KR101364511B1 - Inorganic surface preparation compound - Google Patents

Abstract

The functional groove is provided with a locking groove so that the handle of the eruption can be properly fixed to the handle, and has an LED module for irradiating artificial light with the leaf of the eruption.
These functional pots are able to smoothly perform the photosynthesis action of the eruption leaves through the LED module even when the eruption is placed indoors, and the flower pot of the eruption can always be fixed properly through the hanger groove. Since the energy source formed in can be smoothly supplied to the eruption flower for a long time, it is possible to effectively extend the tubular life of the eruption.

Description

Functional Flowerpot {INORGANIC SURFACE PREPARATION COMPOUND}

The present invention relates to a functional flower pot, and more particularly, to a functional flower pot provided to extend the ornamental life of the eruption arranged in the indoor space for the ornamental and to more easily manage the differentiation during the coronal period.

Ornamental flowers are generally used in the form of cut flowers or planted in potted plants, and in recent years, it is increasingly used for ornamental purposes in consideration of the short lifespan of cut flowers.

However, in the case of differentiation, it is true that it has a relatively long life compared to cut flowers, but in the simple container-shaped potted flowers, flowers are easily withered when the flower beds are broken or damaged, and thus, they do not actually have a large ornamental period compared to the flowers. There is a situation.

In addition, most urban residents who have no yard and have a small living space are contemplating the differentiation indoors. In the case of indoor spaces, light is insufficient to obtain sufficient energy for preserving differentiation.

Of course, you can think of the case where the eruption is selected by placing a lot of sunshine time toward the window, but in this case, there must be enough space to put the eruption on the window side. Will be created.

Published Utility Model Publication No. 20-1998-017484

The present invention has been made to solve this problem, and an object of the present invention is to provide a functional flower pot provided to extend the coronary life of the eruption arranged for the ornamental space in the indoor space and to manage the eruption more easily during the coronal period.

In order to achieve the above object, the functional flowerpot according to the present invention is provided to be retractable to receive a container with a differentiation planted inside the opening of the upper portion of the main body to the outside, and differentiated to a handle formed on the upper side of the opening to connect both sides around the opening. Hanging groove is formed so that the flower stalk is supported, characterized in that it comprises an LED module for irradiating light toward the leaf of eruption.

The hook groove is characterized in that it comprises an engaging section extending from the other end of the entry section so that one end is opened to the outside of the handle and the other end is extended into the handle and the entry section.

The LED module is installed on the inner surface of the handle to face the opening.

In addition, the functional flowerpot according to the present invention is a moisture detection sensor provided to detect the amount of water in the soil accommodated in the container, and a notification provided to inform the water supply to the outside when the amount of water detected by the moisture detection sensor is less than a predetermined reference moisture content It further comprises a device.

In addition, the functional flowerpot according to the present invention is an air inlet formed on one side of the main body, an air discharge port formed on the other side of the main body, an anion generating module installed inside the main body between the air inlet and the air discharge port, the outside air is the air And an anion generating device including a blower that is introduced into the main body through a suction port and blows out to the outside of the main body through the air discharge port together with negative ions in a state of passing through the anion generating module. do.

As described above, the functional flowerpot according to the present invention is provided with a locking groove so that the flower pot of the eruption can be correctly fixed to the handle, and has an LED module for irradiating artificial light with the leaf of the eruption.

Therefore, according to the present invention, even if the differentiation is arranged indoors, the photosynthetic action of the eruption leaves can be smoothly performed through the LED module, and the flower beds of the eruption can be always kept correctly fixed through the hook groove. Since the energy source formed from the eruption leaf can be smoothly supplied to the eruption flower for a long time, it is possible to effectively extend the tubular life of the eruption.

1 is a perspective view of a functional pot according to an embodiment of the present invention.
2 is a cross-sectional view of a functional flowerpot according to an embodiment of the present invention.
3 is an exploded perspective view of a functional flowerpot according to an embodiment of the present invention.
Figure 4 is an enlarged plan view showing the main structure of the handle in the functional flowerpot according to an embodiment of the present invention.

Hereinafter will be described in detail with reference to the accompanying drawings functional functional plant according to an embodiment of the present invention.

Functional flower pot according to the present embodiment is provided to install the differentiation (10) in the room for the tubular, as shown in Figures 1 to 3, having a main body 20 forming the appearance.

The main body 20 has a front main body 21 forming a front, a rear main body 22 forming a rear, and a lower main body 23 supporting a lower portion of the front main body 21 and the rear main body 22. Are combined.

The lower body 23 is composed of an outer body 23A and an inner body 23B located inside the outer body 23A, and the lower end of the inner body 23B is closed by the bottom plate 24.

An opening 31 is formed in an upper portion of the main body 20, and an upper space inside the main body 20 inside the opening 31 has a container accommodation space for receiving the container 11 in which the differentiation 10 is planted to be retractable to the outside ( 32).

The container 11 is formed of a simple synthetic resin material that can be used as a disposable flower pot, etc., the container receiving space 32 is provided with a water reservoir 33 provided in the form of a container 11 so that the container 11 is seated.

The container 11 may be drawn out through the opening 31 in a state in which the container 11 is seated inside the water reservoir 33, and in some cases, the container 11 is external to the body 20 together with the water reservoir 33. May be withdrawn.

Therefore, when using the functional potted plant, it is possible to simply install the container 11 in which the differentiation 10 is planted inside the opening 31 of the upper part of the main body 20 by a cartridge method, as well as the outside in the state installed in the main body 20. It can be easily withdrawn so that the installation and replacement of the differentiation 10 can be easily performed.

In addition, a handle 40 connecting the both sides of the opening 31 to the upper portion of the opening 31 of the main body 20 is integrally provided with the main body so that the main body 20 can be easily held by the hand. 40 is installed to cross the central portion of the upper portion of the opening 31, the handle 40 is formed with a hook groove 41 so that the flower bed (c) of the eruption 10 is caught and supported.

As shown in FIG. 4, the hook groove 41 has an entrance formed along the direction perpendicular to the lengthwise direction of the handle 40 so that one end thereof is opened to the outside of the handle 40 and the other end thereof extends into the handle 41. It is configured to include a section (41a) and the engaging section (41b) bent extending in the longitudinal direction of the handle 40 from the other end of the entry section (41a) so as to intersect the entry section (41a) through the entry section (41a) As the flower bed (c) entered into the locking section 41b is moved to be stably supported in the locking groove (41) inside.

Thus, the configuration of the locking groove 41 provided in the handle 40 so that the flower bed (c) is supported is prevented from being bent or damaged by the impact from the outside as well as toward the stem (d) From the flower (a) to supply the nutrients to facilitate the supply of flowers (c) is to straighten the life of the flower (a) more effectively.

On the other hand, light is an energy source for photosynthesis of green plants. Plants perform photosynthesis by mobilizing chloroplasts in their leaves, and carbohydrates obtained through photosynthesis become energy required for plants to grow. The functional flower pot is provided to have an LED module 50 to stably extend the life of the eruption 10 even in a state where it is installed in an indoor space where sunlight does not shine properly. The driving of the LED module 50 is controlled by the control panel 60 installed between the water reservoir 33 and the front body 21.

The LED module 50 is preferably provided to irradiate light toward the leaf (b) of the differentiation 10 having a lower position than the flower a so that the differentiation 10 can effectively perform photosynthesis using the LED light. To this end, in this embodiment, the LED module 50 is installed through the inner surface of the handle 40 to irradiate the LED light toward the leaf (b) of the eruption (10).

The LED module 50 is composed of a substrate 51 and a plurality of LEDs (LEDs) 52 installed on the substrate 51, and evenly irradiates light with various leaves b of the differentiation 10. It is preferable that the LED module 50 is provided in plurality.

In the present embodiment, the LED module 50 is configured in pairs and is inclined to face the opening 31 on both sides of the inner surface of the handle 40, respectively.

As described above, the LED module 50 disposed to be inclined toward the opening 31 effectively irradiates the LED light toward the leaf b, and illuminates the entire circumference of the opening 31 from the top to the bottom for the mood lighting. It is also suitable for use.

On the other hand, the color and brightness of the LED 52 constituting the LED module 50 can be changed in various ways according to the type and characteristics of the LED 52, accordingly, the light beam effect by the LED module 50 is the LED module It is possible to adjust according to the color and brightness of the LED 52 employed in 50.

Graph 1 and Table 1 below show experimental values of the differentiation lifespan of small Palenopsis fortune salzman according to the quality and intensity of LED.

In the case of small palenopsis, the flowering period is long and the fragrance radiates, which is not only suitable for indoor ornamental use, but also for the ornamental use through the functional flowerpot according to the present embodiment because the flower stalk is formed relatively long and straight compared to the position of low leaves. Do.

(Graph 1)

Differentiation Life of Fortune Salts in Small Palenopsis According to LED Light Quality and Luminance Level

Differentiation Life Segmentation for Forerunner Salzmann's Final Coronary Value Duration According to Indoor Placement Location, LED Brightness Level and Light Quality
Group name

Last differentiation life
(Period of maintenance of ornamental value)
process


A



About 112 days

R1W1 PPFD100

Veranda Sunlihgt

R3W1 PPED50








B










About 88 days



R2W1 PPED100

R1W1 PPED50

R3W1 PPED100

R3W1 PPED10

R2W1 PPED50

R2W1 PPED10


C


About 65 days

R1W1 PPED10

Indoor Fluorescent

D
About 45 days
Darkness PPED 0

In the graph and table above, "R" and "W" represent the color of the LED, such as "RED" and "WHITE", respectively, and the number next to R and W indicates the ratio of the LED.

As can be seen from the above graph 1 and table 1, RED and WHITE of LEDs effective for plant growth are combined into R3: W1, R2: W1, R1: W1, and the luminance levels are PPED 100, 50, 10 (μmol · m). ^-2 ㆍ s ^-1 ) shows that the R1W1 PPED100 and R3W1 PPED50 treatments exhibit the same level of luminous effect as the natural light on the interior window porch, and the higher the ratio and luminosity of the overall RED, the differentiation life. It can be seen that this becomes longer.

In addition, a water detection sensor 61 is provided inside the main body 20 under the water reservoir 33 to detect the amount of water in the soil inside the container 11 so that the water supply time of the differentiation 10 can be easily identified during the coronal period. If the amount of moisture inside the container 11 detected by the moisture detection sensor 61 is smaller than a predetermined reference moisture amount, the information is transmitted to the user through the notification device 62.

The moisture sensor 61 is fixed in a state where the tip is inserted into the installation hole 34a of the support plate 34 supporting the lower portion of the water reservoir 33 by providing a tip that can enter the container.

In addition, the notification device 62 is configured as a notification light that can visually inform the water supply information is integrally installed on the control panel 60, the moisture sensor 61 is electrically connected to the control panel. In the case of the notification device 62 may be composed of a buzzer and the like to audibly inform the water supply information.

Therefore, the functional flowerpot according to the present embodiment can automatically recognize the watering time of the eruption 10 during the coronation period of the eruption 10 through the operation of the moisture detection sensor 61 and the notification device 62. .

In addition, the functional flower pot installed in the indoor space is further provided with an anion generator 70 to more effectively improve the quality of the indoor air.

The negative ion generating device 70 has an air suction port 71 formed in the outer body 23A of the lower body 23, an air discharge port 72 formed in the front body 21, an air suction port 71 and an air discharge port. The negative ion generating module 73 installed inside the main body 20 between the 72 and the outside air is introduced into the main body 20 through the air suction port 71 and generated in the state of passing through the negative ion generating module 73. It is configured to include a blower 74 for providing a blowing force to be discharged to the outside of the body 20 through the air discharge port 72 with the negative ions.

The inner body 23B of the lower body 23 is provided with a guide passage 23a for guiding external air introduced through the air suction port 71 toward the negative ion generating module 73 when the blower 74 is operated. At the inlet of the guide passage 23a, a filter cover 82 for accommodating the filter 81 therein is mounted to filter foreign matter contained in the air.

In addition, the blower 74 is installed inside the main body 20 inside the air discharge port 72 so that negative ions and external air generated by the negative ion generating module 73 are discharged to the front of the main body 20 through the air discharge port 72. do.

The negative ion generating device 70 is provided to be selectively operated when the user is smooth, the driving of the negative ion generating device 70 is also controlled through the control panel 60. The control panel 60 is connected to the USB power connection terminal 90 installed on the inner body 23B of the lower body 23 to receive the USB power. Of course, unlike the present embodiment, the power source of the functional pot can be replaced by a general adapter method.

And the front of the main body 21 in the upper air discharge port 72 is provided with a control unit 100 for the overall operation of the functional flower pot, the operation unit 100 is provided by a touch type anion generator 80 and the LED module 50 It is composed of a plurality of selection switches 101 for selecting the operation of.

For reference, reference numeral 110 is a transparent window provided between the air discharge port 72 and the operation unit 100, the functional flowerpot user through the transparent window 110, the flashing operation of the notification light from the outside of the main body 20 It can be confirmed with the naked eye.

20: main body 33: water reservoir
40: handle 41: hook groove
50: LED module 60: control panel
61: moisture sensor 62: notification device
70: negative ion generating device 71: air intake
72: air outlet 73: negative ion generating module
74; Blower 81: Filter

Claims (5)

A main body provided with a container accommodating space inside the opening of the upper part so as to receive the differentiated container outwardly;
A handle formed at an upper side of the opening to connect both sides of the opening:
Hanging groove provided in the handle so that the flower pot of the eruption is supported; And
Functional flower pot comprising a; LED module provided on the handle to irradiate light toward the leaf of the differentiation. The method of claim 1,
The hook groove is a functional flowerpot, characterized in that it comprises an access section, one end of which is opened to the outside of the handle and the other end of which extends into the handle, and a hook section extending from the other end of the entry section so as to intersect with the entry section. 3. The method of claim 2,
The LED module is a functional pot, characterized in that installed on the inner surface of the handle to face the opening. The method of claim 1,
And a moisture detection sensor provided to detect the amount of water in the soil accommodated in the container, and a notification device provided to notify the water supply to the outside when the amount of water detected by the moisture detection sensor is less than a predetermined reference water content. Functional potted plants. The method of claim 1,
An air inlet formed on one side of the main body, an air outlet formed on the other side of the main body, an anion generating module installed inside the main body between the air inlet and the air outlet, and the outside air flow into the main body through the air inlet And a negative ion generating device including a blower that provides a blowing force to be discharged to the outside of the main body through the air discharge port with anion in the state of passing through the negative ion generating module.

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