KR100628137B1 - System for controling occurrence of explosion and warning for expeling birds - Google Patents

Abstract

A device for controlling the generation of an explosive and warning sound for expelling birds is provided to control a bird expelling unit from the remote place by an RF(Radio Frequency) signal and to suppress resistance of birds by regulating the size, cycle, and generation times of the explosive sound. Explosive sound generating units(50) are installed on the farmland or runway at regular intervals and provided with controllers for continuously or intermittently generating the explosive sound according to an input state of a pre-set ID(Identification) code signal with changing the size, cycle, and generation times of the explosive sound. First RF transceivers(10) are installed correspondently to each explosive sound generating unit to receive and transmit the ID code signal operating the explosive sound generating unit, to the explosive sound generating unit or transmit the malfunction state of the explosive sound generating unit to a first control unit(120). The first control unit is equipped with a second RF transceiver(121) correspondent to the first RF transceiver and installed apart from the explosive sound generating unit to operate the explosive sound generating unit by sending the ID code signal set correspondently to each explosive sound generating unit from the second RF transceiver to the first RF transceiver and check and control the malfunction state by receiving a malfunction signal from the first RF transceiver through the second RF transceiver.

Description

System for controling occurrence of explosion and warning for expeling birds}

1 is a view showing an example installed on the runway is a control device for generating a high noise and alarm sound for combating birds according to the present invention,

Figure 2 is a block diagram showing the entire system of the bird-fighting explosion and alarm sound control device according to the present invention, respectively;

Figure 3 is a block diagram of another example showing the entire system of the bird extinguishing explosion and alarm sound generating control apparatus according to the present invention;

4 is a circuit diagram showing a binge generating means in the present invention,

5 is a perspective view showing the appearance of FIG.

6 is a schematic cross-sectional view of FIG.

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

1: bird eradication means 10: first RF transceiver

50: bins generating means 51: barrel

51a: chamber 51b: ignition device

51c: Muzzle 51c ': Large scenery

51c ": Small diameter pipe 51d: Hole

52: memory 53: solenoid valve

54: Nozzle 55: Controller

56: warning sound output means 56a: amplifier

56b: speaker 57: power supply means

57a: solar light collecting plate 57b: solar cell

58a: gas tank valve 58b: pressure regulating valve

58c: gas hose 59: support leg

100: control means 110: second control means

120: first control means 121: second RF transceiver

B: Bolt member G: Gas tank

The present invention relates to an apparatus for controlling bird's extinguishment and alarm sound, which is installed in a farmland, an orchard, an aerodrome, and expels gas and explodes in a chamber so as to chase birds or wild animals. It is convenient to use and enables remote control through radio frequency signal (hereinafter referred to as "RF signal") by automating the algae exterminating means to generate, and enables long-term use without frequent troubles. The present invention relates to an apparatus for extinguishing algae and audible alarms that effectively combats algae by suppressing algae resistance.

Conventionally, in order to prevent damage to crops from birds and wild animals in harvest fields, orchards, or farms, a piezo and gas are produced by mixing carbide with water to generate carbide gas. The device has been developed to operate the valve to explode the gas collected in the bin, the chasing birds back by the binge, but there is a disadvantage that the binge occurs only at regular intervals and the carbide must be replaced frequently.

To improve the shortcomings of the carburetor using such a carbide, there is published in Utility Publication No. 90-1233 published on February 20, 1990. This has the advantage of being relatively simple in structure and controlling the size of the binge to a certain extent, but this is also a disadvantage that the bird or wild animal easily adapts and uses the binge because the binge occurs regularly at intervals of a few minutes. There is this. In addition, the conventional bingoer has a disadvantage in that the area for chasing birds etc. is narrow because the binge is generated in only one direction.

For the purpose of overcoming such drawbacks, the applicant has proposed a drunker as patent application No. 10-1999-37165. The drooling system is designed to prevent the tide from occurring at regular intervals, making it difficult to adapt to the tide and to change the direction of the tide. Since the back has a mechanical form of a camshaft or the like, there is a problem that wear, breakage, corrosion, etc. occur easily and the life is short, and malfunctions frequently occur. There is a problem that this is high.

Accordingly, an object of the present invention is to solve such a problem, and it is convenient to use the remote control while transmitting and receiving a signal from an RF transmitter and a bird extinguishing means for generating a drink and a warning sound, and also changes the change for the drink. The present invention is to provide a bird extinguishing and alarm sound control device for effectively combating the bird by suppressing the bird's resistance to heavy drinking even in long-term use by giving a variety.

The present invention for achieving the above object is installed in a plurality of intervals on the agricultural land or runway, corresponding to each of the generation of continuous sounding or staggered sound for chasing algae according to the input of the predetermined ID code signal. Binge generating means for; A first RF corresponding to each of the sound generating means and receiving an ID code signal for operating the sound generating means and transmitting the received ID code signal to the sound generating means or transmitting a malfunction of the sound generating means to the first control means; Transceiver; And a second RF receiver corresponding to the first RF transmitter, installed remotely from the explosion generating means, and transmitting an ID code signal set corresponding to each of the explosion generating means from the second RF transmitter to the first RF receiver. First control means for controlling the operation of the sound generating means, and in the event of malfunction of the sound generating means receives a malfunction signal from the first RF transceiver through the second RF transceiver and confirms and controls the malfunction. It characterized in that it comprises a.

And a second control means comprising a portable radio terminal capable of directly exchanging signals with the first RF transceiver independent of the first control means, wherein the second control means corresponds to each of the explosion generating means. It is preferable to send the set ID code signal to the first RF receiver to control the binge generating means, and to receive a malfunction signal of the binge generating means from the first RF transceiver to check and control the malfunction. Do.

In addition, the explosion sound generating means further comprises a warning sound output means, it is preferable to output the pre-stored warning sound signal to the warning sound output means in accordance with the signal of the control means input from the first RF transceiver.

The explosion generating means may include a barrel having a gas tank and exploding the gas supplied to the chamber to the ignition device to generate the explosion through the muzzle; A solenoid valve installed in the barrel so as to be located between the gas tank and the chamber to open and close a movement path of the gas supplied to the chamber; A controller installed in the barrel and electrically connected to the first RF transmitter, the ignition device, and the solenoid valve, the controller controlling the operation of the solenoid valve and the ignition device according to a signal of a first control means input from the first RF transmitter; It is preferably made of a power supply means for supplying power to each of the components installed in the barrel.

The power supply means is preferably made of a light collecting plate for condensing sunlight and a solar cell for converting the light collected by the light collecting plate into electrical energy to charge.

In addition, the controller opens the solenoid valve within a preset time to supply gas to the chamber and closes the solenoid valve when the set time is exceeded, immediately actuating the ignition device to explode the gas in the chamber. In accordance with the signal of the first control means input from the first RF transceiver, it is preferable to control the number of occurrence of the binge by discriminating the number of operation of the solenoid valve.

In addition, the muzzle is preferably adjusted in length by the appearance of the small diameter tube inserted into the large diameter tube.

The above objects, advantages and other features will become apparent from the following description with reference to the accompanying drawings.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described in detail.

1 is a view showing an example of the bird-fighting explosion and alarm sound control device installed on the runway according to the present invention, Figure 2 is a block showing the entire system of the bird-fighting explosion and alarm sound control device according to the present invention, respectively Figure 3 is a block diagram of another example showing the entire system of the bird-fighting explosion and alarm sound generating control apparatus according to the present invention, Figure 4 is a circuit diagram showing the sound generating means in the present invention, Figure 5 is the appearance of Figure 4 6 is a schematic cross-sectional view of FIG.

As shown in the figure, the apparatus for controlling the algae and audible sound for extinguishing birds according to the present invention is roughly divided into a bird eliminating means 1 and a control means 100. The algae exterminating means (1) is installed on farmland or runway and is responsible for chasing birds, the first RF transceiver 10 for transmitting and receiving the RF signal with the control means 100, and the first RF transceiver 10 and It is electrically connected to the first RF transmitter and receiver 10 to generate a sound in accordance with the signal of the control means 100 is composed of a sound generating means 50 for chasing the algae.

4 to 6, the explosion generating means 50 has a gas tank G and explodes the gas supplied to the chamber 51a to the ignition device 51b through the muzzle 51c. Barrel (51) for generating the sound and the movement path of the gas supplied to the chamber (51a) is installed in the barrel 51 is located between the gas tank (G) and the chamber (51a) The solenoid valve 53 which is preferably a solenoid valve for opening / closing, and installed in the barrel 51 are electrically connected to the first RF transceiver 10, the ignition device 51b and the solenoid valve 53, and the first RF. Controller 55 for controlling the operation of the solenoid valve 53 and the ignition device 51b according to the signal of the control means 100 input from the transceiver 10, and the barrel 51 is provided in each of the configuration It consists of a power supply means 57 for supplying power to the elements 51b, 53, 55.

Reference numeral 58 denotes a means for supplying gas in the gas tank G to the solenoid valve 53, and 58a denotes a gas tank valve for opening and closing the opening of the gas tank G. , (58b) is a pressure control valve for discharging the gas at a predetermined pressure, 58c is a gas hose for connecting between the pressure control valve (58b) and the solenoid valve (53). Reference numeral 54 denotes a nozzle connected to the solenoid valve 53 to inject gas into the chamber 51a. Reference numeral 59 denotes a support leg for supporting the barrel 51 from the bottom.

The ignition device 51b is preferably installed such that the spark plug is directed toward the gas injection direction from the nozzle 54 so that no flashback occurs to the nozzle 54 during ignition. Power required for the operation of the ignition device 51b and the solenoid valve 53 is obtained by the controller 55 operating a switch located between the power supply means 57.

The muzzle 51c of the barrel 51 is adjusted in length by the appearance of the small diameter tube 51c '' inserted into the large diameter tube 51c '. One large fixed hole (not coded) is formed in the large diameter pipe 51c ', and a length adjusting hole (not coded) is provided in the small diameter pipe 51c' 'to have a length of the small diameter pipe 51c' '. A plurality of small diameter pipes (51c '') is adjusted to the large diameter pipe (51c ') is fastened to the fixing member and the length adjusting hole bolt member (B) is matched with each other in the length is adjusted It is fixed.

The power supply means 57 may be either a one-time battery or a rechargeable battery. Preferably, the light condensing plate 57a for condensing sunlight and the solar light condensed on the light condensing plate 57a are converted into electrical energy and charged. It is preferably made of a solar cell (57b). This results in an economic benefit by eliminating the use of pay power as well as the replacement cost of the battery.

On the other hand, the control means 100 is responsible for the function to generate an RF signal for controlling the operation of the explosion generating means 50 to output to the first RF transceiver 10. The control means 100 is a second control means 110 (see Fig. 3) consisting of a portable wireless terminal for directly transmitting and receiving RF signals with the first RF transceiver 10, the first RF transceiver 10 and the RF signal A first control means 120 (see Fig. 2) consisting of a terminal such as a PC having a second RF transceiver 121 for transmitting and receiving. The control means 100 is provided with a program for controlling the operation of the bird control means 1, the monitor according to the program distribution status of the bird control means 1 and such as a mouse, keyboard or keypad A menu and an active window for controlling the operation of the bird control means 1 are displayed through an input means. The portable second control means 110 provides the user with the convenience of enabling the operation control of the bird control means 1 anytime and anywhere. Preferably, the first and second RF transceivers transmit and receive RF signals in the 447.8625 MHz frequency band.

As shown in FIG. 1, the algae exterminating means 1 is installed in plural in order to exterminate algae in a large area, and the control means 100 selectively controls the algae extinguishing means 1 so that the algae can be effectively chased. have. That is, the bird extinguishing means 1 is installed in plural by giving a unique ID code to the controller 55 of the explosion generating means 50, and the control means 100 generates the corresponding ID code signal and By sending the RF signal carrying the ID code signal to the first RF transceiver 10, the operation of the explosion generating means 50 is selectively controlled. The ID code signal is generated by pressing the key button corresponding to the number in the input means of the control means 100 when the ID code assigned to the controller 55, for example, the ID code is a number (first control means ( 120) can be generated by clicking on the bird control means (1) displayed on the monitor, can be generated by inputting the corresponding ID code of the bird control means (1) to the active window with a keyboard), thus generated The ID code signal is loaded on the RF signal and sent to the first RF transceiver 10. When the controller 55 recognizes that its ID code signal is loaded among the signals received by the first RF transceiver 10, the controller 55 immediately operates the ignition device 51b and the solenoid valve 53 to generate a loud sound. Let's do it.

As such, when a signal from the control means 100 corresponding to the operation command of the controller 55 is received from the first RF transceiver 10, the controller 55 immediately stores the signal in the memory unit 52. A gas is supplied to the chamber 51a through the nozzle 54 by generating the command code according to the program and opening the closed solenoid valve 53. The controller 55 opens the solenoid valve 53 for a set time to supply gas to the chamber 51a. For example, if the time set in the controller 55 is 1 minute, the controller 55 opens the solenoid valve 53 for the 1 minute to supply gas to the chamber 51a. Note that the set time can be changed depending on the volume of the chamber 51a, the size of the binge, and the like.

After that, if the set time is exceeded, the controller 55 closes the solenoid valve 53 to cut off the gas supply to the chamber 51a and immediately apply power to the ignition device 51b. At the output of the ignition device 51b that is supplied with power, a high-voltage power source is formed and power flows through the spark plug to cause sparks to ignite the gas charged in the chamber 51a. When the gas is ignited, it explodes and expands, and at that moment, a high-pressure pressure is generated, and the high-pressure air is formed by the holes 51d and the muzzle 51c which communicate between the chamber 51a and the muzzle 51c. As it exits), it turns into a binge and is released to the outside. The binge emitted through the muzzle 51c chases the algae, and in order to suppress the algae's resistance to the algae, the controller 55 receives a signal of the control means 100 input from the first RF transceiver 10. In accordance with the operation number of the solenoid valve 53 is differentiated to control the number of occurrence of the binge.

For example, when the first operation signal is transmitted from the control means 100, the controller 55 generates a corresponding command code previously stored in the memory unit 52 and the solenoid valve 53 three times at 10 second intervals. Open the door to cause three times of binge drinking. Then, when the second operation signal is transmitted from the control means 100, the controller 55 generates the corresponding command code previously stored in the memory unit 52 to open the solenoid valve 53 twice at intervals of 10 seconds. By causing the sound to be generated twice, it turns out that if the operation signal transmitted from the control means 100 reaches a certain number, it can start again by feeding back for the first time. In this way, the controller 55 controls the number of occurrences of the drinking water by discriminating the operation number of the solenoid valve 53 according to the signal transmitted from the control means 100, thereby suppressing the algae's resistance to the drinking of algae. To fight effectively.

On the other hand, the controller 55 monitors the normal operation of the ignition device 51b and the solenoid valve 53 and, if there is a malfunction, sends the signal to the control means 100 through the first RF transceiver 10. Sending. The controller 55 transmits the ID code signal given to the control means 100 through the first RF transceiver 10 in the state in which the ID code signal is assigned to the RF signal. One of the bird control means (1) that tells you exactly which is malfunctioning. The control means 100 can be confirmed by displaying the bird control means (1) that is malfunctioning in the monitor in a flashing manner, it turns out that it can be ventilated by outputting a warning sound. This facilitates the management of the bird control means 1 distributed in a wide area.

In addition, the controller 55 is connected to the warning sound output means 56 consisting of an amplifier 56a and a speaker 56b. Therefore, when a signal corresponding to the warning sound output from the control means 100 is transmitted, the controller 55 outputs a warning sound signal previously stored in the memory unit 52 to the warning sound output means 56 to generate a warning sound. do. The amplifier 56a serves to amplify the warning sound signal input from the controller 55, and the speaker 56b converts the warning sound signal amplified from the amplifier 56a into an audible sound signal to the outside. Output Such a warning sound, when used in combination with heavy drinking, greatly suppresses the algae's resistance to effectively combat the algae.

As described above, according to the present invention, there is an effect of facilitating the use by automating the bird eliminating means for generating the sound and warning sound and enabling the remote control via the RF signal, and also the size of the sound, the period of the explosion, the sound of the explosion By easily adjusting the number of times, the algae resistance is greatly suppressed, thereby effectively combating the algae. In addition, it is possible to know whether the bird control means works properly at a remote location, which makes it easier to manage the bird control means distributed in a large area, and it can generate excessive drinking only when necessary. There is.

Claims (7)

(Correct) It is installed in a plurality of farmland or runway at intervals, and according to the input of preset ID code signal, the sound level, the sound period, and the frequency of sound explosions are continuously or time-dependent. Explosion generating means having a controller for generating while changing; A first RF corresponding to each of the sound generating means and receiving an ID code signal for operating the sound generating means and transmitting the received ID code signal to the sound generating means or transmitting a malfunction of the sound generating means to the first control means; Transceiver; And A second RF transmitter corresponding to the first RF receiver and installed at a remote location with the explosion generating means, and transmitting an ID code signal set corresponding to each of the explosion generating means from the second RF receiver to the first RF receiver; And a first control means for controlling the boom generating means to be operated and receiving a malfunction signal from the first RF transceiver through the second RF transmitter when the malfunction occurs. Bird control and excessive sound and alarm sound control device. 2. The apparatus of claim 1, further comprising second control means comprising a portable wireless terminal capable of directly transmitting and receiving a signal to and from the first RF transmitter independently of the first control means, wherein the second control means generates the explosion sound. Send the ID code signal set corresponding to each of the means to the first RF receiver to control the binge generating means to operate, and receive a malfunction signal of the binge generating means from the first RF transceiver to check and control the malfunction. Control device for the explosion and alarm sound generation for bird fighting, characterized in that the display. The method of claim 1, wherein the explosion generating means further comprises a warning sound output means, the bird extinguisher, characterized in that for outputting the pre-stored warning sound signal in accordance with the signal of the control means input from the first RF transceiver. Sound and alarm sound control device. (Correction) The method according to claim 1, wherein the explosion generating means is provided with a gas tank and explodes through the muzzle which is capable of adjusting the length of the small diameter tube inserted into the large diameter tube by exploding the gas supplied to the chamber into the ignition device. A barrel for generating a; A solenoid valve installed in the barrel so as to be located between the gas tank and the chamber to open and close a movement path of the gas supplied to the chamber; Installed in the barrel and electrically connected to the first RF transmitter, the ignition device and the solenoid valve, the solenoid valve is opened within a preset time according to a signal input of the operation of the first control means input from the first RF transceiver. When the gas is supplied to the chamber and the set time is exceeded and the solenoid valve is closed, the ignition device is immediately activated to explode the gas in the chamber, in response to a signal from the first control means input from the first RF transceiver. A controller for controlling the number of occurrences of the binge by discriminating the number of actuations of the solenoid valve; Installed in the barrel is a power supply for power supply for supplying power to each of the components, characterized in that the apparatus for controlling the explosion and alarm sound generation. (delete) (delete) (delete)

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