KR200264048Y1 - Auto-injecting machine of the solid disinfectant-saturated solution - Google Patents

Abstract

The present invention relates to a disinfection device installed in a small drinking water source such as a farming and fishing village. The purpose of the present invention is to use a method of quantitatively dissolving and dissolving a purified solid chlorine disinfectant (chlorokalki) in an economical manner with low malfunction rate and low operation rate. It is to provide an easy automatic feeding device.

The present invention is a device for injecting a solid chlorine disinfectant that is easy to handle into a sintered water tank in a saturated state of water and connected to a saturated chlorine solution tank (1 in FIG. 1), a metering pump (3 in FIG. 1), and a water tank. It is characterized by consisting of two pipes (2, 4 of FIG. 1) and the like. Using the control panel (3 in FIG. 2) to operate the metering pump according to a certain time period or water level, and the inside of the device is manufactured to have a high stability against corrosion risk because there is no direct contact of chlorine disinfectant.

Description

Automatic injecting saturated solution of solid disinfectant {Auto-injecting machine of the solid disinfectant-saturated solution}

The present invention relates to a chlorine disinfectant automatic dosing device is installed in a small watershed such as farming and fishing villages.

Due to the difficulty in supplying sterilized tap water in rural areas, local jurisdictions install small abnormal water supplies and conduct periodic water quality inspections and disinfection. Liver water supply facilities generally store valley water or ground water by pumping them into a water tank, and disinfect and disinfect various bacteria in the water by putting liquid or solid disinfectants into this water tank to be used as a constant water. Although large water purification plants use compressed chlorine gas to disinfect large quantities of water, this method is difficult to handle in small water storage facilities and is not suitable due to the toxicity of the gas itself. The direct method of water is used.

Manual management of solid disinfection could not achieve the desired effect because it was not possible to add the correct amount at the right time, but recently, an unmanned automatic chlorine sterilizer was invented and installed to solve this problem.

However, in the case of the conventional solid disinfectant automatic dosing device, the solid chlorine pill is sensitive to moisture and easily expands, so even if it is designed to prevent the intrusion of water into the device as much as possible, many malfunctions occur due to the problem of chemical jam in the cartridge in which the chemical is installed after a long time. The phenomenon was frequent. In addition, vaporized chlorine from solid disinfectants mounted in cartridges corrodes the device within a short time, shortening the life of the device.

In order to solve this problem, a method of injecting a disinfectant directly into the groundwater pipeline supplied from a well pump in a village may be considered.However, it is difficult to inject a disinfectant due to the water pressure inside the pipe, and a high-pressure amount of a solution containing chlorine dissolved in the pipe may be considered. Designing a pump-injection device also burdened the device.

The present invention has been proposed as a method for effectively injecting chlorine disinfectant into low-cost water. We devise a device that saturates and dissolves easy-to-handle chlorine disinfectant in water and uses a metering pump to quantitate it into the water tank. It can be managed.

1 is a detailed structural diagram of the present invention

<Description of the code | symbol about the principal part of drawing>

(1): saturated chlorine solution tank

(2): raw water injection pipe

(3): Metering pump

(4): saturated chlorine solution input pipe

(5): solid chlorine inlet

(6): Drain Valve

2 is a schematic diagram A of the device to which the present invention is applied.

<Description of the code | symbol about the principal part of drawing>

(1): solid chlorine inlet (2): monitoring window (glass)

(3): discharge port (4): insulation

(5): solar heat plate (6): pump

(7): battery box (8): control panel

(9): motor

3 is a schematic view B of the device to which the present invention is applied

<Description of the code | symbol about the principal part of drawing>

(1): solid chlorine inlet (2): monitoring window (glass)

(3): discharge port (4): insulation

(5): solar heat plate (6): pump

(7): battery box (8): control panel

(9): motor

The present invention relates to a chlorine disinfectant automatic dosing device that is installed in a small and simple drinking water installed in a mountainous area, such as farming and fishing villages, its purpose is to inject a saturated chlorine solution into the water tank by quantitatively To give an effective disinfecting effect.

Hereinafter, the configuration and the operation of the embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 is a schematic diagram of a device for dissolving the solid disinfectant of the present invention in a saturated state in water and put it in a simple drinking water (water tank). (1) is a tank for storing saturated chlorine solution, (2) is a pipe connected so that raw water can be injected into a saturated chlorine solution tank from a simple constant water tank, and (3) the input amount when a chlorine disinfectant is added with a metering pump. It was installed to supply as much raw water as possible. (4) is a pipe for introducing saturated chlorine solution into a simple constant water tank. (5) is a solid chlorine disinfectant inlet, (6) is a drain valve for cleaning the inside of the saturated chlorine solution tank (1). The principle of operation of the device is as follows. Through the solid chlorine inlet (5) is injected into the solid chlorine medicine and the raw water to the inlet of the pipe (4) to form a saturated solution. When the raw water of the saturated chlorine solution to be introduced by the operation of the metering pump (3) is injected into the saturated chlorine tank (1), the saturated chlorine solution is injected into the simplified constant tank through the pipe (4). Is injected.

Figure 2 is a schematic diagram of a device using the present invention is a horizontal chlorine solution tank and the metering pump is designed horizontally. Saturated chlorine solution input amount and input time can be adjusted by setting by the control panel (8).

Figure 3 is also a schematic diagram of a device using the present invention is a diagram of a device configured by vertically designed saturated chlorine solution tank and the metering pump. Saturated chlorine solution input amount and input time can be adjusted by setting by the control panel (8).

As described above, the present invention has made the mechanical structure as simple as possible and completely solved the problem of malfunction due to the blockage frequently occurred in the device that directly inputs the solid chlorine into the water tank to facilitate the management. In addition, the internal material of the device is made of corrosion-resistant plastic to prevent the possibility of corrosion of the device by chlorine as much as possible and greatly reduce the device manufacturing cost.

The present invention as described above relates to a solid disinfectant injecting device, which is economical to manufacture, easy to manage, has high stability against chlorine corrosion of the device, and is able to inject quantitative disinfectants in a timely manner, so that it can be applied to small liver water system of farming and fishing villages. It can be installed to get effective disinfection effect.

Claims (3)

In the apparatus for automatically injecting the solid chlorine poisoning water into the liver abnormal water, filling the solid chlorine poisoning in the tank (1 in Figure 1) to make a saturated solution, and using a metering pump (3 in Figure 1) constant water supply pipe (Figure 1 Supply a constant of quantitative through 2), the device characterized in that the chlorine chlorine solution is quantitatively injected through the pipe (4 in Figure 1) by the amount of the constant supplied The apparatus of claim 1, wherein the saturated chlorine solution tank and the metering pump are horizontally designed to operate by setting an injection amount and timing of the metering pump by a control panel (8 in FIG. 2). 2. The apparatus according to claim 1, wherein the saturated chlorine solution tank and the metering pump are vertically designed according to the principle of the apparatus, and are configured to operate by setting the injection amount and timing of the metering pump by the control panel (8 in FIG.