CN217365535U - Food preparation machine suitable for multi-scene use - Google Patents

Abstract

The utility model discloses a food preparation machine that adaptation multi-scene used, include the host computer, connect thick liquid cup, the host computer includes the casing, locates the pulping chamber in the casing, be located the knife tackle spare of pulping chamber lower part and arrange thick liquid subassembly, be used for the heating element of pulping chamber heating, be used for the water tank that supplies water for pulping chamber, arrange thick liquid subassembly including arranging the thick liquid pipe, arrange thick liquid pipe one end for with the feed liquor end of pulping chamber intercommunication, arrange the play liquid end of the thick liquid pipe other end for being used for exporting the thick liquid, connect the main cup body that the thick liquid cup was including having main bowl cover, be equipped with on the main bowl cover and connect the thick liquid mouth, connect detachably to be equipped with upper portion open-ended inferior cup in the thick liquid mouth. The utility model can prevent the taint of odor between different slurry, improve the quality of the slurry and meet the high-level requirement of users; but also can extract the Chinese medicinal materials, thereby increasing the functions of the food processor and meeting the health-care requirements of people to the maximum extent.

Description

Food preparation machine suitable for multi-scene use

Technical Field

The utility model belongs to the technical field of domestic edible material processing apparatus, especially, relate to a food preparation machine that adapts to multi-scene and uses.

Background

With the improvement of living standard, various food processing electric appliances suitable for household use are continuously emerging, and the food processor is a food processing electric appliance with a wide popularization range. The existing food processer usually comprises a main machine and a pulp receiving cup, the main machine comprises a pulp making cavity, a cutter assembly capable of rotating at high speed is arranged at the lower part of the pulp making cavity, a pulp discharging pipe capable of being communicated with the pulp receiving cup is arranged at the bottom of the pulp making cavity, and a pulp discharging valve capable of controlling the pulp discharging pipe to be switched on and off is arranged on the pulp discharging pipe. During operation, put into the slurrying intracavity with eating the material to start the sword subassembly, thereby will eat the material and smash, reach the effect of "broken wall" even, form the stock thick liquid then. After the food materials are crushed, the pulp discharging valve is opened, and the pulp can be drunk in the pulp cup through the pulp discharging pipe.

When the existing food processor is used, besides fruit and vegetable food materials can be added into the pulp making cavity to form fruit and vegetable juice, food materials such as fish, even meat and the like can be added to form fish soup and minced meat soup with extremely high nutritional values, and even traditional Chinese medicinal materials can be added to form medicated diet with health care and health preserving functions.

However, the existing food processer still has the following technical defects: firstly, the existing food processer is generally provided with a milk receiving cup with a fixed volume, and in order to meet the use requirements of different people, the volume of the milk receiving cup is usually larger, and when a user makes milk such as soybean milk, the milk receiving cup with a large volume can meet the requirements of the user; however, when a user prepares a slurry for a medicated diet, the amount of the prepared slurry is small, and a large-capacity slurry receiving cup is used for receiving the medicated diet, so that the suspicion of 'big horse pulling a small car' is obvious, and especially, different slurries have different characteristics of smell, taste and the like, so that all slurries are received by one slurry receiving cup to cause 'taint odor', or the user needs to clean the slurry receiving cup in time after drinking one slurry, then prepare other slurries, and further cause the trouble of use.

Secondly, it is known that many times the traditional Chinese medicinal materials need to be prepared by an extraction method, namely, on the basis of obtaining the effective components contained in the traditional Chinese medicinal materials, other components contained in the traditional Chinese medicinal materials are eliminated as much as possible. The traditional food processor can only crush the traditional Chinese medicinal materials, add water and heat the materials to prepare medicinal meals in the shape of decoction, namely, all the components of the traditional Chinese medicinal materials can enter the medicinal meals, so the processing requirements of the medicinal meals of the traditional Chinese medicinal materials are not met, and in severe cases, even some harmful substances contained in the traditional Chinese medicinal materials can be mixed into the medicinal meals to be drunk, thereby the efficacy and the health of human bodies are influenced. That is, the existing food processor can not process the Chinese medicinal materials by extraction according to the processing requirements of the medicinal diet.

SUMMERY OF THE UTILITY MODEL

A first object of the utility model is to provide a food preparation machine that adaptation multi-scene used, except can satisfying the edible material processing demand of current cooking machine, can effectually prevent the taint of flavor between the different thick liquids, promote the quality of thick liquid, satisfy user's high-level needs.

A second object of the utility model is to provide a food preparation machine that adaptation multi-scene used can carry out "extraction" processing to the chinese-medicinal material, increases the function of cooking machine, and furthest satisfies people's health care demand.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

the utility model provides a food preparation machine that adaptation multi-scene used, includes the host computer, connects the thick liquid cup, the host computer includes the casing, locates the pulping chamber in the casing, be located the cutter unit of pulping chamber lower part and arrange the thick liquid subassembly, be used for the heating element of pulping chamber heating, be used for the water supply subassembly that supplies water for pulping chamber, arrange the thick liquid subassembly including arranging the thick liquid pipe, arrange the feed liquor end of thick liquid pipe one end for with pulping chamber intercommunication, arrange the play liquid end of thick liquid pipe other end for being used for exporting the thick liquid, connect the main cup of thick liquid cup including having main bowl cover, be equipped with on the main bowl cover and connect the thick liquid mouth, connect detachably to be equipped with upper portion open-ended inferior cup in the thick liquid mouth.

Similarly with current cooking machine, the utility model discloses a casing that has the slurrying chamber, connect the thick liquid cup, be located the knife tackle spare and the row thick liquid subassembly of slurrying chamber lower part, be used for the heating element of slurrying chamber heating, be used for the water supply assembly who supplies water for the slurrying chamber. When the hot drink needs to be made, food materials can be put into the pulping cavity, then the knife assembly is started to crush the food materials, and if the food materials contain moisture, the food materials directly form pulp; if the food is dry solid food, powder is formed, the water supply assembly sends water into the pulping cavity, and then the water is heated by the heating assembly to form hot drink, or the heating assembly changes cold water output by the water supply assembly into hot water and sends the hot water into the pulping cavity to form slurry, and then the slurry in the pulping cavity is heated by the heating assembly to form hot drink. Of course, if the fruit food is fruit food, the fruit food can be directly made into cold drink, even cold drink. In addition, thick liquid accessible thick liquid discharge pipe outwards discharges, and the thick liquid that the play liquid end output from the discharge pipe is caught to the thick liquid cup that connects of the available configuration of user, that is to say, the utility model discloses possess and make the function of thick liquid in order to drink with eating the material.

Different from the existing food processor, the main cup cover of the main cup body of the pulp receiving cup is provided with a secondary cup body with an upper opening in a detachable way. That is to say, the utility model discloses a connect thick liquid cup includes two cups of a big one little, therefore adaptable different use scene, when "large capacity" hot drink of fruit juice, soybean milk class need be makeed, directly accept the thick liquid with main cup can, that is to say, the volume of main cup is similar with connecing thick liquid cup volume of current cooking machine. When the 'small-volume' slurry of medicated diet is required to be prepared, a secondary cup body can be placed on the main cup cover of the main cup body to receive the slurry output from the liquid outlet end of the slurry discharge pipe. Particularly, the secondary cup body is detachably arranged on the main cup cover, so that on one hand, the secondary cup body can be ensured to have enough bearing height so as to conveniently bear the slurry output from the liquid outlet end of the slurry discharge pipe with a higher position, on the other hand, the secondary cup body can be ensured to be stably placed and positioned, and the secondary cup body is prevented from toppling. Meanwhile, the secondary cup bodies can be detached from the main cup body conveniently and cleaned respectively by a user.

That is, the utility model discloses the thick liquid that will rely on the preparation is divided into "large capacity" and "small capacity" according to the thick liquid capacity that finally forms to can make the thick liquid of two kinds of different capacities in proper order.

Preferably, the edge of the opening of the secondary cup body is provided with an overflow nozzle, the slurry receiving port comprises a positioning part matched with the secondary cup body and an overflow part communicated with the positioning part, and the projection of the overflow nozzle in the vertical direction is positioned in the overflow part.

When the grout in the secondary cup body overflows due to misoperation of a user and the like, the grout in the secondary cup body can slowly flow out outwards through the overflow nozzle and then flows downwards along the outer side surface of the secondary cup body. Because the projection of the overflow nozzle in the vertical direction is positioned in the overflow part of the main cup cover slurry receiving port, slurry flowing downwards can automatically flow into the overflow part of the main cup cover slurry receiving port, and the slurry is prevented from overflowing to a desktop or polluting a host.

In addition, the size receiving port of the main cup body comprises a positioning part matched with the secondary cup body and an overflow part communicated with the positioning part, so that the area of the size receiving port can be increased. When the 'large-capacity' slurry is prepared and the main cup body is used for receiving the slurry, the slurry receiving port with the larger area is convenient for a user to receive the slurry, and the slurry is prevented from overflowing.

In particular, the overflow mouth of the secondary cup is arranged at the edge of the opening, so that it is known that the overflow in the main lid also extends to the edge of the main lid. That is to say, the pulp receiving port on the main cup cover penetrates through the edge of the main cup cover. Therefore, when the main cup body inclines towards one side of the grout receiving opening, grout in the main cup body can be conveniently poured out through the grout receiving opening. That is, the slurry receiving port at this time becomes a slurry pouring port.

Preferably, the opening of the secondary cup body is arranged from the outer side to the inner side of the shell in a downward inclined mode, and the overflow nozzle is arranged on the inner side of the opening edge of the secondary cup body.

Because the overflow nozzle is arranged at the lower inner side of the opening edge of the secondary cup body, when the liquid level in the secondary cup body is gradually raised, the slurry flows outwards from the lower overflow nozzle and then flows into the main cup body. Thereby effectively avoiding the slurry in the secondary cup body from overflowing from other positions of the opening.

Preferably, a main cup mouth is arranged on the edge of the opening of the main cup body corresponding to the overflow part.

The main cup mouth of the main cup body is communicated and corresponds to the overflow part. Therefore, the overflow part of the main cup cover is communicated with the main cup mouth, so that the overflowing area of the main cup mouth is indirectly enlarged, and the slurry can be poured outwards through the main cup mouth conveniently.

Preferably, the secondary cup body comprises an upper supporting section and a lower positioning section with a reduced size, so that a supporting step supported on the main cup cover is formed between the positioning section and the supporting section, and the positioning section is matched in the positioning part of the main cup cover.

Because the secondary cup body is provided with the supporting step, when the secondary cup body is placed in the positioning part of the pulp receiving port of the main cup cover, the supporting step is supported on the main cup cover, and the secondary cup body is positioned in the vertical direction. It can be understood that by reasonably designing the height ratio of the supporting section and the positioning section of the secondary cup body, on the premise of ensuring that the secondary cup body has reasonable volume, the opening of the secondary cup body and the pulp receiving opening on the main cup cover form reasonable height difference, and the secondary cup body and the main cup body are conveniently butted with the liquid outlet end of the pulp discharge pipe.

Preferably, the outlet end opening of the pulp discharge pipe extends into the secondary cup body, and the distance H1 between the outlet end opening of the pulp discharge pipe and the bottom surface of the secondary cup body is more than or equal to 3 mm.

It can be understood that the opening of inferior cup is highly inconsistent with the thick liquid mouth that connects of main cup, consequently, the utility model discloses the play liquid end opening that makes the thick liquid pipe is controlled at following scope with inferior cup bottom surface distance H1: h1 is more than or equal to 3mm, that is, the opening of the liquid outlet end is lower than the opening of the secondary cup body and the pulp receiving port of the main cup body. Therefore, no matter connect the thick liquid with main cup, connect the thick liquid with inferior cup, all can ensure that the play liquid end of arranging the thick liquid pipe can stretch into the thick liquid mouth that connects of main cup, in the opening of inferior cup to form good butt joint, can not influence the main cup that places inferior cup simultaneously and place the play liquid end below of arranging the thick liquid pipe.

It should be noted that, because the opening of the secondary cup body placed on the primary cup body is higher than the liquid outlet end of the pulp discharge pipe, when the primary cup body placed with the secondary cup body needs to be placed below the liquid outlet end of the pulp discharge pipe, the primary cup body can be inclined towards one side of the overflow mouth of the secondary cup body, so that the height of the inner side of the opening of the secondary cup body is reduced. When the inner side of the opening of the secondary cup body passes through the liquid outlet end of the pulp discharge pipe, the main cup body with the secondary cup body is placed in a right position, and the liquid outlet end of the pulp discharge pipe enters the secondary cup body.

As mentioned above, the inner side of the opening of the secondary cup body is lower than the outer side, so that the main cup body provided with the secondary cup body can be placed below the liquid outlet end of the pulp discharge pipe.

Preferably, the volume of the secondary cup is less than or equal to half the volume of the primary cup.

It can be understood that, because the secondary cup body is arranged on the main cup body, the external dimension of the secondary cup body has a certain influence on the external dimension of the main cup body. The utility model discloses a rationally design the volume ratio of main cup and inferior cup, both can ensure that main cup and inferior cup have the reasonable volume of receiving large capacity thick liquid and low capacity thick liquid, thereby make the utility model discloses adapt to many scenes and use, can avoid again because of the too big its use of influence of the overall dimension of main cup.

When the volume of the secondary cup body is larger than half of the volume of the main cup body, the external size of the main cup body is too large, and the use of the main cup body is inconvenient; or cause unnecessary waste of the volume of the secondary cup.

Preferably, an extraction cover and a filter screen positioned above the cutter assembly are arranged in the pulping cavity, and the pulping cavity between the extraction cover and the filter screen forms the extraction cavity.

When the medicinal materials need to be extracted to prepare the health-care medicated diet, the Chinese medicinal materials can be placed in the extraction cavity and placed on the filter screen, then water in the water tank is heated by the heating assembly to form steam which is conveyed into the extraction cavity, the medicinal materials on the filter screen are steamed and boiled to be heated to release volatile substances and soluble substances, and thus the medicinal materials are decocted and extracted by slow fire.

It should be noted that the extraction cap can be hermetically matched with the pulping cavity, so as to prevent the leakage of volatile substances and soluble substances released from the medicinal materials. In addition, in order to control the on-off of the slurry discharge pipe, a slurry discharge valve is arranged on the slurry discharge pipe.

When the medicinal materials are required to be extracted and processed, the pulp discharging valve can be in a conducting state, so that steam with volatile substances and soluble substances of the medicinal materials can be input into the secondary cup body through the pulp discharging pipe and condensed to form pulp. When the size in the secondary cup body is higher than the liquid outlet end of the size discharge pipe, the liquid outlet end of the size discharge pipe is sealed, the heating device is closed at the moment, then the steam is stopped to be input into the size making cavity, and the temperature of the size making cavity is reduced to form negative pressure. Therefore, condensed slurry in the secondary cup body can be sucked into the extraction cavity of the pulping cavity again, and secondary soaking of the medicinal materials is achieved.

It can be understood that the working procedure of the main machine is reasonably set, and then the repeated circulating processing of cooking, cooling and reflux soaking is conveniently realized during the extraction processing of the medicinal materials, so that the effective components of the medicinal materials are fully utilized, and the waste of the essential components of the medicinal materials is avoided.

Preferably, the heating assembly comprises a steam assembly, and a water inlet connected with the heating assembly is formed in the side wall of the extraction cavity.

The steam component can make the water stored in the water tank into steam, thereby not only facilitating the extraction processing of medicinal materials, but also heating the serous fluid such as soybean milk which needs to be heated, and further making the required hot drink.

Preferably, the pulping cavity below the filter screen is a crushing cavity, the volume of the crushing cavity is V1, the volume of the pulp discharge pipe is V2, the volume of the secondary cup body is V3, and V3 is more than V1+ V2.

By reasonably setting the relationship among the volume V1 of the crushing cavity, the volume V2 of the slurry discharge pipe and the volume V3 of the secondary cup body, the secondary cup body can contain condensed medicated food in the crushing cavity and the slurry discharge pipe, the phenomenon of overflowing of the medicated food is avoided, and the secondary cup body can have enough condensed medicated food to flow back to the extraction cavity.

Therefore, the utility model discloses following beneficial effect has: the odor tainting among different serosity can be prevented, the quality of the serosity is improved, and the high-level requirements of users are met; but also can extract the Chinese medicinal materials, thereby increasing the functions of the food processor and meeting the health-care requirements of people to the maximum extent.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

FIG. 2 is a schematic view of the connection structure of the slurry discharge pipe and the slurry receiving cup.

Fig. 3 is a schematic view of a split structure of the slurry receiving cup.

In the figure: 1. the device comprises a main machine 11, a shell 111, a pulping cavity 112, an extraction cavity 113, a crushing cavity 114, a water inlet 12, a cutter assembly 14, a water tank 15, a heating assembly 2, a pulp receiving cup 21, a main cup body 22, a main cup cover 221, a pulp receiving port 222, a positioning part 223, an overflow part 224, a limiting surface 23, a secondary cup body 231, an overflow nozzle 232, a limiting end surface 233, a supporting section 234, a positioning section 235, a supporting step 3, a pulp discharge assembly 31, a pulp discharge pipe 311, a liquid inlet end 312, a liquid outlet end 32, a pulp discharge valve 4, an extraction cover 5 and a filter screen.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and the detailed description.

As shown in fig. 1 and 2, a food processor suitable for multi-scene use, preferably, the food processor is a food processor capable of making hot drinks such as soybean milk and rice paste. Specifically, food preparation machine includes host computer 1, connects thick liquid cup 2, and the host computer includes casing 11, locate pulping chamber 111 in the casing, be located pulping chamber lower part cutter unit 12 and arrange thick liquid subassembly 3, be used for the heating element 15 of pulping chamber heating, be used for the water supply subassembly 14 that the pulping chamber supplied water, arrange thick liquid subassembly including connecting pulping chamber and the row's thick liquid pipe 31 that connects the pulping cup, arrange thick liquid pipe one end for the inlet end 311 with pulping chamber intercommunication, arrange the thick liquid pipe other end for being used for exporting the play liquid end 312 of thick liquid. It should be noted that the water supply assembly in this embodiment includes a water tank.

In addition, the slurry receiving cup comprises a main cup body 21 with a main cup cover 22, a slurry receiving port 221 for receiving slurry output from the liquid outlet end of the slurry discharging pipe is arranged on the main cup cover, and a secondary cup body 23 with an upper opening is detachably arranged in the slurry receiving port.

When the hot drink needs to be made, if the food material contains moisture, the food material can be put into the pulping cavity, then the knife assembly is started to crush the food material, the food material forms slurry, and then the slurry is heated by the heating assembly to form the hot drink. If the solid food is dry, the food is firstly put into the pulping cavity, then the stored water in the water tank is conveyed into the pulping cavity through the electronic water pump, then the knife assembly is started to crush the food, the crushed food is mixed with water to form slurry, and then the slurry is heated through the heating assembly to form hot drink. Of course, if the fruit food is fruit food, the fruit food can be directly crushed into cold drink or even cold drink.

The processed slurry can be discharged outwards through the slurry discharge pipe, and a user can receive the slurry output from the liquid outlet end of the slurry discharge pipe through the configured slurry receiving cup. That is to say, the utility model discloses what possess current cooking machine will eat material and make the function of thick liquid in order to drink.

It should be noted that, when the amount of the manufactured slurry is large, the main cup body can be placed below the liquid outlet end of the slurry discharge pipe, and the slurry output from the liquid outlet end of the slurry discharge pipe can directly enter the main cup body through the slurry outlet. That is, the external dimension and capacity of the main cup body are preferably the same as those of the pulp receiving cup of the existing food processor. When the amount of manufactured slurry is small, a secondary cup body can be placed on a slurry receiving opening of a main cup cover of the main cup body, then the slurry receiving cup is placed below the slurry discharge pipe, an opening of the secondary cup body is aligned to the liquid outlet end of the slurry discharge pipe, and therefore the secondary cup body is used for receiving the slurry output by the liquid outlet end of the slurry discharge pipe.

Particularly, two kinds of serosity with different volumes can be sequentially manufactured, and the main cup body and the secondary cup body can be respectively cleaned after the serosity is used, so that the mutual smell taint between serosity with different smells can be avoided.

Of course, in order to control the on-off of the slurry discharge pipe, a slurry discharge valve 32 is arranged on the slurry discharge pipe.

As shown in fig. 3, in order to place and position the secondary cup on the main cup cover, the slurry receiving port of the main cup cover includes a positioning portion 222 matched with the secondary cup, the positioning portion is circular, and when the secondary cup and the main cup are required to be connected into the slurry receiving cup, the circular secondary cup is placed on the positioning portion of the main cup cover.

In addition, set up overflow mouth 231 at inferior cup body opening edge, the thick liquid mouth that connects of main bowl cover still includes the overflow portion 223 with location portion intercommunication, and the overflow portion is "eight" font to make whole thick liquid mouth that connects be omega shape, and the projection L of overflow mouth in vertical direction is located in the overflow portion.

Thus, when the grout in the secondary cup body overflows due to misoperation of a user and the like, the grout in the secondary cup body can slowly flow out through the overflow nozzle and then flow downwards along the outer side surface of the secondary cup body. Because the projection of the overflow nozzle in the vertical direction is positioned in the overflow part of the slurry receiving port of the main cup cover, slurry flowing downwards can automatically flow into the main cup body through the overflow part, and the slurry is prevented from overflowing to a desktop or polluting a main machine.

It can be understood that the area of the overflow part can be properly increased, so that the area of the slurry receiving port is increased, a user can conveniently receive slurry, and the slurry is prevented from overflowing.

The overflow mouth of the secondary cup body is arranged at the edge of the opening, so that the overflow part on the main cup cover needs to extend to the edge of the main cup cover, the grout receiving port on the main cup cover is communicated with the edge of the main cup cover, and the grout receiving port at the moment is changed into a grout pouring port for pouring grout from the main cup body to other containers.

In order to avoid the dislocation of the overflow nozzle and the overflow part caused by the rotation of the secondary cup body in the positioning part of the main cup cover, a straight limiting surface 224 is arranged in the positioning part of the main cup cover, and correspondingly, a limiting end surface 232 extending along the axial direction is arranged on the circumferential surface of the secondary cup body and becomes a flat potential surface of the round secondary cup body. When the secondary cup body is placed in the positioning part of the main cup cover, the limiting end face on the secondary cup body is attached to the limiting face of the positioning part, so that the secondary cup body can be effectively prevented from rotating automatically, and the projection of the secondary cup body overflow nozzle in the vertical direction is always positioned in the overflow part of the main cup cover slurry receiving port.

Preferably, the opening of the secondary cup is arranged to be inclined downwards from the outer side to the inner side of the shell, and the overflow mouth is arranged on the inner side of the opening edge of the secondary cup. That is, in this embodiment, the side of the secondary cup where the overflow spout is located, i.e. the side close to the main unit, is referred to as the inner side, and the side far from the overflow spout (main unit) is referred to as the outer side.

When the liquid level in the secondary cup body gradually rises, the slurry flows outwards from the lower overflow nozzle and then flows into the main cup body, so that the slurry in the secondary cup body can be effectively prevented from overflowing outwards from other positions of the opening in a disorder manner.

Furthermore, a main cup mouth 225 is arranged at the position of the opening edge of the main cup body corresponding to the overflow part. That is, the main cup mouth is arranged at the inner side of the main cup body, vertically corresponds to the overflow mouth on the secondary cup body, and the main cup mouth of the main cup body is communicated with the overflow part of the main cup cover. Therefore, the flow area of the main cup mouth is enlarged, and the slurry can be poured outwards through the main cup mouth conveniently.

As another preferred scheme, the secondary cup body comprises an upper supporting section 233 and a lower positioning section 234 which is reduced, so that a supporting step 235 supported on the main cup cover is formed between the positioning section and the supporting section, and the positioning section is matched with the positioning part of the main cup cover.

When the secondary cup body is placed in the positioning part of the pulp receiving port of the main cup cover, the supporting step is supported on the main cup cover to form the positioning of the secondary cup body in the vertical direction. Of course, the limiting end face can be arranged on the positioning section of the secondary cup body.

It can be understood that the height ratio of the supporting section and the positioning section of the secondary cup body can be reasonably designed, on one hand, the secondary cup body is ensured to have reasonable volume to meet the use requirement of a user, and on the other hand, the height difference between the opening of the secondary cup body and the pulp receiving port on the main cup cover is reduced as much as possible, so that the pulp receiving cup can be conveniently placed on the liquid outlet end of the pulp discharge pipe to be butted below.

Specifically, the liquid outlet end opening of the pulp discharge pipe extends into the secondary cup body and is close to the bottom of the secondary cup body, and preferably, the distance H1 between the liquid outlet end opening of the pulp discharge pipe and the bottom surface of the secondary cup body is more than or equal to 3 mm. Because the positioning section at the lower part of the secondary cup body is positioned in the main cup body, the outlet end opening of the slurry discharge pipe at the moment is actually positioned in the main cup body. Therefore, when the main cup body is used for receiving the pulp, the liquid outlet end of the pulp discharging pipe can extend into the pulp receiving port of the main cup body; when the secondary cup body is used for receiving the pulp, the liquid outlet end of the pulp discharge pipe can extend into the opening of the secondary cup body, so that good butt joint is formed, and meanwhile, the situation that the pulp receiving cup is placed below the liquid outlet end of the pulp discharge pipe is not influenced.

Further, we can make the volume less than or equal to main cup volumetric half of inferior cup, both can ensure that main cup and inferior cup have the reasonable volume of receiving large capacity thick liquid and low capacity thick liquid, thereby make the utility model discloses adapt to the multi-scene and use, can avoid again because of the too big influence of the overall dimension of main cup uses.

In order to facilitate the extraction processing of medicinal materials to form a health-care medicated diet, an extraction cover 4 and a filter screen 5 can be arranged in a pulping cavity, wherein the extraction cover is hermetically arranged in the middle of the pulping cavity in the height direction, the filter screen is arranged above a cutter assembly, so that the pulping cavity between the extraction cover and the filter screen forms an extraction cavity 112, and the pulping cavity below the filter screen forms a crushing cavity 113.

When we need to extract the medicinal materials to prepare the health-care medicated diet, the Chinese medicinal materials can be placed into the extraction cavity, the medicinal materials at the moment are placed on the filter screen, then water in the water tank is heated by the heating assembly to form steam which is conveyed into the extraction cavity, the medicinal materials on the filter screen are steamed by the steam, the medicinal materials are heated to release volatile substances and soluble substances, the pulp discharge valve at the moment is in a conducting state, and therefore the steam with the volatile substances and the soluble substances of the medicinal materials can be input into the secondary cup body through the pulp discharge pipe and is condensed to form pulp. When the size in the secondary cup body is higher than the liquid outlet end of the size discharge pipe, the liquid outlet end of the size discharge pipe is sealed, the heating device is closed at the moment, then the steam is stopped to be input into the size making cavity, and the temperature of the size making cavity is reduced to form negative pressure. Therefore, the condensed serous fluid in the secondary cup body can be sucked into the extraction cavity of the pulping cavity again under the action of the external atmospheric pressure, thereby realizing the secondary soaking of the medicinal materials. Through the working procedure of rationally setting up the host computer, can realize the manifold cycles processing of cooking-cooling-backflow soaking then when adding man-hour to the medicinal material extraction to make full use of the active ingredient of medicinal material avoids the waste of medicinal material essence composition, realizes decocting and extracting the slow fire of medicinal material.

The extraction cover is in sealing fit with the pulping cavity, so that the leakage of volatile substances and soluble substances released by medicinal materials can be avoided. In addition, when the knife assembly in the crushing cavity is started, the liquid in the extraction cavity can be stirred to rotate at a high speed, so that the components in the medicated diet are more uniform, and the medicinal materials cannot be crushed by the knife assembly rotating at a high speed.

Preferably, the heating assembly comprises a steam assembly, and a water inlet hole 114 connected with the heating assembly is formed on the side wall of the extraction chamber.

Therefore, when the steam assembly is started, the steam assembly can make the stored water in the water tank into steam and input the steam into the pulping cavity; or, when making soybean milk, the steam component can be closed first, the stored water in the water tank can be directly input into the soybean milk making cavity through the water inlet, and after the food material is crushed by the knife component, the steam can be input into the soybean milk making cavity to heat and cook the soybean milk, so as to make the required hot beverage.

In order to ensure the backflow of condensate during extraction, the relationship among the volume V1 of the crushing cavity, the volume V2 of the slurry discharge pipe and the volume V3 of the secondary cup body can be controlled in the following range: v3 is more than V1+ V2, so as to ensure that the secondary cup body has enough volume to accommodate the condensed medicated food in the crushing cavity and the slurry discharge pipe, avoid the overflow phenomenon of the medicated food and ensure that the secondary cup body has enough condensed medicated food to flow back to the extraction cavity.

It is understood that various changes and modifications other than those described in the preferred embodiments described above may be made by those skilled in the art without departing from the spirit of the invention, and the scope of the invention is defined by the appended claims.

Claims (10)

1. The utility model provides a food preparation machine that adaptation multi-scene used, includes the host computer, connects the thick liquid cup, the host computer includes the casing, locates the system thick liquid chamber in the casing, be located the knife tackle spare and the row thick liquid subassembly of making thick liquid chamber lower part, be used for the heating element who makes thick liquid chamber heating, be used for the water supply subassembly that supplies water for making thick liquid chamber, arrange the thick liquid subassembly including arranging the thick liquid pipe, arrange the feed liquor end that thick liquid pipe one end was for communicateing with the system thick liquid chamber, arrange the play liquid end of thick liquid pipe other end for being used for exporting thick liquid, characterized by, connect the thick liquid cup including the main cup that has main bowl cover, be equipped with on the main bowl cover and connect the thick liquid mouth, connect detachably to be equipped with upper portion open-ended inferior cup in the thick liquid mouth.

2. The food processor adapted for multiple scenes of use of claim 1, wherein the opening edge of the secondary cup body is provided with an overflow nozzle, the slurry receiving port comprises a positioning part matched with the secondary cup body and an overflow part communicated with the positioning part, and a projection of the overflow nozzle in a vertical direction is positioned in the overflow part.

3. The food processor as defined in claim 2, wherein the opening of the secondary cup is inclined downwardly from the outside to the inside of the housing, and the overflow lip is provided inside the rim of the opening of the secondary cup.

4. The food processor as claimed in claim 2, wherein a main cup mouth is provided at a position corresponding to the overflow portion of the opening edge of the main cup body.

5. The food processor as defined in claim 2, wherein the secondary cup body includes an upper supporting section and a lower positioning section which is reduced so as to form a supporting step between the positioning section and the supporting section, the supporting step being supported on the main cup cover, the positioning section being fitted in the positioning portion of the main cup cover.

6. The food processor applicable to multiple scenes for use as claimed in claim 1, wherein the outlet end opening of the slurry discharge pipe extends into the secondary cup body, and the distance H1 between the outlet end opening of the slurry discharge pipe and the bottom surface of the secondary cup body is more than or equal to 3 mm.

7. The food processor as defined in claim 1, wherein the volume of the secondary cup is less than or equal to half the volume of the primary cup.

8. The food processor adapted to multiple scenes for use of claim 1, wherein an extraction cover and a filter screen positioned above the cutter assembly are arranged in the pulping chamber, and the pulping chamber between the extraction cover and the filter screen forms the extraction chamber.

9. The food processor as claimed in claim 8, wherein the heating unit comprises a steam unit, and a water inlet hole connected to the heating unit is formed in a side wall of the extraction chamber.

10. The food processor adapted for multi-scenario use of claim 8, wherein the pulping chamber below the filter screen is a crushing chamber, the volume of the crushing chamber is V1, the volume of the pulp discharge pipe is V2, the volume of the secondary cup body is V3, and V3 > V1+ V2.

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