Control system and method for four-segmentation high-definition visual intercom indoor unit

Abstract

The invention discloses a control system and method for a four-division high-definition visual talkback indoor unit, and the system comprises a control system body which comprises a basic control platform, a talkback input control platform, a talkback middle control platform, and a talkback output control platform. The basic control platform is used for controlling infrastructures which form the four-division high-definition visual intercom indoor unit and ensure the stable operation of the four-division high-definition visual intercom indoor unit; according to the invention, the talkback input control platform is arranged to detect the energy consumption generated during information acquisition of the four-segmentation high-definition visual talkback indoor unit in real time, position the abnormal part of the energy consumption, optimize the abnormal part, reduce the energy consumption of the operation of the four-segmentation high-definition visual talkback indoor unit, and meet the requirements of people for controlling the operation of the four-segmentation high-definition visual talkback indoor unit; the intercom control platform is arranged to encrypt and transmit information acquired by the four-division high-definition visual intercom indoor unit, so that the use safety of the four-division high-definition visual intercom indoor unit is improved.

Description

Technical Field

[0001] The present invention relates to the technical field of control systems, and in particular to a control system and method for a four-split high-definition video intercom indoor unit. Background Art

[0002] As people's quality of life continues to improve, people are paying more and more attention to indoor security; video intercom indoor units that can perform multi-channel surveillance and recording at the same time are the trend of future development. The advantages of video intercom indoor units mainly include high security, good convenience, strong practicality, simple operation and cost savings. The video intercom access control system can effectively monitor and manage access control, and prevent and identify strangers and illegal intruders. At the same time, the system can also record and alarm access control, detect abnormal situations in time and make corresponding treatments, which greatly improves the security of the access control system and protects people's lives and property safety. The video intercom access control system is very convenient and can realize remote calling and unlocking, making access control management more convenient and flexible. At the same time, the system can also be remotely controlled through a mobile phone APP, allowing users to manage access control anytime, anywhere. The practicality of the video intercom access control system is very strong. , it can realize the monitoring and management of access control, and can also record and alarm the access control, which can effectively prevent and identify illegal intruders and strangers. At the same time, the system can also be remotely controlled through the mobile phone APP, allowing users to manage access control anytime and anywhere. The operation of the video intercom access control system is very simple. Users only need to follow the prompts of the system. At the same time, the system can also be remotely controlled through the mobile phone APP, allowing users to manage access control anytime and anywhere. The video intercom access control system can realize remote calling and unlocking, making access control management more convenient and flexible. At the same time, the system can also be remotely controlled through the mobile phone APP, saving manpower and material costs and reducing the use cost of the access control system. In summary, the video intercom access control system has become a commonly used security equipment in modern society by providing high security, convenience, practicality, ease of operation and cost-effectiveness.

[0003] The four-partition high-definition video intercom indoor unit has 2+2+2+6+2+1+1 external interfaces, specifically 2 door machines + 2 cameras + 2 locks + 6 indoor units visible / non-visual + 2PIR + 1TV signal output + 1DC12V power supply, 10.1-inch full touch operation, supports wired Ethernet + wireless WIFI6 dual-band network distribution, supports Tuya APP, supports human detection, supports photo recording, supports digital photo frame, custom ringtones, custom background music, supports simultaneous display of four-way monitoring screens and built-in air quality detection module to detect indoor air quality. Through Tuya APP, users can also understand the indoor and outdoor conditions at any time when they are outside. When the four-partition high-definition video intercom indoor unit is in use, a control system is installed on one side through wires or wirelessly to control the operation of the four-partition high-definition video intercom indoor unit.

[0004] However, the traditional four-partition high-definition video intercom indoor unit control system has the following disadvantages:

[0005] The traditional control system only controls the opening and closing and the opening and closing mode of the four-partition high-definition video intercom indoor unit, but it still cannot meet the current demand for low-energy operation of the four-partition high-definition video intercom indoor unit. Summary of the invention

[0006] The purpose of the present invention is to provide a control system and method for a four-part high-definition video intercom indoor unit, so as to solve the problem that the traditional control system proposed in the above background technology only controls the opening and closing and the opening and closing mode of the four-part high-definition video intercom indoor unit, but still cannot meet the current demand for low-energy operation of the four-part high-definition video intercom indoor unit.

[0007] To achieve the above object, the present invention provides the following technical solutions: a control system for a four-partition high-definition video intercom indoor unit, comprising a control system body, wherein the control system body comprises a basic control platform, an intercom input control platform, an intercom middle control platform and an intercom output control platform;

[0008] The basic control platform controls the infrastructure that constitutes the four-partition high-definition video intercom indoor unit and ensures the smooth operation of the four-partition high-definition video intercom indoor unit;

[0009] The intercom input control platform controls the visual image input process of the four-division high-definition visual intercom indoor unit;

[0010] The intercom control platform performs real-time control over the intercom process of the four-partition high-definition video intercom indoor unit;

[0011] The intercom output control platform performs real-time control on the intercom output results of the four-split high-definition visual intercom indoor unit.

[0012] As a preferred technical solution of the present invention, the basic control platform includes a hardware control module and a software control module. The hardware control module controls the hardware constituting the four-partition high-definition video intercom indoor unit, and the software control module controls the software constituting the four-partition high-definition video intercom indoor unit.

[0013] As a preferred technical solution of the present invention, the hardware control module includes a visual screen control unit, a microphone control unit, a speaker control unit, a monitoring control unit, a door lock control unit and a ringtone control unit, and the software control module includes an APP function definition unit, an APP motion detection unit, an APP sharing unit and an APP network unit. The visual screen control unit displays and controls information on the visual screen of the four-partition high-definition video intercom indoor unit, the microphone control unit controls the microphone of the four-partition high-definition video intercom indoor unit, the speaker control unit controls the speaker of the four-partition high-definition video intercom indoor unit, the monitoring control unit controls the brightness, contrast, saturation and volume of the four-partition high-definition video intercom indoor unit, and the door lock control The unit controls the unlocking and gate opening of the four-partition high-definition video intercom indoor unit, the ringtone control unit controls the ringtone volume, duration and ringtone selection of the four-partition high-definition video intercom indoor unit, the APP function definition unit performs channel switching, zooming in, full screen, APP photo taking and saving to mobile phone album, intercom, APP video recording and saving to mobile phone album, playback of videos stored in SD card through date selector, viewing APP photos and videos stored in mobile phone album, light mode and dark mode function definition, the APP motion detection unit performs motion detection control of the four-partition high-definition video intercom indoor unit in real time, the APP sharing unit shares the content of the four-partition high-definition video intercom indoor unit, and the APP network unit selects WLAN connection device and accesses the background.

[0014] As a preferred technical solution of the present invention, the intercom input control platform includes an image import module, a data acquisition module, a data processing module, a data analysis module, an abnormal energy consumption detection module, an abnormal energy consumption positioning module and an optimization feedback module. The image import module imports the image collected by the four-partition high-definition visual intercom indoor unit and divides it into regions and numbers it. The data acquisition module collects data from the four-partition high-definition visual intercom indoor unit, and the collected data includes access control data, video surveillance data, environmental data, sound collection and intercom data. The data processing module processes and extracts features from the collected data to obtain power data, equipment operation data, environmental data and personnel behavior data. The data analysis module dynamically analyzes the real-time data of the four-partition high-definition visual intercom indoor unit. State analysis is performed, and the analyzed data is calculated to obtain the energy utilization efficiency coefficient, energy consumption coefficient and environmental coefficient. The abnormal energy consumption detection module derives the abnormal energy consumption evaluation index, and the energy consumption of each area outside the four-partition high-definition video intercom indoor unit is detected through the abnormal energy consumption evaluation index. The abnormal energy consumption positioning module is used to receive the abnormal energy consumption result, and locate the abnormal energy consumption position of each area inside and outside the four-partition high-definition video intercom indoor unit, and transmit the location information of the abnormal energy consumption to the optimization feedback module. The optimization feedback module feeds back the location information of the abnormal energy consumption to the administrator, generates an abnormal energy monitoring report, and provides energy optimization plans for the areas with abnormal energy consumption, and takes energy optimization measures to appropriately optimize energy consumption.

[0015] As a preferred technical solution of the present invention, the intercom control platform includes a secure transmission module, a transmission control module, a data storage module and a data sharing module. The secure transmission module encrypts the content transmitted by the four-partition high-definition visual intercom indoor unit and then transmits it. The transmission control module selects a transmission method for the content of the four-partition high-definition visual intercom indoor unit and transmits it. The data storage module stores the content transmitted by the four-partition high-definition visual intercom indoor unit. The data sharing module shares the content transmitted by the four-partition high-definition visual intercom indoor unit to the background for review.

[0016] As a preferred technical solution of the present invention, the intercom output control platform includes a display control module, a sound control module and a personalized control module. The display control module sets the display content of the four-partition high-definition visual intercom indoor unit output, such as screen brightness and screen display duration. The sound control module sets the volume and timbre of the four-partition high-definition visual intercom indoor unit output content. The personalized control module personalizes the output form of the four-partition high-definition visual intercom indoor unit.

[0017] The present invention provides a method for using a control system for a four-partition high-definition video intercom indoor unit, comprising the following steps:

[0018] Step 1: Basic settings: The basic control platform performs simple control and settings on the four-partition high-definition video intercom indoor unit.

[0019] Step 2: Start intercom: The intercom input control platform controls the collected content in real time after the four-partition high-definition video intercom indoor unit is started;

[0020] Step 3: Content processing: The control platform in the intercom encrypts and transmits the intercom content of the four-partition high-definition video intercom indoor unit;

[0021] Step 4: Result display: The intercom output control platform displays the intercom results of the four-split high-definition visual intercom indoor unit in a personalized real-time manner.

[0022] Compared with the prior art, the present invention has the following beneficial effects:

[0023] 1. By setting up an intercom input control platform, the energy consumption and environment generated by the four-part high-definition video intercom indoor unit during information collection are detected in real time, and the abnormal energy consumption is located and optimized to reduce the energy consumption of the four-part high-definition video intercom indoor unit and meet people's needs for controlling its operation;

[0024] 2. By setting up a control platform in the intercom, the information collected by the four-partition high-definition video intercom indoor unit is encrypted and transmitted, thereby improving the safety of the four-partition high-definition video intercom indoor unit when in use. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 It is a schematic diagram of the architecture of the control system body of the present invention;

[0026] Figure 2 This is a schematic diagram of the architecture of the basic control platform of the present invention;

[0027] Figure 3 It is a schematic diagram of the architecture of the intercom input control platform of the present invention;

[0028] Figure 4 It is a schematic diagram of the architecture of the control platform in the intercom of the present invention;

[0029] Figure 5 It is a schematic diagram of the architecture of the intercom output control platform of the present invention;

[0030] Figure 6 It is a flow chart of the present invention. DETAILED DESCRIPTION

[0031] The following will be combined with the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present invention.

[0032] See also Figure 1-6 The present invention provides a control system for a four-division high-definition visual intercom indoor unit, including a control system body, the control system body includes a basic control platform, an intercom input control platform, an intercom middle control platform and an intercom output control platform;

[0033] The basic control platform controls the infrastructure that constitutes the four-partition high-definition video intercom indoor unit and ensures the smooth operation of the four-partition high-definition video intercom indoor unit;

[0034] The intercom input control platform controls the visual image input process of the four-partition high-definition video intercom indoor unit;

[0035] The intercom control platform performs real-time control over the intercom process of the four-partition high-definition video intercom indoor unit;

[0036] The intercom output control platform performs real-time control over the intercom output results of the four-partition high-definition video intercom indoor unit.

[0037] The basic control platform includes a hardware control module and a software control module. The hardware control module controls the hardware constituting the four-partition high-definition video intercom indoor unit, and the software control module controls the software constituting the four-partition high-definition video intercom indoor unit.

[0038] The hardware control module includes a video screen control unit, a microphone control unit, a speaker control unit, a monitoring control unit, a door lock control unit and a ringtone control unit. The software control module includes an APP function definition unit, an APP motion detection unit, an APP sharing unit and an APP network unit. The video screen control unit displays and controls the information of the video screen of the four-partition high-definition video intercom indoor unit. The microphone control unit controls the microphone of the four-partition high-definition video intercom indoor unit. The speaker control unit controls the speaker of the four-partition high-definition video intercom indoor unit. The monitoring control unit controls the brightness, contrast, saturation and volume of the four-partition high-definition video intercom indoor unit. The door lock control unit controls the four-partition high-definition video intercom indoor unit. The video intercom indoor unit unlocks and gates, the ringtone control unit controls the ringtone volume, duration and ringtone selection of the four-part high-definition video intercom indoor unit, the APP function definition unit performs channel switching, zooming, full screen, APP photo taking and saving to mobile phone album, intercom, APP video recording and saving to mobile phone album, playback of videos stored in SD card through date selector, viewing APP photos and videos stored in mobile phone album, light mode and dark mode function definition, the APP motion detection unit performs real-time motion detection control of the four-part high-definition video intercom indoor unit, the APP sharing unit shares the content of the four-part high-definition video intercom indoor unit, and the APP network unit selects WLAN connection device and accesses the background.

[0039] The intercom input control platform includes an image import module, a data acquisition module, a data processing module, a data analysis module, an abnormal energy consumption detection module, an abnormal energy consumption positioning module and an optimization feedback module. The image import module imports the images collected by the four-partition high-definition video intercom indoor unit and divides them into regions and numbers them. The data acquisition module collects data from the four-partition high-definition video intercom indoor unit, including access control data, video surveillance data, environmental data, sound acquisition and intercom data. The data processing module processes and extracts features from the collected data to obtain power data, equipment operation data, environmental data and personnel behavior data. The data analysis module dynamically analyzes the real-time data of the four-partition high-definition video intercom indoor unit and analyzes the analyzed data. Calculations are performed to obtain the energy utilization efficiency coefficient, energy consumption coefficient and environmental coefficient. The energy abnormal consumption detection module derives the energy abnormal consumption evaluation index. The energy abnormal consumption evaluation index is used to detect the energy consumption of each area outside the four-partition high-definition video intercom indoor unit. The energy abnormal consumption positioning module is used to receive the energy abnormal consumption results, and locate the energy abnormal consumption positions of each area inside and outside the four-partition high-definition video intercom indoor unit, and transmit the location information of the energy abnormal consumption to the optimization feedback module. The optimization feedback module feeds back the location information of the energy abnormal consumption to the administrator, generates an energy abnormality monitoring report, and gives energy optimization plans for the areas with abnormal energy consumption. At the same time, energy optimization measures are taken to appropriately optimize energy consumption.

[0040] The control platform in the intercom includes a secure transmission module, a transmission control module, a data storage module and a data sharing module. The secure transmission module encrypts the content transmitted by the four-partition high-definition visual intercom indoor unit and then transmits it. The transmission control module selects the transmission method for the content of the four-partition high-definition visual intercom indoor unit and transmits it. The data storage module stores the content transmitted by the four-partition high-definition visual intercom indoor unit. The data sharing module shares the content transmitted by the four-partition high-definition visual intercom indoor unit to the background for review.

[0041] The intercom output control platform includes a display control module, a sound control module and a personalized control module. The display control module sets the display content of the four-partition high-definition visual intercom indoor unit output, such as screen brightness and screen display duration. The sound control module sets the volume and timbre of the four-partition high-definition visual intercom indoor unit output content. The personalized control module personalizes the output form of the four-partition high-definition visual intercom indoor unit.

[0042] The present invention provides a method for using a control system for a four-partition high-definition video intercom indoor unit, comprising the following steps:

[0043] Step 1: Basic settings: The basic control platform performs simple control and settings on the basis of the four-partition high-definition video intercom indoor unit;

[0044] Step 2: Start intercom: The intercom input control platform controls the collected content in real time after the four-partition high-definition video intercom indoor unit is started;

[0045] Step 3: Content processing: The control platform in the intercom encrypts and transmits the intercom content of the four-partition high-definition video intercom indoor unit;

[0046] Step 4: Result display: The intercom output control platform displays the intercom results of the four-split high-definition visual intercom indoor unit in a personalized real-time manner.

[0047] In the present invention, the basic control platform performs simple control and setting on the basis of the four-partition high-definition visual intercom indoor unit; the intercom input control platform controls the collected content in real time after the four-partition high-definition visual intercom indoor unit is started; the intercom control platform encrypts the intercom content of the four-partition high-definition visual intercom indoor unit and then transmits it; the intercom output control platform performs personalized real-time display on the intercom result of the four-partition high-definition visual intercom indoor unit.

[0048] Although the present invention has been described in detail with reference to the aforementioned embodiments, it is still possible for those skilled in the art to modify the technical solutions described in the aforementioned embodiments, or to make equivalent substitutions for some of the technical features therein. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. A control system for a four-partition high-definition video intercom indoor unit, comprising a control system body, characterized in that: The control system body includes a basic control platform, an intercom input control platform, an intercom middle control platform and an intercom output control platform; The basic control platform controls the infrastructure that constitutes the four-partition high-definition video intercom indoor unit and ensures the smooth operation of the four-partition high-definition video intercom indoor unit; The intercom input control platform controls the visual image input process of the four-division high-definition visual intercom indoor unit; The intercom control platform performs real-time control over the intercom process of the four-partition high-definition video intercom indoor unit; The intercom output control platform performs real-time control on the intercom output results of the four-split high-definition visual intercom indoor unit.

2. According to claim 1, a control system for a four-partition high-definition video intercom indoor unit is characterized in that: The basic control platform includes a hardware control module and a software control module. The hardware control module controls the hardware constituting the four-partition high-definition video intercom indoor unit, and the software control module controls the software constituting the four-partition high-definition video intercom indoor unit.

3. According to claim 2, a control system for a four-partition high-definition video intercom indoor unit is characterized in that: The hardware control module includes a visual screen control unit, a microphone control unit, a speaker control unit, a monitoring control unit, a door lock control unit and a ringtone control unit; the software control module includes an APP function definition unit, an APP motion detection unit, an APP sharing unit and an APP network unit; the visual screen control unit displays and controls information on the visual screen of the four-partition high-definition video intercom indoor unit; the microphone control unit controls the microphone of the four-partition high-definition video intercom indoor unit; the speaker control unit controls the speaker of the four-partition high-definition video intercom indoor unit; the monitoring control unit controls the brightness, contrast, saturation and volume of the four-partition high-definition video intercom indoor unit; the door lock control unit controls the four-partition high-definition video intercom indoor unit; The described ringtone control unit controls the ringtone volume, duration and ringtone selection of the four-part high-definition video intercom indoor unit. The described APP function definition unit performs channel switching, zooming, full screen, APP taking pictures and saving to the mobile phone album, intercom, APP recording and saving to the mobile phone album, playback of videos stored in the SD card through the date selector, viewing APP photos and videos stored in the mobile phone album, light mode and dark mode function definition. The described APP motion detection unit performs motion detection control on the four-part high-definition video intercom indoor unit in real time. The described APP sharing unit shares the content of the four-part high-definition video intercom indoor unit. The described APP network unit selects the WLAN connection device and accesses the background.

4. According to claim 1, a control system for a four-partition high-definition video intercom indoor unit is characterized in that: The intercom input control platform includes an image import module, a data acquisition module, a data processing module, a data analysis module, an abnormal energy consumption detection module, an abnormal energy consumption positioning module and an optimization feedback module. The image import module imports the images collected by the four-partition high-definition visual intercom indoor unit and divides them into regions and numbers them. The data acquisition module collects data from the four-partition high-definition visual intercom indoor unit, and the collected data includes access control data, video surveillance data, environmental data, sound collection and intercom data. The data processing module processes and extracts features from the collected data to obtain power data, equipment operation data, environmental data and personnel behavior data. The data analysis module dynamically analyzes the real-time data of the four-partition high-definition visual intercom indoor unit and performs analysis on the analyzed data. The data is calculated to obtain the energy utilization efficiency coefficient, the energy consumption coefficient and the environmental coefficient. The abnormal energy consumption detection module derives the abnormal energy consumption evaluation index. The energy consumption of each area outside the four-partition high-definition video intercom indoor unit is detected through the abnormal energy consumption evaluation index. The abnormal energy consumption positioning module is used to receive the abnormal energy consumption result, and locate the abnormal energy consumption position of each area inside and outside the four-partition high-definition video intercom indoor unit, and transmit the location information of the abnormal energy consumption to the optimization feedback module. The optimization feedback module feeds back the location information of the abnormal energy consumption to the administrator, generates an abnormal energy monitoring report, and provides an energy optimization plan for the area with abnormal energy consumption, and takes energy optimization measures to appropriately optimize energy consumption.

5. According to claim 1, a control system for a four-partition high-definition video intercom indoor unit is characterized in that: The intercom control platform includes a secure transmission module, a transmission control module, a data storage module and a data sharing module. The secure transmission module encrypts and transmits the content transmitted by the four-partition high-definition visual intercom indoor unit, the transmission control module selects a transmission method for the content of the four-partition high-definition visual intercom indoor unit for transmission, the data storage module stores the content transmitted by the four-partition high-definition visual intercom indoor unit, and the data sharing module shares the content transmitted by the four-partition high-definition visual intercom indoor unit to the background for review.

6. According to claim 1, a control system for a four-partition high-definition video intercom indoor unit is characterized in that: The intercom output control platform includes a display control module, a sound control module and a personalized control module. The display control module sets the display of the output content of the four-partition high-definition visual intercom indoor unit, such as screen brightness and screen display duration. The sound control module sets the volume and timbre of the output content of the four-partition high-definition visual intercom indoor unit. The personalized control module personalizes the output form of the four-partition high-definition visual intercom indoor unit.

7. A method for using a control system for a four-partition high-definition video intercom indoor unit according to any one of claims 1 to 6, characterized in that: The following steps are involved: Step 1: Basic settings: The basic control platform performs simple control and settings on the four-partition high-definition video intercom indoor unit. Step 2: Start intercom: The intercom input control platform controls the collected content in real time after the four-partition high-definition video intercom indoor unit is started; Step 3: Content processing: The control platform in the intercom encrypts and transmits the intercom content of the four-partition high-definition video intercom indoor unit; Step 4: Result display: The intercom output control platform displays the intercom results of the four-split high-definition visual intercom indoor unit in a personalized real-time manner.

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