CN115486399A

CN115486399A - Automatic fish feeding and discharging system for suspended fish hanging culture

Info

Publication number: CN115486399A
Application number: CN202211296801.8A
Authority: CN
Inventors: 许桥清
Original assignee: Guangzhou Haohan Biotechnology Co ltd
Current assignee: Guangzhou Haohan Biotechnology Co ltd
Priority date: 2022-10-21
Filing date: 2022-10-21
Publication date: 2022-12-20

Abstract

The invention aims to provide an automatic fish inlet and outlet system for suspended fish suspended culture, which comprises a support assembly, wherein a fish conveying pipeline assembly is arranged on the support assembly, a suspended culture assembly is arranged on the side surface of the fish conveying pipeline assembly, a fish inlet and outlet assembly is arranged on one side of the head part of the fish conveying pipeline assembly, the fish inlet and outlet assembly comprises a fish inlet bucket and/or a fish outlet bucket, the suspended culture assembly comprises a suspended culture bucket, the fish conveying pipeline assembly comprises a fish conveying pipe groove for conveying fish and a bucket pipe passage for communicating the suspended culture bucket and the fish conveying pipe groove, the fish conveying pipe groove is communicated with a running water assembly, and the running water assembly comprises a running water port which is communicated with the fish conveying pipe groove and is used for running water to enter and exit. The invention realizes the automation of agricultural hanging culture by using industrial equipment, has compact system structure, low cost, easy use and small occupied area, can be suitable for any place, has clean and tidy hanging culture environment and automatic hanging culture whole process, realizes automatic fish feeding and discharging, does not cause fish damage and oxygen deficiency in the whole process, greatly saves manpower and material resources and improves the hanging culture efficiency.

Description

Automatic fish feeding and discharging system for suspended fish hanging culture

Technical Field

The invention relates to an automatic fish entering and exiting system for hanging and culturing of water-hung fish.

Background

In recent years, "water-hanging fish" gradually becomes a delicious food on the dining table of people. The 'water-hanging fish' means that after the fish is cultivated to grow up to be fat and graceful (finished fish), the finished fish is put in a water purification pond or a net cage for continuous cultivation for a period of time before formal processing and eating, the finished fish is not thrown into the water, namely, the water-hanging fish is cultivated, the finished fish can restore the damage, the mud fishy smell and the harmful substances and heavy metals in the body to a certain degree during the cultivation period, and the fish is slimmed down, so that the fish is healthier and has better taste.

Currently, the popular finished product hanging culture is to fish the fishes and put the fishes into a water purification pond or a net cage, and then fish the fishes from the pond or the net cage after hanging culture for a period of time, wherein the whole process is relatively primitive and rough, the fishes are extremely easy to be damaged again, and the fishes are always anoxic in the fishing process, so that the freshness and the taste of the fishes are influenced. Meanwhile, the suspended culture method requires a large suspended culture place, a specific type of suspended culture place (such as a pond to be dug) and a large amount of manpower and material resources, and the suspended culture place is often dirty, smelly and wet, so that the suspended culture method is extremely unscientific, and the suspended culture method cannot be developed in a large scale.

Disclosure of Invention

In order to overcome the defects of the prior art, the embodiment of the invention provides an automatic fish feeding and discharging system for suspended fish in a hanging mode, the automatic suspended fish feeding and discharging system achieves the automatic suspended fish feeding and discharging of the fish through industrial equipment, the fish automatically enters and discharges a suspended fish feeding assembly, repeated manual processes of fish placing, fish fishing, fish catching and the like do not exist in the whole process, damage and oxygen deficiency to the fish cannot be caused, the taste of fish meat is improved, meanwhile, manpower and material resources are greatly saved, the suspended fish feeding efficiency is greatly improved, the suspended fish feeding system can be used for suspended fish feeding in any place, the environment is clean and environment-friendly, the structure is compact, and more fishes can be suspended and fed in the same space.

In order to achieve the purpose, the automatic fish inlet and outlet system for the suspended culture of the water-suspended fishes comprises a support assembly, wherein the support assembly comprises a plurality of main body supports, a fish conveying pipeline assembly is arranged on each main body support, a plurality of suspended culture assemblies communicated with the fish conveying pipeline assembly are arranged on the side face of each fish conveying pipeline assembly, a fish inlet and outlet assembly is arranged on one side of the head of each fish conveying pipeline assembly and comprises a fish inlet bucket and/or a fish outlet bucket, each suspended culture assembly comprises a suspended culture bucket, each fish conveying pipeline assembly comprises a fish conveying pipe groove used for conveying the fish, a bucket pipe passage communicated with the water conveying bucket and a water flowing assembly, and the water flowing assembly comprises a water flowing port communicated with the fish conveying pipe groove and used for flowing water to enter and exit.

Preferably, the head of the fish conveying pipe groove is arranged into a fish inlet and outlet water bucket which is connected with the fish inlet water bucket and the fish outlet water bucket.

Preferably, a fish conveying pipe cover is arranged above the fish conveying pipe groove, and a plurality of vent holes are formed in the fish conveying pipe cover.

Preferably, the tub passageway is provided with a third gate for restricting fish from entering and exiting the hanging water tub.

Preferably, the fish conveying pipe groove is annularly arranged, and the side surface of the fish conveying pipe groove is communicated with a plurality of hanging and breeding assemblies.

Preferably, a first gate and a second gate for limiting the fish to pass through are respectively arranged on two sides of the head of the fish conveying pipe groove.

Preferably, the fish conveying pipe groove is provided with a fourth gate which limits the passing of fish at the rear part of the barrel pipe passage.

Preferably, the fish inlet and outlet assembly comprises a fish inlet and outlet support, the fish inlet hopper and the fish outlet hopper are rotatably arranged on the fish inlet and outlet support, the fish inlet hopper is arranged above the fish outlet hopper, and the fish inlet and outlet hopper is arranged between the fish inlet hopper and the fish outlet hopper.

Preferably, the fish inlet and outlet assembly further comprises a first power arm for driving the fish inlet bucket to tilt and rotate towards the fish conveying pipe groove and a second power arm for driving the fish outlet bucket to tilt and rotate away from the fish conveying pipe groove.

Preferably, advance the fish water bucket and progressively reduce along the direction of defeated fish pipe groove of orientation, gradually reduce along the direction of keeping away from defeated fish pipe groove from the water bucket, and advance the fish water bucket and go out the fish water bucket and set up the hole that leaks, it is provided with the water receiving tank that is used for the splendid attire to leak to go out fish water bucket below.

Preferably, the water-flowing assembly comprises a first water-flowing tank and a second water-flowing tank which are respectively arranged below the head part and the tail part of the fish conveying pipe tank, and a water-flowing through pipe is communicated between the first water-flowing tank and the second water-flowing tank.

Preferably, the working tables are arranged below two sides of the fish conveying pipe groove, and workers can climb on the working tables to conveniently work.

Compared with the prior art, the invention has the advantages that:

this use novel automation of hanging to support with industrial equipment realization agricultural, system structure is compact, with low costs, easy to use, area is little, can be suitable for any place, hangs and supports the environment clean and tidy, hangs and supports full automation, realizes automatic fish, goes out the fish, and whole process can not cause fish damage and oxygen deficiency, greatly uses manpower sparingly material resources, improves and hangs and supports efficiency.

Drawings

FIG. 1 is a schematic view of the structure of the present invention (partially selected);

FIG. 2 is a partial view of the head according to the present invention;

FIG. 3 is a partial structural view of the tail portion of the present invention;

description of the invention with reference numerals: the fish-transporting device comprises a main body support 11, a fish-in and fish-out support 12, a fish-transporting pipeline assembly 2, a fish-transporting pipe groove 21, a fish-transporting pipe cover 22, a vent hole 23, a fish-in and fish-out water bucket 24, a first gate 25, a second gate 26, a third gate 27, a fourth gate 28, a bucket pipe channel 29, a suspended breeding water bucket 31, a fish-in and fish-out assembly 4, a fish-in and fish-out water bucket 41, a fish-out water bucket 42, a first power arm 43, a second power arm 44, a water leakage hole 45, a water receiving tank 46, a water-activating assembly 5, a water-activating opening 51, a first water-activating groove 52, a second water-activating groove 53, a water-activating through pipe 54 and a workbench 6.

Detailed Description

In the description of the present invention, the terms "upper", "lower", "front", and "rear", etc. indicate orientations or positional relationships based on those shown in the drawings, and are only for convenience of describing the present invention but do not require that the present invention must be constructed and operated in a specific orientation, and thus, should not be construed as limiting the present invention.

The following description of the embodiments of the present invention will be made with reference to the accompanying drawings.

Referring to fig. 1-3, the invention provides an automatic fish in and out system for hanging and culturing fish, comprising a support assembly, wherein the support assembly comprises a plurality of main body supports 11, a fish conveying pipeline assembly 2 is arranged on each main body support 11, a plurality of hanging and culturing assemblies communicated with the fish conveying pipeline assembly 2 are arranged on the side surface of each fish conveying pipeline assembly 2, one side of the head of each fish conveying pipeline assembly 2 is provided with a fish inlet and outlet assembly 4, each fish in and outlet assembly 4 comprises a fish inlet bucket 41 and a fish outlet bucket 42 (only the fish inlet bucket 41 or the fish outlet bucket 42 can be arranged according to requirements), each hanging and culturing assembly comprises a hanging and culturing bucket 31, each fish conveying pipeline assembly 2 comprises a fish conveying pipe groove 21 for conveying fish, a bucket pipe channel 29 for communicating the fish conveying pipe groove 31 with the fish conveying pipe groove 21, the fish conveying pipe groove 21 is communicated with a live water assembly 5, the fish conveying pipe groove 21 is preferably annularly arranged, and a plurality of hanging and culturing assemblies are communicated with the side surface of the fish conveying pipe groove 21.

Referring to fig. 1, as a preferred embodiment, the main body support 11 is formed in an elongated rectangular shape, the fish transporting pipe slots 21 formed in the main body support 11 are formed in an elongated running shape, and the hanging and raising members are uniformly and symmetrically distributed on both sides of the fish transporting pipe slots 21. As the first embodiment, 10 hanging and raising components are respectively arranged on two sides of the fish conveying pipe groove 21, the number and the distribution of the hanging and raising components can be correspondingly adjusted according to actual needs and site conditions, and the applicability of the system is very high.

In the actual use process, the running water which circulates repeatedly in the fish conveying pipe groove 21 is enough in oxygen in the water through the running water assembly 5, when the hanging culture is started, the fish enters the head part of the fish conveying pipe groove 21 through the fish inlet water bucket 41, and automatically swims into the hanging culture water bucket 31 along with the running water in the fish conveying pipe groove 21 through the bucket pipe channel 29; after the suspended fish culture is finished, the fish in the suspended fish culture water barrel 31 automatically swims into the fish conveying pipe groove 21 through the barrel pipe channel 29, and the fish in the fish conveying pipe groove 21 swims to the head of the fish conveying pipe groove 21 along flowing circulating running water and then enters the fish outlet water bucket 42, so that the automatic fish inlet and outlet of the suspended fish culture is realized, the whole process cannot cause fish damage and oxygen deficiency, and the fish inlet and outlet efficiency is greatly improved. By taking 20 suspended culture assemblies as an example, after repeated tests, 5000 jin of fish (about 2500 fish) is counted, the fish feeding time is about 40 minutes at a time, and the fish discharging time is about 50 minutes at a time.

Referring to fig. 2, as a preferred embodiment, a fish conveying pipe cover 22 is arranged above the fish conveying pipe trough 21, the fish conveying pipe cover 22 is provided with a plurality of vent holes 23, so that the oxygen content of flowing water is ensured, fish and water in the fish conveying pipe trough 21 are prevented from running out of the fish conveying pipe trough 21, fish damage and oxygen deficiency are avoided, and the environment is kept clean; the head of the fish conveying pipe groove 21 is provided with a fish inlet and outlet water bucket 4224, the fish inlet and outlet water bucket 4224 is large in overall shape and gradually reduced to be smoothly connected with other parts of the fish conveying pipe groove 21, and meanwhile, the fish inlet and outlet water bucket 4224 is connected with the fish inlet water bucket 41 and the fish outlet water bucket 42, so that enough inlet and outlet space is reserved for hanging fish culture, and the inlet and outlet efficiency is improved; the first gate 25 and the second gate 26 for limiting the passing of fish are respectively arranged at two sides of the head of the fish conveying pipe groove 21, the barrel pipe passage 29 is provided with a third gate 27 for limiting the passing of fish into and out of the hanging water bucket 31, the fourth gate 28 for limiting the passing of fish is arranged at the rear part of the barrel pipe passage 29 of the fish conveying pipe groove 21, the first gate 25, the second gate 26, the third gate 27 and the fourth gate 28 do not obstruct the passing of flowing live water in the fish conveying pipe groove 21, the fish can be prevented from swimming only when the fish conveying pipe groove is closed, the corresponding gates can be closed and opened according to conditions, the first gate 25, the second gate 26, the third gate 27 and the fourth gate 28 can be controlled by an electrical system to be automatically opened and closed, the first gate 25, the second gate 26, the third gate 27 and the fourth gate 28 can be opened and closed manually, the combination of the specific opening and closing of the first gate 25, the second gate 26, the third gate 27 and the fourth gate 28 can be quickly opened and closed, the efficiency of the fish entering and exiting the hanging water bucket 31 and the corresponding closing of the third gate 31 and the corresponding hanging water bucket 31 can be improved, for enabling the fish to enter and the fish to enter the corresponding hanging water conveying pipe groove 31 and closing of the corresponding hanging water bucket 31.

Referring to fig. 2, as a preferred embodiment, the fish entering and exiting assembly 4 comprises a fish entering and exiting bracket 12, a fish entering water bucket 41 and a fish exiting water bucket 42 are rotatably arranged on the fish entering and exiting bracket 12, the fish entering water bucket 41 is arranged above the fish exiting water bucket 42, a fish entering and exiting water bucket 4224 is arranged between the fish entering water bucket 41 and the fish exiting water bucket 42, the fish entering water bucket 41 is gradually reduced along the direction towards the fish conveying pipe groove 21, and the fish exiting water bucket is gradually reduced along the direction away from the fish conveying pipe groove 21, so that the fish can be conveniently entered and exited; the fish inlet hopper 41 and the fish outlet hopper 42 are provided with water leakage holes 45, and a water receiving tank 46 for containing water leakage is arranged below the fish outlet hopper 42, so that the ground is prevented from being wet and percolated, and the cleanness and tidiness are kept; the fish inlet and outlet assembly 4 further comprises a first power arm 43 for driving the fish inlet water bucket 41 to tilt and rotate towards the direction of the fish conveying pipe groove 21 and a second power arm 44 for driving the fish outlet water bucket 42 to tilt and rotate away from the direction of the fish conveying pipe groove 21, so that the fish inlet and outlet efficiency is improved.

Referring to fig. 2 and 3, the flowing water assembly 5 includes a flowing water port 51 communicated with the fish transporting pipe chute 21 for flowing water, the flowing water port 51 may be disposed at a curved part at the tail of the fish transporting pipe chute 21, at a curved part at the head of the fish transporting pipe chute 21, at both curved parts at the head and the tail of the fish transporting pipe chute 21, or at other places, as a preferred embodiment, a flowing water port 51 (not shown as the flowing water port 51 at the curved part at the head is disposed at both curved parts at the head and the tail of the fish transporting pipe chute 21), so that according to the flowing direction of the flowing water, an inlet and an outlet of the flowing water can be selected, further, the flowing water assembly 5 further includes a first flowing water tank 52 and a second flowing water tank 53 respectively disposed under the head and the tail of the fish transporting pipe chute 21, and a flowing water pipe 54 is communicated between the first flowing water tank 52 and the second flowing water tank 53, so that the flowing water can be repeatedly circulated and used under the action of the water pump, and the flowing water can be connected to avoid the water from leaking cleanly and keeping the ground clean.

In addition, in order to facilitate the operation of workers, the working tables 6 are arranged below two sides of the fish conveying pipe groove 21, and the workers can climb on the working tables 6 to operate.

Variations and modifications to the above-described embodiments may occur to those skilled in the art, which fall within the scope and spirit of the above description. Therefore, the present invention is not limited to the specific embodiments disclosed and described above, and some modifications and variations of the present invention should fall within the scope of the claims of the present invention. Furthermore, although specific terms are employed herein, they are used in a generic and descriptive sense only and not for purposes of limitation.

Claims

1. The utility model provides a hang automatic business turn over fish system of breeding of water fish which characterized in that: it includes a bracket component, the bracket component includes a plurality of main part supports, be provided with defeated fish pipeline subassembly on the main part support, defeated fish pipeline subassembly side is provided with a plurality of and defeated fish pipeline subassembly intercommunication hang the subassembly of raising, defeated fish pipeline subassembly head one side is provided with into fish subassembly, business turn over fish subassembly is including advancing fish water bucket and/or play fish water bucket, hang the subassembly of raising including hanging the water bucket of raising, defeated fish pipeline subassembly is including defeated fish pipe groove, the intercommunication that is used for defeated fish the bucket tubular passage of hanging the water bucket of raising and defeated fish pipe groove, defeated fish pipe groove and a running water subassembly intercommunication, the running water subassembly include with the running water mouth that is used for the running water business turn over of defeated fish pipe groove intercommunication.

2. The automatic fish in-and-out system for suspended fish culture according to claim 1, wherein: the head of the fish conveying pipe groove is arranged into a fish inlet and outlet water bucket, and the fish inlet and outlet water bucket is connected with the fish inlet water bucket and the fish outlet water bucket.

3. The automatic fish in-and-out system for suspended fish culture according to claim 1, wherein: a fish conveying pipe cover is arranged above the fish conveying pipe groove and provided with a plurality of vent holes.

4. The automatic fish in-and-out system for suspended fish culture according to claim 1, wherein: the barrel pipe channel is provided with a third gate for limiting fish to enter and exit the hanging cultivation barrel.

5. The automatic fish in-and-out system for suspended fish culture according to claim 1, wherein: the fish conveying pipe groove is annularly arranged, and the side surface of the fish conveying pipe groove is communicated with a plurality of hanging and breeding assemblies.

6. The automatic fish in-and-out system for suspended fish culture according to claim 5, wherein: and a first gate and a second gate for limiting fish to pass through are respectively arranged on two sides of the head of the fish conveying pipe groove.

7. The automatic fish in-and-out system for suspended fish culture according to claim 5, wherein: and a fourth gate for limiting the passing of fish is arranged behind the barrel pipe channel of the fish conveying pipe channel.

8. The automatic fish in-and-out system for suspended fish culture according to claim 1, wherein: the fish inlet and outlet assembly comprises a fish inlet and outlet support, the fish inlet water bucket and the fish outlet water bucket are rotatably arranged on the fish inlet and outlet support, the fish inlet water bucket is arranged above the fish outlet water bucket, and the fish inlet and outlet water bucket is arranged between the fish inlet water bucket and the fish outlet water bucket.

9. The automatic fish in-and-out system for suspended fish culture of claim 8, wherein: the fish inlet and outlet assembly further comprises a first power arm for driving the fish inlet water bucket to tilt and rotate towards the direction of the fish conveying pipe groove and a second power arm for driving the fish outlet water bucket to tilt and rotate away from the direction of the fish conveying pipe groove.

10. The automatic fish in-and-out system for suspended fish culture according to claim 1, wherein: the water-flowing assembly comprises a first water-flowing groove and a second water-flowing groove which are respectively arranged below the head part and the tail part of the fish conveying pipe groove, and a water-flowing through pipe is communicated between the first water-flowing groove and the second water-flowing groove.