CN109989819A - A kind of internal combustion engine refrigerating device - Google Patents

Abstract

The invention discloses a kind of internal combustion engine refrigerating devices, including circulating box, drive cavity is equipped in the circulating box, cooling body is equipped in the drive cavity, the cooling body includes upper bull stick and lower bull stick, and around rotating coaxially, the cooling body also includes threaded rod for the upper bull stick and the lower bull stick, the upper bull stick and the lower bull stick pivoting drive the threaded rod to horizontally slip, and the cooling body further includes outlet pipe and cooling fan；Present apparatus structure is simple, it is easy to operate, apparatus of the present invention all using the condensed water after cooling engine as a source of power, wherein expanding with heat and contract with cold for kerosene is driven to carry out the variation of water flow adjusting by the thermal change of condensed water, it is because when engine movements output power is lower, it does not need too many condensed water to be cooled down, if the condensation dilutional hyponatremia flowed into the unit time will affect the operation of internal combustion engine instead.

Description

A kind of internal combustion engine refrigerating device

Technical field

The present invention relates to internal combustion engine cooling field, specially a kind of internal combustion engine refrigerating device.

Background technique

Internal combustion engine refrigerating device be using the system of the cooling hot parts of heat-absorbing medium, by internal combustion engine part it is cold But to reach increasing service life of engine and guarantee vehicle safety function, at present the device be divided into water-cooled and Air-cooled, water-cooled can effectively cope with engine radiating problem, and the air-cooled output for being unable to satisfy high-power engine It is required that while water-cooled for engine cool when the unit time in coolant rate have more high requirement, for the above feelings Condition designs apparatus of the present invention.

Summary of the invention

The purpose of the present invention is to provide a kind of internal combustion engine refrigerating devices, to solve mentioned above in the background art ask Topic.

To achieve the above object, the invention provides the following technical scheme: a kind of internal combustion engine refrigerating device, including circulating box, It is equipped with drive cavity in the circulating box, is equipped with cooling body in the drive cavity, the cooling body includes upper bull stick and lower turn Around rotating coaxially, the cooling body also includes threaded rod for bar, the upper bull stick and the lower bull stick, the upper bull stick and described Lower bull stick pivoting drives the threaded rod to horizontally slip, and the cooling body further includes outlet pipe and cooling fan, described Outlet pipe is in bending, and the threaded rod, which horizontally slips, can drive the cooling fan to rotate, and the cooling fan rotation can be right Water in the outlet pipe is cooled down, and current-limiting mechanism is equipped with below the cooling body, and the current-limiting mechanism includes that kerosene is living Plug and rack gear, the kerosene piston can be with institutes by the sliding carried out in up and down direction of expanding with heat and contract with cold of kerosene, the rack gear The sliding that kerosene piston carries out up and down direction is stated, the sliding of the up and down direction of the rack gear can provide power, institute for partial devices It states and is equipped with circulation mechanism below current-limiting mechanism, the circulation mechanism includes plugging block and water fender, and the plugging block can carry out a left side Right sliding, the water yield of the controllable chilled water that horizontally slips of the plugging block, thus meet the needs of engine cool, the gear Water plate can be rotated to control the flow of water, the circulation mechanism further include into sink and gutter channel, it is described enter sink in water Since the effect of hydraulic pressure enters in the gutter channel, the water in the gutter channel carries out cold since pressure enters in engine But, water after cooling carries out further reflow process, forms the cooling water circulation of engine interior；

This method is technically characterized in that the cooling body using the air-cooled cooling for carrying out coolant liquid, the power of cooling body From the flowing of water, flowing water shell is that mechanism persistently provides power, and can guarantee enough thermal diffusivities, simultaneously Current-limiting mechanism can be adjusted water flow for the power of engine fever, to select most suitable engine radiating Flow velocity, and circulation mechanism cooperation current-limiting mechanism can carry out better coolant flow speed.

Preferably, the cooling body includes outlet pipe, engine, the circulating box are fixed in the circulating box Interior to be equipped with drive cavity, the drive cavity lower end wall is equipped with the cooling chamber being connected, is equipped with turbine leaf piece chamber on the left of the drive cavity, The outlet pipe left end extends in the engine, and the outlet pipe bending is in the turbine leaf piece chamber and the cooling chamber It is interior, it is equipped with described in water chamber and rotates between turbine leaf piece chamber and the drive cavity equipped with turbine bull stick in the outlet pipe, it is described Be fixed with the turbo blade intracavitary positioned at the turbo blade on turbine bull stick, the turbo blade lower end extend to it is described go out In water cavity, the first bevel gear in the drive cavity, end wall before and after the drive cavity are fixed on the turbine bull stick Rotation is equipped with rotating shaft, and second bevel gear, the second bevel gear and first cone are fixed on the rotating shaft Gear engages, and the upper flywheel being located at be on rear side of second bevel gear is fixed on the rotating shaft, is consolidated on the rotating shaft It is fixed to be equipped with the lower flywheel being located on rear side of the upper flywheel, it is fixed with bull stick on the upper flywheel, is fixed on the lower flywheel Equipped with lower bull stick, it is hinged with curved bar between the upper bull stick and the lower bull stick, is equipped with bend, the drive cavity in the curved bar Aft bulkhead is hinged with connecting rod, and the connecting rod and the curved bar are hinged, slides in the bend and is equipped with sliding bar, on the sliding bar Rotation is equipped with turntable, is fixed with threaded rod on the turntable, the threaded rod right end extends to outside device, the drive cavity Right end wall is equipped with the belt pulley chamber being connected；

Wherein, the belt pulley chamber opening is equipped with drive pulley, the drive pulley towards the right side, the intracavitary rotation of belt pulley It is threadedly coupled with the sliding bar, the drive pulley is equipped with the sliding slot of opening outwardly, is fixed in the sliding slot Symmetrical sliding block down, end wall is fixed with symmetrical support rod to the belt pulley chamber up and down, and the support rod and the sliding block are solid Fixed connection, the belt pulley chamber lower end wall are equipped with belt grooves, and the circulating box right end wall rotation is equipped with fan shaft, the fan Driven pulley is fixed in shaft, the driven pulley is connect with the drive pulley by belt, the fan Cooling fan is fixed in shaft, the cooling fan can cool down the outlet pipe in the cooling chamber, described to start Machine left side is fixed with water inlet pipe, is equipped in the water inlet pipe into water cavity；

It is characterized by: water flow by the in-engine cooling tube, listened the in-engine water to be heated, and from institute It states and is flowed out at water chamber, the water of outflow drives the turbo blade rotation, and the turbo blade drives the turbine bar rotation, The turbine bull stick drives the first bevel gear rotation, and the first bevel gear drives the second bevel gear rotation, described Second bevel gear drives the rotating shaft rotation, and the rotating shaft drives the second bevel gear and the lower flywheel to turn Dynamic, the upper flywheel drives the upper bar rotation, and the upper bull stick drives the lower bar rotation, the upper bull stick and described Lower bull stick drives the curved bar rotation, and due to being limited by the connecting rod, the curved bar is swung the curved bar, pendulum The dynamic curved bar drives the sliding bar to slide in the bend, and the sliding bar drives the turntable to carry out left and right directions On sliding, threaded rod described in the driven by rotary disc horizontally slips, and the drive pulley is by by the support rod and institute The restriction effect of sliding block is stated, therefore the threaded rod drives the driver pulley rotation, described in the drive pulley drives Driven pulley rotation, the driven pulley drive the fan shaft rotation, and the fan shaft drives the cooling wind Fan rotation, the cooling fan cools down the water in the outlet pipe in the cooling chamber, due in the cooling chamber The outlet pipe be bending, therefore cooling velocity can be accelerated, cooling water flow flow into from described it is described enter sink It is interior.

Preferably, the current-limiting mechanism includes kerosene chamber, the kerosene chamber is located at below the outlet pipe, the kerosene Intracavitary sliding is equipped with kerosene piston, and the kerosene piston lower surface is fixed with rack gear, kerosene piston upper surface with it is described Drive pulley is fixed between kerosene chamber, the kerosene chamber lower end wall is equipped with the gear cavity being connected, the rack gear lower end It extends in the gear cavity, end wall rotation is equipped with rotary gear shaft before and after the gear cavity, is fixed on the rotary gear shaft Cooperate spur gear, the rack gear is engaged with the cooperation spur gear, is fixed on the rotary gear shaft straight positioned at the cooperation Third hand tap gear on front side of gear, gear cavity left end wall are equipped with bevel gear slot, the gear cavity and the bevel gear slot it Between rotation be equipped with horizontal gear shaft, the 4th cone tooth in the gear cavity is fixed in the horizontal gear shaft Wheel, the 4th bevel gear engage with the third hand tap gear, are fixed in the horizontal gear shaft positioned at the cone tooth The 5th bevel gear in race, the bevel gear slot lower end wall are equipped with bevel gear chamber, the bevel gear chamber and the bevel gear slot Between rotation be equipped with vertical gear shaft, the 6th cone in the bevel gear slot is fixed in the vertical gear shaft Gear is fixed with seventh bevel gear intracavitary positioned at the bevel gear, the 6th bevel gear in the vertical gear shaft It is engaged with the 5th bevel gear, the bevel gear chamber right end wall is equipped with belt chamber, and bevel gear chamber left end wall is equipped with the period Chamber is rotated, rotation is equipped with the long shaft through the bevel gear chamber between the period rotation chamber and the belt chamber, described Eightth bevel gear intracavitary positioned at the bevel gear, the 8th bevel gear and the 7th bevel gear are fixed in long shaft It engages, is fixed in the long shaft and rotates the 9th intracavitary bevel gear positioned at the period, before and after the period rotation chamber End wall rotation is equipped with continuous shaft, is fixed with the tenth bevel gear in the continuous shaft, the tenth bevel gear and described the Nine bevel gears engage, the continuous turntable being fixed on rear side of the tenth bevel gear in the continuous shaft, described continuous Turntable front bulkhead is fixed with cooperation round bar, and end wall rotation is equipped with period bull stick before and after the period rotation chamber, and the period turns Sheave is fixed on bar, the groove in the sheave and the cooperation round bar cooperate, and are fixed with position on the period bull stick The 11st bevel gear on front side of the sheave；

It is characterized by: water in the outlet pipe is by the heat transfer of the water chamber to the intracavitary kerosene of the kerosene, Kerosene, which expands with heat and contract with cold, drives the kerosene piston slide downward, rack gear slide downward described in the kerosene piston driving, the tooth Item drives the cooperation spur gear rotation, and the cooperation spur gear drives the rotary gear shaft rotation, and the rotary gear shaft drives The third hand tap gear rotation, the third hand tap gear drive the 4th bevel gear rotation, and the 4th bevel gear drives institute The rotation of horizontal gear shaft is stated, the horizontal gear shaft drives the 5th bevel gear rotation, and the 5th bevel gear drives The 6th bevel gear rotation, the 6th bevel gear drive the vertical gear shaft rotation, the vertical gear shaft band The 7th bevel gear rotation is moved, the 7th bevel gear drives the 8th bevel gear rotation, and the 8th bevel gear drives The long shaft rotation, the long shaft drive the 9th bevel gear rotation, and the 9th bevel gear drives the tenth cone Gear rotation, the tenth bevel gear drive the continuous shaft rotation, and the continuous shaft drives the continuous turntable rotation, The rotation of cooperation round bar, the cooperation round bar described in the continuous driven by rotary disc drive the sheave periodic rotary, the sheave The period bar rotation is driven, the period bull stick drives the 12nd bevel gear rotation, the tenth plug tap gear band The current limliting shaft rotation is moved, the current limliting shaft drives the water fender rotation, and the water fender rotation is to described in control Enter the water flow in sink, carries out water circulation appropriate.

Preferably, the circulation mechanism include into water tank, it is described enter water tank in be equipped with into sink, it is described enter sink and institute State rotation between period rotation chamber and be equipped with current limliting shaft, be fixed in the current limliting shaft rotated positioned at the period it is intracavitary 12nd bevel gear, the 12nd bevel gear engage with the 11st bevel gear, are fixed with position in the current limliting shaft In it is described enter sink in water fender, be fixed with the main pulley intracavitary positioned at the belt, the skin in the long shaft The screw rod chamber being connected is equipped with chamber lower end wall, the intracavitary sliding of screw rod is equipped with screw rod, is threaded with pair on the screw rod Belt pulley is connected between the secondary pulley and the main pulley by belt, and the screw rod chamber upper end wall, which is equipped with, to be connected Litter groove, the litter groove upper end wall is equipped with the slide block slot that is connected, and sliding is equipped with horizontal slider in the slide block slot, described Horizontal slider lower end surface is fixed with horizontal sliding bar, and the horizontal sliding bar is fixedly connected with the screw rod upper surface, the screw rod Left end extend to it is described enter sink in, the screw rod left side be fixed be located at it is described enter sink in plugging block, it is described enter Be fixed in sink into water tank, it is described enter water tank in be equipped with gutter channel, it is described enter water tank right side be equipped with opening towards it is right into Water cavity, the plugging block are slidably connected in the intake antrum, it is described enter water tank upper and lower end face be equipped with opening outwardly eight into The mouth of a river, the gutter channel with it is described enter water cavity be connected, the water chamber with it is described enter sink be connected；

It is characterized by: the long shaft drives the main pulley rotation, the main pulley drives the secondary pulley to turn Dynamic, the screw rod is due to the restriction effect by the horizontal slider and the horizontal sliding bar, the secondary pulley rotation The screw rod is driven to slide to the right, the screw rod drives the plugging block to slide to the right, and the opening in the intake antrum is increasingly Greatly, so that the water flow that can be flowed into the gutter channel in the unit time is more, meanwhile, the water inlet can also lead to a small amount of water Into in the gutter channel, enters in water cavity described in the water inflow in the gutter channel, enter back into the engine, carry out next The cooling of step.

In conclusion easy to operate, apparatus of the present invention all use the medicine have the advantages that present apparatus structure is simple Condensed water after cooling engine as a source of power, wherein by the thermal change of condensed water drive kerosene expand with heat and contract with cold into The variation that row water flow is adjusted is not need too many condensed water because of when engine movements output power is lower and cooled down, If the condensation dilutional hyponatremia flowed into the unit time will affect the operation of internal combustion engine instead, but if overheat, needs to increase The flow of the condensed water flowed into unit time, while the rotation of the flow control cooling fan of used water, thus by cooling water Energy in the middle is adequately utilized.

Detailed description of the invention

It, below will be to embodiment or existing in order to illustrate more clearly of inventive embodiments or technical solution in the prior art Attached drawing needed in technical description is briefly described, it should be apparent that, the accompanying drawings in the following description is only to invent Some embodiments for those of ordinary skill in the art without creative efforts, can also basis These attached drawings obtain other attached drawings.

Fig. 1 is the schematic view of the front view of inventive combustion engine cooling device entirety complete section；

Fig. 2 is the enlarged structure schematic diagram in Fig. 1 at A；

Fig. 3 is the enlarged structure schematic diagram in Fig. 1 at B.

Specific embodiment

All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive Feature and/or step other than, can combine in any way.

Any feature disclosed in this specification (including any accessory claim, abstract and attached drawing), except non-specifically chatting It states, can be replaced by other alternative features that are equivalent or have similar purpose.That is, unless specifically stated, each feature is only It is an example in a series of equivalent or similar characteristics.

Fig. 1-3 is please referred to, a kind of embodiment provided by the invention: a kind of internal combustion engine refrigerating device, including circulating box 10, institute State and be equipped with drive cavity 19 in circulating box 10, be equipped with cooling body 90 in the drive cavity 19, the cooling body 90 include upper turn Around rotating coaxially, the cooling body 90 also includes screw thread for bar 23 and lower bull stick 26, the upper bull stick 23 and the lower bull stick 26 Bar 31, the upper bull stick 23 and 26 pivoting of lower bull stick drive the threaded rod 31 to horizontally slip, the cooling body 90 further include outlet pipe 14 and cooling fan 37, and the outlet pipe 14 is in bending, and the threaded rod 31 horizontally slips and can drive The cooling fan 37 rotates, and the rotation of cooling fan 37 can cool down the water in the outlet pipe 14, the cooling Current-limiting mechanism 91 is equipped with below mechanism 90, the current-limiting mechanism 91 includes kerosene piston 72 and rack gear 73, the kerosene piston 72 It can be carried out with the kerosene piston 72 by the sliding carried out in up and down direction of expanding with heat and contract with cold of kerosene, the rack gear 73 up and down The sliding in direction, the sliding of the up and down direction of the rack gear 73 can provide power, 91 lower section of current-limiting mechanism for partial devices Equipped with circulation mechanism 92, the circulation mechanism 92 includes plugging block 47 and water fender 58, and the plugging block 47 can carry out left and right cunning It is dynamic, the water yield of the controllable chilled water that horizontally slips of the plugging block 47, thus meet the needs of engine cool, the water blocking Plate 58 can be rotated to control the flow of water, the circulation mechanism 92 further include into sink 59 and gutter channel 53, it is described enter sink Water in 59 is since in the effect of hydraulic pressure the enters to gutter channel 53, the water in the gutter channel 53 starts since pressure enters It is cooled down in machine, water after cooling carries out further reflow process, forms the cooling water circulation of engine interior.

Valuably, the cooling body 90 includes outlet pipe 14, is fixed with engine 12 in the circulating box 10, described Drive cavity 19 is equipped in circulating box 10,19 lower end wall of drive cavity is equipped with the cooling chamber 36 being connected, and the drive cavity 19 is left Side is equipped with turbine leaf piece chamber 16, and 14 left end of outlet pipe extends in the engine 12, and the bending of outlet pipe 14 is in institute It states in turbine leaf piece chamber 16 and the cooling chamber 36, is equipped with turbine leaf piece chamber 16 and institute described in water chamber 13 in the outlet pipe 14 It states rotation between drive cavity 19 and is equipped with turbine bull stick 17, be fixed on the turbine bull stick 17 positioned at the turbine leaf piece chamber 16 Interior turbo blade 15,15 lower end of turbo blade extend in the water chamber 13, and fixation is set on the turbine bull stick 17 There is the first bevel gear 18 being located in the drive cavity 19,19 front and back end wall of the drive cavity rotation is equipped with rotating shaft 20, institute It states and is fixed with second bevel gear 21 on rotating shaft 20, the second bevel gear 21 is engaged with the first bevel gear 18, institute The upper flywheel 22 for being fixed with and being located at be on rear side of second bevel gear 21 on rotating shaft 20 is stated, fixation is set on the rotating shaft 20 There is the lower flywheel 24 for being located at 22 rear side of upper flywheel, is fixed with bull stick 23, the lower flywheel 24 on the upper flywheel 22 On be fixed with lower bull stick 26, curved bar 27 is hinged between the upper bull stick 23 and the lower bull stick 26, is set in the curved bar 27 There is bend 28,19 aft bulkhead of drive cavity is hinged with connecting rod 25, and the connecting rod 25 and the curved bar 27 are hinged, the bend 28 Interior sliding is equipped with sliding bar 30, and rotation is equipped with turntable 29 on the sliding bar 30, is fixed with threaded rod 31 on the turntable 29, 31 right end of threaded rod extends to outside device, and the 19 right end wall of drive cavity is equipped with the belt pulley chamber 88 being connected；

Wherein, the opening of belt pulley chamber 88 is equipped with drive pulley 89, the active towards the right side, the interior rotation of the belt pulley chamber 88 Belt pulley 89 is threadedly coupled with the sliding bar 30, and the drive pulley 89 is equipped with the sliding slot 32 of opening outwardly, the cunning Sliding block 33 symmetrical above and below is fixed in slot 32, about 88 end wall of belt pulley chamber is fixed with symmetrical support rod 34, The support rod 34 is fixedly connected with the sliding block 33, and 88 lower end wall of belt pulley chamber is equipped with belt grooves 35, the circulating box The rotation of 10 right end walls is equipped with fan shaft 38, is fixed with driven pulley 39, the follower belt on the fan shaft 38 Wheel 39 is connect with the drive pulley 89 by belt, and cooling fan 37 is fixed on the fan shaft 38, described cold But fan 37 can cool down the outlet pipe 14 in the cooling chamber 36, and 12 left side of engine is fixed with water inlet pipe 11, it is equipped with into water cavity 70 in the water inlet pipe 11.

Valuably, the current-limiting mechanism 91 includes kerosene chamber 71, and the kerosene chamber 71 is located at 14 lower section of outlet pipe, institute It states sliding in kerosene chamber 71 and is equipped with kerosene piston 72,72 lower end surface of kerosene piston is fixed with rack gear 73, and the kerosene is living It fills in and is fixed with drive pulley 89 between 72 upper surfaces and the kerosene chamber 71,71 lower end wall of kerosene chamber, which is equipped with, to be connected Gear cavity 74,73 lower end of rack gear extends in the gear cavity 74, and 74 front and back end wall of the gear cavity rotation is equipped with tooth Shaft 77 is taken turns, cooperation spur gear 76 is fixed on the rotary gear shaft 77, the rack gear 73 is nibbled with the cooperation spur gear 76 It closes, the third hand tap gear 75 positioned at 76 front side of cooperation spur gear, the gear cavity is fixed on the rotary gear shaft 77 74 left end walls are equipped with bevel gear slot 81, and rotation is equipped with horizontal gear shaft between the gear cavity 74 and the bevel gear slot 81 79, the 4th bevel gear 78 in the gear cavity 74, the 4th cone tooth are fixed in the horizontal gear shaft 79 Wheel 78 is engaged with the third hand tap gear 75, is fixed in the bevel gear slot 81 in the horizontal gear shaft 79 5th bevel gear 80,81 lower end wall of bevel gear slot are equipped with bevel gear chamber 48, the bevel gear chamber 48 and the bevel gear slot Rotation is equipped with vertical gear shaft 69 between 81, is fixed in the bevel gear slot 81 in the vertical gear shaft 69 The 6th bevel gear 82, be fixed with the 7th bevel gear in the bevel gear chamber 48 in the vertical gear shaft 69 49, the 6th bevel gear 82 engages with the 5th bevel gear 80, and the 48 right end wall of bevel gear chamber is equipped with belt chamber 44, institute It states 48 left end wall of bevel gear chamber and rotates chamber 66 equipped with the period, rotate and be equipped between the period rotation chamber 66 and the belt chamber 44 Through the long shaft 54 of the bevel gear chamber 48, be fixed in the long shaft 54 in the bevel gear chamber 48 Eight bevel gears 52, the 8th bevel gear 52 engage with the 7th bevel gear 49, are fixed with and are located in the long shaft 54 The 9th bevel gear 55 in the period rotation chamber 66, period rotation 66 front and back end wall of the chamber rotation are equipped with continuous shaft 57, The tenth bevel gear 56 is fixed in the continuous shaft 57, the tenth bevel gear 56 engages with the 9th bevel gear 55, The continuous turntable 68 positioned at 56 rear side of the tenth bevel gear is fixed in the continuous shaft 57, before the continuous turntable 68 End wall is fixed with cooperation round bar 67, and period rotation 66 front and back end wall of the chamber rotation is equipped with period bull stick 63, and the period turns Sheave 65 is fixed on bar 63, the groove in the sheave 65 and the cooperation round bar 67 cooperate, on the period bull stick 63 It is fixed with the 11st bevel gear 64 for being located at 65 front side of sheave.

Valuably, the circulation mechanism 92 include into water tank 60, it is described enter water tank 60 in be equipped with into sink 59, it is described enter water Rotation is equipped with current limliting shaft 61 between slot 59 and period rotation chamber 66, is fixed with described in being located in the current limliting shaft 61 Period rotates the 12nd bevel gear 62 in chamber 66, and the 12nd bevel gear 62 engages with the 11st bevel gear 64, institute The water fender 58 for being fixed with and entering in sink 59 described in current limliting shaft 61 is stated, is fixed with and is located in the long shaft 54 Main pulley 41 in the belt chamber 44,44 lower end wall of belt chamber are equipped with the screw rod chamber 42 being connected, the screw rod chamber Sliding is equipped with screw rod 45 in 42, and secondary pulley 43, the secondary pulley 43 and the main skin are threaded on the screw rod 45 It is connected between belt wheel 41 by belt, 42 upper end wall of screw rod chamber is equipped with the litter groove 83 that is connected, in the litter groove 83 End wall is equipped with the slide block slot 84 being connected, and sliding is equipped with horizontal slider 85,85 lower end of horizontal slider in the slide block slot 84 Face is fixed with horizontal sliding bar 86, and the horizontal sliding bar 86 is fixedly connected with 45 upper surface of screw rod, 45 left end of screw rod Enter in sink 59 described in extending to, 45 left side of screw rod is fixed with the plugging block 47 entered in sink 59 described in, institute State and be fixed in sink 59 into water tank 51, it is described enter water tank 51 in be equipped with gutter channel 53, it is described enter 51 right side of water tank set Have opening towards right intake antrum 46, the plugging block 47 is slidably connected in the intake antrum 46, it is described enter 51 upper and lower side of water tank Face is equipped with opening eight water inlets 50 outwardly, the gutter channel 53 with it is described enter water cavity 70 be connected, the water chamber 13 and It is described enter sink 59 be connected.

In the following, applicant will refer to attached drawing 1-3 and a kind of tool of internal combustion engine refrigerating device of the application described above Body forms to introduce a kind of internal combustion engine refrigerating device of the application in detail:

Firstly, in the initial state, the engine 12 is stationary state, and it is most left that the plugging block 47 is located at the intake antrum 46 Side, the drive pulley 89 are in naturally droop state；

In present invention work, the engine 12 brings into operation, and water flow was listened described by the cooling tube in the engine 12 Water in engine 12 is heated, and is flowed out from the water chamber 13, and the water of outflow drives the turbo blade 15 to rotate, institute Stating turbo blade 15 drives the turbine bull stick 17 to rotate, and the turbine bull stick 17 drives the first bevel gear 18 to rotate, institute Stating first bevel gear 18 drives the second bevel gear 21 to rotate, and the second bevel gear 21 drives 20 turns of the rotating shaft Dynamic, the rotating shaft 20 drives the second bevel gear 21 and the lower flywheel 24 to rotate, and the upper flywheel 22 drives described Upper bull stick 23 rotates, and the upper bull stick 23 drives the lower bull stick 26 to rotate, and the upper bull stick 23 and the lower bull stick 26 drive The curved bar 27 rotates, and due to being limited by the connecting rod 25, the curved bar 27 is swung the curved bar 27, swings The curved bar 27 drive the sliding bar 30 to slide in the bend 28, the sliding bar 30 drives the turntable 29 to carry out Sliding on left and right directions, the turntable 29 drive the threaded rod 31 to horizontally slip, the drive pulley 89 due to by The restriction effect of the support rod 34 and the sliding block 33, therefore the threaded rod 31 drives the drive pulley 89 to rotate, The drive pulley 89 drives the driven pulley 39 to rotate, and the driven pulley 39 drives 38 turns of the fan shaft Dynamic, the fan shaft 38 drives the cooling fan 37 to rotate, and the cooling fan 37 is to described in the cooling chamber 36 Water in outlet pipe 14 is cooled down, and since the outlet pipe 14 in the cooling chamber 36 is bending, can be accelerated Cooling velocity, cooling water flow flowed into from described 40 it is described enter sink 59 in；

Wherein, the water in the outlet pipe 14 is by the kerosene in the heat transfer of the water chamber 13 to the kerosene chamber 71, Kerosene, which expands with heat and contract with cold, drives 72 slide downward of kerosene piston, and the kerosene piston 72 drives 73 slide downward of rack gear, The rack gear 73 drives the cooperation spur gear 76 to rotate, and the cooperation spur gear 76 drives the rotary gear shaft 77 to rotate, institute Stating rotary gear shaft 77 drives the third hand tap gear 75 to rotate, and the third hand tap gear 75 drives described 78 turns of 4th bevel gear Dynamic, the 4th bevel gear 78 drives the horizontal gear shaft 79 to rotate, and the horizontal gear shaft 79 drives the described 5th Bevel gear 80 rotates, and the 5th bevel gear 80 drives the 6th bevel gear 82 to rotate, and the 6th bevel gear 82 drives institute The rotation of vertical gear shaft 69 is stated, the vertical gear shaft 69 drives the 7th bevel gear 49 to rotate, the 7th cone tooth Wheel 49 drives the 8th bevel gear 52 rotation, and the 8th bevel gear 52 drives the long shaft 54 to rotate, the long shaft 54 drive the 9th bevel gear 55 rotation, and the 9th bevel gear 55 drives the tenth bevel gear 56 to rotate, and the described tenth Bevel gear 56 drives the continuous shaft 57 to rotate, and the continuous shaft 57 drives the continuous turntable 68 to rotate, described continuous Turntable 68 drives the cooperation round bar 67 to rotate, and the cooperation round bar 67 drives 65 periodic rotary of sheave, the sheave 65 drive the period bull stick 63 to rotate, and the period bull stick 63 drives the 12nd bevel gear 62 to rotate, and the described 12nd Bevel gear 62 drives the current limliting shaft 61 to rotate, and the current limliting shaft 61 drives the water fender 58 to rotate, the water fender 58 rotations carry out water circulation appropriate to enter the water flow in sink 59 described in control；

Then, the long shaft 54 drives the main pulley 41 to rotate, and the main pulley 41 drives the secondary pulley 43 Rotation, the screw rod 45 is due to the restriction effect by the horizontal slider 85 and the horizontal sliding bar 86, the pair skin The rotation of belt wheel 43 drives the screw rod 45 to slide to the right, and the screw rod 45 drives the plugging block 47 to slide to the right, the water inlet Opening in chamber 46 is increasing, so that the water flow that can be flowed into the gutter channel 53 in the unit time is more, meanwhile, it is described Water inlet 50 can also lead to a small amount of water and enter in the gutter channel 53, enter water cavity 70 described in the water inflow in the gutter channel 53 It is interior, it enters back into the engine 12, carries out the cooling of next step.

The beneficial effects of the present invention are: present apparatus structure is simple, easy to operate, apparatus of the present invention are all started using cooling Condensed water after machine as a source of power, wherein driving expanding with heat and contract with cold for kerosene to carry out water flow tune by the thermal change of condensed water The variation of section is because not needing too many condensed water when engine movements output power is lower and being cooled down, if unit The condensation dilutional hyponatremia flowed into time will affect the operation of internal combustion engine instead, but if overheat, needs to increase the unit time The flow of the condensed water of interior inflow, while the rotation of the flow control cooling fan of used water, thus by the energy in cooling water Amount is adequately utilized.

The above, the specific embodiment only invented, but invent protection scope be not limited thereto, it is any without The change or replacement that creative work is expected are crossed, should all be covered within the protection scope of invention.Therefore, the protection scope of invention It should be determined by the scope of protection defined in the claims.

Claims (4)

1. a kind of internal combustion engine refrigerating device, including circulating box, it is characterised in that: be equipped with drive cavity, the biography in the circulating box Move it is intracavitary be equipped with cooling body, the cooling body includes upper bull stick and lower bull stick, and the upper bull stick and the lower bull stick are around same Axis rotation, the cooling body also includes threaded rod, and the upper bull stick and the lower bull stick pivoting drive the threaded rod It horizontally slips, the cooling body further includes outlet pipe and cooling fan, and the outlet pipe is in bending, described threaded rod or so Sliding can drive the cooling fan to rotate, and the cooling fan rotation can cool down the water in the outlet pipe, described Current-limiting mechanism is equipped with below cooling body, the current-limiting mechanism includes kerosene piston and rack gear, and the kerosene piston can pass through coal The sliding carried out in up and down direction of expanding with heat and contract with cold of oil, the rack gear can carry out the sliding of up and down direction with the kerosene piston, The sliding of the up and down direction of the rack gear can provide power for partial devices, be equipped with circulation mechanism, institute below the current-limiting mechanism Stating circulation mechanism includes plugging block and water fender, and the plugging block can slide left and right, and horizontally slipping for the plugging block can The water yield of cold water is controlled, to meet the needs of engine cool, the water fender can be rotated to control the flow of water, institute State circulation mechanism further include into sink and gutter channel, it is described enter sink in water the gutter channel is entered to due to the effect of hydraulic pressure Interior, the water in the gutter channel is cooled down since pressure enters in engine, and water after cooling carries out further reflux and adds Work forms the cooling water circulation of engine interior.

2. a kind of internal combustion engine refrigerating device according to claim 1, it is characterised in that: the cooling body includes water outlet It manages, engine is fixed in the circulating box, drive cavity is equipped in the circulating box, the drive cavity lower end wall, which is equipped with, to be connected Logical cooling chamber, the drive cavity left side are equipped with turbine leaf piece chamber, and the outlet pipe left end extends in the engine, described Outlet pipe bending is equipped with turbine leaf piece chamber described in water chamber in the turbine leaf piece chamber and the cooling chamber in the outlet pipe Rotation is equipped with turbine bull stick between the drive cavity, is fixed on the turbine bull stick intracavitary positioned at the turbo blade Turbo blade, the turbo blade lower end extend in the water chamber, are fixed on the turbine bull stick positioned at the biography Intracavitary first bevel gear is moved, end wall rotation is equipped with rotating shaft before and after the drive cavity, is fixed on the rotating shaft Second bevel gear, the second bevel gear are engaged with the first bevel gear, are fixed with that be located at be the on the rotating shaft Upper flywheel on rear side of two bevel gears, the lower flywheel being fixed on the rotating shaft on rear side of the upper flywheel, it is described on It is fixed with bull stick on flywheel, lower bull stick is fixed on the lower flywheel, is cut with scissors between the upper bull stick and the lower bull stick It is connected to curved bar, bend is equipped in the curved bar, the drive cavity aft bulkhead is hinged with connecting rod, and the connecting rod and the curved bar are cut with scissors It connects, sliding is equipped with sliding bar in the bend, and rotation is equipped with turntable on the sliding bar, is fixed with screw thread on the turntable Bar, the threaded rod right end extend to outside device, and the drive cavity right end wall is equipped with the belt pulley chamber being connected；

Wherein, the belt pulley chamber opening is equipped with drive pulley, the drive pulley towards the right side, the intracavitary rotation of belt pulley It is threadedly coupled with the sliding bar, the drive pulley is equipped with the sliding slot of opening outwardly, is fixed in the sliding slot Symmetrical sliding block down, end wall is fixed with symmetrical support rod to the belt pulley chamber up and down, and the support rod and the sliding block are solid Fixed connection, the belt pulley chamber lower end wall are equipped with belt grooves, and the circulating box right end wall rotation is equipped with fan shaft, the fan Driven pulley is fixed in shaft, the driven pulley is connect with the drive pulley by belt, the fan Cooling fan is fixed in shaft, the cooling fan can cool down the outlet pipe in the cooling chamber, described to start Machine left side is fixed with water inlet pipe, is equipped in the water inlet pipe into water cavity.

3. a kind of internal combustion engine refrigerating device according to claim 1, it is characterised in that: the current-limiting mechanism includes kerosene Chamber, the kerosene chamber are located at below the outlet pipe, and the intracavitary sliding of kerosene is equipped with kerosene piston, the kerosene piston Face is fixed with rack gear, and drive pulley, the kerosene are fixed between kerosene piston upper surface and the kerosene chamber Chamber lower end wall is equipped with the gear cavity being connected, and the rack gear lower end extends in the gear cavity, end wall before and after the gear cavity Rotation is equipped with rotary gear shaft, is fixed with cooperation spur gear on the rotary gear shaft, the rack gear is nibbled with the cooperation spur gear It closes, the third hand tap gear being fixed on the rotary gear shaft on front side of the cooperation spur gear, gear cavity left end wall Equipped with bevel gear slot, rotation is equipped with horizontal gear shaft, the horizontal teeth rotation between the gear cavity and the bevel gear slot The 4th bevel gear in the gear cavity is fixed on axis, the 4th bevel gear engages with the third hand tap gear, The 5th bevel gear being fixed in the bevel gear slot in the horizontal gear shaft, the bevel gear slot lower end wall are set There is bevel gear chamber, rotation is equipped with vertical gear shaft, the vertical teeth rotation between the bevel gear chamber and the bevel gear slot The 6th bevel gear being fixed on axis in the bevel gear slot, be fixed in the vertical gear shaft be located at it is described The 7th intracavitary bevel gear of bevel gear, the 6th bevel gear engage with the 5th bevel gear, the bevel gear chamber right end wall Equipped with belt chamber, bevel gear chamber left end wall is equipped with period rotation chamber, turns between the period rotation chamber and the belt chamber The dynamic long shaft being equipped with through the bevel gear chamber, be fixed in the long shaft positioned at the bevel gear it is intracavitary the 8th Bevel gear, the 8th bevel gear engage with the 7th bevel gear, are fixed in the long shaft and turn positioned at the period The 9th intracavitary bevel gear is moved, end wall rotation is equipped with continuous shaft before and after the period rotation chamber, fixes in the continuous shaft Equipped with the tenth bevel gear, the tenth bevel gear engages with the 9th bevel gear, is fixed with and is located in the continuous shaft Continuous turntable on rear side of tenth bevel gear, the continuous turntable front bulkhead are fixed with cooperation round bar, the period rotation End wall rotation is equipped with period bull stick before and after chamber, is fixed with sheave on the period bull stick, the groove in the sheave with it is described Cooperate round bar cooperation, the 11st bevel gear being fixed on front side of the sheave on the period bull stick.

4. a kind of internal combustion engine refrigerating device according to claim 1, it is characterised in that: the circulation mechanism includes into water Case, it is described enter water tank in be equipped with into sink, it is described enter sink and the period rotation chamber between rotation be equipped with current limliting shaft, it is described It is fixed in current limliting shaft and rotates the 12nd intracavitary bevel gear positioned at the period, the 12nd bevel gear and described the 11 bevel gears engage, and the water fender entered in sink described in being located at is fixed in the current limliting shaft, is consolidated in the long shaft Fixed be equipped with is located at the intracavitary main pulley of the belt, and the belt chamber lower end wall is equipped with the screw rod chamber being connected, the screw rod Intracavitary sliding is equipped with screw rod, secondary pulley is threaded on the screw rod, between the secondary pulley and the main pulley It is connected by belt, the screw rod chamber upper end wall is equipped with the litter groove that is connected, and the litter groove upper end wall, which is equipped with, to be connected Slide block slot, the interior sliding of the slide block slot are equipped with horizontal slider, and the horizontal slider lower end surface is fixed with horizontal sliding bar, the water Smooth bar is fixedly connected with the screw rod upper surface, the screw rod left end extend to described in enter in sink, the screw rod left side Be fixed be located at it is described enter sink in plugging block, it is described enter sink in be fixed with into water tank, it is described enter water tank in be equipped with Gutter channel, it is described enter water tank right side be equipped with opening towards right intake antrum, the plugging block is slidably connected in the intake antrum, It is described enter water tank upper and lower end face be equipped with opening eight water inlets outwardly, the gutter channel with it is described enter water cavity be connected, it is described Water chamber with it is described enter sink be connected.