TWI639140B - Setting and managing method of security devices - Google Patents

Abstract

The invention provides a method for arranging management of a security device, which is applied to an electronic device connected to a server. The method provides a drawing operation interface and a device configuration interface, so that the planner draws a plan view of the monitoring area, and sets the position of the interactive icon and the interactive graphic corresponding to the parameters of the security device on the plan view, thereby making the plan view and the corresponding plan position The interactive icon is stored in the log file and the log file is transferred to the server for storage. The log file can be downloaded from the server for displaying an interactive graphic of the plan view and the corresponding plane position, so that the constructor can arrange the security device corresponding to the interactive icon in the monitoring area according to the figure. The interaction icon is located at a position corresponding to the plan view for receiving the security status of the security devices and displaying the security status.

Description

Maintenance device layout management method

An arrangement management method, especially a method for arranging management of a security device.

In the past, the security company installed the security device on the site, such as buildings such as houses or buildings, areas formed by multiple buildings, or around buildings. It is necessary to assign planners to the designated site to draw a security plan, such as drawing the site. Plan and plan the location where the security device needs to be installed, and bring the security plan back to the security company to create a digital floor plan. After that, the security company will assign the construction personnel to the designated site to install the security device and its settings according to the security plan drawn by the previous planners, such as the security device such as the security host, camera, and sensor. However, if any emergency occurs at the site where the security device is installed, when it is necessary to replace, add or delete the security device, the constructor cannot immediately redraw the digital floor plan on site and update the security device and its installation location on the digital floor plan.

Not only that, after the construction personnel install the security device, it is necessary to use the security host to set other security devices, so that the security control center of the security company receives the activation signal of the security host. However, the security control center can only see the activation signal and the security plan of the security device through the display. The activation signal and the security plan of the security device operate independently and there is no connection between them. In other words, after the security device transmits the signal to the control host via the security host, the control host cannot recognize which security device the signal is transmitted by, and only recognizes that the signal is transmitted from the security host. For example, when the security device is triggered, and through the security master When the machine is transferred to the control host, the control host can only display the triggered signal transmitted by the security host from the display device. As for the location where the triggered security device is installed and which installation location is in the site, the control host cannot know. It is even impossible to know the device information of the security device from the security plan, such as the number of the security device, the security status, the setting status parameter or other device information. Therefore, when a warning event occurs in a certain place, the security company cannot immediately access the site. Customer information, or the location of the installed security device, and then dispatch maintenance personnel to the site. Moreover, even if the maintenance personnel arrive at the designated place, it is impossible to know which security device is triggered according to the security plan.

In view of the above problems, the present invention provides a method for arranging management of a security device, which is applied to one or more electronic devices, and the electronic device is connected to a server. The method for arranging management of the security device includes: providing a drawing operation interface for planning The person draws a plan view of the monitoring area; provides a device configuration interface for the planner to set a plurality of interactive icons corresponding to the plurality of security devices on the plan view; stores the plan, the interactive icon and the interactive icon in the record position in the record file; The file is stored in the server; the log file is downloaded from the server to display the floor plan and the interactive graphic is displayed on the plan view, so that the construction personnel can install the security device in the monitoring area according to the figure; receive the status signal of the security device, and the status signal includes each The security state of the security device is displayed; and the corresponding security state displays an interactive icon of each security device on the corresponding position on the plan. Therefore, the arrangement management method of the security device can display the security device in the monitoring area on the plan view, and the security state, the installation location, the setting state parameter, the number and type of the security device, the customer information, the charging information or the quotation Device information.

In an implementation aspect, the plurality of interactive icons for setting the corresponding complex security device After the plan view, the method further comprises: generating a quotation according to the quantity and type of the security devices; displaying the quotation; receiving the confirmation order input; and responding to confirm the order input, transmitting the quotation to the server for storage The device establishes customer information and charging information based on the quotation. Therefore, in this embodiment, the customer information, the number and type of security devices, and the device information of the charging information can be mapped to the interactive icon, so that the security control center can immediately obtain the device information of the security device from the interactive icon on the floor plan.

In an embodiment, before receiving the status signal of the security device, the method further includes: setting a parameter of the security device; and enabling the security device. Therefore, in this embodiment, after the security device is set, the security device can be connected to the control host. Enabling the security device means that the security device can transmit the status signal to the control host, and the control host can transmit the authorization certificate to the security device. In addition, the parameter of the setting security device refers to the security device name, the item number, the location of the security device in the monitoring area, the MAC address, the network communication protocol, or the coded manner indicating that the security device 30 is in a different security state. A parameter, wherein the state parameter corresponds to a different security state with different values, and the state parameter includes a representation state, a general state, or an abnormal state. After the control host receives the status signal of the security device, the control host can display the interactive icon on the plan to correspond to the status signal of the security device.

In one embodiment, the electronic device includes a control host located at the security control center and a mobile device located in the monitoring area. Before receiving the status signal of the security device, the electronic device further includes: inputting the parameter of the mobile device receiving the security device; The device transmits the activation signal to the corresponding security device; the control host receives the test signal generated by the security device according to the set parameter; and after the control host confirms the test signal, transmits the enable signal to the security device. Therefore, in this embodiment, the control unit of the security device and the security control center can be connected to each other. The line, that is, the security device is in a normal state after the setting is completed, or the security device is in an abnormal state before being triggered, that is, after the security device is activated, the security device is in a normal state, and the security is saved. The general state of the device is mapped to the interactive icon, so that the security control center displays the general status of the security device from the interactive diagram on the floor plan, and the device information of the security device is immediately available.

In one embodiment, the parameters of the security device are stored in the log file in the step of storing the plan, the interactive icon, and the interactive icon in the location of the plan. Therefore, in this embodiment, the electronic device can read the plan view, the interactive icon, and the interactive icon in the position of the plan view from the read recording medium of the electronic device, so as to facilitate the instant addition, replacement, and deletion of the security device on the plan view. Interactive icon.

In an embodiment, after downloading the log file from the server to display the plan view and displaying the interactive icon on the plan view, the method further comprises: receiving the current parameter from the security device; updating the current parameter to the log file; The updated log file is returned to the server. Therefore, in this embodiment, the electronic device can download the log file from the server, or upload the log file to the server, so as to facilitate the instant addition, replacement, and deletion of the interactive icon of the security device on the plan.

In an embodiment, the method further includes: receiving a trigger in response to one of the interaction icons; and displaying a parameter of the security device corresponding to the triggered interaction icon. Therefore, in this embodiment, when the interaction icon is triggered, the parameters of the security device are responded to by the processor of the electronic device in response to the triggered interaction icon, and the parameters of the security device are displayed from the interaction diagram of the corresponding security device. Thereby, after the interactive icon is triggered, the triggered interactive icon can display the parameters of the corresponding security device.

In an implementation aspect, the security state may be a general state or an abnormal state, and the corresponding security state displays an interactive icon of each security device in a corresponding position on the plan view, and refers to displaying an interaction representing a general state when the security state is a general state. The figure indicates that the security device corresponds to the position on the plan view. When the security state is the abnormal state, an interactive icon representing the abnormal state is displayed on the security device corresponding to the position on the plan view. Therefore, in this embodiment, the security device is in a state of security in a general state or an abnormal state, and the interactive icon receives the security state of the security device from the security device. For example, after the security device is enabled, the security device is in a normal state, and The position of the security device corresponding to the plan view is displayed on the plan view; if the security device is triggered, the security device is changed to the abnormal state in a normal state, and the position of the security device corresponding to the plan view is displayed on the plan view.

In an embodiment, after receiving the status signal of the security device, the method further includes: determining whether the status signal includes an abnormal state of the security device; and if so, displaying the interaction of each security device in a corresponding position on the plan in the corresponding security state. In the steps shown, the floor plan is automatically displayed. Therefore, in this embodiment, after the electronic device receives the status signal of the security device, the processor of the electronic device determines that the security device is in an abnormal state, and the processor automatically displays the abnormal state of the security device on the plan in the interactive icon. , wherein the position of the interactive icon on the plan corresponds to the position of the security device.

In an embodiment, the electronic device includes a control host located in the security control center and a mobile device located in the monitoring area. After receiving the status signal of the security device, the electronic device further includes: determining, by the control host, whether the status signal includes some abnormalities of the security device a state; and if so, transmitting the authorization credential to the mobile device at the control host; and obtaining, by the mobile device, the log file from the server according to the authorization credential; wherein, in the corresponding security state, the security device is displayed in the corresponding position on the plan view In the step of interactive display, the plan view is displayed according to the record file, and the security state of the security device is obtained from the control host, and the interactive icon of each security device is displayed corresponding to the security state on the plan view. Therefore, in this embodiment, when the control host receives the status signal of the security device and determines, by the processor of the control host, that the security device is in an abnormal state, the control host transmits the authorization certificate to the mobile device, thereby causing the mobile device to act according to the authorization certificate. The log file is obtained from the server, wherein the log file includes the security state of the security device and the location of the security device, and an interactive icon corresponding to the security state and location of the security device.

The detailed features and advantages of the invention are described in the following detailed description of the embodiments of the invention. Any person skilled in the art can easily understand the objects and advantages associated with the invention.

10‧‧‧Server

11‧‧‧Connection module

12‧‧‧Control Module

13‧‧‧Memory Module

20‧‧‧Electronic devices

20’‧‧‧ mobile device

20”‧‧‧Control host

21’, 21”‧‧‧ communication module

22’, 22”‧‧‧ display module

23’, 23”‧‧‧ Input Module

24', 24" ‧ ‧ storage modules

25', 25" ‧ ‧ processing module

30‧‧‧Security device

40‧‧‧Security host

401‧‧‧Communication unit

402‧‧‧Memory unit

403‧‧‧Control unit

50‧‧‧Detector

501‧‧‧Wireless communication components

502‧‧‧ memory components

503‧‧‧Control components

60‧‧‧Drawing interface

70‧‧‧Device configuration interface

P‧‧‧ floor plan

Interactive icon of C301‧‧‧Gate Reed

Interactive icon for C301A‧‧‧Gate Reed

C301B‧‧‧Digital door reed

Interactive illustration of C302‧‧‧Floor window reed

Interactive icon of C302A‧‧‧ floor window reed setting

C302B‧‧‧Floor window reed

C303‧‧‧ Interactive illustration of room window reed

Interactive icon for C303A‧‧‧ room window reed setting

C303B‧‧‧ room window reed

C304‧‧‧ Interactive illustration of the kitchen window reed

C304A‧‧‧Interactive graphic of kitchen window reed setting

C304B‧‧‧Interactive graphic of kitchen window reed

C304C‧‧‧Interactive graphic of kitchen window reed exception

C305‧‧‧Interactive graphic of fingerprint electronic lock

Interactive icon for C305A‧‧‧ fingerprint electronic lock setting

C305B‧‧‧Finger electronic lock general interactive icon

C306‧‧‧ interactive icon of camera

C306A‧‧‧ interactive icon for camera settings

C306B‧‧‧Photographer's general interactive icon

Interactive icon for C307‧‧ gas detector

Interactive icon for C307A‧‧ ‧ Gas Detector Settings

C307B‧‧ ‧ Gas detector general interactive icon

Steps S110, S120, S130, S140, S150, S160, S170‧ ‧ ‧ Arrangement of the arrangement of the security device of the first embodiment of the present invention

Steps S120, S121, S122, S123, S124, S130‧‧‧ Flow chart of quotation generation of the security device of the second embodiment of the present invention

Steps S150, S151, S152, S160‧‧‧ Arrangement of the arrangement of the security device of the third embodiment of the present invention

Steps S150, S153, S154, S155, S156, S160‧ ‧ ‧ Arrangement of the arrangement of the security device of the fourth embodiment of the present invention

Steps S150, S157, S158, S159, S160‧‧‧ Arrangement of the arrangement of the security device of the fifth embodiment of the present invention

Steps S170, S180, S190‧‧‧ Arrangement of the arrangement of the security device of the sixth embodiment of the present invention

Steps S160, S161, S162, S170‧‧‧ Arrangement of the arrangement of the security device of the seventh embodiment of the present invention

Steps S160, S163, S164, S165, S170, S171, S172, S173, ‧ ‧ ‧ Arrangement of the arrangement of the security device of the eighth embodiment of the present invention

Fig. 1 is a schematic view of a device according to a first embodiment of the present invention.

Fig. 2 is a block diagram showing a first embodiment of the present invention.

Fig. 3 is a schematic view showing the arrangement of a security device according to a first embodiment of the present invention.

Fig. 4 is a flow chart showing the arrangement of the security device of the first embodiment of the present invention.

Fig. 5 is a view showing a setting state of a security device according to a first embodiment of the present invention.

Fig. 6 is a view showing a general state of a security apparatus according to a first embodiment of the present invention.

Fig. 7 is a view showing an abnormal state of the security device according to the first embodiment of the present invention.

Fig. 8 is a flow chart showing the generation of a quotation for the security device of the second embodiment of the present invention.

Fig. 9 is a flow chart showing the arrangement of the security device of the third embodiment of the present invention.

Fig. 10 is a flow chart showing the arrangement of the security device of the fourth embodiment of the present invention.

Fig. 11 is a flow chart showing the arrangement of the security device of the fifth embodiment of the present invention.

Fig. 12 is a flow chart showing the arrangement of the security device of the sixth embodiment of the present invention.

Fig. 13 is a flow chart showing the arrangement of the security device of the seventh embodiment of the present invention.

Fig. 14 is a flow chart showing the arrangement of the security device of the eighth embodiment of the present invention.

1 is a schematic view of a device according to a first embodiment of the present invention; and FIG. 2 is a block diagram showing a first embodiment of the present invention. Referring to FIG. 1 to FIG. 2, a first embodiment of the present invention discloses a method for managing the arrangement of the security device 30, which is applied to one or more electronic devices 20, wherein the electronic device 20 is connected to a server 10. The electronic device 20 can be a mobile device 20' or a control host 20", wherein the mobile device 20' can be a touch tablet, a smart phone, a personal digital assistant or other mobile device. The security device 30 can be a security host 40, detecting Device 50 or other security device.

The server 10 is mainly composed of a connection module 11, a control module 12 and a memory module 13. The control module 12 is electrically connected to the connection module 11 and the memory module 13. The connection module 11 of the server 10 can be connected to the control host 20" by wire. For example, the connection module 11 of the server 10 can be connected to the Internet via a connection of ADSL, a fiber network, or a cable (Cable), but The embodiment of the present invention is not limited thereto, and the connection module 11 can also be connected to the Internet through other wired or wireless methods. The connection module 11 of the server 10 can also be connected to the mobile device 20' via the Internet. The communication module 21', the communication module 21" of the control host 20" or/and the communication unit 401 of the security host 40. The control module 12 of the server 10 can drive the connection module 11 to connect to the Internet, or The drive connection module 11 is connected to the communication module 21' of the mobile device 20' via the Internet, and the control master The communication module 21" of the machine 20" or the communication unit 401 of the security host 40, wherein the control module 12 can be, for example, a microprocessor, a microcontroller, a digital signal processor, a microcomputer, a central processing unit, and a field programming gate array. , programmable logic devices, state devices, logic circuits, analog circuits, digital circuits, and/or any device that operates on signals (analog and/or digits) based on operational instructions. The memory module 13 of the server 10 is configured to store information transmitted by the control module 12 based on the operation command signal. The memory module 13 of the server 10 can be a volatile memory device or a non-volatile memory device. The volatile memory device can be, for example, a random access memory (RAM), and the non-volatile memory can be, for example, a unique memory (ROM), a flash memory, or an erasable programmable read only memory (EPROM). ), electronically erasable and programmable read-only memory (EEPROM), hard disk, etc.

The electronic device 20 is mainly composed of a communication module, a display module, an input module, a storage module and a processing module. The processing module is electrically connected to the communication module, the display module, the input module and the storage module. The input module of the electronic device 20 can be a touch panel, a stylus, a command pad, a mouse, a power switch or other input modules. After the input module of the electronic device 20 receives the operation signal, the processing module drives the communication module, the display module, the input module or the storage module according to the operation signal. For example, the electronic device 20 receives the operation signal from the input module. Thereafter, the processing module drives the communication module to connect to the Internet, or connects the connection module 11 of the server 10 via the Internet, the communication unit 401 of the security host 40, or the wireless communication component 501 of the detector 50, Or the processing module reads the information of the storage module, such as the memory file, the execution file, and transmits the information to the Internet via the communication module, or connects the connection module of the server 10 via the Internet; The communication unit 401 of the host 40 or the wireless communication unit 501 of the detector 50 is secured. In addition, after the communication module of the electronic device 20 receives the information, the processing module stores the information to the storage module. group. The storage module volatile memory device of the electronic device 20 can be, for example, a random access memory (RAM), and the non-volatile memory can be, for example, a unique memory (ROM), a flash memory, or an erasable program. Read-only memory (EPROM), electronically erasable and programmable read-only memory (EEPROM), hard disk, etc. The processing module of the electronic device 20 can be, for example, a microprocessor, a microcontroller, a digital signal processor, a microcomputer, a central processing unit, a field programming gate array, a programmable logic device, a state device, a logic circuit, an analog circuit, and a digital bit. A circuit and/or any device that operates on signals (analog and/or digits) based on operational instructions.

The electronic device 20 can be a mobile device 20' or a control host 20". The communication module 21' of the mobile device 20' can be Near Field Communication (NFC), Bluetooth, infrared, 3G/4G. /5G mobile communication module, Zigbee communication module, Wi-Fi, Wi-MAX or other communication module as a wireless access point (AP), used for wireless connection security host 40 communication unit 401 or Detective The wireless communication component 501 of the detector 50. In addition, the communication module 21' of the mobile device 20' can be wirelessly connected to the 3G/4G/5G mobile communication module, Wi-Fi, Wi-MAX or other communication modules. The communication module 21' of the mobile device 20' can also be connected to the connection module 11 of the server 10 via the Internet, the communication module 21 of the control host 20", and the communication unit of the security host 40. 401 or the wireless communication component 501 of the detector 50; further, the communication module 21" of the control host 20" can be wired to connect to the server 10 via ADSL, fiber optic network, cable or other communication module. Module 11 or the Internet. The communication module 21" of the control host 20" can also be Internet connection to server module 10 of the connection 11, mobile device 20 'of the communication module 21' or preservation of the host communication unit 401 40.

The security host 40 is mainly composed of a communication unit 401, a memory unit 402, and a control unit. The 403 is composed, and the control unit 403 is electrically connected to the communication unit 401 and the memory unit 402. The communication unit 401 of the security host 40 can be a near field communication, Bluetooth, 3G/4G/5G mobile communication unit, Zigbee, Wi-Fi, Wi-MAX or other communication unit as a wireless access point (AP). The wireless communication component 501 of the communication module 21' of the mobile device 20' or the detector 50 is wirelessly connected. The communication unit 401 of the security host 40 can also be an ADSL, a fiber optic network, a cable or other communication unit for wired connection to the wireless communication component 501 or the Internet of the detector 50. The communication unit 401 of the security host 40 can also be connected to the Internet through a 3G/4G/5G mobile communication unit, Wi-Fi, Wi-MAX or other communication unit; the communication unit 401 of the security host 40 can also be connected via the Internet. The network is connected to the connection module 11 of the server 10, the communication module 21' of the mobile device 20', the communication module 21" of the control host 20" or the wireless communication component 501 of the detector 50. The communication unit 401 of the security host 40 receives the operation signal of the mobile device 20', causes the control unit 403 to drive the communication unit 401 to connect to the wireless communication component 501 of the detector 50, or the communication unit 401 of the security host 40 receives the mobile device 20'. The execution unit 403 stores the execution file to the memory member 502. The control unit 403 can also connect to the Internet according to the operation signal or the executable driving communication unit 401, or connect to the connection module 11 of the server 10 and the communication module 21' of the mobile device 20' via the Internet. The communication module 21" of the host 20" or the wireless communication component 501 of the detector 50 is controlled.

The detector 50 is mainly composed of a wireless communication component 501, a memory component 502, and a control component 503, and the control component 503 is electrically connected to the wireless communication component 501 and the memory component 502. The wireless communication component 501 of the detector 50 can be a Bluetooth, 3G/4G/5G mobile communication module, Zigbee, Wi-Fi, Wi-MAX or other communication unit as a wireless access point (AP). Wirelessly connecting the communication module 20' of the mobile device 20' or the security host 40 communication unit 401. The wireless communication component 501 of the detector 50 can also be wirelessly connected to the Internet through a 3G/4G/5G mobile communication component, Wi-Fi, Wi-MAX or other wireless communication components; the wireless communication component 501 of the detector 50 is also The communication module 21' of the mobile device 20' or the communication unit 401 of the security host 40 can be connected via the Internet. For example, the wireless communication component 501 of the detector 50 is connected to the communication module 21' of the mobile device 20' by the Bluetooth device, and receives the operation signal or the execution file transmitted by the communication module 21' of the mobile device 20'. The component 503 connects to the Internet according to the operation signal or the execution-driven wireless communication component 501, or connects the communication module 21' of the mobile device 20' or the communication unit 401 of the security host 40 via the Internet. In addition, after the detector 50 is triggered, the control unit 503 can transmit the status signal to the communication module 21' of the mobile device 20' or the communication unit 401 of the security host 40 via the Internet.

Referring to Figures 3 to 4, Figure 3 is a schematic view showing the arrangement of the security device 30 of the first embodiment of the present invention. Figure 4 is a flow chart showing the arrangement of the security device 30 of the first embodiment of the present invention. In this embodiment, the method for managing the arrangement of the security device 30 is applied to the electronic device 20. The method for managing the arrangement of the security devices 30 includes the following steps:

Step S110: A drawing operation interface 60 is provided for a planner to draw a plan view P of a monitoring area. The electronic device 20 displays a drawing operation interface 60 on the display module, wherein the drawing operation interface 60 has a function column of opening, storing, transmitting, editing, and the like. Taking the mobile device 20' as an example, the drawing operation interface 60 is displayed on the display module 22', wherein the drawing operation interface 60 has a function column of opening, storing, transferring, editing, and the like. The user selects a monitoring area of the security device 30, such as a building indoor area, or a building and its surroundings, on the display module 22' of the mobile device 20', through the input module 23', and draws corresponding monitoring a plan view P of a region in which a plan view P exists in a three-dimensional space according to a specific and shaped structure, and draws an equal ratio For example, a plan view in which the size of the structure is reduced and projected to a horizontal plane along a plumb line direction, for example, a floor having at least four pillars, four walls, and an entrance and exit on a floor in the building, the floor is drawn When the plan view P is, the size of the floor is scaled down, and the plan view is projected to the horizontal plane along the plumb line direction, wherein the plan view P presents four lines connected into a rectangular area, and one of the lines has a gap, in other words In other words, the four lines are connected into a cube surrounded by four pillars and four walls, and the gap is provided on one of the walls in one of the lines. For example, the planner of the security company operates the drawing operation interface 60 from the display module 22' of the mobile device 20' at the customer site, and draws a plan view P of the monitoring area by the input module 23', such as a plan view of a floor. .

Step S120: A device configuration interface 70 is provided for the planner to set a plurality of interactive diagrams of the corresponding plurality of security devices 30 on the plan view P. The electronic device 20 displays the device configuration interface 70 in the display module. The device configuration interface 70 provides an security device of the same type and the same parameters, and the security device 30 of the same type and the same parameters. Taking the mobile device 20' as an example, the device configuration interface 70 is displayed on the display module 22'. According to the position of the maintenance device 30 in the monitoring area, the planner arranges an interactive icon corresponding to the security device 30 at the position corresponding to the monitoring area of the plan view P. For example, the interaction diagram C301 of the door reed corresponds to the same parameter. The interaction diagram of the door reed and the floor-to-ceiling reed C302 corresponds to the same parameter of the floor-to-ceiling reed, the room window reed. The interaction diagram C303 corresponds to the same parameter of the room window reed, the kitchen window reed interactive diagram C304 corresponds to the same parameters The interaction between the kitchen window reed and the fingerprint electronic lock C305 corresponds to the same parameter fingerprint electronic lock, the camera interactive diagram C306 corresponds to the same parameter camera or gas detector interactive diagram C307 corresponding to the same parameters of gas detection Device. In addition, the interactive icon can be added, deleted or replaced in the plan view P by the device configuration interface 70. The interactive icon corresponds to the security device 30, and the interactive icon can change the color, shape, size, location or parameters of the corresponding security device 30, such as the security device name, the item number, the location of the security device in the monitoring area, the MAC address. a network communication protocol, or a state parameter indicating that the security device 30 is in a different security state, wherein the state parameter corresponds to a different security state with different values, and the state parameter includes a setting state, a general state, or an abnormality. status. For example, the planner of the security company sets the device configuration interface 70 from the input module 23' of the mobile device 20' at the customer site, and sets the interactive icon of the security device 30 on the plan P to correspond to the monitoring area setting security device 30. Position, and set the color, shape, position of the interactive icon or the parameters of the corresponding security device 30.

Step S130: storing the plan view P, the interactive icons, and the positions of the interaction diagrams in the plan view P in a record file. The electronic device 20 stores the plan view P and arranges an interactive icon corresponding to the security devices 30 to the storage module at the position corresponding to the monitoring area of the plan view P, and generates a log file in the storage module. Taking the mobile device 20' as an example, storing the plan view P and arranging the interaction icons corresponding to the security devices 30 to the storage module 24' at the position corresponding to the monitoring area of the plan view P, and in the storage module 24 'Generate a log file. For example, after drawing the plan view P of the monitoring area and the position of the interactive drawing corresponding to the plan view P, the planner can select the storage from the function column of the drawing operation interface 60, thereby causing the processing module 25' to plan the floor plan. P. The interactive icon and the interactive icon are stored in the location of the plan view P to the storage module 24', and a log file is generated in the storage module 24'.

Step S140: Transfer the log file to the server 10 for storage. The communication module of the electronic device 20 transmits the log file to the server 10 for storage. Taking the mobile device 20' as an example, the planner can select from the function column of the input operation module 20' of the mobile device 20' to operate the drawing operation interface 60. Transmission, whereby the processing module 25' reads the log file from the storage module 24', and transmits the log file to the server 10 via the communication module 21' of the mobile device 20'. The connection module 11 of the server 10 receives the record file, and the control module 12 of the server 10 stores the record file to the memory module 13.

Step S150: The log file is downloaded from the server 10 to display the plan view P and display the interactive icons on the plan view P for the constructor to construct the security devices 30 in the monitoring area according to the drawing. The communication module of the electronic device 20 is wirelessly connected to the connection module 11 of the server 10, and the processing module of the electronic device 20 reads the record file from the memory module 13 of the server 10, and is connected via the server 10. The module 11 downloads the log file to the storage module. Taking the mobile device 20' as an example, the construction personnel of the security company wirelessly connect the communication module 21' of the mobile device 20' to the connection module 11 of the server 10 via the input module 23' of the mobile device 20', and The construction personnel of the security company can also operate the input module 23' of the mobile device 20' to cause the processing module 25' of the mobile device 20' to read the recorded file from the memory module 13 of the server 10, and via the server 10 The connection module 11 downloads the record file to the storage module 24', and displays the plan view P on the display module 22' of the mobile device 20' and displays the interactive icon on the plan view P. The processing module of the electronic device 20 reads the plan view P of the record file from the storage module, the interaction icon and the position of the interaction diagram corresponding to the plan view P, and displays the plan view P and the interaction diagram in the display module. The interaction diagram is shown corresponding to the location of the plan view P, thereby providing the builder with the interactive icons 30 corresponding to the security devices in the surveillance area.

Step S160: Receive a status signal of the security devices 30, the status signal includes a security status of each of the security devices 30, wherein the security status is a general status or an abnormal status. When the security state is the general state, the security devices 30 correspond to the peace The interaction diagram representing the general state is displayed at a position on the map P. When the security state is the abnormal state, the security device 30 displays the representative state of the abnormal state corresponding to the position on the plan view P. Interactive icon. Specifically, the communication module of the electronic device 20 receives the status signal of the detector 50 from the communication unit 401 of the security host 40, and the processing module of the electronic device 20 translates the status signal of the detector 50 to the detection. The state parameter of the device 50 and the display module of the electronic device 20 display an interactive icon of the state parameter of the detector 50 to the corresponding detector 50. Taking the mobile device 20' and the detector 50 as an example, the construction personnel of the security company can operate the input module 23' of the mobile device 20' to cause the processing module 25' to transmit an execution file or an operation via the communication module 21'. signal. After the wireless communication component 501 of the detector 50 receives the execution file or the operation signal, the control component 503 of the detector 50 drives the wireless communication component 501 via the communication unit 401 of the security host 40 according to the execution file or the operation signal. The status signal of the detector 50 is transmitted, for example, the setting status signal of the detector 50 corresponds to the setting state of the detector 50; the general status signal of the detector 50 corresponds to the general state of the detector 50; or the detector 50 The abnormal state signal corresponds to the abnormal state of the detector 50. The communication module 21 ′ of the mobile device 20 ′ receives the status signal of the detector 50 from the communication unit 401 of the security host 40 , and the processing module 25 ′ of the mobile device 20 ′ translates the status signal of the detector 50 to The state parameter of the detector 50, wherein the set state parameter corresponds to the set state of the detector 50, and the general state parameter corresponds to the general state or the abnormal state parameter of the detector 50 corresponding to the detector 50 An abnormal state is mapped to the interactive icon corresponding to the detector 50.

Step S170: Display the interactive icon of each of the security devices 30 corresponding to the corresponding position on the plan view P in the state of security. After the processing module of the electronic device 20 maps the state parameter of the detector 50 to the interaction icon corresponding to the detector 50, the interaction of the detector 50 is displayed. The figure corresponds to the position on the plan view P, wherein the plan view P corresponds to the monitoring area, the security device 30 corresponds to the interactive icon, and the position of the security device 30 in the monitoring area corresponds to the corresponding icon on the plan P position. Taking the mobile device 20' and the detector 50 as an example, after the processing module 25' of the mobile device 20' maps the state parameter of the detector 50 to the interactive icon corresponding to the detector 50, the mobile device 20' The display module 22 ′ displays the interactive icon of the detector 50 corresponding to the position on the plan view P, wherein the plan view P corresponds to the monitoring area, and the interactive icon of the detector 50 corresponds to the detector 50 And the position of the detector 50 in the monitoring area corresponds to the position of the interaction of the detector 50 on the plan view P, as shown in FIGS. 5-7.

Please refer to FIG. 5 to FIG. 7. FIG. 5 is a diagram showing a setting state of the security device 30 according to the first embodiment of the present invention. Figure 6 is a general state diagram of the security device 30 of the first embodiment of the present invention. Fig. 7 is a view showing an abnormal state of the security device 30 according to the first embodiment of the present invention. FIG. 5 shows the display module 22 of the electronic device 20 of the embodiment. Taking the display module 22' of the mobile device 20' as an example, when the processing module 25' of the mobile device 20' executes the step S150, the display module 22' of the mobile device 20' displays the upper view of FIG. 5 (ie, the arrow Above the figure), the construction company of the security company can know from the upper figure of FIG. 5 that the plan view P corresponds to the monitoring area, the interactive icon corresponds to the security device 30 and the interactive icon is on the plan view P. The position corresponds to the position of the security device 30 in the monitoring area, for example, the interaction diagram C301 of the gate reed and the gate reed and its position on the plan P correspond to the position of the gate reed in the monitoring area; The interaction diagram C302 of the spring and the floor-standing window reed and its position on the plan view P correspond to the position of the floor-standing window reed in the monitoring area; the interaction diagram C303 of the room window reed, the room window reed and its plan view P The upper position corresponds to the position of the room window reed in the monitoring area; the interaction between the kitchen window reed and the kitchen window reed C304 and its position on the plan P correspond to the kitchen window reed in the supervision The position of the control area; the interactive graphic C305 of the fingerprint electronic lock and the fingerprint electronic lock and its position on the plan view P correspond to the position of the fingerprint electronic lock in the monitoring area; the interaction diagram C306 of the camera and the camera and the plan view thereof The position on P corresponds to the position of the camera in the monitoring area; or the interactive image C307 of the gas detector and the gas detector and its position on the plan view P correspond to the position of the gas detector in the monitoring area. The construction personnel of the security company may also install the security device 30 corresponding to the interactive icon in the monitoring area according to the interactive diagram shown in the upper diagram of FIG. 5 and its position on the plan view P, wherein the security device 30 and its interaction icon Having the same status as the security device name, the item number, the location of the security device 30 in the monitoring area, the MAC address, the network protocol, or the status parameter indicating that the security device 30 is in a different security state, where The status parameter corresponds to different security states with different values, and the status parameter includes a setting status, a general status, or an abnormal status.

In this embodiment, after the processing module 25' of the mobile device 20' executes the step S170, the display module 22' of the mobile device 20' displays the lower view of FIG. 5 (ie, the figure below the arrow), which protects the company. The constructor can display the interactive icon corresponding to the security device 30 from the lower diagram of FIG. The construction personnel can set the security devices 30 by the input module 23' of the mobile device 20', and can also display the interactive graphic from the display module 22' of the mobile device 20' corresponding to the setting state of the security devices 30, wherein The interactive icons set by the security devices 30 are displayed at the locations of the interactive icons of the security devices 30. For example, the constructor can set the gate reed by the input module 23' of the mobile device 20', and can display the setting state of the reed reed from the display module 22' of the mobile device 20' corresponding to the gate reed setting. The interaction diagram C301A, wherein the interaction diagram of the gate reed setting C301A corresponds to the position of the interaction diagram C301 of the gate reed; the constructor can set the floor-standing window reed by the input module 23' of the mobile device 20', and can Display module from mobile device 20' The setting state of the 22' display floor window reed corresponds to the interaction diagram C302A of the floor-standing window reed setting, wherein the interaction icon C302A of the floor-standing window reed setting corresponds to the position of the interactive figure C302 of the floor-standing window reed; the constructor can use the mobile device The 20' input module 23' sets the room window reed, and can display the setting state of the room window reed from the display module 22' of the mobile device 20' corresponding to the interactive picture C303A of the room window reed setting, wherein the room window The interaction diagram of the reed setting C303A corresponds to the position of the interactive picture C303 of the room window reed; the constructor can set the kitchen window reed by the input module 23' of the mobile device 20', and can be from the mobile device 20' The display module 22' displays the interactive state of the kitchen window reed corresponding to the kitchen window reed setting C304A, wherein the interactive view of the kitchen window reed setting C304A corresponds to the position of the interactive window C304 of the kitchen window reed The constructor can set the fingerprint electronic lock by the input module 23' of the mobile device 20', and can display from the display module 22' of the mobile device 20' The setting state of the electronic lock corresponds to the interactive graphic C305A of the fingerprint electronic lock setting, wherein the interactive graphic of the fingerprint electronic lock setting C305A corresponds to the position of the interactive graphic C305 of the fingerprint electronic lock; the construction personnel can use the mobile device 20' The input module 23' sets the camera, and can display the interactive setting icon C306A of the camera setting state corresponding to the camera setting from the display module 22' of the mobile device 20', wherein the interactive setting icon C306A of the camera corresponds to the interaction icon of the camera C306 position; the constructor can set the gas detector by the input module 23' of the mobile device 20', and can display the gas detector from the display module 22' of the mobile device 20'. The interactive setting of the device is shown in C307A, where the interaction icon C307A of the gas detector is set to correspond to the position of the interaction detector C307 of the gas detector.

FIG. 6 shows the display module 22 of the electronic device 20 of the embodiment. Taking the display module 22' of the mobile device 20' as an example, the processing module 25' of the mobile device 20' performs the step S170. Thereafter, the display module 22' of the mobile device 20' displays the setting state of the interactive icon in the upper view of FIG. 6 (ie, the figure above the arrow) and the lower image of the lower figure of FIG. 5 (ie, the figure below the arrow). The setting status of the interactive icon is the same. After the security device 30 is set to be connected and bidirectionally connected to the control host 20", and before the security device 30 is triggered to be in an abnormal state, the security device 30 is in a general state, such as the display module 22' of the mobile device 20'. The figure below is shown in Fig. 6. After the construction personnel of the security company set the interactive icon corresponding to the security device 30, the interactive icon shows that the security device 30 is connected to the control host 20" according to the parameter or the execution file, and transmits the status signal of the security device 30 to The host 20 is in a normal state (or called a working state, and the detected security state is normal). Specifically, the general state of the detector 50 means that the detector 50 transmits the wireless device 501 via the wireless communication component 501. The status signal is sent to the communication module 21" of the control host 20", and the display module 22" of the control host 20" displays the interactive icon of the detector 50 corresponding to the position and detection of the interactive icon set by the detector 50. The general state parameter of the detector 50. For example, the gate reed transmits a general status signal to the communication module 21" of the control host 20", and displays the display mode of the host 20" Group 22" shows the interactive picture of the door reed. C301B corresponds to the position of the interactive picture C301A and the general state of the door reed. The floor-to-ceiling reed transmits the general status signal to the control unit 20" communication module. 21", and in the control module 20" display module 22" display floor-to-ceiling window reeds generally interactive diagram C302B corresponding to the floor-to-side window reed setting interactive icon C302A position and floor-standing window reed general state; room window reed The general status signal is transmitted to the communication module 21" of the control host 20", and the display module 22" of the control host 20" displays the interactive picture of the room window reed. C303B corresponds to the interaction icon of the room window reed setting. The location of the C303A and the general state of the room window reed; the kitchen window reed transmits the general status signal to the control module 20" communication module 21", and the display module 22" of the control host 20" The interaction between the kitchen window reed and the general picture C304B corresponds to the position of the interactive window C304A of the kitchen window reed setting and the general state of the kitchen window reed; the fingerprint electronic lock transmits the general status signal to the control host 20" to make the fingerprint electronic The general interaction diagram of the lock C305B corresponds to the position of the interactive graphic C305A of the fingerprint electronic lock setting; the camera transmits the general status signal to the communication module 21" of the control host 20", and the display module 22" of the control host 20" The display interactive camera C306B corresponds to the location of the interactive setting C306A of the camera and the general state of the camera; the gas detector transmits a general status signal to the communication module 21" of the control host 20", and is on the control host 20 The "display module 22" displays the general interactive state of the gas detector C307B corresponding to the position of the interaction diagram C307A set by the gas detector and the general state of the gas detector.

FIG. 7 shows the display module 22 of the electronic device 20 of the present embodiment. Taking the display module 22 ′ of the mobile device 20 ′ as an example, after the processing module 25 ′ of the mobile device 20 ′ executes the step S170 , the display module 22 ′ of the mobile device 20 ′ displays the upper view of FIG. 7 . The enabled state of the interactive icon of the figure above the arrow is the same as the general state of the interactive icon of the lower figure of Figure 6 (ie, the figure below the arrow). After the security device 30 is set to be connected and bidirectionally connected to the control host 20", and before the security device 30 is triggered to be in an abnormal state, the security device 30 is in a normal state; if the security device 30 is triggered, it is in an abnormal state ( That is, when the security state is abnormal, the display module 22' of the mobile device 20' displays the lower diagram of FIG. 7, and the construction personnel of the security company can know from the lower diagram of FIG. 7 that the security devices 30 are in an abnormal state. And the abnormal state of the security devices 30 can be displayed in an interactive diagram of the abnormalities of the security devices 30, wherein the interactive icons of the security devices 30 are displayed at the location of the interactive icon generally in the security device 30. For example, It is said that the communication module 21" of the control host 20" receives the status signal of the detector 50, and then controls the host. The 20" processing module 25" translates the status signal of the detector 50 to the status parameter of the detector 50; determines the status parameter as an abnormal status parameter, and maps the abnormal status parameter to the interaction of the detector 50. For example, if the interactive window C304C of the kitchen window reed is the location of the interactive graphic C304B corresponding to the kitchen window reed, and the status parameter is received from the kitchen window reed, the processing module of the control host 20" 25" judges that the state parameter is an abnormal state parameter, and maps the abnormal state parameter to the interaction diagram C304C of the kitchen window reed abnormality.

Please refer to FIG. 8, which is a flow chart of the quotation generation of the security device 30 according to the second embodiment of the present invention. The difference between the arrangement management method of the security device 30 of the present embodiment and the arrangement management method of the security device 30 of the first embodiment is that the arrangement management method of the security device 30 of the present embodiment provides a device configuration interface for the planning. Step S120 of generating a quotation according to the number and type of the security devices 30, and step of displaying the quotation, according to the step S120 of the plurality of security devices 30. S122. Step S123 of receiving a confirmation order input and in response to the confirmation order input, transmitting the quotation to the server 10 for the server 10 to establish customer information and charging information according to the quotation step S124.

Step S121: Generate a quotation according to the quantity and type of the security devices 30. After the processing module of the electronic device 20 executes the step S120, the processing module of the electronic device 20 calculates the number and type of the interactive icon on the plan P according to the number and type of the interactive icons of the security devices 30. The number and type of regional security devices 30 are calculated as the amount and type of interaction icons. The processing module generates a quotation based on the result of the operation. Taking the mobile device 20' as an example, the construction company of the security company operates the function column of the drawing operation interface 60 from the input module 23' of the mobile device 20', such as generating a quotation, and making the action The processing module 25' of the device 20' calculates the number and type of the interactive icons of the security host 40 according to the number and type of interactive icons of the security host 40 and the number and type of interactive icons of the detector 50. And the number and type of the interaction icons of the detector 50, and the result of the operation generates a quotation.

Step S122: Display the quotation. The quotation is displayed on the display module 22 of the electronic device 20. Taking the mobile device 20' as an example, after the processing module 25' of the mobile device 20' generates a quotation, the display module 22' of the mobile device 20' displays the quotation.

Step S123: Receive a confirmation order input. The processing module of the electronic device 20 receives a confirmation order from the input module. Taking the mobile device 20' as an example, the construction company of the security company inputs a confirmation order from the input module 23' of the mobile device 20', and the processing module 25' of the mobile device 20' receives the confirmation order.

Step S124: In response to the confirmation order input, the quotation is transmitted to the server 10 for storage, so that the server 10 establishes customer information and charging information according to the quotation. After the processing module of the electronic device 20 receives the confirmation order, the communication module of the electronic device 20 transmits the quotation to the server 10. The connection module 11 of the server 10 receives the quotation, and the control module 12 of the server 10 stores the quotation to the memory module 13. Taking the mobile device 20' as an example, after the processing module 25' receives the confirmation order, the communication module 21' transmits the quotation to the server 10. The connection module 11 of the server 10 receives the quotation, and the control module 12 of the server 10 stores the quotation to the memory module 13. In this way, after the planner completes the layout plan of the security device, the estimated quotation can be generated immediately and can be confirmed by the user, thereby eliminating the need for the previous planner to return to the company for drawing, making a quotation, sending a quotation, etc. Process.

Referring to FIG. 9 , a third embodiment of the present invention discloses a cloth of the security device 30 . Set the flow chart. The difference between the arrangement management method of the security device 30 of the present embodiment and the arrangement management method of the security device 30 of the first embodiment is that the arrangement management method of the security device 30 of the present embodiment receives a status signal of the security devices 30. Before step S160, the method further includes: step S151 of setting parameters of the security devices and step S152 of enabling the security devices 30, as explained below.

Step S151: setting parameters of the security devices 30. Taking the mobile device 20' as an example, the construction personnel of the security company can operate the communication module 21' of the mobile device 20' to search for the detector 50 by operating the input module 23' of the mobile device 20', and connect the detector 50. Wireless communication component 501. The construction company of the security company inputs the parameters of the detector 50 from the input module 23' of the mobile device 20', and causes the processing module 25' of the mobile device 20' to receive the parameter of the detector 50, and via the communication module. The group 21' transmits the parameter to the wireless communication component 501 of the detector 50, wherein the parameter of the detector 50 is the name of the detector 50, the item number, the location of the detector 50 in the monitoring area, and the MAC bit. An address, a network protocol, or a coded manner indicating a state parameter of the security device 30 in a different security state, wherein the state parameter corresponds to a different security state with a different value, and the state parameter includes a representation state, a general state, or Abnormal state.

Step S152: The security devices 30 are enabled. Taking the control host 20", the security host 40, and the detector 50 as an example, after the control component 503 of the detector 50 receives the parameter via the wireless communication component 501, the control component 503 of the detector 50 stores the parameter to the memory component 502. And transmitting, according to the parameter, the test signal of the detector 50 via the communication unit 401 of the security host 40, the test signal can be the setting state of the set signal corresponding detector 50. The communication module 21" of the control host 20" receives the The test signal of the detector 50 transmits the enable signal of the detector 50 for connecting the control host 20" and the detector 50. After the communication unit 401 of the security host 40 receives the enable signal of the detector 50, the enable signal of the detector 50 is translated into the detector. The enable parameter of 50 is transmitted to the wireless communication component 501 of the detector 50. After the wireless communication component 501 of the detector 50 receives the activation parameter of the detector 50, the control component 503 of the detector 50 drives the detector 50 according to the activation parameter of the detector 50. The wireless communication component 50 transmits the enable signal of the detector 50 to the regulatory host 20" via the communication unit 401 of the security host, so after the detector 50 is enabled, and before the detector 50 is in an abnormal state, The detector 50 is in a general state.

Referring to FIG. 10, a fourth embodiment of the present invention discloses a flow chart of the arrangement of the security device 30. The difference between the arrangement management method of the security device 30 of the present embodiment and the arrangement management method of the security device 30 of the first embodiment is that the electronic device 20 of the present embodiment is substantially the control host 20" located in the security control center and is located in the monitoring Before the step S160 of receiving the status signals of the security devices 30, the mobile device 20' further includes: in step S153, the mobile device receives the input of one of the parameters of the security devices 30, and the mobile device 20 'Step S154 of transmitting the parameter to the corresponding security device 30, and receiving, by the control host 20, the step S155 of the test signal generated by the security device 30 according to the set parameter and the control host 20" After confirming the test signal, the step S156 of transmitting an enable signal to the security devices is as follows:

Step S153: The mobile device 20' receives one of the parameters of the security devices 30. For example, the construction company of the security company inputs the parameters of the security devices 30 from the input module 23' of the mobile device 20', and the processing module 25' of the mobile device 20' receives the parameters of the detector 50, wherein the The parameter may be the name of the detector 50, the item number, the location of the detector 50 in the monitoring area, the MAC address, the network protocol, or the status parameter indicating that the security device 30 is in different security states in a coded manner ( Set status, general status or abnormal status).

Step S154: The parameter is transmitted to the corresponding security device 30 at the mobile device 20'. For example, the construction company of the security company operates the input module 23' of the mobile device 20' to cause the communication module 21' of the mobile device 20' to search for the detector 50 and to connect the wireless communication component 501 of the detector 50. After the processing module 25' of the mobile device 20' receives the parameter of the detector 50, the construction company of the security company can operate the input module 23' of the mobile device 20' to cause the communication module 21' to transmit the parameter to the security. The communication unit 401 of the host 40. The communication unit 401 of the security host 40 receives the parameter and transmits the parameter to the wireless communication component 501 of the detector 50. The control component 503 of the detector 50 generates a test signal according to the parameter, and transmits the test signal via the communication unit 401 of the security host 40.

Step S155: The control host 20" receives a test signal generated by the security device 30 according to the set parameter. For example, the connection module 11 of the server 10 receives the test signal; the control host 20 The communication module 21 receives the test signal of the detector 50 from the connection module 11 of the server 10; or the communication module 21" of the control host 20" receives the detection via the internet connection. The test signal of the device 50.

Step S156: After the control host 20" confirms the test signal, an activation signal is transmitted to the security devices 30. For example, the communication module 21" of the control host 20" receives the test signal of the detector 50. The processing module 25" of the control host 20" translates the test signal into the test parameter of the detector 50, and compares the test parameter of the detector 50 with the parameter of the detector 50, thereby controlling the host. The 20" processing module 25" is displayed on the display module 22" of the control host 20" according to the result of the comparison. Further, the personnel of the security control center operate the control module 20" of the input module 23" to make the control host The 20" processing module 25" transmits an enable signal of the detector 50 via the communication module 21", thereby connecting the control host 20" and the detector 50, and The control host 20" transmits an operation signal or receives a status parameter of the detector 50, or causes the detector 50 to transmit a status parameter of the detector 50 or receive an operation signal of the regulatory host 20". The wireless communication component 501 of the detector 50 receives the enable signal via the communication unit 401 of the security host 40. Therefore, after the detector 50 is enabled, and before the detector 50 is in an abnormal state, the detector 50 is General state.

Referring to FIG. 11, a fifth embodiment of the present invention discloses a flow chart of the arrangement of the security device 30. The difference between the arrangement management method of the security device 30 of the present embodiment and the arrangement management method of the security device 30 of the first embodiment is that the arrangement management method of the security device 30 of the present embodiment downloads the record from the server 10 After the step S150 is displayed on the plan view P and the interaction diagrams are displayed on the plan view P, the step S157 of receiving the current parameters from the security devices 30 is further included, and the current parameters are updated to the record file. Step S158 and step S159 of returning the updated log file to the server 10 are as follows:

Step S157: Receive the current parameters from the security devices 30. Taking the mobile device 20' as an example, the construction personnel of the security company operate the input module 23' of the mobile device 20' to cause the communication module 21' of the mobile device 20' to search for the detector 50, and connect the wireless of the detector 50. Communication component 501. The control unit 503 of the detector 50 controls the wireless communication component 501 to transmit the current parameters of the detector 50 according to the execution file or the operation signal transmitted by the communication module 21' of the mobile device 20'. The processing module 25' of the mobile device 20' receives the current parameter of the detector 50 via the communication module 21', such as the name of the detector 50, the item number, and the location of the detector 50 in the monitoring area. a MAC address, a network protocol, or a state parameter indicating that the security device 30 is in a different security state, wherein the state parameter corresponds to a different security state with a different value, and the state parameter includes a setting state, General state or abnormal state.

Step S158: Update the current parameter to the log file. Taking the mobile device 20' as an example, the processing module 25' of the mobile device 20' reads the current parameter comparison from the log file according to the current parameter of the detector 50 received by the communication module 21'. This parameter of the detector 50 is corresponding and the current parameter is overwritten to read the parameter corresponding to the detector 50 from the log file. According to the current parameter, the construction personnel of the security company can select the storage from the function column of the drawing operation interface 60 by the input module 23' of the mobile device 20', and the processing module 25' of the mobile device 20' is generated according to the storage. Updated the log file.

Step S159: The updated log file is returned to the server 10. Taking the mobile device 20' as an example, the construction company of the security company selects the transmission in the function column of the drawing operation interface 60 by the input module 23', so that the processing module 25' reads the storage module 24' from the storage module 24'. Updating the log file, and controlling the communication module 21' to transmit the updated log file to the server 10 via the processing module 25' of the mobile device 20', the connection module 11 of the server 10 receiving the update file In the log file, the control module 12 of the server 10 searches for the corresponding record file located in the memory module 13; compares the updated record file with the record file; and overwrites the updated record file to the record file. .

In some embodiments, the parameter of the security device 30 is also stored in the step S130 of storing the plan view P, the interaction icons, and the interaction diagrams in the record position of the plan view P. The log file.

Referring to FIG. 12, a sixth embodiment of the present invention discloses a flow chart of the arrangement of the security device 30. The difference between the arrangement management method of the security device 30 of the present embodiment and the arrangement management method of the security device 30 of the first embodiment is that the arrangement management method of the security device 30 of the present embodiment further includes receiving the response in response to the interactive icon. One of the triggering steps S180 and the display touch Step S190 of transmitting the parameters of the security devices 30 corresponding to the interaction icon is as follows:

Step S180: Receive a trigger in response to one of the interaction icons. Taking the detector 50 as an example, after the detector 50 is triggered, the wireless communication component 501 of the detector 50 transmits a status signal via the communication unit 401 of the security host 40. After the communication module 21" of the control host 20" receives the status signal of the detector 50, the processing module 25" of the control host 20" translates the status signal of the detector 50 to the status of the detector 50. a parameter, the state parameter may be a set state parameter, a general state parameter or an abnormal state parameter, and the state parameter of the detector 50 and the parameter of the detector 50 are mapped to the corresponding parameter to the corresponding parameter The interaction diagram of the detector 50, wherein the status parameter indicates, in an encoded manner, that the security device 30 is in a different security state, such as different values corresponding to different security states, and the state parameters include a representation state, a general state, or an abnormal state.

Step S190: Display the parameters of the security devices 30 corresponding to the triggered interactive icon. The processing module 25 of the electronic device 20 maps the state parameter of the detector 50 to the interactive icon corresponding to the detector 50, and displays the interactive icon triggered by the detector 50 corresponding to the plan view P. The location on the top. Taking the control host 20" and the detector 50 as an example, the processing module 25" of the control host 20" maps the status parameter triggered by the detector 50 to the interactive icon corresponding to the detector 50, and then controls the host. The 20" display module 22" displays the interactive icon triggered by the detector 50 corresponding to the position on the plan view P, as shown in FIG.

Referring to FIG. 13, a seventh embodiment of the present invention discloses a flow chart of the arrangement of the security device 30. The difference between the arrangement management method of the security device 30 of the present embodiment and the arrangement management method of the security device 30 of the first embodiment is that the arrangement management method of the security device 30 of the present embodiment receives the status signal of the security devices 30. After step S160, it further includes determining the state. Step S161 of whether the signal includes an abnormal state of the plurality of security devices 30, and if so, displaying the interactive icon of each of the security devices 30 in the corresponding state on the plan view P, the system automatically displays Step S162 of the plan view P is as follows:

Step S161: It is determined whether the status signal includes an abnormal state of the security devices 30. Taking the control host 20" as an example, after the communication module 21" of the control host 20" receives the status signal of the detector 50, the processing module 25" of the control host 20" detects the status signal of the detector 50. Translating into the state parameter of the detector 50, and comparing the state parameter with the parameter of the detector 50, wherein the state parameter indicates, in an encoded manner, that the security device 30 is in a different security state, such as different values corresponding to different values. The security state, and the state parameter includes a setting state, a general state, or an abnormal state.

Step S162: If yes, in the step of displaying the interactive icon of each of the security devices 30 in the corresponding position on the plan view P, the plan view P is automatically displayed. For example, in the control host 20", the processing module 25" of the control host 20" determines that the status signal transmitted by the detector 50 is an abnormal state, and maps the abnormal status to an interactive icon corresponding to the detector 50. And the position of the interaction diagram on the plan view P corresponds to the position of the detector 50 in the monitoring area. The processing module 25" of the control host 20" determines the abnormal state of the detector 50 and maps to the detection. The interactive icon of the device 50, the processing module 25" displays the interactive icon of the detector 50 via the display module 22".

Referring to FIG. 14, an eighth embodiment of the present invention discloses a flow chart of the arrangement of the security device 30. The difference between the arrangement management method of the security device 30 of the present embodiment and the arrangement management method of the security device 30 of the first embodiment is that the electronic device 20 of the embodiment is substantially a control host 20" located at the security control center and located at One of the monitoring areas of the mobile device 20', and After the step S160 of receiving the status signal of the security devices 30, the method further includes the control host 20" determining whether the status signal includes an abnormal state of the security devices 30. Step S163, if yes, the step S164 of transmitting the authorization certificate to the mobile device 20' by the control host 20" and the step S165 of obtaining the record file from the server 10 according to the authorization certificate, and In the step S170 of displaying the interactive icon of each of the security devices 30 in the corresponding position on the plan view P, the step S171 of displaying the plan view is performed according to the record file, and the steps are obtained from the control host 20". In step S172 of the security state of the security device 30, the step S173 of displaying the interactive icon of each of the security devices 30 in the corresponding position on the plan view P is described as follows:

Step S163: The control host 20" determines whether the status signal includes an abnormal state of the security devices 30. For example, the communication module 21" of the control host 20" receives the status signal of the detector 50. The processing module 25" of the control host 20" translates the status signal of the detector 50 into a status parameter of the detector 50, and compares the status parameter with the parameter of the detector 50, wherein The status parameter indicates that the security device 30 is in different security states in a coded manner, such as different values corresponding to different security states, and the state parameters include a setting state, a general state, or an abnormal state.

Step S164: If yes, the control host 20" transmits an authorization credential to the mobile device 20'. For example, the processing module 25" of the control host 20" determines that the status signal transmitted by the detector 50 is abnormal. The security control center personnel controls the input module 23" of the control host 20" to cause the processing module 25" of the control host 20" to transmit the authorization credentials to the server 10 via the communication module 21" of the control host 20". The module 11 or the communication module 21' of the mobile device 20'.

Step S165: The log file is obtained from the server 10 based on the authorization credential by the mobile device 20'. For example, the communication module 21' of the mobile device 20' can receive the authorization credential from the communication module 21" of the control host 20" or receive the authorization credential from the connection module 11 of the server 10. When the communication module 21' of the mobile device 20' is connected to the connection module 11 of the server 10, the control module 12 of the server 10 transmits the authorization according to the communication module 21' of the mobile device 20'. The voucher authorizes the mobile device 20' to download a log file corresponding to the authorization voucher from the memory module 13 of the server 10. However, the mobile device 20' may also obtain the log file from the control host 20" according to the authorization certificate.

In the step S170 of displaying the interactive icon of each of the security devices 30 corresponding to the corresponding position on the plan view P, the following steps are included, and the order of the following steps is not limited thereto, for example, step S171 and The order of execution of step S172 is interchangeable.

Step S171: Display the plan view P according to the log file. The processing module 25' of the mobile device 20' reads the log file from the memory module 13 of the server 10 or the storage module 24" of the control host 20", and the connection module 11 via the server 10 or the The communication module 21" of the control host 20" receives the log file to the storage module 24', so that the processing module 25' of the mobile device 20' reads the log file, and the display module 22 of the mobile device 20' 'Displaying the plan view P and displaying the interactive icon on the plan view P.

Step S172: Obtain the security status of the security devices 30 from the control host 20". The communication module 21" of the control host 20" receives the status signal of the detector 50, and is processed by the control host 20". After the module 25 is aligned, the security state of the detector 50 is transmitted to the connection module 11 of the server 10 or the communication module 21 ′ of the mobile device 20 ′, wherein the security state is a general state or Abnormal state. The communication module 21' of the mobile device 20' receives the detector In the secured state of 50, the processing module 25' of the mobile device 20' translates the security status to the status parameter of the detector 50 and to the corresponding interactive icon.

Step S173: Display the interactive icon of each of the security devices 30 corresponding to the corresponding position on the plan view P in the state of security. Taking the mobile device 20' and the detector 50 as an example, after the processing module 25' of the mobile device 20' maps the state parameter of the detector 50 to the interactive icon corresponding to the detector 50, the mobile device 20' The display module 22 ′ displays the interactive icon of the detector 50 corresponding to the position on the plan view P, wherein the plan view P corresponds to the monitoring area, and the interactive icon of the detector 50 corresponds to the detector 50 And the position of the detector 50 in the monitoring area corresponds to the position of the interaction of the detector 50 on the plan view P.

In summary, the above embodiment of the present invention discloses an arrangement management method for the security device 30 for providing a plan view P for the planner to draw a monitoring area in the drawing operation interface 60, and a device configuration interface 70 for setting a plurality of interactions corresponding to the plurality of security devices 30. The illustration and its parameters are thereby used to cause the plan view P to present the position of the interactive plan corresponding to the plan view P, and the interactive icon corresponds to the security device 30 and its location in the monitoring area, and to store the plan view P and the interactive icon in the log file. The log file of this embodiment can be uploaded to the server 10 via the communication module 21' or downloaded from the server 10. In addition, the constructor can set the parameters of the security device 30 through the input module 23' of the mobile device 20', such as the security host 40 and the detector 50, thereby enabling the security host 40 to connect to the control host 20" via the communication unit 401. The module 21" is configured to connect the detector 50 to the communication module 21" of the control host 20" via the wireless communication component 501; or to connect the wireless communication component 501 of the detector 50 to the control host 20 via the communication unit 401 of the security host 40. "Communication Module 21". When the communication module 21" of the control host 20" receives the status signal of the security device 30, and the processing module 25" of the control host 20" determines that the security device 30 is in an abnormal state, the processing module 25" of the control host 20" will The abnormal state security device 30 displays the interaction diagram of the corresponding security device 30 and its parameters in the display module 22", wherein the location of the interactive icon corresponds to the position of the security device 30 in the monitoring area, so as to facilitate the service personnel to follow An interactive representation of the abnormal state on the plan view P quickly finds the security device 30 corresponding to the interactive icon, and maintains the security device 30 in an abnormal state.

Although the technical content of the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and any modifications and refinements made by those skilled in the art without departing from the spirit of the present invention are encompassed by the present invention. The scope of protection of the present invention is therefore defined by the scope of the appended claims.

Claims (10)

An arrangement management method for a security device is applied to one or more electronic devices, and the electronic device is connected to a server, and the arrangement management method of the security devices includes: providing a drawing operation interface for a planner to draw a plan view of a monitoring area; providing a device configuration interface for the planner to set a plurality of interactive icons corresponding to the plurality of security devices on the plan; generating a quotation according to the number and type of the security devices; a quotation; receiving a confirmation order input; responding to the confirmation order input, transmitting the quotation to the server for storage, for the server to establish customer information and charging information according to the quotation; storing the floor plan, the interaction diagram Displaying the interaction diagram in the location of the plan view in a log file; transmitting the log file to the server for storage; downloading the log file from the server to display the plan view and displaying the interactive icon on the plan view, The construction personnel install the security devices in the monitoring area according to the map; receive a status signal of the security devices, Status signal comprises a state of each of the plurality of preservation of the security device; and the state of preservation should interact with the display position corresponding to each of the plurality of security device shown in the plan view. The method for managing the arrangement of the security device according to claim 1, wherein before receiving the status signal of the security devices, the method further comprises: setting one of the parameters of the security devices; and enabling the security devices. The method for managing the arrangement of the security device according to claim 1, wherein the electronic device comprises a control host located at the security control center and a mobile device located in the monitoring area, before receiving the status signal of the security devices, Including: inputting, by the mobile device, one of the parameters of the security device; transmitting, by the mobile device, the parameter to the corresponding security device; and receiving, by the control host, the security device according to the set parameter One of the test signals; and after the control host confirms the test signal, transmits an enable signal to the security devices. The method for managing the arrangement of the security device according to claim 1, wherein the storing the plan, the interactive icon, and the interactive icon in the step of the plan are further stored in the recording device One parameter is in the log file. The method for managing the arrangement of the security device according to claim 4, wherein after the step of downloading the log file from the server to display the plan view and displaying the interactive icon on the plan view, the method further comprises: The security device receives its current parameter; updates the current parameter to the log file; and returns the updated log file to the server. The method for managing the arrangement of the security device according to claim 1, further comprising: receiving a trigger in response to one of the interaction icons; and displaying a parameter of the security devices corresponding to the triggered interaction icon . The method for managing the arrangement of the security device according to claim 1, wherein the security state is a general state or an abnormal state, and the corresponding security state displays the interaction icon of each of the security devices in a corresponding position on the plan view. When the security state is the general state, the interaction icon representing the general state is displayed on the location of the security device corresponding to the plan view, and when the security state is the abnormal state, the display represents the abnormal state. The interactive representation of the security device corresponds to the location on the plan view. The method for managing the arrangement of the security device according to claim 1, wherein after receiving the status signal of the security devices, the method further comprises: determining whether the status signal includes an abnormal state of the security devices; and if so, The plan view is automatically displayed in the step of displaying the interactive icon of each of the security devices corresponding to the corresponding position on the plan view. The method for managing the arrangement of the security device according to claim 1, wherein the electronic device includes a control host located at the security control center and a mobile device located in the monitoring area, after receiving the status signal of the security devices, The method includes: determining, by the control host, whether the status signal includes an abnormal status of the security devices; if yes, transmitting, by the control host, an authorization credential to the mobile device; and obtaining, by the mobile device, the server according to the authorization credential The log file; And in the step of displaying the interactive icon of each of the security devices in the corresponding position on the plan view, displaying the plan according to the record file, and obtaining the security of the security devices from the control host The state displays the interactive icon of each of the security devices in a corresponding position on the plan view in a corresponding state. A method for arranging management of a security device includes: drawing a plan view of a monitoring area; setting a plurality of interactive icons on the plan view, wherein the interactive icons correspond to a plurality of security devices; and generating and according to the number and type of the security devices Displaying a quotation; and establishing a customer information and a charging information based on the quotation and a confirmation order input.