KR200324438Y1 - electric shock type birds repeller with inside power controller - Google Patents

Abstract

The present invention relates to an electric shock bird killing device for preventing the magpies and various birds nest in any place,

The power controller applied to the electric shock bird elimination device consists of an A / D converter that converts AC power flowing through the power line into DC power, a constant voltage circuit with a comparator and a transistor, and a charger. By incorporating

When a short circuit condition occurs due to algae, such as magpies, it releases a high voltage at an instant and stops the algae, and immediately maintains a buffer state due to high voltage. When a short circuit condition is maintained by heavy rain or heavy snow. In addition, the constant voltage circuit automatically short-circuits the power supply to prevent unnecessary power consumption, and there is no separate control box or terminal box exposed to the outside, so it is easy to handle and safer. It is about an animal bird control device.

Description

Electric shock type birds repeller with inside power controller}

The present invention relates to an electric shock bird killing device to prevent the magpies and various birds nest in any place, in particular, by adopting a constant voltage circuit by a comparator and a transistor to prevent rapid charging of the charger by birds. It is a shock-absorbing device with built-in power controller that minimizes the loss of power because it automatically cuts off the power even in case of continuous short circuit due to weather such as snow or rain.

Electricity, which is the main source of energy for industry and life, requires power transmission facilities as power plants are located on the outskirts. Therefore, a large number of various telephone poles are installed on the ground across mountains and fields. Or it is being transmitted using the underground.

Most birds, such as magpies, nest on branches or telephone poles when they nest, which mainly uses small twigs and mud as raw materials, but sometimes uses conductors such as wire chips and wires.

As a result, electric accidents caused by short circuits are frequently occurring in rural areas such as mountainous areas where birds are abundant, and enormous property losses such as repair and maintenance costs are caused by such electric accidents.

In particular, magpies have an excellent ability to adapt to the surrounding environment, and thus the artificial elimination device loses its original purpose of installation because it is identified by repetitive experiences and rather used by them.

For example, attempting to combat an enemy by installing a model of a natural enemy, broadcasting a special sound, or firing incense or light of dislike may be effective in the early stages. Will be turned into obsolete.

In addition, the elimination equipment using pointed needles is ineffective compared to expensive installation costs, and some electricity-based facilities are also exposed to weather conditions such as rain or snow, which leads to unnecessary waste of energy, magnets and wind power. Periodic replacement of accessories is required due to wear caused by facilities or continuous use, and malfunctions due to prolonged exposure to high temperature climates.

In addition, there is a problem in that the effectiveness of the algae dropping load is reduced or lost.

Therefore, as in 2003 Utility Model Application No. 2509 issued by the applicant of the present invention, the AC power supplied from the telephone pole is converted into a DC power source and supplied to an algae induction port, and the algae When the ground is exposed and buried, the wire is automatically shorted by the bird's foot, and when the bird approaches, the DC power is short-circuited and the electric shock is applied directly to the bird. A repelling device has been proposed.

However, the above-mentioned electric shock type bird extinguisher has been greatly increased the effect of combating birds such as magpies due to the electric shock effect of the high voltage, but the waste of power according to the power supplied to the charger is always supplied,

In addition, in the artificial short-circuit state due to natural disasters such as heavy rain or heavy snow, high-voltage power is continuously consumed, which causes a very large power loss.

In addition, since the control box for controlling the power of the bird feeder is exposed to the outside is not easy to handle, there is a risk of safety accidents.

The present invention was devised to eliminate the above-mentioned problems, and the controller applied to the electric shock type bird elimination device includes an A / D converter for converting AC power flowing into a DC power source, a comparator and a transistor. By consisting of a constant voltage circuit, a charger,

When a short circuit condition occurs due to algae, such as magpies, it releases a high voltage at an instant and stops the algae, and immediately maintains a buffer state due to high voltage. When a short circuit condition is maintained by heavy rain or heavy snow. It also automatically shorts the power to prevent unnecessary power consumption, and there is no external control box, so there is an electric shock type bird control device with a built-in power controller that is easy to handle and safe to use. will be.

1 is a schematic connection diagram of a state in which a power controller is built in the present invention bird relief device

2 is a block diagram of a power controller of the present invention

3 is a state diagram used by the subject innovation power controller

Explanation of symbols on the main parts of the drawings

1: power line 2: controller

3,3 ': conductor 4: algae oil utensil

10: A / D converter 11: comparator

12 transistor 13 constant voltage circuit

14: charger

20: last week 21: complete

Hereinafter, preferred embodiments of the present invention will be described.

1 is a schematic diagram of a state in which the power controller of the present invention is connected to a bird oil tool, and FIG. 2 is a block diagram of the present invention.

The electric power drawn out from the power line 1 is converted into a direct current through the controller 2 and connected to a current electric shock type bird extinguisher 4 connected with a bird feeder 4 having a conducting wire 3 and 3 'formed on both sides thereof. In

The controller 2 is embedded in the tidal streamer 4, wherein the controller 2 includes an A / D converter 10 for converting AC power drawn from the power line 1 into DC power, and a set charging voltage. The comparator 11 intermittently intercepts the DC power, the constant voltage circuit 13 having the transistor 12 embedded therein, and the charger 14 charged with power from the constant voltage circuit.

In the figure, reference numeral 20 denotes a pole, and 21 denotes a complete pole.

Referring to the operation of the subject innovation power controller according to the above configuration in more detail by the accompanying drawings as follows.

The present invention power controller (2) built-in bird feeder (4) is formed on the upper side of the finishing 21 fixed horizontally to the top of the pole 20, the bird such as magpie most easily sit or nest You can install it in a location where you can.

In this way, the bird feeder 4 installed on the finishing 21 above the pole 20 has a current terminal drawn from the controller 2 inside thereof, and is connected to both conductors 3 and 3 ', respectively. When (3) (3 ') is grabbed by a bird's toe, the conductor (3) (3') supplied with DC power is short-circuited and instantaneous electric shock is applied to the bird.

Therefore, the above-described DC power supply can be more easily installed by drawing out from the high-voltage power line 1, and the power can be supplied more stably.

Therefore, the internal controller 2 of the tidal streamer 4 is equipped with the normal A / D converter 10 on the branch line drawn out from the high-voltage power line 1, thereby switching the AC power source to the DC power source. To make it available,

The DC power switched from the A / D converter 10 is to interrupt the power by the constant voltage circuit 13 according to the charging level of the charger 14.

That is, while the transistor 12 of the constant voltage circuit is applied to the output of the comparator 11, the charge level of the charger 14, that is, the emitter voltage of the transistor 12 is lower than the base side voltage, so that the base side potential becomes high. When held, the transistor 12 is turned on.

Accordingly, the voltage output from the A / D converter 10 is charged to the charger 14 through the transistor 12.

When the charging voltage of the charger 14 is charged at a predetermined level (for example, 600v) or more, the charging level of the charger 14, that is, the emitter voltage of the transistor 12 is higher than the base side voltage, so that the base side potential is turned low. do.

Therefore, no voltage is applied from the A / D converter 10.

In this manner, when the charging voltage is kept in the charger 14 in a constant state, when a bird, such as a magpie, sits on the bird feeding tool 4, the charging voltage charged in the charger 14 is discharged to give an impact, and the The voltage is lowered to maintain the state of charge by repeating the above operation.

In addition, since the constant voltage circuit 13 is configured to automatically cut off the power even when heavy rain or heavy snow falls to a natural short-circuit state, power consumption does not occur at all. When the short circuit due to the climate automatically cuts off the power supply to the charger 14 so that no power loss occurs at the moment, the moment the short circuit is released, that is, when the bird is flying, rain or snow removed again By supplying power to the charger 14 it is to ensure a charging voltage of a certain level.

Therefore, at the moment when the algae lands on the algae utensil 4, the charging voltage stored in the charger 14 is discharged through the conductors 3 and 3 'short-circuited, and the algae is surprised by the momentary electric shock. While flying, the power is quickly interrupted to maintain the state of recharging at all times. When a continuous short circuit occurs, power is not automatically supplied to minimize power loss.

As described above, the instantaneous electric shock is applied to the current by the power controller of the present invention, and the access of the current is eliminated, while the charging time is shortened by the high voltage, thereby enabling continuous operation, and artificial short-circuit caused by natural disasters such as heavy rain or heavy snow. Even if a condition occurs, the power is automatically cut off to prevent unnecessary power waste.

The electric shock type bird extinguishing device with a built-in power controller of the present invention as described above, when a short circuit condition occurs due to a bird such as a magpie, releases a high voltage at a moment and eliminates the current as well as instantly buffers it by a high voltage. It maintains the state, and even if the natural short-circuit state is maintained by heavy rain or heavy snow, it is very economical effect to prevent unnecessary power consumption by automatically shorting the power.

Claims (1)

The electric power drawn out from the power line 1 is converted into a direct current through the controller 2 and connected to a current electric shock type bird extinguisher 4 connected with a bird feeder 4 having a conducting wire 3 and 3 'formed on both sides thereof. In The controller 2 is embedded in the tidal streamer 4, wherein the controller 2 includes an A / D converter 10 for converting AC power drawn from the power line 1 into DC power, and a set charging voltage. A comparator 11 for intermitting the DC power, a constant voltage circuit 13 with a built-in transistor 12, and a charger 14 charged with power from the constant voltage circuit according to the high / low state of the circuit. Shock-absorbing bird control system with a built-in power controller.