CN103047047A - Engine waste gas power device and application method thereof - Google Patents
Engine waste gas power device and application method thereof Download PDFInfo
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- CN103047047A CN103047047A CN2013100265934A CN201310026593A CN103047047A CN 103047047 A CN103047047 A CN 103047047A CN 2013100265934 A CN2013100265934 A CN 2013100265934A CN 201310026593 A CN201310026593 A CN 201310026593A CN 103047047 A CN103047047 A CN 103047047A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/10—Internal combustion engine [ICE] based vehicles
- Y02T10/12—Improving ICE efficiencies
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Abstract
The invention discloses an engine waste gas power device and an application method, an engine can discharge substantive high-temperature noxious gas in operation, and the equipment can fully utilize the engine tail gas at present. The engine waste gas power device comprises a control display (10), wherein the control display is connected with an electromagnetic start switch (2) arranged on an exhaust pipe (1), and the exhaust pipe is connected with a steam generator (3); the steam generator is respectively connected with a high pressure air storing cylinder (14) and a water supply pre-temperature device (36), and a water supply heating device is connected with a water storage tank (30); the water storage tank is connected with a cooling radiator (28), and the high pressure air storing cylinder and the water supply pre-temperature device are respectively connected with a steam engine (21); and the steam engine is respectively connected with a clutch (22) and a silicon rectification generator (19), and the clutch is connected with a driving shaft (23). The engine waste gas power device provided by the invention is used for converting engine tail gas into power.
Description
Technical field:
The present invention relates to a kind of engine exhaust power plant and using method.
Background technique:
Motor is discharged a large amount of harmful gases such as carbon monoxide at work, has caused environmental pollution, and these gases are high-temperature gas all, have certain energy, but does not also have at present a kind of equipment can take full advantage of these engine exhausts.
Summary of the invention:
The purpose of this invention is to provide a kind of engine exhaust power plant and using method.
Above-mentioned purpose realizes by following technological scheme:
A kind of engine exhaust power plant, its composition comprises: the control display device, described control display device is connected with electromagnetic starting switch on being installed in outlet pipe, described outlet pipe is connected with steam generator, described steam generator respectively with the high-pressure gas cylinder, the pre-temperature device that supplies water connects, described water and heat provision device is connected with water storage box, described water storage box is connected with cooling radiator, described high-pressure gas cylinder, the pre-temperature device of described water supply is connected with steam engine respectively, described steam engine respectively with clutch, silicon rectification generator connects, and described clutch is connected with transmission shaft.
Described engine exhaust power plant, described silicon rectification generator is connected with charger, and described charger is connected with storage battery, and described storage battery is connected with power-supply controller, and described power-supply controller is connected with DC generator.
Described engine exhaust power plant, described electromagnetic pneumatic switch is connected with waste gas crossover tee switch A, described waste gas crossover tee switch A is connected with connecting rod, described connecting rod is connected with waste gas crossover tee switch B, described waste gas crossover tee switch A, described waste gas crossover tee switch B are installed in the described outlet pipe, on the described outlet pipe baffler are installed.
Described engine exhaust power plant are equipped with cooling electric fan, water transport pump on the described cooling radiator, described water transport pump is connected with one way stop peturn valve on being installed in described water storage box, and described cooling radiator is connected with waste gas exhaust pipe.
Described engine exhaust power plant, on the described water storage box raw water service pump is installed, described raw water service pump is connected with pressure limiting switch on being installed in the pre-temperature device of described water supply, has the water storage box water inlet on the described water storage box, between the pre-temperature device of described water storage box and described water supply return pipe is installed, backwater pressure limiting safety check is installed on the described return pipe.
Described engine exhaust power plant are equipped with high-pressure water supply pump on the pre-temperature device of described water supply, and described high-pressure water supply pump is connected with high pressure one way stop peturn valve on being installed in described steam generator.
Described engine exhaust power plant, described control display device respectively be installed in described steam generator on pressure transducer, temperature transducer be connected, liquid level display, water level control float are installed on the described steam generator, described water level control float is connected with level switch, has safety valve A on the described steam generator.
Described engine exhaust power plant, described steam generator is connected by high pressure gas pipeline with the high-pressure gas cylinder, on the described high pressure gas pipeline high-pressure check valve is installed, electromagnetism alarm switch, safety valve B are installed on the described high-pressure gas cylinder, between described high-pressure gas cylinder and the described steam engine air flow controller are installed.
Described engine exhaust power plant are separately installed with heating pipe in the pre-temperature device of described water storage box and described water supply.
A kind of using method of engine exhaust power plant, from the water storage box water inlet water is filled with water storage box first, the opening controller power switch makes water transport pump work, water in the water tank is filled into the pre-temperature device that supplies water, by the high pressure water injection pump work, by high pressure water positive opening high pressure one way stop peturn valve, water is injected into steam generator, after water is injected into normal water level, touch level switch by float come-up lever, high-pressure service pump cuts out, finish the injecting process;
When engine running, waste gas is directly to be discharged by exhaust port, this equipment work, start the controller power switch, power to electromagnetic pneumatic switch, pulling waste gas crossover tee switch A by connecting rod pulling waste gas crossover tee switch B, closes the exhaust passage waste gas crossover tee switch A, waste gas crossover tee switch B more simultaneously; Make high-temp waste gas pass through steam generator, heat for the water in the steam generator, produce high pressure steam, enter into the high-pressure gas cylinder by high pressure gas pipeline by high-pressure check valve again, pressurized gas reach after the rated pressure, again by the air flow control valve to the steam power machine air feed, make steam engine work produce power; By clutch with transmission of power to transmission shaft, again by transmission shaft with transmission of power to power mechanism; And the power transmission that steam engine can be produced makes the generator generating to silicon rectification generator; Charge a battery by charger, after electric abundance, power to direct current motor by power-supply controller, direct current motor is rotated, drive drive clutch, make simultaneously transmission shaft incite somebody to action more powerful transmission of power to power mechanism with pneumatic motor; The high-temp waste gas that pneumatic motor produces is input to waste gas in the pre-temperature device that supplies water through collecting by pneumatic tube, heats for the water of pre-temperature device by heating pipe again, to the high-temperature steam cooling, the high-temperature water in the pre-temperature device is injected in the steam generator by high-pressure service pump simultaneously; By pneumatic tube high-temp waste gas is circulated in the water tank; Heat simultaneously to steam cooling by the water in the heating pipe feed tank; By pneumatic tube waste gas is input to cooling radiator, to the waste steam forced cooling, makes it be liquefied as water by the cooling electric fan; By water transport pump waste water is filled in the water tank by conduit pipe and one way stop peturn valve, reaches the purpose of recycling;
When the pre-temperature device that supplies water is lower than rated pressure because of lack of water pressure, pressure limiting switch autoshutdown, by control display device auto-breaking the control electromagnetic pneumatic switch is closed, make waste gas crossover tee switch A, waste gas crossover tee switch B autoshutdown, with the pathway closure of waste gas by steam generator, waste gas is directly discharged by outlet pipe, reaches safe purpose;
Autoshutdown when the electromagnetism alarm switch is higher than load rated safety pressure when gas receiver pressure, by control display device auto-breaking electromagnetic pneumatic switch is closed, make waste gas crossover tee switch A, waste gas crossover tee switch B autoshutdown, with the pathway closure of waste gas by steam generator, waste gas is directly discharged by outlet pipe, reaches safe purpose;
Pressure transducer passes to control display device indicated pressure with pressure;
Temperature transducer passes to control display device indicated temperature with temperature;
Automatic vent reduced pressure after safety valve A, safety valve B ultrasonic were crossed rated pressure, reached safe purpose.Beneficial effect:
The high-temp waste gas that the present invention utilizes motor to discharge makes this device produce powerful power, has reached the purpose of energy-saving and emission-reduction.
Description of drawings:
Accompanying drawing 1 is structural representation of the present invention.
Embodiment:
Embodiment 1:
A kind of engine exhaust power plant, its composition comprises: control display device 10, described control display device is connected with electromagnetic starting switch 2 on being installed in outlet pipe 1, described outlet pipe is connected with steam generator 3, described steam generator respectively with high-pressure gas cylinder 14, the pre-temperature device 36 that supplies water connects, described water and heat provision device is connected with water storage box 30, described water storage box is connected with cooling radiator 28, described high-pressure gas cylinder, the pre-temperature device of described water supply is connected with steam engine 21 respectively, described steam-driven generator respectively with clutch 22, silicon rectification generator 19 connects, and described clutch is connected with transmission shaft 23.
Embodiment 2:
According to embodiment's 1 described engine exhaust power plant, described silicon rectification generator is connected with charger 16, described charger is connected with storage battery 17, and described storage battery is connected with power-supply controller 18, and described power-supply controller is connected with DC generator 20.
Embodiment 3:
According to embodiment 1 or 2 described engine exhaust power plant, described electromagnetic pneumatic switch and waste gas crossover tee switch A, piece number: 43 connect, described waste gas crossover tee switch A is connected with connecting rod 42, described connecting rod and waste gas crossover tee switch B, piece number: 41 connect, and described waste gas crossover tee switch A, described waste gas crossover tee switch B are installed in the described outlet pipe, and baffler 38 is installed on the described outlet pipe.
Embodiment 4:
According to embodiment 1 or 2 or 3 described engine exhaust power plant, cooling electric fan 27, water transport pump 29 are installed on the described cooling radiator, described water transport pump is connected with one way stop peturn valve 25 on being installed in described water storage box, and described cooling radiator is connected with waste gas exhaust pipe 26.
Embodiment 5:
According to embodiment 1 or 2 or 3 or 4 described engine exhaust power plant, raw water service pump 33 is installed on the described water storage box, described raw water service pump is connected with pressure limiting switch 34 on being installed in the pre-temperature device of described water supply, has water storage box water inlet 24 on the described water storage box, between the pre-temperature device of described water storage box and described water supply return pipe 31 is installed, backwater pressure limiting safety check 32 is installed on the described return pipe.
Embodiment 6:
According to embodiment 1 or 2 or 3 or 4 or 5 described engine exhaust power plant, on the pre-temperature device of described water supply high-pressure water supply pump 37 is installed, described high-pressure water supply pump is connected with high pressure one way stop peturn valve 40 on being installed in described steam generator.
Embodiment 7:
According to embodiment 1 or 2 or 3 or 4 or 5 or 6 described engine exhaust power plant, described control display device respectively be installed in described steam generator on pressure transducer 6, temperature transducer 7 be connected, liquid level display 4, water level control float 5 are installed in the described steam generator, described water level control float is connected with level switch 39, has safety valve A on the described steam generator, piece number: 8.
Embodiment 8:
According to embodiment 1 or 2 or 3 or 4 or 5 or 6 or 7 described engine exhaust power plant, described steam generator is connected by high pressure gas pipeline 11 with the high-pressure gas cylinder, high-pressure check valve 9 is installed on the described high pressure gas pipeline, electromagnetism alarm switch 12, safety valve B are installed on the described high-pressure gas cylinder, piece number: 13, between described high-pressure gas cylinder and the described steam engine air flow controller 15 is installed.
Embodiment 9:
According to embodiment 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 described engine exhaust power plant, be separately installed with heating pipe 35 in the pre-temperature device of described water storage box and described water supply.
Embodiment 10:
A kind of using method of engine exhaust power plant, from water storage box water inlet (pressure limiting tank lid) water is filled with water storage box first, the opening controller power switch makes water transport pump work, water in the water tank is filled into the pre-temperature device that supplies water, by the high pressure water injection pump work, by high pressure water positive opening high pressure one way stop peturn valve, water is injected into steam generator, after water is injected into normal water level, touch level switch by float come-up lever, high-pressure service pump cuts out, finish the injecting process.
When engine running, waste gas is directly to be discharged by exhaust port, this equipment work, start the controller power switch, power to electromagnetic pneumatic switch, pulling waste gas crossover tee switch A by connecting rod pulling waste gas crossover tee switch B, closes the exhaust passage waste gas crossover tee switch A, waste gas crossover tee switch B more simultaneously.Make high-temp waste gas enter steam generator, heat for the water in the steam generator, produce high pressure steam, enter into the high-pressure gas cylinder by high pressure gas pipeline by high-pressure check valve again, pressurized gas reach after the rated pressure, again by the air flow control valve to the steam power machine air feed, make steam-driven generator work produce power.By clutch with transmission of power to transmission shaft, again by transmission shaft with transmission of power to power mechanism.And the power transmission that steam-driven generator can be produced makes the generator generating to silicon rectification generator.Charge a battery by charger, after electric abundance, power to direct current motor by power-supply controller, direct current motor is rotated, drive drive clutch, make simultaneously transmission shaft incite somebody to action more powerful transmission of power to power mechanism with pneumatic motor.The high-temp waste gas that pneumatic motor produces is input to waste gas in the pre-temperature device that supplies water through collecting by pneumatic tube, heats for the water of pre-temperature device by heating pipe again, to the high pressure steam cooling, the high-temperature water in the pre-temperature device is injected in the steam generator by high-pressure service pump simultaneously.By pneumatic tube high-temp waste gas is circulated in the water tank.Heat simultaneously to steam cooling by the water in the heating pipe feed tank.By pneumatic tube waste gas is input to cooling radiator, to the waste steam forced cooling, makes it be liquefied as water by the cooling electric fan.By water transport pump waste water is filled in the water tank by conduit pipe and one way stop peturn valve, reaches the purpose of recycling.
When the pre-temperature device that supplies water is lower than rated pressure because of lack of water pressure, pressure limiting switch autoshutdown, by control display device auto-breaking the control electromagnetic pneumatic switch is closed, make waste gas crossover tee switch A, waste gas crossover tee switch B autoshutdown, waste gas is entered the pathway closure of steam generator, waste gas is directly discharged by outlet pipe, guarantees safety.
Autoshutdown when the electromagnetism alarm switch is higher than rated pressure when gas receiver pressure, by control display device auto-breaking electromagnetic pneumatic switch is closed, make waste gas crossover tee switch A, waste gas crossover tee switch B autoshutdown, waste gas is entered the pathway closure of steam generator, waste gas is directly discharged by outlet pipe, guarantees safety.
Pressure transducer passes to control display device indicated pressure with pressure.
Temperature transducer passes to control display device indicated temperature with temperature.
Automatic vent reduced pressure after safety valve A, safety valve B ultrasonic were crossed rated pressure, guaranteed safety.
Claims (10)
1. engine exhaust power plant, its composition comprises: the control display device, it is characterized in that: described control display device is connected with electromagnetic starting switch on being installed in outlet pipe, described outlet pipe is connected with steam generator, described steam generator respectively with the high-pressure gas cylinder, the pre-temperature device that supplies water connects, described water and heat provision device is connected with water storage box, described water storage box is connected with cooling radiator, described high-pressure gas cylinder, the pre-temperature device of described water supply is connected with steam engine respectively, described steam engine respectively with clutch, silicon rectification generator connects, and described clutch is connected with transmission shaft.
2. engine exhaust power plant according to claim 1, it is characterized in that: described silicon rectification generator is connected with charger, described charger is connected with storage battery, and described storage battery is connected with power-supply controller, and described power-supply controller is connected with DC generator.
3. engine exhaust power plant according to claim 1, it is characterized in that: described electromagnetic pneumatic switch is connected with waste gas crossover tee switch A, described waste gas crossover tee switch A is connected with connecting rod, described connecting rod is connected with waste gas crossover tee switch B, described waste gas crossover tee switch A, described waste gas crossover tee switch B are installed in the described outlet pipe, on the described outlet pipe baffler are installed.
4. engine exhaust power plant according to claim 1 and 2, it is characterized in that: cooling electric fan, water transport pump are installed on the described cooling radiator, described water transport pump is connected with one way stop peturn valve on being installed in described water storage box, and described cooling radiator is connected with waste gas exhaust pipe.
5. engine exhaust power plant according to claim 1 and 2, it is characterized in that: on the described water storage box raw water service pump is installed, described raw water service pump is connected with pressure limiting switch on being installed in the pre-temperature device of described water supply, has the water storage box water inlet on the described water storage box, between the pre-temperature device of described water storage box and described water supply return pipe is installed, backwater pressure limiting safety check is installed on the described return pipe.
6. engine exhaust power plant according to claim 1 and 2 is characterized in that: on the pre-temperature device of described water supply high-pressure water supply pump is installed, described high-pressure water supply pump is connected with high pressure one way stop peturn valve on being installed in described steam generator.
7. engine exhaust power plant according to claim 1 and 2, it is characterized in that: described control display device respectively be installed in described steam generator on pressure transducer, temperature transducer be connected, liquid level display, water level control float are installed on the described steam generator, described water level control float is connected with level switch, has safety valve A on the described steam generator.
8. engine exhaust power plant according to claim 1 and 2, it is characterized in that: described steam generator is connected by high pressure gas pipeline with the high-pressure gas cylinder, on the described high pressure gas pipeline high-pressure check valve is installed, electromagnetism alarm switch, safety valve B are installed on the described high-pressure gas cylinder, between described high-pressure gas cylinder and the described steam engine air flow controller are installed.
9. engine exhaust power plant according to claim 1 and 2 is characterized in that: be separately installed with heating pipe in the pre-temperature device of described water storage box and described water supply.
10. the using method of engine exhaust power plant, it is characterized in that: from the water storage box water inlet water is filled with water storage box first, the opening controller power switch makes water transport pump work, water in the water tank is filled into the pre-temperature device that supplies water, by the high pressure water injection pump work, by high pressure water positive opening high pressure one way stop peturn valve, water is injected into steam generator, after water is injected into normal water level, touch level switch by float come-up lever, high-pressure service pump cuts out, finish the injecting process;
When engine running, waste gas is directly to be discharged by exhaust port, this equipment work, start the controller power switch, power to electromagnetic pneumatic switch, pulling waste gas crossover tee switch A by connecting rod pulling waste gas crossover tee switch B, closes the exhaust passage waste gas crossover tee switch A, waste gas crossover tee switch B more simultaneously; Make high-temp waste gas pass through steam generator, heat for the water in the steam generator, produce high pressure steam, enter into the high-pressure gas cylinder by high pressure gas pipeline by high-pressure check valve again, pressurized gas reach after the rated pressure, again by the air flow control valve to the steam power machine air feed, make steam engine work produce power; By clutch with transmission of power to transmission shaft, again by transmission shaft with transmission of power to power mechanism; And the power transmission that steam engine can be produced makes the generator generating to silicon rectification generator; Charge a battery by charger, after electric abundance, power to direct current motor by power-supply controller, direct current motor is rotated, drive drive clutch, make simultaneously transmission shaft incite somebody to action more powerful transmission of power to power mechanism with pneumatic motor; The high-temp waste gas that pneumatic motor produces is input to waste gas in the pre-temperature device that supplies water through collecting by pneumatic tube, heats for the water of pre-temperature device by heating pipe again, to the high-temperature steam cooling, the high-temperature water in the pre-temperature device is injected in the steam generator by high-pressure service pump simultaneously; By pneumatic tube high-temp waste gas is circulated in the water tank; Heat simultaneously to steam cooling by the water in the heating pipe feed tank; By pneumatic tube waste gas is input to cooling radiator, to the waste steam forced cooling, makes it be liquefied as water by the cooling electric fan; By water transport pump waste water is filled in the water tank by conduit pipe and one way stop peturn valve, reaches the purpose of recycling;
When the pre-temperature device that supplies water is lower than rated pressure because of lack of water pressure, pressure limiting switch autoshutdown, by control display device auto-breaking the control electromagnetic pneumatic switch is closed, make waste gas crossover tee switch A, waste gas crossover tee switch B autoshutdown, with the pathway closure of waste gas by steam generator, waste gas is directly discharged by outlet pipe, reaches safe purpose;
Autoshutdown when the electromagnetism alarm switch is higher than load rated safety pressure when gas receiver pressure, by control display device auto-breaking electromagnetic pneumatic switch is closed, make waste gas crossover tee switch A, waste gas crossover tee switch B autoshutdown, with the pathway closure of waste gas by steam generator, waste gas is directly discharged by outlet pipe, reaches safe purpose;
Pressure transducer passes to control display device indicated pressure with pressure;
Temperature transducer passes to control display device indicated temperature with temperature;
Automatic vent reduced pressure after safety valve A, safety valve B ultrasonic were crossed rated pressure, reached safe purpose.
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| CN201310026593.4A CN103047047B (en) | 2013-01-24 | 2013-01-24 | Engine exhaust power plant and using method |
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| CN201310026593.4A CN103047047B (en) | 2013-01-24 | 2013-01-24 | Engine exhaust power plant and using method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107401442A (en) * | 2017-07-11 | 2017-11-28 | 张峻 | A kind of engine exhaust electricity generation system |
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