KR101227162B1 - Explosions apparatus for wildlife eradicate using lpg - Google Patents

Abstract

PURPOSE: An explosion apparatus for repelling wild animals is provided to explode gas using electricity. CONSTITUTION: An explosion apparatus for repelling wild animals comprises a cannon leg unit(110) which comprises an azimuth leg and an elevational angle leg, a gun turret unit(120) which is equipped with a powder cartridge for storing gas, a bullet sending unit(130), a spray unit(140) which is equipped with a gas injection nozzle and a gas injector, an adjustment unit(150) which comprises an adjusting bolt, a control unit(160) which has a solenoid valve and a button valve, a tension coil spring unit(170) with a trigger spring, a trigger unit(180), and an ignition unit(190) with an ignition plug.

Description

EXPLOSIONS APPARATUS FOR WILDLIFE ERADICATE USING LPG}

The present invention relates to an apparatus for extinguishing wild animals using LPG, and more particularly, a ball of a triggering unit hits an igniter of an ignition unit to generate electricity at a desired time, and then explodes the gas in the chamber. By providing a control unit that can be made, it relates to a wild animal extermination apparatus using the Elpji to make it easier and more convenient to combat wild animals.

In general, the extinction apparatus for combating wild animals is a device used to combat wild animals by generating a binge toward a wild animal that harms farm products, such as farmland, an orchard, or a farm.

As described above, in order to combat wild animals, the Korean Utility Model Model No. 20-0179816 includes: a drone having an explosion cylinder that strikes a piezoelectric element with a moving striking piece and generates sparks by sparking with a spark plug. A rotating piece in which a locking hole is inserted into a locking projection horizontally coupled to a lifting bar which is lifted up and down by a pressure plate so that the rotating hole is eccentrically rotated with respect to the hinge; A spring connected to one side of the rotating piece and one side of the case to pull the rotating piece to rotate elastically upward or downward with respect to the center line; A pressurizing piece which rotates about a rotating shaft by rotation of the rotating piece to open the gas supply valve of the gas storage cylinder; A locking piece which rotates the rotating piece by the elastic force of the locking spring and walks to the locking jaw and pushes the protruding surface to the locking axis of the rotating piece when the rotating piece returns to rotate about the hinge to release the locking of the pressing piece; A tubular cover fitted to the rear of the explosion cylinder, contacted with the support, fastened and fixed to a screw hole of the support by a plurality of fastening screws, connected to a gas transfer pipe, and having an air movement hole of a droop on an outer circumferential surface thereof; A fixing plate inserted into one side of the tube cover through a hole to be fixed by a fixing screw fastened to the screw hole; The 'exposure control type drone' consisting of a sound control plate connected to the support by a hinge coupled to the fixed plate is opened or closed to open and close the space between the bin body and the cylinder cover.

However, the Republic of Korea Utility Model Registration No. 20-0179816 can adjust the size of the binge, there was a problem that it is inconvenient to generate the binge at the desired time.

It is an object of the present invention to provide a control unit that allows a ball of a triggering unit to strike an igniter of an ignition unit to generate electricity and explode gas in a chamber with the electricity at a desired time, thereby more easily and conveniently combating wildlife. The present invention provides an explosive device for combating wild animals using ELP.

In accordance with an aspect of the present invention, there is provided an apparatus for combating wild animals using ELP, comprising: a fordary unit having an azimuth leg supported on a floor and a high-low angle leg formed between the azimuth leg and being curved upward; A turret unit installed on an upper portion of the fordari unit and provided with a chamber in which gas is stored at one side; A sending unit installed at an upper portion of the turret unit to maintain a constant pressure for a predetermined time before the explosion, a governor having a rubber cover, and a mover moving upward by the pressure when the rubber cover is inflated; An injection unit provided on one side of the coal-fired unit and provided with a gas injection port and a gas injection port for an injection unit on one side; An adjustment unit installed adjacent to the injection unit and having an adjustment bolt at an upper portion thereof; A control unit installed to be in contact with the sending unit, and having a sol valve communicating with the governor, and a button valve spaced apart from the sol valve at a predetermined interval; A tension coil spring unit installed at one side of the coal feeding unit and provided with a trigger spring for downwardly moving the trigger unit that has risen along the mover by a continuous gas supply; A triggering unit fixedly installed at one side of the sending unit, and having a trigger shaft for allowing the trigger base to move upward in accordance with the movement of the mover; And an ignition unit installed at one side of the turret unit and having an ignition plug for supplying electricity generated from the piezoelectric element to the gas stored in the chamber so that an instant explosion occurs. .

The control unit may include a gas inlet for a control unit into which gas supplied from the governor provided in the coal feeding unit is injected; A gas exhaust port for a control unit connected to an intake port of the governor; A sol valve provided in communication with the gas inlet for the control unit and providing a movement path of the gas injected through the control unit gas inlet; A button valve spaced apart from the sole valve and pressed by an adjustment bolt of the coal feed unit; A bracket positioned below the sole valve and the button valve to fix and support the sole valve and the button valve; And a pneumatic hose provided between the sole valve and the button valve to supply gas. And a control unit.

The gas injection port for the control unit is characterized in that the gas of a static pressure of 0.7bar ~ 0.9bar pressure is injected.

The sole valve is made in a 3-way manner, and when one of the two outlets is open and the other is closed, the open valve is closed and the closed valve is opened when DC 12V power is applied.

The button valve is characterized in that the operating state is pressed by the adjustment bolt of the adjustment unit fixed to the coal feed unit in the initial state before operation.

When the button valve is closed, the mover is placed at a threshold value, the DC 12V power is supplied to the solenoid valve to open and close the opening, and the gas supplied to the button valve is closed. It is supplied to the gas exhaust port of the control unit in a closed state so that the percussion unit that has moved up along the mover to the restoring force of the percussion spring while the gas is stored in the chamber through the gas inlet of the turret unit do.

The front side of the barrel is provided with a rotatable shade, characterized in that the shade is rotated within the range of 350 ° ~ 360 ° by the explosion pressure during explosion.

As described above, according to the wild animal extermination apparatus using the L-fiji according to the present invention, the ball of the triggering unit at the desired time can hit the igniter of the ignition unit to generate electricity and the electricity in the chamber to explode the gas By providing a control unit that makes it possible to more easily and conveniently combat wildlife.

Figure 1 is a perspective view showing a drinking apparatus for combating wild animals using the LLP according to the present invention.
Figure 2 is an exploded perspective view showing an exploded decay apparatus for combating wild animals using ELP according to the present invention.
Figure 3 is a perspective view showing a state in which the control unit is separated from the drinking apparatus for combating wild animals using the LLP according to the present invention.
Figure 4 is a side view showing a state installed on top of the trivet type support device for exterminating wild animals using the LLP according to the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. In addition, the present invention may be embodied in various structures and is not limited to the embodiments described herein, and like reference numerals refer to like parts throughout. FIG.

The wild animal extermination apparatus 100 using the Elpji according to the present invention, the ford unit 110 is installed on the floor or gas, turret unit 120 is installed on the top of the ford unit 110 and , Installed in the upper portion of the turret unit 120 to maintain a constant pressure for a predetermined time, the injection unit 140 is installed on one side of the sending unit 130, the injection unit 140, and adjacent to the injection unit 140 is installed The control unit 150 is installed, the control unit 160 is installed in communication with the sending unit 130, and controls the drinking apparatus 100, and is installed on one side of the sending unit 130 to trigger the percussion unit 180 Tension coil spring unit 170 for moving downwards, a percussion unit 180 that is fixedly installed on one side of the coal feed unit 130, and an ignition unit installed on one side of the turret unit 120 to ignite so that an instant explosion occurs. And 190.

Podari unit 110 is installed so as to support the trivet type support (102) or the like standing on a floor or a certain height on the floor.

Podari unit 110 is configured to include a high azimuth leg 114 is formed between the azimuth leg 112, which is supported on the floor and the azimuth leg 112 to be curved upward.

The azimuth leg 112 is formed in a substantially '⊂' shape in plan view, and the high and low leg 114 is formed in an approximately '⊃' shape in side view.

The turret unit 120 is installed on the upper portion of the fordari unit 110, the turret unit 120 is a feed unit unit holder 121, the gas inlet 122 for the turret unit, the chamber 123, The turret fixture 124 and the barrel 125 are configured to be included.

The sending unit holder 121 is for fixing the sending unit 130 on the barrel 125 and may be fixed to the edge by fastening means such as a bolt.

The turret unit gas inlet 122 of the turret unit 120 serves to inject a predetermined amount of gas injected from the coal feed unit 130 to the chamber 123.

The chamber 123 stores the gas injected through the gas inlet 122 for the turret unit. That is, the chamber 123 is provided to be in communication with the turret unit gas inlet 122 into which a predetermined amount of gas injected from the coal sending unit 130 is injected, and the gas injected through the turret unit gas inlet 122. It acts as a store.

When the turret fixture 124 is installed outdoors, the turret unit 110 allows the high-angle leg 114 of the foot leg unit 110 to be fitted and coupled to the trivet type support 102 or the like.

The barrel 125 ejects the pressure generated when the gas explodes in the chamber 123. The pressure generated at this time is supported by the azimuth leg 112 of the fordari unit 110.

The front side of the barrel 125 is provided with a rotatable shade 125a, which rotates in the range of about 350 ° to 360 ° by the explosion pressure during explosion.

The coal feed unit 130 is installed on the upper portion of the turret unit 120 to maintain a static pressure for a predetermined period before the trigger.

Such a coal sending unit 130 includes a governor 131, a rubber cover 131a, a mover 132, a mover support 132a, an E-shaped stop ring 132b, and a base fixing bolt 133. ), A gas cylinder fixing bolt 134, a long shaft 135, and a charcoal base 136.

The governor 131 is provided with a storage space of a predetermined size therein, and the gas passing through the button valve 164 is supplied to the storage space. The upper portion of the governor 131 is provided with a rubber cover 131a that is inflated by the gas supplied to the governor 131.

The mover 132 is moved upward by the pressure generated when the governor rubber cover 131a is inflated. When the mover 132 is moved upward, the adjustment bolt 152 of the adjustment bracket 151 is moved upward, and accordingly, the button valve 164a of the button valve 164 is released while being released and pressed. 164 is closed. As such, when the button valve 164 is in a closed state, the gas is no longer supplied to the governor 131. When the mover 132 moves upward, the injection jaw 143 of the injection unit 140 is raised and the trigger shaft 184 of the triggering unit 180 that extends over the mover 132 moves upward together. .

In addition, when the gas supply is continued, the injection cylinder gas inlet 144a and the injection unit gas injection hole 144b, which are closed while the inner cylinder shaft (not shown) fixed to the cylinder clamp 142 of the injection unit 140 is raised together. The gas of the governor 131, which is opened to the gas cylinder outlet hose 137 of the coal feed unit 130, is ejected to the injection unit gas inlet 144a, and the ejected gas is the gas injection port 122 for the turret unit. Is injected into.

As a result, the balance between the load spring 171 force of the tension coil spring unit 170 and the force of the cock spring 172 is broken so that the movable member 132 and the cock unit 180 that are moved upwards are returned to their original positions.

The mover support 132a functions as a central axis when the mover 132 moves upward by the pressure generated when the governor rubber cover 131a is inflated by the gas supplied to the governor 131.

E-type stop ring (132b) is placed on the movable unit 132 to the side of the coal-fired unit 130 so as not to be released in the state of inserting the movable support (132a).

The base fixing bolt 133 is provided on the edge side in the state in which the sending unit 130 is placed on the turret unit 120 to fix the sending unit 130 to the turret unit 120.

The gas cylinder fixing bolt 134 serves to fix the governor 131 at the bottom of the coal sending unit 130.

The loading shaft 135 serves to fix the loading spring 171 to one side of the coal feeding unit 130.

The coal feed base 136 is provided in a plate shape, and the upper parts of the coal feed unit 130 are assembled.

Injection unit 140 is provided on one side of the coal feed unit 130, the injection unit 140, the injection base 141, the cylinder clamp 142, the injection jaw 143, the gas for the injection unit And a cylinder 145 composed of an injection hole 144a, a gas injection hole 144b for the injection unit, a first cylinder body 145a and a second cylinder body 145b, and a spring-type straight pin 146. do.

The injection base 141 is provided in a substantially '∩' shape as viewed from one side so that the parts of the injection unit 140 can be assembled.

The cylinder clamp 142 serves to fix the cylinder 145 shaft inside the injection base 141.

The injection jaw 143 is a jaw-shaped protrusion that stops the sending unit 130 without slipping when the injection unit 140 is erected.

The injection unit gas injection port 144a injects gas into the cylinder 145 side, and the injection unit gas injection port 144b injects gas from the cylinder 145 side.

The cylinder 145 is composed of a first cylinder body 145a positioned above and a second cylinder body 145b positioned below the first cylinder body 145a, and includes a first cylinder body 145a and a second cylinder. The bodies 145b are assembled to each other by bolts and nuts to form a body.

The spring straight pin 146 serves to fix the cylinder clamp 142 on the injection unit 140 side.

The adjustment unit 150 is installed to be adjacent to the injection unit 140, the adjustment bracket 151, the adjustment bolt 152 and the fixing bolt 153 is configured to include.

The adjusting bracket 151 is provided in a substantially '-' shape, and is fixedly installed on the side of the coal feeding unit 130.

The adjustment bolt 152 is provided on the adjustment bracket 151 and serves to press the button 164a of the button valve 164.

The fixing bolt 153 fixes the adjustment unit 150 to the mover side hole 132c of the coal feed unit 130.

The control unit 160 is installed so as to be in contact with the songtan unit 130 serves to control to generate a sound explosion according to the desired time.

The control unit 160 includes a gas inlet 161 for the control unit, a gas exhaust port 162 for the control unit, a sole valve 163, a button valve 164, a sole valve 163, and a button valve ( And a pneumatic hose 166 for supplying gas to the solenoid valve 163 and the button valve 164.

The gas inlet 161 for the control unit has a pressure of about 0.7 bar to 0.9 bar (preferably 0.8 bar) which is statically pressured from the LPG gas cylinder G having a pressure of about 29 bar to 31 bar (preferably 30 bar). Inject gas. The gas inlet 161 for the control unit is fixed by the inlet fitting 161a of the 'L' type. The gas inlet 161 for the control unit is provided with an injection hole box 161b for preventing the gas from leaking when the hose contacting the LPG gas cylinder G is plugged in.

The gas exhaust port 162 for the control unit has an approximately 'T' shape and is connected to a suction port (not shown) side of the governor 131 provided at one side of the coal feed unit 130. The gas exhaust port 162 for the control unit is fixed by the exhaust port fitting 162a of the 'T' type.

Sol-Valve 163 is a 3-Way method (3-Way method, when the input gas is open, either one of the two outlets is open and the other is closed, and DC 12V, the sole valve power supply, is applied. The open valve is closed and the closed valve is opened), thereby providing a movement path of the gas injected through the gas inlet 161 for the control unit. The sole valve 163 is fixed by the sole valve fitting 163a of the 'I' type and the solenoid valve fixing bolt 163b. Sol valve fixing bolt (163b) may be made of a hexagonal bolt.

The button valve 164 is a mechanical valve and opens when the button 164a is pressed. The button valve 164 is initially in a state of being pressed by the adjusting bolt 152 of the adjusting unit 150 fixed to the coal feeding unit 130. As such, since the button valve 164 is initially opened, gas is passed through the gas to be supplied to the gas exhaust port 162 for the control unit. At this time, the gas exhaust port 162 for the control unit is connected to the governor 131 provided on one side of the coal feed unit 130 to receive the gas. To this end, the governor 131 is in communication with the LPG gas cylinder (G) to receive the gas to be supplied to the control unit gas exhaust 162 side. The button valve 164 is connected to the pneumatic hose 166 by the button valve fitting 164b of the 'L' type. In addition, the button valve 164 is supported by the control unit bracket 165 and is supported by the control unit bracket 165 by the button valve fixing bolt 164c and the button valve fixing nut 164d. It is fastened and fixed to the furnace charcoal unit 130.

The sole valve 163 and the button valve 164 are connected through the pneumatic hose 166 to receive the gas. The pneumatic hose 166 is preferably designed to withstand a pressure of about 5 bar or more.

Looking at the operation relationship between the sole valve 163 and the button valve 164 having the above configuration under the premise that gas is continuously supplied, the mover is substantially positioned at the threshold value while the button valve 164 is closed. When the direct current 12V is supplied to the solenoid valve 163 of the control unit 160, the passage closed by the solenoid valve 163 is opened, and the opened passage is closed. In this process, the sole valve 163 is operated while the button valve 164 is closed, and the gas supplied from the governor 131 to the button valve 164 through the sole valve 163 is supplied to the gas exhaust port for the control unit. 162 is supplied to the side. As a result, the gas bulges up to the governor 131 to open the cylinder 145 of the injection unit 140 at the critical point irrespective of the button valve 164, and the gas is supplied continuously. The triggering unit 180, which has been raised along the 132, moves vigorously downward by the restoring force of the tensioning spring 172 of the tensioning spring 172. At this time, the gas is stored in the chamber 123 through the gas inlet 122 for the turret unit.

In addition, the tension coil spring unit 170 is installed on one side of the coal feed unit 130, and includes a loading spring 171, a cocking spring 172, and a spring cover 173.

The loading spring 171 has a structure in which one side is fastened to the long shaft 135 and the other side is fastened to the percussion shaft 184.

When the trigger spring 172 is additionally irrespective of the button valve 164 and the gas rises to the governor 131, the cylinder 145 of the injection unit 140 is opened at a critical point, so that the gas is continuously supplied. The triggering unit 180 that has been moved up along the mover 132 serves to move downward by the restoring force. The percussion spring 172 is fixed by the spring straight pin 174 in the state embedded in the spring cover 173 is not separated to the outside.

The triggering unit 180 is fixedly installed at one side of the coal feeding unit 130, and the triggering base 181, the ball 182, the ball fixing nut 182a, the ball support 183, and the cock shaft 184, the trigger support 185, the trigger support shaft 185a, the trigger support washer 185b, and the trigger support nut 185c.

The trigger base 181 serves to allow the components of the trigger unit 180 to be assembled.

Ball 182 is a gas after the gas is stored in the chamber 123 through the gas inlet 122 for the turret unit, the pressure of the governor 131 is lowered, and further, a trigger spring 172 constituting the tension coil spring unit 170 ) Will return to its original position with the restoring force increased.

The ball fixing nut 182a serves to stably fix the ball 182 to the trigger base 181.

When the ball support 183 fixes the ball 182 to the percussion base 181, the ball is supported to be centered on the percussion unit 180.

In addition, the trigger shaft 184 supports the trigger base 181 to move together when the mover 132 moves upward or downward in conjunction with the mover 132 of the coal briquette unit 130.

The trigger support 185 is to fix the trigger unit 180 to the coal feed base 136 of the coal feed unit 130.

The trigger support washer 185b is fixed to the trigger support fixing nut 185c by fixing the trigger support 185 to the charcoal base 136 so as not to loosen it.

On the other hand, the ignition unit 190 is installed on one side of the turret unit 120 serves to supply electricity to the gas in the chamber 123 so that a sharp explosion occurs.

The ignition unit 190 includes an igniter 191, an igniter fixing plate 191a, an ignition plug 192, an ignition unit stop ring 193, an output cap 194, a fixing pin 195, , A fixing nut 196 for the ignition unit and a fixing bolt 197 for the ignition unit are configured.

The igniter 191 is hit by the ball 182 of the triggering unit 180 to be returned to its original position. The igniter 191 generates an electric power of about 16 kV as a device that generates electricity when it receives a force from the piezoelectric element. The igniter 191 is stably fixed by the igniter fixing plate 191a.

The igniter 191 can prevent the ball of the triggering unit 180 from being pushed down by the fixing pin 195 when hit.

The spark plug 192 serves to supply the electricity generated from the piezoelectric element to the gas side stored in the chamber 123 of the turret unit 120 to cause an instant explosion.

The output cap 194 is an insulation cap that prevents the high voltage of the spark plug 192 from leaking out.

In addition, the ignition unit 190 may be fixed to the turret unit 120 by the fixing nut 196 for the ignition unit and the fixing bolt 197 for the ignition unit, or may be fixed in various ways such as by welding.

Referring to the operational relationship of the wild animal extermination apparatus 100 using the LLP according to the present invention having the above configuration as follows.

First, when the gas of the LPG gas cylinder (G) is supplied to the gas inlet 161 for the control unit, the gas is compressed and stored in the governor 131 through the button valve 164 and the rubber cover 131a of the governor 131 is provided. Swelled up.

At this time, the rubber cover 131a of the governor 131 pushes the mover 132 upward to move it up, and the injection unit 140 and the percussion unit 180 which are spread over the mover 132 inject gas. It is set to the threshold state just before the following.

In addition, when a DC voltage 12V is supplied to the solenoid valve 163 of the control unit 160 at a desired time, the solenoid valve 163 is operated to be closed or opened.

In this process, the gas supplied through the button valve 164 is further supplied directly to the governor 131 side, the cylinder 145 of the injection unit 140, which was the critical injection unit 140 is moved and opened for the turret unit The gas inlet 122 is stored in the chamber 123.

When the gas stored from the governor 131 comes out, the pressure of the governor 131 drops and the movable spring 172 is forcefully restored by the triggering spring 172 of the tension coil spring unit 170 while the movable member 132 returns to its original position. The ball 182 provided in the triggering unit 180 hits the igniter 191 of the ignition unit 190 to generate electricity and explode the gas in the chamber 123 with the electricity.

Since the DC voltage 12V is not applied to the solenoid valve 163 after the explosion, the injection unit 140 and the percussion unit 180 are reset to the critical state just before the gas is injected, and the control unit 160 Waits for the DC voltage 12V input of the solenoid valve 163.

Again, a process of supplying a DC voltage of 12 V of the solenoid valve 163 and striking the igniter 191 of the ignition unit 190 through the ball 182 of the triggering unit 180 to explode the gas in the chamber 123. By repeating, by exploding the gas at the desired time as described above it is possible to easily and conveniently combat wild animals.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the scope of the invention is not limited to the disclosed exemplary embodiments. As shown in FIG.

100: wild animal exterminating device, 102: trivet type support,
110: fordari unit, 112: azimuth bridge,
114: high angle bridge, 120: turret unit,
121: gas tank unit, 122: turret unit gas inlet,
123: chamber, 124: turret fixture,
125: barrel, 125a: shade,
130: Songtan unit, 131: governor,
131a: rubber cover, 132: mover,
132a: movable supporter, 132b: E type stop ring,
132c: mover side hole, 133: base fixing bolt,
134: gas cylinder fixing bolt, 135: long shaft,
136: Songtan base, 137: gas cylinder exhaust port hose,
140: injection unit, 141: injection base,
142: cylinder clamp, 143: injection jaw,
144a: gas injection port for injection unit, 144b: gas injection port for injection unit,
145: cylinder, 145a: first cylinder body,
145b: second cylinder body, 146: spring type straight pin,
150: adjusting unit, 151: adjusting bracket,
152: adjusting bolt, 153: fixing bolt,
160: control unit, 161: gas inlet for the control unit,
161a: injection hole fitting, 161b: injection hole boxing,
162: gas exhaust for control unit, 162a: exhaust fitting
163: solenoid valve, 163a: solenoid valve fitting,
163b: Solvent valve fixing bolt, 164: Button valve,
164a: button, 165: bracket for the control unit,
166: pneumatic hose, 170: tension coil spring unit,
171: loaded spring, 172: cocked spring,
173: spring cover, 180: triggering unit,
181: trigger base, 182: ball,
182a: ball fixing nut, 183: ball support,
184: trigger shaft, 185: trigger support,
185a: trigger support shaft, 185b: trigger support washer,
185c: trigger support nut, 190: ignition unit,
191: igniter, 191a: igniter fixing plate,
192: spark plug, 193: stop ring for the ignition unit,
194: output cap, 195: fixed pin,
196: fixing nut for ignition unit, 197: fixing bolt for ignition unit,
G: LPG gas cylinder.

Claims (7)

A fordari unit having an azimuth leg supported on a floor and a high-low angle leg positioned between the azimuth leg and being curved upwardly;
A turret unit installed on an upper portion of the fordari unit and provided with a chamber in which gas is stored at one side;
A sending unit installed at an upper portion of the turret unit to maintain a constant pressure for a predetermined time before the explosion, a governor having a rubber cover, and a mover moving upward by the pressure when the rubber cover is inflated;
An injection unit provided on one side of the coal-fired unit and provided with a gas injection port and a gas injection port for an injection unit on one side;
An adjustment unit installed adjacent to the injection unit and having an adjustment bolt at an upper portion thereof;
A control unit installed to be in contact with the sending unit, and having a sol valve communicating with the governor, and a button valve spaced apart from the sol valve at a predetermined interval;
A tension coil spring unit installed at one side of the coal feeding unit and provided with a trigger spring for downwardly moving the trigger unit that has risen along the mover by a continuous gas supply;
A triggering unit fixedly installed at one side of the sending unit, and having a trigger shaft for allowing the trigger base to move upward in accordance with the movement of the mover; And
An ignition unit installed at one side of the turret unit, the ignition unit having an ignition plug for supplying electricity generated from a piezoelectric element to a gas stored in the chamber to cause an instant explosion; Excavation device for combating wild animals using ELP comprising a.
The method of claim 1,
The control unit,
A gas inlet for a control unit into which gas supplied from the governor provided in the coal feeding unit is injected;
A gas exhaust port for a control unit connected to an intake port of the governor;
A sol valve provided in communication with the gas inlet for the control unit and providing a movement path of the gas injected through the control unit gas inlet;
A button valve spaced apart from the sole valve and pressed by an adjustment bolt of the coal feed unit;
A bracket positioned below the sole valve and the button valve to fix and support the sole valve and the button valve; And
A pneumatic hose provided between the sole valve and the button valve to supply gas; Excavation device for combating wild animals using ELP, characterized in that comprising a.
The method of claim 2,
The gas inlet for the control unit is a decay apparatus for combating wild animals using ELP, characterized in that the gas of a static pressure of 0.7bar ~ 0.9bar pressure is injected.
The method of claim 2,
The sole valve is made of a 3-way method, and when one of the two outlets is open and the other is closed, when the DC 12V power is applied, the open valve is closed and the closed valve is opened. Excavation apparatus for combating wild animals using ELV, characterized in that the valve.
The method of claim 2,
And the button valve is operated by the adjustment bolt of the adjustment unit fixed to the coal feed unit in the initial state before operation, the wild animal eradication apparatus using an Elpji.
The method according to claim 4 or 5,
When the button valve is closed, the mover is placed at a threshold value, the DC 12V power is supplied to the solenoid valve to open and close the opening, and the gas supplied to the button valve is closed. It is supplied to the gas exhaust port of the control unit in a closed state so that the percussion unit that has moved up along the mover to the restoring force of the percussion spring while the gas is stored in the chamber through the gas inlet of the turret unit Excavation device for combating wild animals using the Elpji.
The method of claim 1,
The front side of the turret unit is provided with a rotatable shade, the explosion apparatus for combating wild animals using Elpji, characterized in that the shade rotates in the range of 350 ° ~ 360 ° by the explosion pressure during explosion.

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