阅读说明：本技术 东海大黄鱼野外聚鱼引鱼装置 (Open-air gathering of east sea large yellow croaker draws fish device ) 是由 严小军 祝捍皓 钱卫国 宋伟华 唐伟尧 于 2020-12-09 设计创作，主要内容包括：本发明公开了一种东海大黄鱼野外聚鱼引鱼装置,旨在提供一种能够主动诱导野外的大黄鱼聚集,并且引鱼聚鱼效果好的东海大黄鱼野外聚鱼引鱼装置。它包括聚鱼围网与野外引鱼装置,聚鱼围网呈环形,聚鱼围网的侧面上设有引入通道；野外引鱼装置包括环形传送绳、若干依次分布在环形传送绳上的空心储料器、漂浮在海面上的内浮架与外浮架、转动设置在内浮架上的内上导向轮与内下导向轮、设置在外浮架上的上端开口的储料桶、转动设置在外浮架上的第一外上导向轮、第二外上导向轮与外下导向轮及转动设置储料桶内的储料桶导向轮,内浮架漂浮在聚鱼围网内的海面上,外浮架漂浮在聚鱼围网外侧的海面上。(The invention discloses a device for gathering and guiding wild large yellow croakers in the east China sea, and aims to provide a device for gathering and guiding wild large yellow croakers in the east China sea, which can actively induce the gathering of the wild large yellow croakers and has a good effect of gathering and guiding the fishes. The fish gathering purse net comprises a fish gathering purse net and a field fish guiding device, wherein the fish gathering purse net is annular, and a guiding channel is arranged on the side surface of the fish gathering purse net; the field fish guiding device comprises an annular conveying rope, a plurality of hollow stockers sequentially distributed on the annular conveying rope, an inner floating frame and an outer floating frame floating on the sea surface, an inner upper guide wheel and an inner lower guide wheel which are rotatably arranged on the inner floating frame, a storage barrel with an upper end opening arranged on the outer floating frame, a first outer upper guide wheel rotatably arranged on the outer floating frame, a second outer upper guide wheel and an outer lower guide wheel rotatably arranged in the storage barrel, the inner floating frame floats on the sea surface in the fish gathering fence, and the outer floating frame floats on the sea surface outside the fish gathering fence.)

1. A wild fish gathering and guiding device for large yellow croakers in the east China sea is characterized by comprising a fish gathering purse net and a wild fish guiding device, wherein the fish gathering purse net is annular, the lower edge of the fish gathering purse net is tightly attached to the sea bottom through a sinker, the upper edge of the fish gathering purse net floats on the sea surface through a buoyancy device, and a guiding channel is arranged on the side surface of the fish gathering purse net;

the field fish guiding device comprises an annular conveying rope, a plurality of hollow stockers sequentially distributed on the annular conveying rope, an inner floating frame and an outer floating frame floating on the sea surface, an inner upper guide wheel and an inner lower guide wheel which are rotatably arranged on the inner floating frame, a storage barrel with an opening at the upper end arranged on the outer floating frame, a first outer upper guide wheel, a second outer upper guide wheel and an outer lower guide wheel which are rotatably arranged on the outer floating frame, and a storage barrel guide wheel which is rotatably arranged in the storage barrel,

the inner floating frame floats on the sea surface in the fish gathering purse net, the inner floating frame is tied on the sea surface in the fish gathering purse net through a balancing weight and an anchor rope, the inner upper guide wheel is positioned above the water surface, and the inner lower guide wheel is positioned below the water surface;

the outer floating frame floats on the sea surface outside the fish gathering purse net, the outer floating frame is tied on the sea surface outside the fish gathering purse net through a balancing weight and an anchor rope, the first outer upper guide wheel and the second outer upper guide wheel are positioned above the storage barrel, and the outer lower guide wheel is positioned below the water surface;

the annular conveying rope sequentially bypasses a first outer upper guide wheel, a storage vat guide wheel, a second outer upper guide wheel, an outer lower guide wheel, an inner lower guide wheel and an inner upper guide wheel, at least one of the first outer upper guide wheel, the second outer upper guide wheel and the inner upper guide wheel is a driving wheel, the annular conveying rope between the outer lower guide wheel and the inner lower guide wheel penetrates through the introducing channel, and the annular conveying rope between the outer lower guide wheel and the inner lower guide wheel is conveyed from the outer lower guide wheel to the inner lower guide wheel;

the hollow stocker comprises a hollow storage ball arranged on an annular conveying rope, a feed inlet and a water inlet hole which are arranged on the side wall of the hollow storage ball, and a material guide hopper arranged on the outer side surface of the hollow storage ball, wherein the feed inlet is positioned at the bottom of the material guide hopper, the water inlet hole is positioned at the outer side of the material guide hopper, the cross section area of the material guide hopper is gradually increased outwards from the side wall of the hollow storage ball, and when the hollow stocker is positioned on the annular conveying rope between a first outer upper guide wheel and a storage bucket guide wheel, the opening of the material guide hopper of the hollow stocker faces upwards.

2. The device for gathering and guiding the large yellow croaker in the open country as claimed in claim 1, wherein the hollow stocker further comprises an outer limiting member, an inner limiting member and a material port cylinder which are sequentially arranged on an annular conveying rope, a rope passing hole is further formed in the side wall of the hollow storage ball, the rope passing hole and the material inlet are located on two opposite sides of the hollow storage ball, the annular conveying rope sequentially passes through the material inlet and the rope passing hole, the outer limiting member is located on the outer side of the hollow storage ball, the inner limiting member and the material port cylinder are located on the inner side of the hollow storage ball, a return spring is further arranged between the material port cylinder and the inner wall of the hollow storage ball, the hollow storage ball abuts against the outer limiting member under the action of the return spring, and when the outer wall of the hollow storage ball abuts against the outer limiting member, one end of the material port cylinder passes through; when the inner wall of the hollow material storage ball is abutted to the inner limiting part, the material port cylinder is completely accommodated in the hollow material storage ball.

3. The open-air gathering of large yellow croaker of claim 1, wherein the feed opening cylinder is further provided with a tapered guide portion at an end facing the guide hopper.

4. The device for gathering and guiding the wild large yellow croaker in the east China sea according to claim 2 or 3, wherein the material guide hopper is a conical material guide hopper.

5. The device for gathering and guiding large yellow croaker in the east China sea according to claim 1, 2 or 3, wherein the opening of the material guiding hopper of the hollow material storage device faces the outer lower guide wheel when the hollow material storage device is positioned on the annular conveying rope between the outer lower guide wheel and the inner lower guide wheel.

6. The device for gathering and guiding large yellow croaker in the east China sea according to claim 1, 2 or 3, wherein the opening of the material guide hopper of the hollow material storage device faces downwards when the hollow material storage device is positioned on the annular conveying rope between the inner upper guide wheel and the inner lower guide wheel.

7. The wild large yellow croaker gathering and fish guiding device as claimed in claim 1, 2 or 3, wherein the cross-sectional area of the introducing channel is gradually reduced from the side of the seine to the center of the seine.

8. The device for gathering and guiding large yellow croakers in the open country as claimed in claim 1, 2 or 3, wherein the device for guiding large yellow croakers in the open country further comprises a rain-proof chamber disposed on the outer floating frame, the storage vat is disposed in the rain-proof chamber, rope passing openings are disposed on the side wall and the bottom wall of the rain-proof chamber, the annular conveying rope between the first outer upper guide wheel and the inner upper guide wheel passes through the rope passing opening on the side wall of the rain-proof chamber, and the annular conveying rope between the second outer upper guide wheel and the outer lower guide wheel passes through the rope passing opening on the bottom wall of the rain-proof chamber.

Technical Field

The invention relates to a fish gathering and guiding device, in particular to a wild fish gathering and guiding device for large yellow croakers in the east China sea.

Background

The fishery resource protection and recovery is a very important proposition at present, is a major strategic target for building marine ecological civilization in China, and is the guarantee of the joy of the boat mountain fishing ground. The existing artificial fish gathering and guiding mode generally adopts a mode of throwing an artificial fish reef or building a net, wherein the net building generally adopts a purse net mode, an annular net wall is arranged in an artificial fish reef area in the sea, a plurality of induction inlets are arranged on the annular net wall to attract fish to enter the annular net wall to play a role of gathering and temporarily culturing the fish, and the side tension ropes and the section ropes are generally fixed in a certain place by anchors, stones and the like, and net sheets are hung on the ropes to keep the fixing force of the anchors, the stones and the like, the buoyancy of a floater, the settling force of a net and sinkers and the like balanced so as to keep the required shape. The existing net building mode is a passive fish gathering and guiding mode, and the fish gathering and guiding effect is poor.

Disclosure of Invention

The invention aims to provide a device for leading wild large yellow croakers to gather fish, which can actively induce the wild large yellow croakers to gather and has good effect of leading the large yellow croakers to gather fish.

The technical scheme of the invention is as follows:

a wild large yellow croaker gathering and fish guiding device in the east China sea comprises a fish gathering purse net and a wild fish guiding device, wherein the fish gathering purse net is annular, the lower edge of the fish gathering purse net is clung to the sea bottom through a sinker, the upper edge of the fish gathering purse net floats on the sea surface through a buoyancy device, and a guiding channel is arranged on the side surface of the fish gathering purse net;

the field fish guiding device comprises an annular conveying rope, a plurality of hollow stockers sequentially distributed on the annular conveying rope, an inner floating frame and an outer floating frame floating on the sea surface, an inner upper guide wheel and an inner lower guide wheel which are rotatably arranged on the inner floating frame, a storage barrel with an opening at the upper end arranged on the outer floating frame, a first outer upper guide wheel, a second outer upper guide wheel and an outer lower guide wheel which are rotatably arranged on the outer floating frame, and a storage barrel guide wheel which is rotatably arranged in the storage barrel,

the inner floating frame floats on the sea surface in the fish gathering purse net, the inner floating frame is tied on the sea surface in the fish gathering purse net through a balancing weight and an anchor rope, the inner upper guide wheel is positioned above the water surface, and the inner lower guide wheel is positioned below the water surface;

the outer floating frame floats on the sea surface outside the fish gathering purse net, the outer floating frame is tied on the sea surface outside the fish gathering purse net through a balancing weight and an anchor rope, the first outer upper guide wheel and the second outer upper guide wheel are positioned above the storage barrel, and the outer lower guide wheel is positioned below the water surface;

the annular conveying rope sequentially bypasses a first outer upper guide wheel, a storage vat guide wheel, a second outer upper guide wheel, an outer lower guide wheel, an inner lower guide wheel and an inner upper guide wheel, at least one of the first outer upper guide wheel, the second outer upper guide wheel and the inner upper guide wheel is a driving wheel, the annular conveying rope between the outer lower guide wheel and the inner lower guide wheel penetrates through the introducing channel, and the annular conveying rope between the outer lower guide wheel and the inner lower guide wheel is conveyed from the outer lower guide wheel to the inner lower guide wheel;

the hollow stocker comprises a hollow storage ball arranged on an annular conveying rope, a feed inlet and a water inlet hole which are arranged on the side wall of the hollow storage ball, and a material guide hopper arranged on the outer side surface of the hollow storage ball, wherein the feed inlet is positioned at the bottom of the material guide hopper, the water inlet hole is positioned at the outer side of the material guide hopper, the cross section area of the material guide hopper is gradually increased outwards from the side wall of the hollow storage ball, and when the hollow stocker is positioned on the annular conveying rope between a first outer upper guide wheel and a storage bucket guide wheel, the opening of the material guide hopper of the hollow stocker faces upwards.

The field fish gathering and guiding device for the large yellow croakers in the east China sea specifically works as follows:

bait (powder or granular bait) of the large yellow croaker is added into the storage barrel and is transmitted on each guide wheel through the annular transmission rope, so that the hollow stocker is driven to transmit along with the annular transmission rope; in the process that the hollow stocker is conveyed along with the annular conveying rope for one circle, when the hollow stocker is positioned on the annular conveying rope between the first outer upper guide wheel and the storage bucket guide wheel and the hollow stocker enters the storage bucket, the bait in the storage bucket enters the material guide hopper and falls into the hollow storage ball through the material inlet, so that the automatic bait filling of the hollow storage ball is realized; then, the hollow storage ball filled with bait is conveyed to the annular conveying rope between the outer lower guide wheel and the inner lower guide wheel along with the annular conveying rope and moves towards the inner lower guide wheel from the outer lower guide wheel, so that the hollow storage ball enters the fish gathering fence through the introducing channel, and in the process, the hollow storage ball is positioned below the water surface, the bait in the hollow storage ball is gradually released from the feeding port to attract large yellow croakers and other fishes to gather and moves into the fish gathering fence along with the hollow storage ball, so that the wild large yellow croakers are actively induced to gather, and the fish gathering and guiding effect is good; when the hollow storage ball is conveyed to the annular conveying rope between the inner upper guide wheel and the inner lower guide wheel along with the annular conveying rope, the opening of the guide hopper of the hollow storage device faces downwards, so that the bait remaining in the hollow storage ball is poured out of the feed inlet into the fish gathering fence, and the bait remaining in the hollow storage ball is emptied.

Preferably, the hollow stocker further comprises an outer limiting part, an inner limiting part and a material port cylinder which are sequentially arranged on the annular conveying rope, the side wall of the hollow storage ball is further provided with a rope passing hole, the rope passing hole and the material inlet are positioned at two opposite sides of the hollow storage ball, the annular conveying rope sequentially passes through the material inlet and the rope passing hole, the outer limiting part is positioned at the outer side of the hollow storage ball, the inner limiting part and the material port cylinder are positioned at the inner side of the hollow storage ball, a reset spring is further arranged between the material port cylinder and the inner wall of the hollow storage ball, the hollow storage ball abuts against the outer limiting part under the action of the reset spring, and when the outer wall of the hollow storage ball abuts against the outer limiting part, one end of the material port cylinder penetrates through the material inlet; when the inner wall of the hollow material storage ball is abutted to the inner limiting part, the material port cylinder is completely accommodated in the hollow material storage ball.

Thus, when the hollow stocker is positioned on the annular conveying rope between the first outer upper guide wheel and the storage bucket guide wheel, and the hollow storage ball enters the bait of the storage bucket, the hollow storage ball compresses the return spring and moves upwards due to the resistance of the bait until the inner wall of the hollow storage ball abuts against the inner limiting part, and at the moment, the material port cylinder is completely accommodated in the hollow storage ball, so that the bait in the storage bucket smoothly falls into the hollow storage ball through the feed port, and the automatic bait filling of the hollow storage ball is realized; after the hollow storage ball for filling bait is conveyed to the outside of the storage barrel along with the annular conveying rope, the hollow storage ball is abutted to the outer limiting part under the action of the reset spring, at the moment, one end of the material port cylinder penetrates through the feed port, and part of the feed port is shielded through the material port cylinder so as to reduce the opening area of the feed port.

Preferably, the material port cylinder is further provided with a tapered guide portion toward one end of the guide hopper.

Preferably, the material guide hopper is a conical material guide hopper.

Preferably, when the hollow stocker is positioned on the endless transfer rope between the outer lower guide wheel and the inner lower guide wheel, the opening of the material guide hopper of the hollow stocker faces the outer lower guide wheel.

Preferably, when the hollow stocker is positioned on the endless conveyor rope between the inner upper guide wheel and the inner lower guide wheel, the opening of the material guide hopper of the hollow stocker faces downward.

Preferably, the cross-sectional area of the introduction passage decreases from the side of the seine towards the centre of the seine.

Preferably, the outdoor fish guiding device further comprises a rainproof chamber arranged on the outer floating frame, the storage bucket is located in the rainproof chamber, rope penetrating openings are formed in the side wall and the bottom wall of the rainproof chamber, the annular conveying rope between the first outer upper guide wheel and the inner upper guide wheel penetrates through the rope penetrating openings in the side wall of the rainproof chamber, and the annular conveying rope between the second outer upper guide wheel and the outer lower guide wheel penetrates through the rope penetrating openings in the bottom wall of the rainproof chamber.

The invention has the beneficial effects that: can actively induce the aggregation of wild large yellow croakers, and has good effect of inducing the aggregation of fishes.

Drawings

Fig. 1 is a structural schematic diagram of the open-air fish gathering and guiding device for the east-sea large yellow croaker.

Fig. 2 is a structural schematic diagram of a hollow stocker of the open-air fish gathering and guiding device for the east-sea large yellow croakers.

In the figure:

a fish gathering purse net 1, an introduction channel 1.1;

an inner floating frame 2, an inner upper guide wheel 2.1 and an inner lower guide wheel 2.2;

an endless conveyor rope 3;

the device comprises an outer floating frame 4, a first outer upper guide wheel 4.1, a second outer upper guide wheel 4.2, an outer lower guide wheel 4.3 and a storage vat guide wheel 4.4;

a storage vat 5;

the device comprises a hollow stocker 6, a hollow storage ball 6.1, a feeding port 6.2, a material guide hopper 6.3, a water inlet hole 6.4, a rope passing hole 6.5, an outer limiting piece 6.6, an inner limiting piece 6.7, a material port column 6.8, a return spring 6.9 and a conical guide part 6.10;

a rain-proof chamber 7.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions of the embodiments of the present invention are clearly explained and illustrated below with reference to the accompanying drawings, but the following embodiments are only preferred embodiments of the present invention, and not all embodiments. Based on the embodiments in the implementation, other embodiments obtained by those skilled in the art without any creative effort belong to the protection scope of the present invention.

Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below by referring to the drawings are exemplary only for explaining the present scheme, and are not construed as limiting the scheme of the present invention.

These and other aspects of embodiments of the invention will be apparent with reference to the following description and attached drawings. In the description and drawings, particular embodiments of the invention have been disclosed in detail as being indicative of some of the ways in which the principles of the embodiments of the invention may be practiced, but it is understood that the scope of the embodiments of the invention is not limited thereby. On the contrary, the embodiments of the invention include all changes, modifications and equivalents coming within the spirit and terms of the claims appended hereto.

In the description of the present invention, it is to be understood that the terms "thickness", "upper", "lower", "horizontal", "top", "bottom", "inner", "outer", "circumferential", and the like, indicate orientations and positional relationships based on those shown in the drawings, and are used merely for convenience in describing the present invention and for simplicity in description, and do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed and operated in a particular orientation, and thus, should not be construed as limiting the present invention. In the description of the present invention, "a plurality" means at least two, e.g., two, three, etc., and "several" means one or more unless specifically limited otherwise.

In the present invention, unless otherwise expressly stated or limited, the terms "mounted," "connected," "secured," and the like are to be construed broadly and can, for example, be fixedly connected, detachably connected, or integrally formed; may be mechanically coupled, may be electrically coupled or may be in communication with each other; they may be directly connected or indirectly connected through intervening media, or they may be connected internally or in any other suitable relationship, unless expressly stated otherwise. The specific meanings of the above terms in the present invention can be understood by those skilled in the art according to specific situations.

The first embodiment is as follows: as shown in fig. 1 and fig. 2, a wild fish gathering and guiding device for large yellow croakers in the east China sea comprises a fish gathering purse net 1 and a wild fish guiding device.

The fish gathering purse seine 1 is annular. The lower edge of the fish gathering purse net is tightly attached to the sea bottom through the sinker, and the upper edge of the fish gathering purse net floats on the sea surface through the buoyancy device. The side surface of the fish gathering purse net is provided with an introducing channel 1.1, and in the embodiment, the cross sectional area of the introducing channel is gradually reduced from the side surface of the fish gathering purse net to the center direction of the fish gathering purse net.

The field fish guiding device comprises an annular conveying rope 3, a plurality of hollow stockers 6 which are sequentially distributed on the annular conveying rope, an inner floating frame 2 and an outer floating frame 4 which float on the sea surface, an inner upper guide wheel 2.1 and an inner lower guide wheel 2.2 which are rotatably arranged on the inner floating frame, a storage barrel 5 which is arranged on the outer floating frame and is provided with an opening at the upper end, a first outer upper guide wheel 4.1 which is rotatably arranged on the outer floating frame, a second outer upper guide wheel 4.2 and an outer lower guide wheel 4.3 and a storage barrel guide wheel 4.4 which is rotatably arranged in the storage barrel. The storage vat leading wheel is located the bottom of storage vat.

The inner floating frame 2 floats on the sea surface in the fish gathering purse net. The inner floating frame is tied on the sea surface in the fish gathering purse net through a balancing weight and an anchor rope, specifically, the balancing weight sinks to the seabed in the fish gathering purse net, and the anchor rope is connected with the inner floating frame and the balancing weight. The inner upper guide wheel is positioned above the water surface, and the inner lower guide wheel is positioned below the water surface.

The outer floating frame 4 floats on the sea surface outside the fish gathering purse net. The outer floating frame is tied on the sea surface outside the fish gathering purse net through the balancing weight and the anchor rope, specifically, the balancing weight sinks to the seabed outside the fish gathering purse net, and the anchor rope is connected with the inner floating frame and the balancing weight. In this embodiment, the distance between the outer floating frame and the fishing purse net is greater than 20 m, for example, the distance between the outer floating frame and the fishing purse net is 30 m, 50 m, 70 m or 90 m. The first outer upper guide wheel and the second outer upper guide wheel are positioned above the material storage barrel. The outer lower guide wheel is positioned below the water surface.

The annular conveying rope 3 sequentially bypasses the first outer upper guide wheel, the storage bucket guide wheel, the second outer upper guide wheel, the outer lower guide wheel, the inner lower guide wheel and the inner upper guide wheel. At least one of the first outer upper guide wheel, the second outer upper guide wheel and the inner upper guide wheel is a driving wheel, in this embodiment, the second outer upper guide wheel and the inner upper guide wheel are both driving wheels, that is, the second outer upper guide wheel and the inner upper guide wheel are driven to rotate by a motor respectively.

The annular conveying rope between the outer lower guide wheel and the inner lower guide wheel penetrates through the leading-in channel 1.1, and the annular conveying rope between the outer lower guide wheel and the inner lower guide wheel is conveyed from the outer lower guide wheel to the inner lower guide wheel.

The hollow stocker 6 comprises a hollow storage ball 6.1 arranged on the annular conveying rope, a feed inlet 6.2 and a water inlet hole 6.4 arranged on the side wall of the hollow storage ball, and a material guide hopper 6.3 arranged on the outer side surface of the hollow storage ball. The feed inlet is located the bottom of guide fill, and the inlet hole is located the outside of guide fill. The cross-sectional area of the material guide hopper is gradually increased from the side wall of the hollow material storage ball to the outside. In this embodiment, the material guiding hopper is a conical material guiding hopper. In the embodiment, the hollow stockers are sequentially and equidistantly distributed on the annular conveying rope; the distance between every two adjacent hollow stockers in the length direction of the annular conveying rope is more than 5 meters.

When the hollow stocker is positioned on the annular conveying rope between the first outer upper guide wheel and the storage bucket guide wheel, the opening of the material guide hopper of the hollow stocker faces upwards. When the hollow stocker is positioned on the annular conveying rope between the outer lower guide wheel and the inner lower guide wheel, the opening of the material guide hopper of the hollow stocker faces the outer lower guide wheel. When the hollow stocker is positioned on the annular conveying rope between the inner upper guide wheel and the inner lower guide wheel, the opening of the material guide hopper of the hollow stocker faces downwards.

The device for gathering and guiding the wild large yellow croakers in the east China sea of the embodiment specifically works as follows:

bait (powder or granular bait) of the large yellow croaker is added into the storage barrel and is transmitted on each guide wheel through the annular transmission rope, so that the hollow stocker is driven to transmit along with the annular transmission rope; in the process that the hollow stocker is conveyed along with the annular conveying rope for one circle, when the hollow stocker is positioned on the annular conveying rope between the first outer upper guide wheel and the storage bucket guide wheel and the hollow stocker enters the storage bucket, the bait in the storage bucket enters the material guide hopper and falls into the hollow storage ball through the material inlet, so that the automatic bait filling of the hollow storage ball is realized; then, the hollow storage ball filled with bait is conveyed to the annular conveying rope between the outer lower guide wheel and the inner lower guide wheel along with the annular conveying rope and moves towards the inner lower guide wheel from the outer lower guide wheel, so that the hollow storage ball enters the fish gathering fence through the introducing channel, and in the process, the hollow storage ball is positioned below the water surface, the bait in the hollow storage ball is gradually released from the feeding port to attract large yellow croakers and other fishes to gather and moves into the fish gathering fence along with the hollow storage ball, so that the wild large yellow croakers are actively induced to gather, and the fish gathering and guiding effect is good; when the hollow storage ball is conveyed to the annular conveying rope between the inner upper guide wheel and the inner lower guide wheel along with the annular conveying rope, the opening of the guide hopper of the hollow storage device faces downwards, so that the bait remaining in the hollow storage ball is poured out of the feed inlet into the fish gathering fence, and the bait remaining in the hollow storage ball is emptied.

Further, as shown in fig. 2, the hollow stocker further includes an outer stopper 6.6, an inner stopper 6.7 and a material port cylinder 6.8 sequentially disposed on the endless conveyor rope. The side wall of the hollow storage ball is also provided with a rope passing hole 6.5. The rope passing hole and the feed inlet are positioned on two opposite sides of the hollow storage ball. The annular conveying rope sequentially penetrates through the feeding hole and the rope passing hole, the outer limiting part is located on the outer side of the hollow storage ball, and the inner limiting part and the material hole cylinder are located on the inner side of the hollow storage ball. A return spring 6.9 is also arranged between the material port cylinder and the inner wall of the hollow storage ball, the hollow storage ball is propped against the outer limiting part under the action of the return spring, and the return spring is sleeved on the annular conveying rope. When the outer wall of the hollow material storage ball is abutted to the outer limiting part, one end of the material port cylinder penetrates through the material inlet. When the inner wall of the hollow material storage ball is abutted to the inner limiting part, the material port cylinder is completely accommodated in the hollow material storage ball.

Thus, when the hollow stocker is positioned on the annular conveying rope between the first outer upper guide wheel and the storage bucket guide wheel, and the hollow storage ball enters the bait of the storage bucket, the hollow storage ball compresses the return spring and moves upwards due to the resistance of the bait until the inner wall of the hollow storage ball abuts against the inner limiting part, and at the moment, the material port cylinder is completely accommodated in the hollow storage ball, so that the bait in the storage bucket smoothly falls into the hollow storage ball through the feed port, and the automatic bait filling of the hollow storage ball is realized; after the hollow storage ball for filling bait is conveyed to the outside of the storage barrel along with the annular conveying rope, the hollow storage ball is abutted to the outer limiting part under the action of the reset spring, at the moment, one end of the material port cylinder penetrates through the feed port, and part of the feed port is shielded through the material port cylinder so as to reduce the opening area of the feed port.

Further, as shown in fig. 2, a tapered guide portion 6.10 is provided on the barrel of the material port toward one end of the guide hopper.

Further, as shown in fig. 1, the outdoor fish guiding device further comprises a rain-proof chamber 7 arranged on the outer floating frame. The side wall of the rain-proof room is provided with an access door. The storage vat is located rain-proof indoor. The side wall and the bottom wall of the rain-proof chamber are both provided with a rope threading opening. The annular conveying rope between the first outer upper guide wheel and the inner upper guide wheel penetrates through a rope penetrating opening in the side wall of the rainproof chamber, and the annular conveying rope between the second outer upper guide wheel and the outer lower guide wheel penetrates through a rope penetrating opening in the bottom wall of the rainproof chamber.

Furthermore, an induction structure is arranged on the fish gathering purse net. The induction structure comprises an arc-shaped net wall positioned on the outer side of the fish gathering purse net, one side of the arc-shaped net wall is connected with the fish gathering purse net, and an induction channel is formed in the area between the arc-shaped net wall and the fish gathering purse net. One end of the induction channel is communicated with the sea area outside the fish gathering purse net, and an induction inlet is formed in the fish gathering purse net at the other end of the induction channel. Therefore, the fish can be attracted into the fish gathering purse net through the induction channel, and the effects of gathering and temporarily breeding the fish are achieved.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention, and all simple modifications, alterations and equivalents of the above embodiments according to the technical spirit of the present invention are still within the protection scope of the technical solution of the present invention.