) into the transformer, without completely emptying the transformer. a) filtrating said used oil to remove sludge and insoluble in oil organo-metallic compounds in filters (1 and/or 2) whereafter pressurized hydrogen gas is added and the hydrogen-oil mixture thus obtained is subjected to a preheating; b) passing the preheated mixture from step a) through a guard reactor (3, 4) in order to remove soluble in oil organo-metallic compounds, primarily organo-copper and organo-iron compounds; c) subjecting the hydrogen-oil mixture from step b) to a catalytic hydrogenation in at least one hydrogenation fixed bed at a temperature within the range of from 100°C to 450°C and at an elevated pressure; d) passing the effluent from step c) through an adsorbent bed (6, 7) to remove inorganic gases formed in step c); e) separating the stream from step d) in a warm high pressure separator into a gas phase and a liquid hydrocarbon phase; f) subjecting the liquid hydrocarbon phase from the warm high pressure separator to a stripping process in a stripper unit; and g) recovering the regenerated oil from the bottom of the stripper unit,
Fastening system for mounting an assembly support in a switch cabinet, with a locking piece and a first adapter plate, wherein the locking piece has a locking section having a locking projection, with a pin which is adjustable between an open position and a locked position, and with a fastening section for an assembly support, and wherein a first adapter plate has a recess for receiving the pin and means for the fastening of the first adapter plate to a profile strut of a switch cabinet frame or on an assembly rail, wherein the pin is received in a first recess of the locking piece and guided linearly adjustably between the open position and the locked position, and in which the locking piece has a second recess leading into the first recess, wherein an actuation element is passed through the second recess and engages with the pin, characterized in that the first recess along its course has a first width and adjoining thereto a second width, wherein the first width is greater than the second width, wherein the pin has a first section with the first width and a second section with the second width, and is guided along at least one of the sections (16, 17) in the first recess, wherein the second section with the second width is arranged at least in some sections in an area of the first recess which has the first width, and wherein a spring element is arranged in this area between the second section of the pin and a boundary of the first recess.