阅读说明：本技术 自动勾芡料系统、料理机及自动勾芡控制方法 (Automatic gorgon euryale seed thickening system, food processor and automatic gorgon euryale seed thickening control method ) 是由 温国思 于 2021-01-29 设计创作，主要内容包括：本发明适用于智能家电技术领域,提供了一种自动勾芡料系统、料理机及控制方法,系统自动勾芡装置包括勾芡料液盛装器、气压调节结构和勾芡液喷头,勾芡料液盛装器包括密封容纳腔,勾芡液喷头的一端和气压调节结构与密封容纳腔连接；定量注水装置包括水泵,用于注水至密封容纳腔；勾芡粉进料装置,包括投料机构和用于储存勾芡粉末的勾芡粉容器,投料机构连通密封容纳腔的底部和勾芡粉容器,投料机构与控制器电性连接,用于向密封容纳腔的底部鼓风并将勾芡粉末定量投料至密封容纳腔中,以使密封容纳腔中的勾芡粉末和水混合成勾芡料液后从勾芡液喷头对外喷射。本申请能实时且定量的调制勾芡料液,保证勾芡料液品质的同时,实现勾芡料液的标准化调制。(The invention is suitable for the technical field of intelligent household appliances, and provides an automatic thickening system, a food processor and a control method, wherein the automatic thickening device of the system comprises a thickening material liquid container, an air pressure adjusting structure and a thickening material liquid spray head, the thickening material liquid container comprises a sealed accommodating cavity, and one end of the thickening material liquid spray head and the air pressure adjusting structure are connected with the sealed accommodating cavity; the quantitative water injection device comprises a water pump for injecting water to the sealed accommodating cavity; collude gorgon fruit powder feed arrangement, including throwing the material mechanism and being used for storing the colluding gorgon fruit powder container that colludes gorgon fruit powder, throw the sealed bottom that holds the chamber of material mechanism intercommunication and collude gorgon fruit powder container, throw material mechanism and controller electric connection for throw the material to sealed bottom blast air that holds the chamber and will collude gorgon fruit powder ration and throw the material to sealed chamber that holds, so that the sealed gorgon fruit powder that holds in the chamber and water mixing become behind the colluding gorgon fruit liquid spray head from colluding gorgon fruit liquid spray head jet outward. The starching feed liquid can be modulated in real time and quantitatively, and standardized modulation of the starching feed liquid is realized while the quality of the starching feed liquid is ensured.)

1. The utility model provides an automatic collude gorgon material system which characterized in that, the system includes:

the automatic thickening device comprises a thickening material liquid container, an air pressure adjusting structure and a thickening material liquid sprayer, wherein the thickening material liquid container comprises a sealed accommodating cavity for accommodating thickening material liquid, one end of the thickening material liquid sprayer penetrates through the thickening material liquid container and extends into the thickening material liquid in the sealed accommodating cavity, and the air pressure adjusting structure is connected with the sealed accommodating cavity and used for adjusting the air pressure of the sealed accommodating cavity;

the quantitative water injection device comprises a water pump electrically connected with the controller, a liquid inlet of the water pump is connected with a water source, and a liquid outlet of the water pump is communicated with the sealed accommodating cavity;

collude gorgon fruit powder feed arrangement, including throwing the material mechanism and being used for storing the gorgon fruit powder container that colludes of gorgon fruit powder, throw the material mechanism intercommunication the sealed bottom that holds the chamber with collude gorgon fruit powder container, throw the material mechanism with controller electric connection, be used for to the sealed bottom blast air that holds the chamber will collude gorgon fruit powder ration throw the material extremely in the sealed chamber that holds, so that the sealed gorgon fruit powder that holds in the chamber and the water mixing become behind the gorgon fruit feed liquid follow collude gorgon fruit liquid shower nozzle jet outside.

2. The automatic gorgon euryale system of claim 1, wherein the feeding mechanism comprises a screw feeding piece, a powder conveying pipeline and an air pump;

the screw feeding piece is connected with the powder conveying pipeline and the thickening powder container, and is electrically connected with the controller and used for quantitatively conveying thickening powder into the powder conveying pipeline;

one end of the powder conveying pipeline is connected with the gas outlet of the air pump, the other end of the powder conveying pipeline is communicated with the bottom of the sealed accommodating cavity, a pipeline plug is arranged at the other end of the powder conveying pipeline, and the air pump is electrically connected with the controller and used for pushing the thickening powder in the powder conveying pipeline to the sealed accommodating cavity.

3. The automatic thickening system of claim 2, wherein a plurality of thickening powder containers and a plurality of screw feeding pieces are provided, and each screw feeding piece is correspondingly connected with one thickening powder container for pushing thickening powder in the corresponding thickening powder container into the powder conveying pipeline.

4. The automatic thickening system of claim 2, wherein a powder containing cavity is arranged between two ends of the powder conveying pipeline, and the screw feeding piece is connected with the powder containing cavity and the thickening container and used for quantitatively conveying the thickening powder into the powder containing cavity.

5. The automatic thickening material system of any one of claims 1 to 4, wherein the air pressure adjusting structure comprises an exhaust pipe and an exhaust switch, the exhaust pipe penetrates through the thickening material liquid container to be connected with the sealed accommodating cavity, and the exhaust switch is electrically connected with the controller and used for controlling the on and off of the exhaust pipe.

6. The automatic gorgon euryale system of claim 5, wherein the air release switch is a solenoid valve switch.

7. The automatic topping system of any one of claims 1 to 4 wherein the topping powder comprises at least one of tapioca starch, corn starch, potato starch and mung bean starch.

8. A food processor characterized in that it comprises an automatic topping system according to any one of claims 1 to 7.

9. An automatic starching control method, which is applied to the food processor as claimed in claim 8, and comprises the following steps:

acquiring material liquid information of material liquid to be subjected to thickening, wherein the material liquid information comprises thickening amount information and thickening type information;

determining the water consumption for thickening and the powder amount of the powder to be thickened according to the thickening information;

controlling a water pump to inject clear water into a sealed accommodating cavity of the thickening material liquid container according to the thickening water consumption;

determining to-be-thickening powder according to the thickening type information, and conveying the to-be-thickening powder corresponding to the powder amount to the sealed accommodating cavity, so that the to-be-thickening powder is mixed with clear water to form thickening liquid and then is sprayed out from the thickening liquid spray nozzle.

10. The automatic thickening control method according to claim 9, wherein after the step of determining the powder to be thickened according to the thickening type information and conveying the powder to be thickened corresponding to the powder amount into the sealed accommodating cavity so that the powder to be thickened is mixed with clean water into thickening liquid and then is ejected from the thickening liquid nozzle, the method further comprises the following steps:

controlling a water pump to inject clean water into the sealed accommodating cavity according to a preset cleaning strategy;

and blowing air into the sealed accommodating cavity to flush the sealed accommodating cavity and then discharging the solution in the sealed accommodating cavity.

Technical Field

The invention belongs to the technical field of intelligent household electrical appliances, and particularly relates to an automatic gorgon euryale thickening system, a food processor and an automatic gorgon euryale thickening control method.

Background

In the cooking process, in order to improve the flavor of dishes, thickening is usually needed, the thickening is characterized in that under the condition that starch is gelatinized by heat, the starch has the characteristics of water absorption, adhesion and smoothness and cleanness, when the dishes are nearly mature, the prepared sauce is poured into a pot, so that the sauce is thick and thick, the adhesive force of the sauce to raw materials is increased, the powder property and the concentration of the soup of the dishes are increased, and the color and the taste of the dishes are improved.

In traditional culinary art in-process, in order to use conveniently, the chef can once only allocate more material of thickening usually, but the material of thickening is difficult to store after the configuration, it is rotten easily, the powder of thickening goes into water, the shelf life is 1 day usually, the material of thickening will fall with incomplete, cause the waste, the material of thickening needs manual preparation in addition, the powder water proportion relies on chef's custom or experience to allocate, the powder water proportion that different dishes need is different, be difficult to allocate alone, can't realize the standardization.

Disclosure of Invention

The embodiment of the invention provides an automatic thickening system, aiming at solving the problem that the thickening allocation can not realize standardization.

The embodiment of the invention is realized in such a way that an automatic thickening system comprises:

the automatic thickening device comprises a thickening material liquid container, an air pressure adjusting structure and a thickening material liquid spray head, wherein the thickening material liquid container comprises a sealed accommodating cavity for accommodating thickening material liquid, one end of the thickening material liquid spray head penetrates through the thickening material liquid container and extends into the thickening material liquid in the sealed accommodating cavity, and the air pressure adjusting structure is connected with the sealed accommodating cavity and used for adjusting the air pressure of the sealed accommodating cavity;

the quantitative water injection device comprises a water pump electrically connected with the controller, a liquid inlet of the water pump is connected with a water source, and a liquid outlet of the water pump is communicated with the sealed accommodating cavity;

collude gorgon fruit powder feed arrangement, including throwing the material mechanism and being used for storing the colluding gorgon fruit powder container that colludes gorgon fruit powder, throw the sealed bottom that holds the chamber of material mechanism intercommunication and collude gorgon fruit powder container, throw material mechanism and controller electric connection for throw the material to sealed bottom blast air that holds the chamber and will collude gorgon fruit powder ration and throw the material to sealed chamber that holds, so that the sealed gorgon fruit powder that holds in the chamber and water mixing become behind the colluding gorgon fruit liquid spray head from colluding gorgon fruit liquid spray head jet outward.

The second aspect, this application still provides a cooking machine, and cooking machine includes as following automatic colludes gorgon fruit material system.

In a third aspect, the present application further provides an automatic gate-on control method, where the method is applied to the food processor as described above, and the method includes the following steps:

acquiring material liquid information of material liquid to be subjected to thickening, wherein the material liquid information comprises thickening amount information and thickening type information;

determining the water consumption for thickening and the powder amount of the powder to be thickened according to the thickening information;

controlling a water pump to inject clear water into a sealed accommodating cavity of the thickening material liquid container according to the thickening water consumption;

determining the powder to be thickened according to the thickening type information, and conveying the powder to be thickened corresponding to the powder amount to the sealed accommodating cavity, so that the powder to be thickened is mixed with clear water to form thickening liquid and then is sprayed out from the thickening liquid spray head.

In the embodiment of the application, because the automatic thickening device in the automatic thickening system comprises the thickening material liquid container and the thickening liquid spray head, the thickening material liquid container is provided with the sealed accommodating cavity, one end of the thickening liquid spray head extends into the sealed accommodating cavity, a water pump of the quantitative water injection device injects clear water into the sealed accommodating cavity under the control of the controller, the feeding mechanism of the thickening powder feeding device is connected with the sealed accommodating cavity and the thickening powder container, thickening powder is stored in the thickening powder container, the feeding mechanism can quantitatively feed thickening powder into the sealed accommodating cavity and blast air to the bottom of the sealed accommodating cavity, so that thickening powder and water in the sealed accommodating cavity are mixed into thickening material liquid, one end of the thickening liquid spray head extends into the thickening material liquid in the sealed accommodating cavity, so that the thickening material liquid can be sprayed outwards under the pressure effect, and the thickening liquid can be prepared in real time and quantitatively each thickening time, the standardized modulation of the thickening liquid is realized while the quality of the thickening liquid is ensured.

Drawings

FIG. 1 is a schematic structural view of an embodiment of an automatic gorgon euryale system of the present application;

FIG. 2 is a schematic flow chart diagram illustrating an embodiment of an automatic gorge control method according to the present application;

fig. 3 is a schematic diagram of a basic flow of cleaning a starching feed liquid container according to an embodiment of the automatic starching control method.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

The existing starch thickening material needs manual preparation, the powder-water proportion is prepared by depending on the habit or experience of a chef, different dishes need different powder-water proportions, and the starch thickening material is difficult to prepare independently and can not realize standardization. The application provides an automatic starching material system for only when need use the starching feed liquid, real-time and quantitative modulation starching feed liquid, when guaranteeing starching feed liquid quality, realize the standardized modulation of starching feed liquid.

Example one

In some optional embodiments, please refer to fig. 1, fig. 1 is a schematic flow chart of an embodiment of an automatic gorgon euryale system according to the present application.

As shown in fig. 1, the present application provides an automatic starch thickening system in a first aspect, which includes an automatic starch thickening device 1, a quantitative water injection device 2 and a starch thickening powder feeding device 3.

The automatic thickening device 1 comprises a thickening material liquid container 11, an air pressure adjusting structure and a thickening material liquid spray head 12, wherein the thickening material liquid container 11 comprises a sealed accommodating cavity for accommodating thickening material liquid, one end of the thickening material liquid spray head 12 penetrates through the thickening material liquid container 11 and extends into the thickening material liquid in the sealed accommodating cavity, and the air pressure adjusting structure is connected with the sealed accommodating cavity and used for adjusting the air pressure of the sealed accommodating cavity;

the quantitative water injection device 2 comprises a water pump 21 electrically connected with the controller, a liquid inlet of the water pump 21 is connected with a water source, and a liquid outlet is communicated with the sealed accommodating cavity;

collude gorgon fruit powder feed arrangement 3 including throw material mechanism 31 and be used for storing the gorgon fruit powder container 32 that colludes of the gorgon fruit powder, throw the sealed bottom that holds the chamber of material mechanism 31 intercommunication and collude gorgon fruit powder container 32, throw material mechanism 31 and controller electric connection for to the sealed bottom blast air that holds the chamber and will collude the quantitative material of throwing of gorgon fruit powder to the sealed chamber that holds, so that the sealed gorgon fruit powder that holds in the chamber and the water mixing that colludes becomes behind the gorgon fruit liquid shower nozzle 12 of colluding externally sprays from colluding gorgon fruit liquid shower nozzle.

The starch solution splendid attire ware 11 is hollow container, the sealed chamber that holds of starch solution splendid attire ware 11 can be used for holding starch solution, starch solution shower nozzle 12 communicates sealed chamber and the exterior space of holding, and the one end of starch solution shower nozzle 12 stretches into in the starch solution that holds the sealed intracavity of holding, water source and starch solution splendid attire ware 11 are connected to water pump 21, water pump 21 is connected with the controller electricity, thereby in pouring into starch solution splendid attire ware 11's sealed chamber of holding with the water ration at water source under the control of controller, starch solution 32 storage in the starch solution container that colludes among starch feed arrangement 3 has starch powder that colludes.

In some embodiments, the feeding mechanism 31 quantitatively conveys the thickening powder into the sealed accommodating cavity, in implementation, the feeding mechanism 31 comprises a measuring cup, a driving part, a scraper, an air pump and a conveying pipeline, a power output end of the driving part is connected with the measuring cup so as to drive the measuring cup to rotate, the measuring cup firstly passes through the thickening powder in the thickening powder container 32 in the rotating process, the thickening powder fills the measuring cup, the measuring cup continuously rotates to pass through the scraper, the scraper scrapes through an opening of the measuring cup so as to scrape the thickening powder exceeding the measuring cup back into the thickening powder container 32, the thickening powder in the measuring cup is just flush with the opening of the measuring cup, the measuring cup continuously rotates so that the thickening powder is poured from one end of the conveying pipeline, the other end of the conveying pipeline extends into the sealed accommodating cavity and is placed at the bottom of the sealed accommodating cavity, the air pump blows air to the conveying pipeline, so that the thickening powder is conveyed into the sealed accommodating cavity by an air flow to be mixed with clean water, simultaneously because pipeline blows to the bottom that sealed holds the chamber and makes clear water and the powder that colludes gorgon's powder roll the mixture and become the feed liquid that colludes gorgon's, adjust the sealed atmospheric pressure that holds the chamber through control atmospheric pressure regulation structure, for example, carry when colluding gorgon's powder and mix the feed liquid that colludes gorgon, atmospheric pressure regulation structure opens, sealed chamber and external intercommunication that holds, and when needs spray the feed liquid that colludes gorgon, atmospheric pressure regulation structure is closed, sealed chamber one-tenth airtight space that holds, the air pump continues to blow in the chamber that holds mutually sealed mutually, make the feed liquid that colludes gorgon's under the wind pressure effect from colluding gorgon's liquid.

In some embodiments, the one end that colludes gorgon fruit liquid shower nozzle 12 stretched into the liquid of colluding gorgon fruit and becomes the gap between the bottom in sealed chamber of holding, because the atmospheric pressure that the sealed chamber of holding can be adjusted to the atmospheric pressure regulation structure, for example, the atmospheric pressure regulation structure adopts electrical control valve, when implementing, electrical control valve is connected with the controller electricity in order to completely cut off sealed chamber of holding and external being connected under the control of controller, throw the material mechanism 31 this moment and can hold the intracavity blast air to sealed, make the atmospheric pressure that holds the intracavity rise, whole the liquid of colluding gorgon fruit is outwards sprayed from the liquid shower nozzle 12 of colluding gorgon fruit under atmospheric pressure effect, the quantity of the liquid of colluding gorgon fruit of modulating at every turn just satisfies the use amount of single fried dish, can be in real time according to stir-fry dish needs quantitative modulation the liquid of.

In other embodiments, the automatic starch thickening system provided by the present application includes a plurality of starch thickening powder feeding devices 3, each starch thickening powder feeding device 3 corresponds to different starch thickening powders, in implementation, the starch thickening powders include, but are not limited to, tapioca starch, corn starch, potato starch and mung bean starch, taking corn starch and potato starch as examples, two starch thickening powder feeding devices 3 are provided, one starch thickening powder container 32 of one starch thickening powder feeding device 3 is used for containing corn starch, the other starch thickening powder container 32 of the other starch thickening powder feeding device 3 is used for containing potato starch, the feeding structure 31 connects the sealed accommodating cavity and the starch thickening powder container 32, so that starch thickening powder in the starch thickening powder container 32 can be quantitatively conveyed into the sealed accommodating cavity, for example, when a corn starch aqueous solution is required to be used, the corn starch can be conveyed into the sealed accommodating cavity, and when a potato starch aqueous solution is required to be used, can carry potato starch to sealed the chamber that holds, throw material mechanism 31 and can also hold the chamber to sealed blast air to with sealed the thickening powder and the clear water mixing that hold in the chamber and become thickening feed liquid.

In the embodiment of the application, the automatic thickening device 1 in the automatic thickening system comprises a thickening material liquid container 11 and a thickening liquid spray head 12, the thickening material liquid container 11 is provided with a sealed accommodating cavity, one end of the thickening liquid spray head 12 extends into the sealed accommodating cavity, a water pump 21 of a quantitative water injection device 2 injects clear water into the sealed accommodating cavity under the control of a controller, a feeding mechanism 31 of a thickening powder feeding device 3 is connected with the sealed accommodating cavity and a thickening powder container 32, thickening powder is stored in the thickening powder container 32, the feeding mechanism 31 can quantitatively feed the thickening powder into the sealed accommodating cavity and blast air to the bottom of the sealed accommodating cavity, so that the thickening powder and water in the sealed accommodating cavity are mixed into thickening material liquid, one end of the thickening liquid spray head 12 extends into the thickening material liquid in the sealed accommodating cavity, so that the thickening material liquid can be sprayed from the thickening liquid spray head 12 under the action of pressure, the thickening material liquid is modulated in real time and quantitatively every thickening, so that the thickening material liquid is modulated in a standardized manner while the quality of the thickening material liquid is ensured.

Example two

In other embodiments, the feeding mechanism 31 includes a screw feeder 311, a powder conveying pipe 312, and an air pump 313;

the screw feeding piece 311 is connected with the powder conveying pipeline 312 and the thickening powder container 32, and the screw feeding piece 311 is electrically connected with the controller and is used for quantitatively conveying thickening powder into the powder conveying pipeline 312;

one end of the powder conveying pipeline 312 is connected with the air outlet of the air pump 313, the other end of the powder conveying pipeline is communicated with the bottom of the sealed accommodating cavity, the other end of the powder conveying pipeline is provided with a pipeline plug 314, and the air pump 313 is electrically connected with the controller and used for pushing thickening powder in the powder conveying pipeline 312 into the sealed accommodating cavity.

The bottom that air pump 313 and sealed chamber of holding are connected respectively to powder conveying pipeline 312's both ends, and powder conveying pipeline 312 connects the one end that the sealed chamber of holding and is provided with pipe stopper 314, pipe stopper 314 can adopt silica gel lamella to plug, silica gel lamella plug is including a plurality of silica gel lamella that can open and shut, pipe stopper 314 includes two kinds of states, the first state is the closure state, a powder conveying pipeline 312 is used for blockking, so that powder conveying pipeline 312 and sealed chamber of holding between sealed isolated, the second state is the open mode, a cavity intercommunication is held for making powder conveying pipeline 312 and sealed. In implementation, taking the example that the silica gel flap plug includes four silica gel flaps, wherein two adjacent silica gel flaps can be opened and closed to be combined, and in a normal state, the abutting edges of the two adjacent silica gel flaps are tightly matched with each other, so that the four silica gel flaps are combined into a tapered silica gel flap plug, and at the moment, the silica gel flap plug is in a closed state, thereby isolating the communication between the powder conveying pipeline 312 and the sealed accommodating cavity; when the silica gel lamella stopper atress, for example under the effect of the wind power that receives powder conveying pipeline 312 to carry, two adjacent silica gel lamella separation, silica gel lamella stopper is open mode this moment, can communicate between powder conveying pipeline 312 and the sealed chamber of holding.

Under normal conditions, the pipeline stopper 314 is in the first state, and when the material liquid that colludes the gorge needs to be modulated, the atmospheric pressure is adjusted the structure and can is made sealed the chamber and is linked together with the external world under the control of controller, and controller control water pump 21 pours into a certain amount of clear water into sealed the intracavity into, because the effect of pipeline stopper 314, the clear water can not get into powder conveying pipeline 312. Then the controller controls the screw feeding piece 311 to rotate to push out the thickening powder in the thickening powder container 32 to the powder conveying pipeline 312, simultaneously controls the air pump 313 to work to convey air to the powder conveying pipeline 312, the air pushes the pipeline plug 314 away to enable the pipeline plug 314 to be in a second state, the thickening powder and the air are injected into clear water in the sealed accommodating cavity from the powder conveying pipeline 312, and the air rises in the clear water to enable the clear water to roll to enable the thickening powder and the clear water to be fused and mixed into uniform thickening liquid. When the thickening liquid is to be sprayed, the air pressure adjusting structure closes the sealed accommodating cavity to be communicated with the outside, the air pump 313 continues to work to blow air into the sealed accommodating cavity, the pressure in the sealed accommodating cavity rises, the thickening liquid is sprayed outwards from the thickening liquid spray head 12 under the action of pressure, the controller controls the air pump 313 to stop working after the thickening liquid is sprayed, and the pipeline plug 314 falls back to be in the first state.

In some embodiments, the bottom of the thickening material liquid container 11 can be designed into an inverted cone shape, the inside of the thickening material liquid container 11 and the inside of the inverted cone shape form a hollow cavity to form a sealed accommodating cavity, the other end of the powder conveying pipeline 312 is connected with the conical vertex of the inverted cone shape, when the screw feeding part 311 is pushed out to the powder conveying pipeline 312, meanwhile, the air pump 313 works to blow air through the powder conveying pipeline 312, the air pushes away the pipeline plug 314 to inject the thickening material liquid container 11 with the thickening powder and the air together, and meanwhile, the air rises in the water in the sealed accommodating cavity to drive the clean water to roll, so that the clean water and the thickening powder are mixed uniformly.

In other embodiments, the starch-blending container 32 and the screw feeding member 311 of the automatic starch-blending system provided by the present application are provided in plurality, each screw feeding member 311 corresponds to one starch-blending container 32, or the above-mentioned corn starch and potato starch are taken as examples, the starch-blending container 32 is provided in two, one starch-blending container 32 is used for containing corn starch, the other starch-blending container 32 is used for containing potato starch, the two starch-blending containers 32 used for containing potato starch and corn starch are respectively connected with the powder conveying pipeline 312 through the two corresponding screw feeding members 311, when a corn starch aqueous solution is needed, the screw feeding member 311 corresponding to the starch-blending container 32 containing corn starch can be controlled to work to convey corn starch to the powder conveying pipeline 312; and when potato starch aqueous solution is needed, the screw feeding piece 311 corresponding to the starch thickening powder container 32 filled with potato starch can be controlled to work so as to convey the potato starch to the powder conveying pipeline 312, the air pump 313 blows air into the powder conveying pipeline 312, and therefore the starch thickening powder in the powder conveying pipeline 312 is conveyed to the sealed accommodating cavity and mixed with clear water to form thickening liquid.

EXAMPLE III

In some optional embodiments, a powder containing cavity 315 is disposed between two ends of the powder conveying pipeline 312, and the screw feeding member 311 connects the powder containing cavity 315 and the thickening powder container 32 for quantitatively conveying the thickening powder into the powder containing cavity.

Powder holding chamber 315 can design into and powder conveying pipeline 312 integrated into one piece, and the diameter in powder holding chamber 315 is greater than the diameter of powder conveying pipeline 312 to can the more powder of thickening of splendid attire, when the material liquid of thickening in a large number of needs modulation, screw rod pay-off piece 311 will be thickened the powder and release the powder holding chamber 315 from thickening powder container 32 and can not lead to powder conveying pipeline 312 to block up.

Example four

In some optional embodiments, the air pressure adjusting structure provided by the automatic thickening device provided by the present application is an exhaust structure 4, the exhaust structure 4 includes an exhaust pipe 41 and an exhaust switch 42, the exhaust pipe 41 penetrates through the thickening material liquid container 11 to be connected with the sealed accommodating cavity, and the exhaust switch 42 is electrically connected with the controller, and is used for controlling the on and off of the exhaust pipe 41.

The exhaust pipe 41 is connected with the sealed containing cavity and the external space, the exhaust switch 42 can be a solenoid valve switch, in the process of preparing the thickening liquid, the processor controls the water pump 21 to inject corresponding water amount into the sealed containing cavity of the thickening liquid container 11 according to the required amount and concentration of the thickening liquid, then the screw rod feeding piece 311 is controlled to rotate continuously to push out thickening powder in the thickening powder container 32 into the powder conveying pipeline 312, the controller controls the exhaust switch 42 to open the exhaust pipe 41, the processor controls the air pump 313 to work to push away the blast pipeline plug 314 in the powder conveying pipeline 312, the thickening powder and gas are injected into the bottom of the sealed containing cavity together, so that the clear water and the thickening powder in the sealed containing cavity are rolled and mixed into uniform thickening liquid under the action of the gas, when the thickening liquid needs to be sprayed outwards, the controller controls the exhaust switch 42 to close the exhaust pipe 41, the air pump 313 continues to work, so that the thickening liquid is sprayed outwards through the thickening liquid spray head 12 under the pressure action. When implementing, the automatic material system of thickening that this application provided need not great liquid storage area of thickening, when needs use the liquid of thickening, can on-the-spot real-time configuration, preparation and use of coming into operation. The powder of thickening is dried and is stored in the powder container 32 of thickening, is convenient for store for a long time, and the injection dynamics of the feed liquid of thickening is controlled by air pump 313 and air discharge switch 42, stirs through the bubble and makes the feed liquid misce bene of thickening, can effectively avoid the pipe blockage problem, guarantees that the dynamics of spraying satisfies the demand.

EXAMPLE five

In some optional embodiments, an embodiment of the present application further provides a food processor, which includes the automatic gorgon euryale system as described above.

The automatic thickening system comprises an automatic thickening device 1, a quantitative water injection device 2 and a thickening powder feeding device 3.

The automatic thickening device 1 comprises a thickening material liquid container 11 and a thickening material liquid spray head 12, wherein the thickening material liquid container 11 comprises a sealed accommodating cavity for accommodating thickening material liquid, and one end of the thickening material liquid spray head 12 penetrates through the thickening material liquid container 11 and extends into the thickening material liquid in the sealed accommodating cavity;

the quantitative water injection device 2 comprises a water pump 21 electrically connected with the controller, a liquid inlet of the water pump 21 is connected with a water source, and a liquid outlet is communicated with the sealed accommodating cavity;

collude gorgon fruit powder feed arrangement 3 including throw material mechanism 31 and be used for storing colluding gorgon fruit powder container 32 of colluding gorgon fruit powder, throw material mechanism 31 and connect sealed chamber and collude gorgon fruit powder container 32 that holds, throw material mechanism 31 and controller electric connection for to sealed intracavity blast air and will collude gorgon fruit powder ration throw material to sealed chamber that holds, so that the sealed gorgon fruit powder that holds in the chamber and water mix and collude gorgon fruit powder and spray outward from colluding gorgon fruit liquid shower nozzle 12 after the gorgon fruit liquid shower nozzle.

Water pump 21 connects water source and the flourishing ware 11 of gorgon fruit liquid, a sealed chamber that holds of the flourishing ware 11 of gorgon fruit liquid is poured into with the water ration at water source, the storage of the gorgon fruit powder container 32 among the gorgon fruit powder feed arrangement 3 has the gorgon fruit powder, throw material mechanism 31 and be arranged in carrying the quantitative to sealed chamber that holds of gorgon fruit powder with the gorgon fruit powder, make the gorgon fruit powder mix with clear water, when implementing, material mechanism 31 can also blast air in the sealed chamber that holds, make the gorgon fruit powder become the gorgon fruit liquid with the clear water misce bene, and the gorgon fruit liquid outwards sprays from the gorgon fruit liquid shower nozzle 12 in the wind pressure effect. In other embodiments, the food processor further comprises a frying pan, and the thickening liquid nozzle 12 is used for spraying the thickening liquid into the frying pan.

In some embodiments, the food processor includes a plurality of starch feeding devices 3, each starch feeding device 3 corresponds to a different starch powder, in practice, the starch powder includes, but is not limited to, tapioca starch, corn starch, potato starch and mung bean starch, taking corn starch and potato starch as examples, the food processor includes two starch powder feeding devices 3, one starch powder container 32 of one starch powder feeding device 3 is used for containing corn starch, the other starch powder container 32 of the other starch powder feeding device 3 is used for containing potato starch, the feeding structure 31 of each starch powder feeding device 3 is connected with the sealed accommodating cavity and the corresponding starch powder container 32, so that the starch powder in the starch powder container 32 can be quantitatively conveyed into the sealed accommodating cavity, for example, when a corn starch aqueous solution is required, the corn starch can be conveyed into the sealed accommodating cavity, and when a potato starch aqueous solution is required, the potato starch can be conveyed into the sealed containing cavity and mixed with clear water to form starch thickening liquid.

In the embodiment of the application, the cooking machine comprises an automatic thickening system, the automatic thickening device 1 in the automatic thickening system comprises a thickening material liquid container 11 and a thickening liquid spray head 12, the thickening material liquid container 11 is provided with a sealed containing cavity, one end of the thickening liquid spray head 12 extends into the sealed containing cavity, a water pump 21 of a quantitative water injection device 2 injects clear water into the sealed containing cavity under the control of a controller, a feeding mechanism 31 of a thickening powder feeding device 3 is connected with the sealed containing cavity and a thickening powder container 32, thickening powder is stored in the thickening powder container 32, the feeding mechanism 31 can quantitatively feed the thickening powder into the sealed containing cavity and blast air into the sealed containing cavity, so that the thickening powder and water in the sealed containing cavity are mixed into the thickening material liquid, one end of the thickening liquid spray head 12 extends into the thickening material liquid in the sealed containing cavity, so that the thickening material liquid can be sprayed from the thickening liquid spray head 12 under the pressure effect, the thickening material liquid is modulated in real time and quantitatively every thickening, so that the thickening material liquid is modulated in a standardized manner while the quality of the thickening material liquid is ensured.

EXAMPLE six

In some optional embodiments, please refer to fig. 2, and fig. 2 is a schematic flowchart illustrating an automatic gate-on control method according to an embodiment of the present application.

As shown in fig. 2, the automatic gorging control method provided in the embodiment of the present application is applied to the food processor, and the automatic gorging control method includes the following steps:

s1100, obtaining material liquid information of material liquid to be subjected to thickening, wherein the material liquid information comprises thickening amount information and thickening type information;

s1200, determining the water consumption for thickening and the powder amount of the powder to be thickened according to thickening information;

s1300, controlling a water pump to inject clean water into a sealed accommodating cavity of the thickening material liquid container according to the thickening water consumption;

s1400, determining powder to be thickened according to thickening type information, and conveying the powder to be thickened corresponding to the powder amount to the sealed accommodating cavity, so that the powder to be thickened is mixed with clear water to form thickening liquid and then is sprayed out from the thickening liquid spray head.

The food processer can be provided with a controller, and the steps of the automatic thickening control method provided by the embodiment of the application are implemented by the controller. The processor may be an actual processor disposed on the food processor, or may be a virtual processor in the cloud, which is not limited herein.

The treater acquires the feed liquid information of waiting to starching the feed liquid, including information of starching amount and information of starching type, when implementing, the cooking machine can be provided with the part that supplies user operation, touch display panel for example, touch display panel can show the type and the relevant introduction information of each starching material to the user, for example, the dish that the starching material was suitable for etc. the user operates in touch display panel, select the type of starching material and the required starching amount, the treater can acquire the feed liquid information of waiting to starching the feed liquid through this touch display panel.

The thickening information is used for determining the amount of the required thickening liquid, the thickening liquid is formed by mixing water and starch, when in implementation, a user can select the total amount and the concentration of the thickening liquid through the touch display panel, the touch display panel sends the thickening information comprising the total amount and the concentration of the thickening liquid to the controller, the controller determines the water consumption for thickening and the powder consumption of the thickening powder according to the gas purchase amount information, in some embodiments, the corresponding mapping relation exists between the thickening information and the water consumption for thickening and the powder consumption for thickening, the thickening information A and the thickening information B are taken as examples, wherein the thickening information A corresponds to the total amount and the concentration of the first-type thickening liquid, the thickening information A maps the thickening 1 and the thickening information A2, the thickening information B corresponds to the total amount and concentration of the second type of thickening material liquid, the thickening information B maps the thickening water consumption B1 and the powder amount B2, and when the user selects the first type of thickening material liquid, the controller can determine the thickening water consumption A1 and the powder amount A2 according to the thickening information A.

The controller controls the operation of the water pump 21 according to the water consumption for thickening, so that the water pump 21 injects clear water corresponding to the water consumption for thickening into the thickening material liquid container 11, then determines powder to be thickened according to thickening type information, the powder to be thickened is thickening raw material for modulating the thickening material liquid, in the implementation process, the thickening powder comprises but is not limited to potato starch, corn starch, tapioca starch, mung bean starch and the like, different dishes can be selected for use, a user can select required thickening powder through the display control panel, after determining the type of the thickening powder, the controller conveys the powder to be thickened corresponding to the powder amount into the sealed accommodating cavity, in the implementation process, the thickening powder is stored in the thickening powder container 32, the thickening powder container 32 can push the thickening powder to the powder conveying pipeline 312 through the corresponding screw feeding piece 311, one end of the powder conveying pipeline 312 is connected with an air pump, the other end and sealed chamber intercommunication that holds, and the other end still is provided with pipeline stopper 314, controller control air pump 312 work pushes away pipeline stopper 314 for the powder of thickening in the powder pipeline 312 is in propelling movement to sealed chamber of holding under the gas action, and the powder of thickening mixes into the material liquid of thickening with clear water, and the material liquid of thickening outwards spouts to the frying pan of cooking machine from the liquid shower nozzle 12 of thickening under the gas pressure effect, realizes the automatic modulation function of the material liquid of thickening.

In some embodiments, the food processor includes a plurality of starch blending containers 32, each of which can push starch blending powder to the powder conveying pipeline 312 through a corresponding screw feeding member 311, for example, the starch blending container 32 includes a container a, a container b and a container c, where the container a, the container b and the container c are respectively used for storing corn starch, potato starch and mung bean starch, when a user selects corn starch, the controller controls the screw feeding member 311 corresponding to the container a to push corn starch to the powder conveying pipeline 312 according to the operation of the user, and the controller controls the air pump 312 to work to push corn starch to the sealed accommodating cavity to be mixed into starch blending liquid, and then the starch blending liquid is sprayed to the wok through the starch blending nozzle 12; and when the user selected mung bean starch, the controller corresponded container c's screw rod pay-off piece 311 with mung bean starch propelling movement to powder pipeline 312 according to user's operation control, and controller control air pump 312 work mixes mung bean starch in order to hold the chamber with mung bean starch propelling movement to sealed and becomes mung bean starch and colludes gorgon fruit liquid, then sprays the frying pan through colluding gorgon fruit liquid shower nozzle 12 in, satisfies the preparation demand of different cooked dishes, provides cooking machine's practicality.

EXAMPLE seven

In some optional embodiments, please refer to fig. 3, and fig. 3 is a schematic flow chart illustrating a specific process of cleaning a thickening liquid container by an automatic thickening control method according to an embodiment of the present application.

As shown in fig. 3, the powder to be thickened is determined according to the thickening type information, and the powder to be thickened corresponding to the powder amount is conveyed into the sealed accommodating cavity, so that after the step of mixing the powder to be thickened and the clear water into thickening liquid and then spraying the thickening liquid outwards from the thickening liquid spray head, the automatic thickening control method further comprises the following steps:

s1500, controlling a water pump to inject clean water into the sealed accommodating cavity according to a preset cleaning strategy;

and S1600, blowing air into the sealed accommodating cavity to flush the sealed accommodating cavity and then discharging the solution in the sealed accommodating cavity.

After all the thickening liquid is sprayed out, the thickening liquid container 11 can be cleaned and maintained, specifically, the controller controls the water pump 21 to work according to a preset cleaning strategy, the cleaning strategy can be arranged in the controller, when the cleaning strategy is implemented, the cleaning strategy comprises water pump control information and air pump control information, the water pump control information is used for controlling the working state and the working time of the water pump 21, the air pump control information is used for controlling the working state and the working time of the air pump 313, the controller controls the water pump 21 to work for a certain time according to the water pump control information of the cleaning strategy, so that quantitative clean water is injected into the sealed accommodating cavity, then the controller controls the air pump 313 to blow air into the sealed accommodating cavity according to the air pump control information of the middle year of the cleaning strategy, air enables bubbles in the sealed accommodating cavity to roll, so as to scour the inner wall of the sealed accommodating cavity and the powder conveying pipeline 312, and the cleaned liquid is sprayed out of the thickening, the gordon euryale liquid spray head 12 can be cleaned while the residual liquid is discharged.

In some embodiments, the cleaning strategy may further include electromagnetic valve control information, when the thickening liquid container 11 is cleaned, the controller controls the exhaust switch 42 to be opened according to the electromagnetic valve control information, then the controller controls the water pump 21 to operate according to the cleaning strategy, so as to inject a certain amount of clean water into the sealed accommodating cavity, finally, the air pump 313 is controlled to blow air into the sealed accommodating cavity according to the middle-year air pump control information of the cleaning strategy, the air makes bubbles in the sealed accommodating cavity roll, so as to flush the inner wall of the sealed accommodating cavity and the powder conveying pipeline 312, after the flushing is performed for a certain time, the exhaust switch 42 is controlled to be closed, and the air pump 313 continues to operate to spray the cleaned liquid out of the thickening liquid nozzle 12, so as to realize the automatic cleaning function of the thickening liquid container 11.

The present invention is not limited to the above preferred embodiments, and any modifications, equivalent substitutions and improvements made within the spirit and principle of the present invention should be included in the protection scope of the present invention.