CN118549167B - Safety debugging system and method for intelligent advertising machine - Google Patents

本发明属于广告机调试管控技术领域，具体是一种智能广告机的安全调试系统及调试方法，其中，该安全调试系统包括调试控制器、安全检测模块、调试执行模块、调试记录模块和执行监测模块；本发明通过安全检测模块对广告机进行安全检查，当广告机通过安全检查后，调试执行模块根据调试指令执行相应的调试操作，调试记录模块实时记录调试过程中的所有操作和数据，不仅能够在对智能广告机进行调试前全面监测并合理判断其安全隐患状况，还能够高效准确判断智能广告机的性能状况，且通过执行监测模块对调试执行模块相应调试执行过程的执行状况进行监测，能够精准评估调试执行操作表现状况，减小调试监管难度，智能化程度高。

The present invention belongs to the technical field of debugging and control of advertising machines, and specifically relates to a safe debugging system and a debugging method for an intelligent advertising machine, wherein the safe debugging system comprises a debugging controller, a safety detection module, a debugging execution module, a debugging recording module and an execution monitoring module; the present invention performs a safety check on the advertising machine through the safety detection module, and when the advertising machine passes the safety check, the debugging execution module performs corresponding debugging operations according to the debugging instructions, and the debugging recording module records all operations and data in the debugging process in real time, which can not only comprehensively monitor and reasonably judge the safety hazard status of the intelligent advertising machine before debugging, but also efficiently and accurately judge the performance status of the intelligent advertising machine, and monitor the execution status of the corresponding debugging execution process of the debugging execution module through the execution monitoring module, which can accurately evaluate the performance status of the debugging execution operation, reduce the difficulty of debugging supervision, and has a high degree of intelligence.

Safety debugging system and method for intelligent advertising machine

Technical Field

The invention relates to the technical field of advertisement machine test tube control, in particular to a safety debugging system and a debugging method of an intelligent advertisement machine.

Background

The intelligent advertisement machine is a multimedia device with video, audio and picture display functions, and utilizes a standard liquid crystal display or a liquid crystal television to realize information display and video advertisement playing in a mode of networking, multimedia system control and the like, and forms a complete advertisement playing control system through terminal software control, network information transmission and multimedia terminal display, and carries out advertisement propaganda through multimedia materials such as pictures, characters, videos, small plug-ins and the like;

In the production and manufacturing process of the intelligent advertisement machine, the intelligent advertisement machine needs to be debugged to ensure the delivery quality, the potential safety hazard condition of the intelligent advertisement machine cannot be comprehensively monitored and reasonably judged before the intelligent advertisement machine is debugged at present, the corresponding debugging operation cannot be timely stopped, the performance condition of the intelligent advertisement machine is difficult to be efficiently and accurately judged, the performance condition of the debugging execution operation is difficult to be accurately evaluated, the accuracy of a debugging result is not guaranteed, the debugging supervision difficulty is increased, and the intelligent degree is low;

in view of the above technical drawbacks, a solution is now proposed.

Disclosure of Invention

The invention aims to provide a safe debugging system and a safe debugging method of an intelligent advertisement machine, which solve the problems that the prior art cannot comprehensively monitor and reasonably judge the potential safety hazard condition of the intelligent advertisement machine before debugging the intelligent advertisement machine, is difficult to efficiently and accurately judge the performance condition of the intelligent advertisement machine and accurately evaluate the debugging execution operation performance condition, is not beneficial to ensuring the accuracy of a debugging result, increases the debugging supervision difficulty and has low intelligent degree.

In order to achieve the above purpose, the present invention provides the following technical solutions:

The intelligent advertisement machine safety debugging system comprises a debugging controller, a safety detection module, a debugging execution module, a debugging record module and an execution monitoring module, wherein the debugging controller is used for receiving a debugging instruction, starting the safety detection module after receiving the debugging instruction, carrying out safety inspection on the advertisement machine by the safety detection module, and sending out an alarm and stopping the debugging process if the advertisement machine is detected to have a potential safety hazard problem;

when the advertisement machine passes the security check, the debugging controller starts a debugging execution module, and the debugging execution module executes corresponding debugging operations according to the debugging instructions, and debugs the advertisement machine one by one based on preset debugging steps and parameters;

The execution monitoring module is used for monitoring the execution status of the corresponding debugging execution process of the debugging execution module in the debugging process, judging the execution performance of the corresponding debugging execution process, marking the corresponding debugging execution process as a good execution process or a bad execution process, generating a debugging execution qualified signal or a debugging execution unqualified signal through analysis, and sending the debugging execution qualified signal or the debugging execution unqualified signal to terminal equipment of a debugging person.

Further, the specific operation process of the safety detection module comprises the following steps:

detecting the power supply structure of the advertising machine, including checking whether a power supply plug is good, whether a power supply wire is broken and whether a power supply socket is stable, and measuring the power supply output voltage;

Detecting a signal interface of the advertising machine, including checking whether the signal interface is loose, whether foreign objects are blocked or not, and whether an interface circuit is intact or not;

The display screen of the advertisement machine is detected, including whether the display screen is damaged, whether the display is normal, and whether the brightness and contrast parameters are proper.

Further, the specific operation process of the debugging execution module comprises the following steps:

Starting a signal input test, detecting the signal receiving capacity of the advertising machine, and checking whether the advertising machine can correctly receive and process the signals by sending a series of standard signals to the advertising machine, wherein the signal input test comprises the steps of detecting the stability of signal transmission, the definition of signal quality and the signal response speed;

performing a display effect test, checking whether a display screen of the advertising machine can accurately present a series of image and video contents by displaying the contents, including checking color accuracy, brightness uniformity, contrast, and resolution;

And performing audio output test, checking whether a loudspeaker of the advertising machine can normally produce sound or not by playing a series of audio files, and testing the definition, volume and tone quality purity of the audio.

Further, the specific analysis process of the monitoring module is as follows:

collecting the number of times of error operation of the debugging execution module in the corresponding debugging execution process, marking the number of times of error operation as an error operation value, collecting the correction time length of the debugging execution module when corresponding error operation is carried out, marking the correction time length as an error correction time length, carrying out numerical comparison on the error correction time length and a corresponding preset error correction time length threshold value, and marking the corresponding error correction time length as a slow correction time length if the error correction time length exceeds the preset error correction time length threshold value;

The method comprises the steps of obtaining the number of the slow correction time periods in the corresponding debugging executing process, marking the number as a slow correction time period detection value, marking the sum value of all error correction time periods as an error correction total value, carrying out numerical calculation on the error operation value, the slow correction time period detection value and the error correction total value to obtain an executing condition table value, carrying out numerical comparison on the executing condition table value and a preset executing condition table threshold value, and marking the corresponding debugging executing process as an inferior executing process if the executing condition table value exceeds the preset executing condition table threshold value.

Further, if the execution condition table value does not exceed the preset execution condition table threshold value, acquiring the execution duration of each debugging operation step in the corresponding debugging execution process, comparing the execution duration with the corresponding preset execution duration range, and if the execution duration is not in the corresponding preset execution duration range, defining the corresponding debugging operation step as an unstable step;

Obtaining the number of unstable steps in the corresponding debugging executing process, marking the unstable steps as unstable number detection values, carrying out difference value calculation on the executing time length compared with the median value of the corresponding preset executing time length range, taking absolute values to obtain executing bias values, carrying out mean value calculation on the executing bias values of all operation steps to obtain executing bias condition values, carrying out numerical calculation on the unstable number detection values and the executing bias values to obtain executing measurement values, carrying out numerical comparison on the executing measurement values and preset executing time measurement threshold values, marking the corresponding debugging executing process as inferior executing process if the executing measurement values exceed the preset executing time measurement threshold values, and marking the corresponding debugging executing process as superior executing process if the executing measurement values do not exceed the preset executing time measurement threshold values.

Further, the specific analysis process of the monitoring module further includes:

Setting a detection period, acquiring the number of the optimal execution processes and the number of the inferior execution processes in the detection period when the advertisement machine is debugged, respectively marking the number of the optimal execution processes and the number of the inferior execution processes as an optimal execution count value and an inferior execution count value, marking the ratio of the inferior execution count value to the optimal execution count value as an inferior execution count value, comparing the inferior execution count value with a preset inferior execution count value, generating a debugging execution disqualification signal if the inferior execution count value exceeds the preset inferior execution count value, and generating a debugging execution qualification signal if the inferior execution count value does not exceed the preset inferior execution count value.

Further, the safety detection module is further used for monitoring the environment where the advertisement player is located, marking the environment where the advertisement player is located as a debugging environment, judging whether the debugging environment is in a debugging bad state in real time through analysis, obtaining all single duration time when the debugging environment is in the debugging bad state in unit time, summing all the single duration time to obtain a debugging bad duration time, marking the single duration time with the largest value as a debugging amplitude duration time, and carrying out average calculation on all the debugging ring table values in unit time to obtain a debugging ring condition value;

Performing numerical calculation on the total debugging duration, the debugging duration and the debugging ring condition value to obtain a ring monitoring evaluation value, performing numerical comparison on the ring monitoring evaluation value and a preset ring monitoring evaluation threshold value, generating a debugging environment abnormal signal if the ring monitoring evaluation value exceeds the preset ring monitoring evaluation threshold value, and sending out an alarm and stopping the debugging process when the debugging environment abnormal signal is generated.

Further, the specific analysis and judgment process of the bad debugging state is as follows:

Collecting real-time temperature, real-time humidity and real-time air pressure of the debugging environment, marking a deviation value of the real-time temperature compared with a preset standard temperature value as a debugging temperature detection value, and acquiring a debugging wet detection value and a debugging air detection value, and collecting an air pollution value, an electrostatic detection value and an electric radiation detection value of the debugging environment in the same way;

The debugging ring table value is obtained by carrying out numerical calculation on the debugging temperature detection value, the debugging wet detection value, the debugging air detection value, the air pollution value, the electrostatic detection value and the electric radiation detection value, the debugging ring table value is compared with a preset debugging ring table threshold value in a numerical mode, and if the debugging ring table value exceeds the preset debugging ring table threshold value, the debugging environment is judged to be in a debugging bad state.

Further, if the ring monitoring evaluation value does not exceed the preset ring monitoring evaluation threshold, acquiring the average temperature of the corresponding position in the advertisement machine in unit time, comparing the average temperature with the corresponding preset average temperature threshold, and if the average temperature exceeds the preset average temperature threshold, marking the corresponding position as a temperature difference position;

if Wen Yiwei is not available in the advertising machine, calculating the ratio of the average temperature of the corresponding position to the corresponding preset average temperature threshold value to obtain a temperature detection occupation value, calculating the average value of the temperature detection occupation values of all the positions in the advertising machine to obtain a temperature detection condition value, collecting vibration data of the positions where the advertising machine is located, calculating the average value of all the vibration data in unit time to obtain a vibration detection value, calculating the values of the temperature detection condition value and the vibration detection value to obtain a condition evaluation value, comparing the condition evaluation value with the preset condition evaluation threshold value, generating a condition abnormal signal if the condition evaluation value exceeds the preset condition evaluation threshold value, and sending an alarm and stopping the debugging process when the condition abnormal signal is generated.

Furthermore, the invention also provides a safety debugging method of the intelligent advertising machine, which comprises the following steps:

Step one, a debugging controller receives a debugging instruction and starts a safety detection module after receiving the debugging instruction;

Secondly, the safety detection module performs safety inspection on the advertising machine, and when the advertising machine passes the safety inspection, the debugging controller starts the debugging execution module;

step three, the debugging execution module executes corresponding debugging operation according to the debugging instruction, and the advertisement machine is debugged one by one based on preset debugging steps and parameters;

Step four, the debugging recording module records all operations and data in the debugging process in real time, and the acquired data are sent to terminal equipment of debugging personnel in a wireless transmission mode;

Step five, the execution monitoring module monitors the execution status of the debugging execution process corresponding to the debugging execution module, determines the excellent execution process and the inferior execution process, and generates a debugging execution qualified signal or a debugging execution unqualified signal.

Compared with the prior art, the invention has the beneficial effects that:

1. According to the intelligent advertisement machine, the safety detection module is used for carrying out safety inspection on the advertisement machine, when the advertisement machine passes the safety inspection, the debugging execution module executes corresponding debugging operation according to the debugging instruction, and the debugging recording module records all operations and data in the debugging process in real time, so that the safety hidden danger condition of the intelligent advertisement machine can be comprehensively monitored and reasonably judged before the intelligent advertisement machine is debugged, the performance condition of the intelligent advertisement machine can be effectively and accurately judged, and the intelligent degree is high;

2. In the invention, the execution condition of the corresponding debugging execution process of the debugging execution module is monitored through the execution monitoring module, the corresponding debugging execution process is marked as an excellent execution process or an inferior execution process, a debugging execution qualified signal or a debugging execution unqualified signal is generated through analysis, and the reason investigation and analysis are timely carried out when the debugging execution unqualified signal is generated, and corresponding improvement measures are made, so that the management difficulty of debugging personnel is reduced.

Drawings

For the convenience of those skilled in the art, the present invention will be further described with reference to the accompanying drawings;

FIG. 1 is an overall system block diagram of the present invention;

Fig. 2 is a flow chart of the method of the present invention.

Detailed Description

The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.

The first embodiment of the invention is as shown in fig. 1, and the intelligent advertisement machine safety debugging system comprises a debugging controller, a safety detection module, a debugging execution module, a debugging record module and an execution monitoring module, wherein the debugging controller is used for receiving a debugging instruction, starting the safety detection module by the debugging controller after receiving the debugging instruction, carrying out safety inspection on the advertisement machine by the safety detection module, and sending an alarm and stopping the debugging process if the advertisement machine has a potential safety hazard problem, wherein the specific operation process of the safety detection module is as follows:

Detecting the power supply structure of the advertising machine, including checking whether a power supply plug is good, whether a power supply wire is broken, whether a power supply socket is stable and the like, measuring the power supply output voltage to ensure that the power supply output voltage meets the working requirements of the advertising machine, and if the power supply structure is found to have a problem, immediately giving an alarm by a safety detection module and prompting a debugging personnel to carry out corresponding treatment;

detecting the signal interface of the advertising machine, including checking whether the signal interface is loose, whether foreign matter is blocked, whether an interface circuit is perfect or not, and the like, by the detection, the stability and the reliability of signal transmission can be ensured, and debugging failure or equipment damage caused by interface problems can be avoided;

The method comprises the steps of detecting the display screen of the advertising machine, including checking whether the display screen is damaged, whether the display screen is normal, whether brightness and contrast parameters are proper or not, and the like, wherein the display screen is one of the most important output components of the advertising machine, and the state of the display screen directly influences the debugging effect and the user experience, so that the comprehensive detection of the display screen is one of important tasks of the safety detection module. In the whole detection process, the safety detection module can adopt an automatic and intelligent technical means, and can rapidly and accurately detect the advertisement machine through a preset detection program and algorithm, and once any potential safety hazard or problem is detected, an alarm can be immediately sent out, the debugging process is stopped, and the damage to equipment and personnel caused by potential safety risks is prevented.

After the advertisement machine passes the security check, the debugging controller starts the debugging execution module, the debugging execution module executes corresponding debugging operation according to the debugging instruction, the advertisement machine is debugged one by one based on preset debugging steps and parameters, the functions of signal input, display effect, audio output and the like are tested, each function of the advertisement machine can be comprehensively tested through the one by one debugging of the debugging execution module, potential problems are found and solved, the advertisement machine can reach the optimal performance state before being put into use, the process has important significance for ensuring the stable operation of the advertisement machine and providing high-quality user experience, and the specific operation process of the debugging execution module is as follows:

Starting a signal input test, which is a basic link in the debugging process, and relates to detecting the signal receiving capacity of the advertising machine, checking whether the advertising machine can correctly receive and process signals by sending a series of standard signals to the advertising machine, wherein the signal input test comprises the aspects of detecting the stability of signal transmission, the definition of signal quality, the signal response speed and the like, so that the advertising machine can be ensured to normally work when receiving signals from different sources and display high-quality display effect;

The display effect test is carried out, the display effect is one of important indexes of the performance of the advertising machine, the watching experience of a user is directly affected, whether the display screen of the advertising machine can accurately display the content or not is checked by displaying a series of images and video content, the aspects of color accuracy, brightness uniformity, contrast, resolution and the like are checked, and the display effect test can ensure that the advertising machine can display clear and vivid picture effects when displaying different contents and meet the visual requirements of the user;

The audio output test is carried out, whether the loudspeaker of the advertising machine can normally produce sound or not is checked by playing a series of audio files, the definition, the volume and the tone quality purity of the audio are tested, and the clear and pleasant sound effect can be provided by the advertising machine when the audio is played through the audio output test, so that the hearing experience of a user is improved.

The system comprises a debugging record module, an execution monitoring module, a debugging execution module, a judging module and a judging module, wherein the debugging record module records all operations and data in the debugging process in real time, and sends the collected data to terminal equipment of a debugger in a wireless transmission mode;

And generating a debugging execution qualified signal or a debugging execution unqualified signal through analysis, sending the debugging execution qualified signal or the debugging execution unqualified signal to terminal equipment of a debugging person, carrying out cause investigation and analysis in time when generating the debugging execution unqualified signal, and making corresponding improvement measures so as to ensure subsequent debugging execution performance with high intelligent degree, wherein the specific analysis process of the execution monitoring module is as follows:

Collecting the number of error operations of the debugging execution module in the corresponding debugging execution process, marking the number as an error operation value, collecting the correction time length (namely the time length for correcting the corresponding error operation) and marking the correction time length as an error correction time length when the corresponding error operation is carried out, carrying out numerical comparison on the error correction time length and a corresponding preset error correction time length threshold value, and marking the corresponding error correction time length as a slow correction time length if the error correction time length exceeds the preset error correction time length threshold value, wherein the correction for the corresponding error operation is slow;

Obtaining the number of the slow correction time periods in the corresponding debugging execution process, marking the number as a slow correction time period detection value, marking the sum value of all error correction time periods as an error correction total value, and carrying out numerical calculation on the error operation value ZF, the slow correction time period detection value ZS and the error correction total value ZK through a formula ZP=a1 x ZF+a2 x ZS+a3 x ZK/(a1+a2), wherein a1, a2 and a3 are preset proportional coefficients, and the values of a1, a2 and a3 are positive numbers;

It should be noted that, the larger the value of the execution condition table value ZP is, the worse the execution accuracy performance of the corresponding debugging execution process is, the value comparison is performed between the execution condition table value ZP and the preset execution condition table threshold value, if the execution condition table value ZP exceeds the preset execution condition table threshold value, the execution accuracy performance of the corresponding debugging execution process is indicated to be worse, the corresponding debugging execution process is marked as a bad execution process.

If the execution condition table value ZP does not exceed the preset execution condition table threshold value, indicating that the execution accuracy of the corresponding debugging execution process is better, acquiring the execution duration of each debugging operation step in the corresponding debugging execution process, comparing the execution duration with the corresponding preset execution duration range, and if the execution duration is not in the corresponding preset execution duration range, indicating that the execution duration of the corresponding debugging operation step does not meet the requirement, defining the corresponding debugging operation step as an unstable step;

Acquiring the number of unstable steps in the corresponding debugging execution process, marking the number of the unstable steps as an unstable number detection value, carrying out difference value calculation on the execution time length compared with the median value corresponding to the preset execution time length range, taking an absolute value to obtain an execution bias value, and carrying out mean value calculation on the execution bias values of all operation steps to obtain an execution bias value;

performing numerical calculation on the unstable number detection value RP and the execution bias condition value RK through a formula RX=tg1+tg2xRK to obtain an execution measurement value RX, wherein tg1 and tg2 are preset proportional coefficients, and the values of tg1 and tg2 are positive numbers;

And (3) comparing the execution time value RX with a preset execution time threshold value, if the execution time value RX exceeds the preset execution time threshold value, marking the corresponding debugging execution process as an inferior execution process, and if the execution time value RX does not exceed the preset execution time threshold value, marking the corresponding debugging execution process as a superior execution process.

The specific analysis process of the execution monitoring module further comprises the steps of setting a detection period, preferably twenty-four hours, collecting the number of the optimal execution processes and the number of the inferior execution processes in the detection period when the advertisement machine is debugged, respectively marking the optimal execution count value and the inferior execution count value as the optimal execution count value, marking the ratio of the inferior execution count value to the optimal execution count value as the inferior execution count value, and indicating that the debugging execution module is worse for the integration of the debugging execution condition of the advertisement machine in the detection period when the numerical value of the inferior execution count value is larger;

and comparing the inferior execution count occupation value with a preset inferior execution count occupation threshold value, if the inferior execution count occupation value exceeds the preset inferior execution count occupation threshold value, indicating that the debugging execution module is poor in the detection period aiming at the debugging execution condition synthesis of the advertising machine, generating a debugging execution disqualification signal, and if the inferior execution count occupation value does not exceed the preset inferior execution count occupation threshold value, indicating that the debugging execution module is good in the detection period aiming at the debugging execution condition synthesis of the advertising machine, generating the debugging execution qualification signal.

The second embodiment is different from embodiment 1 in that, as shown in fig. 1, the security detection module is further configured to monitor an environment where the advertisement player is located, mark the environment where the advertisement player is located as a debug environment, and determine in real time whether the debug environment is in a debug failure state by analyzing, specifically, collect real-time temperature, real-time humidity and real-time air pressure of the debug environment, mark a deviation value of the real-time temperature compared with a preset standard temperature value as a debug temperature detection value, and obtain a debug wet detection value and a debug air detection value in the same way;

The air pollution value is a data value representing the dust concentration in the debugging environment, the electrostatic detection value is a data value representing the electrostatic intensity in the debugging environment, and the electric radiation detection value is a data value representing the electromagnetic radiation intensity in the debugging environment;

By the formula Carrying out numerical computation on a debugging temperature detection value TW, a debugging wet detection value TF, a debugging air detection value TH, an air pollution value TP, an electrostatic detection value TK and an electric radiation detection value TD to obtain a debugging ring table value TY, wherein c1, c2, c3, c4, c5 and c6 are preset proportional coefficients with values larger than zero, and the larger the numerical value of the debugging ring table value TY is, the worse the current performance of a debugging environment is, and the more difficult the accuracy of a debugging result and the smooth progress of a debugging process are ensured;

The method comprises the steps of comparing a debugging ring table value TY with a preset debugging ring table threshold value, judging that a debugging environment is in a poor debugging state if the debugging ring table value TY exceeds the preset debugging ring table threshold value, obtaining all single duration time of the debugging environment in the poor debugging state in unit time, summing all the single duration time to obtain a poor debugging duration time, marking the single duration time with the largest value as a debugging amplitude duration time, and carrying out average calculation on all the debugging ring table values in unit time to obtain a debugging ring condition value;

Calculating the total debugging duration WY, the debugging duration WS and the debugging ring condition value WL by the formula WF= (eq 1. WY+eq2. WS)/2+eq3. WL to obtain an annular monitoring evaluation value WF, wherein eq1, eq2 and eq3 are preset proportionality coefficients, and the values of eq1, eq2 and eq3 are positive numbers;

And comparing the ring monitoring evaluation value WF with a preset ring monitoring evaluation threshold value, if the ring monitoring evaluation value WF exceeds the preset ring monitoring evaluation threshold value, indicating that the environment performance of the debugging environment is poor in the comprehensive aspect, and not beneficial to ensuring the smooth progress of the debugging process and improving the accuracy of the debugging result, generating a debugging environment abnormal signal, and sending an alarm and stopping the debugging process when the debugging environment abnormal signal is generated.

Further, if the ring monitoring evaluation value WF does not exceed the preset ring monitoring evaluation threshold, acquiring the average temperature of the corresponding position in the advertisement machine in unit time, comparing the average temperature with the corresponding preset average temperature threshold, and if the average temperature exceeds the preset average temperature threshold, marking the corresponding position as a temperature difference position;

if Wen Yiwei is not arranged in the advertising machine, calculating the ratio of the average temperature of the corresponding position to the corresponding preset average temperature threshold value to obtain a temperature detection occupation value, calculating the average value of the temperature detection occupation values of all positions in the advertising machine to obtain a temperature detection condition value, collecting vibration data (namely vibration amplitude) of the position of the advertising machine, and calculating the average value of all vibration data in unit time to obtain a vibration detection value;

carrying out numerical calculation on the potential temperature detection condition value QY and the vibration detection value QF through a formula QX=hy1+hy2 to obtain a condition evaluation value QX, wherein hy1 and hy2 are preset proportion coefficients, hy1> hy2>0, and the larger the value of the condition evaluation value QX is, the worse the running condition of the advertising machine is, the more difficult the debugging operation is carried out, and the accuracy of a debugging result cannot be effectively ensured;

And comparing the operation condition evaluation value QX with a preset operation condition evaluation threshold value, if the operation condition evaluation value QX exceeds the preset operation condition evaluation threshold value, indicating that the operation condition of the advertisement machine is poor, generating an operation condition abnormal signal, and sending out an alarm and stopping the debugging process when the operation condition abnormal signal is generated, thereby being beneficial to realizing comprehensive risk detection before debugging, ensuring the smooth proceeding of the follow-up debugging process, being beneficial to improving the accuracy of the debugging result, having high intelligent degree and remarkably reducing the management difficulty of debugging personnel.

In the third embodiment, as shown in fig. 2, the difference between the present embodiment and embodiments 1 and 2 is that the security debugging method of the intelligent advertisement machine provided by the present invention includes the following steps:

Step one, a debugging controller receives a debugging instruction and starts a safety detection module after receiving the debugging instruction;

Secondly, the safety detection module performs safety inspection on the advertising machine, and when the advertising machine passes the safety inspection, the debugging controller starts the debugging execution module;

step three, the debugging execution module executes corresponding debugging operation according to the debugging instruction, and the advertisement machine is debugged one by one based on preset debugging steps and parameters;

Step four, the debugging recording module records all operations and data in the debugging process in real time, and the acquired data are sent to terminal equipment of debugging personnel in a wireless transmission mode;

Step five, the execution monitoring module monitors the execution status of the debugging execution process corresponding to the debugging execution module, determines the excellent execution process and the inferior execution process, and generates a debugging execution qualified signal or a debugging execution unqualified signal.

When the intelligent advertisement machine is used, the safety detection module is started through the debugging controller, the safety detection module carries out safety inspection on the advertisement machine, if the problem of potential safety hazard of the advertisement machine is detected, an alarm is sent out, the debugging execution module carries out corresponding debugging operation according to a debugging instruction after the advertisement machine passes through the safety inspection, the debugging record module records all operation and data in the debugging process in real time, the potential safety hazard condition of the intelligent advertisement machine can be comprehensively monitored and reasonably judged, the performance condition of the intelligent advertisement machine can be effectively and accurately judged, the execution condition of the corresponding debugging execution process of the debugging execution module is monitored through the execution monitoring module, the corresponding debugging execution process is marked as an optimal execution process or an inferior execution process, a debugging execution qualified signal or a debugging execution disqualified signal is generated through analysis, the reason investigation and analysis are timely carried out when the debugging execution disqualified signal is generated, the intelligent degree is high, and the management difficulty of debugging personnel is reduced.

The above formulas are all formulas with dimensions removed and numerical values calculated, the formulas are formulas with a large amount of data collected for software simulation to obtain the latest real situation, and preset parameters in the formulas are set by those skilled in the art according to the actual situation. The preferred embodiments of the invention disclosed above are intended only to assist in the explanation of the invention. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise form disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best understand and utilize the invention. The invention is limited only by the claims and the full scope and equivalents thereof.