58 results about "Bush plant" patented technology

A lawn and garden sprayer designed for homeowners, landscapers, and lawn-care professionals for the application of liquid organic fertilizers and soil amendments on small to medium sized yards and business landscapes. The lawn and garden sprayer is a lawn mower-like system that holds up to 8 gallons of water soluble fertilizers and soil nutrients which can be dispensed evenly, economically and easily through either two spray nozzles located in front of the front tires which provide a 24 inch overlapping spray directly to the turf, or by a wand sprayer attached to a pump by a 20 foot hose used to spray directly on trees, shrubs, plants, and beds.

In this harvesting machine using shaker members in the form of rods to shake the fruit-bearing bushes and harvest the fruit, each shaker rod has an elongate base part which has, in use, a required flexibility characteristic for the rod in a horizontal plane and which has an oblong cross-section whose height is greater than its width, said cross-section having two main geometrical axes which are respectively horizontal and vertical and dimensions of height and width such that its moment of area about the horizontal main axis is significantly greater than its moment of area about the vertical main axis and its height is less than a predefined value. The base part forms a core for the rod, which can further include a wear part which covers the core and which is made of a material and has a thickness such that the rod has flexibility characteristics in the horizontal and vertical planes that are practically unchanged relative to those of the core, even after substantial wear of the wear part.

The invention relates to sand accumulating and forest planting technology in an extremely drought Gobi sand area, which fully utilizes conditions that the Gobi sand area is open, the wind carries quicksand on the near surface and the Gobi sand area has certain flood recession to accumulate sand in planting pits, utilizes the condition that the Gobi area is close to certain flood-recession facilities to irrigate the planting pits and accumulate silts, and utilizes the condition that autumn flood is relative rich to plant forest. The technology firstly plants adaptable species in the Gobi sand area, such as narrow-leaved oleaster and Chinese tamarisk to form an early arbor-bush mixed forest, then plants bush plant species which grow quickly, such as Calligonum rubicundunm after a certain condition of accumulated sand and silt is formed in the forest belt to further strengthen sand fixing function of the forest belt, and plants less adaptable arbor tree species, such as poplar tree after relative good soil and water conditions are formed in the forest belt so as to gradually increase species diversity and strengthen comprehensive prevention function of the forest belt.

The resisting mixed plant seed for use in Northern area consists of herbal seed in 1-4 weight portions, bush seed in 0.16-3 weight portions and arbor seed in 0.1-2 weight portions. All the plant seeds may be treated through dry and wet germination inducing, gelletizing and/or coating. The resisting mixed plant seed has relatively high germination ability and relatively high resistance to harsh environment, and is suitable for airplane and mechanical seeding.

A combination valve and valve extension allows an operator to open and close a hose bib. A ball valve attaches to the free end of a hose bib. An extension member includes a coupling end that slides over the handle of the ball valve. A handle is provided at an opposite end of the extension member to allow torque to be exerted on the ball valve handle to open and close it. In this manner, a simple and cost effective method of controlling a hose bib without incurring many of the problems associated with bushes planted in front of the hose.

A dormancy control system for use with plants such as fruit trees, nut trees, and perennial berry bushes planted in commercial settings. The dormancy control system employs vertical shade structures to control the dormancy of plants such as fruit trees, nut trees, and perennial berry bush crops. The dormancy control system results in dramatic increases in crop yield, and may be coupled with orchard planting directional orientation, evaporative cooling systems, and chemical and hormone based spray applications

The invention discloses a method for controlling turf degradation by using bryophytes and herb-bush plants combined with high-order granule technology, and belongs to the technical field of vegetationecological restoration. The method uses a combination of bryophyta gametophyte and herb-bush plants as a novel grass seed spraying agent, which conforms to a natural ecological succession process. The bryophytes can rapidly multiply under suitable conditions by utilizing the superiority of the bryophytes, and the germination rate and coverage of herbaceous plants are improved to form a more stable ecosystem so as to prevent current excessive turf degradation and large-scale open-air rock and soil and accelerate the formation of an organic whole of slope rock mass and vegetation matrix. A soilculture medium that is more suitable for plant growth is produced by using the high-order granule technology, and spray seeding is carried out by using professional equipment so as to provide betterprotection for the plant growth. Plant species are determined according to local climate, soil and water and site conditions, and the spray seeding is carried out according to the mass ratio of bush:herb: bryophytes=7:2:1. Artificially forced greening changes into self-reproduction of natural vegetation. The method of the invention is applicable to places where turf is seriously degraded or unableto grow, such as various slopes, barren mountains and acid-alkaline soil.

The invention provides a novel CkNHX genen and excision adorn gene CkNHXn thereof. The gene stems from Caragana korshinskii Kom, its gene codes Na+/H+ antiporter gene. The cDNA obtained by clone constructs yeast expression carrier and plant expression carrier. The yeast mutant strain vertifies salt resistance thereof by complament experiment. Moreover, a transgenic plant is also obtained. By testing salt resistance of transformed plant, transformation of the gene can make the transgenic plant with salt resistance.

The resisting mixed plant seed for use in Southern area consists of herbal seed in 1-5 weight portions, bush seed in 0.02-3 weight portions and arbor seed in 0.05-2.3 weight portions. All the plant seeds may be treated through gelletizing and/or coating. The resisting mixed plant seed has relatively germination rate and relatively high resistance to harsh environment, and is suitable for airplane and mechanical seeding.

The invention discloses a shrub planting method in slope protection and a seedling protecting cover thereof. The method comprises the steps of growing the seedlings of shrubs through a seedling bag to obtain shrub seedlings; drilling the surface of a slope according to the shrub arrangement design requirements and the size of the seedling bag, integrally moving the shrub seedlings and the seedling bag into a hole, and filling the hole for fixation, wherein the seedling bag is exposed out of the slope for not less than 10cm after the seedling bag is implanted into the hole; installing the seedling protecting cover above the seedling bag and the shrub seedlings; finally, injecting base materials to the surface of the slope, taking away the seedling protective cover after the completion of the injection, and maintaining the surface of the slope so as to complete the shrub planting in the slope protection. The used seedling protective cover comprises a middle cylinder, the upper part of the cylinder is connected with a circular cone of which the diameter of the bottom part is equal to that of the cylinder, a handle is arranged above the circular cone, and a plurality of fixed rods are arranged below the cylinder. According to the shrub planting method provided by the invention, the growth space of shrub plant roots can be improved; furthermore, a slide-resistant pile structure is formed by a base material layer and the slope, therefore the shrub planting method has the effect of well stabilizing the base material layer.

The present invention discloses a dendrobium officinale health protecting tea manufacturing method. The raw materials of dendrobium officinale health protecting tea include dendrobium officinale leaves, dendrobium officinale flowers, dendrobium officinale stems, fanqiu herb (a kind of camellia bush plant), and moyeam, and the manufacturing method comprises the following steps of washing and cleaning, drying, rolling, vacuum freeze-drying, vacuum packaging, etc. The dendrobium officinale tea prepared by the technology can reduce unnecessary nutrient loss of dendrobium officinale, maximally retain the nutrients of dendrobium officinale, and achieve energy saving and environment protecting effects. The manufactured dendrobium officinale tea is high in nutritional values and excellent in mouthfeel, and is suitable for women, men and people of all ages to drink. The matching of the dendrobium officinale tea with fanqiu herb, and moyeam tea can improve the health protecting function of the dendrobium officinale tea, and enables the dendrobium officinale tea to have the effects of enhancing immunity, lowering blood sugar, blood pressure, and blood lipids, preventing arteriosclerosis, protecting the liver, protecting eyes and improving eyesight, etc.

The invention discloses slope greening planting V-shaped grooves and construction methods thereof, and particularly discloses a slope greening planting V-shaped groove and a construction method thereof. The slope greening planting V-shaped groove comprises steel bars arranged in the horizontal direction on the slope surface of a rock slope, and the steel bars and the rock slope surface form a V-shaped structure; 2-3 rows of transverse reinforcing ribs are uniformly distributed on the steel bars; concave-convex meshes are arranged at the inner sides of the steel bars and the transverse reinforcing ribs to form the V-shaped groove; the V-shaped groove is filled with a backfill matrix; vines, arbor plants, shrub plants and herbaceous plants are planted on the backfill matrix; and drip pipes are arranged on the slope greening planting V-shaped groove. The V-shaped groove is simple to operate, and solves the problems of greening failure and the like caused by easy sliding in slope greeningof a spray-seeding process.

The invention provides an ecological restoration method for a metal mine extremely-acidified waste dump, which comprises the following steps that a side slope is trimmed, and a planting area of the metal mine extremely-acidified waste dump is determined; a pre-prepared mineral functional agent is scattered into the planting area for pollution regulation and control; and a pre-prepared biological bacterium organic fertilizer is applied to the planting area subjected to pollution regulation and control, and nutrition regulation and control are conducted on soil in the planting area subjected to pollution regulation and control; according to a preset arbor-shrub-grass plant community planting scheme, shrub plant nursery stocks and arbor plant nursery stocks arerespectively planted to designated positions of the planting area after nutrition regulation and control, and herbaceous plant seeds are sowed in unoccupied positions of the planting area where the shrub plants and the arbor plants are planted according to a row-to-row sowing mode, and a primary ecological area is obtained. By utilizing the method, the engineering practical problems of slow vegetation establishment, unreasonable plant variety selection, poor stability, easy degradation, soil acid return, long time consumption for improvement and curing and the like at present can be solved.

The invention discloses a design method of an ecological bank protection hydro-fluctuation belt plant population. The design method comprises the following steps: dividing a river and lake slope into three gradients, namely an underwater slope protection area, a hydro-fluctuation belt slope protection area and a bank protection slope area from bottom to top; and then, sequentially selecting perennial herbaceous plants which are resistant to deep flooding, longest in flooding-resistant period and resistant to barren, perennial wetland herbaceous plants which are long in flooding-resistant period and wetland shrub plants which are short in flooding-resistant time and flooding depth as restoration plants of all areas. According to the method, ecological restoration is performed on the hydro- fluctuation belt bank slope with high water level fall and long waterflooding stress in the type of summer-abundance and winter-shortage by analyzing the growth law, growth characteristics and tolerance of plants and combining the engineering technology, the purposes of restoring the ecology of the hydro-fluctuation belt, beautifying the landscape and reducing water and soil loss are achieved, the ecological restoration effect is good, the green restoration speed is high, and the application range is wide.

The invention discloses a tissue culture and rapid propagation method for lobularia maritima. The lobularia maritima belongs to cruciferae lobularia perennial herb or subshrub plant, is short in plant and more in branches, is high-quality flower and plant for decorating a rock garden, can be used as a potted plant, a ground cover and the like, and also has a relatively good adsorption effect on heavy metal Ni. Through plant in-vitro culture, a large number of high-quality seedlings can be obtained within a short time, the propagation coefficient is greatly increased, the limitations on environmental conditions of seasons are avoided, and the defects in conventional propagation are made up through the propagation mode. A lobularia maritima seed is taken as an explant, a lobularia maritima in-vitro replanting plant is successfully obtained by adventive bud induction culture, multiplication culture, rooting culture, acclimatization and transplantation, and the like, a lobularia maritima tissue culture and rapid propagation system is established, and commercial and large-scale development of the lobularia maritima is promoted.

The embodiment of the invention provides a vegetation planting method suitable for an arid saline-alkali soil coal mine area. The vegetation planting method comprises the steps of preparing formula soil, digging planting pits and planting holes, interplanting grids, adding a first covering layer and a second covering layer and the like. On the basis that formula soil is prepared from desert soil,sand, fly ash and domestic sludge which are common in the mine area, arbor plants formed by arbor plants, shrub plants and herbaceous plants are used as protective forest belts, the shrub plants are planted in the grids, the herbaceous plants encircle the arbor plants and the shrub plants, and finally a plant planting layout of 'narrow forest belt arbor+under-arbor herbaceous plants and in-grid shrub+under-shrub herbaceous plants' is formed; and through organic matching of the arbor plants, the shrub plants and the herbaceous plants, the planting survival rate of the plants in the arid saline-alkali soil coal mine area is increased.

The invention discloses a novel bush trimming apparatus. The apparatus comprises a base; the top of the base is fixedly connected with electric lifting rods; the tops of the electric lifting rods arefixedly connected with an outer frame; the bottom of the inner cavity of the outer frame is fixedly connected with push-pull devices; the bottom of the inner cavity of the outer frame is fixedly connected with a box body; the bottom of the inner cavity of the box body is fixedly connected with a first motor; an output shaft of the first motor is fixedly connected with a first bevel gear; the rightside of the first bevel gear is in meshed transmission with a second bevel gear; and the right side of the box body is fixedly connected with a trimming device. The invention relates to the technicalfield of bush plant trimming equipment. The novel bush trimming device achieves the purpose of trimming uneven bushes, is convenient to operate, and automatically and horizontally trims the bushes, so that unnecessary manpower waste is reduced; the bushes with sufficient width can be trimmed, and the trouble of secondary trimming is avoided. In addition, the height of the apparatus is adjustable,so that the requirements of trimming bushes with different heights can be met.

The invention discloses a green belt for noise reduction in residential areas, the green belt is planted near walls of the residential areas, the green belt includes arbor plants, shrub plants and herbs which are planted in a stepped configuration mode, the stepped configuration mode includes a front row, a middle row, and a back row, the front row is herbs, the middle row is shrub plants, and theback row is arbor plants, wherein the horizontal canopy degree of the arbor plants is greater than 70%, and the width of the green belt is not less than ten meters. Through the above method, the green belt has good noise cancelling effect and strong operability, and can be used for greening in most residential areas to create a livable living environment; and the green belt has the characteristics of optimized species distribution and good symbiotic relationship, high landscape effect and ecological value, easiness for growing and maintaining, and ecological sustainability.

The invention relates to a device for using a water lifting pump to lift water from a rainwater collection tank to water trees and with power supply through a lithium ion battery, and belongs to the technical field of new energy, energy saving and environmental protection. Rainwater which falls from a cloud layer in the sky falls into a concave-top-face rainwater collection groove of a concave-top-face rainwater collection guard bar to gather together to form a water current, the water current passes through water leakage holes and water leakage pipes to enter the underground rainwater collection tank to be stored for use, electric current output by the lithium ion battery is input into a controller through an electric lead to be adjusted, and then is input into the water lifting pump through an electric lead, electric energy is converted into mechanical energy in the water lifting pump, the mechanical energy serves as energy consumed in the process of water lifting, the water lifting pump consumes the mechanical energy to lift the rainwater in the underground rainwater collection tank to a water lifting pump body through a water lifting pipe, the rainwater is pressurized, a pressurized water current is used for watering arbors and bushes planted in a green belt through a water outlet pipe and a water spraying faucet, and a wireless water level sensor is used for sensing, converting and sending information of the water level in the underground rainwater collection tank.

The invention provides an ionic type rare earth abandoned mining area soil Cd pollution remediation method, and relates to the technical field of soil remediation. According to the ionic type rare earth abandoned mining area soil Cd pollution remediation method, the ionic type rare earth abandoned mining area soil is remedied through combination of abandoned rare earth tailing pioneer plants and indigenous fungi, and the ionic type rare earth abandoned mining area soil Cd pollution remediation method has the advantages that the plant remediation success rate is high, the effect is good, the technical process is simple and convenient, construction is easy, and the Cd content and the water and soil loss rate of the soil can be obviously reduced; and compared with similar methods, the ionic type rare earth abandoned mining area soil Cd pollution remediation method is low in cost, attractive, safe and easy to popularize and apply, and has huge application prospects and market requirements. According to the embodiment of the ionic type rare earth abandoned mining area soil Cd pollution remediation method, bacterial liquid of trichoderma and/or penicillium oxalicum is inoculated in the ionic rare earth abandoned mining area in the southern rainy region, the herbaceous or shrub plant seeds are dibbled, so that Cd in soil is obviously absorbed, the biomass of plants is improved, the ecological restoration effect of vegetation is good, and the ionic type rare earth abandoned mining area soil Cd pollution remediation method is suitable for rapid treatment of Cd pollution in rare earth tailing wasteland in the southern rainy region.

The invention belongs to the technical field of municipal gardens, and particularly relates to a municipal green belt tree winter whitewashing device which comprises a grip base body, the top end of the grip base body is slidably connected with a movable sleeve, an anti-skid sleeve is fixedly mounted on the outer circumferential surface of the grip base body, and an external threaded cylinder is fixedly mounted on the surface of the grip base body over the anti-skid sleeve. A spring arranged between the arc-shaped sleeve and the arc-shaped base frame I is matched so that the distance can be adjusted to a certain degree, and the annular roller can be tightly attached to the surface of the trunk; when shrubs are planted around the trunk, an arc-shaped shifting plate at the front end of the arc-shaped base frame II is matched with a connecting rope to pull the whole arc-shaped base frame II so that branches of the shrub can be shifted to two sides, the bottom of the trunk can be conveniently sprayed, and the root part of a tree planted in a green belt can be sprayed; and the influence of short bushes planted around trees on whitewashing is effectively solved, and whitewashing use of roots of the trees in a green belt is improved.

The invention discloses a method for promoting germination of cassia seeds in a high and steep slope protection substrate. The method comprises the following steps: breaking dormancy of the cassia seeds by combining chemical and biological measures, preparing a slope, hanging a net, preparing a base layer and a surface layer of the high and steep slope protection substrate, spray-seeding and maintaining. The method can break the dormancy mechanism of hard cassia seeds, significantly improve the germination rate of cassia seeds, overcome the problem that herbaceous plants and shrub plants cannot be conducted at the same time and cannot cooperatively grow in the current vegetation slope protection technology, and provide an adaptive environment for the germination and growth of shrub seeds in the vegetation slope protection engineering. The shrub cassia seeds have high survival rate. The construction technology is convenient and fast, the cost is reduced, meanwhile, the restoration purpose of three-dimensional greening organically combining grass and wood is achieved, and the method has important significance on ecological succession and species diversity research of slope ecological protection engineering.