TWI587791B - Method for automatically manufacturing tapioca balls containing particles therein - Google Patents

Description

Automatic manufacturing method of wave granule powder containing particulate matter

The invention relates to an automated manufacturing method for a wave-containing powder circle containing particulate matter, in particular to a method for manufacturing a wave-shaped powder circle containing mass particles by machine automation.

According to Taiwan Geography, climate and environment, it is very suitable for the cultivation and growth of tea trees. It is a famous tea producing area in the world. The tea produced by the company includes: green tea, tea, oolong tea and black tea. It tastes sweet and delicious. And the vitamins, tea polyphenols, catechins and other nutrients contained in the tea can also contribute to the health care of the human body.

Especially in summer or winter, if you can drink a cup of cold or warm tea, you can feel happy. With the bubble tea shop and the hand-baked drinks shop, people want to drink cold or warm tea. Drinking is very convenient, you can also choose the sugar content, the amount of ice and whether you want to add extra pearls, pink, cold, cold days, etc. When drinking tea, the granules in the tea are entrained for drinking. When Q's soft taste, it can increase the richness of tea when drinking. The addition of pearls, pinks, etc., not only swept across all levels of Taiwan, but also developed and popularized in mainland China, America, Europe. And other countries and regions.

The existing pearls and pink circles on the market are mainly made of cassava. The taste is single, flat and lacking in variability. Consumers who like to change their novelty are getting tired of the consistent taste. Therefore, the inventor of this case has the taste of juice, coffee and so on. The pearls and powders of the juices add rich and novel taste to the drink, and in order to further cater to the novelty and change the needs of modern consumers, the inventor of the case has developed the "food juice ball" of China's announcement No. M450228. Mainly coated with edible juice in the edible film layer, and an edible granule is provided in the juice layer coated with the film layer, thereby absorbing the taste and rich taste of the juice ball. In addition to the juice, it can be chewed into the chewy or Q soft feeling of the pellets such as pulp and pectin, and the powder is further enhanced in taste, taste and visual novelty and variability.

The "Food Juice Ball" of China's Announcement No. M450228 is the experimental research and development product of the inventor of this case. It is mainly for the patent protection of the innovative Boba powder circle, with the M450228. The announcement of the patent for "sweet juice ball" is quite enthusiastic in the market. However, in order to stabilize the production of the product, in addition to the proportion of the composition, it is necessary to try to meet the taste acceptable to the public. The conditions can be adjusted to facilitate mass production in order to cater to the needs of the vast market. Therefore, the inventor of this case has been assisted by many years of experience in manufacturing and design in related fields, and through various attempts and process adjustments. Create a manufacturing method for mass production of Boba powder containing particulate matter in a large number of machines.

The present invention relates to an automated manufacturing method for a wave-containing powder circle containing particulate matter, the main purpose of which is to provide a method for manufacturing a wave-shaped powder circle containing a large amount of particulate matter by machine automation.

In order to achieve the above-mentioned object, the present inventors have developed an automated manufacturing method of a wave-containing powder containing a particulate matter, and the implementation steps thereof are as follows: A. Preparation of a core material: uniformly mixing calcium lactate, water and pre-flavored raw materials The core material is prepared; B. preparing the gel material: uniformly mixing one of the food grade seaweed gum and the jelly glue with water to form a gel raw material; C. preparing the particulate material; D. filling the particulate material: the plurality of particles The raw material is placed in a container, and then the suction material is sucked by a suction mechanism, and the sucking mechanism transfers the sucked particulate material to a conveyor belt, and several sets are set on the conveyor belt. Holding the cup, and moving the suction mechanism to the top of the cup, releasing the raw material of the particulate material to make the particulate material fall into the corresponding cup below; E. filling the core material: it is a filling machine The core material is disposed in the core material, and the injection machine is located above the conveyor belt, and the injection machine is injected into the core material in each of the cups filled with the particulate material; F. Gel calcification Type: the conveyor belt system drives the core material and the particulate material filled in the cup and the cup to be displaced to the preset blanking point of the conveyor belt, and a solution storage tank is arranged below the blanking point. The gel storage tank is filled with the gel raw material, so that the core raw material and the particulate raw material in the flask fall into the solution storage tank, and the core raw material and the gel raw material are cohesively formed on the surface of the core raw material. a layer of calcified film to cover the core material and the particulate material to form a Boba powder round billet; G. Calcination setting: continue to remove the Boba powder round billet in the solution tank from the solution storage tank, and then Pour the extracted Boba powder into a container containing the blending raw material, and the blending raw material is mainly formed by uniformly mixing calcium lactate and water, so that the calcified film of the Boba powder round billet is adjusted. Further, the raw material is further calcified and shaped by interfacial coagulation, and a filter mesh member is disposed in the solution storage tank, so that the wavebow powder blank in the solution storage tank is filtered and dried by the filter mesh member; H. The Boba powder round finished product: the bobba powder blank material is taken out from the blending raw material to obtain a juice inner core formed by containing the particulate matter and the core raw material, and a Boba powder round finished product having a calcified rubber film layer externally.

The automated manufacturing method of the granule powder containing the particulate matter as described above, wherein the core raw material further comprises a thickener to uniformly mix with calcium lactate, water and pre-flavored raw materials to form a core raw material, thereby increasing the The thickener accounts for 0.5% to 1% of the total proportion of the core material.

The automated manufacturing method of the granule powder containing the particulate matter as described above, wherein the core raw material is a pre-flavored raw material of coffee, chocolate or fruit juice.

The automated manufacturing method of the granule powder containing the particulate matter as described above, wherein the particulate material comprises, but is not limited to, mung beans, red beans, nuts, alfalfa or jelly.

The automated manufacturing method of the granule powder containing the particulate matter as described above, wherein the conveyor belt is mainly composed of a plurality of long slats connected in series, and a plurality of the slabs are arranged on each of the long slats.

The automated manufacturing method of the granules containing the particulate matter as described above, wherein the blended raw material further comprises a pre-flavored raw material, and is uniformly mixed with calcium lactate and water to prepare a blended raw material.

The automated manufacturing method of the granule powder containing the particulate matter as described above, wherein the blended raw material is the same composition as the core raw material.

Therefore, the present invention can automatically process the core raw material, the gel raw material and the particulate matter into the contained particulate matter by using a suction mechanism, a conveyor belt, a filler, etc. after preparation of the core raw material, the gel raw material, the particulate matter, and the like. The wave is a round powder, so it saves manpower on the production, and can facilitate mass production to meet the needs of the vast market.

(1) ‧‧‧ core raw materials

(2) ‧‧‧gel raw materials

(3) ‧ ‧ granule raw materials

(4) ‧‧‧ suction mechanism

(5)‧‧‧Conveyor belt

(51)‧‧‧‧ Cup

(6)‧‧‧Injector

(7) ‧‧‧ solution storage tank

(71)‧‧‧Filter mesh

(8)‧‧‧Baoba powder round

(81) ‧‧‧Particles

(82) ‧‧‧ juice core

(83) ‧‧ ‧ film layer

(9) ‧‧‧ blending raw materials

First drawing: manufacturing flow chart of the present invention

Second figure: schematic diagram of the manufacturing process of the present invention

Third drawing: partial enlarged schematic view of the manufacturing process of the present invention

Fourth figure: a circular cross-sectional view of the wave tyrant powder of the present invention

In order to make the technical means of the present invention and the effects thereof can be more completely and clearly disclosed, the details are as follows. Please refer to the disclosed drawings and drawings: First, please refer to the first figure. The present invention provides an automated manufacturing method for the granules of the granules containing the granules of the present invention. The steps are as follows: A. preparing the core material: uniformly mixing calcium lactate, water, pre-flavoring materials and thickeners, In order to make the core raw material (1), the core raw material (1) may be selected from coffee, chocolate or juice, etc., and the thickening agent accounts for 0.5% to 1% of the total proportion of the core raw material (1). B. Preparation of gel raw materials: mainly one of food grade seaweed gum and jelly glue is uniformly mixed with water to form a gel raw material (2); C. preparing particulate material: the particulate material (3) is mainly mung bean Raw materials such as red beans, nuts, alfalfa or jelly, but not limited to such raw materials; D. Filling of particulate raw materials: Please refer to the second figure for the purpose of placing multiple particulate raw materials (3) in a container. In the middle, following the use of a suction mechanism. (4) to carry out the particles The raw material (3) is sucked, and the sucking mechanism (4) transfers the sucked particulate raw material (3) to a conveyor belt (5) which is composed of a plurality of long slats And a plurality of concave cups (51) are arranged on each long slat, and the suction mechanism (4) is moved to the top of the cup (51), and The release of the particulate material (3) is taken up so that the particulate material (3) falls into the corresponding cup (51) below; E. The core material is filled: it is placed in the contents of a filling machine (6) a core material (1), and the feeder (6) is located above the conveyor belt (5), and the feeder (6) is placed in each of the cups (51) filled with the particulate material (3) Inject core material (1) [as shown in the third figure]; F. Gel calcification molding: followed by the conveyor belt (5) to drive the core material filled in the cup (51) and the cup (51) (1 And the particulate material (3) is displaced to a predetermined blanking point of the conveyor belt (5), and a solution storage tank (7) is disposed below the blanking point, and a solution tank (7) is disposed in the solution storage tank (7) The filter element (71) is further filled with the gel material (2) in the solution storage tank (7), so that the core material (1) and the particulate material (3) in the cup (51) are in the fall. After the material point, it falls into the solution storage tank (7), so that the core raw material (1) and the gel raw material (2) are cohesively interfacial, and a calcified film is formed on the surface of the core raw material (1) to (1) coated with the particulate material (3) to form a Boba powder round (8) billet ; G. Calcination stereotype: continue to use the filter mesh (71) provided in the solution storage tank (7) to filter the Boba powder round (8) blank from the solution storage tank (7), and then drain the filter The extracted boba powder round (8) billet is poured into a container containing the blending raw material (9), and the blending raw material (9) is mainly formed by uniformly mixing calcium lactate, water and pre-flavoring raw materials. The seasoning material may be coffee, chocolate or fruit juice, etc., and the blending material (9) and the core material (1) may be the same composition, so that the calcified film of the Boba powder (8) billet is used in the blending material. (9) Further calcification and finalization by interfacial cohesion; H. Completion of Boba powder round product: Re-distribute the Boba powder round (8) blank from the blending raw material (9), please refer to the fourth figure , you can get an inside containing particles (81) The juice inner core (82) formed with the core material (1) and the outer wave (8) finished product having the calcified film layer (83).

Accordingly, when used, the Boba powder round (8) of the present invention is added to black tea, green tea and milk tea. . In the tea, when drinking the black tea, green tea, milk tea, etc., the boba powder (8) of the present invention can enter the user's mouth with the tea, at this time, the outermost layer of the film ( 83) can give the user a soft and smooth feeling, as the user chews the film layer (83) to bite it, the juice layer (83) is coated with coffee, chocolate or juice and various flavors of juice. The inner core (82) will flow downstream to dissolve into the tea in the mouth, so that the taste of the tea can be changed to produce multiple flavors, which greatly increases the novelty and richness of the taste of the tea.

When the user bites the film layer (83) so that the juice core (82) flows out of the film layer (83), the particles (81) contained in the juice core (82) also follow the juice. The core (82) flows downstream. At this time, the user feels the particulate matter (81). Since the particulate matter (81) contains different raw materials such as mung beans, red beans, nuts, alfalfa or jelly, it can provide consumers. Different chews when chewing, and according to the nature of the particulate matter (81), it can provide chewy, or have a soft feeling of Q, or have a crispy feeling, or a dense feeling, etc., in order to further enhance the taste of the tea, the rich taste changes in the taste, In this way, to meet the needs of the modern consumer market, which is like new and new, and to enhance the competitiveness of its industry.

The foregoing embodiments or drawings are not intended to limit the embodiments of the present invention. In addition to being added to teas such as black tea, green tea, and milk tea, the wave-shaped powder round (8) of the present invention may also be added to ice, bean, and red bean soup. Green bean soup. . When used in foods, the particles (81), the juice core (82) and the film layer (83) are colored in various colors. When used in ice products, bean curd, red beans, mung bean soup, etc. It can further increase the colorful effect of the overall appearance of ice, bean and soup, in order to further attract consumers' desire for food and purchase, and when the user puts the wave of the invention into a round (8) along with ice, bean and soup When you put it into the mouth and chew it, you can also feel the slippery texture of the film layer (83), and The multi-layer, rich and novel taste and taste change of the juice inner core (82) and the particulate matter (81) which are discharged from the film layer (83) are mixed with the ice product, the bean flower and the soup product. In addition, the Boba powder round (8) of the present invention can also be eaten as a candy, a snack or the like alone, and the soft and smooth slippery adhesive film layer (83) and the juice core (82) containing various flavors and the different chewing texture of the particles ( 81), which can provide the user with satisfaction in visual, taste and taste when eating as a candy, a snack, etc., and further improve the sales rate of the Boba powder (8) of the present invention in the market.

The foregoing embodiments or drawings are not intended to limit the implementation of the automated manufacturing method for the particle-containing powder of the present invention, and any changes or modifications made by those of ordinary skill in the art should be considered as not departing from the present invention. The patented scope of the automated manufacturing method of the wave-containing powder circle containing the particulate matter in the invention.

As can be seen from the above structures and embodiments, the present invention has the following advantages:

1. The automated manufacturing method of the granules containing the particulate matter of the present invention enables the core raw materials, the gel raw materials and the particulate matter to be equal to the preparation, and the core raw materials can be obtained by using a suction mechanism, a conveyor belt and a filling machine, The gel raw materials and particulate matter are automatically processed to make the Boba powder containing the particulate matter, so the production is extremely man-saving, and the mass production can be facilitated to meet the needs of the vast market.

2. The automated manufacturing method of the granule powder containing the granules of the present invention, the pulverized powder system comprising the soft and smooth scented film layer, the scent core of various flavors and the granules of different chewing tastes, and the glue The film layer, the sap core and the granules are in various colors. Therefore, when added to tea, ice products and soups, it can increase the taste and vision of tea, ice and soup. A novelty, changeable, and rich taste.

In summary, the embodiments of the present invention can achieve the expected functions, and the specific structures disclosed therein have not been seen in the same products, nor have they been disclosed before the application. The provisions and requirements of the Patent Law, the application for invention patents in accordance with the law, and the application for review, and the grant of patents, are truly sensible.

Claims (7)

The invention relates to an automated manufacturing method of a wave-containing powder circle containing particles, and the implementation steps thereof comprise the following steps: A. preparing a core material: uniformly mixing calcium lactate, water and pre-flavoring raw materials into a core raw material; B. preparing a gel raw material: The food grade seaweed gum and jelly glue are uniformly mixed with water to form a gel raw material; C. preparing the particulate material; D. the particulate material filling: the plurality of particulate materials are placed in a container, followed by a suction The material feeding mechanism picks up the particulate material, and causes the sucking mechanism to transfer the sucked particulate material to a conveyor belt, and sets a plurality of cups on the conveyor belt, and moves the suction mechanism to the After the top of the cup, the release of the particulate material is released, so that the particulate material falls into the corresponding cup below; E. core material filling: the core material is placed in the contents of a filling machine, and the bead is placed The material machine is located above the conveyor belt, and the injection machine is injected into the core material in each of the cups filled with the particulate material; F. Gel calcification molding: the conveyor belt belt drives the cup and the cup The core material and the particulate material are displaced to a predetermined blanking point of the conveyor belt, and a solution storage tank is disposed below the blanking point, and the gel raw material is placed in the solution storage tank to make the Sheng The core raw material and the particulate raw material in the cup fall into the solution storage tank, and the core raw material and the gel raw material are cohesively interfacial, and a calcified film is formed on the surface of the core raw material to cover the core raw material and the particulate raw material. Forming a Boba powder round billet; G. Calcination stereotype: Continue to take out the Boba powder round billet set in the solution storage tank from the solution storage tank, and then pour the extracted Boba powder round billet into a container containing the blending raw material, the blending The raw material is mainly formed by uniformly mixing calcium lactate and water, so that the calcified film of the Boba powder round billet is further calcified and shaped by the interface coagulation in the blending raw material, and a filter mesh is arranged in the solution storage tank. , in which the Boba powder round billet in the solution storage tank is drained and removed by the filter mesh member; H. Completing the Boba powder round product: the boba powder round billet is taken out from the blended raw material to obtain an internal inclusion The inner core of the juice formed by the particulate matter and the core material, and the outer core of the wave with the calcified film layer. The method for automatically manufacturing a wave-containing powder containing a particulate matter according to the first aspect of the invention, wherein the core material further comprises a thickener to uniformly mix with calcium lactate, water and pre-flavored raw materials to form a core raw material. Therefore, the thickener accounts for 0.5% to 1% of the total proportion of the core raw material. The method for automatically manufacturing a wave-containing powder containing a particulate matter according to the first aspect of the invention, wherein the core raw material is a pre-flavored raw material of coffee, chocolate or fruit juice. The automated manufacturing method of the granule powder containing the particulate matter according to the first aspect of the invention, wherein the particulate material comprises, but is not limited to, mung beans, red beans, nuts, alfalfa or jelly. The automated manufacturing method of the wave-containing powder circle containing the particulate matter according to the first aspect of the patent application, wherein the conveyor belt is mainly composed of a plurality of long slats connected in series, and a plurality of the plurality of long slats are arranged. The cup. The method for automatically manufacturing a wave-containing powder containing a particulate matter according to the first aspect of the invention, wherein the blended raw material further comprises a pre-flavored raw material, and is uniformly mixed with calcium lactate and water to prepare a blended raw material. An automated manufacturing method for a pellet of particulate matter according to the first aspect of the invention, wherein the blended raw material is the same composition as the core raw material.