TWM622222U - Digital monitoring device and which applies the digital monitoring system - Google Patents

Abstract

A digital monitoring device mainly includes a monitoring terminal computer host and a system server. The system server mainly includes a contract management database, an authority management unit, and a device management unit. The contract management database stores contract data, which includes subscription service information and monitoring equipment information. The authority management unit generates management authority based on subscription service information and monitoring equipment information. The equipment management unit is connected to the monitoring equipment via the network, receives monitoring information sent from the monitoring equipment, and determines whether to send the monitoring information to the monitoring computer host or to the user-side electronic device according to the management authority.

Description

Digital monitoring device and digital monitoring system suitable for the same

A monitoring device and a monitoring system suitable for the same, especially a digital monitoring device and a digital monitoring system suitable for the same.

At present, it has become mainstream to install surveillance cameras in living areas such as residences, offices, schools or storefronts. In addition to installing surveillance cameras for monitoring, as the public attaches great importance to safety, more and more people are willing to install magnetic reed anti-theft, fire detection and other security sensing devices, and a variety of anti-theft devices that can interact with customers. become the focus of public attention. Therefore, the management of various sensing devices and anti-theft devices, such as being able to notify customers in real time when an abnormal event occurs, and preventing the device from being in a faulty or damaged state for a long time, has become an important issue in the industry.

The digital monitoring device of this creation mainly includes a monitoring computer host and a system server. The system server mainly includes a contract management database, an authority management unit and a device management unit. The contract management database stores contract data, including subscription service information and monitoring equipment information. The authority management unit generates management authority according to the subscription service information and the monitoring device information. The equipment management unit is connected to the monitoring equipment through the network, receives the monitoring information sent from the monitoring equipment, and decides whether to send the monitoring information to the monitoring computer host or to the user electronic device according to the management authority.

The digital monitoring system of this creation includes the aforementioned digital monitoring device and monitoring equipment. The monitoring device may include a monitoring host and a monitoring unit, the monitoring host is connected to the monitoring unit, the monitoring unit generates monitoring content according to the monitoring result, the monitoring host generates monitoring information according to the monitoring content, and transmits the monitoring information to the digital monitoring device.

Therefore, through the digital monitoring device of this creation and the digital monitoring system suitable for it, customers can choose to manage the monitoring information by themselves, or entrust the security terminal to assist in the management of the monitoring information, so as to adapt to various security needs. In addition, if the monitoring equipment is replaced, the monitoring information recorded by the old monitoring equipment can also be tracked through the equipment serial number information, and will not disappear due to the replacement of the monitoring equipment. If the monitoring equipment is damaged and replaced, the service can be maintained and the new equipment code can be directly traced.

The detailed features and advantages of the present creation are described in detail below in the embodiments, and the content is sufficient to enable any person skilled in the relevant art to understand the technical content of the present creation and implement accordingly, and according to the content disclosed in this specification, the scope of the patent application and the drawings The purpose and advantages related to the present creation can be easily understood by anyone skilled in the related art.

Specific embodiments are given below to describe the content of the present creation in detail, and the drawings are used as auxiliary descriptions. For the symbols mentioned in the manual, please refer to the symbol description.

Please refer to FIG. 1 and FIG. 2 , FIG. 1 is a block diagram of the digital monitoring device and the digital monitoring system suitable for the creation (1), and FIG. 2 is the digital monitoring device and the digital monitoring system suitable for the creation. Schematic. The digital monitoring device 10 of an embodiment of the present invention mainly includes a monitoring computer host 11 and a system server 12 .

In some implementations, the monitoring computer host 11 can be set in the control center, for example, the security personnel can view the monitoring screen through the screen connected to the monitoring computer host 11, or receive abnormal event alerts, such as fire alarms , In the security state, someone enters the security area and other warning messages.

The system server 12 mainly includes a contract management database 121 , an authority management unit 122 and a device management unit 123 . The contract management database 121 stores contract data, and the contract data includes subscription service information and monitoring equipment information. Here, the monitoring equipment information refers to the monitoring equipment 30 purchased or leased by the customer, and may include the type of the monitoring equipment 30, code information (ie a serial number unique to each equipment), or status information (use period, used time). The subscription service information is, for example, the information for the customer to purchase the service provided by the security terminal.

Here, the monitoring device 30 is, for example, a monitor or a smoke sensor, which issues a fire alarm when a large number of smoke particles appear in the environment. The monitoring device 30 may be a magnetic reed anti-theft sensor to detect whether doors and windows are opened or damaged.

The monitoring equipment information is the type and quantity of the monitoring equipment 30 purchased or rented by the customer, such as two monitors, magnetic reed anti-theft sensors installed on the door and two windows on the first floor. The subscription service information further includes the security services purchased by the customer. For example, when the magnetic reed anti-theft sensor detects that the security period is until the door or window is opened or damaged, it will notify the customer that someone has broken in and provide the customer's monitor screen. However, the above-mentioned subscription service information and monitoring equipment information are only examples. The customer and the security terminal control center can sign a contract according to actual needs and have different contract information.

The authority management unit 122 generates management authority according to the subscription service information and the monitoring device information. For example, when the monitoring equipment information of the contract data is to purchase or rent the monitoring equipment 30, there are two monitors and three magnetic reed anti-theft sensors, and the subscription service information of the contract data is set when the magnetic reed anti-theft sensor is detected. During the security period, when the doors and windows are opened or destroyed, the client and the security terminal will be notified that someone has broken in, and the monitor screen of the client and the security terminal will be provided. At this time, the management authority is the authority that the client (ie, the user terminal electronic device 20 ) and the security terminal (ie, the monitoring terminal computer host 11 ) can obtain the information detected by the magnetic reed anti-theft sensor and the authority to obtain the monitor screen.

The device management unit 123 is connected to the monitoring device 30 via the network, receives the monitoring information transmitted from the monitoring device 30 , and determines whether to transmit the monitoring information to the monitoring computer host 11 or the user electronic device 20 according to the management authority. Therefore, if the management authority is that the client can obtain the information detected by the magnetic reed anti-theft sensor and the authority to obtain the monitor screen, the device management unit 123 transmits the information detected by the magnetic reed anti-theft sensor and the monitor screen to the user terminal electronic device 20 . If the management authority further includes that the monitoring computer host 11 obtains the monitor screen for the security personnel to assist in evaluating whether to call the police or dispatch the security personnel, the device management unit 123 transmits the information detected by the magnetic reed anti-theft sensor to the monitor screen to the monitoring computer host 11 .

This creation is not limited to this. According to the contract data signed in the actual contract, the management authority can be determined as the system server 12 only transmits monitoring information to the monitoring computer host 11, and the system server 12 only transmits the monitoring information to the user terminal. The device 20 or the system server 12 simultaneously transmits monitoring information to the monitoring computer host 11 and the user electronic device 20 .

It should be noted that the digital monitoring device 10 , the monitoring equipment 30 and the user-side electronic device 20 are directly or indirectly connected via the Internet, so that the digital monitoring device 10 and the monitoring device 30 , the digital monitoring device 10 and the user-side electronic device 20 are connected directly or indirectly. And the monitoring equipment 30 and the user-end electronic device 20 must be connected to transmit data bidirectionally.

Referring to FIGS. 1 and 2 again, in some implementations, the monitoring information includes a device signal, which is continuously generated when the monitoring device 30 operates, or the monitoring device 30 performs a self-checking procedure to generate the device signal.

Here, the monitoring device 30 generates a device signal periodically or irregularly during operation. If the device management unit 123 does not receive the device signal within a predetermined time, it means that the monitoring device 30 is faulty or damaged and cannot operate.

The monitoring device 30 can also perform a self-test procedure. For example, if the monitoring device 30 is a camera, the self-test procedure is to detect whether the image can be captured normally, whether the power supply status is normal, or the image cannot be output; and the monitoring device 30 is a smoke The sensor's self-testing procedure is to detect whether the module for sensing smoke particles operates and whether the power supply is normal. When the monitoring device 30 can operate normally, a device signal is generated. If the device management unit 123 does not receive the device signal within a predetermined time, it means that the monitoring device 30 is faulty or damaged and cannot operate.

Here, subscribing to service information (ie, the service provided by the security terminal) may also include assisting in managing whether the monitoring device 30 can operate normally. When the device management unit 123 does not receive the device signal within the predetermined period, the device management unit 123 transmits the monitoring information. to the monitoring end computer host 11 or the user end electronic device 20 . In this way, the security personnel can receive the notification and proactively arrange maintenance to eliminate the damage or failure, or the customer can actively contact the security terminal and submit a maintenance application after receiving the notification.

Referring to FIGS. 1 and 2 again, in some implementations, the device management unit 123 receives the control command sent by the user-end electronic device 20 , and drives the monitoring device 30 to operate according to the management authority and the control command. Here, the client controls the specific monitoring device 30 as a subscribed service, therefore, the management authority generated according to the subscription service information includes the management authority for the client to control the monitoring device 30 . The customer transmits control commands through the application program interface (API) installed in the user-end electronic device 20 (such as smart phones, tablet computers), and then the control commands are sent to the monitoring device 30 through the system server 12 to drive the monitoring device 30 to act. . Therefore, for example, the customer can control the movable monitor to move the camera direction through the application program interface (API) installed in the electronic device 20 of the user, so as to capture the image of the specific area such as the window of the living room or the display cabinet.

Referring to FIG. 1 and FIG. 2 again, in some implementations, the device management unit 123 receives the video viewing requirement transmitted by the user-end electronic device 20 , and drives the monitoring device 30 to act and transmit the pairing according to the video viewing requirement and the management authority. code to the user terminal electronic device 20 . For example, the customer transmits the image viewing demand through the application program interface (API) installed in the user-end electronic device 20 , and the viewing demand is, for example, to take a picture of an iron rolling door. At this time, the device management unit 123 drives the monitor (monitoring The device 30 ) captures an image, and transmits the image and the pairing code to the user terminal electronic device 20 . Here, the image viewing requirement may be a monitor for viewing a specific area, such as a monitor for photographing a door or a monitor for photographing a kitchen, and the device management unit 123 transmits a unique pairing code according to different viewing requirements.

Next, the device management unit 123 drives the smart device to act according to the management authority and the control command after receiving the control command sent by the user-end electronic device 20 and the returned pairing code. Therefore, as mentioned in the previous paragraph, after the client controls the monitor to capture the image and view the content of the image, the user can transmit the operation command and return the pairing code through the application programming interface (API) installed in the electronic device 20 on the user end, and the device management unit 123 Drive the smart device to act according to the management authority, the control command and the pairing code. If the device management unit 123 does not receive the pairing code or the pairing code is incorrect, it will not drive the smart device to act. In other words, the smart device can be actuated only when the client can watch the image.

Here, the smart devices are, for example, iron rolling doors, voice playback devices, light source devices, and smart kitchen utensils.

For example, if the customer watches the content of the video and finds that the rolling door has been opened by mistake, and confirms that there are no people or animals around the rolling door, the data will be transmitted through the application program interface (API) installed in the electronic device 20 of the user. The command to close the iron rolling door, at this time, the user-side electronic device 20 will send the control command and the pairing code to the device management unit 123 of the system server 12, and then the device management unit 123 will drive according to the management authority, the control command and the pairing code. The iron rolling door (i.e. the smart device) is closed. In this way, when the customer can watch the image, the user terminal electronic device 20 receives and sends back the pairing code, so that the customer can control the rolling door to close, so as to avoid injury to people or animals due to the closing of the rolling door.

Referring to FIG. 1 and FIG. 2 again, in some implementations, the contract data further includes an expiration date. When the expiration date is exceeded, the management authority generated by the authority management unit 122 becomes invalid. In other words, when the contract signed between the client and the security-side control center expires, the monitoring equipment 30 stops operating without generating monitoring information, or the equipment management unit 123 no longer transmits monitoring information to the monitoring-side computer host 11 and the user-side electronic device 20 . After the client signs another contract with the security-side control center, the monitoring equipment 30 is restarted to generate monitoring information, or the equipment management unit 123 resumes transmitting the monitoring information to the monitoring-side computer host 11 and the user-side electronic device 20 .

Referring to FIG. 1 and FIG. 2 again, in some implementations, the management authority includes a management schedule, and the device management unit 123 drives the monitoring device 30 or transmits monitoring information to the monitoring computer host 11 or the user according to the management schedule. terminal electronic device 20 . For example, if the management schedule is to turn on the magnetic reed anti-theft sensor at 9:00 pm and turn off the magnetic reed anti-theft sensor at 7:00 in the morning, the device management unit 123 will drive the magnetic reed anti-theft sensor to turn on at 9:00 pm according to the management schedule. , and closes at 7am. For another example, if the management schedule is to transmit the images shot by the monitor to the monitoring computer host 11 or the user electronic device 20 every two hours, the device management unit 123 will transmit the monitor every two hours according to the management schedule The captured images are sent to the monitoring computer host 11 or the user electronic device 20 .

In some implementations, the management schedule may include action information and time schedule information, and the action information may include multiple sets of actions, such as action (1): turn on the device, action (2): return an image for 30 seconds, action (3) ): An abnormality is detected and a notification is issued. Time schedule information can include multiple sets of time schedules, such as schedule (1): 9:00 am every day, schedule (2): March to September, schedule (3): Friday at 17:00 pm. Users can freely combine action information and time schedule information. For example, if the office monitor performs action (1) on schedule (1), the office monitor will automatically turn on at 9:00 every morning. For another example, if the gate monitor performs action (1) and action (2) on schedule (3), at 17:00 pm every Friday, the gate monitor will open and send back images for 30 seconds. For another example, if the flood sensor operates on schedule (2) (1), the flood sensor will automatically turn on from March to September every year. However, the above is only an example, and this creation is not limited to this. Here, since the action information can include multiple sets of actions, and the time schedule information can include multiple sets of schedules, the multiple sets of actions and the multiple sets of schedules can be combined arbitrarily according to user requirements to form a management schedule. After the system server 12 receives the aforementioned action information and schedule information sent by the user-end electronic device 20 or the monitoring-end computer host 11, the contract management database 121 changes the management schedule according to the action information and the time schedule information. In other words, the user can select the desired combination of action information and schedule information when purchasing the service (ie, when signing the contract), and can also manage the schedule by changing the action information and the schedule information after signing the contract.

In some implementations, the monitoring equipment information in the contract data includes equipment code information, the monitoring information generated by the monitoring equipment 30 includes equipment serial number information, and the equipment management unit 123 compares the equipment code information with the equipment serial number information, Then decide whether to transmit monitoring information according to the management authority. In other words, when the device serial number information of the monitoring device 30 matches the code information in the contract data, the device management unit 123 will transmit the monitoring information according to the management authority. Therefore, even if the monitoring device 30 is replaced, the monitoring information recorded by the old monitoring device 30 can be tracked through the device serial number information, and will not disappear due to the replacement of the monitoring device 30 .

In some implementations, the device management unit 123 compares the device code information in the contract data with the device serial number information generated by the monitoring device 30, and when the device code information and the device serial number information do not match, the contract management database 121 updates the device according to the update instruction. Code information. Here, the update command may come from the monitoring computer host 11 or the user electronic device 20 . That is to say, if the monitoring equipment 30 is damaged and replaced, the security management personnel can send the update command through the monitoring computer host 11, and the customer can send the update command through the user electronic device 20. Then, the contract management database 121 according to Update equipment code information in contract data. Therefore, even if the monitoring device 30 is damaged and replaced, the service can be maintained and the new device code can be directly traced.

In some implementations, please refer to FIG. 1 , the device management unit 123 may include an exception management module 1231 to determine whether the monitoring information is abnormal information, and when determining whether the monitoring information is abnormal information, determine whether to transmit the monitoring information according to the management authority. . Here, the monitoring information is the image captured by the monitor (or camera), and the abnormality management module 1231 determines whether the captured image is abnormal. Identify the marking line to determine whether there is flooding. If the monitoring information is abnormal (such as unauthorized people entering the site, or flooding), it will decide whether to transmit monitoring information according to the management authority.

Please refer to FIG. 2 and FIG. 3 . FIG. 3 is a block diagram (2) of the digital monitoring device and the digital monitoring system applicable thereto. The digital monitoring system 1 according to an embodiment of the present invention mainly includes the digital monitoring device 10 and the monitoring device 30 as described in any one of the foregoing implementation aspects. Here, the monitoring device 30 generates monitoring information and transmits it to the digital monitoring device 10 , which has been described above, so it will not be repeated here.

Referring to FIG. 3 , in some embodiments, the monitoring device 30 further mainly includes a monitoring host 31 , a smart device unit 32 and a monitoring unit 33 .

The monitoring host 31 is connected to the monitoring unit 33 , the monitoring unit 33 generates monitoring content according to the monitoring result, and the monitoring host 31 generates monitoring information according to the monitoring content. Here, the monitoring host 31 includes, for example, a DVR host (digital video recorder, digital video recorder), and the monitoring unit 33 is a security sensing device such as a monitor, a fire smoke sensor, and a magnetic reed anti-theft sensor. The monitoring unit 33 generates monitoring contents, such as monitoring images, fire alarms, etc., and transmits them to the monitoring host 31 . The monitoring host 31 then generates monitoring information according to the monitoring content, and transmits the monitoring information to the system server 12 of the digital monitoring device 10 .

In some implementations, the monitoring device 30 may further include a smart device unit 32 connected to the monitoring host 31 , and the monitoring host 31 drives the smart device unit 32 to act according to the control command. Here, the smart device unit 32 is, for example, a lighting control module. The lighting control module is connected to the light source device. The customer can send control commands through the application program installed on the electronic device 20 on the user end, and the control commands are sent to the smart device through the system server 12 . In the equipment unit 32, the lighting control module drives the light source device to turn on or off according to the control command. Here, the lighting control module can be connected to the light source device through Wi-Fi, 3G, 4G, ADSL, and WIMAX.

For example, when customers watch real-time images through their mobile phones and find that intruders have invaded the kitchen, they can control the light source device in the kitchen to emit light through the application program interface, so as to deter intruders.

However, the present invention is not limited to this, and the smart device unit 32 can also be, for example, an iron rolling door control module, which controls the opening or closing of the iron rolling door. For another example, the smart device unit 32 can be a voice playback module, which controls the voice playback device to play the voice content. Here, the voice content is, for example, "Please don't damage the doors and windows, we have called the police".

Referring to FIG. 3 , in some embodiments, the monitoring host 31 drives the monitoring device 30 to act according to the video viewing requirement and management authority and transmits the pairing code to the user terminal electronic device 20 after receiving the image viewing requirement. Here, the pairing code is the same as that described above, and will not be repeated here. In addition, the pairing code can be sent to the user-end electronic device 20 through the digital monitoring device 10 , and can also be sent to the user-end electronic device 20 by the monitoring host 31 .

The monitoring host 31 drives the smart device unit 32 to act according to the control command, the management authority and the pairing code after receiving the control command sent by the user-end electronic device 20 and the returned pairing code. If the monitoring host 31 does not receive the pairing code or the pairing code is incorrect, the smart device unit 32 will not be driven to act. Therefore, the smart device unit 32 can be driven to act only when the client can watch the image, thereby ensuring the operation of the smart device unit. 32 security.

Here, the pairing code of the smart device unit 32 is the same as that described above, and will not be repeated here. In addition, the pairing code can be sent to the monitoring host 31 through the digital monitoring device 10 , and can also be sent to the monitoring host 31 by the user-side electronic device 20 .

In some implementations, the smart device unit 32 of the digital monitoring device 10 determines whether to transmit the control command to the monitoring host 31 according to the management authority after receiving the control command. That is to say, the type and quantity of the smart devices that the customer can control (such as the aforementioned light source device, iron rolling door or voice playback device, etc.) is also one of the subscription service information that can be subscribed. When the service of the device is used, the customer is given the authority to control the smart device.

In some implementations, the monitoring host 31 may include an abnormality determination module 311 to determine whether the monitoring content is abnormal content, and when it is determined that the monitoring content is abnormal content, the monitoring information is generated and sent to the digital monitoring device 10, and the monitoring content is determined to be abnormal. When the content is abnormal, monitoring information is not generated.

Here, the monitoring information is, for example, an image captured by a monitor (or a camera). If there is abnormal content such as unauthorized persons entering the place or flooding, the monitoring host 31 generates monitoring information and transmits it to the digital monitoring device 10 . The monitoring information is, for example, video content, or warning content such as warnings of unauthorized access, warnings of disasters, etc.

To sum up, through the digital monitoring device 10 and the digital monitoring system 1 applicable thereto, customers can choose to manage monitoring information by themselves, or entrust a security terminal to assist in managing the monitoring information, so as to adapt to various security needs. In addition, if the monitoring device 30 is replaced, the monitoring information recorded by the old monitoring device 30 can also be tracked through the device serial number information, so that the monitoring device 30 will not disappear due to the replacement of the monitoring device 30 . If the monitoring device 30 is damaged and replaced, the service can continue to be maintained and the new device code can be directly traced.

Through the above detailed description, it can be fully demonstrated that the purpose and effect of this creation are progressive in implementation, have great industrial utility value, and are a new creation that has never been seen on the market at present, which fully complies with the patent requirements. Apply according to law. Only the above descriptions are only preferred embodiments of the present creation, and should not be used to limit the scope of implementation of the present creation. That is to say, all the equivalent changes and modifications made according to the scope of this invention patent shall fall within the scope of this invention patent. I would like to ask your reviewers to make clear inspections and pray for their approval.

1: Digital monitoring system

10: Digital monitoring device

11: Monitoring computer host

12: System server

121: Contract Management Database

122: Rights Management Unit

123: Device Management Unit

1231: Exception Management Module

20: Consumer electronic device

30: Monitoring equipment

31: Monitor the host

311: Abnormal judgment module

32: Smart Equipment Unit

33: Monitoring unit

[Fig. 1] The block diagram (1) of the digital monitoring device and the digital monitoring system applicable to this creation. [Fig. 2] A schematic diagram of the digital monitoring device of this creation and the digital monitoring system suitable for it. [Fig. 3] The block diagram (2) of the digital monitoring device and the digital monitoring system applicable to it.

10: Digital monitoring device

11: Monitoring computer host

12: System server

121: Contract Management Database

122: Rights Management Unit

123: Device Management Unit

1231: Exception Management Module

20: Consumer electronic device

30: Monitoring equipment

Claims (17)

A digital monitoring device, comprising: a monitoring terminal computer host; and a system server, comprising: a contract management database, storing a contract data, the contract data including a subscription service information and a monitoring equipment information; an authority management unit , generating a management authority according to the subscription service information and the monitoring equipment information; and an equipment management unit, connected to a monitoring equipment via a network, receiving a monitoring information transmitted from the monitoring equipment, and determining whether to The monitoring information is sent to the monitoring end computer host or to a user end electronic device. The digital monitoring device of claim 1, wherein the monitoring information includes a device signal, the monitoring device continuously generates the device signal during operation, or the monitoring device executes a self-test program to generate the device signal. The digital monitoring device according to claim 1, wherein the device management unit receives a control command sent by the user-end electronic device, and drives the monitoring device to act according to the management authority and the control command. The digital monitoring device according to claim 3, wherein the device management unit receives an image viewing requirement sent by the user-end electronic device, drives the monitoring device to act according to the image viewing requirement and the management authority, and transmits a pairing code to the user-end electronic device, the equipment management unit receives the control command sent by the user-end electronic device and After returning the pairing code, a smart device is driven to act according to the management authority, the manipulation command and the pairing code. The digital monitoring device as claimed in claim 1, wherein the contract data further includes a validity period, and when the validity period is exceeded, the management authority generated by the authority management unit becomes invalid. The digital monitoring device according to claim 1, wherein the management authority includes a management schedule, and the device management unit drives the monitoring device or transmits the monitoring information to the monitoring computer host or the user according to the management schedule terminal electronic device. The digital monitoring device of claim 6, wherein the management schedule includes an action information and a time schedule information, the system server receives the action information and the time schedule information, and the contract management database is based on the action The information and the schedule information change the management schedule. The digital monitoring device of claim 7, wherein the action information includes a plurality of actions, the time schedule information includes a plurality of time schedules, and the actions and the time schedules are arbitrarily combined to form the management schedule. The digital monitoring device of claim 1, wherein the monitoring equipment information includes equipment code information, the monitoring information includes equipment serial number information of the monitoring equipment, and the equipment management unit compares the equipment code information with the equipment serial number information , and then decides whether to transmit the monitoring information according to the management authority after the comparison is met. The digital monitoring device of claim 9, wherein when the equipment management unit does not match the equipment code information with the equipment serial number information, the contract management database updates the equipment code information according to an update command. The digital monitoring device according to claim 1, wherein the equipment management unit includes an abnormality management module for determining whether the monitoring information is abnormal information, and when determining whether the monitoring information is the abnormal information, according to the management authority to determine whether Send the monitoring information. A digital monitoring system includes: a digital monitoring device according to any one of request items 1 to 11; and a monitoring device that generates the monitoring information and transmits it to the digital monitoring device. The digital monitoring system of claim 12, wherein the monitoring device comprises a monitoring host and a monitoring unit, the monitoring host is connected to the monitoring unit, the monitoring unit generates a monitoring content according to a monitoring result, and the monitoring host generates a monitoring content according to the monitoring content The monitoring information is generated. The digital monitoring system according to claim 13, wherein the monitoring device comprises a smart device unit connected to the monitoring host, and the monitoring host drives the smart device unit to act according to a control command. The digital monitoring system of claim 14, wherein the monitoring host receives an image viewing requirement, drives the monitoring device to act according to the image viewing requirement and the management authority, and transmits a pairing code to the user-side electronic device, the monitoring After receiving a control command sent by the user-end electronic device and the returned pairing code, the host computer drives the smart device unit to act according to the control command, the management authority and the pairing code. The digital monitoring system according to claim 14, wherein after receiving the control command, the device management unit determines whether to transmit the control command to the monitoring host according to the management authority. The digital monitoring system as claimed in claim 13, wherein the monitoring host comprises an abnormality judging module for judging whether the monitoring content is an abnormal content, and when judging that the monitoring content is the abnormal content, the monitoring information is generated and sent to The digital monitoring device does not generate the monitoring information when judging that the monitoring content is not the abnormal content.

Images