30results about How to "Convenient farming operation" patented technology

The invention relates to an organic insecticide enveloping fertilizer and a manufacturing technique. An agricultural insecticide and an envelope agent are coated on the surface of granular compound fertilizer, and a sealing agent is coated on the outermost layer of the granular compound fertilizer. The manufacturing technique comprises the steps of: utilizing the granular fertilizer of the compound fertilizer of a finished product as the basis, mixing the agricultural insecticides such as acetamiprid and the like and the enveloping agent, utilizing an insecticidal-mechanical mist sprayer to spray mist on the outer layer of the granular compound fertilizer; and then adding a sealing agent according to a certain proportion so as to obtain the organic insecticide enveloping fertilizer. The organic insecticide enveloping fertilizer is an insecticidal-fertilizer product which uses agricultural insecticides to envelope the granular compound fertilizer. In the invention, the Insecticidal function of the compound fertilizer is added, and the defects that the technology of a compound fertilizer product only has a nutrition function of the fertilizer, and is not beneficial to realizing synchronous conduction of fertilizer applying and insecticide applying are overcome. In the invention, the fertilizer and the insecticide are combined, the nutrition of crops and disease prevention and insect control are integrated, so that the dual-effect function of applying fertilizer and controlling the insect is achieved. Simultaneously, in the invention, the safety and the environmental protection of the use of the insecticidal fertilizer are improved, the lasting performance and the application of the fertilizer and the insecticide are increased and the functionality and the energy-saving performance of productive labor are improved.

The invention discloses a peanut seeder, and belongs to agricultural machinery.The structure of the peanut seeder comprises a rack, a fertilizer box, a seed box, a ridging coulter, a ditching coulter and soil covering coulters; the lower portion of the seed box is provided with a seed feeding device, a compacting wheel is arranged between the ditching coulter and the soil covering coulters, the back portion of the rack is provided with a film covering frame, the two sides of the rack are provided with walking wheels, the back portion of the seed feeding device is provided with a coating agent spray head, and the coating agent spray head is connected with a coating agent pesticide drum through a pipeline; the lower portion of the front side of the rack is provided with a fertilizer falling tank which is connected with the fertilizer box; the back portion of the seed feeding device is provided with a roll cage type soil scraping device.The peanut seeder has the advantages that worker coating is changed into machine pesticide spraying, the effects of resisting diseases and increasing humidity are achieved, and meanwhile seed skinning is prevented; the fertilizer is applied to the ground in a sprinkling mode, fertilizing depth is reduced, and the ditching resistance is reduced; in addition, by arranging the mobile roll cage type soil scraping device, the ridge surface flatness is guaranteed, tidiness and uniformity of emerged seedlings are facilitated, the mechanical resistance generated in the ridging process is reduced, and farm operation is facilitated.

The invention discloses a sebastodes fuscescens parent fish warming cultivation and childbearing method which comprises the following steps of: 1) selection of parent fish; 2) selection of farming facilities; 3) warming cultivation of the parent fish; and 4) childbearing. The method disclosed by the invention makes full use of the water quality conditions of the natural water body, the farming operation is simple and convenient, and the energy consumption is reduced. By adjusting the farming water temperature, the childbearing period of the sebastodes fuscescens parent fish is reduced by at least 20 days than the traditional method. Moreover, the parent fish obtained by the method has high quality, the parent fish can be recycled, and the normal childbearing rate can exceed 95%, thus the wild resources are protected while laying a foundation for obtaining high-quality child fish. The child fish obtained by the method is healthy with high quality and high survival rate, and large-specification fingerlings can be supplied in batches in advance; and moreover, by artificially controlling the environmental factor of indoor farming, the indoor artificial propagation method of sebastodes fuscescens is innovated, so that the parent fish gives birth in advance and an effective method is provided for obtaining large-scale fingerlings in advance.

The invention relates to a rice field fertilizing method. The method is characterized in that water flows into a channel through a channel water inlet, a flow sensor transmits the water flow information to a membrane pump through a control circuit, the membrane pump pumps quantitative liquid fertilizer from a fertilizer can according to the water flow information, the quantitative liquid fertilizer is sprayed into the channel through a nozzle, fertilizer and water are uniformly mixed together after water in the channel vertically and transversely flows so as to form the liquid fertilizer of a certain ratio, and the liquid fertilizer is filled into a rice field through a channel water outlet. By utilizing the rice field fertilizing method, workers can be relieved, time and labor are saved, farm operation is facilitated, fertilizer and medicine can be scientifically applied according to requirements of normal rice growth on the fertilizer and medicine and prevented from being unreasonably applied, so that cost is saved; and moreover, only parameters need to be preset when the method is used, no other operation steps are required, and the method is convenient, time-saving and labor-saving to operate when being used.

The invention discloses a Spirulina seed/seedling multistage cultivation device which comprises a box body and a liquid inlet pipe. The device is characterized in that the liquid inlet pipe is provided with a plurality of liquid inlet branch pipes; the liquid inlet branch pipes are connected with the side surface of the box body, and extend to the inside of the box body after penetrating through the side wall of the box body; the top surface of the box body is provided with a vent pipe; both sides of the inner wall of the box body are provided with a plurality of I-shaped slideways; the I-shaped slideways are connected with a plurality of cultivation trays; each liquid inlet branch pipe is respectively positioned above the cultivation tray; and a sensor is arranged inside the box body. Both sides of the inner wall of the box body are provided with a plurality of illuminating lamps which are respectively positioned above the culture trays. Each liquid inlet branch pipe is respectively provided with a switch valve. The inside of the box body adjacent to the vent pipe is provided with a fan. The Spirulina seed/seedling multistage cultivation device is convenient for cultivation and operation, effectively monitors the Spirulina growth environment, is convenient for adjusting the Spirulina growth environment, and has the advantages of enhancing the Spirulina cultivation quality, increasing the Spirulina yield and the like.

The invention discloses an agricultural single greenhouse and a putting up method thereof, and belongs to the technical field of green agricultural production equipment. The agricultural single greenhouse is characterized in that an angle iron shaped base surrounding a greenhouse bottom by circle is arranged on the greenhouse bottom, strengthened by column-shaped ground piles and fixed with arch bracings, diagonal bracings and greenhouse head stand columns via screws, and main arches and a main beam are connected with connecting pieces. The agricultural single greenhouse is reasonable in design, simple in structure, convenient to mount, high in stability and strong in firmness. Joints are fixed via screws, secondary galvanization of steel material and potential safety hazards like rosin joint are avoided, and the agricultural single greenhouse is applicable to popularization and application in large scale.

The invention discloses odor-resistant and flow-controllable sewage treatment equipment for paddy field fish culture. The equipment includes a tank body, wherein a settling bin, a filtering bin and apurifying bin are mounted in the tank body; a water inlet pipe is mounted on one side of the top of the settling bin; a water inlet joint is mounted at the top end of the outer side edge of the tank body; one end, far away from the settling bin, of the water inlet pipe penetrates through and extends to the top end of the side edge of the tank body; a first water level sensor is mounted at the topend of one side edge in the settling bin; a first motor is mounted at the top of the settling bin and is positioned on one side of the water inlet pipe; a first rotating rod is installed at the bottomof the first motor, the bottom end of the first rotating rod penetrates through and extends into the settling bin, first stirring rods are symmetrically installed on the outer side edge of the firstrotating rod, and a first agent box is installed at the top of the settling bin and located on the side, away from the water inlet pipe, of the first motor.

The invention discloses an industrial silkworm breeding ant collecting process facilitating silkworm egg taking. The process comprises the following steps: (1) storage of silkworm eggs: taking green silkworm eggs and putting the taken silkworm eggs into a container; (2) dark development of the silkworm eggs: shading the stored silkworm eggs, and enabling the silkworm eggs to develop in a dark environment; and (3) collecting the newly-hatched silkworms with feed: taking the silkworm eggs through a feed taking tool, respectively putting the feed and the silkworm eggs into the newly-hatched silkworm collecting tools, hatching the silkworm eggs into newly-hatched silkworms after the silkworm eggs are exposed to light, and gradually climbing the newly-hatched silkworms onto the feed. The method for collecting the newly-hatched silkworms is convenient to operate, the work efficiency of collecting the newly-hatched silkworms is remarkably improved, the procedure of beating off is replaced, and the problem that the newly-hatched silkworms are damaged when falling off is solved. The material taking tool is arranged to take the silkworm eggs, so that the number of the taken silkworm eggs can be ensured to be constant, and meanwhile, the taken silkworm eggs are prevented from being damaged. After being hatched, the newly-hatched silkworms can automatically crawl to the feed for feeding, so that the newly-hatched silkworms can quickly develop in the one-age period.

The present invention discloses a double-layer skirt film low-temperature-resistant and heat-insulation method for strawberry greenhouse. The method comprises: erecting a greenhouse; adding a small arch shed; and adding a skirt film. According to the method disclosed by the present invention, greenhouse temperature can be effectively increased and kept; the number of greenhouse layers and economic investment of farmers can be reduced because of the arrangement of the skirt film; farming operation is facilitated; manual investment is saved; and the strawberry yield and quality can be effectively improved, so that economic income per mu is increased.

The invention discloses a method for preventing leeches bred in boxes from escaping. The method comprises the following steps that the perimeter of an inner opening of each breeding box body is accurately measured, and an adhesive tape with the width of 6 cm or more is adhered at the position 2 cm away from the lower portion of a box opening and surrounds an inner opening of the breeding box body from any starting point for one circle; the surface of the adhesive tape is coated with toothpaste, wherein the thickness of the toothpaste is not smaller than 2 mm; a spacing of at least 5 mm or more is reserved between the toothpaste and each of the two sides of the adhesive tape; the toothpaste width is at least 5 cm. Escaping of leeches in the box body along a pond wall is completely eradicated, the opening of the box body is not covered by an escape-preventing net, and breeding operation is convenient.

The invention discloses a whole-age industrial silkworm breeding ant collecting process which comprises the following steps: (1) quantitative packaging of silkworm eggs: taking the silkworm eggs after green withering, and quantitatively packaging the silkworm eggs in sequence by virtue of a carrier; (2) dark development of the silkworm eggs: shading the packaged silkworm eggs, and enabling the silkworm eggs to develop in a dark environment; and (3) collecting the newly-hatched silkworms with feed: taking the developed silkworm eggs, detaching the carrier, respectively putting the feed and the detached carrier into the newly-hatched silkworm collecting appliance, hatching the silkworm eggs into newly-hatched silkworms after the silkworm eggs are exposed to light, and gradually climbing the newly-hatched silkworms onto the feed. Before ant collection, quantitative silkworm eggs are obtained through weighing in advance and quantitatively wrapped with a carrier, quantitative newly-hatched silkworms are obtained after development and photosensitive incubation, the newly-hatched silkworms automatically climb to feed under attraction of the feed, and ant collection is achieved; according to the method for collecting the newly-hatched silkworms, quantitative newly-hatched silkworms are collected in a silkworm egg weighing mode, silkworm egg weighing operation is convenient and easy to control, and the newly-hatched silkworms cannot be damaged at all. The newly-hatched silkworms can be quickly collected after being hatched, and the development of the newly-hatched silkworms is promoted.

The invention discloses a fresh water culture pond with a greenhouse structure. The fresh water culture pond comprises a body, the body comprises a culture pond body and a greenhouse, supporting rodsare movably arranged on the inner walls of the two sides of the culture pond body, a transverse moving air cylinder is arranged on the surface of one side of the culture pond body, a piston rod is arranged at the output end of the transverse moving air cylinder, and sliding grooves are formed in the surfaces of the two sides of the top of the culture pond body. By arranging sliding plates, the sliding grooves, the air cylinder, the piston rod and a telescopic rod, the piston rod is driven to stretch out through the air cylinder, so that the greenhouse can slide along the sliding grooves in theculture pond body through the sliding plates, the position is convenient to adjust, and the sliding plates are detachably connected with the piston rod and the telescopic rod; a folding plate is arranged at the side ends of the sliding plates, a piece of inlet baffle cloth is arranged on one side of the greenhouse, and when the greenhouse completely covers the culture pond body, the inlet bafflecloth can be opened, and the folding plate is lifted up, so that the culture personnel can enter the greenhouse conveniently, and can stand on the folding plate, therefore, the culture personnel can conveniently carry out culture operation.

The invention discloses an ant collecting process for quickly putting silkworm eggs in industrial silkworm breeding, which comprises the following steps of: (1) sub-packaging the silkworm eggs: taking the silkworm eggs subjected to green withering, and putting the silkworm eggs into a sub-packaging container; (1) dark development of silkworm eggs: shading the packaged silkworm eggs, and enabling the silkworm eggs to develop in a dark environment; and (3) collecting newly-hatched silkworms by using feed: sucking silkworm eggs by using a silkworm egg putting machine, putting the silkworm eggs on the feed, and hatching the silkworm eggs into newly-hatched silkworms after the silkworm eggs are exposed to light. Unhatched silkworm eggs are sucked through the silkworm egg putting machine, automatic operation of the silkworm egg obtaining and putting process is achieved, the working efficiency is effectively improved, manual silkworm egg containing is not needed, damage to the silkworm eggs caused by manual silkworm egg containing is effectively avoided, the labor cost is reduced, the silkworm eggs are directly put on feed, and the silkworm egg putting efficiency is improved. The hatched newly-hatched silkworms can conveniently draw feed in time, and rapid development of the newly-hatched silkworms in the one-age period is facilitated.

The invention discloses a netting and net cage system used for mariculture. The netting and net cage system used for mariculture comprises a net cage (1), a plurality of nettings (2), a hoisting device (3) and a plurality of decontamination plates (4), wherein the net cage (1) comprises aisle plates (5) and floating pipes (6); the aisle plates (5) and floating pipes (6) are connected through a connecting plate (7); the floating pipes (6) form a plurality of grids; the bottom parts of the grids are connected with the nettings (2); a guide rail (8) is processed on the top of each aisle plate (5); the hoisting device (3) comprises a bracket, an elevator (9) and a netting supporting frame (10), wherein the elevator (9) is connected with the bracket and the netting supporting frame (10); the bracket is provided with a plurality of universal wheels (11), and the universal wheels (11) are placed in the guide rails (8); and each decontamination plate (4) comprises a scraping plate (12) and a vane (13), wherein the scraping plates (12) and the floating pipes (6) are connected. The netting and net cage system disclosed by the invention can reduce seawater wave force, is convenient in fishing, has a long service life and can prevent alga or shellfish marine organisms from growing on the floating pipes.