KR100663897B1 - Character for personal protector having insense generator - Google Patents

Abstract

A personal protector having an aroma generating unit is provided to inform the other persons of a dangerous situation by flickering a personal protection lamp by an impact sensor or a sound signal detecting sensor and outputting a message. A personal protector having an aroma generating unit(33) includes a character body formed by combining front and rear bodies; an emission light installed on the upside of the front body to throw the light on a front area; a microphone(3) installed under the emission light with a predetermined gap to input a message; a speaker(4) disposed at the lower side of the microphone to output the recorded message; a personal protection lamp(5) installed along the outer periphery of the speaker to emit the light as a rescue signal; a power switch(6) applying power; a recording/playing switch recording the message and playing the recorded message; an emission light switch installed on the other side of the character body to control the emission light; a personal protection switch(13) mounted on the upside of the emission light switch to control the personal protection lamp; a battery(10) supplying power to each part; and the aroma generating unit generating aroma.

Description

Personal protective device having a fragrance generating unit {Character for Personal Protector having Insense Generator}

1 is a perspective view of the carrytuck of the present invention.

2 is a rear view of FIG. 1.

3 is an electric circuit block diagram of the present invention.

4 is an anion and aroma generator circuit of the present invention.

5 is a recording and reproducing circuit diagram of the present invention.

  <Description of Main Configuration of Drawing>

1: character body 2: luminous light

3: microphone 4: speaker

5: personal protection light 6: power switch

7: recording / playback switch 8: incense outlet

10: Battery 11: USB Connector

12: luminous light switch 13: personal protective switch

14: DC input 20: microcomputer

33: flavor generator 43: anion generator

The present invention relates to a negative ion emitting light personal protective device using a character. More specifically, the present invention relates to a personal protective group for generating light, voice recording, regeneration, anion, and aroma.

Due to the frequent occurrence of various crimes in daily life, more and more people are equipped with self-defense tools to maintain personal stability and peace of family.

As an example, the self-contained gas gun is equipped with a gas chamber, when the personal stability is threatened, when the trigger is operated, gas in the gas chamber is injected to protect the safety of the user. Looking at the construction of such a gun for a gas gun with reference to Utility Model Registration No. 20-1998-0015415 as follows.

The gas gun proposed in the utility model registration application is an ammunition through-hole loaded in several chambers formed in a reverb-type gas gun, in which the injection hole is blocked by a blocking film on the front so that the pancreatic fluid filled therein is injected. The outer frame body, and a screw portion is formed in the center thereof so that the screw is coupled to the rear of the outer frame body, the center is installed at the tip of the through hole formed in the center, the through hole formed in the center of the primer portion, the injection therein A gas tank filled with gas, and is installed in the through hole for injecting the gas of the gas tank to the outside, the center ring is provided with a zero ring to prevent the injection gas from flowing out along the through hole, Thereby, the pressure gun is formed in the back of the gunpowder chamber for accommodating the gunpowder, and formed at a predetermined position at the tip of the primer portion, and is separated from the gas tank. Gas is guided alone configuration to drive the injection gas into the interior of the outer frame body to the outside through the spray injection hole with a pancreatic ryuaek filled inside of the outer frame body which is.

In addition, an electric shock machine capable of temporarily paralyzing the function of the body by applying an electric shock is widely used as a self-defense tool for combating molars such as strength.

Such a stun gun is made of an electronic rod having a rod protruding by a predetermined length from the handle, or an anode is formed on the handle to apply an electric shock by discharge of a current generated between the anodes. Such an electric shock machine amplifies the current of the power supply when the power switch is turned on, and when a rod or a discharge part that generates a voltage of 20,000 V or more touches the body, a high voltage causes an instant paralysis of body function, resulting in a critical condition. Implemented to help defend against attacks.

In addition, in recent years, in order to be able to inform other people of dangerous situations along with the release of gas, and to make a sound like a real gun fire to threaten an individual's safety, the bolt is hitting the batter and placed in the gunpowder chamber. Techniques have been proposed to explode gunpowder and cause gunfire.

However, the above-described self-contained gas gun or stun gun has a high manufacturing cost, so that consumers have to pay a high cost, and the gas gun or stun gun has a large volume, which is inconvenient to carry. .

The object of the present invention can be quickly informed that the body is threatened by molars, etc. because the personal protection is flashing and the message is amplified by the impact sensor or the sound signal detection sensor, the anion and aroma is generated by the fragrance generating unit in normal The present invention provides a personal protective device with a fragrance generating unit capable of providing comfortable air to a user.

In order to achieve the above object, the present invention, the front body and the body body is coupled to the rear body is coupled; A light emitting light installed at an upper portion of the front body to scan the front; A microphone configured to be spaced apart from each other at a lower portion of the light emitting light to input a message; A speaker installed under the microphone to amplify the recorded message; A personal protection lamp installed along an outer circumference of the speaker to emit light of a rescue signal; A power switch installed at one side of the character body to apply power; A recording / playing switch installed at an upper side of the power switch to record a message and to play the recorded message; An emission light switch installed on the other side of the character body to control the emission light; A personal protective switch installed at an upper side of the light emitting light switch to control the personal protective light; A power supply unit for supplying power to the respective parts and the incense discharge port formed on the upper part of the character body to discharge incense, an incense pad insert to accommodate the incense pad to discharge the incense to the incense outlet, and stimulate the incense pad. It characterized in that it comprises a flavor generating unit for generating a fragrance and a microcomputer to control the respective configurations.

The personal protection lamp preferably uses any one of a plurality of monochromatic LEDs or a plurality of tricolor LEDs having different colors.

The microcomputer further includes a shock sensor and a sound signal sensor connected to the microcomputer to operate the speaker and the personal protection.

The fragrance generating unit includes a transformer for converting the supplied voltage, and an anion generating unit consisting of a plurality of capacitors and diodes sequentially connected to one side of the transformer; A fragrance generating resistance connected to the anion generating unit; A resistor connected to the other side of the transformer; A switching transistor coupled to the resistor; And an incense pad connected to the switching transistor and the incense generating resistor to generate incense.

The power supply unit includes a battery embedded in the character body, a DC input formed at the rear of the character body and connected to a power supply DC jack, and a USB connector formed at the rear of the character body and connected to a USB jack of a computer. It is characterized by being either.

The DC input supplies power to each component instead of a battery, and the USB connector is connected to a computer to listen to music through a speaker installed in the character, and may be supplied with power through the computer.

       An embodiment of the present invention will be described below with reference to the drawings.

1 is a perspective view of the character of the present invention, Figure 2 is a rear view of FIG.

3 is a block diagram of an electric circuit of the present invention, FIG. 4 is an anion and flavor generator circuit diagram of the present invention, and FIG. 5 is a recording and reproducing circuit diagram of the present invention.

First, as shown in Figures 1 to 3, the light emitting light (2) for scanning the front is provided on the upper portion of the character body (1) formed by the combination of the front body (1a) and the rear body (1b), In the lower portion of the light emitting light 2, the microphone 3 for inputting the user's message is installed at a predetermined interval, and the lower portion of the microphone 3 is provided with a speaker 4 for amplifying the recorded message, and the speaker 4 On the outside of the), a personal protection lamp 5 for discharging the light of the rescue signal is provided along the outer circumference, and a power switch 6 for applying power to one side of the character body 1 is provided. On the upper side of the switch 6, a recording / reproducing switch 7 for recording a message and reproducing the recorded message is provided, and on the other side of the character body 1, a light emitting light switch for controlling the light emitting light 2. (12) is provided, and the personal protection on the upper side of the light emitting light switch (12) A personal protective switch 13 for controlling the back 5 is installed, and a battery 10, which is a power supply unit for supplying power to each unit, is disposed inside the character body 1, and An incense discharge port 8 for discharging incense is formed at the front upper end, and an incense pad insertion hole 15 for accommodating the incense pad 40 to which aroma is added is formed at the rear upper end of the character body 1, and the character body ( 1) inside the incense generating unit 33 to generate aroma by stimulating the incense pad 40, the inside of the character body (1) is connected to each configuration and the microcomputer 20 to control each configuration It is.

Here, the personal protection lamp 5 may selectively use any one of a plurality of monochromatic LEDs or a plurality of tricolor LEDs having different colors, and these LEDs are light of a rescue signal by a program embedded in the microcomputer 20. Flashes to radiate.

In addition, a DC input 14 connected to a power supply DC jack is formed at the rear of the character body 1 so as to supply power in place of the battery 10, which is a power supply unit, and at the rear of the character body 1. A USB connector 11 is connected to the USB jack of the computer.

In addition, the microcomputer 20 is connected to the impact sensor 21 and the sound signal detection sensor 22 to the microcomputer 20 to operate the speaker 4 and the personal protection lamp (5). The shock sensor 21 and the sound signal detection sensor 22 are used to detect the shock or the shouting of the user, which is applied to the character body 1, in a state in which the user does not operate the protection switch 13 in an emergency. By detecting, the personal protection lamp 5 is activated.

And, as shown in Figure 3, the configuration and operation description by the electric circuit block diagram of the present invention is as follows.

First, when a risk occurs in the user's own body or a matter to be transmitted, when a shock or a sound signal is detected by the shock sensor 21 or the sound signal sensor 22, the signal is transmitted to the amplifying circuit 23. The transmitted signal is amplified by the amplification circuit 14 and transferred to the microcomputer 20.

The signal transmitted to the microcomputer 10 is amplified by the audio amplifier 26 which is an amplifying circuit through the voice recognition chip 24 by a program calculated by the microcomputer 10, and is a sound. To be delivered to.

At this time, the microcomputer 10 sends a current as a signal as well as a sound to operate the protection lamp (5) to notify the danger to others (light) by sound and signal.

The microphone 3 is for recording and reproducing a new message or sound on the voice recognition chip 24, and the contents recorded through the microphone 3 are stored in the ROM of the voice recognition chip 24. It operates by the signal of the microcomputer 10 and is transmitted to the other person through the speaker 19 through the audio amplifier 15 which is a heavy circuit.

The power switch 6 turns the power on / off. The personal protection switch 13 is a switch that is activated when a problem occurs in the impact sensor 16 or the sound or signal detection sensor 13 and cannot be detected.

The voltage input from the battery 10 or an external power source is boosted by applying power to the inverter unit 30. The boosted voltage is increased while passing through the high pressure generator 31 to generate a high pressure. This high pressure stimulates the fragrance generating unit 33 to generate negative ions and fragrances.

As shown in FIG. 4, the fragrance generating unit 33 includes a transformer (To) for converting a voltage supplied from the battery 10, which is a power supply unit, and a plurality of capacitors sequentially connected to one side of the transformer (To). Anion generator 43 consisting of C2 to C11 and diodes D6 to D12 is connected, aroma generating resistor R3 is connected to the negative ion generating unit 43, and a resistor (on the other side of the transformer To) R2 is connected, a switching transistor Q1 is connected to the resistor R2, and an incense pad 40 for generating incense is connected between the switching transistor Q1 and the fragrance generating resistor R3.

Here, the operation process of the fragrance generating unit 33 is as follows.

The DC voltage transmitted from the DC input 14 or the outside of the USB connector 11 or from the battery 10 is turned on at the same time as the power switch 6 is turned on, and the voltage applied to the transformer To is transferred through the negative ion generator 43. Continued boosting. The current and voltage flowing through the transformer To are induced to pass through the resistor R2 to operate the switching transistor Q1. Since the voltage and current at which the switching transistor Q1 is operated are induced by the ON / OFF time of the switching transistor Q1, the high voltage boosted in the scent generating resistor R3 is repeated in accordance with the ON / OFF time of the switching transistor Q1. do.

At this time, anions are generated between the positive electrode (+) and the negative electrode (−) by the distance between the output voltage of the fragrance generating resistor R3 and the ground.

That is, the high pressure generated in the negative ion generating unit 43 is negative to generate negative ions by setting the negative electrode (-), the positive electrode (+) in the distance in order to make a fine molecule. By adding the aroma scent of the incense pad 40 to the generated negative ions, the aroma scent is generated when the negative ions are generated.

By repeating the above operation to deliver the anion with the aroma added to the air in the air, this anion and the aroma is to allow the user to contact the anion with the aroma added to the aroma.

As shown in FIG. 5, the user's voice is input through the microphone 3 by operating the recording / playback switch 7 while the power switch 6 provided in the character body 1 is turned on. The voice is transmitted to the microcomputer 20 through IC17 and IC18 for recording, and when the recording / playback switch 7 is operated again, the voice stored in the microcomputer 20 is reproduced through the speaker 4.

Here, the microphone 3 uses a condenser microphone, so the input voice is input while noise is removed by the constant term R15 and capacitor C10 connected to IC17 and the resistor R8 and capacitor C8 connected to IC18. do.

The present invention constructed and operated as described above is intended to clear the air that is deteriorating day by day and to protect the individual's personality, and to provide a feeling of intimacy to the consumer by using a character of a small, portable, easy-to-use form. Very useful, the present invention is negatively generated negative ions, mite removal and allergic skin protection, personal health protection according to environmental pollution, accessories as a character can be used for computer users who use a lot of computer power easily Equipped with a light weight, one-touch ON / OFF function.

In addition, the anion generators currently in use are not light-weight products, and are medium-large and more than 10 pyeong or 4-8 pyeong, which is inconvenient for personal carrying. However, the present invention is a small-weight (small weight) neck or individual It can be mounted on a computer, and it is a product that forms a “green eyes” around the “eyes, nose and mouth” at the closest distance. Therefore, you can prevent allergies and clean your brain at all times by clearing your head at the closest distance. All of this can be used as a voice for your character.

Although the preferred embodiments of the present invention have been described in detail above, those of ordinary skill in the art to which the present invention pertains may implement the present invention by various modifications or design changes without departing from the scope of the claims. In case it is regarded as the scope of the present invention.

According to the present invention, there is an advantage that it is possible to promptly notify the surroundings that threats are caused by molars or the like since the personal protection lamp is flickered and the message is amplified by the impact sensor or the sound signal sensor.

In addition, the present invention has the advantage that the anion and aroma is generated by the fragrance generating unit in everyday life to provide a comfortable air to the user.

Claims (5)

A character body 1 formed by combining the front body 1a and the rear body 1b; A light emitting light (2) installed on an upper portion of the front body (1a) to scan the front; A microphone 3 installed below the light emitting light 2 at a predetermined interval to input a message; A speaker 4 installed below the microphone 3 to amplify the recorded message; A protection lamp 5 installed along the outer circumference of the speaker 4 to emit light of a rescue signal; A power switch 6 installed on one side of the character body 1 to apply power; A recording / playback switch (7) installed above the power switch (6) for recording a message and for reproducing the recorded message; A light emitting light switch 12 installed on the other side of the character body 1 to control the light emitting light 2; A personal protective switch 13 installed above the light emitting light switch 12 to control the personal protective lamp 5; A power supply unit for supplying power to each unit; The incense discharge port 8 formed on the upper part of the character body 1 to discharge the incense, the incense pad inserting hole 15 to accommodate the incense pad 40 to discharge the incense to the incense discharge port 8, and the incense Scent generation unit 33 for stimulating the pad 40 to generate incense and Personal protective device provided with a fragrance generating unit characterized in that it comprises a micom (20) for controlling the respective configurations. The personal protective device according to claim 1, wherein the personal protective lamp (5) selectively uses any one of a plurality of monochromatic LEDs or a plurality of tricolor LEDs having different colors. The method of claim 1, wherein the microcomputer 20 has a shock sensor 21 and a sound signal detection sensor 22 connected to the microcomputer 20 to operate the speaker 4 and the personal protective light (5). Personal care device provided with a fragrance generating unit further comprises. The method of claim 1, wherein the fragrance generating unit 33 is a transformer (To) for converting the voltage supplied from the battery 10, An anion generator (43) consisting of a plurality of capacitors (C2 to C11) and diodes (D6 to D12) sequentially connected to one side of the transformer (To); A fragrance generating resistor (R3) connected to the anion generator (43); A resistor (R2) connected to the other side of the transformer (To); A switching transistor Q1 connected to the resistor R2; Personal protective device provided with a fragrance generating unit characterized in that it comprises an incense pad 40 is connected to the switching transistor (Q1) and the fragrance generating resistor (R3) for generating a fragrance. According to claim 1, wherein the power supply is a battery (10) embedded in the character body (1), DC input 14 is formed in the rear of the character body 1 and connected to the power supply DC jack, Formed behind the character body (1) is a personal protective device with a fragrance generating unit, characterized in that any one of the USB connector (11) connected to the USB jack of the computer.

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