Specific embodiment
In the following, being described in detail referring to electric cooker of the attached drawing to preferred embodiment in accordance with the present invention.
Fig. 2 is the perspective view for showing the cover section of electric cooker of first embodiment according to the present invention, and Fig. 3 is to show basis
The decomposition perspective view of one touch holder device of the electric cooker of the first embodiment of the present invention, Fig. 4 are according to the present invention to show
The sectional view of the assembling process of one touch holder device of the electric cooker of first embodiment, Fig. 5 a, Fig. 5 b and Fig. 5 c are logical to show
Cross the sectional view of the process of pot lid in the touch holder device assembly and disassembly of the electric cooker of first embodiment according to the present invention.
As shown in Fig. 2 to Fig. 5 c, the electric cooker 100 includes main body (not shown), lid 20, control panel 60, interior
Pot lid son 40 and a touch holder device 50.
Here, the main body (not shown) includes: interior pot (not shown), which accommodates food and from described
It assembles and disassembles the inside of main body;Heating part, the heating part is for heating interior pot (not shown);And control unit, the control unit
For adjusting the temperature of the heating part.Moreover, the lid 20 is integrated to the top of the main body (not shown) and opens
It closes, and the lower surface of the lid 20 is provided with control panel 60.
At this point, the control panel 60 is provided with the intercommunicating pore 61 for the interior flow of vapor for stewing (not shown).Institute
State intercommunicating pore 61 and such as pressure pendulum valve, solenoid valve, non-return vapor emission device, the open preventing portion Stress coping running of lid
The connection of tool (not shown), the Stress coping operation device is according to the interior pressure for stewing (not shown) inner space
Height operates.
Also, interior pot lid 40 is removably combined with the lower part of the control panel 60, interior pot lid 40
Side is formed with through hole 41, and is formed with the flow orifice for the flow of vapor for interior pot along the peripheral region of through hole 41
43。
At this point, the side of the control panel 60 is combined with support bracket 53, the formation of through hole 41 of interior pot lid 40
In part corresponding with the support bracket 53 or shell 51, and there is the shell 51 for enabling to be combined with the support bracket 53
The size passed through.
Here, the control panel 60 can only be made of corrosion resistant material without additional component, or can also be with
It is formed by the way that corrosion resistant material is coated to the part faced with the through hole 41 of interior pot lid 40 or flow orifice 43.And
And in addition the lower surface portion of the control panel 60 faced with the through hole 41 or flow orifice 43 can be arranged by such as stainless steel
Directing plate 30 made of equal corrosion resistant materials.
At this point, the directing plate 30 is arranged between the control panel 60 and the support bracket 53, to cover and institute
State the lower surface portion for the control panel 60 that through hole 41 and flow orifice 43 face.Here, in the directing plate 30 with the company
The corresponding part of through-hole 61 is formed with steam tap 31, so that the interior steam stewed in (not shown) can pass through the steaming
Gas tap 31 and the intercommunicating pore 61 are flowed to Stress coping operation device (not shown).
On the other hand, the lower surface portion of the lid 20 is provided with control liner 32, and the control pads 32 in a ring, with
Just the intercommunicating pore 61 and the support bracket 53 are surrounded, and control liner 32 flexibly supports downwards interior pot lid 40
Upper surface.Here, the lower surface portion of the lid 20 is preferably understood to mean in control panel 60 and directing plate 30 and institute
State the lower surface portion of some that the upper surface of interior pot lid 40 faces.Also, the support bracket 53 is preferably incorporated into and institute
61 adjoining position of intercommunicating pore is stated, so that the diameter of the control liner 32 minimizes.
Specifically, the control liner 32 is set when 32 setting of control liner is described at the lower part of directing plate 30
It is set to the peripheral region for surrounding steam tap 31 and support bracket 53.Moreover, described in being set up directly on when control liner
When the lower part of control panel 60, the control liner 32 can be set to surround the peripheral region of intercommunicating pore 61 and support bracket 53.
At this point, when install in pot lid son 40 when, it is described control liner 32 lower end and be formed in interior pot lid 40
Flow orifice 43 periphery stepped part 42 contact.The interior steam stewed in (not shown) can pass through steam as a result,
Tap 31 and intercommunicating pore 61 correctly flow to Stress coping operation device (not shown), rather than to outside control panel 60
Enclose leakage.
Also, the control liner 32 is formed by elastic material, that is, silicone resin etc. of high temperatures, and is had and be greater than institute
State the height at the combination interval between the lower surface portion of lid 20 and interior pot lid 40.To when the installation interior pot lid
When son 40, the control liner 32 can be close to the upper surface of interior pot lid 40 and can inwardly pot lid 40 provide downwards
To elastic-restoring force.
Here, the combination interval, which refers to, is fully mounted at the lower surface portion of the lid 20 in interior pot lid 40
From the lower surface portion of lid 20 corresponding with the part for being equipped with control liner 32 to sub 40 upper surfaces of interior pot lid under state
Every.
Also, referring to Fig. 2 to Fig. 5 a, the lower surface portion of the lid 20 is provided with pushing part 70, the pushing part 70 to
The upper surface of lower resilient support interior pot lid 40.It is outside that the diameter for padding 32 in the control can be set in the pushing part 70
Side, so that the exposing to steam minimizes.Here, the pushing part 70 may include: body frame 71, the inside of the body frame 71 is formed
There is the hollow portion 71a of up and down direction;And catch bar 73, the catch bar 73 are mounted on the hollow portion 71a and by elastic components 72
Resilient support downwards.
In more detail, the elastic component 72 be mounted on the body frame 71 be protrudingly placed on 73 periphery of catch bar protrusion 73a it
Between, and the body frame 71 is fixed so that the lower end of the hollow portion 71a and is formed in the promotion hole 33 of the directing plate 30
It is positioned opposite.
At this point, the upper surface of interior pot lid 40 can be protruded under the directing plate 30 by passing through the promotion hole 33
The lower part 73b of the catch bar 73 in portion is flexibly supported downwards.
On the other hand, referring to Fig. 3 to Fig. 5 a, the touch holder device 50 include support bracket 53, locating part 52 and
Shell 51.
Here, upper surface central part opposite with the lower surface portion of the lid 20 in the support bracket 53 is formed with
Connection slot 53d.End by penetrating through the screw p of the screw hole s of the control panel 60 couples with the connection slot 53d come described
Support bracket 53 can be combined with the control panel 60.At this point, being preferably provided in the periphery of the connection slot 53d in conjunction with liner
56, to prevent steam from leaking by screw hole s.
Also, it is formed in the lower surface of the support bracket 53 for the sliding groove portion for the locating part 52 insertion
53a.Here, the sliding groove portion 53a is formed so that the lower surface central part of the support bracket 53 is recessed into institute upwards
The side and other side periphery of support bracket 53 are stated, so that the both ends of the support bracket 53 are open.Moreover, the sliding groove
Portion 53a has width corresponding with the width of the locating part 52, so that being inserted into the locating part 52 in the sliding groove portion 53a
It can be guided and move to radial direction.
Moreover, the lower part of the support bracket 53 and the area with the lower surface portion corresponding to the support bracket 53
Discoid cover board 55 combines, so that the cover board 55 covers the sliding groove portion 53a.At this point, the depth of the sliding groove portion 53a
Degree is corresponding with the up and down direction thickness of the locating part 52, and the locating part 52 is incorporated in the cover board 55 and the sliding groove portion
Between 53a and to moving radially.
On the other hand, the locating part 52 is arranged in pairs, and is arranged in the sliding groove portion 53a, so that each locating part
52 the other end is facing and the one end of each locating part 52 towards sliding groove portion 53a both ends side opening.At this point,
Elastic component 54 is provided between the facing opposite face of each locating part 52.Moreover, in the phase of each locating part 52
Opposite is formed with insertion groove 52c, to be inserted into described insert by the both ends for the elastic component 54 that will be implemented as linearity spring
Enter slot 52c can steadily flexibly support each locating part 52.
Herein, it is preferable that the lower surface portion of each locating part 52 is equipped with anti-dropout protrusion 52d, and in the lid
Plate 55 is formed with contained groove portion 55c, and the contained groove portion 55c is inserted into for the anti-dropout protrusion 52d, to limit the limit
The moving distance of part 52.
In more detail, the anti-dropout protrusion 52d can be protrudingly placed on the other end side lower surface portion of the locating part 52,
And the contained groove portion 55c can be recessed to be formed downwards, so that the height of the upper surface part of the cover board 55 and the anti-dropout
The height that projects of protrusion 52d corresponds to.
Moreover, move side of the contained groove portion 55c from upper surface the central part edge and locating part 52 of the cover board 55
It is formed radially to corresponding.The end of the contained groove portion 55c be set as from the edge of the cover board 55 to radially inner side every
The position opened forms step.At this point, the anti-dropout protrusion 52d is locking by the step of the end side of the contained groove portion 55c, make
Obtaining the locating part 52 can not separate from sliding groove portion 53a and carry out resilient movement.
Here, the radical length of the contained groove portion 55c is preferably configured so that and is engaging in step in anti-dropout protrusion 52d
In the state of, the one end of the locating part 52 is prominent from the 41 edge 41b of through hole of interior pot lid 40 to radial outside.
Also, the width of the contained groove portion 55c is less than the width of the locating part 52, in order to avoid when 52 resilient movement of locating part
The locating part 52 is inserted into contained groove portion 55c.Moreover, the anti-dropout protrusion 52d, which has, is inserted into described restrain
The width of groove portion 55c.
It is further preferred that being formed through internal drainage hole 55d in the side of the contained groove portion 55c.Specifically,
The steam generated when cooking penetrates into inside device possibly through the gap between the support bracket 53 and shell 51, institute
The steam of infiltration generates viscous friction between limiter 52 and sliding groove portion 53a due tos the viscosity of meter Shui waits, and product is caused to be sent out
Raw failure.At this point, because permeated steam liquefaction made of moisture due to gravity due to be smoothly collected in downwards recess formed arrest
The inside of beam groove portion 55c, with by the internal drainage hole 55d for the lowest part for being formed in contained groove portion 55c can smooth discharge, because
This, the available raising of the Reliability of Microprocessor of product.
On the other hand, the shell 51 has the container shapes of upper opening, and to surround under the support bracket 53
The form of surface element and side surface part is combined with the support bracket 53.Moreover, the side surface part in the shell 51 is preferably formed with
Locating part through portion 51a, the locating part through portion 51a are penetrated through for the one end of the locating part 52 and are protruded.The locating part
Through portion 51a is preferably accordingly arranged in pairs with each locating part 52.
At this point, the locating part through portion 51a can be formed in from the portion that the upper end-face edge of the shell 51 separates downwards
Point.In more detail, when support bracket 53 to be inserted into the upper opening of the shell 51, from radially inner side to radial outside bullet
Property support locating part 52 protrude from the outside of shell 51, to be engaging in the edge of locating part through portion 51a.To described
The not other fixing piece of shell 51 can also be combined with support bracket 53.Here, the radical length of described two locating parts 52
Sum total preferably smaller than sliding groove portion 53a radical length or shell 51 diameter so that shrinking deformation in elastic component 54
When locating part 52 one end be contained in the inside of the shell 51.
Moreover, the lower surface portion in the shell 51 is preferably formed through externally drained hole 51c, the externally drained hole
Moisture caused by 51c is used to discharge because of steam infiltration etc..
On the other hand, preferably there is the one end of the locating part 52 rake 52e, the rake 52e to be formed as getting over
To the more upward inclination of radial outside.Here, being preferably understood to mean being located in from the lower surface portion far from lid 20 upwards
Close to the direction of the lower surface portion of lid 20, that is, direction identical with the installation direction of interior pot lid 40.
In more detail, the one end of the locating part 52 is preferably understood to mean the diameter for being arranged in the support bracket 53
Outward and be exposed to the shell 51 outside locating part protrusion 52a.That is, the locating part 52 may include: rectangle
Block-shaped main body portion 52b;And locating part protrusion 52a, locating part protrusion 52a are protrudingly placed on the one end of the main part 52b,
To have lateral section corresponding with anti-right angled triangle.At this point, the upper surface part 52f of the locating part protrusion 52a is flat,
And the portion of one end upper surface part 52f of the locating part protrusion 52a is connected to from lower surface portion one end of the main part 52b
Point be formed with the interconnecting piece of rake 52e, the rake 52e and the main part 52b preferably with the locating part through portion
The radiused edges of 51a are accordingly rounded.
On the other hand, the radical length of the locating part protrusion 52a, which is greater than, is being arranged in lid 20 for interior pot lid 40
In the state of lower surface portion out of the shell 51 side surface part the thoughtful 41 edge 41b of through hole distance.
At this point, the through hole 41 is formed to have downward projection of edge 41b, and along the edge 41b outstanding
Top be preferably formed with rounded portions 41a, the rounded portions 41a has circular inner face, so as to relative to the locating part 52
Rake 52e slided.
In more detail, referring to Fig. 5 a, the locating part 52 passes through the locating part through portion in the state that external force releases
51a protrudes from radial outside with the elasticity by the elastic component 54.Here, if interior pot lid 40 is pushed into lid
The lower surface portion side of son 20, the rounded portions 41a of the through hole 41 just pressurize the rake 52e, so that locating part protrusion
52a can be contained in the lower surface portion of shell 51.
Also, referring to Fig. 5 b, when interior pot lid 40 passes through locating part 52, the locating part protrusion 52a by
The elastic recovery of elastic component 54 is moved to the outside of shell 51, and the edge 41b of the through hole 41 is by the locating part protrusion
The upper surface part 52f of portion 52a restrains, so that interior pot lid 40 may be mounted at the inside of lid 20.
At this point, the edge two sides 41b of through hole 41 can be stablized by the flat upper surface part 52f of each locating part 52
It restrains on ground.As described above, when installing interior pot lid 40, rounded portions 41a is smoothly moved along rake 52e, to induce limit
52 radially inner side of part is mobile.Therefore, as long as interior pot lid 40 to be pushed to the lower surface portion side of lid 20, locating part 52
Automatic backing and protrusion, so that interior pot lid 40 is mounted on the lower surface portion of lid 20, the other operation without shell 51.From
And ease of use can be significantly improved.
In particular, in incomplete install in the state of pot lid son 40, if the vapour pressure in interior pot rises, interior pot lid 40
It is smoothly raised by vapour pressure, until the edge 41b of through hole 41 is engaging in the upper surface part 52f of locating part 52, to realize
Complete installation.It is served as a contrast as a result, in interior pot lid 40 with control caused by the incomplete installation by prevention due to interior pot lid 40
Vapour leakage can be improved the safety of product between pad 32.
On the other hand, referring to Fig. 3 to Fig. 5 c, in the state that interior pot lid 40 is mounted on to 20 lower surface portion of lid
Under, the rake 52e can be positioned opposite with the lower edge of the locating part through portion 51a.
If also, the shell 51 that pressurizes upwards, the rake 52e by locating part through portion 51a lower edge
Press, so that locating part 52 draws back and is contained in the inside of shell 51 to diameter, thus, to 41 lower edge of through hole
It restrains and releases, interior pot lid 40 installed is separated.
At this point, the control liner 32 that 20 lower surface portion of lid is arranged in flexibly supports downwards interior pot lid 40,
To, when the contained releasing of through hole 41, due to the recuperability of control liner 32 in pot lid 40 from the lower surface of lid 20
Portion separates automatically.To as long as a touching pressurized casing 51, it will be able to pot lid 40 in separating, therefore product can be significantly improved
Ease of use.
In particular, being additionally arranged at the pushing part of the peripheral part of the control liner 32 other than control liner 32
70 flexibly support downwards the upper surface of interior pot lid 40, therefore, are leading to elastic drop padding 32 aging and solidification due to control
Also it can be easily detached interior pot lid 40 when low, so as to improve durability and the safety of product.
Also, the through hole 41 is located at the inside from the edge isolation of interior pot lid 40, and therefore, when separating, interior pot lid is sub
When 40, the edge of interior pot lid 40 can be supported naturally by the hand of the user of pressurized casing 51.It is thus possible to prevent separated
Interior pot lid 40 falls to the outside of interior pot (not shown) or main body (not shown), to prevent because of pot lid in falling on
Son 40 and generate chop wound or impact breakage.
Moreover, the locating part 52 and the shell 51 combine with the support bracket 53 and are integrally fixed on lid 20
Lower surface portion, therefore only in pot lid 40 can be by independent separate.To eliminate keeping as in the prior art in addition
Component (label 5 referring to Fig.1) inconvenience, can also prevent in due to other element falling stew (not shown) damage
Wound.
It at the same time, is not that the various components of the holder device 50 are sequentially assembled into the lid 20 one by one,
But by cover board 55 assemble support bracket 53 and locating part 52 and by locating part 52 assemble support bracket 53 and shell 51 come
Modularization may be implemented.Therefore, modular device can be set by once-through operation in lid, so as to improve the assembling of product
Property, and prevent from losing component in packaging and carrying, because can be improved the productivity of product.
On the other hand, referring to Fig. 4, the inner circumferential of the shell 51 is equipped with arrangement protruding portion 51b, to guide the shell
51 and the support bracket 53 bonding position.At this point, the arrangement protruding portion 51b is by by the upper of locating part through portion 51a
Portion is recessed to radially inner side, and the height that projects of the arrangement protruding portion 51b is greater than out of shell 51 thoughtfully bearing support
The interval of the periphery of frame 53.
Also, it is formed with guidance groove portion 53b in the periphery of the support bracket 53, the guidance groove portion 53b supplies the row
Column protruding portion 51b is inserted into and guides.Here, the guidance groove portion 53b be formed to have it is outstanding from the inner circumferential of the shell 51
The size that arrangement protruding portion 51b can be passed through.
Moreover, make the mutually arranged shell 51 in end of the locating part through portion 51a and the sliding groove portion 53a with
Under combination angle between support bracket 53, the arrangement protruding portion 51b and the guidance groove portion 53b are oppositely arranged.In addition, institute
State arrangement protruding portion 51b and guide groove portion 53b be preferably symmetrically arranged at the shell 51 two sides and the support bracket
53 two sides.
In the following, the arrangement protruding portion 51b and the guidance groove portion 53b are connected to the limit in order to easy to process
It is illustrated, but the arrangement protruding portion 51b and described draws in case where the end of part through portion 51a and sliding groove portion 53a
Channel guide section 53b can be respectively formed at 90 degree spaced apart in the circumferential direction of the end from locating part through portion 51a and sliding groove portion 53a
The position at interval.
Specifically, it is preferable that ground, the arrangement protruding portion 51b is formed in from the top edge of locating part through portion 51a
The heart is located in the upper end of shell 51, and is formed along vertically direction corresponding with the lifting direction of the shell 51.
And, it is preferable that the guidance groove portion 53b is from the sliding groove portion connecting with the periphery of the support bracket 53
The end side upper end center sections of 53a are upwardly formed, and along vertically direction corresponding with the lifting direction of the shell 51
It is formed.
At this point, the length of the arrangement protruding portion 51b is preferably smaller than the up and down direction length of the guidance groove portion 53b, make
The arrangement protruding portion 51b is able to carry out in the state of being inserted into the guidance groove portion 53b and moves up and down.
Also, the length of the guidance groove portion 53b is preferably set to the length and shell 51 of the arrangement protruding portion 51b
Go up and down the sum total at interval, so as not to when in order to accommodate and draw the locating part 52 and shell 51 go up and down when, arrangement protruding portion 51b to
The top of the guidance groove portion 53b completely disengages.
At this point, according to the circumferencial direction between the arrangement protruding portion 51b and locating part through portion 51a in the shell 51
Layout angle and be set in the guidance groove portion 53b in the support bracket 53 and slide the end groove portion 53a between circumferencial direction
Layout angle.If also, the arrangement protruding portion 51b in the shell 51 and the guidance groove portion in the support bracket 53
53b is mutually arranged and combines, then the locating part through portion 51a and the sliding end groove portion 53a can be mutually arranged.
As described above, the upper opening of shell 51 becomes circumferential diameter outside two sides from circle by the arrangement protruding portion 51b
The shape being recessed inwardly, and the cross sectional shape of the support bracket 53 becomes two sides from circle by the guidance groove portion 53b
The shape of outer circumferential direction radially inner side recess.Therefore, the shell 51 and the support bracket 53 can be along preset combinations
Combination in the right direction, so as to prevent the misassembly of product.
Also, when the shell 51 and the support bracket 53 combine, the locating part through portion 51a and sliding groove
Portion 53a can be arranged correctly, therefore the locating part protrusion 52a can be positioned opposite with the locating part through portion 51a, with
Protrude from the outside of shell 51.Thus, it is possible to prevent the misassembly due to the shell 51 and support bracket 53 and occur such as to use
It is restrained on the inside of side surface part of the one end of the locating part 52 of pot lid 40 by shell 51 in fixed and not prominent etc. failure.
I.e., it is possible to fundamentally prevent pot lid 40 in due to locating part 52 breaks down can not be engaging in locating part 52,
When cooking a meal meal, interior pot lid 40 separates and the safety accident that the reasons such as steam leakage are likely to occur and meal quality of cooking a meal from lid 20
It reduces, therefore can be improved the safety and quality of product.Moreover, because the guidance groove portion 53b supplies the arrangement protruding portion
51b is inserted into and guides so that the shell 51 can only up and down direction movement, therefore, can prevent because shell 51 maloperation revolve
Then locating part 52 is detached from from locating part through portion 51a.
On the other hand, it is preferably formed in the periphery of the cover board 55 in conjunction with guidance groove portion 55b, the combination guides groove portion
55b is accordingly recessed to be formed to radially inner side with the arrangement protruding portion 51b.Here, combination guidance groove portion 55b with it is described
Arrangement protruding portion 51b is symmetricly set on the two sides of cover board 55 in the same manner.At this point, being formed with arrangement connection holes in the cover board 55
55a so that the combination guidance groove portion 55b and the guidance groove portion 53b arrangement and with the support bracket 53 pass through screw it is tight
Gu.
Specifically, the both sides in the support bracket 53 centered on sliding groove portion 53a are formed with flight 53c.
Moreover, in the state that the formation direction for forming direction and sliding groove portion 53a for restraining groove portion 55c arranges, the arrangement connection
Hole 55a is formed in position corresponding with the flight 53c, thus, the cover board 55 and the support bracket 53 can pass through
Screw 59 combines.
At this point, when the cover board 55 and the support bracket 53 combine, the combination guidance groove portion 55b and described draw
Channel guide section 53b arranged.
It is formed with locking step 53e moreover, preferably protruding in the lower end of guidance groove portion 53b, the locking step 53e is supplied
The arrangement protruding portion 51b is locking.Specifically, the locking step 53e is preferably along the guidance groove portion 53b and sliding groove
The part of portion 53a connection is formed, and the locking step 53e project it is highly preferred be greater than the arrangement protruding portion 51b and institute
The height at the interval between guidance groove portion 53b is stated, the top 53g of the locking step 53e is preferably flat.
At this point, by forcing pressurized casing 51, the arrangement protruding portion 51b can be inserted into the locking step by force
53e simultaneously passes through the locking step 53e, to be inserted into the guidance groove portion 53b.
To which when the arrangement protruding portion 51b is moved down, the arrangement protruding portion 51b is engaging in locking step 53e
Top 53g, in order to avoid be assembled in the support bracket 53 shell 51 separate.Therefore, the artificial separation because of shell 51 can be made
The loss of component caused by assembling again and damaged minimum, so as to improve the durability of product.
At this point, the lower part 53f of the locking step 53e is preferably formed into more upward more tilts to radial outside, so that institute
State arrangement protruding portion 51b sliding.
Specifically, arrangement protruding portion 51b is passing through cover board 55 when assembling the shell 51 and the support bracket 53
Combination guidance groove portion 55b after for the first time arrange in the state of be guided to the direction guidance groove portion 53b of support bracket 53.Cause
This, when being inserted into the arrangement protruding portion 51b by force, the arrangement protruding portion 51b can be along the lower part locking step 53e
The inclined surface of 53f is slided, to easily propagate through, so as to improve the assemblability of product.
On the other hand, Fig. 6 is the change for showing a touch holder device of electric cooker for first embodiment according to the present invention
The decomposition perspective view of shape example.In this variation, the basic composition other than the locking step (referring to the label 53e of Fig. 3)
It is identical as the composition of above-mentioned first embodiment, therefore omit and identical composition is illustrated, and identical composition is assigned
Identical appended drawing reference.
As shown in fig. 6, the lower end 253e of the guidance groove portion 253b can be not provided with if locking step is (referring to Fig. 3
Label 53e) etc. protruding portions and be connected directly to the end of the sliding groove portion 253a, so as to which it is clear to carry out to separate shell 51
It washes.
At this point, in the state of assembling the shell 51 and the support bracket 253, if artificially completely by locating part 52
Shell 51 is pulled down after shifting on the inside of the edge of locating part through portion 51a, then the shell 51 and the support bracket 253 can be with
Separation.
On the other hand, Fig. 7 is point for showing a touch holder device of the electric cooker of second embodiment according to the present invention
Perspective view is solved, Fig. 8 a and Fig. 8 b are to show the lower surface portion that decapsidate is removed in the electric cooker of second embodiment according to the present invention
A touch holder device decomposable process plan view, Fig. 9 is the electric cooker for showing second embodiment according to the present invention
The cross-sectional view of one touch holder device, Figure 10 a and Figure 10 b be show second embodiment according to the present invention electric cooker one
The longitudinal section of the decomposable process of touch holder device.
In this second embodiment, in addition to the assembling and separation between the support bracket 353, shell 351 and cover board 355
And the basic composition outside various components thus is identical as the composition of above-mentioned first embodiment, therefore omits to identical composition
It illustrates.
Referring to Fig. 7 to Figure 10 b, it is preferably formed in the lower, outer perimeter of the support bracket 353 and hides groove portion 353b, it is described
Hide groove portion 353b to be along the circumferential direction recessed to radially inner side.
Herein, described to hide groove portion 353b by making and the sliding groove portion 353a from the lower end of the support bracket 353
The lower, outer perimeter of the corresponding support bracket 353 in upper end narrow, and the upper periphery 353d and shape of the support bracket 353
Step and wider diameter is formed to have at there is the lower, outer perimeter for hiding groove portion 353b to be formed.
Also, 0a referring to Fig.1, the upper periphery 353d of the support bracket 353 have in the top of the shell 351
The corresponding diameter of all 351e.
To, when pressurize the shell 351 when, the top inner circumferential 351e of shell 351 by the support bracket 353 top
In the state of periphery 353d support, shell 351 can steadily be gone up and down.
That is, if the upper periphery 353d of support bracket 353 has relatively narrow diameter identically as lower, outer perimeter, so that it may
It prevents from being possible to produce due to the wider isolating partition between the top inner circumferential 351e of shell 351 and the periphery of support bracket 353
The case where action when pressurized casing 351 such as raw bias or distortion reduces.
Moreover, the arrangement protruding portion 351b is provided projectingly to radially inner side referring to Fig. 7 to Fig. 9, and has and be greater than from outer
The height at the interval of the upper periphery 353d of the interior thoughtful support bracket 353 of shell 351.The cup depth for hiding groove portion 353b
Be set as with arrangement the projecting height of protruding portion 351b it is corresponding, thus arrange protruding portion 351b can along hide groove portion 353b into
Row movement.
On the other hand, decomposition control groove portion 355b, the decomposition control flume are preferably formed in the periphery of the cover board 355
The portion 355b and arrangement protruding portion 351b is accordingly recessed to radially inner side, and along the circumferential direction extends, so that the arrangement
Protruding portion 351b is rotated with scheduled separation angle.
Also, the cover board 355 is in conjunction with the lower surface portion of the support bracket 353, so that the contained groove portion 355c
Formed direction and it is described sliding groove portion 353a formation direction arrangement.At this point, decomposition control groove portion 355b be formed in
The support bracket 353 in conjunction with cover board 355 periphery on combined so that the locating part through portion 351a with support bracket 353
Position corresponding with the mutually arranged arrangement protruding portion 351b of shell 351 in the sliding end groove portion 353a.
Specifically, the arrangement protruding portion 351b can be formed in from the locating part through portion 351a along the circumferential direction
The lower part being located at 90 degree of intervals is separated, and the control groove portion 355b that decomposes can be formed in from the sliding groove portion 353a's
End 90 degree of intervals spaced apart in the circumferential direction are located in.At this point, the arrangement protruding portion 351b and the decomposition control groove portion
355b is preferably symmetrically set in the two sides of the shell 351 and cover board 355.
Moreover, described decompose controls groove portion 355b with the size for enabling the arrangement protruding portion 351b to pass through, and
Periphery and the support bracket 353 in the cover board 355 other than being formed with the part for decomposing control groove portion 355b it is upper
Portion periphery 353d is corresponding.
To, only in the state of the arrangement protruding portion 351b and decomposition control groove portion 355b positioned opposite, institute
State arrangement protruding portion 351b pass through the cover board 355 and be inserted into it is described hide groove portion 353b so that shell 351 and support bracket
353 can combine.
As described above, controlling groove portion 355b by the decomposition limits shell 351 and the combinative direction of support bracket 353
That a possibility that mistakenly assembling minimum can be made.Therefore, can to make the locating part 352 pass through the locating part through portion
351a and be exposed to shell 351 outside be correctly oriented guidance assembling, the safety of product can be improved.
At this time, it is considered preferred to cover board 355 thickness and the locating part 352 up and down direction thickness and set the row
The up and down direction length of column protruding portion 351b, so that when in order to accommodate the locating part 352 and the lifting of shell 351, the row
At least part of column protruding portion 351b is arranged in inside the decomposition control groove portion 355b.Also, the decomposition controls groove portion
Position court of the 355b from the arrangement protruding portion 351b for keeping the end of locating part through portion 351a and sliding groove portion 353a mutually arranged
It to be formed to circumferencial direction side and the other side with having size corresponding with angle is separated to extend.To the arrangement protruding portion
351b is moved in the inside for decomposing control groove portion 355b, so that shell 351 rotates with limitation.
Here, the end of locating part through portion 351a and sliding groove portion 353a are mutually arranged, so that locating part 352 passes through limit
Position part through portion 351a is protruded from outside shell 351.The separation angle refers to from locating part through portion 351a and sliding groove portion
The end mutual dislocation arrangement of the position that the end of 353a as above arranges to locating part through portion 351a and sliding groove portion 353a make
Locating part 352 is obtained by the angle of the circumferencial direction medial surface 351h of locating part through portion 351a contained position.That is, when described outer
Shell 351 and support bracket 353 combine, so that the arrangement protruding portion 351b is located at the central part for decomposing control groove portion 355b
Timesharing, the end arranged cells of the locating part through portion 351a and the sliding groove portion 353a, protrudes from locating part 352
The outside of shell 351.
Moreover, when shell 351 rotates, so that the arrangement protruding portion 351b is located at the two of the decomposition control groove portion 355b
In end when the 355e of one end, locating part 352 is detached from from locating part through portion 351a, so that locating part 352 is by locating part through portion
The circumferencial direction medial surface 351h of 351a restrains.
On the other hand, it is preferable that the one end side of the locating part 352 is formed with circular insertion guide portion
352g, the insertion guide portion 352g more become narrower to radial outside.
At this point, insertion guide portion 352g can be formed along the side surface part of the locating part protrusion 352a.It can be only
The one side being formed in side surface part, or the two sides face of side surface part can also be formed on.Moreover, the locating part through portion
The circumferencial direction both sides of the edge inner circumferential 351d of 351a is accordingly formed slopely with the insertion guide portion 352g.
At this point, 0a to Figure 10 b referring to Fig.1, the arrangement protruding portion 351b are preferably from the locating part through portion 351a
The position up and down direction at 90 degree of intervals spaced apart in the circumferential direction extends to form, until reaching the lower surface portion from the shell 351
Edge is to altitude range corresponding with the lower edge of locating part through portion 351a.
Specifically, when pressurize the shell 351 when, be exposed to shell 351 across the locating part through portion 351a
The locating part 352 of outside can be pressed by the lower edge of locating part through portion 351a, to after the radially inner side of shell 351
It moves back.At this point, if the shell 351 rises, described hide groove portion until the upper end of the arrangement protruding portion 351b is engaging in
The upper step of 353b, then as shown in figure 9, the insertion guide portion 352g of the locating part 352 of the retrogressing is passed through with the locating part
The circumferencial direction both ends of logical portion 351a are positioned opposite.
Here, the curved surface of the insertion guide portion 352g is just passed through along the locating part if rotating the shell 351
The inclined surface of the circumferencial direction edge inner circumferential 351d of logical portion 351a is slided, allow the locating part 352 smoothly after
It moves back, to be completely disengaged from locating part through portion 351a.
Moreover, when the shell 351 rotates, so that the arrangement protruding portion 351b is engaging in the decomposition control groove portion
The end 355e of 355b, then as shown in Figure 8 b, locating part 352 are arrested by the circumferencial direction medial surface 351h of locating part through portion 351a
Beam, at this point, may be implemented to separate and pulling down shell 351.
As described above, the shell 351 and making the shell 351 rotate predetermined angular by lightly pressurizeing come can be real
Now simple separation, therefore be easy to carry out cleaning and such as maintenance of replacement accessory.
In addition, the arrangement protruding portion 351b be engaging in it is described hide the step of groove portion 353b, therefore can be easy to determine
Rotary operation time after pressurized casing 351.Also, the arrangement protruding portion 351b, which is engaging in, decomposes control groove portion 355b's
End 355e, so as to be easy to determine by pulling down shell 351 come achievable isolated time point.Therefore, it is possible to use in dividing
Pressurization and rotation process from shell 351 minimize, so as to improve the ease of use of product.
As described above, the invention is not limited to above-mentioned each embodiment, the common skill of the technical field of the invention
Art personnel can carry out deformation implementation, such deformation implementation in the case where not departing from the range of claims of the present invention
Belong in the scope of the present invention.