CN103089421B - Tri-state fuel explosive motor - Google Patents
Tri-state fuel explosive motor Download PDFInfo
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- CN103089421B CN103089421B CN201310026065.9A CN201310026065A CN103089421B CN 103089421 B CN103089421 B CN 103089421B CN 201310026065 A CN201310026065 A CN 201310026065A CN 103089421 B CN103089421 B CN 103089421B
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Abstract
A tri-state fuel explosive motor comprises a feed device and a combustion device, wherein the feed device and the combustion device are connected with a mechanical power conversion device. The combustion device comprises an integrity seal outer shell and an ignition device, wherein a seal combustion chamber is contained in the integrity seal outer shell. The feed device comprises a plurality of pipelines, one ends of the pipelines are connected with the seal combustion chamber, and other ends of the pipelines are respectively connected with a plurality of filters and a plurality of storage tanks. The middle sections of the pipelines are provided with a liquid fuel infusion pump or a gas state fuel infusion pump. A solid fuel vaporizing chamber is arranged on the upper portion of the seal combustion chamber. A feed port is arranged at one end of the solid fuel vaporizing chamber, and an ash outlet is arranged at the other end of the solid fuel vaporizing chamber. A gas supply pipeline and a stirring shaft are arranged in the solid fuel vaporizing chamber and extend to the outside. The solid fuel vaporizing chamber is provided with a pipeline connected with the gas state fuel infusion pump. High pressure gas produced by combustion and high pressure steam produced by high temperature are converted to mechanical motive power. Kinds of fuels are widely enlarged for the explosive motor, mechanical energy is obtained, and at the same time the mechanical energy from production and living heat can be obtained through the explosive motor.
Description
Technical field
the present invention relates to one and can use gaseous state, liquid state, solid fuel explosive motor, in particular improve the tri-state fuel explosive motor of energy transformation ratio and utilization ratio.
Background technique
existing explosive motor: diesel engine and petrol engine, a diesel engine combustion liquid diesel fuel, a petrol engine combustion liquid Fuel Petroleum.Also do not occur using gaseous state, liquid state, solid fuel explosive motor, the straight power kinetic energy of piston of explosive motor converts in rotating machinery kinetic energy process, also there is the loss of Crankshaft core cancelling capabilities simultaneously.
Summary of the invention
technical problem to be solved by this invention to provide a kind of gaseous state, liquid state, solid fuel explosive motor, and the straight power kinetic energy of piston converts rotating machinery kinetic energy process to and no longer there is the loss of Crankshaft core cancelling capabilities.
the present invention seeks to realize like this: a kind of tri-state fuel explosive motor, comprises feeding device, firing unit, it is characterized in that: described firing unit comprises sealed combustion chamber and ignition mechanism, feeding device comprises many pipelines, pipeline one end is connected with the combustion furnace of sealing combustion indoor, the pipeline the other end is connected with multiple filter cleaner and conservation tank respectively, pipeline stage casing is respectively equipped with liquid fuel note and send pump or vaporized fuel to add to send device, vaporized fuel add send device comprise vaporized fuel note send pump and air pressure pump, between air pressure pump to sealed combustion chamber, ducted one section is divided into two-way, liquid fuel note send pump or vaporized fuel to add to send pipeline between device to sealed combustion chamber to be provided with regulating switch, sealed combustion chamber top is provided with solid fuel gasification room, two ends, solid fuel gasification room establish material feeding mouth and ash outlet also respectively to establish two sects opened and closed respectively respectively, have in solid combustion material gasification room and extend to outdoor steam line and stirring shaft, stirring shaft is installed agitation frame sheet in gasification room, stirring shaft outside extending chamber installs sprocket wheel, solid combustion material gasification room is established pipeline to note with vaporized fuel to send pump to be communicated with, connecting pipe stage casing is provided with takes out note pump, temporary storage tank and regulating switch.
complete enclosure is provided with outside described sealed combustion chamber; Sealed combustion chamber, piston mechanism overcoat, selector valve mechanism shell, solid fuel gasification room material feeding mouth ash outlet, many these components of pipeline are had to be tightly connected completely and to form complete water containing chamber and hold vapor chamber in shell, shell upper end is connected with water injection pump water pipe, outlet pipe, machine power switching mechanism;
described piston mechanism is by overcoat, connect reciprocal axle in the middle of piston body to stretch out from outer set upper side, overcoat one end connects suction tude and exhaust duct respectively, the other end also connects suction tude and exhaust duct respectively, sealed combustion chamber is communicated with overcoat by admission line, also vapor chamber is communicated with overcoat, outlet pipe is communicated with three grades of pistons with secondary, the contrary change-over valve of on off operating mode installed respectively by piston intake at different levels and exhaust duct, change-over valve establishes rotational swing rod, fork end is with parked two point of intersection, point of intersection place arranges magnet stake respectively, two groups of break-make fork point of intersection are parked between reversing gear bracket four shelves stakes, reversing gear bracket casing pipe sleeve is connected on ' 7 ' font connecting rod, connecting rod one end is connected with reciprocal axle, spring housing is flexibly connected with reversing gear bracket, connecting rod drive reversing gear bracket and the spring housing be flexibly connected with it store power and have discharged break-make commutation.
described machine power switching mechanism comprises rotating machinery power converting machine structure and lever transmission mechanism, described lever transmission mechanism and comprises lever and lever stage casing and establish pivot and long mouth to become with fulcrum shaft " ten " font to overlap to connect, teeth groove is established in fulcrum shaft joint, in lever, segment length's mouth side establishes tooth and fulcrum shaft teeth groove to coincide, rack support place, fulcrum shaft two ends arranges identical with fulcrum place, lever stage casing, the positive and negative rocking-turn of fulcrum shaft, lever stage casing fulcrum is shifted.Lever one end is flexibly connected with the horizontal mouth of reciprocal axle upper end clamping plate, and the other end is flexibly connected with the tooth bar upper end horizontal mouth of clamping plate, rack tooth and the ratchet sleeve surface gear inosculation be arranged on two pieces of pushing shafts;
also comprise in casing in described rotating machinery power converting machine structure and establish two pieces of pushing shafts, wherein one piece of pushing shaft is installed the promotion of many covers and rotate forward ratchet, another piece of pushing shaft is installed many covers and promote counterrotating ratchet, one end of two pieces of pushing shafts is all connected with the gear in gear train, be merged into same rotating machinery power by gear train and accelerate rear output, output shaft installs inertial wheel.
a kind of tri-state explosive motor provided by the invention, utilize air pressure pump in sealed combustion chamber internal fired furnace, to carry air through pipeline, liquid or gaseous fuel is noted by liquid fuel and is sent pump, vaporized fuel note send pump pressurization to be burnt by ignition device in sealed combustion chamber internal fired furnace through Cemented filling, solid fuel gasification room is through the indoor liquid or gaseous fuel combustion heating of sealing combustion, make the solid fuel gasification in it, by pipeline with to pump transport pump temporary to temporary storage tank, send pump to be pressed and delivered in sealed combustion chamber internal fired furnace by pipeline communication to vaporized fuel note again to burn, liquid or gaseous fuel burns at sealed combustion chamber, comburant is made to become pressurized gas, the heat energy that sealed combustion chamber burning produces water injection pump on shell water injected in shell absorbs and becomes high pressure steam, respectively by multi-level piston reduce pressure step by step obtain power after discharge.By organize more size speed that piston formed not etc. ground reciprocating power again through organizing lever drive more, the fulcrum shaft clockwise and anticlockwise activity supporting point at balance pivot place can be shifted, input ratchet by reciprocal axle and lever and tooth bar connection for transmission and promote two pieces of pushing shaft positive and negative rotations, positive and negative rotation power converts to after same rotating machinery power accelerates through gear train merging and exports, the power exported is the rotating machinery power with lever increase and decrease speed change, and output shaft is provided with inertial wheel.Due to tooth bar and ratchet surface gear inosculation, back and forth straight power power input is in two input points of ratchet, the loss of shaftless core cancelling capabilities all the time.Tri-state fuel explosive motor of the present invention, incendivity thing is extensively widened, the thermal efficiency utilizes and namely obtains machinery with can also can carry out with machine with multiple productive life heat simultaneously, to current based on the cooking stove instrument of natural combustion mode, also extensive improvement will be related to, from multiple productive life with hankering obtaining machinery energy.
Accompanying drawing explanation
fig. 1: be structural representation of the present invention.
fig. 2: be selector valve structural scheme of mechanism in the present invention.
fig. 3: be lever-rack transmission in the present invention and rotating machinery power converting machine structure schematic diagram.
Embodiment
as in Fig. 1, a kind of tri-state fuel explosive motor, establish sealed combustion chamber 9 by complete seal shell 6 with interior, many covers piston jacket 15, selector valve mechanism 18 housing, material feeding mouth 14 ash outlet 37 of solid fuel gasification room 11, many pipelines etc. all set certain distance and are tightly connected completely, form complete seal water containing chamber 13 and hold vapor chamber 19, form water cavity 13 to water filling 85% in shell 6 through water injection pump 31, all the other are vapor chamber 19.Air pressure pump 3, vaporized fuel note send pump 1, and liquid fuel note send each pump circuits such as pump 4 to be controlled by pressure controller, and igniter circuit 10 is by regulating switch 2, and the operating handle on 5 controls.Open regulating switch 2 or 5, liquid fuel or vaporized fuel enter sealed combustion chamber 9 combustion furnace 8 and burn, and close regulating switch 2 or 5 burning and stop.Have temporary storing bin between two sects that solid fuel gasification room 11 material feeding mouth 14 and ash outlet 34 are installed respectively, charging ash discharge separately two sects alternately opens and closes, and charging ash discharge in solid fuel gasification room 11 runs and is in opposing seal completely.The gasification of solid fuel in gasification room 11, the vaporized fuel through sealed combustion chamber 9 or INVENTIONLiquid-fueled combustion heating, make its solid fuel gasification, during gasification, air is supplied by air supply pipe outside extending chamber 36, stirring shaft 35 outside extending chamber is provided with in solid fuel gasification room 11, indoor stirring shaft installs agitation frame 12, outdoor axle installs sprocket wheel and drives through power equipment.The carbonic oxide gas that solid fuel gasification room generates is taken out note controlled by valve 2 to temporary storage tank 32 is temporary through being taken out note pump 33, pump 1 is sent to vaporized fuel note again through pipeline communication, after pump pressurization, enter sealed combustion chamber 9 burn, the complete tri-state fuel of whole formation one is at combustion device.The pressurized gas that sealed combustion chamber 9 generates are connected with piston jacket 15 two ends through pipeline, and the high temperature that firing chamber and gasification room generate becomes steam by the interior water absorption sealing water cavity of shell 6 and in vapor chamber 19, is combined into high pressure steam is connected with piston jacket 30 two ends through pipeline.Combustion gas and steam to reduce pressure outer row step by step by multi-level piston, and the reciprocating power formed by multi-level piston promotes two pieces of pushing shafts 26,27 through too much cover lever-rack input many covers ratchet simultaneously.
it should be noted that a certain or several vaporized fuel or liquid fuel; all pump 1 or liquid fuel note is sent to send pump 4 note to send fuel through similar vaporized fuel note; air pressure pump 3 note send air, at the explosive motor of sealed combustion chamber 9 combustion, all should be the protection domain of file of the present invention.Burn each time because of the present invention and also can only burn one to two kinds of fuel.
as in Fig. 2, described selector valve mechanism is piston jacket 15, and 30 two ends are respectively provided with the contrary change-over valve of two on off operating modes respectively, and valve fork coordinates with selector valve mechanism 18; In selector valve mechanism 18, reversing gear bracket 41 casing pipe sleeve is connected on ' 7 ' font connecting rod 20, connecting rod 20 is respectively equipped with two stop blocks, and between two stop blocks, length grows 1/3rd than reversing gear bracket 41 sleeve pipe.Through and off two fork 40 ends become parked two points of X-shape, and point of intersection place is respectively equipped with magnet stake 38 and fixes for fork 40 is parked, and valve fork 40 one-tenth X-shapes extend between reversing gear bracket 41 4 shelves stakes.Reversing gear bracket 41 and spring housing 39 mechanism are hinged.The other end of ' 7 ' font connecting rod 20 is connected with reciprocal axle 16 upper end, reversing gear bracket 41 to-and-fro motion is driven by connecting rod 20, toward during to motion, the shelves stake that reversing gear bracket 41 is placed in rear end, fork 40 point of intersection is left gradually, the shelves stake being placed in front end, fork 40 point of intersection is close gradually to point of intersection, the spring contraction be hinged in the spring housing 39 on reversing gear bracket 41 stores power, toward during to motion postcritical, the reversing gear bracket shelves stake of front end, fork 40 point of intersection has been touched by fork 40, the spring energy storage release vertebra be hinged on reversing gear bracket 41 moves reversing gear bracket 41 and continues towards toward to sliding into another stop block on connecting rod 20 on connecting rod, promote fork 40 simultaneously and swing to another point of intersection, completing break-make commutation makes reciprocal axle 16 from past multiple to motion to becoming, it is multiple that to motion commutation, as gone together to commutation overall process, just effect is contrary.
as in Fig. 3, described lever-rack driving mechanism and rotating machinery power converting machine structure are that lever 21 one end is flexibly connected with the horizontal mouth 43 of reciprocal axle 16 upper end clamping plate, the other end is flexibly connected with the tooth bar 25 upper end horizontal mouth 44 of clamping plate, stage casing establishes pivot and long mouth 42 and fulcrum shaft 23 one-tenth ' ten ' font to overlap even, fulcrum shaft 23 socket place establishes teeth groove, in lever 21 stage casing pivot and long mouth 42, side establishes gear and fulcrum shaft 23 socket place teeth groove to coincide, rack support place, fulcrum shaft 23 two ends and fulcrum place, lever 21 stage casing overlap be connected with put identical, the positive and negative rocking-turn of fulcrum shaft 23, lever stage casing fulcrum is shifted.
described rotating machinery power converting machine structure comprises in casing establishes two pieces of pushing shafts, wherein one piece of pushing shaft 26 is installed promotion to rotate forward the many covers of ratchet the same, another piece of many cover of pushing shaft 27 installation promotion counterrotating ratchet is the same, tooth bar 25 cogs and ratchet 24, the overcoat 46 of 22,45 surperficial gear inosculations, tooth bar 25 to-and-fro motion drives two overcoat 46.45 positive and negative rotations.Tooth bar 25 is toward during to motion, and drive two ratchet 24,22 overcoats 46,45 to rotate forward, overcoat 46 promotes pushing shaft 26 and rotates forward, and overcoat 45 resets; Tooth bar 25 is multiple to when moving, and drive the counterrotating of two ratchet 24,22 overcoats 46,45, overcoat 45 promotes pushing shaft 27 counterrotating, and overcoat 46 resets; Many cover ratchets are the same so repeatedly.Pushing shaft 26 and pushing shaft 27 one end are connected on gear train 28 internal gear, export after gear train 28 is merged into single rotating machinery power and accelerates, and the power of output is the rotating machinery power with lever increase and decrease speed change, output shaft is installed inertial wheel 37.
Claims (4)
1. a tri-state fuel explosive motor, comprises feeding device, firing unit, it is characterized in that: described firing unit comprises sealed combustion chamber (9) and ignition mechanism, described feeding device comprises many pipelines, described pipeline one end is connected with the combustion furnace (8) in sealed combustion chamber (9), the pipeline the other end is connected with multiple filter cleaner (7) and conservation tank respectively, pipeline stage casing is respectively equipped with liquid fuel note and send pump (4) or vaporized fuel to add to send device, described vaporized fuel adds and send device to comprise vaporized fuel note to send pump (1) and air pressure pump (3), between air pressure pump (3) to sealed combustion chamber (9), ducted one section is divided into two-way, liquid fuel note send pump (4) or vaporized fuel to add to send pipeline between device to sealed combustion chamber (9) to be provided with regulating switch (2, 5), sealed combustion chamber (9) top is provided with solid fuel gasification room (11), solid fuel gasification room (11) two ends are established material feeding mouth (14) and ash outlet (34) respectively and are respectively established two sects opened and closed respectively, have in solid fuel gasification room (11) and extend to outdoor steam line (36) and stirring shaft (35), solid fuel gasification room (11) interior stirring shaft (35) is installed agitation frame sheet (12), stirring shaft (35) outside extending chamber installs sprocket wheel, solid fuel gasification room (11) establishes pipeline and vaporized fuel to note to send pump (1) to be communicated with, connecting pipe stage casing is provided with takes out note pump (33), temporary storage tank (32) and regulating switch (2).
2. a kind of tri-state fuel explosive motor according to claim 1, it is characterized in that: described sealed combustion chamber (9) peripheral hardware complete seal shell (6), the sealed combustion chamber (9) comprised within shell (6), overlap piston jacket (15) more, selector valve mechanism (18) housing, solid fuel gasification room (11) material feeding mouth (14) ash outlet (34), many pipelines are tightly connected all completely and form complete water containing chamber (13) and hold vapour chamber (19), shell (6) is provided with water injecting pipe (31), outlet pipe (29) in addition.
3. a kind of tri-state fuel explosive motor according to claim 2, is characterized in that: establish piston to be connected with machine power switching mechanism beyond shell (6) in described shell (6); Described piston is by piston jacket (15,30) piston body (17) is established to be connected with reciprocal axle (16), reciprocal axle (16) is from described piston jacket (15,30) upper end is stretched out, piston jacket (15,30) one end arranges air inlet and exhaust duct, the other end arranges air inlet and exhaust duct, admission line is by sealed combustion chamber (9) and piston jacket (15,30) be communicated with, also vapor chamber (19) and piston jacket (15,30) are communicated with, exhaust duct is communicated with secondary and three grades of piston mechanisms respectively; Piston jacket (15,30) intake and exhaust pipeline in two ends is installed respectively the contrary selector valve of two on off operating modes, selector valve is established fork (40), during on-off, two valve forks (40) are placed in two point of intersection respectively, and point of intersection place arranges magnet stake (38) respectively; In described selector valve mechanism (18), reversing gear bracket (41) casing pipe sleeve is connected on " 7 " font connecting rod (20), and connecting rod (20) one end is connected with reciprocal axle (16) upper end, and reversing gear bracket (41) is flexibly connected with commutation spring housing (39).
4. a kind of tri-state fuel explosive motor according to claim 3, is characterized in that: described machine power switching mechanism also comprises lever transmission mechanism and rotating machinery power converting machine structure; Lever transmission mechanism comprises lever (21), long mouth (42) is established at described fulcrum place, lever (21) stage casing, long mouth (42) becomes " ten " font to overlap even with fulcrum shaft (23), fulcrum shaft (23) cover connects place and establishes teeth groove, establish tooth to kiss with fulcrum shaft (23) teeth groove along side in lever (21) long mouth (42) to engage, rack support place, fulcrum shaft (23) two ends arranges identical with balance pivot place; Lever (21) one end is flexibly connected with the horizontal mouth of reciprocal axle (16) upper end clamping plate (43), the other end is flexibly connected with the horizontal mouth of tooth bar (25) upper end clamping plate (44), tooth bar (25) tooth be arranged on two pieces of pushing shafts (26,27) ratchet (22 on, 24) overcoat (45,46) surperficial gear inosculation; Described pushing shaft (26,27) be located in complete casing, wherein one piece of pushing shaft (26) is installed the promotion of many covers and is rotated forward ratchet, another piece of pushing shaft (27) is installed many covers and is promoted counterrotating ratchet, two pieces of pushing shafts (26,27) one end is all connected with the gear in gear train (28), exports after gear train (28) is merged into same rotating machinery power and accelerates, and output shaft is established inertia force take turns (37).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310026065.9A CN103089421B (en) | 2013-01-18 | 2013-01-18 | Tri-state fuel explosive motor |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310026065.9A CN103089421B (en) | 2013-01-18 | 2013-01-18 | Tri-state fuel explosive motor |
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| Publication Number | Publication Date |
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| CN103089421A CN103089421A (en) | 2013-05-08 |
| CN103089421B true CN103089421B (en) | 2015-04-15 |
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| CN201310026065.9A Active CN103089421B (en) | 2013-01-18 | 2013-01-18 | Tri-state fuel explosive motor |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1382202A (en) * | 1999-09-20 | 2002-11-27 | 科学技术振兴事业团 | Apparatus and method for gasifying liquid or solid fuel |
| CN1916381A (en) * | 2006-09-05 | 2007-02-21 | 陈丽君 | Internal-combustion engine of combustible powder |
| CN101115822A (en) * | 2005-02-04 | 2008-01-30 | 株式会社日立制作所 | Apparatus and method for gasifying solid fuel |
| CN201802479U (en) * | 2010-09-07 | 2011-04-20 | 霍继龙 | Engine capable of burning solid, liquid and gaseous fuel |
| CN202165164U (en) * | 2011-07-26 | 2012-03-14 | 长沙理工大学 | Blended fuel power device for vehicles |
| JP5057466B2 (en) * | 2007-05-08 | 2012-10-24 | 独立行政法人産業技術総合研究所 | Method for generating combustible gas and gasification reactor therefor |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8481699B2 (en) * | 2009-07-14 | 2013-07-09 | Academia Sinica | Multiplex barcoded Paired-End ditag (mbPED) library construction for ultra high throughput sequencing |
| US9144529B2 (en) * | 2011-07-27 | 2015-09-29 | Stephen Lynn Culver | Range of motion assistant |
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2013
- 2013-01-18 CN CN201310026065.9A patent/CN103089421B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1382202A (en) * | 1999-09-20 | 2002-11-27 | 科学技术振兴事业团 | Apparatus and method for gasifying liquid or solid fuel |
| CN101115822A (en) * | 2005-02-04 | 2008-01-30 | 株式会社日立制作所 | Apparatus and method for gasifying solid fuel |
| CN1916381A (en) * | 2006-09-05 | 2007-02-21 | 陈丽君 | Internal-combustion engine of combustible powder |
| JP5057466B2 (en) * | 2007-05-08 | 2012-10-24 | 独立行政法人産業技術総合研究所 | Method for generating combustible gas and gasification reactor therefor |
| CN201802479U (en) * | 2010-09-07 | 2011-04-20 | 霍继龙 | Engine capable of burning solid, liquid and gaseous fuel |
| CN202165164U (en) * | 2011-07-26 | 2012-03-14 | 长沙理工大学 | Blended fuel power device for vehicles |
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| Publication number | Publication date |
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| CN103089421A (en) | 2013-05-08 |
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