42results about How to "Efficient water saving" patented technology

The invention discloses a high-yield planting method for preventing and treating corn stem rot in semi-arid regions, belonging to the technical field of agricultural planting and culturing. The high-yield planting method comprises the following steps: land selection and preparation, seed selection, seed treatment, ridging, base fertilizer application, seeding, drop irrigation, water feeding, weeding, membrane lamination, top application, field management, corn stem rot prevention, harvesting and the like. According to the high-yield planting method, the problem that the seeding emergence rate of corns in the second year is influenced by the total straw application of straws is solved; by processing corn seeds, the emergence rate can be improved by more than or equal to 5%, and the straw turnover in the second year is not influenced; the preventing and treating effect of the corn stem rot reaches more than or equal to 70%; water is saved by more than or equal to 40%, and the corn yield is increased to be 800-1000 kilograms per hectare; adverse factors caused by the ecological environment to the agricultural production are overcome, the traditional agricultural production mode is changed, the unit yield is increased, the yield and the efficiency are increased, and the effects of reducing wind erosion of soil, protecting the environment and improving the drought resisting capacity and the production stability of crops are achieved.

The invention discloses treatment equipment for recycling car washing waste water and an automatic control system. The treatment equipment comprises a combined tank, an ozone generator, an ozone mixed disinfection tank and a recycling water tank, wherein the combined tank consists of an oil-removal grit tank, an anaerobic adjusting tank, a biochemical reaction tank and a flat-panel membrane bioreactor (MRB) tank; an aeration head and an aeration pipe are respectively arranged in the biochemical reaction tank and the flat-panel MRB tank; a flat panel membrane, a suction pipe and a suction hoseare arranged in the flat-panel MRB tank; a membrane cleaning medicine liquid storage tank is connected with the suction pipe; the inlet of a water inlet self-sucking pump is communicated with the anaerobic adjusting tank; the outlet of the water inlet self-sucking pump is connected with the biochemical reaction tank; a inlet of a water outlet self-sucking pump is connected with the suction pipe; the outlet of the water outlet self-sucking pump is connected with the inlet of the ozone mixed disinfection tank through a water outlet pipe; the outlet of the ozone mixed disinfection tank is connected with the recycling water tank; the ozone generator is connected with the water outlet pipe through a jet device; and the biochemical reaction tank is communicated with the anaerobic adjusting tankthrough a discharge pipe. The control system comprises an equipment field control module, a sub-control platform module for a car washing station, a remote main control platform module and a third-party remote monitoring platform module. The treatment equipment and the automatic control system can be applied to the field of recycling of the car washing waste water.

The invention relates to an integrated control system for micro-moistening irrigation water and fertilizer, and belongs to the technical field of automatic control of water-saving irrigation. The integrated control system comprises an in-situ measurement and control system, a central station monitoring system and an Internet application system; the in-situ measurement and control system and the central station monitoring system are connected in a wireless communication mode, and the central station monitoring system is connected to a network application through Ethernet and then connected to the Internet application system. The in-situ measurement and control system comprises a control box, a sensor module and the like; the central station monitoring system comprises a video server, a database server and the like; the Internet application system comprises a network application server and the like. The Internet application system is connected with central stations located in different geographic places, and provides services of remote access and monitoring and data analysis and query. According to the integrated control system for the micro-moistening irrigation water and fertilizer, by the adoption of Internet and a data analysis method, optimal irrigation and fertilization models of different crops at different locations can be conveniently queried, the agricultural production efficiency can be improved, and the automatization and intellectualization of agricultural production can be achieved.

A sleeve type crop oxygenation irrigation system comprises a control system, an air supply integration system, a water supply integration system, a main air pipe, a main water pipe, a branch air pipe, a branch water pipe and a water-air combiner. The sleeve type crop oxygenation irrigation system is characterized in that the air supply integration system and the water supply integration system are respectively connected with the control system, an air outlet of the air supply integration system is connected with the main water pipe, and a water outlet of the water supply integration system is connected with the main water pipe. The main air pipe and the main water pipe is connected with the branch air pipe and the branch water pipe respectively through the water-air combiner, the branch air pipe is installed in the branch water pipe through the water-air combiner, and the branch air pipe and the branch water pipe are provided with a plurality of pores for inside and outside communication. The sleeve type crop oxygenation irrigation system has the advantages of efficient oxygenation, water saving, energy saving and environmental protection and is of great significance for promoting crop yield and income increase, saving water resources and achieving agricultural ecological sustainable development.

The invention relates to a fluid cooling method and device. The device comprises an air cooler. The air cooler at least comprises finned tubes composed of fluid pipes and fins, wherein cooled fluid circulates in the fluid pipes, and the fins are connected with the outer sides of the fluid pipes, arranged at intervals and composed of flaky thin plates. The single side or two sides of the surface ofeach flaky thin plate are coated with a hydrophilic coating layer or hydrophilic coating layers. The flaky thin plates are in contact with circulating air. During cooling of the air cooler to the fluid, water is distributed to the finned tubes in the time frame of high atmospheric temperature, and in the time frame of low atmospheric temperature, no water is distributed to the finned tubes, or water is distributed to the finned tubes in a segmentation manner. According to the fluid cooling method and device, the surfaces of the fins are coated with hydrophilic coating, uniform and stable water films are formed on the surfaces of the fins in a wind blocking and water distribution manner, in the atmosphere high temperature time frame, water film water vaporization latent heat absorption, forced evaporation and heat exchange are directly carried out on the fins, and the cooling capacity of equipment is greatly improved. The fluid cooling method and device have the beneficial effects of being remarkable in water saving effect, low in investment cost and low in operating cost.

The invention discloses a pulse backwashing deep bed filter device and a method, and belongs to the technical field of automatic control. A set of device may be provided with 1, 2.....n pulse backwashing deep bed filters; the pulse backwashing deep bed filter comprises a casing, a water collection mechanism arranged on the lower part of the casing and a connecting tube thereof, a water distributing mechanism arranged on the upper part of the casing and a connecting tube thereof, a filter material cushion layer arranged on the lower part of the casing, a filter material arranged in the middle part of the casing, and a filter material height detection device arranged on the upper part of the casing; a backwashing pump is a centrifugal pump, the rotating speed of an arranged motor can be regulated in variable frequency; a flow detection device is arranged on a main backwashing pipeline of a backwashing pump outlet; a control cabinet is provided with a PLC (programmable logic controller), and also provided with a frequency converter for regulating the rotating speed of the backwashing pump; the flow detection device and the filter material height detection device are provided with detection signal output ends which are connected with signal acquisition ends of the PLC. The effect of the pulse backwashing deep bed filter device is that: water-saving high-efficiency cleaning of a filtering layer can be performed by used of backwash water producing flow fluctuation.

The invention provides a multi-root-zone cyclic alternative drip irrigation method which comprises the following steps: planting crops, burying a vortex-shaped water-fertilizer-gas integrated drip irrigation pipe in a planting hole, dividing the water-fertilizer-gas integrated drip irrigation pipe into four zones by adopting a cross zoning method, taking the average soil moisture content detected by the soil probes on all drip irrigation emitters in the same root zone as the soil moisture content of the root zone, and representing the average soil moisture content by E; the first root zone, the second root zone, the third root zone and the fourth root zone of the drip irrigation pipe are controlled to circularly execute a normal water, fertilizer and gas irrigation strategy in sequence, so that the root zone with the dry root system appears circularly and alternately. According to the invention, drip irrigation is carried out on the root division area circularly and alternately, so that a stress effect occurs in the dry root area, and the effect of efficiently saving water without sacrificing photosynthetic products of crops is achieved.

The invention relates to a compact turbid circulating water treatment station. The compact turbid circulating water treatment station comprises a horizontal sedimentation pond, a mud residue tank, a sand filter, a cooling tower, a water cooling pond, a sludge tank, a sludge thickening pond, a centrifugal dehydrator, dosing equipment, a station building framework, a water pump system and a sludge pump system. The compact turbid circulating water treatment station adopts a three-dimensional arrangement, so that the occupied area of the water station is optimized to the maximum extent, and the water treatment station is conveniently arranged; single space can be fully utilized; the compact turbid circulating water treatment station is suitable for new projects and technical innovation. Wastewater in the water treatment station is in cascade use, so that water is efficiently saved and sewage discharge is reduced. A simple and efficient technology for sludge treatment has the advantages ofless sludge, convenience in operation and reduced treatment cost and outbound cost.

The invention discloses a new-energy water-heat supply system. The system is formed by connecting a water heater consisting of a liner, a shell and new-energy superconducting liquid with a circulating pump, a nozzle and a radiator provided with the new-energy superconducting liquid through pipelines. The new-energy water-heat supply system has the advantages of solving the problems of using a large amount of water for heating, efficiently saving water, fully preserving heat, operating in 40 percent of state and efficiently saving power.

According to the irrigation method for inducing the downward growth of the root system based on the wet point duration deviation, the draft of the root system in several days is judged based on the wet point duration deviation, then soil water, fertilizer and gas vertical regulation judgment is conducted, the water and fertilizer liquid is made to be located at the position far away from the root tip all the time, and the root system can grow downwards according to the water and fertilizer tropism principle and the stress effect of the root system. Inducing the root system to gradually grow downwards. Therefore, root systems among plants are prevented from winding to grab nutrients during close planting, the contact area of the root systems and soil is increased, and the root systems fully absorb moisture in deep soil, so that waterlogging resistance, drought resistance and wind resistance of crops are improved, and stable yield and yield increase of the crops are facilitated. After induction is finished, the drip irrigation device can be used for subsequent irrigation requirements, layered fixed-point fixed-area drip irrigation with controllable flow can be carried out on crop roots, nutrient requirements of different root areas can be met, and efficient water saving is achieved.

The invention relates to a liquid heating technology, discloses a heat exchange system adopting a cold source control method to realize intelligent constant temperature and a control method of the heat exchange system and aims at solving the problem that the liquid temperature needed to be manually regulated of the existing beverage machines including drinking water machines. The heat exchange system adopting the cold source control method to realize intelligent constant temperature comprises a heating system, a heat exchange system and a liquid inlet pipe which sequentially passes through theheat exchange system and the heating system and is used for introducing a liquid to be heated; a hot liquid pipe and a warm liquid pipe are connected to one end, extending out of the heating system,of the liquid inlet pipe; the warm liquid pipe penetrates through the heat exchange system; heat exchange is performed on the high-temperature liquid in the water liquid pipe to become a medium temperature liquid by the heat exchange system; a temperature control sub-pipe is connected to the liquid inlet pipe; the two ends of the temperature control sub-pipe are connected to the liquid inlet pipeand pass through front section and the back section of the heat exchange system respectively; and the liquid inlet pipe is provided with an electromagnetic valve and a control system for controlling starting and closing of the electromagnetic valve. The heat exchange system has the effect of automatically regulating the liquid temperature according to different environments.

The invention discloses an odorless urinal with deep and shallow water seals. The odorless urinal is characterized by comprising a urinal main body, a shallow water seal, a urinal funnel, an U-shapeddeep water seal, a deep water seal line, a sewage outlet, a concave urination pot bottom, a urine inlet pipe and a shallow water pipe, and is mainly characterized in that the shallow water seal at thebottom of the urinal funnel is sleeved with the U-shaped deep water seal, so that urine discharged from a human body is immediately discharged outside the shallow water pipe in order, urine is immediately replaced below the shallow water seal by urine discharged from a human body later before releasing odor, and the problems of releasing strong urinary odor and wasting water resources during theuse of an existing urinal are completely solved.

The invention discloses a cooling tower water recovery device. The cooling tower water recovery device includes a recovery tower body, an electrostatic water recovery device, a pre-embedded casing pipe, a PVC water spraying padding, a base, a fiberglass-reinforced bracket, and a UPVC water distribution pipe; the base is arranged in an inner side of the recovery tower body; the base is provided with the fiberglass-reinforced bracket; the fiberglass-reinforced bracket is provided with the PVC water spraying padding; the UPVC water distribution pipe is arranged on the upper side of the PVC water spraying padding; the pre-embedded casing pipe is connected to the UPVC water distribution pipe; and the electrostatic water recovery device is arranged on the upper side of the UPVC water distribution pipe. After a cable and a power supply electric control part are connected, the cooling tower water recovery device can be used; the cooling tower water recovery device is simple and easy to use; after use, evaporation loss and windage loss can be decreased by 85%, and the high-efficient water conservation and energy conservation can be achieved; and when the cooling tower water recovery device is in failure, power plant operation cannot be affected.