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CN-224217121-U - Entry and exit registration system for earth and stone engineering transport vehicle

CN224217121UCN 224217121 UCN224217121 UCN 224217121UCN-224217121-U

Abstract

The utility model discloses an entry and exit registration system of an earth and stone engineering transport vehicle, which relates to the technical field of engineering control and comprises a main control device which is respectively connected with an exit registration device, an entry registration device, a network module and a barrier gate device in a signal manner, wherein the exit registration device comprises an exit identification device and an exit snapshot device, and the entry registration device comprises an entry identification device and an entry snapshot device. The utility model is provided with the exit snapshot device and the entrance snapshot device, photographs and records the appearance, cargo loading and the like of the vehicles when the vehicles enter and exit, so that the registration of the vehicle information is more comprehensive, and the automatic identification of the vehicle information and the automatic control of the barrier gate are realized through the signal connection of the main control device with the exit registration device, the entrance registration device and the barrier gate device. When the vehicles arrive at the entrance, the exit recognition device and the entrance recognition device can rapidly recognize the vehicle information and transmit the vehicle information to the main control device to control the barrier switch, so that the management efficiency of the exit and entrance of the vehicles and the authenticity and objectivity of the entrance and exit information are improved.

Inventors

  • XIA YU
  • ZHANG GUOXUN

Assignees

  • 深圳智云宝科技有限公司

Dates

Publication Date
20260508
Application Date
20250520

Claims (8)

  1. 1. The entry and exit registration system of the earth and stone engineering transport vehicle is characterized by comprising a main control device, an exit registration device, an entry registration device, a network module and a barrier device, wherein the main control device is respectively in signal connection with the exit registration device, the entry registration device, the network module and the barrier device, the exit registration device comprises an exit identification device and an exit snapshot device, the entry registration device comprises an entry identification device and an entry snapshot device, and the exit identification device, the exit snapshot device, the entry identification device and the entry snapshot device are in signal connection with the main control device; the entrance identification device comprises a first light source module, an entrance identification camera, a first power supply conversion module, a network cable poe separator and a first 4g wireless route, wherein the first light source module is in signal connection with the entrance identification camera, the 4g wireless route is respectively connected with the first power supply conversion module and the entrance identification camera through the network cable poe separator, and the first 4g wireless route is in signal connection with the main control device.
  2. 2. The earth-rock engineering transport vehicle access registration system according to claim 1, wherein the access snapshot device comprises an access snapshot camera and a second light source module, the access snapshot camera is respectively connected with the first power supply conversion module and the second light source module in a signal mode, and the access snapshot camera is connected with the first 4g wireless routing signal.
  3. 3. The earth and stone engineering transport vehicle access registration system according to claim 1, wherein the departure identification device comprises a circuit breaker, a power module, a second power conversion module, a departure identification camera, a third light source module and a second 4g wireless route, the circuit breaker, the power module, the second power conversion module and the departure identification camera are sequentially connected, one end of the departure identification camera is in signal connection with the second 4g wireless route, and the other end of the departure identification camera is in signal connection with the third light source module.
  4. 4. The earth-rock engineering transport vehicle entry-exit registration system according to claim 3, further comprising an uninterruptible power supply module, wherein the uninterruptible power supply module is electrically connected with the power supply module and the second 4g wireless router, and the uninterruptible power supply module is in signal connection with the main control device.
  5. 5. The earth and rockwork transport vehicle entry and exit registration system according to claim 3, further comprising a display screen, wherein the display screen is respectively connected with the departure identification camera and the main control device in a signal manner.
  6. 6. The earth-moving engineering truck entry-exit registration system of claim 3, further comprising a pusher, said pusher being in signal communication with said second 4g wireless route.
  7. 7. The earth-rock engineering transport vehicle access registration system according to claim 3, wherein the off-site snapshot device comprises an off-site snapshot camera and a fourth light source module, the off-site snapshot camera is respectively connected with the second power conversion module and the fourth light source module in a signal mode, and the off-site snapshot camera is connected with the second 4g wireless routing signal.
  8. 8. The earth-rock engineering transport vehicle entry and exit registration system according to claim 1, wherein the barrier device comprises a barrier main board, a barrier bar and a vehicle detector, wherein the barrier main board is in control connection with the barrier bar, the barrier main board is in signal connection with the vehicle detector, the vehicle detector is a ground induction coil, and the ground induction coil is electrically connected with a 220v power supply.

Description

Entry and exit registration system for earth and stone engineering transport vehicle Technical Field The utility model relates to the technical field of engineering control, in particular to an entry and exit registration system of an earth and stone engineering transport vehicle. Background In the prior art, there are cases where the entry and exit information registration of the earth-rock engineering transport vehicle is not comprehensive enough. Wherein only basic identity information of the vehicle is recorded, and detailed records of relevant information such as states of the vehicle when the vehicle enters and exits, cargoes and the like are lacked. The registration of the vehicle entering and exiting places depends on manual operation, and the process is complicated, so that the vehicle stays at the entrance and exit for a long time, and the passing efficiency is affected. Further, there may be a problem that no vehicle is registered and no vehicle is registered. Related information of the earth and stone engineering transport vehicle can be scattered in different departments or links, and information transmission and sharing have barriers, so that management decisions lack timely and accurate data support. Therefore, how to provide an in-out registration system for the earth and stone engineering transport vehicle, how to avoid the situations that the information registration of the earth and stone engineering transport vehicle is not true enough, the registration is not standard enough and the registration is not comprehensive, how to avoid the current situation that the flow is complicated and the passing efficiency is low, and how to realize the effective transmission and sharing of the related information of the earth and stone engineering transport vehicle are the problems to be solved by those skilled in the art. Disclosure of utility model In view of the above, the present utility model provides an entry and exit registration system for an earth-rock engineering transport vehicle, which can avoid the situations of unrealistic registration, insufficient standard registration and incomplete registration of the earth-rock engineering transport vehicle, and can avoid the current situations of complicated flow and low traffic efficiency, and can realize effective transmission and sharing of relevant information of the earth-rock engineering transport vehicle, and in order to realize the above purposes, the present utility model adopts the following technical scheme: The entry and exit registration system of the earth and stone engineering transport vehicle comprises a main control device, an exit registration device, an entry registration device, a network module and a barrier gate device, wherein the main control device is respectively in signal connection with the exit registration device, the entry registration device, the network module and the barrier gate device, the exit registration device comprises an exit identification device and an exit snapshot device, the entry registration device comprises an entry identification device and an entry snapshot device, and the exit identification device, the exit snapshot device, the entry identification device and the entry snapshot device are in signal connection with the main control device. Optionally, the entrance identification device comprises a first light source module, an entrance identification camera, a first power supply conversion module, a network cable poe separator and a first 4g wireless route, wherein the first light source module is in signal connection with the entrance identification camera, the 4g wireless route is respectively connected with the first power supply conversion module and the entrance identification camera through the network cable poe separator, and the first 4g wireless route is in signal connection with the main control device. Optionally, the entrance snapshot device comprises an entrance snapshot camera and a second light source module, wherein the entrance snapshot camera is respectively connected with the first power supply conversion module and the second light source module in a signal mode, and the entrance snapshot camera is connected with the first 4g wireless route signal. Optionally, the outgoing identification device comprises a circuit breaker, a power supply module, a second power supply conversion module, an outgoing identification camera, a third light source module and a second 4g wireless route, wherein the circuit breaker, the power supply module, the second power supply conversion module and the outgoing identification camera are sequentially connected, one end of the outgoing identification camera is in signal connection with the second 4g wireless route, and the other end of the outgoing identification camera is in signal connection with the third light source module. Optionally, the system further comprises an uninterruptible power supply module, wherein the uninterruptible power supply m