A exhibition hall control method, system and storage medium combined with smart wearable

Abstract

The present application relates to an exhibition hall control method, system and storage medium combined with smart wearables, and the method includes the following steps: by judging whether there is an action type in the status data of the current smart wearable, and then successively judging whether a user instruction is obtained, whether the action type conforms to a preset action list, whether the vector value of the movement vector in the status data is greater than a preset movement threshold, and whether the detection device corresponding to the vector direction detects the current smart wearable, and according to the results of the above judgments, the exhibition hall equipment is controlled to be converted into the corresponding preset exhibition hall mode or the first exhibition hall mode, so as to realize the control of the exhibition hall equipment to be converted into the corresponding different exhibition hall modes according to the different action types, user instructions and movement vectors of the wearer, thereby improving the utilization rate and applicability of smart wearables in the field of exhibition hall control.

Description

Technical Field

[0001] The present application relates to the field of indoor intelligent control technology, and in particular to an exhibition hall control method, system and storage medium combined with smart wearables. Background Art

[0002] With the rapid development of science and technology and the increasing demand for quality of life, wearable devices have gradually entered people's lives. Wearable devices can also be referred to as wearable devices or smart wearables. They refer to portable devices that are worn directly on the body or integrated into the user's clothes or accessories. Wearable devices are mostly in the form of portable accessories with some computing functions that can be connected to mobile phones and various terminals. The mainstream product forms include watches supported by the wrist (including watches and wristbands, etc.), shoes supported by the feet (including shoes, socks or other leg-worn products in the future), Glass supported by the head (including glasses, helmets, headbands, etc.), and various non-mainstream product forms such as smart clothing, school bags, crutches, accessories, etc.

[0003] In traditional technology, smart wearables have various application scenarios, such as smart glasses for VR games in the infotainment field, smart watches for obtaining human vital signs in the medical and health care field, and motion tracking sensors for capturing motion data in the sports field. However, there are currently few related applications of smart wearables in exhibition hall control. Even if there are, they simply implement the corresponding functions through a single fixed instruction and lack deeper application methods, resulting in low utilization and applicability of smart wearables in the field of exhibition hall control.

[0004] Therefore, in order to solve the above problems, it is an urgent problem to be solved by technical personnel in this field to provide an exhibition hall control method, system and storage medium combined with smart wearables that can improve the utilization and applicability of smart wearables in the field of exhibition hall control. Summary of the invention

[0005] In order to achieve the effect of improving the utilization rate and applicability of smart wearables in the field of exhibition hall control, the present application provides an exhibition hall control method, system and storage medium combined with smart wearables.

[0006] In a first aspect, the present application provides an exhibition hall control method combined with smart wearables, comprising the following steps:

[0007] Get the current status data of smart wear;

[0008] Determining whether the action type exists in the state data;

[0009] If the action type does not exist, determining whether the current smart wearable device obtains a user instruction;

[0010] If the user instruction is obtained, the exhibition hall equipment is controlled to switch to the corresponding preset user mode according to the user instruction;

[0011] If the action type exists, obtain the preset action list corresponding to the current exhibition hall;

[0012] Determining whether the action type conforms to the preset action list;

[0013] If the action type matches the preset action list, controlling the exhibition hall equipment to switch to the corresponding preset exhibition hall mode according to the action type;

[0014] If the action type does not conform to the preset action list, obtaining a movement vector in the state data;

[0015] If the vector value of the movement vector is greater than the preset movement threshold, obtaining the vector direction of the movement vector;

[0016] If the detection device corresponding to the vector direction detects the current smart wearable device, the exhibition hall device corresponding to the detection device is controlled to convert into the corresponding first exhibition hall mode.

[0017] Optionally, if the action type matches the preset action list, controlling the exhibition hall equipment to switch to a corresponding preset exhibition hall mode according to the action type includes:

[0018] If the action type matches the preset action list, obtaining the display requirement corresponding to the action type;

[0019] Get the display items and corresponding display parameters in the current display rules of the current exhibition hall;

[0020] Determining whether the required items in the display requirements meet the display items;

[0021] If the exhibition item is met, the exhibition hall equipment is controlled according to the exhibition requirements to be converted into the corresponding preset exhibition hall mode according to the exhibition parameters;

[0022] If it does not meet the requirements of the exhibition project, determine whether the required project has a corresponding exhibition plan in other exhibition halls;

[0023] If there is a corresponding display plan, the display plan is output through the current smart wear.

[0024] Optionally, if the display item is met, controlling the exhibition hall equipment according to the display requirements to convert into the corresponding preset exhibition hall mode according to the display parameters includes:

[0025] If the display item is met, determine whether the required item has a corresponding preset parameter list;

[0026] If there is a corresponding preset parameter list, determining whether the display parameter matches the preset parameter list;

[0027] If the preset parameter list matches, determining whether there is an optimization parameter corresponding to the display parameter in the preset parameter list;

[0028] If there are corresponding optimization parameters, controlling the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the optimization parameters according to the display requirements;

[0029] If there is no corresponding optimization parameter, the exhibition hall equipment is controlled according to the exhibition requirement to be converted into the corresponding preset exhibition hall mode according to the exhibition parameter.

[0030] Optionally, after determining whether the display parameter matches the preset parameter list if there is a corresponding preset parameter list, the method further includes:

[0031] If it does not match the preset parameter list, obtaining the required parameters in the display request;

[0032] Obtaining the matching parameter with the highest matching degree with the required parameter in the preset parameter list;

[0033] According to the display requirements, the exhibition hall equipment is controlled to be converted into the corresponding preset exhibition hall mode according to the matching parameters.

[0034] Optionally, if the action type matches the preset action list, controlling the exhibition hall equipment to switch to a corresponding preset exhibition hall mode according to the action type includes:

[0035] If the action type matches the preset action list, determining the number of types of the action type;

[0036] If the number of types is equal to 1, then controlling the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the action type;

[0037] If the number of types is greater than 1, obtaining the preset priority of each action type;

[0038] Selecting the action type corresponding to the preset priority level that meets the preset priority condition as the selected action type;

[0039] According to the selected action type, the exhibition hall equipment is controlled to convert into the corresponding preset exhibition hall mode.

[0040] Optionally, after controlling the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the action type, the method further includes:

[0041] If the action type that matches the preset action list is obtained again, the action type is used as the comparison action type;

[0042] Obtaining the interval time between the comparison action type and the selection action type;

[0043] If the interval time is less than or equal to the preset interval time, determining whether the comparison action type and the selection action type are of the same type;

[0044] If they belong to the same action type, controlling the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the compared action type;

[0045] If the interval time is greater than the preset interval time, the exhibition hall equipment is controlled to switch to the corresponding preset exhibition hall mode according to the comparison action type.

[0046] Optionally, after acquiring the movement vector in the state data if the action type does not conform to the preset action list, the method further includes:

[0047] If the vector value of the movement vector is less than or equal to the preset movement threshold, obtaining user information corresponding to the current smart wearable;

[0048] Determine whether the user information has corresponding historical control data;

[0049] If there is corresponding historical control data, obtaining the control instruction corresponding to the current exhibition hall in the historical control data;

[0050] Generate a control prompt according to the control instruction and output it through the current smart wearable.

[0051] Optionally, after generating a control prompt according to the control instruction and outputting it through the current smart wearable device, the method further includes:

[0052] Determining whether a confirmation instruction corresponding to the control prompt is received;

[0053] If the corresponding confirmation instruction is obtained, the exhibition hall equipment is controlled to be converted into the corresponding preset exhibition hall mode according to the control instruction;

[0054] If the corresponding confirmation instruction is not obtained, the control prompt will stop being displayed after a preset display time.

[0055] In a second aspect, the present application also provides an exhibition hall control system combined with smart wearables, including:

[0056] The first acquisition module is used to obtain the status data of the current smart wear;

[0057] A first judgment module, used for judging whether the action type exists in the state data;

[0058] A second judgment module, if the action type does not exist, the second judgment module is used to judge whether the current smart wear has obtained a user instruction;

[0059] A first conversion module, if the user instruction is obtained, the first conversion module is used to control the exhibition hall equipment to convert into a corresponding preset user mode according to the user instruction;

[0060] A second acquisition module, if the action type exists, the second acquisition module is used to acquire a preset action list corresponding to the current exhibition hall;

[0061] A third judgment module is used to judge whether the action type conforms to the preset action list;

[0062] A second conversion module, if the action type matches the preset action list, the second conversion module is used to control the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the action type;

[0063] a third acquisition module, wherein if the action type does not conform to the preset action list, the third acquisition module is used to acquire a movement vector in the state data;

[0064] a fourth acquisition module, wherein if the vector value of the motion vector is greater than the preset motion threshold, the fourth acquisition module is used to acquire the vector direction of the motion vector;

[0065] The third conversion module is used to control the exhibition hall device corresponding to the detection device to convert into the corresponding first exhibition hall mode if the detection device corresponding to the vector direction detects the current smart wear.

[0066] In a third aspect, the present application also provides a computer-readable storage medium, which stores a computer program. When the computer program is executed by a processor, it implements the exhibition hall control method combined with smart wearable as described in any one of the above.

[0067] To summarize, the exhibition hall control method, system and storage medium combined with smart wearables provided in the present application determine whether there is an action type in the status data of the current smart wearable, and then determine in sequence whether the user instruction is obtained, whether the action type conforms to the preset action list, whether the vector value of the movement vector in the status data is greater than the preset movement threshold, and whether the detection device corresponding to the vector direction detects the current smart wearable. According to the results of the above judgments, the exhibition hall equipment is controlled to be converted into the corresponding preset exhibition hall mode or the first exhibition hall mode, so as to realize the conversion of the exhibition hall equipment into corresponding different exhibition hall modes according to the different action types, user instructions and movement vectors of the wearer, thereby improving the utilization and applicability of smart wearables in the field of exhibition hall control. BRIEF DESCRIPTION OF THE DRAWINGS

[0068] Figure 1 It is a flowchart of one implementation method of the exhibition hall control method combined with smart wearable in an embodiment of the present application;

[0069] Figure 2 It is a flowchart of one implementation method of the exhibition hall control method combined with smart wearable in an embodiment of the present application;

[0070] Figure 3 It is a flowchart of one implementation method of the exhibition hall control method combined with smart wearable in an embodiment of the present application;

[0071] Figure 4 It is a flowchart of one implementation method of the exhibition hall control method combined with smart wearable in an embodiment of the present application;

[0072] Figure 5 It is a flowchart of one implementation method of the exhibition hall control method combined with smart wearable in an embodiment of the present application;

[0073] Figure 6 It is a flowchart of one implementation method of the exhibition hall control method combined with smart wearable in an embodiment of the present application;

[0074] Figure 7 It is a flowchart of one implementation method of the exhibition hall control method combined with smart wearable in an embodiment of the present application;

[0075] Figure 8 It is a flowchart of one implementation method of the exhibition hall control method combined with smart wearable in an embodiment of the present application;

[0076] Fig. 9 It is a structural diagram of one implementation of an exhibition hall control system combined with smart wearables in an embodiment of the present application. DETAILED DESCRIPTION

[0077] In order to enable those skilled in the art to better understand the technical solutions in the present application, the technical solutions in the embodiments of the present application will be clearly and completely described below in conjunction with the drawings in the embodiments of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, not all of the embodiments. Based on the embodiments in the present application, all other embodiments obtained by ordinary technicians in the field without creative work should fall within the scope of protection of the present application.

[0078] In the first aspect, the present application provides a method for controlling an exhibition hall in combination with smart wearable devices, such as Figure 1 As shown, the following steps are included:

[0079] S101. Obtain the current status data of the smart wear;

[0080] S102. Determine whether there is an action type in the state data;

[0081] S103. If there is no action type, determine whether the current smart wear has obtained the user instruction;

[0082] S104. If a user instruction is obtained, the exhibition hall equipment is controlled to be converted into a corresponding preset user mode according to the user instruction;

[0083] S105. If there is an action type, obtain a preset action list corresponding to the current exhibition hall;

[0084] S106. Determine whether the action type conforms to the preset action list;

[0085] S107. If the action type matches the preset action list, the exhibition hall equipment is controlled to be converted into the corresponding preset exhibition hall mode according to the action type;

[0086] S108. If the action type does not conform to the preset action list, obtain the movement vector in the state data;

[0087] S109. If the vector value of the moving vector is greater than the preset moving threshold, obtaining the vector direction of the moving vector;

[0088] S110. If the detection device corresponding to the vector direction detects the current smart wearable device, the exhibition hall device corresponding to the detection device is controlled to convert into the corresponding first exhibition hall mode.

[0089] It should be noted that the wearable devices involved in this application include but are not limited to smart watches, smart bracelets, smart glasses, smart headbands, motion tracking sensors, etc. worn by the wearer, as long as these wearable devices can obtain the status data in step S101.

[0090] The status data includes the action type, which includes the rotation, movement and mutual contact of the head, hands, legs, feet and other parts of the body. The action type is obtained according to the movement change of the smart wearable corresponding to the wearer, and of course it can also be confirmed or corrected according to other devices such as cameras. Furthermore, in actual use, in addition to the aforementioned specific actions, the action type can also include the operation of the smart wearable data itself guided by specific actions, such as waving the hand up and down twice with an amplitude of 10 cm, which indicates the selection of the second oil painting in the first row on the display interface of the smart glasses, and adjusting its lighting to the first lighting level. For example, if the finger slides once and remains still for 3 seconds, it indicates the selection of the second commentary audio in the smart headset playlist and plays it.

[0091] In order to confirm whether the wearer has the corresponding action type, so as to determine whether to control the exhibition hall equipment accordingly according to the wearer's action type, it is necessary to first determine whether there is an action type, execute step S102, that is, determine whether there is an action type in the status data, and select subsequent execution of step S103 or step S105 according to the judgment result.

[0092] If there is no action type, it means that the current wearer has not performed the corresponding action that meets the action type, or has performed an action but does not meet the judgment of the action type. At this time, in order to further confirm whether the wearer has the intention to control the exhibition hall equipment, the judgment in step S103 is executed to determine whether the current smart wear has obtained the user instruction, and the subsequent execution of step S104 or other steps is selected according to the judgment result. Among them, the user instruction refers to the instruction issued by the wearer to the smart wear, and includes the instruction to control the exhibition hall equipment. Specifically, it can be a voice instruction issued by language, or an operation instruction issued by operating a button or option on the smart wear.

[0093] If a user instruction is obtained, it means that the current wearer has not performed a corresponding action that meets the action type, or has performed an action but does not meet the judgment of the action type, but has issued a user instruction to control the exhibition hall equipment through the smart wear, and has the intention to control the exhibition hall equipment, then the step S104 of controlling the exhibition hall equipment according to the user instruction is executed to convert into the corresponding preset user mode. Among them, the preset user mode is a control mode pre-set for controlling the exhibition hall equipment according to various user instructions.

[0094] It needs to be explained that this application gives priority to judging whether there is an action type, and only judges whether the user instruction is obtained when there is no action type. The reason is that the exhibition hall is a relatively special public place, such as an exhibition hall for displaying paintings or cultural relics, which belongs to a relatively quiet display environment, and the voice instructions in the user instructions will obviously affect the quietness of the exhibition hall. Although the operation instructions do not affect the quiet environment, they first require a certain level of operation proficiency, and secondly, they are not as convenient as controlling according to the action type; for example, an exhibition hall for displaying architectural models or household appliances belongs to a relatively lively and noisy display environment. At this time, the voice instructions in the user instructions are obviously difficult to be clearly identified in this environment, and the operation instructions require a series of selections or operations on the smart wear itself, which will cause the wearer to slow down the walking speed when operating, which may affect the progress of others. Therefore, giving priority to judging the action type can reduce the requirements and impact on the surrounding environment.

[0095] If no user instruction is obtained, it means that the current wearer has not performed the corresponding action that meets the action type, or has performed an action but does not meet the judgment of the action type, and has not issued a user instruction to control the exhibition hall equipment through the smart wear. Therefore, it is considered that the wearer has no intention to control the exhibition hall equipment. Then, step S101 can be continued to obtain the status data of the current smart wear, so as to cyclically obtain the real-time status data of the current smart wear, or no operation can be performed.

[0096] If there is an action type, it means that the current wearer has performed the corresponding action that meets the action type, and has the intention to control the exhibition hall equipment, but it is necessary to determine whether these action types meet the action types that can be allowed or executed in the current exhibition hall, then the preset action list corresponding to the current exhibition hall is obtained in step S105, and it is determined in step S106 whether the action type meets the preset action list, and the subsequent execution of step S107 or step S108 is selected according to the judgment result. Among them, the preset action list refers to a pre-set action list including the rotation, movement and mutual contact of the head, hands, legs, feet and other parts of the body, and each action type in the preset action list converts different exhibition halls or different exhibition hall equipment in the exhibition hall into corresponding preset exhibition hall modes.

[0097] If the action type matches the preset action list, it means that the current action type has a corresponding record in the preset action list, and thus has a corresponding preset exhibition hall mode, then execute step S107 to control the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the action type. For example, the current action type is that the hand moves upward by a predetermined amplitude, and its corresponding control is to turn on the lighting equipment closest to the current position, such as the oil painting exhibition hall, and at the same time, this hand upward movement action occurs twice in a row, and its corresponding control is to convert the turned on lighting equipment to the first preset brightness, thereby forming the corresponding preset exhibition hall mode.

[0098] If the action type does not match the preset action list, it means that the current action type has no corresponding record in the preset action list. At this time, it is possible that the wearer has not performed the action corresponding to the action type, or the wearer has forgotten the specific action type, or the wearer has no control demand for the current exhibition hall but has control demand for the next exhibition hall. In order to further improve the intelligence of smart wear in exhibition hall control, it is possible to predict whether the wearer will transfer to the next exhibition hall based on the wearer's own movement trajectory, and then execute the movement vector in the state data obtained in step S108. Among them, the movement vector refers to the actual movement distance and actual movement direction of the wearer, which correspond to the vector value and vector direction in step S109 respectively. The use of the movement vector is to reduce the probability of misjudgment of the destination exhibition hall caused by the wearer walking back and forth in the current exhibition hall and its cumulative distance or reciprocating direction to a certain extent.

[0099] After the movement vector is obtained in step S108, the specific action and actual intention of the wearer are confirmed, and then it is determined whether the vector value is greater than the preset movement threshold, and the subsequent execution of step S109 or other steps is selected according to the judgment result.

[0100] If the vector value of the moving vector is greater than the preset moving threshold, it means that the wearer is not walking back and forth in the current exhibition hall or moving in a small range, but is moving in a large range. In order to determine whether the wearer has actually moved to the next exhibition hall, it is necessary to determine the movement direction of the wearer. Then, the vector direction of the moving vector is obtained in step S109, and it is determined whether the detection device corresponding to the vector direction detects the wearable device. According to the determination result, the subsequent execution of step S110 or other steps is selected.

[0101] The detection device corresponding to the vector direction refers to the detection device in other rooms other than the room the wearer is currently in. For example, if the current location is an oil painting exhibition hall, it is based on whether the smart detection devices installed in other exhibition halls such as the sketch exhibition hall and the painting tool exhibition hall have obtained the device signal of the smart wearable device corresponding to the wearer. In actual use, the smart detection device can be a smart switch with wireless sensing or detection, or a smart access control with ID sensing or detection. The above-mentioned smart detection device determines whether the smart wearable device is detected by judging whether the wireless signal or ID data of the smart wearable device is obtained.

[0102] If the detection device corresponding to the vector direction detects the smart wearable, it means that the wearer has moved to other exhibition halls corresponding to the moving vector. At this time, the exhibition hall equipment corresponding to the control detection device in step S110 is converted into the corresponding first exhibition hall mode. For example, if it is determined that the wearer has moved from the oil painting exhibition hall to the painting tools exhibition hall, the exhibition hall equipment of the painting tools exhibition hall is controlled to be converted into the corresponding first exhibition hall mode, such as controlling to turn on the lighting equipment in the painting tools exhibition hall and adjusting it to a brighter light brightness than the current oil painting exhibition hall.

[0103] If the detection device corresponding to the vector direction does not detect the smart wearable, it means that the wearer has not moved to other exhibition halls corresponding to the moving vector. At this time, you can choose to continue to judge whether the detection device corresponding to the vector direction detects the smart wearable, or you can choose to stop the judgment operation of the corresponding detection device after the preset judgment time.

[0104] It should be noted that the difference between the first exhibition hall mode and the preset exhibition hall mode is that the exhibition hall corresponding to the first exhibition hall mode is not the exhibition hall where the smart wearable is currently located, but another exhibition hall where the wearer of the smart wearable tends to go, while the exhibition hall corresponding to the preset exhibition hall mode is exactly the exhibition hall where the smart wearable is currently located.

[0105] The exhibition hall control method combined with smart wearables provided in this embodiment determines whether there is an action type in the status data of the current smart wearable, and then determines in sequence whether a user instruction is obtained, whether the action type conforms to a preset action list, whether the vector value of the movement vector in the status data is greater than a preset movement threshold, and whether the detection device corresponding to the vector direction detects the current smart wearable. According to the results of the above judgments, the exhibition hall equipment is controlled to be converted into the corresponding preset exhibition hall mode or the first exhibition hall mode, so as to realize the conversion of the exhibition hall equipment into corresponding different exhibition hall modes according to the different action types, user instructions and movement vectors of the wearer, thereby improving the utilization rate and applicability of smart wearables in the field of exhibition hall control.

[0106] In one implementation of this embodiment, Figure 2As shown, step S107, that is, if the action type conforms to the preset action list, controlling the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the action type includes:

[0107] S201. If the action type matches the preset action list, obtain the display requirements corresponding to the action type;

[0108] S202. Obtain the display items and corresponding display parameters in the current display rules of the current exhibition hall;

[0109] S203. Determine whether the required items in the display requirements meet the display items;

[0110] S204. If the exhibition project is in compliance, the exhibition hall equipment is controlled according to the exhibition requirements and converted into the corresponding preset exhibition hall mode according to the exhibition parameters;

[0111] S205. If the display project does not meet the requirements, determine whether the required project has a corresponding display plan in other exhibition halls;

[0112] S206. If there is a corresponding display plan, the display plan is output through the current smart wear.

[0113] If the action type conforms to the preset action list, in order to implement different preset exhibition hall modes according to different exhibition halls, so that each exhibition hall equipment can have a control method corresponding to the action type, execute step S201 to obtain the display requirements corresponding to the action type, and execute step S202 to obtain the display items and corresponding display parameters in the current display rules of the current exhibition hall.

[0114] Among them, the display requirements are specific requirements for the current exhibition hall corresponding to the action type, such as making the temperature of the oil painting exhibition hall more comfortable, and making the lighting of a specific one or more paintings brighter; and the current display rules refer to the display items of the current exhibition hall and the display planning of the display parameters corresponding to each display item itself. For example, the current display items of the oil painting exhibition hall are 10 oil paintings numbered from 1 to 10, among which the display parameters of the oil paintings numbered 1 to 6 are the light brightness of the first light level and the surrounding temperature of the first temperature level, and the display parameters of the oil paintings numbered 7 to 10 are the light brightness of the second light level and the surrounding temperature of the second temperature level, and the light brightness improvement level of all oil paintings is the third light level and other specific parameters.

[0115] In actual application, since the wearer may not be particularly clear about the display items in the current exhibition hall, his display requirements may or may not be met. For example, the wearer in the oil painting exhibition hall described in the above example thinks that the oil painting No. 11 is on display in the current exhibition hall, or even thinks that there are painting tools on display in the current exhibition hall. Therefore, it is necessary to execute step S203, that is, to determine whether the required items in the display requirements meet the display items, and select to execute step S204 or step S205 according to the judgment result.

[0116] If it meets the display project requirements, indicating that the display requirements corresponding to the action type can be achieved in the current exhibition hall, then execute step S204 to control the exhibition hall equipment according to the display requirements and convert it into the corresponding preset exhibition hall mode according to the display parameters; if it does not meet the display project requirements, indicating that the display requirements corresponding to the action type cannot be achieved in the current exhibition hall, then execute step S205 to determine whether the requirement project has corresponding display plans in other exhibition halls, and select subsequent execution steps S206 or other steps based on the determination result.

[0117] If there is a corresponding exhibition plan, the exhibition plan is output through the current smart wear in step S206, and the output exhibition plan is preferentially displayed on the display screen or display interface of the current smart wear. The exhibition plan refers to the exhibition plan of each exhibition hall for its specific exhibition items within a certain period of time.

[0118] The exhibition hall control method combined with smart wearables provided in this embodiment determines whether the required items in the display requirements meet the display items in the current display rules when the action type meets the preset action list. According to the judgment result, it is selected to control the exhibition hall equipment according to the display requirements and convert it into the corresponding preset exhibition hall mode according to the display parameters, or select the corresponding display plan of the output required items in other exhibition halls, so as to implement different preset exhibition hall modes according to different exhibition halls, so that each exhibition hall equipment can have a control method corresponding to the action type, thereby improving the user experience of the exhibition hall control method of this application.

[0119] In one implementation of this embodiment, Figure 3 As shown, step S204, that is, if the display project is met, controlling the exhibition hall equipment according to the display requirements and converting it into the corresponding preset exhibition hall mode according to the display parameters includes:

[0120] S301. If the display project is in compliance, it is determined whether there is a corresponding preset parameter list for the required project;

[0121] S302. If there is a corresponding preset parameter list, determine whether the display parameters match the preset parameter list;

[0122] S303. If the preset parameter list is matched, determine whether there is an optimization parameter corresponding to the display parameter in the preset parameter list;

[0123] S304. If there are corresponding optimization parameters, the exhibition hall equipment is controlled according to the display requirements and converted into the corresponding preset exhibition hall mode according to the optimization parameters;

[0124] S305. If there are no corresponding optimization parameters, the exhibition hall equipment is controlled according to the exhibition requirements to be converted into the corresponding preset exhibition hall mode according to the exhibition parameters.

[0125] The preset parameter list in step S301 refers to various parameters of the display items that are pre-set and meet the requirements of the corresponding items, including multiple default display parameters that meet all current display items, and optimized parameters for different display items. For example, the oil painting numbered 7, because its picture content is illuminated by a light source from the right side of the painting, in order to better experience the artistic conception of the oil painting, unlike the default display parameters of opening the four vertices of the picture frame, its optimized parameters are to turn on the fill light set on the right side of the oil painting frame, or to adjust the brightness of the right side light that has been turned on to be higher than the brightness of the lights in other parts.

[0126] Therefore, on the premise that the required items in the display requirements meet the display items, in order to further confirm that the display equipment in the current exhibition hall can be controlled according to the display parameters corresponding to the display items, it is necessary to execute step S301 to determine whether the required items have a corresponding preset parameter list, and select subsequent execution of step S302 or other steps based on the judgment result.

[0127] If there is a corresponding preset parameter list, then the step S302 is executed to determine whether the display parameter matches the preset parameter list, and the subsequent step S303 or other steps are selected according to the determination result.

[0128] If the preset parameter list matches, in order to further confirm whether the required item has corresponding optimization parameters, step S303 is executed to determine whether there are optimization parameters corresponding to the display parameters in the preset parameter list, and step S304 or step S305 is selected according to the determination result.

[0129] If there are corresponding optimization parameters, it means that the required project has corresponding optimization parameters, then the step S304 is executed to control the exhibition hall equipment according to the display requirements and convert it into the corresponding preset exhibition hall mode according to the optimization parameters; if there are no corresponding optimization parameters, it means that the required project has no corresponding optimization parameters, so it is necessary to select the display parameters, that is, the corresponding default display parameters, then the step S305 is executed to control the exhibition hall equipment according to the display requirements and convert it into the corresponding preset exhibition hall mode according to the display parameters.

[0130] The exhibition hall control method combined with smart wearables provided in this embodiment determines whether there is a corresponding preset parameter list for the project that meets the requirements of the display project, and based on the judgment result of whether there is an optimization parameter corresponding to the display parameter in the matching preset parameter list, it chooses to control the exhibition hall equipment according to the display requirements according to the optimization parameters or according to the display parameters, and converts it into the corresponding preset exhibition hall mode, so that some display projects can use the optimization parameters, and other display projects can use the default display parameters, further improving the user experience of the exhibition hall control method of this application.

[0131] In actual use, there may still be a situation where the display parameters do not match the preset parameter list. Therefore, in one implementation of this embodiment, Figure 4 As shown, in step S304, if there is a corresponding preset parameter list, after determining whether the display parameter matches the preset parameter list, the following steps are also included:

[0132] S401. If the preset parameter list does not match, obtain the required parameters in the display request;

[0133] S402. Obtain the matching parameter in the preset parameter list that has the highest matching degree with the required parameter;

[0134] S403. According to the display requirements, control the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the matching parameters.

[0135] The required parameters in step S401 refer to the display parameters corresponding to the display items corresponding to the required items in the display requirements. For example, if the required item is an oil painting numbered 8, the required parameters are to adjust the light brightness of the oil painting to the fourth light intensity. However, the preset parameter list of the current exhibition hall corresponding to the oil painting numbered 8 does not have the fourth light intensity. In order to meet the wearer's display needs for the required items as much as possible, the matching parameters in the preset parameter list with the highest matching degree with the required parameters are obtained in step S402.

[0136] In actual application, the matching degree refers to the matching degree between each parameter in the preset parameter list and the required parameter, and the specific matching degree can be calculated or selected according to actual needs. For example, the required parameter is to adjust the light brightness of the oil painting numbered 8 to the fourth light intensity. There is no fourth light intensity in the preset parameter list, and the third light intensity has the highest matching degree. In this case, the third light intensity is used as the matching parameter obtained by executing step S402.

[0137] After obtaining the matching parameters corresponding to the required parameters in step S402, step S403 is executed, that is, controlling the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the matching parameters according to the display requirements. Continuing with the previous example, the light intensity of the required item in the display requirements, i.e., the oil painting numbered 8, is adjusted according to the matching parameters, i.e., the third light intensity.

[0138] The exhibition hall control method combined with smart wearables provided in this embodiment obtains the required parameters in the display requirements that do not match the preset parameter list, obtains the matching parameters with the highest matching degree with the required parameters from the preset parameter list, and controls the exhibition hall equipment according to the matching parameters, converting it into the preset exhibition hall mode corresponding to the display requirements, so that the required parameters in the display requirements that do not match the preset parameter list can also obtain relatively matching matching parameters, realize corresponding control of the exhibition hall equipment, and improve the applicability of the exhibition hall control method of this application.

[0139] In one implementation of this embodiment, Figure 5 As shown, step S107, that is, if the action type conforms to the preset action list, controlling the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the action type includes:

[0140] S501. If the action type matches the preset action list, the number of action types is determined;

[0141] S502. If the number of types is equal to 1, the exhibition hall equipment is controlled to be converted into the corresponding preset exhibition hall mode according to the action type;

[0142] S503. If the number of types is greater than 1, the preset priority of each action type is obtained;

[0143] S504. Selecting an action type corresponding to a preset priority that meets the preset priority condition as the selected action type;

[0144] S505. Control the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the selected action type.

[0145] The number of types in step S501 refers to the specific number of action types that conform to the preset action list. For example, the action types obtained within a certain period of time are the head turning more than 15 degrees to the right, the hands raising 10 centimeters, and the feet turning inward more than 10 degrees, and these action types are all in the preset action list. At this time, the number of action types that conform to the preset action list is 3.

[0146] In actual use, if the wearer has multiple action types that meet the preset action list within a certain period of time, it is necessary to determine the final action type selected. Therefore, it is necessary to execute the number of action types determined in step S501, and select subsequent step S502 or step S503 based on the determination result.

[0147] If the number of types is equal to 1, it means that a unique control method can be directly determined according to this action type, and then step S302 is executed to control the exhibition hall equipment according to the action type to convert into the corresponding preset exhibition hall mode.

[0148] If the number of types is greater than 1, it means that a unique control method cannot be directly determined based on this action type, then step S503 is executed to obtain the preset priority of each action type. This preset priority is the priority set in advance for each action type, and different action types have different corresponding priorities.

[0149] The preset priority condition in step S504 refers to a preset condition rule for selecting one or more specific priorities among the multiple priorities, such as selecting the one with the highest priority, or selecting a preset number of priorities at the top. In actual application, in order to avoid control conflicts, an action type corresponding to the highest priority is usually selected as the final selected action type.

[0150] After the selected action type is determined in step S504, step S505 is executed to control the exhibition hall equipment to switch to the corresponding preset control mode according to the selected action type. Of course, after the adjustment is completed, especially when the time interval between two acquisitions of state data is short, other unselected action types can be retained, so as to be combined with the action type acquired next time, and the action type corresponding to the preset priority that meets the preset priority condition is selected again as the next selected action type.

[0151] The exhibition hall control method combined with smart wearables provided in this embodiment, after determining the number of action types, obtains the preset priority of each action type, selects the action type corresponding to the preset priority that meets the preset priority condition as the selected action type, and then controls the exhibition hall equipment to be converted into the corresponding preset exhibition hall mode according to the selected action type, thereby achieving that no matter how many types of action types there are, a unique action type can be selected, thereby improving the accuracy of controlling the exhibition hall equipment to be converted into the corresponding preset exhibition hall mode.

[0152] In one implementation of this embodiment, Figure 6 As shown, after step S505, that is, controlling the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the action type, the following steps are included:

[0153] S601. If an action type that matches the preset action list is obtained again, this action type is used as a comparison action type;

[0154] S602. Obtain the interval between the comparison action type and the selection action type;

[0155] S603. If the interval time is less than or equal to the preset interval time, it is determined whether the comparison action type and the selection action type belong to the same type;

[0156] S604. If they belong to the same action type, then control the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the comparison action type;

[0157] S605. If the interval time is greater than the preset interval time, the exhibition hall equipment is controlled to be converted into the corresponding preset exhibition hall mode according to the comparison action type.

[0158] In actual use, after the exhibition hall equipment is controlled to be converted into the corresponding preset exhibition hall mode according to the previously selected action type, it is still possible to continue to obtain the action type. At this time, it is necessary to determine whether to convert the exhibition hall equipment mode according to the action type obtained again.

[0159] The action type that conforms to the preset action list obtained again in step S601 is used as the comparison action type, and its acquisition time is recorded. This acquisition time is compared or calculated with the acquisition time of the selected action type, that is, the interval time between obtaining the comparison action type and the selected action type in step S602 is implemented. For example, if the acquisition time of the comparison action type is 09:21, and the acquisition time of the selected action type is 09:22, then the interval time between the two is 1 minute.

[0160] The interval time obtained above is compared with the preset interval time, and step S603 or step S605 is performed according to the comparison result. The preset interval time is a preset interval time threshold between the comparison action type and the selection action type, for example, the preset interval time is 0.5 minutes. Of course, it can also be adjusted according to actual needs, which will not be repeated here.

[0161] If the interval time is less than or equal to the preset interval time, it means that the interval time between the acquisition time of the comparison action type and the acquisition time of the selection action type is short. Under normal circumstances, the wearer will not consciously form a strong intention to adjust the exhibition hall equipment in such a short time. It is also possible that the wearer believes that the previous action type has not achieved the corresponding effect and makes a continued action. Therefore, the judgment in step S603 is executed to determine whether the comparison action type and the selection action type are of the same type, and step S604 or other steps are selected according to the judgment result.

[0162] If they belong to the same action type, it means that the action corresponding to the comparison action type is a continuation action made by the wearer because he believes that the previously selected action type did not achieve the corresponding effect. For example, the selected action type regulates the dehumidification equipment to reduce the humidity, but the wearer believes that the humidity should be further reduced. The resulting comparison action type is a valid continuation action, then step 6404 is executed to control the exhibition hall equipment according to the comparison action type and convert it into the corresponding preset exhibition hall mode.

[0163] If they do not belong to the same action type, it means that the action corresponding to the comparison action type is another action type made unconsciously by the wearer. At this time, there is no need to make other adjustments to the exhibition hall equipment. Of course, the number of times this different action type is formed or obtained can also be judged. If the number threshold is reached, it is possible that the wearer has a definite consciousness and wants to make other adjustments to the exhibition hall equipment. The specific settings or selection methods will not be repeated here.

[0164] Similarly, if the interval time is greater than the preset interval time, it means that the wearer is likely to have a definite desire to make other adjustments to the exhibition hall equipment, then step S605 is executed to control the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the comparison action type.

[0165] The exhibition hall control method combined with smart wearables provided in this embodiment uses the action type that is obtained again and conforms to the preset action list as the comparison action type, and obtains the interval time between the comparison action type and the selection action type. According to the relationship between the interval time and the preset interval time, and whether the two belong to the same action type, it is selected whether to control the exhibition hall equipment to be converted into the corresponding preset exhibition hall mode according to the comparison action type, thereby realizing the specific control selection of the exhibition hall equipment when the action type is obtained again, meeting the sustainability of the exhibition hall control method provided by this application, and further improving the utilization rate and applicability of smart wearables in the field of exhibition hall control.

[0166] In actual application, there may still be a situation where the vector value of the motion vector is less than or equal to the preset motion threshold. Therefore, in one implementation of this embodiment, Figure 7 As shown, in step S108, if the action type does not conform to the preset action list, after obtaining the movement vector in the state data, the following further includes:

[0167] S701. If the vector value of the moving vector is less than or equal to the preset moving threshold, the user information corresponding to the current smart wear is obtained;

[0168] S702. Determine whether the user information has corresponding historical control data;

[0169] S703. If there is corresponding historical control data, obtain the control instructions corresponding to the current exhibition hall in the historical control data;

[0170] S704. Generate control prompts according to the control instructions and output them through the current smart wear.

[0171] If the vector value of the movement vector is less than or equal to the preset movement threshold, it means that the wearer is walking back and forth in the current exhibition hall or moving in a small range, not moving in a large range. He may be hesitating whether to control the exhibition hall equipment, or wants to control the exhibition hall equipment but forgets the specific type of action. In order to confirm this situation or help the wearer to confirm, first execute step S701 to obtain the user information corresponding to the current smart wear.

[0172] In step S702, it is determined whether the user information obtained in step S701 has corresponding historical control data, and step S702 or other steps are selected for subsequent execution according to the determination result. The historical control data refers to the control instructions corresponding to the historical display requirements of the current exhibition hall by the wearer corresponding to the user information.

[0173] If there is corresponding historical control data, it means that the wearer corresponding to the user information has control data corresponding to the historical display requirements for the current exhibition hall. Then, step S703 is executed to obtain the control instructions corresponding to the current exhibition hall in the historical control data, and substitute it into step S704 to generate control prompts according to the control instructions and output them through the current smart wear, so that the wearer's historical control instructions currently displayed are displayed to the wearer as control prompts, as a prompt or for selection.

[0174] If there is no corresponding historical control data, step S101 can be continued to be executed, that is, the status data of the current smart wear can be continued to be obtained, or step S108 can be returned to, that is, if the action type does not conform to the preset action list, the movement vector in the status data is obtained. The specific selection or execution will not be repeated here.

[0175] The exhibition hall control method combined with smart wearables provided in this embodiment, when the vector value of the moving vector is less than or equal to the preset moving threshold, judges whether the corresponding user information has corresponding historical control data, and selects the control instruction corresponding to the current exhibition hall to generate a control prompt, so that the wearer can choose whether to control the exhibition hall equipment according to the control prompt, effectively improving the experience effect of the exhibition hall control method of this application.

[0176] In one implementation of this embodiment, Figure 8 As shown, after step S704, i.e., generating a control prompt according to the control instruction and outputting it through the current smart wear, it also includes:

[0177] S801. Determine whether a confirmation instruction corresponding to the control prompt is received;

[0178] S802. If the corresponding confirmation instruction is obtained, the exhibition hall equipment is controlled to be converted into the corresponding preset exhibition hall mode according to the control instruction;

[0179] S803. If the corresponding confirmation instruction is not obtained, stop displaying the control prompt after a preset display time.

[0180] The confirmation instruction in step S801 refers to the relevant instruction including confirmation of adjustment fed back by the wearer in response to the control prompt. According to the judgment result of whether the corresponding confirmation instruction is obtained, the subsequent execution of step S802 or step S803 is selected. For example, the control prompt is "Currently in the oil painting exhibition hall, do you need to turn on the lighting of the 8th oil painting to the third light brightness", and the corresponding confirmation instruction can be a voice confirmation instruction such as "Confirm adjustment to the third light brightness", or an action confirmation instruction such as shaking the head twice continuously, etc. The confirmation instructions corresponding to each control prompt can be pre-set accordingly.

[0181] If the corresponding confirmation instruction is obtained, it means that the wearer receives and agrees with the control prompt, then step S802 is executed to control the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the control instruction. In addition to the adjustment corresponding to the control prompt, other exhibition hall equipment can be adjusted or controlled synchronously according to the preset adjustment association.

[0182] If no corresponding confirmation instruction is obtained, it means that the wearer may not have received or agree with the adjustment prompt. In order to reduce the wearer missing the adjustment prompt due to temporary non-reception, the adjustment prompt will remain displayed within the preset interval time, and the adjustment prompt will be stopped after the preset display time in step S503, thereby reducing the resource occupation of the wearable device by unnecessary adjustment prompts and the impact on the wearer's experience.

[0183] The exhibition hall control method combined with smart wearables provided in this embodiment determines whether a confirmation instruction corresponding to the control prompt is received, and selects whether to control the exhibition hall equipment to switch to the corresponding preset exhibition hall mode or to stop displaying the control prompt after a preset display time according to the judgment result. It can realize different processing methods for the wearer's feedback on the control prompt, thereby improving the user experience of this exhibition hall control method.

[0184] In the second aspect, the present application provides an exhibition hall control system combined with smart wearables, such as Fig. 9 As shown, including:

[0185] The first acquisition module 1 is used to obtain the status data of the current smart wear;

[0186] The first judgment module 2 is used to judge whether there is an action type in the state data;

[0187] The second judgment module 3 is used to judge whether the current smart wear has obtained the user instruction if there is no action type;

[0188] The first conversion module 4 is used to control the exhibition hall equipment to convert into a corresponding preset user mode according to the user instruction if a user instruction is obtained;

[0189] The second acquisition module 5 is used to acquire a preset action list corresponding to the current exhibition hall if there is an action type;

[0190] The third judgment module 6 is used to judge whether the action type conforms to the preset action list;

[0191] The second conversion module 7 is used to control the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the action type if the action type conforms to the preset action list;

[0192] A third acquisition module 8, if the action type does not conform to the preset action list, the third acquisition module 8 is used to obtain the movement vector in the state data;

[0193] A fourth acquisition module 9, if the vector value of the motion vector is greater than a preset motion threshold, the fourth acquisition module 9 is used to acquire the vector direction of the motion vector;

[0194] The third conversion module 10 is used to control the exhibition hall equipment corresponding to the detection device to convert into the corresponding first exhibition hall mode if the detection device corresponding to the vector direction detects the current smart wear.

[0195] It should be noted that the data transmission relationship or logical connection relationship between the above-mentioned functional modules can be determined according to the corresponding steps in the exhibition hall control method combined with smart wearables, and will not be repeated here. Fig. 9 The data transmission relationship or logical connection relationship of each functional module shown is only used for understanding the exhibition hall control system combined with smart wearables and is not specifically limited.

[0196] The exhibition hall control system combined with smart wearable provided in this embodiment determines whether there is an action type in the status data of the current smart wearable, and then determines in sequence whether the user instruction is obtained, whether the action type conforms to the preset action list, whether the vector value of the movement vector in the status data is greater than the preset movement threshold, and whether the detection device corresponding to the vector direction detects the current smart wearable. According to the results of the above judgments, it is selected to control the exhibition hall equipment to be converted into the corresponding preset exhibition hall mode or the first exhibition hall mode, so as to realize the control of the exhibition hall equipment to be converted into the corresponding different exhibition hall modes according to the different action types, user instructions and movement vectors of the wearer, thereby improving the utilization rate and applicability of smart wearable in the field of exhibition hall control.

[0197] Furthermore, the exhibition hall control system combined with smart wearables provided in this embodiment can also be equipped with other functional modules as needed, or the above-mentioned functional modules can be divided into multiple functional units, so as to achieve the technical effect corresponding to any of the aforementioned exhibition hall control methods combined with smart wearables.

[0198] In the third aspect, the present application provides a computer-readable storage medium, in which computer instructions are stored. When the computer instructions are loaded and executed by a processor, an exhibition hall control method combined with smart wearables as described above is adopted, which can achieve the technical effect corresponding to any of the above-mentioned exhibition hall control methods combined with smart wearables.

[0199] It should be understood that, although the steps in the flowchart of the accompanying drawings are displayed in sequence as indicated by the arrows, these steps are not necessarily executed in sequence in the order indicated by the arrows. Unless otherwise specified herein, there is no strict order restriction on the execution of these steps, and they can be executed in other orders, that is, the execution order between each other can be reasonably arranged according to actual needs. Moreover, at least a part of the steps in the flowchart of the accompanying drawings may include multiple sub-steps or multiple stages, and these sub-steps or stages are not necessarily executed at the same time, but can be executed at different times, and their execution order is not necessarily sequential, but can be executed in turn or alternately with other steps or at least a part of the sub-steps or stages of other steps.

[0200] It should also be noted that, in this specification, relational terms such as first and second, etc. are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Moreover, the terms "comprise", "include" or any other variants thereof are intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements includes not only those factors, but also other elements not explicitly listed, or also includes elements inherent to such process, method, article or device. In the absence of further restrictions, the elements defined by the statement "comprise a ..." do not exclude the presence of other identical elements in the process, method, article or device including the elements.

[0201] The above description of the disclosed embodiments enables those skilled in the art to implement or use the present application. Various modifications to these embodiments will be apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the present application. Therefore, the present application will not be limited to the embodiments shown herein, but will conform to the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. A method for controlling an exhibition hall combined with smart wearables, characterized in that: The following steps are involved: Get the current status data of smart wear; Determining whether there is an action type in the state data; If the action type does not exist, determining whether the current smart wearable device obtains a user instruction; If the user instruction is obtained, the exhibition hall equipment is controlled to switch to the corresponding preset user mode according to the user instruction; If the action type exists, obtain the preset action list corresponding to the current exhibition hall; Determining whether the action type conforms to the preset action list; If the action type matches the preset action list, controlling the exhibition hall equipment to switch to the corresponding preset exhibition hall mode according to the action type; If the action type does not conform to the preset action list, obtaining a movement vector in the state data; If the vector value of the movement vector is greater than a preset movement threshold, obtaining the vector direction of the movement vector; If the detection device corresponding to the vector direction detects the current smart wear, control the exhibition hall device corresponding to the detection device to switch to the corresponding first exhibition hall mode; Among them, the exhibition hall corresponding to the first exhibition hall mode is not the exhibition hall where the smart wearable is currently located, but another exhibition hall where the wearer of the smart wearable tends to go, and the exhibition hall corresponding to the preset exhibition hall mode is exactly the exhibition hall where the smart wearable is currently located.

2. The exhibition hall control method according to claim 1, characterized in that: If the action type matches the preset action list, controlling the exhibition hall equipment to convert into a corresponding preset exhibition hall mode according to the action type includes: If the action type matches the preset action list, obtaining the display requirement corresponding to the action type; Get the display items and corresponding display parameters in the current display rules of the current exhibition hall; Determining whether the required items in the display requirements meet the display items; If the exhibition item is met, the exhibition hall equipment is controlled according to the exhibition requirements to be converted into the corresponding preset exhibition hall mode according to the exhibition parameters; If it does not meet the requirements of the exhibition project, determine whether the required project has a corresponding exhibition plan in other exhibition halls; If there is a corresponding display plan, the display plan is output through the current smart wear.

3. The exhibition hall control method according to claim 2, characterized in that: If the display item is met, controlling the exhibition hall equipment according to the display requirements to convert into the corresponding preset exhibition hall mode according to the display parameters includes: If the display item is met, determine whether the required item has a corresponding preset parameter list; If there is a corresponding preset parameter list, determining whether the display parameter matches the preset parameter list; If the preset parameter list matches, determining whether there is an optimization parameter corresponding to the display parameter in the preset parameter list; If there are corresponding optimization parameters, controlling the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the optimization parameters according to the display requirements; If there is no corresponding optimization parameter, the exhibition hall equipment is controlled according to the exhibition requirement to be converted into the corresponding preset exhibition hall mode according to the exhibition parameter.

4. The exhibition hall control method according to claim 3, characterized in that: If there is a corresponding preset parameter list, after determining whether the display parameter matches the preset parameter list, the method further includes: If it does not match the preset parameter list, obtaining the required parameters in the display request; Obtaining the matching parameter with the highest matching degree with the required parameter in the preset parameter list; According to the display requirements, the exhibition hall equipment is controlled to be converted into the corresponding preset exhibition hall mode according to the matching parameters.

5. The exhibition hall control method according to claim 1, characterized in that: If the action type matches the preset action list, controlling the exhibition hall equipment to convert into a corresponding preset exhibition hall mode according to the action type includes: If the action type matches the preset action list, determining the number of types of the action type; If the number of types is equal to 1, then controlling the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the action type; If the number of types is greater than 1, obtaining the preset priority of each action type; Selecting the action type corresponding to the preset priority level that meets the preset priority condition as the selected action type; According to the selected action type, the exhibition hall equipment is controlled to convert into the corresponding preset exhibition hall mode.

6. The exhibition hall control method according to claim 5, characterized in that: After controlling the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the action type, the method includes: If the action type that matches the preset action list is obtained again, the action type is used as the comparison action type; Obtaining the interval time between the comparison action type and the selection action type; If the interval time is less than or equal to the preset interval time, determining whether the comparison action type and the selection action type are of the same type; If they belong to the same action type, controlling the exhibition hall equipment to convert into the corresponding preset exhibition hall mode according to the compared action type; If the interval time is greater than the preset interval time, the exhibition hall equipment is controlled to switch to the corresponding preset exhibition hall mode according to the comparison action type.

7. The exhibition hall control method according to claim 1, characterized in that: After obtaining the movement vector in the state data if the action type does not conform to the preset action list, the method further includes: If the vector value of the movement vector is less than or equal to the preset movement threshold, obtaining user information corresponding to the current smart wearable; Determine whether the user information has corresponding historical control data; If there is corresponding historical control data, obtaining the control instruction corresponding to the current exhibition hall in the historical control data; Generate a control prompt according to the control instruction and output it through the current smart wearable.

8. The exhibition hall control method according to claim 7, characterized in that: After generating the control prompt according to the control instruction and outputting it through the current smart wear, the method further includes: Determining whether a confirmation instruction corresponding to the control prompt is received; If the corresponding confirmation instruction is obtained, the exhibition hall equipment is controlled to be converted into the corresponding preset exhibition hall mode according to the control instruction; If the corresponding confirmation instruction is not obtained, the control prompt will stop being displayed after a preset display time.

9. An exhibition hall control system combined with smart wearables, characterized in that: include: The first acquisition module is used to obtain the status data of the current smart wear; A first judgment module, used to judge whether there is an action type in the state data; A second judgment module, if the action type does not exist, the second judgment module is used to judge whether the current smart wear has obtained a user instruction; A first conversion module, if the user instruction is obtained, the first conversion module is used to control the exhibition hall equipment to convert into a corresponding preset user mode according to the user instruction; A second acquisition module, if the action type exists, the second acquisition module is used to acquire a preset action list corresponding to the current exhibition hall; A third judgment module is used to judge whether the action type conforms to the preset action list; A second conversion module, if the action type matches the preset action list, the second conversion module is used to control the exhibition hall equipment to convert into a corresponding preset exhibition hall mode according to the action type; a third acquisition module, wherein if the action type does not conform to the preset action list, the third acquisition module is used to acquire a movement vector in the state data; a fourth acquisition module, wherein if the vector value of the movement vector is greater than a preset movement threshold, the fourth acquisition module is used to acquire the vector direction of the movement vector; A third conversion module, if the detection device corresponding to the vector direction detects the current smart wear, the third conversion module is used to control the exhibition hall device corresponding to the detection device to convert into the corresponding first exhibition hall mode; Among them, the exhibition hall corresponding to the first exhibition hall mode is not the exhibition hall where the smart wearable is currently located, but another exhibition hall where the wearer of the smart wearable tends to go, and the exhibition hall corresponding to the preset exhibition hall mode is exactly the exhibition hall where the smart wearable is currently located.

10. A computer-readable storage medium, characterized in that: The computer-readable storage medium stores a computer program, and when the computer program is executed by a processor, the exhibition hall control method combined with smart wearable devices as described in any one of claims 1 to 8 is implemented.

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