34results about How to "Low ecological impact" patented technology

This invention is rotating blade car type fluid power generator. The chain connects to three groups of rotating blade cars. Rotating blades are evenly distributed on circulate track. Two straight tracks and two half circular arc tracks are connected to form circulating track. Under the effect of fluid, rotating blade of rotating blade car is vertical to fluid flowing direction at the straight segment of track. Thus, fluid active force is strong. At another straight segment, under the effect of fluid, rotating blade of rotating blade car is parallel to fluid flowing direction. Thus, fluid active force is little. The three groups of rotating blade cars and rotating blades undertake circulating operation along track. The chain transfers power to power generator through driving train. The flow power driving train, which is applied underground, is composed of chain pump, pipe, accumulator and water turbine. It makes power generator can be assembled on water surface. The resistance type wind power machine is driven by chain.

The invention discloses an earthwork standard room. The earthwork standard room comprises a plurality of earthwork standard room pieces and a plurality of clamping grooves, wherein the earthwork standard room pieces are arranged horizontally, symmetrically and oppositely, and the connecting positions of adjacent earthwork standard room pieces are in double-fixed connection by armor tapes and the clamping grooves; the earthwork standard room is formed by a plurality of regular hexagons arranged uniformly after being combined, and the clamping grooves are C-shaped clamping grooves; and reversedhooks are arranged at the bottoms of the clamping grooves. According to the earthwork standard room, the connecting mode is simple and efficient, and the engineering problems such as low strength andpoor connectivity of an earthwork standard room are solved.

The invention discloses a moso bamboo seedling growth regulation and control method. The regulation and control method comprises the step of irrigating the moso bamboo seedlings with sesame leaching liquor to regulate and control growth of the moso bamboo seedlings. The growth rate of the moso bamboo seedlings can be rapidly and effectively regulated and controlled, and a reference is provided forinhibiting disordered expansion of a moso bamboo forest or promoting growth of moso bamboos. The photosynthetic rate of the moso bamboo seedlings regulated and controlled by the method can be reducedby 88.30% compared with a control photosynthetic rate. Therefore, the method has remarkable ecological benefits and a very wide application prospect.

The invention relates to a gypsum-based self-leveling material as well as an application and an application method thereof in artware. The gypsum-based self-leveling material is prepared from the following components in parts by weight: 90-110 parts of water, 141-159 parts of semi-hydrated gypsum, 110-125 parts of quartz sand, 10-25 parts of coarse whiting powder, 6-24 parts of general portland cement, 1-8 parts of latex powder, 0.3-0.9 parts of a water reducing agent, 0.1-0.5 parts of cellulose ether, 0.1-0.2 parts of a defoaming agent and 0.1-0.2 parts of a retarder. The gypsum-based self-leveling material can be used for manufacturing artware such as chess, pen containers, flowerpots and cartoon figure models, and the manufactured artware is smooth and fine in surface and not prone to powder falling. Compared with the prior art, the problems that a traditional gypsum-based material is poor in slurry liquidity, low in strength of a hardened finished product, large in number of surface air holes, prone to powder falling and the like are solved, and the prepared artware is smooth and mild in surface, glossy, high in strength and good in abrasion resistance.

The invention relates to a riverbank-type tail water treatment system, which is located at riverbank of the tail water discharge port of an urban sewage treatment plant and comprises a treatment pond, wherein the surface facing to water, of the treatment pond is a water-permeable outer wall; a partition is arranged in the treatment pond; the partition divides the treatment pond into an A-level ecological treatment region and a B-level ecological treatment region; water passing holes are formed on the partition and at the bottom of the treatment pond; a water-permeable supporting clapboard is arranged on the horizontal surfaces of the water passing holes inside the treatment pond; a water passing channel is formed in the space between the supporting clapboard and the base of the treatment pond; and a sewage inflow pipe and a sewage distribution device are arranged in the A-level ecological treatment region. The tail water treatment system has the advantages of simple structure, long service life, low maintenance cost and no occupied factory area; in the tail water treatment system, a large-resistance water distribution system is applied in the deep purification of the tail water soas to realize uniform water distribution, the tail water is further intercepted and purified before entering the river, the emission mode of the tail water is changed, the ecological influence on a river channel caused by concentrated tail water discharge is reduced; and the tail water treatment system can be combined with river regulation engineering to be used as the bank hydrophilic corridor and landscape.

The invention discloses a biological treatment device for chlorine-containing organic volatile pollutants and an application thereof. The biological treatment device for the chlorine-containing organic volatile pollutants includes a gas intake pipeline 1, a biological treatment box and an exhaust pipeline 2. According to the direction of inflow of the chlorine-containing organic volatile pollutants, the biological treatment box is provided with a biological filter bed 3, a biological filter bed spraying system 4, a growth-promoting flora bin 5, and a bin spraying system 6 from bottom to top insequence. Growth-promoting floras flow into the biological filter bed 3 at the lower side along with water and are used for supplementing growth-promoting floras to the biological filter bed 3. The growth-promoting floras are continuously supplemented to the biological filter bed, so as to treat the chlorine-containing organic pollutants with a biological method. The treatment device can realizepollution-free, low-cost and high-efficiency treatment of the chlorine-containing organic pollutants; the final chlorine-containing product is inorganic chloride salt and has quite low ecological impact, and the energy consumption of the device in use is quite low; the treatment device can treat the chlorine-containing organic pollutants with the highest concentration of up to 656 ppm.

The invention discloses a grassland fire protection device based on flame-retardant gas. The grassland fire protection device comprises a gas storage device, wherein the center of the top of the gas storage device communicates with a gas exhaust tube, the top of the gas exhaust tube communicates with a flow dividing disc, the periphery of the flow dividing disc communicates with flow dividing tubes, the ends, away from the flow dividing disc, of the flow dividing tubes communicate with buffer balls, and the tops of the buffer balls communicate with a gas outlet device; the parts, located around the gas outlet device, of the tops of the buffer balls are fixedly connected to heat conduction columns, the tops of the heat conduction columns are fixedly connected to heat collection pieces, thebottoms of the heat conduction columns communicate with mercury tubes, the ends, away from the heat conduction columns, of the mercury tubes penetrate through the flow dividing disc and extend into the flow dividing disc, and the inner walls of the ends, located in the flow dividing disc, of the mercury tubes are slidably connected to push rods. In use, after the heat collecting pieces are heated,the invention relates to the technical field of grassland protection. According to the grassland fire protection device based on the flame-retardant gas disclosed by the invention, fire spreading canbe conveniently and timely prevented, losses caused by a fire can be effectively reduced, protection effect is good, and use is safer and more reliable.

The invention relates to a using method for a movable riverway sludge dredging device. According to the technical scheme, a movable hull and the sludge dredging device are included, a sludge agitator and a double-capacity mixer are used to fully mix the sludge at the bottom of a river with the river water to make the mixture into sewage, a suspending hammer at the front half part of the double-capacity mixer crushes the bulk material which is stirred out at the bottom of the river, and then a soft material such as a plastic bag or a rope is cut by a suspending slicing piece at the rear half part of the double-capacity mixer, so that the generated small-particle sewage is transported to a sewage storage tank in the form of fluid and then is pumped into the sludge treatment tank on the movable hull under the pumping action of a sewage pump for treatment, and the circulating water is sprayed to an inlet of the double-capacity mixer to drive the sludge into the double-capacity mixer to form a circulation. The using method has the beneficial effects that the riverway can be smoothly cleaned, the ecological impact on the riverway is very small, a lot of man-hours can be saved, and the serious influence on the use of the riverway and the traffic is unlikely; and in addition, compared to an existing dredging device, by the adoption of the using method, the efficiency is higher and the cleaning is thorough.

The invention discloses a passive cross-season energy supply and energy storage system which aims to provide a system capable of realizing integrated switching of energy storage and energy supply of the same system by using a passive latent heat heat-exchange manner. The passive cross-season energy supply and energy storage system comprises a sealed container where a phase change working medium isfilled and which is buried in an energy storage body, a heat exchanger, a first fluid pipe and a second fluid pipe, wherein one end of the first fluid pipe is in communication with a first working medium port of the heat exchanger, the other end of the first fluid pipe passes through the upper end face of the sealed container, and the end face of a pipe opening is located at the upper portion inside the sealed container; one end of the second fluid pipe communicates with a second working medium port of the heat exchanger, the other end of the second fluid pipe passes through the upper end face of the sealed container, and the lower end face of the pipe opening is immersed into a phase change working medium; a liquid absorption control unit is installed on the second fluid pipe; and liquidabsorption cores are arranged in the positions, on the two sides of the liquid absorption control unit, in the second fluid pipe. The system adopts the passive latent heat heat-exchange manner, the transmission power consumption of the system can be greatly reduced, the heat exchange capacity per unit meter is effectively increased, and the system runs stably.

The invention provides an industrial aquaculture zero-emission resource recycling and purifying system and a purifying process thereof. The purifying system comprises an aquaculture pond, a sediment adjusting pond, a microfiltration device, a vacuum suction filtration device, a three-stage biological purifying device, an ozone ultraviolet reactor and a clean water pond. A water inlet of the precipitation regulating tank is connected with a sludge outlet of the culture pond; a water inlet of the microfiltration device is connected with a water outlet of the precipitation regulating tank; a water inlet of the vacuum suction filtration device is respectively connected with a concentrated solution outlet of the microfiltration device and a precipitation solution outlet of the precipitation regulation tank; a water inlet of the third-stage biological purification device is connected with water outlets of the microfiltration device and the vacuum filtration device; the ozone ultraviolet reactor is connected to a water outlet of the three-stage biological purification device, a water inlet of the clean water tank is connected with a water outlet of the ozone ultraviolet reactor, and a water outlet of the clean water tank is communicated to the culture pond. Fish feces, feed residues and the like can be filtered, dried and separated, and cyclic utilization of culture pond water is achieved in cooperation with ex-situ remediation of biological floccules.

The invention discloses a novel transportation device. The device comprises an electric aircraft, a parking platform, a power supply line rail, a control system, an emergency guarantee system and a circuit switching system, wherein the parking platform is used for placing an electric airplane; the power supply line rail is composed of a plurality of sections of power supply lines and electric towers connected with the lines, the power supply line rail is used for operating as an electric aircraft rail, and the control system is electrically connected with the electric aircraft, the parking platform and the power supply line rail and used for controlling the operating state of the electric aircraft in the flying process and handling various emergency situations. Through the arrangement of the structures such as the electric aircraft, the parking platform, the power supply line rail, the control system, the emergency guarantee system and the circuit switching system, the device is suitable for various complex terrains, relatively low in construction cost, relatively low in technical requirement, capable of being widely and frequently used, capable of densely covering regional landmarks, extremely small in environmental ecological influence and particularly suitable for regions with complex terrains.

The present disclosure relates to systems and methods for storing energy, such as wind energy, and/or generating generally efficient energy from hydrogen peroxide (H₂O₂). A method for creating electricity may include receiving hydrogen peroxide and decomposing the it to produce steam, which may be used to drive a steam engine. The method may include generating electricity from a wind turbine for use in the production of the hydrogen peroxide. The steam engine may be coupled to a magnetic drive assembly, which may include a first drive magnet having magnetic shielding on a portion thereof, a first motion magnet, and a first acceleration field created by the interaction between the first drive magnet and first motion magnet as the first motion magnet is passed through an altered magnetic field of the first drive magnet. The output of the magnetic drive assembly may be used to drive a generator for creating electricity.

The dam comprises a dam body, a containing pipe and a fish inlet cylinder, the top of the containing pipe is open, and the fish inlet cylinder penetrates through the dam body and the side wall of the containing pipe to enter the containing pipe; a support is fixed to the side wall of the containing pipe, a mounting table is fixed to the top of the support, a closing plate is placed at the top end of the containing pipe, and a first rope is connected to the top end of the closing plate and connected with an output shaft of the first motor. A cover plate is slidably arranged on the inner wall of the containing pipe, a second rope is connected to the cover plate, and the second rope is connected with an output shaft of the second motor. A fish luring device is arranged in the containing pipe, a fourth rope is connected to the fish luring device, and the fourth rope is connected with an output shaft of a fourth motor; a fish twisting plate is arranged at the bottom of the containing pipe, the top wall of the fish twisting plate is connected with a third rope, the third rope is connected with an output shaft of the third motor, fishes on the downstream of the dam can conveniently swim back to the upstream, and the ecological influence caused after the dam is built is reduced.

The invention provides a capsule motor home with doors in multiple directions, and belongs to rescue and war training facilities. The capsule motor home comprises an automobile, a chassis, barriers, capsule standard rooms, dormitory rooms and climbing ladders and is characterized in that the chassis of the automobile is provided with thermal-insulation, soundproof and fireproof materials serving as the barriers, and the barriers are spliced to form the capsule motor home which is provided with the doors in multiple directions, has multiple layers, occupies space of different sizes and has the capsule standard rooms and the dormitory rooms with independent private space and basic living conditions. Compared with the prior art, the capsule motor home has the advantages that time, effort and labor are saved when corresponding people live in the capsule motor home in rescue or war training activities, all people can go into and out of the motor home at the same time, all people can go into or withdraw the motor home or transfer to a target area quickly, traces are seldom left, environments are little changed, preset complete, scientific and good living conditions can be provided, and accordingly the capsule motor home has good use and popularization value.

The invention discloses a liquefied natural gas (LNG) gasification device and method of an offshore platform type receiving station. The LNG gasification device comprises an immersion combustion gasifier, and further comprises a circulating pump, an air heater, a waste heat boiler, a cooler, a gas generator and a low-temperature water-cooling air conditioning system, and LNG gasification is achieved in the immersion combustion gasifier. LNG is gasified by comprehensively utilizing discharge smoke waste heat of the gas generator, air energy and combustion heat of the natural gas, and the gasification device is especially suitable for the large offshore LNG receiving station in the northern region in China. Compared with a gasification system currently in use, the LNG gasification device hasthe advantages that investment is greatly lowered, energy is saved, ecological impact is small, the equipment domesticization degree is high, and operation is stable and reliable.