Indoor air detecting and purifying integrated machine

Abstract

The invention provides an indoor air detecting and purifying integrated machine. The indoor air detecting and purifying integrated machine comprises a shell body of which the interior is hollow. The bottom of the shell body is divided into a detecting cavity through a partition plate. A sensor assembly is installed inside the detecting cavity. A ventilation hole communicating with the interior of the shell body is formed in the partition plate. Air-inlet grilles are arranged on the two sides of the bottom of the shell body and communicate with the detecting cavity. A centrifugal fan is installed above the detecting cavity. An air-outlet grille is arranged on the top of the shell body. A filtering assembly is arranged between the centrifugal fan and the air-outlet grille. A display screen and a controller are further arranged on the surface of the shell body. The controller is in control connection with the sensor assembly, the centrifugal fan, the display screen, indicator lights and control buttons. According to the indoor air detecting and purifying integrated machine, the detecting function and the purifying function are integrated.

Description

technical field [0001] The invention belongs to the technical field of air quality detection, and in particular relates to an indoor air detection and purification integrated machine. Background technique [0002] With the increasingly serious pollution of PM2.5, the hazards of air quality have made people feel uneasy, so people began to take measures to purify their own indoor air, but for users, it is impossible to grasp the purification effect of existing air quality purifiers This leads to people's unreasonable operation and control of the machine, and it is easy to cause the waste of electric energy when it is turned on for too long and the phenomenon that the effect is not achieved when the time is too short; at the same time, there are many pollution components in the air quality. In addition to PM2.5 pollution, formaldehyde gas pollution, ammonia gas pollution, benzene gas pollution and TVOC gas pollution are all very harmful to people, but the filtering and detectio...

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Problems solved by technology

[0002] With the increasingly serious pollution of PM2.5, the hazards of air quality have made people feel uneasy, so people began to take measures to purify their own indoor air, but for users, it is impossible to grasp the purification effect of existing air quality purifiers This leads to people's unreasonable operation and control of the machine, and it is easy to cause the waste of electric energy when it is turned on for too long and the phenomenon that the effect is not achieved when the time is too short; at the same time, there are many pollution components in the air quality. In addition to PM2.5 pollution, formaldehyde gas pollution, ammonia gas pollution, benzene gas pollution and TVOC gas pollution are all very harmful to people, but the filtering and detection functions of existing purifiers are relatively single

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