47results about How to "Extend viewing time" patented technology

The invention discloses a system and method for achieving a 3D virtual advertisement with a mobile terminal. The system comprises a server terminal and the mobile terminal in communication with the server terminal. A virtual image file library used for storing a 3D virtual image corresponding to a print advertisement is arranged at the server terminal, a marker for marking the 3D virtual image and the spatial position is arranged on the print advertisement, the image information of the print advertisement is obtained by the mobile terminal through a camera of the mobile terminal, the corresponding 3D virtual image is obtained according to the marker of the print advertisement, and the 3D virtual image is displayed according to the spatial position of the marker.

The invention discloses a method for shaping a scaling ladder type plastic-dipped metal rack tree. The method mainly comprises the following steps of: (1) designing special parameters of a tree shape, destructing a certain quantity of single plants according to corresponding parameters, and manufacturing a tree cultivation shape technical pattern of the corresponding single plants; (2) manufacturing and mounting a scaling ladder type plastic-dipped metal rack and a supporting frame, so as to manufacture a tree cultivation template; (3) planting shaped nursery stocks in a nursery cultivation field below the scaling ladder type plastic-dipped metal rack; (4) when a tree grows to an oriented tree cultivation height, binding tree twigs on the tree cultivation template in an oriented manner; and (5) carrying out shaped nursery stock management, mainly including bud fixing, bud picking, binding and unbundling, and thickening cultivation. The method provided by the invention has the advantages of simpleness in operation, good shaping effect and long shaping retention period; the ornamental value is improved, and the watch time is prolonged; the scaling ladder type plastic-dipped metal rack and the supporting frame are durable, and can be continuously shaped for many years, so that the requirement of a shaping length can be met; the polarized shaping can be realized; the trees are prevented from being damaged; and the standard scale production can be realized by accurately shaping according to the pattern.

The invention discloses a pesticide composition for coloring and burnishing leaves, and a preparation and an application thereof. The pesticide composition is composed of phenylalanine and ethephon at weight ratio of 1:(0.5-50). The pesticide composition can promote the coloring and burnishing of leaves of the ornamental tree while reducing the coloring period of the ornamental tree, so that the time for viewing can be advanced, the early falling of the leaves can be avoided, the time for viewing the leaves can be prolonged, the phytotoxicity of ethephon to the ornamental tree can be reduced and the pesticide composition is safe to the tree.

The invention relates to a novel plant shaping technology. The novel plant shaping technology includes: selecting plant materials and performing early-stage preprocessing; selecting plant shaping frames, (containers) and culture medium materials and manufacturing; performing plant material cuttage, fixation and later maintenance and the like.

The invention belongs to the technical field of plant cultivation, and specifically discloses a tulip species Shangnongzaoxia flowering regulation technology. According to the technology, from the end of May to the beginning of June of each year, the seed balls of tulip Shangnongzaoxia are collected; then seed balls are stored at a temperature of 20 to 25 DEG C to carry out flower bud differentiation; in July, the seed balls are refrigerated at a temperature of 5 to 8 DEG C; after at least 12 weeks, the seed balls are taken out and cultured at a room temperature in the presence of normal sunlight, and the flowering period can be reached in the first ten days of December at the soonest. The invention also discloses an application of the regulation technology in a combined pot. Winter low temperature vernalization is artificially simulated, namely a refrigeration treatment, so as to bring forward the flowering period of tulip; the demands on high class flowers in holidays can be met; the tulip seed balls, which are refrigerated in sequence at a interval of one week, are assembled to form a combined pot, the combined pot can continuously bloom at a interval of one week, and the shelf life of the combined pot is prolonged.

The invention relates to a method of regulating flowering phase of Hippeastrum rutilum in south China. The method includes the steps of subjecting bulbs of Hippeastrum rutilum to field bulbing, cutting off leaves 3 cm from the upper portion of each bulb, reserving 3 cm from the root of each bulb to cut off residual roots, washing, sterilizing, and treating with hormones; placing the bulbs of Hippeastrum rutilum in a low-temperature dark environment at 5-9 DEG C for 12 h and then in a high-temperature dark environment at 22-25 DEG C for 12 h, and after 10 days of such alternate placement, placing in the low-temperature dark environment at 5-9 DEG C for 20 days before taking out; after low temperature treatment, transplanting the bulbs of Hippeastrum rutilum with one bulb transplanted in onepot, covering with earth, placing in open air, and treating with hormones after Hippeastrum rutilum grows leaves; pruning and performing maintaining management. The method has the advantages that thetemperature treatment time for Hippeastrum rutilum is shortened to 30 days, the whole growth period for flowering phase regulation is shortened to 2 months, and the production cycle is evidently shortened.

The invention provides a method and an agent for prolonging the flowering stage of ornamental type rape flowers as well as an agent preparing method, and belongs to the field of crop cultivation. The agent is a solution prepared from indole-3-acetic acid and a solvent through mixing, wherein the concentration of indole-3-acetic acid is 100-600 mg/L. The aqueous agent has the advantages of safe use and non-toxic, and absorption of indole-3-acetic acid in the agent by rape is facilitated. Indole-3-acetic acid with the concentration of 100-600 mg/L has an inhibiting function on the growth speed of the rape flowers, so that the flowering stage of the rape flowers is prolonged, and the ornamental flowering stage is prolonged.

The invention discloses a peony flowering phase regulation and control method. The method comprises the steps that peony plants are selected, and diseased roots of the peony plants are removed; root wounds of the peony plants are disinfected, and the peony plants are dipped in rooting powder liquid to promote rooting of the peony plants; the peony plants are put into a pot, the pot is filled witha culture medium, and the peony plants are watered thoroughly after being cultivated; from the bud raising stage to the bud standing stage, the back faces of leaves of the peony plants are coated witha peony flowering phase advance regulator or a peony flowering phase delay regulator; and from the strong wind boll stage to the peach orchard stage, the back faces of the leaves of the peony plantsare coated with the peony flowering phase advance regulator or the peony flowering phase delay regulator. By applying the peony flowering phase advance regulator or the peony flowering phase delay regulator, peony plants can flower in advance or flower in a delayed mode, the total flowering phase of peony is prolonged as a whole, the ornamental time of peony is prolonged, operation is easy, the input cost is low, time and labor are saved, and peony flowering phase regulation and control in large-scale production can be met.

The invention discloses a cut Conca d'Or vase solution preservative, and relates to the technical field of cut flower vase solutions. The cut Conca d'Or vase solution preservative is characterized by comprising the following components in parts by weight: 25-35 parts of sugar, 0.4-0.6 part of salicylic acid, 0.4-0.6 part of potassium benzoate, 0.05-0.25 part of gibberellin, 1-2 parts of hydroxyquinoline and 1,000 parts of distilled water. The cut Conca d'Or vase solution preservative has long preservation life and a good preservation effect, is nontoxic and is free from irritating smell. By using the preservative, the flower color and the leaf color of cut lilies are prevented from being lost, the viewing time of the cut flowers is prolonged, and the economical value of the cut flowers is increased.

The invention discloses a flower planting method. A good dwarf branch type variety is selected to be planted, and intelligent sunflower planting devices are erected in the ornamental field according to the spacing distance of 10 cm, wherein each intelligent sunflower planting device is composed of a water storage base and support rods; nutrition bowls are selected for seedling raising, and sunflower seeds are vertically inserted into the nutrition bowls in the mode that tips of the seeds face downwards when seeding is conducted; fertile nutrition soil with high organic matter content is selected to be put into flower pots, and seedlings are subjected to field planting to be transplanted into the flower pots after 4-6 true leaves grow on each seedling; after buds emerge, watering is appropriately conducted according to the growth condition of the plants, and flower fertilizer with higher nitrogen content is applied by adopting a foliar spray mode. By adopting the scheme, illumination is more sufficient, the growth speed is increased, and the phenomenon that due to the fact that the nonuniform illumination phenomenon is generated due to the inconsistent growth vigor condition, sunflowers with the bad growth vigor can grow more weekly due to the fact that the sunflowers with the bad growth vigor are shielded by sunflowers with the good growth vigor is avoided.

The invention relates to a cultivation method capable of accelerating growth of red beech and improving ornamental traits of leaf color. The method comprises the specific steps: carrying out intermediate felling to enable forest crown density of the red beech not to be higher than 80%, and carrying out urea dressing by 20g to 180g monthly on each of red beech plants, of which the ground diameter is 2.0cm to 18.0cm, in March to July according to tree body sizes; in the middle ten days of August, subjecting 1/2ring-to-3/4ring of each main branch bark to annular injury at the annular injury depthof 0.2cm to 0.3cm; and in the middle ten days of September, subjecting a mixed solution of 0.5% potassium dihydrogen phosphate, 3% saccharose and 2% hydrogen peroxide to leaf spraying once, so as topromote formation of leaf color substances. According to the method, the growth of the red beech can be improved by 8% or more, the change of a leaf color of the red beech into purplish red or red ispromoted, a leaf color change stage is advanced by 7 to 10 days, and the improvement of an economic value of the red beech and the ornamental traits of leaves is facilitated.

The invention discloses a cultivation method of potted sweet potatoes. The cultivation method particularly comprises the steps that sweet potato blocks with smooth and attractive appearance and appreciation characteristics are selected and vertically or aslant inserted with a certain angle into suitable containers, wherein the containers are filled with substrates, sand and a certain amount of water; the sweet potato blocks grow to ornamental type potted plants under a certain condition. The cultivation method is simple and feasible, the cultivated potted sweet potatoes are clean and sanitary,the ornamental type sweet potato potted plants can be easily made under the indoor condition, and thus the living and office environment is greened.

The invention discloses a new technology of plant sculpture modeling. The new technology is characterized in that a cultivation substrate is a composite cultivation substrate and is generally composedof at least three layers, and sequentially comprises an underlying grid layer, a nutrient substrate layer and an outer layer; and the nutrient substrate layer can be composed of building rock wool, horticultural rock wool or artificial sponge alone individually, and a better mode is characterized by compounding the nutrient substrate layer with substrates of peat, turf and/ or a water-retaining agent and other substances. According to the technical scheme, the number of using varieties of the plant materials is single and the construction time is reduced in plant molding process, so that construction is simpler, environmental protection is achieved, and the technical method is more scientific; meanwhile, the production and manufacturing time of plant modeling and an environment place forshowing demands can be expanded to all-year, all-weather, indoor and outdoor places; the plant materials comprise all herbal, vine and woody plant varieties suitable for modeling which can be propagated through sexual and asexual propagation methods; and manufacturing construction not only saves labor and time, but also has higher hygiene and environmental protection and scientific level comparedwith an existing manufacturing construction method.

The invention discloses a method for improving cold resistance of crassula lycopodioides, and relates to the technical field of methods of plant cold resistance. The method comprises the following steps: (1) when autumn comes, crassula lycopodioides is placed outdoors for adapting to a trend that the temperature is reduced continuously in advance; (2) a fatty acid sucrose ester solution with a concentration of 1-2.5% is sprayed on leave surfaces of the crassula lycopodioides for one time every day from the first week of the autumn, and the spraying is carried out on seven consecutive days; (3)in the autumn, watering is carried out under control, and a basin bottom is kept dry; and (4) after winter comes, the fatty acid sucrose ester solution with a concentration of 1-2.5% is sprayed on leave surfaces of the crassula lycopodioides for one time every day, and the spraying is carried out on seven consecutive days. According to the method, carrying out protection treatment and water management before winter is carried out through spraying the fatty acid sucrose ester solution on the leave surfaces of the crassula lycopodioides, the low temperature which can be tolerated by the crassula lycopodioides can be reduced to 0 DEG C, and cold damage is avoided at 0-5 DEG C, so that the crassula lycopodioides can grow at a lower temperature, the viewing time is prolonged, and the crassulalycopodioides is applied in a larger latitude range.