Recycling machine selection structure

Abstract

This invention relates to a recycling machine structure for processing recyclables, comprising: a housing; a first conveying unit forming an input path; a second conveying unit forming an output path; a crushing unit forming a crushing path; a guiding unit equipped with a guide plate selectively movable to a first position or a second position, such that the input path connects to the output path or the crushing path; an identification unit identifying whether the recyclables are recyclable; and a control unit controlling the guide plate to move to the first position or the second position. Thus, by using different openings and paths for the input and output of the recyclables, interruptions in the input of recyclables are avoided, contributing to improved recycling efficiency.

Claims

1. A recycling machine structure for processing a recyclable, comprising: a housing having an internal receiving space, the outer edge of the housing having an inlet and an outlet connected to the receiving space; a first conveying unit disposed within the receiving space, the first conveying unit having a first conveyor belt connected to the inlet to form an inlet path; a second conveying unit disposed within the receiving space, the second conveying unit having a second conveyor belt connected to the outlet to form an outlet path; and a crushing unit disposed within the receiving space, the crushing unit being located below the inlet path to form a crushing path. A guiding unit is disposed within the receiving space. The guiding unit has a guiding plate that can be selectively moved to a first position or a second position. When the guiding plate is in the first position, it guides and connects the input path and the crushing path, and blocks the exit path. When the guiding plate is in the second position, it guides and connects the input path and the exit path, and blocks the crushing path. The initial position of the guiding plate in its normal state is the second position. A recognition unit is disposed within the receiving space and located on the input path to identify whether the recyclable material is recyclable. The recognition unit sends an acceptance signal. If the recyclable material is identified as non-recyclable, the recognition unit sends a rejection signal. A control unit is disposed within the accommodating space. The control unit is signal-connected to the first conveying unit, the second conveying unit, the crushing unit, the guide unit, and the identification unit. When the control unit receives the accept signal, it controls the guide plate to move to the first position. When the control unit receives the reject signal, it controls the guide plate to move to the second position.

2. As in the recycling mechanism of claim 1, wherein, The first conveying unit is equipped with a first power source to drive the first conveyor belt to operate.

3. As in the recycling mechanism of claim 1, wherein, The second conveying unit is equipped with a second power source to drive the second conveyor belt.

4. As in the recycling mechanism of claim 1, wherein, The crushing unit includes two relatively rotating crushing rollers, a third power source, and a channel seat. One end of the channel seat is located above the second conveying unit and below the input path. The third power source drives the two crushing rollers to rotate.

5. As in claim 4, the recycling mechanism is constructed, wherein, One end of the first conveyor belt is connected to the inlet, one end of the second conveyor unit is connected to the outlet, and the guide plate is located between the other end of the first conveyor belt, the other end of the second conveyor belt, and the other end of the channel seat.

6. As in claim 1, the recycling mechanism is constructed, wherein, The guiding unit is equipped with a fourth power source that can selectively drive the guide plate to move to the first position or the second position.

7. The recycling structure of claim 1 is further provided with a storage box disposed within the accommodating space and located below the crushing unit.

8. As in the recycling mechanism of claim 1, wherein, The identification unit is one of a material spectrum identification unit, an image appearance identification unit, a load identification unit, a metal identification unit, or any combination thereof.

9. As in the recycling mechanism of claim 1, wherein, The control unit is equipped with a touch screen, which is located on the outer edge of the housing.

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