CN101493141A

CN101493141A - Kinetic energy machine (unit)

Info

Publication number: CN101493141A
Application number: CNA2008100460989A
Authority: CN
Inventors: 江绍和
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-09-18
Filing date: 2008-09-18
Publication date: 2009-07-29

Abstract

A kinetic energy machine (set) belongs to an energy-saving rotation and transmission device, and comprises a reduction gearbox and lever linkage devices; n groups of lever linkage devices are connected with each other by a connector to form linkage, while major semiaxis of a lever is N times longer than the semi-minor axis of the lever; furthermore, due to the linkage among a driving wheel, a driven wheel, an inner side wheel, an outer side wheel, a reverse wheel and a directional wheel, the major semiaxis and the semi-minor axis of the lever pry up and down at low uniform speed around a fulcrum, thus generating mechanical kinetic energy which is obtained by multiplying input power with N<n>, and outputting the mechanical kinetic energy through a driven shaft end of a speed-raising box.

Description

Driven machine (group)

Technical field

The present invention relates to mechanical commentaries on classics, transmission device, particularly energy-conservation commentaries on classics, transmission device.

Background technique

Up to now, the energy-conserving product that is occurred on the market, have the cucurbit formula laborsaving facility and cut down the consumption of energy, improve the technical equipment of energy use efficiency, thereby as cucurbit is exactly to adopt the back of repeatedly slowing down to shift the facility that reach the labor-saving effect than the weight body with less strength, and cut down the consumption of energy, improve the technical equipment of energy use efficiency, then only be simple from cutting down the consumption of energy or improving its utilization efficiency and set about and be achieved.More than the energy-conserving product of two kinds of forms, all can not fundamentally to solve promptly be low energy consumption, be high rotating speed and the running problem that needs huge active equipment again, more do not have a kind of the less power of usefulness to drive and can use continuously, not stopping pregnancy life is than the energy-saving mechanical equipment of great machinery kinetic energy.

Summary of the invention

The objective of the invention is at technological deficiency set forth above, and provide the less power of a kind of usefulness to drive, can turn round continuously, easy to use and can constantly export driven machine (group) than great machinery kinetic energy.

The objective of the invention is to realize by following measure, driven machine (group) comprises the speed reducer of being made up of the array arbor wheel, greatly, steamboat is assemblied in input shaft respectively, output shaft, on the joining shaft, input (going out) axle, joining shaft is installed on the wallboards of box body respectively again, it is characterized in that power is after the input shaft input, promptly drive big crop rotation decelerate by steamboat respectively, after reaching the expection rotating speed, energy is exported in low-speed running by output shaft again, the driving wheel of lever linkage then is installed on the output axle head, and drive by the energy of its output, driving wheel and the follower of forming the lever linkage are then assembled by the dislocation of semicircle wheel respectively, and be fitted on driving wheel axle head and the follower axle head, and lever by major semi axis and semi-minor axis (it is than being N: 1) and the fulcrum support form, growing, the end points of semi-minor axis has been installed respectively from fulcrum near nearside wheel and outboard wheel far away slightly, at driving wheel, then disposed reverse wheel between follower and the nearside wheel, directional wheel, its reverse wheel equates with directional wheel wheel footpath, driving wheel, in the major semi axis, the wheel of outboard wheel directly is the associated multiple of reverse wheel and N, and follower, in the semi-minor axis, the wheel footpath of outboard wheel then is the associated multiple of directional wheel.The rotation of semicircle driving wheel drives the outside crop rotation forward rotation of the end points of lever major semi axis, and drive the inboard crop rotation reverse rotation of lever major semi axis end points with the reverse wheel side that another semicircle driving wheel rotates, thereby on realizing that lever is done, following low uniform motion, on the lever, prize the outboard wheel that makes the semi-minor axis end points down and drive the rotation of semicircle follower, and with the directional wheel of semi-minor axis end points nearside wheel running, then drive another semicircle follower and do directed the rotation, finally reach the purpose of lever linkage interlock, and the length of lever, semi-minor axis is on fulcrum, hang down down and at the uniform velocity prize, promptly produce input power N mechanical kinetic energy doubly, when speed reducer and once raise speed when only disposing one group of lever linkage between the case, then the follower of lever linkage directly is assemblied on the active axle head of the case that once raises speed and gets final product, and when disposing n group lever linkage therebetween, then connect by connector between the lever linkage, connector is located with its support, and the driving wheel of lever linkage is installed in the driving wheel axle head of connector, follower then is assemblied in the follower axle head of connector, when n group lever linkage was made low at the uniform velocity linkage operation, its lever was at the uniform velocity gone up low, under promptly produce input power in prizing and take advantage of N ⁿMechanical kinetic energy, and input speed-raising case, one, secondary speed-raising case is formed by the array arbor wheel, greatly, steamboat is assemblied in the driving shaft of speed-raising case respectively, driven shaft, on the transmission shaft, its axle is installed on its wallboards of box body again respectively, it is characterized in that kinetic energy is behind driving shaft input speed-raising case, promptly do to quicken to rotate by the bull wheel-driving steamboat respectively, and the case that once raises speed rises to rotating speed and is less than or equal to 60 rev/mins, promptly dispose one group of lever linkage again in one, between the secondary speed-raising case, mechanical kinetic energy is promoted once more, and whole mechanical kinetic energies that will obtain through secondary speed-raising case (are imported power and are taken advantage of N at last ⁿ) with under can mechanical required speed conditions, offer kinetic energy and use equipment or energy conversion, and constitute the metal mechanical strength of the steel of lever linkage, connector and speed-raising case, also improve gradually so that its be complementary with energy equipment.After several driven machines connect by driving belt (coupling), promptly form the interlock of kinetic energy unit.

The present invention compared with the prior art, its advantage is that driven machine (group) adopts the speed reducer device, rotating speed is dropped under the extremely low state, the power of input is sent to the driving wheel of lever linkage, and drive its low at the uniform velocity running, and the lever linkage is by the transmission of driving wheel, the outboard wheel of the major semi axis of drive lever linkage and the reverse wheel rotation of turning round with the major semi axis nearside wheel, thereby lever is done low at the uniform velocity to be gone up, under prize, and drive semi-minor axis also with on, following motion, and make semi-minor axis outboard wheel transmission semicircle follower, drive another semicircle follower again with the directional wheel of semi-minor axis nearside wheel running and do orientation movement, and make the lever linkage obtain to import the mechanical kinetic energy that power is taken advantage of N in prizing at the uniform velocity up and down low, when n organizes the lever linkage after connector connects, form the interlock of n group, can produce input power and take advantage of N ⁿMechanical kinetic energy, and after secondary speed-raising case whole mechanical kinetic energies of being obtained are transferred to energy equipment or energy conversion under with can equipment specific rotating speed.

Description of drawings

Drawing of the present invention is described as follows:

Fig. 1 is driven machine (group) structural representation;

Fig. 2 is that driven machine (group) speed reducer structure A is to side view;

Fig. 3 is that driven machine (group) lever linkage structure B is to side view;

Fig. 4 is connector construction figure between driven machine (group) n group lever linkage;

Fig. 5 is that driven machine (group) first and second speed-raising box structure C is to side view;

Embodiment

Now the embodiment in conjunction with driven machine (group) is described below:

The present invention mainly is made up of speed reducer, lever linkage, connector, four parts of speed-raising case.Speed reducer comprises power input shaft 1, pto 2, wheel shaft 4 and is assemblied in steamboat 5 on input shaft 1, the wheel shaft 4 respectively, is installed in the bull wheel 6 on wheel shaft 4, the output shaft 2, and the wallboards of box body 3 of wheel shaft location.The lever linkage comprises two semicircles that are installed on output shaft 2 outer ends (the driving wheel end 31 of connector 16) and takes turns the driving wheel 7 that dislocation is assembled, be assemblied in also misplacing on speed-raising case driving shaft 17 outer ends (the follower end 32 of connector 16) and be equipped with the follower 8 that forms by two semicircles wheel, be installed in major semi axis 9 respectively, outboard wheel 15 on semi-minor axis 10 outer ends, nearside wheel 14, by reverse wheel support 24, reverse wheel shaft 23, its reverse wheel 13 sides of reverse device that reverse wheel 13 is formed link with semicircle driving wheel 7 and major semi axis nearside wheel 14 simultaneously, semicircle

driving wheel

7 and 15 interlocks of major semi axis outboard wheel, and by directional wheel support 26, directed wheel shaft 25, the orienting device that directional wheel 11 is formed, 11 of its directional wheels place semi-minor axis nearside wheel 14 and the 8 middle and formation interlocks of semicircle follower, 15 direct and semicircle follower 8 interlocks of semi-minor axis outboard wheel, and the fulcrum support 30 of forming balance pivot 12, fulcrum rotatingshaft 29, by driving wheel 7, follower 8, nearside wheel 14, outboard wheel 15, reverse wheel 13, the interlock that forms between the directional wheel 11, make lever major semi axis 9, semi-minor axis 10 is done to hang down around fulcrum 12 and is at the uniform velocity gone up, under prize, when n group lever linkage links mutually, therebetween then by connecting support 27, coupling shaft 28 (its axle is divided into driving wheel axle head 31[2], from kinetic energy axle head 32[17]) connector 16 formed respectively with driving wheel 7, follower 8 contrapositions connect, promptly form interlock mutually, one, secondary speed-raising case then comprises driving shaft 17, driven shaft 22, transmission shaft 21 and be installed in driving shaft 17 respectively, bull wheel 20 on the transmission shaft 21, be installed on transmission shaft 21, steamboat 19 on the driven shaft 22, and the wallboards of box body 18 of wheel shaft location, the lever of lever linkage in the low mechanical kinetic energy that is obtained at the uniform velocity prizing through driven shaft 22 outputs.

Claims

1, driven machine (group) comprises speed reducer, the lever linkage, the connector that connects the lever linkage, one, secondary speed-raising case, it is characterized in that: speed reducer is big by many groups, steamboat is connected composition respectively, all be that steamboat drive bull wheel is done the rotation of slowing down between each wheel, the output axle head of its speed reducer is equipped mutually with the driving wheel of lever linkage, and make the length of lever, semi-minor axis is done to hang down around fulcrum and is at the uniform velocity gone up, under prize, thereby allow follower also rotate thereupon, the connector equipped mutually with follower also begins to rotate, thereby the equipped driving wheel of going up of the driving wheel axle head of connector gets into smooth n group lever linkage, thereafter dress matches the active axle head of the follower of last group lever linkage and the case that once raises speed, and the wheels that drive the case that once raises speed are done to quicken to rotate, one, between the secondary speed-raising case one group of lever linkage is installed, by the driven shaft axle head of secondary speed-raising case the mechanical kinetic energy that lever motion produced is exported at last.

2, by the described driven machine of claim 1 (group), it is characterized in that the semicircle driving wheel of forming the lever linkage drives the running of lever major semi axis outside crop rotation forward, another semicircle driving wheel with then drive the inboard crop rotation reverse rotation of lever major semi axis with the reverse wheel of its rotation, thereby the long and short semiaxis of realizing lever is done low at the uniform velocity upper and lower prizing around balance pivot, and the upper and lower motion of semi-minor axis, allow the outboard wheel of semi-minor axis drive the rotation of semicircle follower, the nearside wheel of semi-minor axis then drives another semicircle follower with the directional wheel that moves thereupon and makes direction operation.

3, by claim 1,2 described driven machines (group), it is characterized in that forming the driving wheel and the follower of lever linkage, be assembled by the dislocation of two semicircle wheels.

4, by claim 1,2,3 described driven machines (group), the lever major semi axis that it is characterized in that forming the lever linkage be semi-minor axis N doubly, and be equipped with respectively from the near nearside wheel of balance pivot with from balance pivot outboard wheel far away slightly the outer end of long and short semiaxis.

5, by claim 1,2,3,4 described driven machines (group), it is characterized in that the reverse wheel of forming the lever linkage is assemblied between semicircle driving wheel and the major semi axis nearside wheel and the formation rotation, directional wheel then is disposed in the middle of semi-minor axis nearside wheel and the semicircle follower and forms and rotates.

6, by claim 1,2,3,4,5 described driven machines (group), the reverse wheel, the directional wheel that it is characterized in that forming the lever linkage are isometrical, the wheel of driving wheel, the inside and outside side wheel of major semi axis directly is the associated multiple of reverse wheel and N, and the wheel footpath of follower, the inside and outside side wheel of semi-minor axis then is the associated multiple of directional wheel.

7, by claim 1,2,3,4,5,6 described driven machines (group), it is characterized in that between n group lever linkage be to be connected respectively by connector, driving wheel is installed on the driving wheel axle head of connector, follower then is assemblied in the follower axle head of connector, and locate with connector holder, the interlock of n group lever linkage, the long and short semiaxis of its lever is taken advantage of N around the upper and lower low i.e. generation input power that at the uniform velocity prizes of fulcrum ⁿMechanical kinetic energy.

8, by claim 1,2,3,4,5,6,7 described driven machines (group), the large and small wheel that it is characterized in that forming the speed-raising case all is to do accelerated motion by bull wheel drive steamboat.

9, by claim 1,2,3,4,5,6,7,8 described driven machines (group), the output speed of the case that it is characterized in that once raising speed is less than or equal to 60 rev/mins, disposes one group of lever linkage between first and second speed-raising case.

10, by claim 1,2,3,4,5,6,7,8,9 described driven machines (group), the metal mechanical strength that it is characterized in that the steel of n group lever linkage and connector and speed-raising case also improves gradually, so that its with the energy equipment be complementary, and several driven machines connect through driving belt (coupling), form the interlock of kinetic energy unit.