KR19990037124U - air cooling and warter cooling gear - Google Patents

Abstract

(1) The technical field to which the invention belongs

Air-cooled and water-cooled mixed chiller installed on electric Chinese medicine shaker

(2) Purpose of devising

Than the contents of the previous practical announcement 91-563,91-564,91-2079,

More powerful cooling effect and versatile and practical air and water cooling

①- Existing practical notice 91-563,91-564,91-2079 dissipates and consumes the heat of rising steam by air and fan cooling power.

The cooling method of the present invention cools the heat of steam that rises using air and water, while the heat absorbed by the cooling water forcibly in the water cooling tower heats the cooling water, and the heat of the heated cooling water can be recycled into hot water. have.

②-You can use the same effect as the humidifier by using the underwater motor wave obtained in the cooling water container.

(3) constitution

Mixing air cooler with water cooling

(4) effect of design

Strong cooling power

Multipurpose effect

Description

Air-cooled and water-cooled chillers for electric herbal medicine machines {air cooling and warter cooling gear}

See Practical Notice 91-563,91-564,91-2079

The steam condenser and cooling device according to the practical announcement can condense and cool steam rising at a temperature of 100 ° C. or lower, but steam generated in a large amount when heated for a long time at a temperature of 100 ° C. or higher can be completely condensed and cooled. I can't.

Moreover, in the summer when the outside temperature is hot, the power of the fan that blows behind the steam condenser alone is insufficient in cooling power to completely cool a large amount of steam that is heated above 100 ° C.

In the above-mentioned practical publication 91-563, 91-564, 91-2079, the steam condenser and the cooling device are heated to 100 ° C or higher, although the condensation cooling of the steam gradually rising in the bath is heated to 100 ° C or lower. Vapors rising in large quantities in the bath cannot be condensed and cooled.

Figure 1-Sectional view of the whole divided vertically

Figure 2-Front view with all connected

1) Overview-In order to solve the problems of the cooling method, a strong cooling effect can be expected by simultaneously using the air-cooled cooling tower and the water-cooled cooling tower connected to each other in a circle.

2) Picture

3) Detailed Description

The first rising steam is air cooled by some heat from the glass bath lid and the excess rising steam enters the air cooler through the glass tube at the bottom of the air cooler and the steam enters the air cooler outside surface area. It is cooled by heat exchange treatment.

The cooled condensate again falls into the bath through the bottom glass tube of the air cooler.

The uncooled steam enters the water cooling tower through the glass tube at the bottom of the water cooler, and the steam entering the circulation cooling pipe is forcibly cooled by the cooling water in the cooling tower so that the condensed chemical is passed through the air cooler and into the water bath.

The air-cooled and water-cooled mixed chillers can efficiently exchange heat through air, water, and hot water, and use hot water as hot water, and also act as a humidifier by using the shaking motion effect of the underwater motor obtained in the cooling water tank. Can be.

Claims (1)

The two oval coolers installed on the lid of the brewing machine. The lower oval glass barrel is an air-cooled cooler that is designed to be elliptical in order to maximize the outer surface area and is empty. The lower end of the oval glass barrel has a short length of protruding glass tube, which is inserted into the rubber packing and tightly inserted into the perforated hole in the upper part of the lid of the glass bath. There is a hole. The upper oval glass barrel is a water-cooled cooling tower, and the inner tube through which the steam passes is circulated to maximize the contact between the heated steam and the cooling water. The bottom of the upper oval glass barrel has a short protruding glass tube that fits into a rubber seal and inserts into a hole in the top of the lower air-cooled glass cylinder. Coolant flows into the glass tube using a submersible motor obtained from the cooling water tank with a rubber hose. There is a glass tube protruding from the bottom of the upper oval glass cylinder 2/3 point, and the rubber hose is connected to the glass tube and the cooling water flows out.