JPH019996Y2 - - Google Patents

Description

[Detailed explanation of the invention] This invention has multiple rows of paddles, also known as shi-odoshi, installed vertically, and all the paddles from the top to the bottom are sequentially moved using water supplied to the top row. This invention relates to a skating device that produces simultaneous sounds.

Traditionally, wooden decks have been used in gardens, but they are all one-tiered and very monotonous, so you can get tired of looking at them quickly.

Therefore, in the present invention, as mentioned above, the racks are arranged in multiple stages in the vertical direction, and the upper rows of racks are mutually tilted so that water drained from the water sockets is transferred to the water sockets of the lower rows in a zigzag pattern. As a result, it is interesting to see the movement of a large number of paddles tilting back and forth one after another in the vertical direction, and the sound that each paddle makes one after another when water is drained from the water socket and returned to its original position. The present invention is designed to enhance the viewing effect so that you will never get tired of looking at it due to the fun it emits, and is suitable for installation in parks, swimming pools, etc. The present invention will be explained below with reference to one embodiment shown in the drawings. .

The skiing device of the present invention includes a large number of tiltable swing tubes 1 arranged in multiple stages in the vertical direction, and a water guide tube 2 fixedly arranged at an angle between each stage of the swing tubes.

Each hanging tube 1 is rotatably supported by a shaft 3 in the middle of its length, and its inner front end side is partitioned by a partition wall 4 provided in the middle of its length to form a water socket 5. Preferably, the front end, which is the tip of the water socket 5, has an oblique cut 1'. The shaft 3 supports the canopy in front of the center of gravity so that the canopy 1 has its own weight and the water socket 5 is on top, and the stopper 6 receives the rear end of the canopy so that the front end is always on top. Have students understand the tilted posture. Therefore, when water enters the water socket 5 and the weight of the part in front of the shaft 3 becomes greater than the weight of the part behind it, the lanyard tilts against its own weight and drains the water in the water socket. When the water is drained and the water is gone, it returns to its original position under its own weight, and at that time, the rear end hits the stopper 6 to make a sound.

On the other hand, the upper end of the guide tube 2 is placed in a position to receive water when the upper hanging tube tilts against its own weight and drains from the water receptacle, as described above, and the lower end is located at the bottom. Fix it diagonally in a position where you can pour water into the water socket facing diagonally upwards of the hanging tube on the step.
Preferably, the cut 2' at the upper end is slanted to serve as a stopper to catch the front end of the upper straddle tube from below when it tilts against its own weight. Although the upper end of the guide tube receives water from the upper barrel, and the lower end pours the water into the water socket of the lower barrel, it is not necessary to transfer the entire amount of water without spilling it. Rather, a certain amount of spillage can change the movement of the struts at each stage and the generation of sound. Therefore, a hole or the like may be formed at the bottom of the guide tube so that a small amount of water received from the upper tier tube can be discharged to the outside.

In the illustrated embodiment, both the hanging tube and the guide tube are cylindrical, but they may also be polygonal tubes or trough-shaped tubes with open upper surfaces.

In this way, in this case, the upper tier and the immediately lower tier are connected to each other via the diagonally fixed guide tubes, so the upper and lower guide tubes are tilted alternately in the vertical direction. On the other hand, the odd-numbered rows and even-numbered rows of the straddle tubes are aligned approximately correctly in the vertical direction with different height positions.

Therefore, one of the three vertically elongated panels 7
Attach the guide tube groups to the panels 8 and 9 by aligning them vertically at predetermined intervals, and similarly align the guide tube groups of odd-numbered and even-numbered columns to the other two panels 8 and 9 at predetermined intervals in the vertical direction. These three panels can be assembled as a set, with 8 and 9 adjacent to each other on both sides of 7, and stretched over the front of a frame that supports the aquarium 10 above. Also, if the width of the frame is wide, multiple sets may be set up.

Each of the panels 7, 8, 9 includes bolts 12 for fixing the guide tubes 2 at each stage to a frame 11 made of angle steel or the like, and shafts 3 of the hanging tubes 1 at each stage.
and the shaft of the adjacent set of straddles, and the stopper 6.
Bolts for attaching stoppers, anchor bolts 13 for fixing to the aquarium frame, etc., are welded, etc., and these are placed in a formwork for panel forming, the bolts etc. are brought out through the holes in the formwork, and the mold is removed. It can be manufactured by pouring concrete into a frame and letting it harden.

Therefore, water is controlled by a faucet 14 or the like to the upper end of the uppermost guide tube 2-, which can supply water from the lower end from the water tank 10 to the water inlet 2 of the uppermost tube 1- or to the water outlet of the uppermost tube. When the water is dripped, the topmost barrel first tilts and supplies the water received at the water receptacle to the next lower barrel 1- through the guide tube, and then the stopper 6 is placed at the rear end. Strike and return to the original position. Then, when enough water enters the water socket of the next stage pipe 1-, it tilts against its own weight and supplies the received water to the next stage pipe 1- through the guide pipe. , and then hits the stopper, making a sound and returning to its original position. In this way, this operation is repeated sequentially up to the bottom casing 1-n, and the bottom casing drains water from its water socket to the water receptacle 15 such as a pond below.
Of the casings on each stage, those that have received enough water to withstand their own weight in their water sockets are tilted to supply water to the casings on the lower tier via guide pipes.

Therefore, if the entire amount of water is transferred from the upper tier to the lower tier via the guide tube, the time lag for the tilting of both tiers depends on the length of the guide tube and the speed of the water flowing through the guide tube. It is a fixed period of time based on , and each stage's hanging cylinders tilt at a fixed period and emit a sound. Of course, this is still enough to appreciate, but to make it more varied, you can increase or decrease the capacity of the water socket of any hanging tube, or change the length of the guide tube or the angle of inclination. . Furthermore,
As mentioned above, a hole is made in the bottom of the guide tube, or when the guide tube receives water from the upper tier at the upper end, or when it pours water into the lower tier at the lower end, some of the water is removed. You may spill it on purpose. As a result, the lower tier can be replaced with the upper tier, for example, by 2.
The interest is multiplied by the irregularity of movement and sound generation, such as when it receives enough water to resist its own weight only after it rotates, or when it tilts during the second water supply. Further, the water drained into the water receiver 15 may be pumped into the water tank 10 using a pump or the like and used for circulation, or if there is a waterfall fountain nearby, the water level may be used. Furthermore, the hanging tube and guide tube are made of bamboo,
It can be made of plastic or other materials, but if you make it stainless steel, for example, and place it with a mirror finish, it will sparkle when the light hits it, and it will turn back and forth, making it very beautiful.

Further, when a plurality of sets are arranged adjacently, the flow rate of water dripping into the uppermost guide tube or hanging tube of each group may be varied by adjusting the opening degree of the faucet 14, respectively.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention; Fig. 1 is a front view of the whole with a part cut away, Fig. 2 is a plan view of the hanging tube and the panel to which it is attached, and Fig. 3 is the guide tube. This is a plan view of the panel with this installed, and 1 in the figure.
2 indicates a guide tube.

Claims (1)

[Claims for Utility Model Registration] (1) In addition to providing a multi-layered hanging tube in the vertical direction,
There is a space between each stage of the hanging tube, when the upper hanging tube tilts due to the weight of the water received by the water receptacle at the front end, the upper end receives the water, and the lower end transfers the water to the lower hanging tube. A paddle boarding device characterized in that a penetrating guide tube for supplying water to a water socket is provided at an angle. (2) In the spinning device of claim (1) for utility model registration, the guide tubes at each level in the vertical direction are formed into one vertically long panel, and the guiding tubes at every other level are formed into panels each directed to one sheet. The paddle equipment installed on the.