农业工程学报
農業工程學報
농업공정학보
2014年
16期
47-52
,共6页
刘健%黄洪亮%潘陈强%王长根%王平%王强%李灵智%吴越
劉健%黃洪亮%潘陳彊%王長根%王平%王彊%李靈智%吳越
류건%황홍량%반진강%왕장근%왕평%왕강%리령지%오월
鱿鱼%结构设计%渔业%钓机%海上测试
魷魚%結構設計%漁業%釣機%海上測試
우어%결구설계%어업%조궤%해상측시
squids%structural design%fishing%jigging machine%sea trials
为提升鱿鱼钓机国产化水平,该文针对鱿鱼钓机的动力系统、控制系统、保护装置及控制面板等关键部件进行了改进设计。动力系统采用交流伺服驱动器结合交流伺服永磁同步电机的运行模式。控制系统包括放线程序、诱钓程序收线程序和收工程序子控制系统。显示操作面板采用数码管显示器和图文显示屏相结合的方式,可根据不同海况和钓捕要求调节作业参数。在保护装置方面设计了智能防过载功能,0位(重锤位于海平面的位置)及上限位置保护和缺相报警措施。海上测试结果表明试验机运行稳定,试验机20 d渔获量为2493 kg,试验机渔获量与对照机无显著性差异(P>0.05)。
為提升魷魚釣機國產化水平,該文針對魷魚釣機的動力繫統、控製繫統、保護裝置及控製麵闆等關鍵部件進行瞭改進設計。動力繫統採用交流伺服驅動器結閤交流伺服永磁同步電機的運行模式。控製繫統包括放線程序、誘釣程序收線程序和收工程序子控製繫統。顯示操作麵闆採用數碼管顯示器和圖文顯示屏相結閤的方式,可根據不同海況和釣捕要求調節作業參數。在保護裝置方麵設計瞭智能防過載功能,0位(重錘位于海平麵的位置)及上限位置保護和缺相報警措施。海上測試結果錶明試驗機運行穩定,試驗機20 d漁穫量為2493 kg,試驗機漁穫量與對照機無顯著性差異(P>0.05)。
위제승우어조궤국산화수평,해문침대우어조궤적동력계통、공제계통、보호장치급공제면판등관건부건진행료개진설계。동력계통채용교류사복구동기결합교류사복영자동보전궤적운행모식。공제계통포괄방선정서、유조정서수선정서화수공정서자공제계통。현시조작면판채용수마관현시기화도문현시병상결합적방식,가근거불동해황화조포요구조절작업삼수。재보호장치방면설계료지능방과재공능,0위(중추위우해평면적위치)급상한위치보호화결상보경조시。해상측시결과표명시험궤운행은정,시험궤20 d어획량위2493 kg,시험궤어획량여대조궤무현저성차이(P>0.05)。
The squid resource is rich and widely distributed, which is an important economic cephalopod fishery resources. Squid jigging fishery is one of pillar industry in China ocean fisheries. There are 2 kinds of operation form in squid jigging fishery, one is hand line and the other is squid jigging machine. As a major component of squid jigging fishery, the squid jigging machine relies on import currently and the domestic research is still in a primary stage. To enhance the localization level of squid jigging machine, the improved design of power system, control system, control panel and protection device which are the main parts of squid jigging machine are discussed in detail. The overall structure is consisted of machine case and roller. The motor, reducer, control power, intelligent module, controller and a driver with protection circuit are installed in the machine case. The control power, intelligent module and driver connect with the controller through socket outlet, which is convenient for components maintenance and replacement. The power system of squid jigging machine adopts AC servo drive combined with AC servo permanent magnet synchronous motor. The encoder installed on the motor shaft back-end, which resolution is 210 pulses per revolution. The overload capacity is three times the rated torque. The response frequency of frequency converter is 2 kHz and the speed range is 1:10 000. The improved power system have the advantages of fast response, wide range of speed and complete protecting functions. The control system including fishing line releasing sub-control system, fishhook shaking sub-control system, fishing line rolling up sub-control system and the stop sub-control system. The control panel matches the digital tube display with graphic display screen, which is made of light emitting diode display, dot-matrix graphic liquid crystal display, status indicator lamp, alarm buzzer, main control chip, waterproof panel and waterproof box. The new graphic display can provide detailed technical data and real-time information of squid jigging machine. Through the compare of display content, operator can get more information of human-computer interaction, which improves the reliability and usability. The intelligent anti-overloading function, 0 position and limit position protection and the lack of phase alarm measures were designed as protection device. The intelligent anti-overloading function can limit the output of the power system to avoid overload operation, and can allow the machine operating over the rated torque under the low load rate condition to reduce the failure rate of power system. The sea trials were conducted in the waters off Peru squid fishing grounds from June 23 to July 12, 2014. The MY-7 squid jigging machine made by Japan Towa Denki Seisakusho CO, LTD was served as control machine. The results showed that the experimental squid jigging machine operated stability and the total catch was 2 493 kg. The total catch of control machine was 2 472 kg. T-test result shows that there was no significant difference between the experimental machine and the control machine (P>0.05).