TWM543028U - Flexible blending drink device - Google Patents

Description

Flexible dispensing device

This creation relates to an elastically configurable beverage device, in particular to an automated beverage control device for the control, formulation and production of beverages.

All kinds of drinks occupy a considerable business opportunity in the consumer market. Although the packaged beverages sold by super-vendors have the advantages of sterility and hygiene, their taste, sweetness and composition ratio are fixed, and they cannot fully satisfy some sweetness. A group of customers with special needs or proportions. Even though there are many hand-cranked beverage shops in the market, the sweetness, hot and cold, or proportion of ingredients of the drinks can be customized. However, because of the artificial way of making drinks, different producers often complete the difference due to the difference in error and experience. There are still unsatisfactory drinks.

Moreover, there are many hand-selling beverage shops on the market today, and the current way for beverage shops to sell cold drinks is usually to add tea, coffee powder or spices to the brewing materials, and then add hot water to brew into hot drinks. When naturally cooled to normal temperature, ice cubes can be added to form a cold drink.

Moreover, there is another kind of cold drink machine that can cool down the machine. The inside of the machine is mainly equipped with a refrigerating container, which can pour the brewed hot drink. Into the container, the refrigerator is cooled down for a long time to form a cold drink, and if the cold drink is to be taken, the cold drink can be taken out of the container and poured into a container of the hand-held beverage to provide people with drinking.

However, the above-mentioned techniques for manufacturing cold drinks must firstly cool the brewed hot drinks for a long time to wait for people to drink, and they cannot provide immediate cooling, and the brewing of tea, coffee powder or spices is completed. Hot drinks, if exposed to the air for a long time, will have an oxidation between the hot drink and the air, resulting in changes in the flavor and even the color of the drink, which in turn affects the consumer's desire to buy.

In view of the shortcomings arising from the above-mentioned flexible beverage dispensing devices, the creators of this case have succeeded in researching and developing the beverage devices that can be flexibly blended.

The purpose of this creation is to provide an elastically configurable beverage device, which provides a machine that can be set by the human-machine interface to determine the temperature, sweetness, composition ratio, etc. of the beverage, thereby achieving a full satisfaction. The purpose of the beverages for consumers' tastes, in particular, is to provide a variety of fluid state, semi-fluid beverage sources and complete in a fully automatic closed manner, which is safe and sound.

An elastically configurable beverage device that achieves the above-mentioned creative purposes, including: a human-machine device, which is responsible for receiving and transmitting the flow of the program system Parameter command and status monitoring; multiple sets of beverage source devices, connected by a beverage channel to a flow control device described later; a control device providing a man-machine device end library and a control device for transmitting parameter commands for issuing motion to the flow control device Commanding, commanding multiple sets of flow control devices to initiate program parameters and the like, the control device can command the flow control device to control the proportion of the mixed beverages, and when the flow control device correctly mixes the proportion of the beverages, feeds back the data to the human-machine device through the control device; The flow control device interprets the program parameters automatically, and performs intelligent operations such as parameter reading, process judgment, loop control, and multi-group motion control according to the contents described therein to set multiple groups of beverage sources. A plurality of fluid state, semi-fluid beverage sources in the device; a plurality of sets of output ends connected to the plurality of sets of flow control devices by a plurality of sets of output channels for outputting a plurality of fluid state, semi-fluid beverage sources.

1‧‧‧human machine

2‧‧‧Beverage source device

3‧‧‧Control device

4‧‧‧Flow control device

5‧‧‧ Output

6‧‧‧Vibration device

7‧‧‧Visual identification device

A‧‧‧Flexible beverage device

1 is a side view of a beverage dispensing device that is elastically configurable; FIG. 2 is a side view of the vibrating device of the elastically configurable beverage device; FIG. 3 is a side view of the visually recognizable device of the elastically configurable beverage device; And Figure 4 shows the addition of a vibrating device and the visually adjustable beverage device. A side view of the recognition device.

Referring to FIG. 1 , the elastically configurable beverage device A provided by the present invention mainly comprises: a human machine device 1 , at least one beverage source device 2 , a control device 3 , at least one flow control device 4 , and at least one output end. 5 components.

The human machine device 1 is responsible for receiving, transmitting parameter commands and status monitoring of the program system flow; further, the user edits the beverage channel of the beverage source device 2 or the flow control device for the beverage source device 2 on the human machine device 1 The suction flow rate command is issued, and is classified and transmitted to the control device 3 according to the possible motion parameters and instructions; when the program is operated, the control device 3 returns the action of the beverage source device 2 to the human machine device 1 to provide the user. The beverage source device 2 is monitored.

The beverage source device 2 is connected to a flow control device 4, which will be described later, by a beverage channel; the control device 3 provides a human machine device 1 library and a control device 3 for transmitting a parameter command for issuing a motion command to the flow control device 4, the command The plurality of sets of flow control devices 4 start operations such as program parameters, and the control device 3 can command the flow control device 4 to perform proportional control of the mixed drink, and when the flow control device 3 correctly mixes the proportion of the beverage, the control device 3 feedback data to the human machine device 1; further, through the control device 3, the flow control of the beverage source device 2 can be directly provided by the user The device 4 issues the effect of sucking the flow rate command.

The flow control device 4 automatically interprets the program parameters, and according to the content described therein, performs parameter reading, process judgment, loop control, and performs multiple sets of motion control to perform multiple sets of beverages. a plurality of fluid state and semi-fluid beverage sources in the source device 2; further, the user selects program parameters such as control of the program flow of the man-machine device 1 and transfer parameter commands, and transmits the program parameters to the plurality of groups of flow control through the control device 3. The device 4 performs motion flow control of the beverage source device 2 in accordance with the program parameter content plurality of flow control devices 4.

The output 5 is coupled to a plurality of sets of flow control devices 4 in a plurality of sets of output channels for output from a plurality of fluid state, semi-fluid beverage sources.

As shown in Fig. 2, a side view of the vibrating device is added to the elastically configurable beverage device, and the vibrating device 6 automatically mixes the fluid state of the different components and the semi-fluid beverage source according to the difference in specific gravity.

Thereby, the user can plan the operation mode first, and edit the program parameters on the man-machine device 1 with some parameter settings, and then send the flow control command to the plurality of groups of flow control devices 4 through the position control command by the control device 3, or The use of the method of commanding the plurality of sets of flow control devices 4 to execute the program parameters and the operating state of the control device 3 allows the system to obtain maximum flexibility.

Please refer to FIG. 3 and FIG. 4 , which are embodiments of the present invention. The human-machine device 1 further includes a visual recognition device 7 . The identification device 7 can read the information in the barcode, directly send the barcode parameter command control device 3, and then the control device 3 transmits the barcode parameter command to the control device 3 to operate the plurality of flow control devices 4, and then the human-machine device 1 determines the vision. After the recognition is completed, the plurality of fluid state and semi-fluid beverage source parameters in the correct plurality of beverage source devices 2 are sent out, and the same command is transmitted to the plurality of flow control devices 4 through the control device 3, and then the flow control device 4 is activated. a plurality of fluid state, semi-fluid beverage source outputs, the control device 3 commands the flow control device 4 to mix the proportional control of the mixed drink, and when the flow control device 4 correctly mixes the proportion of the mixed drink, The control device 3 feeds back the data to the human machine device 1. Thus, no matter how high the complexity of the user program parameters, the proportion of the mixed drink can be properly mixed through the control and distribution of the control device 3, and the user passes through the human machine. The device 1 can monitor the state of the beverage source device 2 at any time.

The human-machine device 1 inputs two different program parameters respectively, transmits the program parameters to the plurality of flow control devices 4 of the control device 3 through the human-machine device 1, and activates the flow control device 4 to perform a plurality of fluid states and semi-fluids. The beverage source output, the control device 3 determines the rotation speed of the flow control device 4 to be controlled by the program in a pre-reading manner, and when the flow control device 4 is activated to output a plurality of fluid state and semi-fluid beverage sources, the main flow control device is first used. 4 Executing the beverage source output action, at this time, the secondary flow control device 4 judges that it is necessary to wait for the beverage source output of the main flow control device 4 to be completed according to the program parameter, and automatically generates the shipment after the main flow control device 4 finishes outputting the beverage source. The dynamic parameters and commands are sent to the secondary flow control device 4 through the control device 3 to perform the beverage source transmission. The same current flow control device 4 also generates the motion parameters and commands after the completion of the physical flow control device 4, and informs the main flow control device 4 through the control device 3. The completion of the acquisition can perform subsequent actions, and the same flow control device 4 determines the subsequent actions according to the program parameters. This division of labor can effectively divide the system into independent small systems, simplifying the complexity of the system.

To sum up, this case is not only innovative in terms of space type, but also can enhance the above-mentioned multiple functions compared with customary articles. It should fully comply with the statutory new patent requirements of novelty and progressiveness, and apply in accordance with the law. This new type of patent application, to encourage creation, to the sense of virtue.

1‧‧‧human machine

2‧‧‧Beverage source device

3‧‧‧Control device

4‧‧‧Flow control device

5‧‧‧ Output

Claims (4)

An elastically configurable beverage device comprising: a human-machine device, which is responsible for receiving a program system flow, transmitting parameter commands and status monitoring; a beverage source device connected to a flow control device described later by a beverage channel; and a control device providing a human-machine device Passing a parameter command, so that the control device can command the flow control device to correctly mix the proportion of the beverage, and feed back the data to the human-machine device through the control device; the plurality of groups of flow control devices interpret the program parameters automatically, according to the description Content, intelligent operation such as parameter reading, process judgment, loop control, and multi-group motion control to multi-fluid state, semi-fluid beverage source in multiple groups of beverage source devices; The group output channel is connected to the output of multiple sets of flow control devices. The elastically configurable beverage device of claim 1, further comprising a vibrating device that automatically mixes the fluid state of the different components and the semi-fluid beverage source according to the difference in specific gravity. The elastically configurable beverage device of claim 1, wherein the human-machine device inputs two different program parameters respectively, and transmits the program parameters to the control device through the human-machine device to give movement to the plurality of groups of flow control devices. Commanding and initiating a flow control device to output a plurality of fluid state, semi-fluid beverage sources, and the control device determines the rotational speed of the flow control device to be controlled by the program in a pre-read manner, when the flow control device is activated After the fluid state and the semi-fluid beverage source are output, the main flow control device performs the beverage source output operation. At this time, the secondary flow control device determines that it needs to wait for the main flow control device to output the beverage source according to the program parameter, when the main flow control device is completed. After the beverage source output is completed, the motion parameters and commands are automatically generated, and the secondary flow control device is notified to perform the beverage source transmission through the control device, and the same current flow control device takes the motion parameters and commands after the completion of the material acquisition, and transmits the motion parameters and commands through the control device. Informing the main flow control device that the material is completed can perform subsequent actions, and the same flow control device judges the subsequent actions according to the program parameters. This division of labor can effectively divide the system into independent small systems, simplifying the complexity of the system. The elastically configurable beverage device of claim 1, wherein the human machine device further comprises a visual identification device capable of reading the information in the barcode and directly sending the barcode parameter command control device. The bar code parameter command is transmitted by the control device to the control device to operate the plurality of groups of flow control devices, and then the man-machine device determines that the visual recognition is completed, and sends out the plurality of fluid state, semi-fluid beverage sources in the correct plurality of groups of beverage source devices. parameter.