32results about How to "Increase planting" patented technology

The Garden Waterbed is constructed of a durable tube of flexible UV protected material. The ends of the tube have been sealed, enabling it to hold water. Circular holes have been cut out and sealed down the center length of the tube, at regular intervals. A valve is installed at one end of the tube, allowing water to be filled into the large single chamber and hold it with a tight seal. There are multiple purposes of the Garden Waterbed. The water bed's intended use is; to be rolled out in a agriculture environment or garden area, to be filled with water, and to have plants buried in the soil within the growth units. The surrounding water increases the thermal mass surrounding the plants in the circular holes. The thermal mass absorbs the suns energy and increases soil temperature, thus increasing the growing season and boosting production. The opaque plastic stops sunlight from reaching the ground and eliminates weeds and undesirables from competing with your crop. At the same time insulating the ground and shading the soil, decreasing crop water consumption and increasing earthworm populations, increasing overall cleanliness of the subject grown, and increasing disease and insect infestation protection. The flexible design allows for quick and easy installation and roll away storage.

The invention discloses a remediation method of chromium-contaminated soil. The method comprises the following steps: (1), detecting the chromium contamination condition of soil, and determining a concentration distribution rule of hexavalent chromium in the chromium-contaminated soil; (2), with the soil layer depth with the hexavalent chromium transverse concentration distribution of 800-1300mg/kg as a boundary, distinguishing severe chromium-polluted soil from mild chromium-polluted risky soil; (3), stripping the severe chromium-contaminated soil, performing ex-situ remediation on the severechromium-contaminated soil, and performing in-situ remediation on the risky soil; (4), backfilling the remediated severely chromium-contaminated soil onto the remediated risky soil, adding humic acid, performing plowing, and planting plants capable of enriching chromium; (5), regularly harvesting, removing and reseeding plants capable of enriching chromium, and detecting the total chromium content above the boundary for at least 6 months; and (6), determining that the concentration of hexavalent chromium on the surface soil of the chromium-contaminated soil meets the restoration target concentration, and if the detection result is unstable, repeating the (5) until the detection concentration reaches the standard.

A fertilizer composition, prepared by further diluting an aqueous concentrate and containing an admixture prepared from calcium, potassium, iron, boron and humic acid, when applied to sugar-containing plant leaves infested with sugar-eating, slow-moving, soft-bodied insects, decreases the sugar concentration in such leaves sufficiently to discourage such insects and effectively to rid such leaves of those insects.

The invention discloses a processing method for retaining green color and crispiness of flexibly-packaged water celery, and belongs to the field of food preservation. The processing method comprises the following steps: with fresh water celery as a raw material, pretreating, retaining the color by blanching, cooling, retaining the crispiness, conditioning by using auxiliary materials, performing vacuum sealing, sterilizing, cooling and finally processing into a finished product. The flexibly-packaged water celery product processed by the processing method does not change too much in color and luster in the storage process, has a fresh green color and clear juice, and is stable in storage, rich in nutrition and safe to eat.

The invention discloses a device for planting submerged plants in lakes and rivers. The device comprises a planting module, wherein the planting module is a rectangular frame, and lateral plates and long plates form the periphery of the planting module; a bottom mud layer, a withered grass straw layer, a weight layer and a protection screen are sequentially arranged inside the planting module from top to bottom; fixed rods are arranged at the bottoms of two sides of the lateral plates; corresponding rivet buckles are arranged on joints of long plates and lateral plates; lugs and grooves are respectively arranged at exterior angles at two ends of each lateral plate. The device for planting submerged plants has an important meaning to ecological management of rivers and lakes by river and lake submerged plants, and can be applied to planting of large-area submerged plants, so that the planting and surviving efficiency of submerged plants can be greatly improved, the artificial planting cost can be reduced, modularization management is convenient, labor and invested capital can be greatly reduced due to the recyclable modules, and safety risk of artificial planting operation can be reduced.

The invention discloses a planting and processing method for exported potting ficus benghalensis variegata. The method includes three stages, namely exported potting ficus benghalensis variegata seedling breeding, field planting and indoor processing. The planting and processing method has guiding significance for flower companies and flower growers in planting and processing the potting ficus benghalensis variegata, enables the potting ficus benghalensis variegata to meet export quarantine requirements to a greater degree, improves quality and export volume of the potting ficus benghalensis variegata, and has great significance in promoting the ornamental value and economic value of the potting ficus benghalensis variegata, promoting standardized production and export of the potting ficus benghalensis variegata, effectively avoiding technical barriers to trade of importing countries and improving the share of market of Chinese ficus benghalensis variegata in the international market.

The invention discloses a high-yield purple yam cultivation method which comprises the following steps: 1, digging a shallow pool, wherein a water-resisting layer is formed in the pool bottom, a yellow mud layer is coated to the water-resisting layer, and multiple rows of V-shaped grooves are built; 2, sequentially laying planting base soil in the V-shaped grooves in a layered manner; 3, inserting shallow orienting plates into the V-shaped grooves; 4, placing purple yam seedlings above the shallow orienting plates; 5, performing growth management on the purple yam seedlings until the purple yams grow mature; and 6, harvesting, thereby obtaining the purple yams. According to the method disclosed by the invention, the V-shaped grooves are built aiming at the characteristics of the purple yams, so that rapid drainage is realized, moisturizing can be realized, planting and harvesting can be facilitated, and the planting efficiency is increased. According to special planting soil in the invention, the planting soil is high in nutrient content and excellent in air permeability and is particularly favorable for growth of the purple yams. The special shallow orienting plates for yams designed according to the invention are convenient to use, simple in operation and high in practicality, and the planting and harvesting efficiency of the yams can be improved.

A hydroponic apparatus includes: a soil surface section including a through-hole through which to insert a plant, and separating a subterranean space where a subterranean part of the plant grows and an aerial space where an aerial part of the plant grows; a growing tank, together with the soil surface section, forming the subterranean space, where the subterranean part is placed; germination enhancer supplying units supplying a germination enhancer, reserved in a germination enhancer reservoir, to at least one of the aerial parts and the subterranean parts; and a control unit controlling a mode in which the germination enhancer supplying units supply the germination enhancer to the plants.

A combination of a plant flat having a plant talker, and plant containers in the flat having plant tags, wherein the talkers and tags coordinate with respect to the conveyance of particular plant criteria or other useful information to the purchaser. Such criteria may include desired planting conditions, including sunlight, part sunlight, shade, part shade, moisture needs, drainage needs, soil content and soil pH or plant features such as the capability of plants to attract butterflies or hummingbirds, plant color or fragrance. The invention also provides for a method of communicating information about plants through the use of the coordinated talkers and tags.

The invention discloses a cultivation container with a stacked structure. The cultivation container thoroughly subverts the traditional function and planar placing planting mode of the cultivation container, is a cultivation container for containing plants and cultivation medium and also is a structural component. Following a natural law and along a certain opening direction (opposite to a horizontal plane and orientation) in a three-dimensional space, a plurality of opening geometrical shell container components are regularly stacked in a vertical and horizontal combining (interval) form, stacked in an arrayed or staggered combining (interval) form, and arrayed into another combined three-dimensional cultivation surface with a certain geometrical shape and any space geometrical size. The cultivation container can be used for constructing a three-dimensional greening plane with a spatial random model dome structure through self-strength, can be formed into a cultivation plane by attaching to (wrapping) a wall (cylinder) body and a slope protection appearance, can be vertically and horizontally connected into a straight (inclined) vertical hanging (wrapping) cultivation surface-beautifying road fence, and even can be constructed on a wire pole and a streetlamp pole for planting flowers and grasses. The cultivation container is used for fully and three-dimensionally greening, beautifying and purifying environment.

The invention discloses a rotary peanut shelling device for seeds. The rotary peanut shelling device comprises a bracket, wherein a seed room is arranged on the bracket; a mounting wheel is fixed on atransmission shaft; multiple shellers are distributed on the mounting wheel along a peripheral direction; each sheller comprises a shelling body, a left extruder and a right extruder; a seed taking cavity is formed in each shelling body; mounting holes are respectively formed in the left and right sides of the shelling body; a left fixing rod and a right fixing rod are respectively arranged in the centers of the two mounting holes; the left extruder and the right extruder are respectively emptily arranged on the left fixing rod and the right fixing rod in a sleeving manner; and when the shllers rotate to shelling stations above the top of the seed room, the left extruder and the right extruder are driven to draw close to each other by virtue of a second driving mechanism, and the left extruder and the right extruder rotate in opposite directions, so that the peanut shells in a shelling slot are cut and rotated, and the peanut shelling operation is realized. Compared with the prior art, the rotary peanut shelling device disclosed by the invention has the advantages that damage of shelling to peanut seeds for seeds is avoided, so that the germination rate of the shelled peanut seedsis ensured.

The present invention performs ground peony breed improvement through high branch grafting process using the plant of white Fengdan peony or other common peony as stock and other peony branch with flower bud as scion, and it uses the improved peony as direct improved plant. The said technology can shorten the culture period of improved peony breed from conventional 5-7 years to about 70 days, raise survival rate of grafted peony plant and reduce cost of grafted peony, and the said technology makes it possible to culture peony plant with several flower colors.

The invention discloses a harvesting and planting method for fibraurea recisa pierre, and belongs to the technical field of plant cultivation. The method comprises the following two steps of pre-burying cultivation and harvesting, wherein in the pre-buried cultivation step of new seedlings, plants are harvested during the eugonic period from July to August of the current year, the position 50 to 60 centimeters away from the stem bases of the plants is curved to be used as pre-buried points of the new seedlings, and the pre-buried points of the new seedlings are implanted by using soil, so that shoots grown from the pre-buried points of the new seedlings are new plants; and in the harvesting step, rhizomes below the pre-buried points of the new seedlings and other parts of the original plants are dug in the digging process, and the new plants grown from the pre-buried points of the new seedlings are reserved. In the method, the new plants are cultivated before digging, so the processes of the seedling breeding, land consolidation, pond digging and planting during the planting of the new seedlings are avoided, the growth and harvesting time of the new seedlings is shortened by 2 to 3 years, the production cost per mu is reduced by 500 to 600 yuan, the economic benefit is improved, and the production period is shortened.

The invention discloses a method for recovering submerged plants with hard substrates. The method comprises the following steps: A, selection of submerged plants: determining according to the ratio ofthe illumination intensity at 1/2 plant height of the submerged plants to the illumination intensity of the surface layer of the submerged plants; B, selection of planting materials, wherein ecological environment-friendly grass bags are adopted as turf external structures, and viscous bottom mud with low nutrient salt content fills in the turf external structures to serve as a planting substrate; C, turf manufacturing: when turf manufacturing is carried out, the viscous bottom mud is uniformly laid in a grass bag, the grass bag and the filling bottom mud are pushed aside the planting bag, and the root system of the submerged plant is buried in the grass bag; D, turf transplanting: hooking four corners of the grass bag with iron hooks, slowly putting the grass bag into a water body, and removing the iron hooks after the turf sinks to the bottom to finish transplanting; and E, recovery area management: strengthening management of the submerged plant recovery area. By means of the technical scheme, submerged plant planting can be carried out in an area where the water depth exceeds 2 m and underwater operation is difficult to carry out manually, and the planting problem of submergedplants under the hard substrate condition can be effectively solved.

The invention discloses a breeding peanut sheller. The sheller comprises a rack, wherein a seed chamber is formed on the rack; a transmission shaft is fixedly sleeved with an assembly wheel; a plurality of shelling heads are distributed on the assembly shell along the circumference; the transmission shaft is driven to rotate through a first driving mechanism, the assembly is driven to rotate, andthe plurality of shelling heads are driven to rotate together; a shelling work station is arranged above the top platform of the seed chamber; each shelling head comprises an assembly frame, a left shelling plate, a right shelling plate and a base; two side plates of the assembly frame, the left shelling plate and the right shelling plate are enclosed to form an accommodating tank for accommodating peanuts, and the two shelling plates are driven to open or close by rotating two shockers; when the shelling heads are rotated to the shelling work station, the peanut shells are shelled by coordination of two driving mechanisms and the shelling heads. Compared with the prior art, the breeding peanut sheller has the advantage that damage on breeding peanut kernels caused by shelling can be avoided.

The invention provides a cultivation and planting method for interplanting high-yield sappan wood under a eucalyptus forest, and relates to the technical field of cultivation. The cultivation and planting method for interplanting the high-yield sappan wood under the eucalyptus forest is characterized by specifically comprising the following steps: S1, treating a planting field; s2, positioning a planting pit; s3, planting pit treatment; s4, performing sowing treatment; s5, planting management; and S6, mature harvesting. By means of the method, it can be guaranteed that the hematoxylon grows fast and healthily, the grown hematoxylon is high in quality, the hematoxylon can be planted repeatedly in a circulating mode, the occupied space is saved, energy is saved, the environment is protected, funds are saved, meanwhile, growth of the hematoxylon can be accelerated to the maximum extent, and the quality of the hematoxylon can be guaranteed.