mhurhangee/ep-ind-claims huggingface dataset:
A process for making distillate comprising: feeding an oligomerization feed stream comprising C 4 olefins and a recycle stream (224a, 230a, 231) to an oligomerization zone, oligomerizing said C 4 olefins and providing an oligomerate stream removing said oligomerate stream from said oligomerization zone; separating said oligomerate stream into a light stream and a liquid oligomerate bottom stream; and recycling at least a portion of said liquid oligomerate bottom stream as said recycle stream; the process further comprising purging said light stream from the process; the process of further comprising separating an intermediate stream comprising C 5 hydrocarbons from said oligomerate stream; wherein said oligomerate stream is separated into said light stream and said liquid oligomerate bottom stream in a debutanizer column and said intermediate stream is taken from a side of the debutanizer column; the process further comprising a side stripper column that separates said intermediate stream into a bottom stream which is purged, and an overhead stream; wherein said overhead stream is fed back to the debutanizer column. feeding an oligomerization feed stream comprising C 4 olefins and a recycle stream (224a, 230a, 231) to an oligomerization zone, oligomerizing said C 4 olefins and providing an oligomerate stream removing said oligomerate stream from said oligomerization zone; separating said oligomerate stream into a light stream and a liquid oligomerate bottom stream; and recycling at least a portion of said liquid oligomerate bottom stream as said recycle stream; the process further comprising purging said light stream from the process; the process of further comprising separating an intermediate stream comprising C 5 hydrocarbons from said oligomerate stream; wherein said oligomerate stream is separated into said light stream and said liquid oligomerate bottom stream in a debutanizer column and said intermediate stream is taken from a side of the debutanizer column; the process further comprising a side stripper column that separates said intermediate stream into a bottom stream which is purged, and an overhead stream; wherein said overhead stream is fed back to the debutanizer column.
Valve for an internal combustion engine, wherein the valve comprises: a valve housing with an inlet and an outlet, an actuating element which opens or closes a flow cross section radially inward of a valve seat between the inlet and the outlet, a drive shaft of a rotary drive, which shaft eccentrically rotates a drive wheel, characterized in that the drive wheel is movement coupled to an equally large output gear, wherein the output gear is mechanically coupled to and rotates eccentrically with a driver shaft actuating the actuating element, and means keeping a distance between a drive wheel center axis and a driven wheel center axis constant, wherein a center axis of the actuating element intersects the drive shaft and the driver shaft. a valve housing with an inlet and an outlet, an actuating element which opens or closes a flow cross section radially inward of a valve seat between the inlet and the outlet, a drive shaft of a rotary drive, which shaft eccentrically rotates a drive wheel, characterized in that the drive wheel is movement coupled to an equally large output gear, wherein the output gear is mechanically coupled to and rotates eccentrically with a driver shaft actuating the actuating element, and means keeping a distance between a drive wheel center axis and a driven wheel center axis constant, wherein a center axis of the actuating element intersects the drive shaft and the driver shaft.
An illumination module comprising optical fibres in a cylindrical connector and a concentrator in which said optical fibres are arranged in a ring of optical fibres, characterized in that an iris diaphragm is coupled to said cylindrical connector and said optical fibres in said cylindrical connector are arranged in a spiral.
Lifting and translation frame, for educational or industrial use, of the type comprising a carriage capable of moving on a horizontal beam supported at its ends by two poles, the said carriage having a winch comprising a drum on which is wound a cable whose lower end is provided with a means allowing the suspension of loads, the said frame comprising means for detection and control of the swing of the load suspended from the said winch during the movement of the said load, the said means being arranged to remove the said swing or to limit its amplitude, characterised in that the means for detection and control of the swing comprise a fork sensor of the analogue signal type installed below the drum of the winch, so that the position of the unwound vertical portion of the cable of the said winch, being within the field of measurement of the said sensor, allows the detection of changes in the said position during movements of the load, and a safety device, the signals emitted by the said sensor being used by the safety device to stop or slow the translational motion of the carriage.
Curable composition comprising (a) at least one curing agent selected from the derivatives of 5-hydroxymethylfurfural responding to formula I and to formula II in which R 1,R 2, R 3 and R 4 are selected from -(CH 2) n -NH 2; and n is equal to 1, 2 or 3; and (b) at least one epoxy resin; with the proviso that the curing agent (a) is not 2,5-bis(aminomethyl)furan. (a) at least one curing agent selected from the derivatives of 5-hydroxymethylfurfural responding to formula I and to formula II in which R 1,R 2, R 3 and R 4 are selected from -(CH 2) n -NH 2; and n is equal to 1, 2 or 3; and R 1,R 2, R 3 and R 4 are selected from -(CH 2) n -NH 2; and n is equal to 1, 2 or 3; and (b) at least one epoxy resin;
Method for operating a washing machine, in particular a drum washing machine, comprising a washing drum for receiving the laundry to be washed, a device for feeding fresh water, a suds container for receiving the washing water and rinsing water, a heating device for heating the washing water and rinsing water in the suds container, a steam generation means for feeding steam into the washing drum, a pump device for pumping out the service water once the washing program has ended, a water level sensor for closed loop and open loop control of the water levels in the machine that are provided according to the program, and comprising a program control device for controlling the washing programs and the program sequences, characterised in that the steam generation means is supplied with water for generating steam, which water has been heated by the heating device arranged in the suds container at least to a temperature that is sufficient to cause hardness-forming substance, in particular lime, that are dissolved in the water to precipitate.
Circuit arrangement for the temperature-dependent actuation of a first switching element comprising an input connection for receiving an input potential, an output connection for transferring an output potential to a first control connection of the first switching element, and a temperature-dependent component, which is embodied as a temperature-dependent resistor, further comprising a first resistor, wherein the temperature-dependent component is connected between the input connection and the output connection and wherein the first resistor is connected in series with the temperature-dependent component between the input connection and the output connection, characterized in that the circuit arrangement comprises a second switching element, wherein the second switching element is connected between the input connection and the output connection and the second control connection of the second switching element is connected to the centre tap between the first resistor and the temperature-dependent component. an input connection for receiving an input potential, an output connection for transferring an output potential to a first control connection of the first switching element, and a temperature-dependent component, which is embodied as a temperature-dependent resistor, further comprising a first resistor, wherein the temperature-dependent component is connected between the input connection and the output connection and wherein the first resistor is connected in series with the temperature-dependent component between the input connection and the output connection, characterized in that the circuit arrangement comprises a second switching element, wherein the second switching element is connected between the input connection and the output connection and the second control connection of the second switching element is connected to the centre tap between the first resistor and the temperature-dependent component.
A circuit breaking apparatus, comprising: a circuit breaker electrically connectable to a power line; a motor drive system mechanically coupled to the circuit breaker and configured to operate the circuit breaker such as to perform a movement including at least an opening movement from a closed position to an open position, thereby electrically interrupting the power line; a controller configured for controlling the motor drive system based on a system model of at least one of the motor drive system and the circuit breaker, characterized in that the controller is configured to receive reference travel curve information of the movement of the circuit breaker, to generate actuator information from the reference travel curve information based on the model and to output the actuator information to the motor drive system to control a travel curve of the circuit breaker via model-based control. a circuit breaker electrically connectable to a power line; a motor drive system mechanically coupled to the circuit breaker and configured to operate the circuit breaker such as to perform a movement including at least an opening movement from a closed position to an open position, thereby electrically interrupting the power line; a controller configured for controlling the motor drive system based on a system model of at least one of the motor drive system and the circuit breaker, characterized in that the controller is configured to receive reference travel curve information of the movement of the circuit breaker, to generate actuator information from the reference travel curve information based on the model and to output the actuator information to the motor drive system to control a travel curve of the circuit breaker via model-based control.
A light nonmetal flame-retardant refractory optical cable, comprising: a cable core, a refractory layer wrapped around a periphery of the cable core, and a low-smoke halogen-free sheathing layer wrapped around a periphery of the refractory layer, wherein the refractory layer is a polyimide composite tape, the polyimide composite tape is a ceramic polyimide composite tape, the polyimide composite tape has a thickness of 0.12-0.2 mm, and the polyimide composite tape has a lapping width of 3-5 mm, wherein the polyimide composite tape is formed by soaking a polyimide tape in a flame-retardant slurry, and subsequently roasting and curing a soaked polyimide tape at 100-180 °C, wherein the flame-retardant slurry comprises following raw materials in part by weight: alkyd resin 30-40 parts; amino resin 25-30 parts; butyl stearate 5-8 parts; dolomite powder 1-3 parts; hydroxyethyl cellulose 5-10 parts; ammonium polyphosphate 2-5 parts; isocyanate 1-2 parts; xylene 8-15 parts; and anti-aging agent 1-2 parts. layer is a polyimide composite tape, the polyimide composite tape is a ceramic polyimide composite tape, the polyimide composite tape has a thickness of 0.12-0.2 mm, and the polyimide composite tape has a lapping width of 3-5 mm, wherein the polyimide composite tape is formed by soaking a polyimide tape in a flame-retardant slurry, and subsequently roasting and curing a soaked polyimide tape at 100-180 °C, wherein the flame-retardant slurry comprises following raw materials in part by weight: alkyd resin 30-40 parts; amino resin 25-30 parts; butyl stearate 5-8 parts; dolomite powder 1-3 parts; hydroxyethyl cellulose 5-10 parts; ammonium polyphosphate 2-5 parts; isocyanate 1-2 parts; xylene 8-15 parts; and anti-aging agent 1-2 parts.
A copolymer for an antifouling coating composition obtained by copolymerizing a monomer (a) and an ethylenically unsaturated monomer (b) other than the monomer (a), wherein: the monomer (a) is represented by general formula; in the general formula, R 1 represents a hydrogen or a methyl group, R 2 and R 3 represent an isopropyl group, and R 4 represents an alkenyl group or a heteroaryl group. the monomer (a) is represented by general formula; in the general formula, R 1 represents a hydrogen or a methyl group, R 2 and R 3 represent an isopropyl group, and R 4 represents an alkenyl group or a heteroaryl group.
A leg spreading device to be mounted in a milking stall, wherein the leg spreading device comprises a first raised surface defined by a left side edge (10a 1) and a second raised surface defined by a right side edge (10b 1), and wherein the leg spreading device is mounted in a position in the milking stall such that the raised surfaces (10a, 10b) is located between the rear legs (1a, 1b) of an animal standing in a milking position in the milking stall and wherein a transverse distance (w) between the left side edge (10a 1) of the first raised surface and the right side edge (10b 1) of the second raised surface defines the width between the rear legs (1a. 1b) of the animal, wherein the leg spreading device comprises a first elongated element forming the first raised surface and a second elongated element forming the second raised surface, characterized in that said elongated elements (10a, 10b) are oriented in a manner such that the transverse distance (w) between the left side edge (10a 1) of the first elongated element and the right side edge (10b 1) of the second elongated element increases continuously in a longitudinal direction of the elongated elements (10a, 10b) from a first transverse distance (w 1) at a first longitudinal position (l 1) to a second transverse distance (w 2) at a second longitudinal position (l 2).
A deburring machine for the finishing of elements made of wood, metal, plastic material or the like, the deburring machine comprising a feeding device, which defines a support surface for at least one element and is designed to feed the element in a first direction; and a deburring assembly, which is mounted above the support surface crosswise to the first direction, comprises, in turn, a plurality of tool-holder spindles, which are mounted so as to rotate around respective rotation axes parallel to one another and substantially perpendicular to the support surface and are designed to each receive and hold a respective finishing tool, and further comprises an operating device to move each tool-holder spindle around the relative rotation axis in a rotation direction that is the same as a rotation direction of the other tool-holder spindles; and being characterized in that: the operating device comprises, for each tool-holder spindle, a respective toothed pulley, which is angularly integral to the tool-holder spindle, and a respective idler pulley, which is fitted on the tool-holder spindle in a rotary manner; the toothed pulley of each tool-holder spindle is aligned, crosswise to the relative rotation axis, with the idler pulley of each adjacent tool-holder spindle; the idler pulley of each tool-holder spindle is aligned, crosswise to the relative rotation axis, with the toothed pulley of each adjacent tool-holder spindle; the operating device comprises two toothed belts, which extend in respective containing planes parallel to one another and perpendicular to the rotation axes of the tool-holder spindles; and each toothed belt is wound around a relative plurality of toothed pulleys and idler pulleys of the tool-holder spindles. the operating device comprises, for each tool-holder spindle, a respective toothed pulley, which is angularly integral to the tool-holder spindle, and a respective idler pulley, which is fitted on the tool-holder spindle in a rotary manner; the toothed pulley of each tool-holder spindle is aligned, crosswise to the relative rotation axis, with the idler pulley of each adjacent tool-holder spindle; the idler pulley of each tool-holder spindle is aligned, crosswise to the relative rotation axis, with the toothed pulley of each adjacent tool-holder spindle; the operating device comprises two toothed belts, which extend in respective containing planes parallel to one another and perpendicular to the rotation axes of the tool-holder spindles; and each toothed belt is wound around a relative plurality of toothed pulleys and idler pulleys of the tool-holder spindles.
A power management apparatus comprising: a control unit configured to perform a control so that an integral power amount does not exceed a predetermined power amount, the integral power amount being an integrated value of values measured by a grid power meter that measures power supplied from a grid in a predetermined period, characterized in that the power management apparatus comprises: a reception unit configured to acquire a consumption power amount, the consumption power amount being a value measured by a load power meter that measures power consumed by a load connected to the grid, wherein the control unit is configured to control an acquisition function of the consumption power amount, and the control unit is configured to activate the acquisition function when it is determined at a time among time points in the predetermined period that the integral power amount exceeds the predetermined power amount. a control unit configured to perform a control so that an integral power amount does not exceed a predetermined power amount, the integral power amount being an integrated value of values measured by a grid power meter that measures power supplied from a grid in a predetermined period, characterized in that the power management apparatus comprises: a reception unit configured to acquire a consumption power amount, the consumption power amount being a value measured by a load power meter that measures power consumed by a load connected to the grid, wherein the control unit is configured to control an acquisition function of the consumption power amount, and the control unit is configured to activate the acquisition function when it is determined at a time among time points in the predetermined period that the integral power amount exceeds the predetermined power amount. a reception unit configured to acquire a consumption power amount, the consumption power amount being a value measured by a load power meter that measures power consumed by a load connected to the grid, wherein the control unit is configured to control an acquisition function of the consumption power amount, and the control unit is configured to activate the acquisition function when it is determined at a time among time points in the predetermined period that the integral power amount exceeds the predetermined power amount.
A work vehicle coordinating system configured to carry out a ground work by a main work vehicle and an un-manned controlled sub work vehicle that follows up the main work vehicle, the system comprising: a main-vehicle position detection module detecting a position of the main work vehicle; a sub-vehicle position detection module detecting a position of the sub work vehicle; a main-vehicle traveling path calculation section calculating a traveling path of the main work vehicle from the position of this main work vehicle; a work traveling target calculation section calculating a target traveling position at time of a work traveling of the sub work vehicle, based on a ground working width of the main work vehicle, a ground working width of the sub work vehicle, a work traveling path of the main work vehicle and a position of the sub work vehicle; and a steering control section for un-manned controlling the sub work vehicle based on the target traveling position; characterized by: a turning detection unit detecting a turn traveling of the main work vehicle in a turning area to shift from one work traveling to another work traveling; and a turn traveling target calculation section calculating a turn traveling path of the sub work vehicle in the turning area based on the ground working width of the main work vehicle, the ground working width of the sub work vehicle, a turn traveling start position and a turn traveling end position of the main work vehicle and calculating also a turn traveling target position at the time of a turn traveling based on the turn traveling path. a main-vehicle position detection module detecting a position of the main work vehicle; a sub-vehicle position detection module detecting a position of the sub work vehicle; a main-vehicle traveling path calculation section calculating a traveling path of the main work vehicle from the position of this main work vehicle; a work traveling target calculation section calculating a target traveling position at time of a work traveling of the sub work vehicle, based on a ground working width of the main work vehicle, a ground working width of the sub work vehicle, a work traveling path of the main work vehicle and a position of the sub work vehicle; and a steering control section for un-manned controlling the sub work vehicle based on the target traveling position; a turning detection unit detecting a turn traveling of the main work vehicle in a turning area to shift from one work traveling to another work traveling; and a turn traveling target calculation section calculating a turn traveling path of the sub work vehicle in the turning area based on the ground working width of the main work vehicle, the ground working width of the sub work vehicle, a turn traveling start position and a turn traveling end position of the main work vehicle and calculating also a turn traveling target position at the time of a turn traveling based on the turn traveling path.
Method for manufacturing a porcelain enamel coating of a metal substrate comprising the steps of: a) preparing the surface of the metal substrate; b) applying a primer on the metal substrate; c) firing inside an oven at a temperature of between 750 and 900°C; d) applying an enamel suspension comprising water and a glass frit, said glass frit does not comprise opacifying oxides; e) firing inside an oven at a temperature of between 700 and 900°C; and f) repeating steps d) and e) according to the desired thickness of porcelain enamel; characterized in that said glass frit comprises a quantity of lattice modifiers belonging to the transition metals, equal to less than 1% of the total volume of the glass frit; a quantity of opacifying oxides equal to less than 1% of the total volume of the glass frit is added to the glass frit; and in that said enamel suspension comprises a quantity of suspending agents with dimensions greater than the wavelength range of visible radiation, equal to less than 1% of the total volume of the glass frit. a) preparing the surface of the metal substrate; b) applying a primer on the metal substrate; c) firing inside an oven at a temperature of between 750 and 900°C; d) applying an enamel suspension comprising water and a glass frit, said glass frit does not comprise opacifying oxides; e) firing inside an oven at a temperature of between 700 and 900°C; and f) repeating steps d) and e) according to the desired thickness of porcelain enamel;