Display alarm device for station retention monitoring and early warning

Abstract

The utility model discloses a display alarm device for station lingers monitoring and early warning, include: UI interface display equipment, and the UI interface display screen regional display station lingers alarm information and camera position information, and show station real -time video and station history video, camera monitoring equipment, and record station real -time video, and monitor station lingers, obtain monitoring signal, data information storage equipment, store station real -time video and station history video, store alarm picture data and alarm video data, touch sensing device, and the touch operation of UI interface display equipment is inducted, monitor data processing control equipment, handle camera monitoring equipment data, handle data information storage equipment data, control UI interface display equipment display data, and control camera monitoring equipment, control trigger early warning alarm signal, alarm early warning prompt equipment, according to early warning alarm signal, carry out station lingers alarm and lingers overtime early warning prompt.

Description

Technical Field

[0001] This invention relates to the field of video surveillance alarm display signal transmission, and particularly to a display alarm device for station loitering monitoring and early warning. Background Technology

[0002] Existing display devices typically only allow for one-way information transmission and display, making it difficult to enable multi-terminal interactive monitoring, control, and alarm functions. Current video surveillance equipment generally detects loitering objects or anomalies through observation, but struggles to provide early warnings. Furthermore, alarm and location information displays are inaccurate; monitoring signals are susceptible to interference; real-time and historical video / image data storage is limited; operation sensors are not sensitive; data processing efficiency is low; controlling multiple monitoring devices is difficult; and the accuracy of in-station loitering alarms and the difficulty in providing early warnings remain unresolved. Therefore, it is necessary to propose a display alarm device for in-station loitering monitoring and early warning, to at least partially address the problems existing in the current technology. Summary of the Invention

[0003] This invention provides a display and alarm device for monitoring and early warning of station dwell time, to solve some of the problems existing in the prior art, including:

[0004] The UI interface displays the station's loitering alarm information and camera location information in different areas, as well as real-time and historical video of the station.

[0005] Camera monitoring equipment records real-time video within the station, monitors where people remain within the station, and acquires monitoring signals;

[0006] Data storage equipment stores real-time and historical video data within the station; it also stores alarm image data and alarm video data.

[0007] Touch sensing devices use capacitive touchscreen sensors to detect touch operations on the UI display device and acquire touch operation sensing signals.

[0008] The system monitors and processes data from control devices, including touch operation sensors, camera monitoring devices, and data storage devices. It also controls the UI display devices to show data and controls camera monitoring devices to trigger early warning and alarm signals.

[0009] The alarm and early warning device provides alarms for station dwell time and warnings for dwell time exceeding the alarm time based on the alarm signal.

[0010] The monitoring data processing and control equipment is connected to the UI interface display equipment, camera monitoring equipment, data information storage equipment, touch sensing equipment, and alarm warning equipment via signal data cables; the data information storage equipment is connected to the camera monitoring equipment via data transmission cables; and the touch sensing equipment is attached to the UI interface display equipment.

[0011] Preferably, the UI display device includes:

[0012] The first area of ​​the UI display screen shows the station's lingering alarm information.

[0013] The second area of ​​the UI display shows the camera's location information;

[0014] The third area of ​​the UI display screen shows the real-time video and historical video of the station recorded by the monitoring camera equipment.

[0015] Preferably, the camera surveillance device includes:

[0016] The base of the rotating pan-tilt unit is fixed to the support structure of the monitoring point inside the station.

[0017] The camera recording and monitoring device is mounted on the rotating pan-tilt-zoom platform at the base of the camera monitoring equipment to record real-time video within the station and monitor the station's activity.

[0018] The camera's light sensor uses a photosensitive chip to detect the ambient light within the camera's location; triggering a light sensing signal activates the camera's LED lights.

[0019] The camera's LED light assembly is located at the front of the camera; it activates to supplement the camera's recording light based on light sensor signals.

[0020] Preferably, the camera light sensor includes:

[0021] The first photosensitive sensor chip is located on one side of the camera / recorder; it senses the ambient light inside the station on one side of the camera / recorder.

[0022] The second photosensitive sensor chip is located on the other side of the camera / recorder; it senses the ambient light inside the station on the other side of the camera / recorder.

[0023] Photosensitive sensor chips are respectively installed on both sides of the camera; the photosensitive sensor chips sense the ambient light inside the station at the camera position; when the ambient light inside the station is insufficient, the light sensing signal is triggered to turn on the camera's LED light group.

[0024] Preferably, the data storage device includes:

[0025] Solid-state storage is connected to monitoring data processing and control equipment and camera monitoring equipment via internal data transmission lines; it stores real-time and historical video of the station; it also stores alarm image data and alarm video data.

[0026] The portable storage device is connected to the monitoring data processing and control equipment via an external data transmission cable; it stores alarm image data and alarm video data.

[0027] Preferably, the touch-sensing device includes:

[0028] Capacitive touch layer, a thin-film capacitive coating attached to the UI display device;

[0029] The capacitive signal transmission layer transmits the touch capacitance signals from the capacitive screen touch layer to the monitoring data processing and control device.

[0030] Preferably, the monitoring data processing and control device includes:

[0031] The touch signal processor processes touch operation sensing signals and outputs touch operation processing information.

[0032] Video data processor: processes video data and acquires video data processing information; processes monitoring signals and acquires monitoring signal processing information.

[0033] Operate the alarm controller, receive touch operation processing information, trigger the UI interface to display information, and control the UI interface display device to display station lingering alarm information; receive video data processing information and camera monitoring signal processing information, trigger station lingering alarm information; mark the camera positions according to the specific location of the station;

[0034] The alarm information for in-station loitering includes: alarm image information, alarm video information, alarm time, alarm location, and loitering type.

[0035] Preferably, the alarm and early warning device includes:

[0036] The station stay alert alarm will issue a stay alert based on the early warning alarm signal;

[0037] The dwell timer is triggered by the dwell alarm signal within the station. When the dwell timer reaches the set warning time before the maximum dwell time is reached, a dwell timeout warning signal is triggered.

[0038] The overstay warning device triggers an overstay warning based on the overstay warning signal.

[0039] Compared with the prior art, the present invention has at least the following beneficial effects:

[0040] This invention relates to a display alarm device for monitoring and early warning of station lingering. It includes a user interface (UI) display device that shows station lingering alarm information and camera location information in divided areas, along with real-time and historical video feeds. A camera monitoring device captures real-time video and monitors lingering activity within the station, acquiring monitoring signals. A data storage device stores real-time and historical video feeds, alarm image data, and alarm video data. A touch sensing device uses a capacitive touchscreen sensor to detect touch operations on the UI display device and acquire touch operation signals. A monitoring data processing and control device processes the touch operation signals, camera monitoring data, and data from the data storage device. Finally, it controls the UI display device to display data and controls the camera monitoring. The equipment controls and triggers early warning alarm signals; the alarm and early warning notification equipment, based on the early warning alarm signals, provides station-based loitering alarms and loitering timeout warnings; the monitoring data processing and control equipment is connected to the UI interface display equipment, camera monitoring equipment, data information storage equipment, touch sensing equipment, and alarm and early warning notification equipment via signal data cables; the data information storage equipment is connected to the camera monitoring equipment via data transmission cables; the touch sensing equipment is attached to the UI interface display equipment; it can view real-time monitoring video within the station and set historical monitoring video within the station for a set duration; it can retrieve alarm images and alarm videos; it can identify the location information of cameras, i.e., it can know the location of multiple cameras on the platform; it can retrieve alarm images and alarm videos; it monitors for safety hazards caused by loitering within the station; and it significantly improves the safety of the platform and the station.

[0041] Other features and advantages of the invention will be set forth in the following description, and will be apparent in part from the description, or may be learned by practicing the invention. The objects and other advantages of the invention may be realized and obtained by means of the structures particularly pointed out in the written description and the accompanying drawings.

[0042] The technical solution of the present invention will be further described in detail below with reference to the accompanying drawings and embodiments. Attached Figure Description

[0043] The accompanying drawings are provided to further illustrate the invention and form part of the specification. They are used in conjunction with embodiments of the invention to explain the invention and do not constitute a limitation thereof. In the drawings:

[0044] Figure 1 This is a structural diagram of a display alarm device for station dwell monitoring and early warning according to the present invention;

[0045] Figure 2 This is a structural diagram of a display alarm device and camera monitoring equipment for station dwell monitoring and early warning according to the present invention;

[0046] Figure 3 This is a connection architecture diagram of a display alarm device for station dwell monitoring and early warning according to the present invention. Detailed Implementation

[0047] The preferred embodiments of the present invention will be described below with reference to the accompanying drawings. It should be understood that the preferred embodiments described herein are for illustration and explanation only and are not intended to limit the present invention.

[0048] As shown in the figure, the display and alarm device used for monitoring and early warning of station lingering includes:

[0049] The UI interface displays the station's loitering alarm information and camera location information in different areas, as well as real-time and historical video of the station.

[0050] Camera monitoring equipment records real-time video within the station, monitors where people remain within the station, and acquires monitoring signals;

[0051] Data storage equipment stores real-time and historical video data within the station; it also stores alarm image data and alarm video data.

[0052] Touch sensing devices use capacitive touchscreen sensors to detect touch operations on the UI display device and acquire touch operation sensing signals.

[0053] The system monitors and processes data from control devices, including touch operation sensors, camera monitoring devices, and data storage devices. It also controls the UI display devices to show data and controls camera monitoring devices to trigger early warning and alarm signals.

[0054] The alarm and early warning device provides alarms for station dwell time and warnings for dwell time exceeding the alarm time based on the alarm signal.

[0055] The monitoring data processing and control equipment is connected to the UI interface display equipment, camera monitoring equipment, data information storage equipment, touch sensing equipment, and alarm warning equipment via signal data cables; the data information storage equipment is connected to the camera monitoring equipment via data transmission cables; and the touch sensing equipment is attached to the UI interface display equipment.

[0056] The working principle and effects of the above technical solution are as follows: The display alarm device for station-based loitering monitoring and early warning of the present invention, through the UI interface display device 100, displays station-based loitering alarm information and camera location information in different areas on the UI interface display screen, and displays real-time video and historical video of the station; the camera monitoring device 200 records real-time video of the station and monitors loitering within the station, acquiring monitoring signals; the data information storage device 300 stores real-time video and historical video of the station; stores alarm image data and alarm video data; the touch sensing device 400 senses touch operations on the UI interface display device through a capacitive screen sensor, acquiring touch operation sensing signals; the monitoring data processing and control device 500 processes the touch operation sensing signals, processes the data from the camera monitoring device, processes the data from the data information storage device; and controls the UI interface display device. It displays data and controls camera monitoring equipment, triggering early warning alarm signals; the alarm and early warning device 600 provides station loitering alarms and loitering timeout warnings based on the alarm and early warning signals; the monitoring data processing and control device is connected to the UI interface display device, camera monitoring equipment, data information storage device, touch sensing device, and alarm and early warning device via signal data cables; the data information storage device is connected to the camera monitoring equipment via data transmission cables; the touch sensing device is attached to the UI interface display device; it can view real-time monitoring video and set historical monitoring video for a set duration; it can retrieve alarm images and alarm videos; it can identify the location information of cameras, i.e., it can know the location of multiple cameras on the platform; it can retrieve alarm images and alarm videos; it monitors for safety hazards caused by loitering within the platform; and it significantly improves the safety of the platform and the area.

[0057] In one embodiment, the UI display device includes:

[0058] The first area 101 of the UI interface display screen shows the station's lingering alarm information.

[0059] The second area 102 of the UI display screen shows the camera location information;

[0060] The third area 103 of the UI interface display screen shows the real-time video and historical video of the station recorded by the monitoring camera equipment.

[0061] The working principle and effect of the above technical solution are as follows: The UI interface display device includes: a first area of ​​the UI interface display screen, which displays the station's loitering alarm information; a second area of ​​the UI interface display screen, which displays the camera's location information; and a third area of ​​the UI interface display screen, which displays the station's real-time video and historical video recorded by the monitoring camera equipment. The first area of ​​the UI interface display screen, the second area of ​​the UI interface display screen, and the third area of ​​the UI interface display screen can be mutually adjusted and switched, and the display state can be adjusted by controlling the display to be enlarged or reduced.

[0062] In one embodiment, a camera monitoring device includes:

[0063] The base of the rotating pan-tilt unit 201 is fixed to the support of the monitoring point inside the station.

[0064] The camera recording and monitoring device 202 is installed on the rotating pan-tilt platform of the camera monitoring equipment base to record real-time video within the station and monitor the station's activity.

[0065] The camera light sensor 203 senses the ambient light inside the camera location station through a photosensitive sensor chip; triggering a light sensing signal to turn on the camera's LED light group.

[0066] The camera LED light group 204 is set at the front of the camera; it turns on the lighting to supplement the recording light of the camera based on the light sensor signal.

[0067] The working principle and effect of the above technical solution are as follows: The base of the rotating pan-tilt unit is fixed on the support of the monitoring point inside the station; the camera recording and monitoring device is set on the rotating pan-tilt unit of the camera monitoring device to record real-time video inside the station and monitor the station's location; the camera light sensor senses the ambient light inside the station through a photosensitive sensor chip; triggering the light sensing signal to turn on the camera's LED light group; the camera LED light group is set at the front of the camera; according to the light sensing signal, the lighting is turned on to supplement the recording light of the camera recorder; improving the clarity and stability of camera monitoring.

[0068] In another embodiment, the camera light sensor includes:

[0069] The first photosensitive sensor chip 2031 is located on one side of the camera / recorder; it senses the ambient light inside the station on one side of the camera / recorder.

[0070] The second photosensitive sensor chip 2032 is located on the other side of the camera / recorder; it senses the ambient light inside the station on the other side of the camera / recorder.

[0071] Photosensitive sensor chips are respectively installed on both sides of the camera; the photosensitive sensor chips sense the ambient light inside the station at the camera position; when the ambient light inside the station is insufficient, the light sensing signal is triggered to turn on the camera's LED light group.

[0072] The working principle and effect of the above technical solution are as follows: The first photosensitive sensor chip of the camera light sensor is set on one side of the camera recorder; it senses the ambient light inside the station on one side of the camera recorder; the second photosensitive sensor chip is set on the other side of the camera recorder; it senses the ambient light inside the station on the other side of the camera recorder; the photosensitive sensor chips are respectively set on both sides of the camera recorder; the photosensitive sensor chips sense the ambient light inside the station at the camera position; when the ambient light inside the station is insufficient, a light sensing signal is triggered to turn on the camera LED light group.

[0073] In another embodiment, the data storage device includes:

[0074] Solid-state storage 301 is connected to monitoring data processing and control equipment and camera monitoring equipment via an internal data transmission line; it stores real-time video and historical video of the station; it also stores alarm image data and alarm video data.

[0075] The mobile storage device 302 is connected to the monitoring data processing and control device via an external data transmission cable; it stores alarm image data and alarm video data.

[0076] The working principle and effects of the above technical solution are as follows: The solid-state storage is connected to the monitoring data processing and control equipment and the camera monitoring equipment through an internal data transmission line; it stores real-time video and historical video of the station; it stores alarm image data and alarm video data; the mobile storage is connected to the monitoring data processing and control equipment through an external data transmission line; it stores alarm image data and alarm video data; the stability and flexibility of data information storage are significantly improved.

[0077] In another embodiment, the touch-sensing device includes:

[0078] Capacitive touch layer 401, a thin-film capacitive adhesive is attached to the UI display device;

[0079] The capacitive signal transmission layer 402 transmits the touch capacitive signal from the capacitive screen touch layer to the monitoring data processing and control device.

[0080] The working principle and effect of the above technical solution are as follows: through the touch-sensitive capacitive screen touch layer, the thin film capacitor is attached to the UI interface display device; the capacitive signal transmission layer transmits the touch capacitance signal of the capacitive screen touch layer to the monitoring data processing and control device; the touch sensing operation is more accurate and faster.

[0081] In another embodiment, the monitoring data processing and control device includes:

[0082] Touch signal processor 501 processes touch operation sensing signals and outputs touch operation processing information;

[0083] The video data processor 502 processes video data and acquires video data processing information; it also processes monitoring signals and acquires monitoring signal processing information.

[0084] Operate the alarm controller 503 to receive touch operation processing information, trigger the UI interface display information, and control the UI interface display device to display station lingering alarm information; receive video data processing information and camera monitoring signal processing information to trigger station lingering alarm information; and mark the camera positions according to the specific location of the station.

[0085] The alarm information for in-station loitering includes: alarm image information, alarm video information, alarm time, alarm location, and loitering type.

[0086] The working principle and effects of the above technical solution are as follows: A touch signal processor processes touch operation sensing signals and outputs touch operation processing information; a video data processor processes video data and acquires video data processing information; a monitoring signal processor processes monitoring signal processing information; an alarm controller receives touch operation processing information, triggers UI interface display information, and controls the UI interface display device to display station lingering alarm information; a video data processing information and camera monitoring signal processing information are received, triggering station lingering alarm information; the camera positions are marked according to the specific location of the station; the station lingering alarm information includes: alarm image information, alarm video information, alarm time, alarm location, and lingering type; data signal processing efficiency and accuracy are significantly improved.

[0087] In another embodiment, the alarm warning device includes:

[0088] The 601 station dwell warning alarm provides a station dwell warning alarm based on the early warning alarm signal.

[0089] The dwell timer 602 is triggered by the dwell alarm signal within the station to start counting; when the dwell timer counts, and the set warning time before the maximum dwell time is reached, a dwell timeout warning signal is triggered.

[0090] The overstay warning device 603 triggers an overstay warning based on the overstay warning signal.

[0091] The working principle and effects of the above technical solution are as follows: A station congestion warning alarm is triggered by a congestion warning signal; a congestion duration timer is started when the station congestion alarm signal is triggered; when the timer reaches the set warning time before the maximum congestion duration is reached, a congestion timeout warning signal is triggered; a congestion timeout warning indicator is triggered based on the congestion timeout warning signal; the timeliness of alarm warnings is significantly improved; and monitoring and early warning greatly enhance the safety of the station platform.

[0092] Obviously, those skilled in the art can make various modifications and variations to this invention without departing from its spirit and scope. Therefore, if these modifications and variations fall within the scope of the claims of this invention and their equivalents, this invention also intends to include these modifications and variations.

Claims

1. A display and alarm device for monitoring and early warning of station lingering, characterized in that, include: The UI interface displays the station's loitering alarm information and camera location information in different areas, as well as real-time and historical video of the station. Camera monitoring equipment records real-time video within the station, monitors where people remain within the station, and acquires monitoring signals; Data storage equipment stores real-time and historical video data within the station; it also stores alarm image data and alarm video data. Touch sensing devices use capacitive touchscreen sensors to detect touch operations on the UI display device and acquire touch operation sensing signals. The system monitors and processes data from control devices, including touch operation sensors, camera monitoring devices, and data storage devices. It also controls the UI display devices to show data and controls camera monitoring devices to trigger early warning and alarm signals. The alarm and early warning device provides alarms for station dwell time and warnings for dwell time exceeding the alarm time based on the alarm signal. The monitoring data processing and control equipment is connected to the UI interface display equipment, camera monitoring equipment, data information storage equipment, touch sensing equipment, and alarm warning equipment via signal data cables; the data information storage equipment is connected to the camera monitoring equipment via a data transmission cable; and the touch sensing equipment is attached to the UI interface display equipment.

2. The display and alarm device for monitoring and early warning of station dwell time according to claim 1, characterized in that, UI display devices, including: The first area of ​​the UI display screen shows the station's lingering alarm information. The second area of ​​the UI display shows the camera's location information; The third area of ​​the UI display screen shows the real-time video and historical video of the station recorded by the monitoring camera equipment.

3. The display and alarm device for monitoring and early warning of station dwell time according to claim 1, characterized in that, Camera surveillance equipment, including: The base of the rotating pan-tilt unit is fixed to the support structure of the monitoring point inside the station. The camera recording and monitoring device is mounted on the rotating pan-tilt-zoom platform at the base of the camera monitoring equipment to record real-time video within the station and monitor the station's activity. The camera's light sensor uses a photosensitive chip to detect the ambient light within the camera's location station; triggering a light sensing signal activates the camera's LED lights. The camera's LED light assembly is located at the front of the camera; it activates to supplement the camera's recording light based on light sensor signals.

4. The display and alarm device for monitoring and early warning of station dwell time according to claim 3, characterized in that, The camera's light sensor includes: The first photosensitive sensor chip is located on one side of the camera / recorder; it senses the ambient light inside the station on one side of the camera / recorder. The second photosensitive sensor chip is located on the other side of the camera / recorder; it senses the ambient light inside the station on the other side of the camera / recorder. When the ambient light inside the station is insufficient, a light sensor signal is triggered to turn on the camera's LED lights.

5. The display and alarm device for monitoring and early warning of station dwell time according to claim 1, characterized in that, Data storage devices, including: Solid-state storage is connected to monitoring data processing and control equipment and camera monitoring equipment via internal data transmission lines; it stores real-time and historical video of the station; it also stores alarm image data and alarm video data. The portable storage device is connected to the monitoring data processing and control equipment via an external data transmission cable; it stores alarm image data and alarm video data.

6. The display and alarm device for monitoring and early warning of station dwell time according to claim 1, characterized in that, Touch-sensing devices, including: Capacitive touch layer, a thin-film capacitive coating attached to the UI display device; The capacitive signal transmission layer transmits the touch capacitance signals from the capacitive screen touch layer to the monitoring data processing and control device.

7. The display and alarm device for monitoring and early warning of station dwell time according to claim 1, characterized in that, Monitoring data processing and control equipment, including: The touch signal processor processes touch operation sensing signals and outputs touch operation processing information. Video data processor: processes video data and acquires video data processing information; processes monitoring signals and acquires monitoring signal processing information. Operate the alarm controller, receive touch operation processing information, trigger the UI interface to display information, and control the UI interface display device to display station lingering alarm information; receive video data processing information and camera monitoring signal processing information, trigger station lingering alarm information; mark the camera positions according to the specific location of the station; The alarm information for in-station loitering includes: alarm image information, alarm video information, alarm time, alarm location, and loitering type.

8. The display and alarm device for monitoring and early warning of station dwell time according to claim 1, characterized in that, Alarm and warning devices, including: The station stay alert alarm will issue a stay alert based on the early warning alarm signal; The dwell timer is triggered by the dwell alarm signal within the station. When the dwell timer reaches the set warning time before the maximum dwell time is reached, a dwell timeout warning signal is triggered. The overstay warning device triggers an overstay warning based on the overstay warning signal.

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