Communication method based on outdoor rescue gloves and outdoor rescue gloves

Abstract

The present invention relates to the technical fields of digital information transmission, short-range wireless communication, satellite telephone and the like, and provides a communication method based on outdoor rescue gloves and outdoor rescue gloves. By arranging an intercom module, an SOS module and a satellite call module on a glove host box, a current user conducts real-time voice communication with other peer users wearing outdoor rescue gloves through the activated intercom module. When the current user realizes that the situation is critical and cannot continue to talk, the SOS module is activated to send a distress signal to a preset emergency contact or rescue center, and the distress signal includes the location information and current time of the current user. When the intercom module fails to communicate, the current user activates the satellite call module to conduct a voice call with a remote emergency contact or rescue center, and provides the current location and current status, thereby realizing multiple communication functions, meeting diverse outdoor communication needs, and providing efficient and orderly outdoor rescue support.

Description

Technical Field

[0001] The present invention relates to the technical fields of digital information transmission, short-range wireless communication, satellite telephone and the like, and in particular to a communication method based on outdoor rescue gloves and the outdoor rescue gloves. Background Art

[0002] Smart heating gloves are gloves that integrate heating technology and intelligent control functions. They are usually made of conductive materials or heating elements (such as carbon fiber or metal wire), powered by batteries, and can provide warmth to users in cold environments. In the prior art, smart heating gloves usually have functions such as temperature control and Bluetooth connection, and are widely used in outdoor sports such as skiing, mountaineering, cycling, and people working in cold environments. For example, in a cold outdoor environment, users can adjust the temperature inside the gloves through buttons or mobile phone applications to meet different warmth needs. For another example, in outdoor sports such as mountaineering and cycling, users can connect to Bluetooth devices through the Bluetooth module of the gloves for information transmission. Although the smart heating gloves in the prior art already have many intelligent and information-based functions, these functions are mainly still limited to meeting some daily needs, and do not provide corresponding functional support for many situations that require communication in outdoor activities.

[0003] In summary, existing smart heating gloves have technical problems such as single communication function and inability to meet diverse outdoor communication needs. Summary of the invention

[0004] In view of the above-mentioned deficiencies in the prior art, the present invention provides a communication method based on outdoor rescue gloves and outdoor rescue gloves to achieve multiple communication functions and meet diverse outdoor communication needs.

[0005] In a first aspect, the present invention provides a communication method based on outdoor rescue gloves, comprising:

[0006] A glove host box is arranged outside the wrist of the outdoor rescue gloves, and a walkie-talkie module, an SOS module and a satellite call module are arranged on the glove host box;

[0007] When the current user presses the intercom button on the outdoor rescue gloves, the intercom module is activated, and the current user conducts real-time voice communication with other peer users wearing the outdoor rescue gloves through the activated intercom module to report the current location and current status;

[0008] When the current user realizes that the situation is critical and cannot continue to talk, and presses the SOS button on the glove, the SOS module is activated to send a distress signal to a preset emergency contact or rescue center; the signal content of the distress signal includes the location information of the current user and the current time;

[0009] When the intercom signal of the intercom module is weak or an effective connection cannot be established, the current user activates the satellite call module to make a voice call with the remote emergency contact or the rescue center to provide the current location and current status.

[0010] In a second aspect, the present invention provides an outdoor rescue glove, wherein the outdoor rescue glove applies the above-mentioned communication method based on the outdoor rescue glove.

[0011] Compared with the prior art, the present invention has the following beneficial effects:

[0012] The present invention provides a communication method based on outdoor rescue gloves and an outdoor rescue glove. A glove host box is arranged on the outer side of the wrist of the outdoor rescue gloves, and an intercom module, an SOS module and a satellite call module are arranged on the glove host box. When a current user presses an intercom button on the outdoor rescue gloves, the intercom module is activated. The current user conducts real-time voice communication with other users wearing the outdoor rescue gloves through the activated intercom module to report the current position and the current status. When the current user realizes that the situation is critical and cannot continue to talk, and presses the SOS button on the glove, the SOS module is activated to send a distress signal to a preset emergency contact or a rescue center. The signal content of the distress signal includes the location information and the current time of the current user. When the intercom signal of the intercom module is weak or an effective connection cannot be established, the current user activates the satellite call module to conduct a voice call with the remote emergency contact or the rescue center to provide the current position and the current status, thereby realizing multiple communication functions, meeting diverse outdoor communication needs, and providing efficient and orderly outdoor rescue support. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] The drawings described herein are used to provide a further understanding of the present invention and constitute a part of the present invention. The exemplary embodiments of the present invention and their description are used to explain the present invention and do not constitute an improper limitation of the present invention. Some specific embodiments of the present invention will be described in detail in an exemplary and non-restrictive manner with reference to the drawings. The same reference numerals in the drawings indicate the same or similar components or parts. It should be understood by those skilled in the art that these drawings are not necessarily drawn to scale. In the drawings:

[0014] Figure 1 It is a flow chart of a communication method based on outdoor rescue gloves according to an embodiment of the present invention;

[0015] Figure 2 It is a schematic diagram of a system architecture of outdoor rescue gloves according to an embodiment of the present invention. DETAILED DESCRIPTION

[0016] In order to enable those skilled in the art to better understand the scheme of the present invention, the technical scheme in the embodiment of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiment of the present invention. Obviously, the described embodiment is only an embodiment of a part of the present invention, not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work should fall within the scope of protection of the present invention.

[0017] Embodiment 1

[0018] See also Figure 1 and Figure 2 This embodiment provides a communication method based on outdoor rescue gloves, including step S101, step S102, step S103 and step S104.

[0019] S101, setting a glove host box on the outer side of the wrist of the outdoor rescue gloves, and setting an intercom module, an SOS module and a satellite call module on the glove host box;

[0020] S102, when the current user presses the intercom button on the outdoor rescue gloves, the intercom module is activated, and the current user conducts real-time voice communication with other peer users wearing the outdoor rescue gloves through the activated intercom module to report the current location and current status;

[0021] S103, when the current user realizes that the situation is critical and cannot continue to talk, and presses the SOS button on the glove, the SOS module is activated to send a distress signal to a preset emergency contact or rescue center; the signal content of the distress signal includes the location information of the current user and the current time;

[0022] S104: When the intercom signal of the intercom module is weak or an effective connection cannot be established, the current user activates the satellite call module to make a voice call with the remote emergency contact or the rescue center, and provides the current location and current status.

[0023] It should be noted that, compared with traditional smart wearable devices, in this embodiment, the walkie-talkie module, SOS module and satellite call module are integrated into the outdoor rescue gloves, which has a significant advantage in portability. As a common equipment in outdoor activities, the integration of these communication modules can avoid the need for users to take out the equipment from their backpacks or pockets in an emergency, thereby saving time and improving the efficiency of emergency response. In outdoor or critical situations, the flexibility of fingers may be limited. By integrating the communication module into the gloves, users can directly activate the corresponding functions through simple movements of their fingers or palms, reducing the difficulty of operation and improving the convenience of use. The outdoor rescue gloves have good protective properties (such as waterproof, cold-proof, shockproof, etc.), and the integrated walkie-talkie module, SOS module and satellite call module can ensure that they can still work normally in harsh environments. In addition, the position of the gloves is usually not seriously disturbed by external factors (such as strong winds or water currents), ensuring the stability of communication. Among them, the SOS module is an emergency rescue module.

[0024] It should also be noted that users use the intercom button to conduct real-time voice communication with fellow users. This is usually done in a relatively safe environment or when the situation has not yet deteriorated, and is used to report the current situation. When the situation is critical and intercom cannot continue, users use the SOS button to send out an emergency distress signal, which is mainly used in scenarios where it is impossible to communicate effectively with fellow users or the situation deteriorates, thereby achieving hierarchical, orderly, and efficient rescue communications. It should be noted that sending an emergency signal to a preset contact when intercom cannot be performed or the user is in extreme danger is a one-way act of seeking help. When the intercom signal is weak or cannot be connected, a two-way voice call is made with a remote contact through the satellite call module to ensure that external contact can be obtained in any situation.

[0025] It should also be noted that in this embodiment, considering the communication needs in different emergency situations, by integrating walkie-talkies, SOS and satellite call modules, users have corresponding communication means in different situations to ensure that they can get rescue even in the worst environment. Each communication module is integrated into the gloves to reduce the operation steps of the user in an emergency. The user does not need to consider the picking up or operation of the equipment, and can complete the intercom, SOS or satellite call with simple button operations, which greatly improves the emergency response speed. As an essential equipment for outdoor activities, the integrated communication module not only improves the functionality of the gloves, but also adapts to the harsh conditions of the outdoor environment. For example, in extremely cold or humid environments, the protective performance of the gloves can ensure the normal operation of the communication equipment.

[0026] It should also be noted that in this embodiment, by providing multi-level communication means, users will have a stronger sense of security during outdoor activities, knowing that no matter what situation they encounter, there are corresponding means to get in touch with the outside world. In actual rescue, the guarantee of multiple communication means can significantly improve the success rate of rescue. Even in the case of poor communication conditions, the satellite call module can be used as the last means of communication to ensure the transmission of rescue information. Through the combination of intercom and satellite communication, rescuers can understand the specific location and condition of the trapped person more quickly, thereby shortening the rescue time and improving the rescue efficiency.

[0027] In some further preferred embodiments, the glove host box includes a main control board and an emergency power supply module; the main battery of the outdoor rescue gloves supplies power to the main control board, the glove heating component, the intercom module, the SOS module and the satellite call module; the main control board controls the heating of the glove heating component according to the change of ambient temperature, and starts the emergency power supply module to supply power to the main control board, the intercom module, the SOS module and the satellite call module when it is detected that the power of the main battery is lower than the threshold, and stops controlling the heating of the glove heating component. It should be noted that in an emergency, communication and rescue functions are the key to the user's survival. By designing an emergency power supply module, when the power of the main battery is lower than the threshold, the main control board, the intercom module, the SOS module and the satellite call module are powered first, which can ensure the continuous operation of these key functions, avoid communication interruption due to insufficient power, and increase the chance of successful rescue. Although the glove heating component can provide warmth for the user, when the battery power is limited, continuous power supply to the heating component may quickly exhaust the power. Stopping the power supply to the heating components can extend the power supply time for key communication and emergency functions, ensuring that users can still send out distress signals and maintain communication when the power is low. The main control board adjusts the heating function according to the ambient temperature and can flexibly respond to different outdoor environments. When the temperature is low and the power is sufficient, the heating function works normally (powered by the main battery); when the power is low, the system automatically adjusts the strategy (the emergency power module does not power the heating components), giving priority to communication and emergency functions, ensuring the adaptability of the device in a variety of environments.

[0028] In some preferred embodiments, a Bluetooth module is also provided on the glove host box, and the Bluetooth module is used to connect to an external Bluetooth device via Bluetooth for data transmission. It should be noted that the Bluetooth module allows outdoor rescue gloves to connect to external Bluetooth devices (such as smart phones, tablet computers, GPS devices, etc.). Through the Bluetooth connection, the gloves can share information, synchronize data or receive instructions with these devices, increasing the functional diversity of the gloves. For example, users can adjust the heating temperature of the gloves, check the status of the SOS signal, or directly trigger an emergency distress signal from the mobile phone through a mobile phone application. In addition, the Bluetooth module provides a low-power wireless data transmission method that can stably exchange data within a short distance. This method is suitable for transmitting important information such as health monitoring data and location information in outdoor environments, saving resources and extending the battery life of the device.

[0029] In some further preferred embodiments, after the Bluetooth module is connected to an external Bluetooth device via Bluetooth, the intercom module, the SOS module and the satellite call module are controlled by the external Bluetooth device to synchronize the working state of the gloves, the user's physical state collected by the gloves and the user's location information to the external Bluetooth device. It should be noted that in this embodiment, through the Bluetooth module, the user can use an external Bluetooth device (such as a smart phone) to remotely control the various functions of the gloves. This means that the user can complete operations such as intercom, SOS help or enable satellite calls without directly operating the buttons on the gloves. This remote control function is particularly important when it is inconvenient or unsafe to operate on the gloves. The Bluetooth module can transmit the working state of the gloves (such as battery power, communication status, etc.) to the external device in real time. The user or the rescue team can monitor the operation of the gloves through the Bluetooth connection to ensure that the gloves function normally in an emergency, and to promptly discover and solve potential problems. In outdoor rescue operations, the gloves will collect important location information, communication records, user physiological data, etc. These data can be synchronized or backed up with external devices through the Bluetooth module to ensure that the data is not lost when the glove device is accidentally damaged, and continue to provide support for rescue operations.

[0030] In some preferred embodiments, the inner layer of the outdoor rescue glove is provided with a biosensor, which is electrically connected to the glove host box and is used to detect the heart rate and body temperature of the current user and transmit them to the glove host box. The glove host box compares the detected heart rate and body temperature with the threshold value, and activates the SOS module when the detected heart rate and body temperature are abnormal. The SOS module sends a life-threatening distress signal to the emergency contact or rescue center preset by the current user with abnormal heart rate and body temperature, reporting the abnormal heart rate and body temperature of the current user; the signal content of the life-threatening distress signal includes the location information and current time of the current user. It should be noted that the outdoor environment is usually unpredictable, and the user's health may deteriorate sharply due to extreme weather, sudden illness or accident. By monitoring the user's heart rate and body temperature in real time through biosensors, the gloves can respond immediately when abnormalities are detected to avoid serious consequences due to delays. Under extreme outdoor conditions, the user may not be able to manually activate the SOS module (for example, due to loss of consciousness or restriction). The biosensor automatically monitors and compares changes in heart rate and body temperature. Once an abnormality is detected, the glove host box can automatically activate the SOS module and send a distress signal to ensure that timely rescue can be obtained even when the user loses the ability to move. Heart rate and body temperature are important indicators that reflect the life status of the human body. By detecting these physiological parameters, the gloves can trigger an alarm in the early stage of dangerous conditions and send a signal to the emergency contact or rescue center to prevent potential life-threatening situations. The life-threatening distress signal not only contains the user's abnormal physiological data, but also includes precise geographic location information and timestamps. Rescuers can quickly locate the user based on this information and provide targeted medical rescue, greatly improving the success rate and efficiency of rescue. In outdoor environments, especially when they need to focus on action or encounter emergencies, users may not be able to pay attention to their physical condition at all times. The automatic monitoring and automatic distress functions of the biosensor can effectively reduce the user's operating burden, allowing them to focus on other important tasks while ensuring that they will not miss the opportunity to ask for help in critical moments. Knowing that the gloves have automatic monitoring and distress functions, users will feel more at ease and confident in outdoor activities, ensuring that users can rely on the smart functions of the gloves to get help even when they are isolated and helpless.

[0031] In some preferred embodiments, before the outdoor activities of the current user and other peer users wearing the outdoor rescue gloves begin, the remote contact information of the current user and the peer users is backed up to form an emergency communication electronic list shared by the emergency contact or the rescue center; when the emergency contact or the rescue center receives the life-threatening distress signal of the current user, other peer users wearing the outdoor rescue gloves are requested to provide nearby rescue through the emergency communication electronic list. It should be noted that after receiving the life-threatening distress signal, the emergency contact or the rescue center can immediately contact other users wearing gloves traveling with the current user through the emergency communication electronic list. These peer users are often closest to the rescuer and can arrive at the scene for rescue as quickly as possible. Compared with remote rescue personnel or teams, peer users can provide help at the first time, greatly shortening the rescue response time and possibly saving lives at critical moments. Through the contact information backed up in advance, the rescue center can quickly coordinate all resources on the scene and instruct the nearest peer users to take action according to the real-time situation. This instant command can avoid unnecessary time waste and improve the efficiency of rescue operations. In an emergency, the communication signal may be unstable or limited. The remote contact information backed up in advance ensures that even if the current user cannot actively contact the rescue center or peer users, the rescue center can actively contact peer users to establish a solid rescue communication chain and avoid delays caused by communication interruptions. Through the electronic list, the information of all relevant personnel is centralized to ensure that there are no "information islands" or omissions in the rescue operation. The rescue center can dynamically adjust the rescue plan based on the location and contact information of all users to ensure the optimal allocation and use of resources. In addition to the remote rescue team, peer users have geographical advantages as first responders. Even if the remote rescue is affected by terrain or weather, peer users can still provide necessary on-site support. This can significantly increase the success rate of rescue, especially in complex or dangerous outdoor environments. Peer users can quickly share on-site conditions, such as environmental conditions, degree of injury, etc., after the rescue center or emergency contact makes a request. This information can help the rescue center better formulate subsequent rescue plans and ensure the effectiveness and pertinence of the rescue operation. Through the nearby rescue provided by peer users, excessive reliance on remote rescue resources can be reduced. This can not only reduce the cost of rescue, but also reduce the difficulties that may be encountered during long-distance rescue, such as traffic congestion and extreme weather. The emergency communication electronic list is not limited to communication between glove users, but can also be extended to other devices or user groups to achieve cross-device and cross-platform collaboration, enhancing the flexibility and adaptability of the overall rescue system. Furthermore, during outdoor activities, when the contact information of the activity participants is changed, the emergency communication electronic list is automatically updated, and the updated emergency communication electronic list is shared with the emergency contact or rescue center in real time.It is understandable that during outdoor activities, participants may need to change their contact information for a variety of reasons (such as changing phone numbers or devices). If the information in the emergency communication electronic list is not updated in a timely manner, rescuers or emergency contacts may not be able to contact these participants in an emergency. The automatic update and sharing function ensures that the information in the emergency communication electronic list obtained by the emergency contact or rescue center is always up to date, avoiding communication failures due to outdated contact information.

[0032] In some preferred embodiments, the emergency contact or the rescue center calls other peer users wearing the outdoor rescue gloves through the emergency communication electronic list, and requests other peer users wearing the outdoor rescue gloves to provide nearby rescue; when the phone cannot be connected, initiate a voice call with the satellite call module of other peer users wearing the outdoor rescue gloves, and request other peer users wearing the outdoor rescue gloves to provide nearby rescue. It should be noted that the outdoor environment is complex and changeable, and the mobile phone signal may be interfered or completely interrupted due to terrain, climate and other reasons. In this case, relying solely on traditional telephone communication means may not guarantee timely contact with peer users. By automatically switching to the satellite call module when the phone cannot be connected, the continuity of communication is ensured, a reliable communication backup is provided, and the reliability of rescue communication is greatly improved. Satellite communication does not rely on ground base stations, and can still provide stable communication services in remote mountainous areas, deserts and other signal blind areas. When telephone communication fails, the satellite call module can serve as a key supplement to ensure that the rescue request can be conveyed to the peer user to avoid delaying the rescue opportunity due to the signal blind area. In emergency rescue, time is often crucial. The failure of the phone to connect may cause precious rescue time to be wasted. Setting up satellite calls as a backup communication method for telephones can contact fellow users at the first time, quickly convey rescue instructions, reduce the risks caused by communication delays, and ensure the timeliness of rescue operations. Satellite calls not only ensure the transmission of rescue requests, but also allow fellow users to provide immediate feedback, provide information such as the current environment and the direction to the rescuer, and help the rescue center better coordinate and command rescue operations. This real-time two-way communication plays an important role in timely and efficient rescue. During outdoor activities, users may be distributed over a large area, and some areas may not have mobile phone signal coverage. Through the access of satellite call modules, the coverage of rescue communications is greatly expanded, ensuring that even in the most remote areas, rescue requests can be smoothly conveyed and cover all possible rescue resources. The expansion of communication coverage is directly related to the success rate of rescue. By ensuring that rescue requests can be conveyed to fellow users in any environment, the possibility of rescue failure is reduced, especially in complex terrain and extreme environments, this setting is particularly important. For rescue centers, poor communication often means that more resources need to be mobilized to try to contact users, which not only increases rescue pressure, but also may waste resources. The satellite call backup design can reduce this uncertainty, reduce the pressure on the rescue center, and enable it to focus more on the rescue operation itself.

[0033] In some preferred embodiments, other peer users wearing the outdoor rescue gloves who receive the nearby rescue request initiate an intercom request to the current user who needs rescue through the intercom module, and feedback the communication status with the current user who needs rescue to the emergency contact or the rescue center. It should be noted that by directly establishing communication with the current user who needs rescue through the intercom module, key information such as the specific location, physical condition and surrounding environment of the trapped person can be confirmed, which helps to accurately judge the rescue needs of the current user, so as to formulate the most appropriate rescue plan. After receiving the emergency distress signal, the authenticity of the signal can be confirmed by directly communicating with the current user through the intercom module to prevent false alarms or false signals from causing unnecessary rescue actions. After the peer user communicates with the current user through the intercom, the status and content of the communication can be fed back to the emergency contact or the rescue center in real time. This feedback mechanism enables the rescue center to adjust the rescue plan according to the latest situation, such as deciding whether to dispatch additional rescue forces or modify the rescue route. After receiving the communication status feedback, the rescue center can better understand the on-site situation, judge whether the current user's condition is stable, whether the rescue is urgent, and whether other additional resources are needed. The real-time transmission of this information helps to dynamically adjust the rescue strategy, ensure the rational use of resources and the efficient execution of the rescue operation. Furthermore, the feedback of the communication status is automatically recorded and backed up to the cloud, which is convenient for post-analysis and rescue review, and improves the transparency and traceability of the rescue operation.

[0034] In some preferred embodiments, when other peer users wearing the outdoor rescue gloves who receive a request for nearby rescue feed back the communication status with the current user who needs rescue to the emergency contact or the rescue center, they call the contact number of the emergency contact or the rescue center, feed back the communication status with the current user who needs rescue to the emergency contact or the rescue center, and when the call cannot be connected, initiate a voice call to the emergency contact or the rescue center through the satellite call module, and feed back the communication status with the current user who needs rescue to the emergency contact or the rescue center. It should be noted that in the emergency rescue process, the reliability of information feedback is crucial. By first using the phone for feedback, the existing communication network can be used, which is usually easier to connect and does not require additional communication fees. However, if the phone cannot be connected due to insufficient signal coverage, network congestion, etc., the satellite call module can provide double protection as a backup communication method to ensure that information feedback is not interrupted. In outdoor environments, especially in remote or complex terrain areas, telephone communication may not be connected due to unstable signals. Satellite communication is not limited by ground base station signals and can transmit information stably around the world. This dual communication method ensures that rescue information can be fed back to emergency contacts or rescue centers in a timely and accurate manner in various complex environments. Feedback of the communication status with the current user to the emergency contact or rescue center in a timely manner through telephone or satellite communication helps the rescue center to grasp the on-site situation in real time and respond quickly. For example, if the fellow user successfully contacts the current user and the situation is stable, the rescue center can adjust resource allocation and optimize the rescue strategy; if contact cannot be made, the rescue center needs to take further measures immediately. In an emergency, rapid feedback of information is crucial to the success of the rescue operation. The combination of telephone and satellite calls ensures that key information can be quickly delivered to relevant parties under any circumstances, reducing rescue errors caused by communication delays.

[0035] In some preferred embodiments, when other peer users wearing the outdoor rescue gloves who receive a nearby rescue request initiate an intercom request to the current user who needs rescue through the intercom module, the intercom modules of all peer users participating in the outdoor activity are set to the same communication channel, and all members conduct rescue search, exchange information in real time, and coordinate the search area. It should be noted that the intercom modules of all peer users are set to the same communication channel so that all participants can receive the same information at the same time. This unified communication mechanism can ensure the coordination of the rescue operation, enable all members to hear the command and feedback, reduce the lag and misunderstanding of information transmission, and make the rescue operation more orderly and efficient. During the rescue process, if each group member uses a different communication channel, it may lead to information isolation and inability to share the latest search and rescue progress. Through the unified communication channel, all members can share information in real time to ensure that no member is ignored or separated from the team action, avoiding the waste of rescue resources. Under the same communication channel, the rescue team can better allocate search tasks and avoid repeated searches of the same area. The commander can dynamically adjust the search area and task allocation based on real-time feedback information to ensure that each area is fully searched and improve the efficiency of the rescue. Sharing information in real time on the same channel, such as clues found, current environmental conditions, etc., can help the rescue team respond quickly. For example, if a member finds valuable clues in a certain area, other members can be notified immediately to adjust the search direction or concentrate on further investigation, reducing the time of blind search. Furthermore, when the communication quality of the same communication channel is abnormal, the same communication channel is automatically switched to a backup channel, so that when encountering communication abnormalities such as signal interference or call channel overload, the channel is dynamically switched to improve the stability of communication and ensure the smoothness of information during the rescue operation.

[0036] In some preferred embodiments, when the current user realizes that the situation is critical and cannot continue to talk, presses the SOS button on the glove, the SOS module is activated, and sends a distress signal to the preset emergency contact or rescue center, the SOS module also synchronizes the distress signal to other peer users wearing the outdoor rescue gloves to initiate a full-staff rescue. It should be noted that peer users are usually closer to the trapped person and can arrive at the scene in the shortest time to provide first-time help, thereby significantly improving the response speed of rescue. By directly synchronizing the SOS signal to peer users, delays and miscommunications in information transmission are avoided. This direct communication method ensures that all relevant personnel can receive the distress information synchronously, take action immediately, and minimize the response time. When all peer users receive the distress signal at the same time, they can coordinate actions immediately. Through real-time communication and information sharing, peer users can divide the search and rescue area, avoid repeated searches, and improve search efficiency. The full participation method ensures that the coverage of the rescue operation is maximized, and the trapped person can be found and rescued more quickly.

[0037] Embodiment 2

[0038] See also Figure 1 and Figure 2 This embodiment provides an outdoor rescue glove, and the outdoor rescue glove applies the communication method based on the outdoor rescue glove described in any of the above embodiments. The communication method is provided by arranging a glove host box on the outer side of the wrist of the outdoor rescue gloves, and arranging an intercom module, an SOS module and a satellite call module on the glove host box. When the current user presses the intercom button on the outdoor rescue gloves, the intercom module is activated, and the current user conducts real-time voice communication with other peer users wearing the outdoor rescue gloves through the activated intercom module to report the current location and current status. When the current user realizes that the situation is critical and cannot continue to talk, and presses the SOS button on the gloves, the SOS module is activated to send a distress signal to a preset emergency contact or rescue center; the signal content of the distress signal includes the location information and current time of the current user. When the intercom signal of the intercom module is weak or an effective connection cannot be established, the current user activates the satellite call module to conduct a voice call with the remote emergency contact or the rescue center to provide the current location and current status, thereby realizing multiple communication functions, meeting diverse outdoor communication needs, and providing efficient and orderly outdoor rescue support.

[0039] The above embodiments are only preferred specific implementation modes of the present invention, and the protection scope of the present invention is not limited thereto. Any changes or substitutions that can be easily thought of by any technician familiar with the technical field within the technical scope disclosed by the present invention should be covered within the protection scope of the present invention. The protection scope of the present invention should be based on the protection scope of the claims.

Claims

1. A communication method based on outdoor rescue gloves, characterized in that: include: A glove host box is arranged outside the wrist of the outdoor rescue gloves, and a walkie-talkie module, an SOS module and a satellite call module are arranged on the glove host box; When the current user presses the intercom button on the outdoor rescue gloves, the intercom module is activated, and the current user conducts real-time voice communication with other peer users wearing the outdoor rescue gloves through the activated intercom module to report the current location and current status; When the current user realizes that the situation is critical and cannot continue talking, and presses the SOS button on the glove, the SOS module is activated to send a distress signal to a preset emergency contact or rescue center; the signal content of the distress signal includes the location information of the current user and the current time; When the intercom signal of the intercom module is weak or an effective connection cannot be established, the current user activates the satellite call module to make a voice call with the remote emergency contact or the rescue center to provide the current location and current status; The inner layer of the outdoor rescue glove is provided with a biosensor, and the biosensor is electrically connected to the glove host box, and is used to detect the heart rate and body temperature of the current user and transmit them to the glove host box, and the glove host box compares the detected heart rate and body temperature with the threshold value, and activates the SOS module when the detected heart rate and body temperature are abnormal, and the SOS module sends a life-threatening distress signal reporting the abnormal heart rate and body temperature of the current user to the emergency contact preset by the current user or the rescue center; the signal content of the life-threatening distress signal includes the location information of the current user and the current time; Before the outdoor activities of the current user and other peer users wearing the outdoor rescue gloves begin, the remote contact information of the current user and the peer users is backed up to form an emergency communication electronic list for sharing by the emergency contact or the rescue center; When the emergency contact or the rescue center receives the life-threatening distress signal of the current user, other users wearing the outdoor rescue gloves are requested to provide nearby rescue through the emergency communication electronic list; The emergency contact or the rescue center calls other peer users wearing the outdoor rescue gloves through the emergency communication electronic list to request other peer users wearing the outdoor rescue gloves to provide nearby rescue; when the call cannot be connected, initiate a voice call with the satellite call module of other peer users wearing the outdoor rescue gloves to request other peer users wearing the outdoor rescue gloves to provide nearby rescue; Other fellow users wearing the outdoor rescue gloves who receive the nearby rescue request initiate an intercom request to the current user who needs rescue through the intercom module, and feed back the communication status with the current user who needs rescue to the emergency contact or the rescue center; When other fellow users wearing the outdoor rescue gloves receive a request for nearby rescue and feed back the communication status with the current user who needs rescue to the emergency contact or the rescue center, they dial the contact number of the emergency contact or the rescue center and feed back the communication status with the current user who needs rescue to the emergency contact or the rescue center. When the call cannot be connected, they initiate a voice call to the emergency contact or the rescue center through the satellite call module and feed back the communication status with the current user who needs rescue to the emergency contact or the rescue center. When other peer users wearing the outdoor rescue gloves who receive a nearby rescue request initiate an intercom request to the current user who needs rescue through the intercom module, the intercom modules of all peer users participating in the outdoor activities are set to the same communication channel, and all members conduct rescue search, exchange information in real time, and coordinate the search area; The glove host box is also provided with a Bluetooth module, which is used to connect to an external Bluetooth device via Bluetooth for data transmission. After the Bluetooth module is connected to an external Bluetooth device via Bluetooth, the intercom module, the SOS module and the satellite call module are controlled through the external Bluetooth device to synchronize the working status of the gloves, the user's physical status collected by the gloves and the user's location information to the external Bluetooth device.

2. The communication method based on outdoor rescue gloves as claimed in claim 1, characterized in that: When the current user realizes that the situation is critical and cannot continue to talk, he presses the SOS button on the glove, the SOS module is activated, and sends a distress signal to a preset emergency contact or rescue center. The SOS module also synchronizes the distress signal to other users wearing the outdoor rescue gloves to initiate a nearby rescue for all.

3. An outdoor rescue glove, characterized in that: The outdoor rescue gloves apply the communication method based on the outdoor rescue gloves as described in any one of claims 1-2.

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