CN-122010039-A - Wine mixing system

CN122010039ACN 122010039 ACN122010039 ACN 122010039ACN-122010039-A

Abstract

The embodiment of the application belongs to a wine mixing technology, and provides a wine mixing system which comprises wine mixing equipment, a user terminal and a cloud platform, wherein the user terminal sends target videos to the cloud platform, the target videos are used for describing wine mixing actions, the cloud platform receives the target videos and determines a movement track of a mixing bin based on the target videos, the wine mixing equipment comprises a plurality of wine storage containers, the mixing bin is connected with a wine outlet of the wine storage containers through a wine conveying pipeline, a rocker arm module is connected with the mixing bin and used for driving the mixing bin to move, a control module receives a wine mixing instruction from the cloud platform, the wine mixing instruction at least comprises the movement track of the mixing bin and the wine outlet amount of at least one target wine storage container, a target valve is controlled to be opened based on the wine outlet amount until the amount of wine flowing into the mixing bin in the target wine storage containers reaches the wine outlet amount, and the mixing bin is controlled to move according to the movement track based on the movement track, so that the well-mixed wine is obtained. The application can improve the flexibility and accuracy of the wine mixing.

Inventors

WU MENG
LI JIA
De gang
WANG NING
WU CHAO

Assignees

海信家电集团股份有限公司

Dates

Publication Date: 20260512
Application Date: 20241031

Claims (10)

1. The wine mixing system is characterized by comprising wine mixing equipment, a user terminal and a cloud platform; The user terminal is provided with a target application program, and is used for responding to a wine mixing action adding instruction triggered by a user, and sending a target video to the cloud platform through the target application program; the wine mixing device comprises: a plurality of wine storage containers, the wine storage containers are provided with wine outlets, the wine storage container is used for containing wine; the mixing bin is connected with the wine outlet of the wine storage container through a wine conveying pipeline; the valve is arranged on the wine conveying pipeline and used for controlling the amount of the wine in the wine storage container flowing into the mixing bin; The rocker arm module is connected with the mixing bin and used for driving the mixing bin to move; The cloud platform is used for receiving the target video and determining the moving track of the mixing bin based on the target video; a control module, coupled to the valve, the communication module, and the rocker arm module, configured to: the method comprises the steps of receiving a wine mixing instruction from a cloud platform through a communication module, wherein the wine mixing instruction at least comprises the moving track of a mixing bin and the wine output of at least one target wine storage container, and the target wine storage container is one of a plurality of wine storage containers; Controlling a target valve to be opened based on the wine outlet amount, and controlling the target valve to be closed until the amount of the wine in the target wine storage container flowing into the mixing bin reaches the wine outlet amount; And controlling the mixing bin to move according to the moving track through the rocker arm module based on the moving track, so as to obtain the well-prepared blended wine.
2. The blending system of claim 1, wherein said determining a movement trajectory of said mixing bin based on said target video comprises: Identifying a wine kettle in a multi-frame image included in the target video through a preset target detection algorithm, and determining the position and the posture of the wine kettle; Determining a movement track of the wine kettle based on the position and the posture of the wine kettle in the multi-frame image; and taking the movement track of the wine mixing kettle as the movement track of the mixing bin.
3. The wine brewing system of claim 2, wherein prior to the determining the movement trajectory of the wine brewing kettle based on the position and pose of the wine brewing kettle in the multi-frame image, the cloud platform is further configured to: Generating first prompt information based on the position of the wine kettle, wherein the first prompt information comprises a target prompt image, and the target prompt image comprises a surrounding frame used for representing the position of the wine kettle and used for prompting a user to determine whether the position of the wine kettle is correct or not; the first prompt information is sent to the user terminal so that the user terminal can display the first prompt information; receiving user first feedback information from the user terminal, wherein the user first feedback information is used for indicating that the position of the wine kettle is correct or the position of the wine kettle indicated by the user; the determining the movement track of the wine kettle based on the position and the gesture of the wine kettle in the multi-frame image comprises the following steps: And determining the movement track of the wine kettle based on the first feedback information of the user and the position and the gesture of the wine kettle in the multi-frame image.
4. A system according to any one of claims 1-3, wherein the apparatus further comprises: The first temperature control module is used for adjusting the temperature in the mixing bin; the wine mixing instruction also comprises a temperature required by wine mixing, and the method for controlling the mixing bin to move according to the movement track based on the movement track through the rocker arm module comprises the following steps: based on the moving track, the rocker arm module is used for controlling the mixing bin to move according to the moving track, and the first temperature control module is used for adjusting the temperature in the mixing bin to be the temperature required by the blending, so that the blended wine is obtained.
5. A system according to any one of claims 1-3, wherein the cloud platform is further configured to: receiving a target identifier of the target video sent by the user terminal, wherein the target identifier is used for representing the name of the blended wine which can be obtained by the wine blending action described by the target video; and establishing a mapping relation between the target mark and the wine regulating instruction.
6. A system according to any one of claims 1-3, wherein the apparatus further comprises: the first component detection module is arranged in the wine storage container and is used for detecting the components of the wine contained in the wine storage container; the second temperature control module is used for adjusting the temperature in the wine storage container; the control module is further connected with the first component detection module and the second temperature control module, and is further configured to: Detecting the components of the wine contained in the wine storage container through the first component detection module and sending the components of the wine to the cloud platform through the communication module, wherein the cloud platform is used for determining the storage conditions of the wine based on the components of the wine, and the storage conditions comprise storage temperature; Receiving a wine storage instruction from the cloud platform through the communication module, wherein the wine storage instruction comprises the storage condition of wine contained in the wine storage container; And adjusting the temperature in the wine storage container to be the storage temperature through the second temperature control module.
7. The system of claim 6, wherein the cloud platform is further configured to: Receiving a temperature adjustment instruction from the user terminal, wherein the temperature adjustment instruction comprises a custom temperature input by the user through the target application program; determining the mouthfeel of the wine stored in the wine storage container after the wine is stored for a target time at the self-defined temperature based on the self-defined temperature; the second prompt message is used for describing the mouthfeel of the wine stored in the wine storage container after the wine is stored for a target time at the self-defined temperature; Receiving user second feedback information from the user terminal; When the second feedback information of the user is used for representing that the user-defined temperature is used for storing wine, a storage temperature change instruction is sent to the wine mixing equipment, so that the wine mixing equipment adjusts the temperature in the wine storage container to be the user-defined temperature through the second temperature control module.
8. The system of claim 6, wherein the wine comprises at least one of alcohol content, acidity, sugar, tannins, esters content, and phenols content.
9. A system according to any one of claims 1-3, wherein the control module is further configured to: receiving a sobering-up instruction from the cloud platform through the communication module, wherein the sobering-up instruction at least comprises an identification of wine to be sobered up; determining a wine container based on the identification of the wine to be sobered, wherein the wine outlet container is one of the plurality of wine storage containers; And controlling the valve corresponding to the wine outlet container to be opened until the amount of the wine in the wine outlet container flowing into the mixing bin reaches the target wine-dispelling amount, and controlling the valve to be closed, wherein the valve corresponding to the wine outlet container is a valve on the wine conveying pipeline between the wine outlet container and the mixing bin.
10. A system according to any one of claims 1-3, wherein the apparatus further comprises: The second component detection module is arranged in the mixing bin and is used for detecting the components of the prepared blended wine; The control module is further coupled to the second component detection module, the control module further configured to: Detecting the ingredients of the blended wine through the second ingredient detection module after the blended wine is obtained; and sending the components of the blended wine to the cloud platform through the communication module, so that the cloud platform outputs the components of the blended wine through the user terminal.

Description

Wine mixing system Technical Field The embodiment of the application relates to a wine mixing technology. And more particularly to a wine brewing system. Background As the living standard increases, the demands of users for wine tend to be diversified. For example, when a user drinks a single kind of wine, the taste of the blended wine is gradually changed from the past to the different tastes of the mixed wine of a plurality of kinds of wine. At present, the existing liquor mixing mode mainly carries out liquor mixing according to personal experience by a liquor mixing engineer. However, a blending dealer with a great deal of experience is often required to blend out blended wine that meets the needs of the user, and the amounts of different types of wine used in the blending process are difficult to control. Therefore, the existing liquor mixing mode has the problems of poor flexibility and low accuracy. Disclosure of Invention The embodiment of the application provides a wine mixing system which can improve flexibility and accuracy of mixing wine. In a first aspect, an embodiment of the present application provides a wine mixing system, including a wine mixing device, a user terminal, and a cloud platform; The user terminal is provided with a target application program, and is used for responding to a wine mixing action adding instruction triggered by a user, and sending a target video to the cloud platform through the target application program; the wine mixing device comprises: a plurality of wine storage containers, the wine storage containers are provided with wine outlets, the wine storage container is used for containing wine; the mixing bin is connected with the wine outlet of the wine storage container through a wine conveying pipeline; the valve is arranged on the wine conveying pipeline and used for controlling the amount of the wine in the wine storage container flowing into the mixing bin; The rocker arm module is connected with the mixing bin and used for driving the mixing bin to move; The cloud platform is used for receiving the target video and determining the moving track of the mixing bin based on the target video; a control module, coupled to the valve, the communication module, and the rocker arm module, configured to: the method comprises the steps of receiving a wine mixing instruction from a cloud platform through a communication module, wherein the wine mixing instruction at least comprises the moving track of a mixing bin and the wine output of at least one target wine storage container, and the target wine storage container is one of a plurality of wine storage containers; Controlling a target valve to be opened based on the wine outlet amount, and controlling the target valve to be closed until the amount of the wine in the target wine storage container flowing into the mixing bin reaches the wine outlet amount; And controlling the mixing bin to move according to the moving track through the rocker arm module based on the moving track, so as to obtain the well-prepared blended wine. In some embodiments of the present application, the determining, based on the target video, a movement track of the mixing bin includes: Identifying a wine kettle in a multi-frame image included in the target video through a preset target detection algorithm, and determining the position and the posture of the wine kettle; Determining a movement track of the wine kettle based on the position and the posture of the wine kettle in the multi-frame image; and taking the movement track of the wine mixing kettle as the movement track of the mixing bin. In some embodiments of the application, prior to said determining a movement trajectory of said pitch bell based on a position and an attitude of said pitch bell in said multi-frame image, said cloud platform is further configured to: Generating first prompt information based on the position of the wine kettle, wherein the first prompt information comprises a target prompt image, and the target prompt image comprises a surrounding frame used for representing the position of the wine kettle and used for prompting a user to determine whether the position of the wine kettle is correct or not; the first prompt information is sent to the user terminal so that the user terminal can display the first prompt information; receiving user first feedback information from the user terminal, wherein the user first feedback information is used for indicating that the position of the wine kettle is correct or the position of the wine kettle indicated by the user; the determining the movement track of the wine kettle based on the position and the gesture of the wine kettle in the multi-frame image comprises the following steps: And determining the movement track of the wine kettle based on the first feedback information of the user and the position and the gesture of the wine kettle in the multi-frame image. In some embodiments of the application, the wine brewing apparatus