42results about How to "Avoid overexploitation" patented technology

A liquid crystal display includes a first substrate including a light transmitting area and a light blocking area, a gate conductor configured to transfer gate signals and a data conductor configured to transfer data voltages, the gate conductor and the data conductor disposed on the first substrate, a color filter disposed on the gate conductor, a black column spacer disposed on the color filter and corresponding to the light blocking area, a second substrate facing the first substrate, and a liquid crystal layer disposed between the first substrate and the second substrate, in which in the light blocking area, the color filter includes a step, the black column spacer overlaps the color filter including the step, and the black column spacer includes spacers having the same thickness.

The invention discloses a Paris polyphylla var yunnanensis and paris polyphylla var chinensis seedling three-phase breeding technology comprising the following steps: 1, seed selection; 2, seed pretreatment: selecting cleaned rude river sand to rub the seeds until a seed outer red aril falls off, the rubbing process cannot be too long to cause the inner layer seed surface to damage, and carrying out low temperature treatment, changing temperature treatment, normal temperature treatment and constant temperature water immersion treatment for the seeds removing arils, and reserving the seeds for usage; 3, embedding and accelerating germination: uniformly sowing the immersed Rhizoma Paridis seeds, watering the seeds for moisture, and carrying out embedding accelerating germination treatment for a watered sowing basket; 4, transplanting the emerged seedling. The novel technology can effectively reduce Rhizoma Paridis seed seeding formation time; after seed pretreatment, embedding accelerating germination and transplanting seedling, the emergence rate of the Paris polyphylla var yunnanensis and paris polyphylla var chinensis can respectively reach 70% and 80%, thus greatly reducing time cost for production and resource large scale utilization, and improving efficiency.

The invention provides a cucumber plug seedling substrate free of watering a nutrient solution and a preparation method thereof, belonging to the technical field of agricultural seedling cultivation. The preparation method comprises the steps of: mixing chicken manure and cow dung according to a volume ratio of 1: 4-16, and then inoculating earthworm for composting; after foodstuff is completely digested, obtaining loose and porous granulate earthworm cast with abundant nutrient elements and good air permeability, nutrient preserving capability as well as water-retaining property; and then mixing the earthworm cast with vermiculite according to a volume ratio of 2: 1 uniformly so as to obtain the cucumber plug seedling substrate free of watering a nutrient solution. The seedling substrate overcomes the disadvantages of low content of nutrient elements, unbalanced content of nitrogen phosphorus and potassium and insufficient supply of the common earthworm cast in the market. The experiment proves that the root activity, the strong seedling index, the dry and fresh weight of the plant and the output after the field planting of the plant cucumber seedling raised by the seedling substrate are obviously better than the traditional turf and vermiculite compound substrate which is watered with the nutrient solution. While replacing the turf, the seedling substrate realizes resource utilization of the excrement of animals and reduces environment pollution. Therefore, the cucumber plug seedling substrate free of watering nutrient solution has obvious economic benefits, social benefits and ecologic benefits.

The invention relates to a method for preparing a special anhydrite gel material by treating phosphogypsum by using a tunnel kiln device. The method comprises the following steps: (1) blending and homogenizing: blending 48-75 parts of phosphogypsum, 8-25 parts of stone coal and 15-50 parts of waste rock residues, grinding the mixture into powder, adding 8-18 parts of water, and uniformly and homogenizing the mixture to a plastified material; (2) molding: molding the plastified material to a molded material; (3) calcining the tunnel kiln: sending the molded material in the tunnel kiln, calcining the molded material for 20-60 minutes at 980-1300 DEG C, and quenching the molded material to obtain the special anhydrite matured residues. and (4) preparing the special anhydrite gel material: grinding the special anhydrite matured residues to obtain the special anhydrite gel material. The special anhydrite gel material prepared by the method provided by the invention contains various hydrated active minerals, can be widely used for cement industry, is high in strength if being used, and is non-cracking and is high in strength if being used as masonry cement or cement making bricks. The method provided by the invention is low in investment, free of wastewater and waste residues and good in economical benefit.

The invention discloses a method increasing Paris polyphylla var yunnanensis maturing rate. The method comprises the following steps of (1) selecting strong and free of insect diseases paris polyphylla var yunnanensis plants, collecting pollen from most plants with cracked pollen sacs after the plants blossoms, (2) utilizing a portable dust collector to collect thoroughly-grown and rich pollen groups to a polypropylene filtration film with the diameter of 10mm and an aperture of 450nm, (3) conducting hand-pollinating three days after most pollen sacs crack, dipping the collected pollen via a writing brush or a soft brush and then evenly coating the pollen on the Paris polyphylla var yunnanensis necking head. Each necking head is dipped for two times; hand-pollination can be conducted from 4pm to 8pm and finished on the day; the next day, the same operations are conducted; and hand-pollination is conducted once more. Paris polyphylla var yunnanensis maturing rate can be improved by more than 40%, so seed source is enlarged for agricultural production and higher promotion value can be achieved.

A water resource storage and comprehensive utilization system includes a water discharging gate, an artificial lake, a power generating set, a viaduct bridge, an aqueduct, a water feeding gate, deep water channels, a diversion canal, and a water raising dam; the aqueduct is laid on the viaduct bridge, river water on an upstream of a river is guided to a downstream certain position to form the artificial lake, and water storage, power generating and water cleaning can be achieved; the deep water channels are dug in a bed of the river and the artificial lake, and in this way, the water storage amount is increased, land occupation can be avoided, and river flood discharge cannot be affected. The artificial lake can be dug in places which are near cities or flat areas, do not have a lake forming condition, are high in terrain, and cannot allow rivers to flow, the artificial lake can receive water from the river channel and processed and discharged city sewage, the wetland environment of the artificial lake can clean the water, and power generating can be achieved. The water resource storage and comprehensive utilization system is simple, cheap and effective, can solve the problem of water shortage of cities or north areas to the greatest extent, and has a certain advantage in comparison with the South-to-North water diversion project and a sea water desalination project.

The invention provides a backfill mining method with stope rooms being arranged in a centering and staggered mode. The form that the stope rooms are arranged in the centering and staggered mode is adopted, every two adjacent stope rooms share one stope room cross drift, and a cutting channel is pulled on two adjacent lode stratifications to form an air returning channel. Through implementation of the backfill mining method, after the stope room cross drifts are arranged, the stope rooms are not affected by in-lode stope preparation of the stope rooms, a dirty air returning channel during stope room stoping is formed, air quality of a stope is improved, and the probability of occurrence of occupational disease (silicosis) is effectively reduced; by using the form that the stope rooms are arranged in the centering and staggered mode, the condition that parts of ores cannot be mined during stoping of an ore body can be prevented, and economic efficiency is improved; in addition, the over mining phenomenon is effectively avoided, and safety of mining construction is ensured; the cutting channel arranged on the adjacent stratifications in a pulling mode can not only serve as the air returning channel, but also can serve as a backfilling channel for filling after stoping, and normal carrying out of the filling process is ensured.

The invention discloses a reservoir sediment pumping system based on robot algorithm shaping artificial eddy. The reservoir sediment pumping system comprises a hull provided with an eddy former. The eddy former comprises a water cage and a spray pipe, the spray pipe is arranged on the inner side of the water cage, the spray pipe is connected with a first water pump through a connecting pipe, and multiple spray heads are arranged on the inner side of the spray pipe. A sediment pipe is arranged on the inner side of the water cage. The sediment pipe is connected with a water inlet of a sediment pump, and a water outlet of the sediment pump is connected with a water outlet pipe. The connecting pipe is provided with a flow regulator. By arranging the eddy former, eddies are formed at the bottom of a reservoir, meanwhile, the sediment is pumped and cleaned through the sediment pump, the sediment mining efficiency is improved, and meanwhile, the overmining phenomenon is effectively avoided.

The invention provides a self-adaptive pump stroke adjusting method for an oil well pump of a underground linear motor. The method comprises the following steps that S1, the time T is taken as a period, in the first period T, pump strokes per minute of an oil extraction device is N0, the oil extraction device starts from the second cycle T, the pump strokes per minute of the oil extraction devicein each period T are all up-regulated by a certain amount, and the oil well is evacuated until an oil well is evacuated in the certain period T, when the oil well is evacuated, the pump strokes per minute of the oil extraction device in each period T is recorded as N1, and then the oil extraction device stops mining; S2, when the stop time of the oil extraction device reaches the T1, the oil extraction device is restarted, and the oil extraction device extracts oil with N1 pump strokes per minute, the time length T2 used for evacuating the oil well again is recorded, and then mining of the oilextraction device is stopped; S3, after the stop time of the oil extraction device reaches the T1 again, the oil extraction device is restarted, and the oil extraction device extracts oil with Nnew pump strokes per minute, wherein the Nnew is equal to N1T2/(T1 + T2 ). The self-adaptive pump stroke adjusting method for the oil well pump of the underground linear motor has the beneficial effects ofsimple in process, high in precision and high in practicability.

The invention relates to the technical field of plant breeding, in particular to a Quercus mongolica cultivation method and a cutting matrix used therein. The effective components of the Quercus mongolica cutting matrix include an edible fungus cultivation waste fermentation product, a straw fermentation product and a rice husk fermentation product. Through a large amount of screening work, the edible fungus cultivation waste fermentation product and the rice husk and straw fermentation products at a proper ratio are used as the Quercus mongolica cutting matrix. The Quercus mongolica cutting matrix has excellent performance in all aspects and can effectively improve the survival rate of seedlings. The Quercus mongolica cutting matrix is light, and requires less labor. The materials are wastes of different industries. Reasonable utilization of wastes is realized, and the matrix is environment-friendly. Moreover, the raw materials are cheap and rich, and the cost is reduced.

The embodiment of the invention discloses a production technology of an environment-friendly inner wall ceramic brick. The production technology relates to a method for producing the environment-friendly inner wall ceramic brick by comprehensively using a ceramic production waste and a low-grade ceramic ore material as raw materials, and is capable of effectively reducing the production cost and protecting the environment. The production technology comprises the following steps: A, dosing, i.e., taking the production waste, the low-grade ore material and a common ceramic material, wherein theparts by weight of the raw material components are as follows: 10-24 parts of the production waste, 20-30 parts of the low-grade ore material, and 46-70 parts of the common ceramic material; B, putting into a ball mill, ball-milling to form slurry, and sieving; C, preparing powder by atomization and drainage, and sending to a powder cabin for obsolescence; D, sending the prepared slurry to a pressmould for pressing, wherein a pressure is 30000-34000 KN; E, drying, and glazing a formed material; and F, sending to a kiln for firing to obtain the environment-friendly inner wall ceramic brick.

The invention provides a groundwater mining system which comprises a water taking device, a fixed station, an ultrasonic water level meter, a lifting structure, a shield body, a lifting rod, a controller and a power supply; the water taking device comprises an electromagnetic relay, a water taking pipeline and a water pump; the electromagnetic relay comprises a relay coil, a relay normally-closedcontact and an electromagnetic valve; the lifting structure on the fixed station controls the lifting rod to move in an observation well, and the lifting structure stops after moving to the preset distance; the ultrasonic water level meter monitors the distance from the lifting rod to the groundwater surface, transmits the distance to the controller in real time, and presets the allowable mining range in the controller; when the groundwater level exceeds the preset range, the controller controls the relay coil to be electrified, the relay normally-closed contact is disconnected, the electromagnetic valve is powered off and disconnected, the water taking pipeline is disconnected to stop water pumping from groundwater, and the water pump stops working. The groundwater mining system effectively prevents excessive groundwater mining and reasonably utilizes the groundwater resource.

The invention discloses a blood component separator, a management system and method based on blood component separators. The blood component separator comprises a blood member identity input module, a consumable information input module, a control module, a storage, a data output module and a storage medium transfer module. The control module is used for retrieving information data of the storage before update, directly adding new blood member identity information, consumable information and separation process data of the blood component separator to information data before update to form information data after update and then transferring information data to the storage, the data output module and the storage medium transfer module.The management system and management method thereof for separating blood components not only comprise management of single units and management of multiple blood component separators by a server. By adoption of the technical scheme disclosed by the blood component separator, the management system and method based on the blood component separators have following beneficial effects: unified management of information data is performed in a standardized mode; and occurrences of cross-regional collection, excessive collection and frequent collection in a pulp-collecting industry are avoided in order to guarantee physical and mental health of blood members.

The invention discloses a method for preparing a wall material by using mercury ore tailings as raw materials. The method comprises the following steps of: taking 30-60 parts by weight of mercury ore tailings, 0-20 parts by weight of fly ash, 10-50 parts by weight of standard sand, 10-30 parts by weight of cement and 0.5-1.5 parts by weight of water reducing agent to obtain a mixture; uniformly mixing the mixture with 9-25 parts of water; and then, forming to obtain the wall material. The method disclosed by the invention not only has the advantages of effectively utilizing electrolytic manganese residues as raw materials and changing wastes into valuables, but also has the advantages of simple manufacturing process, low manufacturing cost and better product quality.

The invention relates to the technical field of plant breeding, in particular to a Betula platyphylla cultivation method and a cutting matrix used therein. The effective components of the Betula platyphylla cutting matrix include an edible fungus cultivation waste fermentation product, a straw fermentation product and a broad leaf fermentation product. Through a large amount of screening work, theedible fungus cultivation waste fermentation product and the broad leaf and straw fermentation products at a proper ratio are used as the Betula platyphylla cutting matrix. The Betula platyphylla cutting matrix has excellent performance in all aspects and can effectively improve the survival rate of seedlings. The Betula platyphylla cutting matrix is light, and requires less labor. The materialsare wastes of different industries. Reasonable utilization of wastes is realized, and the matrix is environment-friendly. Moreover, the raw materials are cheap and rich, and the cost is reduced.

The invention provides a recyclable fabricated multifunctional wall surface assembly and an assembling method thereof, the wall surface assembly is matched with a wall body for use, and a plurality of screeding bars are arranged on the wall body in parallel; the wall surface assembly comprises a wainscot part, a wall middle part and a ceiling part which are sequentially arranged from bottom to top, the wainscot part comprises a first panel, first buckles are arranged on the rear sides of a plurality of first panel units which are vertically arranged side by side of the first panel, first keels are fixedly arranged on the screeding corresponding to the wainscot part, first buckles are arranged on the first keels, and second buckles are arranged on the second keels; each first buckle is embedded in the corresponding first buckle seat; the middle wall part comprises a second panel, hooks are arranged on the rear side of the second panel, a second keel is fixedly arranged on the screeding corresponding to the middle wall part, hanging grooves are formed in the second keel, and the hooks are clamped in the corresponding hanging grooves; the ceiling part comprises a third panel, second buckles are arranged on the rear sides of a plurality of third panel units which are vertically arranged side by side of the third panel, and the second buckles are embedded in the corresponding second buckle bases.