CN2379650Y

CN2379650Y - Lever energy converter

Info

Publication number: CN2379650Y
Application number: CN 99213272
Authority: CN
Inventors: 戚永顺
Original assignee: Individual
Current assignee: Individual
Priority date: 1999-06-17
Filing date: 1999-06-17
Publication date: 2000-05-24
Anticipated expiration: 2009-06-17

Abstract

The utility model relates to a lever energy converter which is composed of a driving wheel device, an energy conversion device and a driven wheel device, wherein the energy conversion device is positioned between the driving wheel device and the driven wheel device; an energy generation device which comprises a lever mechanism outputs power transferred by a driving wheel form a driven wheel through the lever mechanism. Therefore, the utility model has the advantages of reasonable and simple structural design, high energy utilization rate, no pollution in use, low cost, long service life, etc.

Description

Lever can transducer

The utility model relates to a kind of enegrgy converter, and particularly a kind of lever can transducer, and it can be used as aspects such as the power tool of internal-combustion engine and electric power, manpower.

Usefulness is used as power in the prior art, as motor car engine, it comprises bent axle, turnover valve, cylinder body, piston, spark plug and motor etc., its acting is finished by mechanical energy, so there is following shortcoming in actual use in it: 1, energy loss is big: at first, waste gas has been taken away a part of heat energy, has produced heat loss; Secondly, the parts heat radiation will be lost a part of heat energy, causes combustion loss; Simultaneously, overcome the frictional force between the parts, cause mechanical loss; Just caused the reduction of efficient thus; 2, there is waste gas to discharge contaminated air; 3, component processed complex, and need with oil, so the cost height; Simultaneously, damage easily, maintenance is difficulty; 4, working life is short.

The purpose of this utility model is to overcome existing above-mentioned deficiency in the prior art, and a kind of reasonable in design is provided, energy loss is little, cost is low and free of contamination lever can transducer.

The purpose that the utility model proposed can be achieved through the following technical solutions: the structure characteristic of this lever energy transducer is that it is by main driving wheel device, energy conversion device and follower device are formed, energy conversion device is between main driving wheel device and follower device, energy conversion device wherein comprises leverage, main driving wheel device comprises drive sprocket axle and driving wheel, bearing is installed on drive sprocket axle, on driving wheel, be provided with the driving wheel contact, the follower device comprises follower shaft and follower, bearing is installed on follower shaft, on follower, be provided with lever central contact and lever output fulcrum, the driving wheel contact, the lever central contact is connected with energy conversion device respectively with lever output fulcrum.

Energy conversion device of the present utility model is made up of driving gear, driven gear, support and leverage, driving gear is meshed with driven gear, they all are movably connected on the support, support also is connected with follower, driven gear is provided with the driven gear connecting rod that is connected with the lever central contact, one end of front connecting rod then links to each other with driving wheel, and the rear connecting rod that is provided with lever output fulcrum links to each other with follower.Make power be delivered to energy conversion device thus, be delivered to follower output by energy conversion device again through driving wheel.

The utility model compared with prior art has the following advantages and effect: 1, reasonable in design, energy-conservation, and under equal power initial conditions, energy improves several times than prior art; 2, use is pollution-free, meets the industrial policy of national regulation; 3, cost is low, the life-span is long, uses not fragile, especially more obvious in winter.

Description of drawings is as follows:

Fig. 1 is a most preferred embodiment structural representation of the present utility model.

Fig. 2 is the simple embodiment schematic representation of structure of the present utility model.

Following the utility model will be described in further detail in conjunction with the accompanying drawings and by embodiment.

Referring to Fig. 1, this is a most preferred embodiment of the present utility model.It is made up of main driving wheel device I, energy conversion device II and follower device III, and energy conversion device II is between main driving wheel device I and follower device III.

Drive sprocket axle 1 among the utility model main driving wheel device I is installed on the bearing 2, and drive sprocket axle 1 is connected with driving wheel 3; One end of the front connecting rod 10 among the driving wheel contact 3-1 on the driving wheel 3 and the energy conversion device II links to each other.

Energy conversion device II of the present utility model is made up of driving gear 4, driving gear 5, driven gear 6, support 7, up and down press rods 8,9 and leverage II-1; Leverage II-1 in the present embodiment has four groups, is made up of front connecting rod 10, lever 11, connecting rod 12 and driving gear connecting rod 13 for first group, and driving gear connecting rod 13 is fixing with driving gear 4; Be made up of connecting rod 14 and lever 15 for second group, wherein connecting rod 14 is connected with lever 11 in first group, is connected with down moveable pressurizing pole 9 on the lever 15; Be made up of connecting rod 16, lever 17, connecting rod 18 and driving gear connecting rod 19 for the 3rd group, wherein connecting rod 16 is connected with lever 15 in second group, and driving gear connecting rod 19 is fixing with driving gear 5; Be made up of connecting rod 20, lever 21 and rear connecting rod 22 for the 4th group, wherein an end of rear connecting rod 22 links to each other with lever output fulcrum 25-1 on the follower 25, is connected with movable connecting rod 8 on the lever 21.

And the driving gear 4 in the present embodiment is connected with driving gear 5, and is meshed with driven gear 6 simultaneously, and driving gear 4, driving gear 5 and driven gear 6 all are movably connected on the support 7, and support 7 also is connected with follower shaft 24; Upper and lower moveable pressurizing pole 8,9 is fixed on the support 7.

Follower device III of the present utility model is made up of follower 25, follower shaft 24 and bearing 26, the end with the fixing driven gear connecting rod 23 of driven gear 6 among lever central contact 25-2 on the follower 25 and the energy conversion device II links to each other, lever output fulcrum 25-1 on the driven gear 25 then links to each other with an end of rear connecting rod 22, follower shaft 24 is installed on the bearing 26, and follower shaft 24 is connected with follower 25.27 is supporting frame.

During use, power is from drive sprocket axle 1 input, by main driving wheel device I power is reached front connecting rod 10, it is rotated, and, start driven gear 6 through lever 11,15,17 and 21, drive rear connecting rod 22 and driven gear connecting rod 23 by this driven gear 6, thereby follower 25 is rotated, output power by follower shaft 24 at last.

At this, need to prove, lever central contact 25-2 on the follower 25 exports fulcrum 25-1 with lever so long as corresponding mutually dead point gets final product, they can be on any position, but, can make the reverse resistance of driven gear connecting rod 23 be reduced to minimum so preferably apart from farthest, follower 25 center of circle.

Referring to Fig. 2, this is the simple embodiment of the utility model structure.It also is made up of main driving wheel device I, energy conversion device II and follower device III, and main driving wheel device I and follower device III are same as the previously described embodiments, just no longer repeats to have discussed at this.

The energy conversion device II of present embodiment is made up of driving gear 4, driven gear 6, support 7 and leverage II-1, and driving gear 4 is meshed with driven gear 6, and they all are movably connected on the support 7, and support 7 is connected with follower shaft 24.One end of driven gear connecting rod 23 links to each other with lever central contact 25-2 on the follower 25, and an end of rear connecting rod 22 links to each other with lever output fulcrum 25-1 on the follower 25, and an end of front connecting rod 10 then links to each other with driving wheel contact 3-1 on the driving wheel 3.Leverage II-1 is made up of front connecting rod 10, lever 21 and rear connecting rod 22, is connected with driving gear connecting rod 13 on the lever 21, and this driving gear connecting rod 13 links to each other with driving gear 4, and driven gear connecting rod 23 then is connected with driven gear 6.

In addition, be noted that also the utility model is not only applicable to power, concerned power, also applicable to the manpower instrument, as trishaw, as long as the chain of tricycle is got two joints, a joint is as active force part (being manpower) during use, and another joint conduct is from power section, the centre adds the utility model, make input shaft of the present utility model (drive sprocket axle) connect the chain of power section, output shaft (follower shaft) connects the chain of secondary part, can very use like a cork.

Claims

1, a kind of lever energy transducer, it is characterized in that: it is by main driving wheel device (I), energy conversion device (II) and follower device (III) are formed, energy conversion device (II) is positioned between main driving wheel device (I) and the follower (III), wherein energy conversion device (II) comprises leverage (II-1), main driving wheel device (I) comprises drive sprocket axle (1) and driving wheel (3), bearing (2) is installed on drive sprocket axle (1), on driving wheel (3), be provided with driving wheel contact (3-1), follower device (III) comprises follower shaft (24) and follower (25), bearing (26) is installed on follower shaft (24), on follower (24), be provided with lever central contact (25-2) and lever output fulcrum (25-1), driving wheel contact (3-1), lever central contact (25-2) is connected with energy conversion device (II) respectively with lever output fulcrum (25-1).

2, lever energy transducer as claimed in claim 1, it is characterized in that: energy conversion device (II) is by driving gear (4), driven gear (6), support (7) and leverage (II-1) are formed, driving gear (4) is meshed with driven gear (6), they all are movably connected on the support (7), support (7) also is connected with follower shaft (24), driven gear (6) is provided with the driven gear connecting rod (23) that is connected with lever central contact (25-2), one end of front connecting rod (10) then links to each other with driving wheel (3), and the rear connecting rod (22) that is provided with lever output fulcrum (25-1) links to each other with follower (25).