106 results about "Ornamental tree" patented technology

The invention discloses a method for rapid developing multi-variety camellia on a tree, which belongs to a method for grafting trees in horticulture. The method comprises the processes: (1) technique of selecting variety of rootstock and scion; (2) technique of transplanting rootstock; (3) technique of grafting the scion; (4) managing technique after transplanting and grafting. The method for rapid developing multi-variety camellia on a tree of the invention has the advantages that grafting can be carries out at all seasons; varieties of the rootstock and the scion are not limited with a high survival rate and quick growth; flower blossoms out in current year; the survival multi-variety camellia has strong adaptive capacity and can grow and blossom in a temperature of -6 to 35 DEG C. By adopting the invention, gene of the camellia can be promoted to change, which makes the camellia grow developed fibrous root but not earth root and have little sideway root; the camellia only blossoms red and white flowers can be changed in a short period into an unique tree which can blossom tens of varieties of flowers, which achieves an effect of beautifying environment and is used for an occasion that the camellia is regarded as ornamental trees. The invention is a gardening technique with a strong artistry.

Disclosed are compositions that comprise one or more N-acylethanolamine compounds for maintaining the freshness and appearance of cut flowers, floral products, decorative foliage, fruits, and other plant cuttings. More specifically, the present invention provides methods for treating and storing cut flowers, Christmas trees, fruits, and other severed plant parts that preserve the appearance, freshness, fragrance and/or aesthetic qualities of the botanical products. Using the disclosed compositions, the shelf life of cut flowers was substantially prolonged, in many cases 2 to 5 times longer than untreated flowers, with the treated flowers or foliage appearing healthy and viable, and without wilting, dehydration, leaf drop, or visible signs of senescence. Likewise, treatment of ornamental coniferous plants with the anti-senescent compositions delayed deterioration and leaf drop, while extending the overall appearance and quality of the plants and plant cuttings.

The invention relates to a cold-resistant excellent lance-leaved red anise strain cutting propagation technology for evergreen broad-leave ornamental tree species illicium lanceolatum, which comprises the steps of sterilizing a cutting pond; mixing mediums which consist of peat soil, pearlite, sand and vermiculite according to volume ratio of 1:1:1:1, sterilizing a seedling bed by using potassium permanganate solution with concentration being 0.5 percent, sterilizing the mediums by using 50% Mildothane 800-time solution and keeping the thickness of cutting mediums to be 30cm; selecting annual shoots at the middle part of the sunny side of a crown, keeping the length of the shoots to be 10cm to 12cm and cutting off one half of leaves at the top end of the shoots for cutting; using IAA50ppm+IBA50ppm to treat scions and soaking 3cm-long to 4cm-long lower part of the shoots for cutting for 24 hours; keeping cutting depth to be 4cm to 5cm, keeping cutting density with row spacing being 6cm * 8cm and using a sprinkling can to spray water to enable the shoots for cutting to be in full contact with the mediums; and arranging a sunshade net and an automatic spray device above the cutting pond to reduce illumination intensity and increase air humidity, and in the first month after cutting, keeping daytime relative humidity above 65 percent to 80 percent. The survival rate of cut shoots can reach 80 percent. By using the annual shoots and after hormone treatment, the propagation of cold-resistant excellent lance-leaved red anise strains can be conducted rapidly, the method is simple, the operation is simple, the survival rate is high and the like. The technology not only can provide technical supports and excellent strain seedlings for the popularization and the application of lance-leaved red anises which are evergreen broadleaved ornamental trees, but also can provide references for the cutting propagation of the cold-resistant excellent strains of other trees.

A trunk ring type trunk cultivation modeling method of ornamental trees is characterized by comprising the following steps that in the early spring, after the soil is unfrozen and when the sap flows, trees are selected for standby application; the trees with different determined trunk heights are combined and planted together, the highest one is selected and cultivated as the main trunk and used for the sheared modeling at the highest layer, and the others are mutually bent in the direction perpendicular to the main trunk, serve as lateral brunches to be cultivated and are used for modeling at other layers; the trunk modeling is combined according to the classification of an annular trunk modeling, the trunk modeling is decomposed to obtain a single-tree technical graph, the shape is determined depending on the trees, the height positions of the highest and lowest trunks and the trunks at the front, back, left and right sides of the whole tree are determined, and unnecessary brunches are removed; the contacting surfaces between the trunks in the planting process are cut to the phloems through a grafting tool and used for inarching, and the outside is wrapped and bound tightly through a plastic thin film with the thickness of 0.02-0.06 mm; a supporting frame and a ring type trunk cultivation modeling ladder frame are manufactured and installed; in the growth period and after the inarching surfaces are healed, the plastic thin film is untied.

The invention discloses an ornamental tree and shrub transplanting robot which comprises a platform, two front-drive structures, two rear-drive structure, a camera set, a digging device, eight connection corner parts, four fixed frames, two motor bases, six tree storage baskets, four rotary disks, six first servo motors, two second servo motors, six rotating shafts, a first fixed rod, a third servo motor, a first electric cylinder, a second fixed rod and the like. The ornamental tree and shrub transplanting robot is characterized in that the two front-drive structures are arranged at the front end of the platform, the upper ends of front car frames of the two front-drive structures are fixedly connected with the platform, seventh servo motors are arranged on the inner sides of the lower ends of the front car frames, and shafts of the seventh servo motors are connected with front wheels through the rotating shafts. The ornamental tree and shrub transplanting robot disclosed by the invention can achieve autonomous digging and burying work through the digging structure at the front end and a scraper blade at the rear end, reduces manual resources and achieves transplanting work of a plurality of trees and shrubs through a structure of the tree storage baskets; thus, the work efficiency is improved.

The invention belongs to a cultivating method of artistic packing trees and packing stumps. By the steps of cultivating seedlings, preparing molds, packing, planting, hierarchically surrounding edges, filling soil, daily watering, fertilizing, expelling pests, molding and forming tree crowns and the like, the method can cultivate a natural tree of which the diameter is about 1 meter, a Banyan landscape tree with clustered flaky tree crowns or an artistic ornamental tree with exposed hollow cage-shaped packing in 4-5 years. The trees cultivated by the method of the invention can be planted or put in trays with mud to be placed in parks, courtyards and exhibition sites or at two sides of roads, and can also be cultivated into small stump type bonsai being suitable for putting on the desktop.

The invention relates to a method for cultivating an ornamental tree tomato, which is characterized in that the product is produced by means of grafting, one or more grafts are grated into main stem or side branch of stock, stock can be cultivated tomato or wild nightshade; graft is tomato strain with different shape, size and mature color. The cultivation type can be base material cultivation or water cultivation. The invention solves problem of single strain and color in current tomato cultivation mode, enriches the size, shape and color of fruit in the same tomato tree, which is more ornamental.

The invention discloses a multi-species giant tree camellia grafting method and belongs to grafting methods of trees in gardening. The method includes the steps that 1, a stock and scions are selected; 2, an agent with which a wound is coated is prepared; 3, the stock and the scion are disinfected and sterilized before grafting; 4, branch-cutting grafting is carried out; 5, nursing measures are taken after grafting; 6, the management technology is carried out after grafting; 7, the management technology is carried out three months after grafting. By means of the multi-species giant tree camellia grafting method, one giant oil camellia tree can be changed into a giant camellia tree on which camellia of dozens of domestic and foreign precious species can be bloomed, respective genetic genes are reserved respectively, thus, the bloomed camellia is different in color, shape and diameter, and the permanent non-fading, non-deformation and non-variation effects are achieved. The multi-species giant tree camellia grafting method is suitable for occasions where the giant tree serves as an ornamental tree for beautifying the environment, and is a gardening technique with high practicality.

The invention discloses a quick forming and cultivating method of an ornamental plant tree, which comprises the following steps: (1) preparing a block of polygonal cultivation area and saplings; (2) digging cultivating pits at various corners of the cultivation area and cultivating the saplings into the pits; and (3) maintaining, grafting and managing: firstly, ensuring the survival of the saplings; secondly, after the saplings grow into little trees, retaining chief branches on polygonal side length lines and pruning the rest branches; thirdly, grafting the chief branches of two adjacent little trees to trunks of opposite sides in an approaching way to ensure that the chief branches of two little tress are in approach grafting between the trunks of the two little tress in a tortuous and staggered way and carrying out approach grafting on two crossed chief branches; fourthly, pruning the chief branches which are not positioned on the side length lines at any time and retaining lateral branches of the chief branches; fifthly, continuously carrying out approach grafting on chief branches grown by the little tress on the side length lines and pruning other chief branches and lateral branches according to the third step and the fourth step; sixthly, ensuring the healthy growth of the little tress; and seventhly, forming a polygonal ornamental tree the middle of which is hollowed out after the little tress are connected into a whole and grow for 3-5 years. The invention has the advantages of high artistry, appreciation and practicability.

The invention discloses a cultivation method of a multi-root-exposed ornamental tree and a cultivation device thereof. The method comprises the following steps of: setting up the cultivation device of the multi-root-exposed ornamental tree, wherein the device comprises a cylinder internally provided with a partition screen used for supporting soil, and sequentially laying a water storage cotton layer and a cultivation soil layer on the partition screen from the bottom up; arranging an air layer below the partition screen, and arranging a manual regulation opening on the cylinder wall of the air layer of the cylinder; planting a plant sapling in cultivation soil on the top layer of the device; manually trimming, winding and arranging the root of the plant through the manual regulating opening; leading the root of the plant to grow to underground from the bottom of the cultivation device of the multi-root-exposed ornamental tree; and dismounting the cultivation device of the multi-root-exposed ornamental tree after the root of the plant firmly grow underground, so as to enable the upper part of the root of the plant to be exposed above the ground. Compared with the prior art, the invention has the advantages of short cultivation period, high exposed root, attractiveness and practicability.

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 xanthoceras sorbifolia bunge asexual fast propagation method. The xanthoceras sorbifolia bunge asexual fast propagation method comprises zygotic embryo induction inoculation, somatic embryo subculture and propagation culture, adventitious bud subculture, somatic embryo germination culture, adventitious bud rooting culture and seedling acclimatization. The xanthoceras sorbifolia bunge asexual fast propagation method thoroughly solves the problem of insufficient xanthoceras sorbifolia bunge seed resources, realizes fast propagation, keeps good properties of the plants and satisfies requirements on xanthoceras sorbifolia bunge in fields of economic, medicinal and ornamental tree application.

The invention discloses a garden tree pruning platform, which comprises a base, a roller, a lifting device, a rotating platform, a working platform and a spraying device. The lower end of the base is provided with a first support column, and the lower end of the first support column is installed with a The legs and the rollers are hinged at the lower ends of the supporting legs, the upper end of the base is provided with a rotating motor, the rotating platform is connected with the rotating motor, the working platform is installed on the upper end of the rotating platform through the lifting frame, the spraying device is fixed on the working platform, and the working platform is also Set with control panel. People can control it only through the control panel. By setting the lifting device on the first support column, the height between the base and the ground can be adjusted. People can also adjust the height of the working platform through the lifting frame, which is suitable for tree trimming of different heights; work There is a rotating platform under the platform, which can make the working platform do circular motion with the rotating platform as the center, which expands the scope of application of the working platform and improves the working efficiency.

The invention discloses a method for cultivating a dendrobium health preserving tree. The method comprises steps of tree erection and fixation, base material preparation, sprout transplantation, base material addition, tree cloth application and irrigation and fertilization. The method comprises fixing and transplanting various medicinal dendrobiums on layered benches to a dead wood having peel inserted in a base, wrapping prepared matrix nutrition bags, applying fresh tree cloth and maintaining water and fertilizers, irrigating, and spraying a light biogas slurry and a selenium-rich nutrient solution at regular intervals. The method can cultivate a dendrobium health preserving tree integrating grasses, flowers and trees, the dendrobium health preserving tree is evergreen in four seasons and can be used as an ornament with many flowers, the dendrobium health preserving tree can be used for enjoying and providing medicinal dendrobiums, so the invention provides an economic and practical method for cultivating indoor ornamental trees.

The invention discloses a three-dimensional pruner for ornamental trees. The three-dimensional pruner comprises a movable supporting base and a pruning knife which located above the supporting base and can move in multiple directions. A first driving mechanism which can drive the pruning knife to move left and right is arranged on the supporting base. A rotating mechanism which can control the pruning knife to rotate horizontally is arranged on the first driving mechanism. A second driving mechanism which can drive the pruning knife to displace back and forth is arranged on the rotating mechanism. A third driving mechanism which can drive the pruning knife to displace up and down is arranged on the second driving mechanism. An adjustment mechanism which is connected with the third driving mechanism and can adjust the swinging angle of the pruning knife is arranged on the pruning knife. The three-dimensional pruner is simple in structure, integrates five-direction motions of front-back, left-right and up-down three-dimensional displacement, horizontal rotation and vertical swinging, achieves pruning of ornamental trees of various shapes, lowers labor intensity and improves the pruning efficiency.

The invention discloses a method for cutting and raising seedlings of tutcheria hexalocularia employing a container. An offspring plant container seedling which is kept consistent with an excellent single strain in inheritable characters is obtained in manners of selecting an excellent single strain of the tutcheria hexalocularia as a stock plant by an inventor; selecting a nursery land, and preparing soil; preparing and sterilizing matrix; collecting, cutting and processing cuttings; moisturizing, shading, managing after rooting, and the like. Blooming is earlier than sowing seedling, and the cutting survival rate and the transplanting survival rate are high. The method disclosed by the invention is simple to operate, low in production cost and applicable to vegetative propagation of excellent single strain of the tutcheria hexalocularia; the difficulties of propagating and transplanting of the excellent single strain of the tutcheria hexalocularia can be effectively solved; the method can be applied to massive cultivation of seedlings of rare plants and excellent ornamental tree tutcheria hexalocularia; the difficulty of seedling of the key protected wild plant, namely the tutcheria hexalocularia in Guangxi can be broken through; protection of the rare plant tutcheria hexalocularia resource, and application and promotion thereof in landscaping are facilitated.

A tree top ornament with one or an array of lights, with an attachment mechanism for releasable attachment to the top branch or trunk of artificial and natural trees. The lights are connected to a sleeve designed to fit over the top vertical branch of the tree, but which is supported by a rigid conduit that clamps to the tree branch some distance below the top, so that the top of the branch does not itself bear any of the tree top ornament's weight. The user may selectively attach a variety of clear and semi clear acrylic or glass ornamental tree toppers for illumination by the lights.

The invention relates to the field of garden plant seedling cultivation, in particular to a plant growth shaping agent. The plant growth shaping agent comprises, by volume mass concentration, ancymidol of 25-200 mg/L, dikegalac-sodium BSI of 1000-5000 mg/L, tiba of 300-1000 mg/L, morphactin of 100-2000 mg/L, salicylic acid of 50-100 mg/L, nutritional agents and water. The water is used as solvent. The plant growth shaping agent can be used for natural shaping growth of flowers, shrub hedges and ornamental plants, and is wide in application range, excellent in effect and capable of promoting flower bud differentiation of flower plants and increasing the number of flower buds; the number of lateral branches of the ornamental trees and shrub hedges is increased, leaves are plump, the plants are dwarfed and compact, the tree shape of the ornamental plants is improved, the manual clipping amount is reduced, flower and tree ornamental and commercial value is increased, and the hedge rail effect is improved.

The invention belongs to the technical field of the method for cultivating and planting exotic trees in the forestry technology, in particular to a method for cultivating and planting Mongolia dragon spruce in the Sinkiang plain terrain. The method comprises the following steps of preparing a picea crassifolia stock, preparing Mongolia dragon spruce scion, conducting grafting and performing later grafting managing. By means of the method, the Mongolia dragon spruce distributed in the Inner Mongolia Bai Yin Ao Bao sand with the soil in faintly acid reaction is introduced into the Sinkiang plain alkaline soil area to be planted, a good score is made, and the Mongolia dragon spruce becomes a precious evergreen needle-point leaf ornamental tree suitable for being cultivated and planted in the Sinkiang plain terrain.

The invention relates to a spraying device, in particular to an efficient lime mortar spraying device for ornamental trees and shrubs. The efficient lime mortar spraying device for ornamental trees and shrubs is novel in structure, high in spraying speed and high in spraying efficiency. In order to solve the technical problems, the efficient lime mortar spraying device for ornamental trees and shrubs comprises a base plate, a first motor, a left frame, wheels, a mounting plate, a second motor, a guide rod, a threaded rod, sprayers, a connecting rod, a rotating shaft, a first hose, a box body, a nut, an infusion pump, a second hose, a first electric drive pusher, a first connecting rod, a second connecting rod, a third connecting rod, a fourth connecting rod, a second electric drive pusher, a placing plate, a fixed support, a brush block and a pushing hand. The wheels are arranged at the bottom of the base plate. The left frame and the first motor are sequentially arranged at the top of the base plate from left to right. The efficient lime mortar spraying device has the effects of being novel in structure, high in spraying speed and high in spraying efficiency.

The invention relates to a cultivation method for ornamental trees. First combination and second combination are performed on multiple saplings of different varieties, and single-plant trees integrating features of various trees are formed after the saplings are grown. According to the cultivation method for the ornamental trees, the first combination and the second combination are performed on the saplings of the different varieties, the saplings of the different varieties are combined into a whole, the single-plant trees with the features of the different plants are formed, different fruits can be borne and various flowers can be grown on the cultivated single-plant trees, and the single-plant trees have the extremely-high ornamental value and can become the special ornamental trees.

Technology to optimize plant architecture is critical for future efforts to increase planting density in a wide range of crops. Little is known regarding the molecular mechanisms governing this basic plant developmental feature, particularly in fruit trees. Recently, a pair of distantly related genes called LAZY1 and TILLER ANGLE CONTROL 1 (TAC1) was shown to have opposing effects on lateral branch angle in monocots and dicots. We have characterized the LAZY1 gene in both Arabidopsis and plum (Prunus domestica) and assessed its functional relationship with TAC1. Both lazy1 and tac1:lazy1 Arabidopsis plants showed a previously unreported weeping phenotype. Transgenic plum lines silenced for LAZY1 showed horizontal branch angles, sometimes marked by rootward lateral branch growth. Our results establish that manipulation of LAZY1 gene function results in changes in tree shape and can be used to engineer fruit or ornamental trees with desired branch angles.