KR20190119271A - tree holding water manage method - Google Patents

Abstract

The present invention relates to a water management method for tree props. A water tank (310) is installed in a prop to support the tree so as not to fall or help the growth. The water tank (310) is provided with a water supply pipe (320) connected to the ground with the root. The water supply pipe (320) is provided with an automatic valve (330) which is automatically opened and closed by a control signal of a control unit to supply or stop the water. The tree prop of the present invention supports the tree, and the water can be managed by the appropriate amount and time for the tree automatically through the tree prop.

Description

Tree holding water manage method

The present invention relates to a tree shore water management method, and supports a tree, and relates to a tree shore water management method that can efficiently manage water supply and the like through the tree shore.

In general, trees need to be watered at regular intervals for growth. In addition, technologies have been developed to supply the water, and as an example, Korean Utility Model Publication No. 20-2014-0001392 discloses a water-controlled water supply device for air humidity-sensitized trees, in response to changes in air humidity to adjust water quantity. There is a water supply system for trees that can be applied to individual trees.

In the prior art, Korean Patent Laid-Open Publication No. 10-2008-0080250 is attached to the memorial tree, RFID tag recorded with a unique tag ID; A portable RFID reader which receives data recorded in the RFID tag and management information of a memorial tree corresponding to the RFID tag and transmits the received information to a web server; A database for storing deceased information including species, medical history, location information, period of birth, name, sex, and date and time of the memorial tree, and management matters including administrative expenses, surviving family information, and future tree status; A web server for receiving the unique tag ID corresponding to the memorial tree transmitted from the portable RFID reader and the memorial tree management information input by the portable RFID reader, and storing the tree tree management information in a database; And a tree manager terminal for accessing and managing the memorial tree management information by accessing the web server. Informatization-based plant management and management system, characterized in that comprises a.

In another prior art, Korean Laid-Open Patent Publication No. 10-2013-0031432 discloses a sensing device for transmitting a sensing data of a state of a mounted tree or a surrounding environment of the tree using a short range communication method; A delivery device for transmitting aggregated data obtained by collecting the sensed data received by the short range communication method; And a tree growth management apparatus that compares the growth data included in the collected data with the growth information corresponding to the identification information of the tree, and generates cultivation information for inducing the growth data to be similar to the growth information. The tree growth management system characterized by the above-mentioned is disclosed.

However, the conventional inventions as described above have a disadvantage in that water is not automatically supplied to the trees through tree props in an appropriate amount and time.

Therefore, the present invention has been made to solve the above problems, to support a tree, and to provide a tree holding water management method that can manage the water in the tree through the tree props in an appropriate amount and time to automatically fit the tree do.

The present invention is a water tank is installed on the support to support the tree does not fall or to support the growth and the water tank is provided with a water supply pipe connected to the grounded roots and the water supply pipe is installed with an automatic valve control of the control unit It is automatically opened and closed by a signal, characterized in that the water is supplied or stopped.

The tree support of the present invention supports the tree and has a remarkable effect of automatically managing the water in the tree with the proper amount and time for the tree through the tree support.

1 is a schematic use state diagram of the tree struts in accordance with the present invention
Figure 2 is a schematic configuration diagram of a strut in the tree struts in accordance with the present invention
Figure 3 is another configuration of the support in the tree support in accordance with the present invention
Figure 4 is another configuration of the support in the tree support in accordance with the present invention
5 is a schematic cross-sectional view of a strut made of a conventional synthetic resin material

According to the present invention, a water tank 310 is installed on a support supporting a tree and not to fall or supports growth. The water tank 310 is provided with a water supply pipe 320 connected to a ground having a root, and the water supply pipe 320 is an automatic valve 330 is installed is automatically opened and closed by the control signal of the control unit is characterized in that the water is supplied or stopped.

In addition, a humidity sensor is installed in the support to detect the humidity of the tree and send the detected signal to the server, the server is determined that the water is insufficient compared to the set value of the water supply pipe 320 of the water tank 310 It is characterized by supplying water by opening the valve.

In addition, the server is characterized in that the contact of the administrator's smartphone when the humidity is below a certain value.

In addition, the server is characterized in that in contact with the administrator's smartphone when the water is below a certain level.

The present invention will be described in detail with reference to the accompanying drawings.

1 is a schematic use state diagram of a tree support according to the present invention, Figure 2 is a schematic configuration diagram of a support in the tree support according to the present invention, Figure 3 is another configuration of the support in the tree support according to the present invention 4 is another configuration diagram of the support in the tree support according to the present invention.

In more detail with respect to the present invention, the present invention is basically one side is in contact with the trunk of the tree and the other side is a plurality of struts (10) fixed to the ground, and the upper part of each of the struts (10) close to one side of the trunk of the tree It is made of a holder 20 for binding.

The strut 10 is to prevent the tree from inclining or falling down sideways by an external physical impact such as wind. The strut 10 is made of a synthetic resin material, and is separately formed and coupled to each other. A case in which the first holding unit 120 and the second holding unit 160 are integrated is proposed.

Each of the first and second pillars 120 and 160 has a body 121 and 161 and a first partition wall 122 and 162 and a second partition wall 128 provided in the bodies 121 and 161 in common. 168).

The bodies 121 and 161 may be provided with internal spaces 123 and 163, and one side thereof may have an open shape. In the drawing, it is assumed that the entire cross-sectional structure of the body is composed of a circle (when the bodies are bonded to each other), which is not only the most structurally stable but also most appropriately absorbed and dispersed when a physical shock is applied from the outside. Because you can. However, this is just an example, and the present invention does not exclude a case in which the body (when the body is combined) has a polygonal structure such as triangular, square, hexagonal, and octagonal.

The first partitions 122 and 162 are provided in the longitudinal direction in the inner spaces 123 and 163 of the body, and the second partitions 128 and 168 are spaced apart from each other by a predetermined distance to form an inner space of the body ( 123 and 163 may be provided but intersect with the first partition walls 122 and 162 to be integrally formed. In consideration of the mutual coupling of the bodies, it is preferable that each of the first and second bulkheads has a structure that does not protrude out of the open one side of the body.

Each of the first and second barrier ribs 122 and 162 and 128 and 168 is a portion that absorbs and disperses appropriately when a physical shock is applied to the pillar 10. The present invention proposes a case in which the first and second barrier ribs intersect with each other in order to absorb shock and appropriately disperse one of the first barrier ribs 122 and 162, respectively. To be orthogonal to

That is, when an external impact is applied to the support 10, the impact is rapidly dispersed through the first and second partitions 122 and 162 and 128 and 168 that are integrated into each other in an intersecting state, thereby causing the support 10 to be itself. It will be possible to prevent damage. However, this is merely an example of the structure of the absorbed external impact, and the present invention does not exclude the case where the second partition is made of various structures and shapes, such as the inclined intersection with the first partition.

On the other hand, since one end of the support 10 is in close contact with the trunk of the tree and the other end is fixed to the ground, the physical impact applied from the outside is concentrated in the central portion of the support (10). To this end, the present invention proposes a method in which the strength complementary means is provided at the central portion of the support 10, and an example thereof is disclosed in each of FIGS. 3 and 4. This will be described with reference to each drawing.

First, as shown in FIG. 3, a first partition 126 and a second partition 129 provided at the central portion of the first column 120 are provided at both sides of the first column 120, respectively. It is to form a thicker than the partition 124. How thick to form and how high the vertical height is to be determined depends on the overall length of the prop and the target tree. Although only the first column is disclosed in the drawings, it is obvious that the second column may be applied as it is.

Next, as shown in FIG. 4, the spaces between the second partitions 129 orthogonal to the first partition 126 provided at the central portion of the first column 120 may be disposed at both sides of the first column 120. The width of the second barrier ribs 128 orthogonal to the portion of the first barrier rib 124 is narrower than a gap between the barrier ribs 128. Although only the first column is disclosed in the drawings, this may be applied to the second column as it is.

On the other hand, the embodiment disclosed in FIG. 4, the configuration of the embodiment disclosed in FIG. 3 (a first partition 126 and a second partition 129 provided in the central portion of the first column 120, respectively, the first column 120 The thickness of the second partition 129 orthogonal to the center portion of the first partition wall 126 based on the first partition wall 128 provided at both sides of the first partition wall 126. However, the present invention does not exclude a case in which the former and the latter are formed separately from each other.

Through-holes 125 and 165 may be formed in the upper portions of the first and second supports 120 and 160, respectively. The through holes 125 and 165 are portions into which the holder 20 is inserted. The plurality of struts 10 formed by the combination of the first and second supports are integrally formed by the wood as shown in FIG. It will be in close contact with the body. The through hole may be formed in various shapes such as a circle, an ellipse, and the like. Holder 20 may be made of a strip of synthetic resin material.

In order to closely couple the first holding member 120 and the second holding member 160, the present invention forms an insertion end on one side of the first holding member 120, and an insertion groove is formed at one side of the second holding member 160. Propose a case of formation. 2 illustrates a configuration of insertion ends 127 protruding from upper and lower portions of the first column 120 and insertion grooves 167 formed at upper and lower portions of the second column 160, respectively. Each of the insertion end and the insertion groove may have various shapes, and the positions thereof may also be formed at various portions of the bodies 121 and 161.

On the other hand, the present invention is the tree prop is installed on the side of the road frequented pedestrian traffic, and in view of the nature of the installation location is not normally illuminated by a street lamp at night, as shown in Figure 1, the first holding 120 and the second holding The case where the fluorescent strip 30 is provided in any one surface selected among the 160 is proposed. The fluorescent strip 30 may be made of a tape or a rod coated with a fluorescent material. In this way, when the fluorescent strip 30 is added to the support 10, the city can be made colorful at night, as well as the presence of the support to the pedestrians in advance to prevent the accident and damage of the pedestrian due to the collision. It can be prevented at the source.

The tree stands of the present invention includes a wireless communication module that can communicate with the sensor unit server; It is further provided, the sensor unit to communicate with the server through the network communication using the wireless communication module, the server is communicated with the smartphone application of the administrator. In the case of roadside trees, the server is separately installed.

In more detail, the sensor unit of the tree props controls the supply of water to the tree props through the control data of the server, and the management data such as the humidity state of the trees detected by the humidity sensor, etc., through the server network communication. To send.

The server stores the management data received from the tree prop sensor and the control data received from the smartphone in an internal database.

The smartphone outputs management data stored in the server through a display through a network communication through an application through a display, and transmits control data to the server according to an administrator's operation.

Therefore, by using the network communication based on the server, by outputting the management data of the tree props on the display, the administrator can check through the smartphone from anywhere, and the control data of the server remotely so that the tree props supply water to the trees. Changes are made so that the server can signal and manage the tree props.

The sensor unit transmits management data including the quantity of water supplied to the tree once or for a predetermined period, the water supply date, and the supply time, and the transmitted management data is stored in the server.

The sensor unit receives control data such as time data, date data, and quantity data from the server, and supplies water to trees by controlling the automatic valve 330 of the water supply pipe 320 through the received control data. The date data and the time data are data storing the date and time of supplying water, and the quantity data is data quantifying the amount of water to be supplied to the tree props at once.

That is, the sensor unit of the tree prop can be supplied as a certain amount of water at a certain date and a certain time over a certain period of time as the first mode. At this time, it operates regardless of humidity data from moisture sensor.

On the other hand, the control unit instructs to supply water by opening the automatic valve 330 when the current humidity detected by the moisture detection sensor as the second mode is less than the lower limit preset in the control unit or other setting conditions. At this time, the controller is supplied at a time by a predetermined amount.

And the application screen of the smart phone of the present invention converts the management data appearing at the time of application execution start screen showing the quantity of water supplied to the tree once or a certain period, the water supply date and supply time; A setting screen for outputting a data input unit for inputting control data such as time, date, quantity, and a setting button for transmitting control data input to the data input unit to a server when pressed; And, the start screen and the setting screen output to the display is divided into tabs, it is possible to change the output screen by selecting the button of the tab.

As soon as the application is executed on the smartphone, a start screen is output, and upon receiving a request from the smartphone application, receiving management data from a server and supplying water to trees through the management data received from the server on the display of the smartphone. Print the information to the start screen.

In this case, the start screen is divided into time and quantity by a certain unit of items, and then output by sorting one item by one column in time order, or by using a two-dimensional graph so that the x-axis is the time, y-axis is the quantity The output is divided by a certain time unit.

In this case, the start screen may be selected as one minute, one hour, one day, etc. as a selection button or a selection item, and one of the units may be selected, and the unit may be displayed on the screen by changing the time unit in the selected unit.

And it can be changed to the setting screen through the button of the tab output on the display, the data input unit and the setting button is output to the setting screen, and input the time, date, quantity, etc. to the data input unit and press the setting button, The control panel transmits control data to the server through wireless communication.

At this time, the server changes the control data stored in the internal database through the transmitted control data, and transmits a signal to the wireless communication module of the tree shore on the date and time based on the control data, the sensor unit of the tree shore The opening and closing of the automatic valve 330 of the water supply pipe 320 is managed by the control data of the server.

That is, when the control data of the server is changed through the application executed on the smartphone, in the first mode, the server may supply water to the tree as much as the corresponding quantity of data when the corresponding date and time is reached through the control data. Transmits the signal to the wireless communication unit of the tree holder through the communication, the signal received by the wireless communication unit is transmitted to the control panel, the control panel controls the automatic valve 330 of the water supply pipe 320, the water supply unit tree It is possible to manage the water supply.

In the second mode, the server instructs the controller to supply water by opening the automatic valve 330 when the current humidity detected by the moisture detection sensor is less than the preset lower limit, for example, through the control data. In order to supply water to the tree at a set amount of time, the signal is transmitted to the wireless communication unit of the tree owner through wireless communication, and the signal received by the wireless communication unit is transmitted to the control panel, and the control panel is connected to the water supply pipe 320. By controlling the automatic valve 330, the water supply can manage to supply water to the tree.

Therefore, the tree support of the present invention supports the tree and has a remarkable effect of automatically managing the water in the tree with the proper amount and time for the tree through the tree support.

10: holding 20: holder
30: fluorescent strip 120: first holding
122, 162: first partition 128, 168: second partition
310: water tank
320: water supply pipe
330: automatic valve

Claims (4)

The water tank 310 is installed on the support to support the tree line does not fall or to help the growth, and the water tank 310 is provided with a water supply pipe 320 connected to the ground with roots and the water supply pipe 320 Is an automatic valve 330 is installed and automatically opened and closed by the control signal of the control unit water holding method characterized in that the water is supplied or stopped The water tank of claim 1, wherein a humidity sensor is installed in the support to detect the humidity of the tree and send the detected signal to the server, when the server determines that the water is insufficient in comparison with the set value. Tree holding water management method characterized in that to supply water by opening the valve of the supply pipe 320 The method of claim 2, wherein the server contacts the manager's smartphone when the humidity is below a predetermined value. The method according to claim 3, wherein the server contacts the manager's smartphone when the water is below a predetermined level.

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