本篇文章所设计的是运用到工厂的扫地机。能源装置通过传动系统将运动传给两

The design of this article is a sweeper applied to the factory. The energy device transmits the movement to the disc-shaped brushes on both sides through the transmission system, making them rotate clockwise and counterclockwise respectively, sweeping the garbage on both sides to the middle, and passing it to the roller brush in the middle. Then, the rubbish is swept into the rubbish bin by the rolling brush to realize the cleaning function. This equipment is a small and medium-sized cleaning tool that can clean up garbage of various sizes. The cleaning brushes on both sides can easily clean corners and places near obstacles. <br>In the research of this subject, by consulting and collecting a large amount of data, analyzing and comparing different cleaning equipment, finally determined a more ideal corridor cleaning machine design plan, and then carried out the design calculation of the specific structure according to the determined plan, and made the equipment The structure is more compact and reliable. After determining the size and model of the components of each mechanism, they were checked to ensure that they could meet the design requirements. Since the parts of the equipment are relatively common and easy to manufacture, the equipment has a low manufacturing cost and is an ideal economical and practical cleaning tool.

This article is designed for use in factory sweepers. The energy unit transmits motion to the disc brush on both sides through the drivetrain, which rotates clockwise and counterclockwise, respectively, sweeping the garbage on both sides into the middle and passing it to the roller brush in the middle. The garbage is then swept into the bin by a roller brush for cleaning. This device is a small and medium-sized cleaning tool, can clean up all sizes of garbage, both sides of the cleaning brush can be convenient cleaning corners and close to obstacles.<br>In this study, by consulting and collecting a large amount of data, the analysis and comparison of different cleaning equipment finally determines a more ideal design scheme of corridor sweeper, and then according to the design calculation of the specific structure, and makes the structure of the equipment more compact and reliable. After determining the size and model of the components of each mechanism, they are checked to ensure that they meet the design requirements. Because the components of the equipment are relatively easy to manufacture, the manufacturing cost of the equipment is low, which is an ideal cost-effective cleaning tool.

This article is designed to apply to the factory sweeper. The energy device transmits the motion to the disc brushes on both sides through the transmission system, and makes them rotate clockwise and anticlockwise respectively to sweep the garbage on both sides to the middle and transmit it to the roller brush in the middle. Then, the garbage is swept into the dustbin by the roller brush to realize the cleaning function. This equipment is a small and medium-sized cleaning tool, which can clean all kinds of garbage. The cleaning brushes on both sides can easily clean the corner and the place near the obstacles.<br>In this research, through consulting and collecting a large number of data, analyzing and comparing different cleaning equipment, a more ideal design scheme of corridor cleaning machine is finally determined, and then the specific structure design calculation is carried out according to the determined scheme, so as to make the structure of the equipment more compact and reliable. After the size and model of each mechanism parts are determined, they are checked to ensure that they can meet the design requirements. Because the parts of the equipment are relatively common and easy to manufacture, the manufacturing cost of the equipment is low, and it is an ideal economic and practical cleaning tool.<br>