TWI571835B - Instantly record the transmission of the field command system - Google Patents

Description

Field command system for instant recording and transmission

The invention relates to a field command system, in particular to use for disaster relief, rescue police attack and search, or military operations, etc., and can set up a command center on the spot, and use the front line for rescue, search or attack personnel to instantly synchronize back each time. The video of the frontline personnel, together with the screen display screen, allows the commander to monitor the scene of each frontline personnel, and can immediately judge and handle it correctly, and instruct the frontline personnel to take further action to reduce the rescue or search operations. Dangerous.

People living on the earth are always at risk of disasters, whether they are disasters caused by natural disasters or disasters caused by human disasters. When they happen, there will be casualties. If the victims cannot save themselves, then Need someone else to lend a helping hand as soon as possible. After the disaster, the rescue groups in various places immediately put into disaster relief, so that the victims could be rescued in the golden time of the rescue.

In addition to the enthusiasm of the rescuers, the rescuers are not prevented from being injured when they rescue the victims. The relevant rescue devices must also be equipped with relevant knowledge and training so that the disaster relief personnel can be safer and self-protecting. In addition to perfect equipment, knowledge and training, the system for commanding disaster relief during disaster relief is also very important. It is correct and accurate for the direction of the overall rescue policy, and the rescue operation for the rescuers. , with the scheduling of personnel, in order to rescue more victims in the shortest time.

Generally speaking, when a major disaster occurs, the police unit sends a dispatcher to the scene after notification. If necessary, the government unit also assists and invests relevant administrative resources for disaster relief, except for the rescuers who are on the front line at the disaster site for rescue. Further set up a disaster relief command center on site to integrate and unify all rescue operations to avoid waste of time, manpower and equipment, and achieve better rescue benefits.

Since the on-site command center needs to be rescued by the frontline disaster relief personnel at the disaster site, the current situation can be immediately notified to the command center, so that the correct judgment and treatment can be made. And instructions, so there is a need for immediate contact or communication between the frontline rescuers and the command center to facilitate the smooth reporting of the situation, instructions, support and response; early communication by radio communication device, frontline rescue personnel Each person is equipped with a radio walkie-talkie and communicates with the on-site command center. With the development of technology, more advanced equipment has been developed for contact communication during disaster relief.

According to the communication technology between the frontline rescuers and the command center, such as the domestic The "cloud disaster coordination system" disclosed in the new patent No. 103217535 includes: a strain center host connected to an internet network; a wearable recording device including a video unit and a communication unit, the video unit capturing a disaster video And a mobile device, comprising: a first communication module, communicatively coupled to the wearable recording device, coupled to the communication unit to receive the disaster video; a second communication module connected to the internet to The network sends the disaster video to the strain center host, and receives a disaster prevention indication of the strain center host response through the internet; and a display module displays the disaster prevention indication.

Another communication technology between frontline rescuers and command centers, such as domestic The "Disaster Assistance (Difficult) Auxiliary System" disclosed in the new patent No. 101214859 includes an image capture device that can be configured to be worn by a personnel on the spot, and a wireless receiver that can provide a commander to view the image capture device. The system includes a camera module, a signal processing unit, a transmitting unit, a control unit and a first power supply unit. The wireless receiver includes a receiving unit, a signal converting unit, a display unit and a second power supply unit. The camera module includes a lens, the camera module has a function of capturing a live image through the lens, and is controlled by the control unit to perform a photographic framing operation; the signal processing unit is Converting the image captured by the camera module into a transmittable signal; the transmitting unit transmits the signal to the outside; the control unit controls the operation of the image extractor according to a user's control command; a power supply unit for providing power required by the image capture device; the receiving unit receiving the signal sent by the transmitting unit; The signal conversion unit processes and converts the signal received by the receiving unit into a digital image signal that can be played; the display unit displays the digital image signal processed and converted by the signal conversion unit for the user. Viewing, the display unit is a screen; the second power supply unit provides power required by each unit of the wireless receiver.

In addition to the technology used for communication, the command center can also monitor frontline rescuers. The technical application of the current location or physical condition of the staff to understand whether the disaster relief personnel have completed the rescue operation and can further ensure the safety of the disaster relief personnel. Such a technology, such as the "Fire Field Personnel Search System Using Radio Automatic Positioning" disclosed in the new patent No. 101211317, includes: a plurality of radio transmitting devices for transmitting a wireless signal; and a plurality of radio receiving devices receiving the wireless signal and Outputting a received signal; a data collecting device receiving the received signal and outputting a data signal corresponding to the received signal; and a position calculating device receiving and calculating a position of the moving object based on the data signal.

The other can monitor the current location or physical condition of frontline disaster relief personnel. Technical application, such as the "remote monitoring system for air breathing apparatus" disclosed in the new patent No. 103210131, which is suitable for remote monitoring of multiple air respirators, each of which is provided with a radio frequency identification with an identification code. a tag and wirelessly transmitting the identification code of the radio frequency identification tag and a respirator information bound to the identification code, the remote monitoring system comprising: a wireless communication device capable of wirelessly receiving each air respirator transmission The respirator information and the identification code; and a monitoring device, the signal is connected to the wireless communication device, comprising: a display unit, a database unit, a plurality of identification codes built therein, and a plurality of the respective identifications The firefighter information corresponding to the code, an identification unit, according to each identification code received by the wireless communication device, and comparing corresponding firefighter data from the database unit, a monitoring unit via which the wireless Communication device wireless remote control Each air breathing apparatus returns the respirator information, and a data collection unit can be collected Log in and update the status identification unit corresponds to the ratio of each identifier of the data and the firefighters breathing apparatus information, and to the display unit The following table lists more options are available firefighters click on it.

The first and second cases are mainly for the frontline rescue personnel to configure a camera for each person to take pictures of the scene of the disaster, and use wireless transmission technology to transmit the image to the strain center or command center to provide the commander to watch, only the situation of the disaster scene. Photography and return; the third case is to use radio transmitters to collect the personnel in the preset space, and the fourth case is to use radio frequency technology to detect and monitor the information of each air respirator to grasp the breathing state of the personnel.

In the first case of the first and second cases, the frontline personnel can retrieve the live video and audio to the strain center, and cooperate with the display device for the commander to watch, but if the frontline personnel return at the same time At the same time, neither of the two techniques reveals how the display device will switch the screen to view all the different image data returned. On the other hand, the prior art has no intercom device between the frontline personnel and the command center. The functions of contact, notification and indication actions; and the above-mentioned prior art technology cannot instantly understand the scene situation of all front-line personnel at the current location, nor can it simultaneously monitor the real-time images returned by all front-line personnel, so that the commander cannot grasp the scene immediately. In addition, when multiple frontline personnel are operating at the same time, if there is a person injured or fainted, still maintain normal breathing state, and no communication equipment contact or failure, the command center can not immediately find and send personnel to rescue, so that can not To ensure the safety of the life of the rescuers; therefore, the inventor of the case provided a kind of situation in the command center to monitor the situation of each frontline personnel in the command center, and immediately found that the former staff was injured or fainted, and communicated directly with the frontline personnel. Intercom on-site command system.

In view of the above, the present invention discloses an on-site command system capable of real-time video recording and transmission, comprising: a field command device, which is disposed in a field command center, has a computing module, and is connected to the computing module and transmits to each other. One of the signal display module and an instant receiving module, and a monitoring program built in the computing module, the monitoring program can perform real-time video and audio signal transmission execution, monitoring control, recording and storage operations, The display screen is divided into a screen dividing interface, and the display screen can be divided into a plurality of screens according to the setting, and a video storage interface can be used to record the real-time images and sounds presented by the screens in full screen or separately. And storing; at least one wearable device is coupled to the field command device by wireless transmission, and has a photosensitive coupling (CCD) module, and an instant return module coupled with the photosensitive coupling module, the photosensitive The coupling module can capture the image and form an image signal, and then the instant return module transmits the image to the instant receiving module, and the monitoring program is An image is displayed on one screen of the screen dividing interface; the pair of speaking devices is a wireless transmission communication device disposed between each of the field command device and the wearable device, and has one of the on-site command devices. a pair of speaking modules and a second intercom module disposed in the wearable device to provide audio transmission for instant dialogue between the on-site command device and the wearable device; The frontline staff is equipped with a wearable device that can be photographed, and the image is immediately returned by wireless transmission technology, and combined with the on-site command device of the on-site command center to build a monitoring program that can display the screen separately, and the image of each frontline person is returned. Displayed corresponding to a split screen, so that multiple front lines can be monitored instantly and simultaneously The location of the personnel and the life of the personnel, in order to grasp the complete information on the site, and to ensure the safety of personnel, as well as the intercom call function to facilitate the notification of the scene and instructions, and the dual storage function to ensure that the image data is retained and Post-mortem review or educational use of teaching materials, and very practical and economically beneficial.

The main purpose of the present invention is to provide an on-the-spot command system capable of real-time video recording and transmission. Each frontline staff is equipped with a wearable device capable of photographing, and transmits images by wireless transmission technology, and is combined with the on-site command of the on-site command center. The device establishes a monitoring program that can divide and display the screen image, and displays the image returned by each frontline personnel corresponding to a divided screen thereof, so as to accurately and simultaneously monitor the positions of a plurality of frontline personnel.

A second object of the present invention is to provide an on-site command system capable of real-time video recording and transmission, which can be combined with an intercom module between a wearable device and a field command device, in addition to performing instant image return, Dialogue communication, in order to facilitate the notification of on-site situations and instructions, and to have intercom call function.

Another object of the present invention is to provide an on-site command system capable of real-time video recording and transmission. When the current line is injured or fainted, the command center can immediately find out and send the staff because the image is immediately inverted or unchanged. Going to the rescue can reduce the chance of death of frontline personnel to ensure their safety.

A further object of the present invention is to provide an on-site command system capable of real-time video recording and transmission, in which the wearable device and the on-site command device each have a storage unit, so that the image data can be separately stored in the wearable device, and the instant return is performed. The image can be stored in the on-site command device, so it has a dual storage function to ensure that the image data is retained and used as a post-mortem review or educational training material.

[this invention]

(10) ‧‧‧ on-site command device

(11)‧‧‧ Computing Module

(12)‧‧‧Display Module

(121)‧‧‧ Display screen

(13) ‧‧‧ Instant Receiver Module

(14)‧‧‧Monitor

(15)‧‧‧Screen split interface

(151) ‧‧‧ screen

(16)‧‧‧Video storage interface

(17) ‧‧‧Screen capture interface

(20)‧‧‧Wearing devices

(21)‧‧‧Photosensitive coupling module

(22) ‧‧‧ Instant Return Module

(23) ‧‧‧ Radio Module

(24) ‧‧‧Video Recording Module

(241)‧‧‧ storage unit

(25)‧‧‧Lighting module

(251)‧‧‧Light source unit

(252)‧‧‧Power unit

(26)‧‧‧Detection module

(261)‧‧‧Oxygen cylinder detection kit

(263) ‧‧‧Environmental Gas Detection Components

(262) (264) ‧ ‧ warning components

(30) ‧‧‧ intercom

(31)‧‧‧First intercom module

(32)‧‧‧Second intercom module

(40) ‧‧‧Central Command Unit

(50)‧‧‧Oxygen cylinder

The first figure is a schematic diagram 1 of a system according to a preferred embodiment of the present invention.

The second figure is a schematic diagram 2 of the system according to a preferred embodiment of the present invention.

The third figure is a schematic view of a wearable device according to a preferred embodiment of the present invention.

The fourth figure is a use state diagram of a field command device according to a preferred embodiment of the present invention.

FIG. 5 is a first diagram of a state of a screen division interface according to a preferred embodiment of the present invention.

FIG. 6 is a second diagram of a screen segmentation interface state according to a preferred embodiment of the present invention.

FIG. 7 is a third diagram of a screen segmentation interface state according to a preferred embodiment of the present invention.

FIG. 8 is a view showing a state of a video storage interface and a screen capture interface according to a preferred embodiment of the present invention;

FIG. 9 is a view showing a state of a video storage interface and a screen capture interface according to a preferred embodiment of the present invention.

The tenth figure is a second diagram of the use state of the field command device according to a preferred embodiment of the present invention.

Figure 11 is a first schematic view of a system according to another embodiment of the present invention.

Figure 12 is a second schematic diagram of a system according to another embodiment of the present invention.

Figure 13 is a schematic view of a wearable device according to another embodiment of the present invention.

First, please refer to the first to fourth figures. The present invention provides an on-site command system capable of real-time video recording and transmission, which comprises: a field command device (10), and wireless with the field command device (10) At least one wearable device (20) coupled to the transmission mode, and one intercom device (30) disposed between each of the on-site command device and the wearable device.

The on-site command device (10) is installed in the on-site command center, and has a computing module (11), and a display module (12) and an instant that are connected to the computing module (11) and transmit signals to each other. a receiving module (13) and a monitoring program (14) built in the computing module (11); the computing module (11) is for processing, judging, transmitting, converting, and controlling data and related signals And executing the operation; the display module (12) displays the related image processed by the computing module (11) by using at least one display screen (121); the instant receiving module (13) is a wireless transmission receiving station Setting the data and signal of the corresponding module; the monitoring program (14) can perform the transmission execution, monitoring control, recording and storage of the instant video signal, and has a screen dividing interface (presenting) on the display screen (121) ( 15), the display screen (121) can be divided into a plurality of screens (151) according to the setting; a video storage interface (16) can be used to set the real-time images and sounds presented by the respective screens (151) to all screens or Separate screen mode Recording and storing; a screen capture interface (17), in order to provide the instant image presented by each screen (151), capture the instant screen to form a picture file in all screens (151) or separate screens (151).

The wearable device (20) is a mobile device that can be fixed to the body, and It is connected to the on-site command device (10) by wireless transmission to transmit data and signals; it can be one of a helmet, a garment, a bracelet, a glasses, a mask or a vest, and has a photosensitive coupling (CCD) module. (21), and an instant return module (22) coupled to the photosensitive coupling module (21); the photosensitive coupling module (21) can capture an image and form an image signal, and then the instant return The module (22) is transmitted to the instant receiving module (13), and is displayed on the screen (151) of the screen dividing interface (15) via the monitoring program (14) to instantly display the image; a sound receiving module (23) In order to capture the ambient sound and form an audio signal, and perform image and sound capture simultaneously with the photosensitive coupling module (21), the image and audio signals are simultaneously transmitted by the instant return module (22). To the instant receiving module (13); a video recording module (24), which can synchronously record and record the images and sounds captured by the photosensitive coupling module (21) and the sound receiving module (23) A video file is stored with a storage unit (241).

The intercom device (30) is provided in each of the on-site command devices (10) and wearable devices a wireless transmission communication device between (20) having a first intercom module (31) disposed in the field command device (10) and a second pair disposed in the wearable device (20) The module (32) is provided to provide audio transmission between the on-site command device (10) and the wearable device (20) for instant dialogue.

With the above system, each frontline staff is equipped with a wearable garment that can be photographed. Set (20), the image is immediately returned by wireless transmission technology, and the on-site command device (10) combined with the on-site command center establishes a monitoring program (14) that can display the screen separately, and returns each frontline personnel. The image is displayed corresponding to one of the divided screens (151), so that the position of the frontline personnel and the life status of the personnel can be monitored instantly and simultaneously, so as to grasp the complete information on the site and ensure the safety of the personnel, and at the same time, it is convenient to notify the scene. The intercom and call function of the situation and the indication action, and the dual storage function to ensure that the image data is retained and used as a post-mortem review or educational training material, which is very practical and economical.

For further understanding of the structural features, technical means and expectations of the present invention The utility model is described as follows: The invention can be applied to the disaster scene, the fire scene, the police attacking the scene, the military simulation or the combat, etc., and need to send several frontline personnel such as rescuers, police officers, firefighters. Or soldiers to The target location carries out tasks such as disaster relief, search, attack, fire fighting or combat; when performing the mission, the command center is set up near the site, and the site command device (10) is set in the on-site command center, before each task is executed. The wearable device (20) is configured by a person. The on-site command device (10) has each of the computing module (11), the display module (12) and the instant receiving module (13), and the monitoring program is built in the field command device (10) ( 14) The monitoring program (14) includes each of the screen dividing interface (15), the video storage interface (16), and the screen capturing interface (17), wherein the screen dividing interface (15) can display the display module ( 12) The display screen (121) divides and sets the screen according to the preset number. The audio storage interface (16) provides the commander to set all or part of the screen (151) its image storage function according to requirements. The screen capture interface (17) provides the commander to set all or part of the screen (151) of the image capture function according to requirements, and the on-site command device (10) also provides sound communication. The first intercom module (31).

Please refer to the third figure in the second figure for the wearable device worn by the frontline personnel. (20) having a photosensitive coupling (CCD) module (21) and a sound collection module (23) for capturing images and sounds, and utilizing the instant return module for capturing images and sounds ( 22) returning to the instant receiving module (15) of the on-site command device (10), the wearable device (20) having the video recording module (24) can be manually or automatically set by a frontline personnel The image and sound captured by the CCD module (21) and the sound collection module (23) are stored by the storage unit (241); the wearable device (20) also has the function of providing sound communication. The second intercom module (32) can perform instant transmission of voice communication with the first intercom module (31) by wireless transmission.

Each of the audio and video storage interface (16) and the screen capture interface (17) of the present invention are referred to. According to the fourth figure, the on-site command device (20) of the present invention can be combined with a keyboard, a mouse, and the like as a screen interface (15), a video storage interface (16), and a screen capture interface (17). ) Input, selection, indication and execution of action messages; when using the keyboard as a message input, each button can be used to set the command. If the mouse is used as the message input, the command menu will appear with the right mouse button. The interface is confirmed by the left button of the mouse.

Referring to FIG. 5 to FIG. 7 , the screen dividing interface (15) of the present invention is advantageous. With the monitoring program (14) setting, the screen of each display screen (121) is divided into several or more, and each of the screens (151) having a predetermined number and smaller is formed, and each screen (151) is made. Corresponding to the image returned by one of the wearable devices (20), as shown in the figure, if six frontline personnel are respectively at different positions of the target location, six instant images are simultaneously returned to each of the screens. (151) Zhongxian Show for monitoring by commanders.

For the setting operation of the screen dividing interface (15) of the present invention, please refer to the fifth figure. After executing the monitoring program (14), right click the mouse button on any position of the display screen (121), and the first setting menu of one of the screen dividing interfaces (15) appears, and “Set the number of used screens” appears. And "Set the number of divided screens", after selecting and setting one by one, the display screen (121) will display the preset number of divided screens (151); when setting the line before the line personnel, please refer to the sixth figure To the seventh, after moving the slider to the screen (121) where the front line personnel number is expected to be set, press the right mouse button to generate a second setting menu of one of the screen dividing interfaces (15), and then move the mouse to the setting. After pressing the left mouse button and selecting the number, the screen (151) starts to display the instant photographic image of the frontline personnel, as each of the divided screens (151) is performed one by one. The "Set Frontline Personnel Number" will generate a photographic image of the set front line person on each of the screens (151).

Please refer to the eighth figure. When you want to use the mouse as a message input, you can select a single one. When the screen is stored for audio and video, after moving to the expected storage screen, press the right mouse button to generate the video storage interface (16), then move the mouse to the "Start recording" option and click the left mouse button. Key, the screen (151) starts recording and automatically saves the image of the picture (151) into a video file; if you want to stop or pause the video, move the mouse to the picture (151) in the video, press Right click the mouse to create the audio storage interface (16), then move the mouse to the option of “pause recording” or “stop recording” and then click the left mouse button. The image of the screen will stop recording. When you want to perform a single image capture, use the mouse to move to the screen you want to store, right click to generate the screen capture interface (17), then move the mouse to the capture screen. After pressing the left mouse button, the screen (151) will start capturing and automatically save the captured image as a photo file.

Please refer to the ninth figure, when you want to use the mouse as a message input, select multiple When the screen is stored for video and audio, use the long mouse button to drag and drop to select each screen (151). If the six screens (151) are selected as shown by the dotted line, press the right mouse button to generate the screen. Video storage interface (16), then move the mouse to the "Select screen start recording" option and press the left mouse button, then each selected screen (151) will start recording and automatically save the image as a video. If you want to stop or pause the video, use the long mouse button to drag and select each screen (151). Video storage interface (16), then move the mouse to "select screen pause video" or "select screen stop recording", etc. Press the mouse to the left of the option and the screen (151) stops recording. When a plurality of the pictures (151) are to be simultaneously image-captured, the mouse is long-pressed and left-clicked to drag and select each of the pictures (151), and the six pictures (151) are selected as indicated by the dotted line. After that, press the right mouse button to generate the screen capture interface (17), then move the mouse to the “Select Screen Capture Screen” option and press the left mouse button. Each of the six screens (151) starts. Capture and automatically save the screen image as 6 photo files.

Please refer to the tenth figure. When there are more people in the current line, you can use multiple of them. The display screen (121) is simultaneously connected to the computing module (11), and the screen dividing interface (15) of the monitoring program (14) can set the number of screens (151) to be divided (151) for each of the display screens (121). The settings for displaying the screen (121) at the same time can be displayed in synchronization with each screen (151) in response to the number of all front-line personnel and the number of all screens returned.

The invention is used for each frontline person to wear the wearable device (20), and The monitoring program (14) divides the display screen (121) into a plurality of corresponding screens (151) according to the number of front-line personnel, so that the screen captured by each front-line personnel can be immediately transmitted back to the scene conductor. The device (10), and the technology displayed in each of the screens (151), can achieve the following effects:

1. The monitoring program (14) can divide each of the corresponding screens (151) according to the number of frontline personnel, and all the returned images can be synchronized and simultaneously displayed on each display screen (121). Therefore, the situation of each front-line personnel can be seen at the same time, and the functions of multiple front-line personnel can be monitored at the same time, and the current situation of the scene can be fully grasped, and the conventional display device cannot simultaneously display multiple Problems with image message data.

2. The wearable device (20) of the present invention is in a movable state, and when the frontline personnel perform tasks for normal posture walking and duty action, since the instant photography is in progress, each of the screens (151) is mostly in an upright state. If the front line person is in the lying position, because the instant photography is still in progress, the commander or the monitoring personnel can judge whether the picture (151) is in an inverted or flipped state, or the screen stays in the same position for a long time without change. The frontline personnel may have been injured or fainted, so the command center can immediately find out through the instant screen display, and send personnel to the rescue, which can reduce the chance of death of frontline personnel to ensure their life safety, and solve the conventional technology can not get immediately Know the problem of the life status of frontline personnel.

The present invention is provided with the intercom module (30) between each of the wearable device (20) and the on-site command device (30), and can further provide a voice dialogue communication function, so that the frontline personnel can notify the command center of the scene. Situation, and the commander ordered the action to each or all frontline personnel, so it has straight The intercom call function is used to solve the problem that the conventional technology fails to talk to the communication.

4. The storage unit (241) is disposed in the wearable device (20), and the stored photographing screen can be automatically or manually set by the wearing front line personnel, and the monitoring device (10) is also used by the monitoring program (14). Setting the image storage interface (16) to provide the commander to automatically or manually set the stored photographic image, so the present invention has a dual storage function to ensure that the image data remains, if one of the storage units is damaged or cannot be operated, There is another storage unit for data storage. The stored audio and video data can then be used as a post-mortem review or educational training material.

Please refer to FIG. 11 to FIG. 13 for another embodiment of the present invention. The on-site command device (10) can be further wirelessly coupled to a central command device (40) of the central command center for transmission and communication of related audio and video and data; the wearable device (20) is provided a lighting module (25), which is provided with at least one light source unit (251), and a power supply unit (252) for supplying the light source unit (251); the wearable device (20) includes detectable a gas detecting module (26) having an oxygen cylinder detecting component (261) disposed at a predetermined portion of an oxygen cylinder (50) for detecting an oxygen content in the oxygen cylinder (50); The detecting module (26) has a warning component (262). When the oxygen cylinder detecting component (261) detects that the oxygen content is lower than a preset value, the warning component (262) will issue a warning reminder; The test module (26) also has an ambient gas detecting component (263) for detecting the type of gas in the surrounding environment; the detecting module (26) has a warning component (264) for the ambient gas detecting component (263) The alert component (264) will alert you when a toxic gas is detected.

The field command device (10) of this embodiment may be disposed in a communication vehicle; The Central Command Center (40) refers to the place where the head or chief sits in the town. It is not close to the disaster site or the mission site. Therefore, unlike the site, the central command center (40) is mostly a government agency far from the site. , the combat command center, the police command center or the rescue command center, the central command center (40) can be connected to the on-site command device (10) by wireless transmission, and according to the setting of the monitoring program (14), timing transmission Relevant images, pictures, related materials and records are given to the Central Command Center (40) to provide the Chief Executive or the Head of Directors with timely resource support, tasks and strategic instructions to understand the current situation, so that the overall task can be faster and more complete.

The wearable device (20) of the embodiment further has each of the lighting modules (25) and a detection module (26), wherein the illumination module (25) is capable of providing light illumination by being worn before the line The person controls the opening and closing of the light source unit (251) to illuminate the surrounding environment when the scene is dim, to reduce the accident; the oxygen cylinder detecting component (261) in the detecting module (26) is mainly set. The oxygen cylinder (50) device is used to detect the amount of oxygen in the oxygen cylinder. If the amount of oxygen is lower than the standard, the warning component (262) will sound a warning sound, and the frontline personnel should leave the scene and replace the oxygen as soon as possible. The cylinder (50); the ambient gas detecting component (263) in the detecting module (26) is disposed on any part of the front line personnel, and can immediately detect the ambient gas type of the front position of the front line personnel, whether There is a toxic gas or a harmful gas. When the ambient gas detecting component (263) detects a toxic gas or a harmful gas, the warning component (264) will give a warning sound, and the frontline personnel need to leave the site or request as soon as possible. Supporting; at the same time, the ambient gas detection component (263) will also transmit the relevant information of the toxic gas or harmful gas to the site command device via the instant return module (22) by wireless transmission ( 10), the commander After the scene command device (10) receives the warning of the harmful gas detection message, it can immediately make a correct judgment and provide support. Further, through the intercom device (30), the other frontline personnel can be notified not to enter the poisonous gas or the harmful gas. The location range, or other instructions, will ensure the safety of frontline personnel.

In this embodiment, the lighting module (25) is provided, so that the work of the illumination can be achieved. The detection module (26) further provides two functions of oxygen cylinder oxygen detection warning and toxic gas detection warning, which can provide better protection for the lives of frontline personnel and ensure the lives of frontline personnel. Safety. The other technical applications, actuation and use states of the embodiment and the expected effects are all identical to the first embodiment described above.

In summary, the "On-the-spot command system for instant video recording and transmission" disclosed in the present invention The system provides an on-site command system that can instantly return the live screen and intercommunication communication to monitor the life status of front-line personnel. It is configured by multiple front-line personnel to configure the wearable device to transmit back instantly by wireless transmission. The plurality of images are combined with the monitoring program built by the on-site command device, and the display screen is divided into a plurality of the respective images to respectively correspond to the plurality of returned images and displayed, so as to instantly display the positions of the plurality of frontline personnel. The on-site situation is to quickly grasp the complete information of the site and monitor the life status of all front-line personnel to ensure the safety of personnel. At the same time, the intercom module provides front-line personnel and commanders to conveniently report the on-site situation and the intercommunication call function. And each of the wearable device and the on-site command device is provided with each of the storage units, and has a dual storage function to ensure that the image data remains, thereby achieving a practical and safe, and multi-functional It can monitor and detect the on-site command system, so that the whole industry is practical and cost-effective, and its structure has not been seen in books or public use. It is in line with the requirements of the invention patent application, and please ask the Bureau to grant patents as soon as possible. To the pray.

It should be noted that the above is a specific embodiment of the present invention and the techniques used. The principle of the invention, if changed according to the concept of the present invention, does not exceed the spirit of the specification and the drawings, and should be combined with Chen Ming.

(10) ‧‧‧ on-site command device

(11)‧‧‧ Computing Module

(12)‧‧‧Display Module

(13) ‧‧‧ Instant Receiver Module

(14)‧‧‧Monitor

(15)‧‧‧Screen split interface

(16)‧‧‧Video storage interface

(17) ‧‧‧Screen capture interface

(20)‧‧‧Wearing devices

(21)‧‧‧Photosensitive coupling module

(22) ‧‧‧ Instant Return Module

(23) ‧‧‧ Radio Module

(24) ‧‧‧Video Recording Module

(241)‧‧‧ storage unit

(30) ‧‧‧ intercom

(31)‧‧‧First intercom module

(32)‧‧‧Second intercom module

Claims (8)

An on-site command system capable of real-time video recording and transmission, comprising: a field command device, which is disposed at a field command center, has a computing module, and a display module that connects the computing module and transmits signals to each other and An instant receiving module and a monitoring program built in the computing module, the computing module is for processing, judging, transmitting, converting, controlling, storing and executing operations of data and related signals, the display module The at least one display screen displays the related images processed by the computing module, and the instant receiving module receives the data and signals of the corresponding corresponding modules for wireless transmission, and the monitoring program can transmit the instant video signals. Execution, monitoring control, recording and storage operations, which have a screen dividing interface that can be displayed on the display screen, and can be divided into a plurality of screens according to settings, and a video storage interface can be presented according to the settings. Instant images and sounds are recorded and stored in full or separate screens; at least one wearable device is mobile and solid The device on the body is coupled to the field command device by wireless transmission to transmit data and signals. The wearable device has a photosensitive coupling (CCD) module and is coupled to the photosensitive coupling module. The instant return module can capture the image and form an image signal, and then the instant return module transmits the image to the instant receiving module, and the monitoring module is set to one of the screen dividing interfaces. Instantly displaying an image on the screen, the wearable device includes a detectable gas detecting module having an oxygen cylinder detecting component disposed at a predetermined portion of the oxygen cylinder to detect an oxygen content in the oxygen cylinder; The detection module has a warning component, and when the oxygen cylinder detection component detects that the oxygen content is lower than a preset value, an alert reminder is issued; a pair of speaking devices are provided on each of the on-site command device and the wearable device a wireless transmission communication device having a first intercom module disposed in the field command device and a second intercom module disposed in the wearable device to provide each of the on-site command devices and Audio transmission for instant dialogue between wearable devices. The on-site command system capable of real-time recording and transmission according to claim 1 of the patent application scope, wherein the wearable device has a sound collection module for capturing ambient sound and forming an audio signal, and synchronizing with the photosensitive coupling module After the image and sound are captured, the image and audio signals are simultaneously transmitted by the instant return module to the instant receiving module. The on-site command system capable of instant recording transmission according to item 2 of the patent application scope, The wearable device has an audio-visual recording module, which can synchronously record and record the images and sounds captured by the photosensitive coupling module and the sound-receiving module to form a video file, and cooperate with a storage unit to record the video file. Store. The on-site command system capable of real-time recording and transmission according to the first application of the patent application scope, wherein the monitoring program has a picture capturing interface for capturing the instant image formed by all or separately for providing the instant image presented by each picture. Image file. An on-site command system capable of instant recording transmission according to claim 1, wherein the wearable device has a lighting module that provides illumination, is provided with at least one light source unit, and provides one of the power of the light source unit Power unit. The on-site command system capable of real-time recording transmission according to the scope of claim 1 wherein the wearable device comprises a detectable gas detecting module having an ambient gas detecting component for detecting the surrounding The gas type of the environment; the detection module has a warning component that will give a warning when the ambient gas detection component detects a toxic gas. The on-site command system capable of instant recording transmission according to item 1 of the patent application scope, wherein the wearable device may be in the form of a helmet, a garment, a bracelet, glasses, a mask or a vest. The on-site command system capable of real-time recording and transmission according to item 1 of the patent application scope, wherein the on-site command device can be further connected to a central command device of a central command center by wireless transmission to perform related video and audio transmission. And communication.