CN1508424A - Mechanical power generating apparatus - Google Patents
Mechanical power generating apparatus Download PDFInfo
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- CN1508424A CN1508424A CNA021556660A CN02155666A CN1508424A CN 1508424 A CN1508424 A CN 1508424A CN A021556660 A CNA021556660 A CN A021556660A CN 02155666 A CN02155666 A CN 02155666A CN 1508424 A CN1508424 A CN 1508424A
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- fluted disc
- motion bar
- mechanical power
- pivot axis
- power generation
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Abstract
The invention is a kind of power generating device which uses earth gravity mating with inertia. It sets a movable pole on the action fluted disc which can be jointed on the bracket and has flyer effect; the movable pole has a group of counterweights which can changed suspending angle and axis distance with the ground alternatively, by using the mention and mating with the gravity effect of the suspending angle, a bit axial torque is generated to the action fluted disc, which drives the action fluted disc to generate dynamic force.
Description
Technical field
The present invention relates to a kind of mechanical power generation device that utilizes centrifugal force to cooperate inertia, refer to that especially a kind of being apt to implement to produce power plant on the spot with effective energy.
Background technique
In recent years, because earth energy is about to face the crisis of energy depletion,, extenuate the speed that traditional energy is consumed with this so all continuous active development in countries in the world utilizes wind-force, solar energy, waterpower or underground heat to wait the method that produces the electric power energy at present.
Yet the above-mentioned modes such as wind-force, solar energy, waterpower or underground heat of no matter utilizing are come produce power, all are subject to zonal restriction; For example, the long-term wind-force in certain some areas is not strong, promptly can't use wind-force to come produce power; In the same manner, the certain areas weather is for rainy throughout the year, and then solar energy also can't use naturally; There is existence advantageous area side and waterpower and underground heat are wanted partly especially.So just can't be applicable to each area, the whole world effectively.
Summary of the invention
The objective of the invention is to generate energy in view of the existing natural force that utilizes, be subject to the shortcoming that the area can be implemented, and provide a kind of mechanical power generation device, it has one group by motion bar and can change and the outstanding balancing weight of establishing angle and wheelbase in ground, utilize different outstanding change and the conversions of establishing angle and wheelbase of this assembly pouring weight, cooperate action of gravity and driving gear is produced a running torque, drive driving gear and rotate and produce power, appropriate effective energy and implement to produce power on the spot to reach.
The objective of the invention is to realize by following technical proposals, a kind of mechanical power generation device provided by the present invention, mainly be to be hubbed on the support rotation freely and have on the active fluted disc of wheel action a motion bar is set one, this motion bar has one group and can alternately change and the outstanding balancing weight of establishing angle and wheelbase in ground, this motion bar can allow the counterweight turnback, utilize the outstanding moment of establishing angle and wheelbase of this assembly pouring weight can change and conversion, cooperate one outstanding action of gravity of establishing angle of this assembly pouring weight, and this active fluted disc is produced a bigger running torque, drive this driving gear rotation and produce power, to reach the kind purpose of implementing to produce power with effective energy on the spot.
Be preferably, this mechanical power generation device comprises that further one can be hubbed on the support rotation freely and the discoid active fluted disc of tool wheel action, and this is below at least one generator of engagement driving then of fluted disc initiatively.
In this card of fluted disc initiatively, apart from fluted disc vertical center line one setpoint distance place initiatively, set firmly first movable pivot axis and second movable pivot axis respectively, protrusion that this first and second movable pivot axis can be made by electrical control means or retraction are in the card of driving gear.
This initiatively the card of fluted disc with respect to the position of this first and second movable pivot axis, then be provided with the motion bar that two ends all are installed with balancing weight, this activity leverage is provided with first axis hole and one second axis hole that can supply the movable pivot axis pivot to close with respect to first and second movable pivot axis position; Balancing weight can turnback.
Be positioned at the side of this motion bar in this active fluted disc, be provided with one and can prop up the alignment sensor that motion bar is located towards pivot; Reach one in the position of this driving tooth plate edge, the stop block of a tool backstop motion bar is set with respect to its horizontal center line.
Be preferably, the another side of the card of this active fluted disc is positioned at a side of motion bar relatively, further set firmly one and be parallel slide rail during with this motion bar location, then establish the weight of a tool setting weight on this slide rail, and making two extreme end of this slide rail, setting can be located first positioning device and second positioning device that this weight slides on slide rail.
Be preferably, two free ends of this motion bar set firmly a balancing weight respectively.
Be preferably, these motion bar two free ends further comprise first adjutage and second adjutage that autonomous active toothed disk pivot side substantially horizontal is extended.
Be preferably, this initiatively frame bottom of fluted disc that is pivoted, both sides, below with respect to driving gear, respectively be pivoted with the one group of first generating gear train and first generator and second generating gear train and its second generator that can form engagement driving respectively with the driving tooth dish, when this first generating gear train is rotated counterclockwise in the active fluted disc is capable, first generator for electricity generation dallies and make the second generating gear train form in addition.
When the capable clockwise direction of active fluted disc rotates, the first generating gear train will form idle running, and this second generating gear train then can make second generator for electricity generation.
Description of drawings
For making the above-mentioned purpose of the present invention, structure and characteristics obtain to understand more specifically, and can be described further according to the preferred embodiment conjunction with figs., wherein:
Fig. 1 is the schematic perspective view of preferred embodiment of the present invention;
Fig. 2 is the floor map of preferred embodiment of the present invention;
Fig. 3 is the static schematic representation of preferred embodiment driving gear of the present invention;
Fig. 4 is the first actuator state schematic representation of preferred embodiment of the present invention;
Fig. 5 is the second actuator state schematic representation of preferred embodiment of the present invention;
Fig. 6 is the 3rd start view of preferred embodiment of the present invention;
Fig. 7 is the 4th actuator state schematic representation of preferred embodiment of the present invention;
Fig. 8 is the 5th actuator state schematic representation of preferred embodiment of the present invention;
Fig. 9 is the 6th actuator state schematic representation of preferred embodiment of the present invention;
Figure 10 is the 7th actuator state schematic representation of preferred embodiment of the present invention;
Figure 11 is the 8th actuator state schematic representation of preferred embodiment of the present invention;
Figure 12 is the floor map of another preferred embodiment of the present invention;
Figure 13 is another preferred embodiment first actuator state schematic representation of the present invention;
Figure 14 is another preferred embodiment second actuator state schematic representation of the present invention;
Figure 15 is another preferred embodiment the 3rd start view of the present invention;
Figure 16 is another preferred embodiment the 4th actuator state schematic representation of the present invention.
Figure number explanation: (10) driving gear disc (11) first movable pivot axis (12) second movable pivot axis (13) location sense side device (14) first stop block (14A) the second stop block (15) slide rails (150) first positioners (151) second positioner (16) weight (20) motion bars (21) first axis holes (22) second axis holes (23) first adjutages (24) second adjutages (25) first balancing weights (26) second balancing weights (30) first generating gear trains (301,401) the first gear (302,402) the second gear (303,403) the 3rd gear (404) belt pulley (405) first drives belt (31) first generators (40) second generating gear trains (41) second generator (50) support (51) pivots (52) and swings the first motor (52A) swing the second motor (53) gear (53A) gear.
Embodiment
At first please referring to Fig. 1 and Fig. 2, the present invention mainly is provided with a trapezoid support (50), and this support (50) is to stand on ground, and makes the trapezoidal top margin central authorities of this support, is pivoted with a discoid active fluted disc (10) with pivot (51); On the card of this active fluted disc (10), apart from active fluted disc (10) vertical center line one predeterminable range position, set firmly one first movable pivot axis (11) and second movable pivot axis (12) respectively, this first and second movable pivot axis (11), (12) can be controlled by external force (electromagnetic braking) so that these movable pivot axis can protrude or retraction in the card front of position fluted disc (10).
This active fluted disc (10) card is with respect to first, two movable pivot axis (11), (12) position, then be provided with a motion bar (20), this motion bar (20) corresponds to first, two movable pivot axis (11), (12) position, then wear one first axis hole (21) and second axis hole (22), make first, two axis holes (21), (22) can be first, two movable pivot axis (11), reach when (12) protruding from active fluted disc (10) card and insert the purpose that pivot closes, like this, this motion bar (20) can be and is fixed in initiatively fluted disc (10) as the lead and goes up (as shown in Figures 2 and 3).What should be illustrated around here is, this motion bar (20) is U-shaped arm as shown in the figure in the present embodiment, yet this motion bar (20) also can be direct rod shape, sincerely explanation on reality is used; And this active fluted disc (10) is positioned at the side of motion bar (20) towards pivot (51), then is installed with a location that can prop up motion bar (20) location and feels side device (13); Two free ends of this motion bar (20) then are provided with the free end of horizontally extending first adjutage (23), (24) respectively again, and set firmly first balancing weight (25) and second balancing weight (26) of tool setting weight respectively; In addition (52) and (52A) for respectively being made as motor, (53) and (53A) respectively be made as gear, can allow balancing weight (25), (26) turnback, and make the position of this active fluted disc (10) edge with respect to its horizontal center line, then be installed with one first stop block (14) and one second stop block (14A), wherein, this first stop block (14) is that first movable pivot axis (11) of working as motion bar (20) separates with first axis hole (21), motion bar (20) forms one when reaching towards active fluted disc (10) edge tilt up with counter clockwise direction deflection, gives backstop and locatees (as shown in Figure 4) person; This second stop block (14A) then separates with second axis hole (22) when second movable pivot axis (12) of motion bar (20), and motion bar (20) is in a clockwise direction during deflection, gives backstop and locatees.
Again please referring to Fig. 1 and Fig. 2, this is hubbed at initiatively support (50) bottom of fluted disc (10), with respect to the both sides, below of driving gear (10), respectively be pivoted with one group of first generating gear train (30) and first generator (31) and the second generating gear train (40) and second generator (41) that can form engagement driving respectively with driving gear (20); Wherein, this first generating gear train (30) comprises first gear (301) that is meshed with active fluted disc (10), one second gear (302) that is meshed with first gear (301), one the 3rd gear (303) that is meshed with second gear (302), the belt pulley (304) of the one and the 3rd gear (303) consubstantiality and a drive belt (305) etc., the second generating gear train (40) then comprises first gear (401) that is meshed with active fluted disc (10), one second gear (402) that is meshed with first gear (401), one the 3rd gear (403) that is meshed with second gear (402), the belt pulley (404) of the one and the 3rd gear (403) consubstantiality and a drive belt (405) etc., because second gear (302) and (402) are all ratchet, so when being rotated counterclockwise, can driving first generator (31) via the first generating gear train (30) and produce electric energy in active fluted disc (10); And in active fluted disc (10) when rotating in a clockwise direction, the first generating gear train (30) will form idle running; This second generating gear train (40) then can drive second generator (41) generating when active fluted disc (10) clockwise direction rotate, anti-, and when this active fluted disc (10) when rotating in a counter-clockwise direction, this second gear train (40) that generates electricity also will form idle running.
Therefore, as the present invention during (as Fig. 3 to shown in Figure 6) in start, it can utilize external force (electronic electromagnetic force) control, first movable pivot axis (11) that will be inserted in motion bar (20) and first axis hole (21) contracts in active fluted disc (10), and the upper semisection positioning states that makes motion bar (20) obtains to discharge (shown in the 3rd figure), motion bar this moment (20) will lose static balancing and be the axle center with second movable pivot axis (12) of upper semisection, and motion bar (20) is rotated towards stop block (14) side, that is make first adjutage (23) side of this motion bar (20) together with first balancing weight (25), be able to second movable pivot axis (12) for the axle center, and towards the direction deflection of stop block (14).Thereby form anticlockwise pivot pendulum (shown in the 4th figure arrow R1); Prop up when motion bar (20) swing when stop block (14), this motion bar (20) has just formed the inclination (as shown in Figure 5) of institute's predetermined angle with the vertical center line of movable fluted disc (10), and make script lay respectively on the same vertical, under first, two balancing weights (25), (26), can allow (25) counterweight by 180 degree of turning right to a left side, in company with the rotary state of motion bar (20) formation shown in the 5th figure, make this first balancing weight (25) convexedly stretch in the initiatively outer rim of fluted disc (10), second balancing weight (26) then swings in active fluted disc (10) inboard, because motion bar this moment (20) is be the axle center with second movable pivot axis (12), so the running torque of first balancing weight (25) is significantly much larger than the running torque of second balancing weight (26); So this moment, first balancing weight (25) weight just can put on the stop block (14), and the active fluted disc (10) that together drives the tool wheel action produces a bigger anticlockwise running torque; So this moment, first balancing weight (25) weight just can put on the stop block (14), and the active fluted disc (10) that together drives the tool wheel action produces a bigger anticlockwise running torque (shown in the arrow R2 among Fig. 6), and drive the first generating gear train (30) and make first generator (31) running and generate electricity by driving gear (10), generating gear train (40) then formed and dallied and second generator (31) is not generated electricity this moment second.
Please cooperate again referring to Fig. 7 to Figure 11, fluted disc (10) carries out anticlockwise rotation when first balancing weight (25) of motion bar (20) continues to drive initiatively as above-mentioned running torque, because this moment, the driving gear (10) of tool wheel action formed a rotatory inertia that continues, so first balancing weight (25) puts on the initiatively formed moment of inertia of fluted disc (10), just can make that initiatively fluted disc (10) is together with first, two balancing weights (25), (26) turn to the opposite side that is higher than the straight center line of active fluted disc (10) vertical together, be positioned at the top and form second balancing weight (26), and the state that first balancing weight (25) is positioned at the below and slightly faces upward, extremely shown in Figure 9 as Fig. 7, this moment is because first, two balancing weights (25), (26) putting on initiatively, the moment that is rotated counterclockwise of fluted disc (10) has made active fluted disc (10) angle of swing almost reach 180 degree, be subjected to gravitational effect counteracting and disappearance gradually, so when motion bar (20) angle of swing is spent above 180, as shown in figure 10, can break away from stopper (14) and form clockwise revolution (shown in the tenth figure arrow R3), and then prop up alignment sensor (13) back and stop, and make first axis hole (21) on the motion bar (20) aim at initiatively first movable pivot axis (11) of fluted disc (10) more simultaneously, this just can utilize automatically controlled alignment sensor (13) to touch first movable pivot axis (11) automatically in a flash and protrude out and insert pivot and close in first axis hole (21), and make motion bar (20) be positioned the relatively initiatively opposite side (shown in the 11 figure) of fluted disc (10), simultaneously, second movable pivot axis (12), also utilize automatically controlled alignment sensor (13) interlock second movable pivot axis (12) retraction automatically in moment, and separate with second axis hole (22), promptly second movable pivot axis (12) discharges with the pivot relation of closing of second axis hole (22), and the upper semisection positioning states that makes motion bar (20) obtains to discharge (counterrotating shown in similar the 3rd figure), thereby the power of finishing once generates actuation cycles, it simultaneously also is the beginning of power generation actuation cycles next time, motion bar this moment (20) will be stirred towards stop block (14A) side, and make first adjutage (23) side of this motion bar (20) together with first balancing weight (25), with second movable pivot axis (12) is axle center and towards stop block (14A) beat, to form clockwise rotation, and can make simultaneously motion bar (20) prop up stop block (14A) to drive initiatively that fluted disc (10) is the clockwise direction rotation, and then drive the second generating gear train (40) to drive second generator (41) generating, start so repeatedly reaches the effect of effective generation electric energy.
Second embodiment of the invention, please extremely shown in Figure 14 referring to Figure 12, its technological scheme of mainly inventing is identical with above-mentioned first embodiment substantially, only in addition in the card back side of this active fluted disc (10), be positioned at a side of this motion bar (20) relatively, be provided with one again and be parallel slide rail (15) when locating with this motion bar (20), as shown in figure 12, this slide rail (15) is gone up the sliding weight (16) of establishing a tool setting weight, and make the two ends limit of this slide rail (15), respectively being provided with one can make this weight (16) be positioned first positioning device (150) that slide rail (15) go up to slide and second positioning device (151) (wherein positioning device can cooperate be embodied as a kind of electronic latch or trip), and make when active fluted disc (10) carries out clockwise rotation initial state, this weight (16) is to be subjected to the blocking of first positioning device (150) and the primary importance (top) that is positioned slide rail (15), and when fluted disc (10) initiatively carries out anticlockwise rotation initial state, this weight (16) is to be subjected to the blocking of second positioning device (151) and the second place (below) of positioning slide (15) constitutes second preferred embodiment of the present invention with this.
By this, when the second embodiment of the present invention during in start (as shown in figure 12), when need not any external force fully and getting involved start, the pivot that can make first movable pivot axis (11) discharge itself and first axis hole (21) when being subjected to electromagnetic activation closes relation, also touch first positioning device (150) start on the slide rail (15) synchronously and weight (16) is discharged, make this weight (16) be subjected to the effect of gravity, and landing is in the other end of slide rail (15), and be subjected to the blocking of second positioning device (151) and be positioned the other end of slide rail (15), and go up one of generation with the impact power that this weight (16) drops in driving gear (10) and counterclockwise change the moment (shown in the arrow R4 among Figure 14) of swinging, and then drive initiatively as first balancing weight (25) that can order about motion bar (20) as described in the above-mentioned embodiment that fluted disc (10) forms an anticlockwise running torque, ensuing action is then identical with last embodiment, so hold this no longer giving unnecessary details more; And treat that motion bar (20) drives active fluted disc (10) when turning to opposite side, then the weight (16) on the slide rail (15) is driven the top that is positioned at slide rail (15) relatively again again, the gravity that falls that then utilize weight (16) to discharge this moment again, make motion bar (20) drive active fluted disc (10) form clockwise rotation and drive, make second generator (41) generating to drive the second generating gear train (40), thereby make second embodiment of the invention, can be by the means of this slide rail (15) and weight (16), reach and need not the also drivable effect of external force.
In sum, mechanical power generation device of the present invention, utilize one group can change and outstanding first and second balancing weight of establishing angle and wheelbase in ground, and driving gear is formed running torque, and then can under unpowered state, make driving gear drive generator generation electric energy with simple harmonic motion deflection, really have and can effectively produce electric power, the enhancement of effects such as convenient various areas and place enforcement also has positive effect.The content of above-mentioned explanation only is preferred embodiment explanation of the present invention, and all variation, modification or equivalences of being extended according to the technology of the present invention means are replaced, the also neither category that can break away from technological scheme of the present invention.
Claims (8)
1. mechanical power generation device, it is characterized in that it has a support, and in being hubbed on the support rotation freely and have on the active fluted disc of wheel action a motion bar is set, this motion bar has can allow the counterweight turnback, one group can alternately change and the outstanding balancing weight of establishing angle and wheelbase in ground, utilize the outstanding moment of establishing angle and wheelbase of this assembly pouring weight can change and the means of changing, cooperate one outstanding action of gravity of establishing angle of this assembly pouring weight, and this active fluted disc is produced a bigger running torque, drive this driving gear and rotate and generation power.
2. mechanical power generation device according to claim 1 is characterized in that it comprises that further one can be hubbed on the support rotation freely and the discoid active fluted disc of tool wheel action, and this is below at least one generator of engagement driving then of fluted disc initiatively; This is the card of fluted disc initiatively, apart from active fluted disc vertical center line one setpoint distance place, sets firmly first movable pivot axis and second movable pivot axis respectively, but protrusion that this first and second movable pivot axis system mat electrical control means makes or retraction are in the card of driving gear; The card of this active fluted disc is with respect to the position of this first and second movable pivot axis, then be provided with the motion bar that two ends all are installed with balancing weight, this motion bar is provided with first axis hole and one second axis hole that can supply movable pivot axis to close with respect to first and second movable pivot axis position; This active fluted disc is positioned at the side of this motion bar towards pivot, is provided with one and can props up the alignment sensor that motion bar is located; And, the stop block of a tool backstop motion bar is set in the position of this driving tooth plate edge with respect to its horizontal center line.
3. mechanical power generation device according to claim 1, it is characterized in that the another side of the card of this active fluted disc is positioned at a side of motion bar relatively, further set firmly one and be parallel slide rail during with this motion bar location, the then sliding weight of establishing a tool setting weight on this slide rail, and make two extreme end of this slide rail, setting can locate this weight on slide rail, slide first positioning device and second positioning device.
4. mechanical power generation device according to claim 1 is characterized in that setting firmly a balancing weight respectively at two free ends of described motion bar.
5. mechanical power generation device according to claim 1, it is a kind of to be that described motion bar two free ends further comprise first adjutage and second adjutage that autonomous active toothed disk pivot side substantially horizontal is extended.
6. mechanical power generation device according to claim 1 is characterized in that described motion bar is a direct rod shape.
7. mechanical power generation device according to claim 1 is characterized in that described motion bar is U-shaped arm person.
8. mechanical power generation device according to claim 1, it is characterized in that its initiatively frame bottom of fluted disc that is pivoted, both sides, below with respect to driving gear, respectively be pivoted with the one group of first generating gear train and its first generator and second generating gear train and its second generator that can form engagement driving respectively with the driving tooth dish, when this first generating gear train is rotated counterclockwise in the active fluted disc is capable, can make first generator for electricity generation, and making the second generating gear train form idle running, this second generating gear train then can make second generator for electricity generation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA021556660A CN1508424A (en) | 2002-12-13 | 2002-12-13 | Mechanical power generating apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA021556660A CN1508424A (en) | 2002-12-13 | 2002-12-13 | Mechanical power generating apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1508424A true CN1508424A (en) | 2004-06-30 |
Family
ID=34236012
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA021556660A Pending CN1508424A (en) | 2002-12-13 | 2002-12-13 | Mechanical power generating apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1508424A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2006045240A1 (en) * | 2004-10-27 | 2006-05-04 | Chin-Ho Chiu | Power generating apparatus |
| CN101197528B (en) * | 2006-12-05 | 2011-03-02 | 邱金和 | Power installation |
| FR2989431A1 (en) * | 2012-04-12 | 2013-10-18 | Joseph-Lucay Maillot | Quasi automatic electrical energy production device for producing electrical energy for e.g. company use, has wheel unbalanced by weight placed in wheel portion and counterweight placed in another wheel portion opposite to former portion |
| WO2019091418A1 (en) * | 2017-11-10 | 2019-05-16 | 邱金和 | Mechanical energy collection device |
-
2002
- 2002-12-13 CN CNA021556660A patent/CN1508424A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2006045240A1 (en) * | 2004-10-27 | 2006-05-04 | Chin-Ho Chiu | Power generating apparatus |
| CN101197528B (en) * | 2006-12-05 | 2011-03-02 | 邱金和 | Power installation |
| FR2989431A1 (en) * | 2012-04-12 | 2013-10-18 | Joseph-Lucay Maillot | Quasi automatic electrical energy production device for producing electrical energy for e.g. company use, has wheel unbalanced by weight placed in wheel portion and counterweight placed in another wheel portion opposite to former portion |
| WO2019091418A1 (en) * | 2017-11-10 | 2019-05-16 | 邱金和 | Mechanical energy collection device |
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