TWM611653U - Smart pole status monitoring system and integrated thereof - Google Patents

Abstract

A smart pole status monitoring system comprising: a central control determining a smart pole status at least one of a first state and a second state, a communication module sending at least one of a first signal and a second signal to the central control; a control module sending at least one of an off signal and an open signal to the communication module; a pole module including a storage and a cover for service hole of the storage; a magnetic reed switch circuit disposed in the storage and connected to the control module ;a magnet for providing magnetic force disposed in the cover; the magnetic reed switch circuit including: a reed switch having a magnetic induction zone, wherein the magnetic reed switch circuit is on conducing state while magnet enters the magnetic induction zone and on non-conducting state while the magnet leaves the magnetic induction zone; whereby the magnetic reed switch circuit is on conducting state, the control module sends a shutdown signal, the communication module sends the first signal to the central control, the central control that the smart pole status is the first state; the magnetic reed switch circuit is on non-conducting state, the control module sends an open signal, the communication module sends the second signal to the central control, the central control determines the smart pole status is the second state.

Description

Smart pole status detection system and its integration

This creation is about a state detection system, especially the state detection system of the multi-functional smart rod.

With the continuous advancement of communication and network technologies, the goal of a smart city has gradually become clear. Aiming at a smart city, it needs to rely on a large number of basic communication equipment, and most of the current solutions at home and abroad are to use the existing road lights as the carrier for mounting small base stations. However, not all carriers suitable for mounting small base stations are "street lights", so some people call them "smart poles" instead of "smart street lights." The definition of a smart pole can be described as a carrier that combines the functions required by various smart cities. The smart pole includes wireless network base stations, computing hubs, monitors, environmental monitoring: and other equipment or devices. It can be seen that when these devices or devices are loaded on the smart pole, the status of each device or device needs to be carefully controlled.

Furthermore, the smart pole may become an information hub throughout the city. At that time, the management unit's security requirements for smart poles will also increase accordingly. However, cases of theft of public goods can be seen everywhere in the society, and they occur frequently. For example, the theft of cables, manhole covers, drain covers: thefts often cause trouble for the jurisdiction, let alone expensive equipment such as smart poles, which will cause huge losses if they are stolen.

In view of this, the safety management of the smart pole still needs to be resolved.

According to some embodiments, a smart rod state detection system is provided, including: a smart rod state detection system, including: a central control center for determining whether a smart rod state is at least in a first state and a second state One of them; a communication module for sending at least one of a first signal and a second signal to the central control center; a control module for sending at least one of a closing signal and an opening signal to the Communication module; a pole module with an accommodating space and a maintenance hole cover covering the accommodating space; a magnetic spring induction circuit arranged in the accommodating space and connected to the control module; and a magnet, Is arranged on the maintenance hole cover to provide a magnetic force; the magnetic reed induction circuit includes: a magnetic reed switch with a magnetic induction zone, the magnetic reed switch is in a conducting state when the magnet enters the magnetic induction zone, and is connected to the magnet When leaving the magnetic induction zone, it is in an off state; wherein, when the reed switch of the magnetic reed induction circuit is in an on state, the control module sends the close signal, and the communication module sends the first signal to the central control Center, the central control center determines that the state of the smart rod is in the first state, and when the reed switch of the reed induction circuit is in the off state, the control module sends the opening signal, and the communication module sends the first state The second signal is sent to the central control center, and the central control center determines that the state of the smart bar is in the second state.

According to some embodiments, a smart rod state detection system is provided, wherein the central control center is further used to receive an authentication signal; the central control center is used to determine that the state of the smart rod is at least the first state, the second state, And one of a third state; when the central control center receives the authentication signal, the central control center determines that the state of the smart rod is in the third state.

According to some embodiments, a smart rod state detection system is provided. When the smart rod state is in the second state, the smart rod state remains in the second state until the central control center receives the authentication signal; when the central control center When receiving the authentication signal, the central control center determines that the state of the smart rod is in the third state.

According to some embodiments, a smart rod state detection system is provided, wherein the central control center is further used to receive a completion signal; the central control center is used to determine that the state of the smart rod is at least the first state, the second state, One of the third state and a fourth state; wherein, when the state of the smart bar is in the third state, the central control center receives the completion signal, and the central control center determines that the state of the smart bar is in the first state Four states.

According to some embodiments, there is provided a smart rod state detection system, wherein once the smart rod state is determined to be in one of the second state, the third state, or the fourth state, the smart rod state can only When it is in the fourth state, it changes to the first state.

According to some embodiments, a smart pole status detection system is provided, which further includes a terminal module for sending the authentication signal to the central control center. When the central control center receives the authentication signal, the central control center determines the The state of the smart bar is in the third state.

According to some embodiments, a smart pole state detection system is provided, which further includes an identification source, the identification source includes at least one device information of the pole module; the terminal module is further used to receive the identification source; when the terminal When the module receives the identification source, the terminal module sends the authentication signal to the central control center, and the central control center determines that the state of the smart pole is in the third state after receiving the authentication signal.

According to some embodiments, a smart pole status detection system is provided, wherein the identification source includes a two-dimensional bar code arranged at any place in the accommodating space.

According to some embodiments, there is provided a smart pole status detection system, wherein the accommodating space has an outer frame edge; the reed switch is disposed in the accommodating space; the magnet is disposed on the maintenance hole cover relative to the accommodating space One side of the space; when the maintenance hole cover and the edge of the outer frame are closed with each other, the magnet enters the magnetic induction zone, the magnetic induction zone is in a conductive state, and the smart rod state is in the first state; when the maintenance hole cover and the When the edges of the outer frame are not connected, the magnet is separated from the magnetic induction area, the magnetic induction area is in a disconnected state, and the smart rod state is in the second state.

According to some embodiments, a smart pole state detection system is provided, wherein the reed switch is at least 2 cm away from the edge of the outer frame.

According to some embodiments, a smart pole status detection system is provided, which further includes a terminal module for sending an authentication signal and a completion signal to the communication module; the communication module for receiving the authentication signal and the completion signal The communication module is used to send at least one of the first signal, the second signal, a third signal, and a fourth signal to the central control center; the central control center is used to determine the The state of the smart rod is at least one of the first state, the second state, a third state, and a fourth state; when the communication module receives the authentication signal, the communication module sends the third signal To the central control center, the central control center determines that the state of the smart bar is in the third state; when the communication module receives the completion signal, the communication module sends the fourth signal to the central control center, and the central control The center judges that the state of the smart bar is in the fourth state.

According to some embodiments, there is provided a smart pole state detection integration including: a smart pole state detection system and a pole module, wherein the pole module includes: a main pole; a small base station disposed on the main The top end of the rod body; at least one auxiliary rod body, which is arranged on the outer edge of the main rod body; and an equipment base connected to the bottom of the main rod body, the equipment base having an accommodation space and a covering the The maintenance hole cover of the accommodating space; wherein the smart pole status detection system includes: a central control center for receiving an authentication signal and for determining that the state of a smart pole is at least in a first state, a second state, And one of a third state; a communication module for sending at least one of a first signal and a second signal to the central control center; a control module for sending a closing signal and an opening At least one of the signals is sent to the communication module; a magnetic reed induction circuit arranged on the maintenance hole cover and connected to the control module; and a magnet arranged on the maintenance hole cover for providing a magnetic force; the magnetic reed induction The circuit includes: a magnetic reed switch having a magnetic induction zone, the magnetic reed switch is in a conducting state when the magnet enters the magnetic induction zone, and is in an off state when the magnet leaves the magnetic induction zone; When the reed switch of the first reed induction circuit is in the on state, the control module sends the close signal, the communication module sends the first signal, and the central control center determines that it is in the first state; When the reed switch of the first reed induction circuit is in the off state, the control module sends the open signal, the communication module sends the second signal, and the central control center determines that it is in the second state; when When the central control center receives the authentication signal, the central control center determines that it is in the third state.

According to some embodiments, a smart pole state detection integration is provided, wherein at least one of the central control center, the control module, and the communication module is disposed in the pole module.

100: Smart pole status detection system

200: Smart bar status detection integration

1: Rod module

10: Main body

11: Small base station

12: Secondary body

13: Equipment base

131: functional equipment

14: accommodating space

15: Repair hole cover

21: Magnetic reed switch

22: Magnetic induction zone

23: Magnet

24: Reed induction circuit

25: Outer frame edge

26: Two-dimensional barcode

31: Central Control Center

32: Communication module

33: control module

34: terminal module

320a: Turn off the signal

320b: Turn on the signal

310a: The first signal

310b: second signal

310c: third signal

310d: Fourth signal

310A: First state

310B: second state

310C: third state

310D: Fourth state

410: Certification signal

420: Identify the source

430: Complete signal

N1, N2: Metal contacts

A: Installation direction

Figure 1 is a schematic diagram of the rod module.

Figure 2a is a partial schematic diagram of the rod module.

Figure 2b is a partial schematic diagram of the rod module.

Figure 2c is a schematic diagram of the open state of the reed switch.

Figure 2d is a schematic diagram of the on-state of the reed switch.

Figure 3 is a schematic diagram of the system architecture of the smart rod status detection system according to an embodiment of the present creation.

Figure 4 is a schematic diagram of the system architecture of the smart pole status detection system according to an embodiment of the present creation.

Figure 5 is a schematic diagram of a running state of the smart stick state detection system according to an embodiment of the present creation.

Figure 6 is a schematic diagram of a running state of the smart rod state detection system according to an embodiment of the present creation.

Figure 7 is a schematic diagram of the system architecture of the smart pole status detection system according to an embodiment of the present creation.

Figure 8 is a schematic diagram of the smart stick state detection integration of an embodiment of the present creation.

The following describes the smart rod state detection system 100 according to some embodiments of the present creation. In this creation, by providing a combination of the state detection system and the pole module 1, the state detection system monitors the state of the smart pole and judges the state of the smart pole in real time when the state of the pole module 1 changes. The smart pole status detection system 100 further improves the security, real-time, and accuracy of system management and control by providing the monitor with the real-time smart pole status.

FIG. 1 is a schematic diagram of the rod module 1. Please refer to Figure 3 for a better understanding of this creation. As shown in Figure 1, a small base station 11 (or called a small radio base station) can be installed on the main pole body 10. The small base station 11 can also be arranged at any position on the secondary pole 12, such as any place on the secondary pole 12 or an end point of the secondary pole 12. An equipment base 13 is arranged under the main pole body 10, and the equipment base 13 has an accommodating space 14 in which various devices can be arranged. The maintenance hole cover 15 is used to cover the opening of the accommodating space 14. In practice, the equipment base 13 is a space for placing various types of equipment.

2a and 2b are partial schematic diagrams of the rod module 1. As shown in Fig. 2a and Fig. 2b, a part of the rod module 1 is further shown. The accommodating space 14 may be provided with a functional device 131, and the functional device 131 provides various functions. The function equipment 131 to be installed may be different according to the location, region, and environment where the pole module 1 is installed. The maintenance hole cover 15 can cover the accommodating space 14 corresponding to the opening size of the accommodating space 14. The reed induction circuit 24 is disposed in the accommodating space 14. However, the reed induction The circuit 24 can be placed in the functional device 131. The reed induction circuit 24 includes a reed switch 21, and the reed switch 21 has a magnetic induction area 22.

The reed switch 21 may be arranged on the periphery of the functional device 131, and the term “peripheral” refers to an installation position that does not affect the basic function of the reed switch 21, such as the housing of the functional device 131. However, since the magnetic induction zone 22 of the reed switch 21 has a sensing range, it should be ensured that the magnetic induction zone 22 can allow the magnet 23 to enter the magnetic induction zone 22. If the reed switch 21 is installed in the housing of the functional device 131, it should be ensured that the magnet 23 can enter the magnetic induction zone 22.

The repair hole cover 15 is provided with a magnet 23. The magnet 23 can be, for example, an object with magnetism, and its main function is to provide magnetic force to generate magnetic induction, and the magnetic force has a magnetic force range. When the reed switch 21 enters the magnetic induction area 22 by the magnet 23, the reed induction circuit 24 is conducted, and when the magnet 23 leaves the magnetic induction area 22, the reed induction circuit 24 is disconnected. In practice, the reed switch 21 has metal contacts N1 and N2 as shown in Figure 2c and Figure 2d. When no magnetic force is applied, there is a gap between the metal contacts N1 and N2 so that the reed switch 21 is separated and disconnected, and the reed induction circuit 24 is disconnected. On the contrary, under the condition of applying a magnetic force, the metal contacts N1 and N2 will contact together to make the reed switch 21 contact and conduct, and the reed induction circuit 24 is turned on.

In other words, when the magnet 23 approaches the reed switch 21 along the installation direction A and enters the magnetic induction zone 22, the magnet 23 applies a magnetic force to the metal contacts N1 and N2, and the metal contacts N1 and N2 will come into contact with each other to make the reed switch 21 Contact and conduction, the reed induction circuit 24 conducts.

It is worth noting that the positions of the magnet 23 and the magnetic reed induction circuit 24 of the present creation are not limited to the embodiment shown in FIG. 2a. However, in the embodiment of Fig. 2a, the position of the magnet 23 is better. The reason is that the location of the smart pole is mostly outdoor space, and there are severe weather changes. Therefore, it is better to set the position of the magnet 23 not close to the edge 25 of the outer frame. The aforementioned non-closeness should mean that it is not susceptible to Location of interference from external fluids. Fluids such as rainwater. In this way, the failure rate of the equipment can be reduced and the durability of the equipment can be improved. In practice, if the reed switch 21 is not in contact with or adjacent to the outer frame edge 25, the aforementioned effects can be achieved, the possibility of deliberate damage can be reduced, and the safety can also be improved. In some embodiments, the reed switch 21 is at least 1 cm away from the outer frame edge 25 or at least 2 cm away. In some embodiments, the magnet 23 may be arranged at the center of the maintenance hole cover 15, and the oppositely ground magnetic reed switch 21 may be arranged near the center of the opening of the accommodating space 14. The two-dimensional bar code 26 provides relevant information of the rod module 1 and is arranged inside the accommodating space 14 so that the maintenance hole cover 15 cannot be touched or read by outsiders when the rod module 1 is operating normally. Wisdom bar related information.

Referring to Figures 2a and 2b, when the rod module 1 is operating normally, the maintenance hole cover 15 can cover the accommodating space 14 in different ways and the maintenance hole cover 15 is in close contact with the edge 25 of the outer frame. As shown in Figure 2a, the maintenance hole cover 15 can be a four-sided free edge, and as shown in Figure 2b, one side of the maintenance hole cover 15 can be pivotally connected to one side of the outer frame edge 25, so that the maintenance hole cover 15 is three of The edges are free edges.

FIG. 3 is a schematic diagram of the system architecture of the smart pole status detection system 100 according to an embodiment of the present creation. Please refer to FIGS. 2a and 3 at the same time. The smart pole status detection system 100 includes a central control center 31, a communication module 32, a control module 33, a pole module 1, a reed induction circuit 24, and a magnet 23.

The central control center 31 can be used to determine that the state of the smart rod is at least one of the first state 310A and the second state 310B. The state of the smart rod may refer to the state of the magnet 23 and the reed switch 21. In some embodiments, the first state 310A is the state of the smart bar, which is a normal operation, a normal operation, or a normal operation state. In other words, the maintenance hole cover 15 is closed with the outer frame edge 25 of the accommodating space 14 along the installation direction A. In other words, the magnet 23 enters the magnetic induction area 22, so that the reed switch 21 is in contact and conducted, and the reed induction circuit 24 is in a conducting state.

In some embodiments, the second state 310B is a state of abnormal operation, suspected stolen, or abnormal activation of the smart pole. In other words, the maintenance hole cover 15 is not closed with the outer frame edge 25 of the accommodating space 14 along the installation direction A. In other words, the magnet 23 does not enter the magnetic induction zone 22, so that the reed switch 21 is separated and disconnected, that is, the reed induction circuit 24 is in the disconnected state.

The reed induction circuit 24 is electrically connected to the control module 33. The control module 33 can send at least one of the closing signal 320a and the opening signal 320b to the communication module 32, and the communication module 32 can receive at least one of the closing signal 320a and the opening signal 320b. The communication module 32 can send at least one of the first signal 310a and the second signal 310b to the central control center 31, and the central control center 31 can receive at least one of the first signal 310a and the second signal 310b. When the central control center 31 receives the first signal 310a, the central control center 31 determines that the state of the smart bar is in the first state 310A. When the central control center 31 receives the second signal 310b, the central control center 31 determines that the state of the smart bar is in the second state 310B.

FIG. 4 is a schematic diagram of the system architecture of the smart pole status detection system 100 according to an embodiment of the present creation. Please refer to Fig. 4 and Fig. 2a at the same time. The smart pole status detection system 100 includes a central control center 31, a communication module 32, a control module 33, a pole module 1, a reed sensing circuit 24, a magnet 23, The terminal module 34, the authentication signal 410 and the identification source 420.

The central control center 31 can be used to determine that the state of the smart rod is at least one of the first state 310A, the second state 310B, and the third state 310C. In some embodiments, the third state 310C is that the state of the smart bar is under maintenance, calibration, maintenance, or a state different from the first state 310A. The central control center 31 can receive the authentication signal 410. When the central control center 31 receives the authentication signal 410, the central control center 31 determines that the state of the smart bar is in the third state 310C.

The terminal module 34 can send an authentication signal 410 to the central control center 31. The terminal module 34 can be a mobile phone, an inventory machine, a microwave transmitter, and other devices with signal reading and sending functions. terminal The module 34 can read the information recorded in the identification source 420, and send the authentication signal 410 to the central control center 31 by wireless or wired means. The identification source 420 can be in the form of a one-dimensional bar code, a two-dimensional bar code 26, or other carriers that can record information. The authentication signal 410 includes at least one device information of the pole module 1, such as device number, model, area information, etc., information related to the pole module 1. The identification source 420 may be disposed in the accommodating space 14 or the functional device 131. When the terminal module 34 reads the identification source 420, it can send an authentication signal 410 to the central control center 31. The authentication signal 410 may include device information. The control center 31 will determine whether the identification source 420 and the authentication signal 410 are correct. If the authentication signal 410 is correct, the central control center 31 determines that the state of the smart bar is in the third state 310C.

In some embodiments, the terminal module 34 includes an identification source 420. The terminal module 34 may be a device that does not have a signal sending function, such as a magnetic button, a barcode, and other types that need to be read. In this way, the central control center 31 may have a photographing device or a reading device for reading the device information provided by the identification source 420.

In some embodiments, when the central control center 31 determines that the state of the smart bar is in the second state 310B, the state of the smart bar remains in the second state 310B until the central control center 31 receives the authentication signal 410. When the central control center 31 receives the authentication signal 410, the central control center 31 determines that the state of the smart bar is in the third state 310C.

In some embodiments, the authentication signal 410 may be that after the smart pole status detection system 100 has completed some work items by a specific person, the specific person uses the terminal module 34 to send the authentication signal 410 to the central control center 31. In other words, a specific person can omit the action of reading the identification source 420 to increase work efficiency. In other embodiments, the authentication signal 410 may also be an verbal notification by a specific person to control the staff of the central control center 31.

FIG. 5 is a schematic diagram of a running state of the smart rod state detection system 100 according to an embodiment of the present creation. Please refer to Figure 5 for the smart rod state detection system 100 when the smart rod state is in the third state 310C Schematic diagram of the state. The central control center 31 can receive the completion signal 430; the central control center 31 is used to determine that the state of the smart rod is at least one of the first state 310A, the second state 310B, the third state 310C, and the fourth state 310D. When the state of the smart bar is in the third state 310C, and the central control center 31 receives the completion signal 430, the central control center 31 determines that the state of the smart bar is in the fourth state 310D.

In some embodiments, the fourth state 310D may be a state where the smart pole is repaired, repaired and ready to be converted to the first state 310A, terminated in service, inactive, suspended in service, or decommissioned.

Please refer to Figure 4 and Figure 5. The completion signal 430 may refer to that after the smart rod state detection system 100 has completed some work items by a specific person, the specific person uses the terminal module 34 to send the completion signal 430 to the central control center 31. In other embodiments, the completion signal 430 may also be an verbal notification by a specific person to control the staff of the central control center 31.

FIG. 6 is a schematic diagram of an operating state of the smart rod state detection system 100 according to an embodiment of the present creation. As shown in Figure 6, when the state of the smart bar is judged to be in one of the second state 310B, the third state 310C, or the fourth state 310D, the smart bar state can only be changed from the fourth state 310D to the second state. A state 310A. Because of this, the fourth state 310D can be a maintenance completed state, a state where maintenance is completed and ready to transition to the first state 310A. In this way, the accuracy of the smart pole state detection system 100 can be ensured, and it can be ensured that a specific person can go to the site for inspection or maintenance to further determine the current state of the pole body module 1.

FIG. 7 is a schematic diagram of the system architecture of the smart pole status detection system 100 according to an embodiment of the present creation. The communication module 32 can send at least one of the first signal 310a, the second signal 310b, the third signal 310c, and the fourth signal 310d to the central control center 31. The central control center 31 is used to determine that the state of the smart rod is at least one of the first state 310A, the second state 310B, the third state 310C, and the fourth state 310D one. When the reed switch 21 of the reed sensing circuit 24 is in the on state, the control module 33 sends a close signal 320a, and the communication module 32 sends a first signal 310a to the central control center 31, and the central control center 31 determines that the state of the smart rod is in this state. The first state 310A; when the reed switch 21 of the reed sensing circuit 24 is in the off state, the control module 33 sends an open signal 320b, and the communication module 32 sends a second signal 310b to the central control center 31, the central control center 31 It is judged that the state of the smart stick is in the second state 310B; when the communication module 32 receives the authentication signal 410, the communication module 32 sends a third signal 310c to the central control center 31, and the central control center 31 judges that the state of the smart stick is in the third state 310C; When the communication module 32 receives the completion signal 430, the communication module 32 sends a fourth signal 310d to the central control center 31, and the central control center 31 determines that the state of the smart bar is in the fourth state 310D.

Figure 8 is a schematic diagram of the smart stick state detection integration of an embodiment of the present creation. Please refer to Fig. 8 and Fig. 4 together, this creation also provides a smart rod status detection integration including: smart rod status detection system 100 and rod body module 1, wherein the rod body module 1 includes the main rod body 10 The small base station 11 (or small radio base station) is set on the top of the main pole body 10; at least the auxiliary pole body 12, which is set on the outer edge side of the main pole body 10; and the equipment base 13, connected to the main pole Below the rod body 10, the equipment base 13 has an accommodating space 14 and a maintenance hole cover 15 covering the accommodating space 14. Among them, the communication module 32 may be a small base station 11 (or called a small radio base station). In this way, the smart pole state detection system 100 and the pole body module 1 can be combined to realize the possibility of edge computing and improve computing efficiency. In other words, the pole module 1 may include the smart pole state detection system 100. In some embodiments, at least one of the central control center 31, the control module 33, and the communication module 32 is disposed in the pole module 1. As shown in FIG. 8, the central control center 31, the communication module 32 or the control module 33 can be installed in the functional device 131.

100: Smart pole status detection system

24: Reed induction circuit

31: Central Control Center

32: Communication module

33: control module

320a: Turn off the signal

320b: Turn on the signal

310a: The first signal

310b: second signal

310A: First state

310B: second state

Claims (13)

A smart rod state detection system, comprising: a central control center for judging that the state of a smart rod is at least one of a first state and a second state; a communication module for sending a first signal And at least one of a second signal to the central control center; a control module for sending at least one of a closing signal and an opening signal to the communication module; a pole module with an accommodating space and A maintenance hole cover covering the accommodating space; a magnetic reed induction circuit arranged in the accommodating space and connected to the control module; and a magnet arranged on the maintenance hole cover to provide a magnetic force; the magnetic reed The induction circuit includes: a magnetic reed switch with a magnetic induction zone, the magnetic reed switch is in a conducting state when the magnet enters the magnetic induction zone, and is in an off state when the magnet leaves the magnetic induction zone; wherein, when the magnetic reed When the reed switch of the sensing circuit is in the on state, the control module sends the off signal, the communication module sends the first signal to the central control center, and the central control center determines that the state of the smart rod is in the first state , When the reed switch of the reed induction circuit is in an off state, the control module sends the open signal, the communication module sends the second signal to the central control center, and the central control center determines the smart rod The state is in this second state. The smart stick state detection system according to claim 1, wherein the central control center is further used to receive an authentication signal; the central control center is used to determine that the state of the smart stick is at least the first state, the One of a second state and a third state; when the central control center receives the authentication signal, the central control center determines that the state of the smart rod is in the third state. For the smart rod state detection system described in claim 2, when the smart rod state is in the second state, the smart rod state remains in the second state until the central control center receives the authentication signal; when the central control center When receiving the authentication signal, the central control center determines that the state of the smart rod is in the third state. The smart stick state detection system according to claim 3, wherein the central control center is further used to receive a completion signal; the central control center is used to determine that the state of the smart stick is at least the first state, the second state, One of the third state and a fourth state; wherein, when the state of the smart bar is in the third state, the central control center receives the completion signal, and the central control center determines that the state of the smart bar is in the first state Four states. The smart stick state detection system according to claim 4, wherein, once the smart stick state is judged to be in one of the second state, the third state, or the fourth state, the smart stick state can only When it is in the fourth state, it changes to the first state. The smart pole status detection system described in claim 2 further includes a terminal module for sending the authentication signal to the central control center. When the central control center receives the authentication signal, the central control center determines the The state of the smart bar is in the third state. The smart pole status detection system according to claim 6, further comprising an identification source, the identification source includes at least one device information of the pole module; the terminal module is further used to receive the identification source; when the terminal When the module receives the identification source, the terminal module sends the authentication signal to the central control center, and the central control center determines that the state of the smart stick is in the third state after receiving the authentication signal. The smart pole state detection system according to claim 7, wherein the identification source includes a two-dimensional bar code arranged at any place in the accommodating space. The smart pole state detection system according to claim 1, wherein the accommodating space has an outer frame edge; the magnetic reed switch is arranged in the accommodating space; the magnet is arranged on the maintenance hole cover relative to the accommodating One side of the space; when the maintenance hole cover and the edge of the outer frame are closed with each other, the magnet enters the magnetic induction zone, the magnetic induction zone is in a conductive state, and the smart rod state is in the first state; when the maintenance hole cover and the When the edges of the outer frame are not connected, the magnet is separated from the magnetic induction area, the magnetic induction area is in a disconnected state, and the smart rod state is in the second state. The smart pole status detection system according to claim 9, wherein the distance between the reed switch and the edge of the outer frame is at least 2 cm. The smart pole status detection system as described in claim 1, further includes a terminal module for sending an authentication signal and a completion signal to the communication module; the communication module for receiving the authentication signal and the completion signal The communication module is used to send at least one of the first signal, the second signal, a third signal, and a fourth signal to the central control center; the central control center is used to determine the The state of the smart rod is at least one of the first state, the second state, a third state, and a fourth state; when the communication module receives the authentication signal, the communication module sends the third signal To the central control center, the central control center determines that the state of the smart bar is the third state; when the communication module receives the completion signal, the communication module sends the fourth signal to the central control center, and the central control The center judges that the state of the smart bar is in the fourth state. A smart rod state detection integration, including: a smart rod state detection system and a rod body module, wherein the rod body module includes: a main rod body; A small base station is set on the top of the main pole; at least one auxiliary pole is set on the outer edge of the main pole; and a device base connected to the bottom of the main pole, the device base has An accommodating space and a maintenance hole cover covering the accommodating space; wherein the smart rod state detection system includes: a central control center for receiving an authentication signal and determining that the state of a smart rod is at least a first One of a state, a second state, and a third state; a communication module for sending at least one of a first signal and a second signal to the central control center; a control module for To send at least one of a closing signal and an opening signal to the communication module; a magnetic reed induction circuit arranged on the maintenance hole cover and connected to the control module; and a magnet arranged on the maintenance hole cover for Provide a magnetic force; the reed induction circuit includes: a reed switch with a magnetic induction area, the reed switch is in a conducting state when the magnet enters the magnetic induction area, and is in an off state when the magnet leaves the magnetic induction area ; Wherein, when the reed switch of the first reed induction circuit is in a conducting state, the control module sends the off signal, the communication module sends the first signal, and the central control center determines that it is in the first state When the reed switch of the first reed induction circuit is in an off state, the control module sends the open signal, the communication module sends the second signal, and the central control center determines that it is in the second state; When the central control center receives the authentication signal, the central control center determines that it is in the third state. The smart pole state detection integration described in claim 12, wherein at least one of the central control center, the control module, and the communication module is set in the pole module.

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