mhurhangee/ep-ind-claims huggingface dataset:
A valve rocker arm assembly, comprising an oil inlet hose; a rocker arm shaft, wherein an oil drain channel, an oil return groove and a first oil path are provided in the rocker arm shaft, and the oil drain channel is in communication with the oil return groove through the first oil path; a first rocker arm, which is rotatably connected to the rocker arm shaft; a second rocker arm, which is rotatably connected to the rocker arm shaft, wherein the first rocker arm and the second rocker arm are located in a same rotation plane, the second rocker arm is provided with a piston chamber, an oil inlet path, an oil drain path and a piston, the piston is slidably arranged in the piston chamber, an extension end of the piston is configured to extend out of the piston chamber and push the first rocker arm, one end of the oil inlet path and one end of the oil drain path both are in communication with a space of the piston chamber located at a bottom of the piston, another end of the oil inlet path is connected to the oil inlet hose, and another end of the oil drain path is alternately connected or disconnected with the oil return groove as the second rocker arm swings; a unidirectional communication device, which is provided in the oil inlet path and/or the oil inlet hose, and an oil-guiding direction thereof is toward the piston chamber; and a control valve, which is connected with the oil drain channel and is configured to control on-off of the oil drain channel. a rocker arm shaft, wherein an oil drain channel, an oil return groove and a first oil path are provided in the rocker arm shaft, and the oil drain channel is in communication with the oil return groove through the first oil path; a first rocker arm, which is rotatably connected to the rocker arm shaft; a second rocker arm, which is rotatably connected to the rocker arm shaft, wherein the first rocker arm and the second rocker arm are located in a same rotation plane, the second rocker arm is provided with a piston chamber, an oil inlet path, an oil drain path and a piston, the piston is slidably arranged in the piston chamber, an extension end of the piston is configured to extend out of the piston chamber and push the first rocker arm, one end of the oil inlet path and one end of the oil drain path both are in communication with a space of the piston chamber located at a bottom of the piston, another end of the oil inlet path is connected to the oil inlet hose, and another end of the oil drain path is alternately connected or disconnected with the oil return groove as the second rocker arm swings; a unidirectional communication device, which is provided in the oil inlet path and/or the oil inlet hose, and an oil-guiding direction thereof is toward the piston chamber; and a control valve, which is connected with the oil drain channel and is configured to control on-off of the oil drain channel.
A system for detecting abnormal movement of a shaft in a gas turbine engine comprising a detection circuit, the detection circuit comprising a frangible link portion and a plunger, characterised in that the plunger is fixed to the frangible link portion, wherein the plunger may be displaced as a result of abnormal movement of the gas turbine shaft to break the frangible link portion from the detection circuit.
A reforming catalyst composition comprising: a. a chloride free spherical gamma Al 2 O 3 support; b. at least one Group VB metal oxide sheet coated on to said Al 2 O 3 support, wherein said Group VB metal oxide sheet coating has a thickness in the range of 100 to 250 μm, and wherein concentration of said Group VB metal selected from a group consisting of niobium (Nb) and tantalum (Ta) is in the range of 0.01 to 0.5 wt% of the catalyst composition; c. at least one active metal selected from Group VIII metal and at least one promoter metal selected from Group IVA, VIIB and VIIIB metal impregnated on said Al 2 O 3 coated support. a. a chloride free spherical gamma Al 2 O 3 support; b. at least one Group VB metal oxide sheet coated on to said Al 2 O 3 support, wherein said Group VB metal oxide sheet coating has a thickness in the range of 100 to 250 μm, and wherein concentration of said Group VB metal selected from a group consisting of niobium (Nb) and tantalum (Ta) is in the range of 0.01 to 0.5 wt% of the catalyst composition; c. at least one active metal selected from Group VIII metal and at least one promoter metal selected from Group IVA, VIIB and VIIIB metal impregnated on said Al 2 O 3 coated support.
Working implement with a travelling drive, wherein the working implement has at least one wheel which is driven to rotate by a drive motor, wherein the working implement has an accelerator pedal which can be actuated in an actuating device for the adjustment of the travelling speed by the user, wherein the movement of the accelerator pedal is converted into the movement of a positioning element, wherein the working implement has a shift lever for shifting between forward and reverse travel, wherein the working implement has a changeover device, wherein the changeover device converts in a first shifting position of the shift lever an actuating movement of the accelerator pedal in actuating direction into a movement of the positioning element in a first direction and wherein the changeover device converts in a second shifting position of the shift lever an actuating movement of the accelerator pedal in actuating direction into a movement of the positioning element in a second direction opposed to the first direction, wherein the accelerator pedal is connected to an accelerator linkage which is pivoted about an axis of rotation when the accelerator pedal is operated in actuating direction, wherein the changeover device has a changeover element mounted on the accelerator linkage and pivotable about a bearing axis, and wherein the axis of rotation of the accelerator linkage and the bearing axis of the changeover element have a first distance (a) from one another and the changeover element acts on the positioning element and is pivoted in a first pivoting direction in the first shifting position of the shift lever and in a second pivoting direction opposed to the first pivoting direction in a second shifting position of the shift lever, characterised in that the changeover element has a first pivoting axis and a second pivoting axis, wherein the first pivoting axis has a second distance (b) from the axis of rotation of the accelerator linkage which is greater than the first distance (a), and wherein the second pivoting axis has a third distance (c) from the axis of rotation of the accelerator linkage which is less than the first distance (a).
Bearing for a longitudinally movably guided roller-based and sliding element-based support of a cylindrical guide section of a rail which extends with its cylinder axis in the longitudinal direction, the bearing comprising a housing which has a passage extending through the housing along a longitudinal axis running in the longitudinal direction in which a receiving channel is formed for receiving the guide section of the rail, wherein i) the bearing has two rollers spaced apart from each other in the longitudinal direction which are each rotatably mounted in the housing about a roller axis extending perpendicularly to the longitudinal direction and each delimit with their running surfaces the receiving channel in a transverse direction extending perpendicular to their roller axis, characterized in that ii) the housing has a mounting channel in the longitudinal direction between the rollers, which channel extends perpendicularly to the longitudinal direction along a mounting axis and through the housing for receiving a mounting bolt and/or a mounting bushing rotatable about the mounting axis, and iii) several sliding elements are arranged in the passage at a distance from one another in the longitudinal direction and offset relative to the rollers, each of which delimits the receiving channel with one of its sides perpendicular to the longitudinal direction. ii) the housing has a mounting channel in the longitudinal direction between the rollers, which channel extends perpendicularly to the longitudinal direction along a mounting axis and through the housing for receiving a mounting bolt and/or a mounting bushing rotatable about the mounting axis, and iii) several sliding elements are arranged in the passage at a distance from one another in the longitudinal direction and offset relative to the rollers, each of which delimits the receiving channel with one of its sides perpendicular to the longitudinal direction.
Apparatus for detection and processing of a multiplicity of measured values in an HVDC transmission installation having measurement units (2a...2n) for detection of measurement variables in the HVDC transmission installation, with measured values being obtained, and preprocessing units, wherein each preprocessing unit (3a...3i) has means (20, 22) for frequency and phase measurement of a polyphase AC voltage signal, wherein the measurement of frequency and phase is carried out by one of the preprocessing units (3a...3i), such that all the measured values are able to be transmitted to the open-loop control, closed-loop control and monitoring system (10, 11) depending on the phase angle of the AC voltage, that is to say phase-synchronously, each preprocessing unit (3a...3i) can be configured as a master unit or as a slave unit (3b...3i), the preprocessing units (3a...3i) each have a multiplicity of analog and digital inputs for detection and preprocessing of the measured values associated with them, having at least one optical input, and at least two optical outputs (6, 7) for transmission of the measured values, are connected in series with one another by means of optical waveguides (8, 9) and are each connected to at least one measurement unit (2a...2n) and are connected by means of optical waveguides (8, 9) to an open-loop control, closed-loop control and monitoring system (10, 11) by means of a final preprocessing unit, which is connected downstream from the other preprocessing units, with each preprocessing unit (3a...3i) being designed to receive and to preprocess the measured values with optical measured values being obtained, and being designed both to transmit the optical measured values which are produced by it and the optical measured values received from upstream preprocessing units via the optical waveguides to a downstream preprocessing unit or to the open-loop control, closed-loop control and monitoring system (10, 11) such that the final preprocessing unit is configured to provide all the measured values for the open-loop control, closed-loop control and monitoring system (10, 11), wherein the final preprocessing unit is able to be connected, at its optical output, to the open-loop control, closed-loop control and monitoring system via an optical waveguide and the second optical output of the preprocessing unit is able to be connected to a second independent open-loop control, closed-loop control and monitoring system via a further optical waveguide.
A method for controlling of an electronic apparatus, the method comprising: downloading a conditional access system, CAS, client from a server and storing the CAS client in a memory; characterized by: receiving from the server a message to change a storage location of the CAS client; and changing a storage location of the CAS client and storing the changed storage location according to the message received from the server. downloading a conditional access system, CAS, client from a server and storing the CAS client in a memory; characterized by: receiving from the server a message to change a storage location of the CAS client; and changing a storage location of the CAS client and storing the changed storage location according to the message received from the server. receiving from the server a message to change a storage location of the CAS client; and changing a storage location of the CAS client and storing the changed storage location according to the message received from the server.
Method for separating a film tube containing a plurality of product stacks, in particular of hygiene products, into packaging bags each containing one or two product stacks, in which - the tubular film provided for forming the film tube is provided with a perforation at separation points provided therefor such that the perforation comprises a number of opening perforations each formed in the shape of an arc and a substantially straight separation perforation which is assigned to each opening perforation in each case and comprises, in the central region thereof, a continuous relief cut, the length of which corresponds to the width of the particular opening perforation, - the product stacks are subsequently wrapped in the tubular film, - the film tube containing the product stacks is conveyed, while being frictionally gripped at the sides in a conveyor system, to a separating unit at a constant first transport speed, in which separating unit the packaging bag which is at the front when viewed in the conveying direction is transferred to an additional conveyor system at a transport speed which is faster than that of the first conveyor system, at least at certain times, and as a result the film tube containing the product stacks is torn apart at each of the separation points provided, wherein, when the packaging bag which is at the front when viewed in the conveying direction reaches the additional conveyor system, the transport speed thereof is increased temporarily and in a pulsed manner. - the tubular film provided for forming the film tube is provided with a perforation at separation points provided therefor such that the perforation comprises a number of opening perforations each formed in the shape of an arc and a substantially straight separation perforation which is assigned to each opening perforation in each case and comprises, in the central region thereof, a continuous relief cut, the length of which corresponds to the width of the particular opening perforation, - the product stacks are subsequently wrapped in the tubular film, - the film tube containing the product stacks is conveyed, while being frictionally gripped at the sides in a conveyor system, to a separating unit at a constant first transport speed, in which separating unit the packaging bag which is at the front when viewed in the conveying direction is transferred to an additional conveyor system at a transport speed which is faster than that of the first conveyor system, at least at certain times, and as a result the film tube containing the product stacks is torn apart at each of the separation points provided,
A method of producing a white liquid electrophotographic ink composition, the method comprising: heating a polymer resin in a carrier fluid to dissolve the polymer resin; suspending in the carrier fluid white pigment particles to be coated; and controlling cooling of the carrier fluid to effect precipitation of the polymer resin from the carrier fluid such that a coating of the resin is formed on the pigment particles, thereby producing the white liquid electrophotographic ink composition. heating a polymer resin in a carrier fluid to dissolve the polymer resin; suspending in the carrier fluid white pigment particles to be coated; and controlling cooling of the carrier fluid to effect precipitation of the polymer resin from the carrier fluid such that a coating of the resin is formed on the pigment particles, thereby producing the white liquid electrophotographic ink composition.
Method for measuring the permittivity and/or permeability of a sample of nonconductive material, this method including: a) measuring a quantity representative of an admittance Y testco solely on the basis of the amplitude and of the phase of electromagnetic waves reflected from an interface between the sample and an end of a first waveguide, this end having at least one conductive core that is separated from a conductive cladding by a layer made of dielectric material through which the electromagnetic waves propagate; b) measuring a quantity representative of an admittance Y testcc solely on the basis of the amplitude and of the phase of electromagnetic waves reflected from an interface between the sample and the end of a second waveguide having at least one conductive core that is separated from a conductive cladding by a layer made of dielectric material through which the electromagnetic waves propagate, characterized in that: the second waveguide also comprises a short-circuit between the central core and the cladding, said short-circuit being formed at the interface with the sample so that the phase and/or amplitude of the electromagnetic waves reflected from the sample are/is different from the phase and/or amplitude obtained in the absence of the short-circuit; and in the that the method comprises c) computing the permittivity of the sample on the basis of the quantities representative of the admittances Y testco and Y testcc and/or computing the permeability of the sample on the basis of the quantities representative of the admittances Y testco and Y testcc. a) measuring a quantity representative of an admittance Y testco solely on the basis of the amplitude and of the phase of electromagnetic waves reflected from an interface between the sample and an end of a first waveguide, this end having at least one conductive core that is separated from a conductive cladding by a layer made of dielectric material through which the electromagnetic waves propagate; b) measuring a quantity representative of an admittance Y testcc solely on the basis of the amplitude and of the phase of electromagnetic waves reflected from an interface between the sample and the end of a second waveguide having at least one conductive core that is separated from a conductive cladding by a layer made of dielectric material through which the electromagnetic waves propagate, characterized in that: the second waveguide also comprises a short-circuit between the central core and the cladding, said short-circuit being formed at the interface with the sample so that the phase and/or amplitude of the electromagnetic waves reflected from the sample are/is different from the phase and/or amplitude obtained in the absence of the short-circuit; and in the that the method comprises c) computing the permittivity of the sample on the basis of the quantities representative of the admittances Y testco and Y testcc and/or computing the permeability of the sample on the basis of the quantities representative of the admittances Y testco and Y testcc.
Downhole cable termination apparatus for terminating a cable which is to extend into a downhole environment from a tubing hanger to electrical equipment, the apparatus comprising: an electrical contact for electrical engagement with a conductor of the cable to form a termination, which, in use, is to be electrically insulated by an insulating portion; and a housing (4, 18) defining a chamber for receiving the insulating portion and in which the internal pressure is isolated from pressure in the downhole environment, characterized in that the housing (4, 18) is arranged to provide an annular cavity between the insulating portion and the housing (4, 18), wherein the apparatus comprises a compensation means for accommodating changes of the volume of the annular cavity, wherein the compensation means is a compensation chamber which is in fluid communication with the chamber for receiving the insulating portion, the compensation chamber being comprised in said housing. an electrical contact for electrical engagement with a conductor of the cable to form a termination, which, in use, is to be electrically insulated by an insulating portion; and a housing (4, 18) defining a chamber for receiving the insulating portion and in which the internal pressure is isolated from pressure in the downhole environment, characterized in that the housing (4, 18) is arranged to provide an annular cavity between the insulating portion and the housing (4, 18), wherein the apparatus comprises a compensation means for accommodating changes of the volume of the annular cavity, wherein the compensation means is a compensation chamber which is in fluid communication with the chamber for receiving the insulating portion, the compensation chamber being comprised in said housing.
A driving circuit (ICi) being connectable to a plurality of other driving circuits for driving an LED array comprising: a driving control unit for driving the LED array; a reference voltage generation unit (261; 401; 501) for generating a reference voltage according to a temperature of the LED array; a control voltage generation unit for generating a control voltage for driving the LED array based on the reference voltage supplied by the reference voltage generation unit or based on an externally-supplied reference voltage from another driving circuit, the control voltage generation unit supplying the generated control voltage to the driving control unit; a switch device formed between the control voltage generation unit and the reference voltage generation unit; and a switch control unit for driving the switch device based on an inputted control signal, wherein the control voltage generation unit is connected to a supplier of the externally-supplied reference voltage via the switch device. a driving control unit for driving the LED array; a reference voltage generation unit (261; 401; 501) for generating a reference voltage according to a temperature of the LED array; a control voltage generation unit for generating a control voltage for driving the LED array based on the reference voltage supplied by the reference voltage generation unit or based on an externally-supplied reference voltage from another driving circuit, the control voltage generation unit supplying the generated control voltage to the driving control unit; a switch device formed between the control voltage generation unit and the reference voltage generation unit; and a switch control unit for driving the switch device based on an inputted control signal, wherein the control voltage generation unit is connected to a supplier of the externally-supplied reference voltage via the switch device.