CN202993566U

CN202993566U - Energy-saving inner container of electric water heater

Info

Publication number: CN202993566U
Application number: CN 201220754921
Authority: CN
Inventors: 李学民
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-12-26
Filing date: 2012-12-26
Publication date: 2013-06-12
Anticipated expiration: 2022-12-26

Abstract

The utility model relates to an energy-saving inner container of an electric water heater. An inner container body is a heat-insulated closed container, a thermal baffle is sealed and fixed in the inner container body by a guide rail, divides the inner part of the inner container body into two parts, and can move left and right, a cold water cavity is formed on the left side in the inner container body, on the right side of the inner container body, an electromagnet is fixed on the left wall in the cold water cavity, a water inlet pipe is fixed at the lower end of the cold water cavity, a heating rod and a water outlet pipe are fixed in the heating cavity, and the electromagnet, an electromagnetic valve and the heating rod are electrically connected with an electronic control box on the inner container body. The energy-saving inner container is simple in structure and energy-saving.

Description

The energy-conservation inner bag of electric heater

Technical field

The utility model relates to a kind of water storage liner of electric heater.

Background technology

Present water heater liner only has a water storage cavity, and when emitting hot water, cold water directly enters hot water to be mixed, and causes the hot water temperature to reduce rapidly, power consumption.If hot water is drinking water in addition, can't really drink the boiling water of 100 degree.

Summary of the invention

In order to overcome the shortcoming of prior art, the utility model provides a kind of electric heater energy-conservation inner bag, and it is simple in structure, and is energy-conservation.

the technical scheme in the invention for solving the technical problem is: inner lining is heat insulation closed container, seal fixedly thermal insulation board by guide rail in inner lining, thermal insulation board is divided into two the cavity in inner lining, and can move left and right, the left side is cold water cavity, the right side is, fixed electromagnet on the cold water cavity inner left wall, Motionless electromagnetic valve on the thermal insulation board corresponding with the electromagnet level, the lower end of cold water cavity is fixed with water inlet pipe, be fixed with heating rod and outlet pipe in described heating chamber, described electromagnet, magnetic valve and heating rod are electrically connected to electric-controlled box on being fixed on inner lining.

1), simple in structure the utlity model has following advantages:, with processing and manufacturing, cost is low; 2), because cold water and hot water or boiling water separate, hot water or boiling water substantially discharge and just advance cold water afterwards, thus not only energy-conservation, and can drink the boiling water of real 100 degree.

Description of drawings

Below in conjunction with drawings and Examples, the utility model is further illustrated.

Fig. 1 is the utility model structural representation.

The specific embodiment

As shown in Figure 1, inner lining 10 is heat insulation closed container, seal fixedly thermal insulation board 5 by guide rail 7 in inner lining 10, cavity in inner lining 10 is divided into two, and can move left and right, the left side is cold water cavity 3, the right side is, fixed electromagnet 1 on cold water cavity 3 inner left walls, Motionless electromagnetic valve 4 on the thermal insulation board 5 corresponding with electromagnet 1 level, the lower end of cold water cavity 3 is fixed with water inlet pipe 2, is fixed with heating rod 8 and outlet pipe 9 in described heating chamber 6, and described electromagnet 1, magnetic valve 4 and heating rod 8 are electrically connected to electric-controlled box 11 on being fixed on inner lining 10.

Be fixed with left and

right travel switch

13,12 on described guide rail 7.The stroke of controlling thermal insulation board 5 can be arranged, thereby set the volume of heating chamber 6.

During first the use, to cold water cavity 3 water fillings, magnetic valve 4 is opened, and cold water cavity 3 and heating chamber 6 are filled with.Magnetic valve 4 cuts out.Use after heating chamber 6 heating, thermal insulation board 5 moves to right, and cold water cavity 3 is by water inlet pipe 2 moisturizings simultaneously.After hot water is finished, electromagnet 1 energising, magnetic valve 4 is opened, and under the gravitation of electromagnet 1, thermal insulation board 5 moves to left, after the volume of heating chamber 6 has arrived and has set, electromagnet 1 outage, magnetic valve 4 cuts out.So repeat to get final product.

Claims

1. energy-conservation inner bag of electric heater, it is characterized in that: inner lining (10) is heat insulation closed container, seal fixedly thermal insulation board (5) by guide rail (7) in inner lining (10), cavity in inner lining (10) is divided into two, and can move left and right, the left side is cold water cavity (3), the right side is, fixed electromagnet (1) on cold water cavity (3) inner left wall, the upper Motionless electromagnetic valve (4) of the thermal insulation board (5) corresponding with electromagnet (1) level, the lower end of cold water cavity (3) is fixed with water inlet pipe (2), be fixed with heating rod (8) and outlet pipe (9) in described heating chamber (6), described electromagnet (1), magnetic valve (4) and heating rod (8) be fixed on the upper electric-controlled box (11) of inner lining (10) and be electrically connected to.

2. the energy-conservation inner bag of electric heater according to claim 1, is characterized in that: be fixed with left and right travel switch (13,12) on described guide rail (7).