KR200213971Y1 - Battery for Mobile Phone with Combination of Electric Shocking Machine - Google Patents

Abstract

The present invention is designed to maximize the effectiveness of the electric shock protector for self-defense, and implements an electric shock at the same time the battery of the personal mobile phone that many people carry at the same time, eliminating the inconvenience of carrying an electric shock separately and sudden strength or It is to provide a personal cell phone battery with an electric shock that can properly cope with the attack of molesters. The electric shock combiner personal mobile phone battery of the present invention is a battery unit for supplying power to the electric shock and personal mobile phone, a charging terminal on the battery unit for charging the power, a voltage amplification circuit with a built-in voltage amplifier circuit connected to the battery unit A pair of electric shock electrodes supplied with a high voltage power amplified by the voltage amplifier and an electric shock operation switch for opening and closing a flow of current from the battery part to the pair of electric shock electrodes through the voltage amplifier; Include.

Description

Personal phone battery combined with an electric shock machine {Battery for Mobile Phone with Combination of Electric Shocking Machine}

The present invention relates to an electric shock absorber combined mobile phone battery.

Electro-shock type electric shock is to temporarily incapacitate a person by exposing the electrodes to the outside of the impactor body and turning on the operation switch to induce high-voltage induced voltage between both electrodes. Such an electric shock machine is generally known to be used to protect itself from a robbery or molester attack.

However, while recognizing the necessity of an electric shock machine for self-defense, many people do not carry an electric shock machine. This seems to be due to the inconvenience of carrying an electric shock separately. If you are attacked by robbers or molesters, irreversible problems can occur, but it is very rare that robbery or molesters occur in everyday life. It is very cumbersome to carry an electric shock at all times in case of robbery or molester attacks. In addition, the robbery or molester attack occurs accidentally, so if you do not possess the shock absorber in a position that can be held quickly, it can not be properly handled, the possession of the shock absorber itself becomes meaningless.

Therefore, a method for maximizing the effectiveness of the electric shock protector for self-defense will be required.

The purpose of the present invention is designed to maximize the effectiveness of the electric shock protector for self-defense, by implementing the electric shock at the same time the battery of the personal mobile phone that many people carry at the same time, eliminating the inconvenience of having an electric shock separately and sudden It is to provide a personal cell phone battery with an electric shock that can properly cope with a robbery or molester attack.

1 is a view showing a state equipped with a personal mobile phone battery with an electric shock combiner of the present invention.

Figure 2 is a plan view of a taser combined personal mobile phone battery of the present invention.

Figure 3 is a block diagram showing the circuit configuration of a personal cell phone battery according to the present invention.

* Explanation of symbols for main parts of the drawings

10: battery unit 12: charging terminal

20: voltage amplifier 22: impactor operation switch

24: impactor safety switch 26: impactor electrode

28: battery removable switch 30: cell phone circuit

The electric shock combiner personal mobile phone battery of the present invention is a battery unit for supplying power to the electric shock and personal mobile phone, a charging terminal for charging power to the battery unit, a voltage amplification circuit with a built-in voltage amplifier circuit connected to the battery unit A pair of electric shock electrodes supplied with a high voltage power amplified by the voltage amplifier and an electric shock operation switch for opening and closing a flow of current from the battery part to the pair of electric shock electrodes through the voltage amplifier; Include.

Electric shock combiner personal mobile phone battery of the present invention may preferably further comprise an electric shock protector switch.

In the present invention, preferably, the electric shock electrode protrudes from one end of the personal mobile phone battery, and the charging terminal is located on the inclined surface of the battery part inclined by the predetermined angle with the electric shock electrode.

Hereinafter, the present invention will be described in detail with reference to the drawings.

The battery unit referred to in the present specification means a battery as a power supply unit for supplying power to a personal mobile phone and an electric shock element from the electric shock combiner personal mobile phone battery of the present invention, and the battery refers to the entire electric shock combiner personal mobile phone battery of the present invention. it means.

In addition, the electroshock device referred to herein refers to the entire electric shock element except for the battery.

1 is a view showing a state equipped with an electric shock combiner personal mobile phone battery of the present invention to a personal mobile phone, Figure 2 is a plan view of the electric shock combiner personal mobile phone battery of the present invention.

As shown in Figures 1 and 2, the electric shock combiner personal mobile phone battery of the present invention has a built-in battery unit 10 for supplying current to the internal circuit of the mobile phone and a voltage amplifier circuit for amplifying the voltage of the battery unit 10 One voltage amplifier 20 is included. The battery unit 10 is provided with a charging terminal 12 for charging the power of the battery. The voltage amplifier 20 is provided with an impactor operation switch 22 for opening and closing the flow of current in the battery unit 10.

In addition, in order to prevent inadvertent operation of the impactor operation switch 22, an impactor safety switch 24 is provided. This shock absorber safety switch 24 is for preventing an unnecessary electric shock by a user or a child's careless operation switch operation. Leave the shock absorber safety switch 24 off in areas where there is no risk of stiffness or larvality. To prevent unnecessary electric shocks due to inadvertent operation, set the shock absorber safety switch 24 in areas where stiffness or critical danger is expected. Leave it on to prepare for the event. It is preferable that the safety switch 24 be provided with a switch terminal in a groove rather than a protruding shape so that children cannot easily operate it. Children may be prevented from operating by changing the position of the safety switch 24 using a ballpoint pen or other pointed object.

The lower end of the battery of the present invention is provided with a pair of protruding electric shock electrode 26, the upper end is provided with a removable switch 28 for connecting the battery to the mobile phone body.

Therefore, the battery of the present invention is formed by combining a battery 10 and an electric shock machine to supply power to a personal mobile phone. In other words, the battery unit 10 has a function of supplying power to the personal mobile phone as well as a function of supplying power to the electric shock.

Figure 3 is a block diagram showing the circuit configuration of a personal cell phone battery according to the present invention.

Referring to Figure 3 describes the operation of the taser combined personal mobile phone battery of the present invention as follows. That is, in the state where the battery of the present invention is mounted on the cellular phone main body, the power of the battery unit 10 is supplied only to the cellular phone internal circuit 30 in the state in which the impactor operation switch 22 is turned off. When the impactor operation switch 22 is turned on in the state where the impactor safety switch 24 is connected (ON), the voltage of the battery unit 10 is amplified by a voltage amplifier circuit built in the voltage amplification unit 20 so that the high voltage This is organic. At this time, the current is a low current. The high voltage and low current power amplified by the voltage amplifier 20 is supplied to the electric shock electrode 26. At this time, when the electric shock electrode 26 is brought into contact with the body of the intensity or the molars, high voltage and low current flows momentarily through the body of the strength or the molars to temporarily disable the strength or the molars.

The voltage amplifier circuit of the electric shock machine generally includes a DC / AC converter for converting DC power supplied from a battery into AC power, an input transformer for raising the voltage of the AC power converted by the DC / AC converter, and It includes a rectifier circuit for rectifying the high-voltage, low-current power raised by the input transformer, and charges and discharges until a constant voltage. The rectifier circuit generally includes a diode for rectification and a capacitor for charging and discharging. An example of such a voltage amplifier circuit is disclosed in Korean Utility Model Publication No. 20-183709.

Referring back to Figures 1 and 2, the battery of the present invention shown in the figure is provided with a battery unit 10 at the bottom and the voltage amplifier 20 is installed on the upper, from the voltage amplifier 20 An electric shock electrode 26 that is supplied with high voltage and low current power is provided at an end portion of the battery unit 10 side. Here, the connection line connecting the voltage amplifier 20 and the electric shock electrode 26 may be installed on the surface or the inside of the battery unit 10. Connection lines are high voltage, low current power paths and must be sufficiently insulated to prevent interaction with the actual battery. In addition, the power supply of the voltage amplification part must be sufficiently insulated to prevent affecting the cellular phone internal circuit.

In addition, in order to prevent the electric shock electrode 26 from interfering with the charging of the battery, an electric shock electrode 26 protruding from the battery end and an inclined surface inclined by a predetermined angle are installed in the lower portion of the battery unit and charged on the inclined surface. The terminal 12 is formed. Thus, the battery can be charged without being disturbed by the electric shock electrode 26.

On the other hand, unlike the above drawings, it is possible to modify the structure of the electric shock absorber combined mobile phone battery of the present invention. That is, according to another embodiment of the present invention, the battery unit is formed on the upper part of the battery of the present invention, the voltage amplifier is formed on the lower portion, it can be provided with an electric shock electrode at the end of the voltage amplifier side. In this case, the connecting line connecting the voltage amplifier and the electric shock electrode is shortened. The charging terminal for charging the battery may be formed at a suitable position on the battery unit. Preferably, the charging terminal may be installed on an upper portion of the battery unit and charged by a charger corresponding thereto.

As mentioned above, the present invention implements an electric shock absorber in a personal mobile phone battery that is carried by many people all the time, eliminating the inconvenience of carrying an electric shock separately, and can be used in a timely manner when the use of an electric shock shocker is necessary. It is to provide a personal cell phone battery combined with an electric shock that makes it possible.

Claims (4)

A battery unit for supplying power to the electric shock and personal mobile phone, a charging terminal on the battery unit for charging the power, a voltage amplifier having a built-in voltage amplifier circuit connected to the battery unit, amplified by the voltage amplifier And a pair of electric shock electrodes to which high voltage power is supplied, and an electric shock switch operating switch for opening and closing a flow of current from the battery unit through the voltage amplifier to the pair of electric shock electrodes. The method of claim 1, Electric shock combiner personal mobile phone further comprising an electric shock safety switch. The method of claim 1, The electric shock electrode protrudes on one end of the personal mobile phone battery, the charging terminal is a personal shock cell phone battery combined with an electric shock positioned on the inclined surface of the battery unit inclined by a predetermined angle with the electric shock electrode. The method of claim 1, An electric shock combiner and personal mobile phone battery further comprises a detachable switch installed on the battery to couple the battery with the mobile phone body.