KR20150082789A - Jacket Life-saving lamp Operation Circuit Having Communication functions - Google Patents

Abstract

The present invention relates to a circuit for operating a lifesaving lamp of a jacket having a communication function which has a characteristic of comprising integrally: an LED illumination unit (510) for flickering the lifesaving lamp; a moisture sensing unit (520) sensing infiltrated moisture to perform an on-off switching operation; a brightness sensing unit (530) sensing surrounding brightness to perform an on-off switching operation; a controller unit (U1) receiving signals from the moisture sensing unit (520) and the brightness sensing unit (530) and controlling flickering of an LED of the LED illumination unit (510); an RF transmission module (540) connected to the controller unit (U1) to wirelessly transmit and receive provided signals to or from an external transceiver; and a manual switch unit (550) driven on-off by a user to provide an operation signal to the controller unit (U1).

Description

[0001] The present invention relates to a jacket life-saving lamp,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a lifesaving lamp relating to the structure of life and securing of safety in a terrible terrain related to sea, mountains and rivers, and more particularly to a life- It is also possible to operate in water. In case of a crisis, when the rescue button is pressed, the information is transmitted to the communication headquarters so that the rescue team can be called so that the user can safely exit the emergency situation. To a movable circuit.

In general, those who frequent the mountains and the oceans should always be mindful of the structure of themselves and their colleagues at all times, and have to be thoroughly aware of how to deal with emergency situations in case of distress.

However, the conventional method, which is only a general method, is not a way to communicate to the rescue team in order to temporarily increase the human rescue possible time but to enable the actual structure.

There are other ways to signal the rescue team, but only when the rescue team is in the radius.

Therefore, in order to solve the above problems, technologies such as Korean Patent Registration No. 10-0662100 have appeared.

A conventional technology mobile communication terminal and an emergency situation coping method using the same include a step of inputting a command to start a monitoring mode operation, a step of generating and storing a reference image as an external image input first through the camera unit, The method of claim 1, further comprising the steps of: generating an input external image as a supervisory image; determining whether the reference image and the supervisory image coincide with each other; And performing the steps of:

According to the prior art, there is a characteristic that the security of the holder can be secured by using the mobile communication terminal possessed by most people.

However, this method requires an image for the operation and realization of the device, and it can be used at almost any mobile device at any time. Therefore, when it is not practiced in a very urgent situation and is abused, people who need urgent structure are properly structured There was a problem that the emergency situation was left only to the judgment of the user, so that it was impossible to identify the precise emergency and to use the device in operation or rescue request and crisis situation.

 In addition, since the mobile communication terminal has a function of being added to the mobile communication terminal, the mobile communication terminal, which consumes power even in the standby mode, has a problem that the power can be completely consumed after a certain time,

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems and it is an object of the present invention to provide an apparatus and a method for controlling an apparatus, Is turned off, so that it can be carried for a relatively long time because it does not need constant power. Also, a jacket life-saving lamp having a communication function capable of maximizing the structure possibility of a user by simultaneously emitting an analog signal simultaneously with a structural signal through communication This is for implementing a movable circuit.

A lamp operating circuit for lifespan of a jacket having a communication function according to a preferred embodiment of the present invention is a circuit for operating a lifetime lamp of a jacket having a communication function, 510); A moisture sensing unit 520 for sensing on-off moisture and switching on and off; A rough image sensing unit 530 for detecting the illuminance of the surroundings and performing on-off switching; A controller unit U1 receiving signals supplied from the moisture sensing circuit unit 520 and the illumination sensing circuit unit 530 and controlling the LEDs of the LED illumination unit 510 to be blinked; An RF transmitting module 540 connected to the controller unit U1 for wirelessly transmitting / receiving signals to / from the external transmitting / receiving device; And a manual switch unit 550 for on / off operation by the user to supply the operation signal to the controller unit U1.

At this time, the LED illuminating unit 510 receives driving signals from the moisture sensing unit 520, the rough sensing unit 530, and the manual switch unit 550 to the controller unit U1, It is desirable to operate.

In addition, the LED illumination unit 510 includes:

When the moisture value sensing signal LOW is provided to the controller unit U1 or when the signal level LOW sensed by the roughness sensing unit 530 is provided, And when the manual switch unit 550 is first pressed (On)

It is preferable that the signal is turned on when a signal value high in which light is not detected is supplied to the roughness sensing unit 530 or when the manual switch unit 550 is pressed secondarily.

The RF transmitter module 540 senses the moisture in the moisture sensor unit 520 and provides a signal to the controller unit U1. Upon receiving the signal, the RF transmitter module 540 generates a radio frequency signal to an external transmitter / It is preferable to send the distress information.

As described above, according to the present invention, the apparatus itself can be judged not only by the judgment of the user but also by the machine itself in the area where the sea is adjacent. Therefore,

 Since the device is normally off, no power is needed at all times, so you can carry it for a relatively long time,

It is possible to maximize the structure possibility of the user by simultaneously emitting the analog signal and the structure signal through the communication.

1 is a perspective view showing an external shape of an apparatus in the present invention,
Fig. 2 is a rear perspective view showing the rear side of the external shape of the device in the present invention, Fig.
3 is a block diagram showing a basic mechanism of a device input to the circuit board 200,
4 is a circuit diagram showing a low-power transmission circuit (4-A) and a local oscillator circuit (4-B) employed in a lifetime lamp of a jacket provided with a communication function according to an embodiment of the present invention;
FIG. 5 is a detailed circuit diagram showing an embodiment of a lamp driving circuit for a lifetime of a jacket provided with a communication function according to an embodiment of the present invention. FIG.

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

 (Example)

First, the configuration of a life-saving lamp of a jacket having a communication function according to an embodiment of the present invention and a method of operation thereof will be described.

1, the LED lamp 210 is mounted on one side of the front surface of the apparatus according to the present invention, and a manual control switch 250, a manual control switch 250 A manual lighting switch 211 corresponding to the manual control switch 250 is turned on when the manual lighting switch 211 is turned on at the lower end of the manual control switch 250 and at the corresponding surface of the moisture sensing sensor 220, (230) is attached.

As shown in FIG. 2, a hook 101 is additionally provided at the rear of the frame 100 so as to be inserted into a jacket gap of the user.

At this time, since the switch 400 is formed on one side of the corner of the frame 100 configured as described above, even if the device is not booted, the boot can not be booted under all conditions.

In order to operate this device normally and perform its intended purpose, when the user is in an emergency in a mountain or sea, the device operates as follows.

The LED lamp 210 is automatically turned on when the emergency is detected by the water sensor 220 at the bottom front of the frame 100 of the apparatus.

On the other hand, a circuit board 200 and a battery 300, which can perform various functions, are provided on the inner side of the frame 100 of the apparatus.

Accordingly, the LED lamp 210 is supplied with the constant power so as to be automatically turned on in an emergency.

4 is a circuit diagram showing a low-power transmission circuit (4-A) and a local oscillator circuit (4-B) employed in a lifetime lamp of a jacket provided with a communication function according to an embodiment of the present invention.

At this time, as shown in FIG. 4, two kinds of circuits are inputted to the circuit board 200, which are a low-power transmitter circuit 4-A and a local oscillator application circuit.

The low-power transmission circuit 4-A has a function of modulating an RF signal by eliminating unnecessary noise (RF Bypass) when the modulated input signal is provided, and transmitting the modulated signal to the outside through the antenna ANT (L1) .

The local oscillator circuit 4-B functions as a circuit for outputting a local oscillation signal for eliminating unnecessary noise and transmitting it on a carrier before modulating the signal from the transmitter.

With this configuration, the lifetime lamp unit of the jacket provided with the communication function according to the present invention maintains the normally turned off state, and the one-side unit is provided with the moisture sensing or manual lighting switch 211 ).

In this way, once the device is charged with the battery 300, it can be used for a longer period of time than a conventional device, and the device can be operated for 72 hours even when the device is in operation.

When the apparatus is malfunctioning in a state that the LED lamp 210 is lit, it can be turned off by depressing the manual lighting switch 211 formed at one side of the top of the front face of the frame 100. In accordance with the user's preference, So that the lamp 210 can be turned off and used.

Therefore, even if it is not operated by the moisture sensor 220, it can be turned on or off through the manual lighting switch 211 at any time by the user.

However, when the LED lamp 210 is turned on by the moisture sensor 220, the LED lamp 210 is configured to send a signal to the separated marine headquarters.

At this time, the dimming detection sensor 230 formed on the surface corresponding to the moisture sensor 220 detects the dimming so that the user can recognize whether the user is really in an emergency and can boot the device.

3 is a diagram illustrating an operation mechanism of the apparatus. In a state where the LED lamp 210 is turned on by the moisture sensor 220, when the light sensor 230 does not emit light such as water or mountains, A signal is transmitted to the circuit board 200 to allow the circuit board 200, the GPS sensor 201, and the transmitter 202 configured in the apparatus to boot.

When the manual control switch 250 provided at one side corresponding to the manual lighting switch 211 provided at the upper front of the frame 100 is pressed, the circuit board 200 provided in the frame 100 is exposed to the emergency The situation and current location information are encoded to be sent to the marine headquarters through a tone signal modulation function.

The current position information is received by the GPS sensor 201 located at the upper end of the circuit board 200 so that the information encoded by the circuit board 200 is transmitted to the GPS sensor 201, Is transmitted to the marine headquarters by the transmission unit 202 constituted on the surface corresponding to the sea surface 201.

On the other hand, the device can be used for general purposes, but can be encoded to deliver a morse signal through a tone signal modulation function when it is manufactured and used for military use.

Therefore, since the information is encrypted, it can be rescued by the device without being discovered by the enemy or the target.

At this time, the encoded information can be transmitted as an RF signal by the transmitter 202, which allows the transmission channel to be transmitted at 156.8 MHz, which is the channel of the conventional ocean headquarters.

The output of the LED lamp 210 can emit a strong light that can be spread up to about 15,000 feeds in the upward direction. Therefore, an object such as a helicopter can be easily So that it can be recognized and rescued.

Therefore, the device according to the invention can enjoy a greater effect when used at night, not during the day, and can be easily structured since the device is operated for 72 hours.

A connector 301 provided under the battery 300 is allowed to flow out to the lower end of the apparatus frame 100 so that the battery 300 can be charged.

At this time, the connector 301 is allowed to flow out only during charging in order to prevent leakage, and a leakage preventing holder 302 of the battery 300 is provided at the lower end of the frame 100 to prevent leakage.

In addition, the frame 100 is waterproofed so that the apparatus can float on the water, and an empty space is formed inside the frame 100.

The battery 300 is connected to the moisture sensor 220 and the light control sensor 230, the LED lamp 210, the circuit board 200, the GPS sensor 201, and the transmitter 202 The moisture sensor 220 recognizes the electrolyte and transmits a signal to the circuit board 200 to operate the LED lamp 210 so that the dimming sensor 230 can be operated using the same principle do.

As described above, the lifetime lamp of the jacket provided with the communication function according to the present invention allows the LED lamp 210 to be lit up by the moisture sensor 220.

Next, when the dimming detection sensor 230 detects a critical situation, a signal is transmitted to the circuit board 200 so that the circuit board 200, the GPS sensor 201, and the transmitter 202 configured in the apparatus are booted.

When the manual control switch 250 provided at one side corresponding to the manual lighting switch 211 provided at the upper front of the frame 100 is pressed, the circuit board 200 provided inside the frame 100 Emergency situation and current location information are encoded to be sent to the marine headquarters through tone signal modulation function.

In addition, the position information allows the GPS sensor 201 located at the top of the circuit board 200 to operate.

The information encoded by the circuit board 200 is transmitted to the marine headquarters by the transmitter 202 constituted on the surface corresponding to the GPS sensor 201 formed on the top of the circuit board 200 The operation of the lifetime lamp of the jacket provided with the communication function.

A manual control switch 250 and a manual lighting switch 211 are provided on one side of the bottom surface of the LED lamp and the manual lighting switch 211 is provided with a moisture sensing sensor 220 at the lower end of the manual control switch 250 and a dimming sensor 230 at the corresponding surface of the moisture sensing sensor 220.

Further, a hooking hole 101 is additionally provided at the rear of the apparatus so as to be inserted into the jacket gap of the user.

In order to operate this device normally and perform its intended purpose, when the user is in an emergency in a mountain or sea, the device operates as follows.

The LED lamp 210 is automatically turned on when the water detection sensor 220 at the bottom front of the frame 100 of the apparatus is recognized by the water in the place when an emergency occurs.

Accordingly, the LED lamp 210 is supplied with the constant power so as to be automatically turned on in an emergency.

When the apparatus is malfunctioning in a state that the LED lamp 210 is lit, it can be turned off by depressing the manual lighting switch 211 formed at one side of the top of the front face of the frame 100. In accordance with the user's preference, So that the lamp 210 can be turned off and used.

When the dimming detection sensor 230 senses that the LED lamp 210 is lit by the moisture sensor 220 and that the dimming detection sensor 230 is in a critical state, a signal is transmitted to the circuit board 200, The GPS sensor 201, and the transmission unit 202 are booted.

When the manual control switch 250 provided at one side corresponding to the manual lighting switch 211 provided at the upper front of the frame 100 is pressed, the circuit board 200 provided in the frame 100 is exposed to the emergency The situation and current location information are encoded to be sent to the marine headquarters through a tone signal modulation function.

The current position information is received by the GPS sensor 201 located at the upper end of the circuit board 200 so that the information encoded by the circuit board 200 is transmitted to the GPS sensor 201, Is transmitted to the marine headquarters by the transmission unit 202 constituted on the surface corresponding to the sea surface 201.

The battery 300 is connected to the moisture sensor 220 and the light control sensor 230, the LED lamp 210, the circuit board 200, the GPS sensor 201, and the transmitter 202 , The moisture sensor 220 recognizes the electrolyte and transmits a signal to the circuit board 200 to operate the LED lamp 210. This causes the dimming sensor 230 to use the same principle .

The apparatus configured as described above is configured to solve the above-described problems.

Next, FIG. 5 is a detailed circuit diagram illustrating an embodiment of a lamp driving circuit for life of a jacket provided with a communication function according to an embodiment of the present invention.

Referring to FIG. 5, a lifetime lamp operation circuit for a jacket having a communication function according to a preferred embodiment of the present invention is a circuit for operating a lifetime lamp of a jacket having a communication function, An LED lighting unit 510 for blinking; A moisture sensing unit 520 for sensing on-off moisture and switching on and off; A rough image sensing unit 530 for detecting the illuminance of the surroundings and performing on-off switching; A controller unit U1 receiving signals supplied from the moisture sensing circuit unit 520 and the illumination sensing circuit unit 530 and controlling the LEDs of the LED illumination unit 510 to be blinked; An RF transmitting module 540 connected to the controller unit U1 for wirelessly transmitting / receiving signals to / from the external transmitting / receiving device; And a manual switch unit 550 for on / off operation by a user to supply a movement signal to the controller unit U1.

The LED lighting unit 510 constitutes a circuit for blinking the life-saving lamp. The LED lighting unit 510 includes a Vcc power supply v3, a resistor R2 connected in series to the Vcc power supply v3, an LED D9 connected to the resistor R2, a transistor Q1 connected to the LED D9, And a driving circuit thereof. A signal for driving the LED D9 is provided from the controller U1.

The moisture sensing unit 520 senses the penetrating moisture and constitutes a circuit for on-off switching. The moisture sensing unit 520 is normally kept in an open state. When moisture is sensed, the moisture sensing switch SW2 is turned on to provide a ground (GND) signal to the controller U1. The controller U1 provides a signal provided from the moisture sensing switch SW2 to the LED illumination unit 510 to illuminate the LED D9 so as to identify the user's position.

The rough-view sensing unit 530 detects a surrounding illuminance and constitutes a circuit for on-off switching. The rough lead sensing unit 530 is composed of a CDS (Cadmium Sulfide Cell) (D1) element connected to the driving power supply Vcc (V3). The roughness sensing unit 530 senses the external illuminance and provides it to the controller U1 to receive a signal indicating that moisture is sensed by the moisture sensing unit 520. For example, D9 are controlled so as not to emit light. This is to prevent the LED light emission effect from being lost when the surroundings are bright even in the case of distress, and it is possible to extend the operating time of the life-saving lamp of the jacket provided with the communication function of the present invention Effect.

The controller unit U1 constitutes a circuit for controlling the LED of the LED lighting unit 510 to blink. As described above, the controller unit U1 in the configuration of the present invention connects the LED illumination unit 510, the moisture sensing unit 520, and the roughness sensing unit 530, receives these signals, Control function. The RF transmission module 540 and the manual switch unit 550 are connected to each other.

Next, the RF transmitting module 540 (U11) is connected to the controller unit U1 and constitutes a circuit for wirelessly transmitting / receiving a provided signal to / from an external transmitting / receiving device.

In addition, the manual switch unit 550 operates on and off by the user to configure a circuit for supplying the operation signal to the controller unit U1.

Here, the LED lighting unit 510 receives a driving signal from the moisture sensing unit 520, the rough sensing unit 530, and the manual switch unit 550 in the controller unit U1 Flash is configured to operate.

The LED lighting unit 510 may be configured such that when the signal value LOW in which moisture is sensed by the moisture sensing unit 520 is supplied to the controller unit U1 or when the light sensing unit 530 senses light And is turned on when the signal value LOW is provided and when the manual switch unit 550 is first pressed (On), and when the manual switch unit 550 is pressed secondarily (Off) .

The RF transmitter module 540 senses the moisture in the moisture sensor unit 520 and provides a signal to the controller unit U1. Upon receiving the signal, the RF transmitter module 540 generates a radio frequency signal to an external transmitter / And to transmit the distress information.

At this time, the external transmitting / receiving device can exchange signals with a ship or a communication facility that sails around, such as a mother ship or a communication device of a base station installed on the land.

Here, the roughness sensing portion 530 is formed of a CDS (cadmium sulfide cell) element, but it goes without saying that various elements and circuits can be adopted as long as the element senses the ambient illuminance.

Although the present invention has been described with reference to the exemplary embodiments thereof, those skilled in the art will appreciate that various modifications, additions and substitutions are possible, without departing from the scope and spirit of the invention as disclosed in the accompanying claims. Various modifications, additions, and modifications will be possible.

100: Frame 101: Hook
200: circuit board 201: GPS sensor
202: Transmitting section 210: LED lamp
211: manual lighting switch 220: moisture sensor
230: dimming detection sensor 250: manual control switch
300: Battery 301: Connector
310: leakproof holder 400: switch
500: Lamp driving circuit for lifespan of a jacket having a communication function
510: LED lighting unit 520:
530: coarse / guided sheet part 540: RF transmission module
550: Manual switch section U1: Controller

Claims (4)

A circuit for operating a lifetime lamp of a jacket having a communication function,
An LED lighting unit 510 for blinking a life-saving lamp;
A moisture sensing unit 520 for sensing on-off moisture and switching on and off;
A rough image sensing unit 530 for detecting the illuminance of the surroundings and performing on-off switching;
A controller unit U1 receiving signals supplied from the moisture sensing circuit unit 520 and the illumination sensing circuit unit 530 and controlling the LEDs of the LED illumination unit 510 to be blinked;
An RF transmitting module 540 connected to the controller unit U1 for wirelessly transmitting / receiving signals to / from the external transmitting / receiving device; And
And a manual switch unit (550) for on / off operation by a user to supply a movement signal to the controller unit (U1). Life-saving lamp operating circuit (500). The LED lighting unit according to claim 1, wherein the LED illumination unit (510) is configured to supply the controller unit (U1) with at least one of the moisture sensing unit (520), the roughness sensing unit (530), and the manual switch unit (500) for lifting a jacket of a jacket provided with a communication function. The LED lighting unit according to claim 2,
When the moisture value sensing signal LOW is provided to the controller unit U1 or when the signal level LOW sensed by the roughness sensing unit 530 is provided, And when the manual switch unit 550 is first pressed (On)
When the signal detection unit 530 receives a light signal of high level or when the manual switch unit 550 is pressed secondarily, A lifting lamp driving circuit 500 of a jacket. The RF transmitter module (540) according to claim 3, wherein the moisture sensing unit (520) senses moisture and provides a signal to the controller unit (U1) And transmits the position and distress information to the lifting lamp operating circuit (500).

Images