Soft drink robot equipment and control method thereof
A robotic, machine-controlled technology for total factory control, coin-operated devices for controlling the distribution of fluid/granular materials from containers, coin-operated devices for dispensing discrete items, etc., which can solve the shortage of soft drink machines Problems such as heating device and ice adding device, inability for customers to make drinks automatically, lack of safety and intelligence, etc., achieve the effect of simple structure, convenient realization and guaranteed cleanliness
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Embodiment 1
[0079] like Figure 1-4 As shown in the figure, the soft drink robot device of the present invention includes a robot device body and a complete machine control system. The complete machine control system is used to control the robot device body to automatically prepare and deliver drinks. The robot device body includes a casing 1. The casing The inside of 1 is provided with a cup drop mechanism 7, a station conversion mechanism 6 and a water powder mechanism 2. The cup drop mechanism 7 is used to automatically drop the beverage cup to the station conversion mechanism 6, and the station conversion mechanism 6 is used to transfer the beverage cup to the To operate in the next-level mechanism, the water powder mechanism 2 is used to automatically add liquid and solid raw materials into the drink cup to prepare drinks. The whole machine control system includes a controller 8, which is connected to the above mechanism to realize its electrical control.
[0080] In order to further...
Embodiment 2
[0099] The soft drink robot control method of the present invention, such as Figure 28 shown, including the following steps:
[0100] S1: The station conversion mechanism 6 rotates to the initial position, the cup drop mechanism 7 drops the cup, and waits for ordering;
[0101] S2: the user orders by operating the display screen 10, and the controller 8 receives the signal for making the beverage;
[0102] S3: The controller 8 controls the suction pipe mechanism motor 112 to rotate one cycle to produce a suction pipe, and at the same time the controller 8 judges whether ice needs to be added. At a certain angle to the station of the gouache mechanism 2, and then perform step S7;
[0103] S4: The controller 8 controls the stepper motor 69 of the station conversion mechanism to rotate 120° counterclockwise to the station of the ice adding mechanism 9;
[0104] S5: The controller 8 controls the ice separation motor to rotate 100 1 / 3 turn, while the controller 8 controls the h...
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