6results about How to "Improve germination efficiency" patented technology

The utility model discloses a factory-like shrimp breeding workshop seedling emergence device which comprises a breeding pond, a screening groove which is movably matched with the breeding pond up and down is arranged in the breeding pond, and a plurality of through holes are formed in the bottom of the screening groove. The screening groove is connected with a lifting mechanism. The bottom of the culture pond is connected with a collecting tank through a seedling feeding pipe, and an oxygenation device is connected into the collecting tank. According to the factory-like shrimp breeding workshop seedling emergence equipment, shrimp seedlings and large-size shrimps do not need to be separated manually, operation is convenient and fast, and the seedling emergence efficiency can be improved.

A bottom sand layer, a seed layer and an upper sand layer are stored through a bottom sand plate, a temperature sensor detects the temperature in a germination promoting chamber in real time, and when the temperature in the germination promoting chamber is abnormal, the temperature in the germination promoting chamber is adjusted through an electric heating plate so that the temperature in the germination promoting chamber can meet the germination promoting standard. The humidity sensor detects the humidity in the sprouting promoting chamber in real time, and when the humidity in the sprouting promoting chamber is abnormal, the humidity of the sand layer is adjusted from the upper portion and the lower portion through the first water spraying part and the second water spraying part respectively, so that the humidity of the sprouting promoting chamber and the humidity of the sand layer meet the sprouting promoting standard. Therefore, the germination promoting efficiency is improved.

The utility model relates to brown rice germination technical field discloses an automatic integrated brown rice germination device, including box shell, inner box, breathable baffle, environment adjusting mechanism and buffer cover shell, the side wall of box shell is detachably connected with the cover plate subassembly, and the control system is installed on the box shell, the inner wall of box shell is installed to the inner box, and the top of inner box is equipped as the open mouth, and a plurality of draining through -holes are seted up in the bottom, the breathable baffle is equipped with a plurality of, and a plurality of breathable baffles are installed on the opposite two inner side walls of inner box, the environment adjusting mechanism includes humidification subassembly and ventilation subassembly, and humidification subassembly and ventilation subassembly are all installed on the box shell, the inner top wall of box shell is installed to the buffer cover shell, a plurality of exhaust through -holes are seted up in the bottom of buffer cover shell, and heating subassembly is installed in the buffer cover shell, the utility model improves the uniformity of brown rice germination in brown rice germination chamber, improves brown rice germination quality and brown rice germination efficiency.

The utility model relates to the technical field of peanut germination accelerating, in particular to a peanut seed germination accelerating device. The peanut seed germination accelerating device provided by the utility model can automatically soak peanut seeds, can recycle soaked water, saves water resources, and improves the peanut seed germination accelerating efficiency. A peanut seed germination accelerating device comprises a germination accelerating box, water tanks and the like, and the upper water tank and the lower water tank are connected into the germination accelerating box. Water is fed into the water tank through the water spraying frame to soak peanut seeds, after soaking is completed, the sealing plug is separated from the water tank, the water in the water tank falls into the filter to be filtered, after filtering is completed, the water pump on the right portion is started, the filtered water is pumped into the water tank through the circulating water pipe, and the purposes that the peanut seeds can be automatically soaked, and the efficiency is high are achieved. Meanwhile, water after soaking can be recycled, so that water resources are saved, and the germination accelerating efficiency of the peanut seeds is improved.

The invention discloses a method for cultivating saplings of Chinese sausage, which comprises the following steps: taking mature black brown fruit pods on the saplings of Chinese sausage, drying in the shade, breaking the fruit pods, and taking out robust and full seeds; the seeds are put into a gauze bag or a mesh bag, and then the gauze bag or the mesh bag is put into hot water to be soaked for 24 h; a square black seedling raising tray is adopted; the matrix is drenched thoroughly, a hole is punched in the middle of the matrix, one seed is placed in each hole, earthing is conducted, and then the hole tray is placed in a plastic greenhouse to promote normal growth of the seedlings; when the seedlings grow 1-2 pairs of true leaves, the seedlings are transplanted into small bags, black film bags are adopted for seedling raising, and red soil and burned soil are mixed to serve as a matrix; when the seedlings grow to about 50cm, timely field planting is carried out, white non-woven fabric planting bags are adopted, red soil is adopted as a matrix, and fertilization and weeding are carried out in time. According to the method, the physiological dormancy characteristics of the seeds can be broken, the budding and seedling raising time is shortened, the seedling emergence efficiency is improved, and the problems that the Chinese sausage tree seedlings are long in breeding time and weak in growth are effectively solved.

This invention proposes a method for germinating seeds of *Hibiscus truncata* (sea ice hibiscus). The method includes: disinfecting dormant *Hibiscus truncata* seeds; soaking the disinfected seeds in a solution selected from hydrogen peroxide, gibberellic acid, and boric acid; and placing the soaked seeds in a germination bed for germination culture. This germination method uses a chemical soaking process to promote germination. The chemical is relatively safe, and the method can effectively promote the germination of *Hibiscus truncata* seeds, showing promising application prospects.