CN208926039U - Enzyme deactivation device and food cooking machine - Google Patents

Abstract

The utility model discloses a kind of enzyme deactivation device and the food cooking machine using the enzyme deactivation device, wherein the enzyme deactivation device, for carrying out destroy the enzyme treatment to material, comprising: shell, shell offer the first discharge port；Storage bin, storage bin are set in shell, and storage bin includes lid and cabinet, and cover cap is enclosed enzyme deactivation chamber together in cabinet, and with cabinet, and the cavity wall of enzyme deactivation chamber offers steam inlet and the second discharge port, is equipped with the first sealing ring at the lid conjunction of lid and cabinet；Steam generation facility, steam generation facility are set in shell, and the venthole of steam generation facility is connected to steam inlet；Conveying device, conveying device are set in shell, and conveying device blocks the second discharge port when static；Material is delivered to the first discharge port by the second discharge port when operation by conveying device.The technical solution of the utility model can shorten the cooking time of material in food cooking machine, promote cooking efficiency, offer convenience for user.

Description

Enzyme deactivation device and food cooking machine

Technical field

The utility model relates to cooking machine technical field, in particular to the food of a kind of enzyme deactivation device and application the enzyme deactivation device Object cooking machine.

Background technique

With the continuous improvement of people's quality of the life, food cooking machine, such as soy bean milk making machine are in people's daily life It is becoming increasingly popular.But due to existing food materials raw material, such as contain lipoxidase, urase, tryptose in soybean material A variety of anti-nutritional factors such as enzyme inhibitor, haemoglutinin, therefore cannot eat raw, it needs to be heat-treated to make enzyme-deactivating.Otherwise, not only can The organoleptic quality and nutritive value for influencing soya-bean milk, can also endanger the health of eater.So existing soy bean milk making machine, is produced The process of soya-bean milk is generally to be placed in soybean material in the cup body of stirring cup assembly, is first heat-treated before stirring to complete Enzyme deactivation process is stirred again later to produce soya-bean milk.Clearly as enzyme deactivation process and pulping process are the cups in stirring cup It completes in vivo, therefore the producing process of soya-bean milk takes a long time, this is extremely for most of user of morning hours anxiety Inconvenient.

Utility model content

The main purpose of the utility model is to provide a kind of enzyme deactivation device, it is intended to shorten the cooking of material in food cooking machine Time promotes cooking efficiency, offers convenience for user.

To achieve the above object, the utility model proposes enzyme deactivation device, for material carry out destroy the enzyme treatment, comprising:

Shell, the shell offer the first discharge port；

Storage bin, the storage bin are set in the shell, and the storage bin includes lid and cabinet, and the cover cap closes It is enclosed enzyme deactivation chamber in the cabinet, and with the cabinet, the cavity wall of the enzyme deactivation chamber offers steam inlet and second and goes out The first sealing ring is equipped at the lid conjunction of material mouth, the lid and the cabinet；

Steam generation facility, the steam generation facility are set in the shell, the venthole of the steam generation facility It is connected to the steam inlet；

Conveying device, the conveying device are set in the shell, and the conveying device blocks described second when static Discharge port；Material is delivered to first discharge port by second discharge port when operation by the conveying device.

Optionally, the lid includes body cover and encloses the fixed part set on the body cover outer rim, and described first seals Circle is fixedly connected on the fixed part.

Optionally, first sealing ring includes the first connecting portion being connected and the first closure part, first connection Portion is fixedly connected on the fixed part, and first closure site is between the fixed part and the cabinet.

Optionally, first sealing ring further includes the first sealing, and first sealing is convexly equipped in described first and connects Socket part or first closure part, first sealing is extended towards the body cover, and is connected to the body cover.

Optionally, the cavity wall of the enzyme deactivation chamber is additionally provided with the second sealing ring, and second sealing ring goes out around described second Material mouth setting, second discharge port is run through in the lower end of second sealing ring, and is located at the cabinet and the conveying device Between, to seal the gap between the cabinet and the conveying device.

Optionally, second sealing ring includes the second connecting portion being connected and the second closure part, second connection Portion is fixedly connected on the cavity wall of the enzyme deactivation chamber and is arranged around second discharge port, and the second connecting portion is through described the Two discharge ports simultaneously connect the second closure part, and second closure site is between the cabinet and the conveying device.

Optionally, second sealing ring further includes the second sealing, and second sealing is convexly equipped in described second and connects Socket part, and be located between the cavity wall of the second connecting portion and the enzyme deactivation chamber and/or the side wall of second discharge port.

Optionally, the storage bin further includes the mixing component intracavitary set on the enzyme deactivation.

Optionally, the cavity wall of the enzyme deactivation chamber is also provided with axis hole, and the enzyme deactivation device further includes being set in the shell Driving assembly, the output shaft of the driving component connect through the axis hole and with the mixing component, to stir described in driving The component material intracavitary to the enzyme deactivation is mixed to be stirred.

Optionally, the cavity wall of the enzyme deactivation chamber is additionally provided with third sealing ring, and the third sealing ring is at least partially disposed at institute State in axis hole, and be socketed on the output shaft of the driving component, with seal the axis hole side wall and the driving component it is defeated Gap between shaft.

Optionally, the third sealing ring offers mounting groove away from the surface of the output shaft of the driving component, described The side wall of axis hole is inserted in the mounting groove.

Optionally, the cell wall of the mounting groove is convexly equipped with third sealing；

And/or the surface of the output shaft of the third sealing ring towards the driving component is convexly equipped with third closure part.

Optionally, the storage bin further includes the heat generating component intracavitary set on the enzyme deactivation；

And/or the lower end of the shell is convexly equipped with interconnecting piece.

The utility model also proposes that a kind of food cooking machine, the food cooking machine include host, stirring cup assembly and go out Enzyme device, the enzyme deactivation device, for carrying out destroy the enzyme treatment to material, comprising:

Shell, the shell offer the first discharge port；

Storage bin, the storage bin are set in the shell, and the storage bin includes lid and cabinet, and the cover cap closes It is enclosed enzyme deactivation chamber in the cabinet, and with the cabinet, the cavity wall of the enzyme deactivation chamber offers steam inlet and second and goes out The first sealing ring is equipped at the lid conjunction of material mouth, the lid and the cabinet；

Steam generation facility, the steam generation facility are set in the shell, the venthole of the steam generation facility It is connected to the steam inlet；

Conveying device, the conveying device are set in the shell, and the conveying device blocks described second when static Discharge port；Material is delivered to first discharge port by second discharge port when operation by the conveying device；

The stirring cup assembly is set to the host, and the enzyme deactivation device is set to the host, and the of the enzyme deactivation device One discharge port is connected to the inner cavity of the stirring cup assembly.

Optionally, the enzyme deactivation device is connect with the host activities；And/or the enzyme deactivation device and the host can Dismantling connection.

The technical solution of the utility model by storage bin and steam generation facility are arranged in shell, and steam is sent out The venthole of generating apparatus is connected to the steam inlet of the enzyme deactivation chamber of storage bin, in this way, can be generated using steam generation facility high Warm steam, and the enzyme deactivation that the high-temperature steam is directed into storage bin is intracavitary, so as to intracavitary to enzyme deactivation wait expect using high-temperature steam The material of reason carries out destroy the enzyme treatment.At the same time, the technical solution of the utility model, also by opening up the first discharging in shell Mouthful, in the cavity wall of the enzyme deactivation chamber of storage bin open up the second discharge port, and in conveying device is arranged in shell, in this way, can utilize The intracavitary material that destroy the enzyme treatment process is completed of enzyme deactivation is delivered to the first discharge port by the second discharge port, completes to lead by conveying device Out, it is subsequently used in the following process process of food cooking machine.In this way, by the destroy the enzyme treatment process of existing food cooking machine from stirring It is independent out in the cup body of cup assembly, i.e., so that the destroy the enzyme treatment process of food cooking machine no longer occupies the cup of stirring cup assembly Body so that the stir process process and destroy the enzyme treatment process of food cooking machine can carry out simultaneously, and then shortens food The cooking time of material, improves cooking efficiency, offers convenience for user in cooking machine.

Also, the technical solution of the utility model, due to the intracavitary destroy the enzyme treatment mistake that can carry out a large amount of materials simultaneously of enzyme deactivation The single conveying capacity of journey, conveying device can carry out quantitative design, in this way, can also be achieved, enzyme deactivation is intracavitary to be completed destroy the enzyme treatment process The export process that quantifies in batches of material to control the material handling capacity of food cooking machine avoid unnecessary waste, with into One step meets user's actual need, user-friendly.It (in addition, the food materials that destroy the enzyme treatment is crossed can be stored in enzyme deactivation chamber, needs When eating, only it need to will be stored in the food materials for having already passed through destroy the enzyme treatment in enzyme deactivation chamber and be delivered directly in stirring cup and directly increase Water is beaten, and the time of steam treatment can be saved, and further shortens the time of slurrying.)

Also, the technical solution of the utility model, by the way that the first sealing ring is arranged at the lid conjunction of lid and cabinet, The gap at the lid conjunction of lid and cabinet is sealed using first sealing ring, so that high-temperature steam be avoided to escape and cause The intracavitary high-temperature steam amount of enzyme deactivation is insufficient, enzyme deactivation efficiency reduces, avoid high-temperature steam from escaping and cause other components erosion, Short circuit effectively improves the leakproofness of enzyme deactivation chamber, improve enzyme deactivation efficiency, meanwhile, it is mentioned for the normal operation of other components High Quality Environment is supplied.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, the structure that can also be shown according to these attached drawings obtains other attached drawings.

Fig. 1 is the structural schematic diagram of one embodiment of the utility model food cooking machine；

Fig. 2 is the cross-sectional view of enzyme deactivation device in Fig. 1；

Fig. 3 is the assembling structure schematic diagram of storage bin and the first sealing ring at III in Fig. 2；

Fig. 4 is the assembling structure schematic diagram of cabinet, the second sealing ring and conveying device at IV in Fig. 2；

Fig. 5 is the assembling structure schematic diagram of cabinet at V in Fig. 2, third sealing ring, driving assembly and conveying device；

Fig. 6 is the cross-sectional view that cup assembly and host are stirred in Fig. 1；

Structural schematic diagram when Fig. 7 is conveying device stopping conveying material in Fig. 2；

Fig. 8 is structural schematic diagram when conveying device is by the second discharge port feeding in Fig. 2；

Fig. 9 is structural schematic diagram when conveying device is to the first discharge port blowing in Fig. 2；

Figure 10 is the top view of food cooking machine in Fig. 1；

Figure 11 is to step down to stir the structural schematic diagram of cup assembly dismounting after the rotation of enzyme deactivation device in Figure 10.

Drawing reference numeral explanation:

The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describing, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than all Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work premise Under every other embodiment obtained, fall within the protection scope of the utility model.

It is to be appreciated that the directional instruction (such as up, down, left, right, before and after ...) of institute in the utility model embodiment It is only used for explaining in relative positional relationship, the motion conditions etc. under a certain particular pose (as shown in the picture) between each component, such as When the fruit particular pose changes, then directionality instruction also correspondingly changes correspondingly.

In addition, the description for being such as related to " first ", " second " in the present invention is used for description purposes only, and cannot manage Solution is its relative importance of indication or suggestion or the quantity for implicitly indicating indicated technical characteristic.Define as a result, " the One ", the feature of " second " can explicitly or implicitly include at least one of the features.It is " more in the description of the present invention, It is a " it is meant that at least two, such as two, three etc., unless otherwise specifically defined.

In the present invention unless specifically defined or limited otherwise, term " connection ", " fixation " etc. should do broad sense reason Solution, for example, " fixation " may be a fixed connection, may be a detachable connection, or integral；It can be mechanical connection, it can also To be electrical connection；It can be directly connected, the connection inside two elements can also be can be indirectly connected through an intermediary Or the interaction relationship of two elements, unless otherwise restricted clearly.It for the ordinary skill in the art, can be with The concrete meaning of above-mentioned term in the present invention is understood as the case may be.

It in addition, the technical solution between each embodiment of the utility model can be combined with each other, but must be with ability Based on domain those of ordinary skill can be realized, it will be understood that when the combination of technical solution appearance is conflicting or cannot achieve The combination of this technical solution is not present, also not within the protection scope of the requires of the utility model.

The utility model proposes a kind of enzyme deactivation devices 100, for carrying out destroy the enzyme treatment to material (food material), to shorten The cooking time of material in food cooking machine 1000 promotes cooking efficiency, offers convenience for user.

As shown in Figures 1 to 6, in 100 1 embodiment of the utility model enzyme deactivation device, the enzyme deactivation device 100 includes:

Shell 10, the shell 10 offer the first discharge port 131；

Storage bin 30, the storage bin 30 are set in the shell 10, and the storage bin 30 includes lid 31 and cabinet 33, The lid 31 is covered on the cabinet 33, and is enclosed enzyme deactivation chamber 30a, the chamber of the enzyme deactivation chamber 30a with the cabinet 33 Wall offers steam inlet 331 and the second discharge port 333, is equipped with the first sealing at the lid 31 and the lid conjunction of the cabinet 33 Circle 32；

Steam generation facility 50, the steam generation facility 50 are set in the shell 10, the steam generation facility 50 Venthole be connected to the steam inlet 331；

Conveying device 70, the conveying device 70 are set in the shell 10, and the conveying device 70 is blocked when static Second discharge port 333；Material is delivered to described the by second discharge port 333 when operation by the conveying device 70 One discharge port 131.

In the present embodiment, shell 10 includes top cover 11 and bottom case 13, is formed with accommodating chamber 10a, steam generation in bottom case 13 Device 50 and conveying device 70 are set in accommodating chamber 10a, and the upper end of bottom case 13 offers resigning mouthful, one end position of storage bin 30 In in accommodating chamber 10a, the other end runs through resigning mouthful.Top cover 11 can be opened and closed the upper end for being covered on bottom case 13, when top cover 11 is opened When, the storage bin 30 in shell 10 is appeared, at this point, user can add material to be arranged into storage bin 30；Work as top cover When 11 closure, the storage bin 30 in shell 10 is hidden, at this point, other components of enzyme deactivation device 100 can be run, thus right Material to be arranged carries out destroy the enzyme treatment in storage bin 30.Further, the lower end (bottom wall) of bottom case 13 offers connection and accommodates The first discharge port 131 of chamber 10a, first discharge port 131 are used to that the object of destroy the enzyme treatment process will to be completed in enzyme deactivation device 100 Material export.

It is formed with enzyme deactivation chamber 30a in storage bin 30, waits the material of cooking for storing soya bean such as, and be high-temperature steam Destroy the enzyme treatment process provides place.Storage bin 30 includes lid 31 and cabinet 33, and the lower end of cabinet 33 is located at the receiving of bottom case 13 In chamber 10a, the resigning mouthful of 13 upper end of bottom case is run through in the upper end of cabinet 33, and the upper end of cabinet 33 offers feeding port 335.Lid 31, which can be opened and closed, is covered at the feeding port 335 of 33 upper end of cabinet, and is enclosed enzyme deactivation chamber 30a with cabinet 33.When lid 31 When unlatching, enzyme deactivation chamber 30a is open, at this point, user can add material to be arranged into enzyme deactivation chamber 30a；When lid 31 is closed, Enzyme deactivation chamber 30a is closed, at this point, other components of enzyme deactivation device 100 can be run, thus to object to be arranged in enzyme deactivation chamber 30a Material carries out destroy the enzyme treatment.Also, the first sealing ring 32 is equipped at the lid conjunction of lid 31 and cabinet 33, which can be right Lid 31 is sealed with the gap at the lid conjunction of cabinet 33, so that high-temperature steam be avoided to escape and cause in enzyme deactivation chamber 30a High-temperature steam amount is insufficient, enzyme deactivation efficiency reduces, and high-temperature steam is avoided to escape and cause the erosion of other components, short circuit.It can be with Understand, in order to further enhance the sealing reliability of sealing ring, rubber or silica gel material is may be selected in sealing ring, to utilize material The deformation of itself, effective lift-off seal effect.Further, the lower end (bottom wall) of cabinet 33 offers the second discharge port 333, should Second discharge port 333 is used to export the material that destroy the enzyme treatment process is completed in enzyme deactivation chamber 30a.Also, the side of cabinet 33 (side wall) offers steam inlet 331, and the steam inlet 331 is for importing high-temperature steam into enzyme deactivation chamber 30a.

It should be noted that (or the lid 31 of storage bin 30 and outer of bottom case 13 of the cabinet 33 of storage bin 30 and shell 10 The top cover 11 of shell 10) either two relatively independent components are separately fabricated after assembled to obtain, for example, cabinet 33 and lid Body 31 uses such as stainless steel metal material, and bottom case 13 and top cover 11 use plastic material；It is also possible to be integrally formed and is made, example Such as, the stainless steel structure that cabinet 33 and bottom case 13 are integrally formed, meanwhile, lid 31 is also integrally formed stainless with top cover 11 Steel construction.The present embodiment not only may make that the weight of enzyme deactivation device 100 is lighter in this way, make using the former technical solution With more convenient, it also may make the dismounting of the device, component and components enzyme deactivation device 100 inside and replacement simpler feasible.

Steam generation facility 50 includes water inlet pipe 51, steam outlet pipe 55 and steam generator 53, and water inlet pipe 51 is offered into water Mouthful, steam outlet pipe 55 offers venthole.Water inlet pipe 51 is connected to the outlet end of water pump, for by the water or the fire hose in water tank 240 The water of head is delivered in steam generator 53；Steam generator 53 can convert the water to high-temperature steam, and by the high temperature after conversion Steam is exported by steam outlet pipe 55；The venthole of steam outlet pipe 55 is connected to the steam inlet 331 of enzyme deactivation chamber 30a, for steaming high temperature Vapour is directed into enzyme deactivation chamber 30a, and high-temperature steam is made to be in contact with material to be arranged, to treat cooking using high-temperature steam A variety of anti-nutritional factors such as lipoxidase, urase, trypsin inhibitor, haemoglutinin carry out destroy the enzyme treatment in material, in turn Make that the mouthfeel of material is richer, sweetness are higher.It should be understood that water tank 240 is both built-in in enzyme deactivation device 100, for example, Water tank 240 is installed in the accommodating chamber 10a of bottom case 13；Also external in food cooking machine 1000 or in the external world；It can be with Without water tank, home-use tap is directly connected to water inlet pipe 51 with pipeline.

Conveying device 70 includes at least two working conditions: splicing state and material leakage state, conveying device 70 is in splicing shape By 333 feeding of the second discharge port when state；Conveying device 70 is when material leakage state to 131 blowing of the first discharge port.

Specifically, conveying device 70 includes that turntable 71 and the transport tube 73 set on turntable 71, turntable 71 are rotationally installed In shell 10, and it is located at the lower section of storage bin 30；

When splicing state, transport tube 73 turns to the upper end and is connected to the second discharge port 333 conveying device 70, to take Material；

When material leakage state, transport tube 73 turns to its lower end and is connected to the second discharge port 333 conveying device 70, to put Material.

More specifically, conveying device 70 includes turntable 71, transport tube 73 and driving motor, and turntable 71 rotationally fills Set on the bottom wall of bottom case 13, and it is located at the lower section of cabinet 33.Transport tube 73 is in the tubular structure of both ends open, and end opening is used thereon In falling into for material, lower ending opening is used for the leakage of material.73 part of transport tube is located at the lower section of turntable 71, and the upper end is fixed It is connected to turntable 71, the upper end open communication to the upper surface of turntable 71.Driving motor is for driving turntable 71 to rotate, Ke Yili Solution, driving motor can be by the edge of the engagement driving turntable 71 of gear-wheel gear-ring, so that turntable 71 be made to rotate, can also be according to Output shaft by being fixed on 71 center of turntable directly drives the rotation of turntable 71.Further, the upper surface of turntable 71 fits in case The outer surface of 33 bottom wall of body, in this way, turntable 71 can block the second discharge port 333 of 33 bottom wall of cabinet, the bottom of cabinet 33 Wall, which can block the upper end opening of transport tube 73, (removes the upper end opening of transport tube 73 and the second discharging of 33 bottom wall of cabinet When mouth 333 is connected to) so that material to be arranged will not leak out in enzyme deactivation chamber 30a；Also, the lower end of transport tube 73 is connected to bottom The bottom wall of shell 13, in this way, the bottom wall of bottom case 13, which can block the lower ending opening of transport tube 73, (removes the lower end of transport tube 73 When opening is connected to the first discharge port 131 of 13 bottom wall of bottom case), so as to which the material of destroy the enzyme treatment process is completed in transport tube 73 It will not leak out.

Specifically, as shown in Fig. 2, Fig. 7 to Fig. 9, transport tube 73 is formed with rotation path, transport tube 73 with the rotation of turntable 71 In tool on the rotation path, there are two position --- splicing position and material leakage positions.When transport tube 73 turns to splicing position, the upper end Opening is connected to the second discharge port 333 of 33 bottom wall of cabinet, and lower ending opening is blocked by the bottom wall of bottom case 13, in enzyme deactivation chamber 30a The material that destroy the enzyme treatment process is completed is fallen into transport tube 73.When transport tube 73 turns to material leakage position, lower ending opening with First discharge port 131 of 13 bottom wall of bottom case is connected to, and end opening is blocked by the bottom wall of cabinet 33 thereon, and the second of 33 bottom wall of cabinet goes out Material mouth 333 is blocked by turntable 71, and the material that destroy the enzyme treatment process is completed in transport tube 73 is leaked out by the first discharge port 131.It can With understanding, the material that destroy the enzyme treatment process is completed leaked out by the first discharge port 131 can enter food cooking machine 1000 and stir It mixes in the cup body 320 of cup assembly 300 and carries out subsequent operation.Also, transport tube 73 may be designed as certain capacity, for example, dress The soya bean of load can just make one glass of soya-bean milk etc., so that the material that destroy the enzyme treatment process is completed in enzyme deactivation chamber 30a can To be taken out and be used in batches.Accordingly, it is to be understood that, when transport tube 73 is still in material leakage position, conveying device 70 is in quiet Only state, the turntable 71 of conveying device 70 can block the second discharge port 333 of 33 bottom wall of cabinet, the bottom wall of cabinet 33 can The upper end opening of transport tube 73 is blocked, so that material to be arranged will not leak out in enzyme deactivation chamber 30a, at this point, enzyme deactivation chamber Destroy the enzyme treatment process can be carried out in 30a.When transport tube 73 switches between material leakage position and splicing position, conveying device 70 is in fortune Row state, material can be delivered to the first discharge port 131 by the second discharge port 333 and carry out subsequent process.

Certainly, in other embodiments, conveying device 70 is also possible to take the transport tube 73 of lower switch door, works as transport tube When switch gate at 73 upper end openings is opened and the switch gate at 73 lower ending opening of transport tube is closed, transport tube 73 can be used for by Second discharge port, 333 splicing；Switch gate at 73 upper end opening of transport tube is closed and the switch at 73 lower ending opening of transport tube When door is opened, transport tube 73 can be used for 131 material leakage of the first discharge port.In addition, transport tube 73 is in the first discharge port 131 and second Movement between discharge port 333, except by above-mentioned turntable 71 rotation realize in addition to, can also by screw rod transmission, pneumatically or electrically Telescopic rod transmission or other reasonable displacement modes are realized.In addition, the opposite position of the second discharge port 333 and the first discharge port 131 Setting can reasonably be arranged according to the difference of the conveying device 70 of practical application, for example, when conveying device 70 is above-mentioned takes When the transport tube 73 of lower switch door, the first discharge port 131 and the second discharge port 333 can be overlapped in vertical direction and be arranged, transport tube 73 between the first discharge port 131 and the second discharge port 333.In this way, the mobile mechanism of transport tube 73 can be also saved, letter Change the internal structure of enzyme deactivation device 100, reduce manufacturing process, shortens assembling process.

Accordingly, it is to be understood that, the technical solution of the utility model, by setting storage bin 30 and steam in shell 10 Generating device 50, and the venthole of steam generation facility 50 is connected to the steam inlet 331 of the enzyme deactivation chamber 30a of storage bin 30, In this way, high-temperature steam can be generated using steam generation facility 50, and the high-temperature steam is directed into the enzyme deactivation chamber of storage bin 30 In 30a, so as to carry out destroy the enzyme treatment to material to be arranged in enzyme deactivation chamber 30a using high-temperature steam.At the same time, this is practical Novel technical solution, also by opening up the first discharge port 131 in shell 10, being opened in the cavity wall of the enzyme deactivation chamber 30a of storage bin 30 If the second discharge port 333, and in conveying device 70 is arranged in shell 10, in this way, conveying device 70 can be utilized enzyme deactivation chamber 30a The material that destroy the enzyme treatment process is inside completed is delivered to the first discharge port 131 by the second discharge port 333, completes to export, and then uses In the following process process of food cooking machine 1000.In this way, by the destroy the enzyme treatment process of existing food cooking machine 1000 from stirring It is independent out in the cup body 320 of cup assembly 300, i.e., so that the destroy the enzyme treatment process of food cooking machine 1000 no longer occupies stirring The cup body 320 of cup assembly 300, so that the stir process process and destroy the enzyme treatment process of food cooking machine 1000 can be simultaneously It carries out, and then shortens the cooking time of material in food cooking machine 1000, improve cooking efficiency, offer convenience for user.

Also, the technical solution of the utility model, since the destroy the enzyme treatment of a large amount of materials can be carried out in enzyme deactivation chamber 30a simultaneously The single conveying capacity of process, conveying device 70 can carry out quantitative design, and enzyme deactivation is completed in this way, can also be achieved in enzyme deactivation chamber 30a The material for the treatment of process quantifies export process in batches, to control the material handling capacity of food cooking machine 1000, avoiding need not The waste wanted, it is user-friendly with further satisfaction user's actual need.(in addition, the food materials that destroy the enzyme treatment is crossed can store In enzyme deactivation chamber, when needing edible, it only need to will be stored in the food materials for having already passed through destroy the enzyme treatment in enzyme deactivation chamber and be delivered directly to and stir It mixes and directly adds boiling water whipping in cup, the time of steam treatment can be saved, further shorten the time of slurrying.)

Also, the technical solution of the utility model, by the way that the first sealing ring is arranged at the lid conjunction of lid 31 and cabinet 33 32, lid 31 and the gap at the lid conjunction of cabinet 33 can be sealed using first sealing ring 32, to avoid high temperature Vapor escape and cause that the high-temperature steam amount in enzyme deactivation chamber 30a is insufficient, enzyme deactivation efficiency reduces, avoid high-temperature steam from escaping and cause Erosion, the short circuit of other components, that is, effectively improve the leakproofness of enzyme deactivation chamber 30a, improves enzyme deactivation efficiency, meanwhile, it is it He provides High Quality Environment at the normal operation of component.

As shown in Figures 2 and 3, the lid 31 includes body cover 313 and encloses the fixation set on 313 outer rim of body cover Portion 315, first sealing ring 32 are fixedly connected on the fixed part 315.

In the present embodiment, body cover 313 includes bottom plate 3131, the side enclosed set on 3131 outer rim of bottom plate and upwardly extend setting Plate 3133 and extend outwardly the flanging 3135 of setting along the upper end of side plate 3133, fixed part 315 is substantially L-shaped, fixed part 315 upper end is fixedly connected on the lower surface of flanging 3135, and the lower end of fixed part 315 is fixedly connected with the first sealing ring 32.It can With understanding, the setting of body cover 313, can effective guarantee lid 31 structure and function integrality, realize the lid to cabinet 33 Close sealing；The setting of fixed part 315 then can effectively realize that the limit of the first sealing ring 32 is fixed, so that effectively enhancing first is close The setting stability of seal 32 promotes the sealing effect of the first sealing ring 32.

As shown in Figures 2 and 3, first sealing ring 32 includes the first connecting portion 321 being connected and the first closure part 323, the first connecting portion 321 is fixedly connected on the fixed part 315, and first closure part 323 is located at the fixed part Between 315 and the cabinet 33.

In the present embodiment, first connecting portion 321 is substantially at " L " type after 180 ° of rotation, the first substantially Cheng Shun of closure part 323 Hour hands rotate " V " type after 90 °.The upper end of first connecting portion 321 is mounted on the lower end of fixed part 315, first connecting portion 321 Lower end is connect with the upper end of the first closure part 323.Also, the upper end of the first closure part 323 is connected to fixed part 315, the first envelope The lower end in stifled portion 323 is connected to cabinet 33.

In this way, the gap between fixed part 315 and cabinet 33 can effectively be sealed using the first closure part 323, from And realize effective sealing in the gap at lid 31 and 33 lid conjunction of cabinet；Using first connecting portion 321, then first can be effectively realized The limit of closure part 323 (the first sealing ring 32) is fixed, to effectively enhance setting for the first closure part 323 (the first sealing ring 32) Stability is set, the sealing effect of the first closure part 323 (the first sealing ring 32) is promoted.

As shown in Figures 2 and 3, first sealing ring 32 further includes the first sealing 325, first sealing 325 It is convexly equipped in the first connecting portion 321 or first closure part 323, first sealing 325 is towards the body cover 313 It is extended, and is connected to the body cover 313.

In the present embodiment, the first sealing 325 is convexly equipped in the lower end of first connecting portion 321, and the first sealing 325 is towards master The bottom plate 3131 of body lid 313 is extended, and is connected to the lower surface of the bottom plate 3131 of body cover 313.Certainly, the first sealing 325 can also be extended towards the side plate 3133 of body cover 313, and be connected to the side plate 3133 of body cover 313；Alternatively, first Sealing 325 can be also extended towards the flanging 3135 of body cover 313, and be connected to the flanging 3135 of body cover 313.Such as This can effectively seal the gap between first connecting portion 321 and body cover 313 using the first sealing 325, thus The sealing effect of the first sealing ring 32 can further be promoted.

As shown in Figure 2 and Figure 4, the cavity wall of the enzyme deactivation chamber 30a is additionally provided with the second sealing ring 34, second sealing ring 34 It is arranged around second discharge port 333, second discharge port 333 is run through in the lower end of second sealing ring 34, and is located at Between the cabinet 33 and the conveying device 70, to seal the gap between the cabinet 33 and the conveying device 70.Such as This, can using second sealing ring 34 to the gap between the cabinet 33 and conveying device 70 of neighbouring second discharge port 333 into Row effectively sealing, to avoid high-temperature steam from escaping and cause high-temperature steam amount deficiency, the enzyme deactivation efficiency drop in enzyme deactivation chamber 30a It is low, it avoids high-temperature steam from escaping and cause the erosion of other components, short circuit, i.e., further improves the sealing of enzyme deactivation chamber 30a Property, enzyme deactivation efficiency is improved, meanwhile, High Quality Environment is provided for the normal operation of other components.

As shown in Figure 2 and Figure 4, second sealing ring 34 includes the second connecting portion 341 being connected and the second closure part 343, the second connecting portion 341 is fixedly connected on the cavity wall of the enzyme deactivation chamber 30a and sets around second discharge port 333 It sets, the second connecting portion 341 is through second discharge port 333 and connects the second closure part 343, second closure part 343 between the cabinet 33 and the conveying device 70.

In the present embodiment, second connecting portion 341 is substantially at " L " type after 180 ° of rotation, the second substantially Cheng Shun of closure part 343 Hour hands rotate " V " type after 90 °.The upper end of second connecting portion 341 is mounted on neighbouring second discharge port 333 of enzyme deactivation chamber 30a Cavity wall, the lower end of second connecting portion 341 are connect with the upper end of the second closure part 343.Also, the upper end of the second closure part 343 is supported It is connected to the bottom wall outer surface of cabinet 33, the lower end of the second closure part 343 is connected to 71 upper surface of turntable of conveying device 70.

In this way, using the second closure part 343, it can be between the cabinet 33 and conveying device 70 of the second discharge port 333 Gap effectively sealed；Using second connecting portion 341, then the second closure part 343 (the second sealing ring 34) can be effectively realized Limit fix, to effectively enhance the setting stability of the second closure part 343 (the second sealing ring 34), promote the second closure part The sealing effect of 343 (the second sealing rings 34).

As shown in Figure 2 and Figure 4, second sealing ring 34 further includes the second sealing 345, second sealing 345 It is convexly equipped in the second connecting portion 341, and is located at the cavity wall of the second connecting portion 341 and the enzyme deactivation chamber 30a and/or described Between the side wall of second discharge port 333.In the present embodiment, the second sealing 345 is arranged in a ring around the second discharge port 333, And there are two setting.One second sealing 345 is located between second connecting portion 341 and the cavity wall of enzyme deactivation chamber 30a, another second sealing Portion 345 is located between second connecting portion 341 and the side wall of the second discharge port 333.In this way, can be to using the second sealing 345 Gap between the side wall of the cavity wall and/or the second discharge port 333 of two interconnecting pieces 341 and enzyme deactivation chamber 30a is effectively sealed, from And the sealing effect of the second sealing ring 34 is further promoted, the leakproofness of enzyme deactivation chamber 30a is promoted, enzyme deactivation efficiency is promoted.

As shown in Figures 1 to 6, the top cover 11 is movably connected on the bottom case 13, and the top cover 11 is relative to the bottom 13 activity of shell, to appear or hide the storage bin 30.Specifically, movable mode can be rotation, be also possible to mobile (tool It is mobile that the realizations such as lead screw transmission mechanism, stretching drive mechanism can be used in body).In the present embodiment, the rear end of top cover 11 passes through hinged Mode be rotationally connected with the rear end of bottom case 13, certainly, the rotation connection of top cover 11 and bottom case 13 can also be by other means It is achieved, such as is pivotally connected.Top cover 11 rotates relative to bottom case 13 and has there are two position --- open position and close stance work as top When lid 11 is located at open position, storage bin 30 is appeared, and user can pass through corresponding construction (such as feeding port of 30 upper end of storage bin 335) into storage bin 30, addition needs the material arranged；When top cover 11 is located at close stance, storage bin 30 is hidden, bottom case Steam generation facility 50 and conveying device 70 in 13 can bring into operation, to carry out destroy the enzyme treatment to the material that needs are arranged With outside conveying.In this way, top cover 11 is all connected to bottom case 13 when opening or closing, avoids top cover 11 and need after opening separately The operation of outer placement further improves the enzyme deactivation device 100 and applies making for the food cooking machine 1000 of the enzyme deactivation device 100 Use convenience.

In addition, it is necessary to explanation, when top cover 11 is located at close stance, the front end of top cover 11 can be real by fastening structure etc. It now limits, to can effectively reduce a possibility that top cover 11 is accidentally opened, guarantees the normal operation of the enzyme deactivation device 100.Example Such as, fastening structure may include the cramp for being rotationally connected with bottom case 13 and the catching groove for being opened in top cover 11, and the free end of cramp buckles into In catching groove, the limit of top cover 11 is realized；The free end of cramp is detached from out of catching groove, realizes the release of top cover 11.

Further, the lid 31 is connect with the top cover 11.In this way, the opening process using top cover 11 can be light It realizes the unlatching of lid 31, realize the opening of enzyme deactivation chamber 30a, need to continue starting lid 31 after opening so as to avoid top cover 11 Complicated processes, further simplify the operation of enzyme deactivation device 100, offer convenience for user.It should be understood that lid 31 and top Between lid 11, either being detachably connected, or non-dismountable connection.The present embodiment is using the former technical side Case is also convenient for the setting of related component or structure in enzyme deactivation device 100 in this way, being not only convenient for the cleaning of lid 31, such as passes Sensor, route, circuit board, pressure relief etc..

Further, the cavity wall of the enzyme deactivation chamber 30a is also provided with the extraneous steam (vapor) outlet 311 of connection.In the present embodiment, Steam (vapor) outlet 311 is opened in the lid 31 of storage bin 30, also, the surface projection away from 30 cabinet 33 of storage bin of the lid 31 There is exhaust passage 39.The lower end of exhaust passage 39 is connected to steam (vapor) outlet 311, i.e. the lower end of exhaust passage 39 passes through steam (vapor) outlet 311 are connected to enzyme deactivation chamber 30a, meanwhile, the upper end of exhaust passage 39 runs through the top cover 11 of shell 10 and is in communication with the outside.In this way, After the steam content in enzyme deactivation chamber 30a reaches saturation, excessive steam can be via steam (vapor) outlet 311, exhaust passage 39 And be discharged outside in atmosphere, it is excessive to avoid the steam pressure in enzyme deactivation chamber 30a, so that excessive steam pressure be avoided to cause Structure crumbles or damages when lid 31 is opened to user.

As shown in Figures 1 to 6, the storage bin 30 further includes the heat generating component 35 in the enzyme deactivation chamber 30a.Specifically Ground, heat generating component 35 can choose heating wire, heat-generating pipe or fever tablet etc., and effect is in 30 enzyme deactivation chamber 30a of storage bin Portion is heated in space so that the vapor (steam) temperature energy long period in 30 enzyme deactivation chamber 30a of storage bin maintain setting temperature it On, so as to shorten the used time of destroy the enzyme treatment process, promote the efficiency of destroy the enzyme treatment.In the present embodiment, heat generating component 35 is installed in The lower surface of 30 lid 31 of storage bin, with easy disassembly or replacement.

As shown in Figures 1 to 6, the storage bin 30 further includes the mixing component 37 in the enzyme deactivation chamber 30a.

In the present embodiment, mixing component 37 is stirring rod, which is installed in the bottom wall of 30 cabinet 33 of storage bin.Stirring One end of bar is located at the middle part of 33 bottom wall of cabinet, and the side wall of the other end towards cabinet 33 extends and close to the side wall of cabinet 33.It stirs One end that mixing bar can be located in the middle part of 33 bottom wall of cabinet around stirring rod close to one end of 33 side wall of cabinet rotates, in destroy the enzyme treatment mistake Material is stirred while Cheng Jinhang, so that the contact frequency and contact area of the material with high-temperature steam are greatly increased, Guarantee material thermally equivalent, avoid because local temperature is excessively high cause material to be charred the case where, i.e., effectively promoted enzyme deactivation The uniformity and efficiency for the treatment of process, promote the practicability of product.It is moved it should be understood that stirring rod can be provided by driving motor Power and realize rotation.

Further, the cavity wall of the enzyme deactivation chamber 30a is also provided with axis hole (not indicating), and the enzyme deactivation device 100 also wraps Include the driving assembly 80 being set in the shell 10, the output shaft of the driving component 80 through the axis hole and with the stirring Component 37 connects, to drive the mixing component 37 to be stirred the material in the enzyme deactivation chamber 30a.

In the present embodiment, driving assembly 80 is driving motor, which is installed in the bottom wall of bottom case 13, and is located at storage Deposit the lower section of 30 cabinet 33 of case.The output shaft of driving motor runs through the axis hole of the bottom wall of 30 cabinet 33 of storage bin, and and stirring rod One end connection in the middle part of 33 bottom wall of cabinet realizes the stirring to material to drive stirring rod to rotate.At this point, conveying device It offers in the middle part of 70 turntable 71 through mouth, which passes through should be by mouth, so that the mutual not shadow of rotation between the two It rings.It should be understood that structure setting in this way is reasonable, processing technology is simple, convenient for subsequent assembly, disassembly and maintenance, is easy to push away Extensively.

As shown in Figure 2 and Figure 5, the cavity wall of the enzyme deactivation chamber 30a is additionally provided with third sealing ring 36, the third sealing ring 36 Be at least partially disposed in the axis hole, and be socketed on the output shaft of the driving component 80, with seal the side wall of the axis hole with Gap between the output shaft of the driving component 80.In this way, side wall and drive of the third sealing ring 36 to axis hole can be utilized Gap between the output shaft of dynamic component 80 is effectively sealed, so that high-temperature steam be avoided to escape and cause in enzyme deactivation chamber 30a High-temperature steam amount is insufficient, enzyme deactivation efficiency reduces, avoid high-temperature steam from escaping and cause the erosion of other components, short circuit, i.e., The leakproofness of enzyme deactivation chamber 30a is further improved, enzyme deactivation efficiency is improved, meanwhile, it is provided for the normal operation of other components High Quality Environment.

Specifically, the third sealing ring 36 offers mounting groove away from the surface of the output shaft of the driving component 80 361, the side wall of the axis hole is inserted in the mounting groove 361.In this way, the setting that can effectively promote third sealing ring 36 is stablized Property, promote the sealing effect of third sealing ring 36.

Further, as shown in Figure 2 and Figure 5, the cell wall of the mounting groove 361 is convexly equipped with third sealing 363.This implementation In example, third sealing 363 is arranged in a ring around axis hole, and there are two setting.One third sealing 363 is convexly equipped in mounting groove 361 side wall, another third sealing 363 are convexly equipped in the bottom wall of mounting groove 361.In this way, can be to using third sealing 363 Gap between the side wall of the cavity wall and/or axis hole of three sealing rings 36 and enzyme deactivation chamber 30a is effectively sealed, to further mention The sealing effect of third sealing ring 36 is risen, the leakproofness of enzyme deactivation chamber 30a is promoted, promotes enzyme deactivation efficiency.

Further, as shown in Figure 2 and Figure 5, the output shaft of the third sealing ring 36 towards the driving component 80 Surface is convexly equipped with third closure part 365.In the present embodiment, third closure part 365 is arranged in a ring around axis hole, and is equipped with two It is a.Two third closure parts 365 are between the upper and lower every setting.In this way, can be to third sealing ring 36 and driving using third closure part 365 Gap between the output shaft of component 80 is effectively sealed, to further promote the sealing effect of third sealing ring 36, is mentioned The leakproofness of enzyme deactivation chamber 30a is risen, enzyme deactivation efficiency is promoted.

As shown in Figures 1 to 6, the lower end of the shell 10 is convexly equipped with interconnecting piece 90, to be used for and food cooking machine 1000 Host 200 be attached, realize enzyme deactivation device 100 fixed in the installation of 1000 host 200 of food cooking machine.Specifically, it eats Mounting hole 210a is offered at the top of the host 200 of object cooking machine 1000, the interconnecting piece 90 of 10 lower end of shell of enzyme deactivation device 100 is inserted And if being fixed in mounting hole 210a.In this way, can effectively promote enzyme deactivation device 100 is mounted on the master of food cooking machine 1000 The stability of machine 200 guarantees going on smoothly for materiel machining process, offers convenience for the use of user.(in addition, such as Figure 10 and Shown in Figure 11, enzyme deactivation device 100 can be rotated relative to host 200 or movement, when user needs to dismount stirring cup assembly 300, Can enzyme deactivation device 100 be threaded to or be moved to the side of host 200, user can vertically dismount stirring cup assembly 300, without by To the interference of shell 10；In addition, enzyme deactivation device 100 can also be that opposite host 200 moves up, as long as reserving enough spaces Dismounting stirring cup assembly 300.)

The utility model also proposes a kind of food cooking machine 1000, which includes host 200, stirring cup Component 300 and enzyme deactivation device 100, the specific structure of the enzyme deactivation device 100 is referring to above-described embodiment, due to this food cooking machine 1000 use whole technical solutions of above-mentioned all embodiments, therefore at least with whole technical sides of above-mentioned all embodiments All beneficial effects brought by case, this is no longer going to repeat them.Wherein, the stirring cup assembly 300 is set to the host 200, the enzyme deactivation device 100 is set to the host 200, the first discharge port 131 of the enzyme deactivation device 100 and the stirring cup The inner cavity of component 300 is connected to.

Specifically, stirring cup assembly 300 includes cup body 320 and the cup lid 310 for being covered on 320 upper end of cup body, and cup lid 310 is opened Equipped with feed inlet 310a, the first discharge port 131 of enzyme deactivation device 100 passes through feed inlet 310a and the cup for stirring cup assembly 300 The inner cavity of body 320 is connected to so that the material that destroy the enzyme treatment process is completed to be leaked down by the first discharge port 131 can smoothly into Enter 320 inner cavity of cup body.Further, the host 200 of food cooking machine 1000 includes casing 210, stirring motor component 220, adds Hot systems 230 and water tank 240, stirring motor component 220 are installed in casing 210, output shaft and stirring cup assembly 300 Stirring blade transmission connection；Heating system 230 is installed in casing 210, and heating system 230 includes water pump 230a and heater The arrival end of 230b, water pump 230a are connected to water tank 240, and the outlet end of water pump 230a is connected to the water intake end of heater 230b, The water outlet of heater 230b is connected to the feed inlet 310a of stirring cup assembly 300, for when needed by the water in water tank 240 It exports into heater 230b and is heated and export the hot water in heater 230b to the cup body 320 of stirring cup assembly 300 In inner cavity, so that food cooking machine 1000 be helped to complete corresponding process.It should be understood that water tank 240 can both be installed in casing In 210, it can also be installed in outside casing 210.The present embodiment is not only convenient for water tank 240 using the technical solution of the latter Assembly or disassembly is also convenient for the cleaning of water tank 240 and adds the operation of water into water tank 240.

In addition, it should be noted that, stirring cup assembly 300 either grinding cup assembly, it is also possible to the cup assembly that ferments, It can also be milling cup assembly or other 320 components of cup body, to realize different purposes and function.

Preferably, the enzyme deactivation device 100 is flexibly connected with the host 200；And/or the enzyme deactivation device 100 and institute Host 200 is stated to be detachably connected.

Specifically, movable mode can be rotation, and being also possible to movement (specifically can be used lead screw transmission mechanism, stretches The realizations such as transmission mechanism are mobile).

As shown in Figure 10 and Figure 11, in the present embodiment, the interconnecting piece 90 of 10 lower end of shell can be in food cooking machine 1000 Rotation in the mounting hole 210a at 200 top of host, so that the space of evacuation is provided to stir the assembly or disassembly of cup assembly 300, And mode is simple, is convenient for operation.In addition, enzyme deactivation device 100 is detachably connected with host 200, in this way, can be conducive to enzyme deactivation device 100 dismounting, cleaning and maintenance.

It should be understood that the utility model food cooking machine can be soy bean milk making machine, wall-breaking machine, juice extractor or other.

The above is only the preferred embodiment of the present invention, and therefore it does not limit the scope of the patent of the utility model, It is all under the inventive concept of the utility model, equivalent structure made based on the specification and figures of the utility model becomes It changes, or directly/be used in other related technical areas indirectly and be included in the scope of patent protection of the utility model.

Claims (15)

1. a kind of enzyme deactivation device, for carrying out destroy the enzyme treatment to material characterized by comprising

Shell, the shell offer the first discharge port；

Storage bin, the storage bin are set in the shell, and the storage bin includes lid and cabinet, and the cover cap is together in institute Cabinet to be stated, and is enclosed enzyme deactivation chamber with the cabinet, the cavity wall of the enzyme deactivation chamber offers steam inlet and the second discharge port, The first sealing ring is equipped at the lid conjunction of the lid and the cabinet；

Steam generation facility, the steam generation facility are set in the shell, the venthole of the steam generation facility and institute State steam inlet connection；

Conveying device, the conveying device are set in the shell, and the conveying device blocks second discharging when static Mouthful；Material is delivered to first discharge port by second discharge port when operation by the conveying device.

2. enzyme deactivation device as described in claim 1, which is characterized in that the lid includes body cover and encloses set on the main body The fixed part of lid outer rim, first sealing ring are fixedly connected on the fixed part.

3. enzyme deactivation device as claimed in claim 2, which is characterized in that first sealing ring includes the first connection being connected Portion and the first closure part, the first connecting portion are fixedly connected on the fixed part, and first closure site is in the fixation Between portion and the cabinet.

4. enzyme deactivation device as claimed in claim 3, which is characterized in that first sealing ring further includes the first sealing, institute It states the first sealing and is convexly equipped in the first connecting portion or first closure part, first sealing is towards the body cover It is extended, and is connected to the body cover.

5. enzyme deactivation device according to any one of claims 1 to 4, which is characterized in that the cavity wall of the enzyme deactivation chamber is additionally provided with Second sealing ring, second sealing ring are arranged around second discharge port, and the lower end of second sealing ring is through described Second discharge port, and between the cabinet and the conveying device, to seal between the cabinet and the conveying device Gap.

6. enzyme deactivation device as claimed in claim 5, which is characterized in that second sealing ring includes the second connection being connected Portion and the second closure part, the second connecting portion are fixedly connected on the cavity wall of the enzyme deactivation chamber and set around second discharge port It sets, the second connecting portion is through second discharge port and connects the second closure part, and second closure site is in the case Between body and the conveying device.

7. enzyme deactivation device as claimed in claim 6, which is characterized in that second sealing ring further includes the second sealing, institute State the second sealing and be convexly equipped in the second connecting portion, and be located at the second connecting portion and the enzyme deactivation chamber cavity wall and/or Between the side wall of second discharge port.

8. enzyme deactivation device according to any one of claims 1 to 4, which is characterized in that the storage bin further includes being set to institute State the intracavitary mixing component of enzyme deactivation.

9. enzyme deactivation device as claimed in claim 8, which is characterized in that the cavity wall of the enzyme deactivation chamber is also provided with axis hole, described Enzyme deactivation device further includes the driving assembly in the shell, the output shaft of the driving component through the axis hole and with institute Mixing component connection is stated, is stirred with the material for driving the mixing component intracavitary to the enzyme deactivation.

10. enzyme deactivation device as claimed in claim 9, which is characterized in that the cavity wall of the enzyme deactivation chamber is additionally provided with third sealing ring, The third sealing ring is at least partially disposed in the axis hole, and is socketed on the output shaft of the driving component, described in sealing Gap between the side wall of axis hole and the output shaft of the driving component.

11. enzyme deactivation device as claimed in claim 10, which is characterized in that the third sealing ring is away from the driving component The surface of output shaft offers mounting groove, and the side wall of the axis hole is inserted in the mounting groove.

12. enzyme deactivation device as claimed in claim 11, which is characterized in that the cell wall of the mounting groove is convexly equipped with third sealing Portion；

And/or the surface of the output shaft of the third sealing ring towards the driving component is convexly equipped with third closure part.

13. enzyme deactivation device according to any one of claims 1 to 4, which is characterized in that the storage bin further includes being set to institute State the intracavitary heat generating component of enzyme deactivation；

And/or the lower end of the shell is convexly equipped with interconnecting piece.

14. a kind of food cooking machine, which is characterized in that including any in host, stirring cup assembly and such as claim 1 to 13 Enzyme deactivation device described in, the stirring cup assembly are set to the host, and the enzyme deactivation device is set to the host, the enzyme deactivation First discharge port of device is connected to the inner cavity of the stirring cup assembly.

15. food cooking machine as claimed in claim 14, which is characterized in that the enzyme deactivation device and the host activities connect It connects；And/or the enzyme deactivation device is detachably connected with the host.