Intelligent stage safety management system and method

Abstract

The invention relates to the technical field of stages, and discloses an intelligent stage safety management system and method, and the system comprises an acquisition module which obtains preset stage performance data and real-time stage performance data; the data integration module is used for forming preset data through a data integration strategy according to preset stage performance data; the judgment module is used for forming judgment data by analyzing a judgment strategy according to the real-time stage performance data and preset data; and the management and control module is used for forming management and control data through an adjustment strategy according to the judgment data. According to the intelligent safety management system and method for the stage, different voice signals can be sent to a worker when the animal performer moves too fast or too slow or deviates from a preset route, the animal performer is guided by the worker, and if the animal performer does not obey the guidance of the worker, stage scenery and lamplight can be adjusted, so that the safety of the stage is improved. Or the animal performers are forcibly controlled, so that safety accidents are avoided.

Description

Technical Field

[0001] The present invention relates to the field of stage technology, and in particular to an intelligent stage safety management system and method. Background Art

[0002] With the rapid development of the cultural and entertainment industry, the stage scale of large-scale performances and activities has been expanding, the complexity has been significantly improved, and the forms of stage performances have been diverse. Among them, stage performances with animals are a unique and popular form of performing arts. It combines the natural behavior of animals with the creative arrangement of humans to bring a novel and vivid viewing experience to the audience. Before the animals go on stage to perform, they are generally trained for a long time and their behavior is controlled so that they can move along the predetermined route during the formal performance. However, during the actual stage performance, due to some unpredictable emergencies, the animals may not move according to the predetermined route, which will affect the overall stage performance effect and even cause safety accidents.

[0003] The existing intelligent stage safety management system and method are not convenient for monitoring the real-time position of animal performers during the performance. Therefore, when the animal performers deviate from the predetermined movement route, they cannot be discovered in time and accurately guided, affecting the performance effect. When the animal performers are uncontrollable, they cannot be discovered in time and compulsory control measures cannot be taken, which may affect the safety of the animal performers, the personal safety of the audience, or cause damage to the stage equipment, leading to safety accidents. Summary of the invention

[0004] The present invention provides an intelligent stage safety management system and method. When it is detected that the animal performer moves too fast, too slow or deviates from the preset route, different voice signals can be sent to the staff, and the staff can guide the animal performer to move along the preset route to ensure the stage performance effect. If the animal performer does not obey the guidance of the staff, the stage scenery and lighting can be adjusted to make the stage scenery and lighting consistent with the animal performer, or the animal performer can be forcibly controlled and the stage performance can be suspended to avoid the occurrence of safety accidents caused by the animal performer losing control. The system solves the problems mentioned in the above background technology that when the animal performer deviates from the preset moving route during the performance, it is not possible to timely discover and accurately guide the animal performer, which affects the performance effect; when the animal performer is uncontrollable, it is not possible to timely discover and take compulsory control measures, and the safety of the stage performance cannot be guaranteed.

[0005] The present invention provides the following technical solution: an intelligent stage safety management system, comprising:

[0006] Acquisition module: obtain preset stage performance data and real-time stage performance data;

[0007] The preset stage performance data includes a preset route, a preset start time point and a preset end time point;

[0008] The real-time stage performance data includes real-time time and animal performer positions;

[0009] Data integration module: Based on the preset stage performance data, the preset data is formed through data integration strategy, so as to form the expected arrival position of the animal performers at various time points in the preset stage performance;

[0010] The preset data includes a time point set T, a location set U and a preset set;

[0011] Judgment module: Based on real-time stage performance data and preset data, the judgment strategy is analyzed to form judgment data to judge whether the animal performer deviates from the preset route, whether the movement speed is too slow or too fast, and thus judge whether the animal performer needs to be guided and controlled;

[0012] Control module: Based on the judgment data, the strategy is adjusted to form control data, and signals are sent to the staff to guide or forcibly control the animal performers;

[0013] The adjustment strategy includes a speed adjustment strategy and a route adjustment strategy.

[0014] The present invention also provides a method for using the stage intelligent safety management system, wherein the data integration strategy comprises:

[0015] Set the collection interval duration;

[0016] Obtaining a preset start time point and a preset end time point of a preset stage performance, which are respectively defined as the first time point and the nth time point, and are recorded as T1 and Tn respectively;

[0017] Taking the first time point T1 as the starting point, the collection time points between the first time point T1 and the nth time point Tn are calculated according to the collection interval duration;

[0018] The collection time points include the second time point...the n-1th time point, and are recorded as T2...Tn-1 in sequence, wherein the first time point T2=the first time point T1+the collection interval duration...the n-1th time point Tn-1=the first time point T1+[the collection interval duration×(n-2)];

[0019] Integrate T1, T2, ..., Tn-1 and Tn to form a time point set T;

[0020] Obtaining the moving route of the animal performer in the preset stage performance and setting it as the preset route;

[0021] Obtain the position of the animal performer on the preset route at each element in the time point set T, set it as the preset position, and form a position set U, recorded as U1, U2...Un;

[0022] The elements in the time point set T are matched one by one with the elements in the position set U to form a preset set.

[0023] As an optional solution of the method of the stage intelligent safety management system of the present invention, the analysis and judgment strategy includes:

[0024] S1, real-time acquisition time, set as real-time time;

[0025] S2. When the real-time time coincides with an element in the time point set T, the real-time time is set as the target time, and the position of the animal performer is obtained and set as the first real-time position;

[0026] S3, obtaining an element corresponding to the target time in the preset set and setting it as the first target element;

[0027] S4, obtaining a preset position under the first target element and setting it as the first target preset position;

[0028] S5. If the first real-time position is consistent with the first target preset position, then repeat steps S1 to S5;

[0029] If the first real-time position is inconsistent with the first target preset position, the control determination strategy is executed.

[0030] As an optional solution of the method of the stage intelligent safety management system of the present invention, the control and management determination strategy includes:

[0031] Obtain elements other than the first target element in the preset set and define them as determination elements;

[0032] Obtain the preset position under each determination element and set it as the determination position;

[0033] If all determined positions include the first real-time position, a speed adjustment strategy is executed;

[0034] If the first real-time position is not included in all determined positions, a route adjustment strategy is executed.

[0035] As an optional solution of the method of the stage intelligent safety management system of the present invention, the speed adjustment strategy includes:

[0036] Obtaining an element in a preset set corresponding to the first real-time position as a second target element;

[0037] Get the time point under the second target element and set it as the target time point;

[0038] Set the judgment time;

[0039] If the target time point > the real time, and the target time point - the real time < the determination time, then repeat steps S1 to S5;

[0040] If the target time point is greater than the real time, and the target time point - the real time is greater than or equal to the determination time, a deceleration voice signal is sent to the staff, and the staff guides the animal performer to slow down the movement speed and execute the first position determination strategy;

[0041] If the target time point is less than the real time, and the real time - the target time point is less than the determination duration, then steps S1 to S5 are repeated;

[0042] If the target time point is less than the real time, and the real time - the target time point is greater than or equal to the determination time, a voice signal for acceleration is sent to the staff, and the staff guides the animal performers to speed up their movement and executes the first position determination strategy.

[0043] As an optional solution of the method of the stage intelligent safety management system of the present invention, the first position determination strategy includes:

[0044] Set the first judgment interval duration;

[0045] Calculate the first judgment time, the first judgment time = target time + first judgment interval duration;

[0046] When the first determination time is reached, the position of the animal performer is obtained and determined as the second real-time position;

[0047] Obtaining an element in a preset set corresponding to the first determination time as a third target element;

[0048] Obtaining a preset position under the third target element and setting it as the second target preset position;

[0049] If the second real-time position is consistent with the second target preset position, then steps S1 to S5 are repeated;

[0050] If the second real-time position is inconsistent with the second target preset position, the stage scenery and lighting are adjusted.

[0051] As an optional solution of the method of the stage intelligent safety management system of the present invention, the route adjustment strategy includes:

[0052] Acquire a first real-time position and a first target preset position;

[0053] Connecting the first real-time position and the first target preset position to form a first connecting line;

[0054] Obtaining the length of the first connecting line as the first deviation distance;

[0055] Set the judgment distance;

[0056] If the first deviation distance is less than the determination distance, then steps S1 to S5 are repeated;

[0057] If the first deviation distance is greater than or equal to the determination distance, a route adjustment voice signal is sent to the staff, and the staff guides the animal performer to move toward the preset route for the stage performance, and executes the second position determination strategy.

[0058] As an optional solution of the method of the stage intelligent safety management system of the present invention, the second position determination strategy includes:

[0059] Set the second judgment interval duration;

[0060] Calculate the second determination time, the second determination time = target time + second determination interval duration;

[0061] When the second determination time is reached, the position of the animal performer is obtained and determined as the third real-time position;

[0062] Obtaining an element corresponding to the second determination time in the preset set as a fourth target element;

[0063] Obtaining a preset position under the fourth target element and setting it as the third target preset position;

[0064] If the third real-time position is consistent with the third target preset position, then steps S1 to S5 are repeated;

[0065] If the third real-time position is inconsistent with the third target preset position, the distance comparison strategy is executed.

[0066] As an optional solution of the method of the stage intelligent safety management system of the present invention, the distance comparison strategy includes:

[0067] Acquire a third real-time position and a third target preset position;

[0068] Connecting the third real-time position and the third target preset position to form a second connection line;

[0069] Obtaining the length of the first connecting line and setting it as the second deviation distance;

[0070] Obtaining a first deviation distance;

[0071] If the second deviation distance is less than or equal to the first deviation distance, then steps S1 to S5 are repeated;

[0072] If the second deviation distance is greater than the first deviation distance, a pause voice signal is sent to the staff, and the staff forcibly controls the animal performer, making it impossible for the performer to move autonomously, and suspends the stage performance.

[0073] The present invention has the following beneficial effects:

[0074] 1. The intelligent stage safety management system and method can form a preset set based on preset stage performance data to form the position where the animal performer is expected to arrive at each time point in the preset stage performance, that is, the preset position, and then obtain the actual position of the animal performer at each time during the actual stage performance, and compare the actual position of the animal performer with the preset position at the corresponding time in the preset set, so as to determine whether there is a deviation between the actual position of the animal performer and the preset position. If there is a deviation, it can be further determined that the error is caused by the animal performer moving too fast, too slow or deviating from the preset route, and different voice signals are sent to the staff, so that the staff can guide the animal performer so that the animal performer moves along the preset route to ensure the stage performance effect.

[0075] 2. The intelligent stage safety management system and method, when determining that the animal performer is moving too fast or too slow, first sends a voice signal to the staff, and the staff guides the animal performer to slow down or speed up the movement speed. If the guidance of the staff fails to make the moving position and corresponding time of the animal performer correspond to the data in the preset set, so that the time when the animal performer moves to each position is not consistent with the stage scenery and lighting, the stage scenery and lighting can be adjusted to make the stage scenery and lighting consistent with the animal performer, thereby ensuring the stage performance effect.

[0076] 3. The intelligent stage safety management system and method, when it is determined that the animal performer deviates from the preset route, first sends a voice signal to the staff, and the staff guides the animal performer to move to the preset route to ensure the stage performance effect. If, after the guidance of the staff, the animal performer is getting farther and farther away from the preset route, indicating that the animal performer is out of control, the staff will continue to send voice signals, and the animal performer will be forcibly controlled by the staff to make the performer unable to move independently, and the stage performance will be suspended to prevent the animal performer from losing control and causing damage to itself, the audience and the stage equipment, thereby ensuring the safety of the stage performance. BRIEF DESCRIPTION OF THE DRAWINGS

[0077] Figure 1 This is a block diagram of the stage intelligent safety management system of the present invention;

[0078] Figure 2 The present invention is a method block diagram of using the stage intelligent safety management system. DETAILED DESCRIPTION

[0079] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0080] For example, see Figure 1 , an intelligent stage safety management system, comprising:

[0081] Acquisition module: obtain preset stage performance data and real-time stage performance data;

[0082] The preset stage performance data includes a preset route, a preset start time point and a preset end time point;

[0083] The real-time stage performance data includes real-time time and animal performer positions;

[0084] Data integration module: Based on the preset stage performance data, the preset data is formed through data integration strategy, so as to form the expected arrival position of the animal performers at various time points in the preset stage performance;

[0085] The preset data includes a time point set T, a location set U and a preset set;

[0086] Judgment module: Based on real-time stage performance data and preset data, the judgment strategy is analyzed to form judgment data to judge whether the animal performer deviates from the preset route, whether the movement speed is too slow or too fast, and thus judge whether the animal performer needs to be guided and controlled;

[0087] Control module: Based on the judgment data, the strategy is adjusted to form control data, and signals are sent to the staff to guide or forcibly control the animal performers;

[0088] The adjustment strategy includes a speed adjustment strategy and a route adjustment strategy.

[0089] Through the above-mentioned stage intelligent safety management system, a preset set can be formed according to the preset stage performance data to form the position of the animal performer expected to arrive at each time point in the preset stage performance, that is, the preset position, and then the actual position of the animal performer at each time during the actual stage performance is obtained, and the actual position of the animal performer is compared with the preset position at the corresponding time in the preset set, so as to determine whether there is a deviation between the actual position of the animal performer and the preset position. If there is a deviation, it can be further determined that the error is caused by the animal performer moving too fast, too slow or deviating from the preset route, and different voice signals are sent to the staff, and the staff guides the animal performer so that the animal performer moves along the preset route to ensure the stage performance effect. If the moving speed of the animal performer cannot be changed, the stage scenery and lighting can be adjusted to ensure the consistency of the stage scenery and lighting with the animal performer to ensure the stage performance effect. If the animal performer is getting farther and farther away from the preset route under the guidance of the staff, the staff can forcibly control the animal performer so that the performer cannot move independently, and suspend the stage performance to avoid the animal performer losing control and causing damage to itself, the audience and the stage equipment, thereby ensuring the safety of the stage performance.

[0090] For example 2, please refer to Figure 2 This embodiment also provides a method for using an intelligent stage safety management system, wherein the data integration strategy includes:

[0091] Set a collection interval, where the collection interval is the interval for collecting the positions of animal performers in a preset route. For example, if the collection interval is 1 second, the positions of animal performers are collected every 1 second.

[0092] Obtaining a preset start time point and a preset end time point of a preset stage performance, which are respectively defined as the first time point and the nth time point, and are recorded as T1 and Tn respectively;

[0093] Taking the first time point T1 as the starting point, the collection time points between the first time point T1 and the nth time point Tn are calculated according to the collection interval duration;

[0094] The collection time points include the second time point...the n-1th time point, and are recorded as T2...Tn-1 in sequence, wherein the first time point T2=the first time point T1+the collection interval duration...the n-1th time point Tn-1=the first time point T1+[the collection interval duration×(n-2)];

[0095] Integrate T1, T2, ..., Tn-1 and Tn to form a time point set T;

[0096] Obtaining the moving route of the animal performer in the preset stage performance and setting it as the preset route;

[0097] Obtain the position of the animal performer on the preset route at each element in the time point set T, set it as the preset position, and form a position set U, recorded as U1, U2...Un;

[0098] The elements in the time point set T are matched one by one with the elements in the position set U to form a preset set.

[0099] Embodiment 3: This embodiment is an improvement made on the basis of embodiment 2. The method of using the stage intelligent safety management system, wherein the analysis and judgment strategy includes:

[0100] S1, real-time acquisition time, set as real-time time;

[0101] S2. When the real-time time coincides with an element in the time point set T, the real-time time is set as the target time, and the position of the animal performer is obtained and set as the first real-time position;

[0102] S3, obtaining an element corresponding to the target time in the preset set and setting it as the first target element;

[0103] S4, obtaining a preset position under the first target element and setting it as the first target preset position;

[0104] S5. If the first real-time position is consistent with the first target preset position, indicating that the animal performer moves along the preset route and does not move too fast or too slow, then repeat steps S1 to S5;

[0105] If the first real-time position is inconsistent with the first target preset position, indicating that the animal performer does not move according to the preset route, or moves too fast or too slow, the control determination strategy is executed.

[0106] In this embodiment, the control determination strategy specifically includes:

[0107] Obtain elements other than the first target element in the preset set and define them as determination elements;

[0108] Obtain the preset position under each determination element and set it as the determination position;

[0109] If all the determined positions include the first real-time position, indicating that the animal performer moves according to the preset route, but the moving speed is too fast or too slow, then the speed adjustment strategy is executed;

[0110] If the first real-time position is not included in all determined positions, indicating that the moving route of the animal performer at this time deviates from the preset route, then the route adjustment strategy is executed.

[0111] Embodiment 4: This embodiment is an improvement made on the basis of embodiment 3. The method of using the stage intelligent safety management system, wherein the speed adjustment strategy includes:

[0112] Obtaining an element in a preset set corresponding to the first real-time position as a second target element;

[0113] Get the time point under the second target element and set it as the target time point;

[0114] Setting a determination time, which is used to determine the time error between the target time point and the real time;

[0115] If the target time point is greater than the real time, and the target time point - the real time is less than the determination time, it indicates that during the current stage performance, the animal performer moves faster, but the time difference between the current stage performance and the preset stage performance is small, which does not affect the stage performance effect, then steps S1 to S5 are repeated;

[0116] If the target time point is greater than the real time, and the target time point - the real time ≥ the determination time, it indicates that during the current stage performance, the animal performer moves at a faster speed, and there is a large time error between the current stage performance and the preset stage performance, which affects the stage performance effect. Then, a deceleration voice signal is sent to the staff, and the staff guides the animal performer to slow down the movement speed, and executes the first position determination strategy;

[0117] If the target time point is less than the real time, and the real time minus the target time point is less than the determined duration, it indicates that during the current stage performance, the animal performer moves slowly, but the time difference between the current stage performance and the preset stage performance is small, which does not affect the stage performance effect, then steps S1 to S5 are repeated;

[0118] If the target time point is less than the real time, and the real time - target time point ≥ the judgment duration, it indicates that during the current stage performance, the animal performer moves slowly, but there is a large time error between the current stage performance and the preset stage performance, which affects the stage performance effect. Then, an acceleration voice signal is sent to the staff, and the staff guides the animal performer to speed up the movement, and executes the first position judgment strategy.

[0119] In this embodiment, the first position determination strategy specifically includes:

[0120] Setting a first determination interval duration, where the first determination interval duration is the duration between the target time and the first determination time;

[0121] Calculate the first judgment time, the first judgment time = target time + first judgment interval duration;

[0122] When the first determination time is reached, the position of the animal performer is obtained and determined as the second real-time position;

[0123] Obtaining an element in a preset set corresponding to the first determination time as a third target element;

[0124] Obtaining a preset position under the third target element and setting it as the second target preset position;

[0125] If the second real-time position is consistent with the second target preset position, it indicates that the time when the animal performer moves to a certain position under the guidance of the staff is consistent with the time point of the position in the preset route, so that the performing animal performer moves according to the preset stage performance effect at this time, so that the moving position of the animal performer and the time of moving to each position can be consistent with other preset stage elements, and the preset stage elements can be stage scenery and lighting, then repeat steps S1 to S5;

[0126] If the second real-time position is inconsistent with the second target preset position, it means that the time when the animal performer moves to a certain position under the guidance of the staff is inconsistent with the time point of the position in the preset route, so that the time when the animal performer moves to each position cannot be consistent with other preset stage elements. The preset stage elements may be stage scenery and lighting, then the stage scenery and lighting are adjusted.

[0127] Embodiment 5: This embodiment is an improvement made on the basis of embodiment 3. The method of using the stage intelligent safety management system, wherein the route adjustment strategy includes:

[0128] Acquire a first real-time position and a first target preset position;

[0129] Connecting the first real-time position and the first target preset position to form a first connecting line;

[0130] Obtaining the length of the first connecting line as the first deviation distance;

[0131] Setting a determination distance, wherein the determination distance is used to determine the size of the first offset distance;

[0132] If the first deviation distance is less than the determination distance, it indicates that the distance that the animal performer deviates from the preset route is small, and steps S1 to S5 are repeated;

[0133] If the first deviation distance ≥ the judgment distance, indicating that the animal performer has deviated from the preset route by a large distance, a voice signal for adjusting the route is sent to the staff, and the staff guides the animal performer to move to the preset route for the stage performance, and executes the second position judgment strategy.

[0134] In this embodiment, the second position determination strategy specifically includes:

[0135] Setting the second determination interval duration, where the second determination interval duration is the duration between the target time and the second determination time;

[0136] Calculate the second determination time, the second determination time = target time + second determination interval duration;

[0137] When the second determination time is reached, the position of the animal performer is obtained and determined as the third real-time position;

[0138] Obtaining an element corresponding to the second determination time in the preset set as a fourth target element;

[0139] Obtaining a preset position under the fourth target element and setting it as the third target preset position;

[0140] If the third real-time position is consistent with the third target preset position, it indicates that the animal performer has returned to the preset route after being guided by the staff, and steps S1 to S5 are repeated;

[0141] If the third real-time position is inconsistent with the third target preset position, indicating that the animal performer has not returned to the preset route after being guided by the staff, the distance comparison strategy is executed.

[0142] In this embodiment, the distance comparison strategy specifically includes:

[0143] Acquire a third real-time position and a third target preset position;

[0144] Connecting the third real-time position and the third target preset position to form a second connection line;

[0145] Obtaining the length of the first connecting line and setting it as the second deviation distance;

[0146] Obtaining a first deviation distance;

[0147] If the second deviation distance is less than or equal to the first deviation distance, it indicates that the guidance of the staff has played a certain role in the animal performer, and the animal performer gradually moves toward the predetermined route, and steps S1 to S5 are repeated;

[0148] If the second deviation distance is greater than the first deviation distance, it indicates that the staff's guidance is ineffective for the animal performer, and the animal performer is getting farther and farther away from the preset route, indicating that the animal performer is out of control. A pause voice signal is then sent to the staff, and the animal performer is forcibly controlled by the staff, making it impossible for the performer to move autonomously, and the stage performance is paused.

[0149] The embodiment of the present disclosure also provides a non-transitory computer-readable storage medium, which stores computer instructions, and the computer instructions are used to enable the computer to execute the stage intelligent safety management system and method in the aforementioned method embodiment.

[0150] It should be noted that more specific examples of computer-readable storage media may include portable computer disks, hard disks, erasable programmable read-only memories (EPROMs or flash memories), optical storage devices, magnetic storage devices, or any suitable combination thereof. In the present disclosure, computer-readable storage media may be any tangible medium that contains or stores a program, which may be used by or in conjunction with an instruction execution system, apparatus, or device, and the computer-readable medium may be contained in the electronic device; or it may exist independently without being assembled into the electronic device.

[0151] The computer-readable medium carries one or more programs. When the one or more programs are executed by the electronic device, the electronic device can implement the solution provided by the method embodiment.

[0152] Computer program code for performing operations of the present disclosure may be written in one or more programming languages ​​or a combination thereof, and may be executed entirely on a user's computer, partially on a user's computer, as a stand-alone software package, partially on a user's computer and partially on a remote computer, or entirely on a remote computer or server. In the case of a remote computer, the remote computer may be connected to the user's computer through any type of network, including a local area network (LAN) or a wide area network (WAN), or may be connected to an external computer (e.g., through the Internet using an Internet service provider).

[0153] It should be noted that, in this article, relational terms such as first and second, etc. are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Moreover, the terms "include", "comprise" or any other variants thereof are intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements includes not only those elements, but also other elements not explicitly listed, or also includes elements inherent to such process, method, article or device.

[0154] The above is only a preferred embodiment of the present invention. It should be pointed out that for ordinary technicians in this technical field, several improvements and modifications can be made without departing from the technical principles of the present invention. These improvements and modifications should also be regarded as the scope of protection of the present invention.

Claims

1. An intelligent stage safety management system, characterized by: include: Acquisition module: obtain preset stage performance data and real-time stage performance data; The preset stage performance data includes a preset route, a preset start time point and a preset end time point; The real-time stage performance data includes real-time time and animal performer positions; Data integration module: Based on the preset stage performance data, the preset data is formed through data integration strategy, so as to form the expected arrival position of the animal performers at various time points in the preset stage performance; The preset data includes a time point set T, a location set U and a preset set; Judgment module: Based on real-time stage performance data and preset data, the judgment strategy is analyzed to form judgment data to judge whether the animal performer deviates from the preset route, whether the movement speed is too slow or too fast, and thus judge whether the animal performer needs to be guided and controlled; Control module: Based on the judgment data, the strategy is adjusted to form control data, and signals are sent to the staff to guide or forcibly control the animal performers; The adjustment strategy includes a speed adjustment strategy and a route adjustment strategy.

2. A method for using the intelligent stage safety management system according to claim 1, characterized in that: The data integration strategy includes: Set the collection interval duration; Obtaining a preset start time point and a preset end time point of a preset stage performance, which are respectively defined as the first time point and the nth time point, and are recorded as T1 and Tn respectively; Taking the first time point T1 as the starting point, the collection time points between the first time point T1 and the nth time point Tn are calculated according to the collection interval duration; The collection time points include the second time point...the n-1th time point, and are recorded as T2...Tn-1 in sequence, wherein the first time point T2=the first time point T1+the collection interval duration...the n-1th time point Tn-1=the first time point T1+[the collection interval duration×(n-2)]; Integrate T1, T2, ..., Tn-1 and Tn to form a time point set T; Obtaining the moving route of the animal performer in the preset stage performance and setting it as the preset route; Obtain the position of the animal performer on the preset route at each element in the time point set T, set it as the preset position, and form a position set U, recorded as U1, U2...Un; The elements in the time point set T are matched one by one with the elements in the position set U to form a preset set.

3. The method of the stage intelligent safety management system according to claim 2, characterized in that: The analysis and judgment strategy includes: S1, real-time acquisition time, set as real-time time; S2. When the real-time time coincides with an element in the time point set T, the real-time time is set as the target time, and the position of the animal performer is obtained and set as the first real-time position; S3, obtaining an element corresponding to the target time in the preset set and setting it as the first target element; S4, obtaining a preset position under the first target element and setting it as the first target preset position; S5. If the first real-time position is consistent with the first target preset position, then repeat steps S1 to S5; If the first real-time position is inconsistent with the first target preset position, the control determination strategy is executed.

4. The method of the stage intelligent safety management system according to claim 3 is characterized in that: The control and management determination strategy includes: Obtain elements other than the first target element in the preset set and define them as determination elements; Obtain the preset position under each determination element and set it as the determination position; If all determined positions include the first real-time position, a speed adjustment strategy is executed; If the first real-time position is not included in all determined positions, a route adjustment strategy is executed.

5. The method of the stage intelligent safety management system according to claim 4 is characterized in that: The speed adjustment strategy includes: Obtaining an element in a preset set corresponding to the first real-time position as a second target element; Get the time point under the second target element and set it as the target time point; Set the judgment time; If the target time point > the real time, and the target time point - the real time < the determination time, then repeat steps S1 to S5; If the target time point is greater than the real time, and the target time point - the real time is greater than or equal to the determination time, a deceleration voice signal is sent to the staff, and the staff guides the animal performer to slow down the movement speed and execute the first position determination strategy; If the target time point is less than the real time, and the real time - the target time point is less than the determination duration, then steps S1 to S5 are repeated; If the target time point is less than the real time, and the real time - the target time point is greater than or equal to the determination time, a voice signal for acceleration is sent to the staff, and the staff guides the animal performers to speed up their movement and executes the first position determination strategy.

6. The method of the stage intelligent safety management system according to claim 5, characterized in that: The first position determination strategy includes: Set the first judgment interval duration; Calculate the first judgment time, the first judgment time = target time + first judgment interval duration; When the first determination time is reached, the position of the animal performer is obtained and determined as the second real-time position; Obtaining an element in a preset set corresponding to the first determination time as a third target element; Obtaining a preset position under the third target element and setting it as the second target preset position; If the second real-time position is consistent with the second target preset position, then steps S1 to S5 are repeated; If the second real-time position is inconsistent with the second target preset position, the stage scenery and lighting are adjusted.

7. The method of the stage intelligent safety management system according to claim 4 is characterized in that: The route adjustment strategy includes: Acquire a first real-time position and a first target preset position; Connecting the first real-time position and the first target preset position to form a first connecting line; Obtaining the length of the first connecting line as the first deviation distance; Set the judgment distance; If the first deviation distance is less than the determination distance, then steps S1 to S5 are repeated; If the first deviation distance is greater than or equal to the determination distance, a route adjustment voice signal is sent to the staff, and the staff guides the animal performer to move toward the preset route for the stage performance, and executes the second position determination strategy.

8. The method of the stage intelligent safety management system according to claim 7, characterized in that: The second position determination strategy includes: Set the second judgment interval duration; Calculate the second determination time, the second determination time = target time + second determination interval duration; When the second determination time is reached, the position of the animal performer is obtained and determined as the third real-time position; Obtaining an element corresponding to the second determination time in the preset set as a fourth target element; Obtaining a preset position under the fourth target element and setting it as the third target preset position; If the third real-time position is consistent with the third target preset position, then steps S1 to S5 are repeated; If the third real-time position is inconsistent with the third target preset position, the distance comparison strategy is executed.

9. The method of the stage intelligent safety management system according to claim 8, characterized in that: The distance comparison strategy includes: Acquire a third real-time position and a third target preset position; Connecting the third real-time position and the third target preset position to form a second connection line; Obtaining the length of the first connecting line and setting it as the second deviation distance; Obtaining a first deviation distance; If the second deviation distance is less than or equal to the first deviation distance, then steps S1 to S5 are repeated; If the second deviation distance is greater than the first deviation distance, a pause voice signal is sent to the staff, and the staff forcibly controls the animal performer, making it impossible for the performer to move autonomously, and suspends the stage performance.

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