TWM472273U - Cloud video security surveillance system - Google Patents

Description

Cloud video security monitoring system

This case is a system control system with a central control host connected to and controlled by multiple cloud video security monitoring hosts. It combines remote control, anti-theft settings, video, audio, data, data recording, storage, playback, and transmission. , cloud video security monitoring system with voice call, network communication, personnel counting, serial data communication function and storage device

The creator has designed to integrate the access control and attendance management, remote control, anti-theft settings, instant video, audio recording, transmission, storage and playback in view of making up for the lack of functions of the general police and civilian connection host and in order to reduce operating costs and police waste. The cloud video security monitoring host with voice call, network communication, personnel counting, serial data communication function and storage device transmits the alarm trigger signal to the cloud video security when the sensor installed on the user terminal is abnormal. The monitoring host, the cloud video security monitoring host transmits the image, sound and alarm status to the central control host of the control center through the network, and simultaneously intercepts the live image, sends the email and the newsletter to the user's mobile phone or tablet through the Internet. After receiving the alarm, the control center monitors the live video through the central control host, and judges whether to send the security personnel or the fire, medical, and police personnel to handle the situation according to the situation. After the situation is released, the user can reset the alarm status and reset the anti-theft. Or by the central control host of the control centre Restart after alarm reset Internet site hosts inter-state, without any staff visited the site again reset.

In order to meet the commercial needs, the creator integrates the access control attendance, serial data communication transmission and personnel counting functions required by the general shopping mall into the function of the cloud video security monitoring host. The access control function reaches the cloud video security when the preset anti-theft startup time arrives. The monitoring host has not set the anti-theft. At this time, the central control host will issue an alarm to notify the control center that the host should be set but not set. At this time, the control center can perform remote valet setting anti-theft, and the attendance function is to monitor the host through the cloud video security. The serial data communication interface reads the access control time card machine with the same interface, and reads and stores the daily commute data in the storage device in the cloud video security monitoring host. The personnel department can monitor the cloud video security through the Internet. The data is read into the computer of the department, and then remitted into the salary calculation system to settle the salary. The serial data communication interface of the cloud video security monitoring host can also be combined with the sales point information system to transfer the information of the sales point information system to the camera. Instant images captured and stored in the storage device. If you need to check the transaction information, you can search and play the image and data through the Internet or on-site operation of the cloud video security monitoring host's playback function as a product transaction or The video is archived at the time of packaging, and can be backed up on the user's computer through the Internet. The staff counting function transmits the detected signal to the cloud video security monitoring host through the sensor. The host will staff every hour. The counting data is stored in the host storage device, and the marketing department can access the network. The cloud video surveillance network connection preservation of the host, who will read count data to the computer department, sales for intelligence analysis.

In addition, the serial data communication interface in the cloud video security monitoring host can be connected to the access time attendance card machine with the same communication interface, the sales point information system, the thermometer, the hygrometer, the gas flow meter, the liquid flow meter, the sphygmomanometer, the blood glucose meter, and the decibel. The meter, the meter, the satellite positioning receiver, etc. are combined to transmit the read information to the central control host through the Internet, and simultaneously stored in the cloud video security monitoring host storage device, and the central control host can pass through the network. Set the upper and lower limits of the cloud video security monitoring host alarm value. When the data data read by the cloud video security monitoring host exceeds the set upper and lower limits, the alarm or preset processing flow will be automatically started, so the cloud video security monitoring system Function can be extended to unmanned room monitoring, home physiological care, fleet management, driving records, home, vehicle anti-theft, building management, general security maintenance, access control attendance management, business analysis, behavior analysis, police emergency assistance, environmental analysis, physiological data Analysis.. and other applications.

The old-style security host only reports the function of the control center after the detection device is triggered. The host itself can only communicate with the control center through the network or the phone, and can only perform simple alarm signal transmission, and does not have the function of instant image and video storage. When an incident occurs, it is impossible to judge the situation on the spot, so it is necessary to rely on the field security personnel or the police to go to the site for inspection and return. The control center personnel contact the user, and then ask the security personnel or the user to arrive at the scene to cancel the alarm state and reset the anti-theft. In addition, if the user forgets to carry the anti-theft device, he must go back to obtain the device and then come to the site to release and reset the anti-theft. Inconvenience, and if it is a model that returns the status through the telephone timing and control center, it needs to dial the trusted host of the control center regularly to judge whether the trusted host and the security host communicate normally. The accumulated telephone charges are also an overhead, and the security is also saved. The company must bear the cost of the field personnel and the cost of the vehicle and fuel, or the cost of setting up the communication host at the police station. Other security hosts with remote reverse control functions can remotely reset the host host or control it through the network routing. Peripheral devices, but there are no real-time images and other functions. They must have remote video or video recording function through auxiliary devices such as image transmission server or DVR. This method not only costs more but also takes up space and is difficult to operate. . .

The main purpose of this creation is to provide cloud video security monitoring host that reduces cost, manpower, police force, space saving, rapid response, remote control, image, sound, serial data communication record and transmission, personnel counting record and voice call, and network communication. .

The secondary purpose of this creation is to provide remote monitoring of unmanned aircraft rooms, home physiological care, fleet management, driving records, home, vehicle theft, general security maintenance, building management, access control attendance management, business analysis, behavior analysis, police Cloud video security monitoring host and system for emergency assistance, environmental analysis, and physiological data analysis functions.

In order to achieve the above objectives, the creation has the ability to connect with multiple cloud video security monitoring hosts and control the central control host, set in the control center, and the user side configures one or more cloud video security monitoring hosts according to requirements and with various Sensors, cameras, alarms, access control time card machines, point-of-sale information systems, storage device connections, this creation combines the connected device information with images and sounds, and stores them in the host storage device with images, sounds, and texts. The host status and information are transmitted to the central control host of the control center via the Internet. Users can connect to the Internet via smart phones, tablets or general computers to view the status and receive notifications of emails and newsletters through the Internet. Road, the central control host of the control center can monitor the cloud video security The host issues anti-theft settings, closes the loop, controls the microcontroller, connects the images, restarts the system, reads data, and transmits images, etc., enabling remote control and monitoring.

In order to achieve the above purposes, this creation combines the voice call function of the network. The control center and the security host can directly perform two-way intercommunication directly through the voice input device and the voice output device built in the cloud video security monitoring host. You can make a voice call over the Internet by dialing the host code, and you don't have to go through the telecommunications bureau or apply for other network toll calls.

In order to achieve the above objectives, the company combines the serial data communication interface, so it can access the access control card machine, thermometer, hygrometer, decibel meter, sphygmomanometer, blood glucose meter, liquid flow meter, gas flow through the interface and the same interface. Equipment, electricity meter, satellite positioning receiver, sales point information system, etc., and can set the upper and lower limits of the numerical data. The data is transmitted through the serial data communication interface. The central processing unit and the image processing unit combine the information and the image and store it. In the storage device, if the preset value is exceeded, the central processing unit transmits the information to the central control host of the control center via the network, and sends an email and a short message to the user.

In addition, this creation can set the access time by the central control host. If the time is not set, the central control host will issue a reminder that the timeout is not set. At this time, the control center will watch the scene through the Internet connection cloud video security monitoring host. In case, and confirm with the user whether to forget the settings, and then perform remote anti-theft settings.

This creation records and stores the information read in all the host's operation, alarm status, device input interface status, device output interface status, and serial data communication interface into a text file. The central control host reads the storage device through the network. After the record, reports can be generated for data analysis and recording. Users can use the computer to connect to the cloud video security monitoring host to play back the image records of the storage device and read the stored data.

Through the above methods, improve and integrate the monitoring host and the police host connection host function is insufficient And improve its corresponding peripheral equipment functions, integrate commercial and civilian needs, and save manpower and reduce costs, improve security protection and evidence proving ability

1‧‧‧Central Processing Unit

2‧‧‧Image Processing Unit

3‧‧‧Sound Processing Unit

4‧‧‧Sound output interface

5‧‧‧Sound input interface

6‧‧‧Network communication interface

7‧‧‧Voice Communication Interface

8‧‧‧Security setting interface

9‧‧‧Voice output device

10‧‧‧Voice input device

11‧‧‧Image output interface

12‧‧‧Image input interface

13‧‧‧Sequence data communication

14‧‧‧Power supply

15‧‧‧Device input interface

16‧‧‧Microcontroller

17‧‧‧Device output interface

18‧‧‧Storage device

19‧‧‧ Display

20‧‧‧ camera

21‧‧‧Internet

22‧‧‧Phone

23‧‧‧Access Control Time Card

24‧‧‧Central Control Host

25‧‧‧Control Center

26‧‧‧Smart Phone or Tablet

27‧‧‧Email and newsletter

28‧‧‧Host board

29‧‧‧ panel

30‧‧‧110V power cord

31‧‧‧ microphone

32‧‧‧ Horn

33‧‧‧Sale time point intelligence system

34‧‧‧ Sensors

35‧‧‧User computer

36‧‧‧Alarm

38‧‧‧Host housing

39‧‧‧Security setting button

40‧‧‧Circuit test button

41‧‧‧ emergency help button

42‧‧‧Voice call button

43‧‧‧ State reset button

44‧‧‧Status indicator

45‧‧‧Set indicator

The first figure is a three-dimensional appearance of the preferred embodiment of the present invention.

Second figure, a back view of the preferred embodiment of the present invention

The third figure is a hardware block diagram of the preferred embodiment of the present invention.

This will enable your review board to clearly understand the content of this creation. Please use the following instructions to match the drawings. Please refer to

Please refer to the first to third figures, which are the three-dimensional appearance, back view and hardware block diagram of the creation.

As shown in the first figure, the main body casing 38 has a plurality of anti-theft setting buttons 39, a loop test button 40, an emergency call button 41, a voice call button 42, a state reset button 43, a status indicator 44, and a plurality of The indicator light 45 is set to be connected to the central processing unit 1 via the host circuit board 28.

The second figure shows a sound input interface 5, a sound output interface 4, a network communication interface 6, a voice setting interface 7, an anti-theft setting interface 8, a plurality of image input interfaces 12, and an image. The output interface 11, the plurality of serial data communication interfaces 13, the plurality of device input interfaces 15, and the plurality of device output interfaces 17.

As shown in the third figure, the host circuit board 28 is disposed inside the main body casing 38. The main circuit board 28 is provided with a central processing unit 1, an image processing unit 2, a sound processing unit 3, a sound output interface 4, a sound input interface 5, and a network. Communication interface 6, voice communication interface 7, anti-theft setting interface 8, voice input device 9, voice output device 10, video output interface 11, video input interface 12, serial data communication interface 13, power supply 14, device input interface 15 The microcontroller 16, the device output interface 17, and the storage device 18.

The power supply is connected to the power supply 14 by the 110V power line 30 for power transmission, and the power supply 14 is transmitted through the host circuit board 28 and the central processing unit 1, the image processing unit 2, the sound processing unit 3, the status indicator 44, the storage device 18, and the panel. The indicator light 44 is electrically connected; at this time, the central processing unit 1 starts to receive the image and sequence data signals transmitted by the image processing unit 2 and the serial data communication interface 13, and the central processing unit 1 transmits a signal to the sound processing unit for 3 yuan, and stores Device 18 and status indicator 44 cause it to begin recording and change the indicator number.

The access control card machine 23 and the control center 25 control host 24 are a control group, and the central control host 24 communicates with the central processing unit 1 via the network communication interface 6 via the network communication interface 6 through the network communication interface 28; The attendance card machine 23 is connected to the central processing unit 1 via the host circuit board 28 through the anti-theft setting interface 8; the camera 20 is connected to the image processing unit 2 via the image input interface 12 via the image input interface 12, and the image processing unit 2 passes through the host. The circuit board 28 is connected to the display 19 via the image output interface 11. The image processing unit 2 is connected to the central processing unit 1 via the host circuit board 28. The central processing unit 1 is connected to the storage device 18 via the host circuit board 28.

The microphone 31 is connected to the sound processing unit 3 via the sound input interface 5 via the host circuit board 28; the sound processing unit 3 is connected to the storage device 18 via the host circuit board 28, and the sound processing unit 3 transmits the sound through the host circuit board 28. The interface 4 is connected to the speaker 32, and the sound processing unit 3 is connected to the central processing unit 1 via the host circuit board 28.

The phone 22 is connected to the voice processing unit 3 via the voice circuit interface 7 via the voice circuit interface 7; the voice input device 9 and the voice output device 10 are connected to the voice processing unit 3 via the host circuit board 28; the voice processing unit 3 is transmitted through the host. The circuit board 28 is connected to the central processing unit 1 for signal connection; the voice communication button 42 is connected to the central processing unit 1 via the host circuit board 28; the central processing unit 1 is connected to the network communication interface 6 for signal connection.

The point-of-sale information system 33 is connected to the central processing unit via the serial data interface 13 via the serial data interface 13 , and the camera 20 communicates with the image processing unit through the image input interface 12 . The image processing unit 2 is connected to the central processing unit 1 to combine the information of the point-of-sale information system with the camera image, and then the central processing unit 1 stores the image in the storage device 18.

The access control card machine 23 is connected to the central processing unit via the serial data communication interface 13 through the serial circuit board 28, and the camera 20 is connected to the image processing unit via the image input interface 12, and the image processing unit 2 is further connected to the central processing unit 1. After the signal connection, the access control attendance data is combined with the camera image, and then the central processing unit 1 stores the image in the storage device 18.

The sensor 34 is connected to the central processing unit via the device input interface 15 via the host circuit board 28; the central processing unit 1 is connected to the microcontroller 16 via the host circuit board 28, and the microcontroller 16 is connected to the output interface 17 via the device. The alarm 36 makes a signal connection.

When the central control host 24 sends the setting signal to the cloud video security monitoring host through the Internet 21, the setting signal is transmitted to the central processing unit 1 via the host circuit board 28 via the network communication interface 6, and the central processing unit 1 passes through the host circuit. The board 28 transmits a signal to the setting indicator 45 on the panel 29 to inform the user that the setting state is activated, and the central processing unit 1 begins to receive the sensor 34 via the device input interface 15 for transmission to the central processing unit 1 via the host circuit board 28. Signal.

When the card is set by the access control card machine 23, the access time card machine 23 transmits the setting signal to the anti-theft setting interface 8, and then transmits it to the central processing unit 1 via the host circuit board 28 to start the anti-theft setting. At this time, the central processing unit 1 passes the The host circuit board 28 transmits a signal to the setting indicator 45 on the panel 29 to inform the user that the setting state is activated, and the central processing component 1 starts to receive the sensor 34 and transmits it to the central processing component via the device input interface 15 through the host circuit board 28. 1 signal.

When the anti-theft setting button 39 on the panel 29 is pressed, the setting signal is transmitted to the central processing unit 1 via the host circuit board 28 to activate the anti-theft setting. At this time, the central processing unit 1 transmits a signal to the panel 29 via the host circuit board 28. Setting the indicator light 45 to inform the user that the setting state is activated, and the central processing component 1 starts to receive the sensor 34 through the device input interface 15 through the host circuit The signal transmitted by the board 28 to the central processing unit 1 is signaled.

When the anti-theft function is activated, when the sensor 34 detects an abnormal state, the alarm signal is transmitted to the central processing unit 1 through the device input interface 15 through the host circuit board 28, and the central processing unit 1 transmits the signal to the central circuit board through the host circuit board. The indicator light 45 is set to become the alarm light number; at the same time, the central processing unit 1 activates the control signal via the host circuit board 28 to activate the microcontroller 16, and transmits the control signal to the alarm device 36 via the device output interface 17 to issue an alarm; the central processing unit 1 transmitting the trigger signal to the network communication interface 6, transmitting the signal to the central control host 24 of the control center 25 and the user's email and newsletter 27 via the Internet 21; the central processing unit 1 transmits the signal to the image processing unit. 2. The image processing unit transmits the image returned by the camera 20 through the image input interface 12 through the host circuit board 28, and then connects to the Internet 21 via the network communication interface 6, and transmits it to the central control host 24 of the control center 25; the central processing unit 1 transmitting the signal to the sound processing unit 3, and the voice processing unit 9 activates the voice output device 9 and the voice input device 10, and dials, Network communication interface 6 are connected by the Internet 21 to transmit the sound field control host 24 to control center 25, so that it can call with the UE.

When the user receives the alarm occurrence message, the user can use the smart phone or tablet 26, or the user computer 35 to connect to the central control host 24 of the Internet 21 for authorization authentication, and then pass the central control host 24 to connect to the Internet. The path 21 is connected to the central processing unit 1 via the network communication interface 6 and then connected to the image processing element 2 to view the live image.

When the alarm occurs, the central control unit 24 of the control center 25 can transmit the control signal to the central processing unit 1 through the network communication interface 6 through the network 21, and then the central processing unit 1 controls the microcontroller through the host circuit board 28. 16 to activate or deactivate the alarm device 36 connected to the device input interface 17; after the alarm condition is removed, the anti-theft signal can be transmitted to the central processing unit via the network communication interface 6 via the central control unit 24 of the control center 25 via the Internet 21. 1 to unlock the anti-theft, and again by the access control card machine or the central control host 24 to reset the anti-theft.

After the telephone 22 dials, the signal is transmitted to the voice communication interface 7 and transmitted to the sound processing component 3, and then The host circuit board 28 is connected to the network communication interface 6 and then transmitted to the Internet 21, and the other host receives the signal dialed via the Internet 21, and then transmits it to the host circuit board 28 via the network communication interface 6. The sound processing unit 3 transmits the signal to the telephone 22 through the voice communication interface 7 to make a call.

The attendance data is read by the central processing unit 1 through the serial communication interface 13 through the serial processing unit 13 to read the record data in the access time card machine 23, and the attendance data is transmitted to the central processing unit 1 and the image processing unit 2 via the image input interface. 12 The acquired camera 20 screen is combined, and the image data and the text data are stored in the storage device 18 via the host circuit board 28.

The sales point information is transmitted from the point-of-sale information system 33 to the central processing unit 1 via the serial communication interface 13, and the central processing unit 1 combines the screens of the camera 20 acquired by the image processing unit 2 via the interface 12, and the image data is transmitted via the host board. 28 is stored in storage device 18.

The personnel counting function is set by the central control host 24 via the network communication interface 6 via the network communication interface 6 to the central processing unit 1 for setting. At this time, the central processing unit 1 changes the specified device input interface mode of the plurality of device input interfaces 15. In order to count, the device input interface of the mode stores the signal input by the sensor and stores it in the storage device. When the user needs to count the data, the user can connect to the central processing unit 1 via the network communication interface 6 through the Internet 21 and then connect and store. After the device 18, the count data is passed back to the user computer 35.

The remote playback image function can be connected to the Internet 21 by the central control host 24 or the user's computer 35, connected to the central processing unit 1 via the network communication interface 6, and then connected to the storage device 18 by the central processing unit 1, to specify the date and time. The image and sound data are found and transmitted back to the central control host 24 or the user computer 35.

1‧‧‧Central Processing Unit

2‧‧‧Image Processing Unit

3‧‧‧Sound Processing Unit

4‧‧‧Sound output interface

5‧‧‧Sound input interface

6‧‧‧Network communication interface

7‧‧‧Voice Communication Interface

8‧‧‧Security setting interface

9‧‧‧Voice output device

10‧‧‧Voice input device

11‧‧‧Image output interface

12‧‧‧Image input interface

13‧‧‧Sequence data communication

14‧‧‧Power supply

15‧‧‧Device input interface

16‧‧‧Microcontroller

17‧‧‧Device output interface

18‧‧‧Storage device

19‧‧‧ Display

20‧‧‧ camera

21‧‧‧Internet

22‧‧‧Phone

23‧‧‧Access Control Time Card

24‧‧‧Central Control Host

25‧‧‧Control Center

26‧‧‧Smart Phone or Tablet

27‧‧‧Email and newsletter

28‧‧‧Host board

29‧‧‧ panel

30‧‧‧110V power cord

31‧‧‧ microphone

32‧‧‧ Horn

33‧‧‧Sale time point intelligence system

34‧‧‧ Sensors

35‧‧‧User computer

36‧‧‧Alarm

39‧‧‧Security setting button

40‧‧‧Circuit test button

41‧‧‧ emergency help button

42‧‧‧Voice call button

43‧‧‧ State reset button

44‧‧‧Status indicator

45‧‧‧Set indicator

Claims (19)

A cloud video security monitoring system, the cloud video security monitoring host has a network communication interface, and one or more cloud video security monitoring hosts can communicate with the central control host through the Internet, and monitor the cloud video security. The host issues a control command, and the cloud video security monitoring host receives and executes the command, and then returns the cloud video security monitoring host status to the central control host through the Internet, so that the central control host displays the cloud video security monitoring host real-time status. A cloud video security monitoring system, the cloud video security monitoring host has a network communication interface, the user terminal device is connected to the central control host through the internet, the central control host authenticates the user identity, and the verification passes the central control host. The cloud video security monitoring host is connected to the user through the Internet, and the image of the cloud video security monitoring host is forwarded to the terminal device through the central control host. A cloud video security monitoring system, the cloud video security monitoring host has a plurality of image input interfaces and image output interfaces, and the camera transmits images to the image processing unit through the image input interface, and the image processing unit then uses the time and date and sequence data communication interface. After the incoming message is combined with the image, the image is transmitted to the image output interface and stored in the storage device. A cloud video security monitoring system, the cloud video security monitoring host has a plurality of device input interfaces, the sensor is connected to the central processing unit via a device input interface, and the central processing unit controls the operation of the sensor and through the Internet. Report the sensor status to the central control host. A cloud video security monitoring system, the cloud video security monitoring host has a plurality of microcontrollers and device output interfaces, the alarm device and the microcontroller are connected to the signal, the microcontroller and the central processing unit are connected to the signal, and the central processing unit is connected to the network. The network reports the status of the microcontroller to the central control host. A cloud video security monitoring system, the cloud video security monitoring host has a voice call button, a voice communication interface, a voice input device, and a voice output device. When you want to talk to the control center, just press the voice communication button, the signal will Passed to the central processing unit, the central processing unit then commands the sound processing unit. After the voice processing unit activates the voice input device, the voice output device or the phone, it connects to the central control host of the control center via the Internet to make a two-way voice call. For example, if the cloud video security monitoring host dials the phone through the phone, the dialing signal will be transmitted to the voice processing unit, and then the voice processing unit searches for another called party through the Internet, and makes a voice call with the cloud video security monitoring host of the called party through the phone. . A cloud video security monitoring system, the cloud video security monitoring host has a plurality of serial data communication interfaces, the interface is connected with a device having the same serial data communication interface, and the central control host issues instructions to the cloud video security via the Internet. The central processing unit of the monitoring host, the central processing unit communicates with the same serial data communication interface device through the serial data communication device, and first stores the data obtained by the communication in the storage device inside the cloud video security monitoring host, and then through the Internet. The road will be transmitted back to the central control host of the control center. A cloud video security monitoring system, the cloud video security monitoring host has a panel, the panel has a plurality of panel setting lights, a plurality of panel setting buttons, an emergency help button, a plurality of status indicators, a voice call button, press The panel setting button on the panel transmits the signal to the central processing unit to activate the anti-theft setting function, and displays the status indicator. Pressing the emergency button on the panel, the central processing unit activates or deactivates the alarm according to the preset, and The emergency call signal is transmitted to the central control host via the Internet to warn the control center, and the central processing unit sends the newsletter and email to the designated user via the Internet. A cloud video security monitoring system, the cloud video security monitoring system has an anti-theft setting interface, and the anti-theft setting interface is connected with one or more anti-theft setting devices. When the anti-theft setting device transmits the signal through the anti-theft setting interface to the central processing unit, the central The processing unit will feel a sense of activation The detector changes the anti-theft alarm status, and then transmits the instantaneous status of the cloud video security monitoring host to the central control host of the control center through the Internet. The central processing unit also changes the light on the panel to display the cloud video. Preserving the current anti-theft status of the monitoring host, when the alarm occurs, the sensor transmits the signal to the central processing unit, the central processing unit changes the signal of the area responsible for the sensor, activates the microcontroller, activates the alarm, and Sending e-mails and newsletters to the user via the Internet, and sending an alarm status to the central control host warning control center. In addition, the central processing unit will send instructions to the image processing unit, sound processing unit, and storage device to input the camera from the image. The image transmitted by the interface and the voice input device via the voice input interface are stored in the storage device; the voice processing list is dialed to the central control host to make a voice call through the Internet. For example, the cloud video security monitoring system described in claim 1 of the patent scope, wherein the cloud video security monitoring host is controlled by a control center. For example, in the cloud video security monitoring system described in claim 1, the central control host of the control center includes a management control software, and connects to the Internet through a network communication interface to control and receive cloud video security monitoring host data. , voice communication, microcontroller and video signal. The cloud video security monitoring system of claim 1, wherein the one or more cloud security hosts connect to the central control host through an internet, a mobile network, a wireless network, a switched telephone network, or a dedicated line. For example, in the cloud video security monitoring system described in claim 2, the terminal device includes at least one of the following devices: a smart phone, a tablet computer, a desktop computer, or a notebook computer. For example, the cloud video security monitoring system described in claim 3 of the patent application may have a storage device Includes any of the following devices: hard drive, USB storage, solid state drive, memory card. For example, in the cloud video security monitoring system described in claim 4, the sensor may include at least one or more combinations of the following: an electronic lock, a spring switch, an infrared sensor, a light source interrupter, and smoke detection. , gas detector, sensor, oscillation sensor, carbon monoxide detector. For example, in the cloud video security monitoring system described in claim 5, the alarm device may include at least one or more combinations of the following: a flash, a buzzer, and other microcontrollers. For example, in the cloud video security monitoring system described in claim 7, the serial data communication interface can be connected to the device including one or more combinations of the following: access control time card machine, thermometer, hygrometer, decibel meter, blood pressure meter, blood sugar Meters, liquid flow meters, gas flow meters, electricity meters, satellite positioning receivers, and point-of-sale intelligence systems. For example, in the cloud video security monitoring system described in claim 8, wherein the cloud video security monitoring host has a built-in control software, the software controls the cloud video security monitoring host anti-theft setting function, telephone dialing, control microcontroller, and sending Email, newsletter. For example, in the cloud video security monitoring system described in claim 9, the anti-theft setting device may include at least one of the following devices: a remote controller, a password, an access time card reader, an RFID device, a biometric device, and a panel. Set button.