104results about How to "Good ornamental value" patented technology

The invention discloses a method for grafting a branch onto a tree. According to the method for grafting the branch onto the tree, a scion tree which is in the same type as the tree where the branch is to be grafted is selected; the scion tree is transplanted beside the tree where the branch is to be grafted; the time of grafting is chosen to be in March to May, 60% to 70% of the skin of an inarching portion of the scion tree is stripped to expose the xylem of the scion tree, a groove where the inarching portion of the scion tree can be inserted is formed in an inarching portion of the tree where the branch is to be grafted, the groove is deep enough to reach the xylem of the tree where the branch is to be grafted, and after the inarching portion of the scion tree and the groove are sterilized, the inarching portion of the scion tree and the groove are bonded closely; nails are used for fixing the inarching portion of the scion tree and the groove, and then a grafting film is used for tying up the scion tree and the groove; the grafting film is untied after two to three months; in the inarching growing period, the situation that the scion three is provided with suitable soil, water and fertilizer for facilitating the growth of the scion tree is maintained; and if the scion tree is alive after the grafting, the portion, under the joint portion of the scion tree and the tree, of the scion three is cut and sealed with tree wound sealing glue, wherein the cutting time is chosen to be in October to November and at least one year after the grafting date.

The invention relates to a method for cultivating frame type strawberries and belongs to the technical field of crop cultivation. According to the method for cultivating the frame type strawberries, a frame type strawberry cultivation device is adopted and is composed of cultivation grooves, cultivation groove supporting columns, a cultivation frame base, non-woven fabric and drip irrigation zones; through the suspension soilless cultivation of the strawberries, the labor intensity is relieved, the amount of labor is reduced, successive cropping obstacles are overcome, environmental growing conditions are effectively regulated, labor-saving, clean and high-quality cultivation is achieved, and high-quality strawberries can be produced. The natural environment and the production conditions are improved, the integration effect is utilized and performed, resources can be utilized more effectively, the resource utilization rate in unit area and unit time is increased, the potential productivity of an limited area is performed, and a remarkable effect is achieved. Along with the powerful development momentum of strawberry production and leisure picking, three-dimensional strawberry has a broad market, tourism picking can be more comfortable, and a novel mode is provided for the development of the urban leisure agriculture.

The grafting method of eggplant and solanum wrightii includes the following steps: according to the requirements for shaping, selecting proper twig as stock in winter, selecting proper position on the section of the stock, cutting a slit, whose depth is 2cm-3cm and width is identical to that of scion, then selecting semi-lignified eggplant branch as scion, using cutter to cut its base portion into symmetrical oblique surfaces which are different in size, inserting the scion into the slit of stock, tightly binding said slit by plastic strip, and using a small plastic bag to cover the scion and slit together, after the new bud is grown from scion, removing said small plastic bag. Said invention can create the curious spectacle of that eggplant fruit can be grown on the big tree.

The invention relates to a method for artificially propagating moon jellyfish and belongs to a propagating technology of marine organisms. The method comprises the following steps of: feeding female and male parents of the moon jellyfish in the same water body with stable temperature and salinity for 100-150 days; scratching the female parent and the male parent and changing the temperature, the salinity and illumination of the water body; respectively releasing ova and sperms from the female parent and the male parent, wherein the ova and sperms form fertilized eggs, the fertilized eggs develop to form larva plankton and the larva plankton develops for 2-8 days to form hydranths; separately culturing an attachment medium to which the hydranths are attached, keeping the water quality fresh as well as the temperature and the salinity stable; allowing hydranths to become hydranth adults after being fed for 30-80 days; under the conditioned stimulus, releasing a jellyfish larva from the hydranth adult; feeding the jellyfish larva in clear water quality and breeding the jellyfish larva by adopting soft bubbles; allowing the jellyfish larva to gradually grow into young jellyfish after being fed for 7-20 days; and transferring the young jellyfish into a young jellyfish culture tank, keeping the temperature and the salinity constant and allowing the young jellyfish to develop into an adult jellyfish after being fed for 50-100 days.

A biometric feature recognition apparatus and an electronic device having the biometric feature recognition apparatus are disclosed. The biometric feature recognition apparatus includes: a chipset; a dielectric cover plate located above the chipset; and a first conductor group located above the dielectric cover plate, where the first conductor group and the chipset are interconnected, and the first conductor group provides a pulse signal to a user finger when the finger is in contact with the biometric feature recognition apparatus. The biometric feature recognition apparatus has advantages of a high integration density and low subsequent manufacturing difficulty, and can be made into a super thin structure and therefore has great ornamental value. Moreover, interior of the biometric feature recognition apparatus can be protected, and is highly secure.

The invention discloses a method for overseeding ryegrass in cynodon dactylon. The method comprises the steps of firstly, deeply plowing a target turf, and sowing cynodon dactylon; then, deeply shearing the cynodon dactylon on the turf in autumn and winter, and scarifying the surface layer of the turf; and finally, sowing ryegrass, and carrying out trimming, fertilizing, watering and other operations with different requirements on the cynodon dactylon and the ryegrass many times according to different times and states in the period of time. Through overseeding the ryegrass in the cynodon dactylon, the two crops can synergically grow to ensure that the same turf remains green throughout the year, so that the favorable ornamental value, relatively high field application ratio and relatively high economic benefit are brought.

The invention relates to a factorized-cultivation method of dendrobium nobile and pertains to the technical field of the flower cultivation, is characterized in that the method comprises the following steps: young seedlings after being properly conditioned are transplanted to plugs with 128 holes and then to nutrition pots of 8cm after cultivation of six to eight months, with illumination controlled below 35,000 Lux and temperature at 18-28 DEG C during cultivation; each plant is fertilized with 15 particles of Magamp when roots grow to the pot wall in the first year of cultivation, and is fertilized with rapeseed cake fertilizers by 0.5cm<3> in spring of the second year; flower forcing treatment is conducted in the third year of cultivation in nutrition pots of 8cm: flowering plants aretreated with low temperature at a high elevation and is forced for flowering with increasing temperature at a low elevation. The factorized-cultivation method of dendrobium nobile can adapt to climatic conditions in our country and solves the technical problem of the factorized-cultivation of dendrobium nobile, having simple technique, low production cost, good consistency of dendrobium nobile with high quality, good visual value and broad market prospects.

The invention relates to phytoremediation technology for treating polluted environment, in particular to a method for reparing cadmium-polluted earth by using a cadmium-enriched flower, namely Bellis perennis. The method utilizes root systems of the cadmium-enriched plant Bellis perennis to absorb cadmium enriched in the polluted earth in large amount, transfers the cadmium upward to the overground part, integrally removes the plant and properly treats the plant when the plant grows to the blossom time, thereby the plant absorbs and removes a large amount of the cadmium from the earth; and by repeatedly planting the plant and repeating the process, excessive cadmium in the earth can be continuously extracted until the content of the cadmium achieves the environment safety standards. The method has the advantages of small engineering quantity, no destruction to physicochemical property of the earth, no secondary pollution, beautifying the environment beautification while treating the polluted earth, and the like.

The invention discloses a flowering peach grafting and seedling method which comprises the steps of (1) mountain peach rootstock seedling cultivation, (2) scion preparation, (3) scion treatment, (4) scion grafting, and (5) post-grafting management. According to the invention, cultivated mountain peach rootstock seedlings are vigorous in growth, good in root development and high in drought resistance and cold resistance. In addition, the seedling method is simple, and the cost is low. A plurality of different kinds of flowering peach scions can be grafted on each mountain peach rootstock seedling, so that the single-plant grafting survival rate can be enabled to reach up to 99%. A cultivated grafted seedling has multiple species in one plant, so that better viewing values are brought when the cultivated grafted seedling is in blossom. Magnetic field treatment is carried out on the scions before grafting, division and differentiation of cells at a notch can be promoted, the wound healing ability is improved, the healing time is shortened, growth of the scions can also be promoted, and the grafting survival rate is improved. The method disclosed by the invention can complete grafting of flowering peach in the same year when the mountain peach rootstock seedling is cultivated, thereby greatly shortening the seedling time, and improving the efficiency and the market competitiveness.

The present invention belongs to the field of flower planting technology. The industrial cultivating process of cyclamen includes the following steps: dot seeding and transferring to germination room; maintaining the germination room in the conditions of 15-20 deg.c, humidity of 94-96 % and complete dark; management in seedling stage; transplanting seedling; potting the seedling; hardening off before summer; management in summer, management in post-high temperature stage and management in flower stage. The said technological process is especially suitable for industrial cultivating process of cyclamen in subtropical zone and low altitude condition.

The invention provides a flower ambroid accessory manufacturing method. The flower ambroid accessory manufacturing method comprises the following steps: picking flowers and placing the flowers in a freezer for storage; placing the flowers in a pretreatment fluid to soak the flowers; performing freeze-drying treatment of the pretreated flowers to obtain freeze-dried flowers; placing the freeze-dried flowers into an aftertreatment fluid to soak the freeze-dried flowers for aftertreatment, wherein the aftertreatment fluid comprises 5-10 percent of a film-forming material, 0.1-1% of an ultraviolet light absorber and the balance of an aftertreatment solvent, the film-forming material comprises at least one of paraffin, polyethylene wax, polyethyleneglycol or silicone oil, and the aftertreatment solvent is at least one of ethanol, methyl benzene, gasoline or ethyl acetate; and performing resin embedding of the freeze-dried flowers subjected to aftertreatment. By the adoption of the technical scheme, the freeze-dried flowers can still maintain the original colors and shapes, the resin-embedded flowers still keep the original colors and shapes, and during the use of an accessory manufactured by embedding, the flowers cannot discolor or fade along with light irradiation.

The invention discloses an LED (light emitting diode) lighting table-chair combination which comprises a table arranged above a platform and four chairs, four table legs below the table are hollow solid-wood table legs; a table surface which is made of double-layer glass and is used for arranging an LED lamp is arranged above the four table legs, and the middle part of the table surface adopts a hollow structure; a wire of the LED lamp in the table surface is electrically connected with a controller in the platform through the four hollow table legs; a plurality of LED lamp are arranged in each chair; two LED lamps are arranged in each of the four chairs in an up-and-down staggering manner; after being connected in series with each other, the two LED lamps in each chair are connected with an infrared sensor. The LED lighting table-chair combination is simple in structure and reasonable in design; the lighting device of the table is arranged in the table surface, so that a good lighting effect is achieved; the chairs have the bearing capacity and also have an ornamental value; the LED lamps are switched on and switched off in a sensing manner, so that electric energy can be saved; the LED lighting table-chair combination is green, environment-friendly and good in heat dissipation effect; insulating substances are arranged on the outer sides of all circuits, thus the dangerousness is low.

The invention relates to the technical field of soil remediation, and particularly relates to a method for remediating cadmium pollution of soil with red-spotted stonecrop. The method comprises the following steps: step A: applying a biomass charcoal improver to the polluted soil; step B: planting red-spotted stonecrop in the polluted soil; step C: after growing for 60-150 days, cutting overground plant parts of the red-spotted stonecrop and then applying a nutrient solution; and step D: after repeating the step C for 1-4 times, removing the whole red-spotted stonecrop. The method provided by the invention uses the red-spotted stonecrop and the biomass charcoal improver for joint remediation; the biomass charcoal improver provides a relatively good growth environment for the red-spotted stonecrop, plays a role of promoting growth of roots of the red-spotted stonecrop, and enhances vitality of the red-spotted stonecrop; the red-spotted stonecrop can enrich the heavy metal cadmium efficiently; the content of cadmium in the polluted soil can be reduced greatly under double action of the red-spotted stonecrop and the biomass charcoal improver; the method can achieve the purpose of complete remediation after three to six years and has good social and economic benefits and popularization and application values.

The invention discloses an integral lighting tube of light emitting diodes, which comprises a casing, a printed circuit board, a plurality of light emitting diodes and a universal electric socket, wherein the printed circuit board is arranged in the casing, the plurality of light emitting diodes are arrayed and mounted on the printed circuit board, and the printed circuit board is connected with the universal electric socket. The integral lighting tube integrally uses the plurality of light emitting diodes, and has the advantages of high lighting brightness, uniformly light and the like, and the integral light tube utilizes the universal electric socket, can be engaged with various lamps, and is extremely convenient in use. The integral lighting tube can be designed into variously beautiful shapes, and has well viewing value and decorative action. The integral lighting tube is in dismountable engagement with the lamps, and the body of the lighting tube is also a dismountable structure, when the light emitting diodes are burnt out, the lighting tube can be used again only with needing to change new light emitting diodes but the integral lighting tube of light emitting diodes or the overall lighting fitting, thereby largely saving the using cost for consumers.

The invention discloses a precision casting method for metal objects. The method includes the following steps that A, model making is performed, beewax is used for making a casting model, and an outline and a clay core are combined in a sleeving mode to form a cavity; B, preheating is conducted, the outline and the clay core are combined in the sleeving mode to be heated with small fire at first, slow cooling is performed, and then the outline and the clay core are put into a furnace kiln to be heated at a high temperature; C, pouring is carried out, molten copper is poured into a pouring gate, and after the molten copper is solidified and cooled, the outline and the core can be removed to take out a copper billet casting; D, a copper billet is polished; and F, decorating and surface coloring are carried out, the polished product is decorated, surface coloring is conducted after the product is decorated, and accordingly a finished product can be obtained. By the adoption of the method, rupture and sand holes cannot happen to the casting formed through the outline and the clay core easily, molten copper mobility can be improved by preheating the outline and the clay core, and therefore the molten copper injected into the cavity can be evenly filled, and the density and hardness of the finished product are improved; and in addition, through the reasonable technology, manufactured copper ware is fine and smooth in surface, delicate in modeling, dainty and exquisite and good in ornamental value.