CN201870426U

CN201870426U - Efficient energy-saving cooker

Info

Publication number: CN201870426U
Application number: CN2010205664665U
Authority: CN
Inventors: 王吉迪
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-10-16
Filing date: 2010-10-16
Publication date: 2011-06-22
Anticipated expiration: 2020-10-16

Abstract

This utility model discloses a cooker comprising a cooker body (1) and a cooker support, wherein a protruding annular groove (3) is arranged on the bottom of the cooker body (1), the cooker body (1) is divided into an internal and an external cavity (15, 16), the bottom of the internal and the external cavity (15, 16) is connected with an aqueduct (8); the cooker support comprises annular inner and outer shields (4, 5) and an annular separator plate (10) which is fixedly connected with the annular outer shield(5), the annular inner shield(4) is arranged on the annular separator plate (10) and arranged in the annular groove (3) so that a curved flame channel is arranged between the cooker body (1) and the cooker support, a water drainage container (13) is arranged in the inner cavity (15), a pressing rack (11) is arranged above the water drainage container (13) and fixed onto the buckle (2) of the cooker body (1). In this way, the cooker, being green and energy-saving, is simple and reasonable in structure, fast in steam generating speed, and high in thermal efficiency.

Description

Efficient, energy-saving cooker

Technical field

The utility model relates to a kind of kitchen articles, the particularly a kind of double-purpose energy-saving pan that can heat up water fast and can high speed cooking.

Background technology

The kitchen pan is one of daily necessities of using the most generally in the daily life, for a long time, be subjected to the influence of traditional concept, the structure of pan does not change all the time, continue to use traditional structure always, during use at the bottom of the direct heating kettle of flame, time of contact is short, heating surface (area) (HS is little, a large amount of heat energy that fuel gas buring produces fail to be utilized by pan, quite a few thermal dissipation is in air, that not only causes utilisable energy wastes, increases cost, but also the waste gas of environmental emission and heat obviously increase, prolong heat time heating time towards periphery.For this reason, the applicant is through long-term exploration and experiment, successfully developed a fast thermal center energy steamer, applied for patent on April 15th, 2006 to State Intellectual Property Office, the patent No. is 200620102811.3, and in Granted publication on June 20th, 2007, this structure heating surface area that not only is multiplied, and flame is from inside to outside heated, prolong heat time heating time, circular cowling also plays windproof heat-blocking action, can prevent that heat energy from directly dispelling the heat to air.But in use also have the following disadvantages: the one, when beginning to heat,, wait until that the interior water of pot could produce steam after all boiled because water level generally completely arrives the annular groove top, the aerogenesis time is longer, directly influences digestion time; The 2nd, when heating back water level dropped in the annular groove, newel generation steam was many, and the water level decrease speed is fast, and the water in the peripheral annular groove can't enter in the newel, the dry combustion method phenomenon can occur, even burn out a pot body, has brought economic loss to the user; The 3rd, when being used to heat up water,, therefore can only be used for steamer because the water in the annular groove can't be discharged, can not be used to the pot of heating up water, purposes is single.For this reason, the patentee has carried out research, exploration and improvement again.

Summary of the invention

In order to overcome the above-mentioned disadvantage that existing pan exists, the purpose of this utility model provide a kind of simple and reasonable, steam produce fast, the thermal efficiency is high, the efficient, energy-saving cooker of energy-conserving and environment-protective.

The technical scheme that its technical problem that solves the utility model adopts, it comprises a pot body, pot frame, the bottom of described pot body is provided with the cannelure that raises up, and cannelure is separated into inner cavity chamber and outer chamber to the inner chamber of pot body, is connected with aqueduct between the bottom of inner cavity chamber and outer chamber; Described pot frame comprises annular outer cover, toroidal membrane and annular inner cover, toroidal membrane is fixedlyed connected with annular outer cover, the annular inner cover is arranged on the toroidal membrane, annular outer cover upper lid is at the outer surface of pot body, lower cover is on flame, the annular inner cover is arranged in the cannelure of pot body, makes between pot body and the pot frame and forms crooked passage of flame.

The inner cavity chamber of described pot body is provided with drain vessel, and the bottom of drain vessel and the bottom of a pan keep certain intervals, and the top of drain vessel is provided with the pressure frame, and the bolt of pressing frame to be fixed on pot body is buckled.

For convenience of the discharge of steam of drain vessel bottom, the centre of described drain vessel is provided with steam lead.

In order to guarantee the spacing of annular outer cover and pot body, be provided with the outer cover block between the outer surface of described annular outer cover and pot body.

In order to guarantee the spacing of annular inner cover and pot body, be provided with the inner cover block between the cannelure of described annular inner cover and pot body.

In order to guarantee the spacing of drain vessel and pot body, be fixed with the draining block on the described drain vessel.

In order to guarantee between outer chamber bottom and the toroidal membrane suitable spacing is arranged, be provided with back-up block between the outer chamber bottom of described pot body and the toroidal membrane.

After adopting said structure, the utility model has following advantage and effect:

When 1, the utility model used, water level was lower than the cannelure of projection during owing to normal the use, and therefore inside and outside chamber water storage cavity is relatively independent, and during heating, the water temperature raising speed of inner cavity chamber is fast, and generation steam is fast.

When 2, the utility model uses, owing to press the effect of frame and drain vessel, make the water of inner cavity chamber be discharged to outer chamber by aqueduct, a spot of water only stays in inner cavity chamber, and is evenly distributed on the bottom and the chamber wall of inner cavity chamber; During heating, because inner cavity chamber's water yield is few, and heating surface area is big, burning things which may cause a fire disaster temperature height, so inner cavity chamber's programming rate is faster, it is faster to produce steam.In heating process, because inner cavity chamber's evaporation rate is fast, the water of outer chamber can constantly be back to inner cavity chamber.

3, the utility model is taken away and is pressed frame and drain vessel rear interior cavity chamber just to become a bite saucepan, and outer chamber just becomes the foreheater of inner cavity chamber's preparation hot water; It is a steamer, also is saucepan, and convenient functional conversion uses laborsavingly, and energy-saving effect is obvious.

Description of drawings

Fig. 1 is the structural representation of the utility model when using as saucepan.

Fig. 2 is the structural representation of the utility model when using as steamer.

1 pot of body wherein, 2 bolt buttons, 3 cannelures, 4 annular inner covers, 5 annular outer covers, 6 outer cover blocks, 7 inner cover blocks, 8 aqueducts, 9 back-up blocks, 10 toroidal membranes, 11 press framves, 12 steam leads, 13 drain vessels, 14 draining blocks, 15 inner cavity chamber, 16 outer chamber.

The specific embodiment

Shown in Figure 1, be the specific embodiments of the utility model efficient, energy-saving cooker as the saucepan use, it comprises pot body 1, pot frame, the bottom of described pot body 1 is provided with the cannelure 3 that raises up, cannelure 3 is separated into inner cavity chamber 15 and outer chamber 16 to the inner chamber of pot body 1, be connected with aqueduct 8 between the bottom of inner cavity chamber 15 and outer chamber 16, the water level of inner cavity chamber 15 and outer chamber 16 is consistent, prevent that the dry combustion method phenomenon from appearring in inner cavity chamber 15; Described pot frame comprises annular outer cover 5, toroidal membrane 10 and annular inner cover 4, toroidal membrane 10 is fixedlyed connected with annular outer cover 5, annular inner cover 4 both can be movably arranged on the toroidal membrane 10, also can fixedly connected with toroidal membrane 10, annular outer cover 5 upper lid are at the outer surface of pot body 1, and lower cover is on flame, annular inner cover 4 is arranged in the cannelure 3 of pot body 1, make between pot body 1 and the pot frame and form crooked passage of flame, increase heating surface area, prolong the flame heat time.In order to keep the spacing between annular outer cover 5 and the pot body 1, be provided with outer cover block 6 between the outer surface of described annular outer cover 5 and pot body 1.In order to keep the spacing between annular inner cover 4 and the pot body 1, be provided with inner cover block 7 between the cannelure 3 of described annular inner cover 4 and pot body 1.In order to keep the spacing between outer chamber 16 bottoms and the toroidal membrane 10, be provided with back-up block 9 between outer chamber 16 bottoms of described pot body 1 and the toroidal membrane 10.

Shown in Figure 2, be the specific embodiments of the utility model efficient, energy-saving cooker as the steamer use, on the basis of Fig. 1, the inner cavity chamber 15 of described pot body 1 is provided with drain vessel 13, the bottom of drain vessel 13 can be that conical bottom also can be flat, and keep a determining deviation with the bottom of a pan, the centre of described drain vessel 13 is provided with steam lead 12, the steam that steam lead 12 can produce the bottom is discharged, preferably discharge from steam lead 12 sides, so not only can reach the requirement of homogeneous heating, and can avoid that a place flings food steamer in the vapor collection, and the top of drain vessel 13 is provided with presses frame 11, and the bolt of pressing frame 11 to be fixed on pot body 1 is buckled on 2, can prevent drain vessel 13 activities, be fixed with draining block 14 on the described drain vessel 13.So just can reduce the heating volume of inner cavity chamber 15, make inner cavity chamber's 15 interior limited water yields be evenly distributed on bottom and sidewall, shorten the steam generation time, accelerate steam and produce speed.

Claims

1. efficient, energy-saving cooker, comprise a pot body (1), pot frame, it is characterized in that: the bottom of described pot body (1) is provided with the cannelure (3) that raises up, cannelure (3) is separated into inner cavity chamber (15) and outer chamber (16) to the inner chamber of pot body (1), is connected with aqueduct (8) between the bottom of inner cavity chamber (15) and outer chamber (16); Described pot frame comprises annular outer cover (5), toroidal membrane (10) and annular inner cover (4), toroidal membrane (10) is fixedlyed connected with annular outer cover (5), annular inner cover (4) is arranged on the toroidal membrane (10), annular outer cover (5) upper lid is at the outer surface of pot body (1), lower cover is on flame, annular inner cover (4) is arranged in the cannelure (3) of a pot body (1), makes between a pot body (1) and the pot frame and forms crooked passage of flame.

2. efficient, energy-saving cooker according to claim 1, it is characterized in that: the inner cavity chamber (15) of described pot body (1) is provided with drain vessel (13), the bottom of drain vessel (13) and the bottom of a pan keep certain intervals, the top of drain vessel (13) is provided with presses frame (11), and the bolt of pressing frame (11) to be fixed on a pot body (1) is buckled on (2).

3. efficient, energy-saving cooker according to claim 2 is characterized in that: the centre of described drain vessel (13) is provided with steam lead (12).

4. according to claim 2 or 3 described efficient, energy-saving cookers, it is characterized in that: be provided with outer cover block (6) between the outer surface of described annular outer cover (5) and pot body (1).

5. efficient, energy-saving cooker according to claim 4 is characterized in that: be provided with inner cover block (7) between the cannelure (3) of described annular inner cover (4) and pot body (1).

6. efficient, energy-saving cooker according to claim 5 is characterized in that: be fixed with draining block (14) on the described drain vessel (13).

7. efficient, energy-saving cooker according to claim 6 is characterized in that: be provided with back-up block (9) between outer chamber (16) bottom of described pot body (1) and the toroidal membrane (10).