KR200171092Y1 - Wall hanging electricity boiler - Google Patents

Abstract

1. The present invention intends to make an electric boiler that is very convenient to use by making it small like a gas boiler and attaching it to a wall.

2. In the main body that can be attached to the wall, two columnar heating devices are built-in so that 'No. 3' can be used only for heating and 'No. 6' can be used for hot water. Constant hot water can be attached to the water tank in the boiler so that the hot water is not run out.

3. Electric control device can control the temperature effectively. It is a temperature sensing device that can be adjusted up and down 150 ℃ ~ 350 ℃. When the temperature of the circulation pump increases, the automatic signal is transmitted by the control box, and the heating water flowing into the pump rotates repeatedly.

4. Effect of the devise

The electric boiler is small enough to be installed anywhere in the house, so there is no pollution and low maintenance costs, so anyone can use it easily.

Description

Wall-mounted Electric Boiler {WALL HANGING ELECTRICITY BOILER}

The present invention is an electric hot water heater wall-hung electric boiler that can heat the electric heating coil

The electric boiler is made as small as a gas boiler and attached to the wall, making it very convenient and pollution-free. We want to make a noiseless and environmentally friendly boiler.

When the electric anode is connected to both ends of the heating coil, the heating coil generates heat and the water that receives the heat rises in temperature and rotates the water supply by the circulation pump.

The present invention is a wall-mounted electric boiler that allows the electrical stimulation of the electric heating coil to be modified heat. Many people have been using oil and gas boilers for winter heating devices. Solar boilers using pollution-free resources are also inconvenient to use, and existing electric boilers are too large and inconvenient to use in ordinary homes or apartments.

Gas boilers are dangerous to gas poisoning and gas explosion accidents due to unsafe combustion, and oil boilers are polluted by carbon monoxide caused by excessive heat loss. Electric boilers without exhaust pipe can reduce environmental pollution and use electric energy, which is easy to use anytime and anywhere.

Wall-mounted electric boiler

1. The main body is made in the shape of the drawings by processing the blackboard.

In the main body, the heating device should be separated to separate the heating and hot water.

2. The heating device is installed in the main body in the form of a single character. Hot coils and ceramic hoses make hot coils round like springs. Ceramic materials are used because they do not conduct electricity and do not melt at high temperatures. Insert a coil of hot wire rolled up like a spring into the ceramic hose. Cut the heated ceramic hose into the appropriate size and insert it into the pipe. This operation is called device 2.

Heater No. 3 vertically cuts the large pipe to house device No. 2 and cuts the flat metal water to block both ends in a circular shape, and then drills the hole for device No. 2 after welding.

3. Drill the water supply line twice as large as the opening in Unit 2. Finish by welding flat metal with holes in both sides. After the welding is finished, weld between the (water) flat metal water and device 2 and weld the water supply line 4 together.

After this is done, connect the No. 2 coil to a separate electrical supply and simultaneously attach the No. 11 thermal sensor to the No. 2 coil. This is called heating device 3

4. Insulation material is to be kept warm so that the electricity supply device does not touch 3 and the heat device. If electricity is supplied by control box 12, electricity 11 is supplied to Heater Coil No. 2 when the temperature is lower than the set temperature. Heater Coil No. 2 generates heat. Will rise. When the temperature set in step 11 approaches, number 11 sends an electrical signal at number 12 to stop supplying electricity at number 2. 12 supplies electricity to circulating pump 13 to supply heat to each of the selected hoses through heating hoses 16 through 14. 11 sets the upper and lower temperature, and if it does not reach the proper temperature, device 12 operates to heat in coil 2, and this process is operated continuously, and device 6 is manufactured in the same way as device 3 . Device 3 can be heated and device 6 can only use hot water. Device 6 is installed side by side with device 3. No. 6 is connected to No. 17 cold water pipe, No. 17 cold water supply pipe is no. 6 and cold water is inflow, No. 11 is below the prescribed temperature, No. 2 hot wire coil is supplied with electricity and no. 2 hot wire coil generates heat. Cold water from heating unit 6 receives half heat and is stored in hot water tank 7. When the temperature rises, unit 11 sends an electrical signal to control box 12 to stop supplying power to device 2, and the water supply in the hot water storage tank is pumped to device 6 through pipe 8 in the opposite direction 7 times. Is sent to device 6 through 8. The water supply rotates in the opposite direction due to the temperature difference between hot and cold water. No. 9 is connected to No. 17 cold water pipe and No. 9 is connected to No. 3 heating device.

Replenish enough heating water.

Separator for each item

1. Boiler body

2. Hot coil

3. Water heater (heating)

4. water supply pipe pipe

5. Thermostat

6. hot water heating system

7. Hot water storage tank

8. 6 and 7 connectors

9. Heating water supply auxiliary tank

10. Electric terminal box

11. Temperature sensing device

12. Main adjusting device

13. Motor Circulation Pump

14. heating water distributor

15. Electrical Wiring

16. Heating Lake Received at Dispenser

17. Boiler cold water delivery pipe

18. Hot water dedicated valve

19 boiler attachment hook

20. Boiler Door

21. Door Knob

22. Door hinge

The electric boiler is made very small and can be installed anywhere in the room, and conventionally, the boiler is buried in a wall (door only) to make a boiler that can be opened and closed.

Figure 1 Cross-sectional view showing the basic principle

Second section internal heating device section

3 is a cross-sectional view showing the structure

4 is a perspective view showing the front and back.

Inside the main body there is a heating and heating device. Hot water exclusive heating device Water tank and control device to heat hot water, heat sensing device, circulation pump, auxiliary water tank in that order.

By using efficient energy, it is more economical and pollution-free than conventional fossil energy.

Claims (1)

The heaters 3 and 6 are built in the boiler body 1. The heaters 3 and 6 have a heater device 2 housed therein. The temperature sensing device 11 and the heater device 2 are connected to the heating devices 3 and 6. The heating water pipe 4 and the auxiliary tank 9 are connected to the first heating device 3, and the cold water pipe 17 is connected to the second heating device 6 and the hot water storage tank 7. Multi-line electric hot water heater with a built-in first heating device for heating and a second heating device for hot water.