阅读说明：本技术 一种重力动力装置 (Gravity power device ) 是由 刘文兰 刘刚富 于 2019-03-22 设计创作，主要内容包括：本发明属于机械装置技术领域,涉及一种重力动力装置。该重力动力装置,包括中心轴、内齿轮、壳体、滚珠、重力棒、导向轮、导向轮轴、底座支架,中心轴的中段开设有中空腔,内齿轮套装于中心轴上、且其内圈设置有齿槽,齿槽内开设有滚珠通道,每个滚珠通道内放置有滚珠,重力棒的两端开设有凹槽,且其凹槽与齿槽的滚珠通道出口相对,相邻重力棒通过铰链连接、形成环形圈,导向轮位于中空腔内,导向轮轴穿过两个导向轮、且其两端固定在中心轴上,中心轴两端固定于底座支架上。利用本发明,通过导向轮的作用,使重力棒与内齿轮组成一个动态偏心轮,这个动态偏心轮以中心轴为圆心做偏转运动,利用该动态偏心轮连续不断的偏转运动,将重力转换成动能,无环境污染。(The invention belongs to the technical field of mechanical devices, and relates to a gravity power device. This gravity power device, including the center pin, the internal gear, a housing, the ball, the gravity stick, the leading wheel axle, the base support, well cavity has been seted up in the middle section of center pin, the internal gear suit is on the center pin, and its inner circle is provided with the tooth's socket, the ball passageway has been seted up in the tooth's socket, the ball has been placed in every ball passageway, the recess has been seted up at the both ends of gravity stick, and its recess is relative with the ball passageway export of tooth's socket, adjacent gravity stick passes through hinged joint, form annular ring, the leading wheel is located the cavity intracavity, the leading wheel axle passes two leading wheels, and its both ends are fixed on the center pin. The gravity bar and the inner gear form a dynamic eccentric wheel under the action of the guide wheel, the dynamic eccentric wheel performs deflection motion by taking the central shaft as the circle center, and gravity is converted into kinetic energy by utilizing the continuous deflection motion of the dynamic eccentric wheel, so that the gravity bar and the inner gear have no environmental pollution.)

1. A gravity power device is characterized by comprising a central shaft, an internal gear, a shell, a ball, a gravity rod, a guide wheel shaft and a base support;

a cylindrical hollow cavity is formed in the middle section of the central shaft, and the axis of the hollow cavity is not overlapped with the axis of the central shaft;

the number of the inner gears is two, the inner gears are sleeved on the central shaft and are respectively positioned on two sides of the hollow cavity; the outer ring of the internal gear is fixedly connected with the shell; the inner ring of the inner gear is continuously provided with a plurality of tooth grooves which are sequentially connected, each tooth groove is internally provided with a ball channel, and a ball is placed in each ball channel; the ball passage is obliquely arranged;

the gravity rods are straight rods with grooves formed in two ends, the number of the gravity rods is one less than that of tooth grooves of the internal gear, two ends of each gravity rod are correspondingly placed in the tooth grooves of the internal gear, the groove in the tail end of each gravity rod is opposite to an outlet of a ball channel of the tooth groove, and adjacent gravity rods are connected through hinges to form an annular ring structure;

the guide wheel shafts penetrate through one side of the central shaft, sequentially penetrate through the two guide wheels, penetrate out of the other side of the central shaft and are fixed on the central shaft;

and the two ends of the central shaft are fixed on the base bracket.

2. A gravity powered device according to claim 1 wherein the diameter of the outlet of said ball passage is less than the diameter of the balls.

Technical Field

The invention belongs to the technical field of mechanical devices, and relates to a gravity power device.

Background

In the existing power device, a water turbine is driven to rotate by water flow formed by the difference between water levels at the upper and lower streams to generate kinetic energy; the steam turbine is driven by high-pressure steam generated by combustion of coal, petroleum and natural gas to rotate to generate kinetic energy. In nature, gravity is always present, and there are few and few devices for generating kinetic energy by using gravity.

Disclosure of Invention

The invention aims to provide a gravity power device which converts gravity into kinetic energy by utilizing the deflection motion of a dynamic eccentric wheel.

The technical scheme for solving the technical problems comprises the following steps:

a gravity power device comprises a central shaft, an internal gear, a shell, a ball, a gravity rod, a guide wheel shaft and a base support. A cylindrical hollow cavity is formed in the middle section of the central shaft, and the axis of the hollow cavity is not overlapped with the axis of the central shaft; the number of the inner gears is two, the inner gears are sleeved on the central shaft and are respectively positioned on two sides of the hollow cavity; the outer ring of the inner gear is fixedly connected with the shell; the inner ring of the inner gear is continuously provided with a plurality of tooth grooves which are sequentially connected, a ball channel is arranged in each tooth groove, a ball is placed in each ball channel, and preferably, the diameter of an outlet of each ball channel is smaller than that of each ball; the ball passage is arranged obliquely. The gravity rods are straight rods with two ends provided with grooves respectively, the number of the gravity rods is one less than that of tooth grooves of the inner gear, the two ends of each gravity rod are correspondingly placed in the tooth grooves of the inner gear, the tail end of each gravity rod is opposite to the ball channel outlet of the tooth grooves, and adjacent gravity rods are connected through hinges and form an annular ring structure. The quantity of leading wheel is two, and all sets up in the cavity of center pin, and the leading wheel axle penetrates from one side of center pin, and passes two leading wheels in proper order to fix on the center pin after the opposite side of center pin is worn out. Both ends of the central shaft are fixed on the base bracket.

The gravity power device has the beneficial effects that: the gravity rod and the internal gear form a dynamic eccentric wheel under the action of the guide wheel; in the process of rotating the internal gear, when a gravity rod is added above the internal gear, one gravity rod is reduced below the internal gear, so that the whole device is always maintained in an initial state, and the gravity power device continuously rotates to generate kinetic energy; the kinetic energy is generated by utilizing the existing gravity, so that the device is free from environmental pollution and environment-friendly.

Drawings

FIG. 1 is a schematic side view of a gravity power device according to the present invention;

FIG. 2 is a schematic front view of the gravity power device of the present invention;

FIG. 3 is a side view of the center shaft of the gravity power device of the present invention;

fig. 4 is a front view of the central shaft of the gravity power device of the present invention.

The codes in the figures are respectively: the device comprises a central shaft 1, a hollow cavity 1-1, an internal gear 2, a tooth groove 2-1, a ball passage 2-2, a shell 3, balls 4, a gravity rod 5, a groove 5-1, a guide wheel 6, a guide wheel shaft 7 and a base support 8.

Detailed Description

As shown in fig. 1 to 4, the gravity power device includes a central shaft 1, an internal gear 2, a housing 3, balls 4, a gravity bar 5, a guide wheel 6, a guide wheel shaft 7, and a base bracket 8.

The middle section of the central shaft 1 is provided with a cylindrical hollow cavity 1-1, and the axis of the hollow cavity 1-1 is not coincident with the axis of the central shaft 1; the number of the inner gears 2 is two, and the two inner gears are oppositely sleeved on the central shaft 1 and are respectively positioned at two sides of the hollow cavity 1-1; the outer rings of the two inner gears 2 are fixedly connected with the shell 3 to form a whole, the inner ring of the inner gear 2 is continuously provided with a plurality of tooth grooves 2-1 which are sequentially connected, each tooth groove 2-1 is internally provided with a ball channel 2-2, each ball channel 2-2 is internally and correspondingly provided with a ball 4, and the diameter of the outlet of each ball channel 2-2 is smaller than that of the ball 4, so that the ball 4 is always positioned in the ball channel 2-2; the ball passage 2-2 is arranged obliquely.

The gravity rods 5 are straight rods, the two ends of each straight rod are respectively provided with a groove 5-1, the number of the gravity rods 5 is one less than that of tooth grooves 2-1 of the internal gear 2, the two ends of each gravity rod 5 are correspondingly placed in the tooth grooves 2-1 of the internal gear 2, the grooves 5-1 at the tail ends of the gravity rods are opposite to ball channel 2-2 outlets of the tooth grooves 2-1, and adjacent gravity rods 5 are connected through hinges to form a closed annular ring structure.

The number of the guide wheels 6 is two, the guide wheels 6 are arranged in the hollow cavity 1-1 of the central shaft 1, the guide wheels 6 are used for guiding the gravity bar 5 to the specified position of the internal gear 2, and the guide wheel shaft 7 penetrates through one side of the central shaft 1, sequentially penetrates through the two guide wheels 6, penetrates out of the other side of the central shaft 1 and is fixed on the central shaft 1.

Both ends of the central shaft 1 are fixed on the base bracket 8.

The working principle of the gravity power device is as follows: kinetic energy is generated by means of the deflection motion of the dynamic eccentric wheel. Specifically, the gravity bar 5 and the internal gear 2 form a dynamic eccentric wheel under the action of the guide wheel 6, and the dynamic eccentric wheel performs deflection motion by taking the central shaft 1 as the center of a circle.

When the balls 4 in the ball channel 2-2 of the internal gear 2 are positioned above the whole device, the axis of the ball channel 2-2 and the axis of the internal gear 2 are arranged in an inclined manner, namely the direction of the ball channel 2-2 is inclined towards the center of the internal gear 2, so that the balls 4 in the ball channel 2-2 automatically fall into the innermost side of the ball channel 2-2, namely the outlet of the ball channel under the action of the self weight; in addition, as the two ends of each gravity rod 5 are correspondingly placed in the tooth grooves 2-1 of the internal gear 2 positioned on the two sides of the gravity rod, and the groove 5-1 at the tail end of each gravity rod is opposite to the ball channel 2-2 outlet of the tooth groove 2-1, the ball 4 falling into the bottom end of the ball channel 2-2 is just clamped at the groove 5-1 at the tail end of the gravity rod 5, and the gravity rod 5 is further locked in the tooth groove 2-1 of the internal gear 2.

When the ball 4 in the inner gear 2 is located at a lower position, the ball 4 automatically falls into the outermost side of the ball channel 2-2 by means of the weight of the ball 4, so that the gravity rod 5 can smoothly fall off the limit of the tooth groove 2-1 and can be taken out of the tooth groove 2-1.

In the whole movement process of the device, when a gravity rod 5 is added above the device, one gravity rod 5 is reduced below the device and is always maintained in an initial state, so that the gravity power device can continuously rotate and continuously generate kinetic energy.