CN207285874U - Cooking apparatus - Google Patents

Abstract

The utility model provides a kind of cooking apparatus, including shell, control assembly and ejecting mechanism.Shell is equipped with installation space；Control assembly can be rotationally connected with shell, and control assembly can rotate between the first position in installation space and the second place of protrusion installation space, and wherein control assembly includes control panel；Ejecting mechanism is installed on the shell, and can be moved relative to shell, and when ejecting mechanism is triggered, ejecting mechanism drives control assembly to be rotated along from first position to the direction of the second place.Cooking apparatus provided by the utility model, trigger ejecting mechanism, the second button bit that the first button bit on ejecting mechanism is covered with after is separated, the second inclined plane that first inclined plane is covered with after abuts against, and the second inclined plane is driven to be rotated along the direction from first position to the second place, after turning to certain angle, by bracket clamp in screens, control assembly is avoided to return back to first position.

Description

Cooking apparatus

Technical field

Kitchen utensils field is the utility model is related to, more specifically, is related to a kind of cooking apparatus.

Background technology

Existing cooking apparatus such as electric pressure cooking saucepan, as shown in Figures 1 to 5, control assembly 20 ' are much designs in cooker body On part, cooker body includes shell 10 ', and shell 10 ' includes body and the fixed plate 101 ' being connected on body, and control assembly is set In fixed plate, for the consideration to product appearance, the volume of product cannot be excessive, and small product size crosses conference and seriously reduces production Product fill cabinet quantity, product cost are improved, so the control assembly 20 ' of existing product is both designed as vertical direction or and vertical direction The only angle of very little, it is excessive to avoid small product size.And the angle of inclination of control assembly 20 ' all cannot be adjusted.User is grasping When making control assembly 20 ', it need to often bend over or squat down just see control assembly 20 ' clearly, be easy to cause user's operation fatigue, influence to use Family operation comfort.As national life level improves, consumer is higher and higher to product requirement, then generates a kind of control The cooking apparatus of the tilt adjustable section of component.

For the cooking apparatus of control assembly tilt adjustable section, if being used at the top of control assembly between cover top portion Hinge arrangement connects, then control assembly can be rotated around the hinge arrangement, after control assembly goes to certain angle, will can be installed on The bracket clamp at the control assembly back side is in the limiting slot of outer casing bottom, so as to play the role of fixed control assembly.

And consider product integrality, before control assembly angle of inclination is not adjusted, control assembly is fixed on the shell In installation space, during user's adjustment control assembly angle, need first to pluck out control assembly out of installation space first, then rotate Control assembly, and if want to pluck out control assembly, the one or more " plucking out position " 201 ' that need to be designed with control assembly, should " plucking out position " can seriously affect product beauty, influence the integrality of control assembly.

Utility model content

The utility model is intended at least solve one of technical problem existing in the prior art.

For this reason, the purpose of this utility model is to provide a kind of cooking apparatus.

To achieve the above object, the embodiment of the utility model provides a kind of cooking apparatus, including：Shell, it is described outer Shell is equipped with installation space；Control assembly, can rotationally be connected with the shell, and the control assembly can be positioned at institute State and rotated between the first position in installation space and the second place of the protrusion installation space, wherein the control assembly bag Include control panel；And ejecting mechanism, installation on the housing, and can move, the ejecting mechanism quilt relative to the shell During triggering, the ejecting mechanism drives the control assembly relative to the shell along from the first position to the second The direction put rotates.

The cooking apparatus that the utility model above-described embodiment provides, control assembly include control panel, are realized by control panel Control to cooking apparatus.Shell, which is equipped with, to be used to install control assembly, and the installation space being adapted with control assembly.Control Component can be rotated relative to shell, trigger ejecting mechanism, and ejecting mechanism drives control assembly along from first position to second Put direction rotation.When user needs to operate control assembly, ejecting mechanism can be triggered, ejecting mechanism is moved relative to shell, And drive control assembly to be rotated relative to shell along the direction from first position to the second place, so that the one of control assembly Hold and protrude installation space, after one end protrusion installation space of control assembly, user can move control assembly and be continued toward close The direction of the second place rotates, while facilitating user to see control assembly clearly so as to easy manipulation product, without in control group Set on part and pluck out position, ensure that the integrality and aesthetics of control assembly.

Preferably, the connection that the upper end of control assembly and shell can rotate, triggers ejecting mechanism, under control assembly The outwardly installation space in end.

Control assembly can be arranged in the cooker body of cooking apparatus, can also be arranged on lid.

In addition, the cooking apparatus that the utility model above-described embodiment provides also has following additional technical feature：

In above-mentioned technical proposal, it is preferable that the ejecting mechanism includes sliding block, and the sliding block can be relative to the shell Slide, press the sliding block, the sliding block drives the control assembly relative to the shell along from the first position to institute The direction for stating the second place rotates.

Sliding block can be slided relative to shell, to close to control assembly direction press sliding block, sliding block by control assembly from Ejection in installation space.

In above-mentioned technical proposal, it is preferable that the sliding block is equipped with the first inclined plane, and the control assembly is equipped with and institute The second inclined plane that the first inclined plane is adapted is stated, presses the sliding block, first inclined plane and the second inclined plane phase Abut and drive second inclined plane to be rotated along from the first position to the direction of the second place.

When pressing sliding block, to enable sliding block to turn to control assembly outside installation space out of installation space, sliding block The first inclined plane is equipped with, correspondingly, control assembly is equipped with the second inclined plane, the second inclined plane is mutually fitted with the first inclined plane Match somebody with somebody.When pressing sliding block, first tilts towards moving and being abutted in the second inclined plane close to the direction of the second inclined plane, so that band Dynamic second inclined plane is rotated along the direction from first position to the second place, so as to drive control assembly along from first position to the The direction of two positions rotates.

In above-mentioned technical proposal, it is preferable that the sliding block is located at the lower section of the control assembly, along side from inside to outside To first inclined plane tilts down, correspondingly, along direction from inside to outside, the second inclined plane tilts down.

Certainly, sliding block may be located on the top of control assembly, left or right side, at this time, corresponding to set first to tilt The incline direction and angle of inclination of face and the second inclined plane so that during pressing sliding block, the first inclined plane can drive the second inclination Face so drive control assembly along from first position to the direction of the second place rotate.

In above-mentioned technical proposal, it is preferable that the sliding block is equipped with the first button bit, the control assembly be equipped with it is described Matched second button bit of first button bit, during so that the control assembly being located at the first position, the sliding block and the control Component processed is mutually clamped, and when first inclined plane and second inclined plane abut against, first button bit and described second Button bit is separated.

First button bit can be raised, and corresponding second button bit is card slot or protrusion；Alternatively, the first button bit is card slot, the Two button bits are protrusion.When control assembly is located at first position, the first button bit is interlocked with the second button bit, realizes sliding block and control group Connection between part, the firmness that enhancing control assembly is fixed on the shell；And when the first inclined plane offsets with the second inclined plane When connecing, the first button bit is just separated or has been separated with the second button bit so that the first inclined plane can drive the second inclination Face is rotated along from first position to the direction of the second place, so that control assembly is ejected installation space.

During to realize that the first inclined plane and the second inclined plane abut against, the first button bit is separated with the second button bit, the control When component processed is located at the first position, the fastening amount of first button bit and second button bit is D1, and described first tilts The distance between face and second inclined plane are D2, D2 >=D1.

When control assembly is located in installation space, the fastening amount of the first button bit and the second button bit is D1, and fastening amount refers to First button bit is inserted into the length in the second button bit.D2 is more than D1, and when so pressing sliding block, the first button bit is first mutually de- with the second button bit From rear, continue to press sliding block, the first inclined plane can just be abutted against with the second inclined plane, so that the first inclined plane can drive Second tilts the direction movement towards protrusion installation space.Alternatively, D2 is equal to D1, such first button bit is separated with the second button bit When, the first inclined plane is just abutted against with the second inclined plane.

In above-mentioned technical proposal, it is preferable that the control assembly further includes rear cover, and the rear cover limits accommodation space, The control panel is located in the accommodation space, wherein the rear cover can be rotationally connected with the shell, described second inclines Inclined-plane and/or second button bit be arranged on it is described after cover.

Control panel is located at side of the rear cover away from shell, and in the accommodation space that rear cover limits, it is preferable that accommodate Space openings are outwardly.Control assembly realizes the rotation connection with shell by rear cover.Certainly, control assembly can also be by except after Other components outside lid realize the rotation connection with shell.Preferably, the second inclined plane and the second button bit are arranged under rear cover On end.

In above-mentioned technical proposal, it is preferable that the shell includes the fixed plate of body and setting on the body, described Fixed plate limits the installation space, wherein the control assembly can be rotationally connected with the fixed plate.

Shell is equipped with fixed plate, and fixed plate limits the installation space for installing control assembly, installation space opening Outwardly.Preferably, rear cover is rotatablely connected with fixed plate, realizes rotation of the control assembly relative to shell.Certainly, rear cover can be with The connection that other components in control assembly in addition to rear cover can rotate, to realize rotation of the control assembly relative to shell.Gu Fixed board is fixed on body by fastener or is connected on body.

In above-mentioned technical proposal, it is preferable that the sliding block includes press section, and the shell is equipped with installation through-hole, described Press section is inserted into and at least partly protrudes the installation through-hole, and the control assembly edge can be driven from institute by pressing the press section First position is stated to rotate to the direction of the second place.

Sliding block includes press section, correspondingly, shell is equipped with installation through-hole, press section insertion installation through-hole, and at least portion Point protrusion installation through-hole, the part of pressing press section protrusion installation through-hole, control assembly is driven along from the by the first inclined plane One position is rotated to the direction of the second place.

In above-mentioned technical proposal, it is preferable that the shell is equipped with block, is supported between the press section and the block Flexible part.

After pressing sliding block, to realize the reset of sliding block (being reset to the position before pressing), supported between press section and block Flexible part.When pressing press section, elastic component is compressed；When stopping pressing press section, answered in the zone of action movable slider of elastic component Position.

Preferably, block is arranged in fixed plate, and installation through-hole is located in fixed plate.

In above-mentioned technical proposal, it is preferable that the press section is equipped with receiving hole, and the elastic component is located at the receiving hole It is interior；And/or at least one in the press section and the shell is equipped with guide plate, the elastic component is located at the guiding Plate is enclosed in the limit space set out.

Receiving hole of the opening towards block is offered on press section, elastic component is located in receiving hole, one end branch of elastic component On the bottom wall of receiving hole, the other end of elastic component is supported on block for support.Elastic component is compressed and reseting procedure in be real Guide plate now is extended to form to close to the direction of block to the guiding of elastic component movement, press section, and/or, shell preferably after Cover and be equipped with guide plate, guide plate, which encloses, sets out limit space, ensures in pressing sliding block and sliding block reseting procedure, sliding block is integrally done Linear motion.Preferably, the first inclined plane and the first button bit are located at the both sides of press section.

Preferably, elastic component is helical spring or shrapnel.

In above-mentioned technical proposal, it is preferable that the ejecting mechanism includes knob, and the knob can be relative to the shell Rotate, rotate the knob, the knob drives the control assembly relative to the shell along from the first position to institute The direction for stating the second place rotates.

It is rotatablely connected between knob and shell, turn knob, control assembly is ejected out of installation space.

In above-mentioned technical proposal, it is preferable that the knob is equipped with the first inclined plane close to the surface of the control assembly, The control assembly is equipped with the second inclined plane being adapted with first inclined plane, rotates the knob, described first inclines Inclined-plane abuts against with second inclined plane and drives second inclined plane along from the first position to the second place Direction rotate.

Knob is made into surface similar to cam outer contour, turn knob to first position close to the surface of control assembly When, the second inclined plane of the first inclined plane and control assembly on knob abuts against, and continues turn knob, and the first inclined plane drives Second inclined plane is rotated along the direction from first position to the second place, so as to drive control assembly along from first position to second The direction of position rotates, so that control assembly is ejected installation space.

In above-mentioned technical proposal, it is preferable that the knob is equipped with the first button bit, the control assembly be equipped with it is described The second button bit that first button bit is adapted, during so that the control assembly being located at the first position, the knob and the control Component processed is mutually clamped, and when first inclined plane and second inclined plane abut against, first button bit and described second Button bit is separated.

First button bit can be raised, and corresponding second button bit is card slot or protrusion；Alternatively, the first button bit is card slot, the Two button bits are protrusion.When control assembly is located at first position, the first button bit is interlocked with the second button bit, realizes knob and control group Connection between part, the firmness that enhancing control assembly is fixed on the shell；And when the first inclined plane offsets with the second inclined plane When connecing, the first button bit is just separated or has been separated with the second button bit so that the first inclined plane can drive the second inclination Face is rotated along from first position to the direction of the second place.

In above-mentioned technical proposal, it is preferable that the knob includes rotating part, and the shell is equipped with installation through-hole, described Rotating part is inserted into and at least partly protrudes the installation through-hole, and the control assembly edge can be driven from institute by rotating the rotating part The direction for stating first position to the second place rotates.

Shell is equipped with installation through-hole, rotating part insertion installation through-hole, and at least partly protrudes installation through-hole, rotation rotation The part of installation through-hole is protruded in portion, drives control assembly to turn along from first position to the direction of the second place by the first inclined plane It is dynamic.

In above-mentioned technical proposal, it is preferable that the cooking apparatus further includes：Fixed mechanism, the control assembly relative to During the shell rotates, the fixed mechanism is used to fix the control assembly, to prevent the control assembly from replying To the first position.

After control assembly rotation protrusion installation space, to avoid control assembly during operating control assembly from falling after rise to peace Fill in space (first position), fixed mechanism is additionally provided with cooking apparatus.After control assembly rotates protrusion installation space, Gu Control assembly can be fixed on predetermined angle by determining mechanism, or control assembly is fixed between the first position and the second position Any angle (including control assembly is fixed on the second place).

Fixed mechanism can be stent, and stent can rotationally connect with one in the control assembly and the shell Connect, another in the control assembly and the shell is equipped with screens, and the stent can be stuck in the screens.

After one end of control assembly reaches the position for protruding installation space by rotating to, to realize control assembly in the position The fixation put, cooking apparatus also have stent, the connection that one end of stent and control assembly can rotate, and shell is equipped with card Position, to the direction swinging mounting close to screens, stent is limited in screens, realizes the support to control assembly, avoids controlling Component is returned back in installation space by self gravitation.Certainly, the connection that one end of stent can also can be rotated with shell, this When, screens is located in control assembly.

Preferably, a connection that can be rotated in one end of stent and rear cover and fixed plate, in rear cover and fixed plate Another be equipped with screens.

Fixed mechanism can also be：Fixed mechanism includes damping piece, and damping piece is between shell and control assembly, control During component is rotated relative to shell, damping piece provides the damping from the second place to first position direction to control assembly Power；Alternatively, fixed mechanism includes stent, one end of stent can be rotationally connected with one in control assembly and shell, control Another in component and shell processed is equipped with sliding slot, and the sliding block being matched therewith, the other end and cunning of stent are equipped with sliding slot Block can be connected rotationally.

Using ejecting mechanism as sliding block, fixed mechanism is illustrates that the rotation of control assembly is adjusted exemplified by the cooperation of stent and screens Mode.When user needs the angle of adjustment control component, the press section of sliding block is pressed, makes sliding block toward close to the direction of control assembly (upward) movement, after slide block movement a distance, the first button bit and the second button bit 1 are separated, and continue to press on sliding block, sliding block after Continue and moved to the direction close to control assembly, the first inclined plane 1 is in contact with the second inclined plane 1, slipper push control assembly edge Moved from first position to the direction of the second place, after sliding block is pulled to bottom, the bottom protrusion installation space of control assembly, this When can move control assembly manually, it is rotated relative to shell, then flip stand, make stent around itself and rear cover 1 or fixed Rotational structure between plate rotates, after holder pivots are to certain angle, by bracket clamp in screens, so as to complete adjustment control group The operation at part angle of inclination.After the completion of user is to the operation of control assembly, stent can be taken out from screens, then promote control The bottom of component processed, makes control assembly be rotated around its rotational structure between shell, you can control assembly is fixed on peace Fill in space, and sliding block resets under the action of elastic component.

The cooking apparatus is electric pressure cooking saucepan, electric cooker or other small household appliances with control assembly and shell.

The additional aspect and advantage of the utility model will become obvious in following description section, or new by this practicality The practice of type is recognized.

Brief description of the drawings

The above-mentioned and/or additional aspect and advantage of the utility model will in the description from combination accompanying drawings below to embodiment Become obvious and be readily appreciated that, wherein：

Fig. 1 is the structural representation at cooking apparatus visual angle when control assembly is located in installation space in correlation technique Figure；

Fig. 2 is the structural representation at cooking apparatus another visual angle when control assembly is located in installation space in correlation technique Figure；

Fig. 3 is structure diagram of the cooking apparatus when control assembly rotates protrusion installation space in correlation technique；

Fig. 4 is that the assembling structure of control assembly and fixed plate is located at cuing open in installation space in control assembly in correlation technique Depending on structure diagram；

Fig. 5 is that the assembling structure of control assembly and fixed plate rotates protrusion installation space in control assembly in correlation technique Schematic cross-sectional view.

Wherein, correspondences of the Fig. 1 into Fig. 5 between reference numeral and component names is：

10 ' shells, 101 ' fixed plates, 20 ' control assemblies, 201 ' pluck out position.

Fig. 6 is cooking apparatus described in one embodiment of the utility model when control assembly is located in installation space one The structure diagram at a visual angle；

Fig. 7 is the decomposition texture schematic diagram of the cooking apparatus shown in Fig. 6；

Fig. 8 is the assembling structure of the control assembly and fixed plate described in one embodiment of the utility model in control assembly Structure diagram when in installation space；

Fig. 9 is the schematic cross-sectional view of B-B direction in Fig. 8；

Figure 10 is the enlarged structure schematic diagram of Fig. 9 parts；

Figure 11 be in Fig. 8 A-A to schematic cross-sectional view；

Figure 12 is the enlarged structure schematic diagram of Figure 11 parts；

Figure 13 be in Fig. 8 C-C to schematic cross-sectional view；

Figure 14 is the enlarged structure schematic diagram of Figure 13 parts；

Figure 15 is structure diagram of the structure during sliding block is pressed shown in Figure 10；

Figure 16 is structure diagram of the structure during sliding block is pressed shown in Figure 12；

Figure 17 is structure diagram of the structure during sliding block is pressed shown in Figure 14；

Figure 18 is structure diagram of the structure during continuing to press sliding block shown in Figure 15；

Figure 19 is structure diagram of the structure during continuing to press sliding block shown in Figure 16；

Figure 20 is structure diagram of the structure during continuing to press sliding block shown in Figure 17；

Figure 21 is the structure diagram at first visual angle of sliding block described in one embodiment of the utility model；

Figure 22 be in Figure 21 D-D to schematic cross-sectional view；

Figure 23 be in Figure 21 E-E to schematic cross-sectional view；

Figure 24 be in Figure 21 F-F to schematic cross-sectional view；

Figure 25 is the structure diagram at second visual angle of sliding block shown in Figure 21；

Figure 26 is the structure diagram at the 3rd visual angle of sliding block shown in Figure 21；

Figure 27 is the structure diagram at the 4th visual angle of sliding block shown in Figure 21；

Figure 28 is the structure diagram at the 5th visual angle of sliding block shown in Figure 21.

Wherein, correspondences of the Fig. 6 into Figure 28 between reference numeral and component names is：

100 cooking apparatus, 1 cooker body, 11 shells, 111 bodies, 112 fixed plates, 1122 screens, 1123 installation through-holes, 1124 blocks, 113 installation spaces, 2 lids, 3 control assemblies, 31 rear covers, 311 accommodation spaces, 315 second button bits, 316 second incline Inclined-plane, 32 control panels, 33 control box, 34 control panels, 4 stents, 5 sliding blocks, 51 first inclined planes, 52 first button bits, 53 accommodate Hole, 54 guide plates, 55 press sections, 56 limit spaces, 6 elastic components.

Embodiment

In order to be more clearly understood that the above-mentioned purpose of the utility model, feature and advantage, below in conjunction with the accompanying drawings and have The utility model is further described in detail in body embodiment.It should be noted that in the case where there is no conflict, this Shen The feature in embodiment and embodiment please can be mutually combined.

Many details are elaborated in the following description in order to fully understand the utility model, still, this practicality It is new to be implemented using other different from mode described here, therefore, the scope of protection of the utility model and from The limitation of following public specific embodiment.

6 to 28 the cooking apparatus according to some embodiments of the utility model is described with reference to the accompanying drawings.

As shown in Figures 6 to 9, according to a kind of cooking apparatus 100 of the utility model some embodiments offer, including：Outside Shell 11, control assembly 3 and ejecting mechanism.Shell 11 is equipped with installation space 113；Control assembly 3 can be rotationally with shell 11 Connection, and control assembly 3 can be in the first position in installation space 113 and the second place of protrusion installation space 113 Between rotate, wherein control assembly 3 includes control panel 32；Ejecting mechanism is installed on shell 11, and can be relative to shell 11 Movement, when ejecting mechanism is triggered, ejecting mechanism drives control assembly 3 relative to shell along from first position to the second place Direction rotates.

The cooking apparatus 100 that the utility model above-described embodiment provides, control assembly 3 include control panel 32, pass through control Plate 32 realizes the control to cooking apparatus 100.Shell 11, which is equipped with, to be used to install control assembly 3, and is adapted with control assembly 3 Installation space 113.Control assembly 3 can be rotated relative to shell 11, trigger ejecting mechanism, and ejecting mechanism drives control assembly 3 rotate along from first position to second place direction.When user needs to operate control assembly 3, ejecting mechanism, ejector are triggered Structure drives control assembly 3 to be rotated relative to shell along the direction from first position to the second place, so that control assembly 3 One end protrude installation space 113, control assembly one end protrusion installation space after, user can move control assembly continued it is past Rotated close to the direction of the second place, while facilitating user to see control assembly 3 clearly so as to easy manipulation product, without controlling Set on component 3 processed and pluck out position, ensure that the integrality and aesthetics of control assembly 3.

Preferably, the connection that the upper end of control assembly and shell can rotate, triggers ejecting mechanism, under control assembly The outwardly installation space in end.

Control assembly 3 can be arranged in the cooker body 1 of cooking apparatus 100, can also be arranged on lid 2.

Embodiment one：

A kind of cooking apparatus 100, including：Shell 11, control assembly 3 and ejecting mechanism.Shell 11 is equipped with installation space 113；Control assembly 3 can be rotationally connected with shell 11, and control assembly 3 can be in first in installation space 113 Rotated between position and the second place for protruding installation space 113, wherein control assembly 3 includes control panel 32；Ejecting mechanism is pacified On shell 11, and it can be moved relative to shell 11, when ejecting mechanism is triggered, ejecting mechanism drives 3 phase of control assembly Rotated for shell along from first position to the direction of the second place.

Preferably, ejecting mechanism includes sliding block 5, and sliding block 5 can be slided relative to shell 11, presses sliding block 5,5 band of sliding block Dynamic control assembly 3 is rotated relative to shell 11 along the direction from first position to the second place.

Sliding block 5 can be slided relative to shell 11, press sliding block 5 to close to the direction of control assembly 3, sliding block 5 will control Component 3 is ejected out of installation space.

Preferably, as shown in Figure 13, Figure 14, Figure 17 and Figure 20, sliding block 5 is equipped with the first inclined plane 51, control assembly 3 The second inclined plane 316 being adapted with the first inclined plane 51 is equipped with, presses sliding block 5, the first inclined plane 51 and the second inclined plane 316 abut against and drive the second inclined plane 316 to be rotated along the direction from first position to the second place.

When pressing sliding block 5, to enable sliding block 5 that control assembly 3 is turned to installation space out of installation space 113 Outside 113, sliding block 5 is equipped with the first inclined plane 51, correspondingly, control assembly 3 is equipped with the second inclined plane 316, the second inclined plane 316 are adapted with the first inclined plane 51.When pressing sliding block 5, the first inclined plane 51 is moved to the direction close to the second inclined plane 316 And abut in the second inclined plane 316, so as to drive the second inclined plane 316 to turn along the direction from first position to the second place It is dynamic, so as to drive control assembly 3 to be rotated along the direction from first position to the second place.

Preferably, as shown in Figure 13, Figure 14, Figure 17 and Figure 20, sliding block 5 is located at the lower section of control assembly 3, along from inside to outside Direction, the first inclined plane 51 tilts down, correspondingly, along direction from inside to outside, the second inclined plane 316 tilts down.

Certainly, sliding block 5 may be located on the top of control assembly 3, left or right side, wherein direction such as Fig. 6 up and down It is shown, at this time, corresponding incline direction and the angle of inclination that first inclined plane 51 and the second inclined plane 316 are set so that pressing During sliding block 5, the first inclined plane 51 can drive the second inclined plane 316 and then drive control assembly 3 along from first position to second The direction of position rotates.

Preferably, as shown in Figure 11, Figure 12, Figure 16 and Figure 19, sliding block 5 is equipped with the first button bit 52, is set in control assembly 3 Have and 52 matched second button bit 315 of the first button bit, during so that control assembly 3 being located at first position, sliding block 5 and control assembly 3 phases are clamped, and when the first inclined plane 51 and the second inclined plane 316 abut against, the first button bit 52 is separated with the second button bit 315.

First button bit 52 can be raised, and corresponding second button bit 315 is card slot or protrusion；Alternatively, the first button bit 52 is Card slot, the second button bit 315 are protrusion.When control assembly 3 is located at first position, the first button bit 52 is interlocked with the second button bit 315, Realize the connection between sliding block 5 and control assembly 3, enhancing control assembly 3 firmness fixed on shell 11；And work as first and incline When 51 and second inclined plane 136 of inclined-plane abuts against, the first button bit 52 is just separated or has been separated with the second button bit 315, The first inclined plane 51 is enabled to drive the second inclined plane 316 to be rotated along the direction from first position to the second place, so that will Control assembly 3 ejects installation space.

During to realize that the first inclined plane and the second inclined plane abut against, the first button bit is separated with the second button bit, such as Figure 12 Shown, when control assembly 3 is located at first position, the fastening amount of the first button bit 52 and the second button bit 315 is D1, as shown in figure 14, The distance between first inclined plane 51 and the second inclined plane 316 are D2, D2 >=D1.

When control assembly 3 is located in installation space 113, the fastening amount of the first button bit 52 and the second button bit 315 is D1, is fastened Amount refer to the first button bit 52 be inserted into the second button bit 315 in length (as shown in figure 12, the first button bit is located on the second button bit Side, D1 are the distance between upper surface of lower face and the second button bit of the first button bit).D2 is more than D1, so presses sliding block 5 When, after the first button bit 52 and the second button bit 315 are first separated, continue to press sliding block 5, the first inclined plane 51 can just incline with second Inclined-plane 316 abuts against, so that the first inclined plane 51 can drive the second inclined plane 316 to the side of protrusion installation space 113 To movement.Alternatively, D2 is equal to D1, when such first button bit, 52 and second button bit 315 is separated, the first inclined plane 51 is just with Two inclined planes 316 abut against.

Preferably, control assembly 3 further includes rear cover 31, and as shown in figures 7 and 9, rear cover 31 limits accommodation space 311, Control panel 32 is located in accommodation space 311, and wherein rear cover 31 can be rotationally connected with shell 11, the second inclined plane 316 and/or Second button bit 315 is arranged on rear cover 31.

Control panel 32 is located at side of the rear cover 31 away from shell 11, and in the accommodation space 311 that rear cover 31 limits, Preferably, accommodation space 311 is open outwardly.Control assembly 3 realizes the rotation connection with shell 11 by rear cover 31.Certainly, control Component 3 processed can also realize the rotation connection with shell 11 by other components in addition to rear cover 31.Preferably, the second inclined plane 316 and second button bit 315 be arranged on the bottom of rear cover 31.

Preferably, shell 11 includes body 111 and the fixed plate 112 being arranged on body 111, and fixed plate 112 limits Installation space 113, wherein control assembly 3 can be rotationally connected with fixed plate 112.

Shell 11 is equipped with fixed plate 112, and fixed plate 112 limits the installation space 113 for installing control assembly 3, Installation space 113 is open outwardly.Preferably, rear cover 31 is rotatablely connected with fixed plate 112, realizes control assembly 3 relative to shell 11 rotation.Certainly, the connection that rear cover 31 be able to can be rotated with other components in control assembly 3 in addition to rear cover 31, with reality Show rotation of the control assembly 3 relative to shell 11.

Preferably, as shown in Figure 10, Figure 15, sliding block 5 includes press section 55, and shell 11 is equipped with installation through-hole 1123, presses The insertion of splenium 55 and at least partly downwardly projecting installation through-hole 1123, pressing press section 55 can drive control assembly 3 along from the One position is rotated to the direction of the second place.

Sliding block 5 includes press section 55, correspondingly, shell 11 is equipped with installation through-hole 1123, the insertion installation of press section 55 is logical Hole 1123, and installation through-hole 1123 is at least partly protruded, the part of installation through-hole 1123 is protruded in pressing press section 55, passes through first Inclined plane 51 drives control assembly 3 to be rotated along the direction from first position to the second place.

Preferably, as shown in Figure 10, shell 11 is equipped with block 1124, is supported between press section and block 1124 flexible Part 6.

After pressing sliding block 5, to realize the reset of sliding block 5 (being reset to the position before pressing), press section 55 and block 1124 Between be supported by elastic component 6.When pressing press section 55, elastic component 6 is compressed；When stopping pressing press section 55, in elastic component 6 Zone of action movable slider 5 resets.

Preferably, block 1124 is arranged in fixed plate 112, and installation through-hole is located in fixed plate.

Preferably, as shown in Figure 10, press section 55 is equipped with receiving hole 53, and elastic component 6 is located in receiving hole 53；And/or At least one in press section and shell 11 is equipped with guide plate 54, and elastic component 6 is located at guide plate 54 and encloses the limit space set out In 56.

Receiving hole 53 of the opening towards block 1124 is offered on press section 55, elastic component 6 is located in receiving hole 53, elasticity One end of part 6 is supported on the bottom wall of receiving hole 53, and the other end of elastic component 6 is supported on block 1124.It is pressurized in elastic component 6 The guiding for contracting and being moved in reseting procedure for realization to elastic component 6, the direction of press section to close block 1124, which extends to form, leads To plate 54, and/or, the preferably rear cover 31 of shell 11 is equipped with guide plate 54, and guide plate 54, which encloses, sets out limit space 56, ensures Press in 5 reseting procedure of sliding block 5 and sliding block, sliding block 5 is overall to move along a straight line.

Preferably, as shown in Figure 21 to Figure 28, the first inclined plane and the first button bit are located at the both sides of press section.

Preferably, elastic component 6 is helical spring or shrapnel.

Preferably, cooking apparatus 100 further includes fixed mechanism, during control assembly 3 is rotated relative to shell 11, Gu Determine mechanism to be used to fix control assembly 3, to prevent control assembly 3 from returning back to first position.

On the setting form of fixed mechanism, mainly there are three kinds.

Mode one：As shown in fig. 7, fixed mechanism includes stent 4, stent 4 and one in control assembly 3 and shell 11 Can rotationally it connect, another in control assembly 3 and shell 11 is equipped with screens 1122, and stent 4 can be stuck in screens On 1122.

After one end of control assembly 3 reaches the position for protruding installation space 113 by rotating to, to realize control assembly 3 Fixation in the position, cooking apparatus 100 also have a stent 4, the connection that one end and the control assembly 3 of stent 4 can rotate, outside Shell 11 is equipped with screens 1122, and to the direction swinging mounting 4 close to screens 1122, stent 4 is limited in screens 1122, realizes Support to control assembly 3, avoids control assembly 3 from being returned back to by self gravitation in installation space 113.Certainly, one end of stent 4 The connection that can also can be rotated with shell 11, at this time, screens 1122 are located in control assembly 3.

Preferably, one end of stent 4 and a connection that can be rotated in rear cover 31 and fixed plate 112,31 He of rear cover Another in fixed plate 112 is equipped with screens 1122.Preferably, screens 1122 is arranged under fixed plate 112 or rear cover 31 End.

Preferably, one end of stent 4 can be rotationally connected with one in control assembly 3 and shell 11, stent 4 it is another One end is bent to form bending part 411, and screens is equipped with an opposite surface on another in control assembly 3 and shell 11 1122, bending part 411 can be limited in screens 1122.

The connection that one end of stent 4 can be rotated with control assembly 3, is bent to form bending on the other end of stent 4 Portion 411, the junction of the other end and bending part 411 of preferable stent 4 is L-shaped, opposite with control assembly 3 on shell 11 Surface is equipped with screens 1122, it is preferable that screens 1122 be set on surface opposite with control assembly 3 on shell 11 it is convex Rise, bending part 411 is supported in protrusion, is realized to the spacing of stent 4, so as to fulfill to the spacing of control assembly 3, avoids controlling Component 3 is returned back in installation space 113.Certainly, the connection that one end of stent 4 can also can be rotated with shell 11, at this time, control The surface opposite with shell 11 is equipped with screens on component 3 processed.

Preferably, the connection that one end of stent 4 and rear cover 31 can rotate, the other end of stent 4 bend downward to be formed it is curved Folding part 411, the wall surface of fixed plate 112 are equipped with screens 1122, and screens 1122 is convex to be set on the wall surface of fixed plate 112 Rise, the raised wall surface with fixed plate limits limiting slot, and bending part 411 is stuck in limiting slot.Alternatively, one end of stent 4 with The connection that fixed plate 112 can rotate, the surface opposite with fixed plate 112 (is leaned on the bottom wall of rear cover 31 on the bottom wall of rear cover 31 The surface of 100 axis of nearly cooking apparatus) it is equipped with screens.

Preferably, stent 4 includes spacing section and the first linkage section being connected respectively with spacing section of both ends and second connects Connect section, the first linkage section and the second linkage section can be rotationally connected with one in control assembly 3 and shell 11, spacing section of energy It is enough spacing in screens 1122.

First linkage section is equipped with the first pin hole, the control assembly that can be rotatablely connected with the first linkage section or is set on shell There is the first axis pin, the first axis pin is inserted into the first pin hole, realizes the connection of the first linkage section and control assembly or shell；Alternatively, First linkage section is equipped with the first axis pin, and the control assembly that can be rotatablely connected with the first linkage section or shell are equipped with the first pin Hole, the first axis pin are inserted into the first pin hole, realize the connection of the first linkage section and control assembly or shell；Alternatively, the first connection Section is equipped with pin hole, the control assembly that can be rotatablely connected with the first linkage section or pin hole also is provided with shell, and the first axis pin is inserted Enter in two pin holes, realize the connection of the first linkage section and control assembly or shell.

Second linkage section is equipped with the second pin hole, the control assembly that can be rotatablely connected with the second linkage section or is set on shell There is the second axis pin, the second axis pin is inserted into the second pin hole, realizes the connection of the second linkage section and control assembly or shell；Alternatively, Second linkage section is equipped with the second axis pin, and the control assembly that can be rotatablely connected with the second linkage section or shell are equipped with the second pin Hole, the second axis pin are inserted into the second pin hole, realize the connection of the second linkage section and control assembly or shell；Alternatively, the second connection Section is equipped with pin hole, the control assembly that can be rotatablely connected with the second linkage section or pin hole also is provided with shell, and the second axis pin is inserted Enter in two pin holes, realize the connection of the second linkage section and control assembly or shell.

Preferably, the first linkage section and spacing section of junction and the second linkage section and spacing section of junction are L-shaped. Spacing section bends downward to form bending part.

Certainly, stent 4 can also be other shapes, such as yi word pattern, one end and shell 11 and the control assembly 3 of stent 4 In one can rotationally connect, the other end of stent 4 is limited in screens 1122.

Preferably, another in control assembly 3 and shell 11 is equipped with multiple screens 1122, and multiple screens 1122 are along another The above-below direction of one is set.

Stent 4 can be rotatablely connected with one in control assembly 3 and shell 11, another in control assembly 3 and shell 11 One is equipped with the multiple screens 1122 being distributed from top to bottom, it is preferable that multiple screens 1122 are located on same vertical curve.This Sample, when control assembly 3 is in different rotational angles relative to shell 11, stent 4 can respectively with multiple screens 1122 Some suitable screens 1122 coordinates, so as to control assembly 3 is fixed under the rotational angle, by setting multiple screens 1122, by increasing capacitance it is possible to increase control assembly 3 is by the quantity of 4 securing position of stent.It is of course also possible to it is not provided with multiple screens 1122, but multiple stents 4 of different height are set.

Stent 4 is set to telescopic stent 4, by varying the extension elongation of stent 4, can also increase control assembly 3 By the quantity of 4 securing position of stent, by rationally setting the stretch mode of stent 4, control assembly 3 can also be fixed on At any position between first position and the second place.

Mode two：

Fixed mechanism includes damping piece, and damping piece is between shell 11 and control assembly 3, and control assembly 3 is relative to outer During shell 11 rotates, damping piece provides the damping force from the second place to first position direction to control assembly 3.

Fixed mechanism includes damping piece, and damping piece is between shell 11 and control assembly 3, it is preferable that damping piece is located at Between fixed plate and rear cover, damping piece can be the elastic components such as rubber, silica gel, gear etc. be can also be, for example, in control assembly First gear is set on 3, the second gear being meshed with first gear is set on shell 11.

Mode three：

Fixed mechanism includes stent, and one end of stent can be rotationally connected with one in control assembly 3 and shell 11, Another in control assembly 3 and shell 11 is equipped with sliding slot, and the sliding block being matched therewith, the other end of stent are equipped with sliding slot Can rotationally it be connected with sliding block.

Fixed mechanism can also be：Shell 11 is equipped with sliding slot, it is preferable that sliding slot is vertically or approximately along vertical side To setting, further, fixed plate is equipped with sliding slot, is equipped with the sliding block coordinated with sliding slot in sliding slot, stent is supported on control group Between part 3 and shell 11, one end and the control assembly 3 of stent are hinged, it is preferable that one end of stent is hinged with rear cover, branch The other end of frame is hinged with sliding block.It is, of course, also possible to sliding slot is arranged in control assembly 3, it is preferable that after sliding slot is arranged on Cover.

Using ejecting mechanism as sliding block, fixed mechanism is illustrates that the rotation of control assembly is adjusted exemplified by the cooperation of stent and screens Mode.As shown in Fig. 9 to Figure 20, when user needs the angle of adjustment control component 3, the press section 55 of sliding block 5 is pressed, makes sliding block 5 toward close to (upward) movement in the direction of control assembly 3, after sliding block 5 moves a distance, the first button bit 52 and the second button bit 315 phase separations continue to press on sliding block 5 (as shown in Figure 15 to Figure 17), and sliding block 5 continues to transport to close to the direction of control assembly 3 Dynamic, the first inclined plane 51 is in contact with the second inclined plane 316, and sliding block 5 promotes control assembly 3 along from first position to the second place Direction movement, as shown in Figure 18 to Figure 20, after sliding block 3 is pulled to bottom, the bottom of control assembly 3 protrusion installation space, this When can move control assembly 3 manually, it is rotated relative to shell 11, then flip stand 4, make stent 4 around itself and rear cover 31 Or the rotational structure between fixed plate 112 rotates, and after stent 4 turns to certain angle, stent 4 is stuck in screens 1122, from And complete the operation at 3 angle of inclination of adjustment control assembly.After the completion of user is to the operation of control assembly 3, can by stent 4 from Taken out in screens 1122, then promote the bottom of control assembly 3, make control assembly 3 around its rotation knot between shell 11 Structure rotates, you can control assembly 3 is fixed in installation space 113, and sliding block 5 resets under the action of elastic component 6.

Preferably, control assembly further includes control box 33 and control panel 34, control panel 32, control box 33 and chain of command Plate 34 is successively set in accommodation space 311.

Embodiment two：

It is with the difference of embodiment one, ejecting mechanism includes knob, and knob can be rotated relative to shell, rotates rotation Button, knob drive control assembly to be rotated relative to shell along the direction from first position to the second place.

It is rotatablely connected between knob and shell, turn knob, control assembly is ejected out of installation space.

Preferably, knob is equipped with the first inclined plane close to the surface of control assembly, and control assembly is equipped with inclines with first The second inclined plane that inclined-plane is adapted, turning knob, the first inclined plane abut against with the second inclined plane and drive the second inclined plane Rotated along the direction from first position to the second place.

Knob is made into surface similar to cam outer contour, turn knob to first position close to the surface of control assembly When, the second inclined plane of the first inclined plane and control assembly on knob abuts against, and continues turn knob, and the first inclined plane drives Second inclined plane is rotated along the direction from first position to the second place, so as to drive control assembly along from first position to second The direction of position rotates, so that control assembly is ejected installation space.

Preferably, knob is equipped with the first button bit, and control assembly is equipped with the second button bit being adapted with the first button bit, control When component processed is located at first position, knob is mutually clamped with control assembly, and when the first inclined plane and the second inclined plane abut against, the One button bit is separated with the second button bit.

First button bit can be raised, and corresponding second button bit is card slot or protrusion；Alternatively, the first button bit is card slot, the Two button bits are protrusion.When control assembly is located at first position, the first button bit is interlocked with the second button bit, realizes knob and control group Connection between part, the firmness that enhancing control assembly is fixed on the shell；And when the first inclined plane offsets with the second inclined plane When connecing, the first button bit is just separated or has been separated with the second button bit so that the first inclined plane can drive the second inclination Face is rotated along from first position to the direction of the second place.

Preferably, knob includes rotating part, and shell is equipped with installation through-hole, and rotating part insertion simultaneously at least partly protrudes installation Through hole, rotating rotating part can drive control assembly to be rotated along the direction from first position to the second place.

Shell is equipped with installation through-hole, rotating part insertion installation through-hole, and at least partly protrudes installation through-hole, rotation rotation The part of installation through-hole is protruded in portion, drives control assembly to turn along from first position to the direction of the second place by the first inclined plane It is dynamic.

In conclusion the cooking apparatus 100 that the utility model embodiment provides, when ejecting mechanism is triggered, ejecting mechanism On the first button bit 52 be separated with the second button bit 315 on rear cover 31, the first inclined plane 51 is tilted with second on rear cover 31 Face 316 abuts against, and drives the second inclined plane 316 to be rotated along the direction from first position to the second place, turns to certain angle After degree, stent 4 is stuck in screens 1122, avoids control assembly 3 from returning back to first position.

In the description of the utility model, unless otherwise clearly defined and limited, term " multiple " refers to two or two More than a；Unless otherwise prescribed or illustrate, term " connection ", " fixation " etc. should all be interpreted broadly, for example, " connection " can be It is fixedly connected or is detachably connected, or be integrally connected, or is electrically connected；It can be directly connected, can also be in Between medium be indirectly connected.For the ordinary skill in the art, above-mentioned term can be understood at this as the case may be Concrete meaning in utility model.

In the description of this specification, it is to be understood that the instruction such as term " on ", " under ", "front", "rear", "left", "right" Orientation or position relationship be based on orientation shown in the drawings or position relationship, be for only for ease of description the utility model and letter Change description, rather than instruction or imply signified device or unit must have specific direction, with specific azimuth configuration and Operation, it is thus impossible to be interpreted as the limitation to the utility model.

In the description of this specification, the description of term " one embodiment ", " some embodiments ", " specific embodiment " etc. Mean that combining the particular features, structures, materials, or characteristics that the embodiment or example describe is contained at least the one of the utility model In a embodiment or example.In the present specification, schematic expression of the above terms is not necessarily referring to identical embodiment Or example.Moreover, the particular features, structures, materials, or characteristics of description can be in any one or more embodiments or example In combine in an appropriate manner.

The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the present invention, for this For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model Within, any modification, equivalent replacement, improvement and so on, should be included within the scope of protection of this utility model.

Claims (15)

1. A kind of 1. cooking apparatus, it is characterised in that including：

   Shell, the shell are equipped with installation space；

   Control assembly, can rotationally be connected with the shell, and the control assembly can be in the installation space First position and the protrusion installation space the second place between rotate, wherein the control assembly includes control panel；With

   Ejecting mechanism, installation on the housing, and can be moved relative to the shell, when the ejecting mechanism is triggered, The ejecting mechanism drives the control assembly relative to the shell along from the first position to the side of the second place To rotation.
2. 2. cooking apparatus according to claim 1, it is characterised in that

   The ejecting mechanism includes sliding block, and the sliding block can be slided relative to the shell, press the sliding block, the sliding block The control assembly is driven to be rotated relative to the shell along from the first position to the direction of the second place.
3. 3. cooking apparatus according to claim 2, it is characterised in that

   The sliding block is equipped with the first inclined plane, and the control assembly is equipped with second be adapted with first inclined plane and inclines Inclined-plane, presses the sliding block, and first inclined plane abuts against with second inclined plane and drives the second inclined plane edge Rotated from the first position to the direction of the second place.
4. 4. cooking apparatus according to claim 3, it is characterised in that

   The sliding block is located at the lower section of the control assembly, and along direction from inside to outside, first inclined plane tilts down.
5. 5. cooking apparatus according to claim 3, it is characterised in that

   The sliding block is equipped with the first button bit, the control assembly be equipped with matched second button bit of first button bit, During so that the control assembly being located at the first position, the sliding block is mutually clamped with the control assembly, and described first inclines When inclined-plane is abutted against with second inclined plane, first button bit is separated with second button bit.
6. 6. cooking apparatus according to claim 5, it is characterised in that

   The control assembly further includes rear cover, and the rear cover limits accommodation space, and the control panel is located at the accommodation space Interior, wherein the rear cover can be rotationally connected with the shell, second inclined plane and/or second button bit are arranged on Covered after described.
7. 7. cooking apparatus according to claim 2, it is characterised in that

   The sliding block includes press section, and the shell is equipped with installation through-hole, and the press section insertion simultaneously at least partly protrudes institute Installation through-hole is stated, the control assembly can be driven along from the first position to the second place by pressing the press section Direction rotates.
8. 8. cooking apparatus according to claim 7, it is characterised in that

   The shell is equipped with block, and elastic component is supported by between the press section and the block.
9. 9. cooking apparatus according to claim 8, it is characterised in that

   The press section is equipped with receiving hole, and the elastic component is located in the receiving hole；And/or the press section and described At least one in shell is equipped with guide plate, and the elastic component is located at the guide plate and encloses in the limit space set out.
10. 10. cooking apparatus according to claim 1, it is characterised in that

    The ejecting mechanism includes knob, and the knob can be rotated relative to the shell, rotate the knob, the knob The control assembly is driven to be rotated relative to the shell along from the first position to the direction of the second place.
11. 11. cooking apparatus according to claim 10, it is characterised in that

    The knob is equipped with the first inclined plane close to the surface of the control assembly, and the control assembly is equipped with and described the The second inclined plane that one inclined plane is adapted, rotates the knob, and first inclined plane is abutted against with second inclined plane And second inclined plane is driven to be rotated along from the first position to the direction of the second place.
12. 12. cooking apparatus according to claim 11, it is characterised in that

    The knob is equipped with the first button bit, and the control assembly is equipped with the second button bit being adapted with first button bit, During so that the control assembly being located at the first position, the knob is mutually clamped with the control assembly, and described first inclines When inclined-plane is abutted against with second inclined plane, first button bit is separated with second button bit.
13. 13. cooking apparatus according to claim 10, it is characterised in that

    The knob includes rotating part, and the shell is equipped with installation through-hole, and the rotating part insertion simultaneously at least partly protrudes institute Installation through-hole is stated, the control assembly can be driven along from the first position to the second place by rotating the rotating part Direction rotates.
14. 14. cooking apparatus according to any one of claim 1 to 13, it is characterised in that

    The shell includes the fixed plate of body and setting on the body, and the fixed plate limits the installation space, Wherein described control assembly can be rotationally connected with the fixed plate.
15. 15. cooking apparatus according to any one of claim 1 to 13, it is characterised in that further include：

    Fixed mechanism, during the control assembly is rotated relative to the shell, the fixed mechanism is used for described in fixation Control assembly, to prevent the control assembly from returning back to the first position.