变速箱取力器类型
Types of gearbox power takeoff
变速器侧部动力输出形式：他首要是经过变速器的中间轴进行动力的输出，经过倒挡的形式进行结构约束。这种只能表现于百分之50的功率，首要运用的有自卸车、垃圾车、高空作业、起重机轿车及油罐车。
The power output form of the side of the transmission: It is mainly through the middle shaft of the transmission for power output, and through the form of reverse gear for structural constraints. This kind of power can only be expressed in 50% of the power, the main use of dump trucks, garbage trucks, aerial operations, crane cars and tankers.
变速器前部动力输出形式：他首要坐落变速器和离合器的部位，他能够进行全功率的输出。在工作时首要是进行油温和润滑的操控，这种结构运用较多的仍是在消防车。
The power output form of the front part of the transmission: It is mainly located in the transmission and clutch parts, and it can output full power. Oil temperature and lubrication are the most important operation in the work. Fire trucks are still the most widely used structure.
变速器后部动力输出形式：他能够经过中间轴进行输出，也能够经过第二根轴进行输出。这两种方法都能够取得其发动机较佳的功率，首要运用的车辆有消防车、混凝土搅拌车、输送泵车、铲车。
The power output form of the rear part of the transmission: it can be output through the middle shaft, but also through the second shaft. Both of these methods can achieve the best engine power. The main vehicles used are fire truck, concrete mixer truck, pump truck and forklift truck.
发动机前部动力输出形式：他首要是经过曲轴皮带的方法进行动力输出，在取力的过程中不受时刻地点的约束。
The power output form of the front part of the engine: the main way is through the crankshaft belt for power output, which is not subject to the constraints of time and place in the process of force extraction.
变速箱取力器效果
Effectiveness of Gearbox Dynamometer
他是让某一个齿轮取得相应的动力，能够经过开关的方法进行电磁阀门的操控，他规划的要求比较的单一表现的效果也比较的单一。现在出现的方法有机械操控、液压操控、气控、真空源操控、电控。
He is to let a gear get the corresponding power, through the switch method to operate the solenoid valve, his planning requirements compared with the single performance of the effect is also relatively single. At present, there are mechanical control, hydraulic control, pneumatic control, vacuum source control and electronic control.
变速箱取力器工作原理
Working Principle of Gearbox Dynamometer
经过液压的方法将其达到自卸功能，经过单向或许多项动力输出的方法达到增减速的功能。经过总结构的不同能够分为一轴式、两轴式、三轴式、带副箱式、单操作双输出式和双操作双输出式等，不同的形式供给的操作机构不同。
The self-unloading function can be achieved by hydraulic method, and the function of increasing and decelerating can be achieved by one-way or multi-power output method. After summarizing, the different structures can be divided into one-axis, two-axis, three-axis, with auxiliary box, single-operation double-output and double-operation double-output, and so on. Different forms of operation mechanisms are different.
一轴式的结构规划较为简略，三轴式首要进行的是经过双速异响取力，带副箱式进行取力进行速度的增减，单操作双输出式经过不同轴来进行不同轴的调整。
One-axis structure planning is the simplest, three-axis structure is mainly through two-speed abnormal response force, with auxiliary box force to increase or decrease the speed, single-operation double-output through different axes to adjust the different axes.
他的用途有利弊，他的有大小。
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