JP2006034907A - Carp streamer moving up and down with wind - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a carp streamer which produces various movements with affecting each other when moving two or more carp streamers by wind force (up and down movement). <P>SOLUTION: By the rotation of a rotation lever in a guide rail 16 by the rotation of a wind mill 2 by wind, movement is transmitted to two or more carp streamers, and the carp streamers automatically move up and down with occasionally influencing with each other. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

Detailed Description of the Invention

In the present invention, a carp streamer (hereinafter referred to as “carp streamer”) is provided with an up / down operation function.
This series of movements is performed by three carp streamers affecting each other. All of these movements use wind power, and therefore the movement is not constant depending on the wind direction and wind force, but relates to a fun “carp streamer” in which various carp movements can be seen depending on the wind conditions.

The idea of giving “movement” to the “carp streamer” of the present invention has not been seen until today. Originally, the "carp streamer" was seen as a kind of cocoon, although it was seen in both large and small shapes, so they were set in the "Dan no bonsai" as a fixed object. It was a thing.
Therefore, it seems that there was no need for a place that requires “technology” in the past.
The only thing that can be said about the conventional technology is that it was "fixed".

None of the documents are applicable.

Problems to be solved by the invention

As mentioned above, “carp streamers” set “carp streamers” at the tip of the sticks, as they have been used for many years as a kind of kite for wishing the boy's energetic growth, People were happy to see her swim in the air. Therefore, there seems to be no “problem to solve” without any problems in this law. Therefore, the present invention is not intended to solve the problem (difficulty) of the conventional product, but has dealt with “carp streamers” in completely different fields.

Means for solving the problem

[0004] As described in [0004], since this system is completely different from the conventional system, the "problem" and "means" for it cannot be found. However, there is a “carp streamer problem” in the new field. In other words, the carp streamer is given movement (mainly up / down movement). Here, the means for solving this problem is simply based on the power obtained by rotating the windmill (wind motor) by wind power. By this wind power, a plurality of (three in this case) single movements affect each other and their movements are irregularly combined to express various aspects.

Here, an embodiment of the present invention will be described.
As described above, the present invention is a system that moves a carp streamer (hereinafter referred to as “carp streamer”) using the power obtained by wind power. This carp streamer mechanism shows various movements by combining multiple carp streamer systems (three rows in this case), and unprecedented fun and fun can be seen. As shown in FIG.
The movement of the carp streamer can be seen by the combination of the movement unique to each line and the movement performed by the movement of the adjacent line.
The starting force of these camellia is that the four petals ((3) hereafter referred to as petals) set at the top of the device are repeatedly opened and closed by the wind and the wind direction. A variety of carp streamers can be seen in the carp streamers.
Another major feature of the device is a movable symbol (a state in which the cocoon with a golden pearl jumps (4)) in the center of the petal, which can be combined with any one of the four petals. The movement of the petals causes the symbol to move up and down as shown in FIG.
The manner in which the buds move up and down (jump) in the opening and closing of the petals gives people even more fun.
Here, an outline of the carp streamer movement will be explained and the details will be added later.
Carp streamers (A, B, C) will all start from the ground. The carp streamer on the ground is lifted up by the force obtained by the wind motive (2) (hereinafter referred to as the windmill) and then lifted up while swimming until it is almost horizontal at the top, and is affected by other rows. The stopper (17) is released, and the hook is returned to the ground again. This device combines three carp streamers and connects them to three petals, which give a lot of fun with various movements depending on the direction and strength of the wind.
The related diagrams are as shown in FIG. 2, FIG. 6, and FIG. A detailed description of the carp streamer will be added based on the drawings.
First, each of the three carp streamers is resting on the ground. That is, it is in a state of waiting for start. Next, a wind is generated, and the movement of the carp streamer starts. Wind rotates the windmill (2). Since this windmill receives wind in all directions, its rotational movement is always performed unless it is in an extreme no wind condition. This rotation is changed by the gear system (9) and the transmission gear (10) also keeps rotating. Since various things can be considered about the internal state of this windmill (2) and its shape and dimensions, they are omitted.
Only when the passive vehicle (11) touches the transmission gear (10) can the kite move up. The contact action of this passive vehicle is made by the movement of the petals (3) set on the windmill (2) as described above, and the movement of the petals changes depending on the direction and strength of the wind. is there.
Three of the four petals are from the three carp passive vehicles (11), and the other one is set to the symbol (4). Since these passive vehicles and symbols are linked to the petals and perform independent movements, there is a natural difference in the movement of carp streamers.
Here, the surface shapes and materials of the transmission gear (10) and the passive vehicle (11) will be described. As shown in FIG. 4, the transmission gear (10) is wound with a multi-grooved rubber material on the surface, while the passive vehicle (11) is attached with a thick sponge-like material, and the rope (14) is attached when the two contact each other. It is intended to increase the frictional resistance required when pulling.
Finally, an explanation is given to the carp streamer movement.
Normally, the petals (3) are all made to maintain the “open” state. As described above, one of the four sheets is for the symbol (4) and three are for the carp streamer.
Accordingly, the three carp streamers (A, B, and C) related to the three sheets will be described. Since these three movements are the same, the carp streamer A will be described as a representative.
First, the new carp streamer devised for this device will be described.
This new carp streamer can be identified from [FIG. 8] and [FIG. 9], but the appearance is completely different from the conventional one, and is a so-called general fish appearance, especially its mouth (30) and tail (33). There is also a feature, and above all, the side and the abdomen are provided with an air outlet (31).
Now, additional explanation is added regarding the mouth (30) and the tail (33).
First of all, with regard to the mouth, the conventional one is almost circular and is used almost vertically, but this time it is bent at 1/3 (both ends) of the lower part of the round mouth to 90 degrees and it is α degrees.・ Set to face down. This state is as shown in FIG. 8, and it seems that the α angle is best at about 24 degrees. Next, as shown in FIG. 9, the tail (33) has an air outlet that is extremely narrow compared to the carp body, and separates it into two upper and lower ports. Although the detailed dimensions and the like of each part are currently undecided, it is considered sufficient to maintain the shape (FIG. 9).
Next, explanation is added to the set method for climbing the carp streamer upward.
First, attach the straps to the four points of the carp streamer (upper, lower, left, and right), adjust the mouth so that a predetermined angle is obtained, and connect it to the strap strap (15) and the roller inside the guide rail (16) Install to. Next, a string (6) to the extent that the carp streamers do not entangle with each other in the middle of the abdomen of the carp streamer is also attached to another roller to prevent over-swimming. This situation is as shown in FIG. The set of the carp streamer moves the petals (3) by the wind, pulls up the rope pulling plate (27) and the passive vehicle adjustment lever (21), and brings the passive car (11) into contact with the transmission gear (10). Pull up. The movement of the adjustment lever (21) is based on the movable base (22). When the base described later moves and the lever (21) enters the recess, the transmission gear (10) of the passive vehicle (11) Is not possible.
If the adjustment lever (21) is not pulled from the petal (3), the passive vehicle (11) is always in the lower part and maintains the so-called OFF state regardless of the transmission gear (10). That is, the adjustment lever (21) is a clutch of a car. The situation is as shown in FIG.
At the top of the special lever for carp streamer (7), the carp streamer bundling ball (15) hits the guide rail (16) at the place where the carp streamer movement continues and becomes almost sideways [point a in FIG. 3]. Therefore, the exercise continues. The head of the special lever (7) is provided with a hollow portion for passing the carp rope (14). A connecting shaft (20) with a stop release rod (18) of the carp streamer (B) is provided at the lower part of the lever (7), and a stop release cam (B carp streamer stop release cam ( 19) By moving, the carp is released and begins to descend to the ground. Before this movement is observed, it is necessary to precondition that the stopper (24) is already operating on the movable base (22) of the passive vehicle adjusting lever.
The relationship between the special lever (7) and the connecting shaft (20) is A to B, B → C, and C → A, respectively.
While the special lever (7) moves from the point c to the point d, the passive vehicle adjustment lever movable base (22) is pushed, its stopper (24) is activated, and the passive vehicle adjustment lever (21) enters the recess, and immediately The movement of the passive vehicle (11) is stopped.
After that, when the A-carp passive car reversing prevention stopper (17) is released by the special lever (7) of C-carp climbing, the carp starts to descend to the ground and is attached to the rope (14) just before the ground. The movable base stopper release umbrella (25) works and the adjustment spring (23) returns the related mechanism and carp streamer to their original positions.
This series of movements can be enjoyed with a combination of three carp.

The invention's effect

As described above, the present invention is a new carp streamer (device) that gives motion to a conventional carp streamer (fixed type). In this system, many unprecedented movements can be seen by combining several carp streamers (three in this case). Various movements can be seen depending on the direction and strength of the wind, and it is very interesting. It changes the traditional concept of carp streamers and changes the image of “Dan no Kun” (Children's Day). Seem.
As an early stage of the present invention, we are thinking about things for the general public until the scale is full, but by increasing the size of the carp streamer and increasing the number of petals, the petal shape, number and diversification of the central symbol in relation to these, I am convinced that not only children but also adults can enjoy it. Also, this carp flag system may be used as a variety of advertising means attached to high buildings such as buildings and towers.

“It is a drawing showing carp streamers (A, B, C) in a windless state” “This is a drawing showing the streamers in motion due to the wind.” "It is a side view showing the mechanism for moving the carp streamer." “It is an enlarged side view showing a part for performing the climbing motion (winding up and stopping)” It is drawing which shows the back side (opposite side of a carp streamer) of "FIG. 4". “It is a drawing showing the movement of a windmill (wind motive), petals on it, and symbols” “It is a drawing that shows the relationship between the movement of the heel lever and the stopper for preventing the heel in the adjacent row from returning.” "This is a drawing showing a new carp streamer that matches this device." "It is a drawing showing the shape of the new carp streamer (side, abdomen)"

Explanation of symbols

1 is carp streamer 2 is wind motive (windmill)
3 is a symbol and petals for starting a passive vehicle adjustment lever (petals)
4 is a symbol 5 is a transmission gear rotating shaft 6 is a kite climbing prevention rope 7 a special lever 8 for the kite climbing is a shaft 9 that transmits the force generated by wind power to the transmission gear 9 is a gear system 10 that changes the rotation of the windmill The transmission gear 11 is a passive vehicle 12 is a passive vehicle supporter 13 is a passive vehicle reversing prevention gear 14 is a reed climbing rope 15 is a reed bundling cord, a lower (within a guide rail) 16 is a roller with a special guide rail 17 is a reversing prevention of the passive vehicle Stopper 18 is a passive vehicle reverse rotation prevention stop release rod 19 is a stop release rod operation cam 20 is a special lever for lifting a car and a connection shaft 21 is connected to a stop release rod cam in the adjacent row 21 is a passive vehicle adjustment lever 22 is a movable passive vehicle adjustment lever Type base 23 is movable base adjustment spring 24 is movable base stopper 25 is movable base stopper release umbrella 26 is passive vehicle adjustment The bar pulling rope 27 is (26) the pulling rope pulling plate 28 is the petal stopper 29 is the symbol upper / lower operating bar 30 is the new carp streamer inlet 31 is the new carp streamer air inlet 32 is the new carp streamer air intake port The non-return valve 33 is the tail of the new streamer

Claims (3)

The wind power machine (windmill) of the power source is rotated by the wind, and the climber moves up and down by the force. Ascending carp streamer is returned to the ground again by a series of mechanically related operations of other kites (three in this section), and then moves up again. The system in which these three kites alternate. The series of operating force sources are all due to wind power. The shape of the carp streamer suitable for the movements of the preceding 1-2 paragraphs (as per attached drawing)

Images