JPS5932663B2 - Labor-saving power source device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention provides a simple and inexpensive bubble power source device that has an extremely strong upward force in water compared to conventional power sources that simply cause bubbles to rise into the water, and that causes ice cubes to protrude above the water surface. That's what you're trying to get.

When air is sent into the water, it generates bubbles and rises, but in proportion to the depth of the water, the deeper the water is, the smaller the bubbles are generated due to water pressure, and the bubbles become larger as it rises.

Due to the surface tension of the water, as the bubbles rise, they rise with the water and move the water.

In order to deal with this phenomenon, the present invention provides air intermittently or continuously from an appropriate air supply source into the curved part of a suitable mesh plate or mesh tube having an upwardly bulging curved part supported in water by a suitable mechanism. The air bubbles generated in the curved part of the mesh plate or lid having an upwardly bulging curved part are collected in the curved part of the silent plate, etc., and the air bubbles are combined and expanded to the maximum extent. The bubbles that have expanded to a size of The surface tension of the water causes the bubbles to rise with the water.

This is a bubble power source device that repeats this action and uses this force to generate ice cubes on the surface of the water.

An embodiment of the device of the present invention will be described with reference to the drawings. The mesh tubes 1 are stacked appropriately so that a curved portion bulges upward is formed (this may be a mesh board having a curved portion bulged upward). The mesh tube 1 is submerged in water with its curved surface facing up, and weights 2 are supported in the water by tear-proofing them at both ends of the mesh tube 1.

Then, a suitable pipe 4 from a separately provided air supply source 3 of a compressor or an air pump is inserted into the curved inside of the mesh tube 1, and air is intermittently supplied to the inside of the mesh tube 1 which has a curved part bulging upward. Make sure to feed it at a target or continuously.

Air becomes bubbles within the curved portion of the underwater mesh tube 1, but since the mesh tube 1 forms a curved portion that bulges upward, the air bubbles accumulate within the curved portion.

(If the screen tube 1 is horizontal, the air bubbles will rise from both ends of the screen tube 1.) The air bubbles accumulated in the curved portion of the screen tube 1 will coalesce and expand from B to B1 and B1 in the figure.

However, when the balance between the water pressure and the counter pressure of the bubbles is disrupted, the expanded bubbles suddenly coalesce through the mesh and pass through.

When the combined air suddenly rises toward the water surface, the surface tension of the water exerts a force that lifts the water significantly.

At this time, since the water and the water surface are moved greatly at the same time, oxygen can be pumped into the water, and ice blocks can be generated protruding from the water surface.

In order to prove the effects of the above-described device of the present invention, the following experiment was conducted.

Length x width x depth is 23 x 39 x 30 (unit name cIIL)
) Fill the aquarium with water to a depth of 23 CIIL, place an air pump (5W) for goldfish aquariums outside the aquarium, introduce a Toreyo Divinyl pipe into the aquarium, and guide air °1 to the bottom of the aquarium.
Prepare a device that allows air bubbles to rise continuously through the bottom of the tank.

(Fig. 2) Another vinyl pipe (diameter approx. 151111) was introduced into the aquarium, and a cooking funnel was attached to the end of this vinyl pipe inside the aquarium. Leave the end outside the tank.

Therefore, in order to prove how the pumping capacity, which is one of the effects of the present invention, is different from that of simple air bubbles that do not pass through the conventional mesh plate, we set the following three, and how much water is pumped in a certain period of time. We measured whether water could be released outside the aquarium.

(Experiment 1) (a) Example: An air pump that guides the air pump and supplies the bubbles blown out from the end of the pipe directly to the funnel. Example (a) and (b) in the diagram: Place a toy crocodile at the end of the pipe from the air pump (if air bubbles accumulate in the toy's mouth, the toy's mouth will open with the bubble bonding blade, the combined air bubbles will be released, and the air bubbles will A device that closes the mouth of the toy when released) is attached to the bottom of the tank, and a device that allows the combined air bubbles coming out of the crocodile's mouth to be fed into the cooking funnel (a device that can be passed through a mesh) clarifies the effect of the conventional bubble raising device in which only the coalesced bubbles rise) (Figure 3) , a funnel is placed on the end of the pipe, a wire mesh (15 mesh/size) is interposed between the end of the pipe and the funnel, and the combined air bubbles accompanied by water are supplied into the funnel (the effect of the present invention can be improved by using other conventional methods). (Compare with the construction method) (C in Figure 3) The amount of water discharged outside the water tank as a result of operating the air pump for 3 minutes using the devices (A) to (C) above was as follows.

(B) Example case: 530 cc (B) Example case: 550 cc (C) Example case: 650 cc Next, for experiment (2), under the same conditions as experiment I, only the vinyl pipe attached to the cooking funnel was made longer. The end of the vinyl pipe on the opposite side of the funnel was lengthened and lifted to a height of about 55 to 771, and the amount of water the device shown in Figure 4 A to C could lift up to this height was measured. saw.

the result (b) In the case of example: No water pumping (b) In the case of example: No water pumping (c) In the case of example 350cc The results were obtained.

In addition, during this experiment, the funnel and vinyl vibro attached to each of the devices (a) to (c) were removed, and a transparent glass plate was placed on the water surface parallel to the water surface. If you place the bubbles in a position where they come into contact with the glass plate, you won't feel any impact when the bubbles in (a) and (b) touch the glass plate, and the glass plate will hardly get wet except for the area around the bubbles. On the contrary, C) the protruding bubbles caused a strong impact on the glass plate, and it was also possible to detect that the entire shape of the bubbles was wet to the inside.

Therefore, the bubbles produced by the device of the present invention are completely different in substance from the conventional simple bubbles produced by (Ixo) in experiment (IX2), that is, they are coalescing bubbles that rise with water, so the pumping capacity is low. We were able to prove that it was extremely superior in terms of projecting force on the surface of the water.

This power obtained by the device of the present invention can be used for various purposes, consumes only a very small amount of power, and does not cause any pollution, making it extremely suitable as a bubble power source device.

[Brief explanation of drawings]

Fig. 1 is a partially cutaway perspective view of the device of the present invention, Fig. 2 is a partial vertical sectional view of the device used in the experiment, and Fig. 3 A to C are examples of A to C of experiment (1). FIG. 4 is a vertical cross-sectional view showing examples A to C of experiment (2). 11... Net tube, 2... Weight, 3... Curved gas supply source, 4... Air supply pipe, 5... Curved bubble, 6... ...Vinyl pipe, 1.. Crocodile toy, eyes, 8.. Mouth of curved crocodile toy, 9.. Wire mesh (mesh tube or mesh board 1 in the present invention), 10.. ...Aquarium, 1
1... Funnel.

Claims (1)

[Claims] 1. A mesh pipe supported in water and having an upwardly bulging curved part, or a mesh pipe having an upwardly bulging curved part, through which air is blown intermittently or continuously from an air supply source into the curved part of the mesh wall. Alternatively, the air bubbles generated within the curvature of the screen plate are made to coalesce and expand, pass through the mesh of a mesh tube, etc., and are made to coalesce and rise, and the instantaneous rising power of these coalesced air bubbles with water is used to bring ice blocks to the water surface. A bubble power source device characterized by generating protrusions.