TWI688344B - Food and biochemical material spinning knotting and mixing equipment - Google Patents

Abstract

A food and biochemical material spinning knotting and mixing device is composed of a shield, a hot-melt centrifugal spinning body, a basin-shaped receiving turntable, a temperature control air account interlayer, and a control mechanism. In this way, the spinning raw materials are used to dip and bind the auxiliary raw materials in the melted state and the rubber state before the cooling process is not lower than the glass transition temperature (Tg), and then pumped through the basin-shaped receiving turntable. Pull spinning and subsequent spinning materials are mixed interactively, so that the auxiliary raw materials can be evenly bound and mixed into the main spinning structure without binding agent, and the effect of spinning, binding and mixing can be completed at one time.

Description

Food and biochemical material spinning knotting and mixing equipment

The invention relates to a device for spinning, binding and mixing food and biochemical materials, in particular to a daily necessity, in particular to a spinning, binding and mixing device.

The principle and technology of centrifugal spinning was first applied to the production of marshmallows, and then used to spin man-made fibers. In recent years, it has been applied to the production of nanofibers. The basic principle is that The heated and melted material is thrown out by a high-speed centrifugal turntable with small holes. It is solidified by instantaneous contact with the colder outside air, and it is continuously thrown out during the solidification process, so it is formed into a filament. Since general applications are focused on the production of fiber yarns, the mechanical design hopes that the materials can be solidified quickly after centrifugal spinning to facilitate the stability of the yarn formation, which not only avoids excessive differences in the thickness of the fiber yarn or breaks, but also facilitates the collection of silk yarns after collection It is distinct and not sticky, so the lack of binding after forming is not conducive to mixing with other materials. Just as the design of the traditional cotton candy machine is in the centrifugal spinning process, it is most difficult to mix other food materials, such as bulge, peanut , Nuts, dried fruit, and fruit powder, etc., thus limiting the development of related products and making the product high in sugar (almost 99% sucrose), has been classified as junk food that is not good for health and can easily cause tooth decay in recent years. .

At present, almost all the marshmallow machines on the market are almost semi-automatic mechanisms. They use a rotating die core, put sucrose into the bottom, heat and melt it, and then throw it out to form a trace of cotton candy. This is left in the collection tray. This is a traditional machine. The structure, which can only shoot irregularly shaped marshmallow filaments, is more troublesome to take out in the collection tray. The industry needs to use a small wooden rod to collect in the tray, and manually rotate the small wooden rod to wrap the sugar filament to a certain extent. Take out, because it must be human To complete the final procedures, so the labor cost is high, and the inconveniences include:

1. The traditional marshmallow collection tray is a flat shape. The marshmallow filaments are irregular and must be collected by manually rotating a small wooden stick, otherwise the sugar strands will fly and stick to the inner edge of the collection tray. And the bottom.

2. The marshmallows collected with wooden sticks are bulky and inconvenient to carry, and are not easy to last for a long time. They are more likely to get into the corners of the mouth when eating and stick to the face, which is very unhygienic.

3. The wooden stick collects the shredded sugar, which is time-consuming and labor-intensive, and because of its large size, it cannot be packed into a commercially available candy package, so it cannot be commercialized, which increases the general public's desire to buy.

4. The finished products of the conventional marshmallow process are all in the form of a bulging shape such as a cylindrical shape or a spherical shape. The appearance shape is relatively unchanged, and there is no visual freshness.

5. Even though cotton candy that has been artificially shaped is sold on the market, it is labor-intensive and time-consuming, and the labor cost is quite high, and cotton candy is a low-profit commodity, which relatively reduces operating profit.

Sixth, the color and taste of the finished products of the conventional cotton candy manufacturing process are relatively unchanged, resulting in inability to satisfy the public's taste buds.

7. Knowing the production method of cotton candy, its feeding is troublesome. The raw material is only sucrose, and other auxiliary materials with larger particles (such as rice fragrance, popcorn, dried fruit, nuts, etc.) cannot be added. Because the main purpose of the conventional marshmallow process is for spinning, it is impossible to have a large degree of molten state after the sugar yarn is thrown out, then the spinning yarn density will fail due to collapse or be very unsatisfactory.

As can be seen from the above, although the conventional cotton candy machine can produce marshmallows, the ejected marshmallow filaments are easy to stick to the collection tray and are not easy to take out. In addition, almost all traditional marshmallow production uses sucrose, which is caused by spinning The fluffy state can quickly dissolve in the mouth of the consumer to form a special feeling of instant melting and full release of sweetness, however, the content and proportion of simple sugars in the diet Too high for consumers will eventually not meet the principles of healthy eating. Moreover, the general traditional centrifugal spinning equipment is mainly used for spinning. If it needs to be bound or mixed with other components or raw materials, it is often required to be processed separately after spinning, and even binding agents are needed, but these other components It is only a small component additive for tea powder and other edible dyes, not for the purpose of adding large particles as auxiliary raw materials, and the process of first spinning and then manually taking out and then processing and blending cannot complete a series of automated processing. . Therefore, general users cannot meet the needs of users in actual use.

The main purpose of the present invention is to overcome the above-mentioned problems encountered in the conventional art and provide a pair of melted state and rubber state before the spinning process is used to throw out the cooling process and the temperature is not lower than the glass transition temperature (Tg) The secondary raw materials are adhered and bonded, and are drawn and mixed with the subsequent spinning materials through the basin-shaped collecting turntable, so that the secondary raw materials can be uniformly bound and mixed into the main spinning without the binding agent In the structure, it is a device for spinning, binding and mixing of food and biochemical materials that can be completed in one spinning.

In order to achieve the above purpose, the present invention is a food and biochemical material spinning and binding equipment, which can complete the spinning, binding and blending operations at one time. It includes: a cover, a The main feeder is provided with at least one auxiliary feeder at a position deviating from the center of the mask. The main feeder supplies the main raw material feed, and the auxiliary feeder supplies the auxiliary raw material feed; a hot melt type The centrifugal spinning body is arranged under the cover, and has a connecting portion and an accommodating portion connected to the connecting portion. The accommodating portion has a plurality of holes, which can receive the main raw material and heat and melt it into The slurry in the fluid state drives the accommodating part to rotate at a high speed through the connecting part, so that the slurry is thrown out of the cavity of the accommodating part into a filament-shaped main raw material yarn, and the spinning process is used to throw out the cooling process is not low The molten material and the rubber state before the glass transition temperature adhere to the auxiliary raw material; a basin-shaped collecting turntable is detachably arranged around On the outer side of the hot-melt centrifugal spinning body, a wave plate is provided at the bottom of the disc body, and a plurality of radiating plates are arranged at intervals on the periphery of the disc body and protrude from the periphery of the disc body Receiving rod, when the hot-melt centrifugal spinning body throws out the main raw material yarn, the drawn spinning material rotating through the disc body and the subsequent spinning material interact and mix into a net to collect the auxiliary raw material, and at the same time By using the wave plate, the secondary raw materials dropped by the leaky net are bounced back to the main raw material screen to fully bind and mix, so that the auxiliary raw materials can be uniformly bound and mixed into the main raw material screen without binding agent In the end, the disc body is collected into a spinning structure with fluffy characteristics; a temperature-controlled air account interlayer is arranged around the basin-shaped receiving turntable and closely adheres to the cover to provide hot air or set temperature control. The air flow is blown upward from the bottom of the basin-shaped receiving turntable, and the ambient temperature is adjusted to extend or adjust the solidification rate of the main raw material silk, so that the auxiliary raw material has more time to bind with the main raw material silk, and make the main raw material The filament will not be thrown out to the wall surface of the tray by the centrifugal force generated by the rotation, but can be collected by the surrounding collection rods to gather the main raw material filament on it; and a control mechanism that carries the temperature control gas The ledger layer is connected to the hot-melt centrifugal spinning body and the basin-shaped receiving turntable. The control mechanism has a heating power supply, a thermometer and an adjustable speed electric drive. The adjustable speed electric drive is used to drive the The hot-melt centrifugal spinning body and the basin-shaped collecting turntable perform centrifugal operation, and the control mechanism housing is provided with an operation panel electrically connected to the heating power supply, the thermometer and the adjustable-speed electric drive to provide self-adjustment, Set the feed rate of the main and auxiliary raw materials, the heating power and rotation speed of the hot-melt centrifugal spinning body, the rotation speed of the basin-shaped receiving turntable, and the air volume and temperature of the temperature-controlled air account interlayer.

In the above embodiment of the present invention, the main feeder is extended with a main feed hopper, and the end of the main feed hopper extends into the basin-shaped receiving turntable and coaxially corresponds to the hot-melt centrifugal spinning body , For stable delivery of the main raw material to the accommodating portion of the hot melt centrifugal spinning body.

In the above embodiment of the present invention, the auxiliary feeder is extended with an auxiliary feed hopper, and the end of the auxiliary feed hopper extends above the basin-shaped receiving turret for supplying the auxiliary raw materials into the feed The main raw material is knotted.

In the above embodiment of the present invention, the secondary feeder is disposed at a radius of about one-half of the center of the mask.

In the above embodiment of the present invention, the basin-shaped receiving turntable is made of food-grade stainless steel.

In the above embodiments of the present invention, the main raw materials are various types of sugars, cheeses, vegetable gums and other foods or biochemical materials with hot melt condensation properties.

In the above embodiments of the present invention, the auxiliary raw materials are expanded grains, peanuts, nuts, dried fruit and fruit powder.

In the above embodiments of the present invention, the expanded cereals are buckwheat, barley, quinoa and rice fragrance (popcorn).

In the above embodiment of the present invention, it further includes a shaping mold, which extrudes the fluffy spinning structure into a three-dimensional shaped body with a sandwich by processing methods.

In the above embodiment of the present invention, the shaping mold is processed by extrusion, compression molding, finished product and other procedures.

In the above embodiment of the present invention, the adjustable speed electric drive has dual motors, which are respectively connected to the hot-melt centrifugal spinning body and the basin-shaped collecting turntable.

In the above embodiment of the present invention, the rotation speed of the hot-melt centrifugal spinning body is greater than the rotation speed of the basin-shaped receiving turntable.

In the above embodiment of the present invention, a window body is arranged at the central position of the mask, and the window body covers the main feeder and the at least one auxiliary feeder.

In the above embodiment of the present invention, the hot-melt centrifugal spinning body and the basin-shaped receiving turntable can rotate in the same direction or different directions.

In the above embodiment of the present invention, the cover and the pot-shaped receiving turntable are in a detachable form.

100: Spinning and mixing equipment for food and biochemical materials

1: mask

11: Main feeder

111: main feed hopper

12: Vice feeder

121: Deputy feed hopper

13: Window body

2: Hot melt centrifugal spinning body

21: Link Department

22: Accommodation Department

221: Hole

3: basin-like receiving turntable

31: plate body

32: wave board

33: Receiving rod

4: temperature control gas account interlayer

5: Control agency

51: Adjustable speed electric drive

52: Operation panel

6: Main raw silk

Figure 1 is a schematic diagram of the three-dimensional appearance of the present invention.

Figure 2 is a schematic perspective view of the present invention.

Please refer to "Figure 1 and Figure 2", which are respectively a three-dimensional appearance schematic diagram of the present invention, and a perspective schematic diagram of the present invention. As shown in the figure: the present invention is a food and biochemical material spinning and binding equipment 100, which can complete the spinning, binding and mixing operations at a time, which includes a mask 1, a hot melt centrifugal spinning The main body 2, a pot-shaped receiving turntable 3, a temperature-controlled air account interlayer 4, and a control mechanism 5 are formed.

The above-mentioned mask 1 has a multi-feeding function and is detachable as a whole. A main feeder 11 is provided at the center of the outer side. The main feeder 11 is extended by a main feeder 111. The end of the main feed hopper 111 extends into the basin-like receiving turntable 3 and coaxially corresponds to the hot-melt centrifugal spinning body 2, and at least one pair of feeders is provided at a position offset from the center of the hood 1 12. The auxiliary feeder 12 is extended with an auxiliary feed hopper 121, and the end of the auxiliary feed hopper 121 extends above the basin-like receiving turntable 3; by this, the main feeder 11 supplies the main Raw material feed, the auxiliary feeder 12 supplies auxiliary raw material feed. A window body 13 is further arranged at the central position of the mask 1, and the window body 13 covers the main feeder 11 and the at least one auxiliary feeder 12.

The hot-melt centrifugal spinning body 2 is disposed under the hood 1 and has a connecting portion 21 and an accommodating portion 22 connected to the connecting portion 21, the accommodating portion 22 has a plurality of holes 221, and its aperture The size can be close to the spinning diameter of 4 microns, which can hold the main raw material and The slurry which is heated and melted into a fluid state, drives the accommodating portion 22 to rotate at a high speed through the connecting portion 21, so that the slurry is thrown into the main filament yarn 6 in the form of a filament from the hole 221 of the accommodating portion 22, using The spinning raw material is cooled and the temperature is not lower than the glass transition temperature (glass transition temperature, Tg) before the molten state and the rubber state adhere to the secondary raw material.

The basin-shaped receiving turntable 3 is made of food-grade stainless steel, and is detachably arranged around the outer side of the hot-melt centrifugal spinning body 2, and a wave plate 32 is provided at the bottom of the disc body 31. From the wave plate 23 There are several collecting rods 33 arranged radially around the periphery of the disc body 31 and protruding from the periphery of the disc body 31 at intervals, when the hot melt centrifugal spinning body 2 throws out the main raw material yarn 6, The drawn spinning material rotating through the disc body 31 and the subsequent spinning material interact to form a mesh to collect the auxiliary raw materials, and at the same time, the auxiliary raw materials dropped by the leaked mesh are rebounded to the main raw material silk screen by the wave plate 32 , So that it is fully bound and mixed, so that the auxiliary raw material can be uniformly bound and mixed into the main raw material screen without a binding agent, and finally collected in the disc body 31 into a spinning structure with fluffy characteristics.

The temperature-controlled air account interlayer 4 is disposed around the basin-shaped receiving turntable 3 and is in close contact with the cover 1 to provide hot air blowing upward from the bottom of the basin-like receiving turntable 3, adjusting the ambient temperature for extension or adjustment The solidification rate of the main raw material filament 6 allows the secondary raw material to have sufficient time to bind with the main raw material filament 6, and prevents the main raw material filament 6 from being thrown out to the wall surface of the disc body 31 by the centrifugal force generated by the rotation However, the main material yarn 6 can be collected and collected by the several collecting rods 33 on the periphery.

The control mechanism 5 carries the temperature-controlled air account interlayer 4 and is connected to the hot-melt centrifugal spinning body 2 and the basin-shaped receiving turntable 3. The control mechanism 5 has a heating power supply (not shown), A thermometer (not shown) and an adjustable speed electric drive 51, the adjustable speed electric drive 51 has a dual motor, respectively with the hot melt centrifugal spinning body 2 and the The pot-shaped collecting turntable 3 is connected to drive the hot-melt centrifugal spinning body 2 and the pot-shaped collecting turntable 3 to perform centrifugal operation, and the control mechanism 5 housing is provided with a heating power supply (not shown) 3. The operation panel 52 electrically connected to the thermometer (not shown) and the adjustable speed electric drive 51 can provide self-adjustment, setting the feed rate of the main and auxiliary raw materials, the hot-melt centrifugal spinning body 2 Heating power and rotation speed, the rotation speed of the basin-like receiving turntable 3, and the air volume and temperature of the temperature-controlled air account interlayer 4. If so, a completely new food and biochemical material spinning knotting and mixing device 100 is constituted by the process disclosed above.

When the food and biochemical material spinning knot and the mixing device 100 are operated according to the above composition, the main raw material is first stably conveyed from the main feed hopper 111 of the main feeder 11 to the hot melt from the center of the mask 1 The accommodating portion 22 of the centrifugal spinning body 2 and the auxiliary feeder 12 of the auxiliary raw material are disposed at a radius of about one-half of the center of the mask 1, and an auxiliary feeder 12 may be added if necessary. Therefore, when the hot-melt centrifugal spinning body 2 throws out the main raw material yarn 6 through the holes 221, the basin-shaped receiving turntable 3 can be used for spinning and spinning. The raw material is quantitatively fed by the auxiliary feed hopper 121 of the auxiliary feeder 12 and is tied to the main raw material wire 6, and the design of the basin-shaped receiving turntable 3 is provided with the receiving rod 33 and the wave plate 32, which is not only advantageous The secondary raw materials are collected by spinning into a net, and the secondary raw materials dropped by the leaked net can also be bounced back to the main raw material silk screen by the wave plate 32, so that it is fully bound and mixed, and the temperature control air account is used. The interlayer 4 adjusts the ambient temperature to extend or adjust the solidification rate of the main raw material yarn 6, so that the auxiliary raw material has more time to bind with the main raw material yarn 6, and finally form a spinning structure with fluffy characteristics in the basin-like receiving turntable 3 . Wherein, the rotating directions of the hot-melt centrifugal spinning body 2 and the basin-like receiving turntable 3 may be the same or different, as shown in FIG. 2, the different rotating directions may further increase the drawing distance. However, since the rotational speed of the hot-melt centrifugal spinning body 2 is greater than the rotational speed of the basin-like receiving turntable 3, there is a speed difference between them, which also provides the distance required for drawing spinning.

In addition, the present invention may further include a shaping mold (not shown in the figure). After the entire spinning structure with fluffy characteristics is taken out from the basin-like receiving turntable 3, by extrusion, compression molding, finished products, etc. Procedural processing method is used to squeeze the fluffy spinning structure into a three-dimensional shape with a sandwich, and then insert wooden sticks for direct consumption according to demand, or further package it into a commercially available candy package, and commercialize it to increase the purchase desire of ordinary people. .

Therefore, the innovative value, features and importance of the present invention are:

1. Spinning, knotting and blending are completed at one time: the general traditional centrifugal spinning equipment is mainly used for spinning. If it needs to be knotted or blended with other ingredients or raw materials, it often needs to be treated separately after spinning, and even knots are needed. In the present invention, the spinning raw material can be used to melt and melt the spinning raw material before the cooling process is not lower than the glass transition temperature and the rubber state to adhere to the auxiliary raw material, and the drawn spinning and spinning through the basin-shaped receiving turntable Subsequent spinning materials are mixed interactively, so that the auxiliary raw materials can be uniformly bound and mixed into the main spinning structure without binding agent, and the function of spinning, binding and mixing can be completed at one time.

2. Create a new type of food or biochemical material structure: the present invention can be applied to foods or biochemical materials with hot melt condensation properties such as various types of sugar, cheese and vegetable gum, which are combined and mixed by centrifugal spinning and auxiliary materials. Not only can it create a structure and texture that is different from traditional foods (such as cotton candy) or biochemical materials, but also create multiple levels of flavor and taste with auxiliary materials.

3. The mixing of auxiliary raw materials reduces the amount of spinning raw materials: taking cotton candy as an example, almost all of the traditional cotton candy production uses sucrose, although the fluffy state caused by spinning can quickly dissolve in the consumer's mouth to form the entrance of instant and sweet The special feeling of full flavor release, however, the high content and proportion of simple sugars in the diet will not meet the principles of a healthy diet for consumers. The present invention adopts, for example, expanded cereals, peanuts, nuts, dried fruit and fruit powder, etc. When other foods are mixed with biochemical materials, not only can the amount of sucrose be reduced, but if buckwheat, barley, quinoa or Rice scent (popcorn) or rice dumplings with good swelling properties have also added many functional demands to traditional marshmallows.

4. Derivative products have diversified development space: the products obtained by spinning, binding and blending of the present invention have fluffy characteristics, and can be molded by different molding molds to form a diversified pattern, or combined with spraying. Fruit powder, seaweed flakes and chocolate decoration have derived many creative products and have diversified development space. For example: if the traditional rice fragrance (popcorn) can be changed to centrifugal spinning for sucrose binding, not only can it be greatly reduced The amount of sucrose syrup, and then compression molding with different plastic molds can also be easily formed into products of different types and appearances, which has a deep diversified development space.

Therefore, the functions and practicalities of the present invention include:

1. The equipment of the present invention adopts a closed design, which has the advantage that the spinning is not easy to leak. At the same time, because the hot melt centrifugal spinning body has the characteristics of high temperature and high speed rotation during operation, the closed design is also relatively safe, and it is also convenient for heat preservation With temperature control, it is more energy-efficient.

2. You can adjust and set the feed rate of the main and auxiliary raw materials, the heating power and rotation speed of the hot melt centrifugal spinning body, the rotation speed of the basin-shaped receiving turntable and the air volume and temperature of the temperature control air account interlayer, etc. The auxiliary feeder with the required amount of auxiliary raw materials can be adjusted and changed according to the needs of product characteristics. Therefore, it has multiple functions and good expandability.

3. The inside is a basin-shaped collecting turntable, which can be disassembled and disassembled freely, which is convenient for taking materials. All the surfaces in contact with the material are mainly made of food-grade stainless steel. Because of its smooth surface, the interior is easy to clean, easy to maintain, and safe to use.

4. The overall equipment is placed on the table and the operation height is between the waist and the shoulder (110~150 cm), so it is not only easy to operate but also quite ergonomic.

When specifically implemented, the food and biochemical material spinning knotting and mixing equipment of the present invention can be applied first to improve the production of traditional marshmallows for more diversified products; As an example, the present invention can also reduce the amount of syrup used, and it is more convenient to make an improved rice fragrance product that is less sweet and crunchy, and has different shapes, which is different from the traditional brick rice hard Crisp and sweet. If it is a single-equipment machine, it can not only be promoted to traditional marshmallows or traditional rice-scented stalls, but also sold to high-end restaurants to become a weapon for making molecular dishes and shape its special meals, so the present invention is extremely commodity Chemical potential.

In summary, the present invention is a food and biochemical material spinning binding and mixing equipment, which can effectively improve the various shortcomings of the practice. Spinning, binding and mixing are completed at one time, and the auxiliary raw materials can be bound together with hot melt condensation New-type food or biochemical material structure is created on food or biochemical materials of a nature, and the use of auxiliary raw materials can be mixed to reduce the amount of spinning raw materials, so as to derive products with diversified development space, and thus make the invention more advanced and practical. 2. It is more in line with the needs of users and does meet the requirements of the invention patent application. The patent application is filed in accordance with the law.

However, the above are only preferred embodiments of the present invention, which should not be used to limit the scope of implementation of the present invention; therefore, simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the content of the invention description , Should still fall within the scope of this invention patent.

100: Spinning and mixing equipment for food and biochemical materials

1: mask

11: Main feeder

111: main feed hopper

12: Vice feeder

121: Deputy feed hopper

13: Window body

2: Hot melt centrifugal spinning body

21: Link Department

22: Accommodation Department

221: Hole

3: basin-like receiving turntable

31: plate body

32: wave board

33: Receiving rod

4: temperature control gas account interlayer

5: Control agency

51: Adjustable speed electric drive

52: Operation panel

6: Main raw silk

Claims (15)

A mixing equipment, which can complete spinning, binding and mixing operations at one time, includes: a mask, a main feeder is provided at a central position outside thereof, and at least one is provided at a position deviating from the center of the mask The auxiliary feeder is supplied with the main raw material feed by the main feeder, and the auxiliary feeder supplies the auxiliary raw material feed; a hot-melt centrifugal spinning body is arranged under the hood and has a connecting part and An accommodating part connected to the connecting part, the accommodating part has a plurality of holes, which can receive the main raw material and heat and melt the slurry into a fluid state, and the accommodating part is driven to rotate at a high speed through the connecting part The slurry is thrown into the filament-like main raw material yarn from the hole of the accommodating part, and the spinning raw material is used to throw out the melted state and rubber before the cooling process is not lower than the glass transition temperature (Tg) The auxiliary raw materials are adhered and bonded; a basin-shaped collecting turntable is detachably arranged around the outer side of the hot-melt centrifugal spinning body, and a wave plate is provided at the bottom of the disc body. Several collecting rods arranged radially around the periphery of the disc body and protruding from the periphery of the disc body are arranged at intervals, and the hot melt centrifugal spinning body rotates through the disc body when the main raw material yarn is thrown out The drawn spinning and the subsequent spinning materials are mixed into a mesh to collect the secondary raw materials, and at the same time, the secondary raw materials dropped by the leaky net are bounced back to the main raw material silk screen by the wave plate, so that it is fully connected with Mixing, so that the auxiliary raw materials can be uniformly bonded and mixed into the main raw material screen without binding agent, and finally collected in the disc body into a spinning structure with fluffy characteristics; a temperature control air account interlayer, which is set Around the pot-shaped receiving turntable and close to the cover, hot air is blown upward from the bottom of the pot-shaped receiving turntable, and the ambient temperature is adjusted to extend or adjust the solidification rate of the main raw material yarn, so that the auxiliary raw material has When it is more sufficient Is connected to the main raw material yarn, and the main raw material yarn will not be thrown out to the wall surface of the disc body by the centrifugal force generated by the rotation, and the main raw material yarn can be collected and collected by the several collecting rods around Above it; and a control mechanism, which bears the temperature-controlled air account interlayer and is connected with the hot-melt centrifugal spinning body and the basin-shaped receiving turntable. The control mechanism has a heating power supply, a thermometer and an adjustable Speed-controlled electric drive, the speed-adjustable electric drive is used to drive the hot-melt centrifugal spinning body and the basin-shaped collecting turntable to perform centrifugal operation, and the control mechanism housing is provided with a heating power supply, the thermometer and the adjustable The electrically connected operation panel of the high-speed electric drive provides self-adjustment, setting the feed rate of the main and auxiliary raw materials, the heating power and rotation speed of the hot-melt centrifugal spinning body, the rotation speed of the basin-like receiving turntable, and the temperature control The air volume and temperature of the air account interlayer. The mixing equipment according to item 1 of the patent application scope, wherein the main feeder is extended with a main feed hopper, and the end of the main feed hopper extends into the basin-shaped receiving turntable and corresponds coaxially to the The hot-melt centrifugal spinning body is provided for stably transporting the main raw material to the accommodating portion of the hot-melt centrifugal spinning body. The mixing equipment described in item 1 of the patent application scope, wherein the auxiliary feeder is extended with an auxiliary feed hopper, and the end of the auxiliary feed hopper extends above the basin-shaped receiving turntable for quantitative The auxiliary raw material is fed into the main raw material and tangled. The mixing device according to item 1 of the scope of the patent application, wherein the auxiliary feeder is disposed at a radius of about one-half of the center of the mask. The mixing equipment according to item 1 of the scope of the patent application, wherein the basin-shaped receiving turntable is made of food-grade stainless steel. The mixing equipment according to item 1 of the scope of the patent application, wherein the main raw materials are various types of sugar, cheese, vegetable gum and other food or biochemical materials with hot melt condensation properties. The mixing equipment according to item 1 of the scope of the patent application, wherein the auxiliary raw materials are expanded grains, peanuts, nuts, dried fruit and fruit powder or other food and biochemical materials. The mixing equipment according to item 7 of the patent application scope, wherein the swelled grains are buckwheat, barley, quinoa and rice scent (popcorn) or rice dumplings with good swell properties. The mixing equipment according to item 1 of the scope of the patent application, which further includes a shaping die, which extrudes the fluffy spinning structure into a three-dimensional shaped body with a sandwich by processing methods. The mixing equipment according to item 9 of the patent application scope, wherein the shaping mold is processed by extrusion, compression molding, finished products and other procedures. The hybrid equipment according to item 1 of the patent application scope, wherein the adjustable speed electric drive has dual motors, which are respectively connected to the hot-melt centrifugal spinning body and the basin-shaped receiving turntable. The mixing equipment according to item 1 of the scope of the patent application, wherein the rotation speed of the hot-melt centrifugal spinning body is greater than the rotation speed of the basin-shaped receiving turntable. The hybrid device according to item 1 of the scope of the patent application, wherein a window body is arranged at the central position of the mask, and the window body covers the main feeder and the at least one auxiliary feeder. The mixing device according to item 1 of the scope of the patent application, wherein the hot-melt centrifugal spinning body and the basin-shaped receiving turntable can rotate in the same direction or different directions. The hybrid equipment according to item 1 of the scope of the patent application, wherein the mask is of a detachable form.

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