mhurhangee/ep-ind-claims huggingface dataset:
A method of maintaining temperature of engine exhaust gas from cylinders of a multi-cylinder engine within a desired range, the multi-cylinder engine comprising an EGR system and an exhaust system, the exhaust system comprising a turbocharger turbine, and the method comprising: routing exhaust gas from a first group of cylinders comprising at least one cylinder to at least one of the EGR system and the exhaust system, comprising routing at least some exhaust gas of the first group of cylinders to the exhaust system downstream of the turbine; routing exhaust gas from a second group of cylinders comprising at least one cylinder to the turbocharger turbine of the exhaust system; and controlling routing of the exhaust gas from the first group of cylinders between the EGR system and the exhaust system to maintain a temperature of engine exhaust gas within a desired range. routing exhaust gas from a first group of cylinders comprising at least one cylinder to at least one of the EGR system and the exhaust system, comprising routing at least some exhaust gas of the first group of cylinders to the exhaust system downstream of the turbine; routing exhaust gas from a second group of cylinders comprising at least one cylinder to the turbocharger turbine of the exhaust system; and controlling routing of the exhaust gas from the first group of cylinders between the EGR system and the exhaust system to maintain a temperature of engine exhaust gas within a desired range.
A steel wire rod having high strength and ductility, the steel wire rod consisting of, by wt%, carbon: 0.7% to 0.9%, manganese (Mn): 13% to 17%, copper (Cu): 1% to 3%, and the balance of iron (Fe) and inevitable impurities, wherein the steel wire rod comprises twins having a thickness of 10 nm to 50 nm in an area fraction of 60% to 80%.
A suspension device for an in-wheel motor driven wheel in which a wheel driven by an in-wheel motor unit is suspended on a vehicle body by a suspension structure member and a shock absorber, the suspension structure member comprising: an upper suspension arm that is pivotally supported on the vehicle body for supporting the wheel in a vehicle upper position higher than an axle, and a link member (13,23,33,43,53,63,73) that pivotally connects the wheel to the upper suspension arm and has a shock absorber connecting portion (13c,23c,33c,43c,53c,63c,73c) connected to a lower end of the shock absorber (15,25,35,45,55,65,75), characterized in that the shock absorber connecting portion (13,23,33,43,53,63,73) is disposed in the vehicle bottom position lower than an upper end portion of the in-wheel motor unit, and wherein the shock absorber is disposed between the vehicle body and the in-wheel motor unit and inclined so as to be closer to the vehicle body toward the lower end (15a,25a,35a,45a,55a,65a,75a) an upper suspension arm that is pivotally supported on the vehicle body for supporting the wheel in a vehicle upper position higher than an axle, and a link member (13,23,33,43,53,63,73) that pivotally connects the wheel to the upper suspension arm and has a shock absorber connecting portion (13c,23c,33c,43c,53c,63c,73c) connected to a lower end of the shock absorber (15,25,35,45,55,65,75), characterized in that the shock absorber connecting portion (13,23,33,43,53,63,73) is disposed in the vehicle bottom position lower than an upper end portion of the in-wheel motor unit, and wherein the shock absorber is disposed between the vehicle body and the in-wheel motor unit and inclined so as to be closer to the vehicle body toward the lower end (15a,25a,35a,45a,55a,65a,75a)
A fabric folding device comprising, in the order from a front side to a rear side of the fabric folding device: a first folding unit capable of folding a fabric, which is transported from the front side to the rear side and has a longitudinal direction aligned with a transportation direction and a width direction intersecting the longitudinal direction, at a position half a length or at a position one-third a length of the fabric in the longitudinal direction; rotation means capable of rotating the fabric folded by the first folding unit such that the transportation direction is changed from the longitudinal direction to the width direction; and a second folding unit capable of folding the fabric rotated by the rotation means once more. a first folding unit capable of folding a fabric, which is transported from the front side to the rear side and has a longitudinal direction aligned with a transportation direction and a width direction intersecting the longitudinal direction, at a position half a length or at a position one-third a length of the fabric in the longitudinal direction; rotation means capable of rotating the fabric folded by the first folding unit such that the transportation direction is changed from the longitudinal direction to the width direction; and a second folding unit capable of folding the fabric rotated by the rotation means once more.
Locking mechanism for a side skirt of a vehicle, wherein the locking mechanism comprises a main hook member and a secondary hook member, wherein the locking mechanism allows a movement of the side skirt from a first position to an second position if the main hook member and a main counterpart member and the secondary hook member and a secondary counterpart member are each not in engagement, and wherein the locking mechanism fix the side skirt in the first position, if the main hook member is in engagement with the main counterpart member and/or the secondary hook member is in engagement with the secondary counterpart member, wherein the secondary hook member comprises a coupling hook member and the main hook member comprises a coupling counterpart member, wherein the coupling hook member could be brought in engagement with the coupling counterpart member to transfer a force to the main hook member to move the main hook member to disengage the main hook member from the main counterpart member, wherein to unlock the locking mechanism in a first step a movement of the secondary hook member disengages the secondary hook member from the secondary counterpart member, wherein in a second step the coupling hook member abuts on the coupling counterpart member and transfers force to move the main hook member to disengage the main hook member from the main counterpart member.
A system for controlling a plasma generator, the system comprising: an open resonator arranged to resonate at a resonant frequency, the open resonator including, in operation of the system, a plasma generated by the plasma generator; an oscillator (100, 520) with an output arranged to have a variable frequency; a control circuit, for inputting the resonant frequency and the variable frequency, for measuring a difference between the resonant frequency and the variable frequency to provide a correction signal and for applying the correction signal to the oscillator to change the variable frequency to substantially match the resonant frequency, wherein the control circuit comprises: a microwave frequency discriminator for measuring a difference between the resonant frequency and the variable frequency and for generating the correction signal; and an amplifier connected to the microwave frequency discriminator, wherein the amplifier is arranged to output an amplified signal of the correction signal, wherein the control circuit further comprises a digital signal processor for comparing an output of the microwave frequency discriminator with input data to control the plasma generator. an open resonator arranged to resonate at a resonant frequency, the open resonator including, in operation of the system, a plasma generated by the plasma generator; an oscillator (100, 520) with an output arranged to have a variable frequency; a control circuit, for inputting the resonant frequency and the variable frequency, for measuring a difference between the resonant frequency and the variable frequency to provide a correction signal and for applying the correction signal to the oscillator to change the variable frequency to substantially match the resonant frequency, wherein the control circuit comprises: a microwave frequency discriminator for measuring a difference between the resonant frequency and the variable frequency and for generating the correction signal; and an amplifier connected to the microwave frequency discriminator, wherein the amplifier is arranged to output an amplified signal of the correction signal, wherein the control circuit further comprises a digital signal processor for comparing an output of the microwave frequency discriminator with input data to control the plasma generator. a microwave frequency discriminator for measuring a difference between the resonant frequency and the variable frequency and for generating the correction signal; and an amplifier connected to the microwave frequency discriminator, wherein the amplifier is arranged to output an amplified signal of the correction signal, wherein the control circuit further comprises a digital signal processor for comparing an output of the microwave frequency discriminator with input data to control the plasma generator.
A landing pipe comprising: a first tool joint with a first tool joint outer diameter; a second tool joint with a second tool joint outer diameter; a main section extending from the first tool joint to the second tool joint, said main section having a main section first portion and a main section second portion, wherein the main section first portion has a first portion outer diameter, a first portion inner diameter, and a first portion wall thickness which is half of a difference between the first portion outer diameter and the first portion inner diameter, the main section second portion has a second portion outer diameter, a second portion inner diameter and a second portion wall thickness which is half of a difference between the second portion outer diameter and the second portion inner diameter; the first tool joint outer diameter is greater than both the first portion outer diameter and second portion outer diameter; and the first portion wall thickness is greater than the second portion wall thickness, the main section second portion has a length range of 40 % to 85 % of an overall length of the landing pipe and in that the outer diameter of the first portion of the main section is equal to the outer diameter of the second portion of the main section, and the inner diameter of the second portion of the main section is greater than the inner diameter of the main section first portion and characterised in that the first portion of the main section is integral to the second portion of the main section, with no welds between the main section and both tool joints. a first tool joint with a first tool joint outer diameter; a second tool joint with a second tool joint outer diameter; a main section extending from the first tool joint to the second tool joint, said main section having a main section first portion and a main section second portion, wherein the main section first portion has a first portion outer diameter, a first portion inner diameter, and a first portion wall thickness which is half of a difference between the first portion outer diameter and the first portion inner diameter, the main section second portion has a second portion outer diameter, a second portion inner diameter and a second portion wall thickness which is half of a difference between the second portion outer diameter and the second portion inner diameter; the first tool joint outer diameter is greater than both the first portion outer diameter and second portion outer diameter; and the first portion wall thickness is greater than the second portion wall thickness, the main section second portion has a length range of 40 % to 85 % of an overall length of the landing pipe and in that the outer diameter of the first portion of the main section is equal to the outer diameter of the second portion of the main section, and the inner diameter of the second portion of the main section is greater than the inner diameter of the main section first portion and
A method of generating an End of Life control signal for a LED signal, comprising: receiving LED data, including an average ambient temperature, hours of operation, and light output of at least one LED of said LED signal; calculating a maximum number of hours threshold that is proportional to said average ambient temperature; and generating an End of Life control signal for said LED signal when said light output is less than a light output minimum threshold and said hours of operation is greater than said maximum number of hours threshold. receiving LED data, including an average ambient temperature, hours of operation, and light output of at least one LED of said LED signal; calculating a maximum number of hours threshold that is proportional to said average ambient temperature; and generating an End of Life control signal for said LED signal when said light output is less than a light output minimum threshold and said hours of operation is greater than said maximum number of hours threshold.
Printable fiber-reinforced plastic planar structure, comprising a matrix resin, reinforcing fibers and a violet and/or blue coloring additive in an amount of 0.5 to 15 parts relating to 100 parts matrix resin, a white coloring additive in an amount of 0.5 to 15 parts relating to 100 parts matrix resin, and further comprising a gel coat resin layer on one of the main surfaces, the gel coat resin layer comprising a resin and a violet and/or blue coloring additive in an amount of 0.1 to 2 parts relating to 100 parts resin, and a white coloring additive in an amount of 0.1 to 4 parts relating to 100 parts resin. a matrix resin, reinforcing fibers and a violet and/or blue coloring additive in an amount of 0.5 to 15 parts relating to 100 parts matrix resin, a white coloring additive in an amount of 0.5 to 15 parts relating to 100 parts matrix resin, and further comprising a gel coat resin layer on one of the main surfaces, the gel coat resin layer comprising a resin and a violet and/or blue coloring additive in an amount of 0.1 to 2 parts relating to 100 parts resin, and a white coloring additive in an amount of 0.1 to 4 parts relating to 100 parts resin.
A method for producing a can which is formed from a can part and a flange part, wherein a base and a lateral wall are formed on the can part, and wherein the can part is deep drawn and made into a target geometry with a defined wall thickness by virtue of the lateral wall being flow formed, characterized in that the lateral wall has formed on it an interface with a material thickness which is greater than the wall thickness of the lateral wall, wherein the flange part can be connected to the can part at the interface, wherein the can part is connected to the flange part by a sealing seam, and wherein a force acting on the can part in the direction of the base of the can part can be transmitted from the can part to the flange part not via the sealing seam, but via a form-fitting connection formed by the interface.
A purification device for purifying exhaust gas generated by combustion to heat a greenhouse for plant cultivation, the purification device comprising: an exhaust gas flow path for carrying the exhaust gas along a specified downstream direction, the exhaust gas flow path including a cooling section that directs downward as extending along the downstream direction; a downstream portion (40, 70) for carrying the exhaust gas generated by the combustion into the exhaust gas flow path and for carrying the exhaust gas through the exhaust gas flow path along the downstream direction; a cooler for cooling the exhaust gas flowing through the cooling section; and a purifying solution accumulator that is situated downstream of the cooler along the downstream direction in the exhaust gas flow path, for storing a purifying solution to purify the exhaust gas, and for bringing the exhaust gas flowing through the exhaust gas flow path into contact with the purifying solution, wherein the exhaust gas flow path further includes a flow-in section for carrying condensed water generated by cooling of the exhaust gas by the cooler into the purifying solution accumulated in the purifying solution accumulator. an exhaust gas flow path for carrying the exhaust gas along a specified downstream direction, the exhaust gas flow path including a cooling section that directs downward as extending along the downstream direction; a downstream portion (40, 70) for carrying the exhaust gas generated by the combustion into the exhaust gas flow path and for carrying the exhaust gas through the exhaust gas flow path along the downstream direction; a cooler for cooling the exhaust gas flowing through the cooling section; and a purifying solution accumulator that is situated downstream of the cooler along the downstream direction in the exhaust gas flow path, for storing a purifying solution to purify the exhaust gas, and for bringing the exhaust gas flowing through the exhaust gas flow path into contact with the purifying solution, wherein the exhaust gas flow path further includes a flow-in section for carrying condensed water generated by cooling of the exhaust gas by the cooler into the purifying solution accumulated in the purifying solution accumulator.
A stator heat shield for a gas turbine, the gas turbine comprising a hot gas flow path, the stator heat shield comprising: a first surface adapted to be arranged to face the hot gas flow path of the gas turbine; a second surface opposite to the first surface; cooling channels (5, 5') for directing cooling fluid from the second surface towards the first surface; cavities arranged at the first surface for receiving the cooling fluid from at least a part of the cooling channels (5, 5'); wherein at least a part of the cavities each have at least two corresponding cooling channels (5, 5') open thereto, said at least two corresponding cooling channels (5, 5') being inclined towards each other; characterized In that the cavities expand towards the first surface and said at least two corresponding cooling channels (5, 5') have each an inlet to receive cooling fluid at the second surface and an outlet to discharge a jet of cooling fluid into a respective cavity, wherein said at least two corresponding cooling channels (5, 5') have each a central axis, and said central axes of said at least two corresponding cooling channels (5, 5') are offset relative to each other so that the central axes of said at least two corresponding cooling channels (5, 5') do not intersect in a respective cavity and the jets of the cooling fluid discharged from said at least two corresponding cooling channels (5, 5') interact, providing thereby swirling of the cooling fluid in the cavity. a first surface adapted to be arranged to face the hot gas flow path of the gas turbine; a second surface opposite to the first surface; cooling channels (5, 5') for directing cooling fluid from the second surface towards the first surface; cavities arranged at the first surface for receiving the cooling fluid from at least a part of the cooling channels (5, 5'); wherein at least a part of the cavities each have at least two corresponding cooling channels (5, 5') open thereto, said at least two corresponding cooling channels (5, 5') being inclined towards each other; characterized In that the cavities expand towards the first surface and said at least two corresponding cooling channels (5, 5') have each an inlet to receive cooling fluid at the second surface and an outlet to discharge a jet of cooling fluid into a respective cavity, wherein said at least two corresponding cooling channels (5, 5') have each a central axis, and said central axes of said at least two corresponding cooling channels (5, 5') are offset relative to each other so that the central axes of said at least two corresponding cooling channels (5, 5') do not intersect in a respective cavity and the jets of the cooling fluid discharged from said at least two corresponding cooling channels (5, 5') interact, providing thereby swirling of the cooling fluid in the cavity.
A fastening device comprising: - a self-adhesive part having a self-adhesive surface and a connection surface that is located opposite to the self-adhesive surface, - a flexible strip, at least a part of which extends from the connection surface of the self-adhesive part, the flexible strip being connected to the self-adhesive part via a connector disposed in a zone on the connection surface that is facing a central zone of the self-adhesive surface so that a pulling force exerted on the flexible strip is distributed substantially uniformly over the self-adhesive surface, characterised in that the self-adhesive part comprises a segment of the flexible strip, a part of which is folded back, the segment being located at an end of the flexible strip and comprising a fold delimiting the folded part, an extension of the flexible strip at the location of the fold being able to be cut. - a self-adhesive part having a self-adhesive surface and a connection surface that is located opposite to the self-adhesive surface, - a flexible strip, at least a part of which extends from the connection surface of the self-adhesive part,
Receiver for receiving an RF signal transmitting a bit sequence representing a symbol, comprising: an oscillator configured to oscillate dependent on the received RF signal, wherein the oscillator is controlled to provide an oscillation signal based on the oscillation during a plurality of subsequent active periods; a counter configured to provide a counter value describing threshold crossings of the oscillator signal for each of the active periods; at least one state machine (108_1:108_n) connected to the counter and configured to output state values (116_1:116_n), each state value dependent on two subsequent counter values; and at least one correlator (118_1:118_n) configured to correlate the output state values (116_1:116_n) with a predefined bit sequence and to output a value (118_1:118_n) representing the symbol dependent on the correlation. an oscillator configured to oscillate dependent on the received RF signal, wherein the oscillator is controlled to provide an oscillation signal based on the oscillation during a plurality of subsequent active periods; a counter configured to provide a counter value describing threshold crossings of the oscillator signal for each of the active periods; at least one state machine (108_1:108_n) connected to the counter and configured to output state values (116_1:116_n), each state value dependent on two subsequent counter values; and at least one correlator (118_1:118_n) configured to correlate the output state values (116_1:116_n) with a predefined bit sequence and to output a value (118_1:118_n) representing the symbol dependent on the correlation.
Cable for suspending a down hole pump, wherein the cable has a core comprising at least one tube for the transport of fluid and at least one conductor covered with an insulation layer made of a high temperature resistant insulating material, characterized in that the core is covered by a steel tape and that a first layer of steel wires/are positioned radially outside the steel tape in contact with the steel tape, wherein the wires making up the first layer of steel wires are positioned side by side around the core with no filler in between the steel wires and that an outer layer made of heat resistant polymer covers the steel wires.