TWI762775B - Intelligent staff management system - Google Patents

Abstract

An intelligent staff management system, which comprises a plurality of wireless transmitting devices, a plurality of mobile devices and a back-end control center, the wireless transmitting devices are set at a workstation point, a wireless receiving module of the mobile device is used to detect the wireless signal sent by the wireless transmitting device to determine whether the staff member is located, so that the back-end personnel can see at a glance for immediate tracking and processing by the back-end control center, thereby effectively monitoring and documenting whether each of the staff members is located and preventing workplace omissions, so as to achieve the goal of intelligent remote management and message transmission.

Description

Intelligent staff management system

The present invention is related to a management system, and particularly refers to an intelligent staff management system.

Please refer to Figure 1. Generally speaking, when a major event is held, in addition to the frontline medical staff and police officers who are on the scene of the event, the most people are directing traffic and assisting in the event. They can integrate and unify the content of all activities and assist all the problems of the participants 2, so as to avoid the waste of time and manpower, and have the advantages of instant assistance to achieve the purpose of process control.

When the activity participant 2 has a problem, such as serious injury or fainting, the control center usually issues an instruction to the communication device of the staff 1 for immediate processing, so the staff 1 needs to be able to contact immediately Or communication equipment, in order to facilitate on-site support and other situations, the traditional is that the staff 1 is equipped with a radio 3 to communicate with the control center, and the use method is that the staff 1 presses the button on the radio 3 to use it. The current frequency band frequency is used to speak, but there are many defects in using the radio 3. For example, when a general radio is usually connected to a radio to transmit a signal to another radio, the radio can no longer receive the signal. Conversely, if another wireless walkie-talkie transmits a signal to the wireless walkie-talkie, so that the wireless walkie-talkie can receive the signal, the wireless walkie-talkie can no longer transmit the signal. The action of transmitting the signal can be carried out again. In addition, using the wireless walkie-talkie 3 cannot accurately grasp the position of the staff 1, resulting in wasting too much time in the journey. During the process, it was too time-consuming to quickly come to the scene to provide support, which led to the delay of rescue activities, participant 2 and other incidents.

In addition, the most troublesome thing about the use of general wireless walkie-talkies is that long-distance stable and clear communication cannot be achieved with the current call distance, because it is blocked by radio waves in the atmosphere or related noise, or buildings, etc. , so that under the reduction of communication transmission, the signal is often weak, unclear or disconnected, but when an emergency occurs, it happens in unexpected circumstances, and the communication required by the staff 1 to perform their duties is effective. The range is also unpredictable, which leads to the lack of communication distance when the situation occurs, and it is impossible to grasp the scene situation in real time, and it is impossible to effectively dispatch the staff 1, thereby losing the best time for rescue.

In addition, the performance of duties by these staff members 1 often involves the joint execution of various personnel in different related fields, thus involving necessary procedures such as coordination and communication with each other. Among them, the unclear division of labor is often criticized by the most people. Therefore, when an emergency occurs When it happens, the control center will issue instructions to the radio intercom 3 of each staff member 1, but the control center cannot conduct real-time monitoring and effective management through the radio intercom 3 series, and there may be mutual kicks between units. In this situation, the attribution of responsibility still cannot be effectively standardized, and because the Bluetooth transmission module of the device number of the radio intercom, and a connection to the Bluetooth transmission module for the user to input 3 has only voice transmission, the It is impossible for the control center to verify whether Staff 1 actually came to the scene to provide support, so the accuracy of its support is open to question.

In addition, large-scale events are currently prevalent, such as marathon road running, rally and parade activities, concerts, bicycle road races, etc. In order to make the event run smoothly and safely, many supply stations, rest stops, etc. will be set up on the activity route. Workstations or medical care stations, and prepare digital staff at each station to perform standby operations. During the activity, the control center must comprehensively understand whether all staff have positioned the assigned workstations, and the current practice is to use the wisdom of each staff member. The GPS positioning method of the mobile phone is controlled by the highlights displayed by each staff member on the map, but this has the following disadvantages:

First, all the staff are displayed on the map in the form of highlights, because each station has a fixed staff. In this way, the control center only initially controls whether the staff has appeared on the map, but it is still unable to confirm whether the staff has appeared on the map. Whether the staff at the station has been positioned, the control center still cannot manage whether the staff has positioned the status in real time throughout the whole process.

Second, some activities are carried out in indoor places (such as the Big Dome), and the positioning accuracy of GPS signals in the indoor environment is not good, and it is impossible to manage the staff's positioning in real time throughout the whole process.

Third, once the activity is in progress, the event participant 2 has an emergency casualty situation, and needs to automatically notify the nearest nursing station staff or the mobile device driven by the ambulance in the shortest time. Currently, the GPS map management method cannot automatically automatically Complete the following tasks: (1) mark the location coordinates of the injured activity participant 2, (2) identify the staff member closest to the injured activity participant 2, (3) generate a dispatch information and send it to the injured activity participant 2 2 on the mobile device of the staff member. At present, it still relies on the control center to repeatedly confirm by phone in the form of human notification, resulting in a delay in the rescue time.

Therefore, how to solve the above-mentioned problems and deficiencies is the direction that the creator of the present invention and the related industry in this direction are eager to research and improve.

The main purpose of the present invention is to provide an intelligent staff management system, which can mainly manage and control the staff assigned at each workstation for immediate tracking and processing by the back-end control center, thereby effectively monitoring and recording each workstation Whether the staff at the designated location has been positioned to prevent the occurrence of omissions of staff who have not yet identified the working position during the activity, so as to achieve the purpose of remote monitoring and message transmission of the intelligent process.

Another object of the present invention is to provide an intelligent staff management system, which can mark the staff members who have been positioned and those who have not been positioned at each workstation with different colors on the map to replace the single color of the current GPS map. The display is used for more effective real-time management, tracking and processing by the back-end control center, so as to achieve the purpose of remote monitoring and message transmission of the intelligent process.

Another object of the present invention is to provide an intelligent staff management system, which can automatically and instantly display injuries on the display screen of the back-end management and control center in the event of an emergency casualty situation for event participants in the process of participating in an event. The location of the activity participant is displayed in a prominent color (such as in the form of a flashing yellow light), and the injured activity participant can also send help information (the help information includes the user's name, the user's blood type, the user's Designate the contact information or the user's ID card number or a combination), and automatically notify the nearest nursing station staff or ambulance drivers on the mobile device, so as to achieve the purpose of notification and rescue in the shortest time. Generate a relative position map and automatically send it to the mobile device of the staff member who has recently called for help.

In order to achieve the aforementioned purpose, the present invention is an intelligent staff management system, which is suitable for the configuration of multiple workstations and the activity planning of multiple staff. Contains:

A plurality of wireless transmission devices, one of which is arranged at a fixed point of the workstation for regularly sending out a wireless signal;

A plurality of mobile devices, each of which is carried by the staff, and each of the mobile devices has a wireless receiving module capable of detecting the wireless signal sent by the wireless transmitting device, and a wireless communication connection with the wireless receiving module teleportation modules; and

A back-end management and control center is connected to the plurality of mobile devices by communication link, and has a receiving module that is connected to the wireless transmission module by communication, and a display module that is connected to the receiving module by communication. When the workstation is fixed, the wireless receiving module of the mobile device can detect the wireless signal sent by the wireless transmitting device fixed at the workstation, and generate a normal signal to be transmitted by the wireless transmission module of the mobile device to the back-end control center. The receiving module receives, and the receiving module transmits the normal signal to the display module for display. When the worker leaves the original workstation, the wireless receiving module of the mobile device cannot detect the wireless connection of the workstation. The wireless signal sent by the transmitting device generates an abnormal signal, which is transmitted by the wireless transmission module of the mobile device to the receiving module of the back-end control center for reception, and the receiving module then transmits the abnormal signal to the display module. show.

In some embodiments, the plurality of wireless transmitters are Bluetooth, RFID, or ZigBee.

In some embodiments, the normal signal and the abnormal signal are displayed on the display module of the back-end control center in different colors.

In some embodiments, the back-end management and control center network is connected to an electronic map to obtain a map information, and the location coordinates of the plurality of workstations and the plurality of staff are then superimposed to integrate the roads, topography and the map information. Land feature features are displayed with this display module.

In some embodiments, the staff management system further includes a plurality of user devices, each of the user devices is configured on a user, and each of the user devices is installed with an application program that communicates with the back-end management and control center. The application program has a trigger module for the user to execute, and a transmission module that communicates with the trigger module. When the user triggers the trigger module, a distress message is generated and sent from the transmission module to the trigger module. The receiving module of the back-end control center, and the display module is used to display the position of the user. The back-end control center also includes a computing module communicatively connected to the receiving module, and a computing module communicatively connected to the computing module. Dispatching module, when the back-end control center receives the rescue information sent by the user device, the computing module can collect and analyze the position coordinates of the user and the position coordinates of each staff member, and select the most recent work for the rescue information personnel, and generate a dispatch information that is sent by the dispatch module to the mobile device of the staff member who has the most recent distress information.

In some embodiments, the distress information includes the latitude and longitude coordinates of the current location of the user device, the user's name, the user's blood type, the user's ID number, or the user's designated contact information any one or a combination thereof.

In some embodiments, when the user triggers the trigger module, the generated rescue information is wirelessly transmitted from the transmission module to the receiving module of the back-end control center, and is displayed in the display mode of the back-end control center. The group displays the position coordinates of the user, the positions of a plurality of AEDs, and the positions of a plurality of ambulances. At the same time, the computing module generates a relative position map according to the AEDs and ambulances that calculate the latest rescue information, and automatically sends it to the nearest on the mobile device of the staff member of the SOS.

In some embodiments, the mobile device has a navigation module, and the navigation module is used to calculate an optimal route from the worker to the distress information, and mark the optimal route on the worker's mobile device .

In some embodiments, the mobile device has a report module connected to the transmission module, and the report module is used for the staff to output a report message to the back-end control center, a police station, the user The designated contact person of , or any one or a combination of a medical unit, the report information can be divided into safety, minor injury, serious injury, and coma.

In certain embodiments, the staff management system can be used in an indoor environment, a semi-outdoor environment, or an outdoor environment.

In some embodiments, the mobile device has a photographing module communicatively connected to the wireless transmission module, the photographing module is used to capture the on-duty process of the staff member and store it as a video file. After the transmission module transmits the video file to the receiving module of the back-end control center, it is output to a storage module communicatively connected to the receiving module for storage.

In order to make the above-mentioned features and advantages of the present invention more obvious and easy to understand, the following embodiments are given and described in detail with the accompanying drawings as follows.

The foregoing and other technical contents, features and effects of the present invention will be clearly presented in the following detailed description of the preferred embodiments with reference to the drawings.

Referring to FIGS. 2 to 3 , an embodiment of the present invention provides an intelligent staff management system, which is suitable for configuring a plurality of workstations at fixed points and the activity planning use of a plurality of staff members M, each of which has a previously known fixed point. Position coordinates, at least one of the staff M is configured on one of the workstation fixed points. In this embodiment, three of the workstation fixed points are taken as an example, but this is not a limitation. The three workstation fixed points are respectively the workstation fixed points A P1 , workstation fixed point B P2, and workstation fixed point C P3, the configuration relationship of the plurality of staff M is that staff A, staff B and staff C need to be allocated on the fixed point A P1 of the workstation, staff D, staff E and staff members The staff needs to be configured on the fixed point B P2 of the workstation, and the Geng staff, Xin staff and Ren staff need to be configured on the fixed point C P3 of the workstation. The staff management system can be used in the outdoor environment of the system as an example, but not This limitation, or semi-outdoor environment, indoor environment, such as halls, Forbidden City, art galleries, exhibition halls, or indoor arenas, etc., can improve the lack of indoor GPS signal strength and large errors, etc. The staff management system It is mainly composed of a plurality of wireless transmitting devices 20, a plurality of mobile devices 30, and a back-end control center 40, wherein:

The plurality of wireless transmitting devices 20 are taken as an example of Bluetooth, but not limited thereto, or can be wireless transmitting devices such as ZigBee or RFID. One of the wireless transmitting devices 20 is set at a fixed point of the workstation to periodically send out a short-distance wireless signal; in this embodiment, each of the wireless transmitting devices 20 periodically extends and broadcasts its own identification code ID around Further, an area is formed, and the transmission distance of each wireless transmitting device 20 is within a range of about 10 meters, but it is not limited thereto.

The plurality of mobile devices 30 is an example of a smart phone, but not limited thereto, or it is also a smart electronic device such as a tablet computer. Each of the staff M carries each of the mobile devices 30, and each of the mobile devices 30 has A wireless receiving module 31 capable of detecting wireless signals sent by the wireless transmitting device 20 , and a wireless transmitting module 32 communicating with the wireless receiving module 31 .

The back-end control center 40, which is used for monitoring and management by back-end personnel, is connected to the plurality of mobile devices 30 through communication links, and has a receiving module 400 that is communicatively connected to the wireless transmission module 32, and a receiving module 400 that is communicatively connected to the wireless transmission module 32. In the display module 401 of the group 400, when the worker M is positioned at the original workstation, the wireless receiving module 31 of the mobile device 30 can detect the wireless signal sent by the wireless transmitting device 20 positioned at the workstation, and generate A normal signal is transmitted by the wireless transmission module 32 of the mobile device 30 to the receiving module 400 of the back-end control center 40 for reception, and the receiving module 400 then transmits the normal signal to the display module 401 for display. When the worker M leaves the original location of the workstation, the wireless receiving module 31 of the mobile device 30 cannot detect the wireless signal sent by the wireless transmitter 20 located at the workstation, and generates an abnormal signal from the wireless signal of the mobile device 30. The transmitting module 32 transmits the abnormal signal to the receiving module 400 of the back-end control center 40 for receiving, and the receiving module 400 transmits the abnormal signal to the display module 401 for display. The abnormal signal and the normal signal are in different colors. The display module 401 displayed on the back-end control center 40 , for example, a green light signal and a red light signal are used to represent normal signals and abnormal signals, respectively. The terminal personnel can see at a glance, and determine that the staff M has arrived at the workstation fixed point to be configured, and those the staff M has not arrived at the workstation fixed point to be configured; please refer to Figure 2 again; in this embodiment, Staff A, Staff B and Staff C need to be deployed on the designated point A P1 of the workstation. If Staff A and Staff B have arrived at the original designated point AP1 of the workstation, the receiving module 400 of the back-end control center 40 After receiving, the receiving module 400 of the back-end control center 40 will transmit the normal signal to the display module 401, and the display module 401 will display a green light to indicate that if staff C has not arrived at the original workstation Point A P1, at this time, after the receiving module 400 of the back-end control center 40 receives it, the receiving module 400 of the back-end control center 40 will transmit the abnormal signal to the display module 401, and the display module 401 A red light will be displayed to indicate that the colors of the normal signal and the abnormal signal can be set differently according to the on-site conditions. This embodiment is not limited, and the back-end personnel of the back-end control center 40 can point to the map through the mouse. On the staff of C, the display module 401 of the back-end control center 40 will display the name, mobile phone number, Line and other simple personal information and contact information of the staff of C, so that the back-end staff of the back-end control center 40 can contact as soon as possible C staff; D staff, E staff and own staff need to be allocated on the designated B P2 of the workstation, D staff, E staff and their own staff in the original workstation designated B P2, the back-end control center 40's After the receiving module 400 receives it, the receiving module 400 of the back-end control center 40 will transmit the normal signal to the display module 401, and the display module 401 will display a green light to indicate; Geng staff, Xin staff The non-native staff needs to be configured on the fixed-point CP3 of the workstation, and the Geng staff, the Xin staff and the Ren staff leave the original fixed-point C P3 of the workstation. At this time, the receiving module 400 of the back-end control center 40 receives it. , the receiving module 400 of the back-end control center 40 will transmit the abnormal signal to the display module 401, and the display module 401 will display a red light to indicate that the back-end personnel of the back-end control center 40 can By pointing the mouse to any one of Geng staff, Xin staff and Ren staff, the display module 401 of the back-end control center 40 will display the contact information such as the name, mobile phone number and Line of the selected staff member, which is convenient for The back-end management and control center 40 can more effectively manage and track the plurality of staff members M in real time, and deal with any staffing emergencies on site.

Please refer to FIG. 3 to FIG. 4 , in some embodiments, the back-end control center 40 is connected to an electronic map (eg, Google Map) to obtain a map information, the workstation is designated A P1, the workstation is designated B P2, the workstation is designated C P3 and the plurality of staff M (ie staff A, staff B, staff C, staff D, staff E, staff members, G staff, Xin staff and Ren work The position coordinates of the personnel) are then superimposed and integrated on the road, terrain and feature features on the map information, and displayed by the display module 401 of the back-end control center 40, so as to construct roads and buildings through the map information. information such as objects, lakes, rivers and scenic spots, so that the back-end personnel of the back-end control center 40 can deploy and manage the plurality of personnel M more completely.

Please refer to FIG. 5 to FIG. 6 , wherein the staff management system further includes a plurality of user devices 50 , each of the user devices 50 is configured on a user U, and each of the user devices 50 is installed with a communication connection to the back end An application program of the control center 40, the application program has a trigger module 51 for the user U to execute, and a transmission module 52 communicatively connected to the trigger module 51, when the user U triggers the trigger module At 51, a distress message is generated and transmitted by the transmission module 52 to the back-end control center 40, and the display module 401 displays the position of the user U (for example, in the form of a flashing yellow light), the back-end The management and control center 40 further includes a computing module 402 that is communicatively connected to the receiving module 400, and a dispatching module 403 that is communicatively connected to the computing module 402. The receiving module 400 of the back-end management and control center 40 receives the user device When the distress information is sent by 50, the computing module 402 can collect and analyze according to the position coordinates of the user U and the position coordinates of each staff member M, select the staff member M with the latest distress information, and generate a dispatch information from the staff member M. The dispatching module 403 sends the rescue information to the mobile device 30 of the staff member M who has the most recent rescue information; in this embodiment, the rescue information includes the latitude and longitude coordinates of the current location of the user device 50, the user's name, the user's Any one or a combination of blood type, the user's ID number, or the user's designated contact information. The user device 50 is an Android, IOS or Windows portable electronic mobile device with network and map display preset positioning functions, such as any smart phone, mobile wear device, smart watch, or tablet computer. One, the specifications of the user device 40 are required to be Android 4.3 or above or IOS 6 or above, whereby the present invention can accurately grasp whether each of the staff members M actually executes the dispatch information sent by the back-end control center 40, so that the first time Appropriate actions are taken to meet the needs of the user U for sending the distress information, and the subsequent responsibility issues can be effectively clarified, and accurate duty records can be obtained, so that the nearby staff M can be quickly dispatched to the user U. The location is more immediate and convenient for dispatching, and it is convenient for the staff M to know all kinds of emergencies that occur during the activity.

The trigger condition of the trigger module 51 means that the user U performs a preset action in a state of clear consciousness, and the preset action is an action such as tapping, shaking, or pressing, wherein the pressing can be a virtual pressing (such as a mobile phone). virtual touch buttons displayed on the screen), or physical pressing (such as physical buttons on the outer surface of the mobile phone), the user U only needs to perform the preset action (ie pressing, shaking, or Knock) can quickly send the rescue information to the back-end control center 40 through the transmission module 52 to realize the remote rescue function. In addition, in order to prevent the user U from accidentally touching the trigger module 51, the present invention also provides a reset option so that the user can reset the trigger module 51, and the above situations will be recorded in the back-end control center 40.

Please refer to FIG. 5 and FIG. 7 , in some embodiments, the user device 50 further includes a physiological information module 53 communicatively connected to the transmission module 52 , and the physiological information module 53 can detect the user U to obtain at least one physiological information from the transmission module 52 of the user device 50 to the receiving module 400 of the back-end control center 40 for reception, the at least one physiological information is selected from heart rate, blood pressure, or Any one or a combination of body temperature, through the configuration of the physiological information module 53, the user U can drive the physiological information module 53 to output the at least one physiological information in a state of unclear consciousness, so as to realize long-distance The function of calling for help, thereby improving the lack of the user U's inability to perform the preset action in a state of unconsciousness and clarity, which can effectively improve the rescue time of its emergency medical aid, so that the display module 401 of the back-end control center 40 can be used at any time. The physical state of the user U is monitored, and the staff M can be dispatched to the location of the user device 50 in real time for proper treatment.

Please refer to FIG. 8 , in some embodiments, when the user U triggers the trigger module 51 , the generated rescue information is wirelessly transmitted by the transmission module 52 to the receiving module of the back-end control center 40 400 , and the display module 401 of the back-end control center 40 displays the position coordinates of the user U, the positions of a plurality of AEDs 60 , and the positions of a plurality of ambulances 70 . The group 402 calculates the AED 60 and the ambulance 70 of the most recent distress information, and generates a relative position map to automatically send it to the mobile device 30 of the staff M who has the most recent distress information by means of communication such as SMS, FB, or line; this In the embodiment, since the staff member A is closest to the user U, the location map is sent to the mobile device 30 of the staff member A.

Please refer to FIG. 9 , in some embodiments, the mobile device 30 has a photographing module 33 that is communicatively connected to the wireless transmission module 32 , and the photographing module 33 is used to capture the on-duty process of the staff member M and stored as a video file, the wireless transmission module 32 of the mobile device 30 transmits the video file to the receiving module 400 of the back-end control center 40 , and then outputs the video file to a storage module communicatively connected to the receiving module 400 404 is stored; thereby, not only can it be convenient for each staff M to check and watch the back-end staff of the back-end management and control center 40 to carry out effective and accurate management and control, but the staff M cannot evade any lazy actions. , to achieve intelligent management needs.

Please refer to FIG. 10 , in some embodiments, the mobile device 30 has a report module 34 communicatively connected to the wireless transmission module 32 , and the report module 34 is used for the staff M to output a report message After being transmitted from the wireless transmission module 32 of the mobile device 30 to the receiving module 400 of the back-end control center 40, any one or a combination of a police station, the designated contact person of the user U, or a medical unit , the report information can be classified into safety, minor injury, serious injury, and coma; thus, through the setting of the report module 34 , the emergency events of the user U can be effectively reported to the back-end control center 40 . terminal personnel, or the designated contact person of the user U, etc., so that each unit can understand the current situation of the user U before arriving, so that the medical unit can evaluate the sequence of rescue and rescue in time for the prime time. , in order to achieve the best time to improve rescue and avoid more serious accidents.

Please refer to FIG. 5 and FIG. 11 , in some embodiments, the mobile device 30 has a navigation module 35 , and the navigation module 35 is used to calculate the optimal path from the worker M to the rescue information, and The best route is marked on the mobile device 30 of the worker M, thereby shortening the rescue time, and making emergency rescue navigation guidance quickly and clearly, so as to avoid the task delay due to the worker M being unaware of the road conditions.

The above is the structure and configuration description of each component of an intelligent staff management system provided by the present invention.

The present invention can achieve the following effects:

First, the nearby staff M can be quickly dispatched to the location of the user U, which is more immediate and convenient, and it is convenient for the staff M to instantly know various emergencies that occur during the activity, so as to achieve The purpose of intelligent process control.

Second, it is possible to accurately grasp whether the staff member M actually executes the dispatch information sent by the back-end control center 40, so as to prevent the staff member M from being lazy or emergencies, so as to take appropriate measures in the first time to satisfy the requirements. The user U can meet the requirements of the user U, and can effectively clarify the follow-up responsibility issues, obtain accurate duty records, and achieve the purpose of monitoring the activities of the staff member M.

Third, it is suitable for indoor, semi-outdoor and outdoor environments, and its detection distance range is small, so the error of the staff management system is relatively small.

Fourth, the back-end personnel can see at a glance, and determine that the worker M has reached the workstation fixed point to be configured, and that the worker M has not arrived at the workstation fixed point to be configured.

Fifth, after each staff member M logs in the personal data (such as mobile phone number, binding FB, or Google account) through the mobile device 30, the back-end staff of the back-end management and control center 40 can know about each staff member. The identity and contact information of the staff member M. When the back-end staff of the back-end control center 40 presses a button, they can contact the staff member M through line, phone, or text message.

To sum up, the above-mentioned embodiments and drawings are only preferred embodiments of the present invention, and should not be used to limit the scope of the invention. within the scope of the invention patent.

﹝Knowledge﹞ 1: Staff 2: Participants 3: radio walkie-talkie ﹝this invention﹞ M: staff U: user P1: Workstation fixed point A P2: Workstation fixed point B P3: Workstation fixed-point C 20: Wireless transmitter 30: Mobile Devices 31: Wireless receiving module 32: Wireless transmission module 33: Shooting module 34: Reward Module 35: Navigation module 40: Back-end control center 400: Receive module 401: Display module 402: Operation module 403: Dispatch Module 404: Storage Module 50: User device 51: Trigger Module 52: Transmission module 53: Physiological Information Module 60:AED 70: Ambulance

FIG. 1 is a schematic diagram of the conventional use of a wireless walkie-talkie. FIG. 2 is a schematic diagram of the use of the first embodiment of the present invention. FIG. 3 is a block diagram of the first embodiment of the present invention. FIG. 4 is a schematic diagram of the use of the second embodiment of the present invention. FIG. 5 is a schematic diagram (1) of the use of the third embodiment of the present invention. FIG. 6 is a schematic diagram (2) of the use of the third embodiment of the present invention. FIG. 7 is a block diagram of a fourth embodiment of the present invention. FIG. 8 is a schematic diagram of the use of the fifth embodiment of the present invention. FIG. 9 is a block diagram of a sixth embodiment of the present invention. FIG. 10 is a block diagram of a seventh embodiment of the present invention. FIG. 11 is a block diagram of an eighth embodiment of the present invention.

20: Wireless transmitter

30: Mobile Devices

31: Wireless receiving module

32: Wireless transmission module

40: Back-end control center

400: Receive module

401: Display module

Claims (11)

An intelligent staff management system, which is suitable for configuring a plurality of workstations at a fixed point and the activity planning use of a plurality of staff members. At least one of the staff members is configured on a fixed point of the workstation. The staff management system includes: A plurality of wireless transmission devices, one of which is arranged at a fixed point of the workstation for regularly sending out a wireless signal; A plurality of mobile devices, each of which is carried by the staff, and each of the mobile devices has a wireless receiving module capable of detecting the wireless signal sent by the wireless transmitting device, and a wireless communication connection with the wireless receiving module teleportation modules; and A back-end management and control center is connected to the plurality of mobile devices by communication link, and has a receiving module that is connected to the wireless transmission module by communication, and a display module that is connected to the receiving module by communication. When the workstation is fixed, the wireless receiving module of the mobile device can detect the wireless signal sent by the wireless transmitting device fixed at the workstation, and generate a normal signal to be transmitted by the wireless transmission module of the mobile device to the back-end control center. The receiving module receives, and the receiving module transmits the normal signal to the display module for display. When the worker leaves the original workstation, the wireless receiving module of the mobile device cannot detect the wireless connection of the workstation. The wireless signal sent by the transmitting device generates an abnormal signal, which is transmitted by the wireless transmission module of the mobile device to the receiving module of the back-end control center for reception, and the receiving module then transmits the abnormal signal to the display module. show. The intelligent staff management system according to claim 1, wherein the plurality of wireless transmitting devices are Bluetooth, RFID, or ZigBee. The intelligent staff management system according to claim 1, wherein the normal signal and the abnormal signal are displayed on the display module of the back-end control center in different colors. The intelligent staff management system according to claim 1, wherein the back-end control center network is connected to an electronic map to obtain a map information, and the location coordinates of the plurality of workstations and the plurality of staff are then overlapped and integrated in the Road, terrain and feature features on the map information are displayed by this display module. The intelligent staff management system according to claim 1, wherein the staff management system further comprises a plurality of user devices, each of the user devices is configured on a user, and each of the user devices is installed with a communication connection to the back end An application program of the control center, the application program has a trigger module for the user to execute, and a transmission module that communicates with the trigger module. When the user triggers the trigger module, a distress message is generated The transmission module is sent to the receiving module of the back-end control center, and the display module is used to display the position of the user. The back-end control center also includes a computing module communicating with the receiving module, and A dispatch module communicatively connected to the computing module, when the back-end control center receives the distress information sent by the user device, the computing module can collect and analyze the position coordinates of the user and the position coordinates of the staff members , select the staff member with the most recent distress information, and generate a dispatch information sent by the dispatch module to the mobile device of the staff member with the most recent distress information. The intelligent staff management system according to claim 5, wherein the distress information includes the latitude and longitude coordinates of the current location of the user device, the user's name, the user's blood type, the user's ID number, or Either or a combination of the user's designated contact information. The intelligent staff management system as claimed in claim 5, wherein when the user triggers the trigger module, the generated rescue information is wirelessly transmitted from the transmission module to the receiving module of the back-end management and control center, and uses The display module of the back-end control center displays the position coordinates of the user, the positions of a plurality of AEDs, and the positions of a plurality of ambulances. At the same time, the computing module calculates the latest AEDs and ambulances according to the emergency information, and generates A relative position map is automatically sent to the mobile device of the staff member who is closest to the distress information. The intelligent staff management system according to claim 5, wherein the mobile device has a navigation module, and the navigation module is used to calculate an optimal route from the staff member to the rescue information, and to mark the optimal route on the worker's mobile device. The intelligent staff management system according to claim 5, wherein the mobile device has a report module connected to the transmission module, and the report module is used for the staff to output a report message to the back-end control center , a police station, the user's designated contact person, or any one or a combination of a medical unit, the report message can be classified into safety, minor injury, serious injury, and coma. The intelligent staff management system according to claim 1, wherein the staff management system can be applied in an indoor environment, a semi-outdoor environment or an outdoor environment. The intelligent staff management system according to claim 1, wherein the mobile device has a photographing module communicatively connected to the wireless transmission module, and the photographing module is used to capture the on-duty process of the staff and store it as a The video file, after the wireless transmission module of the mobile device transmits the video file to the receiving module of the back-end control center, and then outputs the video file to a storage module communicatively connected to the receiving module for storage.

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