Fast rescuing water log discharging vehicle

Abstract

The invention relates to a quick disaster rescue drainage vehicle. The vehicle comprises a driving cab and a delivery chassis, a closed type rescue emergency equipment bin is arranged at the upper part of the chassis. The bin is divided into an electricity generating equipment chamber, a hydraulic pressure power equipment chamber, and a cable collecting and releasing chamber through separating plates. A remote control illumination device is arranged at the front part of the bin, a plurality of storage boxes are arranged at the lower part of the chassis in a row, and a plurality of aspirating pumps and the matching water delivery belts and the hydraulic pressure pipelines are arranged in the boxes. The drainage vehicle integrates water drainage, power source, illumination and long distance power transmission into a whole body, the invention has the practical effects of flood protection and disaster alleviation, quick high effective disaster reduction, provides high power emergency power source and high intensity illumination to the construction operation in the disaster areas, simultaneously drives a plurality of aspirating pumps to perform adjustable flood drainage and water pumping operation, and provides multi-path hydraulic pressure power source and power source for the hydraulic pressure rescue equipments in remote areas. The invention can be used as the emergency power source vehicle when water logging disaster does not occur.

Description

technical field [0001] The invention belongs to the technical field of disaster-resistance and mitigation engineering power equipment, and is a quick emergency rescue and disaster-relief drainage equipment. Background technique [0002] At present, the earth's climate is abnormal, and droughts and floods are frequent. Especially in recent years, many cities in my country have been flooded due to torrential rains and floods, causing road traffic paralysis, power supply and water supply interruptions, low-lying buildings, underground buildings, and civil air defense projects. If the water cannot be discharged in time, a large amount of property and equipment will be damaged, resulting in inestimable economic losses. In the existing technology, urban drainage usually adopts mobile power generation equipment and power machine pumping and drainage. The main defects are: (1) the power generation equipment is too noisy, which is not conducive to on-site command, and it also has adve...

AI Technical Summary

Problems solved by technology

[0002] At present, the earth's climate is abnormal, and droughts and floods are frequent. Especially in recent years, many cities in my country have been flooded due to torrential rains and floods, causing road traffic paralysis, power supply and water supply interruptions, low-lying buildings, underground buildings, and civil air defense projects. The water cannot be discharged in time, causing a large amount of property and equipment damage, and the resulting economic losses are incalculable

In the existing technology, urban drainage usually uses mobile power generation equipment and power generators to pump and drain water. The main defects are: (1) the power generation equipment is too noisy, which is not conducive to on-site command, and it also has adverse effects on the surrounding environment

Especially in emergency rescue and disaster relief, it is necessary to lay temporary power transmission lines on the waterlogged ground. If you are not careful, it is easy to leak electricity, affect the operation, and even cause personal and equipment accidents, which will lead to the expansion of the disaster.

(2) The power machine used is a large and heavy internal combustion engine power water pump, which has defects such as high energy consumption, small displacement, slow disaster relief speed, and uncontrollable displacement.

Cranes are often required to cooperate with the operation during operation, which is difficult to move and difficult to operate, which not only consumes manpower and material resources, affects the speed of emergency rescue, but also makes a lot of noise, cannot pump and discharge sediment, and has poor adaptability

(3) The disaster relief environment is complex, the diameter of the pumping pipe is large, and the suction of the pump is limited, so it cannot be pumped when the water level is low

(4) Without perfect lighting facilities, emergency rescue can only be done during the daytime, and in case of danger at night, it cannot be rescued, failing to meet the requirements of timely emergency rescue and disaster reduction

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