37results about How to "Savingly" patented technology

The invention discloses an intelligent method and a system for controlling alternate irrigation of local root zone of crops. The system comprises a signal collecting module and a control module, wherein the signal collecting module is used for collecting the soil water-content information of different root zones of the crops in real time and the control module is used for controlling the motor of the irrigation system by utilizing the water difference alternate threshold, upper limit and lower limit of the soil water content and practically measured soil water-content real-time information of all side root zones. The system is applicable to the automatic control on the alternate irrigation of local root zones of field furrow irrigation crops such as corns, cottons, potatoes and the like, fruit trees and greenhouse vegetable crops, has the advantages of land saving, water saving and energy saving, has low cost and simple operation and is convenient for being generalized and applied in large area.

The invention discloses an irrigation rig, including a support, a main pipeline which is arranged on the support and is used for guiding water into the irrigation rig, a slide bar arranged on the support and a plurality of outlet pipes; one end of the outlet pipe is connected with the main pipeline, the other end thereof is fixed on the slide bar. The irrigation rig has simple principle and is characterized by land saving, water saving, energy saving and fertilizer saving, each part can be quickly disassembled and assembled; furthermore, the irrigation rig has low cost, simple operation and is convenient for extensive generalization and application.

The invention involves a building, in particular organic ecological garden residential system. Its feature lies in: building the former greenhouse linked with the residential building in the sun-built area, building the upper greenhouse on the roof of residential building, building the rear cold-room linked with the residential building in the nightside and the domestic sewage is linked with the methane tank below the former greenhouse through pipes. The design concept of the invention is achieving saving land, energy, water and wood resources recycling under the base of making full use of land, light energy, water, and heat and gas resources. The invention can achieve the circulating application mode of the energy consumption minimum, waste discharge is least, inside and outside living environment fine, and provide a new technical project for establishing the conservation-oriented society. The invention combines the ecological construction and the ecological greenhouse into new organic ecological garden residential system with the social, economic and ecological benefits of saving land, energy, water and material, zero emission and good inside and outside living environment.

The invention provides an integrated water treatment system for treating both water for seawater recirculating aquaculture and tail water. The integrated water treatment system comprises a sewage collection tank, a physical filtering device, an air floating pool, an electrode-suspended filler coupled biofilter treating unit, and an ozone-ultraviolet combined pathogenic microorganism killing unit which are connected in sequence, wherein the sewage collection tank, the physical filtering device, the air floating pool, the electrode-suspended filler coupled biofilter treating unit, the ozone-ultraviolet combined pathogenic microorganism killing pool are all connected with a sludge concentration-dehydration device, and the ozone-ultraviolet combined pathogenic microorganism killing pool is also connected with a culture pond. The integrated water treatment system of the invention has the characteristics of high water treatment efficiency and continuous maintenance of the high water quality of an aquaculture system, and the water circulation utilization rate of the system can reach 95% to 98%; and the integrated water treatment system can fully meet the demand for healthy culturing of cultured objects, has a tail water treatment function, and allows the tail water to be discharged after reaching the standard.

An underground barn for storing bulb grain comprises a barn body grain storage layer, a conveying passageway and the like. The barn body grain storage layer is composed of a horizontal cylindrical middle barn wall, two vertical circular end barn walls and an annular beam. The conveying passageway is composed of a horizontal conveying passageway body at the bottom of the middle barn wall and perpendicular conveying passageway bodies on the side faces of the end barn walls. A barn grain jack-in opening is located in the top of the middle barn wall, a barn grain jack-out opening is located in the top of each perpendicular conveying passageway body, the barn grain jack-in opening and the barn grain jack-out openings are all connected to the ground, and therefore grain input and output operation can be uniformly achieved, and a user can enter a barn body and the conveying passageway through the openings so that ventilating, manual overhauling and device maintaining can be achieved. Grain in the barn can automatically flow out of a barn bottom grain outlet in the bottom of the middle barn wall and can be conveyed to the ground through a horizontal conveying device and perpendicular conveying devices in the conveying passageway, and therefore high-efficiency output work is achieved. By means of the underground grain storage new barn, grain can be stored in a long shelf life in a green mode, underground space and shallow layer earth energy can be developed and applied fully, and the underground barn has high research and application value.

The invention provides a high-level rainwater flower bed for sponge city rainwater storage and purification. The high-level rainwater flower bed is arranged on one side of a building external wall and comprises a vegetation region, a flower bed base layer, a flower bed compacting soil layer and an overflow pipe. The flower bed base layer comprises a vegetation cultivation layer, a middle rubble layer and a water storage layer which are laid from top to bottom, the vegetation cultivation layer and the middle rubble layer are isolated by a permeable geotextile, and the overflow pipe penetrates the vegetation region and the flower bed base layer and is vertically communicated with an upper drainage pipeline and a bottom drainage pipeline, parallel to the outer wall of the flower bed and perpendicular to the ground. The rainwater flower bed is standard and practical, can effectively realize rainwater resource utilization and has the advantages of water-saving, energy-saving and land-saving properties and the like required by contemporary green buildings.

The invention discloses a baking-free brick and a manufacturing method thereof. The baking-free brick is manufactured from following materials: 20-30% of sludge from a fishpond, 40-50% of a power plant waste fly ash, 10-20% of cement, 10-20% of river sand, 1-3% of a bonding agent and a proper amount of water. The raw materials are uniformly mixed and then are processed through a full-automatic hydraulic moulding machine to obtain green bricks, and then the green brick is naturally dried to obtain the baking-free brick. By means of the sludge from the fishpond and industrial residues for producing the baking-free brick, the manufacturing method can save land, can recycle wastes, is environmental-protective and is energy-saving.

The invention provides a light energy-saving brick with soundproof and insulating functions. The light energy-saving brick comprises a brick body, a plurality of cylindrical cavities formed in the brick body, inner filling bodies, middle filling bodies and outer filling bodies, wherein the brick body is filled with the inner filling bodies, the middle filling bodies and the outer filling bodies. The cylindrical cavities are distributed at equal intervals along the central line of the brick body in the length direction. The inner filling bodies are distributed on the outer side of the cylindrical cavities in a rectangular shape, the outer filling bodies are distributed on the edges of the brick body in a rectangular shape, and the middle filling bodies are distributed between the inner filling bodies and the outer filling bodies in a rectangular shape. The inner filling bodies, the middle filling bodies and the outer filling bodies which are correspondingly adjacent are arranged in a staggered mode. The upper ends of the outer filling bodies are higher than the upper end face of the brick body, and the lower ends of the outer filling bodies are lower than the lower end face of the brick body. The brick body is made from coal gangue, coal cinder, construction waste, riverway sludge, papermaking sludge and rice hulls. The light energy-saving brick with the with soundproof and insulating functions has the effects of being low in weight, capable of saving energy, insulating, waterproof and soundproof, and the overall strength and insulating and waterproof properties of a wall can be improved.

The invention discloses a baking-free brick with wastes as main materials. The baking-free brick is manufactured from following materials: 40-50% of a power plant waste fly ash, 10-20% of furnace slag, 10-20% of cement, 10-20% of river sand, 1-3% of a binding agent and a proper amount of water. The raw materials are uniformly mixed and are manufactured into green bricks through a full-automatic hydraulic moulding machine and then the green bricks are naturally dried. By means of production of the baking-free brick from the industrial residues, an object of saving land, utilizing waste, protecting environment and saving energy is achieved.

The invention provides a siphon irrigation system and a siphon irrigation method. The siphon irrigation system is mounted at a suspended river or in a river and lake area with water surface altitude higher than ground altitude and comprises a siphon water inlet device, an irrigation water treatment device, a proportioning device and an irrigation device, wherein a water inlet end of the siphon water inlet device is arranged in the river, a water outlet end of the siphon water inlet device is connected with a water inlet end of the irrigation water treatment device, and the altitude of the water inlet end of the siphon water inlet device is higher than that of the water outlet end of the siphon water inlet device; a water outlet end of the irrigation water treatment device is connected with a water inlet end of the proportioning device, and a water outlet end of the proportioning device is connected with the irrigation device. With adoption of the siphon irrigation system, water can be introduced into an irrigation area by means of a siphonic effect without ditch excavation, irrigation water is decontaminated, energy saving and emission reduction are realized, and safety and sanitation are realized.

The invention relates to a high strength light wall plate which is composed of a base material and a three-dimensional net rack embedded in the base material, wherein the base material is a mixture of cement, vitrified micro bubbles, an anti-crack agent and a plasticizing agent; the wall plate comprises the following components in parts by weight: 3-6 parts of cement, 1-2 parts of vitrified micro bubbles, 0.0005-0.002 part of anti-crack agent and 0.003-0.01 part of plasticizing agent. The wall plate has the advantages of lightening the structure load, reducing the engineering cost, expanding the indoor usable floor area, having no construction waste, being capable of recycling the waste and being energy-saving and environment-friendly and the like.

The invention discloses an aerial garden architecture comprising front courtyards, a back garden and an independent parking space as well as an internal structure of the aerial garden architecture. The aerial garden architecture is characterized in that a vertical traffic core is arranged in the middle of a floor, a two-floor main courtyard defined by three sides and having one opening side is arranged in front of the traffic core, auxiliary courtyards defined by three sides and having one opening side are arranged on left and right sides, multiple main functional units are arranged around themain and auxiliary courtyards, an outwards rising back garden is arranged on external walls of the main functional units, and a completely independent parking space area is arranged behind the traffic core. The aerial garden architecture is provided with systematic configuration of courtyards, the garden and the nearby independent parking space, and green environment, neighborhood communication and life convenience are created; and by reasonable conception and arrangement of position, area, compact degree, technical specifications and engineering difficulty of the courtyards, the garden and the independent parking space, the aerial garden architecture is worthy of the name and becomes a modern garden lifestyle afforded by the general public. The aerial garden architecture can be a resident apartment, an office building and a hotel building.

The invention relates to a hericium erinaceus cultivation bacteria stick which is prepared from the following raw materials in percentage by weight: 60-65 percent of cottonseed hulls, 10-15 percent of hybrid wood bits, 8-12 percent of brans, 1-3 percent of a phosphate fertilizer, 1-3 percent of gypsum powder, 1-3 percent of cane sugar, 1-3 percent of Shixun and 1-3 percent of broomcorn wine distiller grains. The bacteria stick is scientific in prescription, so the cultured hericium erinaceus is excellent in quality; the hericium erinaceus body is large; the yield is high; the cost is low; no rotting is caused; meanwhile, the bacteria stick has the advantages of saving water, saving land and saving fertilizers; the hericium erinaceus yield of the bacteria stick is as high as 100%; the biotransformation efficiency of the hericium erinaceus is about 80%; the biological efficiency for cultivating the hericium erinaceus is improved; large-scale cultivation, high yield and excellent quality of the hericium erinaceus are realized; the economic efficiency of cultivation of the hericium erinaceus is greatly improved.

The invention relates to the field of fish cultivation, and provides a device and method for increasing the pseudogobio vaillanti parent fish induced spawning rate. The device comprises a water inlet and outlet circulation pipeline, a container for storing pseudogobio vaillanti parent fish and an oxygenation device for increasing the content of dissolved oxygen in water. The oxygenation device is connected with the container. The water inlet and outlet circulation pipeline is connected with the container. A pipeline booster pump is arranged on the water inlet and outlet circulation pipeline. The cross section of the container is in a circular shape. The device has the advantages that by simulating the water flow state of the natural environment needed by pseudogobio vaillanti egg laying, water flow stimulation and ripening acceleration are performed before prenatal diagnosis, drugs for hastening parturition can achieve the normal physiological effect, and the mature rate and the induced spawning rate of the pseudogobio vaillanti parent fish are remarkably increased.

The invention relates to a building, especially an organic ecological garden residence. A front greenhouse connected to the residence is built on the sunny side outside the residence, an upper greenhouse is built on the roof of the residence, and a rear cooling chamber is connected to the residence on the shady side of the residence. The domestic sewage in the residence is connected with the biogas digester under the former greenhouse through pipes. The invention can realize the cycle utilization mode with minimum energy consumption, minimum waste discharge and good internal and external living environment during the living process, and provides a new technical solution for establishing a conservation-oriented society. The invention combines the ecological building and the ecological greenhouse to form a new type of organic ecological garden residence, which has the social, economic and ecological benefits of land saving, energy saving, water saving, material saving, zero sewage discharge and good internal and external living environment.