CN206430282U - A kind of energy-saving dust dehumidifying integrated machine - Google Patents

Abstract

The utility model discloses a kind of energy-saving dust dehumidifying integrated machine, including Surveillance center, display screen, drive module, dedusting dehumidification module, motion module, power supply；The Surveillance center is connected with drive module；The dedusting dehumidification module, motion module are connected with drive module respectively；The display screen is connected with Surveillance center and drive module；The power supply is that Surveillance center powers with drive module.The utility model has the advantages that：Being capable of the maximum place of Automatic-searching indoor air humidity and dust concentration, then different size of air-flow is produced further according to different testing result control fans, remove the steam in air, it can also remove the dust in air simultaneously, both the living environment of people had been improved, time, space and the energy have been saved again.

Description

An energy-saving dust removal and dehumidification all-in-one machine

technical field

The utility model belongs to the field of household appliances, in particular to a household appliance of an energy-saving dust removal and dehumidification integrated machine.

Background technique

As people are developing faster and faster, various factories have begun to be built. Under such an environmental background, the air will contain too much suspended particles such as dust, and the coastline of our country It is long and long, and the indoor air humidity in some coastal areas is high. This kind of air seriously affects people's health, and our country is still a developing country with a serious lack of per capita resources. This requires a dust removal and dehumidification, and can save energy. household appliances to improve people's living environment.

Contents of the invention

The purpose of this utility model is to provide an energy-saving dust removal and dehumidification integrated machine, which can detect the air in different places in the room, so as to find out the place with the highest indoor air humidity or dust concentration, and then according to the different air detection results at this place, Control the fan to generate airflow of different sizes, first remove the dust in the air through the dust removal device, and then remove the water vapor in the air through the dehumidification device, thereby improving the efficiency of dehumidification and dust removal, improving the indoor air quality, and saving energy at the same time.

In order to achieve the above effects, the utility model is achieved through the following technical solutions: an energy-saving dust removal and dehumidification integrated machine, including a monitoring center, a display screen, a drive module, a dust removal and dehumidification module, a motion module, and a power supply; the monitoring center It is connected with the driving module; the dust removal and dehumidification module and the motion module are connected with the driving module respectively; the display screen is connected with the monitoring center and the driving module; the power supply supplies power for the monitoring center and the driving module.

Preferably, the monitoring center includes a microprocessor, a humidity sensor, a dust sensor, and an infrared obstacle avoidance sensor; the humidity sensor, dust sensor, and infrared obstacle avoidance sensor are respectively connected to the microprocessor.

Preferably, the dust removal and dehumidification module includes a primary filter, a high-grade filter, a dehumidification device, a hollow cavity, a fan device, an air duct, and a water storage box; the primary filter and the high-level filter are sequentially installed at the entrance of the air duct; The dehumidification device is installed in the middle of the ventilation duct; the water storage box is installed under the ventilation duct; the fan device is installed at the tail of the ventilation duct.

Compared with the prior art, the utility model has the advantages that it can automatically find the place with the highest indoor air humidity and dust concentration, and then control the fan to generate airflows of different sizes according to different detection results to remove water vapor in the air, and at the same time it can Remove dust in the air and use one device to complete two tasks, which not only improves people's living environment, but also saves time, space and energy.

Description of drawings

Fig. 1 is a schematic diagram of the overall structure of an energy-saving integrated dust removal and dehumidification machine of the present invention.

The names of the labels in Figure 1: (1) monitoring center, (2) display screen, (3) drive module, (4) dust removal and dehumidification module, (5) motion module, (6) power supply.

Figure 2 is a schematic diagram of the structure of the monitoring center.

Label names in Figure 2: (1-1) infrared obstacle avoidance sensor, (1-2) humidity sensor, (1-3) dust sensor, (1-4) microprocessor.

Figure 3 is a working principle diagram of the dust removal and dehumidification module.

The label names in Figure 3: (4-1) air inlet, (4-2) primary filter, (4-3) advanced filter, (4-4) hollow cavity, (4-5) dehumidification device, ( 4-6) Fan device, (4-7) air outlet, (4-8) air duct, (4-9) water storage box.

detailed description

Further details will be given below in conjunction with the accompanying drawings.

Referring to Fig. 1 is an embodiment of an energy-saving dust removal and dehumidification integrated machine of the present invention, including a monitoring center (1), a display screen (2), a drive module (3), a dust removal and dehumidification module (4), and a motion module (5) , power supply (6); the monitoring center (1) is connected to the drive module (3); the dust removal and dehumidification module (4), and the motion module (5) are respectively connected to the drive module (3); the display screen (2 ) is connected with the monitoring center (1) and the driving module (3); the power supply (6) supplies power for the monitoring center (1) and the driving module (3); the driving module (3) is mainly the display screen (2), The driving circuit of the fan device (4-6) and the motion module (5).

First, the microprocessor (1-4) controls the motion module (5) through the drive module (3), so that the device can walk freely indoors, and at the same time use the infrared obstacle avoidance sensor (1-1) to avoid obstacles, and walk During the process, the humidity and dust concentration values in different places in the room are recorded by the humidity sensor (1-2) and the dust sensor (1-3), and the display screen (2) displays the detection results and the power of the power supply (6). Find the place with the highest humidity or dust concentration, and finally stay there, and then select the working mode according to the specific test results, whether to only perform dust removal or only dehumidification work, or both dust removal and dehumidification work.

When the dust removal and dehumidification module (4) starts to work, firstly, the monitoring center (1) controls the fan device (4-6) in the ventilation duct (4-8) to generate airflow of different sizes according to different detection results, and the air is drawn from the airflow by the fan. Inhaled by the inlet (4-1), it first passes through the primary filter (4-2), and the suspended solids such as hair and dust are intercepted, and then pass through the advanced filter (4-3) composed of HEPA to remove tiny particles, It can also remove peculiar smell, and then the dehumidification device (4-5) in the hollow cavity (4-4) removes the water vapor in the air, and the condensed water is collected in the water storage box (4-9), and finally passes through the air outlet (4-7) Exhaust fresh air to complete the function of dust removal and dehumidification. If the dust concentration in the air is not high, the inhaled air will not pass through the advanced filter (4-3). If the humidity in the air is not high, the dehumidification device ( 4-5) You don't need to open the job.

The above are only preferred embodiments of the present utility model, and are not intended to limit the present utility model. Any simple modifications and changes made to the above embodiments according to the technical essence of the present utility model still belong to the protection scope of the present utility model. Inside.

Claims (3)

1. An energy-saving dust removal and dehumidification integrated machine, characterized in that it includes a monitoring center (1), a display screen (2), a drive module (3), a dust removal and dehumidification module (4), a motion module (5), a power supply (6 ); the monitoring center (1) is connected to the drive module (3); the dust removal and dehumidification module (4) and the motion module (5) are respectively connected to the drive module (3); the display screen (2) is connected to the monitoring center (1) is connected to the drive module (3); the power supply (6) supplies power to the monitoring center (1) and the drive module (3). 2. An energy-saving dust removal and dehumidification integrated machine according to claim 1, characterized in that: the monitoring center (1) includes an infrared obstacle avoidance sensor (1-1), a humidity sensor (1-2), a dust sensor (1-3), microprocessor (1-4); said infrared obstacle avoidance sensor (1-1), humidity sensor (1-2), dust sensor (1-3) are respectively connected with microprocessor (1 -4) connected. 3. An energy-saving dust removal and dehumidification integrated machine according to claim 1, characterized in that: the dust removal and dehumidification module (4) includes a primary filter (4-2), an advanced filter (4-3), a dehumidifier Hollow cavity (4-4), dehumidification device (4-5), fan device (4-6), ventilation duct (4-8), water storage box (4-9); primary filter screen (4-2) and the high-grade filter (4-3) are installed at the air inlet (4-1) of the ventilation pipe (4-8); the dehumidification device (4-5) is installed in the middle of the ventilation pipe (4-8) ; The water storage box (4-9) is installed under the air duct (4-8); the fan device (4-6) is installed at the tail of the air duct (4-8).