Fully Automatic Banknote Binding Machine (course Design)

Fully Automatic Banknote Bundling Machine (Course Design), complete with SW format 3D models (full set of SolidWorks files) and CAD drawings in exb format, all editable! This is an improved version based on the prototype of the banknote bundling machine, and it’s very well done.
Design Topic: Fully Automatic Banknote Bundling Machine
The fully automatic banknote bundling machine is used for bundling paper products such as banknotes and bills. The bundling machine consists of software, circuitry, and mechanical components. The purpose of this bundling machine is to bind stacks of banknotes (or bills) into a bundle for easy storage.
Bundling Machine Operation Process:
Start the machine, preheat heat-sealing heads 1, 2, 3 and tubular heat-sealing heads 4, 5; insert the neatly arranged banknotes;
1. Compression motor 1 rotates forward, compressing the banknotes, detects compression, then stops;
2. Direct belt motor 2 rotates forward, feeding the belt (quantitatively), then stops;
3. Direct cut motor 3 rotates forward by a certain angle, the cam on the shaft drives the belt head platen to rise and compress the belt head, then stops;
4. Direct belt motor 2 reverses, retracting the belt, detects belt tension, then stops;
5. Direct cut motor 3 rotates forward by another angle:
– The cam at the end of the belt drives the belt end platen to rise and press against the pressing plate, compressing the end of the belt;
– The tongue, driven by the movement of the tongue cam, is pulled outward by the linkage lever, retracting relative to the belt,
– At the same time, the heating head cam pushes heating head 1 into the original position of the tongue and heats it, then retracts back;
– The belt cutting cam makes the belt cutting platen rise, compressing the joint of the belt and cutting the belt. The tongue cam then retracts both the pressing plate and the tongue, then stops;
6. Horizontal belt motor 4 rotates forward, feeding the belt (quantitatively), then stops;
7. Horizontal cut motor 5 rotates forward by a certain angle, the cam on the shaft drives the belt head platen to rise and compress the belt head, then stops;
8. Horizontal belt motor 4 reverses, retracting the belt, detects belt tension, then stops;
9. Horizontal cut motor 5 rotates forward by another angle:
– The cam at the end of the belt drives the belt end platen to rise and press against the pressing plate, compressing the end of the belt;
– The tongue, driven by the movement of the tongue cam, is pulled outward by the linkage lever, retracting relative to the belt,
– At the same time, the heating head cam pushes heating heads 2 and 3 into the original position of the tongue and heats, then retracts back;
– The belt cutting cam makes the belt cutting platen rise, compressing the joint of the belt and cutting the belt. The tongue cam then retracts both the pressing plate and the tongue, then stops;
10. Compression motor 1 reverses, releasing the banknotes, detects high position of the pressure head, then stops;
11. Direct cut motor 3 rotates back to the initial position (i.e., turns 360 degrees), then stops;
12. Horizontal cut motor 5 rotates back to the initial position (i.e., turns 360 degrees), then stops.
Once the bundling operation is complete, remove the banknotes.
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