CN102457215A

CN102457215A - Magnetic attraction-repulsion lever screw shaft power machine

Info

Publication number: CN102457215A
Application number: CN2010105123781A
Authority: CN
Inventors: 马亚鹏
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-10-20
Filing date: 2010-10-20
Publication date: 2012-05-16

Abstract

According to the invention, magnets of a magnet set A and magnets of a magnet set B are attracted mutually. Upward power that is generated by the magnets of the magnet set A is exerted on a screw shaft in a lever force mode through supports between the magnets and the screw shaft. Downward power that is generated by the magnets of the magnet set B is used to drive a conveyor belt D to carry out running. The conveyor belt D conveys the power to the screw shaft by a gear set and thus the screw shaft is driven to make rotations according to a certain proportion. The rotations of the screw shaft guides the magnets of the magnet set A to make downward movements that guide the magnets of the magnet set B to make downward movements. The magnet set A drives a conveyor belt C to carry out running. The screw shaft guides that a certain distance is always maintained when the magnets of the magnet set A make movements and are attracted with the magnets of the magnet set B. Running of circulating attraction is carried out by the magnets of the magnet set A through the conveyor belt D and the magnets of the magnets set B through the conveyor belt C, so that a circulating system of conversion between magnetic attraction and power is formed.

Description

Magnetic draws scolds lever helical axis engine

Technical field

The present invention relates to a kind of engine, this engine is to utilize the attraction between permanent magnet and helical axis and repel to produce power.

Background technology

Mode such as wind-force, waterpower etc. that present people obtain power have certain restriction, obtain inconvenience.Internal combustion engine and steam engine expend the tellurian limited energy and contaminated environment.

Summary of the invention

The present invention is the power of attracting each other and producing that utilizes between permanent magnet and permanent magnet group, the permanent environmental pollution that do not have easy to use of the magnetic pull of permanent magnet.

The present invention by helical axis, group of magnets, conveyer belt, gear train, support, form.

The magnet of the magnet of group of magnets A of the present invention and group of magnets B is separately fixed on two conveyer belt C and the conveyer belt D with a bit; The magnet of group of magnets A attracts with the magnet of group of magnets B mutually; The magnet of group of magnets A produce power upwards through and helical axis between support act on the helical axis with the mode of lever force, the magnet of group of magnets B produces downward power and drives conveyer belt D and rotate, conveyer belt D passes to helical axis to power through gear train; The rotation of drive helical axis; The magnet of the rotation guiding group of magnets A of helical axis moves downward, and the magnet of the motion guidance group of magnets B that the magnet of group of magnets A is downward moves downward, and the magnet of group of magnets A drives conveyer belt C running.

Distance between each magnet of two group of magnets all equates; The power that group of magnets B produces rotates in certain rotation ratio through conveyer belt D gear set drive helical axis; The magnet movement of helical axis guiding group of magnets A and the attraction of group of magnets B remain certain distance; When the magnet of the magnet of group of magnets A and group of magnets B is attracted each other motion, just can not be drawn together like this or away from; The magnet of group of magnets A is done the running that circulation attracts through the magnet of conveyer belt D and group of magnets B through conveyer belt C, forms the circulatory system of a magnetic pull transformation power.

Description of drawings

Below in conjunction with accompanying drawing the present invention is done further detailed explanation.

Fig. 1 is a schematic diagram of the present invention.

Fig. 2, Fig. 3 are the structure charts of Fig. 1 group of magnets, support and conveyer belt.

Fig. 4 is helical axis and the stressed profile of supporting structure of Fig. 1.

Fig. 5 is the plan structure profile of Fig. 1.

Fig. 6 is the part schematic diagram of Fig. 1.

Embodiment

Magnet 2B shown in Figure 6 fixes on support solid 9, and support 9 and conveyer belt 5 are fixed together with a bit, and magnet 1B and support 10 are fixed together.Shown in Figure 4; Support 10 is supported on two screw threads 22 and screw thread 24 of helical axis 1 with steel ball 23 with the steel ball 21 at two ends; Screw thread 22 is that semicircle screw thread and steel ball 21 coincide, and screw thread 24 is hook-shaped screw threads, and the gib head of screw thread 24 is semicircle identical with steel ball 23; Steel ball 23 and the operation principle similar bearing of steel ball 21 with screw thread 24 and screw thread 22, the power of reducing friction.

The gravitation that magnet 1B and magnet 2B attract each other makes magnet 1B produce power upwards, and magnet 2B produces downward power.Shown in Figure 4; The power that magnet 1B makes progress acts on the screw thread 22 and screw thread 24 of helical axis 3 with the principle of steel ball 23 with lever force through the steel ball 21 at support 10 two ends; The masterpiece that steel ball 21 receives is left used on the screw thread 23; The masterpiece that steel ball 23 receives is to the right used on screw thread 24 gib heads, is released in power on the helical axis 3 when magnet 1B receives power upwards, and self can't upwards move magnet 1B.Magnet 2B produces downward power and drives conveyer belt 5 runnings through support 9; Conveyer belt 5 drives two wheels 7 and rotates with wheel 8; The rotation of wheel 8 drives helical axis 3 through gear 11 gears 12 power transmission shafts 13 gears 15 gears 14 power transmission shafts 16 gears 17 gears 18 and rotates with direction according to a certain percentage; The rotation of helical axis 3 drives support 10 and moves downward with magnet 1B; The power guiding magnet 2B that magnet 1B moves downward is moving downwards; Magnet 1B and magnet 2B remain when moving downwards certain distance can not be far it from and be drawn together, the gravitation that magnet 1B and magnet 2B attract each other make they above helical axis 3, move to helical axis 3 below, form the system that a magnetic pull change power circulates.

Shown in Figure 2; Group of magnets 1 is made up of magnet 1A, magnet 1B, magnet 1C, magnet 1D, magnet 1E, magnet 1F, magnet 1G, magnet 1H, magnet 1I, magnet 1J, magnet 1K, magnet 1L, magnet 1M; Each magnet of group of magnets 1 is fixed on the conveyer belt 4 through identical support 6; Center on two wheels 19 of conveyer belt 4 and wheel 20, each magnet of group of magnets 1 all fix an identical support 10 in same position, and support 10 plays the effect with the support of helical axis 3 levers.Shown in Figure 3; Group of magnets 2 is made up of magnet 2A, magnet 2B, magnet 2C, magnet 2D, magnet 2E, magnet 2F, magnet 2G, magnet 2H, magnet 2I, magnet 2J, magnet 2K, magnet 2L, magnet 2M; Each magnet of group of magnets 2 is fixed on the conveyer belt 5 with any through identical support 9, and conveyer belt 5 is centered around two wheels 7 and takes turns on 8.Distance between each magnet of group of magnets 1 and group of magnets 2 is all the same.

Schematic diagram shown in Figure 1, the magnet of group of magnets 1 forward to and support last time with helical axis 3 through support 10 and attract each other with group of magnets 2 corresponding magnet.Do not take away through conveyer belt 4 when the support 10 and the helical axis 3 of the magnet of group of magnets 1 do not support, the magnet of corresponding group of magnets 2 is taken away by conveyer belt 5.Group of magnets 1 is identical with magnetic pull transformation power principle shown in Figure 6 with Fig. 4 with the principle that group of magnets 2 corresponding magnet are attracted each other; The attraction that group of magnets 1 and group of magnets 2 corresponding magnet are attracted each other and produced; The magnet of the correspondence of group of magnets 1 receives attraction upwards, and the magnet of the correspondence of group of magnets 2 receives downward attraction.Group of magnets 1 corresponding magnet acts on the attraction that makes progress that receives on the helical axis 3 through the principle of support 10 with lever force; Do not move upward when making group of magnets 1 corresponding magnet receive attraction upwards; When receiving downward attraction, group of magnets 2 corresponding magnet drive conveyer belt 5 runnings through support 9; Conveyer belt 5 drives two wheels 7 and rotates with wheel 8; The rotation of wheel 8 drives helical axis 3 through gear 11 gears 12 power transmission shafts 13 gears 15 gears 14 power transmission shafts 16 gears 17 gears 18 and rotates with direction according to a certain percentage; The rotating band moving magnet group 1 corresponding magnet of helical axis 3 moves downward; Group of magnets 1 corresponding magnet moves downward guiding group of magnets 2 pairing magnet and moves downward; Group of magnets 1 and group of magnets 2 remain certain distance when motion, group of magnets 1 corresponding magnet moves downward through support 6 and drives conveyer belts 4 runnings, and group of magnets 1 and the group of magnets 2 institute's gravitation that the produces drive whole system of attracting each other turns round; The corresponding magnet of a pair of institute below when the magnet of a pair of new correspondence of group of magnets 1 and group of magnets 2 is attracted each other through the running of conveyer belt 4 and conveyer belt 5 is taken away through conveyer belt 4 and conveyer belt 5, forms the dynamical system of a magnetic pull transformation power reciprocation cycle.

The permanent magnet principle that there is a natural attraction between the sexes and the same sex is repelled each other is used mutually exclusive power between permanent magnet according to different demands above principle capable of using.

Claims

1. engine; The corresponding magnet of group of magnets (1) and group of magnets (2) gravitation that is produced of attracting each other makes the corresponding magnet of group of magnets (1) produce power upwards; The corresponding magnet of group of magnets (2) produces downward power; The corresponding magnet of group of magnets (1) acts on the power that makes progress on the semicircle screw thread and hook-shaped screw thread of helical axis (3) through the principle of support (10) with lever force; The corresponding magnet of group of magnets (2) produces downward power and rotates according to a certain percentage through conveyer belt (5) and gear set drive helical axis (3); The corresponding magnet of the rotating band moving magnet group (1) of helical axis (3) moves downward; The corresponding magnet of group of magnets (1) moves downward the conveyer belt running of the moving fixed magnet group (1) of conveyer belt (4); The corresponding magnet of corresponding magnet guiding group of magnets (2) of group of magnets (1) moves downward, and a pair of magnet was below taken away through conveyer belt (4) and conveyer belt (5) when the magnet of a pair of new correspondence of group of magnets (1) and group of magnets (2) was attracted each other, and formed the dynamical system of a magnetic pull transformation power reciprocation cycle.

2. the gravitation that group of magnets according to claim 1 (1) and group of magnets (2) are attracted each other is characterized in that: the permanent magnet principle that there is a natural attraction between the sexes and the same sex is repelled each other, use mutually exclusive power between permanent magnet according to the principle of different demands claim 1 capable of using.