Veterinary parasite egg field detection tool kit

Abstract

The invention particularly discloses a veterinary parasite egg field detection tool kit. The veterinary parasite egg field detection tool kit comprises a box cover and a box body, a rectangular observation plate is arranged in the box cover, a supporting blind hole is formed in the observation plate, and supporting columns are further arranged between the box cover and the observation plate; and different storage spaces are arranged in the box body, a microscopic camera, an egg collector, an observation sheet, a medical glove, an excrement collector, a suction tube and a washing bottle are arranged in the box body, and four support rods are hinged to the left side and the right side of the box body through rotating shafts correspondingly. The tool kit is simple in operation, simple in composition, reusable, low in cost and suitable for medium and small livestock farms and remote farming and pastoral areas, the whole process can be completed within 5-10 minutes, egg pictures can be photographed and uploaded to terminal electronic equipment such as a mobile phone, the egg pictures can be sent to professionals for remote consultation in time through a network when identification is difficult, and the efficient and convenient effects are achieved.

Description

technical field [0001] The invention belongs to the technical field of design of veterinary medical testing equipment, and in particular relates to a kit tool for on-site detection of veterinary parasite eggs, which can be widely used in the scene of rapid on-site detection of parasites or spores with a diameter greater than 2 microns. Background technique [0002] Parasites affect the health of livestock through deprivation of nutrients, mechanical damage, toxicity, etc., and are one of the main diseases of small and medium-sized farms, especially grazing cattle and sheep. The prevention and control of parasitic diseases is mainly through targeted and regular deworming, among which the detection of eggs in feces can effectively identify the type and relative quantity of parasites in feces, so as to achieve targeted deworming on demand, reduce drug costs, improve Insect repellent efficiency. At present, the identification of parasite eggs is generally carried out by means o...

AI Technical Summary

Problems solved by technology

At present, the identification of parasite eggs is generally carried out by means of saturated salt water flotation method to collect eggs, microscopic observation and professional identification, involving sample transportation and hiring professional laboratories, etc. The actual cost is high and the efficiency is low. Design or improve the equipment to facilitate the remote areas with poor conditions, or when the parasite detection is temporarily needed but the laboratory conditions are not available, the need for rapid qualitative detection of parasites on site

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