A constant temperature silkworm frame applied to cocoons of silkworms

Abstract

The invention mainly discloses a constant-temperature silkworm frame applied to bombyx mori cocooning. The constant-temperature silkworm frame comprises a bottom frame, a silkworm breeding frame, a feeding frame, a ventilating frame and a top board which are arranged from bottom to top. A first heating device is disposed in the silkworm breeding frame. The first heating device comprises a thermal insulation board, a heating plate, a warming plate and a temperature-sensitive plate. Side portions of the feeding frame are provided with feeding holes, and a feeding plate is disposed in each feeding hole. Front and back sides of the ventilating frame are uniformly provided with air vents. An upper portion of the right side of the ventilating frame is provided with a slot. The top board is inserted into the slot to cover the ventilating frame. The top board is provided with a second heating device and a power supply device. The second heating device comprises a heating lamp, a temperature-sensitive rod, a display screen and an adjusting button. The heating lamp is installed at a lower surface of the top board. The temperature-sensitive rod is movably connected to the top board via a movable plate. Temperature of a silkworm breeding environment is strictly controlled, a good survival environment is provided for silkworms, survival rates of the silkworms are improved, feeding is convenient, permeability is good, cultivation space is large, breeding efficiency is high, and the constant-temperature silkworm frame is suitable for large-scale silkworm breeding.

Description

Technical field [0001] The invention relates to a constant temperature silkworm frame applied to silkworm cocoons. Background technique [0002] China is the birthplace of silk and the first country in the world to engage in mulberry cultivation, mulberry breeding, silk reeling and silk weaving. Silk is mainly used to weave all kinds of silk and knitwear. With the promotion of the application range of silk, the demand for silk in the market has been increasing. Silkworm has a wide range of uses, but its feeding process is very cumbersome. Its growth process requires several peeling and growth. Its stages can be divided into immature silkworm stage, shape silkworm stage and dormant silkworm stage. The use of artificial breeding of silkworms is the future direction of the development of sericulture. It can realize the separation of mulberry planting and silkworm rearing, and has a broad application prospect. [0003] After years of development, the production technology of silkwor...

AI Technical Summary

Problems solved by technology

[0003] After years of development, great breakthroughs have been made in the production process of artificial feed for silkworms and the varieties of silkworms suitable for feeding with artificial feed, but the research and development of silkworm equipment for feeding with artificial feed has not met the production needs

Still just continue to use traditional sericulture utensils in the silkworm raising technology in the prior art, take natural fresh feed as feed and design, great majority are the silkworm plaque made of bamboo and wooden silkworm frame, simple in structure, just be used to place Silkworm and feed, without other functions, exposed many shortcomings during use: first, it is not durable, easy to hide viruses, difficult to disinfect, and has a low service life; second, the top of the silkworm frame is directly exposed to the air, which is not conducive to The control of the sericulture environment is not conducive to the growth management and detection management of silkworms in the batch breeding process, resulting in low feeding efficiency; third, most of them are single-layer designs, which occupy a large area and small breeding space, making it difficult to achieve scale Fourth, it is not conducive to uniform feeding of artificial feed, resulting in low feeding efficiency

Images