34results about How to "Reduce victimization" patented technology

The invention discloses a monitoring raising pipe for tea lesser leafhoppers and a use method. The invention has the advantages that the tea lesser leafhoppers are raised and observed on tea buds of a living tea tree by a self-made monitoring raising pipe, so that the survival rate of the leafhoppers is greatly increased, and simultaneously the workload of raising is reduced; due to existence of the monitoring raising pipe, the damaging range of the tea lesser leafhoppers on the living tea tree is limited and the utilization rate of the tea tree is increased to a great extent; and the invention is simple and easy and is very suitable for raising and relevant study of the tea lesser leafhoppers for the scientific research purpose.

The invention provides an AEB control apparatus and method based on communication between vehicles, that is an apparatus and method for controlling AEB for deceleration based on an own vehicle. The AEB control apparatus based on communication between the vehicles comprises: a V2V communication receiving portion for receiving operation information of a front vehicle; a braking distance calculating portion for calculating a predicted braking distance of the front vehicle based on the operation information of the front vehicle, calculating a predicted braking distance of the own vehicle based on operation information of the own vehicle, and calculating the deceleration of the own vehicle based on the predicted braking distance of the front vehicle and the predicted braking distance of the own vehicle; and an AEB controller for controlling AEB based on the deceleration of the own vehicle. The invention is capable of implementing emergency braking when a driver mishandles in a case that a collision happens so as to prevent collision accidents or reduce injury degrees, making up unfamiliar driving technique of the driver, and improving safety and convenience for the driver.

The invention discloses a high school chemical experiment safety protection system, comprising a central controller, an address code extraction unit, a school doctor management and control center, a fire alarm unit, and a central Zigbee control device and a plurality of distributed control nodes, which are connected with each other through a Zigbee network, wherein the central controller, the address code extraction unit, the school doctor management and control center, the fire alarm unit and the central Zigbee control device are connected with each other via the Internet; and by means of thecontrol of the node Zigbee control device, a dangerous gas can be extracted in time, the air in a chemical laboratory can be converted, teachers and students are quickly guided to evacuate, and meanwhile the fire department is notified at the first time to effectively control the gas diffusion range. The safety protection system minimizes the injury to the teachers and students, handles the dangerous gas leakage accidents efficiently and quickly, guarantees the safety of the teachers and students and provides a safe learning environment.

The invention discloses a miniature early warning robot for danger and persecution of a kid, which comprises a pendant fish robot body, a wireless miniature camera, a heart rate sensor, a main switchbutton, a charging port, an SIM card slot and a vibration sensor. The miniature early warning robot for danger and persecution of a kid has a shape of a pendant fish, and the wireless miniature cameraand the heart rate sensor are arranged at the eyes of the pendant fish. With a jewelry daily worn by the kid as a carrier, the concealment is increased; danger early warning is carried out mainly based on recognition of the micro-expression of a contact person and a human abnormal behavior and also with the assistance of monitoring on the abnormal condition of the kid body; if an abnormal behavior is detected, the analysis result is informed to the guardian to make secondary judgment, the wearer is positioned in real time, and the probability of misjudgment is greatly reduced; a manual alarmdevice is added, that is, a fingerprint identification technology is used for active alarm; and a danger signal concealment prompt function is also achieved.

The invention provides a bait trap method for egg laying of lepidopteran insects, which belongs to the field of pest control technology and solves the problems of high cost, low effect, troublesome method and the like for trapping and killing insects in the prior art. The method fills plant organs and tissues as well as compositions thereof in a soft bag structure to make an insect egg-laying collector, and hangs the collector in the field to trap insets to lay eggs, thereby obtaining a large quantity of eggs. Thus, the method obviously reduces the number of pest eggs on the plants and the degree of the damage to the plants. The method can also be used in scientific research to obtain a considerable number of eggs on regular dates for raising insets. The method has the characteristics of high efficiency, simpleness, economy, environmental protection, high safety and the like.

The invention discloses a curculio chinensis chevrolat attractant and an attractant attraction core making method. The attractant is composed of at least five of six substances including cis-3-hexene-1-alcohol, cis-2-hexenyl acetate, 3-heptanone, hexanal, nonanal and hexadecanoic acid according to a volume ratio of 0-10:0-40:0-10:0-20:0-30:0-40.The making method includes: dripping a dichloromethane solution containing the attractant into a latex plug, and naturally volatilizing to obtain the attractant, wherein the attractant can be volatilized and released slowly and stably. The attractant isnontoxic, harmless and free of environment pollution and has good attraction effect on curculio chinensis chevrolat.

The invention discloses a vertical indoor formaldehyde hydroponic plant ecological purification system, belongs to the technical field of air purification plants. The system is composed of a verticalsupport loading structure, a plant planting trough, a water circulation system, a purified water tank, purified plants and the like; the system is reasonable in structure, ensures stretching space forpurifying plant leaves and the separation growth of roots, improves the purification rate and resistance of formaldehyde of plant needles, adjusts indoor environment temperature and humidity, has high ornamental value, and has the advantages of good formaldehyde reduction effects, low energy consumption, low investment, no pollution, green, environmental protection, strong sustainability and thelike.

The invention discloses an attractant for tea-seed weevil. The attractant is prepared from the following components: schizonepeta lactone, schizonepeta alcohol, cis-3-hexene-1-ol, honeysuckle flower powder, 2, 6-di-tert-butyl-p-cresol, 2-hydroxy-4-methoxybenzophenone, n-pentadecane and ethanol. According to the attractant disclosed by the invention, a botanical attractant and a sex attractant arereasonably matched to obtain a cooperative technical effect and have the significant trapping and killing; and moreover, the attractant has the advantages of being simple in use method, efficient in trapping and killing, environmentally friendly, long in use period and the like, the use amount of pesticide can be greatly reduced when the tea-seed weevil is prevented and controlled, the damage rateof oil-tea camellia fruits is reduced, green production of oil-tea camellia is facilitated, and the quality of the oil-tea camellia is improved.

The invention belongs to the technical field of plant breeding, and relates to a transgenic potato event ST2400643 and a detection method thereof. The invention provides a nucleic acid molecule for detecting a transgenic potato event ST2400643. The sequence of the nucleic acid molecule is shown as SEQ ID NO: 1-2 or a complementary sequence of the SEQ ID NO: 1-2. Or the sequence of the nucleic acid molecule is shown as SEQ ID NO: 3 or a complementary sequence thereof; the nucleic acid molecule is derived from a transgenic potato event ST2400643, and a potato plant containing the transgenic potato event ST2400643 has been preserved in the China General Microbiological Culture Collection Center (CGMCC) with the preservation number of CGMCC NO.46132. A potato plant comprising the transgenic potato event ST2400643 of the invention has the following advantages: the potato plant can tolerate imidazolinone herbicides; the potato yield is not reduced; and the breeding efficiency is enhanced, and the molecular marker can be used for tracking transgenic insertion fragments in a breeding population and a progeny thereof.

A method for producing bud mutation of willow branches through plasma processing comprises the steps of cutting new willow branches with the diameter ranging from 4mm to 8mm according to the 40-60mm length in winter and spring, vertically soaking the lower portions of the branches in tap water with the 20-25mm depth and 10-25 DEG C temperature for three days and then performing plasma processing, wherein the processing dosage is 2-2.4A, and the processing is performed for one time; erecting the processed branches, soaking the lower portions into the tap water with the 10-25 DEG C temperature and the 20-25mm depth, performing water cutting cultivation under the light condition, transplanting the branches into seedling nursing containers containing solid media to perform cultivation when the length of the branches cultivated in the water reaches to 15-30mm, performing cultivation under the conditions that the night temperature is not lower than 15 DEG C and the daytime temperature is about 25 DEG C under the light, planting the branches in a seedling nursing field when new cultivated branches are 4-6cm, forming various specific types of processed branches after the branches growing in the seedling nursing field are 10-80cm, and performing vegetative propagation on required individual branches selected from the branches to obtain a new willow strain identical in character. The branches used by the method are thin and short, roots are large in amount and high in growing speed, and the method is a novel approach for rapid propagation of a novel willow variety.

The invention belongs to the technical field of galleria mellonella larva inducer preparation, and particularly discloses a galleria mellonella larva inducer and a preparation method thereof. The inducer comprises an ester raw material, a saccharide raw material, a protein raw material and other raw materials; the other raw materials comprise wax residues, plastic or bran; and the inducer comprises, in parts by weight, 30-90 parts of the ester raw material, 30-80 parts of the saccharide raw material, 50-100 parts of the protein raw material and 0.01-40 part of other raw materials. The induceris mainly used for inducing the galleria mellonella larva, and solves the problems that inducers in the prior art are long in inducing time to improve the breeding cost and reduce the income for breeders.

The present application discloses a nucleic acid sequence comprising one or more selected from the group consisting of sequences SEQ ID NO: 1-7 and complementary sequences thereof, said nucleic acid sequence being derived from a plant, seed or cell comprising the corn event LW2-2, a representative sample of the seed comprising said event having been preserved with preservation number CCTCC NO: P202022; the invention further discloses a detection method for detecting the LW2-2 event. The transgenic maize event LW2-2 has good tolerance to glyphosate herbicide and glufosinate-ammonium herbicide, and the detection method can accurately and rapidly identify whether a biological sample contains the plant material of the transgenic maize event LW2-2.

The invention relates to an oil-tea camellia dense-planting vigorous afforestation method which comprises the steps of planting land treatment, cutting seedling cultivation, planting afforestation, water and fertilizer management, shaping and pruning, pest control and the like. The oil-tea camellia dense-planting vigorous afforestation method can not only maintain water and soil, but also shorten the production period of traditional oil-tea camellia planting, greatly improve the oil-tea camellia yield, and improve the yield of oil-tea camellia. The method improves the land utilization efficiency, facilitates mechanical operation, saves the production cost, improves the economic benefits of camellia oleifera planting, and has a good promotion effect on the high-quality development of the camellia oleifera industry.

The invention discloses a simple method for preventing and controlling wireworms during early spring watermelon cultivation in a greenhouse and belongs to the technical field of gardening. In fields where wireworm harm happens frequently, the wireworm harm is effectively prevented through scientific management of a greenhouse environment mainly according to the characteristics of the early spring watermelon cultivation in the greenhouse and the wireworms without pesticide usage. The simple method has the advantages of being simple in operation, low in cost, free of pollution, good in effect and the like and can be applied to production of early spring watermelons cultivated in the greenhouse.

The invention discloses an insecticide composition for ophthalmidae pests and an application thereof, belonging to the technical field of pesticides. The main effective active ingredients of the insecticidal composition of the present invention are pyriproxyfen and Beauveria bassiana, after mixing these two active ingredients with liquid or solid carrier according to weight ratio, adding surfactant and other components can be prepared. The insecticidal composition of the present invention is used for the larvae of Oculomidae pests, mainly including the larvae of Zingiberia heteromorpha and the larvae of Chive Bradyphagia during storage, and the mechanism of action of its active ingredients pyriproxyfen and Beauveria bassiana It is completely different. The compound can synergize the larvae of Oculomidae pests, improve the control effect, reduce the use of pesticides, delay the emergence of drug resistance, and reduce the risk of resistance.

The invention relates to the field of biological and chemical prevention and control, in particular to a method for preventing and controlling aphids by combining predatory natural enemies orius sativus and afidopyropen, and the method comprises the step of preventing and controlling the aphids with resistance to chemical pesticides. The invention provides a novel prevention and control technology combining biological prevention and control and chemical prevention and control, aims at combining'insect control by insects' and'insect control by medicines', and explores a novel prevention and control way. The predatory natural enemy can prey for prevention and control for a long time, the unique action mechanism and combined prevention and control of the afidopyropen are exerted, the prevention and control effect is remarkably improved, the duration time is long, the cost is saved by 80% or above compared with that of independent application of the predatory natural enemy, and the prevention and control effect is better than that of independent application of the afidopyropen. The combined application of natural enemies and pesticides can reduce the use amount of chemical pesticides, reduce the damage rate of crops, delay the generation of pest resistance to drugs, develop a new means of pesticides in the field of pest control, and open up an important way for a comprehensive control technical system of resistant aphids.

The invention relates to a composite preparation for improving heat resistance of crops and a preparation method and application thereof. The composite preparation of improving heat resistance of crops is prepared from trehalose glycolipid and glucosamine. The invention further discloses the preparation method and application of the composite preparation for improving heat resistance of crops. The composite preparation for improving heat resistance of crops is prepared into a spray agent according to appropriate proportions to be sprayed to leaves, the activity of reactive oxygen scavenging enzymes SOD, POD, CAT and APX in plants can be effectively improved, MDA content is reduced, the plant damage degree is reduced, plant growth and development are adjusted, and therefore crop quality and yield are improved.

The invention discloses a monitoring raising pipe for tea lesser leafhoppers and a use method. The invention has the advantages that the tea lesser leafhoppers are raised and observed on tea buds of a living tea tree by a self-made monitoring raising pipe, so that the survival rate of the leafhoppers is greatly increased, and simultaneously the workload of raising is reduced; due to existence of the monitoring raising pipe, the damaging range of the tea lesser leafhoppers on the living tea tree is limited and the utilization rate of the tea tree is increased to a great extent; and the invention is simple and easy and is very suitable for raising and relevant study of the tea lesser leafhoppers for the scientific research purpose.

The invention belongs to the technical field of pest control and particularly relates to an attractant for holotrichia cheni and an application of the attractant. The attractant comprises one or moreof eight substances including phenylacetaldehyde, linalool, beta-caryophyllene, alpha-caryophyllene, alpha-selinene, beta-selinene, cis-3-hexene-1-ol and nerolidol. Plant-derived volatile matter is used as the attractant, male and female adults of holotrichia cheni are heavily trapped and killed, and the attractant has no toxicity or harm, cannot pollute the environment, has good attraction effects on the holotrichia cheni and can be applied to monitoring and control of the holotrichia cheni in olive gardens.

The invention discloses a method for controlling Bemisia tabaci by cooperating with Cordyceps javanica. The present invention firstly provides the application of the Aphidia spp. and Cordyceps javanica in preventing and controlling whitefly pests, preparing whitefly pest control medicines and preventing and controlling diseases caused by whitefly pests. Based on the above application, the present invention provides a method for controlling Bemisia tabaci in cooperation with Cordyceps javanica, by spraying the suspension of Cordyceps javanica spores and releasing the wasps of A. The method is simple, easy to operate and popularize. In the prevention and control of whitefly pests, it can reduce the use of chemical pesticides or even avoid the use of chemical pesticides, reduce the damage rate of crops, vegetables or flowers, and protect biodiversity and natural enemy resources. Improve the transmission efficiency of bio-control microorganisms, and open up an important way for the integrated control technology system of whitefly pests.

The invention provides a brown algae extract. The extract is added in the expanding propagation culture process of aquaculture bait microalgae and used for inhibiting, preventing and controlling mixotrophism-type toxic dinoflagellate highly-toxic karlodinum which frequently occurs to increase the probability of successful expanding propagation of the bait microalgae, reduce harm to culture organisms, lower risks such as food chain transfer of algal toxin, and achieve health culture. By means of the brown algae extract, the multiplication of the toxic dinoflagellate highly-toxic karlodinum which frequently occurs in the expanding propagation process of the bait microalgae or marine product economical microalgae can be effectively inhibited while normal multiplication of the bait microalgaeis not influenced, the success probability of expanding propagation of the bait microalgae is increased, invasion of harmful dinoflagellate is prevented, the harm to the culture organisms is reduced,and the risk of food chain transfer of the algal toxin is lowered.

The present invention discloses a method for location trace of mobile communication terminal. It comprises 3 steps, in the first step mobile communication terminal connects to the orientation server by browser and inquires location by data net, here the said orientation server will transmit global positioning system trace demand to the said mobile communication terminal; in the second step, the said mobile communication terminal connects with global positioning system receiver and speaks for satellite receiving data, then the said global positioning system receiver will transfer the data received from satellite to the said mobile communication terminal; in the third step, mobile communication terminal transfers the received satellite data to the said orientation server, then the said orientation server will transfer map information containing position to the said mobile communication terminal. Through the said method, the present invention can process location trace in limitative space such as building and in terminal with location trace function.

The invention discloses a compound preparation for relieving corn drought stress as well as a preparation method and application thereof, belonging to the technical field of crop stress-resistant preparation. The compound preparation disclosed by the invention is classified into a seed coating agent and a plant spray agent and contains the components such as trehalose glycolipid, betaine and calcium superphosphate; and the components are uniformly mixed and stirred according to certain proportion. After coating treatment of the seeds according to a suitable proportion, the seed germination can be effectively promoted, the seedling vigor is enhanced, the overall water regime of corn plants under drought stress is relieved, the damage degree of the plants is lightened, and the growth and development of the plants are adjusted so as to improve the corn quality and yield. By adopting the plant spray agent, a little effect of sprinkling irrigation water supply also can be realized; and the trehalose glycolipid also can realize certain inhibitory effect on the pathogenic bacteria of leaves.

The invention discloses a method for controlling thrip pests by combining pheromones with predators. The method includes that sustained release carriers are mainly prepared from aggregation pheromones with greenery odors serving as a synergistic component according to different ratios. During use, in a process that (R)-lavandulyl, neryl(S)-2-methylbutanoate attracts thrips to aggregate, the probabilities that the predators discover and eat thrips are increased; through addition of cis-3-hexenyl acetate, attractant rate of the thrip aggregation pheromones can be increased, stability of the pheromones can be improved and durability of the pheromones can be prolonged. Controlling experiments prove that the controlling effect when the method is adopted is enhanced by 28-45% as compared with individual application of the predators or the pheromones. The method has the advantages that chemical pesticide consumption can be reduced, damage rate of vegetables or flowers can be decreased, biological diversity and natural enemy resources can be protected, a new means of applying the pheromones to the field of pest control is developed, and an important way for developing an integrated thrip pest control technology is explored.

The invention discloses a method for measuring distillate quantity of crude benzol before 180 DEG C. The method comprises the following steps of: 1, selection of a measuring device; 2, selection of a chromatographic column: for the analysis of the benzene serial matters, the ratio of a fixation fluid Apiezon L to a supporter(6201) is 10 percent, and the length of the chromatographic column is 3m;3, calculation of components of the crude benzol: the area normalization method is selected for calculation; 4, apparatus conditions: the column temperature is the temperature programming and is raised from 140 to 180 DEG C, the vaporizing and the conversion temperatures are 180 DEG C, the carrier gas and the fuel gas are highly purified hydrogen gas, the pressure of the hydrogen gas is 0.20MPa, the pre-column pressure is 0.05MPa, the air pressure is 0.20MPa, and the sample size is 1.5 microliter; and 5, a large number of qualitative and quantitative analysis tests on the crude benzol according to the conditions: the benzene serial matters are completely distilled before 5 minutes, and the calculation method adopts that the distillate quantity (percent) of the crude benzol before 180 DEG C is equal to 100 minus the summation of area percents of all chromatographic peaks after 5 minutes.

The present invention relates to a control method, terminal equipment and storage medium of an automatic brake assist system. The method includes: S1: collecting the running information of vehicles in front of and on the side of the vehicle, and judging the condition of the road where the vehicle is located. When the road is a straight road , enter S3, otherwise, enter S2; S2: determine whether the vehicle is in danger of collision, if so, send a warning signal, otherwise, end; S3: extract the vehicle that is most dangerous to the vehicle and mark it as a dangerous vehicle; S4: judge The dangerous vehicle is in the same road as the car or in the adjacent road, and it is judged whether the automatic braking assist system needs to be activated. When the automatic braking assist system is activated, enter S5; otherwise, end; S5: Calculate the safe braking distance and deceleration of the vehicle; S6: Calculate the relative collision time; S7: Control according to the relationship between the relative collision time and the three time thresholds. The present invention can implement tight braking to avoid collision accidents when the driver mishandles the possible collision situation.

A method for producing bud mutation of willow branches through plasma processing comprises the steps of cutting new willow branches with the diameter ranging from 4mm to 8mm according to the 40-60mm length in winter and spring, vertically soaking the lower portions of the branches in tap water with the 20-25mm depth and 10-25 DEG C temperature for three days and then performing plasma processing, wherein the processing dosage is 2-2.4A, and the processing is performed for one time; erecting the processed branches, soaking the lower portions into the tap water with the 10-25 DEG C temperature and the 20-25mm depth, performing water cutting cultivation under the light condition, transplanting the branches into seedling nursing containers containing solid media to perform cultivation when the length of the branches cultivated in the water reaches to 15-30mm, performing cultivation under the conditions that the night temperature is not lower than 15 DEG C and the daytime temperature is about 25 DEG C under the light, planting the branches in a seedling nursing field when new cultivated branches are 4-6cm, forming various specific types of processed branches after the branches growing in the seedling nursing field are 10-80cm, and performing vegetative propagation on required individual branches selected from the branches to obtain a new willow strain identical in character. The branches used by the method are thin and short, roots are large in amount and high in growing speed, and the method is a novel approach for rapid propagation of a novel willow variety.

The invention discloses a planting method for preventing high temperature hot damage of rice. The planting method is improved by measures such as variety selection, reasonable cultivation, installation of spray irrigation equipment and spraying of a self-made fertilizer. Under heading filling at high temperature of 35 DEG C on the planted rice, the yield is not affected basically.

The invention discloses a tea seed attractant, which comprises the following components: nepetalactone, nepetalol, cis-3-hexene-1-alcohol, honeysuckle powder, 2,6-di-tert-butyl p-Cresol, 2‑Hydroxy‑4‑methoxybenzophenone, n-pentacosane, ethanol. The attractant of the present invention obtains a synergistic technical effect through the reasonable compatibility of the plant-derived attractant and the sexual attractant, and has a significant trapping and killing ability for tea seed elephants. It can greatly reduce the amount of pesticides used in the prevention and control of tea seed weeds, reduce the damage rate of camellia oleifera fruit, benefit the green production of camellia oleifera, and improve the quality of camellia oil.