Mine-fishing rope for fishing torpedo in sea
Technical Field
The invention relates to a torpedo-fishing rope for fishing torpedo in the sea.
Background
At present, a rope is generally directly wound on the surface of the torpedo for fishing in the sea, and the fishing state is likely to be unstable and easy to move due to the fact that the structure is used for fishing, and particularly the structure is easy to fall off due to the influence of water flow when the structure is used for fishing in water.
Disclosure of Invention
The invention provides a torpedo-fishing rope for fishing torpedo in sea, which not only has an anti-skid function, but also can effectively protect a rope body.
The invention adopts the following technical scheme: the torpedo-fishing rope mainly comprises a torpedo-fishing rope body, wherein left torpedo rope rings and right torpedo rope rings are formed by winding on two sides of the torpedo-fishing rope body, the left torpedo rope rings and the right torpedo rope rings are symmetrically distributed, and anti-falling locking devices are arranged on the torpedo-fishing rope bodies of the left torpedo rope rings and the right torpedo rope rings.
The left torpedo rope loop and the right torpedo rope loop are wound in a structure that a part of the torpedo rope body is folded into two rope body sections, the two rope body sections are fixedly connected through a fixed rope sleeve, a rope buckle is formed after the two rope body sections are connected, the rest part of the torpedo rope body passes through the rope buckle to form a torpedo lantern ring, and the anti-falling locking device is sleeved at the bottom of the rope buckle and then is propped against the rope buckle.
The anti-drop locking device comprises a main body, wherein an upper rope hole and a lower rope hole are formed in the main body from top to bottom, the upper rope hole and the lower rope hole are distributed in a staggered mode, an arc bending transition is formed between the upper rope hole and the lower rope hole, elastic clamps are arranged on two side faces of the main body, when the bailing rope penetrates into the main body from the upper rope hole, the bailing rope penetrates out from the lower rope hole after bending in sequence through the arc bending transition, and the elastic clamps on two sides extend into the arc bending transition to clamp the bailing rope of the arc bending section.
The left torpedo rope loop and the right torpedo rope loop are sleeved with wear-resistant protective sleeves. The wear-resistant protective sleeve is a polyethylene sleeve or a nylon sleeve. The torpedo-fishing rope body is a Dinima rope.
The invention has the following beneficial effects: after the technical scheme is adopted, the left torpedo rope loop and the right torpedo rope loop are sleeved at the two ends of the torpedo, a fisher pulls the torpedo rope body and then tightens the left torpedo rope loop and the right torpedo rope loop by himself, and then the anti-falling locking device is sleeved to prevent the rope fastener from loosening, so that the self-locking function of the torpedo rope loop can be ensured by adopting the winding mode, the torpedo is prevented from falling off, the anti-skid performance is good, and the stability of the torpedo during fishing is ensured. The left torpedo rope ring and the right torpedo rope ring are sleeved with the wear-resistant protective sleeves, so that the torpedo rope body can be effectively protected, and the service life is prolonged.
Drawings
Fig. 1 is a schematic structural view of the present invention.
Fig. 2 is a schematic structural view of the anti-disengagement locking device of the present invention.
Detailed Description
In fig. 1, the invention provides a torpedo rope for fishing torpedo in sea, which mainly comprises a torpedo rope body 1, a left torpedo rope ring 2 and a right torpedo rope ring 3 are formed by winding at two sides of the torpedo rope body 1, the left torpedo rope ring 2 and the right torpedo rope ring 3 are symmetrically distributed, the torpedo rope body 1 of the left torpedo rope ring 2 and the torpedo rope ring 3 is provided with an anti-disengaging locking device, the winding structure of the left torpedo rope ring 2 and the right torpedo rope ring 3 is that one part of the torpedo rope body 1 is folded into two rope body sections 5, the two rope body sections 5 are fixedly connected through a fixed rope sleeve 6, a rope buckle 7 is formed after the two rope body sections 5 are connected, a torpedo lantern ring 8 is formed after the rest part of the torpedo rope body 1 passes through the rope buckle 7, the anti-disengaging locking device is sleeved at the bottom of the rope buckle 7 and then is propped against the rope buckle, the anti-drop locking device comprises a main body 8, an upper rope hole 9 and a lower rope hole 10 are formed in the main body 8 from top to bottom, the upper rope hole 9 and the lower rope hole 10 are distributed in a staggered mode, an arc bending transition 11 is formed between the upper rope hole 9 and the lower rope hole 10, elastic clamps 12 are arranged on two side surfaces of the main body 8, when a bailing rope body 1 penetrates into the main body through the upper rope hole and then sequentially passes through the bending transition 11, the lower rope hole 10 penetrates out after bending, the elastic clamps 12 on two sides are opposite to the arc bending transition 11, the elastic clamps 12 on two sides extend into the arc bending transition 11 to clamp the bailing rope body 1 of the arc bending section 11, the left torpedo rope ring 2 and the right torpedo rope ring 3 are sleeved with a wear-resistant protection sleeve 4, the wear-resistant protection sleeve 4 is a polyethylene sleeve or a nylon sleeve, and the bailing rope body 1 is a Dinima rope.
The application process of the invention is as follows: after the left torpedo rope loop 2 and the right torpedo rope loop 3 are sleeved at two ends of a torpedo, the left torpedo rope loop 2 and the right torpedo rope loop 3 are automatically tightened after the torpedo rope body is pulled by a fisher, and then an anti-falling locking device is sleeved to prevent the rope from loosening, so that the stability of torpedo fishing is ensured.