KR20200107386A - Smart flowerpot - Google Patents

Abstract

The present invention relates to a smart flowerpot which is equipped with a soil moisture sensor for sensing moisture in the soil and notifying the same to the outside when there is not enough moisture in the soil, and which implements multiple functions based on the soil moisture sensor. The smart flowerpot comprises: a main body equipped with an LED module emitting light by receiving power from the inside or the outside; a plurality of trays vertically coupled in multiple stages to an upper end of the main body, having plants planted therein, and including a soil moisture sensor mounted on one side; a water receiving device coupled to a lower end of the main body and connected to the trays to receive water falling from the trays; and a design cover coupled to the upper end of the main body to surround the trays and provided to form a design of an external appearance. The notification of moisture insufficiency comprises a method of notifying moisture insufficiency by flicking the LED module or enabling the LED module to emit light that is different from a color emitted in a normal time, or a method of notifying moisture insufficiency through an output using a speaker.

Description

Smart flowerpot

The present invention relates to a smart flower pot, and more specifically, improves esthetics based on a notification of moisture in the soil, and can properly create a temperature around the flower pot, and provides various fixing structures while performing automatic nutrient solution spraying and fragrance spraying. It relates to a smart flower pot that can implement multifunctionality such as forming.

In general, pots provided for growing plants have recently been developed with focus on implementing various functions by gradually developing their use, not limited to planting plants.

As an example, Korean Patent Registration No. 10-1708186 discloses a'smart flower pot with a fire detection function' that implements a function of detecting a fire using a flower pot. As another example, Korean Patent Registration No. 10-1824795 The issue discloses a'smart sensing device for potted plants using environmental information' that detects and informs environmental information around the pot.

Like these, implementing various functions using potted plants is also important for industrial use, but it is also very important to improve without losing the function that helps plants grow well, which is the original purpose of potted plants.

Therefore, if it is developed to implement multi-functionality while digesting the original purpose of the flower pot, synergy that can exhibit a better effect in the flower pot industry will appear.

The present invention is proposed to achieve the above-described object, and improves aesthetics based on performing moisture notification in the soil, and it is possible to appropriately compose the temperature around the flower pot, and provides various fixing structures while performing automatic nutrient solution spraying and fragrance spraying. It is intended to provide a smart flower pot that can implement multifunctionality such as forming.

A smart potted plant according to an embodiment of the present invention for solving the above problem is a smart potted plant equipped with a soil moisture sensor that senses moisture in the soil and notifies the outside when moisture is insufficient, and receives power from inside or outside. Main body having a light-emitting LED module; A plurality of trays that are multi-coupled to the top of the body in vertical stages to plant plants inside, and to which the soil moisture sensor is mounted on one side; It is coupled to the bottom of the main body and connected to the tray and includes a drip tray for receiving falling water, and a design cover coupled to the upper end of the main body to surround the tray to form an exterior design, and the moisture shortage notification includes the LED module It may include a method of performing a notification by flickering or emitting a different color than usual, or a method of performing a notification through output through a speaker.

Here, the smart potted plant further includes an automatic spraying device formed to automatically spray water, a chemical solution, or a diluted chemical solution to the plants in the tray, wherein the automatic spraying device comprises a first liquid which is one of water or a chemical solution. A first liquid reservoir to receive; A second liquid reservoir for accommodating a second liquid that is different from the liquid contained in the first liquid reservoir among water or chemical liquids; A dilution formed to dilute the chemical solution by being connected to the first liquid reservoir and the second liquid reservoir through a connection pipe to selectively receive one of the first liquid or the second liquid, or receive both the first liquid and the second liquid. And a jetting unit connected to the dilution unit and configured to receive one of water, a chemical solution, and a diluted chemical solution and spray it to the top of the tray, and the first liquid reservoir or the second liquid reservoir is divided by a partition wall The first liquid or the second liquid is double received, but a Peltier element is mounted on the partition wall, and heating and cooling the double received first liquid or second liquid by forming a heating part and a cooling part respectively on one side and the other side, and the The dilution unit may be provided with an ultrasonic vibration element to perform stirring by ultrasonic vibration.

In addition, in the smart flower pot, at least two rubber straps are provided at the bottom of the drip tray in a position facing the center as a starting point, and the rubber strap passes upward on the side of the design cover corresponding to the position where the rubber strap is provided. A fitting part for forming the fitting part is provided, and the outer surface forming the fitting part forms a plurality of rows at regular intervals along the length of the fixing stand forming the folds on the upper side and the lower side, and is wound at the position where the rubber strap is provided at the bottom of the drip tray. A lower end fixing stand of type or wall-shaped ring type is formed, and the rubber strap is passed through the fitting part to be used to bind, passed through one of a plurality of fixing units to be fixed, or fixed to the lower fixing unit to be used as a pedestal.

In addition, the smart flower pot may further include a pumping injection unit mounted between the main body and the design cover, and the pumping injection unit may include a liquid receiving unit for receiving a liquid; One end is connected to the side of the liquid receiving unit, and the other end is provided with an injection pipe that forms a length in an upright or inclined direction and pressurizes the liquid contained in the liquid receiving unit and pushes the liquid to the injection pipe, and a return spring is provided at the lower end. It includes a pumping member that is returned after pressurization, and the injection pipe is formed in a wick structure to increase capillary force, and a throttling portion for narrowing a cross section is formed at the other end to allow liquid to be sprayed.

The smart potted plant according to an embodiment of the present invention can supply water in a timely manner so that plants do not die and grow well by performing a notification of moisture in the soil using a soil moisture sensor, and in particular, a notification may be performed using an LED module. So it can be easily checked with the naked eye.

In addition, the smart potted plant according to an exemplary embodiment of the present invention has an effect of adjusting the temperature around the potted plant so that the plant does not freeze and die during winter, while improving the aesthetic aspect through light emission of the LED module.

In addition, the smart potted plant according to an embodiment of the present invention further includes an automatic spraying device capable of automatically spraying one of water, a chemical solution, or a diluted chemical solution, so that nutrition can be automatically supplied according to the state of the pot.

In addition, the smart flower pot according to an embodiment of the present invention has the advantage of improving aesthetics and stability by forming various fixing structures using rubber straps.

In addition, the smart potted plant according to an exemplary embodiment of the present invention may further include a pumping injection unit and may be capable of spraying incense around the potted plant.

1 is a perspective view of a smart flower pot according to an embodiment of the present invention.
2 is an exploded view of a smart flower pot according to an embodiment of the present invention.
3 is a side view of a smart flower pot according to an embodiment of the present invention in which an automatic spraying device is provided.
4 is a diagram schematically illustrating the configuration of the automatic injection device of FIG. 3.
5A and 5B are exemplary views of utilizing a rubber strap using a fitting part.
6A and 6B are exemplary views of utilizing a rubber strap using a fixing table.
Figures 7a and 7b is an example of using a rubber strap using a lower fixing.
8 is a perspective view of a smart flower pot according to an embodiment of the present invention provided with a pumping injection unit.
9 is a projection view as viewed from the side of the pumping injection unit of FIG. 8.
10A to 10C are exemplary views of a wick structure in an injection pipe, which is a component of the pumping injection unit of FIG. 8.

Hereinafter, the description of the present invention with reference to the drawings is not limited to a specific embodiment, and various transformations may be applied and various embodiments may be provided. In addition, the content described below should be understood to include all conversions, equivalents, and substitutes included in the spirit and scope of the present invention.

In the following description, terms such as first and second are terms used to describe various elements, and their meanings are not limited thereto, and are used only for the purpose of distinguishing one element from other elements.

The same reference numbers used throughout this specification denote the same elements.

Singular expressions used in the present invention include plural expressions unless the context clearly indicates otherwise. In addition, terms such as "include", "include" or "have" described below are intended to designate the presence of features, numbers, steps, actions, components, parts, or combinations thereof described in the specification. It is to be construed and not to preclude the possibility of the presence or addition of one or more other features, numbers, steps, actions, components, parts, or combinations thereof.

Hereinafter, a smart flower pot according to an embodiment of the present invention will be described in detail with reference to FIGS. 1 to 10.

1 is a perspective view of a smart flower pot according to an embodiment of the present invention, and Figure 2 is an exploded view of the smart flower pot according to an embodiment of the present invention.

1 and 2, a smart flower pot according to an embodiment of the present invention is a smart flower pot provided with a soil moisture sensor that detects moisture in the soil and notifies the outside when moisture is insufficient, and includes a main body 10 and a plurality of It may be configured to include a tray 20, a drip tray 30, and a design cover 40.

Specifically, the main body 10 forms a space therein and may include an LED module 12. At this time, the LED module 12 is a light body that emits light by receiving power from the inside or outside. For this purpose, a battery (not shown) is embedded in the main body 10 or a power supply terminal 14 capable of receiving power from the outside is provided. It can be provided. When the battery is embedded, the power supply terminal 14 may be electrically connected to the battery and used as a charging terminal for charging the battery.

That is, the space formed inside the main body 10 contains a battery, etc., and is used as a space in which electrical components are provided, and as will be described later, the center penetrates to a space to guide water falling from the tray 20 to the drip tray 30. Can be used.

In addition, the irradiation direction of the LED module 12 is not limited, but it is preferable to emit light so as to be irradiated upwards to harmonize with the design cover 40. It is also possible to increase the temperature around the potted plant through the upward irradiation of the LED module 12.

The plurality of trays 20 may be multiplely coupled to the top of the main body 10 in vertical stages. That is, a plurality of individual trays 20 may be provided to form a single body by multiple couplings in vertical stages, and the height may be determined by adjusting the number of combinations of the trays 20.

Soil is accommodated inside the plurality of trays 20 so that plants can be planted. That is, a plurality of trays 20 have a structure in which a flower pot is formed. In this case, a soil moisture sensor 22 is mounted on at least one of the trays 20 to measure the amount of moisture in the soil. The soil moisture sensor 22 may transmit a notification signal to a notification device that performs notification to the outside when a reference content is not reached by measuring the amount of moisture in the soil.

The drip tray 30 may be coupled to the lower end of the main body 10 and connected to the tray 20 through a space penetrating the center of the main body 10 to receive water falling from the tray 20. In addition, the drip tray 30 may be formed so as to be removable on one side so that it can be discarded when water is filled to a certain extent.

At this time, the drip tray 30 may allow the user to recognize that the water is filled with intuition, but may have a water level sensor (not shown) therein so that the user can easily recognize that the water is filled. The water level sensor may transmit a notification signal to a notification device that notifies the outside when the water level exceeds a predetermined reference amount.

Meanwhile, a filter 35 for filtering water falling from the tray 20 may be provided on the drip tray 30. For this reason, water contained in the drip tray 30 may be recycled.

The design cover 40 may be coupled to the top of the body so as to surround the tray 20 to form an exterior design. For example, the design cover 40 may form various holes or grooves in an intaglio shape, and various protrusions in an embossed shape. In addition, various holes or grooves in an intaglio shape and various protrusions in an embossed shape may form a certain shape and pattern, but may form an arbitrary shape and pattern that is not constant.

In addition, the design cover 40 may be used alone or in combination with various materials used in industries such as plastic, wood, glass, aluminum, iron, carbon fiber, and preferably, light irradiated from the LED module 12. ) And harmoniously.

That is, the design cover 40 may have various shapes, not limited to a specific shape, and may also be formed of various materials. Through this, the appearance design of the present invention can be determined, and the aesthetic aspect can be further improved through harmony with the LED module 12 described above.

On the other hand, the notification method of the smart flower pot according to an embodiment of the present invention may be performed through the LED module 12 or may further include a speaker 16 to perform notification. That is, the notification device for performing notification to the outside as described above may be the LED module 12 or the speaker 16.

Specifically, when the LED module 12 is used, the notification may be performed by blinking the LED module 12 or emitting a different color than usual. To this end, the LED module 12 may be provided to produce two or more colors.

As the speaker 16, a method such as continuous or periodic sound of a constant or different frequency may be used. In addition, in another way, a voice module (not shown) may be provided together to make it sound like a human voice. For example, when there is insufficient moisture in the soil, a voice guide such as “not enough moisture” may be output to the speaker 16 as a voice previously stored in the voice module.

By using the LED module 12 or the speaker 16 as described above, it is easily recognized visually or aurally, so that water shortage or water overflow can be responded more quickly.

The smart potted plant according to an embodiment of the present invention uses a soil moisture sensor to notify moisture in the soil, so that water can be supplied in a timely manner so that the plants do not die and grow well, and the notification can also be performed using an LED module. There is an effect of controlling the temperature around the pot so that the plant does not freeze and die in winter while improving the aesthetic aspect through the light emission of the LED module.

3 is a side view of a smart flower pot according to an embodiment of the present invention in which an automatic spraying device is provided, and FIG. 4 is a schematic diagram of the configuration of the automatic spraying device of FIG. 3.

3 and 4, the smart flower pot according to the embodiment of the present invention is a plant planted in the tray 20 to automatically spray one of water, a chemical solution, and a diluted chemical solution by controlling the temperature. It may further include an automatic injection device 50 to be formed.

To this end, the automatic spraying device 50 is configured to include a first liquid reservoir 51, a second liquid reservoir 53, a dilution unit 55, and an injection unit 57, and the first liquid reservoir 51 Alternatively, a heating unit 51a and a cooling unit 51b may be formed in the second liquid reservoir 53.

Specifically, the first liquid reservoir 51 may accommodate one of water or a chemical solution (hereinafter referred to as'first liquid'), and the second liquid reservoir 53 is a first liquid reservoir ( 51) can be accommodated in the other (hereinafter referred to as'second liquid').

In addition, the first liquid reservoir 51 and the second liquid reservoir 53 may be connected to the dilution unit 55 through connection pipes 52 and 54, respectively. Hereinafter, the connection pipe connecting the first liquid storage container 51 and the dilution part 55 is referred to as a first connection pipe 52, and the connection pipe connecting the second liquid storage container 53 and the dilution part 55 is It is called the second connector 54

In addition, one of the first connection pipe 52 and the second connection pipe 54 may be provided with an on-off valve 54a, and the other may be equipped with a three-way valve 52a. Here, the connection pipe on which the three-way valve 52a is mounted is a pipe connected to the storage tank in which the heating unit 51a and the cooling unit 51b to be described later are formed, which is provided to control the temperature of the liquid sprayed to the plant. The description of the liquid temperature control through the heating unit 51a, the cooling unit 51b, and the three-way valve 52a will be described later.

The dilution unit 55 is connected to the first liquid reservoir 51 and the second liquid reservoir 53, respectively, to selectively receive one of the first liquid or the second liquid, or deliver both the first liquid and the second liquid. It can be formed to receive and dilute the chemical solution. When the dilution part 55 receives both the first liquid or the second liquid, the water and the chemical are stirred to dilute it. At this time, the dilution part 55 is provided with an ultrasonic vibration element (not shown) and stirred by ultrasonic vibration. Can be done.

The spraying part 57 is connected to the dilution part 55 to spray one of water, a chemical solution, and a diluted chemical solution delivered from the dilution part 55 to the planted plants. To this end, the injection unit 57 may be provided with an injection pipe 571, a pump 572, etc., and the end of the injection pipe 571 is positioned toward the top of the tray 20 by coupling the injection nozzle 573 Can be.

Such an automatic spraying device 50 is formed to automatically spray one of water, a chemical solution, and a diluted chemical solution, so that the user does not have to directly supply water or a chemical solution to the plant. In particular, when diluting the chemical solution, It may be possible to supply a chemical solution suitable for plants as it can be diluted in an appropriate ratio.

Meanwhile, as described above, the automatic spraying device 50 may be formed to spray by controlling the temperature of one of water to be sprayed, a chemical liquid, and a diluted chemical liquid. To this end, the first liquid reservoir 51 or the second liquid reservoir 53 may be dividedly formed by a partition wall 511 to receive the first or second liquid double, and the partition wall 511 has a Peltier element ( 512) can be mounted.

Through this, a heating part 51a and a cooling part 51b are formed on one side and the other side of the first liquid storage container 51 or the second liquid storage container 53, respectively, and the first liquid or the second liquid received double Can be heated or cooled.

Accordingly, when the temperature of the chemical diluted with plants is to be adjusted to be supplied, the liquid contained in the heating unit 51a and the cooling unit 51b is adjusted to the dilution unit at a ratio that can adjust the temperature through the control of the three-way valve 52a. While sending to 55, by opening the on-off valve 54a provided in the other connecting pipe, another liquid can be supplied to the dilution unit 55 to properly adjust the temperature.

In addition, when you want to supply hot water to plants, after putting water into the first liquid reservoir 51 or the second liquid reservoir 53 in which the heating unit 51a and the cooling unit 51b are formed, the three-way valve 52a The hot water can be supplied to the plant by sending it to the dilution unit 55 at a rate that can match the temperature through the control of and spraying it to the spray unit 57.

By allowing the automatic spraying device 50 to also perform temperature control in this way, it is possible to supply adequate nutrients to the plants regardless of the temperature difference according to the change of the season, and to prevent the plants from freezing or drying.

In addition, the automatic spraying device 50 may be interlocked with the soil moisture sensor 22 and may be remotely controlled by a remote control device such as a remote controller.

When water shortage is detected by the soil moisture sensor 22, a notification signal can be transmitted not only to a notification device such as the LED module 12 or the speaker 16, but also an operation signal can be transmitted to the automatic spraying device 50 together, and the operation signal The automatic spraying device 50 receiving the transmission can supply water, etc. to the plant so that moisture can be automatically supplied, so that nutrition can be automatically supplied according to the state of the flower pot.

5A and 5B are exemplary diagrams of utilizing a rubber strap using a fitting portion, FIGS. 6A and 6B are exemplary diagrams of utilizing a rubber strap using a fixing table, and FIGS. 7A and 7B are exemplary diagrams of utilizing a rubber strap using a lower holder.

5A to 7B, the smart flower pot according to an embodiment of the present invention may have at least two rubber straps 60 at the bottom of the drip tray 30, and include two rubber straps 60 provided. It can be utilized to perform various fixation of smart pots.

Specifically, at least two rubber straps 60 may be provided at positions opposite to the center of the lower end of the drip tray 30 as a starting point. That is, when the two rubber straps 60 are provided, they are provided to face each other, and when the three rubber straps 60 are provided, they may be provided in a symmetrical structure at a radial position having the same width and spacing from the center.

In addition, a fitting portion 62 through which the rubber strap 60 can pass upward may be provided at a position corresponding to the position at which the rubber strap 60 is provided on the side of the design cover 40. For example, assuming that the drip tray 30 and the design cover 40 are hexahedral as shown in FIG. 5A, the rubber strap 60 may be located at the apex of the drip tray 30, and at the corners of the design cover 40 corresponding thereto The fitting portion 62 is provided.

As shown in Figure 5b, along the length of the fitting portion 62 provided in the design cover 40, the rubber strap 60 may pass upward, and both ends of the rubber strap 60 passing through the fitting portion 62 When tying and making a handle, the movement of the smart flower pot may be easy, and when tying both ends of the rubber string 60 to a high hanging string, the smart flower pot may be fixed to a high hanging string and formed to be crowned at a high position.

At this time, each side forming the fitting portion 62 is formed to prevent the separation of the rubber strap 60 to the side so that the rubber strap 60 is supported, whereby the smart flower pot can be fixed, more preferably If four rubber straps 60 are provided and supported from four sides, it is possible to perform fixing to minimize the shaking of the smart pot.

In addition, as shown in FIG. 6A, the outer surface of the plurality of surfaces forming the fitting portion 62 may form a plurality of rows at regular intervals along the length of the fixing base 64 forming the upper and lower layers. .

Due to this, as shown in Figure 6b, the rubber strap 60 may pass through the fitting portion 62 and then pass through any one of the fixtures 64, and the rubber straps 60 that have passed through the fixture 64 are attached to the fixture 64 By forming a length toward the side of the design cover 40 while being bent, and fixing a specific object or device using the ends of each rubber strap 60, it is possible to have stability to minimize the movement of the smart flower pot.

In addition, as shown in FIG. 7A, at a position where the rubber strap 60 is provided at the lower end of the drip tray 30, a winding-type or wall-shaped lower end holder 66 may be provided together.

As shown in Fig. 7b, the rubber strap 60 may be rolled or sandwiched through the lower fixing unit 66 of the winding type or the wall-shaped ring to form a support portion at the bottom of the drip tray 30, at this time, the rubber strap 60 ), due to the high friction, it can fix the movement of the smart pot, and it can have a cushioning power due to its flexibility.

The smart flower pot according to the embodiment of the present invention, which forms various fixing structures using such a rubber strap, can be fixed at various positions to improve aesthetics, while fixing using the frictional force of rubber, etc., and using flexibility It is formed so that it can be tied, so it has the advantage of improving stability.

8 is a perspective view of a smart flower pot according to an embodiment of the present invention in which a pumping injection part is provided, FIG. 9 is a projection view as viewed from the side of the pumping injection part of FIG. 8, and FIGS. 10A to 10C are pumping of FIG. It is an exemplary view of the wick structure in the injection pipe, which is one configuration of the injection unit.

8 to 10, the smart flower pot according to an embodiment of the present invention may further include a pumping spray unit 70 mounted between the body 10 and the design cover 40.

The pumping spraying unit 70 is formed to contain a liquid capable of emitting a fragrance such as perfume (hereinafter, referred to as “fragrance”) and sprayed around the flower pot, and the liquid receiving unit 71, the injection pipe 72, It may include a pumping member 74.

Specifically, as a container for accommodating the liquid accommodating part 71, the container may be mounted between the main body 10 and the design cover 40, and an injection port for injecting the flavor may be provided at one side.

The injection pipe 72 is connected to the lower part of the liquid receiving part 71 to form an upward length, and the number is not limited, and one end is connected to the side of the liquid receiving part 71 so that the other end is upright or inclined. By forming a length, it is possible to discharge the hygienic solution delivered from the liquid receiving portion 71 to the outside.

Here, the injection pipe 72 is formed in a wick structure to increase capillary force, and a throttling portion 73 that narrows the cross section may be formed at the other end, which has a low density of the fragrance discharged to the outside. It can be made to be sprayed by droplets.

In the case of a wick structure, it is not limited to any specific shape, and various structures such as a groove type, a braid type, and an annular type wick may be formed.

For example, the groove type is a type in which a plurality of grooves are formed in a direction intersecting the longitudinal direction of the injection pipe 72 as shown in FIG. 10A. It can be moved to the other end.

In addition, the braiding type is formed by inserting a wick formed by braiding a plurality of thin wires in a spiral direction into the interior of the injection pipe 72 as shown in FIG. 10(b). The force that the back moves to the other end of the injection pipe 72 increases.

In addition, the annular type wick is a form in which straight tubular wicks formed in an annular shape are provided at regular intervals along the inner circumferential surface of the injection pipe 72 as shown in FIG. 10(c), and the annular straight tubular wick has several strands. The fine wires can be configured in a bundle shape. Accordingly, triangular minute corners are formed between the fine lines, and the corners are formed by contacting the fine lines of a circular cross-section, and have sharp corners, thereby improving capillary force so that the antiseptic solution moves to the other end of the injection tube 72 The strength will increase.

Through the above-described wick structure, the fragrance liquid flows more rapidly to the other end of the injection pipe 72 of the fragrance liquid, and when the fragrance liquid passes through the throttling section 73, the pressure is instantaneously increased. Afterwards, the pressure drops sharply, so that the density is significantly lowered, and eventually the fragrance liquid becomes droplets and can be sprayed around the smart pot.

Such an action starts from the action of a force applied to the pumping member 74 that presses the liquid such as the hygienic solution contained in the liquid receiving part 71 and pushes it to the injection pipe 72, and the pumping member 74 applies a pressing force. In order to increase it, it may be formed to be inclined toward the lower center in contact with the fragrance. That is, the inclined surface of the pumping member 74 is formed to push the hygienic liquid toward the injection pipe 72.

In addition, the pumping member 74 may be provided with a return spring 75 at the bottom so as to return at the same time as pressurization. In the above, the description was limited to the fragrance liquid to aid understanding, but the liquid receiving portion 71 includes various The liquid is contained and can be manually sprayed.

The smart flower pot according to the embodiment of the present invention including the pumping spray part 70 as described above can harmonize with the plant by spraying fragrance around the flower pot, improving aesthetics, and spraying water. It can be operated to manually control the moisture supply or the temperature around the pot.

The embodiments of the present invention have been described above with reference to the accompanying drawings, but those of ordinary skill in the art to which the present invention pertains can be implemented in other specific forms without changing the technical spirit or essential features of the present invention. You can understand. Therefore, the embodiments described above are illustrative and non-limiting in all respects.

10: main body
12: LED module
14: power supply terminal
16: speaker
20: tray
22: soil moisture sensor
30: drip tray
35: filter
40: design cover
50: automatic injection device
51: first liquid reservoir
51a: heating part
51b: cooling unit
511: bulkhead
512: Peltier element
52: first connector
52a: 3-way valve
53: second liquid reservoir
54: second connector
54a: on/off valve
55: dilution part
57: injection part
571: injection pipe
572: pump
573: injection nozzle
60: rubber strap
62: fitting
64: fixture
66: lower fixing rod
70: pumping injection part
71: liquid receiving portion
72: injection pipe
73: throttling part
74: pumping member
75: return spring

Claims (4)

As a smart potted plant equipped with a soil moisture sensor that detects moisture in the soil and notifies the outside when moisture is insufficient,
A main body including an LED module that emits light by receiving power from inside or outside;
A plurality of trays that are multi-coupled to the top of the body in vertical stages to plant plants inside, and to which the soil moisture sensor is mounted on one side;
A drip tray that is coupled to the lower end of the body and is connected to the tray to accommodate falling water, and
It includes a design cover coupled to the top of the main body to surround the tray to form an exterior design,
The moisture shortage notification is a smart potted plant comprising a method of performing a notification by blinking the LED module or emitting a different color than usual, or a method of performing a notification through an output through a speaker.
The method of claim 1,
Further comprising an automatic spraying device formed to automatically spray water, a chemical solution or a diluted chemical solution to the plants in the tray,
The automatic injection device,
A first liquid reservoir for accommodating a first liquid that is one of water or a chemical solution;
A second liquid reservoir for accommodating a second liquid that is different from the liquid contained in the first liquid reservoir among water or chemical liquids;
A dilution formed to dilute the chemical solution by being connected to the first liquid reservoir and the second liquid reservoir through a connection pipe to selectively receive either the first liquid or the second liquid, or to receive both the first liquid and the second liquid. Wealth and
And a spraying part connected to the dilution part to receive one of water, a chemical liquid, and a diluted chemical liquid and spray it to the top of the tray,
The first liquid reservoir or the second liquid reservoir,
Divided by the partition wall to receive the first liquid or the second liquid double, but a Peltier element is mounted on the partition wall to form a heating unit and a cooling unit on one side and the other side, respectively, thereby forming the first liquid or the second liquid. Heating and cooling,
The dilution part,
Smart flower pot, characterized in that it is provided with an ultrasonic vibration element to perform agitation by ultrasonic vibration.
The method of claim 1,
At least two rubber straps are provided at the lower end of the drip tray in a position facing the center as a starting point,
A fitting part for passing the rubber strap upward is provided on the side of the design cover corresponding to the position where the rubber strap is provided,
The outer surface forming the fitting portion is formed in a plurality of rows at regular intervals along the length of the fixing base forming the folds upward and downward,
A winding-type or wall-shaped lower end holder is formed at a position where a rubber strap is provided at the bottom of the drip tray,
Smart potted plant, characterized in that it can be used as a pedestal by passing the rubber strap through the fitting part, passing through one of a plurality of fixing bars, or fixing it to the lower fixing bar.
The method of claim 1,
Further comprising a pumping injection unit mounted between the body and the design cover,
The pumping injection unit,
A liquid receiving portion for receiving a liquid;
One end is connected to the side of the liquid receiving part, and the other end is an injection pipe forming a length in an upright or inclined direction, and
Comprising a pumping member that pressurizes the liquid contained in the liquid receiving part and pushes it to the injection pipe, and has a return spring at the lower end to return after pressurization,
The injection pipe,
Smart potted plant, characterized in that the inside is formed in a wick structure to increase capillary force, and a throttling portion to narrow a cross section is formed at the other end to spray liquid droplets.

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