KR200434432Y1 - Position cotrol device of power hanging screen - Google Patents

Abstract

The present invention is a position control device of a power board for power board consisting of the power to move the banner up and down by the power of the motor installed in the power board, the motor to move the banner up and down, installed on the upper end of the power board Wind speed sensor for detecting the low point sensor for detecting the lower position of the banner moving up and down by the motor, High point sensor for detecting the upper position of the banner moving up and down by the motor, the wind speed sensor, low point sensor and The main controller for controlling the motor by receiving a signal from the high point sensor, the solar panel is installed on the upper end of the power notice board to change the light of the sun into electricity, the electric charge generated by the solar panel to charge the motor according to the signal of the main controller Battery to supply electricity to the solar panel is connected to the solar panel generated Provides a position control device for a power message board including a solar cell charge controller which cuts a current flowing from a battery to a solar panel while blocking current flowing through the battery by detecting an overcharge of the battery and supplying a current to the battery. do.

The position control device of the power board for the present invention of the present invention is because the banner is raised or lowered by the operation of the wind, or because the banner is raised or lowered in various ways such as a remote control method, a remote control method, or a manual operation method. It can be prevented quickly and easily by being damaged or collapsed or deformed, and there is an advantage that the banner can be easily lifted up and down at a short distance or long distance.

Post, Banner, Power Billboard, Placard Drive, Power Banner Post, Placard Position Control

Description

Position control device of placard for power notice board {POSITION COTROL DEVICE OF POWER HANGING SCREEN}

1 is a schematic power notice and configuration diagram showing a position control device for a power notice board according to the present invention.

Figure 2 is a block diagram showing an example of the position control device of the power display board according to the present invention.

Figure 3 is a configuration diagram showing another example of the position control device of the power display board according to the present invention.

* Description of the symbols for the main parts of the drawings *

DESCRIPTION OF SYMBOLS 1 Power board 11 Banner 12 Motor

13: Shore 14: Wind speed sensor 15: Low point detection sensor

16 high point detection sensor 17 main controller 18 solar panel

The present invention relates to a position control device for power boards. In particular, by lifting and lowering the banner in various ways, the banner can be easily prevented from being damaged or collapsed or deformed by wind power. The present invention relates to a position control apparatus for a power board for easy lifting up and down.

By installing a large number of banners, advertisements, etc. can be easily delivered to the general public. Typically, a banner is installed between two power poles and two roadside trees.

However, as described above, installing the banner not only harms the appearance but also takes a lot of work time.

Thus, conventionally, a placard is installed to install a plurality of banners simply and neatly.

Of course, in order to more easily install a plurality of banners, a technology for moving each of the banners up and down by the power, such as Patent No. 417288 is developed to improve the workability and efficiency.

However, since there is no conventional technology that can prevent the banner from being torn or collapsed or damaged by the wind due to the wind, the banner can be torn by a typhoon or strong wind, and the prop is collapsed or bent. The disadvantage is that you can lose.

Thus, in the related art, it is very inconvenient for the manager who manages each banner to manually lower the banner in close proximity to the post according to a notice such as a typhoon.

The present invention is designed to solve the conventional problems as described above, the present invention is easy to prevent the banner is damaged or collapsed or deformed by wind power by raising and lowering the banner in various ways, near, far The purpose of the present invention is to provide a position control device of the banner for power boards that can easily raise and lower the banner.

Therefore, the present invention, in order to achieve the above object, in the position control device of the banner for power boards comprising the power transfer of the banner up and down by the power of the motor installed in the power board, to move the banner up and down A wind speed sensor installed at the upper end of the motor, power notice board to detect the wind speed, a low point sensor to detect the lower position of the banner moving up and down by the motor, and a high point sensor to detect the upper position of the banner moving up and down by the motor A main controller for controlling a motor by receiving a signal from a sensor, the wind speed sensor, a low point sensor, and a high point sensor, a solar panel installed at an upper end of a power notice board to vary the light of the sun into electricity, and to generate electricity from the solar panel. A battery for charging and supplying electricity to the motor according to the signal of the main controller; It is connected to the positive panel and supplies the current generated from the solar panel to the battery, and detects the overcharge of the battery and cuts off the current flowing through the battery while blocking the reverse current flowing from the battery to the solar panel Provide a position control device for a placard for posting.

Hereinafter, a description will be given of a specific embodiment of the position control device of the power message board for the present invention.

1 is a view showing an example of a power board to which the position control device of the present invention is applied, the power board 1 of the present embodiment, a plurality of banners 11 are raised or lowered by a plurality of motors 12, respectively. One wind speed sensor 14 at the upper end of the support 13 of the power cradle 1 has a plurality of low point sensor 15 and the high point sensor 16 on the upper and lower portions of the support 13, respectively. It is a structure provided.

That is, in the power notice board to which the position control device of the present embodiment is applied, the plurality of banners 11 are raised or lowered by the plurality of motors 12 as shown in Patent No. 10-427288, and the power notice board 1 A plurality of low point detection sensors 15 and high point detection sensors 16 are respectively provided on the upper and lower portions of the struts 13).

However, the position control apparatus of the present invention can be applied to a power plate that is raised and lowered while folding a plurality of banners by folding a single motor as shown in Patent No. 10-348769, and also in one of the power plate There is a power notice board that moves a plurality of banners in stages, in this case it may be provided with one low point sensor and high point sensor.

Anyway, the position control device of the power bulletin board according to the present invention, as shown in Figures 1 and 2, the motor 12 for moving the banner 11 up and down, the upper end of the power bulletin board (1) 1 is installed on the upper end of the support (13) of the wind speed sensor 14 for detecting the wind speed, the low point sensor 15 for detecting the lower position of the banner 11 that moves up and down by the motor 12, the motor Receive a signal from the high point sensor 16, the wind speed sensor 14, the low point sensor 15 and the high point sensor 16 to detect the upper position of the banner 11 moving up and down by the (12) Is installed in the upper end of the main controller 17, the power display board (1) for controlling the motor (12) to charge the electricity generated by the solar panel 18, the solar panel 18 to change the light of the sun into electricity Battery 19 for supplying electricity to the motor 12 in accordance with the signal of the main controller 17, the solar cell Connected to 18 supplies the current generated from the solar panel 18 to the battery 19 and detects overcharge of the battery 19 to block the current flowing through the battery 19 while blocking the current flowing through the battery 19. It consists of a solar cell charge controller 20 to block the reverse current flowing to (18).

For example, although not shown, it shows a structure in which one banner is moved up and down by one motor. When a motor operates, a drum rotated by a motor is rotated, a wire is wound around the drum, and the wire is wound. Two banner mounting members (11a) installed on the rise or fall, the banner 11 installed between the two banners mounting member (11a) is raised or lowered.

In order to prevent the structures as described above from interfering with each other, each power plate of the present embodiment includes a drum that is rotated by each motor, and a wire wound around each drum. The banner mounting member 11a provided on the wire is provided.

The wind speed sensor 14 may be configured to have a structure having a blade rotated by the wind in the present embodiment, or a structure deformed by the wind power of the outside air in order to interlock with the generator 21 to be described later.

The low point sensor 15 detects the low point position of the banner mounting member 11a installed at both ends of the banner 11, and outputs a signal to the main controller 17, and the high point sensor 15. Detects the high point position of the banner installation member (11a) installed on both ends of the banner (11) to output a signal to the main controller (17).

The main controller 17 receives an electrical signal output from the wind speed sensor 14 and calculates the electrical signal to calculate wind power that may cause a banner break or collapse of a post, which is a sent value, and the wind power is set. If larger than that, problems such as banner breakage may occur, so that electricity flows to the motor 12 in the direction in which the banner 11 is lowered.

On the other hand, when the cloudy weather lasts for a long time such as a place where the sun does not appear for a long time or rainy season, all of the electricity of the battery 19 may be consumed, and thus, a device for auxiliary electricity supply to the battery 19 is required even on a cloudy day. Do.

At this time, as shown in Figure 3, the generator 21 which is interlocked with the wind speed sensor 14 is connected to the lower side of the wind speed sensor 14, the battery 19 for supplying electricity to the motor 12 Is connected to the generator controller 22, and the generator controller 22 supplies the current generated by the generator 21 to the battery 19 and senses an overcharge of the battery 19 to flow to the battery 19. It cuts the current and includes a structure for blocking the current flowing back from the battery 19 to the generator 21.

On the other hand, in the present invention, the position and circumstances in which the power notice board 1 is installed in at least one of an automatic mode according to the wind speed, a wired mode for remote management, a remote control mode for managing with a remote control, and a manual key mode for manual operation. It is preferable to select in accordance with.

Therefore, in the present invention, the wind speed automatic sensing port 17a for automatically raising and lowering the banner according to the wind speed and sending a signal to the main controller 17 in a wired manner, the wired port 17b for raising and lowering the banner 11 at a long distance. ), A remote control port 17c for raising and lowering the banner 11 at a signal reaching distance by sending a signal to the main controller 17 with a remote control, and a manual key port for manually raising and lowering the banner in proximity to the power notice board 1 ( 17d) is provided with the main controller 17.

The wind speed control panel 23 and the wired control panel 24 at positions corresponding to the wind speed port 17a, the wired port 17b, the remote control port 17c, and the manual key port 17d provided in the main controller 17. At least one of the remote control panel 25 and the manual operation panel 26 is installed to combine the modes desired by the administrator.

In this case, when the wind speed control panel 23 is installed at the wind speed port 17a, the main controller 17 first processes the signal generated by the wind speed sensor 14 to control the motor 12.

In the present invention, since the wind speed sensor 14 detects the current wind, it is only a follow-up measure in time, and thus it is necessary to remotely control it by the administrator in order to improve it.

Therefore, in the present invention, after the administrator recognizes a notice such as a typhoon, and installs the wired control panel 24 in the wired port 17b in order to lower the banner at a long distance, the main controller 17 is one of a telephone line and a dedicated line. Receiving a signal to control the motor 12, the manager is to move up and down the banner (11) from a distance.

It is not possible to know whether the banner 11 is raised or lowered at a long distance, so that the administrator can check the visually and easily move the banner 11 up and down at a relatively far distance, so that the control panel 25 is inserted into the remote control port 17c. When installed, the main controller 17 receives the signal of the remote controller to control the motor 12.

Furthermore, when operating with a wired or remote control with a banner, it is not possible to raise or lower the banner with a wired or remote control due to the discharge of the battery. In this case, when the manual operation panel 26 is connected to the manual key port 17d, the main The controller 17 allows the manager to operate the motors 12 with the manual operation panel 26 respectively.

Here, the manual operation plate 26 is provided with a plurality of buttons 26a for elevating and lowering each motor 12 and a button 26b for simultaneously elevating and lowering the entire motor 12. The vehicle electric lead-in part 26c for using this is provided.

The position control device of the power message board according to the present invention made as described above acts as follows.

In the case of automatically raising and lowering the banner 11 by the wind sensor 14, the electrical signal output from the wind speed sensor 14 having a blade that is rotated by the wind is normally input to the main controller 17. Since the value calculated by the main controller 17 is smaller than the setting value corresponding to the typhoon or the strong wind, the rising state of the banner 11 is maintained as it is.

However, when a strong wind is generated and the value calculated according to the electrical signal output from the wind speed sensor 14 is greater than the setting value, the main controller 17 drives the motor 12.

Then, the plurality of banners 11 are simultaneously lowered while the motor 12 is driven, and when the banners 11 are lowered to the low point, the low point sensor 14 detects this and transmits an electric signal to the main controller 17. Outputs to stop the motor 12 corresponding to the low banner (11), and when all the banner (11) reaches the low point is detected by the low sensor 14, all the motor 12 is stopped.

When all the banners 11 are located at the low point, when the wind generated around the power source board 1 maintains the low speed wind speed for a predetermined time, the wind speed sensor 14 sends this low speed state to the main controller 17. An electric signal is sent, and the main controller 17 calculates that the wind speed is a low speed for a predetermined time to drive all the motors 12.

Then, all the banners 11 are raised by the motor 12, and the main controller 17 again operates the motor 12 according to the electrical signal of the high point sensor 15 which detects the high point of each banner. As a result, as shown in FIG. 1, all of the banners 11 are arranged neatly.

On the other hand, without automatically lowering or raising the banner by the wind speed sensor 14, it is necessary for the manager who manages the power notice board 1 to lower all the banners 11.

That is, when there is a weather forecast that a typhoon or strong wind occurs, it is generally desirable to remotely control the power banner 1 through a wire. In this case, the manager does not manually lower the banner of all power notice boards 1. When the manager sends a signal to the power board 1 by wire 24, the main controller 17 receives this signal and operates all the motors 12 to lower all the banners 11.

In other words, the manager descends the banner 11 by sending a signal such as a telephone to the power message board.

In addition, when a typhoon or the like passes through the area, the manager may send a signal to all the power signs 1 by wire to cause the main controller 17 to raise all the banners 11 again.

In this way, it is possible to control the falling and rising of all banners even in a remote state where a typhoon is generated.

The description of the operation of elevating the banner 11 of the power message board 1 using the remote control or the manual operation board is the same as the operation of elevating the banner 11 except for sending a signal to the main controller 17 by the remote controller. Omitted below.

As described above, the position control device of the power bulletin board according to the present invention is operated by the wind power to raise or lower the banner or to raise or lower the banner in various ways, such as remote control method, remote control control method, manual operation method This prevents the banner from being broken or collapsed or deformed, so that the banner can be quickly and easily prevented from being lifted.

Claims (4)

In the power notice board consisting of a plurality of banners are raised or lowered by the power of the motor between the two struts spaced apart, in the position control device of the banner for power boards consisting of controlling the position of the banner, A motor for moving the banner up and down; A wind speed sensor installed at an upper end of the prop of the power notice board to detect wind speed; A low point sensor installed at a lower side of a prop of a power notice board to detect a lower position of a banner moving up and down by the motor; A high point sensor installed at an upper side of a prop of the power notice board and detecting an upper position of the banner moving up and down by the motor; A main controller connected to the wind speed sensor, the low point sensor, the high point sensor, and the motor to receive signals from the wind speed sensor, the low point sensor, and the high point sensor to cause a motor to change the position of the banner; A solar panel installed at an upper end of the prop of the power source board to vary the light of the sun into electricity; A battery connected to the main controller to charge electricity generated from the solar panel to supply electricity to the motor according to a signal of the main controller; A solar cell charge controller connected between the solar panel and the battery to supply a current generated from the solar panel to the battery, and detect an overcharge of the battery to block a current flowing through the battery while blocking a reverse current flowing from the battery to the solar panel; Position control device for power message board made of. The method of claim 1, A generator interlocked with the wind speed sensor is connected to a lower side of the wind speed sensor, a battery supplying electricity to the motor is connected to a generator controller, and the generator controller supplies current generated from the generator to the battery. Position control device of the banner for power boards comprising the blocking the current flowing from the battery to the generator while blocking the current flowing to the battery by detecting the overcharge. The method according to any one of claims 1 and 2, The main controller detects the wind speed and automatically detects the wind speed to move the banner up and down automatically according to the wind speed, and sends a signal to the main controller by wire to send the signal to the main controller through a wired port and a remote controller to move up and down the banner at a distance. Equipped with a remote control port for raising and lowering banners in the street, and a manual key port for manually raising and lowering banners in close proximity to the power board. It processes the signal generated from the wind speed sensor and transmits the signal to the main controller by any one of the wind speed control panel, the telephone line and the dedicated line to control the motor, and the wired control panel and the remote control signal to the main controller to control the motor. At least one of the remote control panel and the manual operation panel coupled to the manual key port are installed at the corresponding positions in the wind speed port, wired port, remote control port and manual key port provided in the main controller. Position control device of the power message board consisting of being made. The method of claim 3, The manual operation board is provided with a plurality of buttons for lifting and lowering each motor, and a button for lifting and lowering the entire motor at the same time, and a power signboard for power vehicle comprising a vehicle electric retractor for using the power of the vehicle. Position control device.

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