JPH03284262A - Planter fitted with aroma generator - Google Patents

Abstract

PURPOSE:To spray fragrance to a desired place without lowering the quality thereof by mounting a control apparatus making the opening and closing times of the opening and closing valves for air supply pipes synchronous to that of the opening and closing valves for fragrance supply pipes and controlling the driving times of blowers earlier than those opening and closing times and opening the ends of the fragrance supply pipes in a fragrance generator at the regions of the branches and leaves of a plant. CONSTITUTION:When a control apparatus 13 is operated, at first, driving instructions are given to blowers 12, 37 to rotate the same in the predetermined number of times and the open air or conditioning air is introduced through the suction pipes communicating with the blowers to be fed through a fragrance suction device and a fragrance supply pipe. Next, valve opening instructions are issued to the opening and closing valves 7A, 7B, 7C for air supply pipes and the opening and closing valve 9 for a fragrance feed pipe in this state from a control apparatus 13 and containers 2A, 2B, 2C communicate with the open air and the fragrance suction device. when the opening and closing valve for the fragrance feed pipe is opened, the suction force due to the fragrance suction device 10 acts on the end part of the fragrance fed pipe to suck the fragrance in the fragrance feed pipe. As a result, the fragrances in the containers are continuously sucked by the fragrance suction device and sprayed to the branches and leaves of a planter from the fragrance supply pipes along with the open air or conditioning air sent under pressure by the blowers.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a plant planter equipped with a scent generating device that can spray a desired scent from branches and leaves.

[Conventional technology]

For example, attempts have been made to supply scents as environmental fragrances mainly to the atriums of office buildings, lounge lobbies, offices, theaters, commercial buildings, department stores, and other buildings.

BACKGROUND ART Conventionally, as this type of scent generating device, for example, one that uses a perfume storage bong kept at a constant pressure, and one that uses a perfume in an air flow path of an air conditioner are known.

The former includes a pressure control device that pressurizes and maintains the internal pressure of the flavor storage cylinder at a constant pressure, and a spray nozzle at the tip that is connected to the fragrance storage cylinder and disposed within the conditioned air supply duct. A fragrance adding device for air-conditioned air (
(Refer to Japanese Utility Model Application Publication No. 6460127), a fragrance injection nozzle is provided in the air flow path of an air conditioner equipped with a heat exchanger and a blower, and a liquid supply cylinder and piping for supplying liquid fragrance to the fragrance injection nozzle. 2. Description of the Related Art A fragrance generating device (see Japanese Patent Application Laid-Open No. 1-127828) is known which includes an injection amount control valve that is controlled via a control unit provided in a pipe.

As the latter, a fragrance supply device (see Japanese Patent Laid-Open No. 1-123932) is known in which a fragrance is directly placed in the air circulation path of an air conditioner and the fragrance is conveyed together with the air in the conditioned room.

[Problem to be solved by the invention]

However, in the former case, the quality of the flavor is difficult to maintain because the flavor is vaporized in the flavor storage bottle. In addition, in this method, since the fragrance is pumped using the air pressure of the fragrance storage cylinder, the fragrance generating device must be installed near the air flow path of the air conditioner, and the installation location is limited. Furthermore, since a perfume storage cylinder is used, a large space is required, storage management is troublesome, and handling is difficult. However, since perfume storage cylinders are heavy, it is difficult to move them to other departments once they are installed.

Furthermore, in the latter case, since the fragrance is exposed to the air flow path, there is a risk that the fragrance will catch fire, resulting in a lack of safety.

Therefore, such a conventional scent generating device can be used in an atrium of an office building, a body diverticulum, a lobby, an office, or a theater.
Attempts have been made to combine it with plant planters, which are mainly installed inside commercial buildings, department stores, etc., but have not been put to practical use.

The present invention was made in order to solve such conventional problems, and its purpose is to
To provide a plant planter with a scent generating device capable of spraying a fragrance at a desired location using a simple means.

[Means to solve the problem]

A plant planter with a scent generating device according to claim 1 is comprised of a plant planter in which a plant is arranged in a flower pot, and a scent generating device that sprays a desired scent from the branches and leaves of the plant, The apparatus includes a container containing a liquid fragrance, an air supply pipe attached to the container and communicating with the air layer in the container, and a fragrance conveying pipe attached to the container and communicating with the fragrance layer in the container. an on-off valve for the air supply pipe attached to the air supply pipe; - an on-off valve for the fragrance delivery pipe attached to the fragrance delivery pipe; a fragrance inducing device communicating with the fragrance delivery pipe; and a scent inducing device communicating with the fragrance delivery pipe. Synchronize the opening/closing timings of the fragrance supply pipe communicating with the fragrance supply pipe, the blower communicating with the fragrance inducing device, the opening/closing valve for the air supply pipe, and the opening/closing valve for the fragrance supply pipe, and drive the blower earlier than the opening/closing timing of these. The fragrance supplying pipe in the fragrance generating apparatus has its end opened at a branch or leaf area of the plant.

A plant planter with a scent generating device according to claim 2 is comprised of a plant planter in which a plant is placed in a flower pot, and a scent generating device that sprays a desired scent from the branches and leaves of the plant, The device includes a plurality of containers containing liquid fragrance, a plurality of air supply pipes attached to each container and communicating with the air layer within the containers, and a plurality of air supply pipes attached to each of the containers and communicating with the air layer within the containers. a plurality of fragrance transport branch pipes that communicate with the fragrance layer; a fragrance transport pipe that is a collection of the plurality of fragrance transport branch pipes; a plurality of air supply pipe on-off valves that are attached to each of the plurality of air supply pipes; A plurality of on-off valves for a plurality of fragrance delivery branch pipes installed in the fragrance delivery pipe, an on-off valve for the fragrance delivery pipe attached to the fragrance delivery pipe, a scent inducing device communicating with the fragrance delivery pipe, and a scent communicating with the scent inducing device. a supply pipe, a blower communicating with the fragrance inducing device, a fragrance selected from the plurality of on-off valves for the air supply pipes and the on-off valves for the plurality of fragrance transport branch pipes (the on-off valve for the general branch pipe and the above-mentioned fragrance transport valve); It is equipped with a control device that synchronizes the opening/closing timing of the pipe on-off valve and controls the drive timing of the blower earlier than the opening/closing timing of these opening/closing timings, and the scent supply pipe in the scent generating device is connected to the plant. The tube ends are opened at the branches and leaves of the tube.

[Function] In the plant planter with a scent generating device according to claim 1, when the control device is activated, it first gives a drive command to the blower, rotates it at a predetermined rotation speed, and connects the air intake pipe communicating with the blower. The outside air or conditioned air is introduced through the scent attracting device and the scent supply pipe.

Next, in this state, a valve opening command is issued from the control device to the air supply pipe on-off valve and the fragrance transport pipe on-off valve, and the inside of the container is communicated with the atmosphere side and the scent inducing device side. When the opening/closing valve for the fragrance transport pipe opens, an attractive force by the fragrance attracting device acts on the end of the fragrance transport pipe, and the fragrance in the perfume transport pipe is sucked. As a result, the fragrance in the container is continuously sucked into the fragrance attracting device. Then, the fragrance can be sprayed from the branches and leaves of the planter through the fragrance supply pipe together with outside air or conditioned air that is being pumped by a blower.

In the fragrance generating device according to claim 2, when the control device is activated, it first gives a drive command to the blower, rotates it at a predetermined rotation speed, and blows outside air or conditioned air through the intake pipe communicating with the blower. outside air or conditioned air is conveyed through the scent attracting device and the scent supply pipe.

Next, in this state, the control device issues a valve opening command to each air supply pipe on-off valve and each fragrance transport pipe on-off valve, and the inside of each container is communicated with the atmosphere side and the scent inducing device side. When each fragrance transport pipe opening/closing valve opens, the attractive force of the fragrance attracting device acts on the end of the fragrance transport pipe, and the fragrance in the perfume transport pipe is sucked. As a result, the fragrance in the selected container is continuously sucked into the fragrance attracting device. Then, the fragrance can be sprayed from the branches and leaves of the planter through the fragrance supply pipe together with outside air or conditioned air that is being pumped by a blower.

In addition, when changing the fragrance, the control device controls the air supply pipe on-off valve provided on the air supply pipe communicating with the selected container and the fragrance delivery pipe on-off valve provided on the fragrance delivery pipe. This can be achieved by

〔Example〕

Embodiments of the present invention will be described below based on the drawings.

FIG. 1 shows a plant planter with a scent generating device according to a first embodiment of the present invention, and in the figure, 1 indicates the scent generating device.

This fragrance generating device 1 includes three containers 2A, 2B, and 2C containing liquid fragrance F, a pan 3 on which these 30 containers 2Δ, 2B, and 2C are placed, each container 2A, 2B, Attached every 2C, each container 2A, 2B
, three air supply pipes 4A communicating with the air layer A in 2C,
4B, 4C, and each container 2A.

Attached to each container 2B and 2C, each container 2A and 2B.

three fragrance conveying branch pipes 5A5B communicating with fragrance F of 2C;
5C, and three fragrance conveying branch pipes 5A and 5B.

5C, three solenoid valves (on/off valves for air supply pipes) 7A, 7B, and 7C attached to each of the three air supply pipes 4A, 4B, and 4C, and three fragrance transport branch pipes. Three solenoid valves (opening/closing valves for fragrance conveying branch pipes) 8A, 8B, and 8C are attached to each of the fragrance conveying pipes 5A, 5B, and 5C, and a solenoid valve (opening/closing valve for perfume conveying pipe) 9 is attached to the fragrance conveying pipe 6. a scent attracting device 10 communicating with the conveying pipe 6;
A scent supply pipe 11 consisting of a transparent pipe that communicates with the scent attracting device IO, and a blower (
blower) 12 and three solenoid valves (on/off valve for air supply pipe)
7A, 7B, 7C and three fragrance 1 general branch pipes 5A, 5B
, 5'C, any of the fragrance conveying branch pipes 5A, 5B, 5C.
The control device 13 synchronizes the closing timing of the solenoid valve 9 with the opening/closing timing of the electromagnetic valve 9, and controls the driving timing of the blower 12 earlier than the opening/closing timing of these opening/closing timings.

The liquid fragrance F stored in the three containers 2A, 2B, and 2C is a fragrance diluted with alcohol, and is mainly composed of what is called a top note, which is a light ingredient among fragrance ingredients. What you are doing is known.

A plug 14 is attached to the upper opening of each container 2A, 2B, 2C. This stopper 14 has separate air supply pipes 4A,
4B, 4C, and fragrance conveying branch pipe 5A.

5B and 5C are attached.

Each air supply pipe 4A, 4B, 4C has each end 4A1.4B
1 and 4C1 are fitted so as to communicate with the air layer A in each container 2A, 2B, and 2C.

Each fragrance conveying branch pipe 5A, 5B, 5C has each end 5Al, 5
B1.5C1 is inserted so as to communicate with the fragrance F in each container 2A, 2B, 2C.

The end portion 6A of the fragrance transport pipe 6 that collects these fragrance transport branch pipes 5A, 5B, and 5C is fitted into the fragrance attracting device 10. This scent attracting device 1° is formed to have a larger diameter than the pipe line 15 communicating with the blower 12.

In addition, the outside air side of the air supply pipes 4A, 4B, and 4C is connected to case 1.
It communicates with a ventilation louver 17 provided at 6. Furthermore, the upstream side of the blower 12 is communicated with an intake louver 19 provided in the case 16 via a conduit 18. Furthermore, case 1
A control device 13 is attached to 6.

A plant planter 20 is placed on the top of this case 16.

This plant planter 20 is composed of a flower pot 21, soil 22 filled in the flower pot 21, and a plant 23.

Then, the fragrance supply pipe 11 of the fragrance generating device 1 is extended along the plant 23 to the position of the branches and leaves 24, and the branches and leaves 24 are extended from the inside side.
Three openings 11A11B and IIc are disposed toward 4.

Next, we will explain the operation of this embodiment configured in this way. I will clarify.

Normally, solenoid valves 7A, 7B, 7C and 8A 8B, 8
C, 9 and the blower 12 are stopped by a command from the control device 13. Therefore, each container 2A, 2B, 2C is
The opening is closed, and the scent of perfume F is sealed.

Therefore, the plant planter 20 emits the original scent of the plant planter. Therefore, imitation plants have almost no scent.

When the control device 13 operates, first, a drive command is given to the blower 12 to rotate it at a predetermined rotation speed, and outside air or conditioned air is introduced through the pipe 18 communicating with the blower 12 and the intake louver 19, and the outside air or Pipe line 15 for air conditioned air. It is discharged from three openings 11A, IIB, and IIC arranged near the branches and leaves 24 via the scent attracting device 10 and the scent supply pipe 11.

Next, in this state, the control device 13 sends the solenoid valves 7A, 8
A valve opening command is issued to A and 9, and the inside of the container 2A is communicated with the atmosphere side and the scent inducing device 10 side. Electricity 4 When the magnetic valves 8A and 9 open, the attractive force from the fragrance attracting device 10 acts on the end 6A of the fragrance transport pipe 6, and the fragrance transport branch pipe 5
The fragrance in the fragrance transport pipe 6 communicating through A is sucked. As a result, the fragrance F in the container 2A is continuously sucked into the fragrance attracting device 10. Then, as described above, the fragrance F is supplied from the fragrance supply pipe 11 together with the outside air or conditioned air that is being pumped by the blower 12 to the three openings 11A arranged between the branches and leaves 24 of the plants 23 of the plant planter 20; It is sprayed from IIB and IIC, and the fragrance of the fragrance F wafts around them. For example, the blower 12 is driven at 5-minute intervals, and when the blower 12 is driven,
The perfume F is controlled to be released for 1 second per time.

A plant planter 20 that accommodates the scent generating device 1 in this way
As mentioned above, the selected fragrance F is released from the branches and leaves 24 of the plant at predetermined intervals, so that the plant planter 20 can create a pleasant atmosphere by the fragrance in addition to the effect of providing visual comfort. Become.

5 In addition, the openings of the containers 2A, 2B, and 2C are closed by plugs 14, and the air supply pipes 4A, 4B attached to these are closed.
, 4C and fragrance 1 general branch pipes 5A, 5B.

5C and the fragrance conveyance pipe 6 are normally solenoid valves 7A, 7B, 7.
C, 8A, 8B, 8C, and 9, the fragrance F in the containers 2A, 2B, and 2C can be safely stored. In addition, for example, high temperature outside air due to fire etc.
Since the solenoid valves 7A, 7B, 7C, 8A, 8B, 8C, and 9 can shut off, there is no risk of igniting the fragrance F in the containers 2A, 2B, and 2C. Furthermore, since the fragrance is attracted using the force of the outside air or conditioned air by the blower 12, it is no longer necessary to pressurize the fragrance F contained in the containers 2A, 2B, and 2C into high-pressure cylinders, etc. Management becomes easier.

Furthermore, since the entire device has a simple structure, it is easy to maintain and can be moved to any desired location.

Incidentally, in the above embodiment, the case where the fragrance F in the container 2A is sprayed according to a predetermined mode was explained, but the fragrance F
is different depending on each container 2A, 2B, 2C, so by spraying the fragrance F in each container 2A, 2B, 2C in order, or changing the order as appropriate, it is possible to Can be changed. In addition, since each fragrance F is mainly composed of what is called a top note, which is a light part of the fragrance components, after a predetermined period of time, it is carried by the outside air or conditioned air forced by the blower 12 and enters the pipe. It never stays. Therefore, there is no possibility that the scents will mix.

Further, in this embodiment, the diameter of the scent attracting device 27 is larger than that of the pipe line 29 and the scent supply pipe 30, but the diameter may be smaller in order to enhance the attracting effect. This varies depending on the alcohol content of the target fragrance F.

FIG. 2 shows a modification of the fragrance generating device, which is composed of one container 30. In FIG.

This container 30 contains liquid fragrance F as in the above embodiment.
is accommodated.

This container 30 has a stopper 31 attached to its upper opening. This plug 31 includes an air supply pipe 32,
A fragrance conveying pipe 34 is attached.

The air supply pipe 32 is fitted so that its end 32a communicates with the air layer A within the container 30.

Further, a solenoid valve 33 is attached to the outside of the air supply pipe 32.

The fragrance conveyance tube 34 is fitted so that its end 34a communicates with the fragrance F inside the container 30. In addition, the fragrance conveying pipe 3
4, a solenoid valve 35 is attached. Further, the end portion 34b of the fragrance conveying pipe 34 communicates with the fragrance attracting device 36.

As shown in FIG.
A small diameter portion 42 having a diameter smaller than that of the conduit 38 communicating with 7.
It is composed of a connector 41 having a shape, and a fragrance injection member 43 that fits into a small diameter portion 42 of this connector 41. The connector 41 is provided with a joint 44 with the fragrance supply pipe 39 and a joint 45 with the conduit 38 at both ends.

Further, the fragrance injection member 43 has an opening 46 of, for example, 0.5 mm or less on the downstream side, and is screwed into the connector 41 . A fragrance conveying pipe 34 is connected to this fragrance injection member 43 via a connector 47.

A fragrance supply pipe 39 is connected to the downstream side of the fragrance attracting device 36. This fragrance supply pipe 39 corresponds to the fragrance supply pipe 11 in the above embodiment.

The solenoid valves 33 , 35 and the blower 37 are in communication with a control device 40 . The control bag N40 synchronizes the opening and closing timings of the solenoid valves 33 and 35. or,
The control device 40 also controls the drive of the blower 37. The blower 37 is driven before the solenoid valves 33, 35, and is stopped at the same time.

The scent generating device 50 configured in this manner can also provide the same effects as those of the above embodiment.

As described above, according to this fragrance generating device 50, the container 30 containing the liquid fragrance F, and the air supply pipe 3 attached to the container 30 and communicating with the air layer A within the container 30.
2, a fragrance conveying pipe 34 attached to the container 30 and communicating with the fragrance F in the container 30, and the air supply pipe 32.
A solenoid valve (on-off valve for air supply pipe) 33 attached to the above-mentioned fragrance transport pipe 34, a solenoid valve (on-off valve for fragrance transport pipe) 35 attached to the above-mentioned fragrance transport pipe 34, a fragrance attracting device 36 communicating with the above-mentioned fragrance transport pipe 34, A scent supply pipe 39 that communicates with the scent inducing device 36, a blower 37 that communicates with the scent inducing device 39, the solenoid valve (on-off valve for air supply pipe) 33, and the solenoid valve (on-off valve for fragrance transport pipe). The above-mentioned blower (
A control device 40 that controls the drive timing of the blower 37 early.
Therefore, under normal conditions, fragrance F is in container 30.
sealed inside. Then, when the control device 40 is activated, the blower 37 and the solenoid valve 33.35 are activated based on the fragrance injection cycle, which is inputted in advance to the control device 40, once every 5 minutes, and the injection time is 1 second. controlled,
First, the blower 37 is driven first, and the conduit 38. A blower 370 drives outside air or conditioned air to be forced into an air passage consisting of a scent inducing device 36 and a scent supply pipe 39. after that,
The electromagnetic valves 33, 35 are opened for one second, the fragrance supply pipe 34 is communicated with the container 30 and the fragrance attracting device 36, and the fragrance F is sucked by the force of the outside air or conditioned air.

As a result, the fragrance F in the container 30 is continuously sucked into the fragrance attracting device 36, and as shown in FIG. As described above, F is mixed with the outside air or conditioned air that is pumped by the blower 37 and is sprayed into the air supply duct 21.

Further, the opening of the container 30 is closed by a stopper 31, and the air supply pipe 32 and fragrance supply pipe 34 attached to this are normally closed by electromagnetic valves 33, 35, so that the inside of the container 30 is closed. Fragrance F can be safely stored. In addition, for example, high temperature outside air due to fire etc.
3.35, so the container 30
There is no risk of igniting the fragrance F inside. Furthermore, since the fragrance 1 is attracted using the force of the outside air or conditioned air by the blower 37, there is no need to pressurize the fragrance F contained in the container 30 into a high-pressure cylinder or the like, which facilitates storage management. Become.

Furthermore, since the entire device has a simple structure, it is easy to maintain and can be moved to any desired location.

Incidentally, in the above embodiments, three or one container containing fragrance was described, but two, four, or more containers may be used, and the selection thereof is arbitrary.

Furthermore, depending on the fragrance used, the shape of the scent inducing device can be changed.
It is also possible to adjust the amount of fragrance ejected by changing it appropriately.

[Effects of the Invention] As described above, the plant planter with a scent generating device according to claim 1 includes a plant planter in which a plant is placed in a flowerpot, and a scent generating device that sprays a desired scent from the branches and leaves of the plant. 2. An air supply pipe attached to the container and communicating with the air layer within the container; A fragrance conveying pipe communicating with the fragrance layer in the container, an on-off valve for the air supply pipe that is attached to the air supply pipe, an on-off valve for the fragrance conveying pipe that is installed in the fragrance transport pipe, and the above fragrance transport pipe. synchronize the opening/closing timing of the on-off valve for the air supply pipe and the on-off valve for the fragrance supply pipe; , and a control device that controls the drive timing of the blower earlier than these opening/closing timings,
Since the scent supply pipe in the above-mentioned scent generator has its end opened at the foliage of the plant, it is possible to spray liquid fragrance, provide high-quality scent from the foliage, and improve the plant planter.
It allows you to enhance the aesthetics and functionality of your interior. As the plant planter is moved, it can be easily moved to a desired location, and maintenance is easy. Easy to operate and handle. Can be made compact.

A plant planter with a scent generating device 3 according to claim 2 is comprised of a plant planter in which a plant is placed in a flower pot, and a scent generating device that sprays a desired scent from the branches and leaves of the plant, A generator includes a plurality of containers containing a liquid fragrance, and a generator for each container.
A plurality of air supply pipes that communicate with the air layer in the container, a plurality of flavor conveyance branch pipes that are attached to each of the containers and communicate with the flavor layer in each of the containers, and a plurality of flavor conveyance branch pipes are assembled. a plurality of air supply pipe on-off valves attached to each of the plurality of air supply pipes; a plurality of fragrance delivery branch pipe on-off valves attached to each of the above fragrance delivery branch pipes;
a fragrance transport pipe on-off valve attached to the fragrance transport pipe; a fragrance inducing device communicating with the fragrance transport pipe; a fragrance supply pipe communicating with the fragrance inducing device; a blower communicating with the fragrance inducing device; Synchronize the opening/closing timing of the air supply pipe opening/closing valve, the opening/closing valve for any one of the plurality of fragrance carrying branch pipe opening/closing valves, and the opening/closing valve for the fragrance carrying pipe, and set the opening/closing timing of the opening/closing valve of any one of the plurality of fragrance carrying branch pipe opening/closing valves to be higher than the opening/closing timing of these opening/closing valves. and a control device that controls the drive timing of the blower early, and 4. The scent supply pipe in the scent generating device has a pipe end opened at a branch and leaf area of the plant. It is possible to achieve the same effects as the plant planter with a fragrance ordering device described in 1, and also to freely select a plurality of fragrances.

[Brief explanation of drawings]

FIG. 1 is a structural explanatory diagram showing a plant planter with a scent generating device according to a first embodiment of the present invention. FIG. 2 is a configuration explanatory diagram showing another scent generating device used in the present invention. FIG. 3 is a sectional view showing the fragrance attracting device in the fragrance generating device shown in FIG. 2. [Explanation of symbols of main parts] 1.50... Fragrance generating devices 2A, 2B, 2C, 3Q... Containers 4Δ, 4I3. /Ic, 32...Air supply pipe 6.34
...Fragrance conveying pipes 5A, 5B, 5C...Fragrance conveying branch pipes 7A, 7B, 7C, 33...Solenoid valves (opening/closing valves for air layer 5 supply pipes) 8A, 8B, 8C...Solenoid valves ( On-off valve for fragrance conveyance branch pipe) 9.35...Solenoid valve (on-off valve for fragrance conveyance pipe) 10.3
6...Fragrance attracting device 1237...Blower (air blower) 11.39...Fragrance supply pipe 13.40...Control device 20...Plant planter 21...Flower pot 23...Plant ( Plant) 24... Branches and leaves.

Claims (2)

[Claims] (1) A plant planter consisting of plants arranged in flower pots;
a scent generating device that sprays a desired scent from the branches and leaves of the plant; the scent generating device includes a container containing a liquid fragrance;
An air supply pipe that is attached to this container and communicates with the air layer in the container, a fragrance conveyance pipe that is attached to the container and communicates with the fragrance layer in the container, and an air supply pipe that is attached to the air supply tube. an on-off valve, an on-off valve for a fragrance transport pipe attached to the fragrance transport pipe, a scent inducing device communicating with the fragrance transport pipe, a scent supply pipe communicating with the scent inducing device, and a blower communicating with the scent inducing device. and a control device that synchronizes the opening/closing timings of the air supply pipe opening/closing valve and the fragrance supplying pipe opening/closing valve, and controls the driving timing of the blower earlier than the opening/closing timing of these opening/closing valves. 1. A plant planter with a scent generator, characterized in that the scent supply tube in the generator has a tube end opened at a branch or leaf area of the plant. (2) A plant planter consisting of plants arranged in flower pots;
a scent generating device that sprays a desired scent from the branches and leaves of the plant; the scent generating device is equipped with a plurality of containers containing a liquid fragrance; and an air layer inside the containers. a plurality of air supply pipes that communicate with each other, a plurality of fragrance transport branch pipes that are attached to each of the containers and communicate with the fragrance layer in each container, and a fragrance transport pipe that is a collection of the plurality of fragrance transport branch pipes. and,
A plurality of air supply pipe on-off valves attached to each of the plurality of air supply pipes, a plurality of fragrance delivery branch pipe on-off valves attached to each of the flavor delivery branch pipes, and a fragrance delivery pipe on-off valve attached to the fragrance delivery pipe. a scent inducing device that communicates with the fragrance transport pipe; a scent supply pipe that communicates with the scent inducing device; a blower that communicates with the scent inducing device; a plurality of on-off valves for the plurality of air supply pipes; and a plurality of fragrance transporting pipes. Control that synchronizes the opening/closing timing of any one of the branch pipe opening/closing valves with the opening/closing timing of the fragrance carrying pipe opening/closing valve, and controls the drive timing of the blower earlier than the opening/closing timing of these opening/closing timings. A plant planter with a scent generating device, characterized in that the scent supplying tube in the scent generating device has a tube end opened at a branch and leaf area of the plant.