31results about How to "Reduce victimization" patented technology

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 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 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 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.

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 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.