36results about How to "Big flowers" patented technology

The invention discloses a 8-shaped crape myrtle tree shaping method. The method comprises selecting biennial crape myrtle seedlings for shaping; when branches of the seedlings grow to be more than 1 meter long, expanding the neighboring branches of every seedling from the position three inches above the root in opposite directions through external force to bend and cross to form an 8 shape; fixedly binding the bent connection of the branches to wood pieces or bamboo bars adjacent to the branches and repeating the operation above for a plurality of times to form a plurality of the 8 shapes; removing buds at the lateral top of every bent portion except one main bud; when the main bud grows to a certain length, cutting off the bud head to for lateral buds; until all the lateral buds come into leaves, cutting off the top of every lateral bud. A crape myrtle tree in the 8 shaped is attractive in appearance and good in light illumination and meanwhile facilitates inflorescence growth and tree shape cultivation with large quantity of inflorescence and large flowers; the shaping method is easy to operate; flower balls can be evenly distributed at the top and on both side of the crape myrtle tree, so that the viewing value of the crape myrtle tree can be greatly improved.

The invention discloses a rhombic crape myrtle tree shaping method. The method comprises selecting two-year-old crape myrtle saplings for shaping; opening branches towards the opposite direction with the middle of the adjacent branches through external force from 3 inches above roots and bending and crossing the branches to enable the branches to form an 8 shape when the branches grow to more than one meter high; bundling and fixing the branches with battens or bamboo poles inserted nearby the branches with ropes or iron wires at branch bent junction sections, repeating the step for a plurality of times to enable the branches to form a plurality of 8 shapes; leaving main buds at the side tops of the bending portions, and removing the rest buds; shearing bud heads when the main buds grow to certain length to enable the main buds to grow lateral buds; when two leaves are grown of each lateral buds, cutting off the tops of the lateral buds. Crape myrtle trees of the shape are attractive in appearance, good in illumination, inflorescence growth and tree shape cultivation are facilitated, inflorescences are multiple, flowers are large, the shaping method is simple and easy to implement, flower balls are uniformly distributed on two sides and the tops and the bottoms of the crape myrtle trees, and the ornamental value of the crape myrtle trees is greatly improved.

The invention relates to a method for bloom of dendrobium candidum in a test tube, belonging to the technical field of agricultural plant biology. The method comprises the following steps of: taking protocorm obtained by the isolated culture of dendrobium candidum stems as test material, and culturing strong seedling for 50-80d; and alternately culturing and inducing through blooming inducing stage I, blooming inducing stage II and blooming inducing stage I, and carrying out blooming culturing stage. According to the method for inducing bloom of the dendrobium candidum in the test tube, the formation of the dendrobium candidum buds can be effectively induced, and the blooming rate of the dendrobium candidum test tube can be adjusted and controlled; and the method can induce the strong plant, the flower size is large, the blooming inducing rate is 90.5%-96.7%, and the flower with integrated flower organ reaches up to 98.5%-100%.

The invention belongs to the fields of microbes and food biotechnologies, and concretely discloses a loose tea Eurotium cristatum fermentation technology. The technology comprises the following steps: 1, rehydrating gross tea by a rehydrating machine to make the water content reach 16-35 wt%; 2, adding the rehydrated gross tea to a rotary bottling machine to make the rehydrated gross tea be packaged in charging bottles, stacking the bottles, placing the charging bottles to a high-temperature and high-pressure sterilizer, sterilizing the charging bottles, adding the sterilized charging bottles into a cooling room, cooling the charging bottles to 30-80 DEG C, placing the cooled charging bottles into an inoculation room, and carrying out inoculation; 3, adding the inoculated charging bottles into a fermentation room, and carrying out fermentation at 20-40 DEG C under a humidity of 30-75% for 6-10 d; and 4, adding the fermented tea leaves to an automatic discharging machine, taking out the tea leaves from the charging bottles, placing the tea leaves in a drying disc, and drying the tea leaves until the water content is 5-12 wt%. The technology has the advantages of uniform Eurotium cristatum growth, high Eurotium cristatum growth capacity, obvious Eurotium cristatum, simplicity and high standardization degree, so the product quality is safe and controllable, the health effects of the product are further enhanced, and the product quality is excellent.

The present invention relates to a new and distinct strawberry variety. The varietal denomination of the new variety is ‘PLANASA 02-32’. Among the characteristics which appear to distinguish the new variety from other varieties are a combination of traits which include big size of flower, a big size of calyx relative to corolla and abundant production of red colored, conical shaped, and big fruit size, and medium time of ripening.

The invention discloses a method for planting vine jasmines. The method comprises the steps of cultivation of seedlings, grafting, transplantation, field management, picking and the like. By adoptingthe method, the success rate of cutting, grafting and transplantation is high, the obtained jasmines after planting are rich in aroma, flowers are beautiful, there are few diseases and pests, and notonly can the jasmines be planted on a large scale, the high-yield, fresh and pure jasmines can be harvested, but also the aromatic jasmines can be used as landscape flower vines for beautifying the environment.

The invention discloses a special microbial fertilizer for gardenia and a preparation method thereof. The special microbial fertilizer for the gardenia comprises components in parts by weight as follows: 1-3 parts of lactobacillus acidophilus, 2-4 parts of bacillus licheniformis, 3-5 parts of bacillus subtilis, 2-4 parts of fulvic acid potassium, 20-30 parts of bean cakes, 10-30 parts of peanut cakes, 10-15 parts of powdered rock phosphate, 5-8 parts of sodium borate, 4-6 parts of calcium chloride, 4-6 parts of soluble chitosan, 10-20 parts of leftovers in a pig slaughter house and 20-30 parts of peat. According to the special microbial fertilizer for gardenia, the utilization rate of the fertilizer is improved, the growth of the gardenia is promoted remarkably, the flowering phase is prolonged, and the special microbial fertilizer has better economic and social benefits.