TWM616653U - Digital surveillance system - Google Patents

Abstract

A digital monitoring system, which mainly includes a central control server, a fire alarm unit, an abnormality sensing unit, a plurality of camera units and a digital monitoring host. The fire alarm unit generates a fire warning signal when a fire event is detected, and generates a fire alarm based on the fire warning signal. The abnormality sensing unit generates an abnormal event signal when an abnormal event occurs, and generates an abnormal warning based on the abnormal event signal. A plurality of camera units are connected to the fire alarm unit and the abnormality sensing unit, and capture images of fire events based on the fire warning signal, and capture images of abnormal events based on the abnormal event signal. The digital monitoring host sends fire event images and fire alarms to the central control server according to the fire warning signal, and sends abnormal event images and alarms to the central control server according to the abnormal event signal.

Description

Digital Monitoring System

A monitoring system, especially a digital monitoring system.

At present, it has become mainstream to install surveillance cameras in residential areas, offices, schools, or stores. In addition to installing surveillance cameras to monitor, as the public attaches importance to safety, more and more people are willing to install magnetic reed anti-theft, fire detection and other safety sensing devices, as well as diversified anti-theft devices that can interact with customers. Become the focus of public attention. Therefore, the management of diversified sensing devices and anti-theft devices, such as being able to notify customers immediately when abnormal events occur, and preventing devices from malfunctioning or damaged for a long time, has become an issue that the industry attaches importance to.

The digital monitoring system of this creation mainly includes a central control server, a fire alarm unit, an abnormality sensing unit, a plurality of camera units, and a digital monitoring host. The fire alarm unit includes a fire detection module and a fire alarm module. When the fire detection module detects a fire event, it generates a fire alarm signal, and the fire alarm module generates a fire alarm based on the fire alarm signal. The abnormality sensing unit includes an abnormality sensing module and an abnormality warning module. When the abnormality sensing module detects that an abnormal event occurs, it generates an abnormal event signal, and the abnormality warning module generates an abnormality warning according to the abnormal event signal. A plurality of camera units are connected to the fire alarm unit and the abnormality sensing unit, and capture images of fire events based on the fire warning signal, and capture images of abnormal events based on the abnormal event signal. The digital monitoring host is connected to the central control server, fire alarm unit, anomaly sensing unit and these camera units, and transmits fire event images and fire alarms to the central control server based on the fire warning signal, and transmits abnormal event images and Abnormal warning to the central control server.

In some implementation aspects, the central control server is connected to a client mobile device, and transmits fire event images and fire alarms to the client mobile device, or transmits abnormal event images and abnormal warnings to the client mobile device.

In some implementation aspects, the digital monitoring host further includes a detection module, which executes a detection program to detect whether the camera units are operating normally, and sends a camera abnormality signal to the central control server when the detection result is abnormal.

In some implementations, the central control server further includes a maintenance reservation module. When the central control server receives a camera abnormal signal, the maintenance reservation module generates a maintenance reservation message and sends the maintenance reservation message to the client mobile device.

In some implementations, the maintenance appointment module includes an analysis module and a date scheduling module. The analysis module analyzes camera abnormal signals to generate maintenance messages. The date scheduling module selects a maintenance unit from the plurality of maintenance units. The maintenance reservation message is generated, and the maintenance reservation message includes the maintenance time.

In some implementation aspects, the analysis module determines the fault problem based on the abnormal camera signal, and generates a repair message based on the fault problem.

In some implementation aspects, the digital monitoring system may further include a notification unit connected to at least one of the camera units and the digital monitoring host. The notification unit includes an operation module and an emergency notification module. When the operation module is pressed Generate an emergency signal, the emergency notification module generates an emergency notification based on the emergency signal, at least one of the camera units connected to the notification unit captures the emergency image, and the digital monitoring host transmits the emergency image and the emergency notification to the central control servo according to the emergency signal Device.

In some implementations, the digital monitoring host may further include a lighting control module, which is connected to the light source device. The digital monitoring host receives the lighting control signal sent by the client mobile device through the central control server, and the lighting control module is based on The light control signal controls the light source device.

In some implementations, the digital monitoring host can also include a rolling door control module, which is connected to the rolling door, and the digital monitoring host receives the rolling door control sent by the client mobile device through the central control server Signal, the iron rolling door control module controls the iron rolling door according to the iron rolling door control signal.

In some implementations, the digital monitoring host can also include a voice playback module, which is connected to the voice playback device, and the digital monitoring host receives the voice playback signal sent by the client mobile device through the central control server. The voice playback module controls the voice playback device according to the voice playback signal.

To sum up, the digital monitoring system created by this creation will immediately notify the central control server (that is, the security control terminal) when a fire event or an abnormal event occurs, and send the fire event image and the abnormal event image to Central control server for immediate viewing and retention. And it will automatically check whether the camera unit (such as the camera) is abnormal. In addition, it is possible to remotely operate the light source device, the iron rolling door and the voice playback device through the digital monitoring host.

The detailed features and advantages of this creation will be described in detail below in the implementation mode. The content is sufficient to enable anyone familiar with the relevant art to understand the technical content of this creation and implement it accordingly, and according to the content disclosed in this specification, the scope of patent application and drawings. In this way, anyone who is familiar with relevant skills can easily understand the purpose and advantages of this creation.

Specific examples are listed below to illustrate the content of this creation in detail, and the diagrams are used as an auxiliary description. The symbols mentioned in the manual refer to the symbol description.

Please refer to Figure 1. Figure 1 is a block diagram (1) of the digital surveillance system created. The digital monitoring system mainly includes a central control server 11, a fire alarm unit 12, an abnormality sensing unit 13, a plurality of camera units 14 and a digital monitoring host 15. Here, the digital monitoring host 15 is installed in living areas such as houses, offices, schools, or stores, and can be connected to security sensing devices such as the camera unit 14, the fire alarm unit 12, and the abnormality sensing unit 13.

In some implementation aspects, the central control server 11 may be a security server, and may include a communication module 111. The communication module 111 directly or indirectly connects the transmission module 151 of the digital monitoring host 15 to the client via the Internet. The terminal mobile device 2 enables the central control server 11 to be connected with the digital monitoring host 15, and the central control server 11 and the client mobile device 2 to be able to transmit data in both directions.

The fire alarm unit 12 may include a fire detection module 121 and a fire alarm module 122. When the fire detection module 121 detects a fire event, it generates a fire alarm signal, and the fire alarm module 122 generates a fire alarm according to the fire alarm signal. Here, the fire detection module 121 is, for example, a smoke sensor, which uses light emitters and light receivers to detect the amount of opaque particles (such as smoke particles) in the air to detect whether there is a large amount of particles that may be caused by a fire. For smoke particles, the fire detection module 121 may also be, for example, a temperature sensor, which detects the ambient temperature to determine whether a fire has occurred, but this creation is not limited to this.

The fire alarm module 122 can include a sound output device. When a fire warning signal is received, the sound output device can send out a fire alarm to remind the environment that there is a risk of fire. Here, the fire alarm, such as "A fire has been detected, Please leave as soon as possible," or a warning sound.

The abnormality sensing unit 13 may include an abnormality sensing module 131 and an abnormality warning module 132. When the abnormality sensing module 131 detects that an abnormal event occurs, an abnormal event signal is generated, and the abnormality warning module 132 generates an abnormal event signal according to the abnormal event signal. Abnormal warning. Here, the abnormality sensing module 131 is, for example, a magnetic reed anti-theft sensor. If an abnormal event such as a door or window is opened or damaged is detected during the security setting period, an abnormal event signal is generated. The abnormality sensing module 131 may also be, for example, a body temperature sensor. If an abnormal event is detected during the set preservation period, such as someone entering the body temperature detection area, an abnormal event signal is generated.

The abnormal warning module 132 may include a sound output device to issue an abnormal warning when an abnormal event signal is received. Examples of abnormal warnings are sharp warning sounds or preset voices, and the sound output device plays a sharp warning sound or preset voices. (For example, "We have called the police") to deter intruders.

The camera unit 14 includes monitors installed in various spaces, such as corridors and doorways of residences; various offices in office buildings, to capture real-time images of each space, and output the real-time image signal to the matching signal through the output interface Receiving equipment.

In addition, the plurality of camera units 14 are connected to the fire alarm unit 12 and the abnormality sensing unit 13 to capture fire event images according to the fire warning signal, and capture abnormal event images according to the abnormal event signal. Therefore, when a fire alarm occurs, the camera unit 14 will capture an image of a fire event in an environment with a risk of fire, and when an abnormal event is detected, the camera unit 14 will also capture an image of an abnormal event in the space and pass it through The digital monitoring host 15 transmits the fire event image and the abnormal event image to the central control server 11 for real-time inspection by the security control personnel.

Furthermore, the digital monitoring host 15 is connected to the central control server 11, the fire alarm unit 12, and the abnormality sensing unit 13, and transmits fire event images and fire alarms to the central control server 11 according to the fire warning signal, and transmits according to the abnormal event signal The abnormal event image and abnormal warning are sent to the central control server 11. In some implementations, fire warnings (such as "Fire alarm in OO Building, No. 311, Minsheng South Road, XX") and abnormal warnings (such as "No. 7-3, Building OO, No. 311, Minsheng South Road, XX), can be displayed in the middle. The electronic device controlling the server 11 is a display screen of a central control computer or a tablet computer.

In some implementation aspects, the central control server 11 is connected to the client mobile device 2 to transmit fire event images and fire alarms to the client mobile device 2, or transmit abnormal event images and abnormal warnings to the client mobile device 2. Here, the client mobile device 2 is, for example, a mobile phone, a tablet, etc., which can be installed with an application program interface to receive push messages of fire alarms or abnormal warnings, and customers can also view fire event images and abnormal event images through the application program interface .

Please refer to Figure 2. Figure 2 is a block diagram (2) of the digital surveillance system created. In some implementation aspects, the digital monitoring host 15 may include a detection module 152 that executes a detection program to detect whether the camera units 14 are operating normally. Here, the abnormality of the camera unit 14 is, for example, the failure to capture images normally, the abnormal power supply, or the failure to output image signals. And when the detection result is abnormal, the camera abnormality signal is sent to the central control server 11. In this way, the security terminal can know the abnormality of the camera unit 14 (such as a camera) at the first time, clarify the cause of the abnormality, and dispatch maintenance personnel to repair it.

Please continue to refer to Figures 2 and 3. Figure 3 is a block diagram of the repair reservation module created. In some implementation aspects, the central control server 11 further includes a maintenance reservation module 112. When the central control server 11 receives a camera abnormal signal, the maintenance reservation module 112 generates a maintenance reservation message and sends the maintenance reservation message to the client operation. Device 2. More specifically, the maintenance reservation module 112 includes an analysis module 1121 and a date scheduling module 1122. The analysis module 1121 analyzes the abnormal camera signal generated by the detection module 152 to generate a maintenance message. The analysis module 1121 analyzes the cause of the abnormality of each camera unit 14 represented by the abnormal camera signal, such as failure to capture images normally, abnormal power supply, or failure to output image signals. In other words, the analysis module 1121 judges based on the abnormal camera signal The fault problem belongs to, and the maintenance message is generated according to the fault problem.

The date scheduling module 1122 selects a maintenance organization from a plurality of maintenance organizations based on the maintenance information generated by the analysis module 1121 to generate a maintenance appointment message, where the maintenance appointment message includes the maintenance time. Furthermore, the date scheduling module 1122 summarizes the resources contained in each maintenance organization, such as the manpower available at each time, the inventory of consumables, etc., and selects the maintenance organization that has sufficient inventory of consumables and can provide maintenance manpower on a specific date, and arranges The maintenance organization goes to the maintenance camera unit 14 on the maintenance date to generate a maintenance reservation message, and transmit the maintenance reservation message to the client mobile device 2 through the central control server 11. In this way, the most suitable maintenance unit can be accurately locked and arranged in the nearest maintenance time.

Please refer to Figures 2 and 4. Figure 4 is a block diagram of the notification unit of the creation. In some implementation aspects, the digital monitoring system may further include a notification unit 19, and the notification unit 19 is connected to at least one of the camera units 14 and the digital monitoring host 15. Here, the notification unit 19 can connect the camera unit 14 and the digital monitoring host 15 through Wi-Fi, 3G, 4G, ADSL, WIMAX, or the like.

The notification unit 19 mainly includes an operation module 191 and an emergency notification module 192. Here, the operation module 191 may be, for example, an independent button, which generates an emergency signal when pressed. The emergency notification module 192 generates an emergency notification based on the emergency signal. At this time, the camera unit 14 connected to the notification unit 19 captures the emergency image. For example, the operating module 191 is set on the cashier counter. If an emergency situation such as robbery by a gangster or someone faints, the clerk presses the operating module 191 (such as a button). At this time, the operating module 191 generates Emergency signals, and at the same time, the camera unit 14 that records images of the cashier counter captures emergency images according to the emergency signals. At this time, the digital monitoring host 15 transmits the emergency image and emergency notification to the central control server 11 according to the emergency signal. In this way, customers can not only immediately seek help from the security control terminal, but the security control terminal can simultaneously understand the on-site situation through emergency images to evaluate the follow-up processing methods, such as reporting to the police station or sending security personnel to the site to assist.

Please refer to FIG. 2 again. In some implementations, the digital monitoring host 15 may further include a lighting control module 153. The lighting control module 153 is connected to the light source device 16, and the digital monitoring host 15 receives the client through the central control server 11. The light control signal transmitted by the mobile device 2. The light control module 153 controls the light source device 16 according to the light control signal. Here, the light control module 153 can be connected to the light source device 16 via Wi-Fi, 3G, 4G, ADSL, or WIMAX.

For example, when the customer’s mobile phone (i.e. client mobile device 2) pushes an abnormal warning, the customer can watch the real-time video on the mobile phone and find that the intruder has invaded the kitchen, and can control the light source device 16 of the kitchen to emit light through the application program interface. In order to achieve the role of scaring the group of intruders.

Please refer to FIG. 2 again. In some implementations, the digital monitoring host 15 may further include an iron rolling door control module 154. The iron rolling door control module 154 is connected to the iron rolling door 17, and the digital monitoring host 15 uses a central control servo The device 11 receives the rolling door control signal transmitted by the client mobile device 2, and the rolling door control module 154 controls the rolling door 17 according to the rolling door control signal. Here, the rolling door control module 154 can be connected to the rolling door 17 via Wi-Fi, 3G, 4G, ADSL, or WIMAX.

Therefore, the customer can open or close the rolling door 17 through the application program interface installed on the client mobile device 2. In this way, when you go out and forget to close the door, you can directly close the rolling door 17 through your mobile device. When a family member forgets to bring the key, you can also remotely control the rolling door 17 to help the family open the door.

Please refer to Figure 2 again. In some implementations, the digital monitoring host 15 may further include a voice playback module 155. The voice playback module 155 is connected to the voice playback device 18, and the digital monitoring host 15 passes through the central control server. 11 receives the voice playback signal transmitted by the client mobile device 2, and the voice playback module 155 controls the voice playback device 18 according to the voice playback signal. Here, the voice playback module 155 can be connected to the voice playback device 18 via Wi-Fi, 3G, 4G, ADSL, or WIMAX.

For example, when the customer’s client mobile device 2 pushes an abnormal alert, the customer watches the live video through the client mobile device 2 and finds that a stranger is destroying the window of the shop. The customer can use the application program interface installed on the client mobile device 2 Enter the voice content you want to play, such as "Please don't damage the doors and windows, we have called the police." This instruction is sent to the digital monitoring host 15 through the central control server 11, and the digital monitoring host 15 then drives the voice playback module 155 to play Voice content entered by the customer.

In summary, the digital monitoring system created by this creation will immediately notify the central control server 11 (security control end) when a fire event or an abnormal event occurs, and send the fire event image and the abnormal event image to the central control server. Control the server 11 for immediate viewing and retention. And it will automatically check whether the camera unit 14 (such as a camera) is abnormal. In addition, the light source device 16, the iron rolling door 17 and the voice player 18 can be remotely operated through the digital monitoring host 15.

Through the above detailed description, it can be fully demonstrated that the purpose and efficacy of this creation are progressive in implementation, have great industrial utility value, and are new creations that have not been seen on the market before, and fully meet the requirements of patents. Yan filed an application in accordance with the law. Only the above descriptions are only the preferred embodiments of this creation, and should not be used to limit the scope of implementation of this creation. That is to say, all the equal changes and modifications made in accordance with the scope of this creation patent should fall within the scope of this creation patent. I would like to ask your review committee to expressly review and pray for your approval.

11: Central control server 111: Communication module 112: Service Appointment Module 1121: Analysis Module 1122: Date scheduling module 12: Fire alarm unit 121: Fire detection module 122: Fire alarm module 13: Abnormal sensing unit 131: Abnormal Sensing Module 132: Abnormal warning module 14: Camera unit 15: Digital monitoring host 151: Transmission Module 152: Detection Module 153: Light Control Module 154: Iron Rolling Door Control Module 155: Voice playback module 16: light source device 17: Iron Rolling Door 18: Voice playback device 19: Notification unit 191: Operation Module 192: Emergency Notification Module 2: Client mobile device

[Figure 1] This is the block diagram (1) of the digital monitoring system created for this creation. [Figure 2] This is the block diagram (2) of the digital surveillance system created for this creation. [Figure 3] This is the block diagram of the maintenance reservation module created for this creation. [Figure 4] is a block diagram of the notification unit of this creation.

11: Central control server

111: Communication module

112: Service Appointment Module

12: Fire alarm unit

121: Fire detection module

122: Fire alarm module

13: Abnormal sensing unit

131: Abnormal Sensing Module

132: Abnormal warning module

14: Camera unit

15: Digital monitoring host

151: Transmission Module

152: Detection Module

153: Light Control Module

154: Iron Rolling Door Control Module

155: Voice playback module

16: light source device

17: Iron Rolling Door

18: Voice playback device

19: Notification unit

2: Client mobile device

Claims (10)

A digital monitoring system including: One central control server; A fire alarm unit includes a fire detection module and a fire alarm module. When the fire detection module detects a fire event, it generates a fire alarm signal, and the fire alarm module generates a fire alarm according to the fire alarm signal. ； An abnormality sensing unit includes an abnormality sensing module and an abnormality warning module. When the abnormality sensing module detects that an abnormal event occurs, an abnormal event signal is generated, and the abnormality warning module is based on the abnormal event The signal generates an abnormal warning; A plurality of camera units connected to the fire alarm unit and the abnormality sensing unit, capture a fire event image based on the fire warning signal, and capture an abnormal event image based on the abnormal event signal; and A digital monitoring host is connected to the central control server, the fire alarm unit, the abnormal sensing unit and the camera units, and transmits the fire event image and the fire alarm to the central control server according to the fire warning signal. The abnormal event signal transmits the abnormal event image and the abnormal warning to the central control server. The digital monitoring system according to claim 1, wherein the central control server is connected to a client mobile device, and transmits the fire event image and the fire alarm to the client mobile device, or transmits the abnormal event image and the abnormal warning To the client mobile device. The digital monitoring system according to claim 1, wherein the digital monitoring host further includes a detection module that executes a detection program to detect whether the camera units are operating normally, and transmits a camera abnormality signal to the center when the detection result is abnormal Control server. For the digital monitoring system described in claim 3, the central control server further includes a maintenance reservation module. When the central control server receives the camera abnormal signal, the maintenance reservation module generates a maintenance reservation message and sends it The maintenance reservation message is sent to a client mobile device. The digital monitoring system according to claim 4, wherein the maintenance appointment module includes an analysis module and a date scheduling module, the analysis module analyzes the camera abnormal signal to generate a maintenance message, and the date scheduling module The group selects a maintenance organization from a plurality of maintenance organizations for the maintenance information to generate the maintenance reservation message, where the maintenance reservation message includes a maintenance time. The digital monitoring system according to claim 5, wherein the analysis module determines a fault problem according to the abnormal camera signal, and generates the maintenance message corresponding to the fault problem. The digital monitoring system according to claim 1, further comprising a notification unit connected to at least one of the camera units and the digital monitoring host, and the notification unit includes an operation module and an emergency notification module, The operation module generates an emergency signal when pressed, the emergency notification module generates an emergency notification according to the emergency signal, at least one of the camera units connected to the notification unit captures an emergency event image, and the digital monitoring host The emergency image and the emergency notification are sent to the central control server according to the emergency signal. The digital monitoring system according to claim 1, wherein the digital monitoring host further includes a lighting control module, the lighting control module is connected to a light source device, and the digital monitoring host receives a client mobile device through the central control server A light control signal is transmitted, and the light control module controls the light source device according to the light control signal. The digital monitoring system according to claim 1, wherein the digital monitoring host further includes an iron rolling door control module, the iron rolling door control module is connected to an iron rolling door, and the digital monitoring host receives through the central control server An iron rolling door control signal is transmitted by a client mobile device, and the iron rolling door control module controls the iron rolling door according to the iron rolling door control signal. The digital monitoring system according to claim 1, wherein the digital monitoring host further includes a voice playback module, the voice playback module is connected to a voice playback device, and the digital monitoring host receives a voice through the central control server A voice playback signal transmitted by the client mobile device, and the voice playback module controls the voice playback device according to the voice playback signal.

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