CN1117218A - Booster - Google Patents

Abstract

Several levers have the long force-arm ends driven by crankshaft, and the short force-arm ends driving linking plates and directional geal, which drives gear shaft to output power. Several boosters have their input and output terminal connected successively and can output a great force with a small input force. The said booster may be connected to power generator to realize mechanical power generation.

Description

Assistor

The present invention relates to a kind of assistor of machinery.

The power of supply generator generating in the past has firepower, waterpower, wind-force, and the inventor is the scheme of power with the mechanical force for generator provides a kind of.

The objective of the invention is to design a kind of assistor, it can import a very little torsion at input, and the reinforcing repeatedly through lever produces a very big torsion at output, thereby drives generator, machinery generating.

Technical scheme of the present invention is: a kind of assistor, it is characterized in that: input has some radicles to have the lever of shift fork, its shift fork is pitched respectively on the axostylus axostyle of same bent axle diverse location, the other end of lever is contained in respectively in the groove of each connecting plate, the shell of the two ends of each connecting plate and two oriental toothed gears is hinged respectively, several are contained in respectively on two corresponding gear shafts that parallel with the corresponding oriental toothed gear inner casing of shell, have on the inner edge of each shell with the ratchet of lever with quantity, have on the outer rim of each inner casing and the unidirectional very heavy and very heavy spring that cooperates of ratchet, by the connection that is meshed successively of two travelling gears, the other end of gear shaft is a clutch end between the same side of two rooted tooth wheel shafts.

The assistor of present technique can be connected output with speed changer, generator, distribution board, motor successively, and the output of motor is connected with the assistor input again, i.e. permanent power generation.

Operation principle of the present invention is: one week of crankshaft rotating, drive each the self-swinging secondary of every lever on the bent axle axostylus axostyle, hold the connecting plate swing thereupon that links to each other in addition with lever, the shell of the two ends of connecting plate and two oriental toothed gears is hinged respectively, shell drives inner casing and tooth pitch of gear shaft one-directional rotation, because two oriental toothed gear axles are connected with a joggle by two travelling gears successively in the end, so the actual acceptance of gear shaft forward, latter two power, and rotate two tooth pitches, also be in the different angles of bent axle separately owing to every lever, the rotation of bent axle is rotated the oriental toothed gear that is connected separately with them, and continuous action is on two gear shafts, and therefore every rooted tooth wheel shaft has been concentrated two tooth pitches that each oriental toothed gear on this axostylus axostyle rotates and become continuous rotation.Because an end of lever force brachium is connected with the bent axle of input, the short end of the arm of force cooperates with the gear shaft of output, according to the input power of lever principle present technique less than power output, the input of some groups of assistors is connected successively with output, afterburning repeatedly and realize very little power of input, output obtains the purpose of a very big power.If it drives generator for electricity generation, the electric power of generator acts on the input of assistor again, circulates with this and can realize the machinery generating.When this assistor started, utilizable energy enough reached the starting device of generator revolution, and the input that its output is connected the assistor bent axle gets final product.

Below in conjunction with description of drawings one embodiment of the present of invention.

Fig. 1 is the structural representation of assistor of the present invention.

Fig. 2 is the left view of Fig. 1 of the present invention.

Fig. 3 is the A-A profile of Fig. 2 of the present invention.

Fig. 4 is the crankshaft structure schematic diagram of assistor of the present invention.

Fig. 5 is the partial enlarged drawing of Fig. 4 of the present invention.

Fig. 6 is that enlarged drawing is looked on the left side of Fig. 4 of the present invention.

Fig. 7 is the oriental toothed gear structural representation of assistor of the present invention.

Fig. 8 is the left view of Fig. 7 of the present invention.

Fig. 9 is assistor of the present invention be used to generate electricity connection side's block diagram when using.

Among the figure, the lever that 21 root architectures are identical (5), the long end of its arm of force has shift fork (2), this shift fork is pitched respectively on the axostylus axostyle (4) of same bent axle (1) diverse location, crankshaft end is input (15), rolling bearing (3) is housed between shift fork and the axostylus axostyle, lever (5) is the fulcrum of lever with Zhi Tie (7) hinged place, the other end of 21 levers is contained in respectively in the groove of 21 connecting plates (8), the shell of the two ends of every connecting plate (8) and two oriental toothed gears (9) is hinged respectively, the inner casing of two oriental toothed gears (9) and two gear shafts that parallel (10) difference spinning, the inner edge of shell has 21 ratchets (12) and ball (14), the outer rim of inner casing has very heavy (13) with the ratchet one way engagement, support by very heavy spring, on the two rooted tooth wheel shafts (10), 21 oriental toothed gears (9) are arranged respectively, there is two travelling gears (11) connection that is meshed successively the end of two rooted tooth wheel shafts (10).Bent axle (1), Zhi Tie (7), gear shaft (10) are by support (6) support fixation.The other end of gear shaft (10) is output (16), and it is connected with the bent axle input of another group assistor, can obtain afterburning repeatedly effect.Present technique can be according to the size of output needs power, and how many designs organizes assistor, end to end.Be connected successively with speed changer (20), generator (21), distribution board (22), motor (23) at output (16) then, motor (23) output received on the input (15) of assistor again, circulation like this realizes the purpose that machinery generates electricity.The startup method of this assistor is: the bent axle input (15) that storage battery (18) drives motor (17), drive assistor starts this assistor.

Claims (2)

1, a kind of assistor, it is characterized in that: input has some radicles to have the lever of shift fork, its shift fork is pitched respectively on the axostylus axostyle of same bent axle diverse location, the other end of lever is contained in respectively in the groove of connecting plate, the shell of the two ends of each connecting plate and two oriental toothed gears is hinged respectively, several are contained in respectively on two corresponding gear shafts that parallel with the corresponding oriental toothed gear inner casing of shell, have on the inner edge of each shell and the ratchet of lever with quantity, have on the outer rim of each inner casing and the unidirectional very heavy and very heavy spring that cooperates of ratchet, by the connection that is meshed successively of two travelling gears, the other end of gear shaft is a clutch end between the same side of two rooted tooth wheel shafts.

2, according to the said a kind of assistor of claim 1, it is characterized in that: the output of assistor is connected successively with speed changer, generator, distribution board, motor, and the output of motor is connected with the assistor input again, i.e. permanent power generation.

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