The BEEPTOOLKIT framework is a fragment of one of the hardware prototypes of our project for trading robots and vending machines.
Our concept for the next generation of developers without writing machine code, using ready-made hardware modules from mega retail shelves of Aliexpress and the like.

We are developing the platform with new services.
A long-awaited optional built-in PC vision service, which can rightly be called a custom sub-controller.

https://www.beeptoolkit.com/forum/computer-vision-perception/an-additional-built-in-pc-vision-service-which-can-rightly-be-called-a-custom-subcontroller

New version (023) BEEPTOOLKIT - The robotics / automatics platform that everyone has been waiting for! https://youtu.be/LDO4i69Afjo

We are pleased to announce, just the other day, the development and assembly of a working prototype of a trading robot for the production of environmentally friendly soft fruit and berry drinks from freshly frozen ingredients (9 items, plant milk as a liquid additive) was completed.

Short description:
1. Working with front HDMI client
interface, touchscreen screen (11" tablet), on it in the IDE
(programmed controller);

2. At the stage of the client choosing a drink, the presence of 1 of 3 types of recipe ingredients in the dispenser bins, the presence of milk in its tank, and also disposable glasses (300 ml) in a dispenser. If something is missing, a notification about the situation appears or a suggestion to choose another drink. Next, permission is granted to pay via Paybox (cash or credit card) and the process starts. During the cooking process on the client screen there is a simulation of filling the glass until dispensing through a special hatch.

3. All ingredients are stored in the freezer (-18C) and refrigerator compartments.

4. Dispensers are installed in the freezer compartment, each of them can be adjusted up to 50 g; they also act as gateways to the conveyor.

5. The conveyor serves as the delivery of the selected ingredients to the blender.

6. The system uses an XY actuator, which moves the mixer bowl to the processing zones (mixing, filling a disposable glass, washing)

7. The dispenser for disposable cups ensures their automated supply to the movable client table.

8. Filling a disposable glass and dispensing a drink (300 ml)

9. Washing the working surfaces of the system that come into contact with the ingredients and switching to the waiting mode for the next order.

After the final testing of all instructions on the console and the graphical design of the HMI, the controls and controls available to end users, we display this shirt - the front front, configure notifications and compile it into a source code for transfer to the client.
https://youtu.be/lxHNKmZgp44?si=bpEhi_Sb2N50cwrJ

When the idea of creation was born, we decided that after successful testing we would move on to mass distribution, but as it turned out, what we developed exceeded our expectations so much that we abandoned mass distribution and decided that the product itself is capable of much more and at this stage can work for us. What kind of product is this, in your opinion, and what are its capabilities?

BEEPTOOLKIT is an IDE for development and prototyping at the software and hardware level, it is an embedded software controller for automatics and robotics, which includes a complete gentleman's kit ffor visual coding and simulation for both beginners and advanced developers.

OUR IDE is developed and compiled using LabView.
Can be installed on a miniature SBC - a CISC with minimal architecture board based on Atom x5 z8350 Intel CPU x86, 4 Core 1.92 GHz, 2 GB Memory, 32 Storage, USB 3.0 and other with Windows 10 (LTSC) and our IDE pre-installed.
This is an embedded software controller.

We are expanding the performance of our soft controllers. Beeptoolkit 025 version gives the ability to connect a 16-channel USB input kit, so you get 16 input and 16 output channels per port.USB Interface 16 Channels 12Bit Bit AD Sampling Data Acquisition STM32 UART Communication ADC Module.

New version of BEEPTOOLKIT 025.V, new features and capabilities:
We have expanded the number of input channels by 1 I/O port, bringing the total to 16. In the previous version, there were 10. Details of this expansion can be found on the platform’s website.