KR20160003322U

KR20160003322U - Serial piping and freeze frost prevention device

Info

Publication number: KR20160003322U
Application number: KR2020150001725U
Authority: KR
Inventors: 김대환
Original assignee: 김대환
Priority date: 2015-03-19
Filing date: 2015-03-19
Publication date: 2016-09-28

Abstract

In the existing house, the water is used after attaching the faucet through the main pipe and the branch pipe. However, the present invention uses the in-line piping to forcibly circulate the water temperature inside the pipe through the hot water pipe of the boiler, It is designed to prevent freezing by keeping at room temperature. It is designed to use water for worry-up in the freezing of wintertime by installing circulation type freezing prevention device and discharge type freezing prevention device in boiler.
[Index]
5) check valve, 6) meter box, 7) loader, 8) direct water inlet, 9) boiler, 10) water heater, ) Temperature sensor
2) Relay box, 2) Temperature regulator, 3 Temperature sensor, 4) Power inlet, 5) Hot water pipe, 6) Circulating pump
3) hot water, 4) boiler, 5) temperature sensing sensor, 6) discharge freezing prevention device, 7) discharge pipe, 8) meter or ground water pump, 9) cold water inlet tube
4) Temperature regulator, 2) Relay box, 3) Electronic valve, 4) Temperature sensor, 5) Power inlet, 6) Electronic variable inlet, 7)
5-1) cold water mixing faucet, 2) citron faucet, 3 faucet fastening thread, 4) citron faucet entry thread, 5)

Description

Technical Field [0001] The present invention relates to a serial piping and freeze frost prevention device,

This design is a technology to prevent the inconvenience and loss of property by freeze-thawing in a sudden cold wave in the winter in the construction field, and it is more permanent and safe to use than electric heater method and water Sight is a technical field

The present invention relates to a method of extracting a pipe from a main pipe of a water-related facility and connecting the water pipe to a pipe using the pipe, so that many parts of the water are stopped and the pipe is frozen due to the influence of outside temperature, After connecting the end piping to the rear end of the meter by connecting the piping method in series, the temperature is sensed according to the change of the outside temperature of the water, and then the circulation pump Is a technology to prevent freezing by continuously circulating water.

We want to solve the problem that piping equipment using water freezes in sudden winter cold wave, causing inconvenience to use and causing time loss and loss of property

In order to prevent frost damage, a piping is connected in series and the end piping is connected to the next stage of the meter, which is initially supplied, and a separate heater and circulation pump are operated by the ambient temperature to keep the constant temperature water in the piping. To prevent freeze-thawing by connecting freezing-freeze prevention method and end pipe to discharge-type freezing-and-frozing prevention device and discharging little water to the tempered temperature

This design is applied to all piping equipment and water tank facilities that use water, so that the sudden freezing wave can not prevent the freezing of water and prevent the secondary material damage.

1 shows a system in which a cold water pipe and a hot water pipe are connected in series, and 1) circulating type freezing prevention device is connected to a boiler hot water discharge pipe, and circulation pump operates at a temperature of 9 ° C., By circulating the piping in series, the temperature inside the pipe is maintained at room temperature to prevent frost freezing in sudden cold waves. It is safer, more efficient than the existing water heating method, and consumes less electricity than the existing heating line method and is safe to fire. It is designed to save water and to prevent frost freezing by way of flowing water.
Fig. 2 is a schematic diagram of the circulation type serial piping system. 1) It is a circulating type freezing prevention device. 4) It is supplied with power from a control box. 3) It receives temperature sensor. 2) 6) circulation pump is operated, 5) circulation of water in the hot water pipe is designed to prevent freezing.
Fig. 3 is a schematic drawing showing the same in-line piping as in Fig. 1, connecting the end piping to the discharge type freezing prevention device, 5) receiving the ambient temperature from the temperature sensor, and discharging a certain amount of water to the discharge pipe
Fig. 4 is a schematic diagram of the discharge type series piping system. Fig. 4 is a schematic diagram of the discharge type freezing prevention system. Fig. ) Operate the electronic valve 6) water of the electronic variable inlet 7) exhaust the small amount of water through the discharge pipe
Fig. 5 is a detailed view of the citron faucet as follows. 1) It is attached to a cold water pipe and a hot water pipe which are connected to each other in a serial piping as an accessory for tightening a cold / hot mixed faucet, 4) a citron faucet inlet thread portion and 5) 3) The upper part is a deck with an anchorage thread.

In the present invention, all the existing piping is connected to the faucet through the main pipe, and then the piping is connected directly to the faucet, and the faucet is connected directly to the faucet. 7) through the meter, 2) connect the faucet with the serial piping, 9) through the boiler, 4) generate the hot water, 4) through the hot water pipe, 2) supply the faucet, 10) When the temperature sensor is detected at zero temperature, 1) Circulation pump in the circulating freezing prevention device is activated. 5) Through the check valve 4) The hot water is circulated through the cold water pipe, and the water in the pipe becomes the tempered temperature, and the room temperature is maintained to prevent the freezing in advance, and the discharge type serial piping system diagram Contents piping Content in series, connecting the terminal to the piping 6) discharge type freeze freeze prevention device, and the water in the constant by the V tingdoen 5) The temperature sensor is discharged through 7), the discharge pipe being prevent freezing

This design can be used in piping in buildings and industrial sites, and also in piping where water is stored and used.

Claims

5) check valve is connected to the end of the meter, 3) cold water is circulated through the piping, 9) hot water is generated through the boiler, 1) circulation pump in the circulating type freezing prevention device 4) After the hot water is supplied, the end piping is closed. 5) The water is circulated through the check piping to circulate the piping in series.

2) In the case of the temperature-sensing sensor 2) When the temperature is controlled by the temperature controller 1) In the relay box 4) When the power is turned on, the hot water passing through the boiler 5) Through the pipe 6) to circulate the water through the circulation pump

2) cold water, 4) hot water is generated through the boiler, 3) hot water is supplied, and the end piping is connected to the discharge type freeze protection device. ) 7) It is designed to prevent freezing by discharging a certain amount of water through discharge pipe.

In the system of Figure 3, the end piping is connected to the inlet line of 6), 1) at the sub-zero temperature of the thermostat, 5) the inlet of the power source, 2) the relay box 3) When the electronic valve is opened. 7) It is designed to prevent freezing by flowing a certain amount of water through the discharge tube of the electronic valve.

5) 1) Connecting parts for cold and hot water mixing 2) The citron faucet is connected to the cold water pipe and the hot water pipe and forms a curved surface for the smooth water flow of the serial pipe 4) The citron faucet inlet screw part 5) 1) For connection of hot and cold water faucet 3) It is a devise for forming a faucet tightening part.

The circulating freezing prevention device of Figure 2 and the discharge freezing prevention device of Figure 4 are installed in the boiler to prevent frost damage.