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CN-224216704-U - Aquaculture's experimental apparatus of dosing

CN224216704UCN 224216704 UCN224216704 UCN 224216704UCN-224216704-U

Abstract

The utility model relates to the technical field of aquaculture dosing experiments, in particular to a dosing experimental device for aquaculture. The technical scheme includes that the medicine container comprises a plurality of groups of medicine containing assemblies, a plurality of groups of pumping assemblies and a plurality of filters, each group of medicine containing assemblies comprises a plurality of vertically stacked and communicated medicine containing barrels, all medicine containing barrels of each group of medicine containing containers are used for containing experimental medicines with the same components, medicine outlet holes are formed in the bottoms of the medicine containing barrels, each group of pumping assemblies are used for circularly pumping the experimental medicines of the corresponding medicine containing assemblies, and each filter is arranged on a medicine circulation path of the corresponding medicine containing barrel so that dead parasites in each medicine containing barrel are settled on the corresponding filter. According to the technical scheme, the aquaculture organisms can be placed in the drug containing barrels for drug administration experiments, and the dead parasite number in each drug containing barrel is obtained based on the filter, so that the dead number statistics of the parasite drug administration experiments are more accurate, and the accuracy of the aquaculture drug administration experiments is improved.

Inventors

  • LIU ZHONGFA

Assignees

  • 武汉千湖生物工程技术有限公司

Dates

Publication Date
20260508
Application Date
20250523

Claims (10)

  1. 1. An aquaculture dosing experiment apparatus, the apparatus comprising: Each group of medicine containing components comprises a plurality of medicine containing barrels which are vertically stacked and communicated, all medicine containing barrels of each group of medicine containing containers are used for containing experimental medicines with the same components, and medicine outlet holes are formed in the bottoms of the medicine containing barrels; The number of the pumping assemblies is the same as that of the medicine containing assemblies, each pumping assembly is communicated with the corresponding medicine containing assembly, and each pumping assembly is used for circularly pumping the experimental medicine of the corresponding medicine containing assembly; The number of the filters is the same as that of the medicine containing barrels, and each filter is arranged on a medicine circulation path of the corresponding medicine containing barrel so that dead parasites in each medicine containing barrel settle on the corresponding filter.
  2. 2. The aquaculture dosing experiment apparatus according to claim 1 wherein the bottom of the drug containing barrel is of inverted cone configuration.
  3. 3. An aquaculture dosing experiment apparatus according to claim 1 or 2 wherein the filter is of a mesh construction.
  4. 4. The aquaculture dosing experiment apparatus of claim 1 wherein the apparatus further comprises: The experiment frame, the experiment frame has two rows of parallel mounts, and every row of mount is equipped with the fixed chamber of a plurality of frame construction, fixed chamber is used for placing hold the medicine bucket.
  5. 5. The aquaculture dosing experiment apparatus of claim 1 wherein the pumping assembly comprises: A drug pump; One end of the medicine inlet pipe is connected with the inlet of the medicine pump, and the other end of the medicine inlet pipe is connected with the medicine outlet hole of the medicine containing barrel at the bottom of the medicine containing component; One end of the medicine outlet pipe is connected with the outlet of the medicine pump, and the other end of the medicine outlet pipe extends into the medicine containing barrel at the top of the medicine containing component.
  6. 6. The aquaculture dosing testing device of claim 5, wherein the outlet tube extends to one end of the top drug containing barrel of the drug containing assembly below the highest level of the test agent contained in the drug containing barrel.
  7. 7. The aquaculture dosing experiment apparatus of claim 5 wherein the pumping assembly further comprises: And one end of the first connecting pipe is connected with the medicine outlet hole of the medicine containing barrel at the top of the medicine containing assembly, and the other end of the first connecting pipe extends into the medicine containing barrel at the lower part of the medicine containing assembly and is positioned below the highest liquid level of the experimental medicine contained in the medicine containing barrel.
  8. 8. The aquaculture dosing experiment apparatus of claim 5 wherein the pumping assembly further comprises: the second connecting pipe is used for communicating medicine containing barrels which are positioned at the same level in the same group of medicine containing components.
  9. 9. The aquaculture dosing experiment apparatus of claim 5 wherein the pumping assembly further comprises: And the regulating valve is arranged on the medicine outlet pipe.
  10. 10. The aquaculture dosing experiment apparatus according to claim 1 wherein the drug containing barrel is a transparent packaging barrel, and the drug containing barrel is provided with a drug label.

Description

Aquaculture's experimental apparatus of dosing Technical Field The utility model relates to the technical field of aquaculture dosing experiments, in particular to a dosing experimental device for aquaculture. Background With the rapid development of aquaculture, fish parasitic diseases frequently occur. For example, parasitic infection caused by the anchor head sao is serious in freshwater fish culture, and has become an important factor for limiting culture benefit and fish health. Drug control is still one of the main means for controlling the infection of the anchor head sao at present, but various technical problems still face in the experimental research process of drug effect. The research of the anchor head sao for preventing and treating the medicines is carried out by experimental evaluation in a mode of naturally infecting fish bodies and splashing in a fish pond, because the number and the position of the anchor heads sao on each fish body are large, a unified experimental baseline is difficult to establish, the medicine effect results lack comparability, and the dropped insects possibly sink into the bottom of a pond, float away along with water flow or are attached to the fish bodies or the walls again after the medicines act, so that statistics of key indexes such as drop rate, death rate and the like are greatly disturbed. The conventional aquaculture parasite drug effect experimental method lacks a standardized experimental device with reasonable structure, accurate statistics and high efficiency, so as to realize quantitative analysis of parasite shedding rate, death rate and fish toxicity reaction, and enable the administration experiment of aquaculture to meet scientific and objective requirements. Disclosure of utility model In order to solve the technical problem of how to improve the accuracy of the aquaculture dosing experiment, the aquaculture dosing experiment device provided by the utility model can be used for counting the death number of the parasite dosing experiment more accurately. The embodiment of the utility model provides the following scheme: the embodiment of the utility model provides an aquaculture dosing experimental device, which comprises: each group of medicine containing components comprises a plurality of vertically stacked and communicated medicine containing barrels, all medicine containing barrels of each group of medicine containing containers are used for containing experimental medicines with the same components, and medicine outlet holes are formed in the bottoms of the medicine containing barrels; The number of the pumping assemblies is the same as that of the medicine containing assemblies, and each pumping assembly is used for circularly pumping experimental medicines corresponding to the medicine containing assemblies; The number of the filters is the same as that of the medicine containing barrels, and each filter is arranged on a medicine circulation path of the corresponding medicine containing barrel so that dead parasites in each medicine containing barrel settle on the corresponding filter. In an alternative embodiment, the bottom of the drug containing barrel is in an inverted cone structure. In an alternative embodiment, the filter is a mesh structure. In an alternative embodiment, the apparatus further comprises: The experiment frame is provided with two rows of parallel fixing frames, each row of fixing frames is provided with a plurality of fixing cavities of frame structures, and the fixing cavities are used for placing medicine containing barrels. In an alternative embodiment, a pumping assembly includes: A drug pump; One end of the medicine inlet pipe is connected with the inlet of the medicine pump, and the other end of the medicine inlet pipe is connected with the medicine outlet hole of the medicine containing barrel at the bottom of the medicine containing component; One end of the medicine outlet pipe is connected with the outlet of the medicine pump, and the other end extends into the medicine containing barrel at the top of the medicine containing component. In an alternative embodiment, the drug outlet tube extends to one end of the drug containing barrel at the top of the drug containing assembly and is positioned below the highest liquid level of the experimental drug contained in the drug containing barrel. In an alternative embodiment, the pumping assembly further comprises: one end of the first connecting pipe is connected with the medicine outlet hole of the medicine containing barrel at the top of the medicine containing assembly, and the other end of the first connecting pipe extends into the medicine containing barrel at the lower part of the medicine containing assembly and is positioned below the highest liquid level of the experimental medicine contained in the medicine containing barrel. In an alternative embodiment, the pumping assembly further comprises: the second connecting pipe is used for communicating medicine