Intelligent illumination control method and control system for high-pole lamp

Abstract

The invention discloses an intelligent illumination control method and system for a high-pole lamp. The method comprises the following steps: acquiring current state data and a remote control signal of the high-pole lamp; judging whether the current state data meets a preset opening condition or not; judging whether the remote control signal is a preset opening forbidding signal or not; if the preset turn-on condition is met and no turn-off forbidding signal exists, turning on the high-pole lamp for illumination; if the preset starting condition is not met, wireless alarm data and an alarm signal are wirelessly transmitted to a remote monitoring terminal; if the opening forbidding signal exists, the local alarm unit is triggered to give out a prompt; and meanwhile, after the high-pole lamp illuminates, working data is detected in real time and is wirelessly transmitted to a remote control terminal at regular intervals. Therefore, the high-pole lamp can be remotely controlled, working data can be detected and wirelessly transmitted to the remote monitoring terminal, and intelligent lighting and remote online real-time monitoring are achieved.

Description

Technical Field

[0001] The present invention relates to the technical field of high pole lamps, and in particular to a megawatt-level high pole lamp intelligent lighting control method and control system. Background Art

[0002] High pole lights are widely used in airports, ports and other places. Usually, high pole lights include a light pole, a light frame installed on the light pole, and a lifting mechanism that drives the light frame to rise and fall on the light pole. The light frame is provided with a light board, and the light board is provided with multiple LED lights, a driving power supply and a control unit, etc. The control unit is also connected to the lifting mechanism. With the development of science and technology, many smart high pole lights have emerged. Smart high pole lights can intelligently control the opening and closing of high pole lights according to the environment, light, etc. However, the existing smart high pole lights do not have the function of safety detection before turning on the lighting, nor do they have the function of remote online real-time monitoring, resulting in the safety of the use of high pole lights cannot meet the demand. Summary of the invention

[0003] In view of the above-mentioned shortcomings, the technical problem to be solved by the present invention is: to provide a high pole lamp intelligent lighting control method and control system, which can perform a pilot detection before turning on the high pole lamp lighting to ensure that the lighting is turned on within a safe range, and after turning on the lighting, it can detect the working data and transmit it wirelessly to the remote monitoring terminal, thereby realizing remote online monitoring and meeting actual usage needs.

[0004] In order to solve the above technical problems, the technical solution of the present invention is: A high pole lamp intelligent lighting control method comprises the following steps: S10, obtaining current status data and remote control signals of the high pole lamp; S20, determining whether the current state data meets the preset start condition; Determine whether the remote control signal is a preset prohibition signal; S30, if the current state data meets the preset opening condition and the remote control signal is not a preset prohibition opening signal, then generate a corresponding opening signal; If the current status data does not meet the preset start conditions, the corresponding wireless alarm data is generated; If the remote control signal is a preset prohibition signal, a corresponding local alarm signal is generated; S40, turning on the high pole lamp according to the opening signal, and then executing S50; According to the wireless alarm data, wirelessly transmit the current status data and the alarm signal to the remote monitoring terminal, and execute S10; According to the local alarm signal, the local alarm unit is triggered to issue a prompt, and S10 is executed; S50, obtaining the working data of the high pole lamp, and converting the working data into wireless monitoring data; S60, determining whether the current time is a preset monitoring time; S70: If the current time is the preset monitoring time, wirelessly transmit to the remote control terminal.

[0005] Preferably, the current status data includes the current height of the lamp stand, environmental parameters and current time; The step of judging whether the current state data meets the preset start condition includes: S200, determining whether the current height of the lamp stand is a preset working height; Determine whether the environmental parameters are within the preset environmental range; Determine whether the current time is within the preset working time range; S201: If the current height of the lamp stand is a preset working height, the environmental parameters are within a preset environmental range, and the current time is within a preset working time range, then the current state data meets the preset start condition; S202: If the current height of the lamp stand is not the preset working height, the environmental parameters are not within the preset environmental range, and / or the current time is not within the preset working time range, the current status data does not meet the preset start condition.

[0006] In a preferred embodiment, the S30 includes: if the current height of the lamp stand is not the preset working height, generating corresponding wireless alarm data and a request to raise signal; The S40 includes: S410, wirelessly transmitting current status data and alarm signals to a remote monitoring terminal according to the wireless alarm data; S411, acquiring a remote control signal and a local control signal according to a request raising signal; S412, determining whether the remote control signal and the local control signal are rising signals; S413, if the remote control signal is a rising signal, and / or the local control signal is a rising signal, the lifting mechanism is controlled to drive the lamp stand to rise to a preset working height, and S10 is executed; If the remote control signal is not a rising signal, execute S411.

[0007] Preferably, the environmental parameter includes the ambient light; the preset environmental range includes the preset light range; The step of determining whether the environmental parameters are within a preset environmental range in S202 includes: determining whether the ambient light is within a preset light range; The S202 includes: If the ambient light is within the preset light range; And when the current time is not within the preset working time range, the corresponding wireless alarm data and the start-up verification signal are generated; The S40 includes: S414, wirelessly transmitting current status data and alarm signals to a remote monitoring terminal according to the wireless alarm data; S415, obtaining a remote control signal and a local control signal according to the start-up review signal; S416, determining whether the remote control signal and the local control signal are confirmation start signals; S417: If the remote control signal is a confirmation start signal, and / or the local control signal is a confirmation start signal, turn on the high pole lamp, and execute S50; If the remote control signal is not a confirmation start signal, and the local control signal is not a confirmation start signal, S415 is executed.

[0008] Preferably, the working data includes working current; and S50 includes: S500, determining whether the operating current is greater than a preset current threshold; Determine whether i is greater than a preset value; S501, if i is greater than a preset value, i is reset to zero, and a corresponding abnormal operation alarm signal is generated; If i is not greater than the preset value and the working current is greater than the preset current threshold, the timing is started, i=i+1; S502: After the timing time is up, the working current of the high pole lamp is obtained and S500 is executed.

[0009] In a preferred embodiment, the working data includes the number of LEDs that are not lit; and S50 includes: Determine whether the number of LEDs that are not lit is greater than a preset number; If the number of LEDs that are not lit is greater than the preset number, a corresponding maintenance signal is generated; Wirelessly transmit maintenance signals to the remote control terminal.

[0010] The preferred method is that after receiving the wireless monitoring data, the remote control terminal determines whether the wireless monitoring data is within a safe range; If the wireless monitoring data is not within the safe range, the on-site maintenance signal is wirelessly transmitted to the high pole lamp; After receiving the on-site maintenance signal, the high pole lamp will issue a corresponding prompt and turn off the high pole lamp to stop lighting.

[0011] Preferably, the control method further comprises the following steps: Get local control signal; Matching local control signals with preset operation signals; According to the matching result, the high pole light is controlled to be turned on, off, raised or lowered and / or an alarm is issued.

[0012] Preferably, the working data includes the temperature of the lamp board; and S50 includes: Determine whether the temperature of the light board is greater than a preset temperature threshold; If the lamp board temperature is greater than the preset temperature threshold, a corresponding local shutdown signal is generated; According to the local shutdown signal, turn off the high pole lamp and stop lighting.

[0013] A high pole lamp intelligent lighting control system, comprising a control unit and a data detection unit, an opening detection unit, an alarm unit, a wireless communication unit and a local interaction unit electrically connected to the control unit respectively; the data detection unit is used to detect the current state data and working data of the high pole lamp, and transmit the current state data and working data to the control unit, the control unit transmits the current state data to the opening detection unit, converts the working data into corresponding wireless monitoring data, and transmits it to the wireless communication unit; the opening detection unit is used to determine whether the current state data meets the preset opening condition; determine whether the remote control signal is a preset prohibition opening signal; if the current state data meets the preset opening condition and the remote control signal is not a preset prohibition opening signal, generate a corresponding opening condition, and generate a corresponding opening condition, and transmit the corresponding opening condition to the control unit. an opening signal; if the current status data does not meet the preset opening conditions, generate corresponding wireless alarm data; if the remote control signal is a preset prohibition signal, generate a corresponding local alarm signal; and transmit the opening signal, wireless alarm data and local alarm signal to the control unit; the control unit is used to turn on the high pole lamp lighting according to the opening signal, and is used to transmit the wireless alarm data to the wireless communication unit, and is used to trigger the alarm unit according to the local alarm signal; the wireless communication unit is wirelessly connected to the remote monitoring terminal, the wireless communication unit transmits wireless alarm data and alarm signals to the remote monitoring terminal, and the remote monitoring terminal wirelessly transmits remote control signals to the wireless communication unit; the local interaction unit is used to input local control signals to the control unit.

[0014] After adopting the above technical solution, the beneficial effects of the present invention are: Due to the intelligent lighting control method and control system of the high pole lamp of the present invention, the current state data and remote control signal of the high pole lamp are first obtained; it is determined whether the current state data meets the preset start-up conditions; it is determined whether the remote control signal is a preset prohibition-opening signal; if the current state data meets the preset start-up conditions and the remote control signal is not a preset prohibition-opening signal, a corresponding start signal is generated; if the current state data does not meet the preset start-up conditions, a corresponding wireless alarm data is generated; if the remote control signal is a preset prohibition-opening signal, a corresponding local alarm signal is generated; according to the start signal, the high pole lamp lighting is turned on; according to the wireless alarm data, the current state data and the alarm signal are wirelessly transmitted to the remote monitoring terminal; according to the local alarm signal, the local alarm unit is triggered to issue a prompt; the working data of the high pole lamp is obtained, and the working data is converted into wireless monitoring data; it is determined whether the current time is the preset monitoring time; if the current time is the preset monitoring time, it is wirelessly transmitted to the remote control terminal. It can be seen that before turning on the high pole lamp, the present invention first determines whether the high pole lamp is within the safe operating range. If there are unsafe factors, it can be remotely controlled to prohibit turning it on. If it is within the safe operating range, the lighting can be turned on, and the working data can be detected and wirelessly transmitted to the remote monitoring terminal for remote monitoring, thereby realizing smart lighting and remote online real-time monitoring. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 It is a flow chart of the intelligent lighting control method of the high pole lamp in the present invention; Figure 2 It is a principle block diagram of the intelligent lighting control system of the high pole lamp in the present invention. DETAILED DESCRIPTION

[0016] In order to make the purpose, technical solution and advantages of the present invention more clearly understood, the present invention is further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not used to limit the present invention.

[0017] It should be noted that, in the description of the present invention, terms such as "up", "down", "left", "right", "inside" and "outside" indicating directions or positional relationships are based on the directions or positional relationships shown in the drawings. This is merely for the convenience of description and does not indicate or imply that the device or element must have a specific orientation, be constructed and operated in a specific orientation. Therefore, it cannot be understood as a limitation on the present invention.

[0018] In addition, it should be noted that in the description of the present invention, unless otherwise clearly specified and limited, the terms "installed", "connected", and "connected" should be understood in a broad sense, for example, it can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection; it can be a direct connection, or it can be indirectly connected through an intermediate medium, or it can be the internal communication of two components. For those skilled in the art, the specific meanings of the above terms in the present invention can be understood according to specific circumstances. Embodiment 1

[0019] like Figure 1 As shown, a high pole lamp intelligent lighting control method comprises the following steps: Step S10, obtaining current status data and remote control signals of the high pole lamp; It should be noted that the current status data may include but is not limited to the current height of the lamp rack, environmental parameters and the current time. Specifically, the environmental parameters may include ambient light, ambient temperature, etc. In order to meet actual use needs, the current status data can be set online using the local interaction unit or remote monitoring terminal in the high pole lamp intelligent lighting control system. Similarly, the preset start conditions can also be set through the local interaction unit or the remote monitoring terminal, so that the method of the present invention can better meet actual use needs and be more intelligent.

[0020] Step S20, determining whether the current state data meets the preset start condition; Determine whether the remote control signal is a preset prohibition signal; It should be noted that: based on the actual situation, the user can transmit the remote control signal to the wireless communication unit on the high pole lamp through the remote monitoring terminal. When the lighting is not allowed to be turned on, the remote control signal includes a prohibition signal, etc. In addition, the present invention can set the priority level of this prohibition signal, that is, once the prohibition signal from the remote monitoring terminal is received, it is executed first to avoid causing safety accidents. Of course, the remote control signal is not limited to the prohibition signal, and can include a lifting mechanism control signal, triggering a local alarm unit, etc., so as to remotely control the high pole lamp.

[0021] Step S30: if the current state data meets the preset opening condition and the remote control signal is not a preset prohibition opening signal, a corresponding opening signal is generated; If the current status data does not meet the preset start conditions, the corresponding wireless alarm data is generated; If the remote control signal is a preset prohibition signal, a corresponding local alarm signal is generated; Step S40, turning on the high pole lamp according to the turn-on signal, and then executing step S50; According to the wireless alarm data, wirelessly transmit the current status data and the alarm signal to the remote monitoring terminal, and execute step S10; A preferred solution is that after the wireless alarm data and alarm signal are transmitted to the remote monitoring terminal, it is determined whether the wireless monitoring data is within the safe range; if the wireless monitoring data is not within the safe range, the on-site maintenance signal is wirelessly transmitted to the high pole lamp; after the high pole lamp receives the on-site maintenance signal, it issues a corresponding prompt and turns off the high pole lamp to stop lighting. If the wireless monitoring data is within the safe range, it is sufficient to wirelessly transmit the rising signal only because the lamp stand is not in the working position. When the lamp stand rises to the preset working position, the high pole lamp can be illuminated.

[0022] According to the local alarm signal, the local alarm unit is triggered to issue a prompt to inform the user that there is a fault and to troubleshoot the fault, and then execute step S10; Step S50, obtaining the working data of the high pole lamp, and converting the working data into wireless monitoring data; Step S60, determining whether the current time is a preset monitoring time; Step S70: If the current time is the preset monitoring time, wirelessly transmit to the remote control terminal.

[0023] It should be particularly noted that the high pole lamp used in the present invention includes a lamp pole, a lamp stand arranged on the lamp pole and a lifting mechanism for driving the lamp stand to rise and fall. The lamp stand is provided with multiple LED lamps, a control unit, a wireless communication unit, etc., and the control unit is electrically connected to the lifting mechanism.

[0024] It can be seen that the high pole lamp intelligent lighting control method of the present invention first determines whether the high pole lamp is within the safe operating range before turning on the high pole lamp. If there are unsafe factors, it can be remotely controlled to prohibit turning it on. If it is within the safe operating range, the lighting can be turned on, and the working data can be detected and wirelessly transmitted to the remote monitoring terminal for remote monitoring, thereby realizing intelligent lighting and remote online real-time monitoring.

[0025] In step S20 of this embodiment, the step of determining whether the current state data meets the preset start condition specifically includes: Step S200, determining whether the current height of the lamp stand is a preset working height; Determine whether the environmental parameters are within the preset environmental range; Determine whether the current time is within the preset working time range; Step S201: If the current height of the lamp stand is a preset working height, the environmental parameters are within a preset environmental range, and the current time is within a preset working time range, then the current state data meets the preset start condition; Step S202: If the current height of the lamp stand is not the preset working height, the environmental parameters are not within the preset environmental range, and / or the current time is not within the preset working time range, the current state data does not meet the preset start condition.

[0026] In this embodiment, step S30 includes: if the current height of the lamp stand is not the preset working height, generating corresponding wireless alarm data and a request to raise signal; Step S40 includes: Step S410: wirelessly transmit current status data and alarm signals to a remote monitoring terminal according to the wireless alarm data; Step S411, obtaining a remote control signal and a local control signal according to a request raising signal; Step S412, determining whether the remote control signal and the local control signal are rising signals; Step S413: if the remote control signal is a rising signal, and / or the local control signal is a rising signal, the lifting mechanism is controlled to drive the lamp stand to rise to a preset working height, and step S10 is executed; If the remote control signal is not a rising signal, step S411 is executed.

[0027] Through the above steps, it is ensured that the high pole lamp of the present invention can be used correctly and intelligent lifting can be achieved.

[0028] In this embodiment, the environmental parameters include the ambient light; the preset environmental range includes the preset light range; The step of determining whether the environmental parameters are within a preset environmental range in step S202 includes: determining whether the ambient light is within a preset light range; Step S202 includes: If the ambient light is within the preset light range; And when the current time is not within the preset working time range, the corresponding wireless alarm data and the start-up verification signal are generated; Step S40 includes: Step S414: wirelessly transmit current status data and alarm signals to a remote monitoring terminal according to the wireless alarm data; Step S415: acquiring a remote control signal and a local control signal according to the start-up review signal; Step S416, determining whether the remote control signal and the local control signal are confirmation start signals; Step S417: If the remote control signal is a confirmation start signal, and / or the local control signal is a confirmation start signal, turn on the high pole lamp and execute step 50; If the remote control signal is not a confirmation start signal, and the local control signal is not a confirmation start signal, step S415 is executed.

[0029] Through the above steps, it is ensured that the high pole lamp of the present invention can be put into use when the ambient light is low during the day and lighting needs to be turned on. Of course, detection errors that lead to lighting waste can be avoided through review.

[0030] In this embodiment, the working data includes the working current; step S50 includes: Step S500, determining whether the operating current is greater than a preset current threshold; Determine whether i is greater than a preset value; Step S501: if i is greater than a preset value, i is reset to zero and a corresponding abnormal operation alarm signal is generated; If i is not greater than the preset value and the working current is greater than the preset current threshold, the timing is started, i=i+1; Step S502: After the timing time is up, the working current of the high pole lamp is obtained and step S500 is executed.

[0031] Through the above steps, the working current can be detected at fixed intervals. When the working current is abnormal and occurs several times in succession or for a period of time, the user is notified to avoid accidental events and simplify the troubleshooting method of the high pole lamp.

[0032] In this embodiment, the working data includes the number of LEDs that are not lit; step S50 includes: Determine whether the number of LEDs that are not lit is greater than a preset number; If the number of LEDs that are not lit is greater than the preset number, a corresponding maintenance signal is generated; Wirelessly transmit maintenance signals to the remote control terminal.

[0033] In this embodiment, the working data includes the temperature of the lamp board; step S50 includes: Determine whether the temperature of the light board is greater than a preset temperature threshold; If the lamp board temperature is greater than the preset temperature threshold, a corresponding local shutdown signal is generated; According to the local shutdown signal, turn off the high pole lamp and stop lighting.

[0034] Through the above steps, online monitoring of lighting effectiveness and online monitoring of lamp board temperature are realized. When the normal number of LEDs cannot meet the lighting needs, the user can be notified in time for maintenance. Similarly, when the temperature of the lamp board is too high, the lighting is turned off in time to avoid safety accidents.

[0035] The control method in this embodiment further includes the following steps: Get local control signal; Matching local control signals with preset operation signals; According to the matching result, the high pole light is controlled to be turned on, off, raised or lowered and / or an alarm is issued.

[0036] In summary, the intelligent lighting control method for high pole lamps of the present invention realizes remote and local online real-time monitoring, avoids the occurrence of faults, avoids the expansion of faults, and has both remote and local control, meeting actual use needs. Embodiment 2

[0037] like Figure 2 As shown, a high pole lamp intelligent lighting control system can use the high pole lamp intelligent lighting control method of embodiment one, and the control system includes a control unit and a data detection unit, a start detection unit, an alarm unit, a wireless communication unit and a local interaction unit electrically connected to the control unit respectively.

[0038] The data detection unit is used to detect the current state data and working data of the high pole lamp, and transmit the current state data and working data to the control unit. The control unit transmits the current state data to the start detection unit, converts the working data into corresponding wireless monitoring data, and transmits it to the wireless communication unit.

[0039] The opening detection unit is used to determine whether the current state data meets the preset opening conditions; determine whether the remote control signal is a preset forbidden opening signal; if the current state data meets the preset opening conditions and the remote control signal is not a preset forbidden opening signal, generate a corresponding opening signal; if the current state data does not meet the preset opening conditions, generate corresponding wireless alarm data; if the remote control signal is a preset forbidden opening signal, generate a corresponding local alarm signal; and transmit the opening signal, wireless alarm data and local alarm signal to the control unit; the control unit is used to turn on the high pole lamp lighting according to the opening signal, to transmit the wireless alarm data to the wireless communication unit, and to trigger the alarm unit according to the local alarm signal; The wireless communication unit is wirelessly connected to the remote monitoring terminal, the wireless communication unit transmits wireless alarm data and alarm signals to the remote monitoring terminal, and the remote monitoring terminal wirelessly transmits remote control signals to the wireless communication unit; The local interaction unit is used to input a local control signal to the control unit.

[0040] The intelligent lighting control system for high pole lamps of the present invention has online detection and remote control before turning on the lighting, which improves the safety of the use of high pole lamps. In addition, wireless manual operation can realize remote online monitoring by wirelessly transmitting working data at fixed times, thus meeting actual use needs.

[0041] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications made within the spirit and principles of the present invention, improvements to the intelligent lighting control method and control system of a high pole lamp, etc., should be included in the protection scope of the present invention.

Claims

1. A high pole lamp intelligent lighting control method, characterized in that: The following steps are involved: S10, obtaining the current status data and remote control signal of the high pole lamp; S20, determining whether the current state data meets the preset start condition; Determine whether the remote control signal is a preset prohibition signal; S30, if the current state data meets the preset opening condition and the remote control signal is not a preset prohibition opening signal, then generate a corresponding opening signal; If the current status data does not meet the preset start conditions, the corresponding wireless alarm data is generated; If the remote control signal is a preset prohibition signal, a corresponding local alarm signal is generated; S40, turning on the high pole lamp according to the opening signal, and then executing S50; According to the wireless alarm data, wirelessly transmit the current status data and the alarm signal to the remote monitoring terminal, and execute S10; According to the local alarm signal, the local alarm unit is triggered to issue a prompt, and S10 is executed; S50, obtaining the working data of the high pole lamp, and converting the working data into wireless monitoring data; S60, determining whether the current time is a preset monitoring time; S70: If the current time is the preset monitoring time, wirelessly transmit to the remote control terminal.

2. The high pole lamp intelligent lighting control method according to claim 1 is characterized in that: The current status data includes the current height of the lamp stand, environmental parameters and the current time; The step of judging whether the current state data meets the preset start condition includes: S200, determining whether the current height of the lamp stand is a preset working height; Determine whether the environmental parameters are within the preset environmental range; Determine whether the current time is within the preset working time range; S201: If the current height of the lamp stand is a preset working height, the environmental parameters are within a preset environmental range, and the current time is within a preset working time range, then the current state data meets the preset start condition; S202: If the current height of the lamp stand is not the preset working height, the environmental parameters are not within the preset environmental range, and / or the current time is not within the preset working time range, the current status data does not meet the preset start condition.

3. The high pole lamp intelligent lighting control method according to claim 2 is characterized in that: The S30 includes: if the current height of the lamp stand is not the preset working height, generating corresponding wireless alarm data and a request to raise signal; The S40 includes: S410, wirelessly transmitting current status data and alarm signals to a remote monitoring terminal according to the wireless alarm data; S411, acquiring a remote control signal and a local control signal according to a request raising signal; S412, determining whether the remote control signal and the local control signal are rising signals; S413, if the remote control signal is a rising signal, and / or the local control signal is a rising signal, the lifting mechanism is controlled to drive the lamp stand to rise to a preset working height, and S10 is executed; If the remote control signal is not a rising signal, execute S411.

4. The high pole lamp intelligent lighting control method according to claim 2 is characterized in that: The environmental parameters include the ambient light; the preset environmental range includes the preset light range; The step of determining whether the environmental parameters are within a preset environmental range in S202 includes: determining whether the ambient light is within a preset light range; The S202 includes: If the ambient light is within the preset light range; And when the current time is not within the preset working time range, the corresponding wireless alarm data and the start-up verification signal are generated; The S40 includes: S414, wirelessly transmitting current status data and alarm signals to a remote monitoring terminal according to the wireless alarm data; S415, obtaining a remote control signal and a local control signal according to the start-up review signal; S416, determining whether the remote control signal and the local control signal are confirmation start signals; S417: If the remote control signal is a confirmation start signal, and / or the local control signal is a confirmation start signal, turn on the high pole lamp, and execute S50; If the remote control signal is not a confirmation start signal, and the local control signal is not a confirmation start signal, S415 is executed.

5. The high pole lamp intelligent lighting control method according to claim 1 is characterized in that: The working data includes working current; S50 includes: S500, determining whether the operating current is greater than a preset current threshold; Determine whether i is greater than a preset value; S501, if i is greater than a preset value, i is reset to zero and a corresponding abnormal operation alarm signal is generated; If i is not greater than the preset value and the working current is greater than the preset current threshold, the timing is started, i=i+1; S502: After the timing time is up, the working current of the high pole lamp is obtained and S500 is executed.

6. The high pole lamp intelligent lighting control method according to claim 1 is characterized in that: The working data includes the number of LEDs that are not lit; S50 includes: Determine whether the number of LEDs that are not lit is greater than a preset number; If the number of LEDs that are not lit is greater than the preset number, a corresponding maintenance signal is generated; Wirelessly transmit maintenance signals to the remote control terminal.

7. The high pole lamp intelligent lighting control method according to claim 1 is characterized in that: After receiving the wireless monitoring data, the remote control terminal determines whether the wireless monitoring data is within a safe range; If the wireless monitoring data is not within the safe range, the on-site maintenance signal is wirelessly transmitted to the high pole lamp; After receiving the on-site maintenance signal, the high pole lamp will issue a corresponding prompt and turn off the high pole lamp to stop lighting.

8. The high pole lamp intelligent lighting control method according to claim 1 is characterized in that: The control method further comprises the following steps: Get local control signal; Matching local control signals with preset operation signals; According to the matching result, the high pole light is controlled to be turned on, off, raised or lowered and / or an alarm is issued.

9. The high pole lamp intelligent lighting control method according to claim 1, characterized in that: The working data includes the temperature of the lamp board; S50 includes: Determine whether the temperature of the light board is greater than a preset temperature threshold; If the lamp board temperature is greater than the preset temperature threshold, a corresponding local shutdown signal is generated; According to the local shutdown signal, turn off the high pole lamp and stop lighting.

10. A high pole lamp intelligent lighting control system, characterized in that: It includes a control unit and a data detection unit, an opening detection unit, an alarm unit, a wireless communication unit and a local interaction unit which are electrically connected to the control unit respectively; The data detection unit is used to detect the current state data and working data of the high pole lamp, and transmit the current state data and working data to the control unit, and the control unit transmits the current state data to the start detection unit, converts the working data into corresponding wireless monitoring data, and transmits it to the wireless communication unit; The opening detection unit is used to determine whether the current state data meets the preset opening condition; determine whether the remote control signal is a preset forbidden opening signal; if the current state data meets the preset opening condition and the remote control signal is not a preset forbidden opening signal, generate a corresponding opening signal; if the current state data does not meet the preset opening condition, generate corresponding wireless alarm data; If the remote control signal is a preset prohibition signal, a corresponding local alarm signal is generated; and transmitting the opening signal, wireless alarm data and local alarm signal to the control unit; The control unit is used to turn on the high pole lamp lighting according to the opening signal, to transmit wireless alarm data to the wireless communication unit, and to trigger the alarm unit according to the local alarm signal; The wireless communication unit is wirelessly connected to the remote monitoring terminal, the wireless communication unit transmits wireless alarm data and alarm signals to the remote monitoring terminal, and the remote monitoring terminal wirelessly transmits remote control signals to the wireless communication unit; The local interaction unit is used to input a local control signal to the control unit.

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