TWM449322U - Control system and security host of safety floor plan - Google Patents

Abstract

Disclosure is related to a control system and a security host of safety floor plan. The system is established when the security host is connected to a map data server over a network. The security host is featured that a display is included to display the floor plan. The security host is generally linked to the various surveillance devices. The display may be combined with a touch-screen module to function touch control for operators. The operator may use a portable device to communicate with the security host over a proximal communication way. The scheme allows the operator to edit the floor plan, and the map data server conducts synchronization. The map data server provides functions of remote access, floor plan synchronization and editing. When the floor plan has been changed, the server synchronizes the data with the security host instantly.

Description

Security plan control system and security host

This creation relates to a security floor plan control system and a security host, and in particular to a system consisting of a security host and a control center with a display security plan.

In the case where a security device is installed, in order to facilitate maintenance, the security company usually draws a plan showing the security facilities in the occasion. Generally speaking, the floor plan is usually placed near the security host or placed in the customer's custody. The Preservation Control Center maintains a reserve and will take out the location of the security facility when needed. A disadvantage of this type of paper-based plan is that when there are any changes, such as moving, updating, or decorating the device, the entire floor plan needs to be redrawn and updated.

In the further security plan, it is more likely to have various warning lights to facilitate the quick and convenient arrival of the site in the event of a security incident. For example, the security host has a code (such as a number or an English letter) indicating the location of each security facility, and can cooperate with the warning light. For example, the security facility located at the gate location is marked with a code. When the security host reports, it indicates that there is The specific security event is triggered. At this time, the security personnel need to take out the plan to check the location, so as to know the location of the corresponding code, such as the sensor for the gate.

However, if there are any changes to the security facilities, the floor plan must be redrawn and updated according to the actual situation.

In addition, in the case of on-site maintenance, the maintenance personnel need to notify the control center to change the floor plan when resetting the security device or changing the design. Then, it is redrawn by the control center; and the maintenance process may also be obtained because the plan is inconvenient, and the maintenance personnel must confirm the back and forth between the host and the security facility reporting office with a certain distance, which is not easy to maintain on site.

In order to solve the problem that the security plan can be updated quickly and easily when the plan is changed, the security host described in the disclosure has a display that can display the security plan of the occasion, and the security plan is digitalized, so that the updated service can be provided, and the host is saved. The map server connected to a remote control center provides a plan view displayed by a plurality of security hosts connected to the remote synchronization record, and can immediately synchronize the security plan when the change occurs.

According to one embodiment of the present invention, the security host is mainly characterized by including a display capable of displaying a security plan, the internal circuit includes a central processing unit for processing data and overall operation between circuit units in the host, and a display unit connected to the display. The network communication unit for communicating with the remote control center, the memory for recording the picture, and the security input/output unit for connecting various internal security devices.

According to another embodiment, the security plan of the display displayed on the security host may have the function of generating various warning functions when an abnormal signal is generated, and may include a warning unit, thereby being able to display, light or The sound produces a warning signal. The display unit can be combined with a touch unit to provide a display with a touch function, so that a person can operate through the touch display, such as operating a security setting or editing a floor plan.

In addition, the security host may also include a near-end communication unit for connecting the near-end electronic device, such as a person holding a mobile device. After connecting with the security host, you can obtain the permission to manage the security plan. The security host can also include a user management unit that manages access rights.

The security host is connected with the map server of the control center to form a security plan control system. The system includes two devices that can synchronously save the plan, that is, the terminal's security host connects to the server at the control center through the network. The main task of the server is to provide remote access, synchronization and editing of the maintenance plan, including a data processing unit that processes internal data, and a user management unit that includes administrator access rights. The security host management unit of the security host, and the management data unit of the security plan on each security host, and the communication unit of the external connection.

In this way, the image server can obtain the state of the security host through the network at any time, and can also manage the security plan displayed on each security host, including the personnel to edit the plan by accessing the server, and then the terminals can be synchronized immediately. Plan the layout of the host.

In view of the fact that it is generally difficult to display and update the floor plan of a security facility for a specific occasion, and it is not convenient to maintain the on-site security facility, the present disclosure describes a technique for updating a floor plan in different ways in consideration of safety, which may display a security plan. The security host maintains the security plan control system established by the host and the remote control center, and provides the functions of the maintenance personnel to connect and maintain the handheld device.

First embodiment:

One of the embodiments described in the disclosure may refer to the schematic diagram of the control plan control system shown in FIG.

The figure shows a security host 10, which generally operates like a security host set up in a specific occasion. The security host 10 provided in a specific occasion (such as a home, a company, a building) mainly includes a display 101, and the display 101 displays the record. There is a security plan 103 of the security facility in this case. In addition to displaying the location of the security facility, the security plan 103 can be provided with a corresponding warning light or icon. When a security event occurs, the sound can be heard, flashed, changed color or Warnings such as patterns.

In this example, the security host 10 is connected to the map server 14 of a control center through the network 12, and the control center is mainly connected to the security host 10 located in various places through the server server. In addition to the security status of the occasion and the operation state of the security host 10, the author further manages the security plan 14 displayed by each terminal to maintain the security plan 103 displayed by the host 10, including the ability to synchronize and update the security through the network 12 after the update. Plan view 103. The map server 14 can be connected to the monitor screen 16 so that the control center personnel can synchronously monitor the plan view status of each of the security hosts 10.

In general, the display screen on the security host 10 is only used to display the security facility map for the occasion. If it is to be changed, the control center can authorize the change to modify and synchronize the modified content through the network, and the floor plan will be synchronized. change. In another embodiment, the display 101 of the security host 10 can be a touch display. Under the condition of security authorization, the maintenance personnel or the authorized user can use the touch method to set the security facility or release the alarm.

For example, if there is a change in the security facilities in the occasion, such as when the interior decoration changes, or when the security device is added or deleted, the security personnel can make changes through the touch display under the conditions of security authorization. The maps in the map server 14 on the central control center are synchronized to facilitate management.

The connection between the host 10 and the network 12 can be connected to the remote control center through wired or wireless means, such as a dedicated line, an asymmetric user digital loop (ADSL), or a mobile communication network such as 3G or 4G, and the near end. It can be equipped with an industry standard interface, such as RS232, RS485, USB, etc., to connect the device carried by the maintenance personnel for maintenance. For related embodiments, reference may be made to the description of FIG. 2 of the disclosure.

Under certain conditions, the security host 10 can also provide a mechanism for near-end login. For example, under the mechanism of providing passwords, account numbers, and the like to identify the rights of the maintenance personnel, the input interface is displayed by the display 101, and the maintenance personnel inputs relevant information on the display 101. Authorized authentication data, if successful authentication, can successfully log in to the security host 10 for maintenance.

Second embodiment:

In the system formed by the above-mentioned security host and the control center, the method of maintaining the security plan on the security host is not only directly operated on the host through the touch display or other input devices, but also can be referred to the schematic diagram of the embodiment shown in FIG. The person can hold a mobile device 211, 213 and directly or indirectly connect the host 20 through the near-end wireless transmission mode to operate with the corresponding software. The mobile devices 211, 213 of this example can be mobile devices with display screen and network communication capabilities, such as a notebook computer, a tablet computer, or even a smart phone.

The work of using the mobile devices 211, 213 includes the maintenance personnel to perform the security device detection, the portal detection, the alarm detection, and the like by the maintenance personnel, and then the security host 20 obtains the detection result to determine whether the operation is good.

According to the authoring embodiment, the security host 20 has a display 201 for displaying the security plan 203, and the security host 20 is connected to the map server 24 of the control center via the network 22. In this example, the mobile device 211 is directly adjacent. The terminal connection security host 20 can synchronously display the plan view of the security host 20; and the mobile device 213 is connected to the image server 24 through the remote end of the network 22, and the mobile device 213 synchronously displays the security plan. It is directly synchronized with the map server 24.

The main purpose of the mobile devices 211, 213 in this example is to provide a convenient tool for the maintenance personnel, wherein the editing software program can be loaded to synchronously save the security plan 203 on the host 20, one of which can be directly obtained by the security host 20. And under the premise of security, the software tool is directly edited, and then updated with the security host 20, and the final data is synchronized with the map server 24; another embodiment is firstly used by the transport personnel using the mobile device 213. The line graph server 24 first synchronizes the security plan of the database, and also edits it through the software tool in the mobile device 213, and then uploads it to the map server 24, and then synchronizes with the plan view of the security host 20.

The security host 20 shown in the figure can be electrically connected to various security devices, such as the illustrated sensor 21, the camera 23, the digital image monitoring system (DVR) 25, and the network monitoring system (NVR) 27. The security plan 203 displayed on the display 201 of the security host 20 indicates the setting positions of the security devices by means of icons, lights or other means, and can issue warnings by using lights, icons or sounds when an abnormal signal occurs. The signal, and the security plan 203 is a digitized image that can be synchronized with the data carried by the image server 24.

The software program installed in the mobile devices 211, 213 can be composed of different functional programs. One function is that the security confirmation mechanism executed in the mobile devices 211, 213 provides a program to identify the user, such as confirming the identity through the display login interface. Actual implementation does not exclude other Such as portable identification devices, biometrics and other methods.

By using the mobile device 211 of this example to directly access the security host 20, the host 20 can be accessed by the near-end wireless communication, and the management authority can be obtained, so that the security modification plan 203 can be modified by the operation software. After the relevant modification is confirmed, the host is saved. 20 should resynchronize the operation with the database of the proxy server 24.

According to the embodiment shown in Fig. 2, the flow described in Fig. 6 can be simultaneously referred to. The mobile device 213 of this example is not directly logged into the security host 20, but is first connected to the map server 24 via the network 22. As shown in step S601 of FIG. 6, the control center provides access management for accessing the specific security host 20. When the transporter connects the map server 24 with the mobile device 213 and inputs the security host (such as 20) to identify the data (such as identification code, address, address, number, etc.), the image server 24 An identity confirmation will be required, such as displaying the login interface of the account number and password on the mobile device 213, as in step S603.

After the identity of the carrier is confirmed, the management authority is acquired, and the mobile device 213 can synchronize the security plan 203 of the case (step S605) and display it on the display screen of the mobile device 213 (step S607). And operating, modifying and updating with the operation interface (step S609). After the modification, the update program may be generated by the program in the mobile device 213, such as the software program for editing the plan, to notify the image server 24 (step S611). The updated content can be uploaded to the map server 24 immediately or after completion (step S613), and the associated host 20 connected to the map server 24 updates the plan content on the display 201 (step S615). .

Figure 3 then shows a schematic diagram of the implementation of the near end maintenance plan.

In this example, the control center 3 is located at the remote end, and the host is secured to each end through the network connection. In this example, only one security host 31 is indicated, and the user of the terminal can operate the mobile device 32 in the figure, such as a tablet computer. Portable devices such as notebook computers.

The mobile device 32 of this example is first connected to the control center 3, and after synchronization, can be loaded as a security plan on the security host 31, so that the user (such as a maintenance personnel) can move in the set occasion, and the security plan is compared with the security plan. The various security facilities are provided with a security facility 33 in which the security device 33 is provided, such as a security device 35 providing security for the portal, which will be displayed on the display of the mobile device 32.

When the user moves the mobile device 32 in this situation, if the setting and change security device 35 are required, the software tool can directly perform the change through the software tool on the mobile device 32. After the plan is changed, the control center can be notified by the update signal. 3. In this example, the security plan in the security host 31 is updated synchronously by the control center 3. It is worth mentioning that, after the security plan is edited and updated simultaneously at each end, the mobile device 32 can still continuously display the security plan of the control center 3 (or the image server) or the security host 31.

The above-mentioned control system manages a plurality of security hosts installed in various places, and the function module of the control server at the control center and the security host can refer to the functional block diagram shown in FIG. 4.

The figure shows the function block diagrams of the devices at both ends. The server server 42 is a server host located in the control center. It can be composed of one or more hosts. It can connect and manage the security hosts located in various places through the network. 40. One of the main functions of the image server 42 is to synchronize the security plan displayed by each end to the host 40.

The data server 42 includes a data processing unit 421 for processing data between the circuits and the software modules in the server. The data processing unit 421 is electrically connected to each hardware or software module, and is used for management to obtain editing. A user management unit 422 that reserves the authority of the plan, a map resource unit 424 that stores the map, a management unit 423 that manages one or a plurality of security host operations that are located at various locations, and a communication unit 425 that communicates with the server. . These functional modules can be selectively matched in different embodiments or requirements.

The main purpose of the image server 42 is to manage the security plan set in the security host 40, and to monitor the operation status of the host 40 and the change of the security plan at the same time, and to manage and store the data of each host 40. The security host management unit 423 can obtain the latest operational status. The map database unit 424 stores one or more security plan maps corresponding to the respective terminal security host 40, and maintains the latest update status at any time, thereby ensuring that the security plan set in the security host 40 is synchronized to the latest state.

The user management unit 422 disposed in the proxy server 42 is configured to manage the user accessing the proxy server 42. In an embodiment, the user accessing the client of the security host can also be managed. A management unit, such as the above-mentioned authorized user or carrier.

The communication module 34 in the picture server 42 is provided with a wired or wireless connection mode for the picture server 42 to connect to the terminal 40.

When the security plan of the security host 40 or the image server 42 is changed, the image server 42 causes the security plan stored in the memory of each security host 40 to be in the server according to the information of the changed floor plan. The contents of the map database unit 424 are synchronized.

Due to security considerations, in one embodiment of the security mechanism, the map server 42 can manage one or more mobile devices that directly access the map server 42 to thereby directly access the user of the control terminal. The security host or the mobile device that can directly edit the security plan, such as the need to log in to the system, can be used to control the device that logs into the system by controlling the network card number and identification code of each mobile device. The map server 42 therefore has a storage medium (not shown) that stores the network card number or identification code of the mobile device that allows access to the secured floor plan.

The mobile device can be installed as a portable mobile device such as a smart phone, a tablet, a notebook computer, or the like. When one or more mobile devices directly access the image server 42, after the security authorization, the security plan in the image database unit 424 in the image server 42 can be changed, and the changed security plan is stored in the database. And the security plan set in each security host 40 is synchronized.

With continued reference to the functional blocks of the security host 40 in FIG.

The security host 40 includes a central processing unit 401 for processing system data in the host. The central processing unit 401 is electrically connected to each circuit module in the host, and mainly includes a display unit 402 for processing a floor plan display operation. The unit 407), the security input/output unit 406 for processing the security device signal to and from the processing I/O, the storage data, the memory 404 including the image, and the network communication unit 403 of the connection network. In addition, according to the requirements, the security host 40 may be provided with an alert unit 405 that issues an alert when a security event occurs, and the user management unit 409 of the host terminal is secured with the near-end communication unit 408 that provides the near-end connection. These circuit modules can be selectively matched in different embodiments or requirements, and do not have to be included in the security host 40.

The display unit 41 described above includes a display (not shown) for displaying a security plan view indicating the security configuration of the specific place. In one embodiment, the security host can provide a touch function, and has a touch unit 407 for processing the touch signal and the touch panel. The touch panel provided by the touch unit 407 allows the user to directly perform setting on the display. The change, the operation command is generated through the touch, and the generated change will be synchronized with the image in the image server 42.

The security input/output unit 406 on the security host 40 is connected to the plurality of security devices connected to the security host 40, such as the sensor 461, the camera 462, and the digital image connected to the security input/output unit 406. A monitoring system (DVR) 463 and a network monitoring system (NVR) 464.

Since the security plan can display the security device installed at each location and generate a warning signal when an abnormal signal occurs, the security host 40 of this example is provided with a warning unit 405, which can be connected to the device (such as a light-emitting device) on the security plan. The device, not shown), the device that emits the sound (such as a buzzer, not shown), and the device that produces the graphic (such as a graphic display, not shown) can send a warning signal when the security device generates an abnormal signal.

The main function of the memory 404 in the security host 40 is to store the security plan and other graphics. Under normal operation, the memory 404 can serve as a dynamic memory for temporarily storing various source data.

The network communication unit 403 in the security host mainly provides a function of connecting the network, so that the security host 40 can be connected to the network and connected to the image server 42 via the network.

In a specific embodiment, a function of maintaining a near-end management of the host 40 is provided, so that a near-end communication unit 408 can be provided, and the security host 40 provides one or more mobile devices through the near-end communication unit 408 to directly connect the security host. 2 mobile device (211) displayed, i.e. a proximal end connected to the preservation of the host communication (20) of this embodiment, applicable to communication such as Bluetooth short-range communication (Bluetooth ^TM) communication, WiFi ^TM (Wi-Fi Or other wireless communication means, except that the mobile device can be allowed to change the security plan of the security host 40 through the near-end communication unit 408, and can perform the work including the synchronization security plan, the security setting and the release. The security host 40 can therefore include the user management unit 409 of the security host to manage the user data connected through the near communication unit 408.

Figure 5 then shows an embodiment functional block of the mobile device 50 applied to the above-described authoring security plan control system. The two ends of the illustrated system are respectively provided with a network-connected security host 40 and a map server 42. This example further includes a mobile device 50 that connects the system through a network.

The mobile device 50 is designed as a portable computer device, wherein the display unit 502, the network unit 503, the input unit 504 and the memory unit 505 are provided with a control unit 501 according to the function.

The control unit 501 of the mobile device 50 in this example mainly processes the data signals in which the security plan is synchronized, displayed, and edited, and controls the operation of the network unit 503 to connect to the network.

The mobile device 50 can be connected to the network through the network unit 503, thereby connecting to the security host 40 or the server server 42. The network unit 503 can be directly connected to the near-end communication unit in the security host 40. The terminal is connected to the security host 40, and the floor plan of the security host 40 is directly obtained, and can even be directly edited and updated.

After successful connection with the server server 42 or the security host 40 (not excluded from the network or near-end connection), the user identity and access rights can be confirmed through some necessary security measures. Thereafter, the mobile device 50 will be synchronously loaded into the security plan, such as by the map server 42 to obtain a security plane. Figure. During the period, when the mobile device 50 issues an instruction to download the floor plan, the command should carry the identification information corresponding to the security host 40, and the map server 42 compares and provides the security plan of the corresponding security host 40.

Then, the display unit 502 displays the security plan on the display screen of the mobile device 50, and the image can be stored in the memory unit 505 at the same time. When the security plan is modified, the image server 42 is displayed in close proximity on the display screen. In addition, the memory unit 505 also records the code for editing the security plan software.

Upon initiation of the change of the plan, the editing program described in the memory unit 505 will be executed, and the input unit 504 provides the necessary operation interface for the operator to edit the plan on the mobile device 50, such as the mobile device 50. The touch interface, in conjunction with the display unit 502, can be edited by using the touch function while displaying the plan view and editing the software; in addition, the editing method using the input device such as a mouse or a keyboard is not excluded. The modified security plan may be temporarily stored in the memory unit 505, and then transmitted through the network unit 503, including the identification information corresponding to the security host 40, and the updated floor plan information to the image server 42. Finally, the map server 42 synchronizes the map with the corresponding security host 40.

In particular, when the security plan is changed, for example, the update signal notification server server 42 is sent by the mobile device 50. At this time, the image server 42 will receive the updated security plan and then actively synchronize the storage in the corresponding security host 40. Security plan. The synchronized security plan is displayed on the security host 40.

In the data synchronization technology of the general application, it is mainly through the software program or the hardware circuit corresponding to the two ends, and the file information contained in the communication signal (package) is used to confirm whether the files are consistent, for example, by comparing the files with each other. Set the time or version, in the case of safe and secure, replace the data in the old file with all or part of the latest version or the latest update date.

In the environment under security considerations, the creation of this creation can be set up in a one-way manner by the control center to update the security of the host. In the case of security, it is not excluded that the synchronization information can be issued by the security host. The map of the center map server.

It is worth mentioning that because the control center may control multiple security hosts at the same time, the updated information transmitted should contain identification information identifying each security host. Other information may include updated date, version, related personnel and other information.

In summary, the security plan control system described in the present disclosure integrates the image server provided at the control center end and the security host installed in each place, in particular, the security host has a display for displaying the security plan, this figure and the control The database of the server at the center end is synchronized, and the security plan is digitalized, which allows the person who confirms the identity to edit it. The updated image will be updated simultaneously. The system can provide convenient and fast update service.

However, the above description is only a preferred and feasible embodiment of the present invention, and thus does not limit the scope of the patent of the present invention. Therefore, the equivalent structural changes that are made by using the present specification and the illustrated contents are equally included in the present creation. Within the scope, it is combined with Chen Ming.

10‧‧‧Security host

101‧‧‧ display

103‧‧‧Security plan

12‧‧‧Network

14‧‧‧ Figure server

16‧‧‧Monitor screen

20‧‧‧Security host

201‧‧‧ display

203‧‧‧Security plan

22‧‧‧Network

24‧‧‧Photo Server

211,213‧‧‧ mobile devices

21‧‧‧ Sensor

23‧‧‧ camera

25‧‧‧Digital Image Surveillance System

27‧‧‧Network Monitoring System

3‧‧‧Control Center

31‧‧‧Security host

32‧‧‧Mobile devices

33‧‧‧Security facilities

35‧‧‧Security device

40‧‧‧Security host

401‧‧‧Central Processing Unit

402‧‧‧Display unit

403‧‧‧Network communication unit

404‧‧‧ memory

405‧‧‧Warning unit

406‧‧‧Security input and output unit

407‧‧‧Touch unit

408‧‧‧ Near-end communication unit

409‧‧‧User Management Unit

42‧‧‧Photo Server

421‧‧‧Data Processing Unit

422‧‧‧User Management Unit

423‧‧‧Security Host Management Unit

424‧‧‧Capital database unit

425‧‧‧Communication unit

461‧‧‧ Sensor

462‧‧‧ camera

463‧‧‧Digital Image Surveillance System

464‧‧‧Network Monitoring System

50‧‧‧ mobile devices

501‧‧‧Control unit

502‧‧‧Display unit

503‧‧‧Network Unit

504‧‧‧Input unit

505‧‧‧ memory unit

Step S601~S615‧‧‧Synchronization of the plan of the security plan

FIG. 1 is a schematic diagram showing an embodiment of a control plan control system of the present invention; FIG. 2 is a schematic view showing the second embodiment of the control system of the present invention. Figure 3 shows a schematic diagram of an embodiment of a near-end maintenance security plan using the present invention; Figure 4 shows one of the functional block diagrams of the embodiment of the creation security plan control system; Figure 5 shows a functional block diagram of the embodiment of the creation security plan control system 2; Figure 6 shows an embodiment flow for creating a synchronous security plan.

10‧‧‧Security host

101‧‧‧ display

103‧‧‧Security plan

12‧‧‧Network

14‧‧‧ Figure server

16‧‧‧Monitor screen

Claims (10)

A security plan control system includes: at least one security host having a display for displaying a security plan, comprising: a central processing unit for processing system data in the security host; and a display unit for processing the security plan display operation, Electrically connecting the central processing unit; a security input/output unit that processes one or more security device signals in the security host, electrically connected to the central processing unit; a memory that stores the security plan, electrically connected to the central a processing unit; a network communication unit of the connection network, electrically connected to the central processing unit; a picture server, connecting the at least one security host via the network, comprising: processing data in the server a data processing unit; a user management unit for managing user rights, electrically connecting the data processing unit; and storing a map resource unit corresponding to the security plan view of the host, electrically connecting the data processing unit; Manage the security host management unit of the security host operation, electrically connect the data processing Element; and a server providing the communication unit connected to the map data network, and electrically connected to the data processing unit. A security plan control system as described in claim 1 of the patent application, The security host further includes a touch unit electrically connected to the central processing unit. The security plan control system according to claim 1, wherein the security device is a sensor, a camera, a digital image monitoring system or a network monitoring system. The security plan control system as claimed in claim 1, wherein the security host further comprises an alert unit that issues an alert when the security event is generated, and is electrically connected to the central processing unit. The security plan control system of claim 4, wherein the warning unit is coupled to one of a lighting device, a buzzer and a graphic display, or a combination thereof. The security plan control system of claim 1, wherein the security host further comprises a near-end communication unit electrically connected to the central processing unit, and the security host provides one or more actions through the near-end communication unit. The device directly connects the security host. The security plan control system of claim 6, wherein the security host further comprises a user management unit of the security host, electrically connected to the central processing unit for managing the connection through the near communication unit. User profile. The security plan control system of claim 1, further comprising one or more mobile devices connected to the server via a network, or connected to the security host via a near-end communication unit, The mobile device synchronously displays a security plan image of the image server or the security host, the mobile device comprising: a processing unit for processing the security plan in synchronization with the image server, displaying the security plan, and editing the security plan; a display unit for displaying the security plan view, electrically connecting the control unit; a memory unit for storing the security plan view image and programming the code of the security plan view software, electrically connecting the control unit; and providing an operation interface for editing The input unit of the security plan is electrically connected to the control unit; and a network unit for connecting the map server or the security host to synchronize the security plan is electrically connected to the control unit. The security plan control system of claim 8, wherein the mobile device is connected to a near-end communication unit of the security host by the network unit. The security plan control system of claim 8, wherein the server has a storage medium storing a network card number or identification code of the mobile device that allows access to the security plan.