WO2012138085A2

WO2012138085A2 - Anti-theft apparatus

Info

Publication number: WO2012138085A2
Application number: PCT/KR2012/002445
Authority: WO
Inventors: 김형운
Original assignee: Kim Hyung Woon
Priority date: 2011-04-06
Filing date: 2012-04-02
Publication date: 2012-10-11
Also published as: WO2012138085A3

Abstract

The present invention presents an anti-theft apparatus. The anti-theft apparatus of the invention is installed in banks, jewelry shops, or convenience stores, etc. in order to safely and quickly suppress and prevent thieves when thieves intrude.

Description

Robbery Device

The present invention relates to a robbery removal device, and more particularly to a robbery removal device that makes it possible to more easily overpower and eliminate the robbery when the robbery, such as banks, gold and silver stores, convenience stores.

In general, when a person invades a bank, a gold store, or a convenience store dealing with various kinds of money such as cash or precious metals, and threatens with a weapon, the general person usually gives out cash and precious metals and other items to return the strength. There was a problem that you have to take the loss, and even if you give money, if the information of the robbers, such as the face of the robber had leaked his information to prevent damages, such as to have a problem. In order to prevent this, the robbers were robbed directly after the robbery was robbed, or they were using a conventional electric shock gun or gas gun to combat the robbery. In addition, a portable electric shock gun or a gas gun could be more excited if the strength was quickly noticed and avoided, which could cause greater harm. It was not desirable to directly suppress or fight the strength. When an invasion of robbery or a threat occurs to a bank, gold or convenience store, threaten the alarm by pressing the alarm bell that has been pre-installed on the table, or notify the police box and the security company that has been wirelessly connected to the police box and the security company. Urgently need police and security personnel However, this also delayed the dispatch time depending on the road conditions and distance during the dispatch, and it was difficult to black out quickly, suppression and combat, and had a considerable problem in safety.

The present invention has been made to solve the above-mentioned problems of the prior art, and a new technology has been developed, and the strength reduction device of the present invention aims to provide a strength reduction device that can safely and quickly suppress and invade the invasive strength. .

Another object of the present invention is installed in the inside of the customer service table, such as banks, gold silver and convenience stores, when the robber is invaded and threatens with a weapon or the like in front of the table, press the button pre-installed on the table to notice the strength It is to provide a strength reduction device that can suppress the strength by applying an electric shock before.

Still another object of the present invention is to install the main body vertically lengthwise on one side of the entrance or passageway so that the electric shock piece connected to the electric shocker can be manually or automatically rotated and protruded so that the strength of the main body is vertically inserted into the entrance or the passageway. It is to provide a strength reduction device that can be suppressed and combated by applying an impact.

As a specific means for solving the above problems of the present invention, the strength reduction device according to an embodiment of the present invention, the base panel is provided on the inside and the front and rear transfer motor is provided on the inside of the table; A drive shaft interlocked with the front and rear transfer motor by the first interlocking means to the upper rear of the base panel; A pair of second interlocking means installed on the upper left and right sides of the base panel and interlocked with both ends of the driving shaft; A pair of front and rear transfer sliders installed to be transported back and forth by the second interlocking means, the front and rear sliding guides installed in the front and rear longitudinal directions on the left and right sides of the base panel; A third interlocking means interlocked with the left and right feed motors and the left and right feed motors fixedly installed at an upper portion of the one-side forward and backward feed sliders between a pair of left and right feed sliders; Left and right feeding sliders installed to be conveyed left and right by a pair of left and right sliding guides installed in the left and right forward and backward transport sliders in a left and right longitudinal direction by a third interlocking means; A pair of upper and lower electric shock pieces which are electrically connected to the electric shock machine and the electric shock device fixedly installed on the upper left and right transport sliders and protrude forward of the left and right transport sliders; A controller having a control unit electrically connected to the front and rear transfer motors, the left and right transfer motors, and the electric shock controller to control the operation; It is characterized by consisting of an emergency button configured to operate the strength reduction device electrically connected to the controller wiring.

As a specific means for solving the problems of the present invention, the strength reduction apparatus according to another embodiment of the present invention is formed vertically long and the main body installed on the upper portion of the lower base panel; An operation groove in which partition walls are installed at both sides to be opened forward in the center of the front of the main body; A forward and reverse drive motor fixedly installed to have a drive shaft at the top of the main body; A driven shaft installed at one end of the main body to protrude into an operation groove; An interlocking means formed by a pair of pulleys and timing belts interlocked with each other on the drive shaft and the driven shaft of the forward / reverse drive motor; An upper end fixed to the end of the driven shaft, the suppression rod being configured to be inserted into the operation groove vertically downward or rotated toward the operation groove by the operation of the forward and reverse drive motor; An electric shocker configured to be electrically connected to a depressur rod fixed to a driven shaft on one side of the main body to generate a high-voltage current during electricity supply, and to be transferred to the depressurizer rod; It is characterized by consisting of a controller installed to electrically control the operation of the forward and reverse drive motor and the electric shock by the operation of the operation means made of any one of the operation button, the remote control and the proximity sensor on the lower side of the main body.

According to a preferred embodiment for solving the above problems, when the robbers invade banks, gold and silver stores and convenience stores dealing with various kinds of goods such as cash or precious metals and approach the table and threaten them with weapons, press the emergency button once. Since the electric shock piece of the robbery device installed inside the table protrudes forward and is moved to the left and right, it can be suppressed and eliminated by applying an electric shock before the strength is noticed, so it can be suppressed and eliminated. It is possible to prevent financial loss, and it is excellent in terms of safety because it does not have to directly suppress or fight the robbery, and even if the police or security officers are late for traffic due to traffic conditions or streets, they do not have to wait for it. Can be suppressed and combated by electric shock Be exerted throughout the ease, convenience, safety, etc. as in combat, and this reason is to prevent a crime that the expected effects, etc. to contribute to consumer stability by reducing the incidence of crime is the invention of.

In addition, according to another preferred embodiment of the present invention, after being installed at one side of the main passageway, such as banks, gold and silver rooms, convenience stores, etc. that handle various kinds of goods such as cash, precious metals, etc. It is vertically downward inside the operating groove of the main body, and when the strength is invaded, or when it goes out after extortion of money, it is connected by wire and operated by a button installed on the table or by a remote control that is operated wirelessly, or the proximity installed on one side of the main body. By operating the forward and reverse motor by the automatic operation by the sensor, the suppression rod is protruded upward in front of the working groove, so the suppression rod is secretly touching the body of strength before the strength is noticed. Can be knocked out and combated by fainting , In particular such as the conventional portable electric shock machine or gas gun it may be used in the strength close to the user state. In other words, because the robber is installed at one side of the entrance or main passage, the robber is close to the user. Since the suppression and eradication is carried out in the system, the risk can be minimized and maximized while minimizing the risk while suppressing the loss of money. It is an invention that can achieve various effects such as improving the responsiveness of the product and reducing the crime rate through low spread of the robbery device to contribute to the welfare of the people.

1 to 6 are views for explaining the strength reduction device according to a first embodiment of the present invention,

7 to 15 are views for explaining the strength reduction device according to a second embodiment of the present invention,

1,1 ': Strength elimination device 10: Base panel 20: Front and rear feed motor

30, 50, 80: first, second, third interlocking means 40: drive shaft 100: electric shock machine

120: controller 10 ': interlocking means 20': second interlocking means

Specific features and advantages of the present invention will become more apparent from the following description taken in conjunction with the accompanying drawings. 1 is an exemplary view showing a state in which the strength reduction device 1 according to the first embodiment of the present invention is installed in the table 2, and FIG. 2 is a perspective view of the strength reduction device 1 according to the first embodiment. to be. The strength elimination device 1 according to the present embodiment is installed in the table 2 provided in a bank, a goldsmith's room, a convenience store, etc., which handle various kinds of money and goods as shown in FIG. In the construction of the strength reduction device 1, the base panel 10 is fixedly installed inside the table 2, and the driving shaft of the front and rear transfer motor 20 at the upper rear of the base panel 10. A drive shaft 40 interlocked with the 21 and the first interlocking means 30 is installed, and the first interlocking means 30 is the first shaft fixedly fixed to the driving shaft 21 of the front and rear transfer motor 20. The rotational force of the prime timing gear 31, the first drive timing gear 32 fixedly fixed to one side of the drive shaft 40, and the drive shaft 21 of the front and rear transfer motor 20 is applied to the drive shaft 40. A first timing belt 33 is fastened and coupled to the first driving timing gear 31 and the first driving timing gear 32 so as to transmit accurately. It is.

A pair of second interlocking means 50 interlocked with the rotation of the drive shaft 40 at both ends of the drive shaft 40 is installed on the upper left and right sides of the base panel 10, and the second interlocking means 50 is provided. ) Is a pair of second drive timing gear 51 is fixedly fixed to both ends of the drive shaft (40), and a pair of second driven timing gear (3) is installed to be freely rotated in the upper left and right front of the base panel (10). 52 and a pair of second timing belts fastened and coupled to the left and right second driving timing gears 51 and the second driven timing gears 52 that are free to rotate so as to be freely rotated by the rotational force of the drive shaft 40 ( 53).

A pair of front and rear transfer sliders 60 which are slide-transported back and forth by the front and rear sliding guides 61 installed in the longitudinal direction on the left and right sides of the base panel 10 by the pair of second interlocking means 50 are installed. Each of the front and rear transfer sliders 60 is fixedly installed at one side of the second timing belt 53 so that the second driving timing gear 51 rotates when the drive shaft 40 rotates. 52) to slide forward and backward by driving.

The left and right transfer motors 70 are fixedly installed on the upper and rear transfer sliders 60 on one side, and interlocked with the drive shaft 71 of the left and right transfer motors 70 between the left and right pairs of forward and backward transfer sliders 60. The third interlocking means (80) is installed, the third interlocking means (80) and the third driving timing gear 81 is fixedly fixed to the drive shaft 71 of the left and right feed motor (70), the left and right feed By the rotational force of the third driven timing gear 82 and the driven shaft 71 of the left and right feed motor 70 is installed to be freely rotated on the upper side of the other front and rear transfer slider 60 in which the motor 70 is not installed. A third timing belt 83 is fastened and coupled to the third driving timing gear 81 and the third driven timing gear 82 that rotates freely.

Both ends of the pair of left and right sliding guides 91 are fixedly installed in the left and right forward and backward transfer sliders 60 in the left and right longitudinal directions, and the third interlocking means 80 is disposed on the left and right sliding guides 91. The left and right feeding slider 90 which is slide-transmitted from side to side is installed.

An electric shock device 100 is installed on the left and right transport sliders 90, and a pair of upper and lower electric shock pieces 110 electrically connected to the electric shock device 100 in front of the left and right transport sliders 90 are provided. On the other hand, the electric shock absorber 100 is a well-known technique configured to emit a high voltage by the amplification circuit when the DC power supply may be used, so a detailed description thereof will be omitted.

Control unit for electrically controlling the operation of the front and rear transfer motor 20, the left and right transfer motor 70 and the electric shock device 100 on one side of the base panel 10 or the table 2 of the strength reduction device (1) The controller 120 having the 121 is installed to be connected to the power supply line 122 supplied from the outside, and the emergency button 130 electrically connected to the controller 120 is fixed to one side of the table 2. When the emergency button 130 is pressed when an emergency occurs such that the robber comes to the front of the table 2 and threatens, the controller 120 operates to control the front and rear transfer motor 20 by the control unit 121. Power is applied to the electric shock device 100, the electric shock piece 110 by the front and rear transfer motor 20 protrudes to one side of the opening 3 formed in front of the table 2 to the left and right transfer motor 70 The electric shock piece 110 is projected to operate from side to side to allow power to be applied The.

The strength reduction device 1 may be such that a separate rechargeable battery 140 is installed inside the controller 120 to be always charged by the power supplied from the outside, as shown in FIG. Even if this is blocked, it is preferable to configure the strength eliminating device 1 to operate.

The present invention configured as described above does not require the user to directly suppress or defeat strength, and unlike a portable electric shock gun or a gas gun, the strength can be suppressed and combated more quickly and completely in a state where strength is not noticed. The specific operation thereof will be described in detail below with reference to FIGS. 4 to 6.

First, when the robbers invade banks, gold and silver stores, and convenience stores, approaching the table 2 and threatening them with various weapons, when the user presses the emergency button 130 fixed to one side of the table 2, an external power supply controller ( 120 is operated, first, by applying power to the electric shock 100 and the front and rear transfer motor 20 according to the power application method set in the control unit 121, the electric shock 100 is a high-voltage current Warm-up so as to flow to 110, and the front and rear transfer motor 20 to which power is applied rotates the primary shaft 21 to rotate the first prime timing gear 31 fixedly fixed to the primary shaft 21. Since the first driving timing gear 32 is connected to the first driving timing gear 31 and the first timing belt 33, the first driving timing gear 32 is rotated so that the driving shaft 40 is fixedly fixed. , The drive shaft 40 is the first station as described above When the rotation means of the front and rear transfer motor 20 is rotated by the moving means 30, a pair of second drive timing gears 51 are fixedly fixed to both ends of the drive shaft 40 to rotate. When the second driving timing gear 51 rotates, the second driven timing gear 52 is installed to be freely rotated in front of the upper portion of the base panel 10 so as to be interlocked by the second driving timing gear 51 and the second timing belt 53. Rotated).

At this time, the pair of front and rear transfer sliders 60 fixedly installed on one side of the second timing belt 53 are mounted on the front and rear sliding guides 61 installed on both upper sides of the base panel 10, and the second interlocking means 50 The slide is moved forward by the () and the electric shock piece 110 protrudes to one side of the opening 3 of the table (2).

At the same time, when the power is applied to the left and right feed motor 70 installed on the upper and rear transfer slider 60 as set by the control unit 121 of the controller 120 to operate the driving shaft of the left and right feed motor 70. While rotating, the third drive timing gear 81 fixedly fixed to the drive shaft 71 rotates, and the other front and rear transfer sliders linked by the third drive timing gear 81 and the third timing belt 83 ( The third driven timing gear 82 is installed to be rotated freely on the upper portion of the 60, the left and right transfer slider 90 is fixed to one side of the third timing belt 83, the third interlocking means (80) The slide is conveyed to one side of the left and right, accordingly, the electric shock piece 110 installed to protrude forward of the left and right feed slider 90 is conveyed to one side of the left or right side, the electric shock to the body such as the thigh of strength Let It said, fainting due by the strength which will be able to subdue and combat. Thereafter, by pressing the emergency button 130 again or automatically operating the forward and backward transfer motor 20 by the memory set in the control unit 121 in the reverse direction to operate the forward and backward transfer slider 60 backward to operate the electric shock piece 110. Once inside the table 2, it returns to its original state, and when the emergency button 130 is pressed again in the next invasion of strength, the strength elimination device 1 operates as described above to suppress and suppress the strength.

Operation of the electric shock piece 110 can be configured in various ways depending on the control unit 121 of the controller 120, as shown in Figure 4 the front and rear transfer motor 20 in the state embedded in the left rear And the first interlocking means 30 rotates the drive shaft 40 to protrude (①) one side in front of the opening 3 of the table 2 by the second interlocking means 50, and then the left and right transfer motor 70. And slide feed (②) to the right by the third interlocking means (80), and then back to the rear by the front and rear feed motor (20), the first interlocking means (30) and the second interlocking means (50). After returning to the inside of the table 2, the left and right feed motor 70 and the third interlocking means 80 may be transported to the left to return to the original position.

As shown in FIG. 5, the electric shock piece 110 is opened by the front and rear feed motor 20, the first interlocking means 30, and the second interlocking means 50 in the state left in the rear of the table 2. (3) After protruding to the front one side (①) and then slide feeding (②) to the right by the left and right feed motor 70 and the third interlocking means 80, and then again the left and right feed motor 70 and the third interlocking means. After the slide feed (③) to the left by (80), the slide feed back (④) by the front and rear feed motor 20, the first interlocking means 30 and the second interlocking means 50 to return to the original position. It may be.

As shown in FIG. 6, the electric shock piece 110 is opened by the front and rear feed motor 20, the first interlocking means 30, and the second interlocking means 50 in the state left in the rear of the table 2. (3) After protruding to the front one side (①), and then slide feed (②) to the right by the left and right feed motor 70 and the third interlocking means 80, and then the front and rear feed motor 20 and the first interlocking means ( 30) and the second interlocking means (50) is completed by the slide feed (③) to the rear, and at the time of suppression or eradication of the next strength, the forward and backward transfer motor 20 and the first interlocking means ( 30 and the second interlocking means 50 protrude the electric shock piece 110 toward one side in front of the opening 3 of the table 2 and then move the left and right transfer motor 70 and the third interlocking means 80. Slide to the left side opposite to (), and then slide backward to back by the front and rear feed motor 20, the first interlocking means 30, and the second interlocking means 50. Id transfer (⑥) by way operation of the electric shock piece 110, etc., which may be completed, the operation is capable of variously configured to place in addition to the above-described three methods of

And as in the above configuration by installing a separate rechargeable battery (140) inside the controller 120, even if the power failure accidentally or the power interruption and power interruption deliberately so that the strength reduction device (1) of the present invention is always operated Therefore, anytime there is a threat of robbery can be overpowered and combated by electric shock. In addition, by pressing the emergency button 130 to operate the strength elimination device (1) to suppress and eliminate the strength, as well as press the bells commonly used in banks, gold, silver and convenience stores, such as wired and wireless connection in advance It is also possible to combine the security notification device that warned the danger to the jurisdiction police box, police station and security company, press the emergency button to operate the robbery suppression system to suppress the robbery with electric shock and at the same time the jurisdiction police box, police station and security company In this way, the police officers and security personnel can be dispatched quickly by notifying the dangerous situation, so that the burglars who were shocked by the robbery device can be arrested.

7 to 15 are diagrams for describing the strength reduction apparatus 1 'according to the second embodiment of the present invention, the second embodiment of the present invention will be described with reference to the drawings. As shown in FIG. 7, the strength eliminating device according to the second embodiment is vertically formed on an upper portion of the lower base panel 2 ′, and a main body 4 ′ having an outer case 3 ′ coupled thereto is installed. In the center of the front surface of the main body 4 ', the partition wall 6' is formed on both sides so as to form an operating groove 5 'in which the depressing rod 11' is rotatably projected so that the strength can be suppressed and eliminated by electric shock. ) Is installed, and the outer case 3 'coupled to the main body 4' is configured to cover the rest except the front surface on which the operation groove 5 'is formed.

As shown in FIGS. 7 to 10, the main body 4 ′ is fixedly provided with a forward and backward drive motor 7 ′ having a driving shaft 8 ′ on the upper one side partition wall 6 ′, and opposed to the partition wall 6 ′. The driven shaft (9 '), the end of which protrudes into the working groove (5') is freely rotated, and the drive shaft (8 ') and driven shaft (9') of the forward and reverse drive motor (7 ') is a pair of Interlocking means (10 ') consisting of a pulley (10a') and the timing belt (10b ') is installed to be interlocked, the interlocking means (10') is fixed to the front end of the drive shaft (8 ') one side pulley (10a') And the other pulley (10a ') is fixed to the rear end of the driven shaft (9') is connected by the timing belt (10b ') so that the driving force is transmitted without sliding. At this time, the upper end of the depressurizing rod 11 'is fixedly installed at the end of the driven shaft 9' protruding into the operating groove 5 ', and is interlocked with the interlocking means 10' when the forward and reverse driving motor 7 'is driven. Connected driven shaft (9 ') is driven forward and backward so that the pressing rod (11') is protruded in front of the operating groove (5 '), or inverted vertically in the interior of the operating groove (5'), The suppression bar 11 'is electrically connected to the electric shock 12a fixedly installed at one side of the main body 4' and generates a high-voltage current when supplying electricity to the electric shock 12a. It is configured to transfer the high voltage current.

The connecting structure of the electric shock 12 'and the depressurizing rod 11' is connected to the electric shock 12 'and the electric wire 12a' as shown in FIGS. 11 and 12 to operate inside the operating groove 5 '. A connecting piece 13 'made of a conductive metal fixedly installed at one side partition 6' of the connection wall, and a connecting protrusion 14 'made of a conductive metal protruding to correspond to the connecting piece 13' at an upper portion of the depressing rod 11 '. The connecting piece 13 'is formed to have a long arc shape so that the contact piece can be contacted regardless of the rotational position of the depressing rod 11' so that the high-voltage current generated from the electric shock machine 12 'is always transferred to the depressing rod 11'. Although not shown separately, the electric shock 12 'and the suppression rod 11' may be directly connected to the wire 12a ', and the inner body of the operation groove 5' may be seen in FIGS. When the pressing rod 11 'is rotated downward to the operating groove 5' in the 4 ', it is applied by the pressing rod 11'. A limit switch 15 'may be installed so that the high pressure current is not transferred to the suppression rod 11' by cutting off the electricity supplied to the shock absorber 12 'and the suppression rod 11' is operated. The stoppers 16 'are fixedly installed at the corresponding positions of the main body 4' so as not to be rotated any further when they are vertically downwardly moved into the interior of the 5 'or the front of the operating groove 5'.

A controller 17 'is installed at one side of the lower portion of the main body 4' to electrically control the operation of the forward / reverse drive motor 7 'and the electric shock machine 12', and the controller 17 'is electrically wired. Connected operation button fixed to one side of the table near the user, remote control configured to wirelessly control the electrical signal using the frequency of the transceiver, fixed on one side of the main body (4 ′) and automatically controls the operation when the strength is close It is operated by an operating means 18 'such as a proximity sensor, which is configured so as to protrude the depressing rod 11' to the front of the main body 4 'to apply an electric shock so that the strength can be suppressed and eliminated. When the 11 'is inserted into the operation groove 5', it may be configured to be electrically connected to the limit switch 15 'so as to cut off electricity to the electric shock 12', and the main body 4 '. One side As a result, the rechargeable battery 19 'may be installed to be electrically connected to the controller 17' so that the strength elimination device 1 'is operated even at a power failure so that it is always charged by an externally supplied power. .

On the other hand, Figs. 7 to 12 show an example in which only one depressing rod 11 'is formed to rotate and protrude downward from the operating groove 5' of the main body 4 '. However, the electric shock absorber 12' is generally used. Since the wires 12a 'through which the current is discharged are two strands, two suppressor rods 11' may be installed as shown in FIGS. 13 and 14 as necessary. The driven shaft (9 ') and the pair of pulleys (10a') and the timing belt are spaced 10 to 20 cm downward from the driven shaft (9 ') installed to be interlocked by the forward and reverse drive motor (7') and the interlocking means (10 '). The main body 4 such that the end portion of the second driven shaft 21 'is interlocked by the second interlocking means 20' made of 10b 'so as to protrude into the operating groove 5'. ′), The upper end of the second pressing rod 22 'is fixedly installed at an end of the second driven shaft 21' protruding into the operation groove 5 ', At this time, the driven shaft 9 'is formed to be extended to the rear so that one side pulley 10a' is fixedly installed at the rear end, and the other pulley 10a 'is fixedly installed at the second driven shaft 21' and the timing belt 10b 'is fixed. 2) pulleys (10a ') are connected to each other, and the driven shaft (9') and the second driven shaft (21 ') are simultaneously rotated with one forward and reverse drive motor (7'). The suppression rod 22 'can be operated at the same time, and although not shown separately, the driven shaft 9' and the driven shaft 9 'configured to be interlocked by the forward / reverse drive motor 7' and the interlocking means 10 '. It is also possible to install two forward and backward driving motors 7 'separately by installing one more configuration consisting of a pressure-down rod 11' at the end.

Strength elimination device (1 ') of the present invention configured as described above is to be able to overpower and eliminate the strength more safely in the state away from the user, a place that handles various items such as gold and silver shops and convenience stores and banks, such as banks The robbery is far from the user when entering and exiting the doorway and the passageway to enter and approach a robbery or to extort money after extortion after the robbery is placed on one side of an entrance or a main passage as shown in FIG. 15. Therefore, if the user pushes the pressure bar 11 'forwardly by manual operation using a separate operation button installed near the user or an easy to carry remote control, or by automatic operation through the detection of a proximity sensor installed in the main body, It is safer by applying electric shock to the intensity with the high voltage current transferred from the impactor 12 '. Quickly and that will be completely defeated, and fighting strength.

In particular, if the intensity is invaded with weapons of firearms, such as the United States, rather than the swords of swords, as in Korea, the users are equipped with firearms, so the robbers run away while extortion of money and extortion while continually making eye contact with the user. Since manual operation such as operation buttons or remote control is difficult, a proximity sensor is installed in front of the main body 4 'of the intensity eliminating device 1' so that it can be automatically changed to foot in advance when the strength is released. After the strength is stepped back as shown in FIG. 15, when approaching the exit, such as close to the strength elimination device (1 ') is approached by the proximity sensor automatically detects the suppression bar (11') is rotated forward from the back of the strength The operation means 18 'is capable of quickly and safely suppressing and eliminating strength. Also it can be used for various applications.

The strength reduction device 1 'is usually embedded with the suppression bar 11' being rotated downward into the operation groove 5 'of the main body 4', and the suppression bar 11 'is a limit switch ( 15 ') is pressurized to cut off electricity to the electric shock (12'), so even if you touch the self-depressor rod 11 'that is not strength, it is safe because the high-voltage current does not flow and is urgent When the user encounters the situation, as the user operates the operation means 18 'such as the operation button, the remote control and the proximity sensor as described above, since the depressing rod 11' protrudes forwardly, press the limit switch 15 'and Since the depressurizing rod 11 'is spaced apart from the limit switch 15', electricity is supplied to the shock absorber 12 'and the high pressure current is transferred to the depressurizing rod 11'. Transition of high voltage current only to improve safety It can be improved.

The strength is provided in the lower part of the front surface of the main body 4 'by providing a status check lamp 23' that blinks according to whether the power is supplied, the up and down rotation direction of the depressurizing rod 11 ', and whether the electric shock machine 12' is movable. It is possible to check whether or not the abnormality of the eradication device (1 ') from a distance so that it can be fully ensured, and the status check lamp (23') is to be electrically connected to the controller (17 ').

Claims

A base panel provided to be fixedly installed in the inside of the table, and having a front and rear transfer motor installed at one side thereof;

A drive shaft interlocked with the front and rear transfer motor by the first interlocking means to the upper rear of the base panel;

A pair of second interlocking means installed on the upper left and right sides of the base panel and interlocked with both ends of the driving shaft;

A pair of front and rear transfer sliders which are slide-transported back and forth by the front and rear sliding guides installed in the front and rear longitudinal directions by the pair of second interlocking means;

A third interlocking means interlocked with the left and right feed motors and the left and right feed motors fixedly installed at an upper portion of the one-side forward and backward feed sliders between a pair of left and right feed sliders;

Left and right feeding sliders which are slidably transported from side to side by a pair of left and right sliding guides installed in the left and right forward and backward sliders in the left and right by the third interlocking means;

A pair of upper and lower electric shock pieces which are electrically connected to the electric shock machine and the electric shock device fixedly installed on the upper left and right transport sliders and protrude forward of the left and right transport sliders;

A controller having a control unit electrically connected to the front and rear transfer motors, the left and right transfer motors, and the electric shock controller to control the operation;

And an emergency button configured to electrically connect the controller to operate the robbery device.
The method according to claim 1; The first interlocking means,

A first drive timing gear fixedly installed on the drive shaft of the forward and backward transfer motors;

A first drive timing gear fixedly mounted to one side of the drive shaft;

Strength reduction device comprising a first timing belt coupled to the first drive timing gear and the first drive timing gear to accurately transmit the rotational force of the drive shaft of the front and rear transfer motor to the drive shaft.
The method according to claim 1; The second interlocking means,

A pair of second driving timing gears fixedly fixed to both ends of the drive shaft;

A pair of second driven timing gears axially installed on the upper left and right fronts of the base panel;

And a pair of second timing belts fastened and coupled to the left and right second driving timing gears and the freely rotating second driven timing gears to freely rotate by the rotational force of the drive shaft.
The method according to claim 1; The third interlocking means,

A third drive timing gear fixedly mounted to the drive shafts of the left and right feed motors;

A third driven timing gear that is freely rotated on an upper portion of the other front and rear transfer sliders on which the left and right feed motors are not installed;

And a third timing belt fastened and coupled to the third driven timing gear and the third driven timing gear to be freely rotated by the rotational force of the driving shafts of the left and right feed motors.
The method according to claim 1; Strength elimination device characterized in that it further comprises a rechargeable battery installed in the controller to be always charged by the power supplied from the outside.
A main body formed vertically long and placed on an upper portion of the lower base panel;

An operation groove in which partition walls are installed at both sides to be opened forward in the center of the front of the main body;

A forward and reverse drive motor fixedly installed to have a drive shaft at the top of the main body; A driven shaft installed at one end of the main body to protrude into an operation groove;

Interlocking means formed by a pair of pulleys and timing belts interlocked with each other on the driving shaft and the driven shaft of the forward and reverse driving motor;

An upper end fixed to the end of the driven shaft, the suppression rod being configured to be inserted into the operation groove vertically downward or rotated toward the operation groove by the operation of the forward and reverse drive motor;

An electric shock device configured to be electrically connected to a depressur rod fixed to the driven shaft at one side of the main body to generate a high voltage current when the electric power is supplied, and to be transferred to the depressur rod;

Strength control device, characterized in that consisting of a controller installed to electrically control the operation of the forward and reverse drive motor and the electric shock by the operation of any one of the operation button, the remote control and the proximity sensor on one side of the main body.
The method according to claim 6; Strength-removing device, characterized in that the outer case is configured to cover the rest of the body except the front.
The method according to claim 6;

A connection piece of conductive metal connected to the electric shock by a wire and fixed to one side partition wall in the operation groove;

A connection protrusion of a conductive metal protruding to correspond to the connection piece is further provided on an upper portion of the pressing rod;

The connecting piece is formed in a long arc-shaped strength reduction device, characterized in that configured to contact the connecting piece and the connecting projection irrespective of the rotation position of the decompression rod.
The method according to claim 6; And a limit switch which is fixedly installed to be electrically connected to a controller in the operating groove of the main body and cuts off electricity supplied to the electric shock when pressed by a depressurizing rod which rotates downward.
The method according to claim 6;

The stopper is fixed to each of the stopper is installed in a corresponding position of the main body so as to be no longer rotated when the pressing rod is inserted in the vertical downward to the inside of the working groove or rotated in front of the working groove.
The method according to claim 6; The controller is a strength reduction device characterized in that the battery is installed to be electrically connected to the rechargeable battery to be always charged by the power supplied from the outside so that the operation of the strength reduction device in the event of power failure.
The method according to claim 6;

A second driven shaft installed in the main body such that an end portion protrudes into the operation groove under the driven shaft, the second driven shaft configured to interlock with the driven shaft by a second interlocking means composed of a pair of pulleys and a timing belt;

The upper end is fixed to the end of the second driven shaft protruding into the operation groove, the strength reduction device further comprises a second suppression rod configured to be connected to the electric shock and electric wire.