CN102734413A - Method for creating equivalent power-zoom return lever group - Google Patents
Method for creating equivalent power-zoom return lever group Download PDFInfo
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- CN102734413A CN102734413A CN2011100908200A CN201110090820A CN102734413A CN 102734413 A CN102734413 A CN 102734413A CN 2011100908200 A CN2011100908200 A CN 2011100908200A CN 201110090820 A CN201110090820 A CN 201110090820A CN 102734413 A CN102734413 A CN 102734413A
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Abstract
The invention discloses a method for creating an equivalent power-zoom return lever group. Short-distance return displacement which cannot be normally applied is largened into applicable distance return displacement, and the problem of largening the short-distance return displacement into the applicable distance return displacement, so the applicable effect of the return displacement can be obtained by applying equivalent power to achieve invariable power. A plurality of levers are alternatively connected and combined through a connection shaft; a pulley and a cutting-plane slideway are applied to a short-distance return displacement end; a variable power arm is applied to a crossed arm power shaft of the lever at the short-distance return displacement end; and a distance zoom action end at the other end generates equivalent action force, and distance variation by the action of the equivalent power-zoom return lever group when the variable power arm displaces towards the crossed arm power shaft, and the contrary is the case when the action end is a driving end. According to the method for creating equivalent distance zooming application force provided by the invention, a significant role and an optimal effect on a device for improving the action by the creation method can be provided.
Description
Technical field
The present invention relates to the creative method that power times displacement such as a kind of comes and goes the lever group, saying so more specifically doubly becomes amplification with distance or power.Belong to the energy is further developed, the lever that it is used to connect with other a kind of masterpiece, produce a kind of distance and amplify displacement, realize that distance or power doubly become amplification.
Background technique
It is a lot of to use method with lever or pulley at use change fulcrum transfer power now, but does not also utilize their combination results distance or power doubly to become the method for using of amplification.The creative method that times displacement of power such as the present invention comes and goes the lever group is that logical a plurality of levers connect alternately, produces fulcrum each other distance times change or power are doubly become.
Summary of the invention:
The present invention has overcome difficult problems more of the prior art, provides power times displacement such as a kind of to come and go the creative method of lever group.
The present invention solved directly that the energy amplifies or etc. the technology that distance is amplified under the power condition; In order to solve the problems of the technologies described above; The present invention realizes through following technological scheme: the creative method of power times displacement lever group such as a kind of comes and goes displacement end (Fig. 2) by short distance and hands over arm unit group (Fig. 3) to form with distance times displacement effect end (Fig. 4) and a group or more lever; Comprise coupling shaft (1), lever (2), cut a pulley (3 or 4), pulley (5), hand over arm connecting shaft (6), hand over arm power connecting shaft (7), terminal lever (8), position change arm of force beam trace (9), cut a slideway (10), the position change arm of force (11) etc.; Its short-distance and medium-distance come and go position end (Fig. 2) and hand over arm unit group (Fig. 3) to flexibly connect through coupling shaft (1) with lever; Lever hands over arm unit group (Fig. 3) and distance times displacement effect end (Fig. 4) to flexibly connect through coupling shaft (1), and two levers that short distance comes and goes displacement end (Fig. 2) intersect, and connects with handing over arm power connecting shaft (7) that the lever center is worn; Lever can rotate to hand over arm power connecting shaft (7); And hand over the outer both sides of arm power connecting shaft that pulley (5) is arranged, hand over arm power connecting shaft (7) to be connected with the position change arm of force (11), an end of two levers is all cut a pulley (3 or 4).Both sides, two lever terminations with cut a pulley (the 3 or 4) company of wearing; Cutting a pulley (3 or 4) is placed in and cuts in the slideway (10); Cutting a slideway (10) is that two spill concave surfaces are formed relatively; Cut a pulley (3 or 4) stretched by lever can be with the straight line back and forth movement, cut a pulley (3 or 4) and cutting the having smoothness on one surface during the flesh contact movement an of slideway (10), cutting a pulley (3 or 4) and the another side smooth muscle of cutting a slideway (10) has greater than zero less than 1 millimeter spacing; The position change arm of force (11) is with to cut a slideway (10) vertical tangent; There is a position change arm of force beam trace (9) tangent position, and a position change arm of force beam trace (9) is used for a constraint position change arm of force (11), make the position change arm of force (11) when handing over arm power connecting shaft (7) to move (coming and going) maintenance with to cut a slideway vertical tangent.Lever hands over two levers (2) arm center of arm unit group (Fig. 3) to intersect; Connect to hand over arm connecting shaft (6) that lever (2) center is worn, lever can rotate to hand over arm connecting shaft (6), and hands over the outer both sides of arm connecting shaft that pulley (5) is arranged; Lever (2) termination, two ends connects another lever with coupling shaft (1); Handing over the arm unit group with lever is that connection can be organized in the unit more, also can connect short distance and come and go displacement end (Fig. 2) or distance times displacement effect end (Fig. 4), when lever hands over the arm unit group to increase; For keeping the direction linarity, use parallel slideway that pulley (5) straight line is fettered.The length of two terminal levers (8) of distance times displacement effect end (Fig. 4) is the half the or over half of lever (2).One end of two terminal levers (8) intersects to hand over the activity of arm connecting shaft to wear and connects, and the other end connects lever with coupling shaft and hands over the arm unit group.
The invention provides crankshaft type (or cylinder class) launch device after use, times integer to increase to greater than 1 the when power ratio that equivalent fuel (energy) is produced was not used originally amplifies, and more saves the energy energy further is used appropriately.
Description of drawings
Power such as Fig. 1 is times displacement comes and goes lever group (planimetric map)
Fig. 2 is that short distance comes and goes displacement end (planimetric map)
Fig. 3 is that lever is handed over arm unit group (planimetric map)
Fig. 4 is a distance times displacement effect end (planimetric map)
Among the figure: 1. coupling shaft, 2. lever, 3. cut a pulley, 4. cut a pulley, 5. pulley, 6. hand over the arm connecting shaft, 7. hand over arm power connecting shaft, 8. the terminal lever, 9. a change arm of force beam trace, 10. cut a slideway, 11. change arm of forces.
Embodiment
Below in conjunction with accompanying drawing and embodiment the present invention is described in further detail:
Short distance comes and goes the end (Fig. 2) that is shifted and hands over the round lever groups (Fig. 1) of power times displacement such as arm unit group (Fig. 3) composition with distance times displacement effect end (Fig. 4) and lever.Among the figure, a distance times displacement effect end (Fig. 4) is a left side, and it is right that short distance comes and goes displacement end (Fig. 2).Stressed when the position change arm of force (11), when lever is handed over arm unit group (Fig. 3), hand over arm power connecting shaft (7) work done left, cut a pulley (3 and 4) and cut a slideway (10) effect and form linarity apart from furthering.Lever (2) receives fulcrum coupling shaft (1), produces arm connecting shaft (6) and hands over arm power connecting shaft (7) effect, and nearly flat line supports about carrying out, distance times displacement effect end (Fig. 4) times displacement left, and this moment, distance times displacement effect end power left was constant.(when level of the present invention stressed or make progress stressedly will calculate a part of gravity and frictional force).The present invention can be used for open day on March 18th, 2009 of Chinese patent publication number CN101388629A; Denomination of invention is the creative method of bent spring magnetic energy power group, and other has in bent axle etc. or the demand innovation and creation method of the present invention, and method for using is: the power arm and the piston that will connect bent axle separate; Power arm is connected distance times displacement effect end; Piston is connected short distance come and go the displacement end, in position fixedly cut a slideway 10, so just can utilize.It is identical with the foregoing description principle that the present invention forms the making process method for using at bent spring magnetic energy power, but the many places application will not remake description one by one at this.
Claims (4)
1. power times displacement such as a kind comes and goes the creative method of lever group; Coming and going displacement end (Fig. 2) by short distance hands over arm unit group (Fig. 3) to form with distance times displacement effect end (Fig. 4) and a group or more lever; Comprise coupling shaft (1), lever (2), cut a pulley (3 or 4), pulley (5), hand over arm connecting shaft (6), hand over arm power connecting shaft (7), terminal lever (8), position change arm of force beam trace (9), cut a slideway (10), the position change arm of force (11); It is characterized in that short distance comes and goes displacement end (Fig. 2) and hands over arm unit group (Fig. 3) to flexibly connect through coupling shaft (1) with lever, lever hands over arm unit group (Fig. 3) and distance times displacement effect end (Fig. 4) to flexibly connect through coupling shaft (1).
2. power times displacement such as according to claim 1 comes and goes the creative method of lever group; It is characterized in that short distance comes and goes displacement and holds two levers (2) of (Fig. 2) to intersect; Connect with handing over arm power connecting shaft (7) that lever (2) center is worn; Lever (2) can rotate to hand over arm power connecting shaft (7), and hands over the outer both sides of arm power connecting shaft (7) that pulley (5) is arranged, and hands over arm power connecting shaft (7) to be connected with the position change arm of force (11); One end of two levers (2) is all cut a pulley (3 or 4); Both sides, two lever terminations with cut a pulley (the 3 or 4) company of wearing, cut a pulley (3 or 4) and be placed in and cut in the slideway (10), cutting a slideway (10) is that two spill concave surfaces are formed relatively; Cut a pulley (3 or 4) stretched by lever can be with the straight line back and forth movement; Cut a pulley (3 or 4) and cutting a pulley (3 or 4) and the another side smooth muscle of cutting a slideway (10) during the flesh contact movement and have greater than zero less than 1 millimeter spacing with cutting having smoothness on one surface of a slideway (10), the position change arm of force (11) is with to cut a slideway (10) vertical tangent, and tangent position has the position to change an arm of force beam trace (9); Position change arm of force beam trace (9) is used for a constraint position change arm of force (11), make the position change arm of force (11) when handing over arm power connecting shaft (7) to move (coming and going) maintenance with to cut a slideway (10) vertical tangent.
3. power times displacement such as according to claim 1 comes and goes the creative method of lever group, it is characterized in that lever (2) hands over two levers (2) arm center of arm unit (Fig. 3) to intersect, and connects to hand over arm connecting shaft (6) that lever (2) center is worn; Lever can rotate to hand over arm connecting shaft (6); And hand over the outer both sides of arm connecting shaft (6) that pulley (5) is arranged, lever (2) termination, two ends connects another lever with coupling shaft (1), and handing over the arm unit group with lever is that connection can be organized in the unit more; Also can connect short distance and come and go displacement end (Fig. 2) or distance times displacement effect end (Fig. 4); When lever hands over the arm unit group to increase (Fig. 3),, can use parallel slideway that pulley (5) straight line is fettered for keeping the direction linarity.
4. power times displacement such as according to claim 1 comes and goes the creative method of lever group; The length that it is characterized in that two terminal levers (8) of distance times displacement effect end (Fig. 4) is the half the or over half of lever (2); One end of two terminal levers (8) intersects to hand over arm connecting shaft (6) activity to wear and connects, and the other end connects lever with coupling shaft (1) and hands over arm unit group (Fig. 3).
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CN2011100908200A CN102734413A (en) | 2011-04-12 | 2011-04-12 | Method for creating equivalent power-zoom return lever group |
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CN2011100908200A CN102734413A (en) | 2011-04-12 | 2011-04-12 | Method for creating equivalent power-zoom return lever group |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN105793612A (en) * | 2013-09-04 | 2016-07-20 | 十倍工程有限公司 | Apparatus for converting motion |
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2011
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Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN105793612A (en) * | 2013-09-04 | 2016-07-20 | 十倍工程有限公司 | Apparatus for converting motion |
CN105793612B (en) * | 2013-09-04 | 2018-06-22 | 十倍工程有限公司 | For the device of converting motion |
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Application publication date: 20121017 |