425results about How to "Good energy saving and environmental protection effect" patented technology

The invention relates to a crop rhizospheric soil conditioning system and a conditioning method thereof, in particular to a greenhouse soil water, fertility, air and heat conditioning system and a conditioning method thereof. The crop rhizospheric soil conditioning system comprises a fertilizer irrigating device, a water irrigating device and a temperature-regulating and air-ventilating device, wherein the fertilizer irrigating device comprises a fertilizer storing device and a fertilizer conveying device which are mutually connected; the water irrigating device comprises a water storing device and a water conveying device which are mutually connected; the temperature-regulating and air-ventilating device comprises a fan and an air conveying device; the fertilizer conveying device, the water conveying device and the air conveying device share a main conveying pipeline and a branched conveying pipeline; and the branched conveying pipeline is connected with the main conveying pipeline. The crop rhizospheric soil conditioning system comprehensively condition water, fertility, air and heat of soil through a simple structure and can perform a highly stable control on optimal conditions for crop growth, particularly crop rhizospheric growth; a novel soil non-tillage technology is provided, with significant effects of energy conservation and environment friendliness; and the crop rhizospheric soil conditioning system and the conditioning method thereof are suitable for popularization and application in the field of planting and cultivation of relevant crops.

The invention belongs to the field of copper processing, relating to the process method of the production of copper strip material, and in addition, relating to a copper strip material continuous extrusion and continuous rolling device. The invention provides a continuous extrusion and continuous rolling method used for producing oxygen-free copper strip billet, comprising the following steps: taking the oxygen-free copper rod as a raw material to carry out continuous extrusion to obtain the copper slabs; utilizing the heat generated in extrusion to carry out continuous hot rolling on the copper slabs; and cooling the copper bandlets after hot rolling, discharging to obtain the copper strips, wherein protective gas is adopted to protect the space between the extrusion outlet and the cooling inlet. The invention combines the advantages of low content of oxygen of the upper-draw process, great deformation of the continuous extrusion method and good performance of hot rolling method; the product has the advantages of low content of oxygen, compact organization, fine grains and excellent comprehensive performance; and the process method has the advantages of short flow, less heating and annealing processes, energy saving and environmental protection and the like.

The invention relates to a test system for the extension of a multi-axis and salt-spray corrosion fatigue crack. The test system comprises a fatigue tester for providing I-type, II-type, III-type and compound fatigue loads required by a test for a test sample through a pull-cut-twist multi-axis loading fixture, and further comprises a salt-spray corrosion environmental box, wherein the salt-spray corrosion environmental box comprises a salt-spray corrosion box body and a salt-spray pre-occurrence box body which are mutually communicated through a pipeline; the salt-spray pre-occurrence box body conveys air and salt water required by salt-spray forming to the salt-spray corrosion box body; the salt-spray corrosion box body provides a required salt-spray corrosion environment for the fatigue crack extension test; both the pull-cut-twist multi-axis loading fixture and the fatigue crack extension test sample are positioned in the salt-spray corrosion box body. Through the adoption of the test system, the fatigue crack extension rate and other fracture mechanics parameters under the combined action of multi-axis loads and the salt-spray corrosion environment can be measured relatively well, and thus the material selection design and the service life evaluation for marine engineering equipment serving in the salt-spray corrosion environment and under a complex stress state can be supported.

The invention discloses an energy-saving emission-reducing particle washing and water extracting machine comprising a case component, a barrel component, a drum, a driving component and a control component. A circular end cover with a water jet hole and a particle jet hole is arranged on a barrel in front of a feed port of the drum, a particle suspension turbulator is arranged below the barrel and comprises a box provided with a feed inlet, a drain valve, a discharge outlet and a water inlet pipe, the discharge outlet is connected with a particle pump which is connected with a solid-liquid separator, a particle discharge hole of the solid-liquid separator is connected with the particle jet hole, a liquid outlet of the solid-liquid separator is connected with a fluff filter unit, a valve water outlet pipe of the fluff filter unit is connected with the box, another valve water outlet pipe of the fluff filter unit is connected with a heating box, a water inlet device, a detergent feed device and a liquid outlet pump are arranged on the heating box, and an outlet of the liquid outlet pump is connected with the heating box and the water jet hole.

The invention discloses an air conditioner monitoring system, which is used for detecting the failure problem of air conditioning equipment. The system comprises an air inlet temperature sensor, an air outlet temperature sensor, a microprocessor, a transmitter and an alarm device, wherein the air inlet temperature sensor is used for detecting the temperature of the air inlet of the air conditioning equipment; the air outlet temperature sensor is used for detecting the temperature of the air outlet of the air conditioning equipment; the microprocessor is used for acquiring and processing detection results of the air inlet temperature sensor and the air outlet temperature sensor so as to generate a control signal and/or an alarm signal; the transmitter is used for transmitting a control signal output by the microprocessor to the air conditioning equipment; and the alarm device is used for receiving an alarm signal output by the microprocessor so as to make an alarm. In the air conditioner monitoring system, the temperature difference between the air inlet and the air outlet of the air conditioning equipment is detected by double sensors, so that abnormity of an air conditioning system can be detected quickly, waste of electric energy caused by continued use of abnormal air conditioning equipment is avoided and the aims of saving energy and protecting the environment are fulfilled.

The invention belongs to the field of the construction of civil architectures, and in particular relates to a method for mounting coolant pipes of an air conditioning system, which comprises: a first step of making preparations for the construction; a second step of machining copper pipes; a third step of braze-welding and connecting the copper pipes; a fourth step of laying the copper pipes; a fifth step of washing the copper pipes; a sixth step of performing airtight test; a seventh step of realizing the temperature preservation of a pipeline; an eighth step of vacuum-drying the pipeline system; a ninth step of supplementing a coolant; and a tenth step of performing pre-operation. In the invention, the copper pipes have the characteristics of bacteria growth inhibition, corrosion resistance, durability and long service life; and the method has the advantages of capacity of effectively improving a construction progress, relatively shorter construction period, and simple operation andconvenient maintenance because only a tube flaring kit, a pipe expander and a cutter are needed when the copper pipes are maintained, meets national requirements on energy-saving engineering and is favorable for promoting the research, development, integration and large-scale application of matching technology combining renewable energy sources and the architectures.

The invention is suitable for the technical field of an air conditioner, and discloses an air conditioner and an air supplying method of the air conditioner. The air conditioner comprises a casing and a heat exchanger arranged in the casing, wherein an air inlet is formed in the casing; the casing is provided with an air hole penetrating through the casing; an air outlet which is used for blowing out the airflow to enable the negative pressure to be generated at the air hole is formed in the inner wall of the air hole; an airflow generating device which is used for driving the airflow to enter into the casing from the air inlet and discharging the airflow out the casing from the air outlet after the airflow flows through the heat exchanger is arranged in the casing; the air hole is positioned in one side of the airflow generating device. The air supplying method of the air conditioner adopts the air conditioner. By adopting the air conditioner and the air supplying method of the air conditioner, the aerodynamics theory is used, and an air supplying effect having performance many times higher than the performance of the air inlet and the air outlet is formed; the energy efficiency utilization is high; the air supplying effect is excellent; the air output is stable and uniform; people feel comfortable; the energy-saving and environment protection effect of the air conditioner is excellent.

The invention discloses an assembly welding method for producing large diameter extremely thick steel pipes through a rotary walking rail and a device thereof. The assembly welding method for producing the large diameter extremely thick steel pipes through the rotary walking rail comprises paving the rail; arranging a waling flat vehicle on the rail; arranging an operational platform which can be extended to the upper end on the exteriors of the steel pipes to be welded on the rail edge; and arranging an automatic welding machine which is controlled through a computer on the operational platform. The device for producing the large diameter extremely thick steel pipes through the rotary walking rail comprises the computer, the rail, the automatic welding machine, a walking platform, an automatic welding vehicle and the operational platform. The assembly welding method for producing the large diameter extremely thick steel pipes through the rotary walking rail has the advantages of enabling welding of the large diameter extremely thick steel pipes in construction fields to be convenient and good in quality and being feasible and safe. The device for producing the large diameter extremely thick steel pipes through the rotary walking rail has the advantages of being simple and practical in structure, high in construction speed, time and labor saving, low in construction cost, good in construction quality and good in energy conservation and environmental protection effect.

The invention discloses a front feeding system of a biomass power plant furnace. The system comprises a feeding bin, a first level horizontal feeding mechanism and a second level horizontal feeding mechanism, wherein the first level horizontal feeding mechanism is arranged at the bottom part of the feeding bin; the second level horizontal feeding mechanism feeds to an incinerator; the first level horizontal feeding mechanism and the second level horizontal feeding mechanism are communicated through a vertical chute; a biomass bin kick-off device is arranged above the first level horizontal feeding mechanism at the lower part of the feeding bin; the first level horizontal feeding mechanism is composed of a plurality of first level axle-free spiral feeding machines which are arranged in parallel and are driven by a motor; the outlet of each first level axle-free spiral feeding machine leads to the inlet of the vertical chute; the outlet of the vertical chute leads to a feed inlet of a second level axle-free spiral feeding machine; and the biomass bin kick-off device comprises a plurality of biomass spiral kick-off feeding shafts which are arranged in parallel. According to the invention, crushed biomass is uniformly and smoothly input in the incinerator, and is enabled to burn and generate electricity fully, and the system is energy-saving and environmentally-friendly.

The invention discloses a geopolymer for treating a salting soil foundation and a preparing method and application of the geopolymer. The geopolymer is prepared from blast furnace slag, coal ash, zeolite powder and an alkaline excitant. The method comprises: (1) mixing metal hydroxide with water glass to prepare the alkaline excitant with a modulus of 1.5-2.5; (2) mixing the blast furnace slag, coal ash and zeolite powder to obtain a mixture; (3) adding the mixture in step (2) into the alkaline excitant prepared in step (1), and uniformly mixing to prepare the geopolymer. The geopolymer taking the blast furnace slag, coal ash, zeolite powder as main raw materials is developed, the mechanical properties of the geopolymer as a new binding material which is similar to but superior to cement are used, a compact structure formed by the blast furnace slag, coal ash, zeolite powder under exciting of the alkaline excitant and well pore size distribution are employed, the durability of the geopolymer is enhanced, and a good effect for solving the problem of reinforcing of the salting soil foundation in road engineering is achieved.

The invention discloses a design method of a geothermal engineering automatic monitoring system. The design method of the geothermal engineering automatic monitoring system comprises the following steps: S1, analyzing controlled geothermal engineering system operation; S2, selecting a controlled parameter and a control parameter; S3, selecting and measuring a transformation unit and an execution mechanism; S4, selecting a control scheme and a control rule; and S5, selecting a system correction method. The advantages are as follows: the operation cost is low, the energy conservation and environmental protection effects are good, and energy consumption parameters indicate that though a boiler system is small in power consumption, primary energy consumption is large. Therefore, the energy efficiency is low, and the environmental protection benefits are poor. Hoverer, a geothermal system is much better, and the environmental adverse effect of the geothermal system is less than the boil system by at last two thirds.

The invention belongs to a recovering and utilizing method for a solid waste acid-leaching lead slime on a polar plate of a storage battery and a system. According to the method, an obtained lead-bearing suspension acid liquid is collected and lead powder in the lead-bearing suspension acid liquid is immediately separated from an acid leaching liquid through a pressure filtration method. The recovered lead powder is collected, dried, crushed and decontaminated and then is recycled according to the components and the amount of the lead powder. The system comprises a weighing control adder, a vacuum paste mixing machine, a plate coating machine and a crushing and decontaminating machine. The lead-bearing suspension acid liquid can be automatically separated and recycled immediately, so that the problems that the lead-bearing suspension acid liquid pollutes the environment, and is high in recovery cost and large in floor area can be effectively solved, and the system has the advantages of being reasonable in method, simple in structure, low in recovery cost, high in resource recovery utilization ratio and good in energy-saving and environment-friendly effects.

The invention discloses a multifunction high-efficiency and energy-saving cleaning trolley, which relates to a cleaning trolley. The multifunction high-efficiency and energy-saving cleaning trolley comprises a bodywork device, a cleaning device and a driving device, wherein the bodywork device comprises a headstock, a drive control room, illumination fog-proof lights, front wheels and rear wheels; the cleaning device comprises a water inlet valve, water spray valves, spray sweepers, a primary splasher, a secondary splasher, a reclaimed water tank, a clear water tank, a cleaning agent tank, anagent throwing cover and a garbage can; and the driving device comprises a combination engine, a charging socket, a high-energy accumulator tank, a solar accumulator plate, a primary hydraulic sleeve, a primary hydraulic cylinder, a primary hydraulic arm, a secondary hydraulic arm, a primary turnaround shaft, a secondary turnaround shaft, an arm deflection shaft, a drive shaft arm, a primary cleaning shaft and a secondary cleaning shaft. The multifunction high-efficiency and energy-saving cleaning trolley disclosed by the invention has high synthesis technique, an exquisite structure, variousfunctions, wide application, convenience and rapidness in operation, safety and reliability, energy saving and environmental protection, is capable of effectively and rapidly washing, spraying, sweeping and cleaning roads, yards, fences, guardrails, walls, glass and the like, is capable of collecting, filtering and utilizing reclaimed water, applying the agent, putting out a fire by using a self-spray valve to spray water and the like, and has extremely obvious comprehensive economic benefits and social benefits.

The invention relates to an absorption oil-gas recycling system and an absorption oil-gas recycling process. The system comprises an absorption device, a desorption device, an intake device and a storage device, which are connected with one another. The absorption device and the desorption device are more first-staged. By the absorption oil-gas recycling system, the recycling process by combining multistage absorption and desorption is achieved, the problems of pollution and waste of hydrocarbon components in oil and gas are solved, external environment is protected effectively, and energy is utilized efficiently and economically. The absorption oil-gas recycling system is suitable for popularization and application in related oil-gas recycling fields, especially suitable for fields such as lean oil recycling and reusing and crude oil-gas recycling and reusing.

The invention belongs to the technical field of air ducts, and discloses an air duct system, an air supply method of the air duct system and a fan and an air conditioner with the air duct system. An air flow channel is divided into at least two sub channels by air tunnel portions, wind wheels suck air flow in from air inlets, the air flow is made to flow through a heat exchanger and then made to be blown out forwards from air outlets located on the inner side or the periphery of the air tunnels, the air tunnels are front-back through tunnels, air enters an air inlet portion from the air inlets, flows to squeezing portions, then is divided into at least two streams under the effect of the air tunnel portions and then is blown out from the air outlets, air blown out from the air outlets enables the front sides of the air tunnels to form negative air pressure, and air at the rear portions of the air tunnels is sucked forwards and flows out from front end openings of the air tunnels. The air supply effect which is at least multiple times the air inlet capacity of the air inlets is formed through the principles of the aerodynamics, the energy efficiency utilization rate is high, the air supply effect is good, and the energy saving and environment protection effects are good.

The invention relates to a desulfurization and denitrification integral smoke gas purification treatment system and a desulfurization and denitrification integral smoke gas purification treatment process, in particular to an integral smoke gas purification treatment system and an integral smoke gas purification treatment process adopting seawater to realize desulfurization and denitrification. The system comprises a raw smoke gas input system, an absorption system and a clean smoke gas exhaust system in mutual connection, and also comprises a raw smoke gas oxidation system and a desulfurization and denitrification agent integral function system, wherein the raw smoke gas oxidation system is connected with the raw smoke gas input system, and the desulfurization and denitrification agent integral function system is connected with the absorption system. According to the process, the system is utilized for oxidizing the smoke gas, and then, the integral purification and absorption treatment is carried out. The system and the process provided by the invention have the advantages that the system setting and the technical flow process are simple and optimized, the integral smoke gas desulfurization and denitrification are realized, any other substance does not need to be added in the application process, except cyclically utilized seawater and air, the energy-saving and environment-friendly effects are obvious, the green and clean treatment of the smoke gas is realized, and the system and the process are suitable for being applied to the field of industrial tail gas purification treatment, particularly in regions with seawater application convenience, and are particularly suitable for being popularized and applied.

The invention relates to a method for recycling water from wet desulphurization flue gas and a device thereof. The method comprises the following steps: cooling the original flue gas before wet desulphurization, cooling the flue gas in the wet desulphurization process by adopting a circular water-spraying method, and finally heating the pure flue gas so as to recycle water from the flue gas. The device comprises a wet desulphurization device, an original flue gas cooling device, which is connected to the wet desulfurization device, a water-spraying cooling device, and a pure flue gas heating device. The invention fully utilizes the characteristics of flue gas and the wet desulfurization technology, efficiently combines the water recycling process and flue gas purifying process, has a prominent environmental protection and energy saving effect, fully recycles the water in the flue gas, thus effectively saves the water resource in the wet desulfurization purification technology, effectively solves the contraction between the wet desulfurization technology and the limited water resource in water-deficient areas, greatly reduces the economic cost, and is suitable for promotion and application in the field of wet method flue gas purification.

The invention discloses an air conditioner control method and relates to the technical field of air conditioners. By the method, an air conditioner can automatically adjust the working state of the air conditioner at different moments, so that the comfort degree requirements of users can be met at any time and the comfort degree experience of the users is improved. The air conditioner control method comprises the following steps: acquiring weather forecast information in a delta t time slot and processing the weather forecast information to obtain a comfort degree predicted value SSD1 at each moment in the delta t time slot; acquiring indoor actual measurement environment information in the delta t time slot and processing the actual measurement environment information to obtain an indoor actual measurement comfort degree value SSD2 at each moment in the delta t time slot; and comparing the actual measurement comfort degree value SSD2 at each moment in the delta t time slot with the comfort degree predicted value SSD1 at the corresponding moment in the delta t time slot, and adjusting the working state of the air conditioner according to the comparison result. The air conditioner control method provided by the invention is applied to automatic control of air-conditioning equipment.

The invention belongs to a method and a system for recycling hazardous lead solid waste. The method comprises the steps that the hazardous lead solid waste generated in a plate separation and brushing process of storage battery manufacturing is collected; lead alloy components, applications and quantity of the hazardous lead solid waste are recorded definitely; the hazardous lead solid waste is separated, subjected to impurity removal and purified in a sealed environment to form waste lead powder; the obtained waste lead powder is labeled according to the lead alloy components, the applications and the quantity, classified and stored; the stored waste lead powder with the identical lead alloy components and the applications is taken, and mixed with lead powder ground by electrolyzing lead; a ratio of the weight of the added waste lead powder to that of the lead powder ground by electrolyzing lead is (10-20):100; and a mixture is placed in a mixer, stirred uniformly and recycled. The system comprises a lead powder conveyor, a lifting conveyor and an electromagnetic sieve separator. The method and the system can automatically separate and recycle the hazardous lead solid waste, and can effectively solve the problem that the hazardous lead solid waste pollutes an environment, and have the advantages of simple structure, low recycling cost, high resource recycling ratio, and good energy saving and environmental protection effects.

The invention belongs to the technical field of air ducts, and discloses an air duct system, an air supply method of the air duct system and an air conditioner with the air duct system. Air flow blown out from all air outlets flows forwards to enable negative pressure regions to be formed on the front sides of all air tunnels, and under the effect of all the negative pressure regions, air on the rear sides of the air tunnels is sucked to penetrate through the air tunnels, so that the air is blown out forwards with the air flow blown out from the air outlets. Due to the fact that air has certain viscosity, when the air flow is blown out from the air outlets, the air flow carries adjacent air flow to flow forwards together, the air supply effect at the air flow center is enhanced, moreover, air around the air tunnels is supplemented due to the effect of negative pressure, the air supply range is expanded, the air supply effect which is at least multiple times the air inlet capacity of air inlets is formed through the principles of the aerodynamics, the energy efficiency utilization rate is high, the air flow does not need to be cut by fan blades, the air supply amount is stable and even, human bodies can feel more comfortable, and the air supply effect is good.