JP2013167401A - Air cleaner unit - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an air cleaner unit that is not impaired in an original function of an air cleaner body in a state that a cleaning member containing box is attached to the air cleaner body, can surely remove dust in air in the cleaning member containing box, and can prevent the clogging of a filter of the air cleaner body.SOLUTION: A cleaning member containing box 2 is attached to an air cleaner body 1, and an internal space of the cleaning member containing box 2 and a part 11d of a suction port of the air cleaner body 1 are made to communicate with each other. A removal dust box 40 is arranged in an internal space of the cleaning member containing box 2, and the dust box 40 has a pre-filter 41 for collecting dust removed from a swab 3.

Description

  The present invention relates to an air cleaner unit having an air cleaner body and a cleaning member storage box.

  Conventionally, there is a device disclosed in Japanese Patent Application Laid-Open No. 2006-218461 (Patent Document 1) as an apparatus for removing dust from a mop as a cleaning member. This dust removing device has a case for accommodating a mop and removing dust from the mop. And by attaching this case to a vacuum cleaner, the dust collected in the case was sucked by the vacuum cleaner.

JP 2006-218461 A

  By the way, while the dust collected in the case of the conventional dust removing device is sucked by the cleaner, the cleaner is used only to suck the dust in the case, and at the same time, the mop Dust inside the room other than the room could not be sucked.

  That is, in the state where the case is attached to the vacuum cleaner, the vacuum cleaner always sucks only the mop. On the other hand, when using the vacuum cleaner as an original room cleaner, the case must be removed from the vacuum cleaner.

  Thus, when the case is attached to the vacuum cleaner, the original function of removing dust in the room of the vacuum cleaner has been lost. In the first place, conventionally, there has been no idea of using this vacuum cleaner as a normal indoor cleaning function with a case attached to the vacuum cleaner.

  Further, in the conventional dust removing device, the dust collected in the case is sucked by the cleaner, so that the dust collection pack in the cleaner is immediately full. Further, the dust collection pack cannot collect small dust such as mites and pollen, and the small dust is discharged from the exhaust port of the vacuum cleaner.

  Then, the subject of this invention is the state which attached the cleaning member storage box to the air cleaner main body, the original function of an air cleaner main body is not impaired, and also in the air in the cleaning member storage box An object of the present invention is to provide an air purifier unit that can reliably remove dust and prevent clogging of a filter of an air purifier body.

In order to solve the above problems, the air purifier unit of the present invention is:
An air purifier main body that blows out the air sucked from the suction port from the air outlet through the filter;
A cleaning member storage box that allows the cleaning member to be stored in the internal space;
The cleaning member storage box is attached to the air cleaner body, and the internal space of the cleaning member storage box communicates with a part of the suction port of the air cleaner body,
A dust box that can be taken out is attached to the internal space of the cleaning member storage box, and the dust box has a dust collecting mechanism that collects the dust separated from the cleaning member.

  According to the air cleaner unit of the present invention, the cleaning member storage box is attached to the air cleaner main body, and the internal space of the cleaning member storage box and the suction port of the air cleaner main body are arranged. Some communicate with it. Thereby, with the cleaning member storage box attached to the air cleaner body, the air cleaner body sucks dust in the internal space of the cleaning member storage box from a part of the suction port, and at the same time, Indoor air can be sucked from the other part. Thus, even if the cleaning member storage box is attached to the air cleaner body, the original function of purifying the air in the air cleaner body is not impaired. In other words, in order to suck dust in the cleaning member storage box, it is not necessary to temporarily stop the indoor air cleaning by the air purifier body, and the cleaning member storage box is kept clean while the indoor air is being cleaned. Can suck dust.

  In addition, a dust box that can be taken out is attached to the internal space of the cleaning member storage box, and the dust box has a dust collecting mechanism that collects dust separated from the cleaning member. Thus, after large dust in the cleaning member storage box is collected in advance by the dust box, small dust (such as mites and pollen) in the cleaning member storage box is collected by the air cleaner main body. The dust accumulated in the dust box can be taken out and discarded.

  As a result, dust in the air in the cleaning member storage box can be reliably removed. Moreover, clogging of the filter of the air cleaner main body due to large dust in the cleaning member storage box can be prevented.

  Therefore, with the cleaning member storage box attached to the air cleaner body, the original function of the air cleaner body is not impaired, and dust in the air in the cleaning member storage box can be reliably removed. The clogging of the filter of the air cleaner main body can be prevented.

In the air cleaner unit of one embodiment,
The dust box
A box body having an inlet communicating with the internal space of the cleaning member storage box, and an outlet located on a part of the suction port of the air cleaner body from the inlet;
A prefilter attached to the outlet of the box body,
The dust collection mechanism includes the prefilter.

  According to the air purifier unit of this embodiment, since the box body of the dust box has an inlet and an outlet, the air in the cleaning member storage box passes through the box body from the inlet of the box body. And is sucked into a part of the suction port of the air cleaner body. At this time, since a pre-filter as a dust collecting mechanism is attached to the outlet of the box body, large dust in the cleaning member storage box is reliably removed by the pre-filter. Therefore, large dust can be collected in advance with a simple configuration.

In the air cleaner unit of one embodiment,
The dust box
A box body having an inlet communicating with the internal space of the cleaning member storage box and an outlet located on a part of the suction port of the air cleaner body from the inlet;
The bottom of the box body is provided with a dust reservoir located on the bottom side of the outlet,
The dust collection mechanism includes the dust reservoir.

  According to the air purifier unit of this embodiment, since the box body of the dust box has an inlet and an outlet, the air in the cleaning member storage box passes through the box body from the inlet of the box body. And is sucked into a part of the suction port of the air cleaner body. At this time, the bottom of the box body is provided with a dust reservoir as a dust collecting mechanism located on the bottom side of the outlet. It stays in the section and is not discharged from the exit. Therefore, large dust can be collected in advance with a simple configuration.

In the air cleaner unit of one embodiment,
The cleaning member storage box is attached to the air cleaner body through two attachment portions,
The cleaning member storage box has a connection port that communicates with the internal space and is connected to a part of the suction port of the air cleaner body,
This connection port is located between the two attachment portions.

  According to the air purifier unit of this embodiment, since the connection port of the cleaning member storage box is located between the two attachment portions, the connection port of the cleaning member storage box and the air cleaner A part of the suction port of the main body is connected at a position between the two attachment portions. Thereby, the connection port of the cleaning member storage box and a part of the suction port of the air cleaner main body can be firmly connected.

In the air cleaner unit of one embodiment,
The cleaning member storage box is detachably attached to the air cleaner body.

  According to the air cleaner unit of this embodiment, the cleaning member storage box is detachably attached to the air cleaner body, so that the cleaning member storage box is attached to the air cleaner body, or The cleaning member storage box can be used in any state where the cleaning member storage box is detached from the air cleaner body. For example, by removing the cleaning member storage box from the air cleaner main body, the cleaning member storage box can be carried to a desired place and used. On the other hand, by attaching the cleaning member storage box to the air purifier main body, the cleaning member storage box is not lost.

In the air cleaner unit of one embodiment,
The cleaning member storage box is detachably attached to the air cleaner body through a magnet.

  According to the air cleaner unit of this embodiment, the cleaning member storage box is detachably attached to the air cleaner body via a magnet. It can be attached to and removed from the cleaner body.

In the air cleaner unit of one embodiment,
The cleaning member storage box is detachably attached to the air cleaner body via an engagement mechanism.

  According to the air cleaner unit of this embodiment, since the cleaning member storage box is detachably attached to the air cleaner body via the engagement mechanism, the cleaning member storage box has a simple configuration. Can be attached to and detached from the air purifier body.

  According to the air cleaner unit of the present invention, the cleaning member storage box is attached to the air cleaner main body, and the internal space of the cleaning member storage box and the suction port of the air cleaner main body are arranged. Since it is communicating with a part, the original function of the air cleaner main body is not impaired in the state where the cleaning member storage box is attached to the air cleaner main body. In addition, a dust box that can be taken out is attached to the internal space of the cleaning member storage box, and the dust box has a dust collecting mechanism that collects the dust detached from the cleaning member. The dust in the air can be reliably removed, and the filter of the air cleaner body can be prevented from being clogged.

It is a perspective view which shows the air cleaner unit of one Embodiment of this invention. It is a side view which shows the state which removed the cleaning member storage box from the air cleaner main body. It is a simplified sectional view of an air cleaner unit. It is a disassembled perspective view of a dust box. It is a simplified sectional view showing another dust box. It is a simplified sectional view showing an engagement mechanism.

  Hereinafter, the present invention will be described in detail with reference to the illustrated embodiments.

(First embodiment)
FIG. 1 is a perspective view showing an air purifier unit according to an embodiment of the present invention. As shown in FIG. 1, the air cleaner unit includes an air cleaner body 1 and a cleaning member storage box 2 that is detachably attached to the air cleaner body 1.

  The air cleaner body 1 has the same configuration as a conventional air cleaner, and includes a casing 10, a fan (not shown) and a filter 15 (see FIG. 3) disposed in the casing 10. Have

  The casing 10 is provided with a lower front suction port 11a, a side suction port 11b, and an upper air outlet 11c. An operation unit 12 is provided on the upper portion of the casing 10.

  In the air cleaner body 1, the fan rotates by the operation of the operation unit 12, and the air sucked from the suction ports 11 a and 11 b is blown out from the air outlet 11 c through the filter 15.

  The operation unit 12 performs not only an operation for starting or stopping the operation of the air cleaner body 1 but also an operation for switching between normal operation and turbo operation. The normal operation refers to a normal operation state, and is not limited to one operation state, and may include a plurality of operation states, for example, three large, medium, and small operation states. The turbo operation refers to an operation state in which the intake air amount is larger than the intake air amount in normal operation.

  The cleaning member storage box 2 can store a mop 3 as an example of a cleaning member in the internal space. The cleaning member storage box 2 removes dust adhering to the mop 3 from the mop 3 stored in the internal space.

  FIG. 2 shows a state where the cleaning member storage box 2 is removed from the air cleaner body 1. As shown in FIG. 2, magnets 27 are fixed to the upper and lower sides of the casing 20 of the cleaning member storage box 2. A metal plate 13 is fixed to a side surface of the casing 10 of the air cleaner body 1 at a position corresponding to the magnet 27.

  And the said cleaning member storage box 2 is attached or detached to the side surface of the said air cleaner main body 1 by attaching or detaching the said magnet 27 to the said metal plate 13. FIG. Thereby, the cleaning member storage box 2 can be attached to and detached from the air cleaner body 1 with a simple configuration. The magnet 27 and the metal plate 13 constitute one attachment portion for attaching the cleaning member storage box 2 to the air cleaner body 1.

  A connection port 28 communicating with the internal space of the cleaning member storage box 2 is provided on the side surface of the casing 20 of the cleaning member storage box 2. The connection port 28 is located between the upper and lower magnets 27 and 27.

  A suction port 11 d is provided on the side surface of the casing 10 of the air cleaner body 1 at a position corresponding to the connection port 28. The suction port 11d is located between the upper and lower metal plates 13, 13. In addition, this inlet 11d is formed by, for example, covering a part of the inlet on the side surface of the conventional air cleaner body.

  Then, in a state where the cleaning member storage box 2 is attached to the air purifier main body 1, the connection port 28 and the suction port 11d are connected, and the internal space of the cleaning member storage box 2 and the air purifier are connected. A part of the suction port of the main body 1 (suction port 11d) communicates.

  At this time, the connection port 28 of the cleaning member storage box 2 and the suction port 11d of the air cleaner body 1 are connected at a position between the upper and lower magnets 27 and 27 (upper and lower mounting portions). The Thereby, the connection port 28 of the cleaning member storage box 2 and the suction port 11d of the air cleaner body 1 can be firmly connected.

  FIG. 3 shows a simplified cross-sectional view of the air cleaner unit. As shown in FIG. 3, in the air cleaner body 1, the suction port 11 d connected to the connection port 28 is communicated with the upstream side of the most upstream filter 15.

  A plasma discharge unit 16 is provided in the casing 10 of the air cleaner body 1. Ions generated by the plasma discharge unit 16 are supplied to the upstream side of the filter 15 via the ion conduit 17. The air, the filter 15 and the like sucked into the air cleaner body 1 are sterilized by the ions.

  The cleaning member storage box 2 includes a cleaning member insertion portion 21, a dust removal portion 22, and a dust box portion 23 in this casing 20 in order from the top to the bottom. The cleaning member insertion portion 21, the dust removing portion 22, and the dust box portion 23 constitute an internal space of the cleaning member storage box 2.

  In the cleaning member insertion portion 21, a charging body 24 and a neutralizing body 25 are installed in order from top to bottom. When the mop 3 is stored in the cleaning member storage box 2, when the mop 3 passes through the cleaning member insertion portion 21 and is inserted into the dust removal portion 22, static electricity charged in the mop 3 is removed from the static eliminator. 25 to remove static electricity. As a result, the dust and dirt adsorbed on the mop 3 can be easily dropped, and can be easily removed by the dust removing unit 22.

  On the other hand, when the mop 3 is taken out from the cleaning member storage box 2, when the mop 3 is taken out through the cleaning member insertion portion 21, static electricity is charged to the mop 3 by the charging body 24. As a result, the suction force of the mop 3 is restored and cleaning can be started immediately.

  Here, the mop 3 has a handle 30 and a spike 31 attached to the handle 30 in the oblique tip direction. The handle 30 is made of a resin such as polypropylene. The ear 31 is formed of a net-like fiber made of a material having charging properties such as polypropylene. The ear 31 is charged with static electricity by the charged body 24. The ear 31 can be charged also by friction between the net fibers of the ear 31. On the other hand, the static electricity charged on the ear 31 is neutralized by the neutralizer 25.

  The dust removing portion 22 is provided with a plurality of comb members 26 extending from the inner wall thereof toward the central portion in a substantially vertical direction. When the mop 3 is inserted into the dust removing unit 22, the portion of the ear 31 of the mop 3 is scratched by the comb material 26, and dust and dust adhering to the fiber of the ear 31 are scraped off. Note that the dust removing portion 22 may not be provided with the comb material 26, and the inner wall of the dust removing portion 22 may be formed of a material having a charge-removing property and a small frictional resistance.

  A dust box 40 is accommodated in the dust box 23, and dust and dirt scraped from the ears 31 of the mop 3 fall and be collected in the dust box 40.

  As shown in FIGS. 3 and 4, the dust box 40 can be taken out from the inner space of the casing 20 of the cleaning member storage box 2 to the front side of the air cleaner body 1.

  The dust box 40 includes a box body 42 and a prefilter 41 attached to the box body 42.

  The box body 42 has an inlet 42a that communicates with the internal space of the casing 20 of the cleaning member storage box 2, and an outlet 42b that is located closer to the suction port 11d of the air cleaner body 1 than the inlet 42a. The inlet 42a is open to the dust removing unit 22 side. The outlet 42b opens to the connection port 28 side.

  The prefilter 41 is attached to the outlet 42 b of the box body 42. The pre-filter 41 is detachably inserted into the insertion portion 42c of the box body 42. The prefilter 41 may be fixed to the box body 42.

  The size of the mesh of the prefilter 41 is, for example, the same as or larger than the size of the mesh of the filter 15 of the air cleaner body 1, and the size of the mesh of the filter 15 is larger by the prefilter 41. Dust can be collected. The pre-filter 41 is an example of a dust collecting mechanism that collects dust that has detached from the mop 3.

  The operation of the air cleaner unit configured as described above will be described.

  As shown in FIGS. 3 and 4, dust such as furniture such as shelves and sofas and floors is wiped off by the mop 3, and then the mop 3 is stored in the cleaning member storage box 2. Then, the dust adhering to the mop 3 is removed by the cleaning member storage box 2.

  At this time, if the air cleaner main body 1 is performing normal operation or turbo operation, the air cleaner main body 1 cleans the indoor air and at the same time stores dust adhering to the mop 3 and the cleaning member. The dust in the air in the box 2 is removed. In FIG. 3, white arrows indicate the flow of air.

  That is, in the air cleaner body 1, indoor air is sucked from the suction ports 11 a and 11 b by the suction force of the fan, dust in the air is removed by the filter 15, and the air is removed by plasma discharge. It is sterilized by the ions from the unit 16 and discharged from the outlet 11c.

  At the same time, the air in the cleaning member storage box 2 is drawn into the upstream side of the filter 15 from the suction port 11d on the cleaning member storage box 2 side by a fan. In this way, dust in the air from the cleaning member storage box 2 is removed by the filter 15. In addition, this air is sterilized by ions from the plasma discharge unit 16 and discharged from the air outlet 11c.

  The flow of air in the cleaning member storage box 2 includes the outside of the charged body 24 and the charge eliminating body 25 in the cleaning member insertion portion 21, the outside of the ears 31 of the mop 3 in the dust removing portion 22, and the inside of the dust box portion 23. Pass through the dust box 40 in order.

  In the dust box 40, air passes from the inlet 42 a of the box body 42 through the box body 42 and exits from the outlet 42 b of the box body 42. At this time, since the prefilter 41 is attached to the outlet 42b of the box body 42, large dust in the cleaning member storage box 2 is removed in advance by the prefilter 41. The dust accumulated in the dust box 40 can be taken out of the casing 20 and discarded.

  According to the air cleaner unit having the above configuration, the cleaning member storage box 2 is attached to the air cleaner body 1, and the internal space of the cleaning member storage box 2 and the air cleaner body 1 A part of the suction port (suction port 11d) communicates. Thereby, in the state which attached cleaning member storage box 2 to air cleaner main part 1, air cleaner main part 1 is a dust of the interior space of cleaning member storage box 2 from a part (inlet 11d) of the inlet. At the same time, indoor air can be sucked from the other portions (suction ports 11a and 11b) of the suction port. Thus, even if the cleaning member storage box 2 is attached to the air cleaner body 1, the original function of cleaning the air in the air cleaner body 1 is not impaired. In other words, in order to suck the dust in the cleaning member storage box 2, it is not necessary to once stop the cleaning of the indoor air by the air cleaner body 1, and the cleaning member storage box is kept clean while the indoor air is being cleaned. The dust in 2 can be sucked.

  In addition, a dust box 40 that can be taken out is attached to the internal space of the cleaning member storage box 2, and the dust box 40 has a pre-filter 41 (dust collecting mechanism) that collects the dust detached from the mop 3. . Thus, large dust in the cleaning member storage box 2 is collected in advance by the dust box 40, and then small dust (such as mites and pollen) in the cleaning member storage box 2 is captured by the air cleaner body 1. Gather. The dust accumulated in the dust box 40 can be taken out and discarded.

  As a result, dust in the air in the cleaning member storage box 2 can be reliably removed. Moreover, clogging of the filter 15 of the air cleaner main body 1 due to large dust in the cleaning member storage box 2 can be prevented.

  Therefore, with the cleaning member storage box 2 attached to the air cleaner main body 1, the original function of the air cleaner main body 1 is not impaired, and dust in the air in the cleaning member storage box 2 is removed. It can be removed reliably and clogging of the filter 15 of the air cleaner body 1 can be prevented.

  Moreover, since the said cleaning member storage box 2 is detachably attached to the said air cleaner main body 1, the attachment state to the air cleaner main body 1 of the cleaning member storage box 2 or the cleaning member storage box 2 is attached. The cleaning member storage box 2 can be used in any state of removal from the air cleaner body 1. For example, by removing the cleaning member storage box 2 from the air purifier main body 1, the cleaning member storage box 2 can be carried to a desired place and used. On the other hand, by attaching the cleaning member storage box 2 to the air purifier main body 1, the cleaning member storage box 2 is not lost.

(Second Embodiment)
FIG. 5 is a block diagram showing an air purifier unit according to the second embodiment of the present invention. When the difference from the first embodiment is described, the configuration of the dust box is different in the second embodiment. Since other structures are the same as those of the first embodiment, description thereof is omitted.

  As shown in FIG. 5, the dust box 40A includes a box body 42A having an inlet 42a and an outlet 42b. Since the inlet 42a and the outlet 42b have been described in the first embodiment, description thereof will be omitted.

  The bottom of the box body 42A is provided with a dust reservoir 42d located on the bottom side (lower side) of the outlet 42b. That is, the lower end surface of the outlet 42b is provided above the bottom surface of the box body 42A, and the dust reservoir 42d is formed between the lower end surface of the outlet 42b and the bottom surface of the box body 42A.

  Thereby, when the air in the cleaning member storage box 2 passes from the inlet 42a of the box main body 42A through the box main body 42A and exits from the outlet 42b of the box main body 42A, the large dust in the cleaning member storage box 2 becomes its own weight. Thus, the dust stays in the dust reservoir 42d and is not discharged from the outlet 42b.

  The dust reservoir 42d is set so as to collect dust larger than the mesh size of the filter 15 of the air cleaner body 1, for example. The dust reservoir 42d is an example of a dust collecting mechanism that collects dust that has detached from the mop 3.

  In addition, this invention is not limited to the above-mentioned embodiment. For example, the feature points of the first and second embodiments may be variously combined. In addition to mop, the cleaning member may be a peeler or the like.

  In the first embodiment, the cleaning member storage box is detachably attached to the main body of the air cleaner via a magnet. However, as shown in FIG. It may be made to attach to the air cleaner main body 1 via the attachment. The engagement mechanism 60 constitutes one attachment portion for attaching the cleaning member storage box 2 to the air cleaner body 1.

  The engagement mechanism 60 includes a recess 61 and a projection 62 that can be engaged with each other. The recess 61 is provided in the casing 10 of the air cleaner body 1, and the projection 62 is provided in the cleaning member storage box 2. The casing 20 is provided. Accordingly, the cleaning member storage box 2 can be attached to and detached from the air cleaner body 1 with a simple configuration.

  In addition, the said recessed part 61 may be provided in the casing 20 of the cleaning member storage box 2, and the said convex part 62 may be provided in the casing 10 of the air cleaner main body 1. FIG.

  In the above embodiment, the pre-filter or the dust reservoir is used as the dust collecting mechanism, but these may be used in combination or other structures.

  In the above-described embodiment, a detachable magnet or an engagement mechanism is used as the attachment portion. However, a structure in which the cleaning member storage box is fixed to the air cleaner main body may be used.

  Further, when the cleaning member storage box is attached to the air cleaner body or when a mop is stored in the cleaning member storage box, the turbo operation of the air cleaner body may be started by a sensor or the like. Thereby, the dust adhering to the mop and the dust in the cleaning member storage box can be quickly removed.

  Moreover, in the said embodiment, although the plasma discharge part was provided as an air cleaner main body, it is not necessary to provide a plasma discharge part.

DESCRIPTION OF SYMBOLS 1 Air cleaner main body 10 Casing 11a (Lower front) suction port 11b (Side surface) suction port 11c (Top surface) outlet 11d (Cleaning member storage box side) Suction port 12 Operation part 13 Metal plate (attachment part)
DESCRIPTION OF SYMBOLS 15 Filter 16 Plasma discharge part 17 Ion conduit 2 Cleaning member storage box 20 Casing 21 Cleaning member insertion part 22 Dust removal part 23 Dust box part 24 Charged body 25 Static elimination body 26 Comb material 27 Magnet (attachment part)
28 connection port 3 mop (cleaning member)
30 handle 31 ear 40, 40A dust box 41 pre-filter (dust collecting mechanism)
42, 42A Box body 42a Inlet 42b Outlet 42c Insertion part 42d Dust collecting part (dust collecting mechanism)
60 Engaging mechanism 61 Concave part 62 Convex part

Claims (7)

An air purifier main body (1) for blowing out air sucked from the suction ports (11a, 11b, 11d) from the air outlet (11c) through the filter (15);
A cleaning member storage box (2) that allows the cleaning member (3) to be stored in the internal space;
The said cleaning member storage box (2) is attached to the said air cleaner main body (1), the said internal space of the said cleaning member storage box (2), and the said suction inlet of the said air cleaner main body (1) With a part (11d) of
A removable dust box (40, 40A) is attached to the internal space of the cleaning member storage box (2), and the dust box (40, 40A) collects dust separated from the cleaning member (3). An air purifier unit having a dust collecting mechanism (41, 42d). In the air cleaner unit according to claim 1,
The dust box (40)
An inlet (42a) communicating with the internal space of the cleaning member storage box (2) and a part (11d) side of the inlet of the air cleaner body (1) from the inlet (42a). A box body (42) having an outlet (42b);
A prefilter (41) attached to the outlet (42b) of the box body (42),
The air cleaner unit, wherein the dust collecting mechanism (41) includes the pre-filter (41). In the air cleaner unit according to claim 1 or 2,
The dust box (40A)
An inlet (42a) communicating with the internal space of the cleaning member storage box (2) and a part (11d) side of the inlet of the air cleaner body (1) from the inlet (42a). A box body (42A) having an outlet (42b);
The bottom of the box body (42A) is provided with a dust reservoir (42d) located on the bottom side of the outlet (42b),
The air purifier unit, wherein the dust collecting mechanism (42d) includes the dust reservoir (42d). In the air cleaner unit according to any one of claims 1 to 3,
The cleaning member storage box (2) is attached to the air cleaner main body (1) via two attachment portions (27, 27, 60, 60),
The cleaning member storage box (2) has a connection port (28) that communicates with the internal space and is connected to a part (11d) of the suction port of the air cleaner body (1).
This connection port (28) is located between said two attachment parts (27, 27, 60, 60), The air cleaner unit characterized by the above-mentioned. In the air cleaner unit according to any one of claims 1 to 4,
The air purifier unit, wherein the cleaning member storage box (2) is detachably attached to the air purifier main body (1). In the air cleaner unit according to claim 5,
The air cleaner unit, wherein the cleaning member storage box (2) is detachably attached to the air cleaner body (1) through a magnet (27). In the air cleaner unit according to claim 5,
The air cleaner unit, wherein the cleaning member storage box (2) is detachably attached to the air cleaner body (1) via an engagement mechanism (60).

Images