JP4297007B2 - Deodorization storage with built-in deodorizer - Google Patents

Description

The present invention relates to a deodorization storage that is installed in a storage device used in a kitchen or the like and incorporates a deodorization device that deodorizes bad odors.

Conventionally, deodorization repository of this type are discharged odor generated from stored items outdoors sucked by the blower (for example, see Patent Document 1).

Figure 8 shows a conventional deodorization device disclosed in Patent Document 1. As shown in FIG. 8, it is comprised from the waste storage container 3 mounted on the drawer stand 2 in the cabinet 1, and the exhaust fan 5 connected to the duct 4 connected to the outdoors.

  However, in the conventional configuration, since the odor is discharged to the outside with an exhaust fan and a duct, it is necessary to install a duct that communicates with the outside, and there is a problem that the installation place is limited.

The present invention solves the above-described conventional problems, and is effective in deodorizing storage places such as garbage that generate bad odors without being restricted by the installation location, and realizing a comfortable living space. An object is to provide a deodorization storage unit incorporating a deodorization device.

  In order to solve the above-described conventional problems, a deodorizing apparatus of the present invention includes an odor intake port, an outside air intake port, an air path switching unit, a blower, an exhaust port, a deodorizing medium, and a control unit, and the odor intake port Control that the outside air intake port communicates with the air intake side of the blower through the air path switching means, and further, a deodorizing medium is installed in the middle of the exhaust path to the exhaust port, and is electrically connected to the air path switch means and the air blower. This is a deodorizing device controlled by means.

  As a result, odor-containing air is sucked from the odor intake port, passes through the air passage switching means, and is sucked into the blower, and the deodorized air passing through the deodorizing medium during this period is released into the room from the exhaust port. . After a deodorizing operation for a certain period of time, the control unit switches the air path switching means to the outside air intake side, fresh outside air is sucked from the outside air intake port, and fresh outside air is blown to the deodorizing medium, thereby activating the deodorizing medium. Is done.

As described above, according to the invention described in any one of claims 1 to 4 , since the deodorizing medium is always activated every time it is used for the deodorizing action, the deodorizing medium has a deodorizing function for a long period of time. Can be maintained.

1st invention installs the storage container which can be taken in and out in a storage, while installing the deodorizing apparatus inside the storage which has the obstruction | occlusion means which can open and close the open surface provided in the front surface or adjacent to a storage. Deodorization storage
The deodorizing device comprises an odor inlet opening inside the storage, an outside air inlet and exhaust opening opened outside the storage, a deodorizing medium, an air path switching means, a blower, and a control means. And the outside air intake port are arranged on the upstream side of the air path switching means, and the deodorizing medium and the air blowing device are arranged in the middle of the path from the air path switching means to the air exhaust port. And an air path that forms an air flow from the odor intake port to the exhaust port, and is configured to be controlled by a control unit that is electrically connected to the air path switching unit and the blower,
The air path is divided into an outside air intake section communicating with an outside air intake port, an odor intake section communicating with an odor intake opening, and an exhaust section communicating with an exhaust opening, with the air path switching means as a center.
The air path switching means is configured to select the outside air inlet when the blower is stopped by the control means, and to switch between the odor inlet and the outside air inlet while the blower is in operation. The odor-containing air is sucked from the odor intake port, passes through the air passage switching means, and passes through the deodorizing medium, so that the air with reduced odor is released into the room from the exhaust port. After the deodorizing operation for a certain period of time, when the airflow switching means is switched to the outside air intake side by the control device, fresh outside air is sucked from the outside air intake port, and fresh outside air is supplied to the deodorizing medium to activate the deodorizing medium. Since the deodorizing medium is activated whenever it is used for the deodorizing action, the deodorizing medium can maintain the deodorizing function with high performance over a long period of time. Also, the air path switching means is selected by the control means so that the outside air intake port is selected while the blower is stopped, and the odor intake port and the outside air intake port are selected and switched during the operation of the blower device. Using the means, the operation of closing the odor inlet and the operation of activating the deodorizing medium with fresh air can be performed simultaneously, and the configuration of the deodorizing device can be simplified. In addition, a deodorizing device is installed inside or adjacent to the storage compartment that has an open surface on the front and the other surface is a closed surface, and the odor intake port is opened toward the inside of the storage compartment. By comprising a storage container that can be inserted and removed from the front, the odor emanating from the contents stored in the storage container can be deodorized by the deodorizing device without being directly diffused into the room, effectively improving the odor intensity of the indoor space. It can be reduced and a comfortable space can be maintained.

According to a second aspect of the present invention, an odor emanating from a stored item placed in the storage is provided by providing an outside air supply means having an air path opening / closing means in an air path communicating between the outside and the inside of the storage. Thus, deodorization is performed by the deodorizing apparatus without directly radiating into the room, the odor intensity of the indoor space can be effectively reduced, and a comfortable space can be maintained .

According to a third aspect of the present invention, the deodorizing apparatus further includes an outside air supply port opened inside the storage.
The air passage is divided into an outside air supply section that communicates with the outside air intake section, the odor intake section, the exhaust section, and the outside air supply port, with the air path switching means as a center.
The air path switching means communicates the exhaust section with the outside air intake section and shuts off the exhaust section from the odor intake section while the blower is stopped by the control means,
During operation of the blower, the exhaust compartment communicates with the odor intake compartment and the outside air intake port communicates with the outside air supply compartment, and the exhaust compartment communicates with the outside air intake compartment and at the same time shuts off the exhaust compartment from the odor intake compartment. In the normal operation mode, the air sucked from the odor intake port is the air containing the odor diffused from the storage container to the inside of the storage. The inside of the storage is replenished with fresh air introduced from the outside air supply port via the intake port of the deodorizing device, and has the effect of further reducing the odor concentration in the storage. In addition, the deodorizing device can be reduced in cost and the configuration of the control means can be simplified. In addition, since the storage container is installed inside a storage cabinet that can be closed and closed, even if odor is emitted from the storage container, it does not diffuse into the room and can be maintained more comfortably. Because the air to be sucked in is limited space in the storage, it is possible to intake and deodorize more effectively, and it is possible to cope with the low capacity of the blower, both cost and running cost Ru der those with an economic effect.

4th invention is equipped with the human body detection means which detects the proximity | contact or separation | separation of a human body,
The air path switching means is configured to perform an operation of communicating the odor intake section and the exhaust section when the human body detection means detects a person, so that the amount of odor air in the vicinity of the storage container sucked from the odor intake port is reduced. It increases compared to the normal intermittent operation, and it is possible to reduce the odor felt by those who take in and out the garbage.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. In addition, this invention is not limited by this embodiment.

(Embodiment 1)
FIG. 1 is a front view of a deodorizing apparatus according to a first embodiment of the present invention, FIG. 2 is a longitudinal sectional view of a deodorizing apparatus 7 according to the present embodiment, and FIG. 3 shows an internal configuration of the deodorizing apparatus according to the present embodiment. It is a cross-sectional view.

  As shown in the figure, the article storage compartment 6 is located at the lower part of the counter 6a of the system kitchen and is a front open space defined by a cabinet 6b adjacent to both sides, a rear wall surface 6c and a floor surface 6d. The deodorizing device 7 of the present invention is placed on the lower surface of the counter 6a via a horizontal partition plate 6f. Under the partition plate 6f, two recycle bins can be drawn and moved as storage containers 8 of the storage unit. 9 is stored and arranged under the counter 6a.

  In front of the deodorizing device 7, an outside air inlet 10, an outlet 11, an operation switch 12, and a human body detecting means 13 are disposed, and both the outside air inlet 10 and the outlet 11 are opened forward, and the deodorizing device 7. At the rear side, an odor inlet 14 is disposed and opened toward the storage container 8 installed below.

  The storage detection means 15 for detecting that the wagon 9 is put in and out of the storage compartment 6 includes a magnetic switch 15a attached to the lower surface of the partition plate 6f toward the wagon 9 and the state where the wagon 9 is stored in the normal position. Thus, a magnet 15b is attached to the wagon 9 at a position facing and close to the magnetic switch 15a.

  In the deodorizing device 7, an outside air intake section 10 a communicating with the outside air inlet 10, an odor intake section 14 a communicating with the odor inlet 14, and an exhaust section 11 a communicating with the exhaust outlet 11 are provided as a stepping motor 17 as the air path switching means 16. And the rotary valve body 18 are connected to each other in three opposite positions. The rotary valve body 18 selects the outside air intake section 10a and the odor intake section 14a with respect to the exhaust section 11a. Open and close freely.

  A deodorizing medium 19, a blower device 20 including a centrifugal fan and a motor are connected to the exhaust section 11 a in order from the downstream side of the air path switching means 16, and the exhaust port side 20 a of the blower device 20 communicates with the exhaust port 11. An air passage is formed.

  The operation switch 12, the air path switching means 16, the blower 20, the human body detection means 13 and the storage detection means 15 can be controlled by the electrically connected control means 21.

  About the deodorizing apparatus 7 comprised as mentioned above, the operation | movement and an effect | action are demonstrated below.

  First, in the normal operation mode, when the operation switch 12 is operated, the control means 21 causes the air passage switching means 16 to be closed by the stepping motor 17 so that the outside air intake section 10a is closed. After the 18 rotates, it is localized at the position (a) shown in the figure, and the blower 20 starts operation in synchronization with this.

The air containing odor generated from the storage container 8 is sucked from the odor intake port 14, passes through the odor intake section 14 a, and is arranged in the order of the air path switching means 16, the exhaust section 11 a, the deodorizing medium 19, and the blower 20. 11 is discharged to the outside of the deodorizing device 7. At this time, the air in the vicinity of the storage container 8 passes through the deodorizing medium 19 so that the odor component is reduced and released into the room.

  After the above operation has been performed for a certain period of time, the control means 21 causes the air path switching means 16 to close the odor intake section 14a. ) Localize at the position.

  In this state, the operation of the blower 20 is continued, and fresh air introduced from the outside air inlet 10 passes through the air path switching means 16 and is supplied to the deodorizing medium 19 to activate the deodorizing medium 19, and The air blower 20 stops after operating for a certain period of time.

  After stopping for a certain period of time, the above operation is repeated again, and the blower 20 continues the intermittent operation at regular intervals.

  Here, when a person approaches the deodorizing apparatus 7 during any one of the operation modes described above, the control means 21 uses the signal detected that the infrared ray emitted from the human body detection means 13 is reflected by the human body, so that the control means 21 is the air path switching means. 16 is controlled so as to close the outside air intake section 10a, and the blower 20 is continuously operated for a certain period of time with a higher capacity than in the case of performing the intermittent operation. As a result, the amount of odor air in the vicinity of the storage container 8 sucked from the odor intake port 14 is increased as compared with the normal intermittent operation, and the odor felt by the person taking in and out the garbage can be reduced.

  After the operation accompanied by the human body detection, the control means 21 automatically returns to normal intermittent operation again.

  In addition, when the human body detection means 13 continues without detecting a human body within a certain time, the control means 21 can be configured to set a longer intermittent interval for stopping the blower 20. Yes, for example, at night or when there is no work, since the work of taking out and taking out garbage is not performed, it is possible to add an effect of reducing the electricity bill or the operation sound, which is more preferable.

  Further, when the wagon 9 is pulled out to the front during operation and waste is put in or the storage container 8 is taken out from the wagon 9, the storage detection means 15 determines that the relative position of the magnetic switch 15a and the magnet 15b is within the detection range. Therefore, the control means 21 interrupts the normal operation mode, and the air passage switching means 16 forms an air passage that communicates the exhaust section 11a and the odor intake section 14a, and continuously operates the blower 20 with a high capacity. By doing this, the person who takes in and out the garbage can work without feeling odor. Furthermore, when the storage detection means 15 continues to detect the opened state for cleaning or maintenance of the storage container 8, the operation of the blower device 20 is stopped after a certain time, which is effective in saving electricity costs. .

  As described above, in this embodiment, by providing an operation mode of normal intermittent operation and an operation mode of continuous operation by human body detection or storage detection of the storage unit, no odor is felt during the operation of taking in and out garbage. In normal installation conditions, odors can be continuously prevented from diffusing into the room, and intermittent operation is performed in long-term normal installation conditions. It can be reduced and the durability of the blower can be extended.

In addition, since the activation of the deodorizing medium 19 is automatically performed, the ability of the deodorizing medium 19 can be maintained for a long time, and labor for that can be saved.

  Moreover, since the deodorizing apparatus 7 of the present invention does not require a duct for exhausting outdoors, the deodorizing apparatus 7 can be installed anywhere in the room without being restricted by the installation location.

In the present embodiment, the operation by the outside air intake that activates the deodorizing medium 19 is performed at each intermittent operation in the normal operation mode. However, the performance and usage time of the deodorizing medium 19 , the degree of odor, etc. The same effect can also be achieved by changing the number of times according to the above, or by performing the operation in the dedicated operation mode after a certain operation time has elapsed without performing the operation in the normal operation mode.

In addition, as in the present embodiment, the deodorizing device 7 and the storage container 8 that is an odor generating source are not directly in mechanical contact, but are disposed apart from a predetermined space. By placing 7 near the odor source, comfort can be ensured without diffusing the odor into the room, and the deodorizing device 7 is installed without being restricted by the size of the object to be stored. Therefore, convenience is high.

(Embodiment 2)
FIG. 4 is a longitudinal sectional view of a deodorizing storage according to the second embodiment of the present invention, FIG. 5 is a front view of the deodorizing storage, and FIG. 6 is a plan sectional view of a deodorizing apparatus incorporated in the deodorizing storage. is there.

In the figure, the storage 22 has a structure including a drawer 23 that can be pulled out from the front opening and a door 23 a that can be closed in the front opening, and a storage container 24 that stores an odor source in the drawer 23. It is placed.

  On the other hand, a partition plate 22a provided in a form for sealing the upper portion of the storage case 22 is provided above the storage case 22, and a deodorizing device 25 is installed above the partition plate 22a. Further, the deodorizing device 25 is provided above the door 23a. An outside air intake port 10, an exhaust port 11, an operation switch 12, and a human body detecting means 13 are disposed on the front surface of the device 25, and both the outside air intake port 10 and the exhaust port 11 are opened forward.

  The deodorizing device 25 opens the odor intake port 14 and the outside air supply port 26 at the rear side thereof toward the interior space of the storage 22 arranged below, and communicates with the odor intake section 14a and the outside air supply section 26a. However, an air passage is formed in the deodorizing device 25 in a form penetrating the partition plate 22a.

  Further, the deodorizing device 25 includes an outside air intake section 10a that communicates with the outside air intake port 10, an exhaust section 11a that communicates with the exhaust port 11, the outside air supply section 26a, and the odor intake section 14a that combine the first and second winds. Centering on a stepping motor 17 as a path switching means 27 and a rotary valve body 28, the rotary valve body 28 is connected to and disposed at four opposite positions in the four directions. The compartment 10a or the odor intake compartment 14a can be opened and closed to be selectable.

  On the other hand, a magnetic switch 15a is installed in the central portion at the back of the storage 22 as a blockage detecting means 29 for detecting the opening / closing of the drawer base 23, and in the state where the drawer base 23 is closed, the magnetic switch 15a is in proximity. At opposite positions, the magnet 15b is fitted and locked to the rear plate 23b of the drawer base 23.

  The operation switch 12, the air path switching means 27, the blower 20, the human body detection means 13 and the blockage detection means 29 can be controlled by the electrically connected control means 30.

  Note that components having the same reference numerals as those in the first embodiment have the same structure and description thereof is omitted.

  About the deodorizing device 25 comprised as mentioned above, the operation | movement and an effect | action are demonstrated below.

  First, in the normal operation mode, the rotary valve body 28 of the air path switching means 27 is configured such that the outside air intake section 10a and the outside air supply section 26a communicate with each other and the odor intake section 14a and the exhaust section 11a communicate with each other. An air path is formed from the outside air intake section 10a through the outside air supply section 26a, through the inside of the storage box 22, and from the odor intake section 14a to the exhaust section 11a.

  Next, in a state where the outside air intake section 10a and the exhaust section 11a communicate with each other and the odor intake section 14a and the outside air supply section 26a communicate with each other, the rotating valve body 28 is positioned at the position shown in FIG. When the apparatus 20 is operated, fresh outside air is directly introduced into the deodorizing medium 19 and the deodorizing medium 19 is activated. In the mode in which the blower 20 is stopped, the rotary valve body 28 is positioned at the illustrated position (d), whereby the odor intake section 14a and the outside air supply section 26a communicate with each other. In addition, a state is formed in which the space communicating with the inside of the storage 22 is closed by being separated from the outside air intake section 10a or the exhaust section 11a, and together with the door 23a of the storage 22, the storage 22 is sealed. The

  As described above, the function as the second air path switching means is formed by opening or closing the intake discharge opening 10b disposed between the outside air intake section 10a and the outside air supply section 26a.

Further, the difference from the first embodiment is that the air sucked from the odor inlet 14 in the normal operation mode is the air containing the odor diffused from the storage container 24 into the storage 22, and the storage The fresh air introduced from the outside air supply port 26 via the outside air inlet 10 of the deodorizing device 25 is replenished into the inside 22, and the odor concentration in the storage 22 is further reduced.

  On the other hand, in the case where garbage is put into the storage container 24 or the drawer base 23 is opened to take out the storage container 24 during operation, the blower controlled by the blockage detection means 29 as in the first embodiment. 20 can be operated continuously with high capacity, and the operation of the blower device 20 can be stopped after a certain period of time, providing convenience for those who take in and out the garbage without feeling odor it can.

Further, when the closing detection means 29 continuously detects the opened state of the drawer base 23, it is possible to notify the user that the drawer base 23 is left open by a ringing means such as a buzzer, which can be sealed. Regarding the storage of the odor generating product in the storage 22, the operation control of the deodorizing device 25 with higher convenience is possible in order to suppress the indoor diffusion of the odor.

Further, in the present embodiment, the first and second air path switching means are constituted by a single rotating valve body 28 having a valve body on both wings with the rotational axis as symmetrical and the stepping motor 17. Thus, the cost of the deodorizing device 25 is reduced and the configuration of the control means 30 is simplified.

As described above, the difference from the first embodiment in the effect of the present embodiment is that, in the present embodiment, the storage container 24 is installed inside the storage 22 that can be hermetically closed. Even if odor is diffused from 24, it is not diffused into the room, the room can be maintained more comfortably, and since the air to be sucked in is a limited space in the storage room 22 , Intake and deodorization can be effectively performed, and it is possible to cope with the low capacity of the air blower 20 , which is economical in terms of both cost and running cost.

In addition, since the storage container 24 is concealed in the storage 22 , the appearance can be improved, the interior of the indoor space can be improved, and a comfortable living space can be provided.

(Embodiment 3)
FIG. 7 shows a longitudinal cross-sectional view of a deodorization storage in the third embodiment of the present invention.

  In the figure, the storage 31 is provided with an opening 31b on the bottom plate 31a and an opening 32a on the front surface of the kick plate 31c as the outside air supply means 32, and the openings are communicated with each other by a duct 32b. The air passage opening / closing means 32c is used in the vicinity of the opening 31b of the bottom plate 31a.

  The front of the storage 31 is provided with a door 31d that can be closed and sealed with a hinge body (not shown) on the front of the storage 31, and a shelf 31e on which stored items are placed. Wearing.

  Further, in the vicinity of the front edge of the storage 31, a closing detection means 29 for detecting the closing / opening of the door 31d is provided between the rear surface of the door 31d and the same configuration as that of the second embodiment.

  The control means (not shown) provided in the deodorizing device 7 adds control for the detection signal of the closing detection means 29 of the door 31d to the first embodiment, and includes an operation switch and a human body detection means. The air blower, the air path switching means, and the blockage detecting means are controlled by the configuration of any one or combination of the first and second embodiments.

  In addition, the thing of the same code | symbol as Embodiment 1 or 2 has the same structure, and abbreviate | omits description.

  About the deodorizing storage comprised as mentioned above, the operation | movement and an effect | action are demonstrated below.

  The difference from the first or second embodiment is that when the air passage switching means 16 of the deodorizing device 7 selects the odor intake section 14a as the air passage, when the blower 20 is operated, the odor intake port 14 is operated. Since the odor air in the storage 31 is sucked from the inside of the storage 31, the internal pressure of the storage 31 becomes negative, and the air passage opening / closing means 32c of the second outside air intake means 32 jumps upward slightly, and is positioned to the position shown in FIG. Fresh fresh air is supplied into the storage 31 from the opening 32 a of the bayonet 31 c. The fresh outside air exhausts the odor air in the storage 31 and is introduced into the deodorization device 7, so that the odor air is reduced in odor and discharged into the room as in the first embodiment.

In this embodiment, the positions of the deodorizing device 7 , the odor generating source, and the outside air inlet 10 can be greatly separated, and the storage 31 or the storage containers 8, 24 for storing the odor generating source are large. Even in the case of the capacity, since an air flow can be formed from the outside air inlet 10 to the deodorizing device 7 without staying or short-circuiting, a more efficient deodorizing operation can be performed.

Note that the deodorizing storage described in the second embodiment is obtained by integrally installing the configuration of the outside air supply means 32 in the third embodiment in the deodorizing apparatus 7 .

  Moreover, although the object of deodorization was made into garbage in Embodiment 1-3, it is not restricted to this, It can be used effectively also to what emits strong odors, such as a pickle and footwear. is there.

In any of the embodiments, the air path switching means 16 and 27 are the stepping motor 17 and the rotary valve bodies 18 and 28. However, the solenoid is combined with a restoring spring so that the valve body is in the operating position and the return position. is possible with this to reciprocate between the well, according to this method, for example, even when the power supply such as a power failure is interrupted, the valve body, can be localized by a restoring spring in a position to block the odor There is a more preferable configuration.

  As described above, since the deodorizing apparatus and the deodorizing storage according to the present invention are always activated every time the deodorizing medium is used for the deodorizing action, the deodorizing medium can maintain the deodorizing function for a long period of time. Therefore, it can be applied not only to home use but also to uses such as medical and industrial deodorization devices.

Front view of deodorization storage in Embodiment 1 of the present invention The longitudinal cross-sectional view of the deodorizing storage in Embodiment 1 of this invention Plan sectional drawing of the deodorizing apparatus in Embodiment 1 of this invention The longitudinal cross-sectional view of the deodorizing storage in Embodiment 2 of this invention Front view of deodorization storage in Embodiment 2 of the present invention Plan sectional drawing of the deodorizing apparatus in Embodiment 2 of this invention The longitudinal cross-sectional view of the deodorizing storage in Embodiment 3 of this invention Cross section of conventional deodorization storage

Explanation of symbols

6 Storage compartment 7, 25 Deodorizing device 8, 24 Storage container 10 Outside air intake port 11 Exhaust port 13 Human body detection means 14 Odor intake port 15 Storage detection means 16, 27 Air path switching means 19 Deodorizing medium 20 Blower device 21, 30 Control means 22, 31 Storage 29 Blockage detection means 32 Outside air supply means 32c Air passage opening / closing means

Claims (4)

The deodorizing storage is provided with a deodorizing device installed inside or adjacent to the storage having a closing means for opening and closing an open surface provided on the front, and having a storage container that can be taken in and out of the storage. And
The deodorizing device comprises an odor inlet opening inside the storage, an outside air inlet and exhaust opening opened outside the storage, a deodorizing medium, an air path switching means, a blower, and a control means. And the outside air intake port are arranged on the upstream side of the air path switching means, and the deodorizing medium and the air blowing device are arranged in the middle of the path from the air path switching means to the air exhaust port. And an air path that forms an air flow from the odor intake port to the exhaust port, and is configured to be controlled by a control unit that is electrically connected to the air path switching unit and the blower,
The air path is divided into an outside air intake section communicating with an outside air intake port, an odor intake section communicating with an odor intake opening, and an exhaust section communicating with an exhaust opening, with the air path switching means as a center.
The air passage switching means is a deodorization storage that is operated by the control means to select an outside air inlet when the blower is stopped and to switch between the odor inlet and the outside air while the blower is in operation. The deodorization storage of Claim 1 provided with the external air supply means which has an air path opening / closing means in the air path which connects the exterior and the inside of a storage. The deodorizing apparatus further includes an open air supply port opened inside the storage,
The air passage is divided into an outside air supply section that communicates with the outside air intake section, the odor intake section, the exhaust section, and the outside air supply port, with the air path switching means as a center.
The air path switching means communicates the exhaust section with the outside air intake section and shuts off the exhaust section from the odor intake section while the blower is stopped by the control means,
During operation of the blower, the exhaust compartment communicates with the odor intake compartment and the outside air intake port communicates with the outside air supply compartment, and the exhaust compartment communicates with the outside air intake compartment and at the same time shuts off the exhaust compartment from the odor intake compartment. The deodorizing storage according to claim 1, wherein the operation is performed by switching the selected state in a selectable manner. Equipped with human body detection means for detecting the proximity or separation of the human body,
The deodorization storage according to any one of claims 1 to 3 , wherein the air path switching means performs an operation of communicating the odor intake section and the exhaust section when the human body detection means detects a person .

Images