Recently, wearable devices have evolved into the undeveloped boundaries where technology companies have seen unexploited business opportunities. Samsung Electronics Co., Ltd. has released the company’s smart watch Galaxy Gear at the German IFA. It is shaped like a general-purpose watch and is currently only available to Samsung’s own Galaxy Note 3. Mobile interaction. In the eyes of 3C, this new Samsung product does not seem new, because Sony and Casio have similar products, and smart watches are not yet so smart at this stage. Insecticide Single Formulation Insecticides can be divided into biological sources and chemical synthesis. Insecticide Single Formulation,Vegetable Root Knot Nematode,Aphids Leafhoppers Planthoppers,Contact Stomach Poisoning Fumigation Anhui Meiland Agricultural Development Co., Ltd , https://www.meilandagro.com
A mobile phone editor stated that all current smart watches must only interact and connect with their own system's smart phone, which is not as convenient. He said that major manufacturers are actively pursuing this treasure, just as Sony also introduced smart watches, Smartwatch, Sony this watch can sync with Android phones, but it can only connect Xperia Z1 smart phones, and can not connect other models Sony's mobile phone. Samsung's highly anticipated Galaxy Gear can only interact with Samsung’s newly-launched flagship Galaxy Note 3 phone. Consumers may not be able to appreciate the convenience brought by smart watches.
Biogenic insecticides include: â‘ preparations of effective insecticidal ingredients extracted from higher plants, such as natural pyrethrin, rotenone, etc.;
â‘¡ Insecticides made from living organisms mainly include fungi (such as Beauveria bassiana), bacteria (such as odontobacillus) and viruses (such as Bacillus borer).
â‘¢ Insect physiological active substances, such as pheromones.
Chemical synthetic pesticides mainly include: Inorganic insecticides (e.g. White arsenic As2O3, Sodium fluosilicate, Na2SiF6, etc.), organochlorine insecticides (such as chlordane, BHC, DDT, toxaphene, etc.), organophosphorus insecticides (such as dichlorvos, trichlorfon, Dimethoate, malathion, chloraphenone, etc.), carbamate insecticides (such as carbaryl, sulfenocarb, etc.) and pyrethroid insecticides (such as fenvalerate, cypermethrin, etc.).
The main ways in which insecticides can kill pests are:
â‘ Touching agents enter the body through the epidermis of the pest and play a role, causing the pest poisoning and death;
â‘¡ Gastric toxic agents are absorbed by the stomach and intestines directly after being eaten by pests, causing them to die of poisoning;
â‘¢ Some fumigation drugs are volatile, and their vapors enter the body through the respiratory tract of pests, causing them to die of poisoning;
(4) ingestion drugs are first absorbed by the crop, and conducted to the whole plant, when pests ingestion, eating crops, so that it died of poisoning.