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CN-122019657-A - Index data display method and system of ventilation system and central control equipment

CN122019657ACN 122019657 ACN122019657 ACN 122019657ACN-122019657-A

Abstract

The application discloses an index data display method and system of a ventilation system and central control equipment, and belongs to the technical field of building ventilation. The index data display method comprises the steps that a ventilation function component transmits monitoring data of a ventilation system to a central control device through a communication bus, the central control device converts the received monitoring data into preset format data and reports the preset format data to a cloud server through an Internet of things protocol, an intelligent terminal obtains the preset format data transmitted by the cloud server through establishing long connection with the cloud server, and the intelligent terminal analyzes and renders the preset format data according to a preset analysis protocol to generate a visual interface and display the visual interface. Therefore, the monitoring data of the scattered and abstract ventilation system can be presented to the user in a highly integrated and visual mode, visual monitoring of indoor air quality and equipment state is realized, the problem that the effect of the traditional ventilation system is invisible is solved, and user experience and management efficiency are improved.

Inventors

  • Request for anonymity

Assignees

  • 广东澄一科技有限公司

Dates

Publication Date
20260512
Application Date
20260120

Claims (10)

  1. 1. A method for displaying index data of a ventilation system, comprising: The ventilation function assembly transmits monitoring data of the ventilation system to the central control equipment through a communication bus, wherein the monitoring data comprises at least one of air index data, function switch state data and filter element service life data; the central control equipment converts the received monitoring data into data in a preset format and reports the data to a cloud server through an Internet of things protocol; The intelligent terminal acquires the preset format data transmitted by the cloud server by establishing long connection with the cloud server; the intelligent terminal analyzes and renders the preset format data according to a preset analysis protocol to generate and display a visual interface, wherein the visual interface comprises at least one of a room detail information table area, a space plane schematic diagram area, an ozone anion switch information table area, a filter core service life schematic diagram area and a real-time statistics schematic diagram area.
  2. 2. The method for displaying index data according to claim 1, wherein, The ventilation functional component comprises at least one of an environment sensor, a filter element monitoring device, an ozone generator switch, a negative ion generator switch and an exhaust switch, and/or The air index data comprises at least one of inhalable particulate matter concentration, fine particulate matter concentration, carbon dioxide concentration, volatile organic compound concentration, formaldehyde concentration, carbon monoxide concentration, ozone concentration, methane concentration, and/or The functional switch state data comprises at least one of ozone switch state, anion switch state and exhaust gear position, and/or The cartridge life data includes at least one of a primary cartridge run time, a premium cartridge run time.
  3. 3. The index data display method according to claim 1, wherein the monitoring data is hexadecimal raw data; The central control device converts the received monitoring data into data in a preset format, and the method comprises the following steps: The central control equipment converts the hexadecimal original data into JSON format data, wherein the JSON format data comprises a timestamp field, an equipment ID field, an attribute value field, an MAC address field and an online state field; And the intelligent terminal establishes long connection with the cloud server based on the equipment ID field.
  4. 4. The method of claim 1, wherein when the visual interface includes a room detail information table area, the parsing rendering process includes: analyzing the content data of each component in the air index data; determining an air quality grade based on the content data of each component and a preset air quality standard; and displaying the corresponding air quality grades in the corresponding rooms in the room detail information table area, and marking the corresponding air quality grades as corresponding colors, wherein different air quality grades correspond to different colors.
  5. 5. The method of claim 1, wherein when the visual interface includes a space plan view region, the parsing rendering process includes: analyzing exhaust gear data in the function switch state data; And rendering the airflow animation in the space plane schematic diagram area, and controlling the airflow animation to play, stop or change the flow rate according to the exhaust gear data.
  6. 6. The method of claim 1, wherein when the visual interface includes a cartridge life schematic region, the parsing rendering process includes: Analyzing the filter element operation time in the filter element service life data; determining a remaining life of the filter element based on the filter element run time; and displaying the residual life of the filter element in the life schematic diagram area of the filter element.
  7. 7. The method of claim 1, wherein when the visual interface includes an ozone anion switch information table area, the parsing rendering process includes: analyzing the ozone switch state and the anion switch state in the function switch state data; determining a switch state identifier based on the ozone switch state and the negative ion switch state; And displaying the corresponding switch state identification on the corresponding switch in the ozone anion switch information table area.
  8. 8. The index data display system of the ventilation system is characterized by comprising a ventilation function component, a central control device, a cloud server and an intelligent terminal; the ventilation function component is used for transmitting monitoring data of the ventilation system to the central control equipment through a communication bus, wherein the monitoring data comprises at least one of air index data, function switch state data and filter element service life data; the central control equipment is used for converting the received monitoring data into data in a preset format and reporting the data to the cloud server through an Internet of things protocol; The intelligent terminal is used for acquiring the preset format data transmitted by the cloud server by establishing long connection with the cloud server; The intelligent terminal is used for carrying out analysis rendering on the preset format data according to a preset analysis protocol so as to generate and display a visual interface, wherein the visual interface comprises at least one of a room detail information table area, a space plane schematic diagram area, an ozone anion switch information table area, a filter element service life schematic diagram area and a real-time statistics schematic diagram area.
  9. 9. A method for displaying index data of a ventilation system, comprising: Receiving monitoring data of the ventilation system transmitted by the ventilation functional component through a communication bus, wherein the monitoring data comprises at least one of air index data, functional switch state data and filter element service life data; The received monitoring data are converted into preset format data and reported to a cloud server through an Internet of things protocol, so that an intelligent terminal obtains the preset format data transmitted by the cloud server through establishing long connection with the cloud server, and the intelligent terminal analyzes and renders the preset format data according to a preset analysis protocol to generate a visual interface and display the visual interface, wherein the visual interface comprises at least one of a room detail information table area, a space plane schematic diagram area, an ozone anion switch information table area, a filter element service life schematic diagram area and a real-time statistics schematic diagram area.
  10. 10. A central control device for a ventilation system, the central control device being configured to: Receiving monitoring data of the ventilation system transmitted by the ventilation functional component through a communication bus, wherein the monitoring data comprises at least one of air index data, functional switch state data and filter element service life data; The received monitoring data are converted into preset format data and reported to a cloud server through an Internet of things protocol, so that an intelligent terminal obtains the preset format data transmitted by the cloud server through establishing long connection with the cloud server, and the intelligent terminal analyzes and renders the preset format data according to a preset analysis protocol to generate a visual interface and display the visual interface, wherein the visual interface comprises at least one of a room detail information table area, a space plane schematic diagram area, an ozone anion switch information table area, a filter element service life schematic diagram area and a real-time statistics schematic diagram area.

Description

Index data display method and system of ventilation system and central control equipment Technical Field The application relates to the technical field of building ventilation, in particular to an index data display method, an index data display system and central control equipment of a ventilation system. Background With the improvement of the life quality of people, the air quality in daily life gradually attracts attention of people, and indoor ventilation equipment also enters the field of vision of people. At present, the traditional fresh air system can help indoor ventilation, but the air quality, ventilation effect, ventilation intensity, filter core life and other information of each space cannot be intuitively displayed to enable a user to monitor, and further the user cannot feel the substantial effect brought by the fresh air system. Disclosure of Invention The embodiment of the application provides an index data display method, an index data display system and central control equipment of a ventilation system, which are used for solving at least one technical problem. The index data display method of the ventilation system of the embodiment of the application comprises the following steps: The ventilation function assembly transmits monitoring data of the ventilation system to the central control equipment through the communication bus, wherein the monitoring data comprises at least one of air index data, function switch state data and filter element service life data; the central control equipment converts the received monitoring data into data in a preset format and reports the data to the cloud server through an Internet of things protocol; the intelligent terminal acquires preset format data transmitted by the cloud server by establishing long connection with the cloud server; The intelligent terminal analyzes and renders the preset format data according to a preset analysis protocol to generate and display a visual interface, wherein the visual interface comprises at least one of a room detail information table area, a space plane schematic diagram area, an ozone anion switch information table area, a filter element service life schematic diagram area and a real-time statistics schematic diagram area. According to the index data display method of the ventilation system, the ventilation function component transmits monitoring data of the ventilation system to the central control device, the central control device converts the received monitoring data into preset format data and reports the preset format data to the cloud server, and the intelligent terminal obtains the preset format data transmitted by the cloud server and analyzes and renders the preset format data according to a preset analysis protocol to generate a visual interface and display the visual interface. Therefore, the monitoring data of the scattered and abstract ventilation system can be presented to the user in a highly integrated and visual mode, visual monitoring of indoor air quality and equipment state is realized, the problem that the effect of the traditional ventilation system is invisible is solved, and user experience and management efficiency are improved. In certain embodiments, the ventilation function assembly includes at least one of an environmental sensor, a cartridge monitoring device, an ozone generator switch, a negative ion generator switch, an exhaust switch, and/or The air index data comprises at least one of inhalable particulate matter concentration, fine particulate matter concentration, carbon dioxide concentration, volatile organic compound concentration, formaldehyde concentration, carbon monoxide concentration, ozone concentration, methane concentration, and/or The functional switch state data comprises at least one of ozone switch state, anion switch state and exhaust gear position, and/or The cartridge life data includes at least one of a primary cartridge run time, a premium cartridge run time. According to the technical scheme, the data dimension of the whole monitoring system is richer and more accurate by defining the specific types of the data acquisition source and the data content. The user can not only see comprehensive air quality evaluation, but also trace back to specific pollutant exceeding standard, and clearly know the running states of the purifying equipment and the exhaust equipment, so that more targeted adjustment and maintenance can be performed, and the practicability and the fine management level of the system are obviously improved. In some embodiments, the monitored data is hexadecimal raw data; The central control device converts the received monitoring data into data in a preset format, and the method comprises the following steps: the central control equipment converts hexadecimal original data into JSON format data, wherein the JSON format data comprises a timestamp field, an equipment ID field, an attribute value field, an MAC address field and an online state fie