82 results about "Traditional agriculture" patented technology

The invention discloses an intelligentized organic agricultural product production system based on micro culture boxes and a cloud platform. The system comprises a micro culture box production cluster, a nutrient solution supply system, a sensor module, a controller module, a network interface module, an access gateway and the cloud platform. The sensor module is used for acquiring data of environmental parameters and organic agricultural product growth parameter. The controller module is used for analyzing data information acquired by the sensor module, monitoring the growth situation of crops and formulating an optimal culture scheme through a built-in specialist controller and guiding relevant executors to perform adjustment. The network interface module is used for achieving wireless transmitting and receiving of the data of the micro culture boxes. The access gateway is used for accessing to Internet and the cloud platform. The cloud platform is used for issuing crop information and supporting relevant functions of e-commerce. The system utilizes an Internet of Things technology to combine with the cloud platform through the intelligent micro culture boxes, achieves real-time monitoring and accurate control of agricultural indexes, is far higher than traditional agriculture and meanwhile meets the demand for online transaction and trace to the source of organic products in future.

The invention discloses a household three-dimensional agricultural factory. Three functional regions, namely, a plant growing region, a germination accelerating region and a water treatment region are arranged generally in the unit of a rural household; a plurality of multilayer plant growing frames are arranged in the plant growing region for planting forage grass and bean sprouts; a planting tray is arranged in each layer, artificial light supplement and water supplement are adopted, and the temperature and humidity of the whole plant growing region are adjusted in cooperation with a temperature adjusting system; in the germination accelerating region, a plurality of germination accelerating laminated disks are placed on each layer of the plant growing frames 1 to finish cultivation of seeds; the water treatment region comprises a filter, a pure water tank, a three-dimensional seed sowing tank and temperature adjusting equipment; a purified pure water source is provided, and the temperature and humidity in the plant growing region are adjusted in cooperation with a water spray cleaning device arranged on a roof in order to meet the growing demand of crops. By adopting the household three-dimensional agricultural factory, the time and space constraints on the conventional agricultural production are changed, and a large amount of sustainable production fresh forage grass can be provided; meanwhile agriculture and animal husbandry are organically combined together, so that the problems vegetables, meat, milk and eggs mostly concerned by people are finally solved.

The invention discloses an integrated flexible self-charging power source for agricultural environment energy collection and a preparation method. The power source comprises polydimethylsiloxane and agraphene electrode which is completely packaged in the polydimethylsiloxane; the graphene electrode comprises a power generation part and an interdigital part; the power generation part and the interdigital part are integrally packaged in the polydimethylsiloxane; the interdigital part is covered with solid electrolyte; and two ends of the interdigital part of the graphene electrode are led out through wires to serve as two output ends of the power source. The power source has the advantages of integration, high flexibility, dual-mode energy collection form and simplicity in preparation, canmaintain long-time stable work and is a good substitute of a traditional agricultural energy supply system.

The invention provides a culture medium prepared from pure-natural plant source raw materials. The culture medium is utilized for culturing an EM microbial agent prepared from lactic acid bacteria, saccharomycetes, photosynthetic bacteria, actinomycetes, bacillus and the like, so that a soluble original bacterium liquid is obtained and can be used for improving soil, promoting plant growth and improving crop yield; a traditional agriculture method and a modern biotechnology are synthesized.

The invention relates to a drought induced type promoter and application thereof, and in particular relates to a gene expression regulation non-coding nucleic acid in DNA recombinant technology. The drought induced type promoter has a nucleotide sequence of SEQIDNO:1. The drought induced type promoter can provide experimental and technical supports for research and development of a plant bioreactor. Through use of the drought induced type promoter, a plant as a bioreactor can be used for expression of vaccine, antibody and other pharmaceutical proteins and the like, can break through the traditional agriculture category, and extends to the field of medicines.

The invention discloses a potato biscuit and preparation technology thereof, wherein the biscuit comprises 45-55% of potato starch, 10-15% of potato whole powder, 10-15% of white sugar, 10-15% of shortening, 5-10% of refined plant oil, 3-7% of glucose syrup, 2-5% of ammonium bicarbonate, 1-3% of sodium bicarbonate, 0.5-1% of salt, 0.1-0.3% of flavoring composition, and the balance is water. The biscuit has no flour; the potato starch is used as the main raw material; and the problem of the local flavor influenced by a traditional biscuit that has a heavy batter taste is solved. At the same time, the potato has a high nutrition value; the digestible ingredients are high and can be absorbed by human body easily; the quality is close to animal protein; the potato is rich in amino acid; and the nutrition value of the biscuit is raised, therefore, the problem of low economic value because the potato is mainly used as a fresh food in traditional agriculture is solved. By employing a traditional wheat flour biscuit production apparatus and technology, the biscuit prepared has a totally different mouthfeel; the local flavor is more characteristic; demand for more tastes can be satisfied; at the same time, the yield through the preparation technology is large; and the production efficiency is high.

The invention belongs to the technology field of sowing machines in agricultural machinery and provides a novel multifunctional sowing machine which integrates the functions of seed sowing, fertilizer application and water irrigation. The multifunctional sowing machine comprises a machine frame, a seeding mechanism, a fertilizer applying mechanism, a water irrigation mechanism, a sowing mechanism, and an earth backfilling mechanism. A stirring mechanism is arranged in the fertilizer tank of the fertilizer applying mechanism. The fertilizer applying mechanism comprises a chemical fertilizer applying mechanism and a farm manure applying mechanism, which are arranged in parallel. A three-forked feed hopper is installed on the upper part of a seeding tube. Three inlets are formed on the three-forked feed hopper and are connected with the seed feeding device of the seeding mechanism, the fertilizer feeding device of the chemical fertilizer applying mechanism and the fertilizer feeding device of the farm manure applying mechanism respectively. The novel multifunctional sowing machine provided in the invention can greatly increase the quality and work efficiency in agricultural production, reduce the labor intensity of farmers, and relieves farmers' burden in traditional agriculture.

The invention belongs to the technical field of agriculture, particularly relates to an agricultural fermentation device, and provides the following scheme to solve the problems that a traditional agricultural organic fertilizer fermentation device is generally simple in structural design, and the mixing effect of zymophyte and materials is general, so that the fermentation effect is affected. Thedevice comprises a fixed outer tank and a fermentation inner tank rotationally connected with the top end of the fixed outer tank, a driving mechanism is installed on the side, opposite to the fermentation inner tank, of the fixed outer tank, and the driving mechanism comprises a rotating motor fixed to the inner wall of one side of the fixed outer tank through bolts. By arranging the rotating motor, the fermentation inner tank can be driven to rotate under the transmission action of a transmission rod, the driving gear and a driven gear ring, and a special-shaped feeding hopper, an air inletend pipe and an air outlet arc pipe are driven to rotate opposite to the fermentation inner tank under the transmission action of a transmission disc, a transmission belt and an inner groove ring; therefore, uniform dispersion treatment of the organic fertilizer in the fermentation inner tank can be realized, and mixing of zymophyte is facilitated.

The invention relates to a water-fertilizer automatic moisture-control system for making garden by laying gypsum blocks, and belongs to the technical field of architectural structures. The system is characterized by comprising a water-fertilizer pipeline system, a building block system and a moisture-control system, wherein the building block system is supported by the water-fertilizer pipeline system, and the moisture-control system is connected with the water-fertilizer pipeline system. According to the system, a traditional agriculture planting mode is changed, and a planting matrix is formed by laying the gypsum blocks, so that the technical defect of environmental pollution caused by sand wind in the conventional agriculture planting is overcome; crops can be irrigated effectively by using the moisture-control system combining the water-fertilizer pipeline system, and a rail-mounted operation vehicle is arranged on a cross tie on the top of the block, so that the field management and planting can be carried out scientifically and normatively; the water-fertilizer pipeline is underground, so that the underground humidity and temperature are effectively ensured, and the influence by an external environment is avoided; and particularly under an extremely dry environment, scientific and effective irrigation can be achieved through the moisture-control system, the effect of moisture and temperature preservation is achieved, and a good growing space and environment can be provided for the crops.