CN110107360A

CN110107360A - Lever pneumatic motor

Info

Publication number: CN110107360A
Application number: CN201910224982.5A
Authority: CN
Inventors: 何长根
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-03-20
Filing date: 2019-03-20
Publication date: 2019-08-09

Abstract

The present invention relates to a kind of lever pneumatic motors, it is made of double drive cylinder system, double-lever system, double gas storage can system, double driving system, double gas supply cylinder systems and pneumatic motor bottom plate.Its working principle is that: first manually alternately agitate double lever, respectively drive respective gas supply piston, gas is filled it up with to corresponding air accumulator, then gas is inputted into corresponding driving cylinder, start respective driving piston and corresponding pneumatic lever voluntarily work done, power is transmitted to the external work done of corresponding driven gear by corresponding pneumatic lever on one side, it is transmitted to corresponding gas supply piston work done on one side, supplement the gas in corresponding air accumulator, it maintains itself to operate, so in cycles, the present invention can realize the purpose of gas loop jump work done.The energy used in the present invention is gas, and no consumption is pollution-free, and use scope is wide.

Description

Lever pneumatic motor

Technical field

The present invention relates to pneumatic motor, especially a kind of lever pneumatic motor.

Background technique

According to law of conservation of energy: energy will not both generate without foundation, will not disappear without foundation, it can only turn from a kind of form Other form is turned to, or is transferred to other object from an object.

Summary of the invention

The purpose of the present invention is to provide a kind of lever pneumatic motors that gas is transferred to another object from an object.

The object of the present invention is achieved like this:

A kind of lever pneumatic motor, it is characterized in that: it is by double drive cylinder system, double-lever system, double gas storage can system, double Transmission system, double gas supply cylinder systems and pneumatic motor bottom plate composition.Its assembly is such that based on pneumatic machine bottom board, In the left side plane of pneumatic machine bottom board, it is equipped with double drive cylinder side by side, driving piston is respectively equipped in double drive cylinder, is being driven Piston lower part is equipped with band Chi Lian Defend；In the right plane of pneumatic machine bottom board, it is equipped with double gas supply cylinders side by side, in double gas supply It is respectively equipped with gas supply piston in cylinder, is respectively equipped with band tooth connecting rod in gas supply piston lower portion.

Double pneumatic levers, power arm, the resistance arm of double pneumatic levers are equipped between double drive cylinder and double gas supply cylinders With sector gear is equipped on position of the fulcrum.The fulcrum of double pneumatic levers is deviated to the right center, which is provided with shared lever shaft, Lever shaft is supported by lever dolly；The double transmission gears being engaged with are respectively equipped with above balance pivot sector gear, double Transmission gear upper bracket is equipped with double air accumulators.Sector gear on double pneumatic lever moving arms is respectively and on driving piston Band tooth connecting rod grinding tooth；Sector gear on double pneumatic lever resistance arms is then engaged with gas supply piston band tooth connecting rod respectively.

The working principle of the invention is such that

Preceding power arm (25) and rear power arm (42) are first manually alternately agitated, respective preceding gas supply piston is driven (108) and afterwards piston (168) are supplied, fills it up with gas to respective preceding air accumulator (66) and rear air accumulator (68), then will Compressed gas input forerunner takes offence cylinder (28) and rear-guard is taken offence cylinder (47), starting forerunner's piston (20) and rear-guard piston (128), respectively alternately to preceding power arm (25) and rear power arm (42) work done, then, preceding gas supply piston (108) and rear gas supply are lived (168) are filled under double pneumatic lever drivings, just start to replace respectively to preceding air accumulator (66) and rear air accumulator (68) make-up gas, At the same time, also pass through preceding sector gear (78) on fulcrum and rear sector gear (82) external work done.So running, it is just complete At a working cycles.

The present invention has following salient point:

1, the energy used in the present invention is gas, and no consumption is pollution-free, and inexhaustible.

2, power arm specific resistance brachium is laborsaving lever, can play the role of that art is good for strength.

3, the diameter of cylinder is supplied than driving the diameter of cylinder big, thus, pneumatic lever is without costing too big distance, so that it may Gas supply cylinder is set to obtain sufficiently large gas；Meanwhile because the diameter of driving cylinder is small, a small amount of gas is only needed Generate very big air pressure.

4, the configuration of the present invention is simple, material is common, easy to manufacture, and use scope is wide.

Detailed description of the invention

Fig. 1 is the principle of the present invention figure；

Fig. 2 is that rear-guard of the invention is taken offence cylinder cross-sectional view；

Fig. 3 is that forerunner of the invention takes offence cylinder cross-sectional view；

Fig. 4 is rear gas supply cylinder cross-sectional view of the invention；

Fig. 5 is preceding gas supply cylinder cross-sectional view of the invention；

Fig. 6 is pulley left view of the invention；

Fig. 7 is double air accumulator left views of the invention.

The present invention will be further described below with reference to the drawings.

Referring to FIG. 1, FIG. 2 and FIG. 3: in double drive cylinder system, rear-guard is taken offence cylinder (47) cylindrical shape, in its underpart It takes offence cylinder seat (27) equipped with rear-guard, is equipped with rear-guard at an upper portion thereof and takes offence cylinder cap (51), rear-guard is equipped on its cylinder body and moves cylinder groove (41)；It takes offence in rear-guard and is additionally provided with take offence cylinder exhaust valve lifter (3), rear-guard of rear-guard on cylinder cap (51) and takes offence cylinder exhaust valve sliding sleeve (4), rear-guard moves take offence cylinder cover screw (35), rear-guard of cylinder exhaust pipe (6), rear-guard and takes offence cylinder benefit sliding sleeve (52), rear valve bracket Casing (53), rear-guard take offence cylinder intake valve casing (55), rear-guard of cylinder air inlet pipe (54), rear-guard of taking offence are taken offence cylinder intake valve tappet (56), the pole rear valve frame upper permanent magnetism S (59), the pole rear valve frame upper permanent magnetism N (60), rear valve bracket (61), rear-guard Take offence cylinder exhaust valve seat (121), rear-guard of nest (120) in cylinder cap, rear-guard of taking offence is taken offence cylinder exhaust valve (122), rear valve support casing The pipe lower part pole permanent magnetism N (139), the rear valve rack sleeve lower part pole permanent magnetism S (140), rear-guard take offence cylinder intake valve seat (141) and after It drives cylinder intake valve (142).

Taking offence in rear-guard, cylinder (47) is interior to be equipped with rear-guard piston (128)；It is driven after rear-guard piston (128) upper end is equipped with Piston cap (123) and rear-guard piston lid screw (137)；Rear-guard piston permanent magnetism is equipped among rear-guard piston lid (123) The pole N (124), the rear-guard pole piston permanent magnetism S (138) and rear-guard piston oil filling pipe (58), and also driving piston adds behind Oil pipe (58) upper end is equipped with rear-guard piston oil filling pipe lid (1), the rear-guard piston oil filling pipe top pole permanent magnetism N (2) and rear-guard The piston oil filling pipe top pole permanent magnetism S (57).

The double compression rings (125) of rear-guard piston are successively arranged on the cylindrical surface of rear-guard piston (128), rear-guard piston is seeped The double oil rings (127) of oilhole (126), rear-guard piston.

Rear-guard piston engine oil chamber sponge (129), rear-guard piston engine oil chamber are equipped at the center of rear-guard piston (128) (130), the double oil ring grooves (135) of rear-guard piston machine oil (131), rear-guard piston and the double compressions (136) of rear-guard piston.

Rear-guard piston band tooth connecting rod (134) is equipped in the lower end of rear-guard piston (128).

Matched rear-guard is equipped in lower part of the rear-guard piston with tooth connecting rod (134) to take offence the rectangular sliding sleeve of cylinder (132), The rear-guard rectangular sliding sleeve of cylinder (132) of taking offence is taken offence on cylinder bottom plate (31) mounted in rear-guard.

Referring to FIG. 1, FIG. 2 and FIG. 3: in dual drive system, forerunner takes offence cylinder (28) cylindrical shape, is equipped in its underpart Forerunner takes offence cylinder seat (29), is equipped with forerunner at an upper portion thereof and takes offence cylinder cap (12), preceding driving cylinder groove is equipped on its cylinder body (40)；The valve pole frame upper permanent magnetism N (9), the pole preceding valve frame upper permanent magnetism S before forerunner takes offence and is additionally provided on cylinder cap (12) (10), take offence cylinder cover screw (49), forerunner of preceding valve bracket (48), forerunner takes offence cylinder air inlet pipe (50), preceding driving cylinder exhaust Take offence cylinder exhaust valve (144), forerunner of gate seat (143), forerunner takes offence nest (145) in cylinder cap, preceding valve rack sleeve (146), preceding Take offence cylinder exhaust valve lifter (151), forerunner of driving inblock cylinder valve sliding sleeve (150), forerunner takes offence cylinder cap sliding sleeve (152), forerunner Take offence cylinder intake valve sliding sleeve (154), the forerunner of cylinder intake valve tappet (153), forerunner that take offence takes offence cylinder intake valve seat (155), forerunner It takes offence cylinder intake valve (156), the preceding valve bracket lower part pole permanent magnetism S (157) and the preceding valve bracket lower part pole permanent magnetism N (158).

Taking offence in forerunner, cylinder (28) is interior to be equipped with forerunner's piston (20)；It lives in forerunner's piston (20) upper end equipped with preceding driving Corking (16) and forerunner's piston lid screw (15)；The pole forerunner's piston permanent magnetism N is equipped among forerunner's piston lid (16) (14), the pole forerunner's piston permanent magnetism S (159) and forerunner's piston oil filling pipe (13), and also in its forerunner's piston oil filling pipe (13) top is equipped with forerunner's piston oil filling pipe lid (5), forerunner's piston oil filling pipe top pole permanent magnetism N (7) and preceding driving and lives It fills in the pole oil filling pipe top permanent magnetism S (8).

Forerunner's piston double compression rings (17), forerunner's piston permeability are successively arranged on the cylindrical surface of forerunner's piston (20) Hole (18), the double oil rings (19) of forerunner's piston, the double compressions (160) of forerunner's piston and the double oil ring grooves (161) of forerunner's piston.

Forerunner's piston engine oil chamber sponge (147), forerunner's piston machine oil are equipped at the center of forerunner's piston (20) (148) and forerunner's piston engine oil chamber (149).

Forerunner's piston band tooth connecting rod (21) is equipped in the lower end of forerunner's piston (20).

Matched forerunner is equipped in lower part of forerunner's piston with tooth connecting rod (21) to take offence the rectangular sliding sleeve of cylinder (22), it is preceding Drive the rectangular sliding sleeve of cylinder (22) using the driving rectangular sliding sleeve General purpose screw (30) of cylinder in driving cylinder bottom plate (31).

Illustrate the effect of double drive cylinder system below.

Referring to FIG. 1, FIG. 2 and FIG. 3: rear-guard takes offence cylinder (47) and forerunner takes offence cylinder (28) is side by side mounted in driving cylinder bottom plate (31) on, and drive cylinder bottom plate (31 mounted in pneumatic machine bottom board (32) left side plane on, driving cylinder bottom plate (31) can connect Cylinder (47) is taken offence with rear-guard and forerunner's cylinder (28) of taking offence is moved together or dismantled, and can facilitate adjustment and replacement in this way.Rear-guard is taken offence The take offence effect of cylinder (28) of cylinder (47) and forerunner is: the respective power arm of mutual cooperation driven, for example, before gas passes through When driving cylinder intake pipe (50) takes offence cylinder (28) into forerunner, forerunner's piston (20) is just together with forerunner's piston oil filling pipe (13) and forerunner's piston square band tooth connecting rod (21) power arm (25) before downlink drive together；When it reaches lower dead center, by The door bracket top pole permanent magnetism S (9) of taking offence in forerunner's piston oil filling pipe top pole permanent magnetism S (8) with forerunner is repelled each other, then forerunner Door bracket of taking offence is pushed down, forerunner take offence cylinder exhaust valve (144) opening, forerunner take offence cylinder intake valve (156) closing, at this point, preceding Driving piston (20) starts to be vented；At the same time, rear-guard piston (128) was then driven in the past under piston (20) same mode Power arm (42) after row driving, and power arm (25) before pull-up, such cycle operation can realize the mesh of work done in cycles 's.

The stroke of rear-guard piston (128) and forerunner's piston (20) in this system is two strokes, it may be assumed that work done and row Gas.

The rear-guard piston oil filling pipe top pole permanent magnetism N (2), the rear-guard piston oil filling pipe top pole permanent magnetism S in this system (51), the pole rear valve frame upper permanent magnetism S (59), the pole rear valve frame upper permanent magnetism N (60), rear valve rack sleeve lower part be forever The pole magnetic N (139), the rear valve rack sleeve lower part pole permanent magnetism S (140), the rear-guard pole piston permanent magnetism N (124), rear-guard piston are forever It is the pole magnetic S (138) and forerunner's piston oil filling pipe top pole permanent magnetism N (7), forerunner's piston oil filling pipe top pole permanent magnetism S (8), preceding The valve pole frame upper permanent magnetism S (9), preceding valve frame upper permanent magnetism (10), the preceding valve rack sleeve lower part pole permanent magnetism S (157), Preceding valve rack sleeve lower part the pole permanent magnetism N (158) forerunner pole piston permanent magnetism N (14), the forerunner pole piston permanent magnetism S (159) Effect be not only can control respective intake and exhaust valves, but also will not directly hit, and because be weak magnetic and have it is certain away from From will not be interfered with each other between two driving cylinders.

The effect of the double compression rings (125) of rear-guard piston and forerunner's piston pair compression rings (17) in this system is, both can be close The gas in respective cylinder is sealed, and the intracorporal machine oil overflow of cylinder can be prevented；Rear-guard piston oil seepage hole (126) and forerunner's piston The effect of oil seepage hole (18) is to ooze out the respective cylinder inner wall of oil lubricating；The double oil rings (127) of rear-guard piston and preceding driving are lived The effect for filling in double oil rings (19) is leaked under the machine oil prevented in respective cylinder；Rear-guard piston engine oil chamber sponge (129) and forerunner The effect of piston engine oil chamber sponge (147) is to inhale the machine oil containing respective engine oil chamber, machine oil is avoided excessively to ooze out；Driving is lived afterwards The effect of plug engine oil chamber (130) and forerunner's piston engine oil chamber (149) is to store machine oil for respective piston；Rear-guard piston The effect of engine oil chamber machine oil (131) and forerunner's piston engine oil chamber machine oil (148) is to lubricate respective cylinder inner wall and piston； The effect of the double compressions (136) of rear-guard piston and the double compressions (160) of forerunner's piston is to install respective compression ring；Rear-guard The effect of the double oil ring grooves (135) of piston and the double oil ring grooves (161) of forerunner's piston is to install respective oil ring.

The effect of rear-guard piston oil filling pipe (58) and forerunner's piston oil filling pipe (13) in this system is, can be respective Valve rack sleeve in slide, facilitate addition machine oil and installation permanent magnet.

The effect of rear-guard piston oil filling pipe lid (1) and forerunner's piston oil filling pipe lid (5) in this system is to prevent Only fall into foreign matter.

Effect of the rear-guard piston with tooth connecting rod (134) and forerunner's piston with tooth connecting rod (21) in this system be, to Sector gear on respective power arm transmits power.

The effect of rear-guard in this system takes offence the rectangular sliding sleeve of cylinder (132) and forerunner the takes offence rectangular sliding sleeve of cylinder (22) is to draw It is reciprocating to lead respective square band tooth connecting rod.

The effect that rear-guard in this system moves cylinder groove (41) and preceding driving cylinder groove (40) is moved convenient for corresponding The arm of force moves up and down.

The effect for cylinder seat (28) that rear-guard in this system takes offence cylinder seat (27) and forerunner takes offence is to be easily installed respective drive It takes offence cylinder.

The effect of rear-guard in this system takes offence cylinder cap (51) and forerunner takes offence cylinder cap (12) is closed on respective cylinder Hold, install respective valve bracket, air inlet pipe, exhaust pipe, suction valve cone, exhaust valve seat, inlet valve sliding sleeve, exhaust valve sliding sleeve and Cylinder head sliding sleeve.

The effect of rear valve bracket (61) and preceding valve bracket (48) in this system is to install respective inlet valve, row Valve, inlet valve tappet, exhaust valve lifter and permanent magnet.

The effect of rear-guard in this system takes offence cylinder exhaust valve (122) and forerunner takes offence cylinder exhaust valve (144) is to discharge The exhaust gas for making function in respective cylinder reduces the pressure that respective piston is replied.

The effect of rear-guard in this system takes offence cylinder intake valve (142) and forerunner takes offence cylinder intake valve (156) is, regular Ground opens and closes the gas inputted in respective cylinder.

Rear-guard in this system take offence cylinder exhaust valve lifter (151), rear-guard of cylinder exhaust valve lifter (3), forerunner of taking offence is taken offence Cylinder intake valve tappet (56) and forerunner take offence cylinder intake valve tappet (153) effect be connect respective exhaust valve, inlet valve and Valve bracket.

Rear-guard in this system take offence cylinder exhaust valve seat (143), rear-guard of cylinder exhaust valve seat (121), forerunner of taking offence is taken offence cylinder The take offence effect of cylinder intake valve seat (155) of suction valve cone (141) and forerunner is to cooperate the respective cylinder of the closed disengaging of respective valve Gas.

The effect of rear-guard in this system takes offence cylinder cover screw (35) and forerunner takes offence cylinder cover screw (49) is, will be respective Cylinder head is fixed on respective cylinder upper end.

The effect of rear-guard piston lid screw (137) and forerunner's piston lid screw (15) in this system is, will be respective Piston cap be fixed on respective piston upper end.

Referring to Fig.1, Fig. 2, Fig. 4, Fig. 5 and Fig. 6: in double-lever system, preceding power arm (25) and preceding resistance arm (81) are One entirety is deviated to the right center position at this on the whole and is equipped with pneumatic lever shaft (78), and also on this position Equipped with preceding sector gear (79), it is equipped with preceding power arm sector gear (26) in the left end of preceding power arm (25), apart from preceding power The right of arm sector gear (26) nearby is additionally provided with preceding power arm sliding slot (24), is equipped with preceding resistance in the right end of preceding resistance arm (81) Arm of force sector gear (112).

Referring to Fig.1, Fig. 2, Fig. 4, Fig. 5 and Fig. 6；In double-lever system, rear power arm (42) and rear resistance arm (83) It is an entirety, and is mounted on pneumatic lever shaft (78) side by side with preceding pneumatic lever, is equipped in the left end of rear power arm (42) Power arm sector gear (133) afterwards are sliding being additionally provided with rear power arm apart from the right of rear power arm sector gear (133) nearby Slot (43) is equipped with rear sector gear (82) on pneumatic lever shaft (78) position, after the right of rear power arm (83) is equipped with Resistance arm sector gear (171).

Referring to Fig.1 and Fig. 6: in double-lever system, the top of pulley bracket (44) is equipped with top sheave axis (45) and upper cunning It takes turns (46), lower part is equipped with lower sheave (34), downslide wheel shaft (36), pulley bracket screw (37) and pulley bracket pedestal (38).? Top sheave (46) and lower sheave (34) are equipped with pulley belt (39) and are respectively equipped on the middle position before and after pulley belt (39) Preceding power arm roll chooses (23) and rear power arm roll chooses (192).

Illustrate the effect of double-lever system below.

Referring to Fig.1, Fig. 2, Fig. 4, Fig. 5 and Fig. 6: double pneumatic levers in this system are mounted side by side on pneumatic lever dolly On front column (70) and pneumatic lever dolly rear column (196), front and back two root posts are the fulcrums of double pneumatic levers, double pneumatic Lever can be rotated around the fulcrum, and the power arm specific resistance brachium of double pneumatic levers, is laborsaving lever.The effect of double pneumatic levers It is: the power from double drive cylinder is delivered separately to supply cylinder accordingly.

The effect of preceding power arm sector gear (26) and rear power arm sector gear (133) in this system is, respectively with The respective toothrow engagement on tooth connecting rod, also, the power from two band tooth connecting rods can have not only been accepted respectively, but also can be become Linear motion is movement in a curve.

The effect of top sheave (46) and lower sheave (34) in this system is to carry pulley belt (39), and can also come Back rotation.

The effect that preceding power arm roll in this system chooses (23) and rear power arm roll chooses (192) is driven at two Under piston driving, it alternately can provoke respective power arm and up return.

The effect of pulley belt (39) in this system is that the preceding power arm roll of installation chooses (23) and rear power arm roll is chosen (192)。

The effect of pulley bracket in this system is to install pulley spindle (45) and downslide wheel shaft (36).

The effect of top sheave axis (45) and downslide wheel shaft (36) in this system is to install respective pulley respectively.

The effect of preceding power arm sliding slot (24) He Houqian power arm sliding slot (43) in this system is can both to have put in respective Rolling is chosen, and the movement in a curve for the linear motion and two power arms that can avoid pulley belt (39) generates interference.

The effect of pulley bracket pedestal (38) in this system is to be easily installed pulley bracket (44).

The effect of pulley bracket screw (37) in this system is fixed pulley bracket pedestal (38).

The effect of preceding sector gear (79) and rear sector gear (84) in this system is respectively driven before being engaged with Transmission gear (77) and final drive gear (74).

The effect of preceding resistance arm sector gear (112) and rear resistance arm sector gear (171) in this system is, respectively with The respective toothrow engagement on tooth connecting rod, also, not only can be respectively to supply piston accordingly to transmit power, but also arc can be become Line movement is linear motion.

Referring to Fig.1 and Fig. 7: in double gas storage can system, preceding air accumulator (66) and rear air accumulator (68) air accumulator connector (193) it connects, does not communicate with each other, be equipped with rear air accumulator screw rod (195) and rear air accumulator nut in the rear end of rear air accumulator (68) (194)；Preceding air accumulator screw rod (72) and preceding air accumulator nut (71) are equipped in the front end of preceding air accumulator (66).In preceding air accumulator (66) and rear air accumulator (68) above, air accumulator air gauge (67), preceding air accumulator automatic discharge opening (85), rear storage before being respectively equipped with Gas tank air gauge (69) and rear air accumulator automatic discharge opening (84)；Distinguish in the left side of preceding air accumulator (66) and rear air accumulator (68) Cylinder air inlet pipe (50) is taken offence with each forerunner and rear-guard cylinder air inlet pipe (54) of taking offence is connected to；In preceding air accumulator (66) and rear gas storage The right side of tank (68) is connected to respective rear gas supply cylinder appendix (86) and preceding gas supply cylinder appendix (89) respectively.

In addition, taking offence cylinder air inlet pipe (50) in forerunner and rear-guard takes offence and is equipped with corresponding advance on cylinder air inlet pipe (54) Tracheae switchs (64) and rear air inlet pipe switch (62).The company of being equipped between preceding air inlet pipe switch (64) and rear air inlet pipe switch (62) The front end of spindle (63), this axis is equipped with air inlet pipe switch handle (65).

Illustrate the effect of double gas storage can system below.

Referring to Fig.1 and Fig. 7: the effect of preceding air accumulator (66) and rear air accumulator (68) in this system is to store up respectively on one side The gas from respective gas supply cylinder is deposited, on one side respectively to respective driving cylinder output gas.

The effect of preceding air accumulator air gauge (67) and rear air accumulator air gauge (69) in this system is to indicate respective storage Air pressure numerical value in gas tank.

The effect of preceding air accumulator automatic discharge opening (85) and rear air accumulator automatic discharge opening (84) in this system is, must When wanting can the respective gas in air accumulator of automatic-discharging, avoid that accident occurs.

Preceding air accumulator screw rod (72), preceding air accumulator nut (71), rear air accumulator screw rod (195) and rear gas storage in this system The effect of tank nut (194) is to be easily installed or dismantle preceding air accumulator (66) and rear air accumulator (68).

The effect of preceding air inlet pipe switch (64) and rear air inlet pipe switch (62) in this system is to open or close respective storage Gas in gas tank.

The effect of connecting shaft (63) in this system is can to control preceding air inlet pipe switch (64) and rear air inlet pipe switch simultaneously (62)。

The effect of air inlet pipe switch handle (65) in this system is, convenient for operation.

Referring to Fig.1: in double driving system, preceding unilateral bearing (75) being housed in preceding driven gear (77), rear driven gear (74) rear unilateral bearing (73) are housed in；Equipped with shared driven gear shaft in preceding unilateral bearing (75) and rear unilateral bearing (73) (76)；The front end of driven gear shaft (76) is mounted in the middle part of pneumatic lever dolly front column (70), and its rear end is mounted in pneumatic lever The middle part of bracket rear column (196)；Flywheel (88) and belt pulley (87) are also sequentially arranged in the rear end of driven gear shaft.

Illustrate the effect of double driving system below.

Referring to Fig.1: the effect of the preceding driven gear (77) in this system is to engage, will come from preceding sector gear (79) The power of preceding power arm (25) passes to driven gear shaft (76) by preceding unilateral bearing (75).

The effect of rear driven gear (74) in this system is engaged with rear driven gear (82), and rear power arm will be come from (42) power passes to shared driven gear shaft (76) by rear unilateral bearing (73).

Meanwhile because preceding driven gear (77) and rear driven gear (74) radius, than preceding sector gear (79) and rear fan The radius of shape gear (82) is small, before driven gear (77) and rear driven gear (74) may also function as the effect of speedup.

The effect of preceding unilateral bearing (75) and rear unilateral bearing (73) in this system is that driven gear shaft (76) can be made to begin All morning is rotationally clockwise.

The effect of driven gear shaft (76) in this system is to carry preceding driven tooth (77), rear driven gear (74), flywheel (88) and belt pulley (87).

The effect of flywheel (88) in this system is to store and release kinetic energy, promotes driven gear shaft (76) continuous and puts down Steady operating.

The effect of belt pulley (87) in this system is external output power.

Referring to Fig.1 and Fig. 4: in double gas supply cylinder systems, supplying cylinder (111) cylindrical shape afterwards, set in its underpart Cylinder block (114) are supplied after having, cylinder head (95) is supplied after end is equipped on it, supplies cylinder groove after being equipped on its cylinder body (169)；Supplied after being equipped on rear gas supply cylinder head (95) cylinder appendix (86), rear gas supply cylinder gas injection door (162), after It supplies cylinder head sliding sleeve (93), rear gas supply cylinder intake pipe (94), supply cylinder intake valve (181) and rear air cleaner afterwards (97)；Afterwards air cleaner (97) by rear air cleaner air inlet (178), rear air cleaner air inlet panel (179) and Air cleaner gauze (180) forms afterwards.

Piston (168) are supplied after being equipped in rear gas supply cylinder (111), supply piston cap after the piston upper end is equipped with (163), piston blot (164) and rear gas supply piston oil filling pipe (92) are supplied afterwards；In the upper end of rear gas supply piston oil filling pipe (92) Piston oil filling pipe lid (91) are supplied after being equipped with, lower end is communicated with rear gas supply piston engine oil chamber (175).

The double compression rings (165) of piston are supplied on the cylindrical surface of rear gas supply piston (168), after being successively arranged, supply piston afterwards Oil seepage hole (166), the double oil rings (167) of rear gas supply piston, the double oil ring grooves (176) of rear gas supply piston and the rear double oil ring grooves of gas supply piston (177)。

Piston engine oil chamber (175), rear gas supply piston machine oil (174) are supplied at the center of rear gas supply piston (168), after being equipped with With rear gas supply piston engine oil chamber sponge (173).

Gas supply piston band tooth connecting rod (170) after the lower end of rear gas supply piston (168) is equipped with.

The matched rear rectangular sliding sleeve of gas supply cylinder (172) is equipped in rear gas supply lower part of the piston with tooth connecting rod (170).

Referring to Fig.1 and Fig. 5: in double air supply systems, the cylindrical shape of preceding gas supply cylinder (109), before its underpart is equipped with It supplies cylinder block (115)；It is equipped with preceding gas supply cylinder head (99) at an upper portion thereof；Preceding gas supply cylinder groove (116) is equipped on its cylinder body； Preceding gas supply cylinder appendix (89), preceding gas supply cylinder gas injection door (182), preceding gas supply cylinder are equipped on preceding gas supply cylinder head (99) Lid sliding sleeve (100), preceding gas supply cylinder intake pipe (101), preceding gas supply cylinder intake valve (191) and preceding air cleaner (102)；Before Air cleaner (102) is by preceding air cleaner air inlet (188), preceding air cleaner panel (189) and preceding air cleaner Strainer (190) composition.

It is equipped with preceding gas supply piston (108) in preceding gas supply cylinder (109), is equipped with preceding gas supply piston cap in the piston upper end (103), preceding gas supply piston cap screw (104) and preceding gas supply piston oil filling pipe (98)；In the upper of preceding gas supply piston oil filling pipe (98) End is equipped with preceding gas supply piston oil filling pipe lid (90), and lower end is communicated with preceding gas supply piston engine oil chamber (185).

On the cylindrical surface of preceding gas supply piston (108), gas supply piston double compression rings (105), preceding gas supply piston before being successively arranged The double oil rings (107) of oil seepage hole (106), preceding gas supply piston, the double oil ring grooves (186) of preceding gas supply piston and the double compressions of preceding gas supply piston (187)。

At the center of preceding gas supply piston (108), it is equipped with preceding gas supply piston engine oil chamber (185), preceding gas supply piston machine oil (184) With preceding gas supply piston engine oil chamber sponge (183).

Preceding gas supply piston band tooth connecting rod (110) is equipped in the lower end of preceding gas supply piston (108).

The matched preceding rectangular sliding sleeve of gas supply cylinder (113) is equipped in preceding gas supply lower part of the piston with tooth connecting rod (110).

The rectangular sliding sleeve of preceding gas supply cylinder (113) is mounted on gas supply cylinder bottom with the rectangular sliding sleeve screw (119) of preceding gas supply cylinder On plate (118).

Illustrate the effect of double air supply systems below.

Referring to Fig.1, Fig. 4 and Fig. 5: rear gas supply cylinder (111) and preceding gas supply cylinder (109) in this system are side by side mounted in confession On gas cylinder bottom plate (118), and cylinder bottom plate (118) are supplied in the right plane of pneumatic machine bottom board (32).Supply gas Cylinder bottom plate (118) can be moved together or be dismantled so that it is convenient to adjust together with rear gas supply cylinder (111) and preceding gas supply cylinder (109) And replacement.The effect for supplying cylinder (111) and preceding gas supply cylinder (109) afterwards is to cooperate alternately to infuse to respective air accumulator Enter gas.Such as: when rear gas supply piston (168) downlink, preceding gas supply piston (108) supplies cylinder intake valve with regard to uplink afterwards (181) it opens, rear supply cylinder gas injection door (162) are closed, and supply cylinder (111 after gas sucking；And at the same time, preceding gas supply Cylinder intake valve (191) is closed, and preceding gas supply cylinder gas injection door (99) is opened, air accumulator (66) before gas injects；Current gas supply is lived After filling in (108) completion gas injection movement, piston (168) are supplied afterwards and give rear air accumulator (68) injection gas in the same way again.Such as This alternating interoperation, can realize the purpose of circulation work done.

Rear gas supply cylinder (111) in this system is identical as the preceding gas supply structure and function of cylinder (109), and piston stroke is equal For two strokes, it may be assumed that air inlet and gas injection.

The effect of the double compression rings (105) of double compression ring (165) the He Qianqi pistons of rear gas supply piston in this system is that sealing is respective Cylinder in gas, while machine oil overflow can also be prevented；Piston oil seepage hole (166) and preceding gas supply piston oil seepage hole are supplied afterwards (106) effect is to ooze out the respective cylinder inner wall of oil lubricating；The double oil rings (167) of gas supply piston and preceding gas supply piston are double afterwards The effect of oil ring (107) is the machine oil leaked under the machine oil prevented in respective cylinder with drawout cylinder inner wall.

The effect of the double oil ring grooves (176) of rear gas supply piston and the preceding double oil ring grooves (186) of gas supply piston in this system is to pacify Fill respective oil ring.

The effect of the double compressions (177) of rear gas supply piston and the preceding double compressions (187) of gas supply piston in this system is to pacify Fill respective compression ring.

The effect of rear gas supply piston engine oil chamber (175) and preceding gas supply piston engine oil chamber (185) in this system is to store machine Oil.

The effect of rear gas supply piston machine oil (174) and preceding gas supply piston machine oil (184) in this system is to lubricate respective Cylinder inner wall and piston.

The effect of rear gas supply piston engine oil chamber sponge (173) and preceding gas supply piston engine oil chamber sponge (183) in this system It is to inhale the machine oil containing respective engine oil chamber, machine oil is avoided excessively to ooze out.

The effect of rear gas supply piston oil filling pipe (92) in this system and preceding gas supply piston oil filling pipe (98) is, both can be It is slided in respective sliding sleeve, and can be convenient addition machine oil.

The effect of rear gas supply piston oil filling pipe lid (91) in this system and preceding gas supply piston oil filling pipe lid (90) is, Prevent foreign matter from falling into respective engine oil chamber.

Rear gas supply piston in this system is to hold with tooth connecting rod (170) and preceding gas supply effect of the piston with tooth connecting rod (110) The power from respective sector gear is fetched, respective gas supply piston is passed to.

The effect of the rear rectangular sliding sleeve of gas supply cylinder (172) in this system and the preceding gas supply rectangular sliding sleeve of cylinder (113) is, Guide respective square band tooth connecting rod work done.

The effect of the rectangular sliding sleeve General purpose screw (119) of rear gas supply cylinder in this system is, fixed respective rectangular sliding Set.

The effect of rear gas supply cylinder groove (169) and preceding gas supply cylinder groove (116) in this system is to be convenient for respective resistance Arm moves up and down.

The effect of rear gas supply cylinder bottom plate (118) in this system is, installation rear-guard is taken offence cylinder (111) and preceding gas supply cylinder (109)。

The effect of gas supply cylinder bottom plate screw (117) in this system is fixed gas supply cylinder bottom plate (118).

The effect of rear air cleaner (97) and preceding air cleaner (102) in system is that filtering enters respective confession The gas of gas gas.

Referring to Fig.1: the effect of the pneumatic machine bottom board (32) in the present invention is to carry whole components of the invention.

Claims

1. a kind of lever pneumatic motor, it is characterized in that: by double drive cylinder system, double-lever system, double gas storage can system, double transmissions System, double gas supply cylinder systems and pneumatic motor bottom plate composition, in which: in double drive cylinder system, rear-guard cylinder (47) of taking offence is in Cylindrical shape, is equipped with rear-guard in its underpart and takes offence cylinder seat (27), is equipped with rear-guard at an upper portion thereof and takes offence cylinder cap (51), on its cylinder body Cylinder groove (41) are moved equipped with rear-guard, is taken offence in rear-guard and is additionally provided with rear-guard on cylinder cap (51) and takes offence cylinder exhaust valve lifter (3), rear driving Inblock cylinder valve sliding sleeve (4), rear-guard move take offence cylinder cover screw (35), rear-guard of cylinder exhaust pipe (6), rear-guard and take offence cylinder cap sliding sleeve (52), take offence cylinder air inlet pipe (54), rear-guard of rear valve rack sleeve (53), rear-guard is taken offence cylinder intake valve casing (55), rear driving Cylinder intake valve tappet (56), the pole rear valve frame upper permanent magnetism S (59), the rear pole valve frame upper permanent magnetism permanent magnetism N (60), after Valve bracket (61), rear-guard take offence cylinder exhaust valve seat (121), rear-guard of nest (120) in cylinder cap, rear-guard of taking offence are taken offence cylinder exhaust valve (122), the pole rear valve rack sleeve lower part permanent magnetism N (139), the rear valve rack sleeve lower part pole permanent magnetism S (140), rear-guard are taken offence Cylinder intake valve seat (141) and rear-guard take offence cylinder intake valve (142)；Taking offence in rear-guard, cylinder (47) is interior to be equipped with rear-guard piston (128), Rear-guard piston lid (123) and rear-guard piston lid screw (137) are equipped in rear-guard piston (128) upper end；It lives in rear driving The pole rear-guard piston permanent magnetism N (124), the rear-guard pole piston permanent magnetism S (138) and rear-guard piston is equipped among corking (123) to add Oil pipe (58), and also rear-guard piston oil filling pipe lid (1), rear driving work are equipped in rear-guard piston oil filling pipe (58) upper end Fill in the pole oil filling pipe top permanent magnetism N (2) and the rear-guard piston oil filling pipe top pole permanent magnetism S (57)；Circle in rear-guard piston (128) The double compression rings (125) of rear-guard piston, rear-guard piston double compression rings (125), rear-guard piston oil seepage hole are successively arranged on cylinder (126) and the double oil rings (127) of rear-guard piston；Rear-guard piston engine oil chamber sponge is equipped at the center of rear-guard piston (128) (129), rear-guard piston engine oil chamber (130), rear-guard piston machine oil (131, the double oil ring grooves (135) of rear-guard piston and rear-guard The double compressions (136) of piston；It is equipped with rear-guard piston band tooth connecting rod (134) in the lower end of rear-guard piston (128), in rear-guard Lower part of the piston with tooth connecting rod (134) is equipped with matched rear-guard and takes offence the rectangular sliding sleeve of cylinder (132), and rear-guard cylinder of taking offence is rectangular Sliding sleeve (132) is taken offence on cylinder bottom plate (31) mounted in rear-guard.

2. lever pneumatic motor according to claim 1, it is characterized in that: in double drive cylinder system, forerunner takes offence cylinder (28) cylindrical shape, is equipped with forerunner in its underpart and takes offence cylinder seat (29), is equipped with forerunner at an upper portion thereof and takes offence cylinder cap (12), at it Cylinder body is equipped with preceding driving cylinder groove (40)；The pole valve frame upper permanent magnetism N before forerunner takes offence and is additionally provided on cylinder cap (12) (9), take offence cylinder cover screw (49), forerunner of the pole preceding valve frame upper permanent magnetism S (10), preceding valve bracket (48), forerunner takes offence cylinder Air inlet pipe (50), forerunner take offence cylinder exhaust valve (144), the forerunner of cylinder exhaust valve seat (143), forerunner that take offence take offence nest in cylinder cap (145), take offence cylinder exhaust valve sliding sleeve (150), forerunner of preceding valve rack sleeve (146), forerunner takes offence cylinder exhaust valve lifter (151), forerunner take offence cylinder intake valve tappet (153), the forerunner of cylinder cap sliding sleeve (152), forerunner that take offence takes offence cylinder intake valve sliding sleeve (154), take offence cylinder intake valve seat (155), forerunner of forerunner takes offence cylinder intake valve (156), the preceding valve bracket lower part pole permanent magnetism S (157) and the preceding valve bracket lower part pole permanent magnetism N (158)；Taking offence in forerunner, cylinder (28) is interior to be equipped with forerunner's piston (20), in forerunner Piston (20) upper end is equipped with forerunner's piston lid (16) and forerunner's piston lid screw (15)；In forerunner's piston lid (16) Between be equipped with the pole forerunner's piston permanent magnetism N (14), the forerunner pole piston permanent magnetism S (159) and forerunner's piston oil filling pipe (13), and Also on its forerunner's piston oil filling pipe (13) top equipped on forerunner's piston oil filling pipe lid (5), forerunner's piston oil filling pipe The portion pole permanent magnetism N (7) and forerunner's piston oil filling pipe top pole permanent magnetism S (8)；It is successively set on the cylindrical surface of forerunner's piston (20) There are the double compression rings (17) of forerunner's piston, forerunner's piston oil seepage hole (18), the double oil rings (19) of forerunner's piston, forerunner's piston double Compression (160) and the double oil ring grooves (161) of forerunner's piston；Forerunner's piston machine oil is equipped at the center of forerunner's piston (20) Room sponge (147), forerunner's piston machine oil (148) and forerunner's piston engine oil chamber (149)；In the lower end of forerunner's piston (20) Equipped with forerunner's piston band tooth connecting rod (21), matched preceding driving is equipped in lower part of forerunner's piston with tooth connecting rod (21) The rectangular sliding sleeve of cylinder (22), forerunner take offence the rectangular sliding sleeve of cylinder (22) the utilization driving rectangular sliding sleeve General purpose screw (30) of cylinder mounted in drive It takes offence on cylinder bottom plate (31).

3. lever pneumatic motor according to claim 1, it is characterized in that: in double-lever system, preceding power arm (25) and before Resistance arm (81) is an entirety, is deviated to the right center position on the whole at this and is equipped with gas lever shaft (78), and also exists Preceding sector gear (79) are equipped with above this position；It is equipped with preceding power arm sector gear (26) in the left end of preceding power arm (25), It is additionally provided with preceding power arm sliding slot (24) apart from the right of preceding power arm sector gear (26) nearby, on the right side of preceding resistance arm (81) End is equipped with preceding resistance arm sector gear (112).

4. lever pneumatic motor according to claim 1, it is characterized in that: in double-lever system, rear power arm (42) and after Resistance arm (83) is also an entirety, and is mounted on pneumatic lever shaft (78) side by side with preceding pneumatic lever, in rear power arm (42) left end is equipped with rear power arm sector gear (133), apart from rear power arm sector gear (133) the right nearby also Equipped with rear power arm sliding slot (43), rear sector gear (82) are equipped on pneumatic lever shaft (78) position, in rear resistance arm (83) right end is equipped with rear resistance arm sector gear (171).

5. lever pneumatic motor according to claim 1, it is characterized in that: in double-lever system, pulley bracket (44) it is upper Portion is equipped with top sheave axis (45) and top sheave (46), and lower part is equipped with lower sheave (34), downslide wheel shaft (36), pulley bracket screw (37) and pulley bracket pedestal (38)；Pulley belt (39) are equipped on top sheave (46) and lower sheave (34), in pulley belt (39) On the middle position of front and back, it is respectively equipped with that preceding power arm roll chooses (23) and rear power arm roll is chosen (192), pulley bracket pedestal (38) using pulley bracket screw (37) on pneumatic machine bottom board (32).

6. lever pneumatic motor according to claim 1, it is characterized in that: in double gas storage can system, preceding air accumulator (66) and Air accumulator (68) is connected with air accumulator connector (193) afterwards, is not communicated with each other, and is equipped with rear air accumulator in the rear end of rear air accumulator (68) Screw rod (195) and rear air accumulator nut (194)；Preceding air accumulator screw rod (72) is equipped in the front end of preceding air accumulator (66)；In preceding storage Gas tank (66) and rear air accumulator (68) above, be respectively equipped with before air accumulator air gauge (67), preceding air accumulator automatic discharge opening (85), Air accumulator air gauge (69 and rear air accumulator automatic discharge opening (84) afterwards；In the left side of preceding air accumulator (66) and rear air accumulator (68) Cylinder air inlet pipe (50) of taking offence respectively with respective forerunner and rear-guard cylinder air inlet pipe (54) of taking offence are connected to；Preceding air accumulator (66) and after The right side of air accumulator (68) is connected to respective rear gas supply cylinder appendix (86) and preceding gas supply cylinder appendix (89) respectively； In addition, taking offence cylinder air inlet pipe (50) in forerunner and rear-guard takes offence and is equipped with corresponding preceding air inlet pipe switch on cylinder air inlet pipe (54) (64) and rear air inlet pipe switchs (62)；Connecting shaft (63) are equipped between preceding air inlet pipe switch (64) and rear air inlet pipe switch (62), The front end of this axis is equipped with air inlet pipe switch handle (65).

7. lever pneumatic motor according to claim 1, it is characterized in that: in double driving system, in preceding driven gear (77) Equipped with preceding unilateral bearing (75), rear unilateral bearing (73) are housed in rear driven gear (74)；Preceding unilateral bearing (75) and rear unidirectional Equipped with shared driven gear shaft (76) in bearing (73)；The front end of driven gear shaft (76) is mounted in pneumatic lever dolly front column (70) middle part, its rear end are mounted in the middle part of pneumatic lever dolly rear column (196)；The rear end of driven gear shaft (76) also according to It is secondary that flywheel (88) and belt pulley (87) are housed.

8. lever pneumatic motor according to claim 1, it is characterized in that: supplying cylinder afterwards in double gas supply cylinder systems (111) cylindrical shape supplies cylinder block (114) after its underpart is equipped with, and supplies cylinder head (95) after end is equipped on it, Its cylinder body be equipped with after for cylinder groove (169)；Cylinder appendix (86), rear confession are supplied after being equipped on rear gas supply cylinder head (95) Gas cylinder gas injection door (162), rear gas supply cylinder intake pipe (94), supplies cylinder intake valve at rear gas supply cylinder head sliding sleeve (93) afterwards (181) and rear air cleaner (97)；Air cleaner (97) is by rear air cleaner air inlet (178), rear air-filtering afterwards Device air inlet panel (179) and rear air cleaner gauze (180) composition；It supplies and lives after being equipped in rear gas supply cylinder (111) It fills in (168), piston cap (163), rear gas supply piston cap screw (164) and rear gas supply piston is supplied after the piston upper end is equipped with and is added Oil pipe (92)；Piston oil filling pipe lid (91) are supplied after the upper end of rear gas supply piston oil filling pipe (92) is equipped with, lower end is with after Gas supply piston engine oil chamber (175) communicates；The double compression rings of piston are supplied on the cylindrical surface of rear gas supply piston (168), after being successively arranged (165), gas supply piston oil seepage hole (166), the rear double oil rings 167 of gas supply piston afterwards), the double oil ring grooves (176) of rear gas supply piston and after Supply the double compressions (177) of piston；Piston engine oil chamber (175), rear confession are supplied at the center of rear gas supply piston (168), after being equipped with Gas piston machine oil (174) and rear gas supply piston engine oil chamber sponge (173)；It is supplied after the lower end of rear gas supply piston (168) is equipped with Piston band tooth connecting rod (170)；It is rectangular that matched rear gas supply cylinder is equipped in rear gas supply lower part of the piston with tooth connecting rod (170) Sliding sleeve (172).

9. lever pneumatic motor according to claim 1, it is characterized in that: in double gas supply cylinder systems, preceding gas supply cylinder (109) cylindrical shape is equipped with preceding gas supply cylinder block (115) in its underpart, is equipped with preceding gas supply cylinder head (99) at an upper portion thereof, Its cylinder body is equipped with preceding gas supply cylinder groove (116)；Preceding gas supply cylinder appendix (89), preceding is equipped on preceding gas supply cylinder head (99) Supply cylinder gas injection door (182), preceding gas supply cylinder sliding sleeve (100), preceding gas supply cylinder intake pipe (101), preceding gas supply cylinder intake Door (191) and preceding air cleaner (102)；Preceding air cleaner (102) is by preceding air cleaner air inlet (188), preceding air Filter panel (189) and preceding air cleaner gauze (190) composition；Preceding gas supply piston is equipped in preceding gas supply cylinder (109) (108), preceding gas supply piston cap (103), preceding gas supply piston cap screw (104) and preceding gas supply piston is equipped in the piston upper end to refuel It manages (98)；In the preceding gas supply piston oil filling pipe lid (90) that is equipped with of preceding gas supply piston oil filling pipe (98), lower end and preceding gas supply are lived Plug engine oil chamber (185) communicates；On the cylindrical surface of preceding gas supply piston (108), the double compression ring (105) of gas supply piston before being successively arranged, Preceding gas supply piston oil seepage hole 106) before the double oil ring (107) of gas supply piston, preceding gas supply piston pair oil ring grooves (186) and preceding gas supply piston Double compressions (187)；At the center of preceding gas supply piston (108), it is equipped with preceding gas supply piston engine oil chamber (185), preceding gas supply piston machine Oily (184) and preceding gas supply piston engine oil chamber sponge (183)；Preceding gas supply piston band tooth is equipped in the lower end of preceding gas supply piston (108) Connecting rod (110)；The matched preceding rectangular sliding sleeve of gas supply cylinder is equipped in preceding gas supply lower part of the piston with tooth connecting rod (110) (113)；The rectangular sliding sleeve of preceding gas supply cylinder (113) is mounted on gas supply cylinder bottom plate with the rectangular sliding sleeve screw (119) of preceding gas supply cylinder (118) on.