TWI665645B - Building patrol path recommended and path lighting controlled system and method thereof - Google Patents

Abstract

A building patrol path recommendation and path lighting control system and method thereof, the management center generates a security patrol path according to the received patrol inspection device information and cooperates with the remaining patrol inspection device information in a shortest path planning manner, and then queries the corresponding information according to the location information. The illumination device generates a lighting control command whereby the technical utility of providing patrol path recommendations and path illumination control can be achieved.

Description

Building patrol path recommendation and path lighting control system and method thereof

A path recommendation and lighting control system and method thereof, in particular, a management center generates a security patrol path according to the received patrol inspection device information and cooperates with the remaining patrol inspection device information in a shortest path planning manner, and then queries the corresponding information according to the location information. The lighting device is a building patrol path recommendation and path lighting control system and method thereof for generating lighting control commands.

The business of security services is usually divided into two types. One is a patrol service in which a security guard is stationed in a fixed range, such as a patrol service of a factory building; this type of maintenance service will set up multiple patrol points, and the resident security personnel will perform normality according to the scheduling. Patrol.

Another type of service that preserves service is to set a sensor only for a specific place, such as a general home, and notify the nearby security personnel to visit when the sensor finds that the place is invaded. There are no security personnel stationed in these places, and the patrol service also has only random or irregular patrol services, and these patrol services are not monitored for specific homes, but ensure that the security systems of the security users can issue warnings when they are alerted. Quickly rushed to the scene.

In some cases, users who secure the client may be required to patrol their home, such as when the user has been abroad for many days. Increase security by patrolling security personnel, or deal with it quickly when an incident occurs. It is easy for the check-in operation to occur when the security personnel fill in the written information and the patrol time is falsified, and the retention documents are lost. This may cause misunderstandings between the two parties. Even people with a heart can easily grasp the patrol time and lose the meaning of patrol.

Furthermore, the patrol patrol mode used by the security personnel is only applicable to a single customer and patrols at fixed times and fixed fixed-point routes, for non-specific customers, time, routes, and even temporary tasks. Be applicable. Therefore, it is impossible to play the role of preservation.

In summary, it can be seen that in the prior art, there has been a long-standing problem of relying on the maintenance personnel experience to conduct security patrols to easily cause omissions or to ensure excessive patrols. Therefore, it is necessary to propose improved technical means to solve this problem.

In view of the prior art's problem of relying on the security personnel experience to conduct security patrols to easily lead to omissions or to preserve excessive patrols, the present invention discloses a building patrol path recommendation and path lighting control system and method thereof, wherein:

The patrol path recommendation and path lighting control system of the present invention includes: a plurality of lighting devices, a plurality of patrol inspection devices, a security portable device, and a monitoring center, wherein the patrol inspection device further includes: a first receiving module and The first transmission module further comprises: a positioning module, a second receiving module, a second display module and a second transmitting module; the monitoring center further comprises: a third receiving module, a verification module, and a patrol a path generation module, a control command generation module, and a third transfer module.

A plurality of lighting devices are disposed in the building, and the lighting device controls the opening and closing of the lighting devices according to the received lighting control commands.

A plurality of patrol inspection devices are installed in the building, and the patrol inspection device stores patrol inspection device information, and the first receiving module of the patrol inspection device is configured to receive the information of the maintenance portable device and receive the information of the security personnel; and the patrol inspection device A transmission module is used to transmit the information of the maintenance portable device, the information of the security personnel, and the information of the patrol inspection device.

The security portable device stores the information of the portable portable device, and the positioning module of the portable portable device is used to generate the positioning information of the portable portable device; the second receiving module of the portable portable device is used for receiving the security patrol path; The second display module is configured to display the security patrol path; and the second transmission module for retaining the portable device is configured to transmit the security portable device information to the patrol inspection device when the connection between the portable portable device and the patrol inspection device is established. , transfer location information.

The third receiving module of the monitoring center is configured to receive the information of the security portable device, the information of the security personnel and the information of the patrol inspection device from the first transmission module; the positioning information is received from the second transmission module; the verification module of the monitoring center is used The verification of the patrol path generation module of the monitoring center is to verify the information of the patrol inspection device and the rest of the patrol inspection device information. The patrol inspection device information generates a security patrol path in the shortest path planning manner; the control command generation module of the monitoring center is to query the possible path path according to the location information when the security device information and the security personnel data are verified by the verification module. And all the lighting devices in the range are generated to generate corresponding lighting control commands and lighting control commands generated to turn on the lighting devices; and the third transmitting module of the monitoring center is configured to transmit the security patrol path to the second receiving module. And transmitting lighting control commands to corresponding photos Device.

The building patrol path recommendation and path illumination control method disclosed in the present invention comprises the following steps:

First, a plurality of lighting devices disposed in the building are provided; then, a plurality of patrol inspection devices installed in the building are provided, and the patrol inspection device stores the information of the patrol inspection devices; and then, the preservation of the information of the security portable device is provided. The portable device; then, the security portable device generates positioning information; then, when the security portable device and one of the patrol inspection devices establish a connection, transmitting the security portable device information to the patrol inspection device; and then, the patrol inspection device receives the security personnel information; Next, a monitoring center is provided, and the monitoring center receives the information of the maintenance portable device, the information of the security personnel, and the information of the patrol inspection device from the patrol inspection device, and the monitoring center receives the positioning information from the self-protecting portable device; and then, the monitoring center maintains the information of the portable device and the security personnel. The data is verified; then, when the information of the portable device and the data of the security personnel are verified by the monitoring center, the monitoring center uses the information of the received patrol inspection device and the information of the remaining patrol inspection device to plan the shortest path. The security patrol path is formed; then, when the security information of the portable device and the security personnel data are verified by the monitoring center, the monitoring center queries all the lighting devices on the possible path and within a certain range according to the location information and generates corresponding lighting control commands. And generating a lighting control command to turn on the lighting device; then, the monitoring center transmits the security patrol path to the security portable device, and the security portable device displays the security patrol path; finally, the monitoring center transmits the lighting control command to the corresponding lighting device, and the lighting device is illuminated according to the lighting device. Control commands to control the opening and closing of the lighting device.

The system and method disclosed by the present invention are as above, and the difference between the prior art and the prior art is that the management center generates the security patrol path according to the received patrol inspection device information and cooperates with the remaining patrol inspection device information in the shortest path planning manner, and then according to the location information. Querying all lighting devices on the path of the path and within a certain range and generating corresponding lighting control commands and lighting control commands generated to turn on the lighting device, thereby providing technical effects of patrol path recommendation and path lighting control in the building.

Through the above technical means, the present invention can achieve the technical effect of providing patrol path recommendation and path illumination control.

The embodiments of the present invention will be described in detail below with reference to the drawings and embodiments, so that the application of the technical means to solve the technical problems and achieve the technical effects can be fully understood and implemented.

Hereinafter, an operation system and method according to an embodiment of the present invention will be described with reference to an embodiment, and reference is also made to "FIG. 1", "2A", "2B", "3A", and "3B". Figure 1 shows the system block diagram of the patrol route recommendation and route lighting control system for the building of the present invention; "2A" and "2B" are the recommended patrol paths for the building of the present invention. A flow chart of the method of the path illumination control method; "3A" is a schematic diagram of the patrol path recommendation for the patrol path recommendation and path illumination control of the building of the present invention; "3B" shows the patrol path recommendation and path illumination of the building of the present invention A schematic diagram of the recommended patrol path.

The building patrol path recommendation and path lighting control system disclosed in the present invention comprises: a plurality of lighting devices 10, a plurality of patrol inspection devices 20, a security portable device 30, and a monitoring center 40, wherein the patrol inspection device 20 further includes: a receiving module 21 and a first transmitting module 22; the security portable device 30 further includes: a positioning module 31, a second receiving module 32, a second display module 33, and a second transmitting module 34; The third receiving module 41, the verification module 42, the patrol path generating module 43, the control command generating module 44, and the third transmitting module 45 are included.

A plurality of lighting devices 10 are disposed in the building, and the lighting device 10 controls the opening and closing of the lighting device 10 according to the received lighting control commands.

A plurality of patrol inspection devices 20 are installed in the building, and the patrol inspection device 20 stores patrol inspection device information. The patrol inspection device information is a unique device code, a unique device serial number, etc., and is merely illustrative here. This does not limit the scope of application of the invention.

The security portable device 30 stores the information of the security portable device, and the foregoing security device information is a unique device code, a unique device serial number, etc., which are merely illustrative, and are not limited to the application scope of the present invention. The information of the portable device and the information of the patrol inspection device are different device codes or device serial numbers.

When the security personnel conduct patrols of the building, the security personnel establish a connection with the patrol inspection device 20 in a wireless transmission manner through the security portable device 30 to provide the security portable device information to the patrol inspection device 20, and the first receiving mode of the patrol inspection device 20 The group 21 is a security personnel information by taking the biometric characteristics of the security personnel. The biometric characteristics of the security personnel are, for example, a combination of fingerprints, voiceprints, retinas, and irises. The aforementioned wireless transmission methods are, for example, Wi-Fi, short-range wireless communication. (Near field communication, NFC), Bluetooth, etc., are merely illustrative here, and are not intended to limit the scope of application of the present invention.

After the first receiving module 21 of the patrol inspection device 20 receives the security portable device information and the security personnel information, the first transmission module 22 of the patrol inspection device 20 can further secure the portable transmission mode or wireless transmission mode. The device information, the security personnel information, and the patrol inspection device information are transmitted to the monitoring center 40, and the foregoing wired transmission methods are, for example, a fiber optic network, a cable network, etc., and the foregoing wireless transmission methods are, for example, Wi-Fi, a mobile communication network. (e.g., 3G, 4G, etc.), etc., are merely illustrative here, and are not intended to limit the scope of application of the present invention.

The positioning module 31 of the security portable device 30 is configured to generate the positioning information of the security portable device 30 according to the preset time. The positioning information of the security portable device 30 generated by the positioning module 31 of the portable device 30 can be based on the existing indoor positioning technology. The above-mentioned preset time is, for example, 10 seconds, 5 seconds, etc., which is merely exemplified herein, and is not limited to the application scope of the present invention, and the security of the portable device 30 is maintained. The second transmission module 34 transmits the positioning information to the monitoring center 40, and the second transmission module 34 of the security portable device 30 is connected to the monitoring center 40 by means of wireless transmission. The foregoing wireless transmission mode is, for example, Wi-Fi. The mobile communication network (for example, 3G, 4G, etc.), etc., is merely illustrative here, and is not intended to limit the scope of application of the present invention.

The third receiving module 41 of the monitoring center 40 can receive the security portable device information, the security personnel information, and the patrol inspection device information from the first transmission module 22 of the patrol inspection device 20, and the third receiving module 41 of the monitoring center 40. The second transmission module 34 of the self-protected portable device 30 can receive the positioning information.

The verification module 42 of the monitoring center 40 is used for verifying the information of the maintenance portable device and the data of the security personnel. The verification module 42 of the monitoring center 40 verifies the information of the security personnel through the biometric verification technology, and compares the information of the security personnel. Whether the data of the security personnel is consistent with the data of the security personnel, and the information of the security personnel is verified by the biometric verification technology, and the information of the maintenance device and the data of the security personnel are matched, the information of the maintenance device and the security personnel will pass the verification module of the monitoring center 42. Verification.

When the security portable device information and the security personnel data are verified by the verification module 42 of the monitoring center 40, the patrol path generation module 43 of the monitoring center 40 will cooperate with the information of the received patrol inspection device and cooperate with the remaining patrol inspection device information. The security patrol path is generated in the shortest path planning mode.

In an embodiment, the patrol path generation module 43 of the monitoring center 40 generates the security patrol in the shortest path planning manner according to the information of the patrol inspection device received by the patrol inspection device 401 and the patrol inspection device information of the remaining patrol inspection devices. For path 51 and security patrol path 51, please refer to "3A".

When the security device information and the security personnel data are verified by the verification module 42 of the monitoring center 40, the control command generation module 44 of the monitoring center 40 can query all possible paths and locations within the range according to the location information. The lighting device 10 also generates a corresponding lighting control command and a lighting control command that is generated to turn on the lighting device 10.

The third transmission module 45 of the monitoring center 40 transmits the security patrol path 51 to the second receiving module 32 of the security portable device 30, and the second receiving module 32 of the security portable device 30 can pass the security patrol path 51 after receiving the security patrol path 51. The second display module 33 of the security portable device 30 is displayed to provide the shortest patrol path for the security personnel.

The third transmission module 45 of the monitoring center 40 also transmits a lighting control command to the corresponding lighting device 10, and the lighting device 10 controls the opening and closing of the lighting device 10 according to the received lighting control command.

It should be noted that the patrol path generation module 43 of the monitoring center 40 further includes randomly selecting at least one patrol inspection device information from the remaining patrol inspection device information, according to the received patrol inspection device information and randomly selected patrol inspection device information. The order is generated by the shortest path planning method to generate the security patrol path 52, and the security patrol path 52 is shown in the "3B picture".

The monitoring center 40 further includes a recording module 46, a computing module 47, and a third display module 48. The recording module 46 of the monitoring center 40 is configured to sequentially record and receive the information of the patrol inspection device or receive the location information and corresponding The system time of the monitoring center 40.

After the calculation module 47 of the monitoring center 40 calculates the total patrol time according to the system time of the recorded monitoring center 40, the patrol path generation module 43 of the monitoring center 40 generates an actual patrol according to the recorded patrol inspection device information or location information. The path, and the third display module 48 of the monitoring center 40 displays the total patrol time as well as the actual patrol path.

The recording module 46 of the monitoring center 40 further includes corresponding record retaining personnel data and an actual patrol path. When the third receiving module 41 of the monitoring center 40 receives the same information of the remaining portable device, the security personnel information, and the patrol inspection device information again. The third transmitting module 45 of the monitoring center 40 transmits the actual patrol path corresponding to the security personnel data to the second receiving module.

In summary, it can be seen that the difference between the present invention and the prior art is that the management center generates a security patrol path in the shortest path planning manner according to the received patrol inspection device information and cooperates with the remaining patrol inspection device information, and then queries according to the location information. It is possible that all lighting devices on the path path and within a certain range generate corresponding lighting control commands and lighting control commands generated to turn on the lighting device, thereby providing technical effects of patrol path recommendation and path lighting control in the building.

By means of this technical means, it is possible to solve the problem that the prior art relies on the maintenance personnel experience to conduct the security patrol, which is easy to cause omissions or to preserve the excessive patrol, thereby achieving the technical effect of providing patrol path recommendation and path illumination control.

While the embodiments of the present invention have been described above, the above description is not intended to limit the scope of the invention. Any changes in the form and details of the embodiments may be made without departing from the spirit and scope of the invention. The scope of the invention is to be determined by the scope of the appended claims.

10‧‧‧Lighting device

20‧‧‧ patrol inspection device

201‧‧‧First patrol inspection device

202‧‧‧Second patrol inspection device

21‧‧‧First Receiver Module

22‧‧‧First transmission module

30‧‧‧Security portable device

31‧‧‧ Positioning Module

32‧‧‧second receiving module

33‧‧‧Second display module

34‧‧‧Second transmission module

40‧‧‧Monitoring Center

41‧‧‧ Third receiving module

42‧‧‧ verification module

43‧‧‧ patrol path generation module

44‧‧‧Control command generation module

45‧‧‧3rd transmission module

46‧‧‧recording module

47‧‧‧Computation Module

48‧‧‧ Third display module

51‧‧‧Security patrol path

52‧‧‧Security patrol path

Steps 101‧‧‧Provide multiple lighting fixtures installed in the building

Step 102‧‧‧Provide multiple patrol inspection devices installed in the building, patrol inspection devices store patrol inspection device information

Steps 103‧‧‧ Provide a security portable device that stores information on the security device

Steps 104‧‧‧ Secure the portable device to generate positioning information

Step 105‧‧‧When the security portable device is connected to one of the patrol inspection devices, the security portable device information is transmitted to the patrol inspection device.

Step 106‧‧‧The patrol inspection device receives the information of the security personnel

Steps 107‧‧‧ Provide a monitoring center. The monitoring center receives the information of the maintenance portable device, the information of the security personnel and the information of the patrol inspection device from the patrol inspection device, and the monitoring center receives the positioning information from the self-protected portable device.

Steps 108‧‧‧Monitoring Center verifies the information of the maintenance portable device and the data of the security personnel

Steps 109‧‧‧ When the information on the portable device and the data of the security personnel are verified by the monitoring center, the monitoring center generates the security patrol path in the shortest path planning manner based on the information of the received patrol inspection device and the information of the remaining patrol inspection devices.

Step 110‧‧‧ When the information of the portable device and the data of the security personnel are verified by the monitoring center, the monitoring center queries all the lighting devices on the possible path and within a certain range according to the location information.

Step 111‧‧‧ Generate corresponding lighting control commands and generate lighting control commands to turn on the lighting device

Step 112‧‧‧ The monitoring center transmits the security patrol path to the security portable device, and the security portable device displays the security patrol path.

Step 113‧‧‧ The monitoring center transmits the lighting control command to the corresponding lighting device, and the lighting device controls the lighting device to be turned on and off according to the lighting control command

Figure 1 is a block diagram showing the system of the patrol path recommendation and path lighting control system of the building of the present invention. 2A and 2B are flow charts showing a method for the patrol path recommendation and path illumination control method of the building of the present invention. FIG. 3A is a schematic diagram showing the patrol path recommendation of the patrol path recommendation and path lighting control of the building of the present invention. FIG. 3B is a schematic diagram showing the patrol path recommendation of the patrol path recommendation and path lighting control of the building of the present invention.

Claims (10)

A building patrol path recommendation and path lighting control system includes: a plurality of lighting devices disposed in a building, the lighting device controlling the opening and closing of the lighting device according to a received lighting control command a plurality of patrol inspection devices, the patrol inspection device is disposed in a building, the patrol inspection device stores a patrol inspection device information, and the patrol inspection device further includes: a first receiving module for receiving one Preserving the portable device information and receiving a security personnel information; and a first transmission module for transmitting the security portable device information, the security personnel information, and the patrol inspection device information; The portable device stores a security portable device, and the security portable device further includes: a positioning module for generating a positioning information of the security portable device; and a second receiving module for receiving a security patrol path; a second display module for displaying the preserved patrol path; and a second transfer mode And transmitting the security portable device information to the patrol inspection device when the security portable device establishes a connection with one of the patrol inspection devices; transmitting the positioning information; a monitoring center, the monitoring The center further includes: a third receiving module, configured to receive the security portable device information, the security personnel information, and the patrol inspection device information from the first transmission module; and the second transmission module Receiving the positioning information; a verification module, configured to verify the security portable device information and the security personnel data; a patrol path generation module, when the security portable device information and the security personnel data pass When the verification module is verified, the security patrol path is generated in a shortest path planning manner according to the received information of the patrol inspection device and the remaining information of the patrol inspection device; Determining the full portable device information and the verification of the security personnel data by the verification module, according to the location information Querying all lighting devices on a possible path path and within a certain range and generating corresponding lighting control commands and the lighting control commands generated to turn on the lighting device; and a third transmitting module for transmitting the Preserving the patrol path to the second receiving module and transmitting the lighting control command to the corresponding lighting device. The patrol path recommendation and path illumination control system of claim 1, wherein the patrol path generation module further comprises randomly selecting at least one of the patrol inspection device information from the remaining information of the patrol inspection device. And the secured patrol path is generated in a shortest path planning manner according to the received information of the patrol inspection device and the order in which the patrol inspection device information is randomly selected. The patrol path recommendation and path lighting control system of the building of claim 1, wherein the monitoring center further comprises a recording module, a computing module and a third display module, wherein the recording module is The system time of receiving the patrol inspection device information or receiving the location information and the corresponding monitoring center is recorded in sequence; the computing module calculates a system time according to the recorded system time of the monitoring center a total patrol time; the patrol path generation module generates an actual patrol path according to the recorded patrol inspection device information or the location information; the third display module displays the total patrol time and the actual Patrol path. The building patrol path recommendation and path lighting control system according to claim 3, wherein the recording module further comprises correspondingly recording the security personnel data and the actual patrol path, when the third receiving module Receiving the same of the security portable device information, the security personnel information, and the patrol inspection device information, the third transmission module transmits the actual patrol path corresponding to the security personnel data to the The second receiving module. The building patrol path recommendation and path lighting control system according to claim 1, wherein the first receiving module is configured to capture the biometrics of the security personnel by using the biometric characteristics of the security personnel. Fingerprint, voiceprint, retina or iris. A building patrol path recommendation and path lighting control method, comprising: providing a plurality of lighting devices disposed in a building; providing a plurality of patrol inspection devices disposed in the building, the patrol inspection devices storing a patrol inspection device information Providing a security portable device that stores information about the security portable device; the security portable device generates a positioning information; and when the security portable device establishes a connection with one of the patrol inspection devices, transmitting the security portable device Receiving information to the patrol inspection device; the patrol inspection device receives a security personnel information; providing a monitoring center, the monitoring center receiving, from the patrol inspection device, the security portable device information, the security personnel information, and the The patrol inspection device information, and the monitoring center receives the positioning information from the security portable device; the monitoring center verifies the security portable device information and the security personnel data; The security personnel data passes the monitoring During the verification of the heart, the monitoring center generates the security patrol path in the shortest path planning manner according to the received information of the patrol inspection device and the remaining information of the patrol inspection device; When the security personnel data is verified by the monitoring center, the monitoring center queries all the lighting devices on the possible path path and within a certain range according to the location information, and generates corresponding lighting control commands and generations to be turned on. The lighting control command of the lighting device; the monitoring center transmits the security patrol path to the security portable device, the security portable device displays the security patrol path; and the monitoring center transmits the lighting control command to Corresponding to the lighting device, the lighting device controls the opening and closing of the lighting device according to the lighting control command. The building patrol path recommendation and path lighting control method according to claim 6, wherein the building patrol path recommendation and path lighting control method further comprises randomly selecting at least one of the remaining patrol inspection device information. The patrol inspection device information generates the security patrol path in a shortest path planning manner according to the received patrol inspection device information and the order in which the patrol inspection device information is randomly selected. The building patrol path recommendation and path lighting control method according to claim 6, wherein the building patrol path recommendation and path lighting control method further comprises the following steps: the monitoring center sequentially records and receives the patrol check Device information or receiving the location information and the corresponding system time of the monitoring center; the monitoring center calculates a total patrol time according to the recorded system time of the monitoring center; the monitoring center is recorded according to The patrol inspection device information or the location information generates an actual patrol path; and the monitoring center displays the total patrol time and the actual patrol path. The patrol path recommendation and path lighting control method of the building as described in claim 8 wherein the building patrol path recommendation and path lighting control method further comprises the following steps: the monitoring center correspondingly records the security personnel information and the The actual patrol path; and when the monitoring center receives the same information about the security portable device, the security personnel information, and the patrol inspection device information, the monitoring center transmits the information corresponding to the security personnel data. The actual patrol path to the security portable device. The method for controlling the patrol path and the path lighting control according to claim 6, wherein the step of receiving the information of the security personnel by the patrol inspection device is to obtain the information of the security personnel by capturing the biometric characteristics of the security personnel. The biometrics of the security personnel include fingerprints, voiceprints, retinas or irises.