KR20050087379A - Automatic supplying apparatus of water for jardiniere fitted on electric pole - Google Patents

Abstract

The present invention is installed on a pole, such as a pole or street lamp installed on the street installed a planter for the beautification of the environment and the pollen device for the electric pole with an automatic moisture supply function to automatically supply moisture to the pot to reduce the management cost It is about.

The present invention is mounted on the pole pole is installed mounting pots; A nozzle for supplying water to the potted plant installed on the mount; A water supply pipe for delivering water to the nozzle; A water tank for storing water and supplying water to the water supply pipe; A pump for transmitting water in the tank to the water supply pipe; Recovery means for recovering the water supplied to the pot installed in the mount and transferring it to the tank; A humidity sensor installed in the flower pot installed on the mount to detect humidity in the flower pot; Operating means for setting an operating time of the pump; When the time set by the operation means or the humidity in the flower pot measured by the humidity sensor is lower than the preset time is configured to control the pump to supply the water in the tank to the nozzle through the water supply pipe.

Description

Automatic Supplying Apparatus of Water for Jardiniere Fitted on Electric Pole with Automatic Water Supply

The present invention relates to a pole device with an automatic water supply function, more specifically, for poles equipped with an automatic water supply function for installing a flower pot mounted on a pole, such as a pole or street lamp installed in the horizontal It relates to a flower pot device.

General roads are divided into lanes and sidewalks, and street lamps are usually installed at regular intervals between the sidewalks and sidewalks.

In addition, in India, in order to beautify the environment, there are many cases in which pots are simply installed on the floor or prepared by installing separate shelves.

In this way, herbal plants are planted in pots installed around roads.

By the way, herbaceous plants need a lot of moisture for growth, but because they are planted in pots and do not take root in the ground, they are grown entirely depending on the moisture contained in the soil in the pots.

Therefore, in the case of herbaceous plants that are planted in pots must be frequently supplied with water, so a lot of costs in terms of management.

On the other hand, in order to simplify the management of the horizontal potted plant as described above, filed on July 13, 2002 and registered as Utility Model Registration No. 20-297326 on November 27, 2002 "holding horizontal flower bed with a water container" This is introduced.

The utility model registration No. 20-297326 is shown in Figure 1, the water supply container 91 mounted on the upper end of the support stand 90, the advertising board 92 attached to the front surface of the water supply container 91, the water supply Pots 93 and 94 mounted below the tub 91, pots 95 installed on the pot holders 93 and 94, one end of which is connected to the lower end of the water container 91 and the other end thereof is It is composed of a water supply pipe (96) which is embedded in the flower pot (95) to transfer the water of the water container (91) to the flower pot (95).

The conventional horizontal flower bed is configured as described above is characterized in that the water in the water container 91 is moved to the flower pot 95 through the water supply pipe 96, has the following problems. That is, there is no device to control the movement of water in the water supply pipe (96) connected between the water supply tank (91) and the flower pot (95) to continuously supply water until the water in the water supply tank is exhausted, causing the waste. As such, the excessively supplied water is leaked and discarded under the pot without being recovered.

In addition, in order to increase the advertising effect of the billboard attached to the water container, the installation height of the water bottle should be similar to the height of the gaze of the people walking, so the installation position of the flower pot is relatively low, and the aesthetic effect of the flower pot is reduced.

It is difficult to manage the water supply because it is impossible to check the humidity of the pot, and since the water supplied to the water tank is moved to the pot immediately after supplying it, it is no different from the fact that water is supplied directly to the pot. I have a problem.

In addition, the amount of supply or the supply cycle of the water must be varied according to the type of plant planted in the pot, that is, the herbaceous plant or the woody plant, and the conventional pollen device cannot manage such water supply.

As a result, there is a limited amount of human resources and time available for the management of pots in groups that manage potted plants in the streets. Therefore, it is recommended to manage them once every two to three days in summer and once a week in spring / autumn. It is common.

Therefore, there is a problem in that the type of plants used for the composition of the beautification environment is limited because a plant suitable for the pollen management pattern must be selected and planted in the pot.

In addition, in order to install the water supply pipe 96 for supplying water from the water supply container 91 to the flower pot 95, one end of the water supply pipe 96 is connected to the water supply container 91 and the other end of the water supply plant (95) It must be buried inside.

Therefore, there is a problem that requires a very difficult work process that should be embedded in the flower pot (95) as described above each time to replace the pot.

However, in order to bury the water supply pipe 96 in a potted plant in a state where plants are actually planted, a problem arises in that the plant is damaged. Since plants must be planted in a state in which the same water supply pipe 96 is embedded in advance, pollen planting work is complicated, and there is a problem in that a huge cost loss occurs due to the installation of the water supply pipe 96.

Therefore, the present invention has been made in view of the problems of the prior art, the object of which is to manage the pots through the automatic and minimal water supply management of the water supply of the pots installed for the beautification of the environment installed on the street It is to provide a pollen device for electric pole with an automatic moisture supply function that can reduce the cost, and can cover the pot management costs through advertising by pots.

In order to achieve the above object, the present invention is mounted on the pole pole is installed planter; A nozzle for supplying water to the potted plant installed on the mount; A water supply pipe for delivering water to the nozzle; A water tank for storing water and supplying water to the water supply pipe; A pump for transmitting water in the tank to the water supply pipe; Recovery means for recovering the water supplied to the pot installed in the mount and transferring it to the tank; A humidity sensor installed in the flower pot installed on the mount to detect humidity in the flower pot; Operating means for setting an operating time of the pump; And a control unit for supplying water in the water tank to the nozzle through a water supply pipe by driving the pump when the time set by the operation means or the humidity in the flower pot measured by the humidity sensor is lower than a preset time. It provides an electric pole planter with an automatic moisture supply function.

The operating means may be mounted on a pole and connected to the control unit by wire to input a setting for driving the pump at a predetermined time, or a receiving unit which is connected to the control unit by wire to transmit a control signal and the A remote controller may be configured to input a setting for driving the pump at a predetermined time, convert the input signal into a control signal, and wirelessly transmit the converted signal to the receiver.

The mounting bracket is composed of a bracket fixed to the pole, the support is connected to a branch form on one side of the bracket, the support is formed extending to the support to place the planter; Bracket is fixed to the pole, a plurality of supports connected in the form of a branch to the bracket, a hollow portion for receiving the pole is formed in the center is composed of a pedestal supported by the plurality of supports.

The recovery means is mounted to the lower end of the pedestal is composed of a drip tray for collecting the water leaked from the pot, the collection pipe connecting the drip tray and the water tank.

The tank is installed between the mounting table and the pot, or mounted on the pole, or beneath the ground on which the pole is installed, the tank installed on the ground includes a receiving portion for storing water, an inlet for injecting water, It is installed in the inlet is composed of a filter to prevent the inflow of foreign matter, the height of the inlet is buried below the ground height.

The mounting bracket is composed of a pedestal in which the pot is installed, a bucket surrounding the pot placed on the pedestal, an advertisement board formed with advertisement contents, and attached to an outer circumferential surface of the tub, and further comprising driving means for rotating the tub with respect to the pedestal. It is configured to include or is attached to the outer circumferential surface of the pot further comprises a billboard for advertising.

The controller may further include a sound generator for storing audio data including advertisement contents and a speaker for outputting the same, and the controller may further include a proximity sensor configured to detect when a person approaches within a predetermined distance. .

(Example)

Hereinafter, with reference to the accompanying drawings showing a preferred embodiment of the present invention described above in more detail.

Referring to FIG. 2 for a schematic configuration of a device for pots for electric poles equipped with an automatic water supply function according to the present invention, a mounting table (not shown in FIG. 2) mounted on a pole and installed with pots is provided with water. The stored water tank 17, the pump 16 for delivering water in the water tank 17, the nozzle 18a installed on the pot 19, the water received from the pump 16, the nozzle 18a The water supply pipe 18 to be delivered to the lower end of the mounting table, the collecting means 17a for collecting the water leaked from the pot 19 to recover the water tank 17, and controls the driving of the pump 16 Control unit 10, the humidity sensor 11 for measuring the humidity in the flower pot 19, the operation unit 15 for connecting the control unit 10 by wire to the operation means for setting the driving start of the pump 16. Alternatively, the controller 10 receives the remote control 14a and the remote control 14a capable of wireless adjustment. It is composed of a receiving unit 14 to be input to.

In addition, in some cases, the temperature sensor 12 for measuring the temperature in the potted plant and the drive unit 13 for rotating the billboard mounted on the mounting may be further configured.

The electric pole pollen device with an automatic water supply function according to the present invention as described above will be described in detail through each embodiment.

In each embodiment, the pole is assumed to include street poles and all poles for supporting power and telephone line poles or advertisements and exhibits.

In addition, the control unit 10 is installed inside the electric pole, the operation means is installed in a position accessible to the manager, the humidity sensor 11 is installed in the pot to measure the humidity of the pot soil.

When the pump is a submersible pump embedded in the tank, in order to prevent the pump from being damaged due to sludge or the like contained in the water, the pump is formed at a position lower than the inlet of the pump installed below the inside of the tank. It is preferable that a sludge settling portion to be precipitated is formed, and a drain cock is formed in the sludge settling portion to periodically wash the water tank.

1. First embodiment (see Fig. 3)

The first embodiment is an embodiment for supplying water to a plurality of pots using one tank (25).

The water tank 25 is buried in the ground near the electric pole 20 buried in the ground.

The water tank 25 is made so that the height of the inlet port (25a) is lower than the height of the ground so that the water of the ground during the rain flows into the water tank 25, foreign matter contained in the incoming water is introduced into the water tank (25) A double filter for preventing is mounted on the inlet 25a.

The double filter is preferably composed of a first filter 25b for filtering relatively large substances such as leaves, and a second filter 25c for filtering foreign substances of a relatively small size such as sand.

The mounting table is installed on the pole 20, the planter 22 is installed is a bracket 21a made of a band-shaped so as to be fixed to the pole 20 is connected to one end of the base (22) on which the planter 22 is placed ( 24a) is composed of a support 21 is connected, a plurality of such mounting is mounted on the pole 20, such as a plurality of branches.

The pedestal 24a serves to support the pot 22 and at the same time serves to collect water leaked from the pot 22.

The support 21 is coupled to a water supply pipe 23 for supplying water and a recovery pipe 24 for recovering water. The water supply pipe 23 is connected to a plurality of supports 21 to the water tank 25. The recovery pipe 24 is connected to the water tank 25 while being connected to each pedestal 24a.

One end of each of the water supply pipes 23 is connected to a support pipe 23a for supporting the nozzle 23b for spraying water onto the flower pot 22.

The pump 26 for transmitting water in the water tank 25 through the water supply pipe 23 may be installed on the ground near the water tank 25 or may be installed in the water tank 25 by using an underwater pump.

In addition, a control unit (not shown in FIG. 3) for controlling driving of the pump 25 is built in the electric pole 20, and the humidity sensor (not shown in FIG. 3) is included in the flower pot 22. An operation unit 27, which is internally installed and enables setting for control through the control unit, is installed in the pole 20.

2. Second embodiment (see Fig. 4)

The second embodiment is an embodiment for supplying water to a plurality of pots using a single water tank 35 as in the first embodiment.

The tank 35 is fixedly installed by using a bracket at the bottom of the electric pole 30 buried in the ground. At this time, the pump 36 which delivers the water in the water tank 35 uses an underwater pump.

The mounting table to which the pot 32 is mounted has the same structure as that of the first embodiment, and has a band type support 31 connected to one end of the bracket 31a fixed to the electric pole 30, and the support ( 31 are respectively coupled to the water supply pipe 33 and the recovery pipe 34 connected to the water tank 35, the pedestal 34a connected to the other end of the support 31 and serve as a drip tray, and of the water supply pipe 33. It is comprised by the support pipe 33a connected to each end and supporting the nozzle 33b.

A control unit (not shown in FIG. 4) for controlling the driving of the pump 36 and an operation unit 37 for setting are provided in the electric pole 30. In addition, the humidity sensor is also built in the pot 32 is connected to the control unit.

3. Third embodiment (see Fig. 5)

The third embodiment is an embodiment in which the water tank 43 is installed in each pot 42 to supply water.

The mounting table in which the flower pot 42 and the water tank 43 are installed is made of a band-like bracket 41a fixed to the electric pole 40, a support 41 of which one end is connected to the bracket 41a in the form of a twig, It is composed of a pedestal (41b) connected to the other end of the support (41).

The flower pot 42 and the water tank 43 installed on the pedestal 41b are formed in one piece, and the water tank 43 is installed under the flower pot 42.

A pump (not shown in FIG. 5) composed of an underwater pump is installed in the water tank 43, and water received from the pump is installed on the flower pot 42 through a water supply pipe 44 and supplied to the nozzle 45. .

The humidity sensor is installed in the pot 42, the operation unit 46 for setting the driving time of the pump is installed on the pole 40, the signal in accordance with the input from the operation unit 46 and the humidity sensor A control unit (not shown in FIG. 5) for controlling the pump is also provided in the electric pole 40.

4. Fourth embodiment (see Fig. 6)

The fourth embodiment is an embodiment in which the potted plant 51 is arranged in a vertical form on the pole, unlike the first to third embodiments in which the potted plant is arranged in the form of a twig.

To this end, the tank 52 made of an annular structure so that the center portion is mounted to the pole 50 is fixed to the pole 50 by the bracket 52a, the pump 52 of the type of pump (Fig. Not shown in Figure 6).

Like the water tank 52, the pot 51 is composed of an annular structure, the center of which is inserted into the pole 50, the pollen 51 of such a structure is mounted on the pole 50 multi-stage.

In addition, a plurality of flower pots 51 mounted on the pole 50 are connected to the top of the flower pot 51 having an annular distribution pipe 54 and a lower portion of the distribution pipe 54 to receive water, respectively. A water supply means composed of a plurality of first nozzles 56 which are mounted at one end of each of the first branch pipes 55 and one end of each of the first branch pipes 55 to spray water.

In addition, the bottom of each of the pots (51) is equipped with a drip tray (51a) for collecting the water leakage, the second branch pipe (57) and the second nozzle (58) by collecting the water leaked from each pot (51) It is delivered to the pot below through the water, and the water collected in the drip tray (51a) mounted on the bottom pot is recovered to the tank 52 through the recovery pipe (53a).

In the fourth embodiment, the distribution pipe 54, the first branch pipe 55, and the first nozzle 56, which are water supply means mounted on the uppermost potted plant from the water tank 52 through the pump and the water supply pipe 53, are provided. Once water is supplied through the water), the water leaked through each drip tray 51a is collected and sequentially delivered to the flower bed below through the second branch pipe 57 and the second nozzle 58.

On the other hand, since the fourth embodiment has a structure in which the electric pole 50 is inserted in the center thereof, the water tank 52, the flower pot 51, the drip tray 51a, etc. are composed of two sections to facilitate the mounting. It is preferable to have a structure that is coupled to each other through a coupling means (for example, bolts and nuts) not shown in the figure is mounted on the electric pole 50.

In addition, a humidity sensor is installed in the flower pot 51, and an operation unit 59 for setting the driving time of the pump is installed in the electric pole 50, and a signal input from the operation unit 59 and the humidity sensor. Accordingly, a control unit (not shown in FIG. 6) for controlling the pump is also installed in the pole 50.

In particular, in the case of the fourth embodiment, it is useful when carrying a heavy flower or tree.

5. Fifth embodiment (see Fig. 7)

Unlike the fourth embodiment, the fifth embodiment has an annular structure and is independently installed on the pole 60. The fifth embodiment has a structure in which a plurality of flower pots 62 are mounted.

In the fifth embodiment, the electric pole 60 is inserted into a central portion thereof, and a drip tray 67 formed in the form of a funnel as many as the number of the pots 62 to be mounted, and a housing mounted in a cylindrical structure at the edge of the drip tray 67. 61 and the water tank 63 inserted into the central portion thereof and integrally formed with a water tank 63 mounted below the drip tray 67.

In addition, a plurality of supports 64a are connected to the lower end of the housing 61, and the plurality of supports 64a are fixed to the bracket 64 mounted on the electric pole 60.

The fifth embodiment made as above is the same as the number of the pots 62 through the distribution pipe (not shown in Figure 7) connected to the water pump (not shown in Figure 7) built in the water tank (63) The water supply for each pot is made through the water supply pipe 65 and the nozzle 66 arranged in the same manner.

On the other hand, since the fifth embodiment has a structure in which the electric pole 60 is inserted in the center thereof, the housing 61, the water tank 63, the drip tray 67, and the like are composed of two sections in order to facilitate mounting. It is preferable to have a structure that is coupled to each other through a coupling means (for example, bolts and nuts) not shown in the figure is mounted on the pole 60.

In addition, a humidity sensor is installed in the flower pot 62, and an operation unit 69 for setting a driving time of the pump is installed in the pole 60, and is applied to a signal input from the operation unit 69 and a humidity sensor. Accordingly, a control unit (not shown in FIG. 7) for controlling the pump is also installed in the pole 60.

6. Sixth embodiment (see Figs. 8 to 10)

The sixth embodiment is an embodiment related to the pot device that is independently installed in the form of branches in the pole as in the third embodiment.

The sixth embodiment is a water tank 74 for supplying water, a drip tray 73 mounted on the water tank 74 to collect water leaked from the flower pot 71, and the flower pot 71 on the water tank 74. Support portion 70 to support for mounting, the housing 72 is rotatably mounted relative to the water tank 740 while wrapping the outer peripheral portion of the pot 71, between the housing 72 and the water tank 74 And rotating means for rotating the housing 72 and water supply means for supplying water from the water tank 74 to the flower pot 71.

As shown in FIG. 10, the support part 70 has an annular potted hanger part 70c having a potted plant 71 mounted thereon, a horizontal support part 70b formed horizontally in the potted hanger part 70c, and the horizontal It consists of a vertical support portion 70a extending perpendicular to the support portion 70b, and a lower support portion 70d formed vertically at the lower end of the vertical support portion 70a to support the lower end portion of the water tank 74.

The water supply means is a pump (not shown in FIG. 9) mounted in the water tank 74 to transmit water, a water supply pipe 74a for supplying water from the pump to the pot 71, and the water supply pipe It consists of the nozzle 74b which injects the water supplied by 74a to the pollen 71. FIG.

The rotating means is mounted between the housing 72 and the water tank 74 and coupled to each other while the lower support end and the side support end for supporting the lower end and the lower side end of the housing 17 on the lower end thereof, respectively. A plurality of lower support rollers 76 and side support rollers, which are attached to the formed coupling part 75 and the lower support end and the side support end formed at the lower end of the coupling part 75 to facilitate the rotation of the housing 72. (Not shown in the drawing), a belt 78a mounted on the outer circumferential surface of the lower end of the housing 72, a drive unit mounted on one side of the water tank 74 and mounted on the belt 78a to provide rotational driving force ( 1, that is, the motor 78.

The drip tray 73 is mounted between the coupling portion 75 and the water tank 74, and a drain port 73a is formed at the center of the water reservoir 73 so that the collected water is recovered to the water tank 74. .

The fifth embodiment configured as described above is mounted on the pole by the support made of the branched form as in the third embodiment.

In addition, a humidity sensor is installed in the flower pot 71, and an operation unit (not shown) for setting the driving time of the pump is installed in the pole, and the pump is operated according to signals input from the operation unit and the humidity sensor. A control unit (not shown) for controlling is also installed in the pole.

7. Seventh embodiment

The seventh embodiment is an embodiment in which advertising means for advertisement is mounted in the first to sixth embodiments.

In the case of the first embodiment and the second embodiment, an advertisement board may be attached to the outer circumferential surfaces of the flower pots 22 and 32, or a separate advertisement box made of a cylindrical shape may be mounted on the outside of the flower pots 22 and 32.

In addition, in the case of the second embodiment, since the water tank 35 is mounted on the electric pole 30, a billboard can be attached to the outer circumferential surface of the water tank 35.

The third embodiment is an embodiment in which the water tank 43 and the flower pot 42 are integrated, but like the first and second embodiments, a billboard is attached to the outer circumferential surface of the flower pot 42 or the Produce a cylindrical advertising box mounted on the circumference and is mounted around the pot (42).

Since the fourth embodiment is an embodiment in which the water tank 52 and the plurality of flower pots 51 are mounted in multiple stages in the electric pole 50, a billboard is attached to the outer circumferential surfaces of the flower pot 51 and the water tank 52.

The fifth embodiment attaches a billboard to the outer circumferential surface of the housing 61.

In the sixth embodiment, since the housing 72 is rotated by the motor 78 which is a rotating means, after the advertisement board is attached to the housing 72, the advertisement effect is increased by rotating using the motor 78. .

8. Eighth Embodiment

An eighth embodiment is an embodiment for outputting audio including an advertisement or a guidance message for each of the components in which the advertising means is mounted for the components of the seventh embodiment, that is, the first to sixth embodiments. .

To this end, a sound chip is connected to the controller of each embodiment, and the sound chip stores audio data including an advertisement or a guidance message.

As described above, the audio data stored in the sound chip is output through the speaker by the controller, thereby increasing the advertisement efficiency together with the advertisement board.

On the other hand, since the present invention is installed in streetlights or telephone poles installed in the street where people come and go, it is preferable to output audio data by the sound chip when people approach within a certain distance.

Therefore, a proximity sensor is connected to the control unit, and when a person approaches within a predetermined distance by the proximity sensor, the controller outputs audio data by the sound chip.

Alternatively, a predetermined time and a time to supply water may be set and output.

In particular, in outputting audio data by the sound chip when rotating by using the motor 78 of the sixth embodiment, instead of outputting an advertisement as described above, music using music data is output, and By rotating the billboard in accordance with the pattern, it is possible to enhance the effect by harmonizing the rotation of music and the billboard.

The present invention made as described above can be environmentally friendly so that the pole is reminiscent of the branches or flowers by installing a flowerpot on the pole, such as street lamps or telephone poles are installed in the street that people come and go a lot.

In addition, it is possible to reduce the management cost by facilitating the water management of the potted plant, and to cover the cost of the potted plant management by using the costs generated by advertising through the advertising board and audio data mounted on the potted plant. It is.

In the above, the present invention has been illustrated and described with reference to specific preferred embodiments, but the present invention is not limited to the above-described embodiments and the general knowledge in the technical field to which the present invention pertains without departing from the spirit of the present invention. Various changes and modifications will be made by those who possess.

1 is an exploded perspective view for explaining the structure of the post-shaped horizontal flower bed according to the prior art.

Figure 2 is a block diagram for explaining the electric pot device for electric pole with an automatic water supply function according to the present invention.

3 to 10 is an exemplary view for explaining the structure of each embodiment of the pole planter device with an automatic water supply function according to the present invention.

Explanation of symbols on the main parts of the drawings

10 control unit 11: humidity sensor

12: temperature sensor 14: receiver

14a: remote control 15: control panel

16: pump 17: water tank

18: water pipe 19: pollen

Claims (15)

Mounting pole is mounted on the pole to install the flowerpot; A nozzle for supplying water to the potted plant installed on the mount; A water supply pipe for delivering water to the nozzle; A water tank for storing water and supplying water to the water supply pipe; A pump for transmitting water in the tank to the water supply pipe; Recovery means for recovering the water supplied to the pot installed in the mount and transferring it to the tank; A humidity sensor installed in the flower pot installed on the mount to detect humidity in the flower pot; Operating means for setting an operating time of the pump; A control unit for supplying water in a water tank to the nozzle through a water supply pipe when the time set by the operation means is reached or the humidity in the flower pot measured by the humidity sensor is lower than a preset time; Pole apparatus for electric pole with an automatic moisture supply function, characterized in that consisting of. The automatic water supply function according to claim 1, wherein the operation means is an operation means mounted on a telephone pole and connected to the control unit by wire to input a setting for driving the pump at a predetermined time. One pole planter. According to claim 1, The operation means is connected to the control unit wired to the receiving unit for transmitting a control signal, a setting for driving the pump at a predetermined time, and inputs a setting to convert the input signal into a control signal to wireless Pole apparatus for electric pole with an automatic moisture supply function, characterized in that consisting of a remote control to transmit to the receiving unit. According to claim 1, wherein the mounting bracket is provided with an automatic moisture supply function characterized in that the bracket is fixed to the pole, the support is connected to a branch form on one side of the bracket, the support is extended to the support is placed on which the planter is placed One pole planter. According to claim 1, The mounting bracket is composed of a bracket fixed to the pole, a plurality of supports connected in the form of branches to the bracket, a hollow portion for receiving the pole in the center thereof is formed by the support supported by the plurality of supports Pole equipment for electric pole with an automatic water supply function, characterized in that. According to claim 1, The recovery means is equipped with an automatic water supply function, characterized in that consisting of a drip tray is attached to the lower end of the pedestal to collect the water leaked from the pot, the collection pipe connecting the drip tray and the water tank One pole planter. The apparatus of claim 1, wherein the water tank is installed between the mounting table and the flower pot. The apparatus of claim 1, wherein the water tank is mounted on the telephone pole. The apparatus of claim 1, wherein the water tank is installed under the ground on which the electric pole is installed. 10. The method of claim 9, wherein the water tank comprises a receiving portion for storing water, an inlet for injecting water, and a filter installed at the inlet to prevent the inflow of foreign substances, and the height of the inlet is buried below the ground height. Pole equipment for electric pole with an automatic water supply function, characterized in that it becomes. The automatic water supply function of claim 1, wherein the mount includes a pedestal in which the pot is installed, a pail surrounding the pot placed on the pedestal, and an advertisement board formed with advertisement contents and attached to the outer circumferential surface of the pail. Pole potting device equipped with. 12. The pole potting device according to claim 11, further comprising a driving means for rotating the barrel relative to the pedestal. The apparatus of claim 1, further comprising an advertisement board attached to an outer circumferential surface of the pot to advertise. The apparatus of claim 1, wherein the controller further comprises a sound generator for storing audio data including advertisement contents and a speaker for outputting the same. The apparatus of claim 1, wherein the controller further comprises a proximity sensor for detecting a person approaching within a predetermined distance.