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Abstract

Film shovel is the key device for mechanized operation of residual film recovery, in which the depth of soil breakage of the shovel is related to the degree of damage to the plastic film and the recovery efficiency of the residual film. However, the current mode of operation requires experience and visual inspection, which often leads to low level of mechanization and inefficient operation. The topic is to improve the existing residual film recovery device, focusing on the three-dimensional modeling and monitoring system of intelligent film lifting shovel. By optimizing the three-dimensional structure of the intelligent film-lifting shovel and kinematics simulation analysis based on Adams software, the design inclination angle of the loosening shovel is 60 ${}^{\circ}$ , and the breaking depth of the safe operation is 20–50 mm. Then through the use of Ethernet interface based on EtherCAT bus and the real-time bidirectional communication between BECKHOFF CX2030 controller and module and HMI, the on-line data transmission in the process of intelligent film shovel operation is realized. Field test results verify that the intelligent film-lifting shovel is feasible in the intelligent operation and recovery efficiency of the residual film recovery operation, which can greatly improve the efficiency of the whole machine operation.

Keywords

Residual film recovery filmlifting shovel 3-D modeling iintelligence monitoring

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References

Zhang

J.X.

Xie

J.H.

and Xue

D.Q.

, Film at home and abroad application and recovery equipment development, J. Agricultural Mechanization Research 12 (2013), 237–240.

Hou Shulin

S.L.

et al., Present situation of research on plastic film residue collector in China, J. Transactions of the CSAE 18 (2002), 186–190.

Yan

C.G.

et al., Characteristics and prevention and control of plastic film mulching and residual pollution in China, Journal of Agricultural Resources and Environment 31 (2014), 95–102.

Yan

C.G.

et al., Application of agricultural mulch film and pollution control, M. Beijing: Science Press, 2010, 76–86.

Chen

D.C.

, China’s current situation and prospect of agricultural film using, J. Sugarcane 4 (2014), 50–54.

Ministry of agriculture of the people’s Republic of China, China Agricultural statistical yearbook, M. Beijing: China Agriculture Press, 2012.

W.Q.

et al., Research on the pollution status and prevention of plastic film in China, J. Journal of Agro Environmental Science 28 (2009), 533–538.

Zhang

et al., Research status and development trend of residual film recycling machinery in China, J. Agricultural Science Technology and Equipment 4 (2014), 29–33.

Zhang

H.Y.

et al., Multifunctional machine for retrieving the used plastic film after harvesting and soil preparation, J. Transactions of the CSAE 23 (2007), 130–134.

10.

Xie

J.H.

et al., Motion analysis and experiment on spring-tooth mulching plastic film collector, J. Transactions of the Chinese Society for Agricultural Machinery 44 (2013), 94–99.

11.

Chen

et al., Study on collecting principle of arc-type tooth roller for collecting plastic residue, J. Transactions of the Chinese Society for Agricultural Machinery 37 (2006), 36–41.

12.

et al., Crank-rocker mechanism for collecting plastic film, J. Transactions of the Chinese Society for Agricultural Machinery 45 (2015), 63–67.

13.

Hou

S.L.

et al., Motion mathematical models of spring-tooth collecting mechanism, J. Transactions of the Chinese Society for Agricultural Machinery 34 (2003), 141–142, 145.

14.

Niu

B.L.

and Dong

, Design of digital servo control system based on TwinCAT, J. Journal of THz Science and Electronic Information 2 (2016), 306–310.

15.

Chen

and Yang

H.Y.

, Application of EtherCAT technology and TwinCAT software in servo turret punch, J. Mechanical Engineer 8 (2016), 259–262.

16.

Lin

S.Y.

, Design of Servo Motion Control System Based on EtherCAT Industrial Ethernet, D. Guangzhou: South China University of Technology, 2013.

17.

BECKHOFF AUTOMATION CO., LTD, TwinCAT PLC Programming Manual, M. Zhou Yaogang, Translated. Beijing: BECKHOFF China Technical Support Department, 2011.

18.

Wang

P.S.

et al., Implementation and delay analysis of data transmission in EtherCAT process, J. Computer Measurement and Control 22 (2014), 2987–2991.

3-D modeling and monitoring system on intelligent film-lifting shovel based on BECKHOFF

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