CN204410506U - A kind of have the antiseized metal sandwich pot with handles cohering structure - Google Patents
A kind of have the antiseized metal sandwich pot with handles cohering structure Download PDFInfo
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- CN204410506U CN204410506U CN201420774609.XU CN201420774609U CN204410506U CN 204410506 U CN204410506 U CN 204410506U CN 201420774609 U CN201420774609 U CN 201420774609U CN 204410506 U CN204410506 U CN 204410506U
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Abstract
The utility model discloses and a kind of there is the antiseized metal sandwich pot with handles cohering structure, wherein, first pan body assembly comprises ground floor by the clean layer of thermosphere, the equal thermosphere of ground floor and ground floor, and it is protruding that the clean layer of ground floor is provided with a plurality of spherical crown, described spherical crown its bottom circular radius protruding is 0.6mm, spherical crown height is 0.3mm, and the center of circle spacing between two adjacent spherical crown projections is 2mm; And the second pan body assembly and handle assembly, described second pan body assembly comprises the second layer by the clean layer of thermosphere, the equal thermosphere of the second layer and the second layer.The utility model provides a kind ofly novel has the antiseized metal sandwich pot with handles cohering structure, and it make use of the heat conductivility of different metal on the one hand, makes the thermal conductance efficiency when cooking higher; On the other hand, its structural composability can adapt to different culinary art demands.
Description
Technical field
The utility model belongs to daily living article technical field, relates to a kind of cooker, in particular, the utility model relate to a kind of can realize several functions by component combination there is the antiseized metal sandwich pot with handles cohering structure.
Background technology
Cooker exactly by cooking, boiling, steam, the means such as stir-fry, in order to food material to be processed into the utensil of edible item.Pot is basic cookware article, in daily life pot use and develop with the living conditions of people, cook be accustomed to, life style, quality of life be closely related.
Along with the development of science and technology, new technologies and methods, new technology and the new material application in pot is produced such as such as hardening oxidation, soft oxidation, enamel technology, friction pressure welding, metal are moltenly penetrated, spinning, composite sheet, current family expenses pan product no longer only appoints demand for target to meet substantially to cook.Consumer is also constantly proposing new requirement to the various aspects such as material, outward appearance, function, environmental protection of pan product, and this proposes high requirement to the R & D design ability of pan production enterprise and manufacturing level.
Pan product is one and user, the field that environment for use is closely bound up, in its use procedure, the function that product plays, bring the direct evaluation that affect user and it is designed of psychological experiences meeting of user, therefore, the idea of its structural modality design should high praise technology simply, being transformed into around technology Method of Spreading Design with technology is brake force, design centered by the sensory experience of user, and round such prerequisite, " ergonomics " is exactly a necessary Consideration, based on this factor, the pan product with composite behaviour is engendered in existing market.
But in the prior art, the pan product of combination is only functional simple superposition, and the Rational structure not from the appropriate size of cooker itself and use visual angle, between parts and parts is dealt with problems, and these two factors can be directly connected to the serviceability of pan product.
Utility model content
The object of this part is to summarize some aspects of embodiment of the present utility model and briefly introduces some better embodiment.May do in the specification digest and utility model title of this part and the application a little simplify or omit with avoid making this part, specification digest and utility model title object fuzzy, and this simplification or omit and can not be used for limiting scope of the present utility model.
In view of above-mentioned and/or existing have antiseizedly cohere Problems existing in the metal sandwich pot cooker product with handles of structure, propose the utility model.
Therefore, the purpose of this utility model be to provide a kind of can combinationally use and heat conduction soaking effective there is the antiseized metal sandwich pot with handles cohering structure.
For solving the problems of the technologies described above, according to an aspect of the present utility model, the utility model provides following technical scheme: a kind of have the antiseized metal sandwich pot with handles cohering structure, it comprises, first pan body assembly, described first pan body assembly has culinary art food materials the first space used and upper port thereof, described first pan body assembly comprises ground floor by thermosphere, the equal thermosphere of ground floor and the clean layer of ground floor, wherein, described ground floor is set to the lateral surface in described first space by thermosphere, the equal thermosphere of described ground floor is set to the intraformational bed in the first space, the clean layer of described ground floor is set to the medial surface in described first space, and described ground floor is copper by thermosphere, the equal thermosphere of described ground floor is aluminium, the clean layer of described ground floor is stainless steel, and it is protruding that the clean layer of ground floor is provided with a plurality of spherical crown, described spherical crown its bottom circular radius protruding is 0.6mm, spherical crown height is 0.3mm, center of circle spacing between two adjacent spherical crown projections is 2mm, and, second pan body assembly, described second pan body assembly has under shed and upper shed, described under shed coordinates with described upper port movable sealing the second space being formed and comprise described first space, described second pan body assembly comprises the second layer by thermosphere, the equal thermosphere of the second layer and the clean layer of the second layer, wherein, the described second layer is set to the lateral surface of described second space by thermosphere, the equal thermosphere of the described second layer is set to the intraformational bed of second space, the clean layer of the described second layer is set to the medial surface of described second space, and the described second layer is copper by thermosphere, the equal thermosphere of the described second layer is aluminium, the clean layer of the described second layer is stainless steel, the lateral surface of described second pan body assembly is also provided with handle assembly.
As described in the utility model, there is the antiseized a kind of preferred version cohering the metal sandwich pot with handles of structure, wherein: described handle assembly comprises, the projection be fixedly connected with the lateral surface of described second pan body assembly and the handle be connected with described projection.
Have the antiseized a kind of preferred version cohering the metal sandwich pot with handles of structure as described in the utility model, wherein: described convex area is divided into guide part and cuttage portion, described guide part and cuttage portion intersection are wholely set, and described cuttage portion is provided with breach; Described grip region is divided into connecting portion, gyration portion and handle part, and described connecting portion is provided with the gathering sill matched with described guide part and cuttage portion; Described gyration portion is hollow structure, and its front end is provided with contact part, and described contact part is hollow ring structure, and its thickness matches with the gap width of described breach, and described contact part is provided with fracture, and described gyration portion lateral surface is provided with lock handle; The lateral surface of described handle part is provided with lock handle groove; The guide part of described projection and cuttage portion enter in the gathering sill of described connecting portion, then through the fracture of described contact part, when described connecting portion conflicts to described second pan body assembly lateral surface, described breach is just in time positioned at described incision position, rotate described gyration portion, when described lock handle matches with described lock handle groove, complete the connection of handle and described second pan body assembly.
As described in the utility model, there is the antiseized a kind of preferred version cohering the metal sandwich pot with handles of structure, wherein: the upper port of described first pan body assembly is provided with first and leads a bar, described first lead a bar and stretch out from the upper port edge of described first pan body assembly.
As described in the utility model, there is the antiseized a kind of preferred version cohering the metal sandwich pot with handles of structure, wherein: described first leads a bar one end is provided with limited block.
As described in the utility model, there is the antiseized a kind of preferred version cohering the metal sandwich pot with handles of structure, wherein: the lateral surface of described first pan body assembly is provided with the first snap component, described first snap component comprises locating piece and profile, and described profile is arranged between two pieces of locating pieces.
As described in the utility model, there is the antiseized a kind of preferred version cohering the metal sandwich pot with handles of structure, wherein: the under shed of described second pan body assembly is provided with leads first position guiding groove of bar phase rotatable engagement with described first, described first position guiding groove is provided with first and leads bit space and first and lead position mouth, first one end of leading a bar is led position mouth from described first and is entered described first and lead bit space and be sealed and matched mutually with described first position guiding groove, and described first position guiding groove upper end is provided with elastic groove.
As described in the utility model, there is the antiseized a kind of preferred version cohering the metal sandwich pot with handles of structure, wherein: the lateral surface of described second pan body assembly is provided with the second snap component, described second snap component comprises two clamping blocks, and described two clamping blocks interval width is each other equal with the width of described profile.
As described in the utility model, there is the antiseized a kind of preferred version cohering the metal sandwich pot with handles of structure, wherein: the medial surface of described first pan body assembly comprises sealing surface, described sealing surface is subject to the upper port of thermosphere downwards in the medial surface extending to the clean layer formation of described ground floor from described ground floor.
As described in the utility model, there is the antiseized a kind of preferred version cohering the metal sandwich pot with handles of structure, wherein: the lateral surface of described second pan body assembly comprises binding face, described binding face is downwards extend from described under shed, and the section line length of described binding face is equal with the section line length of described sealing surface.
The utility model provides a kind ofly novel has the antiseized metal sandwich pot with handles cohering structure, and it make use of the heat conductivility of different metal on the one hand, makes the thermal conductance efficiency when cooking higher; On the other hand, its structural composability can adapt to different culinary art demands.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the utility model embodiment, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 described in the utility modelly in an embodiment a kind ofly has the antiseized agent structure schematic diagram cohering the metal sandwich pot with handles of structure;
Fig. 2 is the structural representation of the first pan body assembly described in an embodiment shown in Fig. 1;
Fig. 3 is the section partial enlargement structural representation of the first pan body assembly described in an embodiment shown in Fig. 2;
Fig. 4 is the first snap component structural representation of the first pan body assembly described in an embodiment shown in Fig. 2;
Fig. 5 is the structural representation of the second pan body assembly and described projection described in an embodiment shown in Fig. 1;
The partial structurtes enlarged diagram that Fig. 6 seals for the first pan body assembly described in an embodiment shown in Fig. 1 and the second pan body assembly;
Fig. 7 is the second pan body assembly described in an embodiment and handle assembly sectional structure schematic diagram shown in Fig. 1;
Fig. 8 is bulge-structure schematic diagram described in an embodiment shown in Fig. 1;
Fig. 9 is grip structure schematic diagram described in an embodiment shown in Fig. 1;
Figure 10 is for handle A-A described in an embodiment shown in Fig. 9 is to sectional structure schematic diagram;
Figure 11 is structural representation when projection described in an embodiment enters described gyration portion;
Figure 12 pins rear structural representation for protruding described in an embodiment with described gyration portion;
Figure 13 selects the structural representation in the horizontal shape the bottom of a pan for the first pan body assembly described in an embodiment shown in Fig. 1;
Figure 14 described in the utility modelly in another embodiment a kind ofly has the antiseized agent structure schematic diagram cohering the metal sandwich pot with handles of structure;
Figure 15 described in the utility modelly a kind ofly has the clean layer detailed schematic of the antiseized ground floor cohering the metal sandwich pot with handles of structure.
Detailed description of the invention
For enabling above-mentioned purpose of the present utility model, feature and advantage become apparent more, are described in detail detailed description of the invention of the present utility model below in conjunction with accompanying drawing.
Set forth a lot of detail in the following description so that fully understand the utility model, but the utility model can also adopt other to be different from alternate manner described here to implement, those skilled in the art can when doing similar popularization without prejudice to when the utility model intension, and therefore the utility model is by the restriction of following public specific embodiment.
Secondly, the utility model is described in detail in conjunction with schematic diagram, when describing the utility model embodiment in detail; for ease of explanation; represent that the profile of device architecture can be disobeyed general ratio and be made partial enlargement, and described schematic diagram is example, it should not limit the scope of the utility model protection at this.In addition, the three-dimensional space of length, width and the degree of depth should be comprised in actual fabrication.
For making the purpose of this utility model, technical scheme and advantage clearly, below in conjunction with accompanying drawing, embodiment of the present utility model is described in further detail.
Embodiment 1
As shown in FIG. 1 to 3, in this embodiment, a kind of have the antiseized metal sandwich pot with handles cohering structure, includes the first pan body assembly 100, second pan body assembly 200 and handle assembly 207.
Wherein, see Fig. 1 ~ Fig. 3 and Figure 15, the first pan body assembly 100 has culinary art food materials the first space used and upper port 101 thereof.The utilization ratio of heat energy during in order to improve culinary art, in this embodiment, first pan body assembly 100 comprises ground floor by thermosphere 102, the equal thermosphere 103 of ground floor and the clean layer 108 of ground floor, wherein, the material that ground floor adopts by thermosphere 102 is copper, the material that the equal thermosphere 103 of ground floor adopts is aluminium, and the material that the clean layer 108 of ground floor adopts is stainless steel, and ground floor is set to the lateral surface in the first space of this first pan body assembly 100 by thermosphere 102, and equal for ground floor thermosphere 103 is set to the intraformational bed of this first pan body assembly 100, clean for ground floor layer 108 is set to the medial surface in described first space.The clean layer 108 of ground floor is provided with a plurality of spherical crown protruding, described spherical crown its bottom circular radius protruding is 0.6mm, and spherical crown height is 0.3mm, and the center of circle spacing between two adjacent spherical crown projections is 2mm.Contrast experiment proves, adopt the clean layer 108 of the ground floor of this kind of structure effectively can prevent the sticky glutinous of food materials, its reason is: along with the increase of cooking time, the temperature of the clean layer 108 of ground floor raises gradually, the free moisture film formed on ground floor clean layer 108 surface is also more and more thicker, theoretical according to Fountaine wawter tension: the thickness of moisture film constantly increases, wawter tension is caused to reduce rapidly, thus the adhesion produced between food materials and the clean layer 108 of ground floor is reduced, the effect of reducing adhesion is also become better and better.
Copper being set to ground floor at this by the reason of thermosphere 102 is: make use of the feature that the coefficient of heat conduction of metallic copper is high, the coefficient of heat conduction of metallic copper can reach 0.94cal/cm
2s is heat conductor good in metal, and heat transfer is fast, and ground floor adopts copper material by thermosphere 102 and is arranged at the lateral surface in the first space of the first pan body assembly 100 can efficient heat transfer; And aluminium has the uniform characteristic of heat transfer, the equal thermosphere 103 of ground floor adopts aluminium material and is set to the intraformational bed in the first space of this first pan body assembly 100, heat is passed in the first space equably, can reach the object of isolated toxic metals copper simultaneously; The clean layer 108 of ground floor adopts stainless material in order that be convenient to clean.
Especially, in one embodiment, the ground floor of copper material is adopted to be 2mm ~ 3mm by the thickness of thermosphere 102, to reach best heat-conducting effect; Meanwhile, the thickness adopting the equal thermosphere 103 of ground floor of aluminium material is 0.5mm ~ 1mm, reaches and make to have antiseized object of cohering the metal sandwich pot body thermally equivalent with handles of structure while effectively isolated ground floor is by thermosphere 102; And the thickness adopting the clean layer 108 of the ground floor of stainless steel is 0.4mm ~ 0.5mm.
In this embodiment, the upper port 101 of the first pan body assembly 100 is provided with first and leads a bar 104, the first and lead a bar 104 and stretch out from upper port 101 edge of the first pan body assembly 100.This first setting leading a bar 104 seals to better match with the first position guiding groove of the second pan body assembly and replace.Especially, first one end of leading a bar 104 is provided with limited block 105, so that better block the first position guiding groove.The lateral surface of the first pan body assembly 100 is also provided with the first snap component 106 (see Fig. 4), and the first snap component 106 comprises locating piece 106a and profile 106b, and profile 106b is arranged between two pieces of locating piece 106a.First snap component 106 can be clasped mutually with the second snap component, to reach the object of sealing first pan body assembly 100 and the second pan body assembly.
Corresponding, as shown in Figure 5 and see Fig. 2, the second pan body assembly 200 has under shed 201 and upper shed 202, under shed 201 coordinates with upper port 101 movable sealing the second space being formed and comprise described first space.Particularly, the under shed 201 of the second pan body assembly 200 is provided with first position guiding groove 203 of leading a bar 104 phase rotatable engagement with first, first position guiding groove 203 is provided with first and leads bit space and first and lead position mouth, and first one end of leading a bar 104 is led position mouth from first and entered first and lead bit space and be sealed and matched mutually with the first position guiding groove 203.Preferably, first other end of leading a bar 104 is provided with limited block 105, enter first lead bit space after first lead a bar 104 and carry out the spacing of rotary moveable by limited block 105.
Also be provided with the elastic groove 204 paralleled with the first position guiding groove 203 in the upper end of the first position guiding groove 203, elastic groove is offered to its medial surface by the second pan body assembly 200 lateral surface, and is 0.5mm ~ 1mm with the first position guiding groove 203 spacing distance.
In this embodiment, the lateral surface of the second pan body assembly 200 is also provided with the second snap component 205, it comprises two clamping blocks, two clamping block 205a interval width is each other equal with the width of the profile 106b be arranged on the first pan body assembly 100, profile 106b upwards withholds and enters between two clamping block 205a, makes the first pan body assembly 100 mutually closely sealed on longitudinal space with the second pan body assembly 200.Second pan body assembly 200 comprises the second layer by the clean layer of thermosphere, the equal thermosphere of the second layer and the second layer, wherein, the second layer is set to the lateral surface of described second space by thermosphere, the equal thermosphere of the second layer is set to the intraformational bed of second space, the clean layer of the second layer is set to the medial surface of second space, and the second layer is copper by thermosphere, the equal thermosphere of the second layer is aluminium, and the clean layer of the second layer is stainless steel.Copper being set to the second layer at this by the reason of thermosphere is: make use of the feature that the coefficient of heat conduction of metallic copper is high, the coefficient of heat conduction of metallic copper can reach 0.94cal/cm
2s is heat conductor good in metal, and heat transfer is fast, and the second layer adopts copper material by thermosphere and is arranged at the lateral surface of the second space of the second pan body assembly 200 can efficient heat transfer; And aluminium has the uniform characteristic of heat transfer, the equal thermosphere of the second layer adopts aluminium material and is set to the intraformational bed of the second space of this second pan body assembly 200, heat is passed in second space equably, can reach the object of isolated toxic metals copper simultaneously; Simultaneously, utilize the feature of stainless steel easy cleaning, clean for second layer layer is set to the medial surface of the second space of the second pan body assembly 200, so that convenient cleaning pan, the clean layer of the second layer is not arranged yet and specifically antiseizedly coheres structure, with easy casting technique.
Especially, in one embodiment, the second layer of copper material is adopted to be 2mm ~ 3mm by the thickness of thermosphere, to reach best heat-conducting effect; Meanwhile, the thickness adopting the equal thermosphere of the second layer of aluminium material is 0.5mm ~ 1mm, reaches and make to have antiseized object of cohering the metal sandwich pot body thermally equivalent with handles of structure while the effectively isolated second layer is by thermosphere; And the thickness adopting the clean layer of the second layer of stainless steel is 0.2mm ~ 0.5mm.
Better be sealed when combining to make the first pan body assembly 100 and the second pan body assembly 200, as shown in Figure 6, the medial surface of the first pan body assembly 100 comprises sealing surface 107, and sealing face 107 is from the upper port 101 downward medial surface in extend to ground floor clean layer 108 formation of ground floor by thermosphere 102; And the lateral surface of the second pan body assembly 200 comprises binding face 206, this binding face 206 is downwards in extending under shed 201, and for ensureing that sealing surface 107 and binding face 206 can be completely closely sealed, the section line length of binding face 206 is equal with the section line length of sealing surface 107.
See Fig. 7 to Figure 12, the lateral surface of the second pan body assembly 200 is also provided with handle assembly 207, holds to facilitate user.Handle assembly 207 comprises, the protruding 207a be fixedly connected with the lateral surface of the second pan body assembly 200 and handle 207b be connected with protruding 207a.For fixedly securing protruding 207a and handle 207b, protruding 207a divides into guide part 207a-10 and cuttage portion 207a-20, guide part 207a-10 and cuttage portion 207a-20 intersection and is wholely set, and cuttage portion 207a-20 is provided with breach 207a-21.
Handle 207b divides into connecting portion 207b-10, gyration portion 207b-20 and handle part 207b-30, and connecting portion 207b-10 is provided with the gathering sill 207b-11 matched with guide part 207a-10 and cuttage portion 207a-20; Gyration portion 207b-20 is hollow structure, its front end is provided with contact part 207b-21, contact part 207b-21 is hollow ring structure, its thickness matches with the gap width of breach 207a-21, contact part 207b-21 is provided with fracture 207b-22,207b-20 lateral surface in gyration portion is provided with lock handle 207b-23; The lateral surface of handle part 207b-30 is provided with lock handle groove 207b-31; Guide part 207a-10 and the cuttage portion 207a-20 of protruding 207a enter in the gathering sill 207b-11 of connecting portion 207b-10, then through the fracture 207b-22 of contact part 207b-21, when connecting portion 207b-10 conflicts to the lateral surface of the second pan body assembly 200, breach 207a-21 is just in time positioned at fracture 207b-22 place, rotate gyration portion 207b-20, when lock handle 207b-23 matches with lock handle groove 207b-31, complete the connection of handle 207b and the second pan body assembly 200.Now, as shown in figure 12, fracture 207b-22 rotates to top, and the non-fracture 207b-22 part of contact part 207b-21 enters breach 207a-21, pins protruding 207a and handle 207b.Then pressing lock handle 207b-23 enters in lock handle groove 207b-31, pins gyration portion 207b-20 and prevents gyration portion 207b-20 from rotating when reality uses.
In this embodiment, the first pan body assembly 100, as having antiseized the bottom of a pan part of cohering the metal sandwich pot with handles of structure, selects the circular arc the bottom of a pan, and certainly, for combinationally using, the first pan body assembly 100 also can adopt the horizontal shape the bottom of a pan, as shown in figure 13.For meeting different culinary art demands, can be combinationally used by different selecting.
Embodiment 2
As shown in figure 14, in this embodiment, a kind of have the antiseized metal sandwich pot with handles cohering structure, includes the first pan body assembly 100, second pan body assembly 200 and handle assembly (not indicating in figure).As different from Example 1, first pan body assembly 100 and the second pan body assembly 200 are in cylindric, for coordinating different boiling culinary art needs, in this embodiment, a kind of have the antiseized metal sandwich pot with handles cohering structure and also comprise a plurality of second pan body assembly 200, between first pan body assembly 100 and the second pan body assembly 200, and connected by the closed structure in embodiment 1 between each second pan body assembly 200, be not repeated herein.
It should be noted that, above embodiment is only in order to illustrate the technical solution of the utility model and unrestricted, although be described in detail the utility model with reference to preferred embodiment, those of ordinary skill in the art is to be understood that, can modify to the technical solution of the utility model or equivalent replacement, and not departing from the spirit and scope of technical solutions of the utility model, it all should be encompassed in the middle of right of the present utility model.
Claims (10)
1. there is the antiseized metal sandwich pot with handles cohering structure, it is characterized in that: comprise,
First pan body assembly (100), described first pan body assembly (100) has culinary art food materials the first space used and upper port (101) thereof, described first pan body assembly (100) comprises ground floor by thermosphere (102), the equal thermosphere of ground floor (103) and the clean layer (108) of ground floor, wherein, described ground floor is set to the lateral surface in described first space by thermosphere (102), the equal thermosphere of described ground floor (103) is set to the intraformational bed in the first space, the clean layer (108) of described ground floor is set to the medial surface in described first space, and described ground floor is copper by thermosphere (102), the equal thermosphere of described ground floor (103) is aluminium, the clean layer (108) of described ground floor is stainless steel, and it is protruding that the clean layer (108) of ground floor is provided with a plurality of spherical crown, described spherical crown its bottom circular radius protruding is 0.6mm, spherical crown height is 0.3mm, center of circle spacing between two adjacent spherical crown projections is 2mm, and,
Second pan body assembly (200), described second pan body assembly (200) has under shed (201) and upper shed (202), described under shed (201) coordinates with described upper port (101) movable sealing the second space being formed and comprise described first space, described second pan body assembly (200) comprises the second layer by thermosphere, the equal thermosphere of the second layer and the clean layer of the second layer, wherein, the described second layer is set to the lateral surface of described second space by thermosphere, the equal thermosphere of the described second layer is set to the intraformational bed of second space, the clean layer of the described second layer is set to the medial surface of described second space, and the described second layer is copper by thermosphere, the equal thermosphere of the described second layer is aluminium, the clean layer of the described second layer is stainless steel, the lateral surface of described second pan body assembly (200) is also provided with handle assembly (207).
2. there is the antiseized metal sandwich pot with handles cohering structure as claimed in claim 1, it is characterized in that: described handle assembly (207) comprises,
The projection (207a) be fixedly connected with the lateral surface of described second pan body assembly (200) and the handle (207b) be connected with described projection (207a).
3. there is the antiseized metal sandwich pot with handles cohering structure as claimed in claim 2, it is characterized in that:
Described projection (207a) divides into guide part (207a-10) and cuttage portion (207a-20), described guide part (207a-10) and cuttage portion (207a-20) intersection are wholely set, and described cuttage portion (207a-20) is provided with breach (207a-21);
Described handle (207b) divides into connecting portion (207b-10), gyration portion (207b-20) and handle part (207b-30), and described connecting portion (207b-10) is provided with the gathering sill (207b-11) matched with described guide part (207a-10) and cuttage portion (207a-20); Described gyration portion (207b-20) is hollow structure, its front end is provided with contact part (207b-21), described contact part (207b-21) is hollow ring structure, its thickness matches with the gap width of described breach (207a-21), described contact part (207b-21) is provided with fracture (207b-22), described gyration portion (207b-20) lateral surface is provided with lock handle (207b-23); The lateral surface of described handle part (207b-30) is provided with lock handle groove (207b-31);
The guide part (207a-10) of described projection (207a) and cuttage portion (207a-20) enter in the gathering sill (207b-11) of described connecting portion (207b-10), then through the fracture (207b-22) of described contact part (207b-21), when described connecting portion (207b-10) is conflicted to the lateral surface of described second pan body assembly (200), described breach (207a-21) is just in time positioned at described fracture (207b-22) place, rotate described gyration portion (207b-20), the connection of handle (207b) and described second pan body assembly (200) is completed when described lock handle (207b-23) matches with described lock handle groove (207b-31).
4. there is the antiseized metal sandwich pot with handles cohering structure as claimed in claim 1, it is characterized in that: the upper port (101) of described first pan body assembly (100) is provided with first and leads a bar (104), described first leads a bar (104) stretches out from upper port (101) edge of described first pan body assembly (100).
5. there is the antiseized metal sandwich pot with handles cohering structure as claimed in claim 4, it is characterized in that: described first leads a bar (104) one end is provided with limited block (105).
6. there is the antiseized metal sandwich pot with handles cohering structure as claimed in claim 1, it is characterized in that: the lateral surface of described first pan body assembly (100) is provided with the first snap component (106), described first snap component (106) comprises locating piece (106a) and profile (106b), and described profile (106b) is arranged between two pieces of locating pieces (106a).
7. there is the antiseized metal sandwich pot with handles cohering structure as claimed in claim 4, it is characterized in that: the under shed (201) of described second pan body assembly (200) is provided with first position guiding groove (203) of leading a bar (104) phase rotatable engagement with described first, described first position guiding groove (203) is provided with first and leads bit space and first and lead position mouth, first one end of leading a bar (104) is led position mouth from described first and is entered described first and lead bit space and be sealed and matched mutually with described first position guiding groove (203), and described first position guiding groove (203) upper end is provided with elastic groove (204).
8. there is the antiseized metal sandwich pot with handles cohering structure as claimed in claim 6, it is characterized in that: the lateral surface of described second pan body assembly (200) is provided with the second snap component (205), described second snap component comprises two clamping blocks (205a), and described two clamping blocks (205a) interval width is each other equal with the width of described profile (106b).
9. there is the antiseized metal sandwich pot with handles cohering structure as claimed in claim 1, it is characterized in that: the medial surface of described first pan body assembly (100) comprises sealing surface (107), described sealing surface (107) from described ground floor by the upper port of thermosphere (102) downwards in the medial surface extending to the clean layer (108) of described ground floor and formed.
10. there is the antiseized metal sandwich pot with handles cohering structure as claimed in claim 9, it is characterized in that: the lateral surface of described second pan body assembly (200) comprises binding face (206), described binding face (206) is downwards extend from described under shed (201), and the section line length of described binding face (206) is equal with the section line length of described sealing surface (107).
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| CN201420774609.XU CN204410506U (en) | 2014-12-09 | 2014-12-09 | A kind of have the antiseized metal sandwich pot with handles cohering structure |
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| CN201420774609.XU CN204410506U (en) | 2014-12-09 | 2014-12-09 | A kind of have the antiseized metal sandwich pot with handles cohering structure |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105455696A (en) * | 2015-12-28 | 2016-04-06 | 宁波格莱美厨具有限公司 | Automatic pot body locking handle |
| CN106943045A (en) * | 2017-03-30 | 2017-07-14 | 浙江康家宝炊具有限公司 | A kind of anti-scald panhandle |
-
2014
- 2014-12-09 CN CN201420774609.XU patent/CN204410506U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105455696A (en) * | 2015-12-28 | 2016-04-06 | 宁波格莱美厨具有限公司 | Automatic pot body locking handle |
| CN106943045A (en) * | 2017-03-30 | 2017-07-14 | 浙江康家宝炊具有限公司 | A kind of anti-scald panhandle |
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