CN2857728Y

CN2857728Y - Tea pot with voltolisation heat bladder structure

Info

Publication number: CN2857728Y
Application number: CN 200520115998
Authority: CN
Inventors: 俞汤兴
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-11-04
Filing date: 2005-11-04
Publication date: 2007-01-17
Anticipated expiration: 2015-11-04

Abstract

The invention discloses an electric tea kettle with electric heat gathering bladder structure, which includes a kettle body and an electric heating pipe equipped on the kettle body and capable of connecting to power source. A stainless steel heat gathering bladder body is equipped in the kettle body inner cavity, the heat gathering bladder body is constituted of electric heat pipe and bladder body, heating part of the electric heat pipe is arranged at a lower cavity in heat gathering bladder, center of the bladder body top surface possesses through pore, the through pore possesses stream pressure regulating pipe, upper side of the bladder body wall is equipped with 4 to 8 stream pressure releasing pores distributed along circumference, and bottom surface of bladder body bottom lid is equipped with 4 to 8 inlet openings. When heating water, water in the stainless steel heat gathering bladder body inner cavity is firstly heated, when the water in the bladder body inner cavity is heated to boiling point, heat is released through the steam pressure releasing pores of the heating gathering bladder body wall under air pressure to exchange energy with the cold water, thereby water in the kettle is fast heated to boiling point and purpose of saving time and electricity is received. Separated by stainless steel bladder body, the electric heating pipe conducts heat by water, thereby chemical reaction of electrolyzing aluminous is reduced.

Description

Electric teapot with the hot bladder structure of voltolisation

Technical field

The utility model relates to the electric teapot field, relates in particular to the electric teapot with the hot bladder structure of voltolisation.

Technical background

Commercially available both at home and abroad at present common electrical teapot is when heat conduction, and the direct heat conduction transmission of electrothermal tube and aluminium shell causes the electrolytic aluminium chemical reaction; The common electrical teapot is long heat time heating time in addition, and energy consumption is big, and what it adopted is large-scale hot cold water energy exchange, causes the consumption of portion of energy in exchange process;

As the applying date be the electric teapot that " electric teapot of preventing dry combustion " (notification number is CN2358784Y) of state's invention utility model patent ZL98252350.x in 29 days December in 1998 discloses a kind of preventing dry combustion, in the kettle body, set firmly heater, and it is external that the extension of heater end stretches out kettle, the external shell block that sets firmly of this kettle, set firmly two latches on the shell block, but the socket of two latch outer end power supply source lines is pegged graft, and one latch the inner connects the extension of heater by lead; This kettle body sets firmly a heat-conducting seat, the inner buckle heater of heat-conducting seat, and heat-conducting seat outer end winding one temperature controller, and temperature controller is serially connected with in the middle of the circuit of heater and another latch.Can't overcome above-mentioned defective.

Summary of the invention

Technical problem to be solved in the utility model is the present situation at prior art, provide simple and compact for structure firmly, the electric teapot with the hot bladder structure of voltolisation of the power saving that saves time.Electrothermal tube heat conduction of the present utility model is isolated through stainless steel courage body, and heat conduction is to exchange between water and the water, has reduced the chemical reaction of electrolytic aluminium, makes water safety and sanitation more, and is favourable to human body Jiankang.

The utility model solves the problems of the technologies described above the technical scheme that is adopted: the electric teapot with the hot bladder structure of voltolisation, the electrothermal tube that also can be connected power supply on comprising the kettle body and being fitted in the kettle body, the technical measures of taking also comprise: kettle body intracavity is provided with stainless steel heat build-up courage body, and heat build-up courage body is made up of electrothermal tube and courage body and bottom installation; The electrothermal tube heating part is positioned at heat build-up courage body cavity of resorption, courage body end face center is shaped on through hole, this through hole is equipped with the water flow pressure adjustable pipe, and courage body perisporium upper end is shaped on circumferential 4 to 8 water flow pressure release aperture, circumferential 4 to 8 inlet openings, bottom bottom surface.

For optimizing technique scheme, the measure of being taked also comprises:

Electrothermal tube and courage body install and fix through inner support.The electrothermal tube outer end is fixed through support arm and kettle body.

For being suitable for different courage bodies, the electrothermal tube heating part is round tube or two semicircle pipe.

Compared with prior art, the utility model kettle body intracavity is provided with stainless steel heat build-up courage body, and heat build-up courage body is made up of electrothermal tube and courage body and bottom installation; The electrothermal tube heating part is positioned at heat build-up courage body cavity of resorption, courage body end face center is shaped on through hole, this through hole is equipped with the water flow pressure adjustable pipe, and courage body perisporium upper end is shaped on circumferential 4 to 8 water flow pressure release aperture, circumferential 4 to 8 inlet openings, bottom bottom surface.When heating up water, at first heat the water of stainless steel heat build-up courage intracoelomic cavity, when the water of courage intracoelomic cavity is heated to boiling point, heat discharges to the water flow pressure release aperture of heat build-up courage body perisporium under the effect of air pressure, enter hot cold water energy exchange, make the water in the kettle body reach boiling point fast, thereby play the power saving purpose that saves time.

Description of drawings

Fig. 1 is the vertical cross-sectional schematic of the utility model embodiment overall structure;

Fig. 2 is the vertical cross-sectional schematic of heat build-up bladder structure among Fig. 1;

Fig. 3 is the horizontal schematic top plan view of heat build-up bladder structure among Fig. 2;

Fig. 4 is a heat build-up courage bottom cover structure elevational schematic view among Fig. 2;

Fig. 5 is a kind of structural representation in heat build-up courage heating tube heating part among Fig. 1;

Fig. 6 is the another kind of structural representation in heat build-up courage heating tube heating part among Fig. 1.

Specific embodiment

Below in conjunction with drawings and Examples the utility model is described in further detail.

Fig. 1-shown in Figure 6, electric teapot with the hot bladder structure of voltolisation, the electrothermal tube 2 that also can be connected power supply on comprising kettle body 1 and being fitted in kettle body 1, kettle body 1 inner chamber is provided with stainless steel heat build-up courage body 3, heat build-up courage body 3 is installed with courage body 31 and bottom 32 by electrothermal tube 2 and formed, and is fixing by many pieces of screws 8 along bottom 32 peripheries and courage body 31 bases; Electrothermal tube 2 heating parts are positioned at described heat build-up courage body 3 cavity of resorptions, and can there be multiple shape electrothermal tube 2 heating parts, and being suitable for different kettle bodies needs; Electrothermal tube 2 heating parts are round tube or two semicircle pipe, as Fig. 5 and shown in Figure 6; Courage body 31 end face centers are shaped on through hole, and this through hole is equipped with water flow pressure adjustable pipe 4, and courage body 31 perisporiums upper end is shaped on circumferential 4 to 8 water flow pressure release aperture 5, circumferential 4 to 8 the inlet opening 32a in bottom 32 bottom surfaces; Electrothermal tube 2 installs and fixes through inner support 6 with courage body 31; Electrothermal tube 2 outer ends are fixing with kettle body 1 through support arm 7.

Operation principle and process:

Electric teapot with the hot bladder structure of voltolisation is packed into behind the cold water, electrothermal tube 2 inserts power supply, be positioned at the electrothermal tube 2 heating part heating powers of stainless steel heat build-up courage body 3, to the heating of the water around electrothermal tube 2 heating part round tubes or the two semicircle pipe, when the water of heat build-up courage body 3 reaches boiling point, heat water flow pressure release aperture 5 to heat build-up courage body 3 perisporiums under the effect of air pressure discharges and the water that is positioned at heat build-up courage body 3 kettle body 1 in addition, carry out hot cold water energy exchange, make the water in the whole kettle body 1 reach boiling point fast, thereby play the power saving purpose that saves time.It is compared with the common electrical teapot, and it is that 1500 watts, voltage are 220 volts that capacity is all 24cm, electrical power, and the time of burning water flask is about 15 minutes; Under equal conditions, the electric teapot with the hot bladder structure of voltolisation of the present utility model is installed, the time of burning water flask only needs about 12 minutes; Power saving 20% saves time.Electrothermal tube heat conduction of the present utility model is isolated through stainless steel courage body, and heat conduction is to exchange between water and the water, has reduced the chemical reaction of electrolytic aluminium, makes water safety and sanitation more, and is favourable to human body Jiankang.

Most preferred embodiment of the present utility model is illustrated, and various variations or the remodeling made by those of ordinary skills can not break away from scope of the present utility model.

Claims

1, the electric teapot that has the hot bladder structure of voltolisation, comprise kettle body (1) and be fitted in the electrothermal tube (2) that kettle body (1) upward also can be connected power supply, it is characterized in that: described kettle body (1) inner chamber is provided with stainless steel heat build-up courage body (3), and heat build-up courage body (3) is installed with courage body (31) and bottom (32) by described electrothermal tube (2) and formed; Described electrothermal tube (2) heating part is positioned at described heat build-up courage body (3) cavity of resorption, described courage body (31) end face center is shaped on through hole, this through hole is equipped with water flow pressure adjustable pipe (4), described courage body (31) perisporium upper end is shaped on circumferential 4 to 8 water flow pressure release aperture (5), circumferential 4 to 8 inlet openings, described bottom (32) bottom surface (32a).

2, the electric teapot with the hot bladder structure of voltolisation according to claim 1 is characterized in that: described electrothermal tube (2) installs and fixes through inner support (6) with courage body (31).

3, the electric teapot with the hot bladder structure of voltolisation according to claim 1 is characterized in that: described electrothermal tube (2) outer end is fixing through support arm (7) and kettle body (1).

4, the electric teapot with the hot bladder structure of voltolisation according to claim 1 is characterized in that: described electrothermal tube (2) heating part is round tube or two semicircle pipe.