An intelligent road administration bayonet device that can automatically detect vehicle overload

Abstract

An intelligent road administration bayonet device that can automatically detect vehicle overload, including a blocking module and a scale, two blocking modules are installed at both ends of the scale, and the scale is used to weigh the vehicle, and then input the weighing signal into an industrial computer. The blocking module and the scale are installed on the road and embedded into the road; the blocking module includes a blocking top plate, the blocking top plate is installed on the top plate of the blocking protective plate, the bottom of the blocking protective plate is assembled with the blocking bottom plate, and a plurality of blocking components are installed on the blocking bottom plate to block the The assembly includes a first blocking vertical plate, a second blocking vertical plate, and a third blocking vertical plate. A first blocking horizontal plate is installed on the top of the first blocking vertical plate and the second blocking vertical plate, and the blocking shaft sleeve and the first blocking horizontal plate can be connected together. Circular rotation, non-axially movable assembly; the blocking shaft sleeve is sleeved outside the blocking shaft, the blocking shaft is provided with blocking balls, the blocking balls are engaged with the lifting helical groove, and can be slidably assembled, and the lifting helical groove is arranged inside the blocking shaft sleeve and along the with its axial helical distribution.

Description

technical field [0001] The invention relates to traffic equipment, in particular to an intelligent road administration bayonet device that can automatically detect vehicle overloading. Background technique [0002] In road administration, strict inspection of overloading is an important part of the work. The current method is mainly to set scales at the upper and lower bayonet of the intersection, weigh the whole vehicle through the scale, and then charge according to the weight and judge whether it is overloaded. Although this method is simple and effective, there are many incidents of punching the card due to fear of being fined for overloading. Once the card is punched, it will firstly pose a safety threat to the staff and drivers, and secondly, it will cause damage to vehicles and bayonet equipment. , and it is likely to be topped by other drivers after flushing the card, resulting in law enforcement defects. At the same time, due to the gradual arrival of the unmanned...

AI Technical Summary

Problems solved by technology

Therefore, it is inseparable from manual work, and there is a high probability that it will not be discovered in time once the card is punched without manual work. This is also the main problem facing unmanned at present.

Images