Efficient data transmission analyzer and analysis method

Abstract

The invention discloses an efficient data transmission analyzer. The efficient data transmission analyzer comprises telescopic roadblock devices which are fixedly arranged on a foundation in a bilaterally symmetric manner; a passing space is formed between the telescopic roadblock devices; a detection chamber with an upward opening is formed in the lower side of the passing space in a communication manner; a detection board is arranged in the detection chamber; bilaterally symmetric connecting devices whose upper sides are fixedly connected with the telescopic roadblock devices are arranged inthe detection chamber; and the detection board lifts to enable the telescopic roadblock devices to work to open and close the passing space through the connecting devices. According to the efficientdata transmission analyzer, through the lifting height of the detection board, the telescopic roadblock devices and protective roadblock devices are controlled to act without labor participation; andmoreover, the detection is accurate and rapid, the detection can be made in the passing process, the passing time is saved, and high efficiency and convenience are realized.

Description

technical field [0001] The invention relates to the technical field of vehicle detection, in particular to an efficient data transmission analyzer. Background technique [0002] The current weight detection process of passing vehicles is to locate the passing vehicle on the detection device, and obtain whether the vehicle is overweight through the data display on the detection device. This detection method and device need to be detected when the vehicle is located on the detection device and is in a stopped state. It requires a long detection time, and when there are many vehicles to be detected, it will cause traffic congestion caused by the increase of waiting vehicles, and waste detection time. [0003] Secondly, this detection device is often equipped with a roadblock device that requires manual control on the front side of the traffic direction, mainly for vehicles that refuse weight detection or detect overloading, so as to avoid their direct passage. After the weight...

AI Technical Summary

Problems solved by technology

[0002] The current weight detection process of passing vehicles is to locate the passing vehicle on the detection device, and obtain whether the vehicle is overweight through the data display on the detection device. This detection method and device need to be detected when the vehicle is located on the detection device and in a stopped state. It takes a long time to detect. When there are many vehicles to be detected, it will cause traffic congestion caused by the increase of waiting vehicles and waste detection time.

[0003] Secondly, this detection device is often equipped with a roadblock device that requires manual control on the front side of the traffic direction, mainly for vehicles that refuse weight detection or detect overloading, so as to avoid their direct passage. After the weight inspection is completed and passed, the operator behind the traffic police will control the opening of the roadblock to allow vehicles to pass. This method requires human participation, increases the cost of personnel and time for inspection, and has low inspection efficiency.

[0004] Furthermore, the current roadblock device only has the function of preventing traffic, and there is no roadblock combined with the vehicle weight detection device. Efficiency and Automation

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