TWM509328U - Composite air purifying machine - Google Patents

Description

Mother-in-law air purifier

The present invention relates to a household appliance, and more particularly to an air cleaner that can be used for clean air.

Due to the development of industry and transportation, the air quality is getting worse and worse. Modern people often put an air cleaner in the room to purify the air to improve the indoor air quality. However, the range of clean air of the existing air cleaner is limited to the room in which the air cleaner is placed, resulting in a relatively limited range of clean air. In order to purify the air in each room, the user often needs to move the air. It takes a lot of time to perform air purification in turn in each room. In addition, in order to cope with a room with a large space, such as a living room, the size of the air cleaner is usually designed to achieve a better air cleaning function. For this reason, the air cleaner is generally cumbersome and reduces the maneuverability of handling, and therefore, the existing air cleaner still needs to be improved.

Accordingly, it is an object of the present invention to provide a sub-mother air purifier that can be used separately to increase maneuverability.

Therefore, the new sub-mother air purifier includes a main Machine device, and at least one slave device. The host device includes a mainframe, and a main cleaning unit mounted to the mainframe for cleaning air, the mainframe having at least one mounting portion on the surface. The sub-machine device is detachably disposed on the main unit, and includes a sub-seat that is removably fitted to the mounting portion, and a sub-cleaning unit that is mounted to the sub-seat and can be used for clean air.

1‧‧‧Host device

11‧‧‧Host base

111‧‧‧ main air inlet

112‧‧‧ main outlet

113‧‧‧Installation Department

12‧‧‧Main clean unit

13‧‧‧Charging supply unit

131‧‧‧ convex joint

2‧‧‧Submachine unit

20‧‧‧ display unit

21‧‧‧Subrack

211‧‧‧Sub-inlet

212‧‧‧ child outlet

22‧‧‧Charging receiving unit

221‧‧‧Rechargeable battery

222‧‧‧Power Detection Module

23‧‧‧Child clean unit

24‧‧‧Working unit

25‧‧‧Air monitoring unit

26‧‧‧Amplifier unit

27‧‧‧ pickup unit

28‧‧‧Information Processing Unit

280‧‧‧Air quality reminder module

281‧‧‧Communication Control Module

282‧‧‧Power Capture Module

283‧‧**** deadline reminder module

284‧‧‧Wireless communication module

285‧‧‧Air Quality Index

286‧‧ Air Quality Mark

287‧‧‧ model code

288‧‧‧ battery image

289‧‧‧Filter period

29‧‧‧Lighting unit

9‧‧‧Mobile devices

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: FIG. 1 is a perspective exploded view illustrating an embodiment of the novel sub-mother air purifier; FIG. 2 is a a functional block diagram illustrating a system architecture of a host device of the embodiment; FIG. 3 is a functional block diagram illustrating a system architecture of a slave device of the embodiment; and FIG. 4 is a partial top view illustrating the embodiment The screen displayed by one display unit.

Referring to Figures 1, 2 and 3, an embodiment of the novel air-conditioner of the present invention is suitable for use with a mobile device 9. The mobile device 9 can be a smart phone, a tablet computer, or a notebook computer, and has the function of making a call or playing multimedia such as music or voice. The mobile device 9 has an identification information built therein, and the identification information may be The user name, code or model of the mobile device 9 can be used to identify and distinguish the mobile device 9. The mobile device 9 can wirelessly transmit the identification information to the new type and perform pairing. After the connection is successfully paired, the mobile device 9 can wirelessly communicate with the present invention, and the implementation can utilize Bluetooth, ZigBee, RDS or Wireless communication technology such as NFC to wirelessly transmit data. When the mobile device 9 performs the call function, it can wirelessly transmit an audio signal to the new type, and wirelessly receive a voice signal sent by the new type, or wirelessly transmit an audio signal to the new type when performing the play function.

The mother-air air cleaner includes a host device 1 and four slave devices 2 that are detachably disposed around the host base 11.

The host device 1 includes a main chassis 11, and a main cleaning unit 12 and a charging supply unit 13 mounted to the main housing 11. The main frame 11 has a hollow shell shape and has a main air inlet 111 disposed on the surface for taking in air, a main air outlet 112 disposed on the surface and located away from one side of the main air inlet 111, and four The mounting portion 113 is recessed on the surface. In this embodiment, the main air inlet 111 is disposed at the bottom, and the main air outlet 112 is disposed at the top to suck the unclean air from the bottom and discharge the clean air from the top to achieve the air circulation effect. However, the position of the main air inlet 111 and the main air outlet 112 is not limited as long as it does not affect each other. Of course, the main frame 11 can also have a plurality of main air outlets 112 and a plurality of main air inlets 111. . The mounting portions 113 are circumferentially distributed around the sides and are provided for mounting by the sub-machines 2.

The main cleaning unit 12 can take in air from the main air inlet 111, clean the inhaled air, and discharge the cleaned air from the main air outlet 112. The main cleaning unit 12 can use a cleaning technique such as a strainer, a plasma, a photocatalyst, ozone or an anion or a chemical filter to eliminate dust mites, bacteria or dust in the air. Since the cleaning method is numerous and is a conventional technique, This is not detailed. The charging supply unit 13 can take power from a commonly-used socket and supply the power to the slave devices 2.

Each of the handset devices 2 can communicate wirelessly with the mobile device 9, for example, receiving the voice signal sent by the mobile device 9, and transmitting the voice signal to the mobile device 9. Each of the sub-machines 2 includes a sub-seat 21, a display unit 20 mounted to the sub-seat 21, a charging receiving unit 22, a sub-cleaning unit 23, a working unit 24, and an air monitoring unit 25, A sound amplification unit 26 that can amplify the sound, a sound pickup unit 27 that can pick up the sound and convert it into the sound signal, an information processing unit 28, and a light unit 29.

The sub-seat 21 is detachably received in the corresponding mounting portion 113 and has a hollow shell shape, and has a sub-inlet vent 211 disposed on the surface for taking in air, and a sub-winding 211 disposed on the surface and located away from the sub-portion a sub-air outlet 212 on one side of the air inlet 211. In this embodiment, the sub air inlet 211 is disposed at the bottom, and the sub air outlet 212 is disposed at the top and the side away from the side of the main body base 11 to suck the unclean air from the bottom, and from the top and The cleaned air is discharged from the side to achieve the effect of air circulation. However, in practice, the position where the sub air inlet 211 and the sub air outlet 212 are disposed is not limited as long as they do not affect each other, and the sub-frame 21 is The sub-vents 212 can be outwardly disposed. The sub-chambers 21 can also have a plurality of sub-vents 212 and a plurality of sub-inlet 211, not limited to this embodiment.

The charging receiving unit 22 can receive the power supply provided by the charging and supplying unit 13, and has a rechargeable battery 221 and a power detecting module 222 for storing the received power and providing power to the The display unit 20, the charge receiving unit 22, the sub-cleaning unit 23, the working unit 24, the air monitoring unit 25, the sound amplification unit 26, the sound pickup unit 27, the information processing unit 28, and the light unit 29. The battery detection module 222 is electrically connected to the rechargeable battery 221, and can detect and output the current power of the rechargeable battery 221 at any time. Since the power detecting module 222 detects that the current power of the rechargeable battery 221 is a conventional technology and has many methods, it will not be described in detail. In this embodiment, the charging supply unit 13 has four male connectors 131 respectively embedded in the mounting portions 113. When the charging receiving unit 22 is placed on the corresponding mounting portion 113, the corresponding protruding connector can be used. The charging is performed by 131 electrically connecting, but the charging receiving unit 22 and the charging supply unit 13 can also be directly charged by wire connection or charged by wireless charging technology, which is not limited to the above.

The sub-cleaning unit 23 can take in air from the sub-inlet 211, clean the inhaled air, and discharge the cleaned air from the sub-air outlet 212. The sub-cleaning unit 23 can use a cleaning technique such as a strainer, a plasma, a photocatalyst, ozone, an anion, and/or a chemical filter to eliminate dust mites, bacteria, dust, and the like in the air, and the cleaning method is numerous and conventional. Technology, so it will not be detailed here.

The work units 24 can provide other air-improving functions of the child unit 2, so that each of the child units 2 can perform functions of moisture absorption, deodorization, aroma or mosquito repellent in addition to clean air. The working unit 24 having the moisture absorbing function can absorb moisture by using a chemical filter material such as zeolite to reduce the humidity. Of course, the compressor is also used for dehumidification, and the function of reducing humidity can be achieved, which is not limited to the embodiment. . The working unit 24 having the deodorizing function can deodorize the air by using a deodorizing technique such as a sieve, an anion or a chemical filter. The work unit 24 having an aromatic function can use a fragrance to emit aroma. The work unit 24 having the insect repellent function can utilize the mosquito repellent liquid or essential oil to emit the taste of mosquito aversion. There are many ways to absorb or dehumidify, deodorize, aroma or repel mosquitoes, and therefore are not limited to the above. Of course, the functions of the work units 24 implementing the sub-machines 2 may be the same or different, for example, two of the sub-machines 2 have a moisture absorption or dehumidification function, the other two have a deodorizing function, or Each of the sub-machine devices 2 has a function of absorbing moisture or dehumidifying, deodorizing, aroma or mosquito repellent at the same time, and is not limited to the embodiment. Of course, each of the sub-machines 2 may not include the work unit 24, so that each of the sub-machines 2 has only the function of clean air.

The air monitoring unit 25 is embedded in the sub-frame 21 to detect the air quality of the environment around the sub-chassis 21, such as the concentration of suspended particles, relative humidity, etc., and to calculate and output an air quality information. Since the air monitoring unit 25 detects the air quality information of the surrounding environment as a conventional technique and has many methods, it will not be described in detail.

Referring to FIG. 4, the information processing unit 28 is connected to the display unit 20, and has an air quality prompt module 280, a communication control module 281, a wireless communication module 284, and a power capture module 282. A deadline prompt module 283.

The air quality prompting module 280 is connected to the air monitoring unit 25 and can capture the air quality information detected by the air monitoring unit 25, and the air quality information is displayed in the display unit 20. In the example, the air quality prompting module 280 displays the air quality index 285 in a digital form and the air quality indicator 286 in the form of an image in the display unit 20 to indicate the air quality information, but the implementation may also be performed. The display unit 20 displays a prompt light or a prompt message, and is not limited thereto. In this way, the user can intuitively and clearly understand the current air quality.

The communication control module 281 is connected to the sound reinforcement unit 26 and the sound pickup unit 27, and the communication control module 281 can receive the sound signal sent by the mobile device 9 through the wireless communication module 284, and the sound is amplified. The unit 26 plays the sound, and the outgoing signal output by the sound pickup unit 27 is transmitted to the mobile device 9 through the wireless communication module 284. In practice, the wireless communication module 284 can wirelessly communicate with the mobile device 9 by using a wireless communication technology such as Bluetooth, ZigBee, RDS or NFC, so that the call or play can be directly transmitted through the slave device 2. Multimedia is quite convenient. In addition, the communication control module 281 can also receive the identification information through the wireless communication module 284, and display the identification information in the display unit 20 for the user to identify and confirm the currently connected mobile device. Set 9. In this embodiment, the communication control module 281 displays the identification information by displaying a model code 287 on the display unit 20, but the implementation is not limited thereto.

The power capture module 282 can detect the current power output by the power detection module 222 and display the current power in the display unit 20. In this embodiment, the power capture module 282 The battery image 288 is displayed on the display unit 20 to indicate the current power, but the implementation is not limited thereto. In this way, the user can be intuitively reminded to charge at the right time.

The deadline prompting module 283 is pre-configured with a filter usage time, and a filter usage period 289 is calculated according to the filter usage time and the current date, and the filter usage period 289 is displayed in the display unit 20. . In practice, the deadline prompting module 283 can automatically calculate and update the filter usage period 289 when a filter (not shown) of the sub-cleaning unit 23 is replaced. Specifically, if the deadline prompt module 283 preset filter usage time is 6 months, the original filter usage period 289 is June 10, 2015, and the user replaces the filter on March 5, 2015, the deadline prompt module 283 can The new filter usage period 289 is calculated and updated to be September 5, 2015 and displayed in the display unit 20. Of course, the deadline prompt module 283 may not display the filter life 289 in the display unit 20, and display the prompt light or prompt message on the display unit 20 when the date reaches the filter usage period 289. That is, it is not limited to this embodiment. In this way, the user can be reminded to replace the filter screen when the use period expires, so as to avoid the filter screen being used for a long time and causing the child to clean the order. The cleaning efficiency of element 23 is lowered.

The light unit 29 is embedded in the sub-frame 21 and can be activated to emit light. The light unit 29 can be activated by pressing or touching, so that when the user is dim or at night, The sub unit 2 can be used as a night light or a desk lamp by the light unit 29.

In terms of design, since the host device 1 has a large size and a strong air cleaning capability, it is suitable to place the host device 1 in a room with a large space such as a living room or a master bedroom to achieve better air cleanliness. effectiveness. The slave devices 2 are provided in two ways. One is that the slave devices 2 are mounted on the host device 1, that is, respectively, the mounting portions 113 are accommodated, and the main air outlet 112 faces the same. Above, and the sub-air outlets 212 face each side, the three-dimensional air can be cleaned at multiple angles, and the efficiency of air cleaning can be increased, and moisture absorption or dehumidification, deodorization, aroma and insect repellent functions can also be performed.

Another arrangement is to leave the cumbersome host device 1 in place and continue to clean the air, and take out the smaller and lighter weights of the sub-machine devices 2 and place them in other rooms, for example, The sub-machine device 2 having the moisture absorption or dehumidification function is placed in the bathroom, the sub-machine device 2 having the deodorizing function is placed in the toilet, the sub-machine device 2 having the fragrance function is placed in the study room, and the sub-machine having the mosquito repellent function is placed. The device 2 is placed in the bedroom. After the removal, each of the slave devices 2 can maintain the power required for operation by the rechargeable battery 221, so that the other rooms can simultaneously achieve air cleaning and other air improving effects.

It should be noted that the number of the sub-machine devices 2 is implemented. The number of the mounting portions 113 may also be increased or decreased according to the number of the sub-machines 2, and the sub-air cleaner may also include only one sub-machine device 2. Not limited to this embodiment

In summary, the sub-mother device 2 of the present invention can be installed not only on the host device 1 but also in the space by using the sub-machine devices 2 which can be taken out and have a small size. The room is cleaned with multi-angle three-dimensional air to increase the efficiency of air cleaning. It is also possible to take out any of the sub-units 2 and move them to other rooms with smaller space to operate independently, so as to clean the air in multiple rooms at the same time. The mobility is quite high. Each of the sub-machines 2 also has other air-improving functions to be quite humanized in response to the air quality of different rooms. In addition, the sub-machine devices 2 can also be placed in a position close to the user such as the bed head, the desk, etc., and can use the sub-machine device 2 to answer the phone or play music, which is quite convenient and practical to use, so it can be achieved. The purpose of the new type.

However, the above description is only for the embodiments of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent changes and modifications made by the present patent application scope and the contents of the patent specification are still It is within the scope of this new patent.

1‧‧‧Host device

11‧‧‧Host base

111‧‧‧ main air inlet

112‧‧‧ main outlet

113‧‧‧Installation Department

131‧‧‧ convex joint

2‧‧‧Submachine unit

20‧‧‧ display unit

21‧‧‧Subrack

211‧‧‧Sub-inlet

212‧‧‧ child outlet

29‧‧‧Lighting unit

Claims (10)

A daughter-in-the-air air cleaner comprising: a host device including a main frame, and a main cleaning unit mounted to the main frame and used for purifying air, the main frame having at least one mounting portion on the surface; and at least one The slave device is detachably disposed on the host device, and includes a sub-rack that is removably fitted to the mounting portion, and a sub-cleaning unit that is mounted to the sub-rack and can be used for clean air. The sub-mother air purifier according to claim 1, wherein the sub-machine device further comprises a working unit mounted on the sub-frame, the working unit is capable of absorbing moisture, deodorizing, emitting aroma, and / or emit a mosquito repellent odor. The child-in-the-air cleaner according to claim 1, wherein the main body has a plurality of mounting portions spaced apart from each other on the surface, and the mother-air air cleaner includes a plurality of detachably disposed on the host device The slave device, each of the slave devices includes a slave base that is removably received in each of the mounting portions, and a work unit mounted on the slave base, the work units respectively sucking air Wet, deodorize, scent, and emit insect repellent odor. The child-in-the-air cleaner according to claim 3, wherein the slave device further comprises a display unit mounted on the slave base, and an air capable of detecting air quality information outputting the environment around the slave base Monitoring unit and an information processing unit, the information processing unit signal connection The display unit has an air quality prompting module, and the air quality prompting module signal is connected to the air monitoring unit, and the air quality monitoring unit detects the output of the air quality information, and displays the air quality information in the display unit. This air quality information. The child-mother air cleaner according to claim 4 is adapted to perform wireless communication with a mobile device, and the mobile device can wirelessly transmit an audio signal, wherein the slave device further includes a sub-machine device mounted on the sub-frame. a sound amplification unit that can amplify the sound, and a sound pickup unit that can pick up the sound and convert it into a sound signal, the information processing unit further has a signal connecting the sound reinforcement unit and the sound pickup unit a communication control module, and a wireless communication module capable of wirelessly communicating with the mobile device, the communication control module receiving the audio signal sent by the mobile device through the wireless communication module, and the sound amplification unit The playing is performed, and the outgoing signal output by the sound collecting unit is sent to the mobile device through the wireless communication module. The mobile device of claim 5, wherein the mobile device has an identification information and can wirelessly transmit the identification information, wherein the communication control module can receive the identification information through the wireless communication module. And displaying the identification information in the display unit. The child-in-the-air cleaner according to claim 6, wherein the host device further includes a charging supply unit mounted to the main frame, the sub-device further comprising a sub-frame mounted and capable of receiving the charging A charging receiving unit of a power supply supplied by the supply unit, the charging receiving unit having a rechargeable battery for storing the received power. The sub-munition air purifying device of claim 7, wherein the charging receiving unit has a power detecting module capable of detecting the current power of the rechargeable battery, and the information processing unit further has a signal connection for the charging The power capture module of the receiving unit, the power capture module can capture the current power detected by the power detection module, and display the current power in the display unit. The child-in-the-air cleaner according to claim 8, wherein the information processing unit further has a deadline reminding module, and the deadline prompting module is pre-configured with a filter usage time, and can be used according to the filter. A filter life is calculated from the current date, and the filter life is displayed in the display unit. The child-in-the-air cleaner according to claim 1, wherein the slave device further includes a light unit embedded in the slave base.