KR200264136Y1 - A solution equipment with water - Google Patents

Abstract

The present invention has a motor (10) having a shaft (20) having a dissolving means, a cylindrical body (50) coupled by a tie rod (70) at the lower end of the motor, and water coupled to a lower end of the cylindrical body. In the conventional water dissolving device composed of a discharge means 60, the dissolving means is a plurality of impingement plate 30 having a projection 31 and a through hole 32, and to maintain the gap between the impingement plate 30 It is made of a spacer 40 for, and the inner surface of the cylindrical body 50 to provide a water dissolving device composed of concave and convex means 52 to facilitate the dissolution of water, the present invention and Impingement means for dissolving melts by using impingement plates and spacers with projections and through holes, and by forming concave-convex means on the inner surface of the cylindrical body to maximize the dissolution efficiency by widening the contact surface for collision of water and air. To have.

Description

A solution equipment with water

The present invention relates to a water dissolving apparatus, and more particularly, to a water dissolving apparatus for increasing the dissolved efficiency of oxygen and the like in the water.

Water dissolving device is a device mainly used to dissolve and supply oxygen, ozone, chemicals, etc. in a pumping station, a live fish transportation vehicle, a microbial waste storage plant, etc., and various kinds have been developed and used. In particular, as shown in FIG. 9, a motor 10 having a shaft 20 having a dissolution means formed therein, a cylindrical body 50 coupled to a lower end of the motor by a tie rod 70, and Water dissolving device composed of water discharging means 60 coupled to the lower end is commonly used.

However, in the conventional water dissolving device, the screw-shaped dissolution means formed on the shaft 20, that is, the vortex forming tool 100 is integrally manufactured by the injection method, and a plurality of wings are simply formed on the body at an oblique angle. Since the water passes through the cylinder too easily and the ability to dissolve oxygen and chemicals in the water is inferior, the efficiency of the device is significantly reduced.

In addition, the water discharge means 60 has a structure that allows the water to be discharged in all directions to have a structure that can not send the dissolved water far away by the tube or hose to the desired position has a disadvantage of inferior range of use.

The present invention was devised to improve the disadvantages of the conventional water dissolving device, and it is easy to manufacture by replacing the vortex forming hole which is manufactured by conventional injection with a collision plate and a spacer having protrusions and through holes. Water is dissolved to maximize dissolution efficiency by forming various types of irregularities on the inner surface of the cylindrical body so that the dissolved substance, such as oxygen, ozone and chemicals, can be finely pulverized and mixed with water to dissolve. It is to provide a device.

In addition, the present invention is configured to discharge the water to only one side of the bottom of the water dissolving device so that the water can be accurately transported far away by a tube or hose.

Figure 1-An exploded perspective view of the present invention.

Figure 2-perspective view of the combined state of the present invention.

3-2 is a cross-sectional view taken along the line A-A.

Fig. 4-A perspective view of the inventive collision plate of another form.

5-a perspective view of a collision plate of the present invention of another form;

Fig. 6-A perspective view of the cylinder of the present invention in another form.

Fig. 7-A perspective view of the cylinder of the present invention in another form.

8-Reference perspective view of the use state of the embodiment of the present invention.

Figure 9-An exploded perspective view of a conventional water melting apparatus.

* Explanation of symbols for main parts of the drawings

1: melter 10: motor

20: axis 30: collision plate

31: projection 32: through-hole

40: spacer 50: cylinder

51: water inlet 52: uneven means

60: water discharge means 61: case

62: fan 63: cover

64: water outlet 70: tie rod

71: nut 80: water discharge pipe

90: nozzle 100: vortex forming port

Referring to the configuration of the subject innovation in detail as follows.

The constitution of the inventive water dissolving device 1 includes a motor 10 having a shaft 20 having a dissolving means, a cylindrical body 50 coupled to a lower end of the motor by a tie rod 70, and the In a conventional water dissolving device composed of water discharging means 60 coupled to a lower end of a cylindrical body, the dissolution means includes a plurality of impingement plates 30 and projection plates having protrusions 31 and holes 32. It consists of a spacer 40 for maintaining the interval of 30).

The impingement plate 30 is formed of a projection 31 and a through-hole 32 by pressing a circular metal plate, the water inlet (by the suction force of the water discharge means 60 formed in the lower end of the cylindrical body 50) As the water introduced through 51) strikes the collision plate 30, vortices are formed and oxygen is dissolved in the water.

In addition, the inner surface of the cylindrical body 50 of the present invention was formed in the cross-sectional shape of the square or trapezoidal, triangular concave-convex means 52 to facilitate the dissolution of water.

That is, the rate of dissolution of the water should minimize the size of particles per unit volume of the melt, so that the water and the melt hit the impingement plate 30 in which the water and the melt rotate at high speed, and also hit the uneven means 52 of the cylindrical body 50. It is possible to improve the dissolution rate by allowing it to be dissolved.

In addition, the present invention forms a case 61 having only one water outlet 64 at the lower end of the water dissolving device 1, by connecting the water discharge pipe 80 to the water outlet 64 in one direction It can also be configured to discharge only.

This ensures that the water can be accurately transported to a distance by a water discharge pipe or a water discharge hose. A nozzle 90 may be formed at the end of the water discharge pipe 80 to have a structure in which water is injected at a high pressure.

As such, the present invention uses a collision plate and a spacer having protrusions and through holes as a means for dissolving water and melt, and also maximizes dissolution efficiency by forming uneven means on the inner surface of the cylindrical body. By discharging the water in one direction at the bottom, it is possible to transfer or spray the water to a distant place, which is a very useful design to expand the application range of the water dissolving device in many ways.

Claims (2)

A motor 10 having a shaft 20 having a dissolving means, a cylindrical body 50 coupled to a lower end of the motor by a tie rod 70, and water discharge means coupled to a lower end of the cylindrical body. In the conventional water dissolving device composed of 60, the melting means is a plurality of collision plate 30 having a projection 31 and the through hole 32, and a spacer for maintaining the gap between the collision plate 30 ( 40), wherein the inner surface of the cylindrical body (50) is a water dissolving device, characterized in that the convex and concave means (52) for easier dissolution of water. According to claim 1, wherein only one water outlet 64 is formed in the case 61 of the water discharge means 60, the water outlet 64 is connected to the water discharge pipe (80) having a nozzle (90) Water dissolving device, characterized in that it is configured to supply water even in the far distance.