CN210107479U

CN210107479U - Gas stove with improved electronic ignition device

Info

Publication number: CN210107479U
Application number: CN201920472923.5U
Authority: CN
Inventors: 唐家雄
Original assignee: Ningbo Fotile Kitchen Ware Co Ltd
Current assignee: Ningbo Fotile Kitchen Ware Co Ltd
Priority date: 2019-04-09
Filing date: 2019-04-09
Publication date: 2020-02-21
Anticipated expiration: 2029-04-09

Abstract

The utility model relates to a gas-cooker that possesses improved generation electron ignition device, including the cooking utensils panel, the pot frame chassis, electron ignition needle and electron ignition switch, be formed with the kitchen range eye on the cooking utensils panel, form the pot frame support column of fastening cooperation pot frame chassis on the cooking utensils panel, pot frame chassis has the trompil of cooperation kitchen range eye, pot frame chassis is fixed on the cooking utensils panel, make trompil and the mutual setting that corresponds of kitchen range eye, a serial communication port, the gas-cooker still includes the electricity storage device, the cooking utensils panel adopts the conducting strip that possesses different free electron density respectively with pot frame chassis, the cooking utensils panel is connected with the electricity storage device, the electricity storage device connects electron ignition needle and electron ignition switch respectively. When the two conducting sheets are in a mutual contact state, temperature difference is generated between the two conducting sheets, so that stable voltage is generated on the two conducting sheets due to continuous diffusion of electrons, and the electricity is stored by the electricity storage device, the electricity storage device supplies power to the electronic ignition needle of the gas stove, and the electronic ignition device can be normally supplied with power without connecting a power socket or installing a battery.

Description

Gas stove with improved electronic ignition device

Technical Field

The utility model relates to a cooking utensils field especially relates to a gas-cooker that possesses improved generation electron ignition device.

Background

The gas stove becomes necessary kitchen electrical equipment in daily life. When a user uses the existing gas stove, the gas outlet switch of the gas stove is firstly turned on, so that gas is output at the stove support through the gas pipeline of the gas stove, then the electronic ignition device of the gas stove is turned on, electric sparks generated by the electronic ignition device ignite the gas stove output at the stove support, and a cooker or a cooking utensil on the stove support is heated so as to perform normal heating work.

The electronic ignition device of the existing gas stove is generally powered by a 220V power socket connected with a wire or a battery. However, because the kitchen space is limited and a lot of kitchen electrical equipment needing power supply needs to be placed in the kitchen, the electronic ignition device of the gas stove is supplied with commercial power by almost no redundant socket interface; in addition, the battery of the electronic ignition device powered by the battery needs to be replaced frequently, but the position of the electronic ignition device on the gas stove is usually hidden, so that the user is very inconvenient to replace the battery of the electronic ignition device.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem that a gas-cooker that possesses improved generation electron ignition device is provided to above-mentioned prior art.

The utility model provides a technical scheme that above-mentioned technical problem adopted does: the utility model provides a gas-cooker that possesses improved generation electron ignition device, includes cooking utensils panel, pot frame chassis, electron ignition needle and electron ignition switch, is formed with the kitchen range eye on the cooking utensils panel, is formed with the pot frame support column of fastening cooperation pot frame chassis on the cooking utensils panel, and pot frame chassis has the trompil of cooperation kitchen range eye, and pot frame chassis is fixed on the cooking utensils panel for trompil and the mutual corresponding setting of kitchen range eye, its characterized in that, the gas-cooker still includes the accumulate device, the cooking utensils panel with pot frame chassis adopts the conducting strip that possesses different free electron densities respectively, the cooking utensils panel is connected with the accumulate device, accumulate device connects electron ignition needle and electron ignition switch respectively.

Optionally, in the gas stove with the improved electronic ignition device, the conductive sheet is a metal sheet or a semiconductor sheet.

In the gas stove with the improved electronic ignition device, an annular wall which is upward along the stove panel is formed on the stove panel and positioned at the periphery of the pot frame chassis.

Further, the annular wall is 5mm higher than the cooktop panel.

In the gas stove with the improved electronic ignition device, the stove hole, the pot frame chassis and the electronic ignition switch are all protruded from the stove panel.

Furthermore, the electronic ignition switch adopts a resistance type touch key.

In the gas stove with the improved electronic ignition device, a heat conducting coating which is tightly attached to the stove panel is arranged below the stove panel.

In a further improvement, the heat-conducting silica gel clinging to the heat-conducting coating is arranged below the heat-conducting coating.

Preferably, in the gas stove with the improved electronic ignition device, the stove panel is a stainless steel panel.

Further, the thickness of the stove panel and the thickness of the pot frame chassis are both 5 mm.

Compared with the prior art, the utility model has the advantages of:

firstly, the utility model discloses the electron ignition device of well gas-cooker adopts "peltier effect" principle, make cooking utensils panel and pot frame chassis adopt the conducting strip that possesses different free electron density (or called carrier density) respectively, make to produce the difference in temperature between these two kinds of conducting strips when being in the mutual contact state, and then produce the continuous diffusion of electron between two kinds of conductors, thereby produce stable voltage on two kinds of conducting strips, and do the accumulate by the accumulate device, and after starting the electron ignition switch, supply power for the electron ignition needle of gas-cooker by this accumulate device, thereby no longer need extra connection supply socket or installation battery, just can realize the normal power supply for the ignition work of electron ignition device;

secondly, the cooking stove panel of the gas stove is upwards formed into the circular wall, so that the cooking stove panel has water holding capacity, splashed oil stains can float on the surface (of the water layer on the cooking stove panel), and the cooking stove panel is not afraid of the oil stains any more, is easy to clean and is more attractive; moreover, the heat dissipation capacity of the panel of the cooker can be greatly enhanced by the aid of residual water contained on the panel of the cooker and the contained water; in addition, the electronic ignition switch adopts a resistance-type touch key, so that the damage of water to the electronic ignition switch is avoided;

finally, the utility model discloses still increase in the below of cooking utensils panel and set up the heat conduction coating, the cooking utensils panel is hugged closely to this heat conduction coating to further strengthen the balanced ability that gives off of heat.

Drawings

Fig. 1 is a schematic view of a gas range with an improved electronic ignition device according to an embodiment of the present invention;

fig. 2 is a back structure view of the gas range shown in fig. 1;

FIG. 3 is a schematic structural view of a pan rack chassis in the embodiment;

fig. 4 is a schematic view of the connection among the cooking range panel, the electricity storage device, the electronic ignition needle and the electronic ignition switch in this embodiment.

Detailed Description

The present invention will be described in further detail with reference to the following embodiments.

As shown in fig. 1 to 4, the present embodiment provides a gas stove with an improved electronic ignition device, including a stove panel 1, a wok stand chassis 2, an electronic ignition needle 3 and an electronic ignition switch 4, a stove eye 5 is formed on the stove panel 1, a wok stand support column 6 tightly fitted to the wok stand chassis 2 is formed on the stove panel 1, the wok stand chassis 2 has an opening 7 fitted to the wok eye 5, the wok stand chassis 2 is fixed on the stove panel 1, so that the opening 7 and the wok eye 5 are arranged correspondingly to each other, as an improvement, the gas stove in the embodiment further includes an electric storage device 8, the stove panel 1 and the wok stand chassis 2 respectively adopt conductive sheets with different free electron densities, the stove panel 1 is connected with the electric storage device 8, and the electric storage device 8 is respectively connected with the electronic ignition needle 3 and the electronic ignition switch 4. Wherein, the electronic ignition needle 3, the electronic ignition switch 4 and the electricity storage device 8 together form the electronic ignition device of the gas stove. The conductive sheet may be a metal sheet or a semiconductor sheet as required. For example, the cooker panel 1 may be a stainless steel panel, and the thickness of the cooker panel 1 and the thickness of the wok stand chassis 2 are set to 5mm according to needs. It should be noted that the "conductive sheet" in the present invention refers to a conductive material having a certain thickness, and the thickness of the conductive material can be selected as needed. That is, the term "sheet" herein should not be construed as a particular limitation on the thickness of the conductive material.

In this embodiment, the electronic ignition device of the gas stove adopts the principle of the peltier effect, so that the stove panel 1 and the wok stand chassis 2 respectively adopt conducting strips with different free electron densities (or called carrier densities), so that a temperature difference is generated between the two conducting strips (namely the stove panel and the wok stand chassis) when the two conducting strips are in a mutual contact state, and then continuous diffusion of electrons is generated between the two conducting strips, so that stable voltage is generated on the two conducting strips, and the electricity storage device is used for storing electricity, and after the electronic ignition switch 4 is started, the electricity storage device 8 supplies power to the electronic ignition needle 3 of the gas stove, so that a power socket is not required to be additionally connected or a battery is not required to be installed, and normal power supply for ignition work of the electronic ignition device can be realized.

In addition, the periphery of the cooker frame chassis 2 on the cooker panel 1 can be provided with an annular wall 9 which is upward along the cooker panel, so that water containing effect on water which possibly splashes from a cooker or a cooking utensil is achieved, and then splashed oil stains can float on the surface (of a water layer on the cooker panel), so that the cooker panel is not afraid of oil stains, and is easy to clean and more attractive. Wherein the annular wall 9 can be made 5mm higher than the cooktop panel. Of course, it is also possible to make the cooktop 5, the pot rack chassis 2 and the electronic ignition switch 4 all protrude from the cooktop panel 1 on the basis of forming the annular wall 9, to further ensure the waterproof effect of these three components. The electronic ignition switch 4 can adopt a resistance type touch key, so that the adverse effect of water on the electronic ignition switch can be avoided.

In the normal gas process of the gas stove, in order to timely and strongly radiate heat on the panel of the gas stove and enhance the capacity of balanced radiation of heat, a heat-conducting coating 10 tightly attached to the panel of the gas stove is further arranged below the panel 1 of the gas stove. Of course, the heat conductive silica gel 11 closely attached to the heat conductive coating may be further provided below the heat conductive coating 10, so as to further enhance the effect of uniform heat dissipation.

Claims

1. A gas stove with an improved electronic ignition device comprises a stove panel (1), a pot frame chassis (2), an electronic ignition needle (3) and an electronic ignition switch (4), wherein a stove eye (5) is formed on the stove panel (1), a pot frame supporting column (6) which is tightly matched with the pot frame chassis (2) is formed on the stove panel (1), the pot frame chassis (2) is provided with a hole (7) matched with the stove eye (5), the pot frame chassis (2) is fixed on the stove panel (1) so that the hole and the stove eye are arranged in a corresponding way, it is characterized in that the gas stove also comprises an electricity storage device (8), the stove panel (1) and the wok stand chassis (2) respectively adopt conducting strips with different free electron densities, the stove panel (1) is connected with an electricity storage device (8), and the electricity storage device (8) is respectively connected with an electronic ignition needle (3) and an electronic ignition switch (4).

2. The gas stove with the improved electronic ignition device according to claim 1, wherein the conductive sheet is a metal sheet or a semiconductor sheet.

3. The gas range with improved electronic ignition device of claim 1, wherein an annular wall (9) is formed on the cooking range panel (1) and at the periphery of the wok stand chassis (2) and upward along the cooking range panel.

4. Gas range with improved electronic ignition device according to claim 3, characterized by the fact that the annular wall (9) is 5mm higher than the cooktop panel.

5. The gas stove with the improved electronic ignition device according to claim 1, wherein the burner (5), the pot frame chassis (2) and the electronic ignition switch (4) are all protruded from the stove panel (1).

6. The gas cooker with the improved electronic ignition device according to claim 5, wherein the electronic ignition switch (4) is a resistive touch button.

7. The gas stove with the improved electronic ignition device according to claim 1, wherein a heat conducting coating (10) closely attached to the stove panel is arranged below the stove panel (1).

8. The gas stove with the improved electronic ignition device according to claim 7, wherein the heat conducting coating (10) has a heat conducting silica gel (11) adhered to the heat conducting coating.

9. The gas stove with the improved electronic ignition device according to any one of claims 1 to 8, wherein the stove panel (1) is a stainless steel panel.

10. The gas stove with the improved electronic ignition device according to any one of claims 1 to 8, wherein the thickness of the stove panel (1) and the thickness of the wok stand chassis (2) are both 5 mm.