52 results about "Multi response" patented technology

The invention discloses an emergency material reserve optimization system, which comprises an emergency material module, an emergency event module, an emergency material demand model, an emergency material demand estimation, an emergency material reserve optimization and a front-end display control module. The present invention optimizes and calculates the resource requirements required for emergency events with multiple response levels; at the same time, it provides an optimization strategy for the distributed federation storage mechanism to guide the coordinated transfer of material supply between post-disaster regional warehouses (first-level warehouses, second-level warehouses) and first-aid kits , can output accurate and efficient emergency material reserve plan (including warehouse and first aid kit reserve plan), to ensure that the materials stored in the warehouse and first aid kit meet the emergency needs, so that the emergency material reserve management level has been significantly improved. Avoid repeated reserves and insufficient reserves in emergency material reserves, and improve the efficiency and effect of emergency resource protection.

The invention relates to an ocean ecologic toxicology research platform based on a microfluidic chip. The invention provides a microfluidic chemotactic chip. The microfluidic chemotactic chip is formed by the following units: a chip cell culture unit, a chip composite pollution generation unit, a chip pollutant concentration gradient generation unit, a chip control unit and a chip detection system. By integrating various pollutant composite units, the pollutant concentration gradient generation unit, and the array cell culture, cell stress, marking and corresponding detection units on the chip, the multi-index, multi-parameter and multi-response-event analysis for the damage action process of the environmental pollution for the marine organisms can be realized, the toxicity effect of the pollutants can be determined, and a great amount of important toxicology information can be acquired in a single experiment. The ocean ecologic toxicology research platform is significant in functionalcharacteristics in integration and flux compared with the traditional ecologic toxicology toxicity experimental method, and is simple in operation and low in cost; and meanwhile, the platform also has certain universality and can be extensively used for other research fields of the marine environmental sciences.