TW201419002A - Graphically-controlled host, system, and operating method - Google Patents

Abstract

Disclosure is related to a graphically-controlled host, a system and an operating method for the same. The graphically-controlled host essentially includes a display for displaying a floor plan. The host is connected to a server of a control center over a network. The control center manages the floor plan of each connected host by a graphically-controlled serving unit. The floor plan is synchronized with the database in the control center when the floor plan meets change. A touch-screen of the host is served to make change of the floor plan. An electronic device connected with the host is allowed to change the floor plan. The electronic device is also allowed to make the change when it connects to the server and acquires the floor plan in synchronization. The changed floor plan can be uploaded to the server and consequently displayed in the graphically-controlled host.

Description

Graphic control host, system and operation method

The invention relates to a picture control host, a system and an operation method, in particular to a method which is applied to a system consisting of a picture control host and a control center, and can synchronize the plane setting diagrams of each picture control host and the control center.

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 order to solve the problem that the security plan can be updated quickly and easily when changing, the display control host described in the disclosure discloses a security facility map for a specific occasion, and the security plan is digitally updated, and the control host is more connected. The server of a remote control center provides a remote storage plan and can synchronize the plan view displayed by the host when changing.

The graphics control host provided by the embodiment of the present invention includes a central processing unit for processing system data in the host computer, a display unit for connecting the display to display a plane setting map indicating a security configuration of a specific place, and a security for connecting multiple security devices. The memory unit of the module and the storage plane setting map, the graphic control host further comprises a remote communication unit of the connection control center server, and the control center manages the plane setting diagram set in the graphic control host through a graphic control servo unit, When the plan is changed, the plane setting map of the map control host and the contents of a map database of the control center can be synchronized.

In an embodiment, a touch module can be combined with the touch module to provide a touch function for directly modifying the plan view. The control host includes a warning unit, which can send a warning signal when multiple security devices generate an abnormal signal. The host further includes a near-end communication unit, and the near-end electronic device can directly connect to the picture control host, and directly change the plane setting map in the picture control host.

The picture control host and the control center server are connected by network to form a picture control system. The server includes a data processing unit for processing data in the server, a user management unit, and a map for managing the plane setting map set in the picture control host. Control the servo unit, the map database for storing the floor plan, and the communication module for providing the communication service.

When the plane setting map is changed, the control center synchronizes the plane setting map and the control stored in the memory unit in the host through the map control servo unit. The content of the map of the heart.

The above-mentioned changes in the plan view may occur when the user directly changes through the touch display on the host of the control host, or through one or more electronic devices that directly connect the host to the host, or the user first uses the electronic device. The device connection control center can change the plane setting diagram of the control center end, and then synchronously update the plane setting diagram set in the picture control host.

The operation method related to the above graphic control system includes first establishing a connection between the graphic control host and one of the control centers of the control center, wherein the graphic control host is provided with a display for displaying a plane setting diagram, and the server is provided with a plane for storing the graphic control host. Set the map data database, when the plane setting map changes, including directly modifying the graphic control host, or modifying on the electronic device, after the change, the plane setting map and the server middle image stored in the graphic control host will be synchronized. The corresponding data in the database is displayed synchronously on the display on the graphics host.

According to another embodiment, the operation method of the image control system is applied to a system established by the graphic control host, a handheld electronic device, and a control center, and the steps are first to establish a connection between the electronic device and the server of the control center. The electronic device can obtain the permission to access the database of the server through the program, for example, through the user identity verification, after the plane setting map of the synchronization electronic device and the graphic database, the electronic device will display the plane setting map. .

After that, the user can edit the plane setting map in the electronic device. After the editing is completed, the server can be notified first, and then the changed plane setting map is uploaded to the server, and the image database stored therein is stored, and then the synchronization update is connected from the server. The line's map controls the plane's floor plan and updates it to the display.

According to the embodiment of the invention described in the disclosure, the security plan is displayed on the electronic device and the graphic control host, and is displayed in combination with the security facility location. It can provide customers or transport personnel to immediately read the security incident. Moreover, according to the advantages of the invention, when the security plan of the client site is modified, the problem of incorrectly updating the information of the control center map can be avoided; and the technology provided by the invention allows the maintenance personnel to immediately update the floor plan and synchronize the control. The central map will be used to improve the inconvenience of the prior art technology.

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 the floor plan in different ways under security considerations, which involves displaying the plane setting. The picture control host, the picture control host and the remote control center, and even a picture control system composed of a handheld device, and an operation method applied to the picture control system.

First embodiment:

For the embodiment described in the disclosure, reference may be made to the schematic diagram of the diagram control system of the present invention shown in FIG.

The figure shows a picture control host 10, which generally operates like a security host set up in a specific occasion. The picture control host 10 provided in a specific occasion (such as a home, a company, a building) mainly includes a display 101 on the display 101. The security facility floor plan 103 is displayed in this case. In addition to displaying the location of the security facility, the plane setting map 103 is provided with a corresponding warning light number or icon. When a security event occurs, the sound can be heard, flashed, and changed. Warning by way of pattern or the like.

In this example, the host 10 is connected to a control center server 14 via the network 12, and the control center is mainly located throughout the server through the server connection. By maintaining the host and/or the control host 10, thereby monitoring the security status of each occasion, the present invention provides the instant synchronization update plane setting diagram 103 and the maintenance terminal security device by the system formed by the host 10 and the control center. The control center server 14 is provided with a monitoring screen 16 for the control center personnel to simultaneously monitor the plan view status of each of the graphic control units 10.

In general, the display screen on the graphics control 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. Synchronous changes. In another embodiment, the display 101 of the host controller 10 can be a touch display. Under the condition of security authorization, the maintenance personnel or authorized users can use the touch method to set the security facility or release the alarm. .

In another embodiment, if there is a change in the security facility in the occasion, such as when the interior decoration changes, or when the security device is added or deleted, the security personnel can also use the touch display under the condition of security authorization. Make changes and synchronize the map database at the control center for easy management.

The connection between the host 10 and the network 12 can be connected to a 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. It can be equipped with an industry standard interface, such as RS232, RS485, USB and other wired methods, or Bluetooth (Bluetooth ^TM ), wireless network (WiFi ^TM ) and other wireless means to connect the host carried by the maintenance personnel for maintenance, Refer to Figure 2.

Under certain conditions, the graphics host 10 can provide a login mechanism, such as providing a password, an account number, etc., to display the input interface by the display 101, and the maintenance personnel input the relevant authorization authentication on the display 101. Data, if successful authentication, can successfully log in to the graphics host 10 Carry out maintenance.

Second embodiment:

In the system formed by the above-mentioned graphic control host and the control center, in addition to directly operating on the host through the touch display or other input devices, the maintenance personnel can hold an electronic device. Directly or indirectly connect the graphics control host through wireless transmission, and operate with the corresponding software. The electronic device of this example can be an electronic device with display screen and network communication capabilities, such as a notebook computer, a tablet computer, or even a smart phone.

FIG. 2 is a schematic diagram showing the second embodiment of the image control system of the present invention.

In this example, a picture control host 20 is also provided, which is used to display the display 201 of the plane setting diagram 203. The picture control host 20 connects the control center server 24 through the network 22, and the electronic device 211 indicates the direct near end connection. The line diagram controls the host 20. Alternatively, the electronic device 213 is connected to the central control server 24 via the remote end of the network 22.

The main purpose of the electronic device 211, 213 in this example is to provide a convenient tool for the maintenance personnel, wherein the software program can be loaded to synchronize the plane setting diagram 203 on the host 20, one of the embodiments can be directly controlled by the host. 20 Acquired, and directly edited with software tools under the premise of security, and then updated synchronously with the graphics host 20, the final data will be synchronized with the map database at the control center; another implementation is used by the carrier. The electronic device first connects to the control center server 24, and first synchronizes the plane setting map of the image database, and also edits it through the software tool in the electronic device, and then uploads it to the control center server 24, and then synchronizes to the image control host 20 Floor plan.

The picture control host 20 shown in the figure can be electrically connected to each of the occasions where it is located. A security device, such as the illustrated sensor 21, camera 23, digital video surveillance system (DVR) 25, and network monitoring system (NVR) 27. The plane setting diagram 203 displayed on the display 201 of the graphic control host 20 indicates the setting positions of the security devices by means of icons, lights or other means, and can use the light number, the graphic or the sound when an abnormal signal occurs. A warning signal is sent, and the plane setting picture 203 is a digitized image that can be synchronized with the map database of the control center.

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

The method of accessing the graphic control host 20 by using an electronic device (such as 211) can directly enter the host 20 by using the near-end wireless communication, and obtain the management authority, and thus can operate the software modification plane setting diagram 203, and after the relevant modification is confirmed, The graphics host 20 should resynchronize with the repository of the central control center.

In another embodiment, the electronic device (such as 213) is not directly logged into the control host 20, but is first connected to the central control server 24 via the network 22, and the control center provides access to the specific control host 20. management. When the maintenance personnel connect the control center with the electronic device 213 and input the identification data (such as identification code, address, address, number, etc.) of the graphic control host (such as 20) to be maintained, the control center server 24 will request The identity confirmation, for example, displays the login interface of the account and password on the electronic device 213.

After the identity of the maintenance personnel is confirmed, the management authority is obtained, and the electronic device 213 can synchronously obtain the plane setting diagram 203 of the occasion by the control center, and utilize The operation interface on the electronic device 213 is operated, modified and updated, and the modified content can be uploaded to the control center server 24 immediately or after completion, and then connected to the control host 20 by the control center server 24, and the display 201 is updated. Floor plan content.

The above-mentioned control center manages a plurality of map control hosts installed in various places, and the function modules in the control center server can refer to the function block diagram shown in FIG.

The control center server is a servo host located in the control center. It can be composed of one or more hosts. It can be connected through the network 341 and manage the graphic control host 342, 343, 344 located in various places. One of the main functions is to synchronize each end diagram. Control the plane setting diagram displayed by the host 342, 343, 344.

The control center server includes a data processing unit 3 for processing data between the circuits and the software modules in the server, and the data processing unit 3 is electrically connected to each hardware or software module, such as a user management unit of the server end. 31. The graphic control servo unit 32, the graphic data database 33, the communication module 34, the monitoring module 35, the control interface 36 and the device management module 37, these functional modules can be selectively matched in different embodiments or requirements. .

The user management unit 31 provided at the server end is used to manage the user who accesses the server, that is, the user or the authorized person who is authorized to control.

The control center server utilizes the map control servo unit 32 to manage the plane setting maps disposed in the map control hosts 342, 343, 344, including monitoring the change of the operation state and the plane setting map of each of the end map control hosts 342, 343, 344. The map control servo unit 32 cooperates with the map resource database 33. The map resource database 33 stores one or more plane setting maps, and can be synchronously arranged in the plane setting maps of the map control hosts 342, 343, 344.

The communication module 34 in the control center server is connected to the network 341 by providing a wired or wireless connection mode of the server, and is connected to the terminal control hosts 342, 343, 344.

In an embodiment, the monitoring module 35 of the central control server mainly provides the control center personnel (such as the security personnel 352) to be monitored through the display 351, and the control interface 36 provides the interface for the internal management of the server end. Including the keyboard, touch device or various devices at the near end of the control center personnel can operate the server.

When the plane setting maps provided on the graphics control host 342, 343, 344 or the control center end are changed, the control center transmits the plane setting map stored in the memory unit of the graphics control host 342, 343, 344 and the control center through the graphics control servo unit 32. The database 33 content is synchronized.

The user management unit 31 in the server is used to perform rights management of each user or a transportation personnel, including managing user accounts, passwords, chip cards or other identification materials.

Due to security considerations, in one embodiment of the security mechanism, the server side may be provided with a device management module 37, whereby the server may be used to manage one or more electronic devices that directly access the server, and is also controllable. The electronic device used by the terminal user to directly access the graphic control host or directly edit the plane setting map, for example, the login system is required to be used, and the network card number and identification code of each electronic device are controlled to limit the login system. Device.

The electronic device such as a portable electronic device, such as a smart phone, a tablet computer, a notebook computer, etc., can be installed with the above software program. When one or more electronic devices directly access the server, after the security authorization, the plane setting map in the image database of the server may be changed, and the changed plan setting map is stored in the image database in the server. And synchronously set in each graphics host Plane setup diagram within (342, 343, 344).

4 is a functional block diagram of an embodiment of the graphics control host of the present invention.

The central control unit 4 is configured to have a central processing unit 4 for processing system data in the host. The central processing unit 4 is electrically connected to each circuit module in the host, and includes a display unit 41, a touch unit 42, and a security module 43. The alarm unit 44, the memory unit 45, the remote communication unit 46, the user management unit 47 of the host computer and the near-end communication unit 48. These circuit modules can be selectively matched in different embodiments or requirements, and do not need to be all To be included in the graphics control host.

The display unit 41 is configured to be electrically connected to the display 411. The display 411 is a plane setting diagram for displaying a security configuration indicating a specific location. In an embodiment, the image control host can provide a touch function, and the user can directly perform setting and changing on the display 411. In this example, the image control host will have a touch unit 42 for connecting and managing the combination. The touch signal generated by the touch module 421 on the display 411 provides a touch function. The touch module 421 of this example provides a plane setting map directly on the display 411 of the graphic control host, and the changed plane setting map is synchronized with the server internal database of the control center end.

The security module 43 on the control host is a plurality of security devices connected to the control host, such as the sensor 431, the camera 432, and the digital image monitoring system connected to the security module 43. 433 and network monitoring system 434.

The plane setting diagram can display the security device disposed at each position, and generate an alarm signal when an abnormal signal occurs. The image control host of this example is provided with a warning unit 44, which can be connected to the device for issuing the light number 441 on the plane setting map. The device that emits the sound 442 and the device that produces the graphic 443 can protect each A warning signal is issued when the entire device generates an abnormal signal.

The main function of the memory unit 45 in the picture control host is to store a picture setting diagram 451. Under normal operation, the memory unit 45 can serve as a dynamic memory for temporarily storing various source data. According to the description of FIG. 3, the control center can manage the plane setting maps disposed in the respective graphics control hosts through the graphics control servo unit therein, so that the plane setting map stored in the memory unit 45 and the graphics database contents of the control center are configured. Synchronize.

The remote communication unit 46 in the picture control host mainly provides a function of connecting the network, so that the picture control host can be connected to the network and connected to the control center 40 via the network.

In a specific embodiment, the function of the near-end management of the host-side of the host is provided, so that the near-end communication unit 48 can be provided, and the map control host provides one or more electronic devices to directly connect the map control host through the near-end communication unit. In addition to allowing the electronic device to change the plane setting map of the graphics control host through the near-end communication unit 48, and performing operations including the synchronization plane setting map, security setting and release. The host can also include the user management unit 47 of the above-mentioned host to manage the user data connected through the near-end communication unit.

Figure 5 then shows an implementation diagram of a near-end maintenance plane setup diagram.

In this example, the control center 5 is located at the remote end and is connected to the host control unit 51 through the network. The user of the terminal can operate the electronic device 52 in the figure, such as a portable device such as a tablet computer or a notebook computer. .

The electronic device 52 of this example is first connected to the control center 5, and after synchronization, can be loaded into the plane setting map like the image control host 51, so that the maintenance personnel can move in the set occasion, and compare with the plane setting map. Various security facilities, such as a security facility 53 with a security device, the security facility 53 is provided with a security device 55, such as providing a portal security, which will be displayed on the electricity. On the display of the sub-device 52.

When the user holds the electronic device 52 to move in this situation, if the setting and change of the security device 55 are required, the software tool can directly perform the change through the software tool on the electronic device 52, and after the change plane setting map, the control signal can be notified through the update signal. Center 5, this example is a plane setting diagram set in the picture control host 51 by the control center.

When the embodiment described in the present disclosure is applied to a system established by at least one graphics control host and a control center, the operational flow of the system can be described with reference to FIG. 6 to describe the plane setup diagram synchronization process of the present invention.

At the beginning of the step, such as S601, the connection between the picture control host and the control center server is established through the network. In an embodiment, the control center is mainly used as a unit for controlling the picture control host located in multiple places, and can be set. There is a control program and a number of personnel to grasp the picture control host of each terminal at any time. In addition to displaying the plane setting map and synchronizing with the map of the control center, the picture control host also has the function of preserving the host, and uses the plane setting diagram. A warning signal is generated during an abnormal security event, including work in contact with the control center.

The main feature is that the plane setting picture carried by the picture control host is a digital file that can be updated synchronously, and can be combined with multiple security devices managed by the picture control host to display the location of the security facility for maintenance.

The control center is provided with a map control servo unit. In general, it is periodically confirmed whether the plan view of each terminal map control host is synchronized with the map resource database of the storage map. Therefore, after the connection is established, in step S603, the system will synchronize two. The plane setting diagram of the end is displayed, and the plane setting diagram is displayed on the display of the graphic control host, as in step S605.

In particular, when the plane setting map is changed, for example, the terminal sends an update signal to notify the control center server, or can directly change after obtaining the authorization. More map data database, at this time, the map control servo unit will actively synchronize the plane setting map stored in the map control host and the corresponding data in the server's image database, and then display the synchronized plane setting map in the map. Control the host.

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 establishment time of the files or It is a version that replaces the data in the old file with all or part of the latest version or the latest update date in a safe and secure situation. In the present invention, the control center server is provided with a map control servo unit, that is, it can access the map in the memory unit in the map control center, and then perform synchronization.

And implementing the present invention in an environment under security considerations, it is possible to set the picture of the picture control host to be updated only by the control center in a one-way manner; under the consideration of security, it is not excluded that the synchronization information can be sent by the picture control host. Update the map of the Control Center server.

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

Next, as shown in the flow shown in FIG. 7, this flow describes the plane setting map synchronization flow of the present invention.

After the connection between the graphic control host and the control center server is established (step S701), the same control center server has a mechanism capable of timing synchronization with each terminal control host, and can be immediately confirmed by the synchronization technology after being connected. Whether each end host has displayed the latest map (step S703).

In the normal state, the control center server only automatically confirms whether the image of the control host is consistent with the database of the control center, as in step S705. If there is a change in the plan view by the incoming and outgoing signals, if not, the plane setting map is continued to be displayed on the terminal map control host (step S713).

If the plan setting map has been changed according to the signal display, the existing person is programmed to edit the plane setting map of the specific end. After comparing the updated version or date, one party sends the updated drawing capital, and the other party receives the modified drawing capital ( Step S709), after the storage, both ends confirm the synchronization (step S711), and finally display on the terminal map control host (step S713).

For example, the change of the plan setting map may be directly modified by the user on the picture control host, and the generated changes may be first stored in the memory in the picture control host, and then the modified plan view is uploaded to the The control center server is stored by the end map database.

FIG. 8 shows another embodiment of the present invention. The steps shown in this example are initiated by an electronic device, including an electronic device first wired control center server. After this step, the control center will first confirm the download using the electronic device. The authority to synchronize and update the map (step S803).

The right to confirm the use of the floor plan includes the device management module that manages each device in the control center server, and the device that can access the image database can be defined by the management of the electronic device, or the user authentication can be utilized. If the device recognizes the confirmation, or the user inputs the identification information, the control center can determine whether it has the authority to edit the plan. If not, the connection will be disconnected; if the identity confirmation can access the image, the control center will first The floor plan data of the database is synchronized with the electronic device (step S805).

The electronic device can be installed with a related software program of the access control center device, and the editing interface can still be provided through the webpage. After obtaining the plane setting map, the user can see the plane setting map on the display of the electronic device (step S807). .

The editing may be performed by using the installed software program or the web interface (step S809), for example, if a person uses the electronic device to obtain the plane setting map of the control center, and then edits, after the editing is completed, through the software program or the web program. The update signal is generated (step S811), and transmitted to the control center end. After the control center knows that the plane setting map has changed, the electronic device is allowed to upload the plane setting map (step S813), and in step S815, the control center automatically synchronizes the update map. Control the host's graphics.

In summary, the picture control host described in the disclosure mainly displays a plane setting picture through the display, and the picture is synchronized with the data center of the control center, thereby avoiding the inconvenience of the conventional technology update picture. The floor plan for this type of security is digitally digitized and can be edited by the identity verification personnel. The updated graphics will be updated simultaneously, providing a more flexible and secure floor plan update technology.

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

10‧‧‧ graphics host

101‧‧‧ display

103‧‧‧Flat setup diagram

12‧‧‧Network

14‧‧‧Control Center Server

16‧‧‧Monitor screen

20‧‧‧ graphics host

201‧‧‧ display

203‧‧‧Flat setup diagram

22‧‧‧Network

24‧‧‧Control Center Server

211,213‧‧‧Electronic devices

21‧‧‧ Sensor

23‧‧‧ camera

25‧‧‧Digital Image Surveillance System

27‧‧‧Network Monitoring System

3‧‧‧Data Processing Unit

31‧‧‧User Management Unit

32‧‧‧Graphic Control Servo Unit

33‧‧‧Capital database

34‧‧‧Communication Module

341‧‧‧Network

342,343,344‧‧‧Figure host

35‧‧‧Monitoring module

351‧‧‧ display

352‧‧‧Security personnel

36‧‧‧Control interface

37‧‧‧Device Management Module

4‧‧‧Central Processing Unit

41‧‧‧Display unit

42‧‧‧Touch unit

43‧‧‧Security module

44‧‧‧Warning unit

45‧‧‧ memory unit

46‧‧‧Remote communication unit

47‧‧‧User Management Unit

48‧‧‧ Near-end communication unit

40‧‧‧Control Center

451‧‧‧

411‧‧‧ display

421‧‧‧Touch Module

431‧‧‧ Sensor

432‧‧‧ camera

433‧‧‧Digital Image Surveillance System

434‧‧‧Network Monitoring System

441‧‧‧ lights

442‧‧‧ sound

443‧‧‧ graphics

5‧‧‧Control Center

51‧‧‧ graphics host

52‧‧‧Electronic devices

53‧‧‧Security facilities

55‧‧‧Security device

Step S601~S605‧‧‧ Plane setup diagram synchronization process

Step S701~S713‧‧‧ Plan view synchronization process

Step S801~S815‧‧‧ Figure update operation process

1 is a schematic diagram showing an embodiment of a control system of the present invention; FIG. 2 is a schematic diagram showing a second embodiment of the control system of the present invention; FIG. 3 is a functional block diagram showing an embodiment of the control center server of the present invention; Functional block diagram of the host embodiment; FIG. 5 is a schematic diagram showing the implementation of the near-end maintenance plane setting diagram; and the flow shown in FIG. 6 describes one of the synchronization processes of the plane setting diagram of the present invention; The flow shown in FIG. 7 describes the second embodiment of the plan setup diagram synchronization process of the present invention; FIG. 8 shows the flow of the embodiment of the map control operation method of the present invention.

10‧‧‧ graphics host

101‧‧‧ display

103‧‧‧Flat setup diagram

12‧‧‧Network

14‧‧‧Control Center Server

16‧‧‧Monitor screen

Claims (20)

A graphics control host includes: a central processing unit that processes system data in the graphics control host; a display unit electrically connected to the central processing unit, and a display connected to display a plane setting map indicating a security configuration of a specific location a security module connected to the plurality of security devices, electrically connected to the central processing unit; a memory unit electrically connected to the central processing unit to store the plane setting map; a remote communication unit electrically connected to the central processing unit a control unit that is connected to a control center via a remote communication unit via a network; wherein the control center manages a plane setting map set in the graphic control host through a map control servo unit to enable the The plane setting map stored by the memory unit is synchronized with the contents of a map database of the control center. The touch control unit of the central processing unit is further connected to the touch control unit, and the touch unit is coupled to a touch module of the display to provide a touch function. . The graphic control host of claim 1, further comprising a warning unit electrically connected to the central processing unit, capable of issuing a warning signal when the plurality of security devices generate an abnormal signal. The graphics control host according to claim 1, further comprising a near-end communication unit electrically connected to the central processing unit, wherein the graphic control host provides one or more electronic devices directly connected through the near-end communication unit Graphic control Host. The picture control host of claim 4, further comprising a user management unit of the picture control host, electrically connected to the central processing unit for managing user data connected through the near communication unit. A graphics control system includes: at least one graphics control host, comprising: a central processing unit that processes system data in the graphics control host; a display unit electrically connected to the central processing unit, connected to a display to display a specific a plane setting diagram of the security configuration of the site; a security module connecting the plurality of security devices, electrically connected to the central processing unit; a memory unit electrically connected to the central processing unit to store the plane setting map; a remote communication The unit is electrically connected to the central processing unit, and the remote control unit is connected to a control center via a network via a remote communication unit; a server disposed in the control center, the server is connected through the network The image control unit includes: a data processing unit for processing data in the server; a user management unit at the server end electrically connected to the data processing unit for managing a user accessing the server; a graphic control servo unit electrically connected to the data processing unit, wherein the server manages a plane set in the graphic control host through the graphic control servo unit FIG; a map data database, is electrically connected to the data processing unit, storage One or more plane setting maps for synchronizing a plane setting diagram set in the at least one graphics host; and a communication module electrically connected to the data processing unit to provide the server to connect to the network; When the plane setting map is changed, the control center synchronizes the plane setting map stored in the memory unit in the graphic control host with the content of a graphic database of the control center through the graphic control servo unit. The image control system of claim 6, wherein the image control host further comprises a touch unit electrically connected to the central processing unit, the touch unit being coupled to a touch module coupled to the display, To provide touch function. The graphics control system of claim 7, wherein the touch module provides a plane setting map directly on the display of the graphics host, the changed plane setting map and the server The map database is synchronized. The picture control system of claim 6, wherein the picture control host further comprises a near-end communication unit electrically connected to the central processing unit, the picture control host providing one or more through the near-end communication unit The electronic device directly connects the graphic control host. The picture control system of claim 9, wherein the picture control host further comprises a user management unit of the picture control host, electrically connected to the central processing unit for managing connection through the near communication unit User profile. The graphics control system of claim 9, wherein the one or more electronic devices change the level of the graphics host through the near-end communication unit The face setting map is synchronized with the map database in the server. The picture control system of claim 6, wherein the server disposed in the control center further comprises a monitoring module for internally monitoring each picture control host. The image control system of claim 6, wherein the server further comprises a device management module electrically connected to the data processing unit for managing one or more electronic devices directly accessing the server . The graphics control host of claim 13, wherein the one or more electronic devices directly access the server to change the plane setting map in the server, and the changed plane setting map is stored in The map database in the server and synchronously set a plane setting map in the at least one map control host. A method for operating a picture control system is applied to at least one system established by a picture control host and a control center, comprising: establishing a connection between the picture control host and a server of the control center, wherein the picture control host is configured a display having a plane setting map, wherein the server is provided with a map database for storing the plane setting map of the map control host; and if the plane setting map is changed, synchronizing the stored in the map control host The plane setting map and the corresponding data in the database of the server, and the synchronized plane setting map is displayed on the display on the graphic control host. The method for operating the graphics control system according to claim 15, wherein the plane setting map is modified on the graphics host to cause a change, and the modified plane setting map is uploaded to the server, and the image is uploaded to the server. Database storage Save. The method for operating a graphics control system according to claim 15, wherein the electronic device connected to the server modifies the plane setting map to cause a change, and uploads the modified plane setting map to the servo. Then, the plane setting map is synchronized with the graphic control host. A method for operating a graphics control system is applied to at least one graphics host, at least one electronic device, and a system established by a control center, including: establishing a connection between the electronic device and a server of the control center, the servo The device is connected to the at least one graphics control host; the electronic device obtains the right to access the image database of the server; and after the synchronization of the electronic device and the plan setting map of the graphic database, the plane setting diagram is displayed On the display screen of the electronic device; the electronic device edits the plane setting map, and after completion, generates an update signal to notify the server; the electronic device uploads the changed plane setting map to the server, and stores the The map resource database; the plane setting map of the map control host is synchronously updated from the server; and the plane setting map is displayed on a display of the map control host. The method of operating the graphics control system of claim 18, wherein the user identification data is filled in through an interface displayed on the display screen of the electronic device to obtain access to the database. The method for operating a graphics control system according to claim 18, wherein the server records the knowledge of the electronic device that can access the database No information.