Single-drive double-guide-column net hauling device for small and medium-sized fishing boats

Abstract

A single-drive double-guide-column net hauling device for small and medium-sized fishing boats finishes the history that an existing fishing boat net hauler can only drive a roller to hail a net by winding a net rope on the net hauler, prolongs the service life of the net rope, does not have strict technical requirements on operators, and has the advantages of the net hauling device for the existing fishing boat net hauler. When a fishing boat needs net hauling operation, a power source drives a power input shaft to transmit power to a flexible belt I, a net hauling traction mechanism of a single-drive double-guide-column small and medium-sized fishing boat net hauling device composed of a plurality of rotating wheels and the like is driven to work, then a net rope is put into the net, a moving frame is pushed through a rotating handle, and net hauling operation is completed. And a driving wheel and a plurality of rotating wheels on the movable frame are transmitted to a flexible belt II to form reaction resistance on the net rope, so that physical phenomena of wrapping, adsorption, friction and the like of the flexible belt I and the flexible belt II on the net rope are formed, a certain acting force for bonding, pulling and pulling the net rope is formed on the net rope, and the net hauling purpose is achieved.

Description

Technical Field

[0001] The invention relates to a net-lifting device of a net-lifting machine for fishing boats, which innovates the working mode of net-lifting operation and ends the history that the existing net-lifting machine for fishing boats can only rely on the net rope to wind the net-lifting machine to drive the drum to lift the net; when the net-lifting operation is performed, a special winding belt with relative flexibility is used to generate physical phenomena such as envelopment, adsorption and friction on the net rope under the action of relative pressure to form a certain force for pulling and traction of the net rope, and when the net-lifting machine is working, the relative movement of the net rope and the winding belt tends to be stationary to achieve the purpose of net lifting; the net-lifting working mode of the device can not only achieve the purpose of net lifting, but also greatly increase the initial force distribution length of the net rope, greatly reduce the single-point force in the net rope, thereby avoiding the hard wear of the net rope directly caused by the rigid driving rotary wheel when lifting the net in the past, thereby increasing the working life of the net rope, and is more conducive to subsequent digitalization, automation and unmanned transformation, belonging to the field of fishery machinery. Background Art

[0002] Trawl fishing is a fishing method with good effect and wide application range. It can be said to be the most important and largest fishing method in modern times. Generally, there are three methods: towing, stern towing and side towing. However, marine fishing is a high-risk industry. The number of deaths in fishing operations in the world is very high every year, and the safety of fishing workers is very prominent. The technical level of fishing equipment in my country's fishing vessels is far behind that of developed fishing countries, mainly manifested in the serious backwardness of fishing vessel equipment research and development, low degree of automation and high product failure rate. Fishing operations are still mainly completed manually, the working environment is relatively poor, and there are a large number of work-related accidents. The 170 relevant patents currently published on the patent information service platform were retrieved, including 34 invention patents, all of which are net ropes directly wound around the driving drum of the net lifting machine to lift the net. For example, the friction drum wheel of the net lifting is exposed and lacks protective covers and safety protection devices. Not only does it require the net rope to be in direct and tight contact with the driving drum of the net-pulling machine, but there are also professional technical requirements for the arrangement of the wound net rope on the surface of the driving drum. It needs to be operated by professionals who have passed strict training to ensure safe operation. In addition, the flexibility of the net-pulling machine is poor, the structure of the net-pulling machine is complex, and there are operational safety risks in the operation. The net-pulling machine is mainly operated by the net-pulling operator. Once an accident occurs in the net-pulling machine, most of the time, the net rope needs to be cut off and the catch needs to be abandoned, which is an extremely unfavorable situation. If the net-pulling operator cannot eliminate the safety hazards in time to operate, the fishermen's hands and feet will be entangled in the net rope and it is difficult to get out, so they are pulled into the net-pulling machine, which may cause their hands and feet to be broken at the least, or even life-threatening production safety accidents. Summary of the invention

[0003] In order to overcome the harsh working environment of fishing boats, reduce the loss of vicious production accidents caused by the hands and feet of the crew members being entangled in the net rope and being difficult to get out of the net-lifting machine, and to minimize the loss; improve the safety of crew members' accidental operation. The working mode of net-lifting operation has been innovated, mainly using a pair of special winding belts that are relatively stationary as the core, and using a pressure regulating mechanism to ensure the relative safety of net-lifting work. The winding belt is subjected to relative pressure to produce physical phenomena such as envelopment, adsorption and friction on the net rope. After the driving force is input, a certain bonding and pulling force is formed on the net rope, so that the relative movement of the net rope and the winding belt tends to be stationary when the net-lifting machine is working, so as to achieve the purpose of net-lifting; the present invention innovates the principle of net-lifting and makes up for the defects of serious safety hazards in the operation of the existing net-lifting machine. In addition, the net-lifting working mode of the device greatly increases the initial force distribution length of the net rope, thereby avoiding the hard wear of the net rope directly when the rigid driving rotary wheel is used to lift the net, thereby increasing the working life of the net rope.

[0004] The net-lifting device of the fishing boat net-lifting machine of the present invention comprises: a fixed base 1, a driving wheel 2, a power input shaft 3, a guide wheel frame I4, a guide wheel I5, a lower driving fixed frame 6, a winding belt I7, a rotating wheel III8, a reset spring positioning plate I9, a reset spring I10, a driven shaft III11, a guide sleeve I12, a guide column I13, a winding belt II14, a moving frame positioning frame 15, a moving frame 16, a screw pair 17, a handle 18, a nut pair 19, a pressing block 20, a rotating wheel IV21, a driven shaft IV22, a guide column II23, a guide sleeve II24, a reset spring II25, a driven shaft V26, a reset spring positioning plate II27, a rotating wheel V28, a guide wheel II29, a guide wheel frame II30, a rotating wheel II31, a driven shaft II32, a rotating wheel I33, a driven shaft I 34. Positioning key for power input shaft and driving wheel 35. Front end support bearing of power input shaft 36. Locking bolt III of front end cover of power input shaft 37. Front end cover of power input shaft 38. Locking bolt I of front end cover of power input shaft 39. Locking bolt III of front end cover of driven shaft III 40. Front end cover of driven shaft III 41. Locking bolt I of front end cover of driven shaft III 42. Front end support bearing of driven shaft III 43. Positioning key for driven shaft III and slewing wheel III 44. Rear end support bearing of driven shaft III 45. Locking bolt I of rear end cover of driven shaft III 46. Rear end cover of driven shaft III 47. Locking bolt III of rear end cover of driven shaft III Locking bolt I of rear end cover of power input shaft 49. Rear end cover of power input shaft 50. Locking bolt III of rear end cover of power input shaft 51. Rear end support bearing of power input shaft 52. Front end cover of driven shaft I 53. Locking bolt III of front end cover of driven shaft I 54. Front end support bearing of driven shaft I 55. Locking bolt I of front end cover of driven shaft I 56. Locking bolt III of front end cover of driven shaft IV 57. Front end support bearing of driven shaft IV 58. Locking bolt I of front end cover of driven shaft IV 59. Front end cover of driven shaft IV 60. Positioning key between driven shaft IV and rotary wheel IV 61. Rear end cover of driven shaft IV 62. Locking bolt I of rear end cover of driven shaft IV 63. Rear end support bearing of driven shaft IV 64. Locking bolt III of rear end cover of driven shaft IV 65. Locking bolt I of rear end cover of driven shaft I 66. Rear end support bearing of driven shaft I 67. Locking bolt III of rear end cover of driven shaft I 68. Rear end cover of driven shaft I 69. Positioning key between driven shaft I and rotary wheel I 70. Front end cover of driven shaft II 71. Locking bolt III of front end cover of driven shaft II 72. Front end support bearing of driven shaft II 73. Locking bolt I of front end cover of driven shaft II 74. Locking bolt III of the front cover of driven shaft V 75. Front cover of driven shaft V 76. Locking bolt I of the front cover of driven shaft V 77. Front support bearing of driven shaft V 78. Positioning key of driven shaft V and rotary wheel V 79. Support bearing at the rear end of driven shaft V 80. Locking bolt I of the rear cover of driven shaft V81. Rear end cover of driven shaft V 82. Locking bolt III of rear end cover of driven shaft V 83. Locking bolt I of rear end cover of driven shaft II 84. Rear end support bearing of driven shaft II 85. Locking bolt III of rear end cover of driven shaft II 86. Rear end cover of driven shaft II 87. Positioning key of driven shaft II and slewing wheel II 88. Locking bolt IV of front end cover of power input shaft 89. Locking bolt II of front end cover of power input shaft 90. Locking bolt IV of front end cover of driven shaft I 91. Locking bolt II of front end cover of driven shaft I 92. Locking bolt II of front end cover of driven shaft IV 93. Locking bolt II of front end cover of driven shaft II 94. Locking bolt IV of front end cover of driven shaft II 95. Locking bolt II of front end cover of driven shaft V 96. Locking bolt IV of front end cover of driven shaft V 97. Locking bolt IV of front end cover of driven shaft IV 98. Locking bolt IV of front end cover of driven shaft III 99. Locking bolt II of front cover of driven shaft III 100. Fastening bolt for connecting the left side of the movable frame positioning frame and the fixed base 101. Fastening nut for connecting the left side of the movable frame positioning frame and the fixed base 102. Fastening gasket for connecting the left side of the movable frame positioning frame and the fixed base 103. Locking bolt IV of rear end cover of power input shaft 104. Locking bolt II of rear end cover of power input shaft 105. Locking bolt IV of rear end cover of driven shaft III 106. Locking bolt II of rear end cover of driven shaft III 107. Locking bolt II of rear end cover of driven shaft III 108. Locking bolt II of rear end cover of driven shaft IV 109. Locking bolt II of rear end cover of driven shaft V 110. Locking bolt IV of rear end cover of driven shaft V 111. Fastening bolt for connecting the right side of the movable frame positioning frame and the fixed base 112. Fastening nut for connecting the right side of the movable frame positioning frame and the fixed base 113. Fastening gasket for connecting the right side of the movable frame positioning frame and the fixed base 114. Locking bolt IV of rear end cover of driven shaft II 115, driven shaft II rear end cover locking bolt II 116, driven shaft I rear end cover locking bolt IV 117, driven shaft I rear end cover locking bolt II 118, etc.

[0005] The present invention provides a net-lifting device for a net-lifting machine of a fishing vessel, which avoids frequent safety accidents during net-lifting operations. In case of emergency, non-professionals can safely control the net-lifting operation with a little guidance, and avoid the net rope being directly entangled on the driving roller of the net-lifting machine to lift the net, wherein the net-lifting friction drum is exposed and lacks a protective cover and a safety protection device. Not only is it required that the net rope and the driving drum of the net-lifting machine are in direct and tight contact with each other, but there are also professional technical requirements for the arrangement of the wound net rope on the surface of the driving drum. The operating personnel must be strictly trained by professionals to ensure the safety of the operation. The net-lifting device of the fishing boat net-lifting machine is characterized by adopting the physical characteristics of high-frequency grabbing and pulling the traction net rope that super-simulates human hands at high speed grabbing but cannot be achieved manually. The size of the combined force of the belt-type grabbing and pulling the traction net rope synthesized by the friction force and suction force of the rubber flexible winding belt on the net rope can be properly adjusted, and the traction net rope can be safely pulled to achieve the purpose of lifting the net; the driving mechanism that directly transfers the input continuous pulling force from the driving wheel to the rubber flexible winding belt, and the size adjustment mechanism of the rubber flexible winding belt transferring the input continuous pulling force, etc. constitute a single-drive double-guide column small and medium-sized fishing boat net-lifting device. The device is highly user-friendly, has a relatively simple and compact structure, is easy to manufacture, convenient to install and maintain, has high stability, long service life, is green and environmentally friendly, economical and practical, can adapt to the harsh environment of trawling fishing vessels' net-lifting operations, has a strong affinity for digitization, informatization and unmanned operations, and can fully meet the needs of existing small and medium-sized trawling fishing vessels' net-lifting operations and safety assurance. BRIEF DESCRIPTION OF THE DRAWINGS

[0006] Attached Figure 1 The middle is a front cross-sectional view of the single-drive double-guide post small and medium-sized fishing boat net-raising device of the present invention.

[0007] Attached Figure 2 The left side view of the single-drive double-guide post small and medium-sized fishing boat net-lifting device of the present invention is shown in the AA section.

[0008] Attached Figure 3 The left side view of the single-drive double-guide post small and medium-sized fishing boat net-lifting device of the present invention is II BB section

[0009] Attached Figure 4 The middle is a top view of the single-drive double-guide post small and medium-sized fishing boat net-raising device of the present invention, section IIIC-C

[0010] Attached Figure 5 The middle is a front view of the single-drive double-guide post small and medium-sized fishing boat net-raising device of the present invention

[0011] Attached Figure 6 The middle is a rear view of the single-drive double-guide post small and medium-sized fishing boat net-raising device of the present invention

[0012] Attached Figure 7 The middle is a left view of the single-drive double-guide post small and medium-sized fishing boat net-lifting device of the present invention

[0013] Attached Figure 8 The middle is a right view of the single-drive double-guide post small and medium-sized fishing boat net-raising device of the present invention

[0014] Figure 1 :1, fixed base 2, driving wheel 3, power input shaft 4, guide wheel frame I 5, guide wheel I 6, lower driving fixed frame 7, winding belt I 8, rotating wheel III 9, reset spring positioning plate I 10, reset spring I 11, driven shaft III 12, guide sleeve I 13, guide column I 14, winding belt II 15, mobile frame positioning frame 16, mobile frame 17, screw pair 18, handle 19, nut pair 20, pressure block 21, rotating wheel IV 22, driven shaft IV 23, guide column II 24, guide sleeve II 25, reset spring II 26, driven shaft V 27, reset spring positioning plate II 28, rotating wheel V 29, guide wheel II 30, guide wheel frame II 31, rotating wheel II 32, driven shaft II 33, rotating wheel I34, driven shaft I.

[0015] Figure 2 :1. Fixed base 2. Driving wheel 3. Power input shaft 7. Winding belt I 8. Rotating wheel III 11. Driven shaft III 14. Winding belt II 15. Mobile frame positioning frame 16. Mobile frame 17. Screw pair 18. Handle 20. Press block 35. Power input shaft and driving wheel positioning key 36. Front end support bearing of power input shaft 37. Front end cover locking bolt III of power input shaft 38. Front end cover of power input shaft 39. Front end cover locking bolt I of power input shaft 40. Front end cover locking bolt III of driven shaft III 41. Front end cover of driven shaft III 42. Front end cover locking bolt I of driven shaft III 43. Front end support bearing of driven shaft III 44. Positioning key of driven shaft III and rotating wheel III 45. Rear end support bearing of driven shaft III 46. Rear end cover locking bolt I of driven shaft III 47. Rear end cover of driven shaft III 48. Rear end cover locking bolt III of driven shaft III 49. Rear end cover locking bolt I of power input shaft 50. rear end cover of the power input shaft 51. locking bolt III of the rear end cover of the power input shaft 52. rear end support bearing of the power input shaft 53. front end cover of the driven shaft I 54. locking bolt III of the front end cover of the driven shaft I.

[0016] Figure 3:1, fixed base 7, winding belt I 14, winding belt II 15, mobile frame positioning frame 16, mobile frame 17, screw pair 18, handle 19, nut pair 20, pressure block 21, rotating wheel IV 22, driven shaft IV 33, rotating wheel I 34, driven shaft I 55, driven shaft I front end support bearing 56, driven shaft I front end cover locking bolt I 57, driven shaft IV front end cover locking bolt III 58, driven shaft IV front end support bearing 59, driven shaft IV front end cover locking bolt I 60, driven shaft IV front end cover 61, driven shaft IV and rotating wheel IV positioning key 62, driven shaft IV rear end cover 63, driven shaft IV rear end cover locking bolt I 64, driven shaft IV rear end support bearing 65, driven shaft IV rear end cover locking bolt III 66, driven shaft I rear end cover locking bolt I 67. Support bearing at rear end of driven shaft I 68. Locking bolt III of rear end cover of driven shaft I 69. Rear end cover of driven shaft I 70. Positioning key of driven shaft I and rotary wheel I 71. Front end cover of driven shaft II 72. Locking bolt III of front end cover of driven shaft II.

[0017] Figure 4 :1. Fixed base 7. Winding belt I 14. Winding belt II 15. Mobile frame positioning frame 16. Mobile frame 26. Driven shaft V 28. Rotating wheel V 31. Rotating wheel II 32. Driven shaft II 73. Front end support bearing I of driven shaft II 74. Front end cover locking bolt I of driven shaft II 75. Front end cover locking bolt III of driven shaft V 76. Front end cover of driven shaft V 77. Front end cover locking bolt I of driven shaft V 78. Front end support bearing of driven shaft V 79. Positioning key of driven shaft V and rotating wheel V 80. Rear end support bearing of driven shaft V 81. Rear end cover locking bolt I of driven shaft V 82. Rear end cover of driven shaft V 83. Rear end cover locking bolt III of driven shaft V 84. Rear end cover locking bolt I of driven shaft II 85. Rear end support bearing of driven shaft II 86. Rear end cover locking bolt III of driven shaft II 87, rear end cover of driven shaft II 88, positioning key of driven shaft II and rotary wheel II 89, locking bolt IV 90 of front end cover of power input shaft, locking bolt II 90 of front end cover of power input shaft.

[0018] Figure 5:1, fixed base 3, power input shaft 5, guide wheel 6, lower drive fixed frame 7, winding belt I 9, reset spring positioning plate I 10, reset spring 12, guide sleeve I 13, guide column I 14, winding belt II 15, mobile frame positioning frame 16, mobile frame 17, screw pair 18, handle 20, pressure block 23, guide column II 24, guide sleeve II 25, reset spring II 27, reset spring positioning plate II 29, guide wheel II 37, power input shaft front end cover locking bolt III 38 power input shaft front end cover 39, power input shaft front end cover locking bolt I 40, driven shaft III front end cover locking bolt III 41, driven shaft III front end cover 42, driven shaft III front end cover locking bolt I 53, driven shaft I front end cover 54, driven shaft I front end cover locking bolt III 56, driven shaft I front end cover locking bolt I 57, driven shaft IV front end cover locking bolt III 59. Locking bolt I of front cover of driven shaft IV 62. Locking bolt II of rear end cover of driven shaft IV 71. Locking bolt III of front cover of driven shaft II 72. Locking bolt III of front cover of driven shaft II 74. Locking bolt I of front cover of driven shaft II 75. Locking bolt III of front cover of driven shaft V 76. Locking bolt II of front cover of driven shaft V 77. Locking bolt I of front cover of driven shaft V 89. Locking bolt IV of front cover of power input shaft 90. Locking bolt II of front cover of power input shaft 91. Locking bolt IV of front cover of driven shaft I 92. Locking bolt II of front cover of driven shaft I 93. Locking bolt II of front cover of driven shaft IV 94. Locking bolt II of front cover of driven shaft II 95. Locking bolt IV of front cover of driven shaft II 96. Locking bolt II of front cover of driven shaft V 97. Locking bolt IV of front cover of driven shaft V 98. Locking bolt IV of front cover of driven shaft IV 99. Locking bolt IV of the front end cover of driven shaft III 100. Locking bolt II of the front end cover of driven shaft III 101. Fastening bolt 102. Fastening nut 103. Fastening gasket 103. Connecting fastening bolt 101. Connecting fastening bolt 102. Connecting fastening nut 103. Connecting fastening gasket 103.

[0019] Figure 6:1, fixed base 5, guide wheel 6, lower drive fixed frame 7, winding belt I 9, reset spring positioning plate I 10, reset spring I, 12, guide sleeve I13, guide column I 14, winding belt II 15, mobile frame positioning frame 16, mobile frame 17, screw pair 18, handle 20, pressure block 23, guide column II 24, guide sleeve II 25, reset spring II 27, reset spring positioning plate II 29, guide wheel II 46, driven shaft III rear end cover locking bolt I 47, driven shaft III rear end cover 49, power input shaft rear end cover locking bolt I 50, power input shaft rear end cover 52, power input shaft rear end support bearing 53, driven shaft I front end cover 62, driven shaft IV rear end cover 63, driven shaft IV rear end cover locking bolt I 65, driven shaft IV rear end cover locking bolt III 68. Locking bolt III of rear end cover of driven shaft I 69. Locking bolt I of rear end cover of driven shaft I 81. Locking bolt I of rear end cover of driven shaft V 82. Locking bolt I of rear end cover of driven shaft V 83. Locking bolt III of rear end cover of driven shaft V 84. Locking bolt I of rear end cover of driven shaft II 86. Locking bolt III of rear end cover of driven shaft II 87. Locking bolt IV of rear end cover of driven shaft II 104. Locking bolt IV of rear end cover of power input shaft 105. Locking bolt II of rear end cover of power input shaft 106. Locking bolt IV of rear end cover of driven shaft III 107. Locking bolt II of rear end cover of driven shaft III 108. Locking bolt II of rear end cover of driven shaft IV 109. Locking bolt IV of rear end cover of driven shaft IV 110. Locking bolt II of rear end cover of driven shaft V 111. Locking bolt IV of rear end cover of driven shaft V 112. Fastening bolts connecting the movable frame positioning frame and the right side of the fixed base 113. Fastening nuts connecting the movable frame positioning frame and the right side of the fixed base 114. Fastening gaskets connecting the movable frame positioning frame and the right side of the fixed base 115. Locking bolts IV of the rear end cover of the driven shaft II 116. Locking bolts II of the rear end cover of the driven shaft II 117. Locking bolts IV of the rear end cover of the driven shaft I 118. Locking bolts II of the rear end cover of the driven shaft I.

[0020] Figure 7 : 1. fixed base 2. driving wheel 3. power input shaft 4. guide wheel frame I 5. guide wheel I 6. lower driving fixed frame 7. winding belt I 8. rotating wheel III 9. reset spring positioning plate 10. reset spring I 12. guide sleeve I 13. guide column I 14. winding belt II 15. mobile frame positioning frame 16. mobile frame 17. screw pair 18. handle 20. pressing block.

[0021] Figure 8: 1. fixed base 3. power input shaft 6. lower drive fixed frame 7. winding belt I 14. winding belt II 15. mobile frame positioning frame 16. mobile frame 17. screw pair 18. handle 20. pressure block 23. guide column II 24. guide sleeve II 25. return spring II 27. return spring positioning plate II 28. rotary wheel V29. guide wheel II 30. guide wheel frame II 31. rotary wheel. DETAILED DESCRIPTION

[0022] The present invention will be further described below in conjunction with the accompanying drawings and implementation examples.

[0023] like Figure 1 , Figure 2 , Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8As shown, the single-drive double-guide column small and medium-sized fishing boat net lifting device comprises: a fixed base (1), a driving wheel (2), a power input shaft (3), a guide wheel frame I (4), a guide wheel I (5), a lower driving fixed frame (6), a winding belt I (7), a rotating wheel III (8), a reset spring positioning plate I (9), a reset spring I (10), a driven shaft III (11), a guide sleeve I (12), a guide column I (13), a winding belt II (14), a moving frame positioning frame (15), a moving frame (16), a screw pair (17), a handle (18), a nut pair (19), a pressure block (20), a rotating wheel IV (21), a driven shaft IV (22), a guide column II (23), a guide sleeve II (24), a reset spring II (25), and a driven shaft V (26), return spring positioning plate II (27), rotary wheel V (28), guide wheel II (29), guide wheel frame II (30), rotary wheel II (31), driven shaft II (32), rotary wheel I (33), driven shaft I (34), power input shaft and driving wheel positioning key (35), power input shaft front end support bearing (36), power input shaft front end cover locking bolt III (37), power input shaft front end cover (38), power input shaft front end cover locking bolt I (39), driven shaft III front end cover locking bolt III (40), driven shaft III front end cover (41), driven shaft III front end cover locking bolt I (42), driven shaft III front end support bearing (43), driven shaft III and rotary wheel frame II (31), driven shaft II (32), driven shaft II (33), driven shaft I (34), driven shaft II (34), driven shaft II (35), driven shaft II (36), driven shaft II (37), driven shaft II (38), driven shaft II (39), driven shaft III front end cover locking bolt III (40), driven shaft III front end cover (41), driven shaft III front end cover locking bolt I (42), driven shaft III front end support bearing (43), driven shaft III and rotary wheel frame II (34), driven shaft III and rotary wheel frame II (35), driven shaft III and rotary wheel frame II (36), driven shaft II (37), driven shaft III and rotary wheel frame II (3 ... Rotor III positioning key (44), driven shaft III rear end support bearing (45), driven shaft III rear end cover locking bolt I (46), driven shaft III rear end cover (47), driven shaft III rear end cover locking bolt III (48), power input shaft rear end cover locking bolt I (49), power input shaft rear end cover (50), power input shaft rear end cover locking bolt III (51), power input shaft rear end support bearing (52), driven shaft I front end cover (53), driven shaft I front end cover locking bolt III (54), driven shaft I front end support bearing (55), driven shaft I front end cover locking bolt I (56), driven shaft IV front end cover locking bolt III (57), driven shaft IV front end support bearing (5 8), locking bolt I (59) of front end cover of driven shaft IV, front end cover of driven shaft IV (60), locating key (61) of driven shaft IV and rotary wheel IV, rear end cover (62) of driven shaft IV, locking bolt I (63) of rear end cover of driven shaft IV, rear end support bearing (64) of driven shaft IV, locking bolt III (65) of rear end cover of driven shaft IV, locking bolt I (66) of rear end cover of driven shaft I, rear end support bearing (67) of driven shaft I, locking bolt III (68) of rear end cover of driven shaft I, rear end cover (69) of driven shaft I, locating key (70) of driven shaft I and rotary wheel I, front end cover (71) of driven shaft II, locking bolt III (72) of front end cover of driven shaft II, front end support bearing (73) of driven shaft II,Front end cover locking bolt I (74) of driven shaft II, front end cover locking bolt III (75) of driven shaft V, front end cover (76) of driven shaft V, front end cover locking bolt I (77) of driven shaft V, front end support bearing (78) of driven shaft V, positioning key (79) of driven shaft V and slewing wheel V, rear end support bearing (80) of driven shaft V, rear end cover locking bolt I (81) of driven shaft V, rear end cover (82) of driven shaft V, rear end cover locking bolt III (83) of driven shaft V, rear end cover locking bolt I (84) of driven shaft II, rear end support bearing (85) of driven shaft II, rear end cover locking bolt III (86) of driven shaft II, Driven shaft II rear end cover (87), driven shaft II and slewing wheel II positioning key (88), power input shaft front end cover locking bolt IV (89), power input shaft front end cover locking bolt II (90), driven shaft I front end cover locking bolt IV (91), driven shaft I front end cover locking bolt II (92), driven shaft IV front end cover locking bolt II (93), driven shaft II front end cover locking bolt II (94), driven shaft II front end cover locking bolt IV (95), driven shaft V front end cover locking bolt II (96), driven shaft V front end cover locking bolt IV (97), driven shaft IV front end cover locking bolt IV (98) , driven shaft III front end cover locking bolt IV (99), driven shaft III front end cover locking bolt II (100), mobile frame positioning frame and fixed base left side connection fastening bolt (101), mobile frame positioning frame and fixed base left side connection fastening nut (102), mobile frame positioning frame and fixed base left side connection fastening gasket (103), power input shaft rear end cover locking bolt IV (104), power input shaft rear end cover locking bolt II (105), driven shaft III rear end cover locking bolt IV (106), driven shaft III rear end cover locking bolt II (107), driven shaft IV rear end cover locking bolt II (108), driven shaft IV rear end cover locking bolt II (109), driven shaft IV rear end cover locking bolt II (110), driven shaft IV rear end cover locking bolt II (111), driven shaft IV rear end cover locking bolt II (112), driven shaft IV rear end cover locking bolt II (113), driven shaft IV rear end cover locking bolt IV (114), driven shaft III rear end cover locking bolt II (115), driven shaft IV rear end cover locking bolt II (116), driven shaft III rear end cover locking bolt II (117), driven shaft IV rear end cover locking bolt II (118), driven shaft IV rear end cover locking bolt II (119), driven shaft IV rear end cover locking bolt II (111), driven shaft IV rear end cover locking bolt IV (112), driven shaft IV rear end cover locking bolt II (113), driven shaft IV rear end cover locking bolt IV (114), driven shaft III rear end cover locking bolt II (115), driven shaft III rear end cover locking bolt II (116), driven shaft III rear end cover locking bolt II (117), driven shaft IV rear end cover locking bolt II (118), driven shaft IV rear end cover locking bolt II (119), driven shaft IV rear end cover locking bolt 8), locking bolt IV (109) of the rear end cover of the driven shaft IV, locking bolt II (110) of the rear end cover of the driven shaft V, locking bolt IV (111) of the rear end cover of the driven shaft V, fastening bolt (112) connecting the movable frame positioning frame and the right side of the fixed base, fastening nut (113) connecting the movable frame positioning frame and the right side of the fixed base, fastening gasket (114) connecting the movable frame positioning frame and the right side of the fixed base, locking bolt IV (115) of the rear end cover of the driven shaft II, locking bolt II (116) of the rear end cover of the driven shaft II, locking bolt IV (117) of the rear end cover of the driven shaft I, locking bolt II (118) of the rear end cover of the driven shaft I, etc. Rotating wheel III (8), reset spring positioning plate I (9), reset spring I (10), driven shaft III (11), guide sleeve I (12), guide column I (13), winding belt II (14), moving frame positioning frame (15), moving frame (16), screw pair (17), handle (18), nut pair (19), pressure block (20), rotating wheel IV (21),The driven shaft IV (22), the guide column II (23), the guide sleeve II (24), the return spring II (25), the driven shaft V (26), the return spring positioning plate II (27), the rotating wheel V (28) and the like constitute an adjustment mechanism for the combined force of the traction rope of the net-lifting device of a single-drive double-guide column small and medium-sized fishing vessel; the fixed base (1), the driving wheel (2), the power input shaft (3), the lower driving fixed frame (6), the winding belt I (7), the rotating wheel III (8), the driven shaft III (11), the winding belt II (14), the moving frame positioning frame (15), the moving frame (16), the rotating wheel IV (21), the driven shaft IV (22), the driven shaft V (26), the rotating wheel V (28), the rotating wheel II (31), the driven shaft I I (32), a rotating wheel I (33), a driven shaft I (34), etc. constitute a net-lifting traction mechanism of a single-drive double-guide column small and medium-sized fishing boat net-lifting device; a guide wheel frame I (4), a guide wheel I (5), a guide wheel II (29), a guide wheel frame II (30), etc. constitute an auxiliary net rope arrangement mechanism of the single-drive double-guide column small and medium-sized fishing boat net-lifting device; a driving wheel (2), a power input shaft (3), a winding belt I (7), a rotating wheel II (31), a driven shaft II (32), a rotating wheel I, a driven shaft I (34), a power input shaft and a driving wheel positioning key (35), a driven shaft I and a rotating wheel I positioning key (70), a driven shaft II and a driven rotating wheel II positioning key (88), etc. constitute a power transmission device for traction of a net rope of a single-drive double-guide column small and medium-sized fishing boat net-lifting device. The power input shaft (3) is mounted on the driving wheel (2) and positioned by the positioning key (35) between the power input shaft and the driving wheel; the driven shaft I (34) is mounted on the rotating wheel I (33) and positioned by the positioning key (70) between the driven shaft I and the rotating wheel I; the driven shaft II (32) is mounted on the rotating wheel II (31) and positioned by the positioning key (88) between the driven shaft II and the rotating wheel II; and then they are respectively mounted on the lower driving fixed frame (6); and then the front end support bearing (36) of the power input shaft, the rear end support bearing (52) of the power input shaft, the front end support bearing (55) of the driven shaft I, the rear end support bearing (67) of the driven shaft I, the front end support bearing (73) of the driven shaft II, and the rear end support bearing (85) of the driven shaft II are respectively mounted, and then the power input shaft is respectively mounted. The front end cover (38) of the input shaft, the rear end cover (50) of the power input shaft, the front end cover (53) of the driven shaft I, the rear end cover (69) of the driven shaft I, the front end cover (71) of the driven shaft II, and the rear end cover (87) of the driven shaft II are respectively tightened with the front end cover locking bolts I (39) of the power input shaft, the front end cover locking bolts II (90) of the power input shaft, the front end cover locking bolts III (37) of the power input shaft, the front end cover locking bolts IV (89) of the power input shaft, the rear end cover locking bolts I (49) of the power input shaft, the rear end cover locking bolts II (105) of the power input shaft, the rear end cover locking bolts III (51) of the power input shaft, the rear end cover locking bolts IV (104) of the power input shaft, the front end cover locking bolts I (56) of the driven shaft I,Driven shaft I front end cover locking bolt II (92), driven shaft I front end cover locking bolt III (54), driven shaft I front end cover locking bolt IV (91), driven shaft I rear end cover locking bolt I (66), driven shaft I rear end cover locking bolt II 118, driven shaft I rear end cover locking bolt III (68), driven shaft I rear end cover locking bolt IV 117. After tightening, the driven shaft II front end cover locking bolts I (74), the driven shaft II front end cover locking bolts II (94), the driven shaft II front end cover locking bolts III (72), the driven shaft II front end cover locking bolts IV (95), the driven shaft II rear end cover locking bolts I (84), the driven shaft II rear end cover locking bolts II (116), the driven shaft II rear end cover locking bolts III (86), and the driven shaft II rear end cover locking bolts IV (115) are installed in the fixed base (1); the driven shaft III (11) is put on the rotary wheel III (8), and the driven shaft III and rotary wheel III positioning keys (44) are used to position the driven shaft III and rotary wheel III. The driving shaft IV (22) is sleeved onto the rotating wheel IV (21) and positioned by the positioning key (61) between the driven shaft IV and the rotating wheel IV, and then the driven shaft V (26) is sleeved onto the rotating wheel V (28), and then positioned by the positioning key (79) between the driven shaft V and the rotating wheel V. Then, the driven shaft III front end support bearing (43), the driven shaft III rear end support bearing (45), the driven shaft IV front end support bearing (58), the driven shaft IV rear end support bearing (64), the driven shaft V front end support bearing (78), and the driven shaft V rear end support bearing (80) are installed respectively, and then the driven shaft III front end cover (41), the driven shaft III rear end cover (47), The driven shaft IV front end cover (60), the driven shaft IV rear end cover (62), the driven shaft V front end cover (76), the driven shaft V rear end cover (82), are then respectively installed in the moving frame (16), and then the driven shaft III front end cover locking bolt I (42), the driven shaft III front end cover locking bolt II (100), the driven shaft III front end cover locking bolt III (40), the driven shaft III front end cover locking bolt IV (99), the driven shaft III rear end cover locking bolt I (46), the driven shaft III rear end cover locking bolt II (107), the driven shaft III rear end cover locking bolt III (48), the driven shaft III rear end cover locking bolt Tightening bolt IV (106), locking bolt I (59) of front cover of driven shaft IV, locking bolt II (93) of front cover of driven shaft IV, locking bolt III (57) of front cover of driven shaft IV, locking bolt IV (98) of front cover of driven shaft IV, locking bolt I (63) of rear cover of driven shaft IV, locking bolt II (108) of rear cover of driven shaft IV, locking bolt III (65) of rear cover of driven shaft IV, locking bolt IV (109) of rear cover of driven shaft IV, locking bolt I (77) of front cover of driven shaft V, locking bolt II (96) of front cover of driven shaft V, locking bolt III (75) of front cover of driven shaft V,The driven shaft V front end cover locking bolt IV (97), the driven shaft V rear end cover locking bolt I (81), the driven shaft V rear end cover locking bolt II, the driven shaft V rear end cover locking bolt III (83), the driven shaft V rear end cover locking bolt IV (111), and then respectively install the guide sleeve I (12) and the guide sleeve II (24) and the guide column I (13) and the guide column II (23) pre-installed on the movable frame positioning frame (15) and respectively cover the return spring I (10) and the return spring II (25), and then insert them into the return spring positioning plate I (9) and the return spring positioning plate II (27), and finally use the lifting equipment to connect the movable frame positioning frame with the fixed base (1) by the fastening bolt (101) on the left side of the movable frame positioning frame and the fixed base, and the fastening nut (101) on the left side of the movable frame positioning frame and the fixed base 02), the mobile frame positioning frame is connected to the left side of the fixed base with a fastening gasket (103), the mobile frame positioning frame is connected to the right side of the fixed base with a fastening bolt (112), the mobile frame positioning frame is connected to the right side of the fixed base with a fastening nut (113), and the mobile frame positioning frame is connected to the right side of the fixed base with a fastening gasket (114) so ​​that the mobile frame positioning frame (15) and the fixed base (1) are connected and fastened into a whole, and then the guide wheel frame I (4), guide wheel I (5) and guide wheel II (29), and guide wheel frame II (30) are installed on the fixed base (1), and finally the nut pair (19) is installed on the mobile frame positioning frame (15), and the pressure block (20) and the screw pair (17) screwed into the nut pair (19) and the handle (18) are inserted between the mobile frame positioning frame (15) and the mobile frame (16) to form a single-drive double-guide column small and medium-sized fishing boat net lifting device.

[0024] The method of use of the present invention is:

[0025] The single-drive double-guide column small and medium-sized fishing boat net-lifting device has innovated the working method of net-lifting operation, ending the history of existing fishing boat net-lifting machines that can only rely on net ropes to wrap around the net-lifting machine to drive the drum to lift the net, and improving the working life of the net rope. It does not require strict technical training for operators. In addition to retaining the advantages of the previous fishing boat net-lifting machine, it has a strong affinity for digitalization, informatization and unmanned operation, and can fully meet the needs of existing small and medium-sized trawling fishing boats for net-lifting operations and safety assurance; Figure 1 , Figure 2It has a strong affinity with the power source and can be arranged at the position of the original drum net-lifting device as required. When the fishing boat needs to lift the net, the crew can start the power source to drive the power input shaft (3) to transmit to the winding belt I (7), drive the rotating wheel II (31), the rotating wheel I (33) and other components to work. The net-lifting traction mechanism of the single-drive double-guide column small and medium-sized fishing boat net-lifting device is now inserted into the net rope, and the screw-nut pair (17) combined with the nut pair (19) is driven by rotating the handle (18) to convert the rotational motion input to the handle (18) into a linear motion of the pressure block (20) and push the moving frame (16) to transfer it to the rotating wheel III (11), the driven shaft IV (22) and the driven shaft V (26) respectively. 8) The rotating wheel IV (21) and the rotating wheel V (28) transmit the reaction resistance force of the net rope to the winding belt II (14) and the driving wheel (2), the rotating wheel I (33) and the rotating wheel II (31) through the winding belt I (7) to form the net rope, so that the winding belt I (7) and the winding belt II (14) produce the physical phenomena of wrapping, adsorption and friction on the net rope, and a certain bonding force is formed on the net rope under the driving of the input driving force to pull the net rope. The magnitude of the force of the traction net rope is adjusted by adjusting the handle (18), so that the relative movement of the net rope and the winding belt tends to be stationary when the net lifting machine is working, so as to achieve the purpose of net lifting. The switch of the net lifting device of the single-drive double-guide column small and medium-sized fishing boat is controlled by the switch of the power source of the net lifting machine.

Claims

1. Single-drive double-guide post small and medium-sized fishing boat net lifting device, including: Fixed base (1), driving wheel (2), power input shaft (3), guide wheel frame I (4), guide wheel I (5), lower driving fixed frame (6), winding belt I (7), rotating wheel III (8), reset spring positioning plate I (9), reset spring (10), driven shaft III (11), guide sleeve I (12), guide column I (13), winding belt II (14), mobile frame positioning frame (15), mobile frame (16), screw pair (17), handle (18), nut pair (19), pressure block (20), rotating wheel IV (21), driven shaft IV (22), guide column II (23), guide sleeve II (24), reset spring II (25), driven shaft V (26), reset spring positioning plate II (27), return Rotating wheel V (28), guide wheel II (29), guide wheel frame II (30), rotating wheel II (31), driven shaft II (32), rotating wheel I (33), driven shaft I (34), power input shaft and driving wheel positioning key (35), power input shaft front end support bearing (36), power input shaft front end cover locking bolt III (37), power input shaft front end cover (38), power input shaft front end cover locking bolt I (39), driven shaft III front end cover locking bolt III (40), driven shaft III front end cover (41), driven shaft III front end cover locking bolt I (42), driven shaft III front end support bearing (43), driven shaft III and rotating wheel III positioning key (44), driven shaft III shaft Rear end support bearing (45), rear end cover locking bolt I (46) of driven shaft III, rear end cover (47) of driven shaft III, rear end cover locking bolt III (48) of driven shaft III, rear end cover locking bolt I (49) of power input shaft, rear end cover (50) of power input shaft, rear end cover locking bolt III (51) of power input shaft, rear end support bearing (52) of power input shaft, front end cover (53) of driven shaft I, front end cover locking bolt III (54) of driven shaft I, front end support bearing (55) of driven shaft I, front end cover locking bolt I (56) of driven shaft I, front end cover locking bolt III (57) of driven shaft IV, front end support bearing (58) of driven shaft IV, front end cover locking bolt I (59) of driven shaft IV )、driven shaft IV front end cover (60), driven shaft IV and rotary wheel IV positioning key (61), driven shaft IV rear end cover (62), driven shaft IV rear end cover locking bolt I (63), driven shaft IV rear end support bearing (64), driven shaft IV rear end cover locking bolt III (65), driven shaft I rear end cover locking bolt I (66), driven shaft I rear end support bearing (67), driven shaft I rear end cover locking bolt III (68), driven shaft I rear end cover (69), driven shaft I and rotary wheel I positioning key (70), driven shaft II front end cover (71), driven shaft II front end cover locking bolt III (72), driven shaft II front end support bearing (73), driven shaft II front end cover locking bolt I (74),Front end cover locking bolt III (75) of driven shaft V, front end cover (76) of driven shaft V, front end cover locking bolt I (77) of driven shaft V, front end support bearing (78) of driven shaft V, positioning key (79) of driven shaft V and slewing wheel V, rear end support bearing (80) of driven shaft V, rear end cover locking bolt I (81) of driven shaft V, rear end cover (82) of driven shaft V, rear end cover locking bolt III (83) of driven shaft V, rear end cover locking bolt I (84) of driven shaft II, rear end support bearing (85) of driven shaft II, rear end cover locking bolt III (86) of driven shaft II, rear end cover (87) of driven shaft II, positioning key (88) of driven shaft II and slewing wheel II, front end cover locking bolt IV (89) of power input shaft , locking bolts II (90) of the front cover of the power input shaft, locking bolts IV (91) of the front cover of the driven shaft I, locking bolts II (92) of the front cover of the driven shaft I, locking bolts II (93) of the front cover of the driven shaft IV, locking bolts II (94) of the front cover of the driven shaft II, locking bolts IV (95) of the front cover of the driven shaft II, locking bolts II (96) of the front cover of the driven shaft V, locking bolts IV (97) of the front cover of the driven shaft V, locking bolts IV (98) of the front cover of the driven shaft IV, locking bolts IV (99) of the front cover of the driven shaft III, locking bolts II (100) of the front cover of the driven shaft III, fastening bolts (101) of the left side connection between the positioning frame of the mobile frame and the fixed base, The fastening nut (102), the fastening gasket (103) connecting the movable frame positioning frame and the left side of the fixed base, the locking bolt IV (104) of the rear end cover of the power input shaft, the locking bolt II (105) of the rear end cover of the power input shaft, the locking bolt IV (106) of the rear end cover of the driven shaft III, the locking bolt II (107) of the rear end cover of the driven shaft III, the locking bolt II (108) of the rear end cover of the driven shaft IV, the locking bolt IV (109) of the rear end cover of the driven shaft IV, the locking bolt II (110) of the rear end cover of the driven shaft V, the locking bolt IV (111) of the rear end cover of the driven shaft V, the fastening bolts (112) connecting the movable frame positioning frame and the right side of the fixed base, the fastening nut (113) connecting the movable frame positioning frame and the right side of the fixed base, the movable frame The positioning frame is connected to the right side of the fixed base with a fastening gasket (114), a locking bolt IV (115) of the rear end cover of the driven shaft II, a locking bolt II (116) of the rear end cover of the driven shaft II, a locking bolt IV (117) of the rear end cover of the driven shaft I, and a locking bolt II (118) of the rear end cover of the driven shaft I; a rotating wheel III (8), a reset spring positioning plate I (9), a reset spring (10), a driven shaft III (11), a guide sleeve I (12), a guide column I (13), a winding belt II (14), a movable frame positioning frame (15), a movable frame (16), a screw pair (17), a handle (18), a nut pair (19), a pressure block (20), a rotating wheel IV (21), a driven shaft IV (22), a guide column II (23),The guide sleeve II (24), the return spring II (25), the driven shaft V (26), the return spring positioning plate II (27), the rotating wheel V (28) and the like constitute an adjustment mechanism for the combined force of the traction rope of the net-lifting device of a single-drive double-guide column small and medium-sized fishing boat; the fixed base (1), the driving wheel (2), the power input shaft (3), the lower driving fixed frame (6), the winding belt I (7), the rotating wheel III (8), the driven shaft III (11), the winding belt II (14), the moving frame positioning frame (15), the moving frame (16), the rotating wheel IV (21), the driven shaft IV (22), the driven shaft V (26), the rotating wheel V (28), the rotating wheel II (31), the driven shaft II (32), the rotating wheel I (33), the driven shaft I (34) etc. constitute a net-lifting and traction mechanism of a net-lifting device for a single-drive double-guide column small and medium-sized fishing vessel; a guide wheel frame I (4), a guide wheel I (5), a guide wheel II (29), a guide wheel frame II (30) etc. constitute an auxiliary net rope arrangement mechanism of a net-lifting device for a single-drive double-guide column small and medium-sized fishing vessel; a driving wheel (2), a power input shaft (3), a winding belt I (7), a rotary wheel II (31), a driven shaft II (32), a rotary wheel I, a driven shaft I (34), a power input shaft and a driving wheel positioning key (35), a driven shaft I and a rotary wheel I positioning key (70), a driven shaft II and a driven rotary wheel II positioning key (88) etc. constitute a power transmission mechanism for traction of a net rope of a net-lifting device for a single-drive double-guide column small and medium-sized fishing vessel; a driving wheel (2 ) is positioned by the power input shaft and the driving wheel positioning key (35), the driven shaft I (34), the rotating wheel I (33) is positioned by the driven shaft I and the rotating wheel I positioning key (70), the driven shaft II (32) is mounted on the rotating wheel II (31) and the rotating wheel II positioning key (88), and then respectively installed in the lower driving fixed frame (6), and then respectively installed with the power input shaft front end support bearing (36), the power input shaft rear end support bearing (52), the driven shaft I front end support bearing (55), the driven shaft I rear end support bearing (67), the driven shaft II front end support bearing (73), the driven shaft II rear end support bearing (85), and then respectively installed with the power input shaft front end cover (38), the power input shaft rear end cover ( 50), driven shaft I front end cover (53), driven shaft I rear end cover (69), driven shaft II front end cover (71), driven shaft II rear end cover (87), and then respectively use the power input shaft front end cover locking bolt I (39), power input shaft front end cover locking bolt II (90), power input shaft front end cover locking bolt III (37), power input shaft front end cover locking bolt IV (89), power input shaft rear end cover locking bolt I (49), power input shaft rear end cover locking bolt II (105), power input shaft rear end cover locking bolt III (51), power input shaft rear end cover locking bolt IV (104), driven shaft I front end cover locking bolt I (56), driven shaft I front end cover locking bolt II (92),Driven shaft I front end cover locking bolt III (54), driven shaft I front end cover locking bolt IV (91), driven shaft I rear end cover locking bolt I (66), driven shaft I rear end cover locking bolt II 118, driven shaft I rear end cover locking bolt III (68), driven shaft I rear end cover locking bolt IV 117, driven shaft II front end cover locking bolt I (74), driven shaft II front end cover locking bolt II (94), driven shaft II front end cover locking bolt III (72), driven shaft II front end cover locking bolt IV (95), driven shaft II rear end cover locking bolt I (84), driven shaft II rear end cover locking bolt II (116), driven shaft II rear end cover locking bolt III (86), driven shaft II rear end cover After the locking bolt IV (115) is locked, it is installed into the fixed base (1); the driven shaft III (11) is put on the rotating wheel III (8) and positioned by the driven shaft III and the rotating wheel III positioning key (44); the driven shaft IV (22) is put on the rotating wheel IV (21) and positioned by the driven shaft IV and the rotating wheel IV positioning key (61); the driven shaft V (26) is put on the rotating wheel V (28) and positioned by the driven shaft V and the rotating wheel V positioning key (79); then the driven shaft III front end support bearing (43), the driven shaft III rear end support bearing (45), the driven shaft IV front end support bearing (58), the driven shaft IV rear end support bearing (64), the driven shaft V front end support bearing (78), the driven shaft V rear end support bearing (79) are installed respectively. Support bearing (80), then install the driven shaft III front end cover (41), driven shaft III rear end cover (47), driven shaft IV front end cover (60), driven shaft IV rear end cover (62), driven shaft V front end cover (76), driven shaft V rear end cover (82), and then install them into the moving frame (16) respectively, and then install the driven shaft III front end cover locking bolt I (42), driven shaft III front end cover locking bolt II (100), driven shaft III front end cover locking bolt III (40), driven shaft III front end cover locking bolt IV (99), driven shaft III rear end cover locking bolt I (46), driven shaft III rear end cover locking bolt II (107), driven shaft III rear end cover locking bolt III (48 )、driven shaft III rear end cover locking bolt IV (106), driven shaft IV front end cover locking bolt I (59), driven shaft IV front end cover locking bolt II (93), driven shaft IV front end cover locking bolt III (57), driven shaft IV front end cover locking bolt IV (98), driven shaft IV rear end cover locking bolt I (63), driven shaft IV rear end cover locking bolt II (108), driven shaft IV rear end cover locking bolt III (65), driven shaft IV rear end cover locking bolt IV (109), driven shaft V front end cover locking bolt I (77), driven shaft V front end cover locking bolt II (96), driven shaft V front end cover locking bolt III (75), driven shaft V front end cover locking bolt IV (97),The rear end cover locking bolts I (81) of the driven shaft V, the rear end cover locking bolts II of the driven shaft V, the rear end cover locking bolts III (83) of the driven shaft V, the rear end cover locking bolts IV (111) of the driven shaft V, and then the guide sleeves I (12) and the guide sleeves II (24) are respectively installed with the guide posts I (13) and the guide posts II (23) pre-installed on the movable frame positioning frame (15) and the reset springs (10) and reset springs II (25) are respectively inserted into the reset spring positioning plate I (9) and the reset spring positioning plate II (27). Finally, the movable frame positioning frame (15) and the fixed base (1) are connected by the lifting equipment by the fastening bolts (101) connecting the movable frame positioning frame and the fixed base on the left side, the fastening nuts (102) connecting the movable frame positioning frame and the fixed base on the left side, and the movable frame positioning frame The mobile frame positioning frame (15) is connected to the fixed base (1) by a fastening gasket (103), the mobile frame positioning frame is connected to the fixed base (1) by a fastening bolt (112), the mobile frame positioning frame is connected to the fixed base (1) by a fastening nut (113), and the mobile frame positioning frame is connected to the fixed base (1) by a fastening gasket (114). The mobile frame positioning frame (15) is connected and fastened to the fixed base (1) as a whole. Then, the guide wheel frame I (4), the guide wheel I (5), the guide wheel II (29), and the guide wheel frame II (30) are installed on the fixed base (1). Finally, the nut pair (19) is installed on the mobile frame positioning frame (15). A pressure block (20) and a screw pair (17) screwed into the nut pair (19) and a handle (18) are inserted between the mobile frame positioning frame (15) and the mobile frame (16) to form a single-drive double-guide column small and medium-sized fishing boat net lifting device.

2. According to claim 1, the single-drive double-guide post small and medium-sized fishing boat net-lifting device is characterized by: The rotary wheel III (8), the return spring positioning plate I (9), the return spring (10), the driven shaft III (11), the guide sleeve I (12), the guide post I (13), the winding belt II (14), the moving frame positioning frame (15), the moving frame (16), the screw pair (17), the handle (18), the nut pair (19), the pressure block (20), the rotary wheel IV (21), the driven shaft IV (22), the guide post II (23), the guide sleeve II (24), the return spring II (25), the driven shaft V (26), the return spring positioning plate II (27), the rotary wheel V (28) and the like constitute an adjustment mechanism for the combined force of the traction net rope of a single-drive double-guide post small and medium-sized fishing boat net lifting device.

3. According to claim 1, the single-drive double-guide-pillar small and medium-sized fishing boat net-lifting device is characterized by: The driving wheel (2), the power input shaft (3), the winding belt I (7), the rotating wheel II (31), the driven shaft II (32), the rotating wheel I, the driven shaft I (34), the power input shaft and the driving wheel positioning key (35), the driven shaft I and the rotating wheel I positioning key (70), the driven shaft II and the driven rotating wheel II positioning key (88) etc. constitute a power transmission mechanism for traction of a net rope of a single-drive double-guide column small and medium-sized fishing boat net lifting device.

4. According to claim 1, the single-drive double-guide post small and medium-sized fishing boat net-lifting device is characterized by: The guide wheel frame I (4), the guide wheel I (5), the guide wheel II (29), the guide wheel frame II (30) and the like constitute an auxiliary net rope arrangement mechanism of a single-drive double-guide column small and medium-sized fishing boat net-raising device.

5. According to claim 1, the single-drive double-guide post small and medium-sized fishing boat net-lifting device is characterized by: A fixed base (1), a driving wheel (2), a power input shaft (3), a lower driving fixed frame (6), a winding belt I (7), a rotating wheel III (8), a driven shaft III (11), a winding belt II (14), a movable frame positioning frame (15), a movable frame (16), a rotating wheel IV (21), a driven shaft IV (22), a driven shaft V (26), a rotating wheel V (28), a rotating wheel II (31), a driven shaft II (32), a rotating wheel I (33), a driven shaft I (34) and the like constitute a net-lifting and traction mechanism of a single-drive double-guide column small and medium-sized fishing boat net-lifting device.

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