7results about How to "Easy planting" patented technology

This invention relates to the field of seeder technology and discloses a rotary tiller-equipped intercropping seeder, comprising a main frame, a seeding drive assembly, and seeding unit modules. Two ground wheels are mounted at both ends of the main beam of the main frame and output power to the seeding drive assembly. Multiple seeding unit modules are arranged at equal intervals along the main beam of the main frame. Each seeding unit module includes a four-bar linkage, a seeding unit, and a drip irrigation tape laying assembly. It also includes a rotary tiller drive assembly and a rotary tiller weeding assembly. The rotary tiller weeding assembly is located in front of the seeding unit and can perform rotary tillage and weeding on a single intercropping area. The rotary tiller drive assembly is mounted on the main frame and can transmit power from the traction device to each rotary tiller weeding assembly. This invention can rotary tillage and weed to prepare the land in narrow intercropping areas, which is beneficial for subsequent smooth compaction, seeding, soil mixing, and drip irrigation laying operations.

The application discloses a flow guide floating bed and belongs to the technical field of sewage treatment. The application mainly aims at the unstable problem of the existing product in the process of sewage treatment, and provides the following technical scheme. The floating body is provided with a plurality of fixing members which are linearly arranged on the floating body. The application protects the plant root system by arranging the protection mechanism outside the flower basket, and then drives the structure in the protection mechanism by using the gas for aeration and oxygenation in the floating bed. On the one hand, the movement of the carrier for adhering microorganisms is driven, so that the microorganisms on the carrier can better contact with the sewage. On the other hand, the inner wall of the cylindrical mesh cover in the protection mechanism is self-cleaned, the aeration effect is combined to maintain the smoothness of most mesh holes on the cylindrical mesh cover, and the flow guide cloth is arranged, so that the flow speed is reduced when the water flows through the product floating on the water surface, the contact time of the product and the sewage is prolonged, and the performance of the product can be fully exerted.

This application discloses a method for directly cultivating seedlings from the germination of *Cymbidium goeringii* seeds in Yunnan. The method includes the following steps: sowing *Cymbidium goeringii* seeds on a modified culture medium, followed by 6 months of constant temperature cultivation at 25℃ to obtain small pseudobulbs suitable for direct transplanting. This method is simple to operate; seeds begin to germinate and turn green 20 days after sowing, begin to grow leaves after 45 days, begin to root after 60 days, and show significant root growth after 90 days. The pseudobulbs also enlarge synchronously. After 6 months, the plants naturally shed their leaves in the tissue culture bottle, and the pseudobulbs can be transplanted to the field for acclimatization and cultivation. This method eliminates the need to change the culture medium, removes the manual transfer step in the tissue culture process, and solves the problems of yellowing, difficult rooting, and high contamination rates after transfer of tissue culture seedlings. Furthermore, the plants naturally shed their leaves in the tissue culture bottle, directly obtaining small pseudobulbs without hardening off, and improving the transplant survival rate, which is beneficial for the large-scale cultivation of *Cymbidium goeringii*.

The utility model discloses an organic vegetable planting frame belongs to organic vegetable planting technical field, including support, a plurality of installation frames are fixedly installed to the support inner wall, a plurality of installation frames are in turn and are laid down to the inclination, the water guide plate is fixedly installed to the installation frame lower surface, the movable planting frame of installation frame is established, the partition board is fixedly installed to the planting frame inner wall, a plurality of partition boards divide the planting frame internal space into a plurality of planting intervals, the planting frame lower surface is provided with the water leakage, and the sliding frame is slidably installed to the planting frame side, through setting up a plurality of planting frames, a plurality of partition boards have in planting frame, and cooperate label paste use, and then can effectively distinguish different kinds of vegetables or same kind of vegetables different growth stages, and the convenient planting uses the planting frame of installation frame cooperation planting frame and sliding frame and fixed lock rod, and the convenient planting frame dismounting operation uses.

This utility model discloses a new urban village garden landscape plant wall, comprising several uprights, several horizontal supports, several planting troughs, hanging rods, water pipes, and planting baskets. The planting troughs and hanging rods are detachably and movablely mounted on the horizontal supports. A water guide channel is provided at the top of the planting trough. The planting basket is placed inside the planting trough. The garden landscape plant wall proposed by this utility model adopts a modular design, which can easily achieve the desired size by combining different numbers of planting troughs. The hanging planting troughs can be easily installed and replaced. Regarding the irrigation structure, this application pre-installs water guide channels on the planting troughs, and multiple planting troughs can be easily connected to each other through connectors, simplifying on-site water pipe wiring. The planting baskets inside the planting troughs facilitate planting and maintenance of plants. Furthermore, the longitudinal dimensions of the planting baskets create a cavity below, allowing excess water to drain and for ventilation.

This utility model relates to the field of ecological cycle technology and proposes an economic ecological cycle device under walnut forests, including a chicken and duck shed. A window is installed on the rear wall of the shed, and a door is installed on the front side wall. A water pump is bolted to the upper surface of a base, which is connected to the lower end of a fence. A partition is fixedly connected to the middle of the front wall of the shed, and fences are integrally fixed to both the left and right front walls. A water trough is installed at the right front end of the right fence, and a buoyancy plate is placed inside the trough. The front end of the fence is connected to the rear end of a water tank, and a water inlet pipe is connected through the right end of the water tank. This economic ecological cycle device under walnut forests allows for the co-cultivation of walnut trees and chickens / ducks. The walnut forest provides shade for the chickens and ducks, reducing the need for sheds, while the chicken and duck manure fertilizes the soil, facilitating the cultivation of walnut trees.

The utility model relates to seedling transplanting technical field, especially a seedling transplanting device for greening construction, including bottom plate, the bottom plate bottom corner is equipped with gyro wheel, the front and back end of bottom plate all are fixedly connected with vertical board, rotationally equipped with conveyer belt between two vertical boards, two vertical boards all are slidably equipped with n type board, every n type board is fixedly connected with conveyer belt top surface between one end of two vertical boards, the opposite side wall between two n type boards is fixedly connected with support rod, and the support rod top surface is equipped with electric telescopic handle, and the telescopic end of electric telescopic handle is connected with the bearing rod upwards, and the clamping mechanism is installed on the left side wall of bearing rod. The utility model can effectively solve the low work efficiency of existing seedling transplanting device, and the problem that the scope of application is narrow.