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A platform for research: civil engineering, architecture and urbanism
Emergency rescue vehicle and installation method thereof
The invention relates to an emergency rescue vehicle and an installation method thereof, and the emergency rescue vehicle comprises a chassis (100) and an upper vehicle (200) which are relatively independent and can be connected with each other. The chassis (100) comprises a rotary base module (M1), a left hinge body module (M2), a right hinge body module (M3), a central rotary body module (M4), a rotary supporting module (M5), a left front leg module (M6), a right front leg module (M7), a left rear leg module (M8), a right rear leg module (M9), a left rear wheel module (M10), a right rear wheel module (M11) and a chassis oil cylinder module (M12) which are relatively independent and can be connected according to a preset sequence, the left front leg module (M6) comprises a left front leg and a left front wheel, and the right front leg module (M7) comprises a right front leg and a right front wheel. The chassis is divided into twelve independent small modules, water, land and air multi-path convenient transportation can be achieved, rapid and flexible delivery of the emergency rescue vehicle is achieved, and assembly and disassembly are convenient.
本发明涉及一种抢险救援车辆及其安装方法，其中，抢险救援车辆包括相对独立且可相互连接的底盘(100)和上车(200)，所述底盘(100)包括相对独立且可按照预设顺序连接的回转底座模块(M1)、左铰接体模块(M2)、右铰接体模块(M3)、中心回转体模块(M4)、回转支承模块(M5)、左前腿模块(M6)、右前腿模块(M7)、左后腿模块(M8)、右后腿模块(M9)、左后轮模块(M10)、右后轮模块(M11)和底盘油缸模块(M12)，其中，所述左前腿模块(M6)包括左前腿和左前轮，所述右前腿模块(M7)包括右前腿和右前轮。本发明中的底盘分为12个独立的小模块，可以满足水、陆、空多途径便捷运输，以实现抢险救援车辆的快速灵活投送，装拆也比较方便。
Emergency rescue vehicle and installation method thereof
The invention relates to an emergency rescue vehicle and an installation method thereof, and the emergency rescue vehicle comprises a chassis (100) and an upper vehicle (200) which are relatively independent and can be connected with each other. The chassis (100) comprises a rotary base module (M1), a left hinge body module (M2), a right hinge body module (M3), a central rotary body module (M4), a rotary supporting module (M5), a left front leg module (M6), a right front leg module (M7), a left rear leg module (M8), a right rear leg module (M9), a left rear wheel module (M10), a right rear wheel module (M11) and a chassis oil cylinder module (M12) which are relatively independent and can be connected according to a preset sequence, the left front leg module (M6) comprises a left front leg and a left front wheel, and the right front leg module (M7) comprises a right front leg and a right front wheel. The chassis is divided into twelve independent small modules, water, land and air multi-path convenient transportation can be achieved, rapid and flexible delivery of the emergency rescue vehicle is achieved, and assembly and disassembly are convenient.
本发明涉及一种抢险救援车辆及其安装方法，其中，抢险救援车辆包括相对独立且可相互连接的底盘(100)和上车(200)，所述底盘(100)包括相对独立且可按照预设顺序连接的回转底座模块(M1)、左铰接体模块(M2)、右铰接体模块(M3)、中心回转体模块(M4)、回转支承模块(M5)、左前腿模块(M6)、右前腿模块(M7)、左后腿模块(M8)、右后腿模块(M9)、左后轮模块(M10)、右后轮模块(M11)和底盘油缸模块(M12)，其中，所述左前腿模块(M6)包括左前腿和左前轮，所述右前腿模块(M7)包括右前腿和右前轮。本发明中的底盘分为12个独立的小模块，可以满足水、陆、空多途径便捷运输，以实现抢险救援车辆的快速灵活投送，装拆也比较方便。
Emergency rescue vehicle and installation method thereof
抢险救援车辆及其安装方法
ZHAO BIN (author) / DONG LUBO (author) / ZHANG YONG (author)
2022-07-22
Patent
Electronic Resource
Chinese
IPC:
E02F
Baggern
,
DREDGING
Multifunctional emergency rescue vehicle and control method thereof
| European Patent Office | 2021