KR20100041406A

KR20100041406A - Smart clothes for advertising publicity of event and working embodiment method thereof

Info

Publication number: KR20100041406A
Application number: KR1020080100573A
Authority: KR
Inventors: 김상식; 김효수
Original assignee: 김상식; 김효수
Priority date: 2008-10-14
Filing date: 2008-10-14
Publication date: 2010-04-22

Abstract

PURPOSE: Smart clothes for advertising publicity of event and a working embodiment method thereof are provided, which can achieve efficient advertising publicity and satisfy interest of consumers. CONSTITUTION: Smart clothes for advertising publicity of event comprise: smart clothing in which a light emitting member and a control pad are attached; a light emitting member(10) light-emitted through the lighting-emitting member; a control pad(20) electrically connected to a sensing member formed outside the smart clothing through a joint in which the connection terminal is formed; and a sensing member(30) electrically connected to the control pad.

Description

Smart clothes for advertising publicity of event and working method using the same {}

The present invention relates to a smart clothing for event advertising promotion and a method of implementing the same using the same, and more specifically, using a light emitting member attached to the smart clothes to play a game of various forms in which the advertising image for the company's products and brands are grafted The present invention relates to smart clothing for event advertisement promotion and an operation method using the same, which enables the promotion of an efficient advertisement while satisfying consumers' purchase desires by stimulating the sense of young consumer.

In general, the age of corporate market competition is inherent in the intrinsic quality and performance of the product, and as the technology level of companies is almost the same, the strategy of targeting the market with technological advantage is facing limitations. The need to create unique products and corporate image by utilizing all the different factors is emerging.

With the recent development of the information age due to the rapid development of the Internet and information and communication, companies are not only expressing corporate identity, but also actively and differentiated marketing activities as necessary tasks to improve the business environment. In addition, the logo or brand is becoming a marketing weapon as a company-specific asset.

Recently, event and advertising promotion companies and corporate identity consulting companies have been attracting attention in the market, which indicates that the competitiveness in the corporate market is changing from internal to external factors.

In particular, corporate advertising is one of the marketing communication activities. It has various effects in delivering various information about products to consumers, promoting sales directly, and introducing products or promoting sales. Is given.

The creativity of the advertisement refers to the breakthrough idea of the advertisement, that is, the idea or the artistry. Since the consumer is exposed to numerous advertisements in one day, the creative advertisement that can focus the consumer's attention from the perspective of the advertiser who wants to promote the advertisement. Various methods have been attempted, and in order to satisfy various preferences of the sensual young people, advertising methods through event events are being carried out a lot.

In other words, it focuses the attention of consumers through various lighting devices and decorative objects that stimulate the visual sense, and creates an atmosphere such as a celebration event or a party hall as a whole atmosphere, and various ornaments or visuals on the costume itself of the event event assistant. It is a situation that is made to attach the decorative pads to stimulate the young people to focus the view.

The advertising method through the conventional event event as described above consists of a simple and uniform event type of events, so that the young people who feel sensation can easily feel bored and do not concentrate their attention. There has been a problem that the effect of the advertisement is lowered in the end because it does not acquire the attention of the.

Recently, in order to accelerate the diversification and globalization of lifestyles and to be competitive with the changes in the market due to the recent growth of education and the development of multimedia, it is necessary to create differentiated marketing. In the case of the advertising method, there is a problem that it is difficult to expect effective advertising effects due to the limitations of the marketing method.

The present invention has been made in order to solve the above-mentioned conventional problems, while lucky lucky draw or various games are implemented by using smart clothing with a light emitting member that reacts according to a specific action or situation of the event event host, while the goods and brands of the company are implemented. By incorporating advertisements for consumers, consumption patterns stimulate the senses of young consumers, while enhancing the brand value of the company with differentiated marketing strategies, and satisfying the consumers' purchasing needs. .

Smart clothing to which the light emitting member and the control pad is attached according to a specific action or situation of the event event host to achieve the above object; A light emitting member attached to the smart clothing and receiving a control signal of a control pad to emit light through a light emitting unit; A control pad formed inside the smart garment and electrically connected to a sensing means formed outside the smart garment through a coupling part having a connection terminal; It is intended to implement a smart clothing for event advertising promotion consisting of a configuration; the sensing means is formed on the outside of the smart clothing and electrically connected to the control pad formed inside the smart clothing through a coupling portion formed with a connection terminal.

The sensing means integrally formed with the control pad is formed inside the smart garment and is configured to be coupled to the fixing hole of the coupling member formed on the outside of the smart garment.

The light emitting member is configured to be formed inside the hollow portion using a soft synthetic resin, one side of the transparent vinyl pad coupled to the light emitting portion; A light emitting unit which is coupled to one side of the transparent vinyl pad using an LED to emit light by receiving power; A reflective coating layer coated with micro particles having a property of reflecting light on the rear and side surfaces of the transparent vinyl pad; A print layer replaceable with a configuration sandwiched between the transparent vinyl pad and the opaque pad by using a transparent synthetic resin material having various patterns of printed patterns; Consists of an opaque pad layer that one side is integrally coupled to the transparent vinyl pad by using an opaque material that is easily transmitted through the light emitted from the light emitting portion.

The light emitting member is a light emitting unit for emitting light to the optical fiber pad by receiving power supply in the state of being inserted into the light emitting unit connector using the LED; A light emitting unit connector configured to fix the optical fiber pad in a bundle form on one side to facilitate light emission by the light emitting unit; One side is fixed to the light emitting unit connector to form a bundle of bundles, the other side is arranged so that the end is closed so that the light is not emitted by the optical fiber pad to emit light through the pattern display; Fixing pads which mutually couple the optical fiber pads using soft synthetic resins; A binding pad for binding the optical fiber pad to the smart garment using a soft synthetic resin having predetermined binding means; The thermal transfer film is attached to the crimping portion of the optical fiber pad formed by pressing various patterns of the shape of the pattern, and the pattern display unit which displays various patterns to be recognized from the outside by the emission of light provided from the light emitting unit.

The control pad receives a signal sensed through various sensors constituting the sensing means and a voice signal input through the sound adult input unit, and then applies a control signal to the driving means according to a predetermined program to implement a game method through the light emitting member. Control means for controlling the corresponding configuration means so that the image is implemented through the optical fiber pad, the sound output through the speaker, the fragrance emission through the smell sensor can be displayed to the outside; A game driver which is electrically connected to a light emitting member emitting light by an LED method and receives a control signal from a control means to drive a game program consisting of a preset dice, roulette, and lucky draw to emit light of each light emitting member; An acoustic driver for receiving a signal and outputting an audio file stored in a memory through a speaker, an image driver electrically connected to a light emitting member emitting light using an optical fiber method and receiving a control signal from a control means to emit light in a predetermined image form; A driving means comprising an olfactory driver that receives a control signal from the control means and drives a smell sensor to emit a specific aroma to the outside; A voice recognition unit filtering the noise signal of the user's voice input through the microphone, amplifying the voice signal to a predetermined size, converting the voice signal into a digital voice signal recognizable by the control unit, and transmitting the digital signal to the control unit; A mode converter which receives a signal input by an operation of the mode switch and selects a game driver, an acoustic driver, an image driver, and an olfactory driver of the driver through a control means accordingly; A memory card reader unit which downloads a predetermined program and transmits the predetermined program to the control unit through binding with various types of memory cards; A power supply unit for supplying a predetermined amount of power to each circuit and element by maintaining any voltage having a voltage change at a predetermined voltage at which the control means can operate; A sensor connector unit electrically connected to various sensors constituting the sensing unit to transmit a signal sensed by the sensing unit to the control unit; A connector unit electrically connected to the driving unit, the memory card reader unit and the wireless communication unit to transmit predetermined data and control signals to the control unit; The battery connector is electrically connected to the power supply unit to supply power from the outside.

The sensing means is composed of a vibration sensor, an image sensor, a temperature sensor, an ultrasonic sensor, a thermal sensor, an olfactory sensor, and is configured to transmit a sensed signal to a control means.

Selecting driving means formed on a control pad by manipulation of a mode conversion switch formed on the smart clothing; Setting one of a vibration sensor, an ultrasonic sensor, and a thermal sensor as an input module for driving the driving means; Transmitting a sensing signal detected through a sensor set as the input module to a control means; The control means receives a signal input through a sensor set as an input module, by applying a control signal to the selected drive means to be expressed in a form that can be recognized from the outside through the light emitting member; smart clothing for event advertising promotion It is to implement the operation implementation method using.

Setting a voice recognition unit as an input module for driving the driving means; The voice recognition unit converts a specific voice of the smart clothing wearer input through the microphone into a digital voice signal recognizable by the control means and transmitting the control means; The control means receives the voice signal input through the voice recognition unit, and then applies a control signal to the selected drive means to be displayed in a form that can be recognized from the outside through the light emitting member.

Transmitting an odor detection signal detected through the olfactory sensor of the sensing means formed in the smart clothing to the control means; The control means receives a signal input through the olfactory sensor, and then applying a control signal to the olfactory drive unit to emit a specific perfume fragrance through the smell sensor; It was intended to be implemented.

Selecting one of a dice game, a roulette game, and a lucky draw game by operating a mode change switch formed in the smart clothing to transmit a game selection signal to the control means; The control means may be configured to apply the control signal to the game drive to designate the selected game to drive; When the input signal of the input module for driving the selected game is input, the control means driving a selected program among a preset dice game, a roulette game, and a lucky draw game by applying a control signal to a game driving unit; Power is supplied to the light emitting members arranged in the selected game form, and the light emitting members having a specific number are emitted to be displayed in a form that can be recognized from the outside. It would be.

Selecting an image drive by operating a mode conversion switch formed in the smart clothing and transmitting an image drive selection signal to the control means; The control means comprises the steps of applying a control signal to the image driver to prepare for driving the image; When the input signal of the input module for driving the image is input, the control means driving a predetermined image driving program by applying a control signal to the image driver; It is intended to implement a method of implementing an operation using smart clothes for event advertisement promotion, which comprises the step of expressing various images in a form that can be recognized from the outside through the pattern display unit formed on the optical fiber pad by supplying power to the light emitting members arranged in the image driving form. .

The control unit is configured to control the image driver according to the detected temperature change amount by setting a temperature sensor as an input module for driving the image driver.

The present invention is configured so that the light emitting member reacts according to the specific behavior of the clothing wearer on the smart clothing to be used in the event event for advertising promotion to implement a variety of games, such as dice game, a lott game, lucky draw, etc. Grafting can focus the attention of consumers, thereby improving the advertising effect.

By using a wireless communication module to enable the download and update of various software through communication with an external computer, it is possible to control the light emitting member on the smart clothing according to the various purposes and situations according to the promotion of events and advertisements, It is easy to attach and detach the control pad and the light emitting member fixed on the smart clothing has the effect of improving the convenience of the user and the utility of the product.

Hereinafter, with reference to the drawings will be described in detail the event advertising promotional smart clothing (1) and the operation implementation method using the same.

FIG. 1 is a front view showing an embodiment of an event advertisement promotional smart garment 1 applied to the present invention, and FIG. 2 is an interior of a control pad 20 of the event advertisement promotional smart garment 1 applied to the present invention. 3 is a cross-sectional view showing a light emitting member 10 of the event advertising promotional smart clothing 1 applied to the present invention, Figure 4ab is attached to the event advertising promotional smart clothing (1) applied to the present invention Figure 5 is a schematic cross-sectional view showing a coupling state of the control pad 20 and the sensing means 30, Figure 5 shows a light emitting member 10 of another embodiment of the smart clothing (1) for event advertising promotion applied to the present invention. Figure 6abcde is an exemplary view, and Figure 6abcde is a block diagram showing the manufacturing process of the light emitting member 10 made of the optical fiber pad 16 of the smart apparel 1 for the event advertisement promotion applied to the present invention, Figure 7abc in the present invention Applicable smart clothing for event promotion (1 FIG. 8 is an exemplary view showing a state in which an optical fiber 4 is knitted in an event promotion smart garment 1 applied to the present invention. 2 is a heating plate, 3 is a knit all, 4 is an optical fiber, 29a is an external battery, 41 is an external computer, 42 is a memory card, and 43 is an external sensor.

As shown, the light emitting member 10 using a light emitting diode (LED) or an optical fiber method is attached to a predetermined position of the event type smart clothing 1, and the control pad 20 formed inside the clothing and the outside of the clothing The sensing means 30 is formed to be coupled to each other, the various advertising information or a company logo is formed to be printed on the outside of the sensing means 30, the control and communication of the control pad 20 using an external computer 41 The wireless communication means 40 is formed to be possible, and the control pad 20 is configured to include an internal integrated type or an external additional type power supply 26.

The smart clothing 1 may use various types of clothing, such as overall clothing, jackets, pants, shirts, vests, blouses, and the like, suitable for an event event. Select the dice game, roulette game, lucky draw game, etc. by using the mode conversion switch 24a connected to each of the light emitting member 10 according to the control signal applied from the control pad 20 while the smart clothing ( 1) Various games or advertisements can be promoted.

The light emitting member 10 is attached to a plurality of smart clothing (1) is a means for emitting the light to be used for the game form or advertising promotion by receiving a control signal of the control pad 20, a transparent vinyl pad 11, light emitting Part 12, a reflective coating layer 13, a printing layer 14, the opaque pad layer 15, the transparent vinyl pad 11 is made of a synthetic resin such as soft PVC (polyvinyl chloride), epoxy resin In addition, a hollow portion of a predetermined space is formed therein so that light through the light emitting portion 12 coupled to one side can be irradiated, and the light emitting portion 12 uses a light emitting diode (LED) to transparent the pad. (11) formed to be coupled to one side to receive light and to emit light in the hollow portion of the transparent vinyl pad 11, the reflective coating layer 13 is the back and side of the transparent vinyl pad (11) By coating micro particles with the property of reflecting light onto the mold In addition, the printed layer 14 is made of a transparent synthetic resin material is formed to fit in the space formed between the transparent vinyl pad 11 and the opaque pad layer 15 so that the printed pattern of various forms is replaceable The opaque pad layer 15 is made of an opaque material such as fabric, which is easy to transmit light emitted from the light emitting part 12, and one side of the opaque pad layer 15 is integrally bonded to the transparent vinyl pad 11 to replace the printed layer 14. In this configuration, the pattern printed on the printing layer 14 by the light emitted from the light emitting unit 12 may be recognizably displayed from the outside through the opaque pad layer 15.

When the smart garment 1 is knitted in the form of a knitted fabric such as a knit, a coupling ring (not shown) may be formed on the rear surface of the light emitting member 10 to be coupled in a form sandwiched between all of the knits, or It is combined in various forms such as magnets, button zippers, etc. to form a detachable form. Since the light emitting member 10 is made of a soft transparent vinyl material, it may be combined in a general stitched form.

Looking at another embodiment of the light emitting member 10 which emits light by the optical fiber method instead of the light emitting member that emits light by the LED method as described above, the light emitting member 10 is a light emitting part 12, a light emitting part connector 12a, It consists of an optical fiber pad 16, a fixing pad 17, a binding pad 18, a pattern display portion 19, the light emitting portion 12 using a light emitting diode (LED) light emitting connector 12a It is possible to emit light to one side of the bundle form of the optical fiber pad 16 in the recessed state, and the light emitting unit connector 12a is fixed to the bundle of the optical fiber pad 16 on one side of the light emitting unit Light is easily emitted by the 12, and the optical fiber pad 16 has one side fixed to the light emitting part connector 12a to form a bundle, thereby easily receiving light emitted from the light emitting part 12. End of the light emitting part 12 so that the light provided from the light emitting part 12 is not emitted. The minutes are arranged to be closed so that light is emitted through the pattern display unit 19, and the fixing pad 17 is connected to each optical fiber pad 16 by using a soft synthetic resin or fabric. The binding pad 18 is made of a soft material such as synthetic resin or a thin fabric to form a male and female velcro tape, a magnetic button, a zipper, and the like so as to be easily attached to the smart garment 1, and The glyph display unit 19 attaches the thermal transfer film 19a to the crimping portion on the optical fiber pad 16 formed by compressing the heating plate 2 having a desired pattern, and thus, due to the emission of light provided from the light emitting unit 12. The pattern can be easily expressed from outside.

The control pad 20 is basically formed to be separated from the sensing means 30 to be electrically connected to each other through the coupling portion (20a, 30a) formed with the connection terminal is made of a configuration fixed on the smart clothes (1) When looking at the internal configuration, the control means 21, the driving means 22, the voice recognition unit 23, the mode conversion unit 24, the memory card reader unit 25, the power supply unit 26, the sensor connector unit ( 27, the connector 28, the battery connector 29, the control means 21 is a variety of sensors constituting the sensing means 30, that is, vibration sensor 31, image sensor 32, After receiving the digital signal detected through the temperature sensor 33, the ultrasonic sensor 34, the thermal sensor 35, the olfactory sensor 36, and the digital voice signal input through the voice recognition unit 23, The game driver 22a, the acoustic driver 22b, the image driver 22c, the olfactory driver 22d, etc. constituting the driver 22 according to preset programming. By applying a control signal to the realization of the game method through the light emitting member 10, the image implementation through the optical fiber pad 16, the sound output through the speaker 22b ', the fragrance emission through the smell sensor 22d' and the like Control the configuration means to be implemented as.

The driving means 22 is composed of a game driver 22a, an acoustic driver 22b, an image driver 22c, and an olfactory driver 22d. The game driver 22a emits light in an LED manner. It is electrically connected to the member 10 to receive a control signal of the control means 21 to drive a predetermined game program such as dice, roulette, lucky draw, etc. to emit each of the light emitting member 10, the sound The driving unit 22b receives a control signal from the control unit 21 and outputs an audio file stored in the memory through the speaker 22d ', and the image driving unit 22c includes a light emitting member 10 that emits light using an optical fiber method. It is electrically connected to receive the control signal of the control means 21 to emit light in the form of a predetermined image, and the olfactory driver 22d receives the control signal of the control means 21 to apply the direction sensor 22d '. By driving a certain scent outward To emit.

When the voice of the user is input through the microphone 23a, the voice recognition unit 23 filters a predetermined noise signal from a low pass filter, and the low pass filter through an operational amplifier. After amplifying the voice signal from which the noise signal is removed to a certain size, the voice signal is converted into a digital voice signal recognizable by the control unit 21 and transmitted to the control unit 21. The voice recognition unit 23 generally uses several words. When using a chip-shaped module that can recognize, and the user inputs a word recognizable by the voice recognition unit through the microphone 23a, it is possible to convert the transmission to a digital voice signal recognizable by the control means 21 accordingly.

The mode converter 24 receives a signal input by the operation of the mode switch 24a and accordingly applies a control signal to the game driver 22a or the image driver 22c through the control means 21. In addition, a game type such as dice, roulette, lucky draw and the like can be displayed to the outside through the light emitting member 10 which drives a specific game method through the game driver 22a and emits the LED.

The memory card reader unit 25 may be coupled with various types of memory cards, and the memory card 42 may download and store a predetermined program provided from an external computer 41 and then store the memory card. Through the reader unit 25 to provide the corresponding program to the control means 21.

The power supply unit 26 maintains an arbitrary voltage having a voltage change at a predetermined voltage at which the control means 21 can operate to supply a predetermined amount of power to each circuit and the device. It would be desirable to configure the mercury cell of rated voltage, which is an internal integrated battery, in the form of a button to enhance the aesthetic appearance of the smart garment 1, and to provide a long time wearing and convenience of the smart garment 1, the external battery 29a. You can also add additional) to further configure.

The sensor connector 27 is electrically connected to various sensors constituting the sensing means 30 to transmit the digital signal sensed by the sensing means 30 to the control means 21, and the connector 28 is It is electrically connected to the memory card reader 25 and the driving means 22 transmits data and control signals stored in the memory card 42 to the control means, the battery connector 29 is electrically connected to the power supply 26 To provide a constant power supply.

The sensing means 30 is basically formed to be separated from the control pad 20 to be electrically connected to each other through the coupling portion (20a, 30a) formed with the connection terminal is fixed to the smart clothing (1) The sensing means 30 is formed outside the smart garment 1 to store an image using various types of sensors, that is, a vibration sensor 31 for detecting a wearer's movement or tilting motion, a CCD camera, or the like. Image sensor 32, a temperature sensor 33 for detecting a change in the ambient air temperature, an ultrasonic sensor 34 for detecting whether the wearer moves a certain distance, the heat sensor 35 for detecting a person appearing on the front of the wearer ), The olfactory sensor 36 for sensing various odors around the signal is detected through the sensor is transmitted to the control means 21 through the sensor connector 27, the outside of the sensing means 30 Corporate logo Is to improve the appearance and effectiveness of your ad miryeoham shaped by a variety of patterns.

As shown in FIG. 4A, the control pad 20 and the sensing means 30 may be separately configured to be coupled to each other by the coupling units 20a and 30a to be fixed on the smart clothing 1. As shown in FIG. 4B, the control pad 20 and the sensing means 30 are integrally formed to be fixed on the smart garment 1, and the sensing pad formed integrally with the control pad 20. The means 30 is formed inside the smart garment 1 to be coupled to the coupling hole 38 of the coupling member 37 formed outside the smart garment 1 to be fixed on the smart garment (1), the The outer side of the coupling member 37 to shape the corporate logo or various patterns to improve the advertising effect and the beauty of the appearance.

The wireless communication means 40 is to enable remote control using a communication module, such as serial Bluetooth, serial ZigBee, communication between the control pad 20 and the external computer 41 and the external sensor 43 is made. The sensor 30 transmits the sensed information to the external computer 41, receives the processed information from the external sensor 43 and the external computer 41, and controls the external control and the process of the control pad 20. In order to complement the processing, the wireless communication means 40 can be integrally mounted inside the control pad 20, and is configured as an independent type to form an external connector separately. Make sure that the transmission and reception are done.

As described above, the operation of the event advertisement promotional smart clothing 1 constructed by one embodiment of the present invention will be described.

The present invention by combining the light emitting member 10 that is emitted by the LED method or the light emitting member 10 that is emitted by the optical fiber method on a variety of clothing suitable for the event event smart to provide a variety of games, image implementation, advertising promotion, etc. Regarding the clothing 1, first, the operation of the smart clothing 1 using the light emitting member 10 that emits light by the LED method will be described.

The light emitting member 10 is coupled to the light emitting part 12 using the LED on one side by using a soft transparent vinyl pad 11 having a hollow portion formed therein, and on the back and side surfaces of the transparent vinyl pad 11. The reflective coating layer 13 is formed to reflect the light so that the light is intensively diverged forward when the light is irradiated by the light emitting unit 12, and the opaque pad layer 15 is disposed on one side of the transparent vinyl pad 11. By forming various patterns so that the printed layer 14 having various patterns can be replaced, the light is transferred by the light emitting unit 12 to the transparent vinyl pad 11, the printed layer 14, and the opaque pad layer 15. When irradiated while being transmitted, various patterns formed on the printing layer 14 from the outside are recognizably expressed, and when the light emitted by the light emitting part 12 is not emitted, the printing layer (by the opaque pad layer 15) Glyph of 14) will not be displayed to the outside.

The light emitting member 10 is to be combined in various forms on the smart clothing (1), may be arranged in the form shown in Figure 7abc to implement a dice game, roulette game, lucky draw game, etc. In order to express, it may be desirable to arrange in various ways according to the user's intention, when the smart garment (1) is woven in the form of a knit to form a coupling ring on the back of the light emitting member 10 to be sandwiched between all of the knit knit Alternatively, or may be fixed by combining the light emitting member 10 in a general lockstitch form, it may be desirable to fix using a variety of coupling means such as magnets, buttons, zippers.

The light emitting member 10 coupled to be arranged in a predetermined shape on the smart clothing 1 is electrically connected to the control pad 20 and driven in various forms according to an applied control signal. When the sensing means 30 is configured as a separate type, as shown in FIG. 4A, the control pad 20 is formed inside the smart garment 1, and the sensing means 30 is outside the smart garment 1. When the control pad 20 and the sensing means 30 are integrally formed as shown in Figure 4b is formed in a configuration that is connected to each other by the coupling portion (20a, 30a) formed in each connection terminal formed in the As described above, the sensing means 30 integrally protruding from the control pad 20 is formed on the inside of the smart garment 1 so that the coupling hole 38 of the coupling member 37 formed on the outside of the smart garment 1 is provided. It consists of a configuration that is coupled to).

As described above, when the control pad 20 electrically connected to the smart clothes 1 and the light emitting member 10 that emits light by the LED method are combined, the user wears the smart clothes 1 to fit the characteristics of the event event. It can be utilized in various forms, looks at various embodiments using the smart clothing (1) coupled to the LED light emitting member 10 implemented by the present invention.

Example 1 (dice game)

The wearer of the smart clothing 1 selects the dice game using the mode conversion switch 24a and transmits the dice game selection signal to the control means 21 through the mode conversion unit 24 of the control pad 20. The control means 21 applies a control signal to the game driver 22a to prepare for driving the dice game.

In this case, an input module for driving a dice game must be set through the game driver 22a. When the vibration sensor 31 is used, the smart clothing 1 wearer's running motion or a tilting angle is controlled. Transmitting the detection signal to the means 21, when using the ultrasonic sensor 34 detects whether the wearer of the smart clothing (1) moves a certain distance and transmits the detection signal to the control means 21, the thermal sensor 35 When using the smart clothing (1) to detect the participant appearing on the front of the wearer and transmits a detection signal to the control means 21, when using the voice recognition unit 23 smart clothing (1) wearer specific words That is, a word recognizable by the voice recognition unit 23 such as 'starting the dice' may be input through the microphone 23a to transmit a digital voice signal to the control means 21.

When the detection signal is transmitted to the control means through the input module for driving the game driver 22a as described above, the control means 21 applies a control signal to the game driver 22a as shown in FIG. According to a predetermined program, the power of each of the light emitting members 10 can be recognized by the power supply to each light emitting member 10 so that it can be operated randomly or according to a certain principle. To make it appear.

[Example 2 (roulette game)]

The wearer of the smart clothing 1 selects a roulette game using the mode conversion switch 24a and transmits a roulette game selection signal to the control means 21 through the mode conversion unit 24 of the control pad 20. The control means 21 applies a control signal to the game driver 22a to prepare for driving the roulette game.

At this time, it is necessary to set an input module for driving the roulette game through the game driver 22a, and the information about the input module is the same as the vibration sensor 31 and the ultrasonic sensor as described in the first embodiment. 34), the heat detection sensor 35 and the voice recognition unit 23 transmit the detection signal and the digital voice signal to the control means 21.

When the signal is transmitted to the control means 21 through the input module for driving the game driver 22a as described above, as shown in FIG. 7B, the control means 21 transmits a control signal to the game driver 22a. When a predetermined time has elapsed while the light emitting device 10 rotates according to a preset program, that is, each light emitting member 10 is rotated, the specific number is stopped and the light emitting member 10 is stopped, or a predetermined time elapses. When the voice of the event participant, such as 'stop', 'brand name to promote' is shouted, the voice recognition unit 23 recognizes this and the light emitting member having a specific number formed through the control unit 21 ( If 10) is designated to have the same number as a specific number expressed to be recognized to the outside through the light emitting member 10, to win or transfer the prizes to focus the attention of the participants.

Example 3 (luck ticket lottery)

The wearer of the smart clothing 1 selects the lucky draw game by using the mode change switch 24a and transmits the lucky draw lottery selection signal to the control means 21 through the mode conversion unit 24 of the control pad 20. In addition, the control unit 21 applies a control signal to the game driver 22a to prepare for driving for the lucky draw.

At this time, it is necessary to set an input module for driving the lucky draw through the game driver 22a, and the information on the input module is the vibration sensor 31 and the ultrasonic sensor as described in the first embodiment. 34), the heat detection sensor 35 and the voice recognition unit 23 transmit the detection signal and the digital voice signal to the control means 21.

When a signal is transmitted to the control means 21 through an input module for driving the game driver 22a, as shown in FIG. 7C, the control means 21 applies a control signal to the game driver 22a. According to the preset program, when the operation of the lucky draw, that is, the drawing of 100 units, the first signal input by the input module, and the light emitting member 10 having the number 1 flashes, the number of 100 units is designated as 1 When the light emitting member 10 having the numbers 1 and 6 formed upon the second signal input emits light, the number of ten units is designated as 7 plus 1 and 6, and 3 and 6 when the third signal is input. When the light emitting member 10 formed with the number of light emits light, the number of units per day is designated as 9, which is the sum of 3 and 6, so that the lucky number becomes 179 so that the participants' attention is focused.

As the dice game, the roulette game, and the lucky draw game are progressed through the light emitting member 10 attached to the smart clothing 1 as described above, the result value output through the light emitting member 10 is a logo of a company, a product. If the promotional information such as an image is emitted, it may be recognized by the control means 21 to apply a control signal to the sound driver 22b so that the promotional voice information may be output through the speaker 22b '. When the promotional information is a specific perfume company, the control means 21 applies a control signal to the olfactory driver 22d so that the fragrance of the specific perfume can be emitted through the smell sensor 22d '.

In particular, when detecting a variety of smells, such as alcohol smell, bad breath or odor emitted from the surroundings through the olfactory sensor 36 formed in the sensing means 21, transmits the detected signal to the control means 21, The control means 21 may apply a control signal to the olfactory driver 22d to emit the fragrance of perfume sold by a specific company through the smell sensor 22d ', thereby providing a perfume and cosmetics. Make your advertising more effective.

In addition, looking at the action of the smart clothing (1) using the light emitting member 10 to emit light by the optical fiber method, the light emitting member 10 is fixed in a bundle form by the light emitting connector 12a formed on one side. The optical fiber pad 16 is formed to be flat in the longitudinal direction, and the other end is formed to be closed so that the light is emitted through the pattern display unit 19 to prevent light from being emitted, and the optical fiber pad 16 Is coupled to the plurality of interconnected by the fixing pad 17, and formed to be easily fixed to the inner portion of the smart clothing (1) through the binding pad 18, LED on the light emitting connector (12a) By forming the light emitting part 12 used, the light irradiated by the light emitting part 12 may be emitted through the pattern display part 19 formed on the optical fiber pad 16.

Looking at the process of manufacturing the pattern display portion 19 formed in the optical fiber pad 16, as shown in Figure 6a arranged in parallel with the optical fiber pad 16, the heating plate 2 of a particular type That is, the heating plate 2 formed in various shapes such as advertisement is heated to an appropriate temperature and compressed and heated on the optical fiber pad 16 as shown in FIG. 6B. The properties of the optical fiber pad can be changed to have excellent ductility at an appropriate temperature and pressure. When the strength of the temperature and pressure is adjusted, it is also possible to adjust the properties of the optical fiber pad according to the intended use.

When the heating plate 2 is pressed and heated on the optical fiber pad 16 as described above, the cladding layer surrounding the core layer, which is an optical path of the optical fiber, is melted as shown in FIG. When the compressed parts of the solidified in a state arranged in parallel with each other, and the light is emitted from the light emitting part 12 because the photometric phenomenon occurs in the compressed areas, through the glyph display part 19 that is the compressed part The specific pattern is emitted to the outside and expressed.

In addition, as shown in FIG. 6D, the thermal transfer film 19a is secondarily heated in the pattern display portion 19, which is a compression portion of the optical fiber in which the photometric phenomenon is generated, and as shown in FIG. 6E, the thermal transfer is performed. The film 19a may be pressed onto the heating plate 2 to be attached to the pattern display unit 19 formed on the optical fiber pad 16. When light is emitted through the pattern display unit 19, the thermal transfer film ( Letters, numbers or various patterns formed in 19a) are displayed to be recognized to the outside, and the thermal transfer film 19a is replaceable to enable various types of patterns.

In addition to the crimping method of the thermal transfer film 19a attached to the pattern display unit 19, it is possible to attach a gloss film, a transparent sticker, a thermal transfer pattern, a fluorescent material, a photographic film, etc. The desired pattern or pattern can be produced using a fiber material. The water-soluble nonwoven fabric can be melted as much as the desired pattern or pattern, and then fixed on the pattern display unit 19 of the optical fiber pad 16 to produce the desired pattern or pattern.

In addition, when weaving the smart garment (1) in a knitted garment as shown in Figure 8, during the knitting, the optical fiber (4) is sandwiched between the knit all (3) to be knitted to the light emitting portion 12 When the light is irradiated by the smart clothing (1) of the portion where the optical fiber 4 is knitted light is to be able to focus the attention of the event participants.

The light emitting member 10 is formed in a form in which a plurality of the optical fiber pads 16 are coupled by the fixing pad 17, and the light emitting member 10 of the optical fiber type is smart clothing 1 by the binding pad 18. When the control pad 20 electrically connected to the smart clothes 1 and the light emitting member 10 that emits light by the optical fiber method are coupled to the inside of the smart clothes 1, the user wears the smart clothes 1 to the event event. It can be utilized in various forms to suit the characteristics, looks at an embodiment using a smart garment (1) coupled to the light emitting member 10 of the optical fiber method implemented by the present invention.

Example 4 (Image Drive)

The wearer of the smart clothing 1 selects the image drive using the mode conversion switch 24a and transmits the image drive signal to the control means 21 through the mode conversion unit 24 of the control pad 20, The control means 21 applies a control signal to the image driver 22c to prepare for image driving.

In this case, an input module for driving an image should be set through the image driver 22c. The input module may be configured as the vibration sensor 31 and the ultrasonic sensor 34 as described in Embodiment 1 above. The heat detection sensor 35 and the voice recognition unit 23 transmit the detection signal and the digital voice signal to the control means 21, and when the temperature sensor 33 measures the temperature of the air according to the temperature. It is possible to transmit the detection signal to the control means (21).

When the input signal is transmitted to the control means 21 through the input module for driving the image driver 22c as described above, the control means 21 applies a control signal to the image driver 22c to the preset program. Accordingly, by driving the image, that is, by supplying power to each light emitting member 10 through the pattern display unit 19 formed in the optical fiber pad 16 to display various patterns or images in a form that can be recognized from the outside, Focus attention on event participants.

As described above, the light emitting member 10 may react variously according to the wearer's specific behavior on the smart clothes 1 used in the event for advertisement promotion, so as to focus the attention of the event participants to improve the advertising efficiency. The present invention described above is capable of various substitutions, modifications, and changes without departing from the technical spirit of the present invention for those skilled in the art to which the present invention pertains. It is not limited to the drawings shown.

Figure 1 is a front view showing an embodiment of an event advertising promotional smart clothing applied to the present invention

Figure 2 is an internal configuration of the control pad of the event advertising promotional smart clothing applied to the present invention

Figure 3 is a cross-sectional view showing a light emitting member of the smart clothing for event advertising promotion applied to the present invention

Figure 4ab is a schematic cross-sectional view showing a combined state of the control pad and the sensing means attached to the smart clothing for promoting event advertising applied to the present invention

Figure 5 is an exemplary view showing a light emitting member of another embodiment of the smart clothing for promoting event advertising applied to the present invention.

Figure 6abcde is a block diagram showing a manufacturing process of the light emitting member made of the optical fiber pad of the smart clothing for event advertising promotion applied to the present invention

Figure 7abc is a state diagram showing an embodiment implemented by the game driving unit of the smart clothing for event promotion applied to the present invention

Figure 8 is an exemplary view showing a state in which the optical fiber knitted in the smart clothing for event promotion applied to the present invention.

* Description of Signs of Main Parts of Drawings *

1. Smart clothing 10. Light emitting member

11. Transparent vinyl pad 12. Light emitting part

12a. Light Emitting Connector 13. Reflective Coating

14. Printed layer 15. Opaque pad layer

16. Fiber Optic Pad 17. Fixing Pad

18. Binding pad 19. Glyph display

19a. Thermal Transfer Film 20. Control Pad

20a. Coupling unit 21. Control means

22. Driving means 22a. Game driver

22b. Acoustic drive 22b '. speaker

22c. Image driver 22d. Olfactory drive

22d '. Scent sensor 23. Voice recognition unit

23a. Microphone 24. Mode conversion unit

24a. Mode change switch 25. Memory card reader

26. Power Supply 27. Sensor Connector

28. Connector section 29. Battery connector section

30. Detection means 31. Vibration sensor

32. Image Sensor 33. Temperature Sensor

34. Ultrasonic Sensor 35. Thermal Sensor

36. Olfactory sensor 37. Coupling member

38. Combination hole 40. Wireless communication means

Claims

Smart clothing to which the light emitting member and the control pad is attached according to a specific action or situation of the event event host;

A light emitting member attached to the smart clothing and receiving a control signal of a control pad to emit light through a light emitting unit;

A control pad formed inside the smart garment and electrically connected to a sensing means formed outside the smart garment through a coupling part having a connection terminal;

Smart clothing for event advertising promotions, characterized in that consisting of; the sensing means is formed on the outside of the smart clothing and electrically connected to the control pad formed inside the smart clothing through the coupling portion formed connection terminal.

The method of claim 1,

The sensing means integrally formed with the control pad is formed inside the smart clothing smart clothing for event advertising promotional, characterized in that is fixed to the coupling hole of the coupling member formed on the outside of the smart clothing.

The method of claim 1,

The light emitting member is configured to be formed inside the hollow portion using a soft synthetic resin, one side of the transparent vinyl pad coupled to the light emitting portion;

A light emitting unit which is coupled to one side of the transparent vinyl pad using an LED to emit light by receiving power;

A reflective coating layer coated with micro particles having a property of reflecting light on the rear and side surfaces of the transparent vinyl pad;

A print layer replaceable with a configuration sandwiched between the transparent vinyl pad and the opaque pad by using a transparent synthetic resin material having various patterns of printed patterns;

Smart clothes for event advertising promotions, characterized in that consisting of; an opaque pad layer, one side is integrally coupled to the transparent vinyl pad using an opaque material that is easily transmitted through the light emitted from the light emitting unit.

The method of claim 1,

The light emitting member

A light emitting unit that emits light to the optical fiber pad by receiving power from a state in which the LED is inserted into the light emitting unit connector;

A light emitting unit connector configured to fix the optical fiber pad in a bundle form on one side to facilitate light emission by the light emitting unit;

One side is fixed to the light emitting unit connector to form a bundle of bundles, the other side is arranged so that the end is closed so that the light is not emitted by the optical fiber pad to emit light through the pattern display;

A fixed pad for coupling each of the optical fiber pads with a soft synthetic resin;

A binding pad for binding the optical fiber pad to the smart garment using a soft synthetic resin having predetermined binding means;

The heat transfer film is attached to the crimping part of the optical fiber pad formed by pressing various patterns of the shape of the pattern, and the pattern display part which displays various patterns to be recognized from the outside by the emission of light provided from the light emitting part. Smart clothing for event advertising promotion.

The method of claim 1,

The control pad receives a signal sensed through various sensors constituting the sensing means and a voice signal input through the voice recognition unit, and then applies a control signal to the driving means according to a predetermined program to implement a game method using a light emitting member. Control means for controlling the corresponding configuration means so that the image is implemented through the optical fiber pad, the sound output through the speaker, the fragrance emission through the smell sensor can be displayed to the outside;

A game driver which is electrically connected to a light emitting member emitting light by an LED method and receives a control signal from a control means to drive a game program consisting of a preset dice, roulette, and lucky draw to emit light of each light emitting member; An acoustic driver for receiving a signal and outputting an audio file stored in a memory through a speaker, an image driver electrically connected to a light emitting member emitting light using an optical fiber method and receiving a control signal from a control means to emit light in a predetermined image form; A driving means comprising an olfactory driver for emitting a specific fragrance to the outside by driving a smell sensor by receiving a control signal from the control means;

A voice recognition unit filtering the noise signal of the user's voice input through the microphone, amplifying the voice signal to a predetermined size, converting the voice signal into a digital voice signal recognizable by the control unit, and transmitting the digital signal to the control unit;

A mode converter which receives a signal input by an operation of the mode switch and selects a game driver, an acoustic driver, an image driver, and an olfactory driver of the driver through a control means accordingly;

A memory card reader unit which downloads a predetermined program and transmits the predetermined program to the control unit through binding with various types of memory cards;

A power supply unit for supplying a predetermined amount of power to each circuit and element by maintaining any voltage having a voltage change at a predetermined voltage at which the control means can operate;

A sensor connector unit electrically connected to various sensors constituting the sensing unit to transmit a signal sensed by the sensing unit to the control unit;

A connector unit electrically connected to the driving unit, the memory card reader unit, and the wireless communication unit to transmit predetermined data and control signals to the control unit;

Smart clothing for event advertising promotional, characterized in that consisting of; a battery connector unit electrically connected to the power supply unit so that power is supplied from the outside.

The method of claim 1,

The sensing means comprises a vibration sensor, an image sensor, a temperature sensor, an ultrasonic sensor, a thermal sensor, an olfactory sensor, and transmits the detected signal to the control means.

Selecting driving means formed on the control pad by manipulation of the mode conversion switch formed on the smart clothing;

Setting one of a vibration sensor, an ultrasonic sensor, and a thermal sensor as an input module for driving the driving means;

Transmitting a sensing signal detected through a sensor set as the input module to a control means;

The control means receives a signal input through a sensor set as an input module, and then applying a control signal to the selected drive means to be displayed in a form that can be recognized from the outside through the light emitting member; Implementation method using smart clothing for advertising promotion.

The method of claim 7, wherein

Setting a voice recognition unit as an input module for driving the driving means;

The voice recognition unit converts a specific voice of the smart clothing wearer input through the microphone into a digital voice signal recognizable by the control means and transmitting the control means;

The control means receives the voice signal input through the voice recognition unit, by applying a control signal to the selected drive means to be displayed in a form that can be recognized from the outside through the light emitting member; event advertising for promotion How to implement operation using smart clothing.

Transmitting an odor detection signal detected through the olfactory sensor of the sensing means formed in the smart clothing to the control means;

The control means receives a signal input through the olfactory sensor, and then applying a control signal to the olfactory drive unit to emit the scent of a particular perfume through the smell sensor; How it works.

Selecting one of a dice game, a roulette game, and a lucky draw game by operating a mode change switch formed in the smart clothing to transmit a game selection signal to the control means;

The control means may be configured to apply the control signal to the game drive to designate the selected game to drive;

When the input signal of the input module for driving the selected game is input, the control means driving a selected program among a preset dice game, a roulette game, and a lucky draw game by applying a control signal to a game driving unit;

Power is supplied to the light emitting member arranged in the selected game form, the light emitting member having a specific number is emitted to be displayed in a form that can be recognized from the outside, the selected game is made; operation using smart clothing for event advertising promotions, characterized in that consisting of Implementation method.

Selecting an image drive by operating a mode conversion switch formed in the smart clothing and transmitting an image drive selection signal to the control means;

The control means comprises the steps of applying a control signal to the image driver to prepare for driving the image;

When the input signal of the input module for driving the image is input, the control means driving a predetermined image driving program by applying a control signal to the image driver;

The power is supplied to the light emitting member arranged in the image driving form to display a variety of images in a form that can be recognized from the outside through the pattern display unit formed on the optical fiber pad; Method of implementing the operation using smart clothing for event advertising, characterized in that consisting of .

The method of claim 11,

And a control means controls the image driver according to the sensed temperature change amount by setting a temperature sensor as an input module for driving the image driver.