CN202060590U

CN202060590U - Energy-saving kettle

Info

Publication number: CN202060590U
Application number: CN2011201344041U
Authority: CN
Inventors: 沈新华
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-04-26
Filing date: 2011-04-26
Publication date: 2011-12-07
Anticipated expiration: 2021-04-26

Abstract

The utility model relates to an energy-saving kettle. The energy-saving kettle is characterized in that: an inner liner is arranged in an outer liner; the inner cavity of the inner liner and the inner cavity of the outer liner are interconnected through four interconnecting pipes at a kettle bottom and are interconnected through a drain pipe at a water nozzle; a fire cavity is formed between the inner liner and the outer liner; the fire cavity is provided with three air holes at the top of the kettle; three spirally wound heat-conducting plates A are arranged in the fire cavity below the air holes; the fire cavity is communicated with a fire inlet at the kettle bottom; spirally wound heat-conducting plates C are arranged on the inner wall of the inner liner and a pot bottom wall; spirally wound heat-conducting plates B are arranged on the inner wall, close to the fire cavity, of the outer liner; the heat-conducting plates C penetrate through the inner wall of the inner liner; and the heat-conducting plates B penetrate through the inner wall of the outer liner. The energy-saving kettle has the beneficial effects that: energy is saved; heat is not wasted, and the working efficiency of a kitchen is improved.

Description

Energy-saving water jug

Technical field

The utility model relates to a kind of household kitchen articles, particularly relates to a kind of energy-saving water jug.

Background technology

Home-use kettle structure is an individual layer kettle body in the prior art, and the use moderate heat simultaneously burns at the bottom of the kettle, and another side burns air, causes a large amount of thermal loss, and energy consuming ratio is higher.

Summary of the invention

Technical problem to be solved in the utility model is to overcome the deficiencies in the prior art, a kind of energy-saving water jug is provided, utility model solves the technical scheme that its technical problem adopts: structure of the present utility model comprises inner bag, outer courage, the chamber of cocking off, heat-conducting plate A, heat-conducting plate B, heat-conducting plate C, pore, communicating pipe, drainpipe, water nozzle, water inlet, advance burner, it is characterized in that inner bag is arranged in the outer courage, the inner chamber of inner bag and the inner chamber of outer courage in the kettle bottom by through connection of four communicating pipes, the inner chamber of inner bag is connected by drainpipe is through at the water nozzle place with the inner chamber of outer courage, be provided with the chamber of cocking off between inner bag and the outer courage, the chamber of cocking off is provided with three pores at the top of kettle, be provided with three heat-conducting plate A of formula winding in the shape of a spiral in the chamber of cocking off of pore below, cock off the chamber the kettle bottom with advance burner and be communicated with, the inwall of inner bag and the bottom of a pan wall are provided with the heat-conducting plate C of formula winding in the shape of a spiral, outer courage is provided with the heat-conducting plate B of formula winding in the shape of a spiral near the inwall in the chamber of cocking off, heat-conducting plate C runs through inside and outside the inwall of inner bag, the heat-conducting plate B that contacts with fire that is positioned at the chamber of cocking off is used to absorb heat, being positioned at heat-conducting plate B that inner bag contacts with water is used for heat radiation to quicken water boiled, heat-conducting plate B runs through inside and outside the outer courage inwall, the heat-conducting plate B that contacts with fire that is positioned at the chamber of cocking off is used to absorb heat, is positioned at heat-conducting plate B that outer courage contacts with water and is used for heat radiation to quicken water boiled.

Using method: the utility model is positioned on the gas furnace flame, from water inlet give inner bag and outside courage fill it up with drinking water, advance the circular hole of burner and aim at flame, flame is detained by heat-conducting plate A in the chamber of cocking off, prolong the flame heat time, respectively inner bag and outer courage are heated, heat-conducting plate B and heat-conducting plate C comprehend the boiled of acceleration drinking water owing to heat absorption is former, and whole process is wasted heat not.

The beneficial effects of the utility model are, the utility model is energy-conservation, and wasted heat has not improved the kitchen operating efficiency.

Description of drawings

Fig. 1: the utility model embodiment side-looking structural profile schematic diagram.

Fig. 2: the utility model embodiment top perspective structural representation.

Fig. 3: the utility model embodiment looks up the perspective structure schematic diagram.

Fig. 4: the heat-conducting plate helical structure schematic diagram on the utility model embodiment inner bag.

Among the figure: inner bag 1, outer courage 2, the chamber 3 of cocking off, heat-conducting plate A4, heat-conducting plate B 4.1, heat-conducting plate C 4.2, pore 5, communicating pipe 6, drainpipe 7, water nozzle 8, water inlet 9, advance burner 10.

The specific embodiment

With reference to description of drawings the utility model is done following concrete detailed description: as Fig. 1, Fig. 2, shown in Figure 3, structure of the present utility model comprises inner bag 1, outer courage 2, the chamber 3 of cocking off, heat-conducting plate A4, heat-conducting plate B 4.1, heat-conducting plate C 4.2, pore 5, communicating pipe 6, drainpipe 7, water nozzle 8, water inlet 9, advance burner 10, it is characterized in that inner bag 1 is arranged in the outer courage 2, the inner chamber of the inner chamber of inner bag 1 and outer courage 2 in the kettle bottom by 6 through connections of four communicating pipes, the inner chamber of the inner chamber of inner bag 1 and outer courage 2 at water nozzle 8 places by 7 through connections of drainpipe, be provided with the chamber 3 of cocking off between inner bag 1 and the outer courage 2, the chamber 3 of cocking off is provided with three pores 5 at the top of kettle, be provided with three heat-conducting plate A4 of formula winding in the shape of a spiral in the chamber 3 of cocking off of pore 5 belows, cock off chamber 3 the kettle bottom with advance burner 10 and be communicated with, the inwall of inner bag 1 and the bottom of a pan wall are provided with the heat-conducting plate C4.2 of formula winding in the shape of a spiral, outer courage 2 is provided with the heat-conducting plate B 4.1 of formula winding in the shape of a spiral near the inwall in the chamber 3 of cocking off, heat-conducting plate C 4.2 runs through inside and outside the inwall of inner bag 1, the heat-conducting plate B 4.2 that contacts with fire that is positioned at the chamber 3 of cocking off is used to absorb heat, being positioned at heat-conducting plate B 4.2 that inner bag 1 contacts with water is used for heat radiation to quicken water boiled, heat-conducting plate B 4.1 runs through inside and outside outer courage 2 inwalls, the heat-conducting plate B 4.1 that contacts with fire that is positioned at the chamber 3 of cocking off is used to absorb heat, is positioned at heat-conducting plate B 4.1 that outer courage 2 contacts with water and is used for heat radiation to quicken water boiled.

Using method: the utility model is positioned on the gas furnace flame, from water inlet 9 give inner bag 1 and outside courage 2 fill it up with drinking water, advance the circular hole of burner 10 and aim at flame, flame is detained by heat-conducting plate A4 in the chamber 3 of cocking off, prolong the flame heat time, respectively inner bag 1 and outer courage 2 are heated, heat-conducting plate B 4.1 and heat-conducting plate C 4.2 comprehend the boiled of acceleration drinking water owing to heat absorption is former, and whole process is wasted heat not.

Embodiment recited above is described preferred implementation of the present utility model; be not that design of the present utility model and scope are limited; under the prerequisite that does not break away from the utility model design concept; common engineers and technicians make the technical solution of the utility model in this area various modification and improvement; all should fall into protection domain of the present utility model; the technology contents that the utility model is asked for protection all is documented in claims.

Claims

1. energy-saving water jug, comprise inner bag (1), outer courage (2), the chamber (3) of cocking off, heat-conducting plate A (4), heat-conducting plate B (4.1), heat-conducting plate C (4.2), pore (5), communicating pipe (6), drainpipe (7), water nozzle (8), water inlet (9), advance burner (10), it is characterized in that inner bag (1) is arranged in the outer courage (2), the inner chamber of the inner chamber of inner bag (1) and outer courage (2) in the kettle bottom by four communicating pipes (6) the through connection, the inner chamber of the inner chamber of inner bag (1) and outer courage (2) is located by through connection of drainpipe (7) at water nozzle (8), be provided with the chamber of cocking off (3) between inner bag (1) and the outer courage (2), the chamber (3) of cocking off is provided with three pores (5) at the top of kettle, be provided with three heat-conducting plate A (4) of formula winding in the shape of a spiral in the chamber of cocking off (3) of pore (5) below, cock off chamber (3) the kettle bottom with advance burner (10) and be communicated with, the inwall of inner bag (1) and the bottom of a pan wall are provided with the heat-conducting plate C (4.2) of formula winding in the shape of a spiral, outer courage (2) is provided with the heat-conducting plate B (4.1) of formula winding in the shape of a spiral near the inwall in the chamber (3) of cocking off, heat-conducting plate C (4.2) runs through inside and outside the inwall of inner bag (1), the heat-conducting plate B (4.2) that contacts with fire that is positioned at the chamber of cocking off (3) is used to absorb heat, being positioned at heat-conducting plate B (4.2) that inner bag (1) contacts with water is used for heat radiation to quicken water boiled, heat-conducting plate B (4.1) runs through inside and outside outer courage (2) inwall, the heat-conducting plate B (4.1) that contacts with fire that is positioned at the chamber of cocking off (3) is used to absorb heat, is positioned at heat-conducting plate B (4.1) that outer courage (2) contacts with water and is used for heat radiation to quicken water boiled.