CN201497191U

CN201497191U - Electric water heater with turbulent flow structure

Info

Publication number: CN201497191U
Application number: CN200920173902XU
Authority: CN
Inventors: 万华海
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-08-20
Filing date: 2009-08-20
Publication date: 2010-06-02
Anticipated expiration: 2019-08-20

Abstract

The utility model relates to an electric water heater with a turbulent flow structure. A body for heating is internally provided with a heating assembly, a coiled tube and a heat-conducting pipe. Particularly, a turbulent flow plate is arranged at a proper height inside the body, can carry out turbulent flow action on hot water during the heating so as to accumulate heat energy, retard the flow speed and secondarily heat. In addition, the electric water heater is provided with a heat exchange assembly which can generate hot air by using the prior hot water and can be used as a warm air conditioner.

Description

The electric heater of tool turbulence structure

Technical field

The utility model relates to a kind of electric heater, particularly a kind of electric heater of tool turbulence structure, and it is that a kind of high efficiency hot water and warm braw produce structure.

Background technology

Will be when since ancient times, people wash one's hands and face with the hot water wash body of being castrated.Yet the men of old needs lumbering earlier to cut firewood, and just can obtain hot water through firing heating one segment length after the time, time-consumingly takes a lot of work again; Review the modern, be indebted to the progress of science and technology, often only need turn on the hot water tap just has hot water available, quite convenient.

Among the existing hot-water heating system, have plenty of the gas of utilization and transfer burning things which may cause a fire disaster to and heat, what have then is to utilize electric heater to generate heat water is heated up.With electric heater wherein, how to make thermal efficiency height, functional promotion, be the emphasis that manufacturer joins hands to break through always.

In view of this designer special creates into the utility model to grind, and the phase can be borrowed proposition of the present utility model, makes that the efficiency of heating surface of electric heater and function product commonly used are more perfect, ideal and practicality.

Summary of the invention

Main purpose of the present utility model is to provide a kind of structural improvement of electric heater, and promptly a kind of high efficiency hot water and warm braw produce structure.

For reaching above-mentioned purpose, the electric heater of the utility model tool turbulence structure comprises: a body, and inside is hollow form, the periphery offers make-up water inlet and discharge outlet; Use body interior in its heating, be provided with at least one heating component, a coil pipe and at least one heat pipe.Wherein, heating component is positioned at the body lower, and connecting power supply can be in order to produce heat energy, so that to the water heat temperature raising.This coil pipe has water inlet and delivery port, and water inlet and delivery port pass body, and coil pipe is around shape, and this coil pipe can be heated, so that inner water storage heats up; Heat pipe, or upward or down be erected in coil pipe relatively, can conduct heat energy; Thus, constitute the main heating framework of this case.

The utility model at the suitable highly place of body interior, is provided with a spoiler especially, promptly is positioned at heating component, coil pipe and place, heat pipe top, has space water supply circulation around this spoiler.Because the heat energy meeting toward rising, utilizes the setting of spoiler and stops, can carry out the flow-disturbing effect with regard to adding the hot water of pining for, so that save and preserve heat energy, slows down flow velocity, even can allow hot water reflux once more to carry out post bake.

The utility model is provided with circulation line simultaneously, and it can be with hot water drainage to a heat exchanger assembly, and the heat energy that it can utilize hot water converts warm braw to according to heat exchange principle, to use as heating air conditioner.So, the utility model can have the dual-use function of hot water and warm braw generation simultaneously.

Description of drawings

Fig. 1 is a schematic appearance of the present utility model;

Fig. 2 is a structural representation of the present utility model;

Fig. 3 is an operating state schematic diagram of the present utility model.

Description of reference numerals: 1-body; 10-make-up water inlet; The 11-dividing plate; The 12-heating component; The 13-coil pipe; The 131-water inlet; The 132-delivery port; The 14-heat pipe; 15-is standby to be gone out; The 16-circulating water outlet; The 161-pipeline; The 162-motor; The 163-heat exchanger assembly; 17-oil pressure valve port; 18-water level detecting mouth; 19-recirculated water inlet; The 2-spoiler; The 30-discharge outlet.

The specific embodiment

Now sincerely with regard to the electric heater of the utility model tool turbulence structure, its structure is formed, and the effect that can produce, and cooperates graphicly, lifts a preferred embodiment of the present utility model and is described in detail as follows:

Head sees also Fig. 1 and Fig. 2, and the electric heater of the utility model tool turbulence structure comprises:

One body 1, inside is hollow form, the periphery offers make-up water inlet 10, standby outlet 15, oil pressure valve port 17, water level detecting mouth 18 and discharge outlet 30;

One dividing plate 11, flat being located in the body 1, dividing plate 11 is non-complete closed structure;

The heating component 12 of at least one is located in the body 1 than low side, is positioned at dividing plate 11 belows, can produce heat energy after connecting power supply, so that to the water source heat temperature raising in the body 1;

One coil pipe 13 has water inlet 131 and delivery port 132, and water inlet 131 passes body 1 with delivery port 132, and coil pipe 13 slightly is around shape, and group places dividing plate 11 tops;

One spoiler 2 is positioned at the body 1 of coil pipe 13 tops, and shape is like inverted basin body, has the space circulation of can supplying water on every side;

The heat pipe 14 of at least one, or upward or down be erected in coil pipe 13 relatively, have thermal conducting function;

One circulation line comprises circulating water outlet 16, pipeline 161, motor 162, heat exchanger assembly 163 and recirculated water inlet 19, and circulating water outlet 16 is communicated to body 1 inside with recirculated water inlet 19.

Rely on said structure, as Fig. 3, cold water enters body 1 by make-up water inlet 10, makes heating component 12 produce heat energy, cooperates the setting of dividing plate 11, can carry out Fast Heating with regard to body 1 cold water interior, dividing plate 11 belows and heat up; Because heat energy can be toward rising, also can flow through dividing plate 11 through heated hot water, cooperate motor 162 starts, current in the body 1 will circulate, when hot water continues to rise, to meet with spoiler 2 flow-disturbings, and so can avoid hot water directly to rise, thereby can save and preserve heat energy, slow down flow velocity, reflux once more and carry out post bake; Passed through by spoiler 2 other spaces as for part hot water, rising enters circulation line, and hot water is come heat exchanger assembly 163, according to heat exchange principle, can produce the room conditioning use of warm braw for refrigerant latitudes; As for through the water after the heat exchange, flow back in the body 1 after will reducing temperature, continue to be heated.

Simultaneously, another cold water enters coil pipe 13 by water inlet 131, because coil pipe 13 peripheries all are hot water, the setting that adds heat pipe 14 is transferring heat energy fast, make the cold water in the coil pipe 13 also can be heated intensification, and then flow out hot water, with the use of supply washing by delivery port 132.

Above-mentioned standby outlet 15 after can downgrading if necessary in the water level of body 1, changes to steam (vapor) outlet.

In sum, the electric heater of the utility model tool turbulence structure, the unit dual purpose can have the dual-use function that hot water and warm braw produce, efficiency of heating surface height simultaneously.

The above person only, it only is preferred embodiment of the present utility model, when not limiting the scope that the utility model is implemented with this, so the change of numerical value or displacement of equivalent elements such as, or, all should still belong to the category that the utility model patent contains according to equalization variation and modification that the utility model claim is done.

Claims

1. the electric heater of a tool turbulence structure is characterized in that, comprising:

One body, inside is hollow form, the periphery offers make-up water inlet and discharge outlet;

The heating component of at least one is located at lower end in the body, connects power supply and can produce heat energy;

One coil pipe has water inlet and delivery port, and water inlet and delivery port pass body, and coil pipe is around shape;

One spoiler is positioned at the body of coil pipe top, has the space circulation of supplying water on every side;

The heat pipe of at least one, or go up or be erected in relatively down coil pipe.

2. the electric heater of tool turbulence structure as claimed in claim 1 is characterized in that, this body periphery more be provided with standby outlet, oil pressure valve port, water level detecting mouth wherein any one.

3. the electric heater of tool turbulence structure as claimed in claim 1 is characterized in that, is provided with a dividing plate in this body, and this dividing plate is non-complete closed structure, and dividing plate is positioned at the heating component top.

4. the electric heater of tool turbulence structure as claimed in claim 3 is characterized in that, this coil pipe group places the dividing plate top.

5. the electric heater of tool turbulence structure as claimed in claim 1 is characterized in that, this spoiler be shaped as inverted basin body.

6. the electric heater of tool turbulence structure as claimed in claim 1 is characterized in that, body has more standby outlet, after its water level if necessary in body downgrades, is a steam (vapor) outlet.

7. the electric heater of tool turbulence structure as claimed in claim 1 is characterized in that body has more circulation line, comprises circulating water outlet, pipeline, motor, heat exchanger assembly and recirculated water inlet, and this circulating water outlet and this recirculated water inlet are connected to body.