KR20020034016A - Mathod and its apparatus for wearable online animation display make use of optical fiber - Google Patents

Abstract

PURPOSE: An online animation display system and method is provided to receive real time moving picture signals over wired or wireless network, and to display the signals on optical fibers decorated at textiles. CONSTITUTION: The method comprises steps of designing various moving pictures(S1), storing the digital moving pictures at a terminal(S2), in the case of transmitting the moving picture over the wired internet, loading the stored moving pictures in a file or a program at a web site over the internet(S10, S11), offering an advertisement banner(S30), enabling a user to download and execute the file or the program of the moving picture(S12), displaying the moving picture at optical fibers while a computer speaker or a mobile phone to output specific sounds(S13, S50), in the case of transmitting the moving picture over a mobile communication network, offering the moving pictures stored at the terminal to the mobile communication company(S21), enabling the mobile communication company to convert the moving picture into signals proper for a mobile communication(S22), enabling the company to advertise a list of the moving picture signals(S30), enabling a user to download the signals over the mobile communication network(S23), and displaying the moving picture at optical fibers while a mobile phone to output specific sounds(S13, S50).

Description

Method and device for wearable online animation display using optical fiber {Mathod and its apparatus for wearable online animation display make use of optical fiber}

The present invention relates to a wearable online animation display method and apparatus using an optical fiber, and more particularly, an image representation of an optical fiber implanted in a fabric is performed by a signal received through online download or mobile communication. It is to display the diversified video in the optical fiber display device.

In general, optical fibers are widely used in the fields of electricity, electronics, communication, medical, optics, etc., and the characteristics of the fiber are capable of conducting light from the end of one side to the end of the other side in the longitudinal direction, and their light is high. It is also used as a decorative tool because of its conductive characteristics.

In addition, the object of the decorative apparatus may include clothing, bags, hats, interior items, accessories, etc., and the optical fiber is implanted in a proper arrangement of these fabrics, and a light emitting element such as an LED is provided on the back of the LED to blink According to the end of the flashing can be used for decorative or advertising purposes, such as various accessories or signs.

More specifically, optical fiber is used as a decorative device for jumpers or hats. One end is implanted into the outer surface of a fabric such as a jumper or a hat, and the other end thereof is a light emitting device (mainly using LED) and the inside of the jumper or hat. Combined and applied to the light emitting device is a decorative structure that the light generated from the light emitting device is transmitted to the end of the optical fiber to decorate the jumper and the cap and the like.

The optical fiber decorative structure configured as described above is provided with a plurality of the light emitting elements described above, and combines with one bundle of optical fibers which are gathered in one or more so as to enable light conduction so that these light emitting elements can emit light by a specific combination. To express.

For reference, the fiber optic decorative structure of the above video is currently used in various fields such as everyday clothes, ornaments, safety equipment or clothing, outdoor signs, indoors, exteriors, etc. The situation is increasing rapidly.

The decorative structure of the optical fiber represented by the video as described above is provided with a miniaturized electronic assembly in order to flash each of the plurality of light emitting elements provided at a desired time point, such electronic assembly is arranged in a specific order to the built-in memory element An appropriate number of algorithms for flashing the light emitting device are programmed.

Thus, although the optical fiber can express various moving images by the algorithm programmed as appropriate, the type of moving images represented by the capacity of the memory device is extremely limited.

Therefore, when the decorative structure expressing the limited video is applied to the clothes, the difference is remarkable when comparing the lifespan of the clothes and the degree of getting tired of the video considering the small number of expressions of the video. It is difficult to meet the needs of the most sensitive modern people.

In addition, when such a decorative structure is applied to a large apparatus such as a signboard, since the apparatus itself is expensive, there is a waste of having to continue to use it due to economic loss even after the epidemic.

In addition, the optical fiber decorative structure as described above cannot be disassembled once installed, resulting in an economic burden of purchasing a new installation object in order to obtain a new video.

The present invention was devised to solve the above problems, so that the video signal expressed in the fiber-optic decorative structure once installed can be provided at any time through online or wireless Internet to overcome the limitations on the type of video expression. The purpose is to provide an animation display method.

Still another object of the present invention is to provide an animation display device that receives various video signals through a speaker of a mobile phone or a computer and performs the above method.

1 is a block diagram showing a display method according to the present invention.

2 is a block diagram showing a display device according to the present invention;

3 is a cross-sectional view showing a state in which a light emitting device and an optical fiber are coupled to a display device according to the present invention.

Figure 4 is a flow chart showing the progress of the display method according to the present invention.

5 is a flowchart showing a state in which the display device according to the present invention operates.

<Explanation of symbols for the main parts of the drawings>

1: terminal 2: mobile service provider

3: mobile phone 4: internet server

5: computer 6: speaker

10: display device 11: microphone

12: amplifying unit 13: voice signal processing unit

14: control unit 15: LED drive unit

20: LED

In order to achieve the above object, the present invention has the following features.

The present invention includes the steps of designing a moving image to be represented in the optical fiber display device and programming it on a terminal; Constructing an Internet site, converting the programmed video signal into various frequency bands or pitches of the sound in the site, converting the video signal into a combined voice file, and uploading the same to a site; When a consumer selects one of the uploaded voice files, transmitting the same to a computer or a mobile phone; And executing the voice file received on the computer or the telephone to execute the optical fiber animation display device.

Optionally, the present invention comprises the steps of designing a moving image to be represented in an optical fiber display device and programming it on a terminal terminal; Selecting the programmed terminal or the program itself and supplying the same to a mobile communication service provider and producing the same as a voice signal for a telephone to notify the mobile communication subscriber of the details; When a consumer selects any one of the produced voice signals, transmitting the same to a computer or a mobile phone; Executing a voice file received on the cellular phone to execute a fiber animation display device.

The present invention provides a computer or mobile phone that is selectively supplied by the Internet or a mobile communication provider and receives an optical fiber video signal and expresses it as a voice signal; A microphone for inputting a voice signal output from a computer speaker or a mobile phone; A voice signal processor for dividing a frequency band or a pitch of a sound received from the microphone and converting the signal into an appropriate signal to a light emitting device; A controller for receiving a signal of the voice signal processor and determining and transmitting a plurality of light emitting device sequences; It characterized in that the device comprises a light emitting device driver for flashing the light emitting device in response to the signal determined by the control unit.

Hereinafter, embodiments of the present invention to which the above-described features are applied will be described in detail with reference to the accompanying drawings.

1 is a block diagram of a configuration for performing an online animation display method according to the present invention.

Referring to FIG. 1, in order to perform the online animation display method according to the present invention, a terminal 1 and a terminal 1 in which a voice signal in which a plurality of sounds divided into a frequency band or a height of a sound are combined into one are stored, A mobile communication provider 2 or an internnet server 4 for receiving a signal from the mobile phone 3 or a computer 5 (in the present invention, a personal desktop or a notebook), and the mobile phone 3 Or a specific sound is expressed by the voice signal provided from the speaker 6 of the computer 5, the display device 10 for detecting this and expressing the optical fiber video.

The signal of the terminal 1 may be a voice signal itself, or may be a program for displaying a video. If the signal of the terminal 1 is to be supplied to the mobile communication service provider 2, the signal of the terminal 1 is embedded as a voice signal itself. This is preferable, and if it is to be supplied to the Internet server 4, it is preferable that the consumer is in the form of a downloadable program, and this should be stored selectively by the supplier according to the setting of the supplied environment.

Alternatively, the video signal may be produced into a specific program and supplied to the Internet server 4 or the mobile communication provider 2 so that they may be directly converted and produced.

2 is a block diagram showing the configuration of a display device according to the present invention.

Referring to FIG. 2, the display apparatus 10 includes a microphone 11 for receiving a voice signal expressed through the speaker 6 of the mobile phone 3 or the computer 5, and the microphone 11. Amplification unit 12 for amplifying the voice signal received from the), a voice signal processing unit 13 for converting the amplified voice signal into a signal suitable for the LED (light emitting element) 20 to be described later, and the processed The controller 14 determines the order and combination in which the LED 20 blinks by receiving a voice signal, and the LED driver 15 serving as a switch for driving the LED 20 by the signal determined by the controller 14. Is done.

The LED 20 is connected to the LED driver 15 and one or more plural, preferably, it is preferably adopted to selectively emit light of three or seven colors, which have been developed recently.

In addition, the display apparatus 14 further includes a memory 16 that stores and stores a process when the optical fiber video is expressed by an input voice signal. Accordingly, such a memory 16 may be divided into various types. It has a sufficient capacity to store optical fiber video at a time.

3 is a cross-sectional view showing a state in which the LED and the optical fiber are combined.

Referring to FIG. 3, the LED 20 of the display device according to the present invention is provided in close proximity to an optical fiber 21 having one end of a bundle of tens or hundreds of bundles, and an end of the optical fiber 21 and the LED 20. It is accompanied by a connector 22 for gluing them while preventing light from leaking to the outside of the outer surface.

It is a matter of course that the other end of the optical fiber 21 as described above is implanted on the surface to be displayed, and it is obvious that the implanted form has an arrangement for expressing a specific shape.

4 is a flowchart illustrating a process for representing an online video based on the online animation display device configured as described above.

Referring to FIG. 4, in order to express an optical fiber video, a video is designed for each type (S1), and the program is stored in the terminal 1 (S2).

Then, it is selected whether to supply the video signal programmed as described above to the consumer via the Internet or through mobile communication, first, if the Internet through the Internet site is established (S10) The video signal stored in the terminal 11 is produced in the form of a program downloadable by the consumer and uploaded on the Internet server 4 (S11).

Thereafter, the advertisement is performed using a banner or the like on the Internet (S30). If the user downloads the uploaded program through the computer 5 or the mobile phone 3 and executes it (S12), the computer 5 In the speaker 6 or the cellular phone 3, a specific voice for expressing the optical fiber video is expressed (S13), so that the optical fiber video is expressed (S50).

In addition, when a video signal is to be supplied using the mobile communication, a signal stored in the terminal 1 is supplied to the mobile communication service provider 2 (S21). The mobile communication service provider transmits the signal in the form of a signal for a telephone. (S22)

Thereafter, the list of the produced signals is advertised to the mobile communication subscriber 2 by means of writing or the like (S30). When the mobile communication subscriber selects a specific video, the selected video signal is inputted to the cellular phone. (S23) The mobile phone 3 allows the voice signal to be expressed (S24) to display the optical fiber video. (S50)

Here, the signal stored in the terminal 1 may be produced as a program in the form of a file to be uploaded to the Internet server 4 from the time of production, and may be in the form of a voice signal to be supplied to the mobile communication service provider 2. Of course, it is also possible to produce them at the same time, it is possible to omit the signal conversion production process that the Internet server (4) and the mobile communication provider (2) must go through.

In addition, when the Internet is used, since the mobile phone 3 can be connected to the Internet in recent years, it is also possible to supply a voice signal to the mobile phone 3 through the Internet server 4.

In this case, the process for expressing the voice signal is possible when the consumer purchases the product to which the optical fiber display device is applied. Simultaneously manufacture (S41) and supply it to the retailer (S42) to be applied to the product.

In addition, the product is advertised through a TV, a radio, a newspaper, and the like (S30). When the consumer purchases the product through this, the consumer of the product is ready to receive the above-described video signal.

5 is a flowchart showing the above-described optical fiber video display process.

Referring to FIG. 5, in the process of expressing the optical fiber video, when the microphone 11 receives the voice signal expressed through the speaker 6 or the mobile phone 3, the amplifier 12 amplifies the voice signal. The signal is transmitted to the signal processor 13 (S51).

In the voice signal transmitted in the above process, the voice signal processor 13 analyzes the frequency domain or the height of the sound for each sound of the voice signal composed of a combination of sounds, and converts the signal into a signal suitable for emitting the LED 20. The controller 14 transmits the control to the controller 14 (S52).

The controller 14 receiving the signal designates an environment such as a blinking order, an arrangement, a timing of each of the plurality of LEDs 20 provided according to the signal, and inputs the environment to the LED driver 15.

The LED driver 15 receiving the signal performs a switching action to blink each LED 20 (S53). This series of processes is stored in the memory 16 (S54).

Such a series of processes are performed continuously by the time already set in the signal or by the selection of the consumer (S55).

In the above-described online animation display method and apparatus according to the present invention, the voice signal may be a general LED blinking signal, and the video signal may be represented by connecting the display device 10 to the cellular phone 3 and the computer 5 by cable. Preferably they can be in parallel, in which case the cable is to be directly connected to the control unit (14).

As described above, the present invention can overcome the limitation on the type of optical fiber display to maximize its decorative effect, thereby increasing the sales efficiency of the product, as well as applying various products to other companies and other countries. It will be able to secure an advantage in the competitiveness of the company.

Claims (7)

Designing a moving image to be represented in the optical fiber display device and programming the same on a terminal terminal; Constructing an Internet site, converting the programmed video signal into various frequency bands or pitches of the sound in the site, converting the video signal into a combined voice file, and uploading the same to a site; When a consumer selects one of the uploaded voice files, transmitting the same to a computer or a mobile phone; And executing an optical fiber animation display device by executing a voice file received on the computer or the telephone. Designing a moving image to be represented in the optical fiber display device and programming the moving image on a terminal; Selecting the programmed terminal or the program itself and supplying the same to a mobile communication service provider and producing the same as a voice signal for a telephone to notify the mobile communication subscriber of the details; When a consumer selects any one of the produced voice signals, transmitting the same to a computer or a mobile phone; And executing the optical fiber animation display device by executing the voice file received on the mobile phone. The method of claim 1, wherein the step of executing the display device is performed. Receiving a voice signal expressed by a computer speaker or a mobile phone, and converting the voice signal into a signal suitable for a plurality of light emitting elements adopted; Wearing online using optical fibers comprising the step of expressing a video as the plurality of light emitting elements in a predetermined sequence by the converted signal to the optical fiber implanted in the fabric accordingly flashes in a predetermined sequence How to display animations. 3. A signal according to claim 1 or 2, wherein a signal for executing the display device is formed as a proper signal to an adopted light emitting element rather than a voice signal to be uploaded and downloaded on a site, and the computer or mobile phone and the display device are cabled. Wearable online animation display method using the optical fiber, characterized in that to connect the video to represent. The method of claim 1 or 2, further comprising the step of storing a signal input through the computer or the mobile phone. A computer or mobile phone which is selectively supplied by the Internet or a mobile communication provider and receives an optical fiber video signal and expresses it as a voice signal; A microphone for inputting a voice signal output from a computer speaker or a mobile phone; A voice signal processor for dividing a frequency band or a pitch of a sound received from the microphone and converting the signal into an appropriate signal to a light emitting device; A controller for receiving a signal of the voice signal processor and determining and transmitting a plurality of light emitting device sequences; Wearable on-line animation display device using a fiber, characterized in that it comprises a light emitting device driver for flashing the light emitting device receives the signal determined by the controller. The wearable online animation display device as claimed in claim 6, further comprising a memory configured to store signals of the sequence sequence determined by the controller.