TWI823818B - Multi-screen display integrated system - Google Patents

Abstract

A multi-screen display integrated system includes a server, a plurality of computers and a plurality of screens. The server saves a plurality of page data and a plurality of profile. The computer is connected to the server and configured to provide a page link request. The screen is connected to the computer and configured to display the page data. The profile includes a relevance group of the page data, the computer and the screen. When the server receives the page link request, the server selects a computer based the profile and sent a display command to the computer. The display command is corresponded to one of screens. The computer displays the corresponded page data when the computer receives the display command.

Description

Multi-browser display integration system

An integration system, especially a multi-browser display integration system.

Many management systems today, such as factory equipment management, building fire protection equipment management and safety management systems, in addition to the main computing server of the system, also require a lot of computer equipment and display browsers on the terminal to display relevant information or provide multiple Human operation and browsing.

In actual operation, since the operating system is operated through multiple computer hosts and display browsers, according to the default computer mechanism, the computer and browser operated by personnel will display system information. However, in the case of multiple computers or browsers, Under this situation, the browser may be displayed repeatedly, or personnel need to switch operations between multiple computers, which is very inconvenient in operation. Especially for fire equipment or safety management systems that need to monitor multiple images at one time, the adverse effects are more obvious.

Therefore, how to solve the above problems is worthy of consideration by those with ordinary knowledge in this field.

The present invention provides a multi-browser display integration system that can integrate multiple computer hosts and display browsers to enable a specific browser to display specific content and avoid content duplication or mutual coverage between multiple browsers. The specific technical means are as follows: a multi-browser display integration system includes a system server, multiple computer hosts and multiple display browsers. The system server stores multiple page data and multiple configuration files. Computer host communication is connected to The system server and provides a page link request. The display browser is connected to the computer host and is suitable for displaying the data on the page. Each of the configuration files includes an associated group of the page data, the computer host and the display browser. When the system server receives the page link request, it selects the corresponding computer host according to the configuration file, and sends a display command to the computer host. The display command is corresponding to one of the display browsers. When the computer host receives the display instruction, the corresponding display browser displays the corresponding page data.

In the above-mentioned multi-browser display integration system, the computer host communicates with the system server through the WebSocket communication protocol.

In the above-mentioned multi-browser display integration system, the system server obtains multiple device identifiers of the computer host and the display browser to create a configuration file.

In the above-mentioned multi-browser display integration system, a single computer host is connected to multiple display browsers.

100:Multi-browser display integration system

110:System server

111a: Building floor plan page

111b: Device signal information page

111c: Personnel rights and responsibilities information page

111d:Monitor page

120:Computer host

120a: First computer host

120b: Second computer host

120c: Third computer host

130:Show browser

130a: First display browser

130b: Second display browser

130c: Third display browser

130d: Fourth display browser

Figure 1 shows a schematic diagram of a multi-browser display integration system 100.

Figure 2 shows a schematic diagram of the configuration file.

Figure 3A shows a schematic diagram of multiple browsers.

Figure 3B shows a schematic diagram of a page link request.

Please refer to FIG. 1 , which is a schematic diagram of a multi-browser display integration system 100 . The multi-browser display integration system 100 of the present invention can be applied to different management systems, such as fire management systems in building communities. The multi-browser display integration system 100 includes a system server 110, multiple computer hosts 120 and multiple display browsers 130. Among them, the computer host 120 is communicatively connected to the system server 110 . show The display browser 130 is electrically connected to the computer host 120, and the display browser 130 and the computer host 120 are not limited to a one-to-one connection. A single computer host 120 can also be connected to multiple display browsers 130.

The system server 110 is the main computing device of the multi-browser display integration system 100. It can also be the computing host of the application system, such as the computing host of the fire management system, and can be a single server or a combination of multiple servers. Operation. The system server 110 stores multiple page data and multiple configuration files.

Page data is, for example, a page that presents various types of information. Taking the fire management system as an example, it includes a building floor plan page, an equipment signal information page, a personnel rights and responsibilities information page, a monitor screen page, etc. The configuration file includes the association between each page data, the computer host 120 and the display browser 130 . Please refer to Figure 2. Figure 2 shows a schematic diagram of the configuration file. In Figure 2, the above-mentioned fire management system is used as an example, so it includes a building plan page 111a, an equipment signal information page 111b, and a personnel rights and responsibilities information page 111c. and monitor page 111d and other pages, and these pages will be associated with a specific computer host 120 and display browser 130 . For example, the building floor plan page 111a is associated with the first computer host 120a and the first display browser 130a; the equipment signal information page 111b is associated with the first computer host 120a and the second display browser 130b; the personnel rights and responsibilities information page 111c is associated with To the second computer host 120b and the third display browser 130c; the monitor page 111d is associated to the third computer host 120c and the fourth display browser 130d. It is worth noting that the building floor plan page 111a and the equipment signal information page 111b are both associated with the first computer host 120a, but are associated with the first display browser 130a and the second display browser 130b respectively, that is, the first display browser 130a The second display browser 130b is connected to the same computer host, that is, the first computer host 120a.

In one embodiment, in the configuration file of the system server 110, the device identification codes of the computer host 120 and the display browser 130 are used to associate. These associations can be connected to the computer by the system server 110 when the system is built. The host 120 and the display browser 130 obtain the device identification code and further associate it with the page data to form a configuration file. For example, when building a building fire management system, it is easy to The first display browser 130a and the second display browser 130b are designated to display the floor plan and information of each firefighting equipment respectively.

Please refer back to FIG. 1. The multi-browser display integration system 100 includes a plurality of computer hosts 120, which are terminal devices operated by system providers, such as personal computers. Taking the fire management system as an example, it is a computer installed in the control center. In addition, these computer hosts 120 are connected to the system server 110 through WebSocket communication protocol. The display browser 130 is the monitor connected to these computers. In this embodiment, the computer host 120 is also adapted to provide a page link request and transmit it to the system server 110 . The page link request is when a person operates the computer host 120 and clicks a specific option, hoping to display specific page information, such as clicking to browse a building floor plan, the computer host 120 will send a page link request corresponding to the building floor plan page.

When the system server 110 receives the page link request, it will select the corresponding computer host 120 from the configuration file based on the web page data corresponding to the page link request, and issue a display command to the computer host 120. This display command corresponds to The page data means that the specific display browser 130 displays the page data.

For example, in the embodiment of FIG. 2, when the system server 110 receives a page link request corresponding to the building floor plan page 111a, the system server 110 will send a display command to the first computer host 120a according to the content of the configuration file, and when the third computer host 120a After receiving the display command, a computer host 120a will connect to the system server 110 to obtain the corresponding page data, and cause the first display browser 130a to display the page data.

Similarly, if the system server 110 receives a page link request corresponding to the device signal information page 111b, the system server 110 will send a display command to the first computer host 120a according to the content of the configuration file, and when the first computer host 120a After receiving the display command, it will connect to the system server 110 to obtain the corresponding page data, and cause the second display browser 130b to display the page data.

In other words, the system server 110 selects the corresponding computer host 120 according to the page data and configuration file corresponding to the page link request, and causes the computer host 120 to drive the corresponding display browser 130 to display the page. data, and when a single computer host 120 is connected to multiple display browsers 130, these display browsers 130 can also be individually controlled. The following describes the multi-browser display integration system 100 of the present invention through actual scenarios.

Please refer to Figure 3A. Figure 3A shows a schematic diagram of multiple browsers. In Figure 3A, it is the control center of the building. As the control center of the fire management system, a first display browser 130a, a second display browser 130b, a third display browser 130c and a fourth display browser 130d are set up, where The first display browser 130a and the second display browser 130b are connected to the first computer host 120a; the third display browser 130c is connected to the second computer host 120b; and the fourth display browser 130d is connected to the third computer host 120c. The first display browser 130a, the second display browser 130b, the third display browser 130c and the fourth display browser 130d are respectively used to display the building plan page 141a, the equipment signal information page 141b, the personnel rights and responsibilities information page 141c and Monitor screen page 141d.

When the person operating the third computer host 120c discovers that an abnormality occurs in the building through the monitor page 141d of the fourth display browser 130d, the person needs to switch the floor of the building plan in order to confirm the location of the disaster. At this time, the person can directly operate the third computer host 120c to input the corresponding page link request, for example, use a mouse to select an option to display a specific floor plan on the fourth display browser 130d.

Next, please refer to Figure 3B. Figure 3B shows a schematic diagram of a page link request. The third computer host 120c will send the page link request to the system server 110. After receiving the page link request, the system server 110 will send a display command to the first computer host 120a according to the configuration file (as shown in Figure 2), and After receiving the display instruction, the first computer host 120a will connect to the system server according to the display instruction to obtain a specific floor plan page, and cause the first display browser 130a to display the specific floor plan page.

At this time, the person can view the floor plan page through the first display browser 130a without having to operate the first computer host 120a, nor will the display page of the fourth display browser 130d be blocked due to operating the third computer host 120c. Switching causes the screen to be blocked (for example, the monitor page is closed or covered). It is worth noting that the person operates the third computer host 120c to switch the first display browser 130a, but the fourth display browser 130d connected to the third computer host 120c will not change and can continue to display the monitor page 141d. That is, the computer host 120 switches and displays the content of the browser 130 according to the display command. If the computer host 120 that sends the page link request is not related to the page data, it will not switch and display the content of the browser 130 .

In the above embodiments of FIG. 3A and FIG. 3B , the multi-browser display integration system 100 is applied to the fire management system. However, it is not limited to this. Those with ordinary skill in the art should know that the multi-browser display integration system 100 can also be used. The multi-browser display integration system 100 of the present invention can also be applied to other management or monitoring systems that require multiple browsers, such as factory production equipment management systems, transportation vehicle management systems, etc.

The multi-browser display integration system 100 of the present invention establishes an association between a page, the computer host 120 and the display browser 130 through the configuration file of the system server 110, that is, setting the pages that each browser can display. Further controlling the display can prevent multiple browsers from repeatedly displaying pages or blocking original pages, and can provide managers with more convenient display and operation methods.

The invention is described above, but it is not intended to limit the scope of the patent rights claimed for this invention. The scope of patent protection shall depend on the appended patent application scope and its equivalent fields. Any changes or modifications made by those with ordinary knowledge in the art without departing from the spirit or scope of this patent shall be equivalent changes or designs completed within the spirit disclosed in this invention, and shall be included in the following patent application scope. within.

100:Multi-browser display integration system

110:System server

120:Computer host

130:Show browser

Claims (4)

A multi-browser display integration system includes: a system server that stores multiple page data and multiple configuration files; multiple computer hosts that are connected to the system server through communication and provide a page link request; and multiple computer hosts. The display browser is connected to the computer host and is suitable for displaying the page data; wherein each of the configuration files includes an associated group of the page data, the computer host and the display browser; wherein, when the system serves The browser receives the page link request, selects the corresponding computer host according to the configuration file, and sends a display command to the computer host. The display command is corresponding to one of the display browsers; wherein, when the computer host receives the display Instructions to cause the corresponding display browser to display the corresponding page data. The multi-browser display integration system as described in claim 1, wherein the computer host communicates with the system server through the WebSocket protocol. The multi-browser display integration system as described in claim 1, wherein the system server obtains multiple device identifiers of the computer host and the display browser to create a configuration file. The multi-browser display integration system as described in claim 1, wherein a single computer host is connected to multiple display browsers.

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