119results about How to "Won't die" patented technology

Provided are integrated domestic sewage treatment equipment and treatment method. The integrated domestic sewage treatment equipment is formed by the following treatment units: a gridding feces tank, an anaerobic tank, an aerobiotic tank and a precipitating and sterilization pond, all of which are sequentially communicated. The integrated domestic sewage treatment equipment is characterized in that water inlet and outlet pipes are arranged between the treatment units, each treatment unit is provided with a mud discharging pipe and an exhausting pipe, the anaerobic tank and the aerobiotic tank are each provided with an aerating system and a flow-back system, a triangular weir is adopted in water outflow of each treatment unit, the input end of the water inlet pipe of the gridding feces tank is located outside the equipment, and an inlet penetrates into the portion, before a grid, at the bottom of the gridding feces tank; the gridding feces tank is connected with the anaerobic tank, the water inlet pipe of the anaerobic tank is communicated with the interior of the bottom of the tank for water inflow, and a filling area of the anaerobic tank is filled with a fixed carrier and biological sponge iron filler; the anaerobic tank is connected with the aerobiotic tank, the water inlet pipe of the aerobiotic tank is communicated with the bottom of the tank for water inflow, and a filling area of the aerobiotic tank is filled with a fixed carrier and biological sponge iron filler; the aerobiotic tank is connected with the precipitating and sterilization pond, the water inlet pipe enters the middle of a precipitating pond body, and a 45-degree slope is arranged in a sludge area at the bottom of the pond; the precipitating pond body is connected with a sterilization pond body, the water inlet pipe enters the bottom of the sterilization pond body for chlorine tablet sterilization, and water is output out of the upper water outlet pipe.

The invention discloses a method for building an ecological littoral zone in a buffer area. The method comprises building of gabions, a low pond, multiple ponds and a retention canal. The method comprises the following specific steps: (1) a gabion area is built, wherein the gabions are built between a normal water level of a river and a level of a flood occurring every two years, and emergent aquatic plants are planted in gaps between the gabions; (2) the low pond is built, wherein a low area which is 20cm lower than the gabion area and 20cm lower than foundations of the multiple ponds is built between the level of the flood occurring every two years and the level of a flood occurring every twenty years; (3) a multi-pond system is built, wherein two rows of pond systems are built in the low pond area, substrate improvement is conducted, submerged plants are closely planted in the ponds, and the emergent aquatic plants are planted on the foundations and the circumferences of the ponds; (4) the retention canal is built, wherein the retention canal is built along the outside of the level of the flood occurring every twenty years. The method effectively solves the ecological problems that a surface source of a gentle slope area of the river is severely polluted, landscapes are poor, the biodiversity is reduced and water and soil loss occurs, and offers a feasible and efficient ecological restoration measure for recovery and reconstruction of a hydro-fluctuation belt.

The invention discloses an intelligently-adjusting planting device for plants. The intelligently-adjusting planting device comprises a base, a water spraying pipe, a soil humidity detector and a controller, wherein a first water storage tank with a liquid level raising device is arranged in the base; a water inlet communicated with the first water storage tank is formed in the base; the water spraying pipe is used for spraying water to the plants; a water supplying valve is arranged on the water spraying pipe; a water inlet of the water spraying pipe is communicated with a water outlet of the liquid level raising device; the soil humidity detector is used for detecting the humidity of plant soil in real time and transmitting a soil humidity signal; the controller is used for controlling the opening/closing of the water supplying valve according to the received soil humidity signal. According to the intelligently-adjusting planting device for the plants, which is disclosed by the invention, the humidifying and watering operation of vegetation can be automatically realized without manual operation, so that the cultivation quality is improved while labor force is saved.

A high-density aquatic product transporting and breeding device comprises a fish tank, a water pump, a water purification system, a constant temperature system and an oxygenating system, wherein a water inlet pipe and a water outlet pipe are arranged in the bottom of the fish tank; the water inlet pipe and the water outlet pipe are connected through a pipeline to form a water circulating loop; and the water pump, the water purification system, the constant temperature system and the oxygenating system are arranged on the pipeline of the water circulating loop, wherein the water purification system comprises a hydraulic cyclone and a filter system or one of the two; the constant temperature system is a dividing wall type heat exchanger, and a heat exchange medium is a low-temperature fluid body or a high-temperature fluid body from a refrigerating unit; a liquid oxygen bottle is arranged on the oxygenating system, and liquid oxygen in the liquid oxygen bottle generates gaseous oxygen through a pressure reducing valve and inputs the gaseous oxygen to the oxygenating system; overflow holes and an overflow trough are formed on the fish tank, so that the content of body fluid proteins and fine impurities in live fish transporting and breeding process can be effectively reduced. The device provided by the invention can be used for transporting and breeding high-density live fishes and increases the quantity of fishes in the fish tank as more as possible on a basis of guarantee of survival fishes, so that the transporting and breeding cost is lowered.

The invention relates to an environment-adapted routing method of wireless sensor network of maritime search and rescue. The method is characterized in that the wireless sensor network formed by self-networking through a plurality of nodes includes a plurality of clusters formed by the nodes. The method comprises the steps of calculating the threshold of each node according to the node energy, the energy spacing and the channel quality during the cluster head election of each cluster; comparing the thresholds; selecting one node as the cluster head node by cycling; building route measurement adapted to the mobility of the nodes; selecting a reliable route chain according to the route measurement; creating a priority transfer node list; selecting the corresponding relay node through the cluster head node according to the priority in the transfer node list so as to transfer information to the outside. According to the method, the route measurement adapted to the environment can be created according to the environment change of the wireless sensor network; the characteristics of secondary clusters and opportunism routes are effectively utilized to adapt to the high-dynamics network, and therefore, the data transmission efficiency can be increased.

The invention discloses a graft modeling method of branches and ears of trees. At present, crown shapes of part of landscape tree species are single, the beauty is lacked, and the ornamental quality is poor. The grafting in vitro of long branches in the conventional grafting is not easy to survive. In the invention, the tree branches without separating from a parent body are used as the branches and ears, the tree branches of homologous strain or homologous heterologous strain are used as stocks to graft and model. The branches and ears which are used in the invention is the whole branches of the trees but not a branch section, and the branches and ears in grafting is not separated from the parent body, the scion and the stock belong to the homologous strain or the homologous adjacent strain. The grafting healing is easy, the survival rate can reach 97 percent to 100 percent. The graft modeling of the invention is unique and beautiful, the landscape ornamental value of garden landscape tree species is increased significantly. The invention is beneficial to the breeding of endangered rare tree species which are difficult to breed.

The invention provides an embedded system for realizing software updating and software backup. The embedded system comprises a microprogrammed control unit (MCU), a program memory, a data memory, a nonvolatile random access memory (NVRAM) and a chip selection logic module, wherein the MCU is internally provided with or externally connected with the data memory; the NVRAM is used for storing operating requirement data and is connected with the MCU through a signal; the program memory comprises an application program storage block and a set-up/common program storage block which occupy differentaddress space; the application program storage block comprises an application program storage block-page 1 and an application program storage block-page 2 which are mutually independent; and the chipselection logic module is used for validating the set-up/common program storage block at once after switching on, and validating the application program storage block-page 1 and the application program storage block-page 2 in an effective time sharing mode. The embedded system is suitable for adopting an 8-bit MCU embedded system, which can realize the software updating and the software backup ofthe embedded system at the same time.

The invention relates to the field of daily supplies, in particular to a flowerpot which can be automatically watered at regular times. A timing automatic watering flowerpot comprises a pot body, a filtering plate, a pressurizing device, a water storage tank, a holding handle, a water inlet pipe, a faucet and a faucet switch timing device, wherein the pot body is formed by a pressurizing chamber and a planting chamber; a spring is arranged in a faucet switch; the faucet switch timing device comprises a battery box, a speed adjusting switch, a motor, a speed reducing gear and a disc; the motor is synchronously connected with the speed reducing gear and the disc. According to the timing automatic watering flowerpot disclosed by the invention, the circulating time of automatic watering can be adjusted through setting a speed reducing ratio of the speed reducing gear; the faucet switch is provided with the spring, so that the faucet can be automatically closed after being opened; a water tank is arranged, excess water of each watering can be stored for circulating use, an effect of saving water is obtained, the excess water is also discharged in time, and a plant cannot die during a growing process due to excessive watering.

The invention provides a cultivating method of cross-year regrowing rice seeds. According to the cultivating method, wild rice containing cold-resisting and root-flourishing genes is adopted as a male parent, DS89-1 glutinous rice is adopted as a female parent, 3-5 times of recrossing is carried out, and then the cross-year regrowing rice seeds can be obtained. The invention further provides a seedling planting method of the cross-year regrowing rice seeds. Rice which is grown from the cross-year regrowing rice seeds obtained through the cultivating method and is planted according to the seedling planting method has the advantages of being high in yield and milled rice rate, good in rice quality, capable of regrowing in the next year and strong in cold resistance, drought resistance, lodging resistance and Magnaporthe oryzae resistance.

Disclosed is a fast rooting flowerpot device and a using method thereof. The fast rooting flowerpot comprises a water storage layer, a breathable and water absorbing layer and a colonization layer. Water is discharged automatically through side drain holes when a water supplying level reaches the height of the storage layer. According to the fast rooting flowerpot device and the using method thereof, the existing flowerpot structure in which water enters from the up and drains from the down is improved to a side draining structure, the air hole at the bottom of the existing flowerpot is transferred to the side of the flowerpot, therefore the fast rooting flowerpot can supply more water, nutrients and oxygen for plant growth than the existing flowerpot, satisfy requirements for thriving of the plants, a cover of the flowerpot can be opened from the middle and cover on the fast rooting flowerpot to fix the plants after bypassing roots of the plants, and water capacity in the flowerpot can be adjusted. The fast rooting flowerpot device and the using method thereof have the advantages of being suitable for a plurality of plant cultivation methods, particularly supplying an optimal container for medium cultivating and hydroponic plants, being regarded as an important breakthrough for the existing flowerpots, and suitable for indoor and outdoor potting, home beautification, office green decoration, ecological improvement of air quality, landscaping, building decoration, various kinds of potted plants and the like.

The invention discloses a vegetation wall for an ecological corridor, comprising wall bodies. A planting trough is formed in the front side of each wall body; splicing structures are arranged at two sides of the wall body; a water storage and supply mechanism comprising a water storage slot formed on the upper wall of the wall body is arranged inside the wall body; a regulating slot is formed inside the wall body and disposed at the upper end of the wall body, a regulating box is arranged inside the regulating slot, the outer wall of the regulating box is attached on the inner wall of the regulating slot closely, the regulating box is elastically connected with the inner bottom of the regulating slot through first springs, and a guard plate is fixedly connected to the inner wall of the regulating box and provided with a water limit hole in the middle. The vegetation wall is easy to be mounted and demounted and has high flexibility; by application of the vegetation wall, vegetation canbe protected against being drowned by excessive water in rainy days and can be watered automatically intermittently in a high-temperature weather to avoid drought, and besides, great time and effort are saved for work staff.

The invention relates to lactobacillus powder, a preparation method thereof, and a product containing the powder. The lactobacillus powder is characterized in that the matrix structure (bacterial block) of double-coated lactobacillus formed by proteins and polysaccharides is solidified by utilizing the edible agar. According to the invention, the double-coated lactobacillus powder including the proteins and polysaccharides of the edible agar has an enhanced acid resistance, an enhanced bile resistance and an enhanced accelerated testing stability, and can be effectively used for preparing a plurality of lactobacillus-containing products.

The invention discloses a secondary inarching cultivation method for controlling passion fruit stem base rot. The method comprises the following steps of (1) selection of an anti-stem base rot virus-free grafting seedling, (2) selection of an inarching variety, (3) soil preparation and ground under tree canopy arrangement, (4) planting, (5) vine guiding, pinching and topping, (6) primary inarching, (7) secondary inarching and (8) cutting of a stem base rot occurrence part. Influences of the passion fruit stem base rot can be controlled; three anti-stem base rot main branches provide nutrientsfor each fruit-bearing plant, the plant growth is promoted significantly, the yield is improved, if one branch is infected with the stem base rot, the stem of the infected part needs to be timely cutoff, the planted plant can be ensured not to die due to infection of the stem base rot within one year, the purposes of high quality, high efficiency and high yield of passion fruits can be realized,and the practical significance in production is achieved.

The invention belongs to a diary product field and in particular relates to an active lactic acid bacteria drink and a production method thereof. In the active lactic acid bacteria drink of the invention, water is a base material and components with the following quality content are included: 0.5%-2.0% of beneficial bacteria, 0.8%-1.2% of protein, 1%-5% of glucose, 9%-12% of sucrose and 0.4-0.5% of emulsification stabilizer. The active lactic acid bacteria drink of the invention increases quantity of live bacteria of the lactic acid bacteria and the drink contains both animal protein and plant protein. Besides, through filtering and reasonably collocating strain of the lactic acid bacteria, over 0.1 billion live bacteria exist in the products per milliliter so that a large amount of bacteria can live in intestinal tract and reach a large quantity so as to bring the function of regulating flora and improving immunity.

The invention discloses a honey extractor, belonging to the technical field of honey collecting appliances. The honey extractor comprises a honey extracting framework, wherein the honey extracting framework is arranged in a honey containing barrel through a rotating shaft; a groove for installing a honeybee comb is formed in the honey extracting framework; the honey extracting framework is provided with an upper supporting rod and a lower supporting rod; an upper cross beam and a lower cross beam are respectively connected between the inner walls of the honey containing barrel; one end of the rotating shaft is arranged on the upper cross beam in a penetrating way by penetrating through the upper supporting rod; the other end of the rotating shaft is arranged on the lower cross beam in the penetrating way by penetrating through the lower supporting rod; the lower supporting rod is provided with a honeybee driver which is connected to the rotating shaft in a clamping way. According to the honey extractor disclosed by the invention, the problem of an existing honey extractor that honeybees are easy to get in the existing honey extractor to cause death can be solved.

The invention discloses a rapid domestication method for breeding young pomfret. The method comprises 4 domestication stages, wherein in the first stage, the pomfrets are domesticated to uniformly gather and swim in circles so that fixed-point feeding can be performed in the second stage; in the second stage, the method that artificial bait cooperates with natural bait is used, the young pomfretsare helped to be familiar with artificial feed; in the third stage, the young pomfrets are more familiar with the feed, and by domesticating the young pomfrets to go up to a feed platform, a feeding method of conventional bait spreading is converted into feed platform feeding, thereby further improving the feeding rate of the pomfrets; in the fourth stage, the young pomfrets are basically domesticated to be fed in the mode of feed platform feeding, and basically adapt to the artificial feed. Through the method of domesticating the pomfrets to swim regularly, to be familiar with the artificialfeed and to go up to the feed platform to be fed with artificial feed, the adaptability of the young pomfrets to the artificial feed is better, the adaptability speed is higher, the number of the young pomfrets with floating and flatulence is smaller, the residual bait rate is less than 2%, and the survival rate is increased from the original 50% to about 91%.

The invention provides a white sour soup of wax gourds. The white sour soup is made of wax gourds, glutinous rice flour, lactose, salt, lactobacillus plantarum, lactobacillus acidophilus, xanthan gumand water. The making method comprises the steps that peel of wax gourds is removed, seeds of the wax gourds are removed, the wax gourds are cleaned, cut, smashed and mixed with water, the glutinous rice flour, lactose, salt, lactobacillus plantarum and lactobacillus acidophilus are added, mixing and stirring are conducted, after sealing anaerobic fermentation, the mixture is ground into slurry, and through pasteurization, the white sour soup of the wax gourds is obtained. The mass fraction of the wax gourds in the white sour soup is large, and the nutrients of the white sour soup are enriched; through lactobacillus plantarum and lactobacillus acidophilus, the fermentation process can be accelerated; through lactose, the sour is soft, partial lactose is fermented into lactic acid, corrosion prevention and fresh preservation can be achieved, the white luster of the white sour soup is maintained, and bacterium generation is inhibited; through xanthan gum, the stability is improved, the thickness of the white sour soup of the wax gourds is moderate, and layering is not generated. The made white sour soup of the wax gourds is fine in texture and smooth in taste, and through pasteurization, the soap has a large number of beneficial bacteria and is beneficial to the safety of the human body after being eaten.

The invention relates to the technical field of pepper seedling cultivation, and discloses a cultivation method of overwintering pepper seedlings. The cultivation method of the overwintering pepper seedlings comprises the following steps of S1, selecting seeds and soaking the seeds in pesticide; S2, controlling the temperature to germinate; S3, carrying out base-divided seedling raising; S4, carrying out field management; and S5, transplanting seedlings. According to the method, a warm water and liquid medicine soaking method is adopted in the seed selection stage, the seeds soaked with a sodium phosphate solution and a sodium hydroxide solution can effectively prevent virus diseases, the seeds soaked with the copper sulfate can effectively prevent anthracnose and bacteria, the disease resistance of the seeds is enhanced, and germination of the seeds can be effectively promoted through temperature control germination, so that the germination time of the seeds is effectively prolonged,the subsequent seedling strengthening rate is high, and it is guaranteed that the seedlings can adapt to environment changes and cannot die due to temperature changes; and by adopting a ridged planting mode, the fertilization amount and the pesticide spraying amount can be effectively controlled, and the situation that due to uneven fertilization or pesticide spraying, the seedling growth difference is too large, consequently the subsequent fruiting rate is uneven, and the yield is lowered is avoided.

The invention discloses an Australian freshwater crayfish circulating-water egg-holding hatching system and a young crayfish breeding method. The system comprises a heat-preservation greenhouse, a water storage tank, a sedimentation tank, a mechanical filtering device, a constant-temperature device, an ultraviolet sterilization device, a biological filter device and an ecology-simulated artificialstream; all the components are arranged in the heat-preservation greenhouse; the sedimentation tank and the mechanical filtering device are respectively provided with sewage discharging pipes; a meshscreen is arranged on the water surface of the sedimentation tank, and most of the lower part of the mesh sieve is immersed under the water surface; the ecology-simulated artificial stream is a plurality of water channels, and mesh screens are suspended at a certain distance in each water channel; parent crayfish culture boxes and gravel are placed into the bottoms of the water grooves, and watergrass is planted among the gravel. According to the system provided by the invention, water quality change can be guaranteed to be stable, and the stress reaction of the parent crayfish and juvenilecrayfish in a breeding stage can be effectively avoided, so that the egg-holding hatching rate is further improved. The culture boxes immersed in the ecology-simulated artificial stream are used for independently breeding parent crayfish, so that the parent crayfish can be effectively prevented from being attacked or interfered by other crayfish, and a good condition is created for improving the egg-holding hatching rate.

The invention relates to the field of rice planting, in particular to an agricultural rice planting device. The agricultural rice planting device comprises a seeding machine body, a discharging device, a sunshade device, a water spraying device and a soil loosening device; the seeding machine body comprises a base plate, a control assembly and a driving assembly, the control assembly is arranged at the front end of the base plate, the driving assembly is installed below the base plate, a partition plate is vertically arranged on the base plate to isolate the base plate into a control chamber and a storage chamber, the control chamber is formed in the side portion of the control assembly, the storage chamber is formed in the side, away from the control assembly, on the base plate, and the side, away from the partition plate, of the storage chamber is provided with a storage case; the discharging device is fixedly arranged at the side portion of the storage case, the soil loosening device is arranged at the side portion of the base plate, the sunshade device is installed at the upper end of the storage case, and the water spraying device is arranged between the partition plate and the storage case. By means of the device, the survival rate of rice planting is greatly increased.