KR20060026299A - A flashing apparatus for a buoy - Google Patents

Abstract

The present invention relates to a flasher, and more particularly, to a flasher mounted on the lamp.

The flasher for the light lamp according to the present invention has a main body in which a control module for controlling the driving of the entire apparatus is stored therein, a support bracket protruding from the upper part of the main body and including both support plates, and an outer side of one of the support plates. A motor provided with a rotating shaft penetrating both support plates, the socket member being provided to be co-rotated on the rotating shaft, and having a plurality of lamps at equal intervals on the outer circumference, and between the socket member and one supporting plate, Clutch means for transmitting the power of the rotating shaft to the socket member only in one direction, and a power supply means for selectively emitting one of a plurality of lamps by transmitting power to the socket member through the control module.

Equalizer, flasher, clutch, remote management

Description

A flashing apparatus for a buoy}

1 is a view showing a lighter equipped with a flasher according to an embodiment of the present invention.

2 is a perspective view of a flasher according to the present invention.

3 is an exploded perspective view of the flasher shown in FIG. 2;

4 is an enlarged view of a portion A shown in FIG.

5 is for explaining the rotation of the socket member according to the present invention,

5A is a view for explaining a rotation state by the clutch means,

5B is a diagram for explaining a reverse rotation state.

6 is a view for explaining the operating state of the lamp installed in the flasher according to the present invention.

7 is a block diagram showing the electrical configuration of a flasher according to the present invention.

<Explanation of symbols for the main parts of the drawings>

1: main body

11: control module

12: cover

13: case

14: CDMA Modem

15: GPS module

2: support bracket

21: support plate

22: lower connecting plate

3: motor

31: rotating shaft

32: elastic spring

4: socket member

41: socket portion

411: lamp, 412: socket

42: contact groove

43:-power supply plate

5: clutch means

51: intermittent

52: elastomer

53: clutch part

6: power supply means

61:-power line

62: + power supply

10: flash

20: equalizer

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a flasher, and more particularly, to a flasher mounted on an illuminator and emitting light by an external power source.

In general, the conventional lighter is a lower body through which an electric wire passes through an upper part of a support fixed to a base plate, a bracket fixed to an upper center of the lower body and equipped with a lamp rotating motor on one side, and a rotating shaft of the lamp rotating motor. A socket member mounted between the brackets to be rotatably mounted to the plurality of lamps, the lens drum mounted on a drum support formed around the upper portion of the lower body, and the lens drum cover sealing the upper portion of the lens drum. do.

According to the above configuration, conventionally, a plurality of incandescent bulbs are mounted on the socket member, and when the light of the currently incandescent bulb is weak or breaks down due to disconnection of the filament, the lamp is installed in the socket member by controlling the rotation motor. Automatic switching to the lamp was used.

However, in this light bulb type lamp, since the lamp rotation motor is configured as a DC motor, there is a disadvantage in that the lamp position with respect to the light emitting port formed in the lens drum does not exactly match when switching to the spare lamp.

That is, since the rotation speed is determined according to the magnitude of the amount of current applied to the direct current motor, which is a lamp rotation motor, it is difficult to uniformly apply the stop point of the socket member to all lamps. Accordingly, when the lamp is replaced, an error occurs in the position of the lamp, and thus, it is difficult to keep the quality of the lamp uniformly about the brightness and the luminous flux of the lamp emitted to the outside of the lamp.

In addition, the light bulb installed inside the lamp is short-lived, such as filament is easily disconnected due to the vibration of the heat or waves or the impact of the ship collision over time, requiring frequent maintenance. Accordingly, if necessary, the manager climbs to the seafloor and replaces the lamp installed inside.

In performing such a replacement operation, the socket member is configured to be rotated by the driving of the lamp rotating motor, so that when the whole lamp installed in the socket member is to be replaced, it is inconvenient to drive the lamp rotating motor for rotating the socket member. There is this. In other words, the work environment at the seafloor is maintained every time the operator rotates the lamp rotation motor because only one hand holds the body to the bead due to the wave ripple and performs repair and replacement with only one hand. There was a hassle to apply the motor drive signal to the controller installed inside the controller.

The present invention has been made to solve the above problems, and an object of the present invention is to provide a flasher for the light lamp that can easily replace a plurality of lamps installed in the socket member.                         

In addition, an object of the present invention is to provide a flasher for the lamp which can accurately control shifts such as rotation and stop of the socket member when the lamp is replaced.

The purpose of the present invention is to provide a lighting device for lighting lamps that can be monitored in real time by transmitting status information about the lighting device to a station installed on land.

It is also an object of the present invention to provide a lamp flasher for synchronizing the lamp flashing signal for each flasher installed in a plurality of buoys.

In accordance with an aspect of the present invention for achieving the above object is a flasher for a light emitting device equipped with a control module for mounting the printed circuit board to control the driving of the overall device is provided therein, and provided with a protrusion on the top of the main body And a support bracket including both support plates, a motor provided on an outer side of one of the support plates, and a motor including a rotation shaft penetrating both support plates; A socket member provided between the socket member and the support plate, the clutch means for transmitting the power of the rotating shaft to the socket member only in one direction, and the power supply to the socket member through the control module. Characterized in that the power supply means for selectively emitting one.

The invention will become more apparent through the preferred embodiments described below with reference to the accompanying drawings. Hereinafter, the present invention will be described in detail to enable those skilled in the art to easily understand and reproduce the present invention.

1 is a view showing a lighter equipped with a flasher according to an embodiment of the present invention.

As shown in the drawings, the illuminator 10 according to the present invention is inserted and mounted through a fixing means such as a bolt in the illuminator 20 installed in the back buoy. And it operates by the power supplied through the wire penetrating the wire insertion hole formed in the body of the equalizer. In this case, a wire for supplying power to the flash is connected to a battery (not shown) installed in the back buoy. The battery is connected to a solar panel (not shown) that converts and outputs solar energy into electrical energy.

Hereinafter, with reference to Figures 2 to 7 will be described in more detail the configuration and operating state of the flasher for the lighting device according to the present invention.

2 is a perspective view of a flasher according to the present invention, FIG. 3 is an exploded perspective view of the flasher shown in FIG. 2, and FIG. 4 is an enlarged view of a portion A shown in FIG. 3.

As shown in FIGS. 2 and 3, the illuminator for an illuminator according to the present invention (hereinafter referred to as a 'flasher') includes a main body 1 in which a control module 11 for controlling driving of the entire apparatus is stored therein. And a support bracket 2 protruding from the upper portion of the main body 1 and including both support plates 21, and a rotation shaft 31 provided outside the one of the support plates 21 and penetrating both support plates 21. And a socket member (4) and a socket member (4) including a motor (3) including a shaft, and a plurality of lamps (411) provided at equal intervals on the outer circumference of the rotary shaft (31). Clutch means (5) is provided between the support plate 21 of the power transmission to the socket member in one direction only, and the power supply to the socket member through the control module 11 to select one of the plurality of lamps It consists of a power supply means 6 for emitting light.

That is, the main body 1 constituting the flasher is composed of a cover 12 and a case 13 mounted to the cover 12 so as to be openable and close, and the control module 11 is housed inside the case 13. The control module 11 controls the driving of the entire apparatus, which will be described later.

The support bracket 2 protruding from the upper part of the main body 1, which is the upper surface of the cover, is formed of a conductive material and includes both support plates 21. The support bracket 2 also includes a lower connecting plate 22 that interconnects the lower ends of both support plates 21. Accordingly, the support bracket 2 is connected to both support plates 21 through the lower connection plate 22, and is supported on the entire support bracket 2 by the power supply line 61 of the power supply means which will be described later when the power is applied. -Power is applied.

One of the support plates 21 is provided with a motor 3 including a rotating shaft 31 penetrating both support plates 21. In the embodiment of the present invention, the motor 3 adopts a stepping motor which rotates in proportion to the pulse input from the control module 11.

Unlike a typical DC motor, this stepping motor has several coils that form electromagnets around its axis. The rotation angle of the motor is proportional to the number of input pulses and the speed of the motor depends on the number of input pulses per second. Proportional.

Accordingly, the flasher according to the present invention has a good response characteristic to start and stop unlike the conventional flasher using a DC motor, and thus can accurately match the rotation angle of the socket member. In particular, when the socket member is rotated to replace the lamp, the angle of rotation of the socket member is operated in proportion to the number of pulses. Can be provided.

In this way, the end of the rotary shaft 31 penetrating the socket member 4 is contacted by the support pin 212 protruding through the fixing bracket 211 to the inside of the other support plate 21 is not provided with a motor It is. Accordingly, when the rotating shaft 31 is rotated by the motor drive is supported and rotated by the support pin 212 in contact with the end. Here, the support pin 212 provided in the other support plate not only serves to fix the end of the rotating shaft. As described above, when -power is applied to the support bracket 2, -power is applied to the rotating shaft 31 penetrating both support plates 21.

In addition, the socket member 4 is installed between both support plates 21 and is provided with a plurality of lamps 411 at equal intervals on the outer circumference thereof, and is provided to be idling on the rotating shaft 31 in accordance with a characteristic aspect of the present invention. It is.

That is, the socket member 4 is provided with a plurality of socket portions 41 including the sockets 412 into which the lamp 411 is inserted at the outer circumference at equal intervals, and the socket portions 41 are provided on the surface thereof. Metallic material with excellent conductivity is plated. The side of the socket member 4 is provided with a plurality of lamp contact terminals 622 which are integrally formed with the socket part 41 and selectively contact the leaf spring terminals 621 of the power supply unit, which will be described later. The groove part 42 is formed. In addition, on the opposite side of the socket member 4 in which the contact groove 42 is formed, a power supply plate (not shown) having one end in contact with the rotating shaft 31 and the other end in contact with each socket 412 of the socket member is provided. It is provided.

Accordingly, the socket member of the flasher according to the present invention emits only the lamps at positions corresponding to the light emitting portions formed on the lenses of the light lamps among the plurality of lamps, which will be described later. The power supply means will be described in more detail.

On the other hand, according to the characteristic aspect of the present invention, the power of the rotating shaft is applied only in one direction between the socket member 4 and one support plate 21, more specifically, the support plate 21 having the motor 3 on the outside. Clutch means 5 for transmitting is provided.

In the embodiment of the present invention, the clutch means 5 is an intermittent body 51 which is interlocked with the rotary shaft 31 exposed between the socket member 4 and the support plate 21 and movably inserted to both sides, An elastic body 52 mounted on the rotating shaft 31 between the intermittent body 51 and the support plate 21 to push the intermittent body 51 to the side of the socket member 4, and the intermittent body 51 and the socket member ( It is comprised by the clutch part 53 provided in the contact surface of 4), and transmitting the rotation of the interruption body 51 to the socket member 4 only in one direction.

That is, a long hole 511 through which the rotating shaft 31 penetrates is formed in the center of the intermittent body 51 constituting the clutch means, and both sides of the rotating shaft 31 passing through the long hole 511 face the long hole. It is formed. As a result, both end portions of the long hole 511 are caught by both side surfaces of the rotating shaft, so that the intermittent body 51 is interlocked by the rotation of the rotating shaft. And the spring 52, which is an elastic body, always pushes the side of the intermittent body 51 so that the intermittent body is tightly inserted into the side of the socket member to transmit the power of the rotating shaft to the socket member only one way through the clutch portion.

As shown in FIG. 4, the clutch part 53 which transmits power in one direction is radially provided on the close contact surfaces of the intermittent body 51 and the socket member 4, and has a plurality of toothed shapes engaged with each other. Consists of.

Therefore, when the intermittent body 51 rotates in one direction, that is, when the rotary shaft is rotated by the motor drive, the rotational force is transmitted to the socket member. However, when the intermittent body 51 rotates in the other direction, the rotational force is not transmitted due to mutual sliding. That is, when the socket member is rotated in the direction opposite to the rotation axis, the socket member is idle because of the slipping between the two toothed.

Hereinafter, a rotation state of the socket member constituting the flasher according to the present invention will be described with reference to FIGS. 5A and 5B.

First, as shown in FIG. 5A, the intermittent body 51 which is moved to both sides is inserted into the side of the socket member 4 by the elastic body 52. At this time, the toothed teeth formed on the contact surface of the interruption body and the socket member are engaged with each other. When the rotating shaft 31 is rotated by the driving of the motor 3 in such a state, the intermittent body 51 attached to the rotating shaft between the support plate 21 and the socket member 4 is rotated. At this time, since the toothed shape of the interrupted body 51 and the toothed shape of the socket member 4 formed on the contact surface of the interrupted body 51 and the socket member 4 are meshed with each other, the rotational force of the interrupted body is transferred to the socket member. And the socket member is rotated in the rotational direction of the rotation shaft.

However, when the interlock rotates in the other direction, no power is transmitted to the socket subtitle. That is, as shown in FIG. 5B, when the interruption body 51 rotates in the other direction in a state where the interlocking body constituting the clutch portion 53 and the contact surface of the socket member are engaged with each other, the toothed type of the interruption body 51 is formed. It slides along the serrated inclined surface formed in this socket member 4, and moves. Accordingly, the intermittent body 51 inserted into the side of the socket member by the elastic body 52 is supported by the elastic body and protrudes from the side of the socket member 4 toward the support plate 21 side.

Accordingly, when the lamp is replaced, the flasher according to the present invention rotates the socket member in both directions by motor driving as the socket member, which receives power only in one direction by the clutch means, is rotated in the other direction through the manual operation. It is possible to replace the lamp more easily than the conventional flasher that has changed to.

On the other hand, according to an additional aspect of the present invention, the opposite end of the support plate 21 and the socket member 4, the clutch plate 53 is provided between the support shaft 21 and the socket member ( An elastic spring 32 in close contact with 4 is provided.

That is, one end of the elastic spring 32 is in contact with the fixing bracket 211 protruding from the opposite support plate 21, the other end is provided in close contact with the power supply plate mounted on the socket member, the clutch portion 53 The shock transmitted to the socket member 4 at the moment of interruption can be offset. In addition, since both ends of the elastic spring 32 are in close contact with the support plate 21 and the power supply plate 43, the power applied from the support plate 21 can be more stably transmitted to the power supply plate of the socket member. Can be.

In this way, the power supply means 6 for powering the lamp selectively transmits power to the socket member through the control module 11 to selectively light one of the plurality of lamps 411.

That is, in the embodiment of the present invention, the power supply means 6 is connected between the control module 11 and the support bracket 2 to supply power to the socket member, the power line 61 and the control module 11. ) Is provided on the support bracket (2) between the socket member and the + power supply 62 which is selectively connected to each lamp to apply power to only one lamp. And the + power supply 62 is provided on the inner side of the support plate 21, the + power is applied through the control line with the control module 11 and the leaf spring terminal that the terminal of the end is in close contact with the side of the socket member ( 621 and a plurality of lamp connection terminals provided at equal intervals on the sides of the socket member in a number corresponding to the number of lamps 411 provided on the socket member 4 so as to selectively connect the connection terminals of the leaf spring terminals ( 622).

According to this configuration, when applied via the power supply line 61 is connected to the support plate 21 of the flasher according to the present invention-power is applied to the entire support bracket (2) as shown in FIG. At this time, as the support pin 212 of the opposite support plate is in contact with the end of the rotary shaft 31 passing through the socket member, -power is transmitted to the rotary shaft 31. Since the rotary shaft 31 and the power supply plate 43 of the socket member are formed to contact each other, power is applied to each socket 412 mounted to the socket member through the power supply plate 43. do. In particular, since the elastic spring 32 is provided between the fixing bracket 211 through which the support pin is fixed and the power supply plate 43 of the socket member, the power supply can be more stably transmitted.

If the connection terminal provided at the end of the above-mentioned leaf spring terminal 621 of the power supply means is inserted into the contact groove 42 formed on the side of the socket member and contacts the lamp connection terminal 622 of these sockets. Power is supplied only to the socket 412 of the contact groove, so that only the lamp 411 installed in the socket is selectively turned on and off according to the control signal of the control module.

Meanwhile, in the embodiment of the present invention, the control module 11 controls the driving of the entire apparatus. As shown in FIG. 7, the timer module 110, the lamp detector 111, the memory 112, and the controller ( 113 and the lamp drive 114 and the motor drive 115.

The timer unit 110 counts the time periods so that the lamp is turned on and off according to the flashing cycle of the lamp set in the memory unit 112, and the control module 11 inputs the time input from the timer unit 110. Flashing of the lamp is controlled through the lamp drive 114 according to the information.

The lamp detector 111 detects lamp status information including preliminary quantity information of the lamp and whether the lamp is currently operating.

In the exemplary embodiment of the present invention, the presence or absence of a lamp failure is detected by detecting a lamp failure by supplying power to a lamp currently in operation and measuring a voltage output from the lamp. For example, when the response power of the lamp to the power supply is detected, it is determined that the normal operating state. However, when no supply power is detected from the lamp, the lamp detection unit recognizes that the lamp is in an operating state.

Then, the remaining number of lamp information is supplied to the lamp while changing the lamp position by the motor driving to change the plurality of lamp positions installed in the socket member to measure the availability of the lamp. That is, the remaining number of lamps is measured by applying power to the lamp and measuring the voltage output from the lamp. The remaining number of lamps is measured using the number of lamp detections compared to the time taken for one full revolution through the driving means.

The memory unit 112 stores the quality information including the flashing cycle and the flash information of the lamp.

The control unit 113 controls the flashing driving of the lamp by using the quality information stored in the memory unit 112 and the time information input from the timer unit 110. In addition, the control unit 113 controls the motor drive to replace the neighboring lamp according to the inoperable signal input from the lamp detection unit 111.

The lamp drive 114 controls the light emission of the lamp according to the flashing control signal of the control unit 113, and regulates the power supply applied to the lamp so that the lamp is turned on or off.

In addition, the motor drive 115 controls motor driving according to the motor driving signal of the controller 113. For example, when a signal indicating an inoperable state of a lamp currently being operated is input from the lamp detector 111, the controller 113 applies a motor driving signal to the motor drive 115 according to the detection signal. The motor drive 115 then outputs a drive signal to the motor according to the signal to drive the motor.

Accordingly, when the motor is driven, the rotary shaft connected to the motor rotates, and the intermittent body mounted on the rotary shaft rotates interlocked, and the clutch part of the socket member to which the intermittent body is inserted is pressed to receive power to rotate the neighboring socket member. One lamp is placed at the top.

On the other hand, according to an additional aspect of the present invention, the main body 1 is further provided with a CDMA modem 14 connected to the antenna installed in the back chart and transmitting and receiving data with the base station.

In this embodiment, the control module 11 converts the data conversion unit 116 into a transmission format capable of data communication with the base station, the power storage state of the battery that supplies power to the entire device including the lamp, and the battery. Further, a voltage detector 117 for detecting a voltage state of the solar cell plate for supplying power, and a charge / discharge drive 118 for controlling driving of the solar cell plate and the battery according to the measured value input from the voltage detector 117. Include.

Accordingly, the control module of the flasher according to the present invention converts the format of the data communicated with the base station through the data converter, thereby transmitting and receiving data to and from a management station installed remotely through the base station of the mobile communication network. That is, the controller 113 controls the driving of the entire apparatus according to the control signal received through the CDMA modem 14. For example, the preliminary quantity information of the lamp detected from the lamp detector 111 and the voltage detector 117, the power storage state of the battery, and the voltage state information of the solar cell plate are detected based on the state information request signal or the setting signal transmitted from the base station. To send.

According to a further aspect of the present invention, the main body 1 further includes a GPS receiving module 15 connected to a GPS antenna and extracting position information and time information of a buoy mounted with a flasher by analyzing satellite signals input therefrom. It is provided.

In this embodiment, the memory unit 112 further includes the initial positional information for the buoy and the flow range information of the buoy. In addition, the control module 11 stores the location information of the corresponding buoy entered from the GPS receiving module 15 in the memory unit 112, and the base station when the input position information is out of the flow range stored in the memory unit 112 It further comprises a position detector 119 for transmitting a warning signal.

In this embodiment, the control unit 113 controls the flashing driving of the lamp by compensating the time information input from the timer unit 110 with reference to the time information input from the GPS receiving module 15.

Accordingly, the flasher according to the present invention uses the location information input through the GPS receiving module to provide the remote control station with the location information of the streak on which the flasher is mounted. In addition, by notifying the management station of an emergency when the registration mark is out of a certain range, the management station can quickly respond to the departure. In addition, when a plurality of light buoys are installed in a certain area, the flashing cycle of the flasher mounted on each light buoy can be synchronized. That is, by compensating the time information of the timer unit installed in the control module of each flasher by using the time information input from the GPS receiving module, it is possible to match the flashing cycles of the light buoys which are installed in a plurality of areas and emit light. will be.

As described above, the brightener flasher according to the present invention rotates the socket member in both directions by a motor driving as the socket member which receives power only in one direction by the clutch means is rotated in the other direction through manual operation. The lamp can be replaced more easily than the conventional flasher which has changed position.

In addition, unlike the conventional flasher that used the DC motor by using a stepping motor to control the rotation of the socket member, it is possible to accurately match the rotation angle of the socket member. In particular, since the rotation angle of the socket member is operated in proportion to the number of pulses when the socket member is rotated, it is possible to provide a better quality of flash and brightness by focusing the lamp position, which is the light source, at the position of the light emitting portion formed on the lens of the light lamp.

And since the CDMA module is installed in the control module, the status information of the flasher can be transmitted to the station installed on the land, so the station can monitor the operation status of the flasher installed at the remote site in real time for more convenient management. have.

In addition, it is possible to compensate the time information of the timer part included in the control module of each flasher according to the time information received from the satellite signal through the GPS receiving module. It is possible to operate the flashing cycle of the flashers on the basis of time information received from the satellite signal.                     

Although the present invention has been described with reference to the accompanying drawings, it will be apparent to those skilled in the art that many different and obvious modifications are possible without departing from the scope of the invention from this description. Therefore, the scope of the invention should be construed by the claims described to include many such variations.

Claims (8)

A main body 1 in which a control module 11 for controlling driving of the apparatus as a whole is housed; A support bracket (2) protruding on an upper portion of the main body (1) and including both support plates (21); A motor (3) provided on an outer side of one of the support plates (21) and including a rotating shaft (31) passing through both support plates (21); A socket member (4) provided on the rotary shaft (31) to be co-rotated and provided with a plurality of lamps (411) at equal intervals on an outer circumference thereof; Clutch means (5) provided between the socket member (4) and one support plate (21) to transmit the power of the rotating shaft to the socket member only in one direction; Power supply means (6) for transferring power to the socket member (4) via the control module (11) to selectively emit one of a plurality of lamps; Flasher for the lantern, characterized in that consisting of. 2. The clutch means (5) according to claim 1, wherein: An intermittent body 51 which is interlocked with the rotary shaft 31 exposed between the socket member 4 and the support plate 21 and is movably inserted to both sides; An elastic body 52 mounted on a rotation shaft 31 between the intermittent body 51 and the support plate 21 to push the intermittent body 51 to the side of the socket member 4; The clutch unit 53 is provided on the contact surfaces of the intermittent body 51 and the socket member 4 to transmit the rotation of the intermittent body 51 to the socket member 4 in only one direction. Flasher for lanterns. The method of claim 2, wherein the clutch portion 53 is: Each radially provided on the contact surface of the intermittent 51 and the socket member 4 is radially transmitted to each other when the intermittent rotates in one direction, and the rotational force is transmitted to the socket member. Flasher for the illuminator, characterized in that composed of a plurality of toothed type that the rotational force is not transmitted. The method of claim 2, Both ends of the rotating shaft 31 between the support plate 21 and the socket member 4 of the opposite side provided with the clutch portion 53 are in close contact with the support plate 21 and the socket member 4 of the opposite side so that the clutch unit ( 53. An illuminator for an illuminator according to claim 1, further comprising an elastic spring (32) for canceling the shock transmitted to the socket member at the moment of interruption.  The method of claim 1, And the motor (3) is a stepping motor rotating in proportion to the pulse input from the control module. 6. The control module according to claim 1, wherein the control module 11 comprises: A timer unit 110, A lamp detection unit 111 for detecting lamp state information including preliminary water quantity information of the lamp 411, A memory unit 112 for storing the quality information including the flashing cycle and the flash information of the lamp; The lamp is controlled by using the time information input from the timer unit 110 and the quality information stored in the memory unit 112 to control the blinking of the lamp and the adjacent lamp according to the inoperable signal input from the lamp detection unit 111. A control unit 113 for controlling the driving of the motor 3 to be replaced with; A lamp drive 114 which intercepts light emission of the lamp according to a blinking control signal of the controller 113; Flasher for a lamp, characterized in that it comprises a motor drive (115) for driving the motor in accordance with the motor drive signal of the control unit (113). The method of claim 6, The main body 1 is further provided with a CDMA modem (14) connected to the antenna installed in the equivalence table for transmitting and receiving data with the base station, The control module 11 converts the data into a transmission format capable of data communication with the base station; and a power storage state of the battery for supplying power to the apparatus including the lamp, and to supply power to the battery. And a charge / discharge drive 118 for controlling the driving of the solar cell plate and the battery according to the measured value input from the voltage detector. Flasher for lanterns. The method of claim 7, wherein The main body 1 further includes a GPS receiving module 15 connected to the GPS antenna and analyzing the satellite signals inputted therefrom to extract the position information and the time information of the flashlight mounted on the flashlight. The memory unit 112 further includes initial position information of the buoy and flow range information of the buoy. The control module 11 stores the position information of the corresponding buoy entered from the GPS receiving module 15 in the memory unit 112 and transmits a warning signal to the base station when the input position information is out of the flow range. Further comprising a position detecting unit 119, The control unit 113 compensates for the time information input from the timer unit 110 with reference to the time information input from the GPS receiving module 15 to control the flashing drive of the lamp. .

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