CN108894873A - A kind of environment-friendly type two-way circulation type IC engine - Google Patents

Abstract

The invention discloses a kind of environment-friendly type two-way circulation type IC engines,Including first device main body,It is set to the intracorporal circulator of first device master,It is set to the intracorporal transmission device of first device master,The speed measuring device for being set to the intracorporal speed change gear of the first device master and being set in the first device main body,The transmission device includes being set to intracorporal first drive cavity of the first device master,What is be connected in inner wall on the downside of first drive cavity is provided with first through hole,What is be connected in inner wall on the downside of the first through hole is provided with the second drive cavity,First bevel gear is rotatably provided in first drive cavity,Unburned complete combustion gas can be carried out secondary use by the present apparatus,The heat of generation is used simultaneously,Energy can not only maximumlly be utilized,It also can be reduced the discharge of the gases such as carbon monoxide,Simultaneously energy conversion speed can also be adjusted according to environmental factor,Make present apparatus property retention optimum state.

Description

A kind of environment-friendly type two-way circulation type IC engine

Technical field

The present invention relates to technical field of engines, specifically a kind of environment-friendly type two-way circulation type IC engine.

Background technique

With the development of society, vehicle using more and more, and with the development of science and technology performance requirement to vehicle Higher and higher, a good automobile not only drives comfortably, and the utilization of higher degree can be more obtained to enable source, and to realize The high level of the energy utilizes, engine performance and its key, therefore designing that a kind of environment-friendly type two-way circulation type IC engine has in fact must It wants, unburned complete combustion gas can be carried out secondary use by the present apparatus, while the heat of generation being used, can not only will Amount is maximized to be utilized, moreover it is possible to be reduced the discharge of the gases such as carbon monoxide, while can also be adjusted energy conversion according to environmental factor Speed makes present apparatus property retention optimum state.

Summary of the invention

Technical problem to be solved by the invention is to provide a kind of environment-friendly type two-way circulation type IC engines, are able to solve State the problems in present technology.

The present invention is achieved through the following technical solutions：A kind of environment-friendly type two-way circulation type IC engine of the invention, Including first device main body, it is set to the intracorporal circulator of the first device master, is set in the first device main body Transmission device, the survey that is set to the intracorporal speed change gear of the first device master and is set in the first device main body Speed variator, the transmission device includes being set to intracorporal first drive cavity of the first device master, under first drive cavity What is be connected in the inner wall of side is provided with first through hole, and what is be connected in inner wall on the downside of the first through hole is provided with the second transmission Chamber is rotatably provided with first bevel gear in first drive cavity, and the first bevel gear lower end is fixedly connected with lower end Extend the first rotating shaft being passed through in second drive cavity across the first through hole, the first rotating shaft lower end is fixedly connected with Second bevel gear, what the second bevel gear right end was meshed is provided with third hand tap gear, the third hand tap gear right end connection In the circulator, what the first bevel gear left end was meshed is provided with the 4th bevel gear, the 4th bevel gear right end It is fixedly connected with the second shaft, the second shaft right end is connected to the speed change gear, the first drive cavity inner left wall It is inside provided with the first rotation chamber, described first rotates intracavitary bilateral symmetry and be rotatably provided with eccentric block, the 4th cone Gear left end is passed through the intracavitary shaft of first rotation by extension and is fixedly connected under the eccentric block right end face of right side End, the upper end hinge of the eccentric block opposite side are connected with first connecting rod, and the first connecting rod lower end is hingedly coupled to described Circulator, the lower end of the left side eccentric block left end face are fixedly connected with third shaft, and described first rotates on the left of chamber The first cam chamber is provided in wall, the third shaft passes through first cam chamber and extends to the external world, the third shaft Left end is fixedly connected with the first sprocket wheel, is rotatably provided with the second sprocket wheel on the downside of first sprocket wheel, first sprocket wheel with It is connected between second sprocket wheel with chain drive, on the right side of second sprocket wheel and in being provided with the in the first device main body Three drive cavities are rotatably provided with the 5th bevel gear in the third drive cavity, what the 5th bevel gear front end was meshed It is provided with the 6th bevel gear, the 6th bevel gear front end is fixedly connected with the 4th shaft, and the 4th shaft front end extends logical Enter in the circulator.

The circulator includes being fixedly installed on the first device master intracorporal first as a preferred technical solution, Energy conversion device, first energy conversion device rear end are provided with the extraneous conduit of connection, the first energy converting means It sets outside and is fixedly installed cooling device, the cooling device front end is provided with the extraneous conduit of connection, and first energy turns First passage is provided with and communicated in changing device inner left wall, being provided with for being connected in the first passage upper inside walls first is opened Oral cavity is provided with the first spring cavity in the first atrium upper inside walls, is connected in the first spring cavity upper inside walls Be provided with the second cam chamber, be slidably provided with the first block in first atrium, first block upper end is solid Surely it is connected with the fixed link for extending and being passed through in first spring cavity, the fixed link upper end is fixedly connected with sliding connection In the fixed block of the first spring cavity wall, fixation is set between inner wall on the downside of the lower end of fixing block and first spring cavity It is equipped with the first spring, end face offsets on the upside of lower end and the fixed block first is rotatably provided in second cam chamber Cam, first cam left end are fixedly connected in the right end face of the third hand tap gear by shaft, and described first is logical What is be connected in road inner left wall is provided with compression chamber, and compression blocks, the compression blocks are slidably provided in the compression chamber Upper end is hingedly coupled to the lower end of the first connecting rod, and what is be connected in the compression chamber inner left wall is provided with second channel, What is be connected in the second channel upper inside walls is provided with the second atrium, is connected in the second atrium upper inside walls The upside that is provided be connected to the second spring chamber of first cam chamber, the is slidably provided in second atrium Two blocks, second block upper end are fixedly installed extension and are passed through the second intracavitary fixed link of the second spring, and described the It is solid in the second fixed block of the second spring cavity wall, described second that two fixed link upper ends are fixedly connected with sliding connection Determine to be fixedly connected with second spring on the downside of block lower end and the second spring chamber between inner wall, on the upside of second fixed block and in First rotation is intracavitary to be provided with the second cam for being fixedly connected on the third shaft, end face on the upside of second fixed block It is abutted against with second lower cam end, being provided with for being connected in inner wall on the downside of the compression chamber is connected to the cooling device The third channel of lower end is provided with eccentric wheel in the third channel inner left wall, is rotatably provided in the eccentric wheel Eccentric wheel, the eccentric wheel rear end are fixedly connected on the front end of the 4th shaft, and eccentric wheel front end hinge is connected with Two connecting rods, the second connecting rod right end hinge are connected with the extensible third block being passed through in third channel.

The speed change gear includes the be set on the right side of first drive cavity in inner wall as a preferred technical solution, Four drive cavities are rotatably provided with the first spur gear in the 4th drive cavity, and first spur gear left end is fixedly connected In second shaft, what first spur gear upper end was meshed is provided with the second spur gear, the 4th drive cavity right side What is be connected in inner wall is provided with first the first sliding cavity of sliding cavity, the setting being connected in the first sliding cavity upper inside walls There is the second sliding cavity of opening upwards, be slidably provided with the first sliding block in first sliding cavity, in first sliding block It is rotatably assorted and is connected with the 5th shaft that left end is fixedly connected in the second spur gear right end face, on first sliding block End is fixedly connected with sliding connection inner wall on the right side of the second sliding block of the second sliding cavity wall, first sliding cavity What is be inside connected is provided with speed change cavity, and left end is rotatably provided in the speed change cavity and is fixedly connected on the 5th shaft Third spur gear, the third spur gear right end are fixedly connected with the 4th spur gear, third spur gear lower end by shaft The left end that is provided with being meshed is rotatably assorted by shaft and is connected to the 5th spur gear of first energy conversion device, described 5th spur gear right end is fixedly connected with the 6th spur gear by shaft, and what is be connected in inner wall on the right side of the speed change cavity is provided with 5th drive cavity, the 6th spur gear right end are fixedly connected with across the 5th drive cavity and extend to extraneous the 6th turn Axis, in the 6th shaft and in being fixedly installed the first belt pulley in the 5th drive cavity, on the downside of first belt pulley It is sequentially connected with the second belt pulley by belt, is provided with the conversion of the second energy on the left of the 5th drive cavity in the inner wall of lower end Device, second belt pulley left end, which is fixedly connected with to be rotatably assorted, is connected to the 7th turn of second energy conversion device Axis.

The first device main body lower left side, which is fixedly installed, as a preferred technical solution, is connected to the second channel With the first conduit of second energy conversion device, second energy conversion device lower end right side and in the first device It is fixed on the downside of main body and what is be connected is provided with the second conduit, second conduit generates second energy conversion device Exhaust gas is discharged in atmosphere.

The 6th shaft right end is fixedly connected with the 7th spur gear, the 7th straight-tooth as a preferred technical solution, Wheel passes the mechanical energy that the present apparatus is converted.

The speed measuring device includes being fixedly installed on first device main body right end and rotating to match as a preferred technical solution, The block that tests the speed for being connected to the 6th shaft is closed, is fixedly installed block of information on the outside of the block that tests the speed, the block that tests the speed is to described The revolving speed of 6th shaft is detected, and the block of information carries out real time information processing to velocity measured, carries out Real-time Feedback.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, it is described when being started by the present apparatus The starting of first energy conversion device, and then the rotation of the 5th spur gear is driven, and then kinetic energy is exported by the 6th shaft, while the The gas that one energy conversion device generates is entered in compression chamber by first passage, is passed through air in cooling device at this time, by the One energy conversion device is centainly cooled down, while the hot gas absorbed enters in compression chamber by third channel, passes through the at this time The gear drive of five spur gears and third spur gear drives the rotation of third spur gear, and then drives the second straight-tooth by the 5th shaft Wheel rotation, and then the rotation of the first spur gear, Jin Ertong are driven by the gear drive of the second spur gear and the first spur gear It crosses second the second shaft of shaft and drives the rotation of the 4th bevel gear, and then engaged by the 4th bevel gear with the gear of first bevel gear First bevel gear rotation is driven, and then second bevel gear rotation is driven by first rotating shaft, and then drive third hand tap gear rotation, And then the rotation of the first cam is driven, when the first cam turns over 180 degree, the first cam pushes fixed block to overcome the at this time The elastic force effect of one spring moves down, and then is moved down by fixed link the first block of drive, and the first block is by the at this time One channel enclosed, the 4th bevel gear drives eccentric block to rotate 180 degree by shaft at this time, and first connecting rod pushes pressure at this time Contracting block moves down and then compresses the gas in compression chamber, and the second cam rotates 180 under the drive of third shaft at this time Degree, the second fixed block moves up under the elastic force effect of second spring at this time, and then drives second gear by the second fixed link Block moves up, and second channel is connected the second block at this time, and the first sprocket wheel rotates under the drive of third shaft at this time, in turn The rotation of the second sprocket wheel is driven by chain drive, and then the rotation of the 5th bevel gear is driven by shaft, and then pass through the 5th cone tooth Wheel is engaged with the gear of third drive cavity drives the rotation of the 6th bevel gear, and then passes through the 4th shaft band movable eccentric wheel rotation 100 80 degree, second connecting rod pushes third block to move right at this time, and third block closes third channel at this time, at this time compression chamber Interior gas is entered in the second energy conversion device by second channel and the first conduit, and thermal energy therein is converted to mechanical energy The second pulley rotation is driven by the 7th shaft, and then is driven by belt, kinetic energy is transmitted on the first belt pulley, is passed through 6th shaft drives the rotation of the 7th spur gear, and then eccentric block continues to rotate 180 degree, and then is driven by first connecting rod Compression blocks move up, and the first block rises and then first passage is connected at this time, and third block moves to left third in turn at this time Channel conductive, the second block declines and closes second channel at this time, and then will be in the gas and third channel in first passage Air sucking compression chamber in, realize the conversion of continuous energy, when carrying out gearshift adjustment, the second sliding block of promotion moves right, And then the first sliding block is driven to move right, the second spur gear is remained with the first spur gear and is engaged at this time, at this time third straight-tooth Wheel is disengaged from the 5th spur gear, and the 4th spur gear is meshed with the 6th spur gear at this time, and then is realized and adjusted the second energy The efficiency of conversion equipment conversion energy.

Detailed description of the invention

The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.

Fig. 1 is a kind of schematic diagram of internal structure of environment-friendly type two-way circulation type IC engine of the invention；

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

Fig. 3 is the enlarged diagram of " A " in Fig. 1；

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

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

Specific embodiment

As Figure 1-Figure 5, a kind of environment-friendly type two-way circulation type IC engine of the invention, including first device main body 11, The circulator that is set in the first device main body 11, is set the transmission device being set in the first device main body 11 The speed change gear being placed in the first device main body 11 and the speed measuring device being set in the first device main body 11, institute Stating transmission device includes the first drive cavity 12 being set in the first device main body 11, in 12 downside of the first drive cavity What is be connected in wall is provided with first through hole 13, and what is be connected in the 13 downside inner wall of first through hole is provided with the second drive cavity 14, first bevel gear 15 is rotatably provided in first drive cavity 12, and 15 lower end of first bevel gear is fixedly connected There is lower end to pass through the first through hole 13 and extends the first rotating shaft 16 being passed through in second drive cavity 14, the first rotating shaft 16 Lower end is fixedly connected with second bevel gear 17, and what 17 right end of second bevel gear was meshed is provided with third hand tap gear 18, institute It states 18 right end of third hand tap gear and is connected to the circulator, what 15 left end of first bevel gear was meshed is provided with the 4th cone Gear 19,19 right end of the 4th bevel gear are fixedly connected with the second shaft 20, and 20 right end of the second shaft is connected to described Speed change gear is provided with the first rotation chamber 21, left and right in the first rotation chamber 21 in 12 inner left wall of the first drive cavity It symmetrically and is rotatably provided with eccentric block 22,19 left end of the 4th bevel gear is passed through the first rotation chamber 21 by extending Interior shaft is fixedly connected on the right side 22 right end face lower end of eccentric block, the upper end hinge of 22 opposite side of eccentric block It is connected with first connecting rod 23,23 lower end of first connecting rod is hingedly coupled to the circulator, and the left side eccentric block 22 is left The lower end of side end face is fixedly connected with third shaft 24, is provided with the first cam chamber in the first rotation 21 inner left wall of chamber 56, the third shaft 24 passes through first cam chamber 56 and extends to the external world, and 24 left end of third shaft is fixedly connected Have the first sprocket wheel 25,25 downside of the first sprocket wheel is rotatably provided with the second sprocket wheel 26, first sprocket wheel 25 with it is described It is connected between second sprocket wheel 26 with chain drive, is provided on the right side of second sprocket wheel 26 and in the first device main body 11 Third drive cavity 27, is rotatably provided with the 5th bevel gear 28 in the third drive cavity 27, before the 5th bevel gear 28 Hold what is be meshed to be provided with the 6th bevel gear 29,29 front end of the 6th bevel gear is fixedly connected with the 4th shaft 30, and described the Four shafts, 30 front end, which extends, to be passed through in the circulator.

Valuably, the circulator includes the first energy converting means being fixedly installed in the first device main body 11 31 are set, 31 rear end of the first energy conversion device, which is provided with, is connected to extraneous conduit, outside first energy conversion device 31 Side is fixedly installed cooling device 32, and 32 front end of cooling device is provided with the extraneous conduit of connection, and first energy turns First passage 33 is provided with and communicated in 31 inner left wall of changing device, what is be connected in 33 upper inside walls of first passage is provided with First atrium 34, is provided with the first spring cavity 35 in 34 upper inside walls of the first atrium, on first spring cavity 35 What is be connected in the inner wall of side is provided with the second cam chamber 36, is slidably provided with the first block in first atrium 34 37,37 upper end of the first block is fixedly connected with the fixed link 38 for extending and being passed through in first spring cavity 35, the fixation 38 upper end of bar is fixedly connected with sliding connection under the fixed block 39 of 35 inner wall of the first spring cavity, the fixed block 39 It is fixedly installed the first spring 40 between end and first spring cavity, 35 downside inner wall, can be rotated in second cam chamber 36 The first cam 41 for being provided with lower end and the 39 upside end face of fixed block offsets, 41 left end of the first cam passes through shaft It is fixedly connected in the right end face of the third hand tap gear 18, what is be connected in 33 inner left wall of first passage is provided with Compression chamber 42, compression blocks 43 are slidably provided in the compression chamber 42, and 43 upper end of compression blocks is hingedly coupled to described The lower end of first connecting rod 23, what is be connected in 42 inner left wall of compression chamber is provided with second channel 49, the second channel What is be connected in 49 upper inside walls is provided with the second atrium 50, the setting being connected in 50 upper inside walls of the second atrium There is upside to be connected to the second spring chamber 51 of first cam chamber 56, the is slidably provided in second atrium 50 Two blocks 52,52 upper end of the second block are fixedly installed the second fixed link for extending and being passed through in the second spring chamber 51 53,53 upper end of the second fixed link is fixedly connected with sliding connection and fixes in the second of 51 inner wall of second spring chamber Block 54 is fixedly connected with second spring 55 between 51 downside inner wall of second fixed block, 54 lower end and the second spring chamber, Second fixed block, 54 upside and the of the third shaft 24 is fixedly connected in being provided in the first rotation chamber 21 Two cams 57, the 54 upside end face of the second fixed block are abutted against with 57 lower end of the second cam, 42 downside of compression chamber What is be connected in inner wall is provided with the third channel 44 for being connected to 32 lower end of cooling device, in 44 left side of third channel It is provided with eccentric wheel 45 in wall, eccentric wheel 46 is rotatably provided in the eccentric wheel 45,46 rear end of eccentric wheel is fixed It is connected to the front end of the 4th shaft 30, the 46 front end hinge of eccentric wheel is connected with second connecting rod 47, the second connecting rod 47 right end hinges are connected with the extensible third block 48 being passed through in third channel 44.

Valuably, the speed change gear includes the 4th drive cavity being set in the 12 right side inner wall of the first drive cavity 58, the first spur gear 59 is rotatably provided in the 4th drive cavity 58, and 59 left end of the first spur gear is fixedly connected In second shaft 20, what 59 upper end of the first spur gear was meshed is provided with the second spur gear 60, the 4th transmission What is be connected in 58 right side inner wall of chamber is provided with first the first sliding cavity of sliding cavity 61, in 61 upper inside walls of the first sliding cavity What is be connected is provided with the second sliding cavity 62 of opening upwards, is slidably provided with the first sliding block in first sliding cavity 61 63, it is rotatably assorted in first sliding block 63 and is connected with left end is fixedly connected in 60 right end face of the second spur gear Five shafts 64,63 upper end of the first sliding block are fixedly connected with sliding connection in the second of 62 inner wall of the second sliding cavity Sliding block 65, what is be connected in the 61 right side inner wall of the first sliding cavity is provided with speed change cavity 66, can be rotated in the speed change cavity 66 The third spur gear 67 for being provided with left end and being fixedly connected on the 5th shaft 64,67 right end of third spur gear by turn Axis is fixedly connected with the 4th spur gear 68, and what 67 lower end of third spur gear was meshed be provided with, and left end is matched by shaft rotation The 5th spur gear 69 for being connected to first energy conversion device 31 is closed, 69 right end of the 5th spur gear is fixed by shaft It is connected with the 6th spur gear 70, what is be connected in the 66 right side inner wall of speed change cavity is provided with the 5th drive cavity 71, and the described 6th 70 right end of spur gear is fixedly connected with across the 5th drive cavity 71 and extends to the 6th extraneous shaft 72, and described 6th turn On axis 72 and in being fixedly installed the first belt pulley 73 in the 5th drive cavity 71, pass through skin on the downside of first belt pulley 73 V belt translation is connected with the second belt pulley 74, is provided with the second energy converting means in the inner wall of the 71 left side lower end of the 5th drive cavity 75 are set, 74 left end of the second belt pulley, which is fixedly connected with to be rotatably assorted, is connected to the 7th of second energy conversion device 75 Shaft 76.

Valuably, 11 lower left side of first device main body, which is fixedly installed, is connected to the second channel 49 and described the First conduit 79 of two energy conversion devices 75, on the right side of 75 lower end of the second energy conversion device and in the first device master That fixes and be connected on the downside of body 11 is provided with the second conduit 77, and second conduit 77 is by second energy conversion device 75 The exhaust gas of generation is discharged in atmosphere.

Valuably, 72 right end of the 6th shaft is fixedly connected with the 7th spur gear 78, and the 7th spur gear 78 incite somebody to action this The mechanical energy of device conversion passes.

Valuably, the speed measuring device includes being fixedly installed on 11 right end of first device main body and being rotatably assorted to be connected to institute The block 101 that tests the speed of the 6th shaft 72 is stated, block of information 102 is fixedly installed on the outside of the block 101 that tests the speed, the block 101 that tests the speed is right The revolving speed of 6th shaft 72 is detected, and the block of information 102 carries out real time information processing to velocity measured, is carried out real-time Feedback.

When being started by the present apparatus, first energy conversion device 31 starts, and then drives the 5th spur gear 69 Rotation, and then exported kinetic energy by the 6th shaft 72, while the gas that the first energy conversion device 31 generates is logical by first Road 33 enters in compression chamber 42, is passed through air in cooling device 32 at this time, the first energy conversion device 31 is centainly cooled down, The hot gas absorbed simultaneously is entered in compression chamber 42 by third channel 44, passes through the 5th spur gear 69 and third spur gear 67 at this time Gear drive drive third spur gear 67 rotate, and then by the 5th shaft 64 drive the second spur gear 60 rotation, Jin Ertong It crosses the gear drive of the second spur gear 60 and the first spur gear 59 and then drives the rotation of the first spur gear 59, and then pass through second turn The second shaft of axis 20 drives the rotation of the 4th bevel gear 19, and then is engaged by the 4th bevel gear 19 with the gear of first bevel gear 15 It drives first bevel gear 15 to rotate, and then drives second bevel gear 17 to rotate by first rotating shaft 16, and then drive triconodont 18 rotation of wheel, and then the rotation of the first cam 41 is driven, when the first cam 41 turns over 180 degree, the first cam 41 is pushed away at this time Dynamic fixed block 39 overcomes the elastic force effect of the first spring 40 to move down, and then drives the first block 37 downwards by fixed link 38 Mobile, the first block 37 closes first passage 33 at this time, and the 4th bevel gear 19 drives eccentric block 22 to rotate by shaft at this time 180 degree, first connecting rod 23 pushes compression blocks 43 to move down and then compresses the gas in compression chamber 42 at this time, and at this time the Two cams 57 rotate 180 degree under the drive of third shaft 24, at this time elastic force of second fixed block 54 in second spring 55 It is moved up under effect, and then drives the second block 52 to move up by the second fixed link 53, the second block 52 is by the at this time The conducting of two channels 49, the first sprocket wheel 25 rotates under the drive of third shaft 24 at this time, and then drives second by chain drive Sprocket wheel 26 rotates, and then drives the rotation of the 5th bevel gear 28 by shaft, and then pass through the 5th bevel gear 28 and third drive cavity 27 gear engagement drives the rotation of the 6th bevel gear 29, and then by the 4th shaft 30 with the rotation of movable eccentric wheel 46 180 Degree, second connecting rod 47 pushes third block 48 to move right at this time, and third block 48 closes third channel 44 at this time, presses at this time Gas in contracting chamber 42 is entered in the second energy conversion device 75 by second channel 49 and the first conduit 79, by thermal energy therein It is converted to mechanical energy and the rotation of the second belt pulley 74 is driven by the 7th shaft 76, and then be driven by belt, kinetic energy is transmitted to On first belt pulley 73, the rotation of the 7th spur gear 78 is driven by the 6th shaft 72, then eccentric block 22 continues to rotate 108 Ten degree, and then drive compression blocks 43 to move up by first connecting rod 23, the first block 37 rises first passage in turn at this time 33 conductings, third block 48 moves to left and then third channel 44 is connected at this time, the second block 52 decline at this time and by second channel 49 closings, and then by the air sucking compression chamber 42 in the gas and third channel 44 in first passage 33, it realizes continuous Energy conversion pushes the second sliding block 65 to move right when carrying out gearshift adjustment, and then the first sliding block 63 is driven to move right, The second spur gear 60 is remained with the first spur gear 59 and is engaged at this time, and third spur gear 67 and the 5th spur gear 69 are detached from this time Engagement, the 4th spur gear 68 is meshed with the 6th spur gear 70 at this time, and then realizes and adjust the conversion of the second energy conversion device 75 The efficiency of energy.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, it is described when being started by the present apparatus The starting of first energy conversion device, and then the rotation of the 5th spur gear is driven, and then kinetic energy is exported by the 6th shaft, while the The gas that one energy conversion device generates is entered in compression chamber by first passage, is passed through air in cooling device at this time, by the One energy conversion device is centainly cooled down, while the hot gas absorbed enters in compression chamber by third channel, passes through the at this time The gear drive of five spur gears and third spur gear drives the rotation of third spur gear, and then drives the second straight-tooth by the 5th shaft Wheel rotation, and then the rotation of the first spur gear, Jin Ertong are driven by the gear drive of the second spur gear and the first spur gear It crosses second the second shaft of shaft and drives the rotation of the 4th bevel gear, and then engaged by the 4th bevel gear with the gear of first bevel gear First bevel gear rotation is driven, and then second bevel gear rotation is driven by first rotating shaft, and then drive third hand tap gear rotation, And then the rotation of the first cam is driven, when the first cam turns over 180 degree, the first cam pushes fixed block to overcome the at this time The elastic force effect of one spring moves down, and then is moved down by fixed link the first block of drive, and the first block is by the at this time One channel enclosed, the 4th bevel gear drives eccentric block to rotate 180 degree by shaft at this time, and first connecting rod pushes pressure at this time Contracting block moves down and then compresses the gas in compression chamber, and the second cam rotates 180 under the drive of third shaft at this time Degree, the second fixed block moves up under the elastic force effect of second spring at this time, and then drives second gear by the second fixed link Block moves up, and second channel is connected the second block at this time, and the first sprocket wheel rotates under the drive of third shaft at this time, in turn The rotation of the second sprocket wheel is driven by chain drive, and then the rotation of the 5th bevel gear is driven by shaft, and then pass through the 5th cone tooth Wheel is engaged with the gear of third drive cavity drives the rotation of the 6th bevel gear, and then passes through the 4th shaft band movable eccentric wheel rotation 100 80 degree, second connecting rod pushes third block to move right at this time, and third block closes third channel at this time, at this time compression chamber Interior gas is entered in the second energy conversion device by second channel and the first conduit, and thermal energy therein is converted to mechanical energy The second pulley rotation is driven by the 7th shaft, and then is driven by belt, kinetic energy is transmitted on the first belt pulley, is passed through 6th shaft drives the rotation of the 7th spur gear, and then eccentric block continues to rotate 180 degree, and then is driven by first connecting rod Compression blocks move up, and the first block rises and then first passage is connected at this time, and third block moves to left third in turn at this time Channel conductive, the second block declines and closes second channel at this time, and then will be in the gas and third channel in first passage Air sucking compression chamber in, realize the conversion of continuous energy, when carrying out gearshift adjustment, the second sliding block of promotion moves right, And then the first sliding block is driven to move right, the second spur gear is remained with the first spur gear and is engaged at this time, at this time third straight-tooth Wheel is disengaged from the 5th spur gear, and the 4th spur gear is meshed with the 6th spur gear at this time, and then is realized and adjusted the second energy Conversion equipment converts the efficiency of energy, the present apparatus can will unburned complete combustion gas progress secondary use, while by the heat of generation Amount is used, and can not only maximumlly utilize energy, moreover it is possible to reduce the discharge of the gases such as carbon monoxide, while can also basis Environmental factor adjusts energy conversion speed, makes present apparatus property retention optimum state.

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 scope should be determined by the scope of protection defined in the claims.

Claims (6)

1. a kind of environment-friendly type two-way circulation type IC engine, including first device main body, to be set to the first device master intracorporal Circulator is set to the intracorporal transmission device of the first device master, is set to the intracorporal speed change dress of the first device master Set and be set to the speed measuring device in the first device main body, it is characterised in that：The transmission device includes being set to institute Intracorporal first drive cavity of first device master is stated, what is be connected in inner wall on the downside of first drive cavity is provided with first through hole, What is be connected in inner wall on the downside of the first through hole is provided with the second drive cavity, is rotatably provided in first drive cavity First bevel gear, the first bevel gear lower end are fixedly connected with lower end and are passed through second biography across first through hole extension Intracavitary first rotating shaft is moved, the first rotating shaft lower end is fixedly connected with second bevel gear, and the second bevel gear right end is mutually nibbled That closes is provided with third hand tap gear, and the third hand tap gear right end is connected to the circulator, the first bevel gear left end What is be meshed is provided with the 4th bevel gear, and the 4th bevel gear right end is fixedly connected with the second shaft, and second shaft is right End is connected to the speed change gear, and the first rotation chamber, the first rotation chamber are provided in the first drive cavity inner left wall Interior bilateral symmetry and it is rotatably provided with eccentric block, the 4th bevel gear left end is passed through the first rotation chamber by extending Interior shaft is fixedly connected on right side eccentric block right end face lower end, the upper end hinge connection of the eccentric block opposite side There is a first connecting rod, the first connecting rod lower end is hingedly coupled to the circulator, under the eccentric block left end face of left side End is fixedly connected with third shaft, is provided with the first cam chamber in the first rotation chamber inner left wall, the third shaft is worn It crosses first cam chamber and extends to the external world, third shaft left end is fixedly connected with the first sprocket wheel, first sprocket wheel Downside is rotatably provided with the second sprocket wheel, is connected between first sprocket wheel and second sprocket wheel with chain drive, described On the right side of second sprocket wheel and in being provided with third drive cavity in the first device main body, rotatably set in the third drive cavity It is equipped with the 5th bevel gear, what the 5th bevel gear front end was meshed is provided with the 6th bevel gear, the 6th bevel gear front end It is fixedly connected with the 4th shaft, the 4th shaft front end, which extends, to be passed through in the circulator.

2. a kind of environment-friendly type two-way circulation type IC engine according to claim 1, it is characterised in that：The circulator packet It includes and is fixedly installed on intracorporal first energy conversion device of the first device master, the setting of first energy conversion device rear end The conduit for having connection extraneous, the first energy conversion device outside are fixedly installed cooling device, the cooling device front end It is provided with the extraneous conduit of connection, is provided with and communicated with first passage in the first energy conversion device inner left wall, described the What is be connected in one channel upper inside walls is provided with the first atrium, is provided with the first bullet in the first atrium upper inside walls Spring chamber, what is be connected in the first spring cavity upper inside walls is provided with the second cam chamber, in first atrium slidably Be provided with the first block, first block upper end is fixedly connected with the fixed link for extending and being passed through in first spring cavity, The fixed link upper end is fixedly connected with sliding connection under the fixed block of the first spring cavity wall, the fixed block It is fixedly installed the first spring between inner wall on the downside of end and first spring cavity, is rotatably arranged in second cam chamber There is the first cam that end face offsets on the upside of lower end and the fixed block, first cam left end is fixedly connected on institute by shaft It states in the right end face of third hand tap gear, what is be connected in the first passage inner left wall is provided with compression chamber, the compression Intracavitary to be slidably provided with compression blocks, the compression blocks upper end is hingedly coupled to the lower end of the first connecting rod, the compression What is be connected in chamber inner left wall is provided with second channel, and being provided with for being connected in the second channel upper inside walls second is opened Oral cavity, the second spring for being provided with upside and being connected to first cam chamber being connected in the second atrium upper inside walls Chamber is slidably provided with the second block in second atrium, and second block upper end is fixedly installed extension and is passed through The second intracavitary fixed link of the second spring, second fixed link upper end are fixedly connected with sliding connection in described the It is fixed between inner wall on the downside of second fixed block of two spring cavity walls, second lower end of fixing block and the second spring chamber to connect It is connected to second spring, is fixedly connected on the third on the upside of second fixed block and in intracavitary be provided with of first rotation and turns Second cam of axis, the second fixed block upside end face are abutted against with second lower cam end, in the compression chamber downside What is be connected in wall is provided with the third channel for being connected to the cooling device lower end, setting in the third channel inner left wall There is eccentric wheel, eccentric wheel is rotatably provided in the eccentric wheel, the eccentric wheel rear end is fixedly connected on described 4th turn The front end of axis, eccentric wheel front end hinge are connected with second connecting rod, and the second connecting rod right end hinge is connected with extensible logical Enter the third block in third channel.

3. a kind of environment-friendly type two-way circulation type IC engine according to claim 1, it is characterised in that：The speed change gear packet The 4th drive cavity being set on the right side of first drive cavity in inner wall is included, the is rotatably provided in the 4th drive cavity One spur gear, first spur gear left end are fixedly connected on second shaft, and first spur gear upper end is meshed It is provided with the second spur gear, what is be connected in inner wall on the right side of the 4th drive cavity is provided with first the first sliding cavity of sliding cavity, What is be connected in the first sliding cavity upper inside walls is provided with the second sliding cavity of opening upwards, can in first sliding cavity Sliding is provided with the first sliding block, and being rotatably assorted in first sliding block is connected with left end and is fixedly connected on second spur gear The 5th shaft in right end face, first upper end of slide block are fixedly connected with sliding connection in second sliding cavity Second sliding block of wall, what is be connected on the right side of first sliding cavity in inner wall is provided with speed change cavity, can be rotated in the speed change cavity The third spur gear for being provided with left end and being fixedly connected on the 5th shaft, the third spur gear right end fixed by shaft It is connected with the 4th spur gear, what third spur gear lower end was meshed, which be provided with left end, is rotatably assorted by shaft and is connected to institute The 5th spur gear of the first energy conversion device is stated, the 5th spur gear right end is fixedly connected with the 6th straight-tooth by shaft It takes turns, what is be connected in inner wall on the right side of the speed change cavity is provided with the 5th drive cavity, and the 6th spur gear right end is fixedly connected with Across the 5th drive cavity and the 6th extraneous shaft is extended to, in the 6th shaft and in solid in the 5th drive cavity Surely it is provided with the first belt pulley, the first belt pulley downside is sequentially connected with the second belt pulley by belt, and the described 5th passes It is provided with the second energy conversion device in the inner wall of lower end on the left of dynamic chamber, second belt pulley left end is fixedly connected with rotation and matches Close the 7th shaft for being connected to second energy conversion device.

4. a kind of environment-friendly type two-way circulation type IC engine according to claim 1, it is characterised in that：The first device master Body lower left side is fixedly installed the first conduit for being connected to the second channel Yu second energy conversion device, and described second It is on the right side of energy conversion device lower end and fixed on the downside of the first device main body and what is be connected is provided with the second conduit, it is described The exhaust gas that second energy conversion device generates is discharged in atmosphere by the second conduit.

5. a kind of environment-friendly type two-way circulation type IC engine according to claim 1, it is characterised in that：6th shaft is right End is fixedly connected with the 7th spur gear, and the 7th spur gear passes the mechanical energy that the present apparatus is converted.

6. a kind of environment-friendly type two-way circulation type IC engine according to claim 1, it is characterised in that：The speed measuring device packet It includes to be fixedly installed on first device main body right end and be rotatably assorted and is connected to the block that tests the speed of the 6th shaft, it is described to test the speed outside block Side is fixedly installed block of information, and the block that tests the speed detects the revolving speed of the 6th shaft, and the block of information is to being tested the speed Degree carries out real time information processing, carries out Real-time Feedback.