mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing a lubricant base stock from the thermal decomposition of plastic polyolefin polymer, the method comprising the steps of: i) introducing plastic polyolefin polymer into a thermal reaction zone of a vacuum pyrolysis reactor; ii) heating the plastic polyolefin polymer at sub-atmospheric pressure, wherein the temperature in the thermal reaction zone of the reactor is from 500 °C to 750 °C, to induce thermal decomposition of the plastic polyolefin polymer and to form a thermal decomposition product effluent which comprises a major portion by weight of a C 20 to C 60 wax fraction; iii) condensing a vapour component of the thermal decomposition product effluent from the vacuum pyrolysis reactor in a multistage condensation comprising a plurality of condensation stages connected in series; and iv) subjecting the C 20 to C 60 wax fraction of the thermal decomposition product to catalytic hydroisomerization in a hydroisomerization reactor in the presence of hydrogen to form the lubricant base stock. i) introducing plastic polyolefin polymer into a thermal reaction zone of a vacuum pyrolysis reactor; ii) heating the plastic polyolefin polymer at sub-atmospheric pressure, wherein the temperature in the thermal reaction zone of the reactor is from 500 °C to 750 °C, to induce thermal decomposition of the plastic polyolefin polymer and to form a thermal decomposition product effluent which comprises a major portion by weight of a C 20 to C 60 wax fraction; iii) condensing a vapour component of the thermal decomposition product effluent from the vacuum pyrolysis reactor in a multistage condensation comprising a plurality of condensation stages connected in series; and iv) subjecting the C 20 to C 60 wax fraction of the thermal decomposition product to catalytic hydroisomerization in a hydroisomerization reactor in the presence of hydrogen to form the lubricant base stock.
An elevator system having an elevator car that can travel vertically along a vertical track comprising a stationary vertical guide rail, and can travel horizontally by means of a car transfer device, wherein - the car transfer device has a horizontal displacement unit with a vertical guide rail piece which guides the elevator car in the horizontal displacement unit, the horizontal displacement unit being able to be brought into a transit position in which the guide rail piece of the horizontal displacement unit forms a section of the vertical track together with the stationary vertical guide rail, characterized by a connecting device by means of which, in the transit position of the horizontal displacement unit, the vertical guide rail piece of the horizontal displacement unit can be connected to the stationary vertical guide rail, wherein, when the vertical guide rail piece is connected to the stationary vertical guide rail by means of the connecting device, the vertical guide rail piece cannot be displaced in the horizontal direction with respect to the stationary vertical guide rail. - the car transfer device has a horizontal displacement unit with a vertical guide rail piece which guides the elevator car in the horizontal displacement unit, the horizontal displacement unit being able to be brought into a transit position in which the guide rail piece of the horizontal displacement unit forms a section of the vertical track together with the stationary vertical guide rail,
A nucleic acid analyzer comprising: a nucleic acid purification kit that yields a nucleic acid solution by isolating and purifying nucleic acid from a specimen; a nucleic acid analysis chip that has a rotation axis positioned at a center thereof, includes a plurality of reaction containers at an outer portion than the rotation axis in a radial direction, and feeds the nucleic acid purified by the nucleic acid purification kit to the reaction containers through centrifugal force around the rotation axis; a specimen-introducing part on which the nucleic acid purification kit is placed; an analysis chip holder that is provided at the specimen-introducing part and supports the nucleic acid analysis chip; a purification treatment unit that injects the nucleic acid solution containing the nucleic acid into the nucleic acid analysis chip; a centrifugal liquid feed unit that feeds the nucleic acid solution to each of the reaction containers by rotating the nucleic acid analysis chip about the rotation axis; an analysis unit that analyzes reaction products in the reaction containers; and a transport part for relatively transporting the specimen-introducing part to each of the purification treatment unit, the centrifugal liquid feed unit, and the analysis unit. a nucleic acid purification kit that yields a nucleic acid solution by isolating and purifying nucleic acid from a specimen; a nucleic acid analysis chip that has a rotation axis positioned at a center thereof, includes a plurality of reaction containers at an outer portion than the rotation axis in a radial direction, and feeds the nucleic acid purified by the nucleic acid purification kit to the reaction containers through centrifugal force around the rotation axis; a specimen-introducing part on which the nucleic acid purification kit is placed; an analysis chip holder that is provided at the specimen-introducing part and supports the nucleic acid analysis chip; a purification treatment unit that injects the nucleic acid solution containing the nucleic acid into the nucleic acid analysis chip; a centrifugal liquid feed unit that feeds the nucleic acid solution to each of the reaction containers by rotating the nucleic acid analysis chip about the rotation axis; an analysis unit that analyzes reaction products in the reaction containers; and a transport part for relatively transporting the specimen-introducing part to each of the purification treatment unit, the centrifugal liquid feed unit, and the analysis unit.
An electric circuit breaker device wherein: in a housing made of a synthetic resin, an igniter, a bar-shaped projectile made of a synthetic resin, and a conductor piece to form a part of an electric circuit are disposed in this order from a first end side of the housing to an axially opposite second end side of the housing; a closed insulating space is formed between the second end of the housing and the conductor piece; the conductor piece is a plate piece comprising a first connection portion and a second connection portion at opposite ends and an intermediate cutting portion, with a surface of the cutting portion being disposed orthogonal to the axial direction of the housing; the bar-shaped projectile is disposed to oppose the surface of the cutting portion of the conductor piece in the axial direction of the housing; and a cylinder made of metal is disposed between the bar-shaped projectile and an inner wall surface of the housing; characterized in that a reinforcing frame is further disposed within the housing outside of the cylinder and the insulating space; and the reinforcing frame is embedded in the housing or partially exposed on the surface of the housing. an igniter, a bar-shaped projectile made of a synthetic resin, and a conductor piece to form a part of an electric circuit are disposed in this order from a first end side of the housing to an axially opposite second end side of the housing; a closed insulating space is formed between the second end of the housing and the conductor piece; the conductor piece is a plate piece comprising a first connection portion and a second connection portion at opposite ends and an intermediate cutting portion, with a surface of the cutting portion being disposed orthogonal to the axial direction of the housing; the bar-shaped projectile is disposed to oppose the surface of the cutting portion of the conductor piece in the axial direction of the housing; and a cylinder made of metal is disposed between the bar-shaped projectile and an inner wall surface of the housing; characterized in that a reinforcing frame is further disposed within the housing outside of the cylinder and the insulating space; and the reinforcing frame is embedded in the housing or partially exposed on the surface of the housing.
A vapour turbine operating with geothermal vapours containing corrosive agents such as chlorides and/or sulfides in particular, characterized in that it comprises a series of rotor blades made of a nickel-chromium-molybdenum-niobium alloy containing a quantity of nickel ranging from 55% to 59% by weight, a quantity of chromium ranging from 19% to 22.5% by weight, a quantity of molybdenum ranging from 7.0% to 9.5% by weight and a quantity of niobium ranging from 2.75% to 4% by weight to avoid the washing of said geothermal vapours, maintaining a high useful life of said series of rotor blades and of said vapour turbine.
Pipe with a screw-on screw ring, in particular plastic pipe for sewage pipes, which has at least one socket end which is provided with an annular bead and a socket neck and forms a first pipe, into the socket end of which the spigot end of a second pipe or shaped part can be inserted and removed again therefrom, and in which an elastic annular seal is inserted into the annular bead, characterised in that the socket neck of the pipe is provided with a screw thread, which is an internal thread formed on the inside of the socket neck, onto which the screw ring can be screwed, the screw ring comprising an inner ring part with an external thread and an outer ring part, between which an annular gap is formed, and the ring parts (10, 11) are connected via an ring base facing away from the annular bead, the inner diameter of the outer ring part of the screw ring being selected to be larger than the outer diameter of the socket neck, and the outer ring part surrounding the socket neck on the outside when the screw ring is screwed on, and the socket neck thus being received in the annular gap, and wherein the front edge of the inner ring part, when the screw ring is screwed onto the screw thread, compresses the annular seal inserted into the annular bead and locks the spigot end of the second pipe or shaped part in the first pipe, the inner diameter of the annular bead being greater than the inner diameter of the socket neck.
A component mounting machine, which picks up a component from a component packing tape with a top tape (Tt) adhered to the upper surface side of a carrier tape (Tc) in which the component is stored, and transfers and mounts the component on a printed circuit board, comprising: a component supply device to which a tape feeder which conveys the component packing tape to a tape peeling section, separates the top tape (Tt) from the carrier tape (Tc), and conveys the carrier tape (Tc) to the component supply position is detachably mounted; a component transfer device which picks up and transfers the component that is stored in the carrier tape (Tc) at the component supply position, and mounts the component on the printed circuit board which is positioned at the component mounting position that is positioned further to the back side of a mounting machine body than the component supply position; wherein the component mounting machine is characterized by, a blower which blows air from a position further to the back side of the mounting machine body than the component supply position and further to the front side of the mounting machine body than the component mounting position toward the tape peeling section. a component supply device to which a tape feeder which conveys the component packing tape to a tape peeling section, separates the top tape (Tt) from the carrier tape (Tc), and conveys the carrier tape (Tc) to the component supply position is detachably mounted; a component transfer device which picks up and transfers the component that is stored in the carrier tape (Tc) at the component supply position, and mounts the component on the printed circuit board which is positioned at the component mounting position that is positioned further to the back side of a mounting machine body than the component supply position; wherein the component mounting machine is characterized by, a blower which blows air from a position further to the back side of the mounting machine body than the component supply position and further to the front side of the mounting machine body than the component mounting position toward the tape peeling section.
A turbine, comprising: a first stator; a second stator; and a seal assembly positioned between the first stator and the second stator, the seal assembly comprising: a first metal shim; and a second metal shim; characterised in that said seal assembly further comprises one or more flexible layers (220,230) which are positioned between the first metal shim and the second metal shim, the one or more flexible layers (220,230) comprising one or more cloth layers. a first stator; a second stator; and a seal assembly positioned between the first stator and the second stator, the seal assembly comprising: a first metal shim; and a second metal shim; characterised in that said seal assembly further comprises one or more flexible layers (220,230) which are positioned between the first metal shim and the second metal shim, the one or more flexible layers (220,230) comprising one or more cloth layers. a first metal shim; and a second metal shim; characterised in that said seal assembly further comprises one or more flexible layers (220,230) which are positioned between the first metal shim and the second metal shim, the one or more flexible layers (220,230) comprising one or more cloth layers.
Plug connector comprising an insulating material housing and a spring-force clamping connection in the insulating material housing for clamping an electrical conductor (23, 26), wherein the spring-force clamping connection is designed as a plate-shaped flat contact spanning a plane, said flat contact comprising a root section, from which project in two diametrically opposite directions in each case a pair of mutually opposing clamping contact sections (10a, 10b) for clamping in each case one electrical conductor (23, 26) or contact pins between a pair of such clamping contact sections (10a, 10b), and wherein the insulating material housing has mutually opposing conductor insertion channels (4, 6) for insertion of the electrical conductors (23, 26) or contact pins to be clamped, characterized in that the conductor insertion channels (4, 6) of the insulating material housing extend from the outer side up to at least the associated clamping contact section (10a, 10b), in that the insulating material housing has a slot-shaped contact reception channel intersecting the conductor insertion channels (4, 6) and the plate-shaped flat contact is designed for insertion into the contact reception channel and for fixing to the insulation material housing.
An industrial device intended to treat by automaton samples containing nucleic acid by following a process of extraction, of purification by separation, of amplification for detection and/or assay of nucleic acid of target(s) in at least one sample of at least one matrix, said at least one sample being contained in a receiving member intended to be placed in an enclosure; said enclosure comprises sidewalls, a ceiling, a floor, an opening; said enclosure is configured to automate handling of the sample inside the enclosure of the device of extraction, of purification by separation, of amplification for detection and/or of assay of the nucleic acid(s); said device of extraction, of purification by separation, of amplification for detection and/or of assay comprises: - at least one transfer member; the transfer member is configured to transfer at least one portion of the sample in the enclosure; - at least one drive device; the drive device is configured to enable the displacement of the transfer member and/or of the receiving member in the enclosure; - at least one separator; the separator is configured to separate the targets to be detected and/or to be assayed in the sample; the separator comprises a magnetic plate comprising magnets perpendicular to the magnetic plate; the magnets are configured to provide a magnetic field intended to separate, in particular by attraction, the nucleic acid strands of the target(s) present in the sample and fixed on at least one ferromagnetic ball. - at least one homogenizer; the homogenizer is configured to homogenize the targets to be detected and/or to be assayed in a homogenization liquid; - at least one sealer; the sealer is configured to seal a receiving member; and - at least one real-time thermal cycler; the real-time thermal cycler is configured to enable a polymerase chain reaction; characterized in that the transfer member comprises a pipette controller and the device comprises a decontamination station configured to allow the needles of the pipette controller to be decontaminated within its enclosure. - at least one transfer member; the transfer member is configured to transfer at least one portion of the sample in the enclosure; - at least one drive device; the drive device is configured to enable the displacement of the transfer member and/or of the receiving member in the enclosure; - at least one separator; the separator is configured to separate the targets to be detected and/or to be assayed in the sample; the separator comprises a magnetic plate comprising magnets perpendicular to the magnetic plate; the magnets are configured to provide a magnetic field intended to separate, in particular by attraction, the nucleic acid strands of the target(s) present in the sample and fixed on at least one ferromagnetic ball. - at least one homogenizer; the homogenizer is configured to homogenize the targets to be detected and/or to be assayed in a homogenization liquid; - at least one sealer; the sealer is configured to seal a receiving member; and - at least one real-time thermal cycler; the real-time thermal cycler is configured to enable a polymerase chain reaction;
Additional container to be disposed in a collecting container, comprising an uptake space, an insertion opening and a container base, wherein the additional container comprises an uptake space and an insertion opening, wherein the additional container comprises an uptake setting (23, 24) being arranged between the insertion opening and the uptake space of said additional container, and wherein the uptake setting (23, 24) comprises a surface element adjoining to the inner edge of the insertion opening and a filling opening being tapered in the direction of the container interior, characterized in that the surface element comprises a tapered course towards the filling opening and that the tapered filling opening comprises a steeper conical course than the tapered surface element.
A semiconductor device tester comprising: programmable hardware configured to test a semiconductor device under test, wherein the programmable hardware is programmed with two or more pattern generators (302, 304) to control a flow of data to and from the semiconductor device under test, wherein: one of the pattern generators comprises a transmit programmable pattern generator configured to transmit data to the semiconductor device under test; one of the pattern generators comprises a receive programmable pattern generator configured to receive data from the semiconductor device under test; and the transmit programmable pattern generator and the receive programmable pattern generator are in communication. programmable hardware configured to test a semiconductor device under test, wherein the programmable hardware is programmed with two or more pattern generators (302, 304) to control a flow of data to and from the semiconductor device under test, wherein: one of the pattern generators comprises a transmit programmable pattern generator configured to transmit data to the semiconductor device under test; one of the pattern generators comprises a receive programmable pattern generator configured to receive data from the semiconductor device under test; and the transmit programmable pattern generator and the receive programmable pattern generator are in communication. one of the pattern generators comprises a transmit programmable pattern generator configured to transmit data to the semiconductor device under test; one of the pattern generators comprises a receive programmable pattern generator configured to receive data from the semiconductor device under test; and the transmit programmable pattern generator and the receive programmable pattern generator are in communication.
A process for making a mono- and/or di-alkoxylated piperazine by alkoxylation of a piperazine compound by reaction with an alkylene oxide selected from ethylene oxide, propylene oxide, butylene oxide, epichlorohydrin, styrene oxide, and phenylglycidyl ether, wherein the piperazine compound has the formula: wherein R, R 1, R 2, R 3, R 4, R 5 R 6, R 7, R 8, and R 9 are each independently hydrogen, an alkyl group, aryl group, -(CH 2 -CH 2 -O) n -H wherein n is an integer from 0 to 8, an hydroxyalkyl group, an aminoalkyl group where the nitrogen can be part of a 5 or 6 ring membered cycle, an alkylene group containing quaternary ammonium, a carboxylic acid and/or a salt thereof, or a sulphonic acid and/or a salt thereof, with the proviso that at least one of R and R 1 is a hydrogen; which process comprises adding an acid to a reaction mixture comprising the piperazine compound prior to the addition of the alkylene oxide to a reactor wherein the alkoxylated piperazine compound is prepared, to decrease the production of undesirable glycol ether byproducts.
An anchoring system for laminated glass, having an anchor, a panel and a cylindrical undercut hole, the anchor being set in the blind cylindrical hole with a conical undercut, in the panel, characterised in that said panel is a laminated panel composed of at least two panels, one of which is a support panel with the cylindrical through-hole with conical undercut abutting a second external glass panel, the anchor is having a countersunk cap onto which a dowel with an expansion anchoring part is placed in said cylindrical undercut hole, whereas the expansion dowel has expansion appendices situated circumferentially, preferably made of a flexible material and having a conical cross-section with thickness increasing in the direction of insertion, while above the line of the expansion appendices a circumferential groove is located, said groove being situated at the height of the edge of transition of the cylindrical hole into the conical undercut forming an empty space.