CN204797540U - Nano -ceramics , glass frying pan - Google Patents

Abstract

The utility model belongs to the technical field of cooking utensils, a nano -ceramics, glass frying pan is disclosed for solve the structure complicacy that the current spontaneous heating pot body exists, lead to the poor problem of practicality and application range is narrower. The utility model discloses a pot body and handle, the pot body includes inner shell and shell, outer shell is established in the outside of inner shell, shell and inner shell are made by nano -ceramics, nanometer glass, be equipped with nano -semiconductor polycrystalline silicon heating film between shell and the inner shell, the area that nano -semiconductor polycrystalline silicon heating film covered is greater than the half the of inner shell outer wall area, nano -semiconductor polycrystalline silicon heating film has set three terminal, three terminal be connected with nano -semiconductor polycrystalline silicon heating film, the pot body has set the base, be equipped with at least two recesses that are used for placing the pot body on the base, the slot with the mutual adaptation of terminal is seted up to the recess, the slot in -connection has the power connector who is connected with the power.

Description

A kind of nano ceramics, glass frying pan

Technical field

The utility model belongs to cook utensil technical field, has and relates to a kind of nano ceramics, glass frying pan, and employing nano ceramics, nano-glass are made, and adopt the mode of heating of Nano semiconductor polysilicon heating film to realize high-efficiency heating.

Background technology

In existing electric heating cooking apparatus, pan is from the ordinary pan body made as material during tensile and spontaneous heating pot body, its heating of ordinary pan body is mainly through being provided with electric calorifie installation at bottom of pot body, pot body by with electric calorifie installation transmission of heat by contact, ordinary pan body is owing to relying on transmission of heat by contact, its thermal efficiency is not high, and electric calorifie installation exists the problem of power-off after heat upper punch, control is difficult to realize accurate control, impact culinary art effect.

Spontaneous heating pot body is in the bottom welding heat-generating pipe of ordinary pan body or Electric radiant Heating Film, it relies on motor switch to realize being electrically connected with bottom, realize the spontaneous heating of pot body, such as application number be 200910059638.1 patent of invention disclose a kind of pressure electric frying cooker, pot body is curved, the degree of depth of pot is no more than 2/3rds of pot mouth diameter, pot mouth have outwardly, can the teeth of installation high-voltage pot cover.

Application number be 201110371105.4 patent of invention disclose a kind of pot-stove integrated electric frying pot, include a pot body, hand handle, electric heating body, described electric heating body is located between pot body first bottom surface and the second bottom surface, the 3rd bottom surface is also provided with under described pot body second bottom surface, itself and described second bottom surface form the double-decker being with cavity, and described first, second and third bottom surface of pot body is connected; Described cavity is filled with heat-insulating material; Described cavity is vacuum cavity; Described pot body and/or hand are being provided with switch processed, and it is electrically connected with described electric heating body; Described electric heating body has multiple.

Application number be 201120219959.6 utility model patent disclose a kind of electric frying pan, comprise a pot body, hingle, described pot body comprises internal layer pot body, outer pot body, be arranged on the large electrothermal tube between internal layer pot body and outer pot body, little electrothermal tube, temperature controller, be arranged on the switch on hingle, supply socket, described large electrothermal tube is electrically connected temperature controller with one end after described little electrothermal tube parallel connection, is provided with protective device between described switch and described supply socket; Protective device is fuse; Supply socket be arranged on hingle on body sidewall, described switch-linear hybrid at hingle body end; Switch is that gears regulating switch has 2-5 gear.

Application number be 200920236802.7 utility model patent disclose a kind of electric frying pan, comprise a pot body, be arranged on the heater of bottom of pot body, bottom of pot body is convex spherical shape, heater comprise winding bottom of pot body heat-generating pipe, cast in aluminium between heat-generating pipe and bottom of pot body and between heat-generating pipe; Along outwards arranging the above ring-type iron plate of two circles or arrange helical form iron plate in the middle of bottom of pot body, ring-type iron plate or helical form iron plate are perpendicular to bottom of pot body and be fixed by welding in bottom of pot body, and aluminium casts between each ring-type iron plate or between helical form iron plate; Ring-type iron plate is whole ring-type iron plate or several pieces ring-shaped distributed arc iron plates; Helical form iron plate is several pieces arc iron plates in spiral distribution, and heat-generating pipe is arranged between each ring-type iron plate or between helical form iron plate.

But the heater that existing electric frying pan adopts is all the mode adopting heating wire, causes heat transference efficiency low; Existing frying pan all can only carry out separately simultaneously, can not be used in conjunction with each other, cause resource utilization with other pot of body, and culinary art is inconvenient; And existing frying pan mostly adopts metal to make, easy breed bacteria.

Utility model content

The utility model is in order to the problem of low, the resource utilization of heat transference efficiency that solves existing electric frying pan and exist and easy breed bacteria, and a kind of nano ceramics, glass frying pan are provided, employing nano ceramics, glass are made, growing of bacterium can be reduced, adopt the mode of heating of Nano semiconductor polysilicon heating film, have the advantages that the thermal efficiency is high, simultaneously can with other cooking pot tools with the use of, improve utilization rate and the culinary art convenience of resource.

For solving the problems of the technologies described above, the technical scheme that the utility model adopts is: a kind of nano ceramics, glass frying pan, the handle comprising pot body and be connected with pot body, described pot body comprises inner casing and shell, described casing is located at the outside of inner casing, it is characterized in that, described shell and inner casing are made up of nano ceramics, nano-glass, be provided with Nano semiconductor polysilicon heating film between described shell and inner casing, the area that described Nano semiconductor polysilicon heating film covers is greater than the half of inner casing outer wall area; Described Nano semiconductor polysilicon heating film is equipped with three binding posts, and three described binding posts are connected with Nano semiconductor polysilicon heating film; Described pot body is equipped with base, and described base is provided with at least two for placing the groove of pot body, and described groove offers the slot mutually adaptive with binding post, is connected with the power connector be connected with power supply in described slot.

The area that described Nano semiconductor polysilicon heating film covers is greater than the half of inner casing outer wall area, and the area that Nano semiconductor polysilicon heating film covers is less than 2/3rds of inner casing outer wall area.

The inwall of described shell is provided with the thermal insulation layer be made up of silica gel.

The top of described slot is connected with silica gel sealing lid, and described silica gel sealing lid offers the through hole passed through for binding post.

Described Nano semiconductor polysilicon heating film comprises coating, and described coating is made up of Nano semiconductor polysilicon.

Compared with prior art, the utility model has following beneficial effect: nano ceramics of the present utility model, glass frying pan, the handle comprising pot body and be connected with pot body, described pot body comprises inner casing and shell, described casing is located at the outside of inner casing, described shell and inner casing are made up of nano ceramics, nano-glass, are provided with Nano semiconductor polysilicon heating film between described shell and inner casing, and the area that described Nano semiconductor polysilicon heating film covers is greater than the half of inner casing outer wall area; Described Nano semiconductor polysilicon heating film is equipped with three binding posts, and three described binding posts are connected with Nano semiconductor polysilicon heating film; Described pot body is equipped with base, and described base is provided with at least two for placing the groove of pot body, and described groove offers the slot mutually adaptive with binding post, is connected with the power connector be connected with power supply in described slot.

Pot body of the present utility model and base adopt separate type, and base can provide electric energy to many kinds of pan body simultaneously, realize many kinds of pan body with the use of, improve the utilization rate of resource, the convenience of culinary art can be improved simultaneously.

Frying pan of the present utility model adopts nano ceramics, nano-glass is made, and compared to existing metal pan, can reduce growing of bacterium; Nano ceramics, glass have explosion-proof effect, and dry combustion method temperature can reach 800 °; The utility model adopts the electrothermal method of Nano semiconductor polysilicon heating film simultaneously, can improve heat transference efficiency compared to prior art.The area that Nano semiconductor polysilicon heating film of the present utility model covers simultaneously is greater than the half of inner casing outer wall area, in heating process, most of region of frying pan can be made to heat, and improves the efficiency of frying pan.

The structural design of binding post of the present utility model and slot, has the advantages that structure is simple, easy to make, can prevent the phenomenon in use occurring getting an electric shock, ensure the security used.

Accompanying drawing explanation

Fig. 1 is the schematic cross-section of the utility model one embodiment;

Mark in figure: 1, pot body, 2, handle, 3, inner casing, 4, shell, 5, thermal insulation layer, 6, Nano semiconductor polysilicon heating film, 7, binding post, 8, seal cover, 9, slot, 10, power connector, 11, base.

Detailed description of the invention

Below in conjunction with embodiment, the utility model will be further described, and described embodiment is only the utility model part embodiment, is not whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art, not making other embodiments used obtained under creative work prerequisite, belongs to protection domain of the present utility model.

By reference to the accompanying drawings, nano ceramics of the present utility model, glass frying pan, the handle 2 that comprises pot body 1 and be connected with pot body 1, described pot body 1 comprises inner casing 3 and shell 4, and described shell 4 is set in inner casing 3

Outside, described shell 4 and inner casing 3 are made up of nano ceramics, nano-glass, are provided with Nano semiconductor polysilicon heating film 6 between described shell 4 and inner casing 3, and the area that described Nano semiconductor polysilicon heating film 6 covers is greater than the half of inner casing 3 outer wall area; Described Nano semiconductor polysilicon heating film 6 is equipped with three binding posts 7, and three described binding posts 7 are connected with Nano semiconductor polysilicon heating film 6; Described pot body 1 is equipped with base 11, and described base 11 is provided with at least two for placing the groove of pot body 1, and described groove offers the slot 9 mutually adaptive with binding post 7, is connected with the power connector 10 be connected with power supply in described slot 9.Pot body of the present utility model 1 and base 11 adopt separate type, and base 11 can provide electric energy to many kinds of pan body simultaneously, realize many kinds of pan body with the use of, improve the utilization rate of resource, the convenience of culinary art can be improved simultaneously.

Frying pan of the present utility model adopts nano ceramics, nano-glass is made, and compared to existing metal pan, can reduce growing of bacterium; Nano ceramics, glass have explosion-proof effect, and dry combustion method temperature can reach 800 °; The utility model adopts the electrothermal method of Nano semiconductor polysilicon heating film 6, can improve heat transference efficiency compared to prior art.The area that Nano semiconductor polysilicon heating film 6 of the present utility model covers simultaneously is greater than the half of inner casing 3 outer wall area, in heating process, most of region of frying pan can be made to heat, and improves the efficiency of frying pan culinary art.

As a kind of preferred mode of the utility model, the top of slot 9 is connected with silica gel sealing lid 8, described silica gel sealing lid 8 offers the through hole passed through for binding post 7, the structural design of binding post 7 of the present utility model and slot 9, have the advantages that structure is simple, easy to make, the phenomenon in use occurring getting an electric shock can be prevented, ensure the security used.

In order to improve the cooking efficiency of frying pan further, ensure making full use of of heat energy simultaneously, the area that Nano semiconductor polysilicon heating film 6 covers is greater than the half of inner casing 3 outer wall area, and the area that Nano semiconductor polysilicon heating film 6 covers is less than 2/3rds of inner casing 3 outer wall area, if the area of Nano semiconductor polysilicon heating film 6 is excessive, and the top edge of frying pan in use frying pan can not be utilized, therefore area causes the waste of heat energy excessively mostly, and therefore structural design of the present utility model can ensure making full use of of heat energy.

The inwall of shell 4 of the present utility model is provided with the thermal insulation layer 5 be made up of silica gel, reduces scattering and disappearing of heat energy, improves the utilization rate of heat energy.

As a kind of preferred mode of the utility model, described Nano semiconductor polysilicon heating film 6 comprises coating, and described coating is made up of Nano semiconductor polysilicon, makes the utility model have the high feature of heat transference efficiency.

Claims (5)

1. a nano ceramics, glass frying pan, the handle comprising pot body and be connected with pot body, described pot body comprises inner casing and shell, described casing is located at the outside of inner casing, it is characterized in that, described shell and inner casing are made up of nano ceramics, nano-glass, are provided with Nano semiconductor polysilicon heating film between described shell and inner casing, and the area that described Nano semiconductor polysilicon heating film covers is greater than the half of inner casing outer wall area; Described Nano semiconductor polysilicon heating film is equipped with three binding posts, and three described binding posts are connected with Nano semiconductor polysilicon heating film; Described pot body is equipped with base, and described base is provided with at least two for placing the groove of pot body, and described groove offers the slot mutually adaptive with binding post, is connected with the power connector be connected with power supply in described slot.

2. nano ceramics according to claim 1, glass frying pan, it is characterized in that, the area that described Nano semiconductor polysilicon heating film covers is greater than the half of inner casing outer wall area, and the area that Nano semiconductor polysilicon heating film covers is less than 2/3rds of inner casing outer wall area.

3. nano ceramics according to claim 2, glass frying pan, is characterized in that, the inwall of described shell is provided with the thermal insulation layer be made up of silica gel.

4., according to claim 1-3 arbitrary described nano ceramics, glass frying pan, it is characterized in that, the top of described slot is connected with silica gel sealing lid, and described silica gel sealing lid offers the through hole passed through for binding post.

5. nano ceramics according to claim 4, glass frying pan, is characterized in that, described Nano semiconductor polysilicon heating film comprises coating, and described coating is made up of Nano semiconductor polysilicon.