67results about How to "Reduce transplant costs" patented technology

The invention provides a method for increasing the survival rate of tree transplanting and relates to the technical field of tree transplanting. The method comprises the steps of pre-transplanting preparation: watering a tree and soil around the tree once 15-20 days before the tree is dug, cutting cut parts of branches, and using a cut coating and repairing agent for treatment; digging: digging the to-be-transplanted tree, attaching mud to a wound portion of the root and covering the wound portion with film; pit digging: digging a pit with a machine or manually; fertilizing: spreading fertilizer in the pit; raw soil filling: placing raw tree planting soil with a thickness of 20-30cm to the bottom in the tree planting pit before planting; transplanting: planting the to-be-transplanted tree in the pit and maintaining the original orientation of the to-be-transplanted tree; bank forming: constructing an annular earth bank around the pit and erecting a tree-supporting bracket; later period management: performing regular watering and nutrient solution applying. The method can increase the survival rate of tree transplanting effectively, short the maintenance period and reduce the transplanting cost.

The invention relates to the field of agricultural transplanting, in particular to a hole type transplanting machine. The hole type transplanting machine comprises a parallelogram device, wherein the parallelogram device comprises eccentric transplanting wheels, aligned transplanting wheels and baffles, wherein the eccentric transplanting wheels are positioned at the inner sides of the corresponding aligned transplanting wheels; the eccentric transplanting wheels are connected with the aligned transplanting wheels by driving shafts; centers of the aligned transplanting wheels are fixed on the corresponding driving shafts; the driving shafts are rotationally connected with a rack; the eccentric transplanting wheels are eccentrically arranged on the driving shafts, and are connected with the top ends of the corresponding aligned transplanting wheels by short rods; the baffles are fixed at the outer sides of the middles of the eccentric transplanting wheels; the centers of the baffles are superposed with those of the eccentric transplanting wheels; a sleeve is eccentrically fixed on the surface of the outer side of each baffle; each sleeve is fixedly sleeved with a worm gear; each driving shaft penetrates through the corresponding sleeve and is connected with the corresponding aligned transplanting wheel; a clearance is reserved between the outer surface of each driving shaft and the inner surface of the corresponding sleeve; a plurality of rollers are symmetrically arranged on the inner side surfaces of the baffles relative to the centers of the baffles. According to the hole type transplanting machine, inclined inserting of crop seedlings is guaranteed, and the transplanting effect and transplanting quality of crops are improved; the hole type transplanting machine is simple and reliable in angle adjustment, easy to operate and high in angle adjusting precision.

The invention relates to the technical field of plant test tube seedling outside transplanting, in particular to a rehmannia virus-free test tube seedling net house direct soil entering transplanting method, which comprises the following steps that rehmannia virus-free tissue culture is carried out in a test tube, when rehmannia grows to 5 to 6 leaves, rehmannia virus-free rooting seedlings are formed, in middle April to early May, the rehmannia virus-free rooting seedlings are directly planted into tree nursery land, soil covering and watering are carried out, a plastic film arch shed is adopted and built in time, in addition, a sun shielding net is added and covered, covering shade shielding and moisture preservation are carried out for 30 days, and the sun shielding net and the plastic film are removed. The rehmannia virus-free test tube seedling net house direct soil entering transplanting method has the advantages that the nutrition pot transplanting step in the conversional method is omitted, the operation process is simplified, in addition, the seedling survival time is shortened, new leaves and new roots can grow out after 15 days of the transplanting, the average blade increasing quantity is 1.85 leaves / strain in 30 days, the survival rate is mainly and greatly improved, the survival rate reaches more than 95 percent, and the transplanting cost is reduced.

The invention discloses an intelligent loading control system and a control method thereof. The intelligent loading control system comprises an engineering machine, a panorama camera and an intelligent control center. The engineering machine can rapidly achieve intelligence based on a common hydraulically-driven engineering machine, the technology is low in transplanting cost and rapid in application and popularization, the panorama camera is mounted in work environment, and the external disturbance resistance capacity is high. The intelligent control center is in communication connection withthe engineering machine and the panorama camera, through a digital camera, visual control, a sensing technology and a wireless communication technology, intelligent unmanned loading is achieved, theintelligent loading control system can be used for a loading procedure of large construction engineering such as soil repair, building waste, mines and other industries, special materials can be conveyed to a feeding opening of specific equipment, feeding or loading procedures can be finished, the system is particularly suitable for toxic, harmful and dangerous construction environment, life safety of a constructor can be effectively protected, production efficiency is improved, and construction cost is reduced.

The invention discloses a seedling transplanting method and belongs to the field of plant cultivation. The seedling transplanting method comprises the following steps: S1, cutting off lateral roots before transplantation, namely pruning seedlings within 2-3 months before transplantation, cutting off the lateral root systems of the seedlings, additionally arranging a partition plate, adding a rootgrowth fertilizer once, and retaining the root systems at the bottoms of the seedlings; S2, cutting off bottom roots during transplantation, namely cutting off root systems at the bottoms of the seedlings during transplantation, and removing the partition plate to obtain a soil lump for wrapping rhizomes of the seedlings, and spraying a rooting liquid diluent on the outer surface of the soil lump;S3, fixing the soil lump; S4, preparing for planting holes; S5, carrying out field planting, namely watering the planting holes, adding a secondary root growth fertilizer, and erecting a fixture to support the seedlings; and S6, carrying out curing, namely thoroughly watering the seedlings twice every day within 10 days after cultivation, wherein the root growth fertilizer in the steps S1 and S5comprises excrements, plant ash, bone dregs and a hormone promoter, so that the effect of increasing the survival rate of shrub transplantation is achieved.

The invention provides a biodegradable seedling raising tray capable of containing a micro-fertilizer suitable for mechanical transplanting and a preparation method of the seedling raising tray. The biodegradable seedling raising tray capable of containing the micro-fertilizer is prepared from, by weight, 50-80 parts of full-biobased degradation resin, 10-40 parts of biobased filler and 0.5-5 parts of an assistant. The biodegradable seedling raising tray capable of containing the micro-fertilizer is further prepared from, by weight, 0.5-6 parts of the micro-fertilizer. The micro-fertilizer comprises one or more of iron, zinc, copper, manganese, boron, molybdenum and nickel. The preparation method of the biodegradable seedling raising tray capable of containing the micro-fertilizer comprises the following steps of mixing of raw materials, extrusion and granulation, preparation of a sheet and forming of the seedling raising tray. The biodegradable seedling raising tray capable of containing the micro-fertilizer suitable for mechanical transplanting and the preparation method of the seedling raising tray have the advantages that the biodegradable seedling raising tray is prepared by adding different kinds of microelements (the micro-fertilizer) into a degradable material, the effect of the micro-fertilizer application can be achieved, the micro-fertilizer is applied accurately anduniformly and released slowly, and poisoning caused by excessive application of the micro-fertilizer is avoided.

The invention discloses a transplanting method for flowers and seedlings, and belongs to the field of plant cultivation. The method comprises the following steps: step 1, cutting lateral roots beforetransplantation is performed: 2-3 months before the transplantation is performed, pruning the seedlings, cutting the lateral roots of the seedlings, additionally arranging a partition plate at one cutpart, adding a primary root growth fertilizer, and retaining roots at the bottom of the seedlings, wherein the root growth fertilizer includes feces, plant ash, bean dregs, a hormone accelerant and amicrobial agent; step 2, cutting bottom roots when the transplantation is performed: when the transplantation is performed, cutting the roots at the bottom of the seedlings, removing the partition plates, obtaining soil blocks that wrap rhizomes of the seedlings, and spraying a dilution liquid of a rooting liquid to the outer surfaces of the soil blocks; step 3, fixing the soil blocks; step 4, preparing planting holes; step 5, performing field planting: performing watering in the planting holes, adding a secondary root growth fertilizer, and performing erection to support the seedlings, wherein the root growth fertilizer includes feces, plant ash, bean dregs, a hormone accelerant and a microbial agent; and step 6, performing maintenance: within 10 days after planting is performed, performing watering thoroughly twice every day. The method disclosed by the invention achieves the effect of improving a survival rate of the seedling transplantation.

The embodiment of the invention discloses a virtual reality application control method and device and electronic equipment. The method comprises the steps that screen-splitting processing is performedon a UI of a common application needing to be converted into a VR application; preformed units, including a left cursor, a middle cursor and a right cursor, produced in advance are loaded respectively, wherein the relative position relation between the left cursor and the right cursor in a left half screen and a right half screen is the same as the relative position relation with the middle cursor on the UI of the common application; the left cursor and the right cursor are controlled to simultaneously move to target positions on the left half screen and the right half screen according to a movement instruction; when an event triggering instruction is received, position coordinates of the middle cursor are acquired to determine a current event triggering logic position; and a control event is triggered based on the event triggering logic position. By the adoption of the technical scheme, logic control over a VR game corresponding to a common game can be realized without the need for changing original UI control logic of the common application, and therefore porting cost generated when the common game is converted into the VR game is lowered.

The invention discloses a flower cultivation device and a manufacturing method thereof. Firstly, waste straw is woven into a transplant net of a net-shaped structural through manpower or a robot, a cylinder structure with the middle hollow is formed, bands connected with the transplant net are woven on the transplant net, the woven transplant net is placed in a cultivation flowerpot, the bands are left outside the cultivation flowerpot, and when cultivation is needed, an operator directly lifts the bands to place the transplant net and cultivated plants into a cultivation pit, and accordingly transplant can be facilitated. Meanwhile, the transplant survival rate of flowers is effectively guaranteed. The flower cultivation device has the advantages of being ingenious in design, low in cost, simple in structure, convenient to use, high in transplant survival rate and the like.

The invention relates to the field of cell culture, in particular to a method for constructing skin tissue, comprising the following steps: planting fibroblasts in a scaffold of a three-dimensional flow bioreactor, and adding an optimized Green culture solution into the scaffold; adding an RPMI1640 culture solution around the scaffold, culturing for 90-110 h, and then adding keratinocytes to the surface of the scaffold for culture; regularly changing the culture solution after a gas-liquid interface is formed and culturing for another 21 plus or minus 1 days. In the method, the fibroblasts andthe keratinocytes are jointly and stereoscopically cultured in the three-dimensional flow bioreactor to obtain the desired skin tissue available for skin transplantation.

The invention provides a lagerstroemia indica seedling cold storage and high temperature season planting method. The method comprises the steps of conducting cuttage breeding production on lagerstroemia indica seedlings in the lagerstroemia indica seedling growth period; digging out the lagerstroemia indica seedlings and binding the lagerstroemia indica seedlings according to bundles in the lagerstroemia indica seedling dormant period; after the lagerstroemia indica seedlings are subjected to sterilization, preservation, water retention and simulation temporary planting, covering the lagerstroemia indica seedlings with plastic film and then putting the lagerstroemia indica seedlings in cold storage. By means of the lagerstroemia indica seedling cold storage and high temperature season planting method, by conducting cuttage breeding production on the lagerstroemia indica seedlings in the growth period, covering the lagerstroemia indica seedlings with the plastic film and putting the lagerstroemia indica seedlings in cold storage after conducting the sterilization, the preservation, the water retention and simulation temporary planting on the lagerstroemia indica seedlings in the dormant period, the lagerstroemia indica seedlings can be transplanted in the high temperature season, soil ball transplanting is not needed, the transplanting survival rate is increased, the transplanting cost is lowered, cross-region pollution of diseases and insects can be prevented, soil resources are protected, so that when lagerstroemia indica is transplanted, requirements on time, climate andtransportation conditions are flexible, and the transplanting cost is saved.