mhurhangee/ep-ind-claims huggingface dataset:
A process for manufacturing olefin trimers comprising: feeding into a reactor containing a dimerization catalyst being an acid catalyst: olefin monomer feed comprising at least one of the following: C4 olefins, C5 olefins, a mixed feed of C4 and C5 olefins, isobutene, 1-butene, cis-2-butene, trans-2-butene; and at least one oxygen-containing moderator comprising water, demiwater, alcohol, tert-butyl alcohol, or any combination thereof; operating the reactor at a temperature selected from the range 40-140°C and at a pressure selected from the range 10-40bar for carrying out catalytic dimerization reactions between olefin monomers and olefin monomers, and addition reactions between olefin monomers and olefin dimers; withdrawing a reactor outlet stream from the reactor; and distilling the reactor outlet stream to separate at least one lighter product comprising olefin dimers, and a heavier bottom product comprising olefin trimers; wherein at least a portion of the lighter product is recycled into the reactor for providing a recycle feed, olefin monomers are fed into the reactor predominantly as a fresh olefin monomer feed, the amount of the fresh olefin monomer feed and the recycle feed fed into the reactor are controlled such that the mass ratio of olefin monomers to olefin dimers entering the reactor is selected from the range 1:8-1:15, and wherein the catalytic reactions are carried out at operational conditions wherein the olefins remain in liquid phase. feeding into a reactor containing a dimerization catalyst being an acid catalyst: olefin monomer feed comprising at least one of the following: C4 olefins, C5 olefins, a mixed feed of C4 and C5 olefins, isobutene, 1-butene, cis-2-butene, trans-2-butene; and at least one oxygen-containing moderator comprising water, demiwater, alcohol, tert-butyl alcohol, or any combination thereof; operating the reactor at a temperature selected from the range 40-140°C and at a pressure selected from the range 10-40bar for carrying out catalytic dimerization reactions between olefin monomers and olefin monomers, and addition reactions between olefin monomers and olefin dimers; withdrawing a reactor outlet stream from the reactor; and distilling the reactor outlet stream to separate at least one lighter product comprising olefin dimers, and a heavier bottom product comprising olefin trimers; wherein at least a portion of the lighter product is recycled into the reactor for providing a recycle feed, olefin monomers are fed into the reactor predominantly as a fresh olefin monomer feed, the amount of the fresh olefin monomer feed and the recycle feed fed into the reactor are controlled such that the mass ratio of olefin monomers to olefin dimers entering the reactor is selected from the range 1:8-1:15, and wherein the catalytic reactions are carried out at operational conditions wherein the olefins remain in liquid phase.
A method of controlling a clothes dryer comprising a dry tub and a control unit, for drying functional clothes which comprise at least a moisture penetrating and water repellent material and an elastic material, comprising the following sequential steps: performing a first drying process at a first reference dry temperature during a first reference dry time, configured to recover a water repellent function of the moisture penetrating and water repellent material, when exposed to the first reference dry temperature, and performing a second drying process at a second reference dry temperature, during a second reference dry time, configured to prevent the elastic material from being deformed when exposed to the second reference dry temperature, and wherein said second reference dry temperature is higher than said first reference dry temperature. performing a first drying process at a first reference dry temperature during a first reference dry time, configured to recover a water repellent function of the moisture penetrating and water repellent material, when exposed to the first reference dry temperature, and performing a second drying process at a second reference dry temperature, during a second reference dry time, configured to prevent the elastic material from being deformed when exposed to the second reference dry temperature, and wherein said second reference dry temperature is higher than said first reference dry temperature.
A stand for a fan assembly, the stand comprising: a base; a body comprising at least one air inlet, an impeller, a first motor for driving the impeller to draw an air flow through said at least one air inlet, and an air outlet; a motorized oscillation mechanism housed within the base for oscillating the body relative to the base about an oscillation axis, the oscillation mechanism comprising a second motor, a drive member driven by the second motor, interlocking members (130, 132, 154, 156) being arranged to guide tilting movement of the body relative to the base about a tilt axis, different from the oscillation axis, between a untilted position and a tilted position, characterized in that the motorized oscillation mechanism comprises a driven member which is driven by the drive member to rotate relative to the base about the oscillation axis, wherein the body is mounted on the driven member for rotation therewith; and the interlocking members (130, 132, 154, 156) retaining the body on the driven member. a base; a body comprising at least one air inlet, an impeller, a first motor for driving the impeller to draw an air flow through said at least one air inlet, and an air outlet; a motorized oscillation mechanism housed within the base for oscillating the body relative to the base about an oscillation axis, the oscillation mechanism comprising a second motor, a drive member driven by the second motor, interlocking members (130, 132, 154, 156) being arranged to guide tilting movement of the body relative to the base about a tilt axis, different from the oscillation axis, between a untilted position and a tilted position, characterized in that the motorized oscillation mechanism comprises a driven member which is driven by the drive member to rotate relative to the base about the oscillation axis, wherein the body is mounted on the driven member for rotation therewith; and the interlocking members (130, 132, 154, 156) retaining the body on the driven member.
Method for operating an internal combustion engine, wherein, in an oil circuit of the internal combustion engine, in particular for the purposes of pressure circulation lubrication, a first oil pressure stage with a first minimum and maximum oil pressure level and at least one second oil pressure stage with a second minimum and maximum oil pressure level are selectively generated by an oil pump, wherein the first minimum oil pressure level is lower than or equal to the second minimum oil pressure level, and the first maximum oil pressure level is lower than the second maximum oil pressure level, wherein a camshaft of the internal combustion engine is hydraulically adjusted by an actuator by way of an oil pressure from the oil circuit of the internal combustion engine, characterized in that a first speed of adjustment of the camshaft by the actuator is determined while the first oil pressure stage is being generated by the oil pump, wherein, for at least one second oil pressure stage, a second speed of adjustment of the camshaft by the actuator is determined while the second oil pressure stage is being generated by the oil pump, wherein at least one difference between the first and at least one second speed of adjustment is determined, wherein a switching mechanism of the oil pump for switching between the oil pressure stages is regarded as being correctly operational if a magnitude of the difference is equal to or greater than a predetermined difference value, and the switching mechanism of the oil pump for switching between the oil pressure stages is regarded as being defective if a magnitude of the difference is smaller than a predetermined difference value.
A NiCrFe alloy, comprising a chemical composition consisting of: in mass%, C: 0.03 to 0.15%, Si: not more than 1.00%, Mn: not more than 2.00%, P: not more than 0.040%, S: not more than 0.0050%, Cr: 18.0 to 25.0%, Ni: 25.0 to 40.0%, Ti: 0.10 to 1.60%, Al: 0.05 to 1.00%, N: not more than 0.020%, O: not more than 0.008%, Rare earth metal: 0.001 to 0.100%, B: 0 to 0.010%, Ca: 0 to 0.010%, Mg: 0 to 0.010%, V: 0 to 0.5%, Nb: 0 to 1.0%, Ta: 0 to 1.0%, Hf: 0 to 1.0%, Mo: 0 to 1.0%, W: 0 to 2.0%, Co: 0 to 3.0%, and Cu: 0 to 3.0%, with the balance being Fe and impurities, the chemical composition satisfying the following Formulae to: 0.50 ≤ Ti + 48 Al / 27 ≤ 2.20 0.40 ≤ Ti / Ti + 48 Al / 27 ≤ 0.80 ∑ REM / A REM − S / 32 − 2 / 3 · O / 16 ≥ 0 where, each symbol of element in Formulae to is substituted by the content mass% of the corresponding element, and A in Formula is substituted by the atomic weight of each rare earth metal.
A method of performing an eye-scan in a receiver, comprising: generating digital samples from an analog signal input to the receiver based on a sampling clock, the sampling clock phase-shifted with respect to a reference clock based on a phase interpolator, PI, code; equalizing the digital samples based on first equalization parameters of a plurality of equalization parameters of the receiver; adapting the plurality of equalization parameters and performing clock recovery based on the digital samples to generate the PI code; performing a plurality of cycles of locking the plurality of equalization parameters, suspending phase detection in the clock recovery, offsetting the PI code by different amounts across the plurality of cycles, collecting an output of the receiver, resuming the phase detection in the clock recovery, and unlocking the equalization parameters to perform the eye scan. generating digital samples from an analog signal input to the receiver based on a sampling clock, the sampling clock phase-shifted with respect to a reference clock based on a phase interpolator, PI, code; equalizing the digital samples based on first equalization parameters of a plurality of equalization parameters of the receiver; adapting the plurality of equalization parameters and performing clock recovery based on the digital samples to generate the PI code; performing a plurality of cycles of locking the plurality of equalization parameters, suspending phase detection in the clock recovery, offsetting the PI code by different amounts across the plurality of cycles, collecting an output of the receiver, resuming the phase detection in the clock recovery, and unlocking the equalization parameters to perform the eye scan.
An filter media comprising a filter substrate and a fiber layer or fiber web comprising a substantially continuous fine fiber layer, the fiber having a diameter of about 0.001 to 5 micron, and an active spacer particulate dispersed in a substantially uniform manner in the fine fiber layer, the particulate comprising 0.1 to 50 vol% of the layer or web and the layer or web having a thickness of about 0.0001 to 1 cm and a solidity of about 0.1 to 70%; wherein the active particulate comprises about 0.001 to 10 kg per square meter of the layer or web, and wherein solidity of a fine fiber layer without the active spacer particulate is greater than the solidity of a fine fiber layer formed with the active spacer particulate.
A cooling device, comprising: a casing (121; 221; 321) on which a rear-surface door that is mounted in an openable and closable manner; an evaporator (127; 227; 327) that is disposed on the rear-surface door; a refrigerant relay (112; 212; 312) that is placed above the casing with respect to a vertical direction and connected to a condenser, the position of the refrigerant relay being static relative to the casing; and a freely bendable flexible tube (123; 223, 224; 323; 324) having i) one end that is connected to the evaporator on a first side with respect to the refrigerant relay on which the evaporator is disposed, and ii) the other end that is connected to the refrigerant relay on a second side with respect to the refrigerant relay, the second side being opposite, in a plan view of the cooling device, to the first side, wherein the refrigerant relay is disposed above the one end of the flexible tube, the flexible tube extends in a first direction perpendicular to the vertical direction at the other end of the flexible tube, the flexible tube has a surplus tube length which enables the opening and closing of the rear-surface door, and at least a portion of the flexible tube is disposed below the refrigerant relay so as to cross the refrigerant relay in a grade-separated manner by making the flexible tube, after passing below the refrigerant relay from the first side on which the evaporator is disposed, reverse its extending direction and be connected to the refrigerant relay. a casing (121; 221; 321) on which a rear-surface door that is mounted in an openable and closable manner; an evaporator (127; 227; 327) that is disposed on the rear-surface door; a refrigerant relay (112; 212; 312) that is placed above the casing with respect to a vertical direction and connected to a condenser, the position of the refrigerant relay being static relative to the casing; and a freely bendable flexible tube (123; 223, 224; 323; 324) having i) one end that is connected to the evaporator on a first side with respect to the refrigerant relay on which the evaporator is disposed, and ii) the other end that is connected to the refrigerant relay on a second side with respect to the refrigerant relay, the second side being opposite, in a plan view of the cooling device, to the first side, wherein the refrigerant relay is disposed above the one end of the flexible tube, the flexible tube extends in a first direction perpendicular to the vertical direction at the other end of the flexible tube, the flexible tube has a surplus tube length which enables the opening and closing of the rear-surface door, and at least a portion of the flexible tube is disposed below the refrigerant relay so as to cross the refrigerant relay in a grade-separated manner by making the flexible tube, after passing below the refrigerant relay from the first side on which the evaporator is disposed, reverse its extending direction and be connected to the refrigerant relay.
A mountaineering ski, of a type provided with a crawler belt motorized by means of a motor powered by a battery, comprising a binding equipped with a microswitch working between an operating position of said crawler belt when the boot is in a raised position with respect to the binding, and a stop position of the movement of the crawler belt when the boot is in the leaning position on the binding itself, characterized in that said binding is provided with a heelpiece movable, in a direction perpendicular to the ski in contrast to the action of a spring, between a raised position of activation of a microswitch and a lowered position of deactivation of said microswitch.
A vat room including vats, in particular vats intended for the production and/or storage of wine, characterised in that it includes: - an area called the central area, - at least two aisles extending in a radial disposition from the central area, - at least one sector delimited, on the one hand, by the central area and, on the other hand, by two neighbouring aisles, vats of different diameters being disposed in close proximity in said at least one sector, with at least two vats disposed one after the other in a radial direction. - an area called the central area, - at least two aisles extending in a radial disposition from the central area, - at least one sector delimited, on the one hand, by the central area and, on the other hand, by two neighbouring aisles, vats of different diameters being disposed in close proximity in said at least one sector, with at least two vats disposed one after the other in a radial direction.
A wireless transceiver for use in a wireless communication network for monitoring and controlling a plurality of remote devices via a host computer (110, 155, 160) connected to a wide area network, the wireless communication network including a plurality of wireless transceivers, wherein: the wireless transceiver includes a first unique identifier, the wireless transceiver is configured to receive a first sensor data signal from a first remote device in the plurality of remote devices and to transmit a first original data message to a primary network associated with an automated monitoring system via a communication path using a predefined wireless communication protocol, wherein the first original data message includes the first unique identifier and the first sensor data signal, characterized in that the wireless transceiver is further configured to receive a second original data message transmitted by a second wireless transceiver associated with a second unique identifier, the second original data message including the second unique identifier and a second sensor data signal from a second remote device in the plurality of remote devices, the wireless transceiver is further configured to transmit a repeated data message to the primary network using the predefined communication protocol, the repeated data message including the second original data message and the first unique identifier. the wireless transceiver includes a first unique identifier, the wireless transceiver is configured to receive a first sensor data signal from a first remote device in the plurality of remote devices and to transmit a first original data message to a primary network associated with an automated monitoring system via a communication path using a predefined wireless communication protocol, wherein the first original data message includes the first unique identifier and the first sensor data signal, characterized in that the wireless transceiver is further configured to receive a second original data message transmitted by a second wireless transceiver associated with a second unique identifier, the second original data message including the second unique identifier and a second sensor data signal from a second remote device in the plurality of remote devices, the wireless transceiver is further configured to transmit a repeated data message to the primary network using the predefined communication protocol, the repeated data message including the second original data message and the first unique identifier.
Container treatment plant comprising an oven and a blow molder located downstream of the oven and used for processing a plurality of containers, such as in particular preforms, and further comprising a conveying unit configured for conveying a plurality of carriers, each carrier being provided for accommodating at least one container, wherein the conveying unit and the carrier are adapted to one another such that each carrier is individually movable through the container treatment plant by means of said conveying unit, wherein each carrier can be driven through the oven independently and/or decoupled from the other carriers, wherein the oven has a flexible pitch and a control unit is provided that is adapted to influence the motion profile of each individual carrier, characterized in that the control unit can control the distances which the preforms have relative to one another at each position of the oven, wherein the control unit is adapted to control the distances which the preforms have relative to one another such that small preforms move at smaller distances from one another and large preforms move at larger distances from one another through the oven.
Interface ring to be placed in the interface between a container and an applicator, the interface ring comprising a circular socket with a plurality of laterally extending protrusions, a cylindrical thread being arranged above the socket, a central cylindrical opening extending through the interface ring in the centre of the thread and the socket, wherein the thread presents a plurality of interruptions extending axially from the socket to the upper end of the thread, the interruptions dividing the thread into thread portions, characterized in that the interface ring comprises deformable vertical ribs laterally extending essentially parallel to the radial axis of the interface ring wherein the deformable ribs deform when the interface ring is mounted on the outer rim of the cup of a valve or by other means on to the container.
An adaptor capable of connecting an inlet port of a grease injection gun to a larger threaded outlet at the discharge end of a threaded grease cartridge and to a larger outer lip at the discharge end of a lipped grease cartridge, the adaptor comprising:- a tubular sleeve having an internal diameter which is slightly larger than the external diameter of the grease cartridges (30, 31) but smaller than the lip of a lipped cartridge, wherein one end of the tubular sleeve includes an externally threaded portion; and an adaptor head having a recess and a base which are shaped and dimensioned to form a closure over the tubular sleeve; wherein the recess has an internally thread located on the inner face thereof to provide a releasable screw threaded connection to the externally threaded portion of the tubular sleeve; wherein a further recess is concentrically located within the base and has an internal thread to provide a releasable screw threaded connection to a threaded outlet at the discharge end of a threaded grease cartridge; and wherein the base has a flow passage extending there through to terminate in an outlet pipe receivable in the inlet port of the injection gun. a tubular sleeve having an internal diameter which is slightly larger than the external diameter of the grease cartridges (30, 31) but smaller than the lip of a lipped cartridge, wherein one end of the tubular sleeve includes an externally threaded portion; and an adaptor head having a recess and a base which are shaped and dimensioned to form a closure over the tubular sleeve; wherein the recess has an internally thread located on the inner face thereof to provide a releasable screw threaded connection to the externally threaded portion of the tubular sleeve; wherein a further recess is concentrically located within the base and has an internal thread to provide a releasable screw threaded connection to a threaded outlet at the discharge end of a threaded grease cartridge; and wherein the base has a flow passage extending there through to terminate in an outlet pipe receivable in the inlet port of the injection gun. wherein the recess has an internally thread located on the inner face thereof to provide a releasable screw threaded connection to the externally threaded portion of the tubular sleeve; wherein a further recess is concentrically located within the base and has an internal thread to provide a releasable screw threaded connection to a threaded outlet at the discharge end of a threaded grease cartridge; and wherein the base has a flow passage extending there through to terminate in an outlet pipe receivable in the inlet port of the injection gun.