TW201334538A - Window split control method for displaying multiple monitoring video channels - Google Patents

Abstract

The present invention relates to a window split control method for displaying multiple monitoring video channels, more particularly, a simple and fast method to switch the display monitor video channels and window pages. The method is to be executed in a monitoring system with various built-in window pages; the monitoring system has at least one video channel combination key; and the method is to first select one or multiple monitoring video channels to be watched and then click on the video channel combination key, so that the monitoring system can choose the appropriate window pages according to the total number of selected video channels, and display the selected monitoring video channels on separate image areas of the monitoring system window pages, thereby allowing the user to select multiple monitoring video channels and quickly arrange them with appropriate window pages through control buttons.

Description

Window segmentation control method for displaying multiple monitoring video channels

The invention relates to a window segmentation control method for displaying a multi-monitor video channel, and particularly relates to a method for easily and quickly changing a monitoring video channel and a window layout.

With the rapid development of technology, the current digital monitoring and security system is equipped with multiple monitors, providing multiple monitoring video channels to record the real-time status of each corner of the environment. However, multiple monitors provide too many monitoring video channels. Although it can reduce the security corner, it can not display multiple surveillance video channels simultaneously in the limited-size surveillance screen. The early method is to display multiple monitors at the same time (single monitor display single monitor video channel) to display multiple simultaneously. Monitor the video channel (not shown). Nowadays, the split screen mode is used to simultaneously display multiple monitoring video channels (as shown in Figure 1), so that the user can grasp the status of multiple corners at the same time. Achieve early prevention or immediate treatment of anomalous events.

However, too many monitoring video channels simultaneously display images that are available on a single display are too small, and when an abnormal event occurs, the user is not only easy to ignore, but also cannot quickly amplify a specific single or several monitoring video channels. Paying attention to abnormal conditions or repeating observations makes it impossible to take immediate measures.

Therefore, how to provide a window segmentation control method for displaying a multi-monitor video channel for event recording is a subject of the present invention.

The main object of the present invention is to provide a window segmentation control method for displaying a multi-monitor video channel. The method is implemented in a monitoring system having a plurality of window layouts, and the monitoring system is provided with at least one video channel combination key. Including: Step 1 (S1): Single-select or check the monitoring video channel to be viewed, and select the monitoring video channel to be focused with a mouse or a finger; Step 2 (S2): Click the video channel key combination The monitoring system selects an appropriate window layout according to the total number of monitoring video channels selected in step 1; step 3 (S3): displays the monitoring video channel selected in step 1 in each image area of the window layout.

According to the foregoing objects and features, the step 1 can select a single-select or re-select a monitoring video channel by a finger touch method, depending on whether the display is a touch screen.

According to the foregoing objects and features, the step 3 is sequentially displayed in each image area of the window layout according to the step 1 selection order.

According to the foregoing objects and features, the step 3 is selected to be included in an appropriate window layout according to the number of window channels selected by the user, so that the window channels can be simultaneously displayed in each image area of the window layout.

In view of the above, the preferred embodiment and the accompanying drawings are used to illustrate the technical means and the utility of the invention.

Please refer to FIG. 2 to FIG. 3 . FIG. 2 is a schematic flowchart of a window segmentation control method for displaying a multi-monitor video channel according to the present invention. FIG. 3 is a schematic diagram of a window segmentation control method for displaying a multi-monitor video channel according to the present invention.

As shown in the figures, the present invention provides an embodiment of a window segmentation control method for displaying a multi-monitor video channel. In this embodiment, the method is implemented in a monitoring system having a plurality of window layouts, and the monitoring system is configured. There is a video channel combination key, and the monitoring system has at least multiple monitoring video channels, and each monitoring video channel source can be a monitoring screen provided by the monitor, a cable television channel or a window picture channel provided by the monitoring system, etc. The invention is not limited thereto, and the present invention uses the security monitoring system as an example to illustrate the functions and features of the present invention. However, the present invention is not limited to being implemented only in the security monitoring system, and is implemented in the present invention. Before, the display simultaneously displays a plurality of monitoring video channels. In this embodiment, the 24-split window layout is used as a preset value for display (as shown in FIG. 3), which is first described as follows: Step 1 (S1), the user Click on the monitor to select the monitor video channel to be viewed by radio or video (as shown in Figure 3). The selection method can be selected by using the mouse or finger. Whether the display is touched by the screen; Step 2 (S2): the user clicks the video channel combination key, and the monitoring system selects an appropriate window layout according to the total number of monitoring video channels selected in the foregoing steps. As for The number of the screen layouts and the number of the divided image areas in the monitoring system are not limited in the present invention. In this embodiment, the monitoring system is provided with a 1-split window layout (with 1 image area). , 4 split window layout (with 4 image areas), 9-segment window layout (with 9 image areas), 16-segment window layout (with 16 image areas), 24 split window layouts (with 24 image areas); The layout is full of the entire window, so if there are fewer split windows, the image area of each split window is larger.

Step 3 (S3): Display the monitoring video channel selected in step 1 in each image area of the window layout. The display order of the monitoring video channels can be sequentially displayed in the image areas of the window layout according to the order selected in step 1. in.

Through the above steps, the user can quickly select a plurality of selected video channels according to the selected number of monitored video channels, and then display the selected monitoring video channels simultaneously.

Please refer to FIG. 3 to FIG. 4 . FIG. 4 is a schematic flow chart of a window layout comparison program for displaying a window division control method for a multi-monitor video channel according to the present invention.

In the preset state, the security monitoring system simultaneously displays a plurality of split windows on the screen, and the present invention uses a 24-split window layout as a preset value for the display of the security monitoring system (as shown in FIG. 3). When the user wants to watch the related monitoring video channel of a certain area, it is necessary to directly select the single or multiple monitoring video channels (S1) to be followed (for example, select channel 1, channel 5, channel 14, channel 16). Then, the user directly selects the video channel combination key for combination, and the monitoring system selects an appropriate window layout (S2) according to the total number of monitoring video channels selected in step 1, and the monitoring system is based on the total number of monitoring video channels. In order to determine the appropriate window layout, in the present invention, the system has the principle of judging: the monitoring video channel selected in step 1 can be simultaneously displayed, and the selected monitoring video channel image area screen can be displayed on the maximum display area. The appropriate window layout is selected as described in step 2 (S2) above, and the manner is further explained by the embodiment: the monitoring system is pre-configured with a split window version. (with 1 image area), 4 split window layout (with 4 image areas), 9-segment window layout (with 9 image areas), 16-divided window layout (with 16 image areas) and 24 split window layouts (with 24 image areas) And each window splitting layout presets an inner code M according to the number of split window layouts for comparison by the system, wherein the number of each split window layout is set to the inner code M, for example: 1 split window layout Internal code M=1, 4 split window layout code M=4, 9 split window layout code M=9, 16 split window layout code M=16, 24 split window layout code M=24, the system will The total number of monitoring video channels selected in step 1 is set to a comparison code N to compare and determine the appropriate window layout (as shown in FIG. 4). If the total number of monitoring video channels selected is 5, the comparison code N=5, the system compares the comparison code N with the inner code M of each divided window layout, wherein the inner code M is sorted from small to large, and the comparison code is compared with the inner code ratio from small to large. In the case, when the comparison code N is less than or equal to the inner code M of any split window layout, the system determines the score. The cut window layout is the most suitable layout, for example, in step 21 (S21): the comparison code N=5 is greater than the inner code 1 of the split window layout, that is, the next comparison program is performed, step 22 (S22): The comparison code N=5 is greater than the inner code 4 of the 4-split window layout, that is, the next comparison procedure is performed, step 23 (S23): the comparison code N=5 is less than or equal to the inner code of the 9-segment window layout. When it is determined that the 9-segment window layout is an appropriate window layout, then the monitoring system displays the monitoring video channel selected in step 1 in each image area of the window layout selected in step 2 (S2), thus, The system can display a plurality of selected monitoring video channels simultaneously on the screen, and the screen image area of the selected monitoring video channel is maximized, so that the user can quickly and conveniently view the selected monitoring video at the same time. The channel effectively ensures that the image area of the monitoring video channel is the largest display area, which solves the shortcomings of the conventional technology that cannot quickly zoom in on several monitoring video channels to pay attention to abnormal conditions, which makes it impossible to take immediate measures.

The present invention has been described in detail with reference to the preferred embodiments thereof, but the present invention is not limited to the above-exemplified embodiments, and various changes and modifications are made to the structures within the scope of the technical idea disclosed herein. Still within the scope of the invention.

Fig. 1 is a schematic diagram showing a multi-segment screen displayed by a conventional monitor.

FIG. 2 is a schematic flow chart of a window segmentation control method for displaying a multi-monitor video channel according to the present invention.

FIG. 3 is a schematic diagram of a window segmentation control method for displaying a multi-monitor video channel according to the present invention.

FIG. 4 is a flow chart showing a window layout comparison program for displaying a window division control method for a multi-monitor video channel according to the present invention.

Claims (5)

A window segmentation control method for displaying a multi-monitor video channel, the method is implemented in a monitoring system having a plurality of window layouts, the monitoring system is provided with at least one video channel combination key, and the method comprises: Step 1: Single selection Or select the monitoring video channel to be viewed; Step 2: Click the video channel combination button, and the monitoring system selects the appropriate window layout according to the total number of monitoring video channels selected in step 1; Step 3: Select the step 1 The monitoring video channel is displayed in each image area of the window layout. The window segmentation control method for displaying a multi-monitor video channel according to the first aspect of the patent application scope, wherein the step 1 is to select a single-select or re-select a monitoring video channel by a mouse or a finger touch. The window segmentation control method for displaying a multi-monitor video channel according to the first aspect of the patent application, wherein the step 3 is sequentially displayed in each image region according to the step 1 selection order. The window segmentation control method for displaying a multi-monitor video channel according to claim 1 of the patent application scope, wherein the monitoring system is a security monitoring system. According to the window splitting control method for displaying a multi-monitor video channel according to the first aspect of the patent application, wherein the step 2 selects an appropriate window layout, the method is: the total number of the selected monitoring video channels is set as a comparison code, The built-in multiple window layouts have a split window layout, and each split window layout has an inner code according to the number of split window layouts, wherein the number of each split window layout is set to the inner code, and the inner code is small Sorting to the masterpiece, the comparison code is compared with the inner code from the small to the large order, and when the comparison code is larger than the inner code of the window layout, the inner code alignment of the next window layout is performed, when the ratio is When the code is less than or equal to the inner code of a window layout, the window layout is selected as an appropriate window layout.