| 1 |
Easily puts used paper cup into machine |
Provide an accessible cup-feeding inlet |
| 2 |
Crush cups without manual effort |
Provide an automatic crushing mechanism |
| 3 |
Process many cups quickly |
Design for high-throughput continuous operation |
| 4 |
Reduce the volume of waste |
Achieve high cup volume reduction ratio |
| 5 |
Avoid touching dirty cups |
Provide hands-free/automatic operation |
| 6 |
Know when the machine is working |
Provide operation/status indicators |
| 7 |
Stop the machine if something gets stuck |
Provide jam detection and automatic shutdown/reversal |
| 8 |
Empty the crushed cups easily |
Provide removable or accessible collection container |
| 9 |
Know when the waste container is full |
Provide a container full detection/indicator system |
| 10 |
Use the machine for different cup sizes |
Design an adjustable or adaptable crushing chamber |
| 11 |
Have the machine operate quietly |
Design for low-noise crushing operation |
| 12 |
Avoid frequent maintenance |
Use durable, low-maintenance components |
| 13 |
Clean the machine easily |
Provide easy access surfaces and removable parts |
| 14 |
Use the machine for long periods |
Design a reliable system with thermal/overload protection |
| 15 |
Minimize electricity consumption |
Optimize the motor, transmission and control system for energy efficiency |
| 16 |
Move or install the machine conveniently |
Provide compact dimensions, suitable |
| 17 |
Understand how to operate the machine |
Provide intuitive controls and clear operating instructions |
| 18 |
Dispose of crushed cups easily |
Design the output and collection system for easy transfer/recycling |
| 19 |
Start the machine easily |
Provide simple start/stop control system |