TWM624774U - Beverage brewing module - Google Patents

Abstract

A brewing module is used in combination with an intelligent brewing machine. The brewing module includes: a brewing control module, which is provided with an induction and identification unit; a drink material package The unit includes a package body and an identification piece, the package body has a brewing material, the identification piece is arranged on the package body, and the sensing and identification unit is used for sensing, identifying and reading the identification piece, and the identification piece has the punching material inside. The information of the brewing material and the brewing execution information for the brewing material; in this way, the source of the brewing material required for the manufacture of a certain brewing beverage can be ensured, and the mistakes that are easily caused by human operation can be avoided, so that the brewing The quality of brewed beverages is consistent and guaranteed.

Description

Bubble module

The new model relates to a brewed beverage module, in particular to a brewed beverage module with an induction identification unit and an identification piece.

Modern people are often keen on various beverages, such as tea, coffee and various brewed beverages. For convenience and speed, various automatic brewing machines are produced, such as smart tea machines and smart coffee machines. As far as the smart tea brewing machine is concerned, it is a family-type, personal small and medium-sized smart tea brewing machine, or a large-scale commercial smart tea brewing machine for the hand-cranked beverage industry, which is quite popular in the market. Most of these intelligent tea brewing machines are provided with an operation panel for users to press and operate to perform their automatic and intelligent tea brewing operations.

Furthermore, due to the wide variety of current tea leaves, and various factors such as the production place, production season, and tea production methods, it is difficult for the user of the intelligent tea brewing machine to control, and it is easy to make the quality of the produced tea drinks unstable. Another example is a large-scale commercial intelligent tea making machine. Due to the operator's error or difference, the quality of the tea beverages produced will also lead to instability. In a word, the current intelligent tea making machine often has the following shortcomings:

(1) The sources of tea raw materials required to manufacture a certain tea product are inconsistent, which makes the quality of the tea products inconsistent.

(2) When a certain type of tea product is manufactured by manual pressing operation, the type and quantity of tea raw materials added may sometimes have errors or mistakes in busy schedules, resulting in inconsistent quality of tea products.

(3) When a certain type of tea product is manufactured by manual pressing operation, the operation procedure and the control of detailed conditions may sometimes have errors or mistakes in busy schedules, resulting in inconsistent product quality.

For this reason, the creator of this case considers the lack of use of the existing intelligent brewing equipment And the fact that the design of its composition is not ideal, the creator of this case started to develop its solution, hoping to develop a more convenient and stable quality brewing module to benefit the public and promote the industry. Development, after a long time of conception, this creation came into being.

The purpose of this creation is to provide a brewing module, which can clearly guarantee the source of brewing materials required for the manufacture of a certain type of brewed drink, so that the quality of the brewed drink can be consistent.

Another object of this creation is to provide a brewing module, which can accurately control and perform the amount of brewing materials and related brewing operations for brewing drinks, avoid errors, negligence or inconsistencies in human operations, and ensure that Brewing quality and consistency of tea beverages.

Another object of this creation is to provide a brewing module, which can be identified by the unique identification of each package of product raw material bags, even if each package of product raw material bags has its own unique identification identification and the identification element on the raw material bag of the product is checked by the induction identification unit on the brewing machine. After checking and confirming that the identification element is correspondingly qualified, the brewing machine will start the manufacturing process of the brewed beverage.

Another object of the present invention is to provide a beverage brewing module, which enables each identification element that passes the induction (scanning) to have a limit on the number of times the manufacturing process of the brewing machine is activated (the number of times can be preset), and It can increase the control or flexibility of its application.

The technical means adopted in this creation to achieve the above purpose is to provide a brewing module for use in combination with an intelligent brewing machine. The brewing module includes: a brewing control module, which controls the brewing. An induction identification unit is arranged in the module; a beverage material packaging unit includes a packaging body and an identification piece, the packaging body has brewing material, the identification piece is arranged on the packaging body, and the induction identification unit is used for induction and identification The identification piece is read, and the identification piece contains the information of the brewing material and the brewing execution information for the brewing material.

In this embodiment, the identification element of each packaging body is an identification element for unique identification, or the packaging body of the same brewing material has the same dedicated identification element, so that the induction identification unit can identify the identification element. Items are checked and controlled to determine the source of the brewing material.

In this embodiment, the identification element has the verification and control requirements of the verification code and the name of the production company.

In this embodiment, the brewing execution information includes brewing control instructions and brewing manufacturing conditions, brewing temperature, water volume, time, rotation speed, cooling, and operation flow.

In this embodiment, the identification element is a QR code.

In this embodiment, the brewing control module is combined with the intelligent brewing machine to form an intelligent brewing device.

In this embodiment, the brewing material is selected from tea leaves, coffee, fruit juice, herbal tea, milk tea, and fruit tea containing fruit particles.

In this embodiment, the intelligent brewing machine includes a brewing machine control unit, and the brewing machine control unit is telecommunicationly connected to the induction identification unit, and the telecommunication connection includes electrical connection or wired or wireless signal transmission connection. The beverage machine control unit is used for controlling the intelligent beverage machine to perform the brewing operation of the brewing execution information.

In this embodiment, the intelligent beverage maker has a brewing part, and the brewing part has an opening for inserting the brewing material.

In this embodiment, the brewing control module is connected to a network device, and the information of the identification element read out is transmitted to a database through the network device.

In this embodiment, the network device is wired or wireless network transmission, and the database is set in a server or a cloud server.

In this embodiment, the brewing control module checks the identification piece on the packaging body, and after checking and confirming that the identification piece is a qualified identification piece, the intelligent brewing machine will start the brewing execution information For the brewing operation, each identification piece that passes the inspection has a limit on the number of times that the intelligent brewing machine can be activated for the brewing operation.

1: Intelligent beverage maker device

10: Bubble drink control module

11: Induction recognition unit

20: Beverage packaging unit

21: Packaging body

22: Identification pieces

30: Smart Drinking Machine

30A: Beverage machine control unit

31: Wall

32: Boiler

320: Opening

321: Boil container

322: Opening

323: Spare brewing container

33: Injection tube

34: Cover

40: Network device

50: Database

S61: Take a beverage packaging unit

S62: Sensing the beverage packaging unit with a beverage control module

S63: The infusion control module obtains the relevant infusion information in the beverage packaging unit

S64: The brewing control module transmits the brewing information to a brewing machine control unit of an intelligent brewing machine by wire or wirelessly

S65: The brewing machine control unit starts the brewing operation of the intelligent brewing machine

S66: The brewing control module transmits part or all of the brewing information to a database through a network device by wire or wirelessly

S67: The database performs a statistical operation of analyzing and summarizing the partial or all infusion information, and obtains statistical information of infusion

S68: The statistical information of the bubble drink is incorporated into a big data operation and application

Figure 1 is an exploded schematic diagram of this creation.

Figure 2 is a schematic diagram of the induction operation of this creation.

Figure 3 is a schematic diagram of the brewing operation of this creation.

Figure 4 is a schematic diagram of the operation flow of this creation.

As shown in FIG. 1, the brewed beverage module disclosed in the present invention includes a brewed beverage control module 10 and a beverage material packaging unit 20, and the brewed beverage control module 10 is provided with an induction recognition unit 11. , the sensing and identification unit 11 is used for sensing, identifying and reading the relevant information of the beverage packaging unit 20 , the brewing control module 10 is combined with a smart brewing machine 30 to form an intelligent brewing machine device 1 , the brewing The combination of the beverage control module 10 and the intelligent beverage maker 30 includes different forms such as mechanical connection, electrical connection, or signal connection, etc., all of which can be selected for application.

The beverage packaging unit 20 includes a packaging body 21 and an identification member 22. The shape of the packaging body 21 is not limited, such as a bag body, a box body or a capsule body. The packaging body 21 is packed with brewing materials. Such as tea, coffee or other brewed drinking materials (such as various fruit juices, herbal tea, milk tea, fruit tea containing various fruit purees, etc.); the identification member 22 is arranged on the packaging body 21. For example, the identification element is an identification code, such as a QR code (Quick Response Code) or other objects that can be used for identification, and the identification element 22 has information about the brewing material and the brewing material for the brewing material. Execution information, the brewing execution information includes brewing control instructions and brewing manufacturing conditions, such as the control conditions of related brewing temperature, water volume, time, rotation speed, cooling, operation process, etc. When the sensing identification unit 11 (the brewing control module 10 ) reads the identification element 22 , the information content of the identification element 22 can be clearly understood, and the subsequent execution procedures can be performed. Each brewing material uses its dedicated identification member 22 , and the identification member 22 controls the brewing process and brewing conditions of the intelligent brewing machine 30 , so that the brewing materials made of the same brewing material can be brewed. The quality of beverages, such as tea beverages, is consistent.

The smart brewing machine 30 includes a brewing machine control unit 30A, the brewing machine control unit 30A is used to control the related brewing operations of the smart brewing machine 30 , and the brewing machine control unit 30A is telecommunicationly connected to the sensing identification unit 11 (Beverage control module 10), such as electrical connection or wired or wireless signal transmission connection, so that the intelligent brewing machine 30 can receive the sensor through the brewing machine control unit 30A The brewing operation related to the brewing execution information is performed according to the information of the identification unit 11 ; the intelligent brewing machine 30 has at least one wall 31 , so that the brewing control module 10 can be installed or embedded in the wall 31 (smart beverage maker 30); in other words, the beverage control module 10 can be combined with the smart beverage maker 30 (wall 31) to form an electrical or signal connection, or the beverage control module 10 is separated from the intelligent beverage maker 30, but the two do not constitute an electrical or signal connection.

The intelligent brewing machine 30 has a brewing part 32, the brewing part 32 provides a brewing space, the brewing part 32 has an opening 320, and a brewing container 321 is arranged in the opening 320, and the brewing container 321 can be a barrel, bottle or cup, etc., for brewing the brewing material placed in the packaging body 21, and facilitate the removal of the brewing container 321 for cleaning and maintenance; the smart brewing The machine 30 is provided with an injection pipe 33 and a cover body 34. The injection pipe 33 is used for adding a controllable amount of water, and the cover body 34 can cover the opening 320 for brewing operation. Of course, in a suitable embodiment, the brewing part 32 can also be connected with other appliances. As shown in the figure, the brewing part 32 also has an opening 322, and a spare brewing container 323 is arranged in the opening 322 , the standby brewing container 323 can be a barrel, a bottle or a cup, etc., so that the brewed beverage in the brewing container 321 can be poured into or introduced into the standby brewing container 323 for cooling or standby. The spare brewing container 323 is also removable for cleaning and maintenance.

In the above-mentioned embodiment, the intelligent beverage maker 30 is described as a large-scale commercial intelligent tea maker in the beverage industry. If it is a family-type or personal-type small and medium-sized intelligent tea maker, it can also pass the The automatic brewing operation effect of the information should be read.

The brewing control module 10 can be connected to a network device 40, and the information read from the identification element 22 can be transmitted to a database 50 through the network device 40. The network device 40 can be a wired or wireless network The database 50 is set in a server or a cloud server.

When the brewing module of this invention is used, the identification element 22 (such as a QR code) on the packaging body 21 can sense the brewing control module 10 on the intelligent brewing machine 30 to read the beverage package The brewing material in the unit 20 is related to the brewing procedure and condition control information, and the brewing material in the packaging body 21 is put into the brewing container 321 of the brewing part 32 through the opening 320 for the purpose of Carry out the brewing operation.

In this case, the brewing control module 10 will check the identification element 22 (such as a QR code) on the packaging body 21. After checking and confirming that the identification element 22 is a qualified identification code, the intelligent brewing machine 30 in this case will start the Manufacturing procedures for brewed beverages. If the identification element 22 (such as a QR code) that cannot be read or is unqualified, indicates that the brewing material is not a product raw material controlled by the smart brewing machine 30 in this case, so the manufacturing process of the brewing drink will not be started.

This creation is controlled by the source of raw materials. The identification element 22 (such as a QR code) on the packaging body 21 contains information on the source of the brewing material. The identification unit 11 compares the source information of the brewing material of the identification element 22 , and only if the identification element 22 is a qualified identification element 22 if it is the source of the brewing material that meets the set qualification. After checking and comparing the identification element 22 as a qualified identification element 22, the intelligent beverage machine 30 in this case will start the manufacturing process of the beverage.

When checking the identification element 22 (such as QR code) on the package body 21 each time, the relevant data at that time will be transmitted to the server, and the supply can be provided by counting the usage-related data of the package body 21 Classified statistics of recommendations and sales to improve management efficiency.

Please also refer to Figure 4. This creation is based on the above-mentioned brewing method, which includes the following method steps in normal operation:

(1) Take a beverage material packaging unit S61 ; namely, take the beverage material packaging unit 20 .

(2) Inducting the beverage material packaging unit and a brewed beverage control module S62 ; that is, inducting the beverage material packaging unit 20 and the brewed beverage control module 10 .

(3) The infusion control module obtains the relevant infusion information S63 in the beverage packaging unit; that is, the infusion control module 10 obtains the relevant infusion information in the identification element 22 of the beverage packaging unit 20 .

(4) The brewing control module transmits the brewing information to the brewing machine control unit S64 of an intelligent brewing machine by wire or wireless; that is, the brewing control module 10 transmits the brewing information (that is, the brewing information). The execution information) is transmitted to the brewing machine control unit 30A of an intelligent brewing machine 30 by wire or wirelessly.

During the procedures of the aforementioned steps (1) to (4), the brewing material in the packaging body 21 is put into the brewing container 321 in a timely manner for performing the brewing operation.

(5) The brewing machine control unit starts the brewing operation of the smart brewing machine S65: that is, the brewing machine control unit 30A starts the brewing operation of the smart brewing machine 30, and causes the smart brewing machine 30 to execute the brewing operation. The brewing operation program received by the brewing machine control unit 30A.

In addition, step (4) continues with:

(6) The infusion control module transmits part or all of the infusion information to a database S66 via a network device by wire or wireless; that is, the infusion control module 10 transmits part or all of the infusion information It is transmitted to a database 50 through a network device 40 by wire or wirelessly.

(7) The database performs a statistical operation of analyzing and summarizing the part or all of the infusion information, and obtains a statistical operation of infusion S67; that is, the database 50 performs a statistical operation of analyzing and summarizing the part or all of the infusion information, And get a brew stats.

(8) The statistical information of infused beverages is incorporated into a big data operation and application S68; that is, the statistical information of infused beverages is incorporated into a big data operation and application, that is, the big data is used to generate consumer trends, and information such as the order quantity for the next season is recommended.

When the intelligent brewing machine device and its brewing module are used, for example: making tea drinks, the brewing module technology can have the following features:

(1) The tea source required for the manufacture of a certain tea beverage can be specifically marked, so that the quality of the tea beverage can be consistent and guaranteed.

(2) The weight of tea leaves and related brewing operations in tea beverages can avoid errors, negligence or inconsistencies in human operation, and ensure the brewing quality and consistency of tea beverages.

(3) The identifiers on each package of raw material bags are unique identifiers, that is, each package of raw material bags has its own unique identification. If there is no qualified identifier 22, it means that the beverage packaging unit 20 is not a product raw material controlled by this creation. If this creation controls the source of raw materials, the identifier 22 of the beverage packaging unit 20 contains the raw material source. Information, this creation presets qualified raw material sources, and only qualified raw material source information in the identification element 22 of the beverage packaging unit 20 is a qualified identification element 22 .

(4) The inductive identification unit (drinking control module) in this case will check the identification element on the packaging body 21. After checking and confirming that the identification element 22 is qualified, the intelligent beverage making machine in this case will start up. The manufacturing process of the tea beverage.

(5) Each identification piece 22 that passes the inspection has a limit on the number of times to start the manufacturing process of the beverage machine (the number of times can be preset), which can increase the flexibility of its application and avoid the need for an identification piece. 22 products are manufactured using raw materials that are not exclusive to the product, resulting in inconsistent product quality

The present invention has been described in more detail through the above preferred specific embodiments, but the present invention is not limited to the above-mentioned examples. Various changes and modifications to these structures are still possible within the scope of the technical idea disclosed in the present invention. It is within the scope of this creation.

1: Intelligent beverage maker device

10: Bubble drink control module

11: Induction recognition unit

20: Beverage packaging unit

21: Packaging body

22: Identification pieces

30: Smart Drinking Machine

30A: Beverage machine control unit

31: Wall

32: Boiler

320: Opening

33: Injection tube

34: Cover

40: Network device

50: Database

Claims (12)

A brewing module for use in combination with an intelligent brewing machine, the brewing module comprising: a brewing control module, which is provided with an induction identification unit; A beverage packaging unit, including a packaging body and an identification piece, the packaging body has brewing material, the identification piece is arranged on the packaging body, the induction identification unit is used for sensing and reading the identification piece, the identification piece It contains the information of the brewing material and the brewing execution information for the brewing material. The brewing module according to claim 1, wherein the identification element of each packaging body has an identification element for unique identification, or the packaging bodies of the same brewing material have the same dedicated identification element, so that the The induction identification unit checks and controls the identification element to determine the source of the brewing material. The brewed beverage module according to claim 2, wherein the identification element has the verification control requirements of the verification code and the name of the production company. The brewing module according to claim 1, wherein the brewing execution information includes brewing control instructions and brewing manufacturing conditions, brewing temperature, water volume, time, rotation speed, cooling, and operation process. The brewing module according to claim 1, wherein the identification element is a QR code. The brewing module according to claim 1, wherein the brewing control module is combined with the intelligent brewing machine to form an intelligent brewing device. The brewing module according to claim 1, wherein the brewing material is selected from tea leaves, coffee, fruit juice, herbal tea, milk tea, and fruit tea containing fruit particles. The brewing module of claim 6, wherein the intelligent brewing machine includes a brewing machine control unit, the brewing machine control unit is telecommunicationly connected to the induction identification unit, and the telecommunication connection includes electrical connection or wired, wireless The signal transmission connection is used for the control unit of the brewing machine to control the intelligent brewing machine to perform the brewing operation of the brewing execution information. The brewing module of claim 8, wherein the intelligent brewing machine has a brewing part, and the brewing part has an opening for inserting the brewing material. The brewed beverage module as claimed in claim 1, wherein the brewed beverage control module is connected to a network device, and transmits the read information of the identification element to a database through the network device. The brewing module of claim 10, wherein the network device is wired or wireless network transmission, and the database is set in a server or a cloud server. The brewing module according to claim 8, wherein the brewing control module checks the identification piece on the package body, and the intelligent brewing machine will only check the identification piece after checking and confirming that the identification piece is a qualified identification piece. Start the brewing operation of the brewing execution information, and each identification piece that passes the inspection has a limit on the number of times that the intelligent brewing machine is activated to perform the brewing operation.

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