KR101718932B1

KR101718932B1 - Music output system according to the scent of candle

Info

Publication number: KR101718932B1
Application number: KR1020150175796A
Authority: KR
Inventors: 김수향
Original assignee: 김수향
Priority date: 2015-12-10
Filing date: 2015-12-10
Publication date: 2017-03-22

Abstract

The present invention relates to a music output system according to the scent of a candle, which automatically outputs emotional music corresponding to the type of smell generated when a candle is burned in conjunction with a running app of a smart phone through a smartphone speaker A smell detecting device 100 for detecting the smell during combustion, a smell detecting device 100 for detecting smell of candle 120, a smartphone for receiving fragrance information through short-range wireless communication with the smell detecting device 100, 200); The odor sensing apparatus 100 converts a commercial AC power source AC into a direct current power source DC and supplies it to each circuit of the odor sensing device 100 as an operating power source, A power switch 120 for supplying or disconnecting the power of the battery unit 110 to each circuit, an odor sensor 130 for sensing the aroma of the candle 120 generated during combustion, And a controller 140 for detecting a signal input from the sensing sensor 130 to determine the type of the sensed perfume and transmitting the perfume information to the smartphone 200 through the near field wireless communication module 150 The smartphone 200 includes a smartphone controller 220 for receiving a fragrance signal from the odor sensing device 100 through the short distance communication module 210 and transmitting the fragrance signal to the music playing application 230, Corresponding to the type of the perfume signal input from the smartphone control unit 220 And a music driving app 230 for outputting music to the speaker 240.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a musical output system,

The present invention relates to a music output system related to burning and smelling candles, and more particularly, to a music output system related to a burning candle, in which a sensible music corresponding to the type of smell generated when a candle is burned, And a music output system according to the scent of a candle which is automatically outputted through a speaker.

The fragrant candle such as the candle is produced by making a candle wax by using a special material when the candle is made, and when the candle wick is burned, the candle which burns the wax and emits a certain fragrance.

Fragrance has the effect of getting rid of the negative mental state such as irritation, stress, stagnation, and helplessness.

In addition, fragrance is known to provide positive emotions such as euphoria, affection, calm, and uplift. Therefore, interest in fragrant candles is increasing, and there is a growing interest in homes, shops, hotels, department stores, And it is installed in many places.

Korean Utility Model Registration No. 20-0186162 discloses a candle in which the sound and aroma of nature are generated.

The above description relates to a conventional acoustical generating candle including a candle (or a scented candle), a light sensor, an optical fiber, an acoustic generating IC, a power source, and a speaker, in which a sound generating IC, a light sensor, And a sound is generated in the sound-generating IC, and a sound is stored in the lower end of the sound-generating IC.

Therefore, unlike conventional melody candles, it is not tired even for a long period of time because it generates a natural sound when the candle is lit. Also, it reminds the situation of the above-mentioned natural sounds and provides psychological stability, comfort, tension or excitement And also has a psychological effect to induce the user to feel the (proper) smell corresponding to the sound of the nature along with the sound of the nature, thereby further enhancing the psychological effect of the natural sounds It is a technology that provides a therapeutic effect.

The inventor of the present invention has accomplished the present invention in which, while studying such an odorous candle, the simple function of detecting only the ignition of the candle, which is a disadvantage of the prior art, and outputting the set sound is eliminated and the unit cost is reduced.

Registration Utility Model Publication No. 20-0186162, Registered Patent Publication No. 10-1484837

SUMMARY OF THE INVENTION The present invention has been made under the above-mentioned background, and an object of the present invention is to provide a smartphone capable of automatically outputting emotional music corresponding to the kind of smell generated by burning a candle, And to provide a music output system according to the perfume of the candle.

It is another object of the present invention to provide an apparatus and a method for detecting a smell of a candle by using a simple structure of an odor detecting device and automatically output emotional music corresponding to the smell emitted from the candle, The emotional music corresponding to the fragrance is output, thereby providing cost reduction as well as an optimal emotional system.

In order to accomplish the above object, the present invention provides an apparatus for detecting odors, comprising: an odor detecting device for detecting a smell during burning; and a smartphone for receiving fragrance information through short-range wireless communication with the odor detecting device, Include; The apparatus for detecting odor includes a battery unit having a function of charging and alternately switching a commercial AC power source to a DC power source and supplying it as an operating power to each circuit of the odor sensing apparatus, A smell detection sensor for detecting a smell of a candle generated during combustion, a smell detection sensor for detecting a signal inputted from the smell detection sensor to determine the type of smell detected, To a smartphone through a network,

The smartphone includes a smartphone control unit for receiving a fragrance signal from the odor sensing device via the short distance communication module and transmitting the fragrance signal to the music driving app, and a music player corresponding to the type of the perfume signal input from the smart phone control unit And a music-driven application for outputting music.

In addition, according to the present invention, the music-driven app includes an odor-type determination module for determining the type of the perfume signal input from the smartphone control unit, and a music selection module for selecting a preset music according to the type of the perfume determined through the odor- And a music execution module for outputting the music selected through the music setting module to a speaker.

According to another aspect of the present invention, there is provided an apparatus for detecting odors, comprising: a seat portion on which a candle is seated; a wind-up portion vertically formed on one side of the seat portion for blocking wind; a deodorant sensor formed on one side of the wind- And an odor detecting hole for allowing the aroma of the candle to flow is formed.

As described above, the emotional music corresponding to the type of the smell generated when the candle is burned is automatically outputted through the smartphone speaker of the user, so that the emotional effect of enjoying and enjoying the fragrance and music at the same time is provided .

In addition, by using the simple structure of the present invention, the sensory music corresponding to the aroma emitted from the candle is automatically outputted, and when the candle is moved through the space provided with the different kinds of scent, And corresponding emotional music is output, thereby providing an optimal sensibility system as well as cost reduction.

1 is a configuration diagram of a music output system according to an aroma of a candle according to an embodiment of the present invention;
2 is a control block diagram according to the present invention;
Fig. 3 is a flowchart of the operation according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to the preferred embodiments of the present invention, examples of which are illustrated in the accompanying drawings.

1 is a configuration diagram of a music output system according to an aroma of a candle according to an embodiment of the present invention.

As shown in the figure, according to the present invention,

And a smartphone 200 for receiving fragrance information through short-range wireless communication with the odor detection device 100 and outputting specific music, do.

The odor detection device 100 includes a seat part 101 on which the candle 120 is seated, a wind shield part 102 vertically formed on one side of the seat part 101 to block the wind, And an odor detection sensor 103 is formed on one side of the odor detection sensor 102 to allow the aroma of the candle to flow into the odor sensor.

The candle 120 is a candle in which a specific aroma is generated while burning. For example, the candle 120 may include a case 121 filled with a candle wax 122, a candle wax 122 filled in the case 121, And a wick 123 mounted within the housing 122.

Here, the candle wax 122 is made by mixing special materials at the time of manufacture, so that various scents are emitted during the combustion.

The fragrance may be various fragrance such as orange fragrance, coffee fragrance, etc., and a manufacturing method thereof is not described in detail by a known method.

Further, the odor sensing apparatus 100 senses the aroma generated when the candle 120 is burned.

The odor sensing apparatus 100 communicates with the smartphone 200 through short-range wireless communication.

The odor sensing apparatus 100 sets a type signal corresponding to a perfume generated when the candle 120 is burned and transmits the signal to the smartphone 200.

The smartphone 200 executes a predetermined music-driven application (App) to receive fragrance information transmitted from the odor sensing device 100 via short-range wireless communication (e.g., WiFi) After selecting a preset music corresponding to the perfume, it outputs it through the speaker.

The control circuit of the odor sensing device 100 and the smartphone 200 will be described in detail with reference to the control block diagram of FIG.

The odor sensing apparatus 100 includes a battery unit 110, a power switch 120, an odor sensor 130, a controller 140, and a short range wireless communication module 150.

The battery unit 110 converts a commercial AC power source AC into a direct current power source DC and supplies it to each circuit of the odor sensing device 100 as an operating power source and has a charging function at the same time, It is configured to be charged for a certain period of time without power cord.

The power switch 120 is a switch that supplies or cuts off the power of the battery unit 110 to each circuit unit.

The odor detection sensor 130 senses the aroma of the candle 120 generated during combustion.

The control unit 140 detects a signal input from the odor sensor 130 to determine the type of the sensed perfume and transmits the perfume information to the smart phone 200 through the near field wireless communication module 150 I will.

The smartphone 200 includes a local communication module 210, a smartphone controller 220, a music-driven application 230, and a speaker 240.

First, the smartphone 200 can download and store the music-driven application 230, which is a mobile app, from an app store, for example, a playstore of the Android.

When the fragrance signal is received from the odor sensing device 100 through the short distance communication module 210, the smartphone control unit 220 transmits the fragrance signal to the music driving app 230.

The music driving app 230 may include an odor type determination module 231 for determining the type of the perfume signal input from the smartphone control unit 220, And a music execution module 233 for outputting the selected music through the music setting module 232 to the speaker 240. The music setting module 232 may be a music setting module for selecting a preset music.

The operation of the music output system according to the perfume of the candle according to the present invention will be described with reference to the flowchart of FIG.

First, the odor sensing apparatus 100 is positioned at a predetermined site in a specific room or place.

Then, the candle 120 is placed on the seating portion 101 of the odor detection device 100.

Then, the wick 123 of the candle 120 is lit, and the power switch 120 is turned on.

The smartphone 200 also executes the music-driven application 230 (step S11)

When the music driving app 230 is executed through the smartphone 230, the smartphone 200 becomes ready for short range wireless communication (WiFi) with the odor sensing device 100 (step S12)

In this state, the aroma sensor 130 detects the aroma generated when the candle 120 is burned in the odor sensor 100. In operation S13,

The perfume signal detected by the perfume sensor 130 is input to the controller 140. The controller 140 sets the type of perfume in step S14 and transmits the perfume type signal to the near- To the smartphone 200 located in the vicinity via the communication network 150 (step S15)

The perfume signal transmitted from the odor sensing apparatus 100 is received by the smartphone control unit 220 through the short distance communication module 210 of the smart phone 200. In operation S16,

The smartphone control unit 200 transmits the received perfume signal to the music driving app 230.

The music driving app 230 determines the type of the perfume signal input from the smartphone controller 200 through the odor type determination module 231 in step S17 and transmits the type of perfume (Step S18), and outputs the selected music to the speaker 240 through the music execution module (step S19) (step S19)

Accordingly, the predetermined music is output from the smartphone 200 (step S20)

For example, when the odor detecting apparatus 100 is installed and the candle 120 seated thereon enters a certain place where the candle 120 is burnt, the candle 120 burns, Emotional classical music, for example 'Schubert's Mullet,' is coming out.

100: odor sensing device 110: battery part
120: Power switch 130: Odor detection sensor
140: controller 150: short-range wireless communication module
200: Smartphone 210: Local communication module
220: smartphone control unit 230: music-driven application
231: Odor type determination module 232: Music setting module
233: Music execution module 240: Speaker

Claims

A smell detecting device 100 for detecting the smell during combustion and a smart phone 200 for receiving fragrance information through short distance wireless communication with the smell detecting device 100 and outputting specific music );
The odor sensing apparatus 100 converts a commercial AC power source AC into a direct current power source DC and supplies it to each circuit of the odor sensing device 100 as an operating power source, A power switch 120 for supplying or disconnecting the power of the battery unit 110 to each circuit, an odor sensor 130 for sensing the aroma of the candle 120 generated during combustion, And a controller 140 for detecting a signal input from the sensing sensor 130 to determine the type of the sensed perfume and transmitting the perfume information to the smartphone 200 through the near field wireless communication module 150 And,
The smartphone 200 includes a smartphone controller 220 for receiving a fragrance signal from the odor sensing device 100 through the short range communication module 210 and transmitting the fragrance signal to the music playing application 230, And a music driving app 230 for outputting music corresponding to the type of the perfume signal input from the control unit 220 to the speaker 240;
The odor detection device 100 includes a seat part 101 on which the candle 120 is seated, a wind shield part 102 vertically formed on one side of the seat part 101 to block the wind, 102), and an odor detection sensor (103) for allowing the aroma of the candle to flow into the odor detection sensor installed therein is formed.

The method according to claim 1,
The music driving app 230 may include an odor type determination module 231 for determining the type of the perfume signal input from the smartphone control unit 220 and an odor determination module 231 for determining the type of the perfume signal, And a music execution module (233) for outputting the music selected through the music setting module (232) to the speaker (240). The music setting module (232) Based music output system.

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