9 results about "Orange Tree" patented technology

The utility model is applicable to the technical field of orange tree planting, and provides an efficient root system cultivation device for orange tree seedling planting, which comprises a support component, a planting pot, a water storage tank, a weeping pipe component, a fixing plate, a sliding chute, a limiting hole, a limiting component, a water pump component, a plant light supplementing lamp, a spraying component and a lifting component. The drip irrigation pipe assembly is used for drip irrigation, so that the water amount can be more accurately controlled, and the problems that when the water amount is too large, water in soil occupies holes around roots, the roots are lack of oxygen, and the roots are rotted are solved; meanwhile, in order to prevent the problem that the growth requirement of the orange tree cannot be met when the water amount is too small, the distance between the water dripping position of the water dripping pipe assembly and the root of the orange tree seedling can be adjusted, the device adapts to the grown orange tree seedling, and meanwhile the device adapts to cultivation of orange tree seedling root systems of different sizes.

The present disclosure relates generally to methods and systems for controlling Candidatus Liberobacter Disease in citrus plants, including, for example, orange trees. In some embodiments, the methods comprise injecting an injection formulation comprising a combination of oxytetracycline and streptomycin into a tree.

The utility model discloses a sugar orange tree branch pruning machine, relates to the field of orange tree branch pruning, and aims to solve the problems that in the pruning process in the prior art, along with the operation of a cutting mechanism, if branches on other branches are in contact with a saw blade, the branches can be cut by the saw blade to be damaged, and the fruit yield and quality are affected. According to the technical scheme, the branch cutting device is characterized by comprising a grip and a sliding rod connected to the grip in a sliding mode, a protective cover is fixedly connected to the sliding rod, a positioning rod is rotationally connected to the protective cover, a saw blade is fixedly connected to the positioning rod, a driving assembly for driving the saw blade to rotate is arranged on the protective cover, and a pushing assembly for pushing branches aside is arranged on the protective cover. According to the sugar orange tree branch pruning machine, when an orange tree is pruned, branches of branches needing to be pruned can be pushed aside through mutual cooperation of the driving assembly and the pushing-aside assembly, the branches cannot be close to the saw blade in the pruning process, and therefore the fruit yield and quality are guaranteed.

The invention belongs to the field of crop cultivation, and particularly relates to an orange tree cultivation method capable of resisting soil salt, alkali and salinization. According to the method, a conical earth pier with the diameter of 100 cm and the height of 60-80 cm is built with garden soil before planting, and then citrus seedlings such as Hongmeiren are planted on the earth pier. According to pier building cultivation, salt in the mounds can be easily sprayed out of orange orchard ditches through rainwater or manual spraying, so that the phenomenon of soil pier salinization can be prevented and treated, and normal growth of orange trees is ensured.

1. Name of the designed product: building blocks (orange tree). 2. Use of the designed product: for toys. 3. Design points of the designed product: in shape. 4. Picture or photo best indicating the design points: perspective view.

The utility model discloses an unmanned aerial vehicle and a hydraulic spray head suitable for spraying cumquat tree crowns, and relates to the technical field of agricultural equipment. The hydraulic spray head comprises an unmanned master control cabin, a folding rotor wing piece and a hydraulic liquid outlet piece. The hydraulic liquid outlet piece comprises a material storage box, a main control pump body, a material conveying pipeline, a treatment tank, a filtering tank, a liquid outlet spray head and a turbulent flow valve element, and materials in the material storage box are conveyed to the liquid outlet spray head after being subjected to pressure stabilization of the treatment tank and filtering of the filtering tank in sequence through the material conveying pipeline. The turbulent flow valve element is in threaded connection with the interior of the liquid outlet spray head, and the turbulent flow valve element and the liquid outlet spray head are detachably installed so that disassembly, cleaning and replacement can be facilitated. Supporting legs, a monitoring camera assembly and a radar are arranged at the bottom of the unmanned master control cabin, stable rising and landing of equipment are guaranteed, and automatic cruise, precise spraying and obstacle avoidance are achieved. The kumquat crown spraying device effectively solves the problems that materials sprayed by existing equipment are prone to floating and blocking, and flexibility is insufficient, efficiency and quality of kumquat crown spraying are improved, and maintenance cost is reduced.

This invention aims to find out a sustainable and cost-effective option for the management of dyes-rich effluent produced by textile industries. It consists on the following steps: i) preparation of an alkaline-modified lignocellulosic biomass by stirring orange tree sawdust into a 0.14 M NaOH solution at ambient temperature and 1 h of contact time, ii) the effective adsorption of dyes from effluents by this adsorbent in column mode, iii) the desorption of the loaded alkaline-modified adsorbent in column mode by using a filtered seawater solution though a paper filter having a porosity of 0.45 µm, iv) the recovery of the dye as a solid phase from the highly-concentrated desorbing solution by decantation at 4 °C. This solid phase can be used again in others similar dyeing processes, v) the degradation of the residual dye in the desorbing solution through electrochemical treatment under galvanostatic mode by using a boron-doped diamond layer (BDD) as anode / cathode with 1 mm gap between at T= 25°C. The generated active radicals (HCIO and CIO) from the Cl ions existing in the seawater ensure a high discoloration and total organic carbons degradation with a remarkably low consumed energy. The treated wastewater may be reused again by the company inside or outside their dyeing process.

The utility model relates to the technical field of robots, in particular to a citrus harvesting, cleaning and packaging integrated robot which comprises a picking end effector, a depth camera, a mechanical arm, a storage box body, a packaging device, a packaging support, a pushing hydraulic cylinder, a cleaning device, a cleaning top cover and a moving mechanism. The moving mechanism drives the whole device to be beside a citrus tree, the depth camera captures three-dimensional information of citrus, the mechanical arm is used for adjusting the posture of the picking end effector, the steering engine drives the long clamping jaw and the cutting edge to clamp and shear the citrus, the mechanical arm adjusts the posture to put the citrus into the cleaning top cover, and the citrus is cleaned through the cleaning device. The rotating steering engine drives the rotating tray to convey the cleaned oranges to the packaging device one by one, packaging sealing is achieved, the steering engine is overturned to drive the tray, the packaged oranges are put into the storage box body, and therefore harvesting, cleaning and packaging of the oranges are achieved.

The utility model provides a rock candy orange fruit thinning machine. The rock candy orange fruit thinning machine comprises a base; the mounting shell is arranged on the base; the mounting rod is fixedly mounted on the mounting shell, a hook is fixedly mounted on the mounting rod, and the hook is used for hooking branches and trunks of the rock candy orange trees; the fruit thinning mechanism is assembled on the base and the mounting shell, and the fruit thinning mechanism is used for driving the branches, hooked by the hooks, of the rock candy orange trees to conduct vibration fruit thinning; the fruit thinning mechanism comprises a mounting seat arranged in the base; and the servo motor is fixedly installed on the installation base, an output shaft of the servo motor is fixedly sleeved with a protruding block, and the protruding block is used for extruding the installation shell. According to the rock candy orange fruit thinning machine, fruit thinning operation can be carried out on planted rock candy orange trees, nutrients are more concentrated, the reserved rock candy oranges can better absorb the nutrients and grow better, and the fruit thinning efficiency is high.