CN204404291U - Electricity pottery stove casing - Google Patents
Electricity pottery stove casing Download PDFInfo
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- CN204404291U CN204404291U CN201420774309.1U CN201420774309U CN204404291U CN 204404291 U CN204404291 U CN 204404291U CN 201420774309 U CN201420774309 U CN 201420774309U CN 204404291 U CN204404291 U CN 204404291U
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- retainer ring
- lower cover
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Abstract
The utility model disclosed electricity pottery stove casing, it comprises the chassis body of upper and lower opening, cover assembly and lower cover component, described chassis body adopts die cast metal technique die cast, the upper end of cover assembly capping chassis body, the lower end of lower cover component capping chassis body, described chassis body, cover assembly and lower cover component inside forms the movement chamber holding movement, and described electricity pottery stove casing is provided with and is communicated with described movement chamber and extraneous heat dissipation channel; Described cover assembly comprises panel and panel retainer ring, and this panel is arranged on the upper end of chassis body by panel retainer ring, and this panel retainer ring is installed to the upper end of chassis body downwards from the top of chassis body.Compared with existing product, the chassis body of electricity pottery stove casing of the present utility model adopts die cast metal technique die cast, and the structure of casing is more succinct, facilitate shape-designing, texture is better, profile is more attractive in appearance, intensity is better; Cover assembly adopts the mounting means downward from top, facilitates assembling and the maintenance of casing.
Description
Technical field
The utility model belongs to electricity pottery stove technical field, is specifically related to a kind of electricity pottery stove casing.
Background technology
Electricity pottery stove in the market generally comprises casing, heating movement and panel, and the upside of heat-generating disc is located at by panel, and during work, the heat heating panel of the heater element generation of heating movement, panel heats the article placed.Because electricity pottery stove purposes is wide, heating up water except having, decocting except the power such as stir-frys, barbecue, chafing dish, quick-fried, hot milk, Baoshang, slowly stewed and reservation, can also supporting baking tray, grill, carry out tappasaki, the amusement and recreation such as barbecue, therefore deeply by the favor of consumers in general.
The casing of electricity pottery stove is framework and the appearance and modeling of whole product, determines the stability of product structure and the aesthetic property of profile.The casing of existing electricity pottery stove, its chassis body is rolled to forming by sheet metal, obtains the structure of upper and lower opening, is provided with upper overturning and lower flange, is respectively used to install cap assemblies and lower cover component at the upper and lower side of chassis body.This casing is owing to being subject to the restriction of sheet metal volume bending process, and not only moulding is single, and structural strength is poor, and profiled member error is large, installs and maintenance difficult.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, and provide a kind of electricity pottery stove casing, this casing adopts die cast metal technique die cast, simplifies structure and the production technology of casing, and make the structure of casing more succinct, profile is more attractive in appearance.
In order to achieve the above object, the utility model is by the following technical solutions:
Electricity pottery stove casing, it comprises the chassis body of upper and lower opening, cover assembly and lower cover component, the upper end of described cover assembly capping chassis body, the lower end of described lower cover component capping chassis body, described chassis body, cover assembly and lower cover component inside forms the movement chamber holding movement, and described electricity pottery stove casing is provided with and is communicated with described movement chamber and extraneous heat dissipation channel; Described cover assembly comprises panel and panel retainer ring, and this panel is arranged on the upper end of chassis body by panel retainer ring, and this panel retainer ring is installed to the upper end of chassis body downwards from the top of chassis body.
Compared with existing product, the structure of casing of the present utility model is more succinct, profile is more attractive in appearance and intensity better, and cover assembly adopts the mounting means downward from top, facilitates assembling and the maintenance of casing.
Preferably, described chassis body inwall is provided with plural upper cover joint pin, and described retainer ring is fixedly connected with described upper cover joint pin by connector.More excellent, described upper cover joint pin and chassis body adopt die cast metal technique integrated die-casting shaping, simplify production technology, structure is more succinct, formed precision is high, facilitate shape-designing and texture better.
Preferably, described upper cover joint pin is provided with the upper cover interface channel being communicated with its top and bottom, described upper cover interface channel and described upper cover joint pin integrated die-casting shaping, ordinary circumstance, adopt the upper cover interface channel that die cast metal integrated die-casting is shaping, upper cover joint pin sidepiece can be formed and be communicated with upper cover interface channel and outside technology groove; Described connector is retainer ring attachment screw, described retainer ring is provided with threaded connection hole, described retainer ring attachment screw is upwards spirally connected with the threaded connection hole on retainer ring from the lower end of upper cover interface channel, and described retainer ring is fixedly connected with described upper cover joint pin.Because retainer ring attachment screw can be hidden in the inside of upper cover interface channel, the outward appearance of product is more succinct and attractive in appearance.
Preferably, described upper cover joint pin upper end forms upper cover installation step lower than chassis body upper end, described retainer ring comprises panel gear edge, retainer ring card edge and inserts the insertion pawl of described upper cover installation step, described panel gear extends to form to the inside along by insertion pawl upper end, described retainer ring card extends to form laterally along by insertion pawl upper end, and described threaded connection hole is located at the lower end of described insertion pawl; Described panel is fixedly mounted on the downside on described panel gear edge, and described retainer ring card is along being resisted against chassis body upper surface; The upper end of chassis body is fixed under the effect of the pulling force of the barrier force of described retainer ring in chassis body upper surface and retainer ring attachment screw.
Above-mentioned insertion pawl can make retainer ring coordinate closely with chassis body upper end inwall, makes the more compact structure of product; Erecting of panel can adopt the mode such as injecting glue, glue to realize fixed installation in the downside on panel gear edge, and because this part syndeton is blocked in the downside on panel gear edge, therefore the profile of product is more attractive in appearance; Meanwhile, owing to adopting retainer ring card along the position limiting structure being resisted against chassis body upper surface, like this when retainer ring attachment screw lock, the be fixed pulling force of ring attachment screw of retainer ring tightens up downwards, this structure not only simply, and stable connection.
Preferably, gap is left between described upper cover joint pin upper end and described insertion pawl lower end.The steadiness that retainer ring is connected with upper cover joint pin can be improved in this gap, avoids the phenomenon occurring cannot locking because retainer ring lower end supports upper cover joint pin upper end.
Preferably, described panel gear is provided with the ladder transition face of increasing laterally along upside and retainer ring card between upside.This ladder transition face can stop that the material to be heated be placed on panel skids off panel, can increase the aesthetic property of product simultaneously.
Preferably, described retainer ring card is provided with hermetically-sealed construction along between downside and chassis body upper surface.Sealing structure can prevent liquid infiltration casing movement chamber interior from impacting circuit or damaging.Preferably, described hermetically-sealed construction comprises the sealing bulge loop of being located at chassis body upper surface and is located at the sealed groove of retainer ring card along downside, and described sealed groove is set on described sealing bulge loop; Or described hermetically-sealed construction comprises the sealed groove of being located at chassis body upper surface and is located at the sealing bulge loop of retainer ring card along downside, and described sealing bulge loop embeds in described sealed groove.The structure of above-mentioned hermetically-sealed construction is simple, plays the effect of location when retainer ring is installed simultaneously.
Preferably, described lower cover joint pin and chassis body adopt the shaping described chassis body inwall of die cast metal technique integrated die-casting to be provided with plural lower cover joint pin, and described lower cover component is fixedly connected with lower cover joint pin by connector.More excellent, described lower cover joint pin and chassis body adopt die cast metal technique integrated die-casting shaping.Described lower cover joint pin and chassis body and upper cover joint pin adopt die cast metal technique integrated die-casting shaping, simplify production technology and syndeton, can make simultaneously the bonding strength of lower cover component and chassis body and stability better.
Preferably, lower cover interface channel is provided with in the middle part of described lower cover joint pin, described lower cover interface channel and lower cover joint pin integrated die-casting shaping, ordinary circumstance, adopt the lower cover interface channel that die cast metal integrated die-casting is shaping, lower cover joint pin sidepiece can be formed and be communicated with upper cover interface channel and outside technology groove; The bottom of described lower cover interface channel is provided with connecting thread; Described lower cover component is fixedly connected with lower cover interface channel by attachment screw.Described lower cover interface channel and lower cover joint pin integrated die-casting shaping, simplify production technology and syndeton.
Preferably, described lower cover component comprises lower cover and feet; Described feet and lower cover are fixedly connected on the lower end of lower cover interface channel by same attachment screw.Adopt this connected mode can reduce the quantity of connector, make the integrated and simplicity of product structure.
Preferably, be provided with lower cover mounting groove outside described chassis body lower ending opening, described lower cover embeds and is arranged in lower cover mounting groove; Make the connection of lower cover and chassis body compacter.
Preferably, described feet comprises supporting seat and foot pad, and described supporting seat upper end is provided with positioning convex, covers the locating hole being provided with and matching with positioning convex under described, and described positioning convex inserts described locating hole makes supporting seat locate; Under described supporting seat, middle side part is provided with shoulder hole, and the bottom of this shoulder hole is provided with attachment screw via hole; Described foot pad comprises cushion block and is located at the sleeve column on the upside of cushion block, and described cushion block and sleeve column embed and be arranged in described shoulder hole, and the lower end of described shoulder hole is given prominence in the lower end of described cushion block.
Preferably, described heat dissipation channel comprises the air inlet be located in lower cover component and the air exhausting structure being located at chassis body sidewall; Described air exhausting structure comprises the exhaust vent be located on chassis body sidewall and the wind-guiding baffle plate be located at outside exhaust vent, is provided with and is communicated with described exhaust vent and extraneous air exhaust passage between described wind-guiding baffle plate and chassis body sidewall.Described wind-guiding baffle plate can adopt different colors or material to carry out shape design, makes the profile of product have more design considerations, thus makes profile more attractive in appearance.
Preferably, be provided with circular wind-guiding blind recess outside described exhaust vent, the gabarit of described wind-guiding baffle plate is circular and is installed in wind-guiding blind recess; The medial surface of described wind-guiding baffle plate is the spill cambered surface of middle part projection, and described wind-guiding baffle plate middle inside is removably fixed on the bottom of wind-guiding blind recess by connector; Described exhaust vent is provided with two or more and is all laid in the bottom of wind-guiding blind recess; Gap between described spill cambered surface and the bottom of wind-guiding blind recess and the gap between the sidepiece of wind-guiding baffle plate and the sidepiece of wind-guiding blind recess form described air exhaust passage.
The medial surface of wind-guiding baffle plate adopts the spill cambered surface of middle part projection, has dispersion guide function, uniform stream is discharged reposefully, decreases pneumatic noise simultaneously air-flow.
Preferably, described air exhausting structure is provided with two or more.
Preferably, this electricity pottery stove casing also comprises control handle, and be provided with knob mounting groove outside described chassis body, be provided with knob connecting hole bottom described knob mounting groove, described control handle is arranged in described knob mounting groove.
Accompanying drawing explanation
Fig. 1 is the stereogram 1 of the utility model electricity pottery stove casing;
Fig. 2 is the stereogram 2 of the utility model electricity pottery stove casing;
Fig. 3 is the sectional view of the utility model electricity pottery stove casing;
Fig. 4 is the A portion enlarged drawing in Fig. 3;
Fig. 5 is the B portion enlarged drawing in Fig. 3;
Fig. 6 is the C portion enlarged drawing in Fig. 3;
Fig. 7 is the explosive view 1 of the utility model electricity pottery stove casing;
Fig. 8 is the explosive view 2 of the utility model electricity pottery stove casing;
Fig. 9 is the sectional view of cover assembly;
Figure 10 is the D place enlarged drawing in Fig. 9;
Figure 11 is the explosive view of cover assembly;
Figure 12 is the structure chart of chassis body assembly;
Figure 13 is the explosive view of chassis body assembly;
Figure 14 is the sectional view 1 of chassis body assembly;
Figure 15 is the E place enlarged drawing in Figure 14;
Figure 16 is the F place enlarged drawing in Figure 14;
Figure 17 is the sectional view 2 of chassis body assembly;
Figure 18 is the top view of chassis body assembly;
Figure 19 is the bottom perspective view of chassis body assembly;
Figure 20 is the H portion enlarged drawing in Figure 19;
Figure 21 is the sectional view of lower cover component;
Figure 22 is lower is the J place sectional view in Figure 21;
Figure 23 is the explosive view of lower cover component;
Figure 24 is the explosive view 1 of feet;
Figure 25 is the explosive view 2 of feet.
Detailed description of the invention
Chassis body assembly 2 described in the utility model, refer to chassis body be assembled with control handle and wind-guiding baffle plate after structure.
Below in conjunction with accompanying drawing, the technical solution of the utility model is described:
See Fig. 1 to Fig. 3, electricity pottery stove casing of the present utility model, it comprises the chassis body 201 of upper and lower opening, cover assembly 1 and lower cover component 3, described chassis body 201 adopts die cast metal technique die cast, the upper end of described cover assembly 1 capping chassis body 201, the lower end of described lower cover component 3 capping chassis body 201, described chassis body 201, cover assembly 1 and lower cover component 3 inside forms the movement chamber holding movement, and described electricity pottery stove casing is provided with and is communicated with described movement chamber and extraneous heat dissipation channel; Described cover assembly comprises panel 102 and panel retainer ring 101, and this panel 102 is arranged on the upper end of chassis body 201 by panel retainer ring 101, and this panel retainer ring 101 is installed to the upper end of chassis body 201 downwards from the top of chassis body 201.Described panel 102 for accepting the radiant heat of heating movement, thus heats the heated be placed on the upside of panel 102.
Knob mounting groove 2019 is provided with outside described chassis body 201, knob connecting hole is provided with bottom described knob mounting groove 2019, control handle 2018 is arranged in described knob mounting groove 2019, and control handle 2018 is connected by the regulating element of knob connecting hole with heating movement.
See Fig. 3 to Figure 12, described chassis body 201 inwall is provided with plural upper cover joint pin 2012A, and described cover assembly 1 is fixedly connected with described upper cover joint pin 2012A by connector; Described chassis body 201 inwall is provided with plural lower cover joint pin 2012B accordingly, and described lower cover component 3 is fixedly connected with lower cover joint pin 2012B by connector.
See Figure 18, as one preferred embodiment, described upper cover joint pin 2012A and lower cover joint pin 2012B is respectively equipped with 4, is all laid on the inwall of chassis body 201; Two adjacent lower cover joint pin 2012B are located at inner side or the outside of two adjacent upper cover joint pin 2012A, can ensure that two relative upper cover joint pin 2012A or lower cover joint pin 2012B are positioned on the line of symmetry of chassis body 201 like this, uniform force when being connected with chassis body 201 with lower cover component 3 to make cover assembly 2, stable connection.
The upper cover interface channel 2012A1 being communicated with its top and bottom is provided with in the middle part of described upper cover joint pin 2012A, described upper cover joint pin 2012A sidepiece is provided with the technology groove 2012A2 being communicated with upper cover interface channel 2012A1 and outer wall, and described upper cover joint pin 2012A and chassis body 201 adopt die cast metal technique integrated die-casting shaping; Described retainer ring 101 is provided with threaded connection hole, described upper cover interface channel 2012A1 is upwards provided with retainer ring attachment screw 2017 from its lower end, the end of retainer ring attachment screw 2017 and the threaded connection hole of described retainer ring 101 are spirally connected, thus described retainer ring 101 is fixedly connected with described upper cover joint pin 2012A.
Upper cover joint pin 2012A and chassis body 201 adopt die cast metal technique integrated die-casting shaping, simplify production technology; And retainer ring attachment screw 2017 can be hidden in the inside of upper cover interface channel 2012A1, make the outward appearance of product more succinct and attractive in appearance.
See Fig. 3 to Figure 10 and Figure 17, a kind of preferred version of the present embodiment is, described upper cover joint pin 2012A upper end forms upper cover installation step lower than chassis body 201 upper end, described retainer ring 101 comprise panel gear along 1012, retainer ring card is along 1010 and insert the insertion pawl 1014 of upper cover installation step, described panel gear is extended to form along 1012 to the inside by insertion pawl 1014 upper end, described retainer ring card is extended to form along 1010 laterally by insertion pawl 1014 upper end, and described threaded connection hole is located at the lower end of described insertion pawl 1014; Described panel 102 be fixedly mounted on described panel gear along 1012 downside, described retainer ring card is resisted against chassis body upper surface 2010 along 1010; The upper end of chassis body 201 is fixed under the effect of the pulling force of the barrier force of described retainer ring 101 in chassis body upper surface 2010 and retainer ring attachment screw 2017.
Above-mentioned insertion pawl 1014 can make retainer ring 101 coordinate closely with chassis body upper end inwall, makes the more compact structure of product; Panel 102 be arranged on panel gear along 1012 downside can adopt the mode such as injecting glue, glue realize fixed installation, due to this part syndeton be blocked in panel gear along 1012 downside, therefore the profile of product is more attractive in appearance; Simultaneously, due to the position limiting structure adopting retainer ring card to be resisted against chassis body upper surface 2010 along 1010, like this when retainer ring attachment screw 2017 is locked, the be fixed pulling force of ring attachment screw 2017 of retainer ring 101 tightens up downwards, this structure is not only simple, and stable connection.
See Fig. 4, between described upper cover joint pin 2012A upper end and described insertion pawl 1014 lower end, leave gap.The steadiness that retainer ring 101 is connected with upper cover joint pin 2012A can be improved in this gap, avoids the phenomenon occurring cannot locking because retainer ring 101 lower end supports upper cover joint pin 2012A upper end.
Described panel gear along on the upside of 1012 and retainer ring card between on the upside of 1010, be provided with the ladder transition face 1013 of increasing laterally.This ladder transition face 1013 can stop that placement material to be heated on face 102 skids off panel, can increase the aesthetic property of product simultaneously.
See Fig. 4, Figure 10 and Figure 17, described retainer ring card is along on the downside of 1010 and be provided with hermetically-sealed construction between chassis body upper surface 2010.Sealing structure can prevent liquid infiltration casing movement chamber interior from impacting circuit or damaging.
Preferably, described hermetically-sealed construction comprises the sealing bulge loop 2011 of being located at chassis body upper surface 2010 and is located at retainer ring card along the sealed groove 1011 on the downside of 1010, and described sealed groove 1011 is set on described sealing bulge loop 2011.This hermetically-sealed construction is simple, plays the effect of location when retainer ring 101 is installed simultaneously.Alternatively, described hermetically-sealed construction can also adopt the sealed groove being chassis body upper surface, in the scheme of retainer ring card along the sealing bulge loop of downside.
See Fig. 1 to Fig. 9, as one preferred embodiment, described chassis body 201 inner chamber is circular, and described upper cover joint pin 2012A and lower cover joint pin 2012B is vertically located on the inwall of chassis body 201, and the convenient like this die cast metal technique integrated die-casting that adopts is shaping; Accordingly, the gabarit of described cover assembly 1 and lower cover component 3 is also set to circle, and the insertion pawl 1014 of described retainer ring 101 is annular, snugly can insert the upper end inwall of chassis body 201 like this.
See Fig. 3 to Figure 12, the concrete structure of lower cover component 3 and lower cover joint pin 2012B is described:
Lower cover interface channel 2012B1 is provided with in the middle part of described lower cover joint pin 2012B, described lower cover joint pin sidepiece is provided with the technology groove 2012B2 being communicated with lower cover interface channel 2012B1 and outer wall, and described lower cover joint pin 2012B and chassis body 201 adopt die cast metal technique integrated die-casting shaping; The bottom of described lower cover interface channel 2012B1 is provided with connecting thread; Described lower cover component 3 is fixedly connected with lower cover interface channel 2012B1 bottom by attachment screw 3022.
Described lower cover joint pin 2012B and chassis body 201 and upper cover joint pin 2012A adopt die cast metal technique integrated die-casting shaping, simplify production technology and syndeton, can make simultaneously the bonding strength of lower cover component 3 and chassis body 201 and stability better.
See Fig. 8, Figure 23 to Figure 25, described lower cover component 3 comprises lower cover 301 and feet 302, described lower cover 301 is provided with wire through-hole 303, and described feet 302 and lower cover 301 are fixedly connected on the lower end of lower cover interface channel 2012B1 by same attachment screw 3022.Adopt this connected mode can reduce the quantity of connector, make the integrated and simplicity of product structure.
See Fig. 3 to Fig. 6, Figure 19 and Figure 20, be provided with lower cover mounting groove 2020 outside described chassis body 201 lower ending opening, described lower cover 301 embeds and is arranged in lower cover mounting groove 2020; Make lower cover 301 compacter with the connection of chassis body 201.
See Fig. 5, Figure 20 to Figure 25, described feet 302 comprises supporting seat 3021 and foot pad, described supporting seat upper end is provided with positioning convex 30212, described lower cover 301 is provided with the locating hole 3012 matched with positioning convex 30212, and described positioning convex 30212 inserts described locating hole 3012 makes supporting seat 3021 locate; Described supporting seat 3021 times middle side parts are provided with shoulder hole 30213, and the bottom of this shoulder hole 30213 is provided with attachment screw via hole 30214, and described lower cover 301 should be provided with attachment screw via hole 3011 over the ground; Described foot pad 3023 comprises cushion block 3023A and is located at the sleeve column 3023B on the upside of cushion block, and described cushion block 3023A and sleeve column 3023B embeds and is arranged in described shoulder hole 30213, and the lower end of described shoulder hole 30213 is given prominence in the lower end of described cushion block 3023A.
See Figure 13 to Figure 20, described lower cover joint pin 2012B is equal with the height of described upper cover joint pin 2012A, described lower cover joint pin 2012B is located at the side of upper cover joint pin 2012A, and the lower end of described lower cover joint pin 2012B and described upper cover joint pin 2012A terminates in the upper end of described lower cover mounting groove 2020.This structure facilitates the Design and manufacture of compression mod.For the ease of the installation of retainer ring attachment screw 2017, the lower end of described upper cover joint pin 2012A is provided with counterbore groove 20121, can hold the head of retainer ring attachment screw 2017 like this, not affect the installation of lower cover 301.
See Fig. 3 to Figure 15, the concrete structure of heat dissipation channel is below described:
Described heat dissipation channel comprises the air inlet 3010 be located in lower cover component 3 and the air exhausting structure being located at chassis body 201 sidewall; Described air exhausting structure comprises the exhaust vent 2013 be located on chassis body 201 sidewall and the wind-guiding baffle plate 2014 be located at outside exhaust vent 2013, is formed and be communicated with described exhaust vent 2013 and extraneous air exhaust passage 20146 between described wind-guiding baffle plate 2014 and chassis body 201 sidewall.Described wind-guiding baffle plate 2014 can adopt different colors or material to carry out shape design, makes the profile of product have more design considerations, thus makes profile more attractive in appearance.
As the preferred version of air exhausting structure, circular wind-guiding blind recess 2015 is provided with outside described exhaust vent 2013, the gabarit of described wind-guiding baffle plate 2014 is circular and is installed in wind-guiding blind recess 2015, and wind-guiding baffle plate 2014 is that circle refers to that wind-guiding baffle plate 2014 is circle with the profile of wind-guiding blind recess 2015 lateral engagement; The medial surface 20141 of described wind-guiding baffle plate 2014 is the spill cambered surface of middle part projection, and described wind-guiding baffle plate 2014 middle inside is removably fixed on the bottom of wind-guiding blind recess 2015 by connector; Described exhaust vent 2013 is provided with two or more and is all laid in the bottom of wind-guiding blind recess 2015; Gap between described spill cambered surface and the bottom of wind-guiding blind recess 2015 and the gap between the sidepiece of wind-guiding baffle plate 2014 and the sidepiece of wind-guiding blind recess 2015 form described air exhaust passage 20146.The medial surface 20141 of wind-guiding baffle plate 2014 adopts the spill cambered surface of middle part projection, has dispersion guide function, uniform stream is discharged reposefully, reduces pneumatic noise simultaneously air-flow.
Generally preferred, described air exhausting structure is provided with two or more, and each air exhausting structure is disposed on the sidewall of chassis body 201, can improve radiating effect like this, and product can be made to have the design of more plastic Color.See Figure 13 to Figure 20, in the present embodiment, chassis body assembly 2 is provided with three air exhausting structures, the outside of described chassis body 201 is arranged with four body side planes, and described three air exhausting structures and control handle 2018 are arranged in four body side planes respectively; The transition of interior concaved circular cambered surface 2021 can be adopted between four body side planes, make the outward appearance of product more beautiful.
As another kind of preferred version, described chassis body assembly 2 is provided with four air exhausting structures, the outside of described chassis body 201 is arranged with four body side planes, and described four air exhausting structures and control handle 2018 are arranged in four body side planes respectively.
As a kind of appearance and modeling, by the cambered surface transition of spill between adjacent body side plane, product is made to have curve aesthetic feeling.
See Figure 13 to Figure 16, described wind-guiding blind recess 2015 bottom centre is provided with baffle plate installing hole 20134, two alignment pin through holes 20135 are arranged with outside described baffle plate installing hole 20134, described wind-guiding baffle plate medial center is provided with connecting screw hole 20144, is arranged with two pin-and-holes 20145 outside described connecting screw hole 20144; Described connector comprises attachment screw 20142 and alignment pin 20143, described attachment screw 20142 is spirally connected with described connecting screw hole 20144 from inner side through described baffle plate installing hole 20134, described alignment pin 20143 inserts alignment pin through hole 20135 successively and pin-and-hole 20145 realizes location, prevents wind-guiding baffle plate 2014 from rotating.When adopting above-mentioned syndeton, the gap inside described wind-guiding baffle plate 2014 between the outside of connecting portion and wind-guiding blind recess 2015 and the gap between wind-guiding baffle plate 2014 sidepiece and wind-guiding blind recess 2015 form described air exhaust passage 20146.
As a kind of moulding strengthening aesthetic appearance, in wind-guiding blind recess 2015 and knob mounting groove 2019, ornament lamp can be installed, like this when product work, light can from the gap between wind-guiding baffle plate 2014 and wind-guiding blind recess 2015, and the gap between control handle 2018 and turn-button mounting groove 2019 is appeared.Transparent region can also be set on wind-guiding baffle plate 2014 and control handle 2018, to increase more aesthetic feeling element.The outside of described wind-guiding baffle plate 2014 can be designed according to the outer wall moulding of chassis body 201.
The erection sequence of each element of electricity pottery stove is below described:
A. wind-guiding baffle plate 2014 and control handle 2018 are installed: be placed to by wind-guiding baffle plate 2014 in wind-guiding blind recess 2015, lock-screw 20142 is connected with the connecting screw hole 20144 of wind-guiding baffle plate through baffle plate installing hole 20134, described alignment pin 20143 is arranged on the first pin-and-hole 20135 and the second pin-and-hole 20145, makes wind-guiding baffle plate 2014 be fixed in wind-guiding blind recess 2015; Control handle 2018 is mounted in knob mounting groove 2019.
B. cap assemblies 1 is installed: the panel gear first panel 102 being fixedly mounted on retainer ring 101, along the downside of 1012, can adopt the mode such as injecting glue, glue panel 102 to be fixed on panel gear along on 1012; The insertion pawl 1014 of retainer ring 101 is inserted the installation step place of chassis body 201, at this moment panel gear is resisted against chassis body upper surface 2010 on the downside of 1012, simultaneously panel gear along the sealed groove 1011 on the downside of in the of 1012 sheathed enter chassis body upper surface sealing bulge loop 2011 on; Upper cover attachment screw 2017 is upwards passed from the lower end of upper cover interface channel 2012A1 and with insert the threaded connection hole of pawl 1014 lower end and be connected, be fixed on the upper end of chassis body 201 under the effect of the pulling force of the barrier force of described retainer ring 101 in chassis body upper surface 2010 and upper cover attachment screw 2017.
C. lower cover component 3 is installed: embedded by lower cover 301 in lower cover installation step 2020, supporting seat is located the locating hole 3012 that the positioning convex 30212 of supporting seat 3021 upper end inserts lower cover 301, by bottom-up for attachment screw 3022 through the attachment screw via hole 30214 of supporting seat 3021 and the attachment screw via hole 3011 of lower cover 301, then attachment screw 3022 is connected with lower cover interface channel 2012B1 bottom the lower end making supporting seat 3021 and lower cover 301 be fixed on chassis body 201, then installs foot pad 3023.
Above-mentioned erection sequence can adjust according to actual conditions.
Compared with existing product, lower cover joint pin and the described upper cover joint pin of the chassis body of electricity pottery stove casing of the present utility model adopt die cast metal technique die cast, the structure of casing is more succinct, formed precision is high, facilitate shape-designing, texture is better, profile is more attractive in appearance, intensity is better, cover assembly adopts the mounting means downward from top, facilitates assembling and the maintenance of casing; Described chassis body and lower cover joint pin and upper cover joint pin preferably adopt aluminium or copper integrated die-casting shaping.
The announcement of book and instruction according to the above description, the utility model those skilled in the art can also change above-mentioned embodiment and revise.Therefore, the utility model is not limited to detailed description of the invention disclosed and described above, also should fall in the protection domain of claim of the present utility model modifications and changes more of the present utility model.In addition, although employ some specific terms in this description, these terms just for convenience of description, do not form any restriction to the utility model.
Claims (18)
1. electricity pottery stove casing, it is characterized in that: this electricity pottery stove casing comprises the chassis body of upper and lower opening, cover assembly and lower cover component, the upper end of described cover assembly capping chassis body, the lower end of described lower cover component capping chassis body, described chassis body, cover assembly and lower cover component inside forms the movement chamber holding movement, and described electricity pottery stove casing is provided with and is communicated with described movement chamber and extraneous heat dissipation channel;
Described cover assembly comprises panel and panel retainer ring, and this panel is arranged on the upper end of chassis body by panel retainer ring, and this panel retainer ring is installed to the upper end of chassis body downwards from the top of chassis body.
2. electricity pottery stove casing according to claim 1, it is characterized in that: described chassis body inwall is provided with plural upper cover joint pin, described retainer ring is fixedly connected with described upper cover joint pin by connector.
3. electricity pottery stove casing according to claim 2, is characterized in that: described upper cover joint pin and chassis body adopt die cast metal technique integrated die-casting shaping.
4. electricity pottery stove casing according to claim 3, is characterized in that: described upper cover joint pin is provided with the upper cover interface channel being communicated with its top and bottom, described upper cover interface channel and described upper cover joint pin integrated die-casting shaping; Described connector is retainer ring attachment screw, described retainer ring is provided with threaded connection hole, described retainer ring attachment screw is upwards installed from the lower end of upper cover interface channel and is spirally connected with the threaded connection hole on retainer ring, and described retainer ring is fixedly connected with described upper cover joint pin.
5. electricity pottery stove casing according to claim 4, is characterized in that: described upper cover joint pin upper end forms upper cover installation step lower than chassis body upper end;
Described retainer ring comprises panel gear edge, retainer ring card edge and inserts the insertion pawl of described upper cover installation step, described panel gear extends to form to the inside along by insertion pawl upper end, described retainer ring card extends to form laterally along by insertion pawl upper end, and described threaded connection hole is located at the lower end of described insertion pawl;
Described panel is fixedly mounted on the downside on described panel gear edge, and described retainer ring card is along being resisted against chassis body upper surface;
The upper end of chassis body is fixed under the effect of the pulling force of the barrier force of described retainer ring in chassis body upper surface and retainer ring attachment screw.
6. electricity pottery stove casing according to claim 5, is characterized in that: leave gap between described upper cover joint pin upper end and described insertion pawl lower end.
7. electricity pottery stove casing according to claim 5, is characterized in that: described panel gear is provided with the ladder transition face of increasing laterally along upside and retainer ring card between upside.
8. electricity pottery stove casing according to claim 5, is characterized in that: described retainer ring card is provided with hermetically-sealed construction along between downside and chassis body upper surface;
Described hermetically-sealed construction comprises the sealing bulge loop of being located at chassis body upper surface and is located at the sealed groove of retainer ring card along downside, and described sealed groove is set on described sealing bulge loop;
Or described hermetically-sealed construction comprises the sealed groove of being located at chassis body upper surface and is located at the sealing bulge loop of retainer ring card along downside, and described sealing bulge loop embeds in described sealed groove.
9. the electricity pottery stove casing according to any one of claim 2 to 8, is characterized in that: described chassis body inwall is provided with plural lower cover joint pin, and described lower cover component is fixedly connected with lower cover joint pin by connector.
10. electricity pottery stove casing according to claim 9, is characterized in that: described lower cover joint pin and chassis body adopt die cast metal technique integrated die-casting shaping.
11. electricity pottery stove casings according to claim 10, is characterized in that: described lower cover joint pin is provided with lower cover interface channel, described lower cover interface channel and described lower cover joint pin integrated die-casting shaping; The bottom of described lower cover interface channel is provided with connecting thread, and described lower cover component is fixedly connected with lower cover interface channel by attachment screw.
12. electricity pottery stove casings according to claim 11, is characterized in that: described lower cover component comprises lower cover and feet; Described feet and lower cover are fixedly connected on the lower end of lower cover interface channel by same attachment screw.
13. electricity pottery stove casings according to claim 12, it is characterized in that: be provided with lower cover mounting groove outside described chassis body lower ending opening, described lower cover embeds and is arranged in lower cover mounting groove.
14. electricity pottery stove casings according to claim 12, it is characterized in that: described feet comprises supporting seat and foot pad, described supporting seat upper end is provided with positioning convex, covers the locating hole being provided with and matching with positioning convex under described, and described positioning convex inserts described locating hole makes supporting seat locate;
Under described supporting seat, middle side part is provided with shoulder hole, and the bottom of this shoulder hole is provided with attachment screw via hole; Described foot pad comprises cushion block and is located at the sleeve column on the upside of cushion block, and described cushion block and sleeve column embed and be arranged in described shoulder hole, and the lower end of described shoulder hole is given prominence in the lower end of described cushion block.
15. electricity pottery stove casings according to any one of claim 1 to 8, is characterized in that: described heat dissipation channel comprises the air inlet be located in lower cover component and the air exhausting structure being located at chassis body sidewall; Described air exhausting structure comprises the exhaust vent be located on chassis body sidewall and the wind-guiding baffle plate be located at outside exhaust vent, is provided with and is communicated with described exhaust vent and extraneous air exhaust passage between described wind-guiding baffle plate and chassis body sidewall.
16. electricity pottery stove casings according to claim 15, it is characterized in that: be provided with circular wind-guiding blind recess outside described exhaust vent, the gabarit of described wind-guiding baffle plate is circular and is installed in wind-guiding blind recess; The medial surface of described wind-guiding baffle plate is the spill cambered surface of middle part projection, and described wind-guiding baffle plate middle inside is removably fixed on the bottom of wind-guiding blind recess by connector; Described exhaust vent is provided with two or more and is all laid in the bottom of wind-guiding blind recess; Gap between described spill cambered surface and the bottom of wind-guiding blind recess and the gap between the sidepiece of wind-guiding baffle plate and the sidepiece of wind-guiding blind recess form described air exhaust passage.
17. electricity pottery stove casings according to claim 16, is characterized in that: described air exhausting structure is provided with two or more.
18. electricity pottery stove casings according to claim 1, it is characterized in that: this electricity pottery stove casing also comprises control handle, be provided with knob mounting groove outside described chassis body, be provided with knob connecting hole bottom described knob mounting groove, described control handle is arranged in described knob mounting groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420774309.1U CN204404291U (en) | 2014-12-09 | 2014-12-09 | Electricity pottery stove casing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420774309.1U CN204404291U (en) | 2014-12-09 | 2014-12-09 | Electricity pottery stove casing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204404291U true CN204404291U (en) | 2015-06-17 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420774309.1U Active CN204404291U (en) | 2014-12-09 | 2014-12-09 | Electricity pottery stove casing |
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| Country | Link |
|---|---|
| CN (1) | CN204404291U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104456662A (en) * | 2014-12-09 | 2015-03-25 | 中山市东凤镇铭发电器厂 | Radiant cooker enclosure |
| CN106524245A (en) * | 2016-12-02 | 2017-03-22 | 中山市信轩堂文化产业投资有限公司 | Cooling stove housing, cooling stove, upper cover and manufacturing method thereof |
-
2014
- 2014-12-09 CN CN201420774309.1U patent/CN204404291U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104456662A (en) * | 2014-12-09 | 2015-03-25 | 中山市东凤镇铭发电器厂 | Radiant cooker enclosure |
| CN106524245A (en) * | 2016-12-02 | 2017-03-22 | 中山市信轩堂文化产业投资有限公司 | Cooling stove housing, cooling stove, upper cover and manufacturing method thereof |
| CN106524245B (en) * | 2016-12-02 | 2020-02-21 | 中山市信轩堂文化产业投资有限公司 | Cooling furnace shell, cooling furnace, upper cover and manufacturing method thereof |
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