CN108708800A

CN108708800A - A kind of Stirling engine

Info

Publication number: CN108708800A
Application number: CN201810955948.0A
Authority: CN
Inventors: 唐紫松
Original assignee: Shenzhen Forever Electron Technology Co Ltd
Current assignee: Shenzhen Forever Electron Technology Co Ltd
Priority date: 2018-08-21
Filing date: 2018-08-21
Publication date: 2018-10-26

Abstract

The invention discloses a kind of Stirling engines, including in apparatus main body, the power plant being set in described device main body, setting and described device main body heating device and the energy source device that is set in apparatus main body, the power plant includes being set to the first cavity of described device main body inner opening to the left, and round heating tube is fixedly installed in first cavity；Stirling is a kind of external-burning engine, it is that power is exported by cycle of the medium in cylinder through supercooling, a cycle of compression, absorbing heat, be expanded to, Stirling engine because keep high temperature for a long time, this makes many heats be had lost by the form for directly transmitting with heat radiation, can heat be concentrated on the present apparatus the present invention is directed to designing one kind to reduce thermal loss and medium can be recycled, while there is a kind of one-touch Stirling engine for starting and stopping function.

Description

A kind of Stirling engine

Technical field

The present invention relates to Mechanical Driven technical field, specifically a kind of Stirling engine.

Background technology

Stirling is a kind of external-burning engine, be by medium in cylinder through supercooling, compression, absorb heat, be expanded to one The cycle in period exports power, and for Stirling engine because keeping high temperature for a long time, this makes many heats by directly passing It passs and is had lost with the form of heat radiation, therefore design one kind heat can be concentrated on to the present apparatus to reduce thermal loss and energy Enough recycle medium, at the same have it is one-touch start stop function a kind of Stirling engine it is really necessary to.

Invention content

Technical problem to be solved by the invention is to provide a kind of Stirling engines, can solve above-mentioned present technology The problems in.

The present invention is achieved through the following technical solutions：A kind of Stirling engine of the present invention, including device master Body, the power plant being set in described device main body, setting and heating device in described device main body and it is set to dress The energy source device in main body is set, the power plant includes being set to the first cavity of described device main body inner opening to the left, institute It states and is fixedly installed round heating tube in the first cavity, upper and lower perforative first is provided in the circle heating tube upper inside walls Through-hole is provided with perforative second through-hole up and down in inner wall on the downside of the circle heating tube, is provided in the circle heating tube Opening the first heating chamber to the left is provided with can horizontally slip in first heating chamber first in first heating chamber Piston pump, what is be connected in the first heating chamber inner left wall is provided with the second cavity, and the first piston pumps left end face Hinge connection has left end extension to be passed through to the first rotating bar in second cavity, is provided in second cavity rotatable Rotational power disk, what is be connected in inner wall on rear side of second cavity is provided with third cavity, on rear side of the rotational power disk Extension is fixedly connected at the axle center of end face to be passed through to the first rotating shaft in the third cavity, it is fixed in the first rotating shaft to connect It is connected to the first bevel gear that can be rotated in the third cavity, the first bevel gear upper end is provided with meshed cooperation Second bevel gear, what is be connected in the third cavity upper inside walls is provided with the 4th cavity, on the upside of the second bevel gear Extension is fixedly connected at the axle center of end face to be passed through to the second shaft in the 4th cavity, it is fixed in second shaft to connect It is connected to the first gear that can be rotated in the 4th cavity, being provided between the second bevel gear and first gear can be in institute State the slide assemblies to horizontally slip in the 4th cavity, the slide assemblies left end is fixedly connected with the first sliding bar, and described first It is arranged with the axle sleeve that can be slidably matched with first sliding bar on sliding bar, is connected in the inner wall of the 4th cavity right side It is provided with the 5th cavity, the slide assemblies right end is fixedly connected with the second sliding for extending and being passed through in the 5th cavity Bar, the second sliding bar right end are fixedly connected with the first sliding shoe that can be horizontally slipped in the 5th cavity, and described Perforative third through-hole up and down, the rotational power disk front end face and the first rotating bar left end are provided in one sliding shoe Between be connected through the hinge, what is be connected in inner wall on the downside of second cavity is provided with the first compression chamber, first rotation Bar left distal end hinge connection has the second rotating bar, and second rotating bar lower end hinge connection has can be in first compression chamber The second piston pump inside slided up and down, the company of being provided with being connected in the downside inner wall of inner wall on the right side of first compression chamber The cooling chamber of second through-hole is passed through, the first check valve is fixedly installed in the cooling chamber of second through-hole side, What is be connected in the downside inner wall of the first compression chamber inner left wall is provided with torus, fixes and sets in the torus It is equipped with the second check valve.

The heating device includes the gas that connection is set in the inner wall of the torus right side as a preferred technical solution, Body storage chamber, is provided with the first pressing plate that can be slided up and down in the gas storage chamber in the gas storage chamber, and described The first spring is fixedly connected on the downside of one pressing plate on the downside of end face and the gas storage chamber between inner wall, on the gas storage chamber What is be connected in the inner wall of side is provided with the air injection chamber of opening upwards, and the gas injection intracavitary is fixedly installed pressure valve, What is be connected in the air injection chamber upper inside walls is provided with the second heating chamber, is connected in the inner wall of the second heating chamber right side Logical is provided with the 6th cavity, and rotatable first idler wheel flint, the first idler wheel flint are provided in the 6th cavity Bottom righthand side is provided with the second idler wheel flint that can be meshed and can be rotated in the 6th cavity with the first idler wheel flint, What is be connected in inner wall on the right side of 6th cavity is provided with the 7th cavity, and what is be connected in the inner wall of the 7th cavity right side sets It is equipped with the discharge chamber of opening to the right, what is be connected in the inner wall of the 7th cavity downside is provided with the 8th cavity, and the described 8th is empty Intracavitary is provided with the second sliding shoe that can be slided up and down in the 8th cavity, is arranged in the second sliding shoe right end face There is the first limit hole of opening to the right, what is be connected in the inner left wall of inner wall on the downside of the 8th cavity is provided with the 9th Cavity is provided with the third sliding shoe that can be horizontally slipped in the 9th cavity, the third sliding in the 9th cavity Perforative fourth hole up and down is provided in block.

The energy source device includes being set in the 7th cavity to can slide up and down the as a preferred technical solution, Four sliding shoes, the 4th sliding shoe downside are fixedly connected with the 5th sliding shoe, the 4th sliding shoe left end face on end face It is fixedly connected with the rack for the cooperation that can be meshed with the second idler wheel flint, end face is fixedly connected on the upside of the 4th sliding shoe There are the starting bar extended outside the 7th cavity, the 4th sliding shoe left end face to be provided with the tenth sky of opening to the left Chamber, what is be connected in inner wall on the right side of the tenth cavity is provided with fifth hole, is connected in the fifth hole inner left wall Be provided with energy storage chamber, what is be connected in inner wall on the downside of the energy storage chamber is provided with the 6th through-hole, and the described 6th is logical What is be connected in inner wall at left and right sides of hole is provided with the 11st cavity, and being provided in the 11st cavity can be the described 11 The 6th sliding shoe to horizontally slip in cavity, is provided with perforative 7th through-hole up and down in the 6th sliding shoe, and the described tenth It is connected in the inner wall of both sides above and below one cavity and is symmetrically arranged with the first limiting slot, the 6th sliding shoe upper and lower ends is fixed Extension is connected with to be passed through to the first limited block in first limiting slot, the first limited block left end face and described first It is fixedly connected with second spring between limiting slot inner left wall, the phase in the downside inner wall of inner wall on the right side of the 11st cavity Connection is provided with the 12nd cavity, and can be slided up and down in the 12nd cavity the is provided in the 12nd cavity Seven sliding shoes are connected at left and right sides of the 12nd cavity in inner wall and are symmetrically arranged with the second limiting slot, and the described 7th Sliding shoe left and right ends are fixedly connected with extension and are passed through to the second limited block in second limiting slot, second limited block It is fixedly connected with third spring between upside end face and the second limiting slot upper inside walls.

The slide assemblies include being set to horizontally slip in the 4th cavity as a preferred technical solution, First operation block is provided with the 13rd cavity in first operation block, and being provided in the 13rd cavity can be described The second operation block slid back and forth in 13 cavitys, second operation block upper end are fixedly connected with half round block symmetrical above and below, Several ratch being equally spaced, the first gear and the ratch and the semicircle are fixedly connected between half round block Block can be intermeshed cooperation.

It is connected in inner wall at left and right sides of the 8th cavity as a preferred technical solution, and is symmetrically arranged with third Limiting slot, the second sliding shoe left and right ends are fixedly connected with the third limit for extending and being passed through in the third limiting slot Block is fixedly connected with the 4th spring between the third limited block downside end face and third limiting slot downside inner wall, described What is be connected in the inner wall of both sides on the upside of 9th cavity is provided with the 4th limiting slot, and the third sliding shoe upper and lower ends are fixedly connected There is extension to be passed through to the 4th limited block in the 4th limiting slot, the 4th limited block left end face is limited with the described 4th The 5th spring is fixedly connected between slot inner left wall, what is be connected in the inner wall of the 8th cavity right side is provided with the first bracing wire Chamber, the first bracing wire intracavitary are provided with the 8th sliding shoe that can be horizontally slipped in the first bracing wire intracavitary, and described first draws It is connected in the inner wall of both sides above and below line chamber and is symmetrically arranged with the 5th limiting slot, the 8th sliding shoe upper and lower ends, which are fixed, is connected It is connected to extension to be passed through to the 5th limited block in the 5th limiting slot, the 5th limited block right end face is limited with the described 5th It is fixedly connected with the 6th spring on the right side of the slot of position between inner wall, being provided in inner wall on the right side of the first bracing wire chamber can horizontally slip First pulling block is fixedly connected with the first bracing wire between the first pulling block left end face and the 8th sliding shoe right end face.

It is connected in inner wall on the right side of the 7th cavity as a preferred technical solution, and is symmetrically arranged with the 6th limit Slot, the 4th sliding shoe right end are fixedly connected with extension and are passed through to the 6th limited block in the 6th limiting slot, and described the On the downside of six limited blocks the 7th spring is fixedly connected between end face and the 6th limiting slot downside inner wall.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, power source is used as by the present apparatus and is used When, user of service pushes down on starting bar in the 7th cavity, and then drives the 4th sliding shoe and the 5th sliding shoe downward It pushes, and then the second sliding shoe is pushed to be moved down in the 8th cavity, and then the combustible ice in the tenth cavity is made to slide into the In one heating chamber, and then rack drives the second idler wheel flint is made to rotate, and then passes through the second idler wheel flint and the first idler wheel flint Between engagement drive the rotation of the first idler wheel flint, and then generate Mars, the 5th sliding shoe is by abutting third at this time Sliding shoe is moved to the left in the 9th cavity, and the first limit hole and the 8th sliding shoe are in detent position, while four-way at this time Hole, air injection chamber and gas storage chamber are in connected state, and the fuel gas in gas storage chamber is from gas injection at this time Intracavitary sprays, and then is ignited as heating source in the first idler wheel flint, heats round heating tube at this time, is heated to certain journey Gas expansion after degree in the first heating chamber pushes first piston pump to be moved to the left in the first heating chamber, and then drives first Rotating bar moves to the left in the first heating chamber, and then drives rotational power disk and the rotation of the second rotating bar, and then drives Second piston pump slides up and down in the first compression chamber, when first piston pump is moved to limit on the left position, the gas of heating Body enters from the second through-hole in the first compression chamber, at this time due to the effect of the first check valve, and then the gas in the first compression chamber Can only one-way flow squeeze the heat gas in the first compression chamber from the first compression chamber pressure when second piston pump moves down Enter in torus and gas storage chamber as recycling, at this time due to the effect of the second check valve, the gas in torus Body can only one-way flow, when gas is pushed back to gas storage chamber, gas will squeeze the first spring and the first pressing plate, then pass through First spring elastic force effect gas is pressed into the second heating chamber, when rotational power disk rotate drive first rotating shaft and First bevel gear rotates, so by engagement between first bevel gear and second bevel gear drive second bevel gear and First gear rotates, and then drives the second operation block the by engagement between first gear and half round block and ratch Class circular motion is carried out in 13 cavitys, and then the first operation block is driven to be moved left and right in the 4th cavity, and then is driven Second sliding bar and the first sliding shoe are moved left and right in the 5th cavity, when the first sliding shoe is moved to limit on the right-right-hand limit position When, the first sliding shoe is abutted against with the 7th sliding shoe at this time, and then the 7th sliding shoe is driven to be moved up in the 12nd cavity, And then by the withstanding effect between the 7th sliding shoe and the 6th sliding shoe by the 6th sliding shoe in the 11st cavity to moving to left It is dynamic, and then energy storage chamber, the 6th through-hole, third through-hole, first through hole and the first heating chamber is made to be in connected state, at this time Combustible ice in energy storage chamber is slid into and is used as expansion sources in the first heating chamber, the device can be used as power source to provide at this time Endlessly power pulls to the right the first pulling block when needing to stop, and then drives the 8th sliding shoe by the first bracing wire It moves right, the second sliding shoe and third sliding shoe is made to restore to original state, and then sprayed gas by third sliding shoe Penetrate chamber partition, fuel gas made to be enclosed in gas storage chamber, by the present apparatus can be used as power source provide for other devices it is dynamic Power, present apparatus Self-prepared energy device and recycling device, it is ensured that the high efficiency of the present apparatus, while there is one-touch startup Stop function, is worth recommending.

Description of the drawings

The present invention is described in detail by following specific embodiment and attached drawing for ease of explanation,.

Fig. 1 is a kind of internal structure schematic diagram of Stirling engine of the present invention；

Fig. 2 is the schematic diagram of " A-A " in Fig. 1；

Fig. 3 is the schematic diagram of " B-B " in Fig. 1；

Fig. 4 is the enlarged diagram of " C " in Fig. 1；

Fig. 5 is the enlarged diagram of " D " in Fig. 1.

Specific implementation mode

As Figure 1-Figure 5, a kind of Stirling engine of the invention, including apparatus main body 10, it is set to described device Power plant, setting in main body 10 and the heating device in described device main body 10 and the energy being set in apparatus main body 10 Source device, the power plant include being set to the first cavity 11 of 10 inner opening of described device main body to the left, and described first is empty Round heating tube 12 is fixedly installed in chamber 11, it is logical to be provided with upper and lower perforative first in circle 12 upper inside walls of heating tube Hole 13, is provided with perforative second through-hole 14 up and down in the circle heating tube 12 downside inner wall, in the circle heating tube 12 It is provided with the first heating chamber 15 of opening to the left, being provided in first heating chamber 15 can be left in first heating chamber 15 The first piston pump 16 of right sliding, what is be connected in 15 inner left wall of the first heating chamber is provided with the second cavity 17, described First piston, which pumps 16 left end face hinge connections, has left end extension to be passed through to the first rotating bar 18 in second cavity 17, institute It states and is provided with rotatable rotational power disk 19 in the second cavity 17, the setting being connected in second cavity, 17 rear side inner wall There is third cavity 20, extension is fixedly connected at the axle center of 19 back end surface of rotational power disk and is passed through to the third cavity First rotating shaft 21 in 20 is fixedly connected with the first cone tooth that can be rotated in the third cavity 20 in the first rotating shaft 21 Wheel 22,22 upper end of the first bevel gear are provided with the second bevel gear 23 of meshed cooperation, on the third cavity 20 What is be connected in the inner wall of side is provided with the 4th cavity 24, is fixedly connected with and prolongs at the axle center of 23 upside end face of the second bevel gear The second shaft 25 being passed through in the 4th cavity 24 is stretched, being fixedly connected in second shaft 25 can be empty the described 4th The first gear 26 rotated in chamber 24, being provided between the second bevel gear 23 and first gear 26 can be in the 4th cavity The slide assemblies to horizontally slip in 24, the slide assemblies left end are fixedly connected with the first sliding bar 27, first sliding bar It is arranged with the axle sleeve 28 that can be slidably matched with first sliding bar 27 on 27, is connected in 24 right side inner wall of the 4th cavity Be provided with the 5th cavity 29, the slide assemblies right end is fixedly connected with extension and is passed through to second in the 5th cavity 29 Sliding bar 30,30 right end of the second sliding bar are fixedly connected with the first sliding that can be horizontally slipped in the 5th cavity 29 Block 31, is provided with perforative third through-hole 32 up and down in first sliding shoe 31,19 front end face of rotational power disk with It is connected through the hinge between first rotating bar, 18 left end, what is be connected in second cavity, 17 downside inner wall is provided with One compression chamber 33, first rotating bar, 18 left distal end hinge connection have the second rotating bar 34, under second rotating bar 34 End hinge connection has the second piston pump 35 that can be slided up and down in first compression chamber 33, close to first compression chamber 33 What is be connected in the downside inner wall of right side inner wall is provided with the cooling chamber 36 for being communicated in second through-hole 14, close to described second The first check valve 37 is fixedly installed in the cooling chamber 36 of 14 side of through-hole, under 33 inner left wall of the first compression chamber What is be connected in the inner wall of side is provided with torus 38, and the second check valve 39 is fixedly installed in the torus 38.

Valuably, the heating device includes the gas storage chamber that connection is set in 38 right side inner wall of the torus 40, it is provided with the first pressing plate 41 that can be slided up and down in the gas storage chamber 40 in the gas storage chamber 40, described The first spring 42, the gas storage are fixedly connected between 40 downside inner wall of one pressing plate, 41 downside end face and the gas storage chamber The air injection chamber 43 for being provided with opening upwards being connected in 40 upper inside walls of chamber is deposited, fixes and sets in the air injection chamber 43 It is equipped with pressure valve 44, what is be connected in 43 upper inside walls of the air injection chamber is provided with the second heating chamber 45, and described second adds What is be connected in 45 right side inner wall of hot chamber is provided with the 6th cavity 46, and rotatable first rolling is provided in the 6th cavity 46 Flint 47 is taken turns, 47 bottom righthand side of the first idler wheel flint is provided with and can be meshed with the first idler wheel flint 47 and can be described The the second idler wheel flint 48 rotated in 6th cavity 46, what is be connected in 46 right side inner wall of the 6th cavity is provided with the 7th sky Chamber 49, what is be connected in 49 right side inner wall of the 7th cavity is provided with the discharge chamber 50 of opening to the right, the 7th cavity 49 What is be connected in the inner wall of downside is provided with the 8th cavity 51, and being provided in the 8th cavity 51 can be in the 8th cavity 51 The second sliding shoe 52 slided up and down is provided with the first limit hole of opening to the right in 52 right end face of the second sliding shoe 53, what is be connected in the inner left wall of 51 downside inner wall of the 8th cavity is provided with the 9th cavity 54, and the described 9th is empty It is provided with the third sliding shoe 55 that can be horizontally slipped in the 9th cavity 54 in chamber 54, is arranged in the third sliding shoe 55 There is perforative fourth hole 56 up and down.

Valuably, the energy source device includes being set in the 7th cavity 49 the 4th sliding shoe that can slide up and down 57, the 5th sliding shoe 58,57 left end face of the 4th sliding shoe are fixedly connected on 57 downside end face of the 4th sliding shoe It is fixedly connected with the rack 75 for the cooperation that can be meshed with the second idler wheel flint 48,57 upside end face of the 4th sliding shoe is solid Surely be connected with the starting bar 59 extended outside the 7th cavity 49,57 left end face of the 4th sliding shoe be provided with opening to The tenth left cavity 60, what is be connected in 60 right side inner wall of the tenth cavity is provided with fifth hole 61, the fifth hole What is be connected in 61 inner left walls is provided with energy storage chamber 62, the setting being connected in 62 downside inner wall of the energy storage chamber There is the 6th through-hole 63, what is be connected in 63 left and right sides inner wall of the 6th through-hole is provided with the 11st cavity 64, and the described tenth The 6th sliding shoe 65 that can be horizontally slipped in the 11st cavity 64, the 6th sliding shoe 65 are provided in one cavity 64 It is inside provided with perforative 7th through-hole 66 up and down, is connected in about the 64 both sides inner wall of the 11st cavity and is symmetrically arranged There are the first limiting slot 67,65 upper and lower ends of the 6th sliding shoe to be fixedly connected with extension and be passed through to first limiting slot 67 The first limited block 68, be fixedly connected between 68 left end face of the first limited block and 67 inner left wall of the first limiting slot There is second spring 69, what is be connected in the downside inner wall of 64 right side inner wall of the 11st cavity is provided with the 12nd cavity 70, the 7th sliding shoe 71 that can be slided up and down in the 12nd cavity 70 is provided in the 12nd cavity 70, it is described It is connected in 12nd cavity, 70 left and right sides inner wall and is symmetrically arranged with the second limiting slot 72, the 7th sliding shoe 71 is left Right both ends are fixedly connected with extension and are passed through to the second limited block 73 in second limiting slot 72, on second limited block 73 It is fixedly connected with third spring 74 between side end face and 72 upper inside walls of the second limiting slot.

Valuably, the slide assemblies include being set to the first operation block that can be horizontally slipped in the 4th cavity 24 76, the 13rd cavity 77 is provided in first operation block 76, and being provided in the 13rd cavity 77 can be the described ten The second operation block 78 slid back and forth in three cavitys 77,78 upper end of the second operation block are fixedly connected with semicircle symmetrical above and below Block 79 is fixedly connected with several ratch 80 being equally spaced, the first gear 26 and the ratch between half round block 79 80 and half round block 79 can be intermeshed cooperation.

Valuably, it is connected in 51 left and right sides inner wall of the 8th cavity and is symmetrically arranged with third limiting slot 81, 52 left and right ends of the second sliding shoe are fixedly connected with extension and are passed through to the third limited block 82 in the third limiting slot 81, It is fixedly connected with the 4th spring 83, institute between 81 downside inner wall of 82 downside end face of the third limited block and the third limiting slot State the 4th limiting slot 84 that is provided with being connected in 54 upside both sides inner wall of the 9th cavity, 55 upper and lower ends of third sliding shoe Extension is fixedly connected with to be passed through to the 4th limited block 85 in the 4th limiting slot 84,85 left end face of the 4th limited block It is fixedly connected with the 5th spring 86 between 84 inner left wall of the 4th limiting slot, phase in 51 right side inner wall of the 8th cavity Connection is provided with the first bracing wire chamber 87, and being provided in the first bracing wire chamber 87 can slide left and right in the first bracing wire chamber 87 The 8th dynamic sliding shoe 88 is connected in first bracing wire chamber, about the 87 both sides inner wall and is symmetrically arranged with the 5th limiting slot 89,88 upper and lower ends of the 8th sliding shoe are fixedly connected with extension and are passed through to the 5th limited block in the 5th limiting slot 89 90, the 6th spring is fixedly connected between 89 right side inner wall of 90 right end face of the 5th limited block and the 5th limiting slot 91, the first pulling block 92 that can be horizontally slipped, first pulling block, 92 left side are provided in the 87 right side inner wall of the first bracing wire chamber It is fixedly connected with the first bracing wire 93 between end face and 88 right end face of the 8th sliding shoe.

Valuably, it is connected in 49 right side inner wall of the 7th cavity and is symmetrically arranged with the 6th limiting slot 94, it is described 4th sliding shoe, 57 right end is fixedly connected with extension and is passed through to the 6th limited block 95 in the 6th limiting slot 94, and the described 6th It is fixedly connected with the 7th spring 96 between 95 downside end face of limited block and 94 downside inner wall of the 6th limiting slot.

When original state, the first spring 42 is in uncompressed state, the first pressing plate 41 maximum limit in gas storage chamber 40 Degree moves up, and the second sliding shoe 52 moves up to greatest extent in the 8th cavity 51, and the 4th sliding shoe 57 is the 7th at this time It is moved up to greatest extent in cavity 49, the tenth cavity 60, fifth hole 61 and energy storage chamber 62 are in connected state at this time State, at this time the 6th sliding shoe 65 moved to the right to greatest extent in the 11st cavity 64, the 6th sliding shoe 65 is by the 6th at this time Through-hole 63 separates, and the 7th sliding shoe 71 moves down to greatest extent in the 12nd cavity 70 at this time, at this time the 7th sliding shoe 71 Lower end, which extends, to be passed through to the 5th cavity 29.

It is used as power source by the present apparatus in use, user of service pushes down on starting bar 59 in the 7th cavity 49, And then the 4th sliding shoe 57 and the 5th sliding shoe 58 is driven to push down on, and then push the second sliding shoe 52 in the 8th cavity 51 It inside moves down, and then the combustible ice in the tenth cavity 60 is made to slide into the first heating chamber 15, and then rack 75 is made to drive the Second wheel flint 48 rotates, and then drives first by the engagement between the second idler wheel flint 48 and the first idler wheel flint 47 Idler wheel flint 47 rotates, and then generates Mars, and the 5th sliding shoe 58 is by abutting third sliding shoe 55 in the 9th cavity at this time It is moved to the left in 54, the first limit hole 53 and the 8th sliding shoe 88 are in detent position at this time, while fourth hole 56, gas spray It penetrates chamber 43 and gas storage chamber 40 is in connected state, the fuel gas in gas storage chamber 40 is from air injection chamber 43 at this time Interior ejection, and then be ignited as heating source in the first idler wheel flint 47, round heating tube 12 is heated at this time, is heated to certain Gas expansion after degree in the first heating chamber 15 pushes first piston pump 16 to be moved to the left in the first heating chamber 15, in turn It drives the first rotating bar 18 to be moved to the left in the first heating chamber 15, and then drives rotational power disk 19 and the second rotating bar 34 rotations, and then second piston pump 35 is driven to be slided up and down in the first compression chamber 33, when first piston pump 16 is moved to When limit on the left position, the gas of heating enters from the second through-hole 14 in the first compression chamber 33, at this time due to the first check valve 37 Effect, so the gas in the first compression chamber 33 can only one-way flow, when second piston pump 35 move down when, squeeze first pressure Heat gas in contracting chamber 33, which is pressed into from the first compression chamber 33 to interior be used as of torus 38 and gas storage chamber 40, to be recycled, At this time due to the effect of the second check valve 39, gas in torus 38 can only one-way flow, stored when gas is pushed back to gas In chamber 40, gas will squeeze the first spring 42 and the first pressing plate 41, then be acted on gas pressure by the elastic force of the first spring 42 Enter to the second heating chamber 45, first rotating shaft 21 and first bevel gear 22 is driven to rotate when rotational power disk 19 rotates, into And second bevel gear 23 and first gear 26 are driven by the engagement between first bevel gear 22 and second bevel gear 23 Rotation, and then drive the second operation block 78 the by engagement between first gear 26 and half round block 79 and ratch 80 Class circular motion is carried out in 13 cavitys 77, and then the first operation block 76 is driven to be moved left and right in the 4th cavity 24, into And the second sliding bar 30 and the first sliding shoe 31 is driven to be moved left and right in the 5th cavity 29, when the first sliding shoe 31 moves When moving to limit on the right-right-hand limit position, the first sliding shoe 31 is abutted against with the 7th sliding shoe 71 at this time, and then the 7th sliding shoe 71 is driven to exist It is moved up in 12nd cavity 70, and then by the withstanding effect between the 7th sliding shoe 71 and the 6th sliding shoe 65 by the 6th Sliding shoe 65 is moved to the left in the 11st cavity 64, and then makes energy storage chamber 62, the 6th through-hole 63, third through-hole 32, One through-hole 13 and the first heating chamber 15 are in connected state, and the combustible ice in energy storage chamber 62, which is slid into first, at this time adds Expansion sources are used as in hot chamber 15, the device can be used as power source to provide endlessly power at this time, when needing to stop, by the One pulling block 92 pulls to the right, so by the first bracing wire 93 drive the 8th sliding shoe 88 move right, make the second sliding shoe 52 with And the recovery of third sliding shoe 55 separates air injection chamber 43 to original state, and then by third sliding shoe 55, makes combustible gas Body is enclosed in gas storage chamber 40.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention Protection domain should be determined by the scope of protection defined in the claims.

Claims

1. a kind of Stirling engine, including apparatus main body, the power plant being set in described device main body, setting with it is described Heating device in apparatus main body and the energy source device being set in apparatus main body, the power plant include be set to it is described The first cavity of apparatus main body inner opening to the left is fixedly installed round heating tube, the round heating in first cavity It is provided with perforative first through hole up and down in pipe upper inside walls, is provided in the inner wall of circle heating tube downside perforative up and down Second through-hole is provided with opening the first heating chamber to the left in the circle heating tube, and being provided in first heating chamber can The first piston to horizontally slip in first heating chamber pumps, and what is be connected in the first heating chamber inner left wall is provided with Second cavity, the first piston pump left end face hinge connection have left end extension to be passed through to first turn in second cavity Lever, is provided with rotatable rotational power disk in second cavity, and what is be connected in inner wall on rear side of second cavity sets It is equipped with third cavity, extension is fixedly connected at the axle center of the rotational power disk back end surface and is passed through to the third cavity First rotating shaft, be fixedly connected with the first bevel gear that can be rotated in the third cavity in the first rotating shaft, described One bevel gear upper end is provided with the second bevel gear of meshed cooperation, and what is be connected in the third cavity upper inside walls sets It is equipped with the 4th cavity, being fixedly connected with extension at the axle center of second bevel gear upside end face is passed through to the 4th cavity The second shaft, be fixedly connected with the first gear that can be rotated in the 4th cavity in second shaft, described second The slide assemblies that can be horizontally slipped in the 4th cavity are provided between bevel gear and first gear, the slide assemblies are left End is fixedly connected with the first sliding bar, and the axis that can be slidably matched with first sliding bar is arranged on first sliding bar It covers, what is be connected in inner wall on the right side of the 4th cavity is provided with the 5th cavity, and the slide assemblies right end, which is fixedly connected with, to be prolonged The second sliding bar being passed through in the 5th cavity is stretched, the second sliding bar right end is fixedly connected with can be empty the described 5th The first sliding shoe that intracavitary horizontally slips, perforative third through-hole up and down is provided in first sliding shoe, and the rotation is dynamic It is connected through the hinge between power disk front end face and the first rotating bar left end, is connected in inner wall on the downside of second cavity Be provided with the first compression chamber, the first rotating bar left distal end hinge connection has the second rotating bar, second rotating bar Lower end hinge connection has the second piston pump that can be slided up and down in first compression chamber, on the right side of first compression chamber What is be connected in the downside inner wall of inner wall is provided with the cooling chamber for being communicated in second through-hole, close to second through-hole side Cooling chamber in be fixedly installed the first check valve, be connected in the downside inner wall of the first compression chamber inner left wall It is provided with torus, the second check valve is fixedly installed in the torus.

2. a kind of Stirling engine according to claim 1, it is characterised in that：The heating device includes that connection is arranged Gas storage chamber on the right side of the torus in inner wall, being provided in the gas storage chamber can be in the gas storage chamber The first pressing plate slided up and down is fixedly connected between the first pressing plate downside end face and gas storage chamber downside inner wall First spring, the air injection chamber for being provided with opening upwards being connected in the gas storage chamber upper inside walls, the gas Pressure valve is fixedly installed in spray chamber, what is be connected in the air injection chamber upper inside walls is provided with the second heating chamber, institute State be connected in inner wall on the right side of the second heating chamber be provided with the 6th cavity, be provided with rotatable first in the 6th cavity Idler wheel flint, the first idler wheel flint bottom righthand side are provided with and can be meshed with the first idler wheel flint and can be the described 6th The the second idler wheel flint rotated in cavity, what is be connected in inner wall on the right side of the 6th cavity is provided with the 7th cavity, and described the What is be connected in inner wall on the right side of seven cavitys is provided with the discharge chamber of opening to the right, is connected in the inner wall of the 7th cavity downside It is provided with the 8th cavity, the second sliding shoe that can be slided up and down in the 8th cavity, institute are provided in the 8th cavity It states and is provided with the first limit hole of opening to the right in the second sliding shoe right end face, close to a left side for inner wall on the downside of the 8th cavity What is be connected in the inner wall of side is provided with the 9th cavity, and being provided in the 9th cavity can horizontally slip in the 9th cavity Third sliding shoe, perforative fourth hole up and down is provided in the third sliding shoe.

3. a kind of Stirling engine according to claim 1, it is characterised in that：The energy source device includes being set to institute The 4th sliding shoe that can slide up and down in the 7th cavity is stated, the 4th sliding shoe downside is fixedly connected with the 5th sliding on end face Block, the 4th sliding shoe left end face is fixedly connected with the rack for the cooperation that can be meshed with the second idler wheel flint, described End face is fixedly connected with the starting bar extended outside the 7th cavity, the 4th sliding shoe left-hand end on the upside of 4th sliding shoe Face is provided with opening the tenth cavity to the left, and what is be connected in inner wall on the right side of the tenth cavity is provided with fifth hole, described What is be connected in fifth hole inner left wall is provided with energy storage chamber, and what is be connected in the inner wall of the energy storage chamber downside sets It is equipped with the 6th through-hole, what is be connected in the inner wall of the 6th through-hole left and right sides is provided with the 11st cavity, and the described 11st is empty Intracavitary is provided with the 6th sliding shoe that can be horizontally slipped in the 11st cavity, is provided in the 6th sliding shoe up and down Perforative 7th through-hole, the 11st cavity are connected in both sides inner walls and are symmetrically arranged with the first limiting slot up and down, institute It states the 6th sliding shoe upper and lower ends and is fixedly connected with extension and be passed through to the first limited block in first limiting slot, described first It is fixedly connected with second spring between limited block left end face and the first limiting slot inner left wall, it is empty close to the described 11st What is be connected in the downside inner wall of inner wall on the right side of chamber is provided with the 12nd cavity, and being provided in the 12nd cavity can be described The 7th sliding shoe slided up and down in 12nd cavity is connected at left and right sides of the 12nd cavity in inner wall and symmetrically sets It is equipped with the second limiting slot, the 7th sliding shoe left and right ends are fixedly connected with for extending and being passed through to second limiting slot Two limited blocks are fixedly connected with third bullet between the second limited block upside end face and the second limiting slot upper inside walls Spring.

4. a kind of Stirling engine according to claim 1, it is characterised in that：The slide assemblies can including being set to The first operation block to horizontally slip in the 4th cavity, is provided with the 13rd cavity in first operation block, and described The second operation block that can be slid back and forth in the 13rd cavity is provided in 13 cavitys, second operation block upper end is solid Surely it is connected with half round block symmetrical above and below, is fixedly connected with several ratch being equally spaced between half round block, described first Gear can be intermeshed cooperation with the ratch and half round block.

5. a kind of Stirling engine according to claim 1, it is characterised in that：Inner wall at left and right sides of 8th cavity Inside it is connected and is symmetrically arranged with third limiting slot, the second sliding shoe left and right ends is fixedly connected with extension and is passed through to institute The third limited block in third limiting slot is stated, between the third limited block downside end face and third limiting slot downside inner wall It is fixedly connected with the 4th spring, what is be connected in the inner wall of both sides on the upside of the 9th cavity is provided with the 4th limiting slot, and described the Three sliding shoe upper and lower ends are fixedly connected with extension and are passed through to the 4th limited block in the 4th limiting slot, the 4th limit The 5th spring, the 8th cavity right side inner wall are fixedly connected between block left end face and the 4th limiting slot inner left wall What is be inside connected is provided with the first bracing wire chamber, and the first bracing wire intracavitary, which is provided with, to horizontally slip in the first bracing wire intracavitary The 8th sliding shoe, the first bracing wire chamber is connected in both sides inner walls and is symmetrically arranged with the 5th limiting slot up and down, described 8th sliding shoe upper and lower ends are fixedly connected with extension and are passed through to the 5th limited block in the 5th limiting slot, the 5th limit The 6th spring, the first bracing wire chamber right side are fixedly connected on the right side of position block right end face and the 5th limiting slot between inner wall The first pulling block that can be horizontally slipped, the first pulling block left end face and the 8th sliding shoe right end face are provided in inner wall Between be fixedly connected with the first bracing wire.

6. a kind of Stirling engine according to claim 1, it is characterised in that：Phase in inner wall on the right side of 7th cavity It is connected to and is symmetrically arranged with the 6th limiting slot, the 4th sliding shoe right end is fixedly connected with extension and is passed through to the 6th limit The 6th limited block in the slot of position is fixedly connected between the 6th limited block downside end face and the 6th limiting slot downside inner wall There is the 7th spring.