A linkage method and system for a hotel central control audio and lighting scene

Abstract

The present invention provides a method and system for linking hotel central control audio and lighting scenes, which are applied to the field of central control data processing; the present invention can accurately identify user needs through scene content preset by the hotel terminal, and determine the corresponding operation type based on this, so that the system can adjust the audio and lighting settings according to the user's specific needs, ensuring that each scene can achieve personalized equipment adjustment. At the same time, the user can transmit customized linkage data through the mobile terminal, including audio playback content, lighting color, etc. After synchronizing the content to be operated to the hotel terminal, the room equipment can be accurately controlled based on user needs, and it can be ensured that the equipment operation meets the user's personalized needs.

Description

Technical Field

[0001] The present invention relates to the field of central control data processing, and in particular to a method and system for linking hotel central control audio and lighting scenes. Background Art

[0002] With the advancement of science and technology, hotel intelligent technology has gradually matured. In today's hotels, more and more intelligent devices are being used to enhance user experience and optimize resource management, such as smart lighting, smart air conditioning, smart speakers, etc. These devices are managed through a central control system and can automatically adjust their status according to different scene requirements, environmental factors and user personalized needs.

[0003] However, most existing hotel intelligent control systems can only control a single type of equipment, such as adjusting only the audio or only the lighting. With the improvement of user experience requirements, simple equipment control can no longer meet the personalized and diversified needs. Especially in places like hotels with various environmental scenarios and highly personalized requirements, the coordinated control of multiple devices such as audio and lighting has become a technical problem that needs to be solved urgently. Summary of the Invention

[0004] The present invention aims to solve the problem of how to control audio and lighting to perform multi-scene linkage regulation according to needs, and provides a linkage method and system for hotel central control audio and lighting scenes.

[0005] The present invention adopts the following technical means to solve the technical problem:

[0006] The present invention provides a method for linking hotel central control audio and lighting scenes, comprising:

[0007] Based on the scene content pre-entered by the user on the hotel terminal, identifying the operation type corresponding to the scene content, wherein the operation type specifically includes an audio type and a lighting type;

[0008] Determine whether the operation type can be linked in a preset hotel room;

[0009] If not, remotely connect to the hotel room through the hotel terminal to obtain control authority for the hotel room, collect pre-recorded content to be operated of the room facilities based on the control authority, synchronize the content to be operated to the mobile terminal preset by the user, and receive customized linkage data transmitted back by the mobile terminal to the hotel terminal, wherein the room facilities specifically include audio and lighting, and the content to be operated specifically includes playback content and lighting color;

[0010] Determining whether the customized linkage data can be granted with the authority of the hotel terminal;

[0011] If obtained, a linkage code for the room facility is generated based on the linkage combination of the customized linkage data, the linkage code is entered into the room facility through the hotel terminal, the control authority is transferred to the mobile terminal, the room facility is activated according to the linkage code, and other unauthorized content input by the mobile terminal to the room facility is restricted.

[0012] Furthermore, the step of collecting the content to be operated pre-recorded by the room facilities and synchronizing the content to be operated to the mobile terminal preset by the user further includes:

[0013] The content to be operated is transmitted to the mobile terminal through the hotel terminal, and the required operation content preset by the user is extracted from the mobile terminal;

[0014] Determine whether the to-be-operated content can achieve the required operation content;

[0015] If not, activate the open interface preset for the room facilities, and based on the hotel terminal, detect the connection data generated after the user's preset adjustment device is connected to the open interface. Based on the connection data, collect the linkage information constructed by the user from the room facilities, wherein the linkage information specifically refers to the linkage effect of the sound and lighting in the hotel room.

[0016] Furthermore, after the step of receiving the customized linkage data transmitted back from the mobile terminal to the hotel terminal, the method further includes:

[0017] Based on the customized linkage data, performing a linkage test on the room facilities through a hotel terminal, and obtaining a test result corresponding to the linkage test;

[0018] Determining whether the test result detects a preset test anomaly;

[0019] If so, corresponding abnormal extreme data is generated based on the test abnormality, and based on the abnormal extreme data, the load information of the room facilities of the customized linkage data is collected, and the load information is transmitted back to the mobile terminal, wherein the abnormal extreme data specifically includes exceeding the volume range, brightness range and temperature range supported by the device.

[0020] Furthermore, the step of generating the linkage code of the room facility based on the linkage combination of the customized linkage data further includes:

[0021] Based on the linkage code, identifying the independent display period preset by the user for the room facilities, and obtaining the display scene preset by the user for the hotel room according to the independent display period;

[0022] Determining whether the independent display period matches the display scene;

[0023] If not, based on the preset display stage of the hotel room by the user, the preset sensors of the room facilities are activated in real time, and the environmental status of the hotel room is detected by the sensors, and the display priority of the room facilities is dynamically switched, wherein the environmental status specifically includes temperature, humidity and light changes.

[0024] Furthermore, the step of determining whether the operation type can be linked in a preset hotel room further includes:

[0025] Based on a preset network bandwidth in the hotel room, detecting the response time of the room facilities when they are linked;

[0026] Determining whether the response time exceeds a preset period;

[0027] If so, the network load data in the hotel room is obtained, and the delayed response time of the room facilities is generated based on the network load data. The bandwidth allocation of the hotel room is dynamically adjusted based on the delayed response time, and the bandwidth allocation is synchronized to the mobile terminal in real time, wherein the network load data specifically includes bandwidth utilization, delay and throughput.

[0028] Furthermore, the step of determining whether the customized linkage data can be granted with the authority of the hotel terminal further includes:

[0029] Based on the preset operating time of the room facility by the hotel terminal, detecting the external coordination control terminal of the room facility;

[0030] Determining whether the coordination control terminal belongs to the mobile terminal;

[0031] If not, permission conflict information of the room facility is generated, and according to the permission conflict information, the triggering mechanism of the room facility is restricted, and the corresponding abnormal room facility is updated in real time on the mobile terminal.

[0032] Furthermore, the step of identifying the operation type corresponding to the scene content based on the scene content pre-input by the user at the hotel terminal further includes:

[0033] Based on the linkage requirements preset by the user at the hotel terminal, identifying the remaining available hotel rooms through the hotel terminal;

[0034] Determining whether the available hotel rooms match the linkage requirements;

[0035] If so, the scene type corresponding to the linkage requirement is identified, and according to the scene type, the linkage purpose of the available hotel room is marked from the hotel terminal, wherein the scene type specifically includes basic scene, work scene and entertainment scene.

[0036] The present invention also provides a hotel central control audio and lighting scene linkage system, comprising:

[0037] an identification module for identifying, based on the scene content pre-input by the user at the hotel terminal, an operation type corresponding to the scene content, wherein the operation type specifically includes an audio type and a lighting type;

[0038] A judgment module, used to judge whether the operation type can be linked in a preset hotel room;

[0039] an execution module configured to, if not, remotely connect to the hotel room according to the hotel terminal, obtain control authority for the hotel room, collect pre-recorded content to be operated of room facilities based on the control authority, synchronize the content to be operated to a mobile terminal preset by the user, and receive customized linkage data transmitted back from the mobile terminal to the hotel terminal, wherein the room facilities specifically include audio and lighting, and the content to be operated specifically includes playback content and lighting color;

[0040] A second judgment module is used to judge whether the customized linkage data can be granted with the authority of the hotel terminal;

[0041] The second execution module is configured to generate a linkage code for the room facility based on the linkage combination of the customized linkage data, if obtained; enter the linkage code into the room facility through the hotel terminal; transfer the control authority to the mobile terminal; activate the room facility according to the linkage code; and restrict other unauthorized content input by the mobile terminal to the room facility.

[0042] Furthermore, the execution module further includes:

[0043] An extraction unit, configured to transmit the content to be operated to the mobile terminal through the hotel terminal, and extract the required operation content preset by the user from the mobile terminal;

[0044] A judging unit, configured to judge whether the to-be-operated content can realize the required operation content;

[0045] The execution unit is configured to, if not, activate the open interface preset for the room facilities, detect, based on the hotel terminal, connection data generated after the user's preset adjustment device is connected to the open interface, and collect, based on the connection data, linkage information constructed by the user from the room facilities, wherein the linkage information specifically is the linkage effect of audio and lighting in the hotel room.

[0046] Furthermore, it also includes:

[0047] an acquisition module, configured to perform a linkage test on the room facilities through a hotel terminal based on the customized linkage data, and obtain a test result corresponding to the linkage test;

[0048] A third judgment module is used to judge whether the test result detects a preset test abnormality;

[0049] The third execution module is used to generate corresponding abnormal extreme data according to the test abnormality, collect the load information of the customized linkage data on the room facilities based on the abnormal extreme data, and transmit the load information back to the mobile terminal, wherein the abnormal extreme data specifically includes exceeding the volume range, brightness range and temperature range supported by the device.

[0050] The present invention provides a method and system for linking hotel central control audio and lighting scenes, which has the following beneficial effects:

[0051] The present invention can accurately identify user needs through the scene content preset in the hotel terminal, and determine the corresponding operation type based on this, so that the system can adjust the audio and lighting settings according to the user's specific needs, ensuring that each scene can achieve personalized equipment adjustment. At the same time, the user can transmit customized linkage data through the mobile terminal, including audio playback content, lighting color, etc. After synchronizing the content to be operated to the hotel terminal, the room equipment can be accurately controlled based on user needs, and it can be ensured that the equipment operation meets the user's personalized needs. BRIEF DESCRIPTION OF THE DRAWINGS

[0052] Figure 1 This is a flow chart of an embodiment of a method for linking hotel central control audio and lighting scenes according to the present invention;

[0053] Figure 2 This is a structural block diagram of an embodiment of the hotel central control audio and lighting scene linkage system of the present invention. DETAILED DESCRIPTION

[0054] It should be understood that the specific embodiments described herein are only used to explain the present invention and are not intended to limit the present invention. The implementation, functional features and advantages of the present invention will be further described in conjunction with the embodiments and with reference to the accompanying drawings.

[0055] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. All other embodiments obtained by ordinary technicians in this field based on the embodiments of the present invention without making any creative efforts shall fall within the scope of protection of the present invention.

[0056] Reference Attachment Figure 1 , is a method for linking hotel central control audio and lighting scenes in one embodiment of the present invention, comprising:

[0057] S1: Based on the scene content pre-input by the user on the hotel terminal, identifying the operation type corresponding to the scene content, wherein the operation type specifically includes an audio type and a lighting type;

[0058] S2: Determine whether the operation type can be linked in a preset hotel room;

[0059] If not, remotely connect to the hotel room through the hotel terminal to obtain control authority for the hotel room. Based on the control authority, collect the pre-recorded content to be operated of the room facilities, synchronize the content to be operated to the mobile terminal preset by the user, and receive customized linkage data transmitted back from the mobile terminal to the hotel terminal, wherein the room facilities specifically include audio and lighting, and the content to be operated specifically includes playback content and lighting color.

[0060] S4: Determine whether the customized linkage data can be granted with the authority of the hotel terminal;

[0061] S5: If obtained, a linkage code for the room facility is generated based on the linkage combination of the customized linkage data, the linkage code is entered into the room facility through the hotel terminal, the control authority is transferred to the mobile terminal, the room facility is activated according to the linkage code, and other unauthorized content input by the mobile terminal to the room facility is restricted.

[0062] In this embodiment, the system identifies the operation types corresponding to the scene contents to be linked based on the scene contents to be linked pre-entered by the user at the hotel terminal. The operation types specifically include audio type and lighting type. The system then determines whether these operation types can be linked in the hotel room pre-selected by the user to execute the corresponding steps. For example, when the system determines that the operation type corresponding to the scene contents to be linked can be linked in the hotel room pre-selected by the user, the system will consider that the equipment in the room has met the user's needs and can be appropriately adjusted according to the scene preset by the user. The system will confirm whether the equipment in the room selected by the user can support the required operation type, such as whether the audio equipment supports the playback preset by the user. The system will check the content (such as a specific sound effect or music type), whether the lighting equipment supports the required adjustment method (such as brightness, color temperature, etc.), and once it is confirmed that the operation type matches the room equipment, the system will generate a "linkage code" related to the scene content. These linkage codes contain control instructions for audio and lighting equipment, including volume adjustment, playback content, lighting mode, color temperature adjustment, etc., and synchronize the generated linkage codes to the hotel terminal to ensure that the equipment can be linked according to user needs. The system will manage the room equipment through the hotel terminal. When the user cannot control the room facilities in time, the hotel terminal can also make the control of the equipment accurate and unified; for example, when the system determines that the operation type corresponding to the scene content to be linked cannot be When linkage is performed in a hotel room pre-selected by the user, the system will think that the room equipment selected by the user cannot meet the user's needs, that is, the room facilities of the hotel room have never been linked in this way. The system will remotely connect to the hotel room according to the hotel terminal, obtain the control authority of the hotel room, and collect the pre-recorded contents to be operated in the room facilities according to the control authority. The room facilities specifically include audio and lighting, and the contents to be operated specifically include playback content and lighting colors. These contents to be operated are synchronized to the mobile terminal pre-set by the user, and the customized linkage data sent back by the mobile terminal to the hotel terminal is received; the system provides remote connection and authority acquisition functions, so that even if the room facilities have never been linked in this way, the system can still operate according to the system. Room equipment can be adjusted through remote connection to ensure that user needs are met. This flexibility greatly improves the adaptability of the system. At the same time, users can create scene modes that fully meet their needs through system settings and adjustments. For example, if a user requires certain audio playback content or lighting colors that originally exceed the support of the room equipment, the system will adjust the equipment through linkage data to provide accurate scene effects and enhance the customer experience. In addition, through remote control and linkage configuration, the system enables the equipment in the hotel to support more diverse usage scenarios. For example, equipment that originally could not support certain audio or lighting operations can adapt to more scene requirements after remote adjustment, thereby enhancing the functionality and applicability of the equipment.The system then determines whether these customized linkage data can be granted permissions by the hotel terminal to execute the corresponding steps; for example, when the system determines that the customized linkage data sent back to the hotel terminal by the mobile terminal cannot be granted permissions by the hotel terminal, the system will consider that the requested operation exceeds the permission range of the current user or device, that is, the user may try to perform an operation that is not within his or her permission range, such as adjusting the system-level device configuration or changing the basic settings of the device. The system will check whether the user has sufficient permissions to perform the operation. If the user's permissions are insufficient, the system will provide feedback and suggest that the user authenticate, apply or contact the hotel management to enhance permissions. At the same time, the compatibility of the equipment in the room will be checked to ensure that the requested operation meets the device capabilities. If the device does not support the operation, the system will provide an alternative or suggest that the user select another device, and check the working status of the device to ensure its normal operation. If the device is abnormal, the system will prompt the user to troubleshoot, or provide technical support and fault reporting feedback mechanism. Finally, it will detect whether there are multiple conflicting operation requests. If a conflict is found, the system will try to optimize the settings or prompt the user to adjust the operation to ensure that the scene setting can be implemented normally. For example, when the system determines that the operation type corresponding to the scene content to be linked can be in the hotel room pre-selected by the user When the system performs linkage within the room, it will assume that the user's requested operation can be executed normally. Based on the customized linkage data, the system will generate a linkage code for the room facilities. These linkage codes can be remotely entered into the room facilities through the hotel terminal, transferring the control rights of the room facilities to the mobile terminal. The room facilities can be activated according to the linkage code, and other unauthorized input of room facilities through the mobile terminal can be restricted. By remotely entering the linkage code and transferring the control rights to the user's mobile terminal, the system enables the facilities in the room to be adjusted according to the user's needs at any time and anywhere. Even if the room facilities themselves do not have native linkage capabilities, the system can achieve intelligent linkage of devices through software-level adjustments. At the same time, after the control rights are transferred to the mobile terminal, it can effectively restrict the user's unauthorized operation of the room facilities. By restricting users to specific, authorized operations, it can prevent users from operating incorrectly or abusing control rights, ensuring the safety and stability of the room facilities. In addition, it can generate a variety of scene combinations based on different user needs, including not only audio and lighting but also other room facilities (such as curtains, temperature control, etc.). In other words, users can select or customize scenes according to specific needs without manually adjusting each device, providing a convenient and efficient multi-scene experience.

[0063] In this embodiment, the step S3 of collecting the content to be operated pre-recorded by the room facilities and synchronizing the content to be operated to the mobile terminal preset by the user further includes:

[0064] S31: transmitting the content to be operated to the mobile terminal through the hotel terminal, and extracting the required operation content preset by the user from the mobile terminal;

[0065] S32: Determine whether the operation to be performed can achieve the required operation;

[0066] S33: If not, activate the preset open interface of the room facilities, and based on the hotel terminal, detect the connection data generated after the user's preset adjustment device is connected to the open interface. According to the connection data, collect the linkage information constructed by the user from the room facilities, wherein the linkage information specifically is the linkage effect of the sound and light in the hotel room.

[0067] In this embodiment, the system transmits the pending operation content of the room facilities to the user's mobile terminal through the hotel terminal, extracts the required operation content pre-set by the user from the mobile terminal, and then determines whether the pending operation content of the room facilities can achieve the required operation content, so as to execute the corresponding steps; for example, when the system determines that the pending operation content of the room facilities can achieve the required operation content, the system will consider that the current room facilities do not need to be adjusted by the user, because they can already meet the audio and lighting scene linkage effects required by the user. The system will first confirm that the settings of the current room facilities (audio and lighting) fully meet the user's needs, and ensure that the audio playback content and the color, brightness, color temperature, etc. of the lighting are all set correctly. At the same time, once the system confirms that the pending operation content has met the required scenario, the system should promptly feedback to the user through the mobile terminal, informing them that the current audio and lighting settings have met the requirements and the operation has been successful. The user can choose to continue adjusting or stop the operation, and continuously monitor the status of the room facilities to ensure that the audio and lighting equipment maintain normal operation under the scenario of user requirements; for example, when the system determines that the pending operation content of the room facilities cannot achieve the required operation content, the system will believe that the current room facilities need to be adjusted by the user himself, and temporarily cannot meet the audio and lighting linkage effects required by the user. The system will activate the pre-set open interface of the room facilities and detect the user's pre-set adjustment equipment based on the hotel terminal. After the adjustment device is connected to the open interface, the corresponding connection data is generated. According to the connection data, the linkage information constructed by the user from the room facilities is collected. The linkage information is specifically the linkage effect of the sound and light in the hotel room; when the preset functions of the room facilities cannot meet the user's needs, the system provides the possibility of equipment expansion through the open interface. The user can connect to external devices or control systems to expand the functions of the room facilities and further improve the compatibility and scalability of the equipment. For example, the user can connect his own sound system or smart lamps to meet personalized needs. At the same time, by collecting the linkage information constructed by the user from the room facilities, the system can track and record the user's preference settings in real time, so as to provide It provides more accurate and intelligent linkage effects. For example, the system can predict user preferences based on historical data and automatically generate linkage combinations that meet the needs without the user having to adjust them again. Hotel managers can remotely monitor the open interfaces and connection status of the equipment, understand the user's adjustment needs, and optimize and adjust the system in a timely manner. This flexible remote control and configuration management method can effectively improve the management efficiency of the equipment and reduce problems caused by equipment failure or improper use. By collecting user connection data, the system can analyze the use of the equipment in real time, helping hotels to better understand the health status and usage frequency of the equipment. If the equipment fails or has problems, the system can issue an early warning and notify the hotel for maintenance or replacement.

[0068] In this embodiment, after step S3 of receiving the customized linkage data transmitted from the mobile terminal to the hotel terminal, the method further includes:

[0069] S301: Based on the customized linkage data, perform a linkage test on the room facilities through a hotel terminal, and obtain a test result corresponding to the linkage test;

[0070] S302: Determine whether the test result detects a preset test abnormality;

[0071] S303: If yes, then generate corresponding abnormal extreme data according to the test abnormality, collect the load information of the room facilities of the customized linkage data based on the abnormal extreme data, and transmit the load information back to the mobile terminal, wherein the abnormal extreme data specifically includes exceeding the volume range, brightness range and temperature range supported by the device.

[0072] In this embodiment, the system performs a linkage test on the room facilities through the hotel terminal based on the customized linkage data provided by the user, obtains the test results corresponding to the linkage test, and then determines whether the test results detect a pre-set test anomaly to execute the corresponding steps. For example, when the system determines that the test results of the linkage test do not detect a pre-set test anomaly, the system will assume that the hotel room audio, lighting and other equipment are operating normally according to the predetermined linkage mode and no failures or unexpected behaviors have occurred. The system will transfer the control authority of the room facilities to the user, ending the test process. That is, the user can continue to use the room facilities and enjoy the normal audio and lighting linkage effects. At the same time, to cope with different environments or user needs, the system can further enhance adaptability, such as allowing users to adjust more personalized settings (such as more detailed audio adjustments, lighting color presets, etc.) through the mobile terminal, perform corresponding intelligent optimization, and set up regular inspection and automatic testing mechanisms to periodically perform linkage tests on the room facilities during actual use to ensure that the equipment is always in optimal condition and meets user needs. For example, when the system determines that the test results of the linkage test detect a pre-set test anomaly, the system will assume that the room facilities cannot operate according to the predetermined linkage mode. The system will generate a corresponding abnormality based on the test anomaly. Abnormal extreme data, specifically abnormal extreme data, includes volume range, brightness range and temperature range that exceed the device support. Based on these abnormal extreme data, the system collects customized linkage data for room facility load information and transmits this load information back to the mobile terminal; by generating and recording abnormal extreme data (such as the exceeded values of volume, brightness and temperature range), the system can accurately identify possible problems that may occur in the linkage process of the device. Abnormal extreme data provides the system with detailed device performance indicators, helping to quickly locate which parameters cause the device to malfunction. At the same time, it collects room facility load information (such as the load status of audio and lighting in actual use) and transmits it back to the mobile terminal. This information is transmitted back to the mobile terminal, allowing the system to monitor the load of the equipment in real time. The load data provides the system with critical real-time feedback, helping to determine whether it is overloaded. By detecting abnormal extreme data, an automated response mechanism can be triggered to ensure that the use of room facilities does not cause damage to the equipment or improper use. For example, the system can limit certain operations based on abnormal data, automatically adjust linkage parameters, or provide warning prompts to users. By transmitting load information and abnormal extreme data back to the mobile terminal in real time, users can check the equipment status at any time and obtain instant feedback. This not only improves the transparency of equipment use, but also enhances users' trust in the system.

[0073] In this embodiment, the step S5 of generating the linkage code of the room facility based on the linkage combination of the customized linkage data further includes:

[0074] S51: Based on the linkage code, identifying the independent display period preset by the user for the room facilities, and obtaining the display scene preset by the user for the hotel room according to the independent display period;

[0075] S52: Determine whether the independent display period matches the display scene;

[0076] S53: If not, then according to the preset display stage of the hotel room by the user, the preset sensors of the room facilities are activated in real time, the environmental status of the hotel room is detected by the sensors, and the display priority of the room facilities is dynamically switched, wherein the environmental status specifically includes temperature, humidity and light changes.

[0077] In this embodiment, the system identifies the independent display time period pre-set by the user for the room facilities based on the linkage code of the room facilities, obtains the display scene pre-set by the user for the hotel room according to different independent display time periods, and then determines whether the independent display time period can match the display scene pre-set in the hotel room to execute the corresponding steps; for example, when the system determines that the independent display time period can match the display scene pre-set in the hotel room, the system will consider that it has successfully identified the user's needs and can perform the corresponding independent operation, such as independent display of audio or independent display of lighting. The system will confirm that the display time period set by the user does not conflict with the working hours of the room facilities, ensuring that the equipment can be started and operated within the time period. At the same time, based on the scene matching results, the scene settings related to the display time period are loaded, such as audio volume, lighting brightness, color temperature, etc., and based on the operating status of the equipment, the system can dynamically adjust the display effect according to the actual environment to ensure the best user experience; for example, when the system determines that the independent display time period cannot match the display scene pre-set in the hotel room, the system will consider that when the audio or lighting needs to be displayed independently, it cannot switch to the corresponding display in time. Based on the user's pre-set display stage in the hotel room, the system will activate the pre-installed sensors in the room facilities in real time. The sensors detect the hotel room's environmental conditions, including temperature, humidity, and light changes, and dynamically switch the display priority of the room facilities. If the audio or lighting cannot switch the display scene in time, the system can determine the current environmental requirements in the room by real-time monitoring of environmental conditions (such as temperature, humidity, and light changes), adapt to user needs, and dynamically switch the display priority. This helps ensure that the facilities can provide the most appropriate display effect based on the actual environmental conditions. At the same time, the display priority is dynamically switched based on the environmental data collected by the sensors, which can respond to changes in the room environment in real time without human intervention. This allows the system to automatically adjust the display method according to different environmental conditions, reducing the possibility of human error or mismatch. Dynamically switching display priorities and adjusting operations based on real-time environmental feedback helps the system maintain stable operation in the event of unforeseen environmental changes or equipment failure to work as expected. If the system cannot switch the display scene immediately, it will ensure that the shortfall is compensated by adjusting other related facilities to ensure that the user experience is not affected.

[0078] It should be noted that, based on the preset display stage of the hotel room by the user, the preset sensors of the room facilities are activated in real time. The environmental status of the hotel room is detected by the sensors, and the display priority of the room facilities is dynamically switched. A specific example is as follows:

[0079] Suppose a user sets a special display scenario when checking into a hotel room, such as "night rest mode". This mode includes two operations:

[0080] 1. Play light music (such as soft jazz) on the speakers;

[0081] 2. Dim the lights to a warm yellow to create a relaxing atmosphere;

[0082] In this mode, the hotel room system will monitor the environmental conditions in the room (such as temperature, humidity, light intensity, etc.) in real time and dynamically adjust the display priority of audio and lighting based on this data to ensure the best comfort effect;

[0083] The user set up "Nighttime Rest Mode" through the hotel terminal; the settings included playing soft music, dimming the lights to a warm yellow and lowering the brightness;

[0084] Environmental monitoring and sensor activation: The system activates the environmental sensors of the room facilities according to the display stage set by the user; these sensors include:

[0085] Temperature sensor: monitors the temperature in the room to ensure a comfortable environment;

[0086] Humidity sensor: monitors air humidity to prevent the air from being too dry or too humid;

[0087] Light sensor: detects the light intensity in the room in real time to ensure that the light is not too strong or too weak;

[0088] Dynamically switch display priority. When the light sensor detects excessive external light (such as streetlights shining through the front window at night), the system will prioritize adjusting the light brightness to reduce the impact of excessive external light and ensure that the light in the room maintains a suitable warm tone and brightness.

[0089] If the temperature is too high (for example, the air conditioner is not turned on), the system will automatically adjust the temperature control device, giving priority to adjusting the air conditioner settings to maintain a suitable temperature (for example, 22°C) to ensure a comfortable rest environment;

[0090] If the humidity is too high (e.g., in humid weather), the system may prioritize activating the air purifier or air conditioner's dehumidification function to maintain a suitable humidity level;

[0091] To ensure optimal coordination between audio and lighting, if the system detects a mismatch between the music being played and the lighting (for example, the audio volume is too high and the lighting is too low), the system will adjust based on priority: if the user prioritizes audio, the system may automatically reduce the lighting to ensure clarity. If the user prioritizes lighting, the system may adjust the audio volume to ensure a more harmonious overall atmosphere between the lighting and audio.

[0092] Temperature: The system uses temperature sensors to monitor the temperature in real time to ensure that the temperature is within a comfortable range, avoiding overheating or overcooling that affects the user's rest experience;

[0093] Humidity: Proper humidity control can prevent the room from being too humid or too dry, thus improving comfort;

[0094] Lighting: The light sensor automatically adjusts the light brightness according to the changes in external light and the light in the room to meet the needs of "night rest mode";

[0095] Synergy between audio and lighting: The light music played by the audio system is more harmoniously matched with the color tone and brightness of the lighting, ensuring that users can enjoy the best rest experience in a comfortable environment;

[0096] In summary, through real-time monitoring of environmental sensors and dynamic adjustment of display priorities, the system can ensure that the user's display scene in the hotel room can be optimized according to real-time environmental conditions. For example, through feedback from temperature, humidity and light sensors, the system can flexibly adjust the configuration of audio and lighting to enhance the user's comfort experience and ensure that the display scene always meets the user's needs. This flexible adjustment method enables room facilities to better respond to the user's personalized needs while avoiding inconsistent experience caused by environmental changes.

[0097] In this embodiment, the step S2 of determining whether the operation type can be linked in a preset hotel room further includes:

[0098] S21: Based on a preset network bandwidth in the hotel room, detecting a response time of the room facilities when performing linkage;

[0099] S22: Determine whether the response time exceeds a preset period;

[0100] S23: If yes, obtain the network load data in the hotel room, generate the delayed response time of the room facilities according to the network load data, dynamically adjust the bandwidth allocation of the hotel room according to the delayed response time, and synchronize the bandwidth allocation to the mobile terminal in real time, wherein the network load data specifically includes bandwidth utilization, delay and throughput.

[0101] In this embodiment, the system detects the response time of the room facilities when they are linked based on the pre-set network bandwidth in the hotel room, and then the system determines whether the response time exceeds the pre-set time period to execute the corresponding steps; for example, when the system determines that the response time of the room facilities when they are linked does not exceed the pre-set time period, the system will consider that the response speed of the room facilities meets the predetermined standard, the system can successfully complete the linkage operation without delay or instability, and the system will continue to perform the linkage operation, such as adjusting the audio volume, light brightness, etc. The linkage scene set by the user can be successfully applied without further intervention. At the same time, the success of the linkage operation is recorded and the relevant data of the response time is saved. These data will help to analyze the stability of the room facilities and evaluate the performance of the system in the future, so as to optimize subsequent operations, and the system will display to the user that the linkage is completed and provide the user with operation confirmation information. Users can immediately perceive that the room facilities have been appropriately adjusted according to their needs; for example, when the system determines that the response time of the room facilities during linkage exceeds the pre-set time period, the system will consider that the response speed of the room facilities cannot meet the predetermined standard and the linkage operation cannot be completed smoothly. The system will obtain the network load data in the hotel room, which specifically includes bandwidth utilization, delay and throughput. Based on these network load data, the delayed response time of the room facilities is generated. Based on the delayed response time, the bandwidth allocation of the hotel room is dynamically adjusted, and the bandwidth allocation is synchronized to the mobile terminal in real time. By obtaining the network load data of the hotel room, including bandwidth utilization, delay and throughput, the system can monitor and analyze the current network status in real time. Once a response timeout is detected, the system can dynamically adjust bandwidth allocation to ensure that the linkage operation of room facilities will no longer be affected by network delays or insufficient bandwidth. At the same time, by adjusting bandwidth allocation in real time, the linkage response time of room facilities can be effectively controlled, avoiding users from feeling lag or delay during the linkage process, improving the smoothness of the entire system, and by synchronizing bandwidth allocation to the user's mobile terminal in real time, users can clearly understand how the system dynamically adjusts network resources, increasing transparency and controllability. Users can adjust their needs according to real-time data to further improve the experience. By allowing users to understand the real-time bandwidth allocation status, the system enhances interactivity with users, and users can perceive how the system optimizes their needs and improves user satisfaction.

[0102] In this embodiment, the step S4 of determining whether the customized linkage data can be granted with the authority of the hotel terminal further includes:

[0103] S41: Detecting an external coordination control terminal of the room facility based on the preset operation time of the room facility by the hotel terminal;

[0104] S42: Determine whether the coordination control terminal belongs to the mobile terminal;

[0105] S43: If not, then generate permission conflict information of the room facility, restrict the triggering mechanism of the room facility according to the permission conflict information, and update the corresponding abnormal room facility in real time on the mobile terminal.

[0106] In this embodiment, the system detects the external coordination control terminals of the room facilities based on the pre-set operating time of the hotel terminal for the room facilities, and then the system determines whether these coordination control terminals belong to the mobile terminal to execute the corresponding steps. For example, when the system determines that all the external coordination control terminals of the room facilities belong to the mobile terminal, the system will assume that the room facilities are fully controlled by the user, that is, the user has control authority over the room facilities. The system will synchronize the status of the room facilities (such as volume, light brightness, etc.) to the user's mobile terminal in real time, that is, the user can view the current status of the room facilities at any time through the mobile terminal to ensure consistency of operation. At the same time, according to the user's usage habits or preset scenarios, the system can actively adjust the room facilities. For example, if the user often activates a specific audio and lighting combination in a certain time period, the system can intelligently predict and automatically adjust the facility settings without the user having to manually operate again. In addition, it ensures that when the user has full control authority, other users or devices cannot interfere with or modify the settings of the room facilities, including restricting others from using the equipment in the room or protecting the control interface through encryption to prevent unauthorized access. For example, when the system determines that the room facilities are fully controlled by the user, the system will automatically adjust the settings of the room facilities. The external coordination and control terminals of room facilities are not entirely under the control of the mobile terminal. In this case, the system will believe that the room facilities may not be fully controlled by the user. The system will generate permission conflict information for the room facilities. Based on this permission conflict information, the trigger mechanism of the room facilities is restricted and the corresponding abnormal room facilities are updated in real time on the mobile terminal. By generating permission conflict information, the system can track and analyze permission conflicts between different control terminals, providing deep insights into permission management, helping to prevent permission issues caused by device failures, configuration errors, or malicious operations, and enhancing the overall security of the system. At the same time, by restricting the trigger mechanism of room facilities, the system can effectively avoid conflicts or duplicate control between different control terminals and reduce potential device conflicts in the system. This not only ensures the stable operation of the equipment, but also avoids system crashes or device unresponsiveness caused by multiple terminals sending conflicting commands at the same time. By restricting permission conflicts and updating abnormal device information, the system ensures that each device collaborates according to the correct permission hierarchy, avoiding multiple devices issuing conflicting commands to room facilities at the same time. This can improve the coordination between devices and ensure their stable operation under the user's expected control.

[0107] It should be noted that permission conflict information of the room facilities is generated, and based on the permission conflict information, the triggering mechanism of the room facilities is restricted, and the corresponding abnormal room facilities are updated in real time on the mobile terminal. The specific examples are as follows:

[0108] Scenario 1: Conflict between audio and lighting control.

[0109] Imagine a user requests, through a mobile app, that the hotel room's audio and lighting be adjusted to create an "evening relaxation" scenario, with the audio system playing soft music and the lighting set to a soft, warm color. However, the hotel terminal is already executing a pre-defined room scenario, such as adjusting the audio system to a higher volume and the lighting to a bright white to accommodate other guests.

[0110] The system recognizes that the mobile terminal and the hotel terminal have sent conflicting control commands (the mobile terminal requests the sound volume to be reduced and the lights to be dimmed, while the hotel terminal requests the sound volume to be kept high and the lights to be kept bright). Therefore, a permission conflict message is generated; this message includes:

[0111] Audio device permission conflict: The volume settings requested by the mobile terminal and the hotel terminal are inconsistent;

[0112] Lighting device permission conflict: The lighting brightness and color requested by the mobile terminal and the hotel terminal are inconsistent;

[0113] To prevent conflicts from further affecting devices, the system will restrict operational permissions. Possible actions include granting control of audio equipment to only the mobile terminal or the hotel terminal, suspending the other party's operation; limiting control of lighting equipment to only the mobile terminal, suspending the hotel terminal's control of the lights;

[0114] Real-time updates on abnormal room facilities. On mobile devices, users will see the following prompt: "Sound and lighting cannot be adjusted synchronously: Due to a conflict with the hotel terminal, the sound volume and light brightness cannot be adjusted as expected; please try again later." At this point, the user clearly understands that the sound and lighting cannot operate according to the planned plan due to a permission conflict, and the system has made corresponding restrictions;

[0115] Scenario 2: Control authority conflict of temperature control equipment.

[0116] Suppose a user wants to adjust the room's air conditioning temperature to 22°C for a comfortable sleeping environment, but during the same period, the room's temperature control device is already set to 23°C, and the hotel's front desk system is automatically adjusting the temperature to operate in energy-saving mode;

[0117] The system detects that a user's mobile terminal is requesting to adjust the air conditioning temperature to 22°C, while the hotel's front desk system is attempting to set the temperature to 23°C in energy-saving mode. Because the two control terminals issued different instructions, the system identified a permission conflict.

[0118] The system limits the trigger mechanism and decides to grant control authority to the hotel front desk system to prioritize the stability of the energy-saving mode. It also limits the mobile terminal's ability to adjust the temperature control device to prevent both devices from acting on the device at the same time, causing unstable temperature control.

[0119] Real-time updates on abnormal room facilities. The mobile terminal will display the following message: "Temperature control device failed to respond: Due to a control conflict with the hotel terminal, the air conditioning temperature cannot be adjusted as expected; the system is prioritizing energy saving mode." At this point, the user knows that there is a setting conflict in the temperature control system, understands the current status of the air conditioner and possible reasons, and the system has restricted permissions.

[0120] Scenario 3: Conflict between lighting and curtain control.

[0121] Users want to set up a comfortable sleeping environment through their mobile devices, requesting dimmed room lights and closed curtains to avoid distracting light. However, hotel terminals already have some intelligent scheduling for curtains and lights in the rooms to adapt to natural light during the day and manage energy consumption.

[0122] A permission conflict occurs when the control systems for curtains and lights are not coordinated. The mobile device's light and curtain adjustment request conflicts with the hotel terminal's automatic scheduling function. The system identifies this conflict and generates a permission conflict message, indicating a control permission conflict for curtains and lights.

[0123] Limit the trigger mechanism, the system suspends curtain adjustment and grants curtain control authority to the hotel terminal to ensure that the automatic scheduling function continues to operate; limit the adjustment of lights to only allow operation through the mobile terminal;

[0124] Real-time updates on abnormal room facilities. On mobile devices, users see the following notification: "Curtain and lighting control conflict: Due to a conflict with the hotel's automated scheduling system, curtains cannot be adjusted; lighting adjustments are enabled." At this point, users clearly know that curtain operation is restricted, but lighting adjustments can be performed normally.

[0125] In summary, by generating permission conflict information and limiting the triggering mechanism of room facilities in real time, the system can ensure the security and stability of device control and prevent device failure or unstable operation caused by command conflicts between different control terminals. At the same time, real-time updating of abnormal device information can also improve user transparency, allowing users to understand the current status and operation restrictions of the device, which helps to optimize the user experience and ensure the efficient operation of the system.

[0126] In this embodiment, the step S1 of identifying the operation type corresponding to the scene content based on the scene content pre-input by the user at the hotel terminal further includes:

[0127] S11: Based on the linkage requirements preset by the user at the hotel terminal, identifying the remaining available hotel rooms through the hotel terminal;

[0128] S12: Determine whether the available hotel rooms match the linkage requirements;

[0129] S13: If yes, identify the scene type corresponding to the linkage requirement, and mark the linkage purpose of the available hotel room from the hotel terminal according to the scene type, wherein the scene type specifically includes basic scene, work scene and entertainment scene.

[0130] In this embodiment, the system identifies the remaining available hotel rooms through the hotel terminal based on the linkage requirements pre-set by the user at the hotel terminal, and then determines whether these available hotel rooms match the linkage requirements pre-set by the user at the hotel terminal, and then executes the corresponding steps. For example, when the system determines that the remaining available hotel rooms cannot match the pre-set linkage requirements, the system will consider that the remaining available rooms may lack the specific facilities required by the user (such as audio type, lighting control system, temperature control equipment, etc.), and therefore cannot achieve the desired linkage effect. The system will proactively recommend other rooms that meet the linkage requirements to the user. By comparing the remaining available rooms and their equipment configurations, the system can recommend a room that is closest to or completely meets the linkage requirements. If there is no completely matching room, appropriate alternative recommendations can be made based on the room's available equipment and environmental conditions. At the same time, if the user's original requirements are too specific or too complex, the system can make feasible adjustment suggestions based on the configuration of the currently available rooms, so that the user can make appropriate adjustments based on the actual equipment in the room to meet part of the linkage requirements. In addition, if some room equipment is temporarily unavailable due to failure or maintenance, the system can provide real-time updates to the user, reminding him that the room will meet the user's requirements after the equipment is restored to normal. In this way, users can choose to wait for equipment repair or consider choosing another room. For example, if the system determines that a remaining available hotel room matches a pre-set linkage requirement, the system will assume that the user is eligible for linkage after obtaining control of the hotel room. The system will then identify the scenario type corresponding to the linkage requirement, including basic scenarios, work scenarios, and entertainment scenarios. Based on the different scenario types, the hotel terminal will mark the linkage purpose of the available hotel rooms. By classifying the system into scenario types, the hotel can more efficiently allocate resources and equipment. For example, some rooms may be dedicated to work scenarios and equipped with facilities more suitable for meetings and office work, while entertainment rooms may be equipped with higher-quality audio and projection equipment. The system can flexibly allocate and configure these rooms based on this, thereby improving room utilization. At the same time, clear scenario labeling and refined management make it easier for users to experience the desired linkage effects during their stay. This customized service makes users feel cared for and valued, thereby improving their satisfaction and loyalty. For example, business travelers may prefer a quiet "work scene", while families may prefer a more entertaining "entertainment scene". This approach of meeting personalized needs effectively improves the customer experience.

[0131] Reference Attachment Figure 2 , is a linkage system for hotel central control audio and lighting scenes in one embodiment of the present invention, comprising:

[0132] The recognition module 10 is used to identify the operation type corresponding to the scene content based on the scene content pre-input by the user at the hotel terminal, wherein the operation type specifically includes an audio type and a lighting type;

[0133] A determination module 20 is used to determine whether the operation type can be linked in a preset hotel room;

[0134] Execution module 30 is configured to, if not, remotely connect to the hotel room according to the hotel terminal, obtain control authority for the hotel room, collect pre-recorded content to be operated of room facilities based on the control authority, synchronize the content to be operated to the mobile terminal preset by the user, and receive customized linkage data transmitted back by the mobile terminal to the hotel terminal, wherein the room facilities specifically include audio and lighting, and the content to be operated specifically includes playback content and lighting color;

[0135] The second judgment module 40 is used to judge whether the customized linkage data can be granted with the authority of the hotel terminal;

[0136] The second execution module 50 is configured to generate a linkage code for the room facility based on the linkage combination of the customized linkage data, if obtained; enter the linkage code into the room facility via the hotel terminal; transfer the control authority to the mobile terminal; activate the room facility according to the linkage code; and restrict the mobile terminal from inputting other unauthorized content into the room facility.

[0137] In this embodiment, the recognition module 10 identifies the operation types corresponding to the scene contents to be linked based on the scene contents to be linked pre-entered by the user at the hotel terminal. The operation types specifically include audio type and lighting type. Then the judgment module 20 judges whether these operation types can be linked in the hotel room pre-selected by the user to execute the corresponding steps. For example, when the system determines that the operation type corresponding to the scene contents to be linked can be linked in the hotel room pre-selected by the user, the system will consider that the equipment in the room has met the user's needs and can be properly adjusted according to the scene preset by the user. The system will confirm whether the equipment in the room selected by the user can support the required operation type, such as whether the audio equipment supports the user. The preset playback content (such as a specific sound effect or music type), whether the lighting equipment supports the required adjustment method (such as brightness, color temperature, etc.), and once it is confirmed that the operation type matches the room equipment, the system will generate a "linkage code" related to the scene content. These linkage codes contain control instructions for audio and lighting equipment, including volume adjustment, playback content, lighting mode, color temperature adjustment, etc., and the generated linkage codes will be synchronized to the hotel terminal to ensure that the equipment can be linked according to user needs. The system will manage the room equipment through the hotel terminal. When the user cannot control the room facilities in time, the hotel terminal can also make the control of the equipment accurate and unified; for example, when the system determines the operation type corresponding to the scene content to be linked If linkage cannot be performed in the hotel room pre-selected by the user, the execution module 30 will consider that the room equipment selected by the user cannot meet the user's needs, that is, the room facilities of the hotel room have never been linked in this way. The system will remotely connect to the hotel room through the hotel terminal, obtain the control authority of the hotel room, and based on the control authority, collect the pre-recorded contents to be operated of the room facilities, which specifically include audio and lighting, and the contents to be operated specifically include playback content and lighting color, synchronize these contents to be operated to the mobile terminal pre-set by the user, and receive the customized linkage data sent back by the mobile terminal to the hotel terminal; the system provides the functions of remote connection and authority acquisition, so that even if the room facilities have never been linked in this way, The system can still adjust room equipment through remote connection to ensure that user needs are met. This flexibility greatly improves the system's adaptability. At the same time, users can create scene modes that fully meet their needs through system settings and adjustments. For example, if a user requires certain audio playback content or lighting colors that are originally beyond the support of the room equipment, the system will adjust the equipment based on linkage data to provide precise scene effects and enhance the customer experience. Moreover, through remote control and linkage configuration, the system enables the hotel's equipment to support more diverse usage scenarios. For example, equipment that originally could not support certain audio or lighting operations can be adapted to more scene requirements after remote adjustment, enhancing the functionality and applicability of the equipment.Then the second judgment module 40 judges whether these customized linkage data can obtain the authority of the hotel terminal to execute the corresponding steps; for example, when the system determines that the customized linkage data transmitted back from the mobile terminal to the hotel terminal cannot obtain the authority of the hotel terminal, the system will consider that the requested operation exceeds the authority of the current user or device, that is, the user may try to perform an operation that is not within the scope of his or her authority, such as adjusting the device configuration at the system level or changing the basic settings of the device. The system will check whether the user has sufficient authority to perform the operation. If the user's authority is insufficient, the system will provide feedback and suggest that the user authenticate, apply or contact the hotel management to obtain The system will check the compatibility of the equipment in the room to ensure that the requested operation meets the equipment capabilities. If the device does not support the operation, the system will provide an alternative or suggest the user to choose another device, and check the working status of the device to ensure its normal operation. If the device is abnormal, the system will prompt the user to troubleshoot the problem, or provide technical support and fault reporting feedback mechanism, and finally detect whether there are multiple conflicting operation requests. If a conflict is found, the system will try to optimize the settings or prompt the user to adjust the operation to ensure that the scene setting can be implemented normally. For example, when the system determines that the operation type corresponding to the content of the scene to be linked can be performed in the hotel room pre-selected by the user, The second execution module 50 will think that the operation requested by the user can be executed normally. The system will generate a linkage code for the room facilities based on the audio and lighting linkage combination of the customized linkage data. These linkage codes will be remotely entered into the room facilities through the hotel terminal, and the control authority of the room facilities will be transferred to the mobile terminal. The room facilities can be activated for linkage according to the linkage code, and other unauthorized content entered by the user through the mobile terminal to the room facilities will be restricted; the system remotely enters the linkage code and transfers the control authority to the user's mobile terminal, so that the facilities in the room can be adjusted according to the user's needs anytime and anywhere, even if the room facilities themselves do not have the original The system can also achieve intelligent linkage of devices through software-level adjustments. At the same time, after transferring control permissions to the mobile terminal, it can effectively restrict users from unauthorized operations on room facilities. By restricting users to specific, authorized operations, it can prevent users from operating incorrectly or abusing control permissions, ensuring the safety and stability of room facilities. In addition, it can generate multiple scene combinations based on different user needs, including not only audio and lighting, but also other room facilities (such as curtains, temperature control, etc.). In other words, users can select or customize scenes according to specific needs without manually adjusting each device, providing a convenient and efficient multi-scene experience.

[0138] In this embodiment, the execution module further includes:

[0139] An extraction unit, configured to transmit the content to be operated to the mobile terminal through the hotel terminal, and extract the required operation content preset by the user from the mobile terminal;

[0140] A judging unit, configured to judge whether the to-be-operated content can realize the required operation content;

[0141] The execution unit is configured to, if not, activate the open interface preset for the room facilities, detect, based on the hotel terminal, connection data generated after the user's preset adjustment device is connected to the open interface, and collect, based on the connection data, linkage information constructed by the user from the room facilities, wherein the linkage information specifically is the linkage effect of audio and lighting in the hotel room.

[0142] In this embodiment, the system transmits the pending operation content of the room facilities to the user's mobile terminal through the hotel terminal, extracts the required operation content pre-set by the user from the mobile terminal, and then determines whether the pending operation content of the room facilities can achieve the required operation content, so as to execute the corresponding steps; for example, when the system determines that the pending operation content of the room facilities can achieve the required operation content, the system will consider that the current room facilities do not need to be adjusted by the user, because they can already meet the audio and lighting scene linkage effects required by the user. The system will first confirm that the settings of the current room facilities (audio and lighting) fully meet the user's needs, and ensure that the audio playback content and the color, brightness, color temperature, etc. of the lighting are all set correctly. At the same time, once the system confirms that the pending operation content has met the required scenario, the system should promptly feedback to the user through the mobile terminal, informing them that the current audio and lighting settings have met the requirements and the operation has been successful. The user can choose to continue adjusting or stop the operation, and continuously monitor the status of the room facilities to ensure that the audio and lighting equipment maintain normal operation under the scenario of user requirements; for example, when the system determines that the pending operation content of the room facilities cannot achieve the required operation content, the system will believe that the current room facilities need to be adjusted by the user himself, and temporarily cannot meet the audio and lighting linkage effects required by the user. The system will activate the pre-set open interface of the room facilities and detect the user's pre-set adjustment equipment based on the hotel terminal. After the adjustment device is connected to the open interface, the corresponding connection data is generated. According to the connection data, the linkage information constructed by the user from the room facilities is collected. The linkage information is specifically the linkage effect of the sound and light in the hotel room; when the preset functions of the room facilities cannot meet the user's needs, the system provides the possibility of equipment expansion through the open interface. The user can connect to external devices or control systems to expand the functions of the room facilities and further improve the compatibility and scalability of the equipment. For example, the user can connect his own sound system or smart lamps to meet personalized needs. At the same time, by collecting the linkage information constructed by the user from the room facilities, the system can track and record the user's preference settings in real time, so as to provide It provides more accurate and intelligent linkage effects. For example, the system can predict user preferences based on historical data and automatically generate linkage combinations that meet the needs without the user having to adjust them again. Hotel managers can remotely monitor the open interfaces and connection status of the equipment, understand the user's adjustment needs, and optimize and adjust the system in a timely manner. This flexible remote control and configuration management method can effectively improve the management efficiency of the equipment and reduce problems caused by equipment failure or improper use. By collecting user connection data, the system can analyze the use of the equipment in real time, helping hotels to better understand the health status and usage frequency of the equipment. If the equipment fails or has problems, the system can issue an early warning and notify the hotel for maintenance or replacement.

[0143] In this embodiment, it also includes:

[0144] an acquisition module, configured to perform a linkage test on the room facilities through a hotel terminal based on the customized linkage data, and obtain a test result corresponding to the linkage test;

[0145] A third judgment module is used to judge whether the test result detects a preset test abnormality;

[0146] The third execution module is used to generate corresponding abnormal extreme data according to the test abnormality, collect the load information of the customized linkage data on the room facilities based on the abnormal extreme data, and transmit the load information back to the mobile terminal, wherein the abnormal extreme data specifically includes exceeding the volume range, brightness range and temperature range supported by the device.

[0147] In this embodiment, the system performs a linkage test on the room facilities through the hotel terminal based on the customized linkage data provided by the user, obtains the test results corresponding to the linkage test, and then determines whether the test results detect a pre-set test anomaly to execute the corresponding steps. For example, when the system determines that the test results of the linkage test do not detect a pre-set test anomaly, the system will assume that the hotel room audio, lighting and other equipment are operating normally according to the predetermined linkage mode and no failures or unexpected behaviors have occurred. The system will transfer the control authority of the room facilities to the user, ending the test process. That is, the user can continue to use the room facilities and enjoy the normal audio and lighting linkage effects. At the same time, to cope with different environments or user needs, the system can further enhance adaptability, such as allowing users to adjust more personalized settings (such as more detailed audio adjustments, lighting color presets, etc.) through the mobile terminal, perform corresponding intelligent optimization, and set up regular inspection and automatic testing mechanisms to periodically perform linkage tests on the room facilities during actual use to ensure that the equipment is always in optimal condition and meets user needs. For example, when the system determines that the test results of the linkage test detect a pre-set test anomaly, the system will assume that the room facilities cannot operate according to the predetermined linkage mode. The system will generate a corresponding abnormality based on the test anomaly. Abnormal extreme data, specifically abnormal extreme data, includes volume range, brightness range and temperature range that exceed the device support. Based on these abnormal extreme data, the system collects customized linkage data for room facility load information and transmits this load information back to the mobile terminal; by generating and recording abnormal extreme data (such as the exceeded values of volume, brightness and temperature range), the system can accurately identify possible problems that may occur in the linkage process of the device. Abnormal extreme data provides the system with detailed device performance indicators, helping to quickly locate which parameters cause the device to malfunction. At the same time, it collects room facility load information (such as the load status of audio and lighting in actual use) and transmits it back to the mobile terminal. This information is transmitted back to the mobile terminal, allowing the system to monitor the load of the equipment in real time. The load data provides the system with critical real-time feedback, helping to determine whether it is overloaded. By detecting abnormal extreme data, an automated response mechanism can be triggered to ensure that the use of room facilities does not cause damage to the equipment or improper use. For example, the system can limit certain operations based on abnormal data, automatically adjust linkage parameters, or provide warning prompts to users. By transmitting load information and abnormal extreme data back to the mobile terminal in real time, users can check the equipment status at any time and obtain instant feedback. This not only improves the transparency of equipment use, but also enhances users' trust in the system.

[0148] In this embodiment, the second execution module further includes:

[0149] an acquiring unit, configured to identify, based on the linkage code, an independent display period preset by the user for the room facilities, and acquire, according to the independent display period, a display scene preset by the user for the hotel room;

[0150] A second judging unit, configured to judge whether the independent presentation period matches the presentation scene;

[0151] The second execution unit is configured to, if not, activate in real time the sensors preset for the room facilities according to the display stage preset by the user in the hotel room, detect the environmental status of the hotel room through the sensors, and dynamically switch the display priority of the room facilities, wherein the environmental status specifically includes changes in temperature, humidity, and light.

[0152] In this embodiment, the system identifies the independent display time period pre-set by the user for the room facilities based on the linkage code of the room facilities, obtains the display scene pre-set by the user for the hotel room according to different independent display time periods, and then determines whether the independent display time period can match the display scene pre-set in the hotel room to execute the corresponding steps; for example, when the system determines that the independent display time period can match the display scene pre-set in the hotel room, the system will consider that it has successfully identified the user's needs and can perform the corresponding independent operation, such as independent display of audio or independent display of lighting. The system will confirm that the display time period set by the user does not conflict with the working hours of the room facilities, ensuring that the equipment can be started and operated within the time period. At the same time, based on the scene matching results, the scene settings related to the display time period are loaded, such as audio volume, lighting brightness, color temperature, etc., and based on the operating status of the equipment, the system can dynamically adjust the display effect according to the actual environment to ensure the best user experience; for example, when the system determines that the independent display time period cannot match the display scene pre-set in the hotel room, the system will consider that when the audio or lighting needs to be displayed independently, it cannot switch to the corresponding display in time. Based on the user's pre-set display stage in the hotel room, the system will activate the pre-installed sensors in the room facilities in real time. The sensors detect the hotel room's environmental conditions, including temperature, humidity, and light changes, and dynamically switch the display priority of the room facilities. If the audio or lighting cannot switch the display scene in time, the system can determine the current environmental requirements in the room by real-time monitoring of environmental conditions (such as temperature, humidity, and light changes), adapt to user needs, and dynamically switch the display priority. This helps ensure that the facilities can provide the most appropriate display effect based on the actual environmental conditions. At the same time, the display priority is dynamically switched based on the environmental data collected by the sensors, which can respond to changes in the room environment in real time without human intervention. This allows the system to automatically adjust the display method according to different environmental conditions, reducing the possibility of human error or mismatch. Dynamically switching display priorities and adjusting operations based on real-time environmental feedback helps the system maintain stable operation in the event of unforeseen environmental changes or equipment failure to work as expected. If the system cannot switch the display scene immediately, it will ensure that the shortfall is compensated by adjusting other related facilities to ensure that the user experience is not affected.

[0153] In this embodiment, the judgment module further includes:

[0154] A detection unit, configured to detect a response time of linkage between the room facilities based on a preset network bandwidth in the hotel room;

[0155] A third judging unit is used to judge whether the response time exceeds a preset period;

[0156] A third execution unit is configured to obtain network load data in the hotel room, generate a delayed response time of the room facilities based on the network load data, dynamically adjust the bandwidth allocation of the hotel room based on the delayed response time, and synchronize the bandwidth allocation to the mobile terminal in real time, wherein the network load data specifically includes bandwidth utilization, delay, and throughput.

[0157] In this embodiment, the system detects the response time of the room facilities when they are linked based on the pre-set network bandwidth in the hotel room, and then the system determines whether the response time exceeds the pre-set time period to execute the corresponding steps; for example, when the system determines that the response time of the room facilities when they are linked does not exceed the pre-set time period, the system will consider that the response speed of the room facilities meets the predetermined standard, the system can successfully complete the linkage operation without delay or instability, and the system will continue to perform the linkage operation, such as adjusting the audio volume, light brightness, etc. The linkage scene set by the user can be successfully applied without further intervention. At the same time, the success of the linkage operation is recorded and the relevant data of the response time is saved. These data will help to analyze the stability of the room facilities and evaluate the performance of the system in the future, so as to optimize subsequent operations, and the system will display to the user that the linkage is completed and provide the user with operation confirmation information. Users can immediately perceive that the room facilities have been appropriately adjusted according to their needs; for example, when the system determines that the response time of the room facilities during linkage exceeds the pre-set time period, the system will consider that the response speed of the room facilities cannot meet the predetermined standard and the linkage operation cannot be completed smoothly. The system will obtain the network load data in the hotel room, which specifically includes bandwidth utilization, delay and throughput. Based on these network load data, the delayed response time of the room facilities is generated. Based on the delayed response time, the bandwidth allocation of the hotel room is dynamically adjusted, and the bandwidth allocation is synchronized to the mobile terminal in real time. By obtaining the network load data of the hotel room, including bandwidth utilization, delay and throughput, the system can monitor and analyze the current network status in real time. Once a response timeout is detected, the system can dynamically adjust bandwidth allocation to ensure that the linkage operation of room facilities will no longer be affected by network delays or insufficient bandwidth. At the same time, by adjusting bandwidth allocation in real time, the linkage response time of room facilities can be effectively controlled, avoiding users from feeling lag or delay during the linkage process, improving the smoothness of the entire system, and by synchronizing bandwidth allocation to the user's mobile terminal in real time, users can clearly understand how the system dynamically adjusts network resources, increasing transparency and controllability. Users can adjust their needs according to real-time data to further improve the experience. By allowing users to understand the real-time bandwidth allocation status, the system enhances interactivity with users, and users can perceive how the system optimizes their needs and improves user satisfaction.

[0158] In this embodiment, the second judgment module further includes:

[0159] A second detection unit is configured to detect an external coordination control terminal of the room facility based on the preset operation time of the room facility by the hotel terminal;

[0160] A fourth judgment unit, configured to judge whether the coordination control terminal belongs to the mobile terminal;

[0161] The fourth execution unit is configured to, if not, generate permission conflict information of the room facility, limit the triggering mechanism of the room facility according to the permission conflict information, and update the corresponding abnormal room facility in real time on the mobile terminal.

[0162] In this embodiment, the system detects the external coordination control terminals of the room facilities based on the pre-set operating time of the hotel terminal for the room facilities, and then the system determines whether these coordination control terminals belong to the mobile terminal to execute the corresponding steps. For example, when the system determines that all the external coordination control terminals of the room facilities belong to the mobile terminal, the system will assume that the room facilities are fully controlled by the user, that is, the user has control authority over the room facilities. The system will synchronize the status of the room facilities (such as volume, light brightness, etc.) to the user's mobile terminal in real time, that is, the user can view the current status of the room facilities at any time through the mobile terminal to ensure consistency of operation. At the same time, according to the user's usage habits or preset scenarios, the system can actively adjust the room facilities. For example, if the user often activates a specific audio and lighting combination in a certain time period, the system can intelligently predict and automatically adjust the facility settings without the user having to manually operate again. In addition, it ensures that when the user has full control authority, other users or devices cannot interfere with or modify the settings of the room facilities, including restricting others from using the equipment in the room or protecting the control interface through encryption to prevent unauthorized access. For example, when the system determines that the room facilities are fully controlled by the user, the system will automatically adjust the settings of the room facilities. The external coordination and control terminals of room facilities are not entirely under the control of the mobile terminal. In this case, the system will believe that the room facilities may not be fully controlled by the user. The system will generate permission conflict information for the room facilities. Based on this permission conflict information, the trigger mechanism of the room facilities is restricted and the corresponding abnormal room facilities are updated in real time on the mobile terminal. By generating permission conflict information, the system can track and analyze permission conflicts between different control terminals, providing deep insights into permission management, helping to prevent permission issues caused by device failures, configuration errors, or malicious operations, and enhancing the overall security of the system. At the same time, by restricting the trigger mechanism of room facilities, the system can effectively avoid conflicts or duplicate control between different control terminals and reduce potential device conflicts in the system. This not only ensures the stable operation of the equipment, but also avoids system crashes or device unresponsiveness caused by multiple terminals sending conflicting commands at the same time. By restricting permission conflicts and updating abnormal device information, the system ensures that each device collaborates according to the correct permission hierarchy, avoiding multiple devices issuing conflicting commands to room facilities at the same time. This can improve the coordination between devices and ensure their stable operation under the user's expected control.

[0163] In this embodiment, the identification module further includes:

[0164] an identification unit, configured to identify remaining available hotel rooms via the hotel terminal based on a linkage requirement preset by the user at the hotel terminal;

[0165] a fifth judging unit, configured to judge whether the available hotel rooms match the linkage requirement;

[0166] The fifth execution unit is used to identify the scene type corresponding to the linkage demand, and mark the linkage purpose of the available hotel rooms from the hotel terminal according to the scene type, wherein the scene type specifically includes basic scenes, work scenes and entertainment scenes.

[0167] In this embodiment, the system identifies the remaining available hotel rooms through the hotel terminal based on the linkage requirements pre-set by the user at the hotel terminal, and then determines whether these available hotel rooms match the linkage requirements pre-set by the user at the hotel terminal, and then executes the corresponding steps. For example, when the system determines that the remaining available hotel rooms cannot match the pre-set linkage requirements, the system will consider that the remaining available rooms may lack the specific facilities required by the user (such as audio type, lighting control system, temperature control equipment, etc.), and therefore cannot achieve the desired linkage effect. The system will proactively recommend other rooms that meet the linkage requirements to the user. By comparing the remaining available rooms and their equipment configurations, the system can recommend a room that is closest to or completely meets the linkage requirements. If there is no completely matching room, appropriate alternative recommendations can be made based on the room's available equipment and environmental conditions. At the same time, if the user's original requirements are too specific or too complex, the system can make feasible adjustment suggestions based on the configuration of the currently available rooms, so that the user can make appropriate adjustments based on the actual equipment in the room to meet part of the linkage requirements. In addition, if some room equipment is temporarily unavailable due to failure or maintenance, the system can provide real-time updates to the user, reminding him that the room will meet the user's requirements after the equipment is restored to normal. In this way, users can choose to wait for equipment repair or consider choosing another room. For example, if the system determines that a remaining available hotel room matches a pre-set linkage requirement, the system will assume that the user is eligible for linkage after obtaining control of the hotel room. The system will then identify the scenario type corresponding to the linkage requirement, including basic scenarios, work scenarios, and entertainment scenarios. Based on the different scenario types, the hotel terminal will mark the linkage purpose of the available hotel rooms. By classifying the system into scenario types, the hotel can more efficiently allocate resources and equipment. For example, some rooms may be dedicated to work scenarios and equipped with facilities more suitable for meetings and office work, while entertainment rooms may be equipped with higher-quality audio and projection equipment. The system can flexibly allocate and configure these rooms based on this, thereby improving room utilization. At the same time, clear scenario labeling and refined management make it easier for users to experience the desired linkage effects during their stay. This customized service makes users feel cared for and valued, thereby improving their satisfaction and loyalty. For example, business travelers may prefer a quiet "work scene", while families may prefer a more entertaining "entertainment scene". This approach of meeting personalized needs effectively improves the customer experience.

[0168] While embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions, and variations may be made to these embodiments without departing from the principles and spirit of the invention, and that the scope of the invention is defined by the appended claims and their equivalents.

Claims

1. A method for linking hotel central control audio and lighting scenes, characterized in that: The following steps are involved: Based on the scene content pre-entered by the user on the hotel terminal, identifying the operation type corresponding to the scene content, wherein the operation type specifically includes an audio type and a lighting type; Determine whether the operation type can be linked in a preset hotel room; If not, remotely connect to the hotel room through the hotel terminal to obtain control authority for the hotel room, collect pre-recorded content to be operated of the room facilities based on the control authority, synchronize the content to be operated to the mobile terminal preset by the user, and receive customized linkage data transmitted back by the mobile terminal to the hotel terminal, wherein the room facilities specifically include audio and lighting, and the content to be operated specifically includes playback content and lighting color; Determining whether the customized linkage data can be granted with the authority of the hotel terminal; If obtained, a linkage code for the room facility is generated based on the linkage combination of the customized linkage data, the linkage code is entered into the room facility via the hotel terminal, the control authority is transferred to the mobile terminal, the room facility is activated according to the linkage code, and other unauthorized content input to the room facility by the mobile terminal is restricted; Wherein, the step of generating the linkage code of the room facility based on the linkage combination of the customized linkage data further includes: Based on the linkage code, identifying the independent display period preset by the user for the room facilities, and obtaining the display scene preset by the user for the hotel room according to the independent display period; Determining whether the independent display period matches the display scene; If not, then according to the preset display stage of the hotel room by the user, the preset sensors of the room facilities are activated in real time, and the environmental status of the hotel room is detected by the sensors, and the display priority of the room facilities is dynamically switched, wherein the environmental status specifically includes temperature, humidity and light changes; The step of determining whether the operation type can be linked in a preset hotel room further includes: Based on a preset network bandwidth in the hotel room, detecting the response time of the room facilities when they are linked; Determining whether the response time exceeds a preset period; If so, the network load data in the hotel room is obtained, and the delayed response time of the room facilities is generated based on the network load data. The bandwidth allocation of the hotel room is dynamically adjusted based on the delayed response time, and the bandwidth allocation is synchronized to the mobile terminal in real time, wherein the network load data specifically includes bandwidth utilization, delay and throughput.

2. The linkage method between hotel central control audio and lighting scenes according to claim 1 is characterized in that: The step of collecting the content to be operated pre-recorded by the room facilities and synchronizing the content to be operated to the mobile terminal preset by the user further includes: The content to be operated is transmitted to the mobile terminal through the hotel terminal, and the required operation content preset by the user is extracted from the mobile terminal; Determine whether the to-be-operated content can achieve the required operation content; If not, activate the open interface preset for the room facilities, and based on the hotel terminal, detect the connection data generated after the user's preset adjustment device is connected to the open interface. Based on the connection data, collect the linkage information constructed by the user from the room facilities, wherein the linkage information specifically refers to the linkage effect of the sound and lighting in the hotel room.

3. The linkage method between hotel central control audio and lighting scenes according to claim 1 is characterized in that: After the step of receiving the customized linkage data transmitted back from the mobile terminal to the hotel terminal, the method further includes: Based on the customized linkage data, performing a linkage test on the room facilities through a hotel terminal, and obtaining a test result corresponding to the linkage test; Determining whether the test result detects a preset test anomaly; If so, corresponding abnormal extreme data is generated based on the test abnormality, and based on the abnormal extreme data, the load information of the room facilities of the customized linkage data is collected, and the load information is transmitted back to the mobile terminal, wherein the abnormal extreme data specifically includes exceeding the volume range, brightness range and temperature range supported by the device.

4. The method for linking hotel central control audio and lighting scenes according to claim 1, characterized in that: The step of determining whether the customized linkage data can be granted with the authority of the hotel terminal further includes: Based on the preset operating time of the room facility by the hotel terminal, detecting the external coordination control terminal of the room facility; Determining whether the coordination control terminal belongs to the mobile terminal; If not, permission conflict information of the room facility is generated, and according to the permission conflict information, the triggering mechanism of the room facility is restricted, and the corresponding abnormal room facility is updated in real time on the mobile terminal.

5. The linkage method between hotel central control audio and lighting scenes according to claim 1 is characterized in that: The step of identifying the operation type corresponding to the scene content based on the scene content pre-input by the user at the hotel terminal further includes: Based on the linkage requirements preset by the user at the hotel terminal, identifying the remaining available hotel rooms through the hotel terminal; Determining whether the available hotel rooms match the linkage requirements; If so, the scene type corresponding to the linkage requirement is identified, and according to the scene type, the linkage purpose of the available hotel room is marked from the hotel terminal, wherein the scene type specifically includes basic scene, work scene and entertainment scene.

6. A hotel central control audio and lighting scene linkage system, characterized in that: include: an identification module for identifying, based on the scene content pre-input by the user at the hotel terminal, an operation type corresponding to the scene content, wherein the operation type specifically includes an audio type and a lighting type; A judgment module, used to judge whether the operation type can be linked in a preset hotel room; an execution module configured to, if not, remotely connect to the hotel room according to the hotel terminal, obtain control authority for the hotel room, collect pre-recorded content to be operated of room facilities based on the control authority, synchronize the content to be operated to a mobile terminal preset by the user, and receive customized linkage data transmitted back from the mobile terminal to the hotel terminal, wherein the room facilities specifically include audio and lighting, and the content to be operated specifically includes playback content and lighting color; A second judgment module is used to judge whether the customized linkage data can be granted with the authority of the hotel terminal; a second execution module configured to, if obtained, generate a linkage code for the room facility based on the linkage combination of the customized linkage data, enter the linkage code into the room facility via the hotel terminal, transfer the control authority to the mobile terminal, activate the room facility according to the linkage code, and restrict other unauthorized content inputted into the room facility by the mobile terminal; The second execution module further includes: an acquiring unit, configured to identify, based on the linkage code, an independent display period preset by the user for the room facilities, and acquire, according to the independent display period, a display scene preset by the user for the hotel room; A second judging unit, configured to judge whether the independent presentation period matches the presentation scene; If not, a second execution unit is configured to, based on the preset display stage of the hotel room by the user, activate in real time the preset sensors of the room facilities, detect the environmental status of the hotel room through the sensors, and dynamically switch the display priority of the room facilities, wherein the environmental status specifically includes temperature, humidity, and light changes; The judgment module further includes: A detection unit, configured to detect a response time of linkage between the room facilities based on a preset network bandwidth in the hotel room; A third judging unit is used to judge whether the response time exceeds a preset period; A third execution unit is configured to obtain network load data in the hotel room, generate a delayed response time of the room facilities based on the network load data, dynamically adjust the bandwidth allocation of the hotel room based on the delayed response time, and synchronize the bandwidth allocation to the mobile terminal in real time, wherein the network load data specifically includes bandwidth utilization, delay, and throughput.

7. The hotel central control audio and lighting scene linkage system according to claim 6 is characterized in that: The execution module also includes: An extraction unit, configured to transmit the content to be operated to the mobile terminal through the hotel terminal, and extract the required operation content preset by the user from the mobile terminal; A judging unit, configured to judge whether the to-be-operated content can realize the required operation content; The execution unit is configured to, if not, activate the open interface preset for the room facilities, detect, based on the hotel terminal, connection data generated after the user's preset adjustment device is connected to the open interface, and collect, based on the connection data, linkage information constructed by the user from the room facilities, wherein the linkage information specifically is the linkage effect of audio and lighting in the hotel room.

8. The hotel central control audio and lighting scene linkage system according to claim 6 is characterized in that: Also includes: an acquisition module, configured to perform a linkage test on the room facilities through a hotel terminal based on the customized linkage data, and obtain a test result corresponding to the linkage test; A third judgment module is used to judge whether the test result detects a preset test abnormality; The third execution module is used to generate corresponding abnormal extreme data according to the test abnormality, collect the load information of the customized linkage data on the room facilities based on the abnormal extreme data, and transmit the load information back to the mobile terminal, wherein the abnormal extreme data specifically includes exceeding the volume range, brightness range and temperature range supported by the device.

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