TWI439007B - Emergency lighting wireless remote detection management monitoring system - Google Patents

Description

Emergency lighting wireless remote detection management monitoring system

The invention relates to an emergency lighting wireless remote detection management monitoring system, which can detect the emergency lighting function by detecting the emergency lighting function by using the coding technology and the wireless transmission mode, thereby saving manpower and time for detecting the emergency illumination.

Emergency lights set up in public places provide immediate illumination in the event of an emergency. Common locations are escape safety doors on all floors of the building, corners of stairs, corridors or basements, and each emergency light Whether it can maintain normal operation is one of the important security inspection points of public safety equipment.

Emergency lighting is generally charged when the power is normal to store power. When the power supply is abnormal, such as when the power is off, the battery is discharged. The power stored in the usual time provides the lighting fixture to generate emergency lighting, providing personnel to identify the current route and guiding the evacuation. Personnel travel to the nearest escape to ensure the safety of personnel.

To ensure that each emergency light is functioning properly, routine inspections should be performed at normal times. When performing regular maintenance tests on emergency lights, the main test item is to test its discharge capacity and observe its continuous discharge time and illumination brightness. In the past, for the inspection of emergency lighting, it was necessary to rely on the manual method to check each emergency light one by one. Therefore, the inspector must go to the site to conduct the test. When the number of emergency lights is large or the location is quite scattered, it takes a long time to complete all the test operations, and when performing regular maintenance tests on emergency lights, the inspectors must always wait and observe on site. The emergency light is discharged and it is confirmed whether the rechargeable battery of the emergency light can last for at least twenty minutes.

In view of this, in order to save test manpower and time, the inventor of this case conducted research and development in related fields, and finally invented a "remote lighting wireless remote detection management monitoring system", providing testers to operate by computer to detect emergency in various areas. The lighting can instantly obtain relevant testing information, so the tester does not need to walk around the emergency lighting, and does not need to stay at the testing site for a long time, thereby saving manpower and time.

The main object of the present invention is to provide an "emergency lighting wireless remote detection management monitoring system" that saves manpower and time.

In order to achieve the above-mentioned purpose and effect, the present invention "emergency lighting wireless remote detection management monitoring system" is a near-end computer through a wireless transmission and receiving module to connect at least one emergency lighting as a monitoring emergency lighting The platform, the near-end computer is provided with: a rights management module for the near-end computer to set at least one operating authority for operating the system; a setting module for the near-end computer to set the manual battery discharge and select the at least one emergency lighting a lighting monitoring module for displaying the state of the battery, the charging and the lighting of the at least one emergency lighting in the near-end computer; a database for accessing the settings of the modules or updating the data; a near-end operation The interface graphically functions the above modules and databases to enable rights management, setting, lighting monitoring, and database functions in the operation interface of the near-end computer; thus, the user operates the near-end computer through wireless transmission and Receiving the signal transmission between the receiving module and the at least one emergency lighting, and displaying the signal in the near-end operation interface in time Test manpower and time.

The "emergency lighting wireless remote detection management monitoring system" further includes the following technical features:

1. The setting module includes an automatic discharge schedule for providing a battery discharge time for setting an emergency light.

2. The single-chip data processor is coupled between the near-end computer and the wireless transmission and reception module; and the single-chip detector is coupled between the wireless transmission and reception module and the at least one emergency light; The single-chip detector controls the at least one emergency light to perform operation detection of the battery, the charger and the illumination lamp, and prepares a pairing identification code of the at least one emergency light, and analyzes the detection signal and the decoding operation through the single-chip data processor. Transfer to a near-end computer.

3. The system further includes a remote computer connected to the near-end computer by TCP/IP; the remote computer is built; a setting module includes a near-end connection to the near-end computer for the remote computer Setting a manual battery discharge and selecting the at least one emergency light; a lighting monitoring module displays the battery, charging, and lighting status of the at least one emergency light in the remote computer; and a remote operating interface is the above modules The function is graphically configured to perform setting and illumination monitoring functions on the remote operation interface; the remote operation interface includes a connection database function; the setting module includes an automatic discharge schedule for providing an emergency discharge lamp with a battery discharge time : The near-end computer operating interface includes a remote connection to a remote computer.

Therefore, the present invention can be said to be a practical and progressive creation, which is quite worthy of promotion by the industry and is publicized to the public.

In order to achieve the above objects and effects, the following is an embodiment and please refer to the first to second figures of the drawings. The first figure shows the "emergency lighting wireless remote detection management monitoring system" of the present invention. A near-end computer 1 is connected to at least one emergency light 3 through a wireless transmission and reception module 2 as a monitoring emergency lighting platform. The near-end computer 1 is provided with: a rights management module 11 for the near end The computer 1 sets at least one operating authority for operating the system; a setting module 12 for the near-end computer 1 to set a manual battery discharge, select the at least one emergency light 3, and an automatic discharge schedule, the automatic scheduling provides setting emergency lighting The lamp 3 has its battery discharge time (the at least one emergency light 3 is exemplified by a group of 128 emergency lights 3); a lighting monitoring module 13 displays the at least one in the near-end computer 1 The emergency light 3 has its battery, charging and lighting status; a database 14 for accessing the above-mentioned modules to set or update data; and an operation interface 15 for graphically representing the functions of the modules and the library 14 , The rights management, setting, lighting monitoring and database function are performed on the operation interface 15 of the near-end computer 1; further, the technical features of the "emergency lighting wireless remote detection management monitoring system" of the present invention are further explained; the near-end computer 1 and wireless transmission A single-chip data processor 4 is coupled to the receiving module 2, and the single-chip data processor 4 is connected to the near-end computer 1 by RS232; and the wireless transmitting and receiving module 2 and the at least one emergency lighting A single wafer detector 5 is connected between the three; the at least one emergency light 3 is controlled by the single wafer detector 5, and the operation detection of the battery, the charger and the illumination lamp is performed, and the matching of the at least one emergency light 3 is prepared. The identification code is transmitted to the near-end computer 1 through the single-chip data processor 4 for analyzing the detection signal and the decoding operation; further comprising a remote computer 6 connected to the near-end computer 1 by TCP/IP, and the remote computer 6 is built There is: a setting module 61 includes a near-end connection with the near-end computer 1, a remote battery 6 for setting a manual battery discharge, selecting the at least one emergency light 3, and an automatic discharge schedule Setting the battery discharge time of the emergency light 3; a lighting monitoring module 62 displays the battery, charging and lighting status of the at least one emergency light 3 in the remote computer 6; an operation interface 63 is to perform the functions of the above modules Graphical, the setting and lighting monitoring function can be performed on the operation interface 63 of the remote computer 6; the operation interface 63 includes a connection database 14 function, which is connected to the near-end computer 1 database 14 and can download emergency lighting. The light 3 detects the data; and the near-end computer 1 operating interface 15 includes a remote connection to the remote computer 6.

Please refer to the third figure of the drawing, which is a schematic diagram of the operation interface 15 of the near-end computer 1 of the present invention. In the embodiment of the present invention, the user registers the operation interface 15 using the IP address for inputting the same IP in the future. After being verified and passed, it has the right to use, and can be connected to the system. When the operation is completed, press the interrupt connection button to log out from the system; the near-end computer 1 can connect to the remote computer through the remote connection in the operation interface 15 6; the user can perform the detection of the emergency light 3 through the selection device, and transmit the detection command (including the identification code) by the single-chip data processor 4, and transmit and transmit through the wireless transmission and reception module 2, and then The wafer detector 5 performs detection of battery discharge, charger voltage, and illumination brightness of the selected emergency light 3, and the single wafer detector 5 includes an 8051 single chip, a relay, and a light sensor to control the emergency light 3 The battery is discharged, the voltage at which the charger is charged to the battery, and the brightness of the illumination lamp are normal, and the detection information obtained by the single-chip detector 5 is detected together with the single-chip inspection. The device 5 generates a pairing identification code, transmits it to the single-chip data processor 4 via the wireless transmission and reception module 2, and transmits the detection signal analysis and the identification pair identification code to the near-end computer 1 to enable the emergency lighting 3 The detection information is displayed in the device information corresponding to the operation interface 15; further, the manual battery discharge is selected to immediately discharge the battery of the emergency light 3, or the emergency light 3 is discharged in advance to set the battery discharge period; The emergency light 3 detection result is stored in the database 14 for subsequent maintenance personnel to perform battery replacement, charger maintenance, or replacement of a new light bulb for the emergency emergency light 3.

In this way, the present invention provides the tester to select the emergency light 3 to be detected in the above manner, and transmits the detection command and the related detection signal through the wireless transmission mode, and can detect the emergency lighting in different areas, so the tester does not need to walk around The emergency lighting 3, more needless to be at the test site, can obtain the emergency lighting 3 detection related information, in order to achieve the purpose of saving the test manpower and time.

Please refer to the fourth figure, which is a schematic diagram of the remote computer operation interface. The remote computer 6 is connected to the near-end computer 1 through the near-end connection. The operation interface 63 has the functions of manual battery discharge, automatic discharge scheduling, and selection of devices. The remote computer 6 is connected to the near-end computer 1 for emergency lighting related detection.

The present invention has the following features and functions by the above architecture:

1. The remote computer 6 and the near-end computer 1 are set to update synchronously, and the data set or stored by the remote computer 6 or the near-end computer 1 is directly stored in the near-end computer 1 database 14, which is extremely set and adjusted. Convenience.

2. The functions of all modules are set in the same screen, no need to switch the interface, and the operation is convenient.

3. The application of wireless transmission and reception module 2, single-chip data processor 4 and single-chip detector can achieve long-distance wireless communication capability without complicated wireless network connection setting.

The above description is only intended to explain the preferred embodiments of the present invention, and is not intended to limit the invention in any way. The changer should still be included in the scope of the intention of the present invention.

In summary, the "emergency lighting wireless remote detection management monitoring system" of the present invention is practically and cost-effectively, and is fully in line with the development of the industry, and the disclosed structural invention is also an unprecedented innovative structure. Therefore, its "newness" should be undoubtedly considered, and the invention can be more effective than the conventional structure, and therefore has "progressiveness", which fully complies with the requirements of the application requirements of the invention patents of the Chinese Patent Law. File a patent application in accordance with the law and ask the bureau to review it early and give it affirmation.

1. . . Near-end computer

11. . . Rights management module

12. . . Setting module

13. . . Lighting monitoring module

14. . . database

15. . . Operation interface

2. . . Wireless transmission and reception module

3. . . Emergency lighting

4. . . Single chip data processor

5. . . Single wafer detector

6. . . Remote computer

61. . . Setting module

62. . . Lighting monitoring module

63. . . Operation interface

The first figure is a schematic diagram of the state of the system connection of the present invention.

The second figure is a module architecture diagram of the near-end computer and the remote computer of the present invention.

The third figure is a near-end computer operation interface diagram of the present invention.

The fourth figure is a remote computer operation interface diagram of the present invention.

1. . . Near-end computer

2. . . Wireless transmission and reception module

3. . . Emergency lighting

4. . . Single chip data processor

5. . . Single wafer detector

6. . . Remote computer

Claims (6)

An emergency lighting wireless remote detection management monitoring system is characterized in that a near-end computer is connected to at least one emergency lighting through a wireless transmission and receiving module as a monitoring emergency lighting platform, and the near-end computer is built: The rights management module is configured for the near-end computer to set at least one operating authority for operating the system; a setting module for the near-end computer to set the manual battery discharge and select the at least one emergency lighting; a lighting monitoring module at the near end The computer displays the battery, the charging and the lighting status of the at least one emergency lighting; a database for accessing the settings or updating the data of each module; and an operation interface for the functions of the above modules and the database Graphical, enabling permission management, setting, lighting monitoring, and database functions in the operation interface of the near-end computer; wherein the near-end computer and the wireless transmission and reception module are coupled to a single-chip data processor; and the wireless transmission Connecting a single wafer detector to the receiving module and the at least one emergency light; controlling the at least one by the single wafer detector An emergency lighting device for detecting the operation of the battery, the charger and the illumination lamp, and compiling the pairing identification code of the at least one emergency lighting lamp, and transmitting the detection signal and the decoding operation to the near-end computer through the single-chip data processor; thus, The user operates the near-end computer to complete the signal transmission between the terminal and the at least one emergency light through the wireless transmission and receiving module, and can be displayed on the operation interface of the near-end computer in time, thereby saving test manpower and time. The emergency lighting wireless remote detection management monitoring system according to claim 1, wherein the setting module includes an automatic discharge schedule, and provides a battery for setting an emergency lighting. Discharge time. The emergency lighting wireless remote detection management monitoring system according to any one of claims 1 to 2, further comprising a remote computer connected to the near-end computer by TCP/IP. For example, the emergency lighting wireless remote detection management monitoring system described in claim 3, wherein the remote computer is provided with: a setting module, including a proximal connection with the near-end computer, and a remote connection The end computer sets the manual battery discharge and selects the at least one emergency light; a lighting monitoring module displays the battery, the charging and the lighting state of the at least one emergency lighting in the remote computer; The module functions graphically to enable setting and lighting monitoring functions on the remote computer's operating interface; and the near-end computer operating interface includes a remote connection to the remote computer. The emergency lighting wireless remote detection management monitoring system according to claim 4, wherein the remote computer operation interface comprises a connection database function. The emergency lighting wireless remote detection management monitoring system according to claim 4, wherein the setting module comprises an automatic discharge schedule, which provides a battery discharge time for setting an emergency lighting.