KR200285553Y1 - Electric shock type shield having burglarproof function - Google Patents

Abstract

The present invention relates to an electric shock shield having an anti-theft function, the handle portion formed on the rear portion of the body portion of the shield used for the demonstration, etc., the switch portion is formed, the position adjacent to the switch portion as the user presses the switch portion The DC / AC converter and the high voltage generating unit formed at the power supply unit generate a high voltage induced voltage while being operated by a predetermined power source, and the generated high voltage induced voltage is discharged through an output unit formed on the front of the body of the shield. In the electric shock type shield, the shield includes a fingerprint data input unit for inputting fingerprint data of a finger pressing the switch unit, and pre-stores the fingerprint data of the user through the fingerprint data input unit or deletes the currently stored fingerprint data. After each new fingerprint data can be input A key input unit for performing a key operation, a data storage unit for storing fingerprint data of the user input through the fingerprint data input unit and the key input unit, and fingerprint data input through the fingerprint data input unit when the switch unit is pressed; And a control unit configured to control the power from the power supply unit to be applied to the DC / AC converter side only when compared with the fingerprint data stored in the data storage unit, thereby suppressing the demonstration more effectively. Safety can be ensured even when the impact shield is stolen or robbed.

Description

ELECTRIC SHOCK TYPE SHIELD HAVING BURGLARPROOF FUNCTION}

The present invention relates to an electric shock shield having an anti-theft function, and more particularly, to install an electric shock device on a shield used by police, etc. for suppressing protests, and use the electric shock device for fingerprint recognition or password input. The present invention relates to an electric shock shield having an anti-theft function that can be selectively operated through to prevent the arbitrary use of others and effectively suppress the protest.

In general, the shield used by the police, etc. for suppressing the demonstration at the demonstration site is composed of a body portion 10 made of a substantially rectangular FRP material, as shown in Figure 1, the approximately of the body portion 10 An armrest part 12 and a handle part 14 are respectively formed at the center of the rear part, and the shield is moved by holding the handle part 14 with the right hand while the left arm of the human body is inserted into the armrest part 12. It can be used while fixing.

In addition, one side edge portion of the rear portion of the body portion 10 is formed so that the pair of protective rod locking member 16 is elastically formed in the vertical direction to selectively couple the protective rod (not shown), the body The horizontal locking member 18a and the vertical locking member 18b each having a substantially "c" shape are formed in pairs at predetermined positions below the rear surface of the part 10 to firmly connect the plurality of shields in the horizontal and horizontal directions. Is done.

In addition, in the upper center of the body portion 10 is formed a field of view secured window 20 made of a through-hole or a transparent window, so as to ensure the front view.

Meanwhile, in recent years, an electric shock device for suppressing an opponent by generating a high voltage in order to maximize the suppression effect during the suppression of the demonstration using the shield may be installed.

Here, in order to configure the shield equipped with the electric shock device, as shown in Figures 2a and 2b, approximately the center portion of the rear of the body portion 10 of the protest riot shield is predetermined to the electric shock device installed on the shield DC / to change the DC voltage applied from the power supply unit 30 to an AC voltage at a position adjacent to the power supply unit 30 by storing a battery and the like by configuring the power supply unit 30 for supplying power to the opening and closing structure. A high voltage generator 50 comprising an AC converter 40, a high voltage transformer for converting the alternating voltage output through the DC / AC converter 40 into a high voltage, and a capacitor for charging the high voltage from the high voltage transformer. Each).

In addition, the front of the body portion 10 is formed of a pair of discharge electrodes to output a high voltage from the high voltage generating portion 50 to form an output portion 70 connected to the high voltage generating portion 50, A switch for operating the electric shock shield by selectively applying power from the power supply unit 30 to the handle part 14 formed at the rear of the body part 10 to the DC / AC converter 40 side. The part 60 is formed.

Accordingly, the user of the electric shock shield shields the output unit 70 formed on the front of the body portion 10 of the shield by operating the switch unit 60 during the suppression of the intense demonstration. By being output in a state converted to a high voltage through, it is possible to effectively suppress the protest while applying a strong shock to the body of the protester.

However, the conventional electric shock shield made as described above is a structure in which a high voltage is easily released through the output unit in accordance with the pressure of the switch, there is a problem that can cause a safety accident by randomly high voltage is released according to the user's malfunction It happened.

In addition, the electric shock shield is not provided with a separate function for identifying the user, so when the protester is robbed of the electric shock shield to the demonstrators during the suppression of the protest rather the reverse attack using the electric shock shield There is a problem that can be a big damage.

Therefore, the present invention has been devised to improve the conventional problems as described above, the purpose of which is to effectively install the electric shock device that selectively operates through the fingerprint recognition or password input of the user to the protest suppression shield more effectively In addition to suppressing the protests, it is intended to provide an electric shock shield with anti-theft function to ensure safety.

In order to achieve the object as described above, the present invention is a switch portion formed on the handle portion formed on the rear of the body portion of the shield used for the demonstration and the like according to an embodiment of the present invention the switch unit as the user presses the switch unit The DC / AC converter and the high voltage generating unit formed at a position adjacent to the high voltage generating unit operate by receiving a predetermined power from the power supply unit, and generate the high voltage induced voltage. An electric shock shield configured to be discharged, comprising: a fingerprint data input unit formed on an upper surface of the switch unit so that fingerprint data of a finger pressing the switch unit is input, and the fingerprint data of the user is stored in advance through the fingerprint data input unit; After deleting the currently stored fingerprint data, A key input unit for performing various key operations to input the door data, a data storage unit for storing fingerprint data of the user input through the fingerprint data input unit and the key input unit, and the fingerprint data input when the switch unit is pressed And a controller configured to control the power from the power supply unit to be applied to the DC / AC converter only when the fingerprint data input through the unit is compared with the fingerprint data stored in the data storage unit.

Preferably, the output unit is formed at the end of the rotating member rotatably coupled by the elastic force of the elastic member in the space portion formed in the front of the body portion, the end of the rotating member is formed on the engaging jaw of the pressing member formed on the upper side thereof. It is characterized in that it is configured to protrude while being selectively rotated toward the front of the body portion in accordance with the operation of the pressing member.

In addition, according to another embodiment of the present invention, the handle portion formed on the rear of the body portion of the shield used for the demonstration and the like is a switch unit is formed in a position adjacent to the switch unit as the user presses the switch unit And a high voltage generation unit operating by receiving a predetermined power from a power supply unit to generate a high voltage induced voltage, wherein the generated high voltage induced voltage is discharged through an output unit formed on the front of the body portion of the shield. A key input unit formed on the rear of the body to input a predetermined password, a data storage unit for storing a preset password by operating the key input unit, and a password input through the key input unit Compare the input password with the password stored in the data storage unit. Depending on the pressure switch unit for a predetermined time only when mutually match characterized in that the power from the power supply section configured to include a control section which performs control so that the applied side of the DC / AC converter.

Preferably, when the cutoff switch is pressed, a cutoff switch part is formed at an adjacent position of the switch part, and immediately cuts off the power applied to the DC / AC converter, until the password is stored again. It is characterized in that the electric shock device is prevented from being operated to prevent arbitrary use of others even when the shield is stolen and robbed.

According to the present invention configured as described above, only the user authenticated through input of fingerprint data and password can use the shield provided with the electric shock device.

1 is a perspective view showing a general protest suppression shield,

Figure 2a is a front perspective view showing a conventional electric shock shield,

Figure 2b is a rear perspective view showing a conventional electric shock shield,

3 is a perspective view showing an electric shock shield having an anti-theft function according to an embodiment of the present invention,

Figure 4 is a block diagram for showing the operating state of the electric shock shield having an anti-theft function according to an embodiment of the present invention,

5 is a perspective view showing an electric shock shield having an anti-theft function according to another embodiment of the present invention,

Figure 6 is a block diagram showing the operating state of the electric shock shield having an anti-theft function according to another embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

10: body portion, 12: armrest portion,

14: handle portion, 16: protective rod locking member,

18a: horizontal locking member, 18b: vertical locking member,

20: field of view, 22: space part,

24: through hole, 30: power supply,

40: DC / AC converter, 50: high voltage generating section,

60: switch portion, 70: output portion,

72: pressing member, 74: locking jaw,

76: rotating member, 77: hinge portion,

78: elastic member, 80: fingerprint data input unit,

90: key input unit, 100: control unit,

110: data storage, 120: main box,

130: cutoff switch unit.

Hereinafter, the present invention configured as described above will be described in detail with reference to the accompanying drawings.

First, Figure 3 is a perspective view showing an electric shock shield having an anti-theft function according to an embodiment of the present invention, Figure 4 is an operating state of the electric shock shield having an anti-theft function according to an embodiment of the present invention As a block diagram for showing, according to an embodiment of the present invention, a substantially rectangular body portion 10 having a predetermined strength is configured, and the body portion 10 is formed on the rear surface of the body portion 10. The armrest portion 12 and the handle portion 14 are formed to be easily lifted or supported, respectively, one side of the pair to have a predetermined elastic force along the vertical direction to selectively couple the protective rod (not shown) A protective rod locking member 16 formed in the shape, a horizontal locking member 18a and a vertical locking member 18b for firmly connecting the plurality of shields in the horizontal and vertical directions, and an upper center of the body portion 10; Through hole is perforated Myeongchang is formed on the visibility, such as window 20 formed is formed consists of an electric shock device having an anti-theft function, the shield is used to police riot in demonstrations are integrally formed.

Here, in order to integrally form an electric shock device having an anti-theft function on the shield, a battery or the like is accommodated in a predetermined position on the rear surface of the body portion 10 of the shield to configure a power supply unit 30 for supplying predetermined power. The main box 120 is formed at an adjacent position of the power supply unit 30, and therein, a DC / AC converter 40 converting a DC voltage applied from the power supply unit 30 into an AC voltage, and the DC / AC. The high voltage transformer 50 for converting the AC voltage converted and outputted through the converter 40 into a high voltage and a capacitor for charging the high voltage from the high voltage transformer in sequence, In front of the body portion 10 of the high pressure generating portion 50 to form an output portion 70 consisting of a pair of discharge electrodes to discharge the high-voltage organic voltage induced.

At this time, in configuring the output unit 70, the space portion 22 is formed in a predetermined position on the front of the body portion 10, and the hinge portion 77 and the elastic member in the space portion 22 After combining the rotating member 76 to have a structure that can be rotated while elastically rebounding toward the front by using a 78, the high-voltage induced voltage induced in the high pressure generating section 50 at the end of the rotating member 76 The output unit 70 is formed of a pair of discharge electrodes to emit light.

In addition, the through hole 24 is drilled in the upper portion of the space 22 of the body portion 10, and the engaging jaw 74 is formed at one end of the through hole 24, and the elastic member 72. Combining the pressing member 72 made to elastically rebound by a) is configured to selectively interrupt the rotating member 76, the output member 70 is formed by the locking jaw (74).

In addition, the handle part 60 of the body part 10 is provided with a switch part 60 so that power from the power source part 30 can be selectively supplied to the DC / AC converter 40 side according to a user's operation. On the other hand, the fingerprint data input unit 80 is formed on the upper surface of the switch unit 60 so as to recognize the fingerprint data of the finger pressing the switch unit 60.

In addition, at a predetermined position on the rear side of the body portion 10, the fingerprint data input unit 80 may store the user's fingerprint data in advance or perform various key operations for deleting and re-inputting the currently stored fingerprint data. The key input unit 90 is formed.

In addition, a data storage unit 110 and a control unit 100 may be configured in the main box 120 of the body unit 10 so as to be input by the user through the fingerprint data input unit 80 and the key input unit 90. In addition to storing the fingerprint data, an electric shock shield having an anti-theft function according to an embodiment of the present invention is input to the fingerprint data input through the fingerprint data input unit 80 formed on the upper surface of the switch unit 60. Accordingly, various controls are performed to be selectively operated.

Therefore, the electric shock shield having an anti-theft function according to an embodiment of the present invention, as the user presses the switch unit 60, the control unit 100 is the fingerprint data input unit 80 of the switch unit 60 After comparing the fingerprint data input through the data with the fingerprint data stored in the data storage unit 110, the power from the power supply unit 30 is supplied to the DC / AC converter 40 only when mutually matched to the high pressure induced By controlling the voltage to be generated, it is possible to prevent others from using the electric shock shield arbitrarily.

5 is a perspective view showing an electric shock shield having an anti-theft function according to another embodiment of the present invention, Figure 6 shows an operating state of the electric shock shield having an anti-theft function according to another embodiment of the present invention As a block diagram, according to another embodiment of the present invention, the electric shock shield having the anti-theft function may be configured to be selectively operated to be controlled according to the password input.

In this case, the armrest part 12 and the handle 14, the protective rod locking member 16, the horizontal locking member (18a) and in order to be operated while selectively controlling the electric shock shield according to the password input; The body portion 10 having the vertical locking member 18b and the field of view securing window 20 is formed as described above in one embodiment of the present invention, a power supply unit 30 for supplying predetermined power, and the power supply unit 30. DC / AC converter 40 for converting the DC voltage applied from) into an AC voltage, from a high voltage transformer and a high voltage transformer for converting the AC voltage converted and output through the DC / AC converter 40 to a high voltage The high pressure generating unit 50 made of a capacitor or the like for charging a high voltage of the high pressure generating unit 50 and the electric shock device consisting of an output unit 70 or the like for emitting the high voltage induced.

Further, a key input unit 90 having a plurality of buttons is formed at a predetermined position of the body portion 10 so that a user can input a password, etc., while the DC / AC converter 40 and the high voltage generating unit ( 50) the data storage unit 110 and the control unit 100 is configured inside the main box 120 in which the user operates the key input unit 90 to store a preset password. According to another embodiment of the present invention, an electric shock shield having an anti-theft function may be selectively operated according to a password input through the key input unit 90.

Therefore, the electric shock shield having an anti-theft function according to another embodiment of the present invention compares the password that the user inputs through the key input unit 90 with the password stored in the data storage unit 110, Only when they coincide with each other, the power from the power supply unit 30 is controlled to be supplied to the DC / AC converter 40 for a predetermined time.

In addition, a cutoff switch unit 130 is formed at an adjacent position of the switch unit 60 so that the power from the power supply unit 30 is cut off until a password is re-entered during the operation of the cutoff switch unit 130. By doing so, when the robbery or theft of the shield is manipulated to prevent the other person to use the electric shock-type shield arbitrarily by operating the cut off switch 130.

On the other hand, the anti-theft shield having an anti-theft function according to the present invention can be implemented in addition to the user's authentication method through the fingerprint recognition or password input described in the present invention through iris recognition or other various methods.

Next, the operation of the present invention made as described above will be described in detail.

In order to use the electric shock shield having an anti-theft function according to an embodiment of the present invention as shown in Figures 3 and 4 in the state that the user's fingerprint in contact with the upper surface of the fingerprint data input unit 80 By operating the key input unit 90 so that the fingerprint data of the user is stored in the data storage unit 110, the electric shock device configured in the electric shock shield can be selectively operated only by the user.

Therefore, when the user attempts to apply an electric shock to the protester during the protest using the electric shock shield in which the fingerprint data of the user is input as described above, first, the body 10 of the shield is perforated. An output unit formed at an end thereof by pressing the pressing member 72 coupled through the through hole 24 so that the rotating member 76 interrupted by the locking jaw 74 of the pressing member 72 rotates forward. Let 70 be in the state protruding forward.

When the output unit 70 protrudes toward the front as described above, and then presses the switch unit 60 having the fingerprint data input unit 80 formed thereon, the controller 100 controls the fingerprint data input unit ( After comparing the fingerprint data input through the 80 with the fingerprint data stored in the data storage unit 110, the power from the power supply unit 30 is the DC / AC converter only when the fingerprint data match each other Control is applied to the 40 side.

Accordingly, the voltage selectively applied from the power supply unit 30 to the DC / AC converter 40 side is amplified to a high voltage of approximately 20000 volts or more through the high voltage generating unit 50, and then the body portion 10 of the shield 10. By being discharged through the output unit 60 formed on the front side, it is possible to effectively suppress the protest by applying a temporary shock to the protester.

At this time, the fingerprint data input through the fingerprint data input unit 80 at the time of pressing the switch unit 60 is compared with the fingerprint data stored in the data storage unit 110 through the control unit 100 and then compared When not matched with each other, the power from the power supply unit 30 is controlled to be cut off, so that even if the electric shock-type shield is robbed or lost by the demonstrators at the protest site, it is secured by preventing others from using it randomly You can do it.

Meanwhile, in order to use an electric shock shield having an anti-theft function according to another embodiment of the present invention as shown in FIGS. 5 and 6, the user of the electric shock shield by operating the key input unit 90 in advance. By allowing the password for authenticating the data to be stored in the data storage unit 110, the electric shock device of the electric shock shield can be selectively operated only by the user.

Therefore, in order to use the electric shock device when the protest is performed using the electric shock shield in which the user's preset password is input as described above, the user inputs the password using the key input unit 90. .

Accordingly, the controller 100 compares the password inputted through the key input unit 90 with the password stored in the data storage unit 110 and compares the password with the password stored in the data storage unit 110. Only when it matches, the power from the power supply unit 30 can be applied to the DC / AC converter 40 side according to the operation of the switch unit 60 for a predetermined time period, so that the electric shock shield is used. To effectively fight the protests;

In addition, when an emergency situation such as being robbed of the shield occurs when the electric shock device provided in the shield is used, by operating the blocking switch unit 130 formed in the adjacent position of the key input unit 60, The power from the power supply unit 30 can be immediately interrupted to stop the operation of the electric shock device, and the use of the electric shock device can be prohibited until the corresponding password is input again. It is possible to prevent the operation of the electric shock device of the electric shock shield.

According to the present invention made as described above, by installing an electric shock device on the shield used for suppressing the protest at the demonstration site, it is effective to suppress the protest more quickly and efficiently by using the electric shock device. will be.

In addition, the electric shock shield is to save the fingerprint data or password of the user in advance, so that only the authorized user can use the electric shock shield, the emergency such as being robbed or lost by the protester at the protest site Even in one situation, it is effective to secure safety by preventing others from randomly using the electric shock device.

Claims (4)

A switch part is formed on a handle part formed on the rear of the body part of the shield used for the suppression of the demonstration, and as the user presses the switch part, the DC / AC converter and the high voltage generator part formed at a position adjacent to the switch part apply predetermined power from the power supply part. In the receiving and operating to generate a high-voltage induced voltage, wherein the generated high-voltage induced voltage is discharged through the output formed on the front of the body portion of the shield, A fingerprint data input unit formed on an upper surface of the switch unit to input fingerprint data of a finger pressing the switch unit; A key input unit configured to pre-store the user's fingerprint data through the fingerprint data input unit or to perform various key operations so that new fingerprint data can be input after deleting the currently stored fingerprint data; A data storage unit for storing fingerprint data of a user input through the fingerprint data input unit and the key input unit; When the switch unit is pressed, the fingerprint data input through the fingerprint data input unit is compared with the fingerprint data stored in the data storage unit so that the power from the power supply unit is applied to the DC / AC converter side only when they coincide with each other. An electric shock shield having an anti-theft function, comprising: a control unit configured to perform an antitheft function. The method of claim 1, The output part is formed at the end of the rotating member rotatably coupled by the elastic force of the elastic member in the space formed in the front of the body portion, the end of the rotating member is intermittent to the locking jaw of the pressing member formed on the upper side Electric shock shield having an anti-theft function, characterized in that configured to be protruded while selectively rotating toward the front of the body portion in accordance with the operation of the pressing member. A switch part is formed on a handle part formed on the rear of the body part of the shield used for the suppression of the demonstration, and as the user presses the switch part, the DC / AC converter and the high voltage generator part formed at a position adjacent to the switch part apply predetermined power from the power supply part. In the receiving and operating to generate a high-voltage induced voltage, wherein the generated high-voltage induced voltage is discharged through the output formed on the front of the body portion of the shield, A key input unit formed at the rear of the body unit and configured to input a predetermined password, etc .; A data storage unit for storing a preset password or the like by operating the key input unit; When the password is input through the key input unit, the power from the power supply unit is turned off according to the pressurization of the switch unit for a predetermined time only when the input password is compared with the password stored in the data storage unit. An electric shock shield having an anti-theft function, characterized in that it comprises a control unit for controlling to be applied to the side. The method of claim 3, wherein A blocking switch part is formed at an adjacent position of the switch part, and when the blocking switch part is pressurized, the power applied to the DC / AC converter is immediately cut off, and the electric shock device is stored until the password stored in the data storage part is input again. An electric shock shield having an anti-theft function, characterized in that it is made to prevent the operation of the other person even when the robbery and theft of the shield to prevent the operation.