CN204734327U - Cooking device - Google Patents

Abstract

A cooking apparatus (100) has a main body (101), the main body (101) having a cooking chamber (104) for containing hot water and food to be cooked, and a holder (102) for holding the food. The holder (102) is movable between a lower position for submerging the food in water and an upper position for raising the food above the water. The controller (105) has a timer circuit to time a predetermined period of time and to generate a control signal when the time is over. The guide is adapted to guide the holder (102) along a predetermined path, preferably vertically, between the upper and lower positions. Also included is a movement mechanism (103) adapted to move the holder (102) from the lower position to the upper position along a predetermined path upon receipt of said control signal from the controller (105).

Description

Cooking device

Technical field

The utility model relates to a kind of cooking device, is particularly useful for the noodles etc. that boil, but is not limited thereto.

Background technology

Prepared food quality is different with cooking time.Traditional cooking device can not be offered help on clocking.Only depending on the sense of timing that cook boils may cause prepared food quality unstable.Can the timer of alarm clock type can be used for clocking, but be taken out from the medium that boils by food for when the time expires, and is still a challenge.Can not accomplish that this point will cause cooking time to extend, prepared food quality be had a negative impact and boils.This remains a problem for having the cooking device of built-in warning device.

By food from such as water or oil boil medium take out after, prepared food can be made to leave standstill to drain any excessive water or oil.When food takes out from the medium that boils with staff, not good enough time management can cause waiting for that before food prepares to eat excessive water or oil are first drained, and lose time.

The purpose of this utility model be to attempt by a kind of novelty is provided or separately have the cooking device of improvement to eliminate or at least alleviate these defects.

Utility model content

According to the utility model, provide a kind of cooking device, it comprises: main body; To boil room, define in described main body, boil for receiving fluids medium and the food that will carry out boiling in the described medium that boils boils; With the retainer for keeping described food.Described retainer can move between the upper position above the medium that boils described in being elevated to by described food for the lower position in medium and being used for of boiling described in being immersed into by described food.Controller comprises timer circuit, and it is for producing control signal to predetermined time section timing at the end of the described timing.Guiding piece is suitable for guiding retainer to move between position, upper and lower along predefined paths, and described predefined paths is defined within the periphery of room of boiling, described in boil medium will be housed inside described in boil indoor.This cooking device also comprises motion, is suitable for, when receiving the described control signal of self-controller, making retainer move to upper position along predefined paths from lower position.Described motion comprises the first and second parts, Part I can along to offset from described predefined paths and move relative to described Part II in the second path being parallel to predefined paths, described motion also comprises driver, for driving Part I relative to Part II, described retainer can move with described Part I.Retainer by downward power is applied to motion Part I on and manually move to lower position from upper position.

Preferably, the Part I of described motion has upwards extension to apply the upper end of described downward force.

More preferably, the Part I of described motion has the top side enlarged end for applying described downward force.

Preferably, the first and second parts are interconnected slidably, make the relative motion between the first and second parts comprise sliding motion.

Further preferably, the sliding motion between the first and second parts is guided by guiding piece.

In a preferred embodiment, Part I comprises installed part, and retainer is releasably attached on it, and described installed part is projected into and boils in the superjacent air space of room, when making described retainer move to lower position, can boil described in being immersed at least partially of retainer in medium.

More preferably, described installed part comprises annular element, and retainer is installed in it.

More preferably, described installed part is coupled to Part I movingly by coupler, and described coupler allows installed part guided and stride across the plane transverse to Part I main shaft.

In a preferred embodiment, driver can change between the first and the second states, under its first state, potential energy is stored in driver, and when described driver changes to the second state from described first state, the potential energy stored can convert kinetic energy to and discharge, and facilitates the relative motion between described first and second parts thus.

More preferably, described driver comprises fexible bias pressure device.

Further more preferably, described fexible bias pressure device is towards the second state bias voltage.

Further more preferably, described fexible bias pressure device to comprise in described first and second parts the spring that length one of at least extends.

In a preferred embodiment, motion comprises damper, and it is arranged to slow down described Part I relative to Part II at least towards the motion at stroke end.

In a preferred embodiment, described motion comprises and admittedly stays device, and it is undertaken controlling admittedly to be stayed in lower position by retainer by the timer circuit of controller, until timer circuit sends described control signal.

More preferably, the described device that admittedly stays comprises electromagnet, and it is suitable for admittedly being stayed in lower position by retainer during predetermined amount of time.

Further more preferably, controller comprises sensor, and it is for sensing the position of described Part I when retainer arrives lower position, then shot timers circuit, to start to carry out timing to described predetermined amount of time.

Also further more preferably, described sensor comprises microswitch.

Preferably, controller comprises control panel, and it is for control timer circuit and be provided for the approach arranging required predetermined amount of time.

Preferably, room of boiling is shared by two or more retainer, and described retainer moves to upper position along independently predefined paths from position, its underpart when receiving the control signal from described controller respectively by respective motion.

In a preferred embodiment, one or more motion is by case supports, and it is detachably connected at least side of described main body by attachment approach.

More preferably, described attachment approach comprises at least one hook be arranged in one of main body and casing, for another of engagement body and casing.

According to the utility model, also provide a kind of cooking device, it comprises: main body; To boil room, define in described main body, boil for receiving fluids medium and the food that will carry out boiling in the described medium that boils boils; With the retainer for keeping described food.Described retainer can move between the upper position above the medium that boils described in being elevated to by described food for the lower position in medium and being used for of boiling described in being immersed into by described food.This cooking device also comprises the casing being detachably connected to described main body by attachment approach, it holds: controller, and described controller comprises timer circuit, and it is for producing control signal to predetermined time section timing at the end of the described timing; Guiding piece, it is suitable for guiding retainer to move between position, upper and lower along predefined paths, and described predefined paths is defined within the periphery of room of boiling, described in boil medium will be housed inside described in boil indoor; And motion, be adapted so that retainer moves to lower position along predefined paths from upper position when manual operation, and when receiving the described control signal of self-controller, make retainer move to upper position along predefined paths from lower position.

Accompanying drawing explanation

Now with reference to the mode of accompanying drawing only by example, the utility model is more specifically described, wherein:

Fig. 1 is the front perspective view according to the utility model cooking device embodiment;

Fig. 2 is the schematic diagram of the parts of cooking device shown in Fig. 1;

Fig. 3 A and 3B is the perspective schematic view that some partial internal structure of cooking device shown in Fig. 2 is shown;

Fig. 4 A to 4D be some part of cooking device shown in Fig. 3 A with 3B together with the schematic diagram being suitable for the control panel used with cooking device, to illustrate the operational phase of these parts of cooking device in order from Fig. 4 A to Fig. 4 D; And

Fig. 5 is the enlarged diagram of control panel shown in Fig. 4 A to Fig. 4 D.

Detailed description of the invention

With reference to accompanying drawing, illustrating and embody cooking device 100 of the present utility model, being suitable for boiling in medium by food being dipped into liquid, then automatically food is promoted and cooked food from the liquid medium that boils after having boiled.Cooking device 100 comprises: main body 101, its have within it define, the room 104 of boiling of the medium (such as hot water) that boils for receiving fluids; Will by the retainer 102 of cooked food (such as noodles) for maintenance; And be provided for the motion 103 that retainer 102 passes in and out the medium that boils.Motion 103 has flat rectangular box 103A, and is configured to moved to by retainer 102 contiguous passively or enter into the lower position boiled in medium, and moves to away from or leave the upper position of the medium that boils on one's own initiative.

Culinary art cooking device 100 comprises the controller 105 operated for controlled motion mechanism 103.This cooking device 100 uses timer circuit, and described timer circuit is used for the predetermined amount of time timing for boiling, and then at the end of described timing, control signal is outputted to described motion 103.Then motion 103 is when receiving exported control signal, and retainer 102 is driven into upper position.

Equipment body 101 has the rectangle inside defining room 104 of boiling.The medium that boils being contained in such as hot water (or wet goods) in room 104 of boiling is heated to suitable temperature, such as boiling point.Room 104 of boiling is provided with the inner cap 104A with at least one hole 1011, and described hole 1011 allows retainer 102 to pass through together with food, and is immersed into for boiling in medium of boiling.In this particular, room 104 of boiling is designed to be suitable for using together with six retainers 102, and described retainer is arranged to two parallel rows, and often arrangement puts three, and for this reason, inner cap 104A comprises six corresponding holes 1011.

As shown in Figure 2, casing 103A is detachably connected on a sidewall of equipment body 101 by attachment approach 106.Attachment approach 106 is included in for engaging a pair hook 106A of casing 103A from below in main body wall, and on casing 103A for the mode breasting of co-operate to the flange 106B on same sidewall.Controller 105, motion 103 are housed inside in casing 103A together with guiding piece.Guiding piece is suitable for guiding described retainer 102 to move between bottom and upper position along for linear and vertical predefined paths.Attachment approach 106 can be other conventionally form any for same object, namely for related for casing 103A motion 103 is attached to main body 101.

In this embodiment, three retainers 102 are coupled to three independently motions 103, and wherein a part for motion 103 to be arranged in casing 103A and to be supported by it and form a sleeve assembly.Each motion 103 is controlled by respective controller 105, so that the operation of controlled motion mechanism 103.Controller 105 has user interface, and its form is be arranged at the integrated control panel 1051 on casing 103A surface, can be contacted by user.Control panel 1051 comprises three relatively little panels, and each is all for controlling corresponding motion 103.

Each retainer 102, along vertical-path predetermined separately moving between bottom and upper position, is guided by corresponding guiding piece.Guiding piece can take any suitable form or configuration, guides retainer 102 to move both vertically as long as can play.Guiding piece can be provided by the parts of casing 103A self (such as outer wall/inwall) and/or the personal module, the such as telescopic ball guide that are positioned at casing 103A.

Casing 103A, three retainers 102 form a sleeve assembly together with their controller 105 and motion 103 together with above-mentioned guiding piece, can arrange or be installed on equipment body 101 or on room 104 either side that boils (namely at least side).If needed, two opposite sides of main body 101 can respectively be attached a sleeve assembly, and making will have two sleeve assemblies to be attached to main body 101 and connect with the side of room 104 of boiling, and namely have six retainers 102.By such cooking device 100 simultaneously or at any given time six foods are boiled subsequently.

Hood 1012 can be structured in the rear side place of main body 101, and wherein suction opeing is positioned at the top of room 104 of boiling, steam and/or airborne refuse, such as grease and heat to be removed from surrounding environment by discharge air and filtration.

Each motion 103 is combinations of some parts, and it defines the second path, and also parallel with it from above-mentioned predefined paths skew, retainer 102 is advanced along this.Each motion 103 comprises the first and second parts 1031 and 1032, and it is interconnected relative to each other to move via sliding motion slidably, causes retainer 102 to move.Part I 1031 is provided by the bar 1031 upwards extended from casing 103A internal vertical.Bar 1031 has the upper end upwards extended, manually to apply downward power in use, it comprises top side enlarged end 1031C, so that apply downward power.

Each retainer 102 is all boiling appliances, and it defines the space for holding or keep the suitable deal of food.In this particular, retainer 102 is provided by strainer 102.Each strainer 102 is releasably attached on the corresponding installed part 1031A/1031B of described motion 103, make strainer 102 by or move by means of respective motion 103.At the end of boiling and liquid boil medium from after food filters out, strainer 102 can be taken out from installed part 1031A/1031B.

Each installed part 1031A/1031B is projected into and boils in the superjacent air space of room 104, and like this when motion 103 makes strainer 102 move to lower position, strainer 102 will be immersed into and boil in medium.Installed part 1031A/1031B comprises annular element 1031A and adjutage 1031B.Strainer 102 is seated on annular element 1031A and in it, and is customized to certain shape and size, admittedly to be stayed thereon.

Installed part 1031A/1031B can pivotable/be rotatably coupled to bar 1031 by coupling cap 1031C (i.e. top side enlarged end 1031C), makes the related strainer 102 of described installed part 1031A/1031B around the main shaft X pivotable/rotation of motion 103 or accurate bar 1031.That is, strainer 102 may extend across the plane boiled transverse to main shaft X, shifts to or move apart the superjacent air space of room 104 of boiling.Cap 1031C can comprise screw, and adjutage 1031B is fastened firmly to Part I 1031 by it, to fix its angle position.

Bar 1031 outwards vertically projects through the cylindrical shape axle collar 1037, and the cylindrical shape axle collar 1037 is by the opening in casing 103A top.Part II 1032 is standing parts, and it can be considered provided by the edge of described opening on the axle collar 1037 or casing 103A top.Guiding piece can be considered by the axle collar 1037 or edge of opening or by guiding Part I 1031 to provide relative to any part that Part II 1032 moves.

Each motion 103 comprises and admittedly stays device 1034, for admittedly being stayed in lower position, until at the end of predetermined amount of time, till timer circuit sends control signal together with the strainer 102 on it by bar 1031.

As shown in Fig. 4 A to 4D, the timer circuit of controller 105 carries out timing to predetermined amount of time, and predetermined amount of time is the timing be input to via control panel 1051 by user in timer circuit.Controller 105 is electrically connected to the part admittedly staying device 1034.Admittedly stay device 1034 by form for being electrically connected to the electromagnet of the solenoid 1034A of described timer circuit and being provided by component 1034B, described component 1034B is made up of soft iron (i.e. ferromagnetic material) and is attached to the end, lower side of bar 1031.Soft iron member 1034B is arranged to and solenoid 1034A co-operate.

In operation, when bar 1031 moves so that when strainer 102 is reduced to lower position, solenoid 1034A is engaged or abuts by soft iron member 1034B and it admittedly stayed by magnetic attracting force, as long as excitation solenoid 1034A.Once predetermined time section at the expiration, timer circuit exports control signal to cut off electric current, thus by solenoid 1034A de-energisation.Solenoid 1034A discharges soft iron member 1034B and release lever 1031 thus at once.Bar 1031 then freely-movable strainer 102 is elevated to upper position.

Controller 105 comprises the microswitch 1052 as sensor, and for sensing the position of described bar 1031 when strainer 102 arrives lower position, then shot timers circuit is to start to carry out timing to predetermined amount of time.In operation, microswitch 1052 can the end, lower side of test rod 1031 and the arrival of especially soft iron member 1034B.When this happens, microswitch 1052 by the lower side closed end of bar so that turn-on current, to encourage solenoid 1034A, then solenoid 1034A attracts soft iron member 1034B at once, thus by bar 1031 and then admittedly stayed in lower position by strainer 102.At the end of the time period of timing, timer circuit cuts off electric current with by solenoid 1034A de-energisation, and now soft iron member 1034B is released, and described motion 103 automatically makes the related strainer 102 of bar 1031 turn back to upper position.

Control panel 1051 is with integrated compared with small panel of three of button.As shown in Figure 5, a danger button 1051A is arranged at all three tops compared with small panel, will outmatch timer circuit when pushed, makes all three strainers 102 on side be thus lifted to upper position.For the panel that each is less, be equipped with the first indicator 1051B, for identifying the corresponding sports mechanism 103 controlled compared with small panel by this.Second indicator 1051C is arranged to indicate described motion 103 state under control.Preferably, the second indicator 1051C is an illuminator, can be lit when relevant strainer 102 is in lower position.Siren can be arranged through sound and indicate predetermined amount of time at the expiration.In addition, display floater 1051D be arranged to show predetermined amount of time and by timer circuit to predetermined amount of time countdown.In addition, close D score tune button 1051F is provided with " on " tune button 1051E, to regulate predetermined amount of time.

Part I and the relative motion between bar 1031 and Part II 1032 are driven by driver 1033.Driver 1033 can change between the first and the second states.By changing to the second state from the first state, potential energy will be stored in the inside of driver 1033.By changing to described first state from described second state, potential energy will discharge as kinetic energy, move relative to described Part II 1032 with drive rod 1031.Driver 1033 by form be spring, especially the fexible bias pressure device of draft helical spring 1033 provide, it extends (Fig. 3 A) along the first and second parts 1031 and 1032 length one of at least.Part I 1031 is connected to equipment body 101 by Part II 1032 by spring 1033.

In operation, the pressing lever 1031 when the antagonism effect of spring 1033, make it relative to Part II 1032 slide downward so that when strainer 102 is reduced to lower position, potential energy will be stored in spring 1033.Bar 1031 and strainer 102 are by admittedly staying device 1034 to remain in lower position.Once admittedly stay device 1034 release lever 1031 under the effect of spring 1033, then bar 1031 is relative to Part II 1032 upward sliding, strainer 102 is elevated to upper position.

First and second parts 1031 and 1032 and strainer 102 relative motion, to upper position, are motions guided.The sliding motion of bar 1031 is limited to along described path and the moving of perpendicular by the axle collar 1037 on guiding piece such as casing 103A top.

Bar 1031, relative to the motion of Part II 1032 towards upper position, is controlled by the retainer along described paths arrangement, to make the relative motion between described first and second parts stop in a controlled manner.Retainer is preferably provided by damper 1035 and abutting member 1036, damper 1035 be adjacent to bar 1031 in case to effect.Damper 1035 has as cylinder inner carrier substantially known in this area structure, and is arranged to slow down bar 1031 relative to Part II 1032 at least towards the motion at stroke end, and the final stop motion when strainer 102 arrives upper position.Damper 1035 is arranged along bar 1031.Abutting member 1036 can be attached to bar 1031 roughly intermediate length place, and abuts the axle collar 1037 so that restriction and locking lever 1031 are relative to the relative motion of Part II 1032.

It should be noted that, due to damper 1035 and the axle collar 1037 both fixed components, they are arbitrary all can be used as described Part II 1032, described Part I (bar) 1031 slides relative to it, and Part I 1031 and Part II 1032 are joined together and form the key component of motion 103.

Motion 103 comprises and stays device 1034 by consolidating of controlling of the timer circuit of controller 105.Admittedly stay device 1034 to comprise solenoid 1034A and soft iron member 1034B.When soft iron member 1034B is attached to the end, lower side of bar 1031, solenoid 1034A is positioned at the bottom place of casing 103A, also aims at it, and admittedly stayed in lower position by strainer 102 to carry out magnetic attraction to it in the below of soft iron member 1034B.

Timer circuit is by allowing current flowing by solenoid 1034A thus at predetermined time section Persistent Excitation solenoid 1034A, controlling the operation of solenoid 1034A.When the moment that bar 1031 makes strainer 102 move when arriving lower position, closed microswitch 1052, carrys out shot timers circuit to start operation.Then bar 1031 puts on magnetic attracting force on soft iron member 1034B together with strainer 102 by solenoid 1034A and under admittedly staying appropriate location.To boil and at the end of predetermined amount of time at the food kept by strainer 102, timer circuit cuts off electric current and makes solenoid 1034A de-energisation, described solenoid 1034A responds, and namely discharges soft iron member 1034B and strainer 102 is turned back to upper position to allow it by release lever 1031 under the effect of spring 1033 thus.

In order to start operation, first open cooking device 100.First utilize button 1051E and 1051F on control panel that the predetermined cooking time of the timer circuit be associated with any one motion 103 is set.As shown in Fig. 4 A to 4D, bar 1031 has the upper end part projected upwards from the top of casing 103A.User presses this upper end part manually to make bar 1031 move relative to Part II 1032.This will extension spring 1033, it to be changed to the second state storing potential energy, strainer 102 is reduced to lower position simultaneously and enters into the boiling in medium of room 104 of boiling.

Because strainer 102 is attached to bar 1031, the distance of being advanced by bar 1031 equals the distance of being advanced by strainer 102.During predetermined cooking time, microswitch 1052 is closed to encourage solenoid 1034A (or to its energising), and described solenoid 1034A keeps again the related maintenance bar 1031 of soft iron member 1034B to be in below.At the end of predetermined amount of time, solenoid 1034A is de-energized (or power-off) in response to the control signal automatically sent by timer circuit, and described indicator lamp 1051C then extinguishes.This will make bar 1031 discharge by release soft iron member 1034B.Spring 1033 can turn back to the first state, discharge kinetic energy to make bar 1031 and strainer 102 turn back to upper position simultaneously.Now this operation of boiling completes, and food (such as noodles) can keep supplying dish.

It should be pointed out that bar 1031 and be a nature and action easily for user in being then manually pressed into strainer 102 for boiling downwards the medium that boils, just looks like that food is directly placed in the medium that boils the same by user.Bar 1031 reduces, and know that demonstrating food boils, indicator lamp 1051C then more very.When food is boiled, bar 1031 can automatic re-ascending.The rise of bar 1031 not only can take out food, but also is automatic mechanical action, can arouse attention immediately.Food can stop the short time, and the now residual medium that boils can be filtered.

Because strainer about 102 moves both vertically, therefore they only occupy minimum plane space, make the multiple or many portions of foods that can simultaneously boil.The advantage brought is that the boil space of room 104 can be obtained and makes full use of, and raises the efficiency.

The utility model provides only by the mode of example, but for those skilled in the art, when not departing from the utility model scope, can carry out other amendment various to above-described embodiment and/or change, scope of the present utility model be as specified by appended claims.

Claims (22)

1. a cooking device, it comprises:

Main body;

To boil room, define in described main body, boil for receiving fluids medium and the food that will carry out boiling in the described medium that boils boils;

For keeping the retainer of described food, described retainer can move between the upper position above the medium that boils described in being elevated to by described food for the lower position in medium and being used for of boiling described in being immersed into by described food;

Controller, it comprises timer circuit, to produce control signal to predetermined time section timing at the end of the described timing;

Guiding piece, it is suitable for guiding retainer to move between position, upper and lower along predefined paths, and described predefined paths is defined within the periphery of room of boiling, described in boil medium will be housed inside described in boil indoor; And

Motion, is suitable for, when receiving the described control signal of self-controller, making retainer move to upper position along predefined paths from lower position;

It is characterized in that described motion comprises the first and second parts, Part I can along to offset from described predefined paths and move relative to described Part II in the second path being parallel to predefined paths, described motion also comprises driver, for driving Part I relative to Part II, described retainer can move with described Part I; And

Retainer by downward power is applied to motion Part I on and manually move to lower position from upper position.

2. cooking device according to claim 1, is characterized in that the Part I of described motion has and upwards extends to apply the upper end of described downward force.

3. cooking device according to claim 1, is characterized in that the Part I of described motion has the top side enlarged end for applying described downward force.

4. cooking device according to claim 1, is characterized in that the first and second parts are interconnected slidably, makes the relative motion between the first and second parts comprise sliding motion.

5. cooking device according to claim 4, is characterized in that the sliding motion between the first and second parts is guided by guiding piece.

6. cooking device according to claim 1, it is characterized in that Part I comprises installed part, retainer is releasably attached on it, described installed part is projected into and boils in the superjacent air space of room, when making described retainer move to lower position, can boil described in being immersed at least partially of retainer in medium.

7. cooking device according to claim 6, it is characterized in that described installed part comprises annular element, retainer is installed in it.

8. cooking device according to claim 6, is characterized in that described installed part is coupled to Part I movingly by coupler, and described coupler allows installed part guided and stride across the plane transverse to Part I main shaft.

9. cooking device according to any one of claim 1 to 8, it is characterized in that driver can change between the first and the second states, under its first state, potential energy is stored in driver, and when described driver changes to the second state from described first state, the potential energy stored can convert kinetic energy to and discharge, and facilitates the relative motion between described first and second parts thus.

10. cooking device according to claim 9, is characterized in that described driver comprises fexible bias pressure device.

11. cooking devices according to claim 10, is characterized in that described fexible bias pressure device is towards the second state bias voltage.

12. cooking devices according to claim 10, is characterized in that the spring that described fexible bias pressure device to comprise in described first and second parts length one of at least and extends.

13. cooking devices according to any one of claim 1 to 8, it is characterized in that motion comprises damper, it is arranged to slow down described Part I relative to Part II at least towards the motion at stroke end.

14. cooking devices according to any one of claim 1 to 8, it is characterized in that described motion comprises and admittedly stay device, it is undertaken controlling admittedly to be stayed in lower position by retainer by the timer circuit of controller, until timer circuit sends described control signal.

15. cooking devices according to claim 14, it is characterized in that the described device that admittedly stays comprises electromagnet, it is suitable for admittedly being stayed in lower position by retainer during predetermined amount of time.

16. cooking devices according to claim 15, it is characterized in that controller comprises sensor, it is for sensing the position of described Part I when retainer arrives lower position, then shot timers circuit, to start to carry out timing to described predetermined amount of time.

17. cooking devices according to claim 16, is characterized in that described sensor comprises microswitch.

18. cooking devices according to any one of claim 1 to 8, is characterized in that controller comprises control panel, and it is for control timer circuit and be provided for the approach arranging required predetermined amount of time.

19. cooking devices according to any one of claim 1 to 8, the room that it is characterized in that boiling is shared by two or more retainer, and described retainer moves to upper position along independently predefined paths from position, its underpart when receiving the control signal from described controller respectively by respective motion.

20. cooking devices according to any one of claim 1 to 8, it is characterized in that one or more motion is by case supports, it is detachably connected at least side of described main body by attachment approach.

21. cooking devices according to claim 20, is characterized in that described attachment approach comprises at least one hook be arranged in one of main body and casing, for another of engagement body and casing.

22. 1 kinds of cooking devices, is characterized in that comprising:

Main body;

To boil room, define in described main body, boil for receiving fluids medium and the food that will carry out boiling in the described medium that boils boils;

For keeping the retainer of described food, described retainer can move between the upper position above the medium that boils described in being elevated to by described food for the lower position in medium and being used for of boiling described in being immersed into by described food;

The casing of described main body is detachably connected to, described magazine ac by attachment approach:

Controller, comprises timer circuit, and it is for producing control signal to predetermined time section timing at the end of the described timing;

Guiding piece, it is suitable for guiding retainer to move between position, upper and lower along predefined paths, and described predefined paths is defined within the periphery of room of boiling, described in boil medium will be housed inside described in boil indoor; And

When manual operation, motion, is adapted so that retainer moves to lower position along predefined paths from upper position, and when receiving the described control signal of self-controller, make retainer move to upper position along predefined paths from lower position.