CN207125617U - Pan and self-heating pan - Google Patents

Abstract

The utility model, which provides a kind of pan and self-heating pan, pan, includes pot, and the inner surface of pot is provided with antirust coat, and antirust coat is provided with antistick layer；And there is latticed fin structure on the inner surface of pot.Latticed fin structure is made up of multiple connected polygon fins; each polygon fin forms groove with the inner surface of pot respectively; fin structure can protect the bottom surface of groove; when being cooked using pan provided by the utility model; slice is merely able to contact with the top surface of fin structure; it will not be contacted with the bottom surface of groove, the antistick layer of the bottom surface of groove will not be scratched by slice and cause to come off, so as to improve the persistence of its non-adhesion behavior.Even if the antistick layer of fin structure top surface comes off after long-term use, the antistick layer on the bottom surface of groove will not be caused to come off, make pan that still there is non-adhesion behavior, and antirust coat can prevent from getting rusty exposed to outer pot, and then prevent pot from damaging, the service life of non-stick pan can be effectively improved.

Description

Pan and self-heating pan

Technical field

Cooking utensil technical field is the utility model is related to, there is the pan more particularly, to a kind of pan, and one kind Self-heating pan.

Background technology

Pan is the indispensable instrument of culinary art, selects suitable pan, and people can be helped to cook the food of delicious health. In daily life, people carry out cooking food usually using pan made of metal material.But use pot made of metal material When having cooking food, usually there is viscous pot and burnt phenomenon, this has not only broken up the profile and flavor of food, and burnt Food can also produce harmful material, influence the health of people.

Therefore, there is non-stick pan in the market.Non-stick pan is the pan that a kind of inner surface in pan coats antistick layer, from And realize prevent food glue pot and it is burnt the effect of.Non-stick pan is using it preferably by hot property, chemical property, performance easy to clean With nontoxic performance, can preferably cooking food, reduction oil mass and oil smoke amount, and do not allow to be also easy to produce the phenomenon of viscous pot, energy Enough profiles and flavor for preferably keeping food, prevent burnt food from producing harmful substance, therefore be widely used.

However, the antistick layer on non-stick pan inner surface easily comes off.When non-stick pan is cooked, antistick layer is sent out with slice After raw friction, it is very easy to come off, so as to lose non-adhesion behavior.More seriously, non-stick pan made of metal material is not After adhesion coating comes off, extremely got rusty easily exposed to outer pot, cause pot to be easily damaged, cause the service life of non-stick pan compared with It is low.

Utility model content

The purpose of this utility model is to provide a kind of pan, relatively low to solve non-stick pan service life of the prior art Technical problem.

The utility model provides a kind of pan, including pot, the inner surface of the pot are provided with antirust coat, the antirust Layer is provided with antistick layer；And there is latticed fin structure on the inner surface of the pot.

Further, the fin structure is the dismountable grid member of main body with the pot, the main body of the pot Inner surface has a recessed lattice corresponding with the grid member, the grid member can nesting be fixed in the recessed lattice.

Further, the fin structure is made up of etching.

Further, the top surface of the fin structure is arc surface.

Further, the fin structure includes multiple connected polygon fins, and the shape of each polygon fin is equal For regular hexagon.

Further, the width of the polygon fin is 0.1mm-0.3mm, is highly 0.3mm-0.5mm.

Further, also there are multiple projections, each projection is located at each polygon respectively on the inner surface of the pot In fin.

Further, the pot is double-deck, including inner pan body and outer pan body；

The outer pan body is set in the outside of inner pan body, and the pot mouth of the pot mouth of the outer pan body and the inner pan body connects Connect, there is gap between the outer pan body and inner pan body, multiple heat carriers are provided with the gap；And between each heat carrier Spacing is increased successively by pot mouth to the bottom of a pan.

Further, the pot is additionally provided with antibiotic layer, and the antibiotic layer is arranged on the antirust coat and the antistick layer Between.

The purpose of this utility model, which also resides in, provides a kind of self-heating pan, including self-heating apparatus and the utility model Described pan；The self-heating apparatus is arranged on the bottom of the pot.

Pan provided by the utility model, including pot, the inner surface of the pot are provided with antirust coat, the antirust coat It is provided with antistick layer；And there is latticed fin structure on the inner surface of the pot.Latticed fin structure is by multiple Connected polygon fin composition, each polygon fin form groove with the inner surface of pot respectively, and fin structure can protect The bottom surface of groove is protected, when being cooked using pan provided by the utility model, slice is merely able to the top surface with fin structure Contact, will not be contacted with the bottom surface of groove, and the antistick layer of the bottom surface of groove will not be scratched by slice and cause to come off, so as to improve it The persistence of non-adhesion behavior.Even if the antistick layer of fin structure top surface comes off after long-term use, the bottom of groove will not be also caused Antistick layer on face comes off, and pan is still had non-adhesion behavior, and antirust coat can prevent from getting rusty exposed to outer pot, And then prevent pot from damaging, the service life of non-stick pan can be effectively improved.

Brief description of the drawings

, below will be right in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art The required accompanying drawing used is briefly described in embodiment or description of the prior art, it should be apparent that, describe below In accompanying drawing be some embodiments of the present utility model, for those of ordinary skill in the art, do not paying creativeness On the premise of work, other accompanying drawings can also be obtained according to these accompanying drawings.

Fig. 1 is the structural representation for the pan with hexagon fin that the utility model embodiment provides；

Fig. 2 is the partial enlarged drawing of Fig. 1 further grooves；

Fig. 3 is the structural representation for the pan with quadrangle fin that the utility model embodiment provides；

Fig. 4 is the partial enlarged drawing of Fig. 3 further grooves.

Icon：1- pots；11- grooves；12- fin structures.

Embodiment

The technical solution of the utility model is clearly and completely described below in conjunction with accompanying drawing, it is clear that described Embodiment is the utility model part of the embodiment, rather than whole embodiments.Based on the embodiment in the utility model, sheet The every other embodiment that field those of ordinary skill is obtained under the premise of creative work is not made, belongs to this practicality Novel protected scope.

, it is necessary to explanation in description of the present utility model, term " " center ", " on ", " under ", it is "left", "right", " perpendicular Directly ", the orientation of the instruction such as " level ", " interior ", " outer " or position relationship are based on orientation shown in the drawings or position relationship, are only Described for the ease of description the utility model and simplifying, rather than instruction or imply signified device or element must have it is specific Orientation, with specific azimuth configuration and operation, therefore it is not intended that to limitation of the present utility model.In addition, term " the One ", " second ", be only used for describe purpose, and it is not intended that instruction or imply relative importance.Wherein, term " first Put " with " second place " it is two different positions.

, it is necessary to which explanation, unless otherwise clearly defined and limited, term " are pacified in description of the present utility model Dress ", " connected ", " connection " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or integratedly Connection；Can be mechanical connection or electrical connection；Can be joined directly together, can also be indirectly connected by intermediary, It can be the connection of two element internals.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition Concrete meaning of the language in the utility model.

The utility model provides a kind of pan, including pot 1, the inner surface of pot 1 are provided with antirust coat, set on antirust coat There is antistick layer；And there is latticed fin structure 12 on the inner surface of pot 1.

Wherein, as shown in Figures 1 to 4, there is latticed fin structure 12 on the inner surface of pot 1, it is latticed convex Rib structure 12 is made up of multiple connected polygon fins, and each polygon fin forms groove with the inner surface of pot 1 respectively 11, the top surface of polygon fin protrudes from the bottom surface of groove 11.The shape of polygon fin can be any suitable shape, can Think quadrangle, can be pentagon, or hexagon.The inner surface of pot 1 is provided with antirust coat, and antirust coat is provided with Antirust coat and antistick layer are sequentially provided with antistick layer, the i.e. outer surface of groove 11 and fin structure 12.

Wherein, antirust coat can by applying, being surface-treated, electroplating, chemicals, negative electrode antirust treatment or other are any Suitable method reaches the purpose of antirust.Antirust coat can protect pot 1 after the antistick layer on the inner surface of pot 1 comes off, Prevent pot 1 from causing to get rusty exposed to the external world, and then prevent pot 1 from damaging, be effectively improved the service life of pot 1.

Wherein, antistick layer can be teflon coatings, or any suitable form such as ceramic layer.Utilize antistick layer Non-adhesion behavior, the inner surface of pot 1 can be made there is non-adhesion behavior, so as to during culinary art, prevent food from gluing pot, have Improve the convenience used in effect ground.

Preferably, multiple grooves 11 are evenly distributed on the inner surface of pot 1, and pot 1 can be made heated more uniformly, Non-adhesion behavior is improved, oil smoke is reduced and produces.

During using pan provided by the utility model, fin structure 12 can protect the bottom surface of groove 11, and slice is merely able to Contact, will not be contacted with the bottom surface of groove 11 with the top surface of fin structure 12, the antistick layer of the bottom surface of groove 11 will not be by slice Scratch causes to come off, so as to improve the persistence of its non-adhesion behavior.Even if the antistick layer of the top surface of fin structure 12 makes for a long time Come off after, will not also cause the antistick layer on the bottom surface of groove 11 to come off, make pan that still there is non-adhesion behavior, and antirust Layer can prevent from getting rusty exposed to outer fin structure 12, and then prevent pot 1 from damaging, and can effectively improve making for non-stick pan Use the life-span.

Pan provided by the utility model, fin structure 12 can protect the antistick layer on the bottom surface of groove 11, make pan It is capable of the slice of wooden slice, iron pan shovel or any suitable form such as stainless steel slice in culinary art, reduces material of the pan to slice Matter requirement, it is possible to increase the convenience used.

In extreme circumstances, even if the antistick layer on the outer surface of fin structure 12 and groove 11 comes off, antirust coat energy Enough prevent pot 1 from getting rusty, and then prevent pot 1 from damaging, the service life of non-stick pan can be effectively improved.

In addition, in use, a small amount of oil is poured into pot 1, and make the groove 11 around oil cloth and the bottom of a pan In, so as to be respectively provided with oil in groove 11 around the bottom of a pan, can make that oil contact with food more uniformly, further raising is not glued Effect.

Pan provided by the utility model, including pot 1, the inner surface of pot 1 are provided with antirust coat, and antirust coat is provided with Antistick layer；And there is latticed fin structure 12 on the inner surface of pot 1.Latticed fin structure 12 is by multiple connected Polygon fin forms, and each polygon fin forms groove 11 with the inner surface of pot 1 respectively, and fin structure 12 can be protected The bottom surface of groove 11, when being cooked using pan provided by the utility model, slice is merely able to the top with fin structure 12 Face contacts, and will not be contacted with the bottom surface of groove 11, and the antistick layer of the bottom surface of groove 11 will not be scratched by slice and cause to come off, so as to Improve the persistence of its non-adhesion behavior.Even if the antistick layer of the top surface of fin structure 12 comes off after long-term use, will not also cause Antistick layer on the bottom surface of groove 11 comes off, and pan is still had non-adhesion behavior, and antirust coat can be prevented exposed to outer Pot 1 get rusty, and then prevent pot 1 from damaging, the service life of non-stick pan can be effectively improved.

In one embodiment of the present utility model, as shown in Figure 1 to Figure 2, fin structure 12 is removable with the main body of pot 1 The grid member unloaded, the body inner surface of pot 1 have a recessed lattice corresponding with grid member, grid member can nesting be fixed on recessed lattice It is interior.

Wherein, recessed lattice are latticed recessed lattice, grid member can nesting be fixed in recessed lattice.Grid member nesting is fixed on recessed After in lattice, grid member top surface protrudes from the body inner surface of pot 1, and each grid and the body inner surface of pot 1 can be distinguished Form groove 11.In use, protruding from the top surface of the grid member of the body inner surface of pot 1 can protect in the main body of pot 1 Surface, slice can only contact with the top surface of grid member, the body inner surface without touching pot 1, so as to prevent Antistick layer on the body inner surface of pot 1 comes off.

Wherein, the outer surface of grid member is provided with antirust coat, and antirust coat is provided with antistick layer, grid member can be made also to have Non-adhesion behavior, antirust coat can prevent grid member from getting rusty after the antistick layer in grid member comes off, and extend grid member uses the longevity Life.And when grid member nesting is fixed on recessed lattice, the antistick layer even if in grid member, which comes off, will not also cause the main body of pot 1 Antistick layer on inner surface comes off.

Preferably, grid member is connected together with recessed lattice, using detachably connected mode, can be convenient for changing and dismantle net Lattice part, after the antistick layer in grid member comes off, grid member more can be easily changed, ensure the non-adhesion behavior of pan, and Extend its service life, reduce use cost.Also, grid member is disassembled during pan is cleaned, can be easy to Cleaning, cleans pan cleaner.

In addition, grid member nesting is fixed in recessed lattice, grid member can be made more to be firmly mounted in the main body of pot 1 On surface, the bottom of grid member is more bonded with the body inner surface of pot 1, prevent from producing space therebetween, so that often A certain amount of oil can be stored in the groove 11 that individual grid and the body inner surface of pot 1 are formed, in use, to pot A small amount of oil is poured into body 1, and is made in the groove 11 around oil cloth and the bottom of a pan, so as to be respectively provided with the groove 11 around the bottom of a pan Oil, oil can be made to be contacted with food more uniform, further improve and do not glue effect.

In another embodiment of the present utility model, fin structure 12 is made up of etching.Wherein, etch also known as photochemical Etching is learned, is materials'use chemical reaction or physical shock effect and the technology of removal.Lead to overetched method, can make convex The inner surface of rib structure 12 and pot 1 is integral type structure, structure can be made compacter, and make fin structure 12 harder Admittedly be arranged on the inner surface of pot 1.

Further, the top surface of fin structure 12 is arc surface.The top surface of fin structure 12 is arc surface, slice with it is convex During the top surface contact of rib structure 12, the friction of the top surface and slice of fin structure 12 can be reduced, prevents the top of fin structure 12 Antistick layer on face drops, and extends the service life of fin structure 12.

Preferably, fin structure 12 includes multiple connected polygon fins, and the shape of each polygon fin is just Hexagon, each polygon fin form groove 11 with the inner surface of pot 1 respectively, and groove 11 is regular hexagon.Wherein, it is polygon The width of shape fin is 0.1mm-0.3mm, is highly 0.3mm-0.5mm.

Further, also there are multiple projections, each projection is located at each polygon fin respectively on the inner surface of pot 1 It is interior.I.e. raised to be arranged on the bottom surface of groove 11, projection can further prevent slice and the bottom surface of groove 11 from contacting, Jin Erbao Demonstrate,prove its non-adhesion behavior.Antistick layer on raised outer surface can make it is raised there is non-adhesion behavior, prevent on raised outer surface Rusty scale, after can preventing the antistick layer in projection from coming off, projection causes to get rusty exposed to the external world, extends service life.

Projection may be mounted at position arbitrarily suitable on the bottom surface of groove 11, for example, groove 11 is shaped as positive six side Shape, projection can be arranged on the center of hexagon；Further, it is also possible to set multiple projections, multiple projections can be along six sides The diagonal of shape is set.

Its protrusions and the bottom surface of groove 11 can connect with welding, and any suitable mode such as can also be connected through a screw thread Connection.

Preferably, it is raised detachably connected with the bottom surface of groove 11, projection can be convenient for changing and dismantle, in projection Antistick layer come off after, more can easily change projection, ensure the non-adhesion behavior of pan, and extend its service life, drop Low use cost.Also, projection is disassembled during pan is cleaned, can be easy to clean, makes pan cleaning ground more Add clean.In addition, projection can be also arranged on different positions, improve the utilization rate of pan according to requirements.

Further, pot 1 is double-deck, including inner pan body 1 and outer pan body 1；Outer pan body 1 is set in the outside of inner pan body 1, And the pot mouth of outer pan body 1 is connected with the pot mouth of inner pan body 1, there is gap between outer pan body 1 and inner pan body 1, be provided with gap more Individual heat carrier；And the spacing between each heat carrier is increased successively by pot mouth to the bottom of a pan.

Wherein, heat carrier can be made up of the higher material of thermal conductivity factor, such as：The metal materials such as copper, iron or aluminium.Heat conduction Body can be heat conductive rod, or any suitable form such as heat-conducting block.

In the present embodiment, heat carrier is heat conductive rod, the material and structure all same of each heat conductive rod, wherein each heat conductive rod One end contacted with inner pan body 1, the other end is contacted with outer pan body 1, and the axial direction of each heat conductive rod is vertically set.Use When, inner pan body 1 and outer pan body 1 are by heat conductive rod heat conduction, due to the circumference along pot 1, the spacing between heat conductive rod by pot mouth extremely The bottom of a pan increases successively, and the heat conductive rod density near pot mouth is more than the heat conductive rod density near the bottom of a pan, and the high temperature in the bottom of a pan can be made fast Speed is transferred to pot mouth, so that the temperature of the bottom of a pan and pot mouth is consistent substantially, makes the heated more uniform of pot 1, it is possible to increase Non-adhesion behavior, and temperature in pot can be controlled to keep certain temperature, reduces the generation of oil smoke, improve use it is comfortable Property.

In addition, pot 1 can also utilize high-temperature process, strengthen the intensity of pot 1, prevent its deformation, strengthen the steady of pot 1 It is qualitative.

Further, pot 1 is additionally provided with antibiotic layer, and antibiotic layer is arranged between antirust coat and antistick layer.

By antibiotic layer, pan antibacterial and deodouring can be made, prevent the bacterium in pan from causing user that the diseases such as diarrhoea occur Shape.In the present embodiment, pot 1 is provided with nano-silver layer, and nano-silver layer has strongly to pathogenic microorganisms such as Escherichia coli, gonococcus Suppression and killing action, pan antibacterial can be made to keep the cleannes of pan, ensure security that pan uses and reliable Property.

It should be noted that pan provided by the utility model, can be frying pan, it can be frying pan, can be saucepan etc. Arbitrarily suitable form.

The purpose of this utility model, which also resides in, provides a kind of self-heating pan, including self-heating apparatus and according to this practicality New described pan；The self-heating apparatus is arranged on the bottom of the pot 1.

Wherein self-heating apparatus can include heat pack, and heat pack can heat up after meeting water and release heat, wherein generating heat Calcium oxide can be included in bag.

The self-heating pan that the present embodiment provides also includes base, and heat pack is arranged in base, and base is provided with Water filling port.In use, pan is prevented on base, the water filling into base by water filling port, heat pack can heat up after meeting water And heat is released, to heat the food in pan.

Self-heating pan provided by the utility model, when being cooked, slice is merely able to the top surface with fin structure 12 Contact, will not be contacted with the bottom surface of groove 11, and the antistick layer of the bottom surface of groove 11 will not be scratched by slice and cause to come off, so as to carry The persistence of its high non-adhesion behavior.Even if the antistick layer of the top surface of fin structure 12 comes off after long-term use, will not also cause Antistick layer on the bottom surface of groove 11 comes off, and pan is still had non-adhesion behavior, and antirust coat can be prevented exposed to outer Pot 1 get rusty, and then prevent pot 1 from damaging, the service life of non-stick pan can be effectively improved.

In addition, self-heating apparatus can be such that self-heating pan is cooked in the case of no thermal source, can adapt to more Kind cooking environments, improve the convenience used of self-heating pan.

Finally it should be noted that：Various embodiments above is only to illustrate the technical solution of the utility model, rather than it is limited System；Although the utility model is described in detail with reference to foregoing embodiments, one of ordinary skill in the art should Understand：It can still modify to the technical scheme described in foregoing embodiments, either to which part or whole Technical characteristic carries out equivalent substitution；And these modifications or replacement, the essence of appropriate technical solution is departed from this practicality newly The scope of each embodiment technical scheme of type.

Claims (10)

1. a kind of pan, it is characterised in that including pot, the inner surface of the pot is provided with antirust coat, on the antirust coat Provided with antistick layer；And there is latticed fin structure on the inner surface of the pot.

2. pan according to claim 1, it is characterised in that the fin structure is detachable with the main body of the pot Grid member, the body inner surface of the pot has recessed lattice corresponding with the grid member, and the grid member can be nested solid It is scheduled in the recessed lattice.

3. pan according to claim 1, it is characterised in that the fin structure is made up of etching.

4. pan according to claim 1, it is characterised in that the top surface of the fin structure is arc surface.

5. pan according to claim 1, it is characterised in that it is convex that the fin structure includes multiple connected polygons Rib, the shape of each polygon fin is regular hexagon.

6. pan according to claim 5, it is characterised in that the width of the polygon fin is 0.1mm-0.3mm, Highly it is 0.3mm-0.5mm.

7. pan according to claim 5, it is characterised in that also there are multiple projections, respectively on the inner surface of the pot Individual projection is respectively in each polygon fin.

8. according to the pan any one of claim 1-7, it is characterised in that the pot is bilayer, including inner pan body And outer pan body；

The outer pan body is set in the outside of inner pan body, and the pot mouth of the outer pan body is connected with the pot mouth of the inner pan body, institute Stating has gap between outer pan body and inner pan body, multiple heat carriers are provided with the gap；And the spacing between each heat carrier Increased successively by pot mouth to the bottom of a pan.

9. according to the pan any one of claim 1-7, it is characterised in that the pot is additionally provided with antibiotic layer, described Antibiotic layer is arranged between the antirust coat and the antistick layer.

10. a kind of self-heating pan, it is characterised in that including self-heating apparatus and according to any one of claim 1-9 institutes The pan stated；The self-heating apparatus is arranged on the bottom of the pot.