49results about How to "Consistent growth rate" patented technology

The invention provides a selenium-rich culture medium for hericium erinaceus. The selenium-rich culture medium for hericium erinaceus is mainly prepared from wood flour, bran, selenium-rich fungus grass and gypsum. The invention further provides a method for producing hericium erinaceus with the selenium-rich culture medium for hericium erinaceus. A traditional production method of a hericium erinaceus strain is changed, a liquid strain technology is utilized in hericium erinaceus strain production, and a selenium-rich liquid strain is prepared; meanwhile, the solid selenium-rich culture medium and a secondary selenium enrichment method are adopted, and produced hericium erinaceus is high in selenium content and high in nutritive value. Production efficiency is improved, and production cost is greatly reduced; besides, the production method is simple in process, and the produced strain is high in utilization rate and low in contamination rate.

The invention provides a liquid fermentation culture medium for shiitake mushrooms. The liquid fermentation culture medium is composed of main raw materials including bran, bean pulp, glucose, monopotassium phosphate, magnesium sulfate and sodium carboxymethylcellulose. The invention further provides a method for producing the shiitake mushrooms through the liquid fermentation culture medium for the shiitake mushrooms with the liquid strain technology. By means of the liquid fermentation culture medium and the method, a traditional method for producing shiitake mushroom strains is changed, the liquid strain technology is adopted in shiitake mushroom strain production, the production efficiency is improved, and the production cost is greatly saved; in addition, the production method is simple in technology, the produced strains are high in use rate, and the pollution rate is low.

The invention provides a selenium-rich Mythic Fungus medium. The medium mainly comprises wood chips, wheat bran, selenium-rich fungal grass and gypsum. The invention also provides a method for producing Mythic Fungus by using the selenium-rich Mythic Fungus medium. Traditional production methods of Mythic Fungus strains are changed, liquid selenium-rich strains are prepared by using a liquid strain technology in the Mythic Fungus strain production process, and Mythic Fungus produced by adopting the solid selenium-rich medium through a secondary selenium enrichment technology has the advantages of high content of the selenium content, and high nutrition values. The production method has the advantages of production efficiency increase, great saving of the production cost, simple process, high utilization rate of produced strains, and low pollution rate.

The invention discloses a temperature control device for MPCVD equipment, the temperature control device comprises a plurality of substrate stages, the distance between adjacent substrate stages is 1mm to 10 mm, and each substrate stage is provided with a separate cooling water path, and the cooling water path is designed as a conventional cooling waterway, and can control the cooling speed of the substrate stages by controlling the flow speed and flow rate of cooling water. By controlling the temperature of the substrate stages, the temperature of a substrate during the diamond growth process is controlled, and the temperature of a base plate is controlled during the diamond deposition process. During the diamond growth process, the surface temperatures of diamonds are controlled by controlling of heat dissipation, so that the surface temperatures of the diamonds in the deposition process are close, the growth speed and quality of the diamonds produced in the same batch are consistent, and mass production is facilitated.

The invention discloses a portable landscape plant culture box. The culture box comprises a box body, a placing frame is arranged in the middle of the inner wall of the box body, and symmetric shock absorption wheels are fixedly connected to two sides of the bottom of the placing frame; a limit base plate is fixedly connected to the bottom of the inner wall of the box body, the shock absorption wheels are connected to the top of the limit base plate in a sliding mode, and a limit sliding groove which is matched with the shock absorption wheels is formed in the top of the limit base plate; a reciprocating motion device is fixedly connected to the center of the top of the box body, the bottom of the reciprocating motion device penetrates through the box body and extends into the box body, a first fixed outer frame is fixedly connected to the bottom of the reciprocating motion device, and a partition board is fixedly connected to the middle of the inner wall of the first fixed outer frame. The invention relates to the technical field of landscape plant culture. The portable landscape plant culture box solves the problems that an existing portable landscape plant culture box is relatively single, low in mobility, laboursome in pot changing and insufficient in reutilization, and achieves the aims of even spraying and even illumination.

The invention relates to the technical field of agricultural seedling raising, in particular to an intelligent light supplementing device for seedling raising, which comprises a sunlight shielding module and a control module, wherein the sunlight shielding module comprises a rolling blinds machine and a sun-shading film, the rolling blinds machine is fixed at the top of a greenhouse, and is used for rolling up or releasing the sun-shading film; and the control module is used for controlling the rolling blinds machine to perform rolling or releasing actions and recording the current rolling orreleasing state of the sun-shading film. The device further comprises an artificial light source module and a data acquisition module, wherein the artificial light source module comprises a pluralityof light supplementing lamps, and the light supplementing lamps are used for providing artificial illumination; the data acquisition module comprises an indoor acquisition unit used for acquiring internal illumination intensity; the control module is used for acquiring internal illumination intensity; and when the internal light intensity is lower than the first threshold value, the sun-shading film is in a released state, and the control module is further used for controlling the rolling blinds machine to perform rolling action. By adopting the technical scheme, the growth speed of crops canbe ensured to be consistent.

The invention provides a culture medium of a mushroom liquid strain. The culture medium comprises the following main materials: wood chips, bacterial grass, bran, gypsum powder, monopotassium phosphate, magnesium sulfate and water. The invention also provides a method of producing a mushroom bacterium stick by utilizing the mushroom liquid strain. The culture medium provided by the invention has the advantages that the a conventional production method of the mushroom strain is changed, and by the utilization of a liquid-strain technology in the production of the mushroom bacterium stick, not only is the production efficiency improved, but also the production cost is greatly saved; the production method is simple in process, and the utilization rate of the produced strain is high and the pollution rate is low.

The invention relates to the technical field of edible mushroom cultivation, in particular to a boletus aereus cultivating method and boletus aereus. The boletus aereus cultivating method comprises a bottling step and a mushroom cultivating step; in the bottling step, a culture material is put into a cultivating bottle, wherein the putting height of the culture material is the height from the culture bottle bottom to the bottle shoulder; then the culture material is punctured, and the culture material surface is pressed to be flat, wherein the puncture adopts a spiral puncturing mode; in the mushroom cultivating step, mushroom bottles inoculated in the same batch are stacked at intervals in a culture room, and the stacked mushroom bottles with the same batch are reserved with spacing to make the mushroom bottle with different batches placed mutually adjacently and to form a crossed culture mode; the culture stage is divided into an earlier stage, a middle stage and a later stage. According to the boletus aereus cultivating method, the problem of hypha aging is solved, the capacity is improved, and the production cost is lowered; moreover, the mushroom culture stage is short so that the hypha growth speed can be uniform in the mushroom bottles with different time and inoculation batches in the same culture room.

The invention provides a light supplement method, device and system for three-dimensional greenhouse seedling-raising. The method comprises the steps of: obtaining the illumination intensity and distribution of each layer of a three-dimensional greenhouse seedling-raising frame in a current place respectively; according to the preset illumination demands of greenhouse crops to be subjected to light supplement on each layer of the three-dimensional greenhouse seedling-raising frame and the illumination intensity and distribution of each layer of the three-dimensional greenhouse seedling-raising frame, calculating the light supplement intensity required by each layer of the three-dimensional greenhouse seedling-raising frame respectively; and according to the light supplement intensity required by each layer of the three-dimensional greenhouse seedling-raising frame, controlling light supplement lamps to perform light supplement. According to the method, natural illumination can be utilized to the maximum extent while the three-dimensional greenhouse space is fully utilized, the number of light supplement lamps and the energy consumption for light supplement during three-dimensional seedling-raising are reduced, and the seedling quality and the growth speed of each seedling-raising layer can be ensured to be consistent; the method has the advantages that the energy consumption is reduced and the lamp hardware input and the operation costs during the three-dimensional greenhouse seedling-raising are reduced.

The invention provides a black fungus selenium-rich culture medium which consists of main raw materials including saw dust, bran, selenium-rich fungus grass and gypsum and further provides a method for producing black fungi by utilizing the black fungus selenium-rich culture medium. A traditional black fungus strain production method is changed, a liquid strain technology is utilized in black fungus strain production to prepare liquid selenium-rich strains, meanwhile the solid selenium-rich culture medium and a secondary selenium-rich method are adopted to make produced black fungi high in selenium content and high in nutritive value. The production efficiency is improved, the production costs are also greatly saved, the production method is simple in process, and the produced stains are high in utilization rate and low in pollution rate.

The invention provides a liquid strain culture medium for shiitake mushrooms. The liquid strain culture medium is composed of main raw materials including wood chips, Juncao, bran, gypsum powder, lime, magnesium sulfate and water. The invention further provides a method for culturing the shiitake mushrooms through the liquid strain culture medium with the three-dimensional bag hanging technology. According to the liquid strain culture medium and the method, the three-dimensional bag hanging culturing technology is adopted in shiitake mushroom stick production, the production efficiency is improved, and the cost for constructing a mushroom fruiting shelf is saved; in addition, the production technology is simple, the mushroom fruiting area is increased, malformation mushrooms and broken mushrooms are reduced, and convenience is brought to harvesting of the shiitake mushrooms.

A perovskite thin film includes crystal grains having a crystal structure represented by [A], [B], [X], [C], and n as defined in the specification, the crystal grains being represented by [A], [B], [X], [C], and n. The invention also provides a precursor composition for preparing the perovskite thin film, a preparation method of the perovskite thin film and a semiconductor element comprising the thin film. The perovskite thin film prepared by the invention has the effect of effectively reducing the surface roughness due to the optimal lattice arrangement, even if a large-area film is formed, a semiconductor element of the perovskite thin film can also realize high element efficiency and stability, and the perovskite thin film has an application prospect.

The invention discloses a method for culturing tea seedlings and relates to the technical field of tea planting. The method comprises the following steps that A, a seedling land is ridged and arranged into multiple seedling beds after deep plough, disinfection and insect killing treatment, and soil on the surface of the seedling beds is smashed and raked; B, the seedling beds are wetted, and cuttage is conducted on the seedling bed with tea branches, wherein the line space of cuttage of the tea branches ranges from 1 cm to 1.5 cm, and the tea branch space ranges from 0.3 cm to 0.4 cm; C, after the tea seedlings grow for 40 to 50 days, the tea seedlings are watered every two to three days; D, when the tea seedlings grow to be about to reach horizontal closure, trimming is conducted to make the heights of all the tea seedlings on the seedling beds identical; E, after the tea seedlings grow for 200 to 250 days, the tea seedlings are acclimatized for 90 days; F, after the acclimatized tea seedlings continue growing for 40 to 50 days, the tea seedlings can transplanted out of the seedling beds. Compared with the prior art, the method for culturing the tea seedlings can solve the problems that existing tea seedlings are low in qualified seedling percentage and high in culturing cost.

The invention provides a monitoring method and monitoring equipment for a monocrystal diamond growth process. The monitoring method comprises the following steps: 1, before the growth of the monocrystal diamond: moving thickness monitoring equipment to measure the optical thickness on the surface of a monocrystal diamond seed crystal to obtain initial thickness and position data corresponding to each detection position on the surface of the monocrystal diamond; and 2, in the growth process of the monocrystal diamond: moving the thickness monitoring equipment to perform optical thickness measurement on the surface of the monocrystal diamond to obtain thickness and position data corresponding to each detection position on the surface of the monocrystal diamond in the growth process. The monitoring equipment comprises the thickness monitoring equipment. The thickness monitoring equipment comprises a thickness monitoring part and an objective lens; the thickness monitoring part is connected with the objective lens and a mobile platform and used for obtaining thickness and position data corresponding to each detection position on the surface of the monocrystal diamond. According to themonitoring method and equipment, the thickness of the monocrystal diamond can be monitored in real time, and whether production needs to be stopped or not can be determined once obvious changes can beobserved locally in the height direction.

The invention discloses a planting bed composite structure for high-density indoor planting. The planting bed composite structure for high-density indoor planting comprises a planting slot body and a planting floating plate, wherein the sinuous S-shaped structure of a diversion trench is utilized and connected with a filling hole and an overflow hole, simultaneously planting holes are sequentially arranged along the extending direction of the diversion trench, the height of the filling hole relating to the bottom of the diversion trench is more than the height of the overflow hole relating to the bottom of the diversion trench, nutrient solution flows along the direction of the diversion trench, when the nutrient solution is continuously filled for a period of time, the nutrient solution can be uniformly distributed below each planting hole, each plant can absorb the nutrient solution and liquid uniformly and sufficiently, so that the plants can be ensured to have accordant growth speed and size, and thus a stable control mode is provided for indoor planting. In each growth period of each plant, the required nutrients are relatively different; according to the design, residual nutrients can be reduced and needless matters are filtered in continuous water circulation mode before the nutrient conversion of each period or before the harvest of edible plants.

The invention belongs to the technical field of unmanned aerial vehicle plant protection, in particular to a language-controlled plant protection unmanned aerial vehicle. A sound control module includes a sound tube unit, a work input unit, a tapping unit, a sound input unit, a tone color recognition unit, a work matching unit, and an instruction issuing unit; the sound tube unit is used for setting up a plurality of different sound tubes to direct the unmanned aerial vehicle to work, and sending a setup completion signal to the work input unit; the work input unit is used for performing matching input on different working states and tone colors matched with the working states according to the completion signal sent by the sound tube unit; and the tapping unit is used for tapping the soundtube in the sound tube unit to make a sound, and sending a tapping signal to the sound input unit. The language-controlled plant protection unmanned aerial vehicle is mainly used for solving the problems that the unmanned aerial vehicle is lack of intelligence and autonomy, the control is troublesome, the farmland information grasped by people is limited, and a large-scale operation cannot be performed by the plant protection unmanned aerial vehicle.

The invention discloses a container sleeved root control bag seed and seedling cultivation device, an automatic-control irrigation system thereof and a seed and seedling cultivation method. Strong seeds or seedlings to be cultivated are treated and then planted in container sleeved root control bags, irrigation is performed by the automatic-control irrigation system, and fertilizing is realized through irrigation during growing. Pipelines are used to connect each part, so that comprehensive automatic irrigation and water-fertilizer integration in a planting area are realized; by the method, survival rate of seedlings is increased, and the seedlings are uniform in growing speed, so that standardized production of the seedlings is facilitated, factory-like seedling growing can be realized, and various high-quality engineering seedlings complete in specification are cultivated.

The invention discloses an edible mushroom cultivation method, and belongs to the technical field of edible mushroom cultivation. The edible mushroom cultivation method comprises the following steps of S1, placing edible mushroom seeds in cultivation bottles, and then placing the cultivation bottles on cultivation baskets; S2, placing the cultivation baskets containing the edible mushroom seeds sequentially on a multi-layer cultivation frame in a cultivation room through a racking machine; S3, controlling the growth environment of edible mushrooms, and observing the growth condition of the edible mushrooms; S4, exchanging the inner row of baskets on mushroom frames at the two sides of a roadway in the cultivation room with the outer row of baskets, and exchanging the mushroom baskets on the high layer and the bottom layer of the cultivation frame; and S5, cultivating until the edible mushrooms are mature, and sequentially collecting the edible mushrooms through an off-frame machine. According to the cultivation condition of the edible mushrooms, the edible mushrooms at the outer sides and the inner sides of frame bodies and the edible mushrooms at the upper sides and the lower sides of the frame bodies can be exchanged, so that the growth speed of the edible mushrooms is consistent, the edible mushrooms are mature at the same time and convenient to harvest, the production efficiency is improved, and the utilization rate of a storehouse is improved compared with that of a traditional industry.