JP2008232127A - Domestic animal remote operation machine for animal power generation, and plural animal remote whip machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a labor-saving means for managing an animal power generation device. <P>SOLUTION: A connection disk 3 is arranged coaxially with a generator rotation shaft 2 vertically arranged and provided with an animal fixing arm 1. A connection disk operation piston 8 capable of driving the connection disk 3 up and down is connected to the connection disk 3, and a pressure transmission pipe 10 transmitting hydraulic pressure, pneumatic pressure or the like for driving the connection disk operation piston 8 is connected to the connection disk operation piston 8. An animal control device operation piston moves up and down by up and down motion of the connection disk 3, and pressure generated in the animal control device operation piston 6 is transmitted to the domestic animal control device through a domestic animal control pressure transmission pipe 7. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

The present invention relates to power generation. According to the present invention, a power generation facility with less environmental load can be operated at a lower cost.

[Claim 1] improves the safety and convenience of use of the device by developing a method of remotely operating the animal power generation device from outside the rotation radius of the arm. [Claim 2] provides means for reliably whipping all the livestock when using a plurality of livestock in the livestock power generation apparatus using [Claim 1].

[Claim 1] The livestock control power is supplied through a rotating connecting disk. [Claim 2] The whip is moved by a mechanism having a cam, a spring, and a power shaft by power of one degree of freedom.

[Claim 1] realizes livestock control from a controller fixed on the ground. Automation is also possible. [Claim 2] further increases the effect of [Claim 1].

BEST MODE FOR CARRYING OUT THE INVENTION

[Claim 1] is an applied technology of a variable pitch propeller of an airplane or a ship or a synchromesh gear box of an automobile, and is used for controlling a livestock power generation device that converts livestock muscle strength into electric power.

The principle of operation is that a part like a donut-shaped wheel that rotates in a plane perpendicular to the generator rotation axis and has a hole through which the rotation axis passes is moved up and down horizontally on the rotation axis by control from the ground. The control signal is transmitted from the ground outside the movable range of the livestock to the livestock.

The choice of power source is free. A method of moving the piston with a manual lever or an electric piston is recommended. Power is transmitted to the power generation unit through underground piping that does not break even when stepped on by livestock.

The control of livestock is handled by a single-degree-of-freedom arm that pulls and loosens the reins based on control signals from the ground, or the multiple livestock lashing machine of [Claim 2]. A maximum of two [Claim 1] is used for a livestock power generation device.

Livestock control can be automated by incorporating an automatic device that monitors the rotational speed of the generator.

The multiple livestock remote whipping machine of [Claim 2] is a machine that lashes the side surfaces of a plurality of livestock bodies by the power transmitted by [Claim 1], and the power transmitted by [Claim 1] is first hydraulically transmitted. Using a cylinder, etc., tell the cam and rotate it, and then whip the livestock as described in the explanation of [Fig. 2]. The spring to be used should be as weak as possible to achieve the target, and the signal for rapid acceleration should be transmitted by whipping several times.

Also, if the whip attached to the tip of the striking arm has multiple tufts of different lengths, there will be few problems even if the positional relationship with the livestock changes slightly up and down.

The positions of the left and right arms must be arranged so that they do not collide with each other, the whip is not entangled, and the hard part does not directly hit the livestock.

[Claim 1] A portion of the livestock remote control machine for livestock power generation in the vicinity of the generator rotating shaft of the livestock power generation apparatus for transmitting the operation signal and power from the ground to the rotating arm is seen from the side. FIG. The right in the figure is actually the bottom, and the left is actually the top.

[Claim 2] It is a figure of the site | part to which the motive power transmitted by the power shaft is converted into the movement which taps a domestic animal by a cam of multiple livestock remote lashing machines.

Explanation of symbols

The livestock fixing arm No. 1 in FIG. 1 is a part of the livestock power generator, which fixes the livestock and transmits the kinetic energy as rotational energy to the second generator rotating shaft in the figure. [Claim 1] A livestock remote control machine for livestock power generation is a part of a livestock power generator and has a function of remote control of livestock.

No. 3 in the figure, the connecting disk is [Claim 1] the most important part of the livestock remote control machine for livestock power generation, and is a donut shape for passing the generator rotating shaft through the center. Two donut-shaped parts are combined with each other so that they can rotate like a wheel with respect to each other via a bearing for reducing frictional resistance, in particular not to be disassembled up and down. It is held by the No. 8 connecting disk actuating piston, and the positional change with the generator body is only the vertical movement when the livestock control power is transmitted through the No. 10 control side pressure transmission rod.

The other part of the connecting disk is the same as the livestock fixing arm, but the 4th rotation synchronization support post attached to the livestock fixation arm is captured by the 5th rotation synchronization support holder so that it can move vertically. However, this is equipped with a No. 6 livestock control device operating piston that supplies pressure to the No. 7 livestock control device pressure transmission section, and the pressure change inside this piston is caused by the vertical movement of the connecting disk. It is possible to control livestock from the ground via the No. 10 control side pressure transmission rod.

In the figure, the input / output of the control signal and power is based on the pressure via the piston. However, any working fluid may be used, and other forms other than pressure may be used. In addition, the generator outer shell of No. 9 and the holding part of the generator rotating shaft, etc. should be made sufficiently sturdy so that even if the livestock pulls the arm to the outside, the generator and others will not be adversely affected. .

[FIG. 2], [Claim 2] The multiple livestock remote lashing machine maintains the positional relationship of the components by the first structure and becomes a part of the livestock fixing arm of the livestock power generation device.

When the control signal is transmitted, the power shaft of the second cam and the power shaft rotates. In the figure, it is counterclockwise. As the cam rotates with the shaft, the No. 3 right striking arm is swung up inward, and at some point the No. 4 spring returns vigorously and the No. 5 whip strikes the livestock on the right side of the device. The movement of the right hitting arm is transmitted to the No. 7 left hitting arm by the No. 6 connecting rod, and the whip held by No. 7 is also swung inward, and then the left domestic animal is hit. The number 8 livestock torso depicts the position of the livestock torso located on the right side of the device for reference.

If only two livestocks are used, it may be as shown in the figure, but if more than four livestocks are used, the device is connected in a direction perpendicular to the paper surface of the figure. The rotation centers of the striking arms are connected by a shaft, and cams and springs may be omitted as much as possible.

Claims (2)

A device for controlling livestock power generators using a variable pitch propeller mechanism. A donut-shaped rotating disk, which is concentric with the locus of the tip of the livestock fixing arm, centered on the rotating shaft of the generator, is moved up and down by means of hydraulic, pneumatic, electric, etc. Let One side of the disk is mechanically linked to a one-degree-of-freedom arm that moves livestock reins and whips. One disk per arm is required. When using a plurality of these, the size of the disk is changed. An arm operated by a cam and a spring to whip a plurality of livestock from a remote location with a power of one degree of freedom, and a shaft to transmit power to the cam.

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