CN209002653U - A kind of band bilayer slidably half novel fishing device - Google Patents

Abstract

The utility model discloses a kind of band bilayer slidably half novel fishing devices, it is related to fishing gear technical field, and the fish-catching apparatus gates rope, lifting rope, cuboid dictyosome structure and underwater video monitoring device composition by sunpender, foam floating body；Cuboid dictyosome structure into the water when, the inside and outside layer at left and right sides of dictyosome structure slidably moves down into bottom for half automatically under the effect of gravity, and upper end forms an open space；Observe that fish shrimp crab catches on the triangle body on gate rope with sunpender after the entrance of dictyosome structure both sides and above mentions by underwater video device, driving the rope that mentions of the left and right sides makes the outer layer of the left and right sides slidably move up to form an enclosure space for half, is greatly improved fishing efficiency in this way；The depth of the utility model into the water can be adjusted by rope length, slidably half it is ingenious in design, have many advantages, such as that long-range monitoring, simple process, convenient and practical, structurally reasonable, fishing efficiency is high.

Description

A kind of band bilayer slidably half novel fishing device

Technical field

The utility model relates to fishing gear technical field, specially a kind of band bilayer slidably half novel fishing device.

Background technique

Currently, the staff fished on the pond of small area, river, river, lake generally pass through fishing tackle, cast net, The tools such as seine are fished, and need user skillfully to grasp related art using this method, while all by tool fault etc. Multifactor influence, fish shrimp crab are easy to escape, and capturing efficiency is low.

Utility model content

It is above-mentioned to solve the purpose of this utility model is to provide a kind of band bilayer slidably half novel fishing device The problem of being proposed in background technique.To achieve the above object, the utility model provides the following technical solutions: a kind of band bilayer can be slided Dynamic half novel fishing device, including a sunpender, a foam floating body, gate rope, a lifting rope, a cuboid Dictyosome structure and a set of underwater video monitoring device；Wherein: the sunpender, for catching on the round hanging ring on foam floating body By dictyosome structure put into water in, or catch on the triangle body on foam floating body above mention can drive the left and right sides the rope that mentions make dictyosome knot Outer layer at left and right sides of structure slidably closes and dictyosome structure is put on bank for half；The foam floating body is for carrying into the water Dictyosome structure, be equipped with three holes above, be each passed through gate rope, lifting rope and underwater camera connecting line；Gate rope lower end It is connected respectively with the rope that mentions on the outer layer of the left and right sides slidably half, a triangle body is bound in upper end, when gate rope moves down Triangle body is stuck on foam floating body, and pull-up triangle body, which can drive, to be mentioned a rope outer layer is made slidably to move up to form a closing for half Space；The lifting rope lower end is connected with dictyosome structure top layer midpoint, and a round hanging ring is bound in upper end, and circle is hung when lifting rope moves down Ring is stuck on foam floating body, makes the dictyosome structure of foam floating body carrying into the water；The cuboid dictyosome structure includes left and right The respectively arranged outer layer in two sides slidably half, internal layer slidably half and fix front and back side wire side, top layer wire side and Bottom wire side；Cuboid dictyosome structure into the water when, the outer layer of the left and right sides slidably half and internal layer slidably half Bottom end is slipped down under gravity automatically, upper end then forms an open space；Fishes and shrimps are observed by underwater video device Crab after entering from dictyosome structure both sides i.e. available sunpender catch on the dynamic left and right sides of belt on the triangle body on gate rope mention a rope The outer layer of the left and right sides is set slidably to move up to form an enclosure space for half, fish can not escape, and being further continued for firmly will be in net Body structure puts on bank；After dictyosome structure hangs on bank, while two slidably on half of the inside and outside layer of upper bill of lading side mention door Rope slidably can slidably lift simultaneously internal layer for half for half with outer layer, facilitate the fish taken out and captured；Dictyosome structural base There is a bait hook, is used for placing bait；The underwater video monitoring device includes one fixed to underwater in dictyosome structure Camera and fixed to the display on sunpender, for observing the fish shrimp crab situation for entering dictyosome structure.

Compared with prior art, the utility model has the beneficial effects that the depth of the novel fishing device into the water Can be adjusted by the length of rope, slidably half it is ingenious in design, dictyosome structure is easily placed, the left and right sides it is inside and outside Layer slidably half move down after form very big open space, a large amount of fish shrimp crabs can be attracted to enter by bait, use sunpender Catching on the rope that mentions of the dynamic left and right sides of belt on the triangle body on gate rope makes the outer layer of the left and right sides slidably move up shape for half At an enclosure space, fishing efficiency can be greatly improved in this way；The fish-catching apparatus has long-range monitoring, simple process, conveniently The advantages that practical, structurally reasonable, fishing efficiency is high.

Detailed description of the invention

Fig. 1 be the utility model on the left of it is inside and outside two layers slidably half simultaneously move down to be formed open cell structures signal Figure

In figure: 1 sunpender, 2 foam floating bodies, 3 gate ropes, 4 lifting ropes, 5 cuboid dictyosome structures, 6 underwater cameras, 7 outer layers Slidably half, 8 internal layers slidably half, the triangle body on 9 gate ropes, the round hanging ring on 10 lifting ropes, 11 underwater cameras Connecting line, 12 outer layers slidably mention rope, 13 internal layers slidably mentioning a rope, 14 bait hooks, 15 showing on half on half Device

Fig. 2 is that outer layer slidably moves up the enclosure space structural schematic diagram formed when closing for half on the left of the utility model

In figure: 1 sunpender, 2 foam floating bodies, 3 gate ropes, 4 lifting ropes, 5 cuboid dictyosome structures, 6 underwater cameras, 7 outer layers Slidably half, 8 internal layers slidably half, the triangle body on 9 gate ropes, the round hanging ring on 10 lifting ropes, 11 underwater cameras Connecting line, 12 outer layers slidably mention rope, 13 internal layers slidably mentioning a rope, 14 bait hooks, 15 showing on half on half Device

Fig. 3 be the utility model on the left of it is inside and outside two layers slidably half simultaneously move up to be formed open cell structures signal Figure

In figure: 1 sunpender, 2 foam floating bodies, 3 gate ropes, 4 lifting ropes, 5 cuboid dictyosome structures, 6 underwater cameras, 7 outer layers Slidably half, 8 internal layers slidably half, the triangle body on 9 gate ropes, the round hanging ring on 10 lifting ropes, 11 underwater cameras Connecting line, 12 outer layers slidably mention rope, 13 internal layers slidably mentioning a rope, 14 bait hooks, 15 showing on half on half Device

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of band bilayer slidably half novel fishing Device, including sunpender 1, foam floating body 2, gate rope 3, lifting rope 4, cuboid dictyosome structure 5, underwater video monitoring device, it is described Dictyosome structure 5 is put into water for catching on the round hanging ring 10 on foam floating body 2, or caught on foam floating body 2 by sunpender 1 Triangle body 9 above mentions, and the rope 12 that mentions of the left and right sides can be driven to make outer layer slidably half 7 closing of 5 left and right sides of dictyosome structure And dictyosome structure 5 is put on into bank；The foam floating body 2 is used to carry dictyosome structure 5 into the water, is equipped with three holes above, point Rope 3, lifting rope 4 and underwater camera connecting line 11 Chuan Guo not gated；Outer layer of 3 lower ends of the gate rope respectively with the left and right sides can The rope 12 that mentions in sliding half is connected, and a triangle body 9 is bound in upper end, and triangle body is stuck in foam floating body 2 when gate rope moves down On, the rope 12 that mentions of the left and right sides can be driven to make outer layer slidably half of the left and right sides when triangle body is by upward pulling force 7 move up to form an enclosure space；4 lower end of lifting rope is connected with 5 top layer midpoint of dictyosome structure, and upper end is bound a circle and hung Ring 10, circle hanging ring 10, which is stuck in, when lifting rope 4 moves down makes the dictyosome structure 5 of the carrying of foam floating body 2 into the water 2 on foam floating body； The cuboid dictyosome structure 5 include the respectively arranged outer layer in the left and right sides slidably half 7, internal layer slidably half 8 and Front and back side wire side, top layer wire side and the bottom wire side fixed；Cuboid dictyosome structure 5 into the water when, the left and right sides it is outer Slidably half 7 and internal layer slidably slip down to bottom end for half 8 to layer automatically under the effect of gravity, and upper end then forms an opening Space；When the triangle body 9 on gate rope is by upward pulling force, the rope that mentions of the left and right sides is driven to make the outer layer of the left and right sides Slidably move up for half 7 to form an enclosure space；Two slidably on half of unilateral inside and outside layer are pulled up simultaneously mentions a rope 12-13 can slidably half 7 and internal layer slidably lift for half 8 simultaneously by outer layer；Dictyosome structural base is equipped with a bait hook 14, it is used for placing bait；The underwater video monitoring device includes the underwater camera being fixed in cuboid dictyosome structure 5 First 6 displays 15 being fixed on sunpender 1, for observing the fish shrimp crab situation for entering dictyosome structure 5.

Working principle: adjusting the length of gate rope 3 and lifting rope 4 according to water depth, and the length of gate rope 3 should be enough to guarantee The inside and outside sliding door of the left and right sides can be displaced downwardly to bottom end；The round hanging ring 10 on lifting rope is caught on rectangle net with sunpender 1 Body structure 5 into the water, the outer layer of the left and right sides slidably half 7 and internal layer slidably half 8 it is automatic under the effect of gravity Bottom end is slipped down to, upper end then forms an open space；When observing that fish shrimp crab is left from dictyosome structure 5 by underwater video device Right two sides after entering i.e. available sunpender 1 catch on the rope 12 that mentions of the dynamic left and right sides of belt on the triangle body 9 on gate rope and make left and right The outer layer of two sides slidably moves up for half 7 to form an enclosure space, and fish can not escape, and continuing firmly will be in dictyosome structure 5 Hang on bank；After dictyosome structure hangs on bank, while two slidably on half of the upper inside and outside layer in bill of lading side mention a rope 12-13 Can by outer layer, slidably half 7 and internal layer slidably lift for half 8 simultaneously, facilitate the fish taken out and captured；Again with sunpender 1 net Body structure 5, which is hung, to be lauched, this process of iterative cycles can realize continuous fishing；The fish-catching apparatus fishing efficiency is high, easy to operate.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (7)

1. a kind of band bilayer slidably half novel fishing device, which is characterized in that floating including a sunpender, a foam Body, a gate rope, a lifting rope, a cuboid dictyosome structure and a set of underwater video monitoring device, the gate rope A triangle body is bound in aperture on the foam floating body, upper end, and triangle body can be stuck in foam floating body when gate rope moves down On, lower end is connect with a midpoint laterally restricted on the cuboid dictyosome structure top layer wire side is arranged in, both ends of laterally restricting It is connected respectively with the rope midpoint that mentions on top layer wire side on the outer layer sliding door of the left and right sides, on the outer layer sliding door of the left and right sides Mention rope both ends be each passed through the aperture of cuboid dictyosome structure top long side end downwards with half sliding door of outer layer, two side door Column is connected, when the cuboid dictyosome structure into the water when, slidably half and internal layer be slidably for the outer layer of the left and right sides Half slips down to bottom end automatically under the effect of gravity, and upper end then forms an open space；When gate rope on triangle body by When to upward pulling force, gate rope is driven to move up pulling laterally rope, what laterally rope pulled the left and right sides again mentions a rope, makes left and right two The outer layer of side slidably moves up to form an enclosure space for half.

2. band bilayer according to claim 1 slidably half novel fishing device, which is characterized in that the sunpender, Dictyosome structure is put into water for catching on the round hanging ring on foam floating body, or the triangle body caught on foam floating body above mentions then The rope that mentions of the left and right sides, which can be driven, makes the outer layer at left and right sides of dictyosome structure slidably close and put on dictyosome structure for half Bank.

3. band bilayer according to claim 1 slidably half novel fishing device, which is characterized in that the foam is floating Body is used to carry dictyosome structure into the water, is equipped with three holes above, is each passed through gate rope, lifting rope is connected with underwater camera Line.

4. band bilayer according to claim 1 slidably half novel fishing device, which is characterized in that the gate rope For controlling sliding up and down for rectangle dictyosome mechanism outer layer sliding half, an open or closed space is formed.

5. band bilayer according to claim 1 slidably half novel fishing device, which is characterized in that under the lifting rope End is connected with dictyosome structure top layer midpoint, and a round hanging ring is bound in upper end, and circle hanging ring is stuck in foam floating body when lifting rope moves down On, make the dictyosome structure of foam floating body carrying into the water.

6. band bilayer according to claim 1 slidably half novel fishing device, which is characterized in that the cuboid Dictyosome structure includes the respectively arranged outer layer slidably half in the left and right sides, internal layer slidably half and the front and back side that fixes Wire side, top layer wire side and bottom wire side；Dictyosome structural base is equipped with a bait hook, is used for placing bait.

7. band bilayer according to claim 1 slidably half novel fishing device, which is characterized in that the underwater view Frequency monitoring device includes the underwater camera being fixed in cuboid dictyosome structure and a display being fixed on sunpender Device, for observing the fish shrimp crab situation for entering dictyosome structure.