一种分切边条废料输送装置

Abstract

本实用新型公开了一种分切边条废料输送装置，涉及废料加工技术领域，包括其两端分别位于拉伸区域和分切区域内的输送管道以及气流放大器，气流放大器的吹出口连通设于输送管道位于分切区域内的一端上，气流放大器的压缩空气进口上连通设置有供气管道，供气管道用于向气流放大器输送压缩空气，以使气流放大器的吸入口产生可将分切边条废料吸入的吸附作用力。本实用新型的气流放大器利用供气管道输入的压缩空气，在吸入口产生高强度负压吸附力，直接抽吸分切区域内的分切边条废料进入输送管道，并经由输送管道转移至拉伸区域内的破碎机处；该跨区域输送实现了废料的密闭连续输送，大幅降低人工干预需求。

Claims

1. A slitting edge strip waste conveying device, characterized in that It includes a conveying pipe (1) located at both ends in the stretching area (a) and the slitting area (b) respectively, and an airflow amplifier (2). The outlet of the airflow amplifier (2) is connected to one end of the conveying pipe (1) located in the slitting area (b). An air supply pipe (3) is connected to the compressed air inlet of the airflow amplifier (2). The air supply pipe (3) is used to supply compressed air to the airflow amplifier (2) so that the suction port of the airflow amplifier (2) generates an adsorption force that can suck in the slitting edge strip waste.

2. A slitting and edging waste conveyor according to claim 1, characterized in that The device also includes a rack (4) with a pin for winding the slit strip waste into a roll.

3. A slitting and edging waste conveyor according to claim 1 or 2, characterized in that The conveying pipeline (1) is equipped with a control valve (5). The control valve (5) and the crusher (c) are both electrically connected to the industrial control computer. The control valve (5) is controlled by the industrial control computer so that when the crusher (c) stops, the industrial control computer can make the control valve (5) close.

4. A slitting and edging waste conveyor according to claim 1 or 2, characterized in that The conveying pipe (1) is connected at one end within the stretching zone (a) to the hopper (d) of the crusher (c).

5. A slitting and edging scrap conveyor according to claim 2, wherein, The device also includes a transition component (6) located between the placement rack (4) and the airflow amplifier (2). The transition component (6) has a limiting pipe that is coaxially arranged with the airflow amplifier (2). The inner cavity of the limiting pipe forms a limiting channel for the movement of the slit strip waste.

6. A slitting and edging waste conveyor according to claim 5, wherein, The transition assembly includes a single main pipe (601) and multiple branch pipes (602) connected to the main pipe. The main pipe (601) is located toward the airflow amplifier (2) and constitutes the limiting channel. The inner cavity of the branch pipe (602) forms a branch channel for the passage of the slit strip waste, and the multiple branch channels are all connected to the limiting channel.

7. A slitting and edging waste conveyor according to claim 6, wherein, Multiple branch pipes (602) are arranged in an umbrella shape.

8. A slitting and edging scrap conveyor according to claim 5, wherein, The transition component (6) is mounted on the wall (e) via a bracket (7).

9. A slitting and edging scrap conveyor according to claim 3, wherein, The control valve (5) is a pneumatic ball valve.

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