50results about How to "Increase vaccination rate" patented technology

A seed treating agent for promoting the germination of plant seeds, especially the seeds of cistanche, contains gibberelline, naphthylacetic acid, cytokinin, carbendazim, and the optional one of the extracts of three plant roots (tamaisk root, vetchleaf sophora root, etc).

The invention relates to a method for artificially planting cistanche deserticola by the saline water drip irrigation technology, which uses the saline water with a salinity of 4-30g / L-1, and comprises the steps of constructing (or converting) a host forest, inoculating the cistanche deserticola, managing and protecting the forest land, and harvesting the cistanche deserticola. The method has theadvantages of greatly improving the inoculation rate and output of the large-scale production, reducing the cost, fundamentally solving the problem of low benefit which has long bedeviled the cistanche deserticola cultivation, and widening the path of developing the water resource of the cistanche deserticola. Because of using the drip irrigation technology to develop the haloxylon ammodendron cultivation by saline water resource in arid regions and inoculating the cistanche deserticola, the method effectively solves the problem that the cistanche deserticola cultivation is low in inoculationrate and benefit and hard to popularize in the large-scale development of the cistanche deserticola deserticulture which is bedeviled various regions at present, meanwhile, the method also has the advantages of low requirement on terrain and soil conditions, and no competition for water without occupying farmlands; therefore, the invention has a significant promotional value on the construction and renovation of the protection forest system at the periphery of the oasis in extreme arid regions.

The invention relates to an inoculation and spraying fertilization all-in-one machine for tobacco seedlings and an operating method of the all-in-one machine, and adopts the technical scheme that the all-in-one machine comprises a rack, a minimally invasive mechanism, a spraying device, an airflow assisting mechanism and a travelling mechanism, wherein the rack is used for fixing and supporting the spraying device and other mechanisms; the minimally invasive mechanism is used for minimally invading tobacco spires; the spraying device is used for spraying vaccination liquids, pesticides or leaf fertilizers; the airflow assisting mechanism is used for blowing leaves to the minimally invasive mechanism, or is used for turning over the leaves to assist spraying; the travelling mechanism is used for driving a mechanical bracket to march forward in a seedling raising area of the tobacco seedlings. According to the all-in-one machine, aiming at the problems that tobacco seedling inoculation machines are deficient and the conventional plant protection machines are inefficient, a rotational roller with waterproof abrasive paper is adopted for minimally invading the tobacco spires, and cooperates with the airflow assisting, and the vaccination liquids are sprayed for inoculation, so that the inoculating rate of the tobacco seedlings is improved, and the various composite functions of accurate spaying of the pesticides and the leaf fertilizers and the like can be realized; the all-in-one machine can be applied in tobacco's inoculation and spraying fertilization under different planting conditions, and realizes the comprehensive management of greenhouse tobacco.

The invention discloses an identification method for artificial inoculation of tobacco red spot disease, which is characterized in that it comprises the following methods: S1: Cultivation of red spot disease bacteria: take the activated bacterial strains to be tested and transfer them to PDA plates, and place them at 28°C respectively. Constant temperature culture for 5d, 10d, 15d, standby; S2: Preparation of inoculum: prepare mycelium block inoculum, mycelia inoculum, spore liquid inoculum, the concentration of spore liquid is 105, 106, 107 spores / mL concentration respectively; involving Tobacco brown spot identification technology field. In the manual inoculation identification method for tobacco red star disease, when the leaves are inoculated, when the push handle of the syringe is pressed, the lifting ear can be pulled upward by fingers, the lifting ear can push the slider upward, the slider moves upward and drives the rotating rod to push the connecting block, and connects The block pushes the arc-shaped stopper to clamp the surface of the syringe to prevent the syringe from moving relative to the arc-shaped stopper when the push handle is pushed.

The invention provides a stereoscopic multi-functional liquid inoculation machine for artificial planting of Cistanche deserticola. The stereoscopic multi-functional liquid inoculation machine comprises a caterpillar tractor and a stereoscopic multi-functional liquid inoculation machine body installed behind the caterpillar tractor. The stereoscopic multi-functional liquid inoculation machine body comprises a gearbox, a seed-liquid stirring device, a spray-sowing device, a hydraulic lifting arm, a furrow plough, a truss, a two-way spiral soil winding device, a soil fixing baffle, a soil dividing and soil covering baffle and sliding rollers. According to the stereoscopic multi-functional liquid inoculation machine, a series of Cistanche deserticola planting work procedures of furrowing, soil feeding, stirring (seed dressing), stereoscopic sowing, fertilizing, spraying of a degradable mulching film and soil covering are mechanically completed; besides, Cistanche deserticola seeds are uniform in sowing depth and are uniformly sown to the host root system inoculation section (the side wall of an inoculation furrow host face) in a sprayed mode, a stereoscopic inoculation film face is formed, and the inoculation section is enlarged, so that the contact probability of seeds and host roots is increased. The stereoscopic multi-functional liquid inoculation machine breaks through the mode of artificial planting and small-scale mechanical planting, and is easy and convenient to use and especially suitable for the large-scale industry production of the Cistanche deserticola.

The invention discloses an edible mushroom cultivation method, in particular to a black hypha mushroom cultivation method. The method comprises the following steps: carrying out soil preparation, sieving soil 5-9 days before sowing sorghum, using ripe black hypha mushroom spores harvested last year, mixing ripe black hypha mushroom bacteria strains with soil according to weight ratio of 0.4-0.6:100 to mix bacteria soil evenly; adding plastic cloth for coverage; keeping soil moisture at 15 to 20% of humidity to result in bacteria strains germination; sowing when ground temperature at 5mm is stabilized at 6 DEG C to 7 DEG C in a hole sowing way; when hole sowing, putting 6 to 7 sorghum seeds into the hole first, covering 80-120g bacteria soil on the hole, then covering 5mm or so of soil; after sowing, using strong ultramicro membranes to cover immediately; and then fertilizing, carrying out field management and harvesting to obtain the black hypha mushroom. As soil moisture conservationis carried out in accordance with the sowing method of the invention, the germination is good, the pitching rate of the black hypha mushroom is high; the seeding is strong, the harvest time of the black hypha mushroom is prolonged by 55-65, and the black hypha mushroom features high yields.