CN202993548U

CN202993548U - Energy-saving water boiler

Info

Publication number: CN202993548U
Application number: CN 201220380962
Authority: CN
Inventors: 魏连生
Original assignee: BEIJING HONGHUA TECHNOLOGY Co Ltd
Current assignee: BEIJING HONGHUA TECHNOLOGY Co Ltd
Priority date: 2012-08-01
Filing date: 2012-08-01
Publication date: 2013-06-12
Anticipated expiration: 2022-08-01

Abstract

The utility model discloses an energy-saving water boiler. The energy-saving water boiler is used for recycling steam and saving electrical energy. The energy-saving water boiler comprises a box body (1), one end of a water inlet pipe (2) inside the box body(1) is communicated with outside world, the other end of the water inlet pipe (2) is communicated with a steam recovery water controller (3), the lower end of the steam recovery water controller (3) is communicated with a water supply tank (4), the water supply tank (4) is provided with a plurality of heating pipes (5), the upper ends of the heating pipes (5) stretch into a water collection tank (6) for storing hot water, and especially a steam recovery pipe (7) is arranged on the upper position of the water collection tank (6). One end of the steam recovery pipe (7) is communicated with the steam recovery water controller (3), and the upper position of the steam recovery water controller (3) is communicated with the outer portion of the box body (1) through a vent pipe (8).

Description

A kind of energy-saving water boiler

Technical field:

The utility model belongs to a kind of boiler, is particularly a kind of energy-saving water boiler that Steam Recovery can be utilized.

Background technology:

Boiler can produce water vapour with cool water heating when seething with excitement, therefore existing boiler is mostly to be provided with a steam drain to be used for can producing a large amount of water vapours when discharging is seethed with excitement, cause the water vapour of high temperature to waste, both wasted electric energy but also near the body surface boiler is caused in various degree damage because of the evaporation of water vapour.

Summary of the invention:

Goal of the invention of the present utility model is to disclose a kind of boiler with Steam Recovery and saves energy.

Realize that technical solution of the present utility model is as follows: comprise casing, one end of the water inlet pipe in casing communicates with the external world, the water inlet pipe other end communicates with the Steam Recovery water regulator, Steam Recovery water regulator lower end communicates with feed-tank, feed-tank is provided with a plurality of heating tubes, the header tank of storing hot water is stretched in the upper end of heating tube, particularly the top of header tank is provided with the Steam Recovery pipe, one end of Steam Recovery pipe communicates with the Steam Recovery water regulator, and the top of Steam Recovery water regulator is through blast pipe and casing exterior.

Described Steam Recovery water regulator comprises water storing tank, is provided with a ball-cock assembly on water inlet pipe, and ball-cock assembly is controlled the water level of water inlet in water storing tank.

The steam that the utility model produces during with water boil is in the Steam Recovery pipe flows into the Steam Recovery water regulator, water inlet in the Steam Recovery water regulator is preheated, thereby improve inflow temperature and reduce the heating power saves energy, and can control the use power of heating tube according to the difference of inflow temperature, reach and save to greatest extent the effect of using electric energy.

Description of drawings:

Fig. 1 is overall structure schematic diagram of the present utility model.

The specific embodiment:

see also Fig. 1, specific embodiment of the utility model is as follows: comprise casing 1, casing 1 outer surface has liquid crystal display to control plate, one end of the water inlet pipe 2 in casing 1 communicates with the external world, water inlet pipe 2 other ends communicate with Steam Recovery water regulator 3, Steam Recovery water regulator 3 lower ends communicate with feed-tank 4, feed-tank 4 is provided with a plurality of heating tubes 5, the header tank 6 of storing hot water is stretched in the upper end of heating tube 5, particularly the top of header tank 6 is provided with Steam Recovery pipe 7, one end of Steam Recovery pipe 7 communicates with Steam Recovery water regulator 3, the top of Steam Recovery water regulator 3 is through blast pipe 8 and casing 1 exterior, one end of water inlet pipe 2 communicates with running water pipe and enters casing 1 from casing 1 bottom, the upper portion side wall that enters the other end of the water inlet pipe 2 in casing 1 has a delivery port 11, and the top that certainly is placed in the Steam Recovery water regulator 3 in casing 1 penetrates in Steam Recovery water regulator 3, Steam Recovery water regulator 3 is by water storing tank 9, ball-cock assembly 10, ball float support 13 and blast pipe 8 form, the piston of ball-cock assembly 10 stretches in the port of water inlet pipe 2 of tool delivery port 11 and fits tightly with the inner wall surface of water inlet pipe 2, the two ends of ball float support 13 and Steam Recovery water regulator 3 internal faces are affixed, ball-cock assembly 10 can be under the restriction of ball float support 13 and upper and lower displacement, ball-cock assembly 10 is used for controlling the water level of water inlet in water storing tank 9, the top of Steam Recovery water regulator 3 is provided with a blast pipe 8, one end of blast pipe 8 passes casing 1 and exterior, the bottom of Steam Recovery water regulator 3 is provided with an outlet pipe 14, outlet pipe 14 communicates with the feed-tank 4 of Steam Recovery water regulator 3 lower ends, feed-tank 4 is provided with a plurality of Fast Heating pipes 5, the outer wall surface of heating tube 5 is wound with electrothermal tube, can fast the cold water in its pipe of flowing through be heated to rapidly fluidized state, the upper end of heating tube 5 is stretched in the header tank 6 of storing hot water, is provided with temperature sensor in feed-tank 4, the top of header tank 6 is provided with a Steam Recovery pipe 7, one end of Steam Recovery pipe 7 communicates with header tank 6, its other end is in the top of Steam Recovery water regulator 3 enters the water storing tank 9 of Steam Recovery water regulator 3, one side bottom face of header tank 6 has boiling water halter 12, the bottom surface of header tank 6 becomes the inclined plane, in order to make boiling water in it be collected to boiling water halter 12 places.during use, running water is in water inlet pipe 2 enters Steam Recovery water regulator 3, when if the water level in the water storing tank of Steam Recovery water regulator 39 is in low level, the piston of ball-cock assembly 3 delivery port 11 belows that drop to water inlet pipe 2 make delivery port 11 be open state, running water just can flow in water storing tank 9 from delivery port 11, flow in feed-tank 4 through outlet pipe 14 again, when running water passes through heating tube 5, heating tube 5 work are boiled fast with the running water in its its pipe of flowing through, boiled hot water enters header tank 6, along with the boiling water water level in header tank 6 rises to predetermined volumes gradually, ball-cock assembly 3 also rises until the piston of ball-cock assembly 10 seals delivery port 11 thereupon, water inlet can not flow into, ball-cock assembly 10 is controlled the water level of water inlet in water storing tank 9 can not surpass the position of delivery port 11, the vapours that accumulates in header tank 6 enters from Steam Recovery pipe 7 the interior water inlet of vapours and water storing tank 9 is fully mixed, 12 just can take boiling water by turning on the tap, when the boiling water in header tank 6 is not used, current are inactive state, if use boiling water, boiling water water level in header tank 6 descends, ball-cock assembly 3 also descends thereupon, make delivery port 11 be open state, running water replenishes and enters in water storing tank 9, heating tube 5 work, steam enters from Steam Recovery pipe 7 and makes the running water preheating of vapours to replenishing in water storing tank 9, to improve the temperature of water outlet, water through preheating passes through heating tube 5 again, the time that saving boils water and electric energy, and by the use power of the temperature sensor in feed-tank 4 according to the difference control heating tube of inflow temperature, thereby reach the purpose of saves energy to greatest extent, the position that blast pipe 8 is communicated with Steam Recovery water regulator 3 is higher than the position of delivery port 11, make a small amount of gas that a part has been lowered the temperature discharge and prevent that by blast pipe 8 the interior water of water storing tank 9 is from blast pipe 4 discharges.

Claims

1. energy-saving water boiler, comprise casing (1), one end of the water inlet pipe (2) in casing (1) communicates with the external world, water inlet pipe (2) other end communicates with Steam Recovery water regulator (3), Steam Recovery water regulator (3) lower end communicates with feed-tank (4), feed-tank (4) is provided with a plurality of heating tubes (5), the header tank (6) of storing hot water is stretched in the upper end of heating tube (5), the top that it is characterized in that header tank (6) is provided with Steam Recovery pipe (7), one end of Steam Recovery pipe (7) communicates with Steam Recovery water regulator (3), the top of Steam Recovery water regulator (3) is through blast pipe (8) and casing (1) exterior.

2. by energy-saving water boiler claimed in claim 1, it is characterized in that described Steam Recovery water regulator (3) comprises water storing tank (9), be provided with a ball-cock assembly (10) in water inlet pipe (2) is upper, ball-cock assembly (10) is controlled the water level of water inlet in water storing tank (9).