JPH03105078A - Energy generating device - Google Patents

Abstract

PURPOSE:To generate a large amount of energy by a simple structure by generating the energy in the ratio of input for output of 1:2, in the constitution in which the inertial force of a centrifugal weight, etc, which is revolved by an input is transmitted onto an output side rotary shaft, on the outer periphery of the output side rotary shaft. CONSTITUTION:A ring gear 4 is installed inside at the edge part of a gear holder 1 having an input shaft 3 fixed at the center of a disc part 2, and an inscribed gear 5 is meshed inside the gear holder 1. A cylinder 7 is fixed at one edge part of a driving shaft 6 the other edge of which is fixed onto the inscribed gear 5, and a piston 8 is slidingly installed in the cylinder 7. The basic edge of a rod 10 is slidingly fitted into a through hole 9 at the center of the piston 8, and a centrifugal weight 11 is fixed at the top edge of the rod 10. A roller 12 which rolls on a guide wall surface 17A of a guide wall 17 supported on the inside of an output body 15 which is installed on an input shaft in free revolution is installed on the centrifugal weight 11 by a shaft 13. The surface (a) of the guide surface 17A is formed from a part of the circle in nearly a half of the surface (b).

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to an energy generation device that amplifies energy. [Prior Art] Conventionally, as a device of this kind, Japanese Patent Publication No. 50-18134 discloses a rotating shaft interposed between an input shaft and an output shaft and provided on the circumference of the output shaft so as to be able to rotate relative to the input shaft. A centrifugal weight is provided at the end of the piston that reciprocates inside the centrifugal weight, and the centrifugal weight is rotated in contact with an inner and outer guide wall surface formed to allow guided rotation, thereby effectively converting the centrifugal force of the centrifugal weight into rotational force. A centrifugal torque converter is provided that is configured to do so.
The invention related to this Japanese Patent Publication No. 50-8134 is U.S. Patent No. 3877252 rCENTRI FUGAL T
It has also been proposed as ORQUF and CONVERTERJ. [Problem to be solved by the invention J] In the prior art, the use was mainly limited to a power transmission device for an automobile, but in the present invention, the characteristics of the above-mentioned prior art are utilized to amplify energy by combination. The purpose of this project is to provide an energy generation device that achieves this goal. [Means for Solving the Problems] The present invention utilizes the centrifugal force of a weight that is interposed between the input-side rotating shaft and the output-opening rotating shaft and is located on the outer periphery of the output-opening rotating shaft and rotates due to the input to the output-side rotating shaft. In a centrifugal torque converter type energy generation device that acts only in one direction and rotates the output shaft, it generates centrifugal energy with an input to output ratio of 1 = 2, and transmits this to a passive body connected to the output circle rotation shaft. It has the ability to [Function] Figure 5 shows the force relationship between the centrifugal force of the centrifugal weight 11A rotating in the direction of the arrow with radius r and speed V, and the force between the centrifugal weight 8A, which hangs vertically due to the action of the centrifugal plumb. In the figure, if the mass of the centrifugal weight 11A is m and the mass of the weight 8A is M, then the kinetic energy at the speed V of the centrifugal weight 11A is -! -m v ', and the centrifugal force is 1222r, and the figure shows that the centrifugal force of the centrifugal weight 11A causes the weight ii
8A shows the state where it has been pulled up to the point where the two forces are balanced. The kinetic energy of the centrifugal plumb 11A at this time is -
1 m v 2, but when the speed is further increased from this state to V + ΔV, the input energy is = 1 m (2v ΔV + Δv2) 2 ... (1) Input energy Here, centrifugal force F = m It is calculated by Uni, but since F'>F when the r motion speed V becomes V + ΔV, the balance of forces between m and M naturally collapses. Therefore, the radius of rotation of the centrifugal weight 11A is set to r+Δr. By widening, a new force balance point is created between centrifugal weight 11A and plumbum 8A, and F
= F'. Therefore, the input work r + Δ r . based on the above formula (1). '． (r×△r)v2=r (v+Δv)2 If we fill this out, we get △rv2=r (v+Δv)2−rv2 or more, so ffi
The work (FΔr〉) for u8A is r = m (2vΔV+Δv2) ... (2) Work = -Lm (2vΔv+Δv2) is once converted into centrifugal energy, and this is the work m (2) of the above formula (2).
vΔV+ΔV2), the output energy can be made twice the input energy. Next, let's analyze the energy increase. In other words, there is a direct relationship between kinetic energy and potential energy, which are mechanical energies, but the calculation of both energies is based on the amount of displacement in time t when an object starts moving or falling from the 0 point. (s = 12 at2) is seen as a top component, whereas in the case of centrifugal force, the amount of displacement toward the center at time t, etc. is exactly the same in terms of the concept. However, there is a difference between kinetic energy and centrifugal energy, which are related to the fm force that does work, because they come from the nature of circular motion itself. In other words, this is due to the fact that when an object moves in a circular motion, there is always acceleration toward the center. In short, if an object that is originally moving linearly in the direction of the tangent to a circle is forced to bend its direction continuously due to a central force, an inertial force will naturally act toward the center of the circle, but this and the speed of the object's motion, etc. The centrifugal force changes in magnitude as a result of mixing. In other words, at each point on a trajectory of motion, a moving object that is forced away from its tangential direction by a central force is resisted by its inertial force; that force is centrifugal force. In this case, the reason why the input energy is 1/2 of the work is that the centrifugal weight 11A is accelerated by ΔV.
This is because, other than the energy input for lifting the weight 8A, no energy is input for lifting the weight 8A. In other words, the radial force acting on the centrifugal weight 11A is due to an inertial force that has nothing to do with action or reaction, which is deeply related to energy. Therefore, it is especially important to input energy to the weight 8A, which is pulled up by this force. This is because it is not done. [Embodiment] Next, an embodiment of the present invention will be described with reference to FIGS. 1 to 4 of the accompanying drawings. 1 is a gear holder in which an input shaft 3 is fixed at the center of a disc part 2, and a ring gear 4 is formed inside the edge of the gear holder. Further, an internal gear 5 provided at the inner opening of the gear holder 1 meshes with the ring gear 4. A cylinder 7 is fixed to the other end of the drive shaft 6, one end of which is fixed to the internal gear 5, and a piston 8 is slidably provided within the cylinder 7. This piston 8 has a rod 10 inserted into a through hole 9 formed in the center of the piston 8.
The proximal end of the rod 10 is freely inserted and
A centrifugal weight 11 is fixed to the tip of the centrifugal weight 11, and a roller 1 that slides on a guide wall surface 17A, which will be described later, is attached to the centrifugal weight 11.
2 is provided by the shaft 13. Incidentally, reference numeral 14 is a stopper for preventing the rod 10 from coming off from the piston 8, and play holes are provided between this stopper and both ends of the piston 8. Reference numeral 15 denotes an output body which is reversibly provided on the input shaft 3, and this output body 15 has a cylindrical box shape, and inside thereof there are a plurality of inscribed guide wall surfaces 17A as shown in FIG. It is formed by a guide wall 17, and the guide wall 17 has a large diameter portion formed at a large distance from the drive shaft 16. Inner peripheral surface 17A of this guide wall 17
The roller 12 is adapted to roll along. Further, in FIG. 3, the inscribed guide wall surface 17A is formed in a circular shape between AB and BC with the drive shaft 6 as the center, as shown in FIG. DEfftl is approximately 1/2 circle between OB, EF
The space between the two is approximately a straight line, and the space between the FA is drawn in a circle and widened to connect to A. In addition, 18 is an output shaft fixed to the output body 154 coaxially with the input shaft 3, and 19 is a projection shaped like the centrifugal weight 11, and this projection 19 is formed on the double opening surface 16. Circumscribed guide wall surface 17
It is designed to slide towards B. Next, the operation of the above structure will be explained.

When the input shaft 3 is driven to rotate, the rotational force is transferred to the gear holder 1.
is transmitted to the drive shaft 6 via both gears 4.5, and rotationally drives the cylinder 7. As the cylinder 7 rotates, the piston 8 rotates, and the roller 12 of the centrifugal weight 11 rotates along the internal guide wall surface 17A, so that the centrifugal weight 11 also rotates. At this time, the section AC in FIG.
The rotational force is transmitted to the output shaft 18 to rotate it and perform the work described in the analysis in Figure 5. On the other hand, CE
In between, the centrifugal weight 11 is guided and press-fitted into the shaft center by the guide wall 17, and therefore, the piston 8, which is almost integral with the centrifugal weight 11, acts as a balancer around the drive shaft 6, and the left and right centrifugal forces are offset. A perfect balance will be achieved between us and DE. Furthermore, since the section EF is a gentle curve, the action of centrifugal force is suppressed, while the protrusion 19 attached to the centrifugal weight 11 and the circumscribed guide wall surface 17B act on each other, so that the centrifugal weight 11 and the piston 8 The inertial force that occurs when both of the two are simultaneously and rapidly pulled out can be applied to the outer surface of the circumscribed guide wall surface 17B, and this force can be utilized in the same way as the rotational force in the direction of arrow C in FIG. Centrifugal force is generated between FA and CD because they are circular, but since they are in the radial direction with respect to the shaft 18 of the output member, there is no effect on rotational force. In this way, the centrifugal weight 11 presses the internal guide wall surface 17A, and the centrifugal force is applied to the output shaft 1.
8. In short, while the centrifugal weight 11 is rotating between AC, the piston 8 is
Located at the axis point of the drive shaft 6, the centrifugal force of the centrifugal weight sufficiently acts on the guide wall 17 and is applied to the output member as rotational force, while at the non-output fil (between DE) the centrifugal weight 11
It acts as a balancer between Incidentally, since the piston 8 is in a state where it can freely move between the two sets of stoppers 14 of the rod 10 located in the through hole 9 formed at the center, the centrifugal weight 1 acting on the inscribed guide wall surface 17A
The centrifugal force of 1 acts without the restriction of piston 8. As described above, while the centrifugal weight 11 is rotating, the inscribed guide wall surface 17A is between AC and the circumscribed guide wall surface 1 is between EF.
Since the rotational force is applied to the output shaft 18 via 7B, the analysis in Figure 5 shows that between AC, the only energy consumed is the input energy for rotation, and therefore the work is halved. completed, output 15 between other CEs
Because the work that leads to the rotation of is not done, due to the relationship between energy and work, energy consumption is impossible except in cases such as friction. This centrifugal torque converter can use the centrifugal force generated by this as rotational force only when the input rotation speed is larger than the output rotation speed, that is, when there is a relative rotation difference. Therefore, by using this theory and adjusting the load side so that there is always a constant rotational difference between the person and the output shaft, effective work can be done and energy can be saved. ．． For example, since more work is done than the input energy, that excess can be returned as energy and reused. However, when this torque converter is used to drive a car, as the running speed increases, the difference in rotational speed between the person and the output shaft 3.18 will decrease, and eventually the centrifugal weight 11 Due to its large centrifugal force, the shaft tends to be positioned in the radial direction around the axis of the output shaft 18, creating a complete direct connection between the person and the output shaft 3.18. In this manner, in the above embodiment, the centrifugal weight 11 is guided by the internal guide wall surface 17A and the external guide wall surface 17B, and by seamlessly abutting the centrifugal weight 11 against the internal guide wall surface 17A, smooth power is generated. can be transmitted. Furthermore, regarding the relationship between Fig. 5 and this mechanism, the centrifugal force of the centrifugal weight 11A in Fig. 5 that tries to pull up the weight 8A against gravity is the same as that of the centrifugal weight 11A in Fig. 1. 11 has the same theoretical form as the function acting on the inscribed guide wall surface 17A. The present invention is not limited to the embodiments described above, and various modifications are possible, such as providing a plurality of centrifugal weights on one guide wall, for example. [Effects of the Invention] The present invention applies the centrifugal force of a weight that is interposed between the input rotation shaft and the output measurement rotation shaft and rotates due to the input to the output rotation shaft only in one direction. This is a centrifugal torque converter type energy generation device that rotates the output shaft by generating centrifugal energy with an input to output ratio of 1:2, and connects this to the output rotating shaft with a passive body such as a generator. It has the function of transmitting energy to the user, thereby making it possible to double the output energy relative to the input energy. In this case, if an artificial adjustment is made between the input and the load and a certain rotation difference is established between the input and output shafts, it is possible to obtain greater energy by taking advantage of the fact that the output is greater than the input. ．． Note that this does not violate the law of conservation of energy, as is clear from analysis. 11...Centrifugal weight 18...Output shaft patent filed with Doujin Kobayashi Kobayashi

Claims (1)

[Claims] A centrifugal system that rotates the output shaft by applying the centrifugal force of a weight that is interposed between the input-side rotation shaft and the output-side rotation shaft, and rotates due to input from the output-side rotation shaft in one direction. In the formula torque converter type energy generation device, centrifugal energy with an input to output ratio of 1:2 is generated,
An energy generation device characterized by having a function of transmitting this energy to a passive body connected to an output rotating shaft.