KR200324473Y1 - Electricity Impact Type the Mouse Trap - Google Patents

Abstract

The present invention relates to an electric shock-type mousetrap that can be assembled in various ways according to a mouse's movement path, and to capture or kill a mouse by generating a voltage higher than a certain level according to a sensor detection when the mouse is attracted.

Such an electric shock mousetrap, the power selection unit for selecting and supplying a direct current or an alternating current power supplied from a predetermined power supply terminal, the animal room such as a mouse in the state that the selected power is being supplied and in accordance with the control operation of the control unit A high voltage generator for generating a predetermined level of voltage for a predetermined time set in the timer, a voltage intensity controller for gradually adjusting the voltage level generated by the high voltage generator, a power on / off switch for supplying / blocking the power and a power source. A power supply lamp is installed to visually check the supply state, and a signal transmitting unit is provided to transmit a signal about a killing state and a trapping state of a rat or the like to a receiving unit module spaced by a certain distance by a voltage supplied from the high voltage generator. A voltage generation unit; A housing having one or more detection sensors coupled to the voltage generation unit and detecting a reduction of a rat, and the like including a high voltage applying unit for applying a high voltage generated from the high voltage generation unit according to a detection result of the detection sensor; Speaker and power lamp (receiving side) for notifying the operation state of the voltage generating unit part by voice and lamp flashing according to the transmission signal of the signal transmitting part, a counter display part for displaying the voltage generation frequency of the high voltage generating part, and a receiving side control part. Receiving device module unit is provided; It is achieved by being included.

Accordingly, it is possible to capture and kill rats safely and hygienically compared to conventional mousetraps, and even if the mice are not killed by a single voltage supply, they can continue to provide voltage in proportion to the movement of the mice. The target (capture or kill) can be reached and the rat's capture and kill can be easily identified at some distance.

Description

Electricity Impact Type the Mouse Trap}

The present invention relates to an electric shock mousetrap, and more particularly, to a predetermined condition (for example, infrared heat, form, pressure, etc.) generated when the mouse is attracted into the center of the mousetrap assembled into a predetermined shape. Accordingly, the present invention relates to an electric shock mousetrap that detects that a mouse has entered and provides a level of voltage to the housing containing the mouse for a predetermined time and number of times, thereby capturing or killing the mouse by a series of electric shocks.

As is well known, mice adapt to living environments that diversify their food chains, habitats, and breeding requirements from natural ecosystems, living with humans and causing significant damage in many ways.

This is the main culprit of food loss. In some regions, about 20% of the total grain production is lost to rats, while economic losses such as damage to wires, computer lines, and other objects and pollute another environment. It spreads the disease, causing many casualties.

In particular, rats act as mediators of infectious diseases such as rash and epidemic hemorrhagic fever. In addition, the taste, suspicion, adaptability, and strong alertness that can detect water diluted with a very small amount of toxic substances, such as 3 ppm, are difficult to effectively fight the rats.

For example, in the case of using rat medicine, inadvertently leaving it in the passage of a rat, it is ingested by not only rats but also other animals and especially young children, and there are great risk factors, and even when using a mechanical mousetrap Even if caught, the rats are not completely dead, so it is difficult to collect them, and when the mouse is caught in the mousetrap, foreign matters such as blood are stained.

Therefore, the present invention has been devised to solve the above problems, and when the mouse is attracted to the mousetrap installed in the mouse's movement path, it detects the condition and applies a high voltage to the mouse only for a predetermined time so that it is safer. Its purpose is to provide an electric shock mousetrap that can be used to reliably kill rats.

In addition, the present invention has another object to continuously apply a high voltage until the rat dies according to the detection result of the sensor for detecting the movement of the rat even if the rat in the mousetrap does not die by the first electric shock.

In addition, the present invention has another object to be able to check whether the capture of the mouse through the receiving device module of the remote control type provided a certain distance apart.

In addition, the present invention has another purpose to be able to change the shape and size and to adjust the intensity of the voltage intensity appropriately to capture not only mice but also other animals.

Electric shock mousetrap of the present invention for achieving the above object; In the mouse trap provided in the mouse's movement path, etc. to capture or kill the mouse,

A power selection unit for selectively supplying DC power or AC power supplied from a predetermined power supply terminal; and detecting an animal entrance such as a mouse while the selected power is being supplied, and for a predetermined time set in a timer according to a control operation of the control unit A high voltage generation unit for generating a voltage of a level, a voltage intensity control unit for gradually adjusting the voltage level generated by the high voltage generation unit, a power on / off switch for supplying / blocking the power and a power supply state can be visually checked. A voltage generating unit unit having a power supply lamp installed so as to transmit a signal about a killing state and a trapping state of a rat or the like to a receiving device module unit spaced by a certain distance by a voltage supplied from the high voltage generating unit; A housing having one or more detection sensors coupled to the voltage generation unit and detecting entrance and exit of a mouse, and including a high voltage applying unit for applying a high voltage generated by the high voltage generation unit according to a detection result of the detection sensor; Speaker and power lamp (receiving side) for notifying the operation state of the voltage generating unit part by voice and lamp flashing according to the transmission signal of the signal transmitting part, a counter display part for displaying the voltage generation frequency of the high voltage generating part, and a receiving side control part. It is characterized in that the configuration includes a receiving device module unit 202 is provided.

1 is a block diagram showing an electric shock mousetrap according to a preferred embodiment of the present invention,

Figure 2a to 2c is a perspective view showing an embodiment of the assembly of the electric shock mousetrap of the present invention,

Figure 3 is a perspective view showing an outer case written on the outside of the housing coupled to the voltage generating unit of the present invention.

* Explanation of symbols for main parts of the drawing

110: voltage generation unit, 112: power selection unit,

111: power on / off switch, 116: control unit,

118: power lamp, 120: voltage intensity control unit,

122: signal transmitter, 124: timer,

126: high voltage generator, 128: connection module,

150 housing, 160 high voltage application unit,

170: sensor, 200: receiver module,

204: signal receiver, 206: speaker,

208: power supply lamp (receive side), 210: counter display unit.

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

1 is a block diagram showing an electric shock mousetrap according to a preferred embodiment of the present invention, Figures 2a to 2c is a perspective view showing an embodiment of the assembly of the electric shock mousetrap of the present invention, Figure 3 is It is a perspective view showing an outer case which is written on the outside of the housing coupled to the voltage generating unit of the present invention.

As shown therein, the electric shock mousetrap 100 of the present invention includes a power selection unit 112 for selectively supplying DC power or AC power supplied from a predetermined power supply terminal, and the mouse in a state in which the selected power is being supplied. The high voltage generator 126 and the voltage generated by the high voltage generator 126 for detecting an animal entrance of the back and the like and generating a voltage of a predetermined level for a predetermined time set in the timer 124 according to the control operation of the controller 116. Voltage intensity control unit 120 to adjust the level step by step, the power on / off switch 114 to supply / cut off the power and the power lamp 118 is installed to visually check the power supply state, the high voltage generation The voltage generator including a signal transmitter 122 for transmitting a signal about the killing and the trapping state of the rat or the like to the receiver device module 200 spaced by a certain distance by the voltage supplied from the unit 126. A fresh unit unit 110; Coupled with the voltage generating unit 110 and provided with one or more detection sensors 170 for detecting the entry and exit of the mouse, the high voltage generated by the high voltage generator 126 according to the detection result of the detection sensor 170 The housing 150 is provided with a high voltage applying unit 160; The speaker 206 and the power lamp (receiving side) 208 for notifying the operation state of the voltage generating unit 110 by voice and lamp blinking according to the transmission signal of the signal transmitting unit 122 and the high voltage generation. A counter display unit 210 for displaying the number of times of voltage generation of the unit 126, and a receiving device module including a receiving side control unit 202 for controlling it.

In addition, the voltage generation unit 110 has a substantially rectangular shape and has an opening 102 formed in a hollow portion and three surfaces therein, and the housing 150 and the following will be described in each of the surfaces on which the opening 102 is formed. The latching jaw 104 is formed at the edge so that the cover 180 is fitted, and the +/- terminal and the detection signal transmission having a plug type having a +/- terminal are coupled to the housing 150 to supply a voltage. The connection module unit 128 including the terminal is installed to correspond to the housing 150.

And, the housing 150 is one or more detection sensors that can detect when a rat or the like is selectively mounted at a predetermined position, the housing has a four-sided grill shape (Grill) so that the current can be conducted do.

In addition, the housing 150 is provided so that an outer case 180 made of an insulating element is covered on the outside thereof to prevent an electric shock accident, and when the outer case 190 is mounted on the housing 150, a rat or the like enters the housing 150. The inlet side 190a is formed to be inclined inward so as to prevent the mouse from entering the housing 150 easily.

In addition, the cover 180 may be coupled to one or three according to the shape of the housing 150 coupled to the voltage generating unit 110, the length of the rat hole, the rat hole, the mouse habitat, etc., all three may not be coupled When the remaining opening 102 is applied.

Meanwhile, as illustrated in FIGS. 2A to 2C, a lamp 103 and a battery (including a rechargeable battery) accommodating part 105 installed on an upper portion of the voltage generation unit 110 are formed. The positions of the on / off switch 114, the power lamp 118, the voltage intensity controller 120, the signal transmitter 122, and the like may be configured differently.

The operation of the present invention configured as described above will be described with reference to the accompanying drawings.

First, before the power supply is made, one to three housings 150 are assembled and installed in the opening side of the voltage generation unit 110 according to the shape of the main movement path of the rat. It is possible to assemble in the form of a straight, '-', 'T' form as shown in Figure 2a to 2, bar assembling only one housing when installed in the rat hole depending on the location or conditions, 'a' shaped In the case of a passage, the two housings are assembled in a '-' shape so as to correspond to the shape.

Of course, if only two or less housings are mounted in the opening 102 of the voltage generating unit 110, the other opening 102 is closed using the cover 180.

As such, when the voltage generation unit 110 and the housing 150 are coupled, the power supply terminal and the detection signal transmission terminal are connected through the connection module unit 128.

In addition, when the electric shock-type mousetrap according to the present invention is selectively supplied with a DC power source or an AC power source in a predetermined position, the power lamp 118 and the power lamp 208 of the receiving device module unit 200 are It is operated on so that the operation status can be checked. In some cases, a voice message such as "is currently driven" may be output through the speaker 206 of the receiving device module 200.

Then, the voltage intensity control unit 120 is adjusted according to the type of object to be captured or killed so that an appropriate voltage is supplied. This can be adjusted by the user so that the maximum level voltage is supplied when capturing and killing a mouse, or a voltage suitable for capturing another animal such as a rabbit simply by capturing it.

From the state in which the assembly and supply voltage of the mousetrap is adjusted as described above, the food is placed on the bottom of the hollow part of the voltage generating unit 110, or although not shown in the drawing, a sound capable of attracting the mouse from a predetermined sound generating means is provided. It is generated continuously.

When the rat is attracted by the prey or the sound, and enters the inside of the housing 150, the detection sensor 170 mounted at a predetermined location of the housing 150 detects the signal and transmits a detection signal to the controller 116. .

The control unit 116 receiving the detection signal controls the high voltage generator 126 to generate voltage for a predetermined time set in the timer 124, and the voltage intensity controller 120 through the high voltage applying unit 160. A predetermined level of voltage set by) is supplied to the housing 150. The high voltage generator 126 may apply a conventional transformer or the like to variably output a voltage.

Therefore, since the rat in the housing 150 is exposed on the grill-shaped conductor as it is, the current supplied to the body of the rat by the voltage supplied to the housing 150 can kill the rat.

At this time, the control unit 116 may transmit the number of times the voltage is generated to the receiving device module unit 200 and display it on the counter display unit 210, so that the user is not trapped in the housing or dies even if the user does not go directly to the field. You can see that there is.

Here, even though the mouse is not stunned or dies even though the voltage is supplied to the mouse in the housing 150, when the mouse moves again, the voltage supply process is repeatedly performed as described above according to the detection result of the sensor 170. The voltage supply frequency is checked through the counter display unit 210 of the receiver module unit 200. That is, once the rat enters the housing 50, the sensor 170 is driven, and a voltage of a predetermined level is applied in response to the generated detection signal, thereby easily killing the rat.

On the other hand, although not shown in the drawings, the sensor sensors 170 mounted on each of the one to three housing 150 to use a different frequency, and transmits from each of the sensor sensors 170 to the receiving device module unit 200 If you install the sensor to correspond to the sensor so that you know that the sensor is driven according to the frequency, according to the voltage applied when the mouse enters the housing with the electric shock mousetrap of the present invention From a distance, it is possible to check whether a mouse is stunned or killed in a housing, and in some cases, a user can handle when a mouse enters all of the pre-installed housings so that the current mouse trap state can be seen without going to a mousetrap every time. .

And, while the present invention has been described by limiting the object coming into the housing 150 as a mouse, it can be provided in a variety of changes in the size and shape to capture and kill cats and other animals, to detect such an object Of course, the sensor means can also be applied using other sensor means. For example, the present invention has been widely described as a sensor that can detect a mouse when it enters, but can detect the shape of a mouse or heat of an object, or include a piezoelectric sensor on the bottom of the housing 150. Various sensors may be applied, such as to detect the entry and exit of an object.

Therefore, even if the modified embodiments different from the contents described in the present invention should not be understood individually from the technical spirit or prospect of the present invention, it should be included in the claims attached to the present invention.

As described above, according to the electric shock-type mousetrap of the present invention, when the mouse enters the inside of the mousetrap which is variously assembled according to the path of the mouse, at the same time, it detects the access state of the mouse and sets a predetermined level. By providing the voltage of the mouse, it is possible to safely and easily capture or kill the mouse, and even if it is not killed by the voltage application, once the minute movement inside the mousetrap is detected, the voltage is continuously applied to the mouse. There is an effect that it is possible to reliably achieve a certain goal for capturing or killing.

And, it is possible to check whether the capture of the mouse through a remote control type receiving device module provided at a predetermined distance apart, there is an effect that can easily check the status of the current mousetrap without going to the mousetrap every time.

Claims (3)

In the mouse trap provided in the mouse's movement path, etc. to capture or kill the mouse, A power selection unit for selectively supplying DC power or AC power supplied from a predetermined power supply terminal; and detecting an animal entrance such as a mouse while the selected power is being supplied, and for a predetermined time set in a timer according to a control operation of the control unit A high voltage generation unit for generating a voltage of a level, a voltage intensity control unit for gradually adjusting the voltage level generated by the high voltage generation unit, a power on / off switch for supplying / blocking the power and a power supply state can be visually checked. A voltage generation unit including a power supply lamp installed so that the signal transmission unit transmits a signal for a killing device and a trapping state of a rat or the like by a voltage supplied from the high voltage generation unit and is separated by a predetermined distance; A housing having one or more detection sensors coupled to the voltage generation unit and detecting entrance and exit of a mouse, and including a high voltage applying unit for applying a high voltage generated by the high voltage generation unit according to a detection result of the detection sensor; Speaker and power lamp (receiving side) for notifying the operation state of the voltage generating unit part by voice and lamp flashing according to the transmission signal of the signal transmitting part, a counter display part for displaying the voltage generation frequency of the high voltage generating part, and a receiving side control part. Receiving module module unit 202 is provided; Electric shock-type mousetrap, characterized in that it comprises a. The method of claim 1, The voltage generating unit part has a substantially rectangular shape and has a hollow part and an opening part formed at three sides thereof, and a cover for fitting and sealing the housing and the opening part is selectively fitted to each of the surfaces on which the opening part is formed. The hooking jaw is formed at the edge and has a plug-in power supply terminal having a +/- terminal to supply voltage to the housing, and a connection module unit including a detection signal transmission terminal for transmitting a detection signal from the detection sensor to the controller. An electric shock-type mousetrap, characterized in that formed respectively corresponding to the housing and the voltage generating unit. The method of claim 1, The housing is formed to be bent inwardly so that the mouse portion of the edge portion of the inlet side into which the rat does not go out, the outer surface connected to the power terminal is formed of a grill-shaped conductor to enable the conduction of current, the insulating element on the outside An electric shock mousetrap, characterized in that the outer case is made of.