CN1389370A

CN1389370A - Energy-accumulating booster

Info

Publication number: CN1389370A
Application number: CN01141093A
Authority: CN
Inventors: 林东明
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-06-11
Filing date: 2001-09-30
Publication date: 2003-01-08

Abstract

The present invention relates to an energy-storing booster, which is characterized by that it utilizes the inertial energy produced by single vehicle running or running on the decline, and stores it by using coiled spring, when it is necessary, said energy can be released out to drive single vehicle to make it run. Said energy-storing booster is placed in the wheel frame of single vehicle, and the steel wire of single vehicle wheel is covered on the outer shell of said energy-storing booster. Said energy-storing booster mainly is formed from main shaft (middle of connecting shaft is equipped with three steel blocks), outer shell, clutch, left two gears, right three gears (or three bevel gears), top hook, coiled spring and automatic top hook.

Description

Energy-accumulating booster

My title of patent of invention is an energy-accumulating booster, and it is the inertia energy that produces when utilizing solo running or descending, with the scrollwork spring it is stored, and when needs it is released the promotion solo running.

Whole energy-accumulating booster is to be placed in the single wheel frame, and the steel wire of single wheel just is enclosed within on the shell of energy-accumulating booster.

Energy-accumulating booster mainly contains that main shaft (adapter shaft in the middle of have three block plates), shell, power-transfer clutch, two gears in the left side, three gears in the right (or with three finishing bevel gear cuters), top are colluded, volute spiral spring, push up and collude composition automatically.

Main shaft is the part that entangles whole energy-accumulating booster, and main shaft can not rotate, and there are two check screws on both sides, fix by bicycle front fork or back vent.Shell is the merchandiser wheel, and it can collude the drive volute spiral spring by power-transfer clutch and automatic top and tighten, and can send the energy that volute spiral spring is emitted to bicycle again.Power-transfer clutch and sleeve pipe be by the pulling of two steel ropes, makes it and housing contacts, thereby driven gear, volute spiral spring is decontroled steel rope and rebounded by spring can make power-transfer clutch.Sleeve pipe and clutch bearing and main shaft have some gaps, could slide like this.A left side gear and a right gearing are to make two gears energy of same axle reversing sense, and left side rotation tightens volute spiral spring like this, releases by the right and can promote the same direction running of bicycle.Volute spiral spring is to be used for energy storage.Collude on the pinning top is that the volute spiral spring that will tighten pins, and steel rope is colluded on the pulling top, just can decontrol volute spiral spring.Collude on automatic top is pulling hook when utilizing volute spiral spring to tighten, hook has a bloom to be connected to collude spring in advance, thereby having spurred the top colludes, the top is colluded withstand teeth, when loosening volute spiral spring, can collude the promotion solo running by the top, volute spiral spring has loosened the hook spring and will restore, and the top is colluded restoring spring and the top is colluded pulled down, thus the resistance when having reduced solo running.The top is colluded spring strength and is greater than the top and colludes restoring spring, like this top collude spring just stretchy push up and collude.

Fig. 1 is the energy-accumulating booster front view with two groups of straight gear transmissions.

Fig. 2 is Figure 1A-A cutaway view.

Fig. 3 is Figure 1B-B and Fig. 6 C-C cutaway view.

Fig. 4 is Fig. 1 C-C and Fig. 6 D-D cutaway view.

Fig. 5 is the left view of whole energy-accumulating booster at single wheel.

Fig. 6 is the energy-accumulating booster front view with three bevel drives.

Fig. 7 is Fig. 6 H-H cutaway view.

Table 1 Fig. 1 list

??14	Little steel plate	??2
??14	Little steel plate	??2		??13	Bearing	??4
??12	Gu axle sieve silk	??2		??13	Bearing	??4
??12	Gu axle sieve silk	??2		??11	Automatically collude on the top	??1
??10	Volute spiral spring	??1		??11	Automatically collude on the top	??1
??10	Volute spiral spring	??1		??9	The right gear	??3	Big gear wheel of two miniature gearss
??8	Steel plate	??1		??9	The right gear	??3	Big gear wheel of two miniature gearss
??8	Steel plate	??1		??7	Left gear	??2
??6	Sleeve pipe	??1		??7	Left gear	??2
??6	Sleeve pipe	??1		??5	Shell	??1
??4	Power-transfer clutch	??1		??5	Shell	??1
??4	Power-transfer clutch	??1		??3	Spring	??1
??2	Steel wire	??3	Article two, one of the pipe of helping pull a cart draws the top to collude	??3	Spring	??1
??2	Steel wire	??3		??1	Main shaft	??1
Sequence number	Parts name	Quantity	Remarks	??1	Main shaft	??1
Sequence number	Parts name	Quantity	Remarks	Energy-accumulating booster
??10∶8
??10∶8	Ratio

Table 2 Fig. 2 list

5	Spring	????10∶8
5	Spring		4	Pinning the top colludes
3	The right gear		4	Pinning the top colludes
3	The right gear		2	Steel plate
1	Shell		2	Steel plate
1	Shell		Sequence number	Parts name	Ratio

Table 3 Fig. 3 list

??4	The hook spring	????10∶8
??4	The hook spring		??3	Hook
??2	Volute spiral spring		??3	Hook
??2	Volute spiral spring		??1	Shell
Sequence number	Parts name		??1	Shell	Ratio

Table 4 Fig. 4 list

??6	Restoring spring is colluded on the top	????10∶8
??6	Restoring spring is colluded on the top		??5	Collude on the top
??4	Inner gear		??5	Collude on the top
??4	Inner gear		??3	Spring is colluded on the top
??2	Steel disc		??3	Spring is colluded on the top
??2	Steel disc		??1	Shell
Sequence number	Parts name		??1	Shell	Ratio

Table 5 Fig. 5 list

2	Single wheel	??10∶3
2	Single wheel		1	Energy-accumulating booster
Sequence number	Parts name		1	Energy-accumulating booster	Ratio

Table 6 Fig. 6 list

??12	Bearing	??4
??12	Bearing	??4		??11	Gu axle screw	??2
??10	Automatically collude on the top	??1		??11	Gu axle screw	??2
??10	Automatically collude on the top	??1		??9	Volute spiral spring	??1
??8	Steel plate	??1		??9	Volute spiral spring	??1
??8	Steel plate	??1		??7	Finishing bevel gear cuter	??3	Two big one little
??6	Sleeve pipe	??1		??7	Finishing bevel gear cuter	??3	Two big one little
??6	Sleeve pipe	??1		??5	Power-transfer clutch	??1
??4	Spring	??1		??5	Power-transfer clutch	??1
??4	Spring	??1		??3	Shell	??1
??2	Steel rope	??3		??3	Shell	??1
??2	Steel rope	??3		??1	Main shaft	??1
Sequence number	Parts name	Quantity	Remarks	??1	Main shaft	??1
Sequence number	Parts name	Quantity	Remarks	Energy-accumulating booster		??10∶8
Ratio						??10∶8

Table 7 Fig. 7 list

?6	Spring		??10∶8
?6	Spring			?5	Pinning the top colludes
?4	Pulley			?5	Pinning the top colludes
?4	Pulley			?3	Steel plate
?2	Finishing bevel gear cuter			?3	Steel plate
?2	Finishing bevel gear cuter			?1	Shell
Sequence number	Parts name	Quantity		?1	Shell	Ratio

Claims

One, whole energy-accumulating booster is placed in the middle of the bicycle wheel.
Two,, make power-transfer clutch contact shell, thereby make shell drive power-transfer clutch and two groups of gears that volute spiral spring is tightened up with two steel wires of pulling sleeve pipe.
Three, use two groups of gears or finishing bevel gear cuter, make two side gears on the same axle become counter-rotating, release can positive dirction promotion bicycle wheel for the volute spiral spring that tightens of positive dirction rotation like this.
Four, use the volute spiral spring energy storage.
Five, automatically to collude be to utilize volute spiral spring to tighten hook to move when stressed on the top, thereby spring is colluded on the pulling top and collude on the top, makes it withstand teeth, just can collude the drive shell with the top when loosening volute spiral spring, makes bicycle to overtake.When volute spiral spring has loosened hook not stressed, its pushed home of hook spring handle.And the top is colluded spring and top and is colluded and loosened, and the top is colluded restoring spring and the top is colluded retracted.