CN1558389A

CN1558389A - Method for producing pictures by means of linear luminous bodies

Info

Publication number: CN1558389A
Application number: CNA2004100126881A
Authority: CN
Inventors: 沈一平; 祁琦
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-01-19
Filing date: 2004-01-19
Publication date: 2004-12-29

Abstract

The method of utilizing linear light emitting body to generate picture adopts the device including linear light emitting body, picture controlling part and driving part. The linear light emitting body has several homogeneously arranged light sources with individually controlled brightness, and is driven externally to move periodically. The picture controlling part controls the light sources in the linear light emitting body to change their brightness in different regulation, and the brightness change regulation of the light sources is synchronous with the rhythm of play to form certain picture in the moving track. The linear light emitting body has moving frequency of 1-40 Hz. The picture controlling part consists of picture template and photosensitive switches and may be program controlled.

Description

Produce the method for picture with the wire luminophor

Technical field

The present invention relates to a kind of method, be used for producing all fields of picture, as advertisement, lamp decoration, toy, product decoration and sign etc. by pointolite with wire luminophor generation picture.

Background technology

The technology that produces picture with pointolite to be widely used, generally is the floor plan luminous point in each field, and the display part all is the structure on plane, light source maintains static, picture is given birth in bright, the abortion within the first month of pregnancy of each pointolite in the control plane, the cost height, accounts for area, and range of application has been subjected to very big restriction.

Summary of the invention

The objective of the invention is to form track plane and control bright, the dark formation two dimension of each pointolite on the linear light source and even the effect of three-dimensional picture with the linear light source periodic motion.

Technical scheme of the present invention is: the method that produces picture with the wire luminophor, comprise wire luminophor, picture control section and drive part, evenly distributed a plurality of light emitting sources on the wire luminophor, each light emitting source controls separately that it is bright, dark, do the cycle repeating motion by external force driving wire luminophor and form track plane, simultaneously, the pattern rule of being pressed the picture control section by each light emitting source on the picture control section control wire luminophor is bright or dark, the rhythm that light emitting source is bright, dark and the cadence synchronization of motion make the wire luminophor form picture on the movement locus face.

Described method with wire luminophor generation picture, the frequency that the wire luminophor is done the cycle repeating motion is 1-40.

The described method that produces picture with the wire luminophor, its picture control section is made up of screen template and photosensitive gauge tap, photosensitive gauge tap comprises into light activated element and the corresponding control light source that wire is arranged, each light emitting source is controlled by the light activated element of correspondence successively, screen template is loaded in the middle of control light source and the light activated element, the motion frequency of relative motion between photosensitive gauge tap and the screen template and wire luminophor is synchronous, make the movement locus face of wire luminophor present with screen template on the corresponding picture of pattern.

Describedly produce the method for picture with the wire luminophor, its picture control section can also be by programmed control, deposits the program of various patterns in chip, the Frequency Synchronization of control program output and the periodic motion of wire luminophor.

Describedly produce the method for picture with the wire luminophor, the periodic motion of wire luminophor is on wire luminophor and the extended line thereof a bit be that the axle center is rotated or swung.

Described method with wire luminophor generation picture, the periodic motion of its wire luminophor is translation.

Advantage of the present invention is: cost is low, volume is little, has interest simultaneously.Can make handheld toy, children swing back and forth, and train the synchronous of hand and light signal, have both helped the coordination of health, also can acquire new knowledge.Can be used on other ornaments, as desk lamp, alarm clock etc. improve sight and practicality.Can be used for decorating on the product that Bicycle Tail Light etc. has motion parts and sign etc., make it send specific light signal, prompting safety, strengthen trade mark etc., combine with interest functional.

Description of drawings

Fig. 1 and Fig. 2 are first kind of structural representations of the simplest embodiment of the present invention;

Fig. 3 is circuit theory diagrams of the present invention;

Fig. 4, Fig. 5 and Fig. 6 are the structural representations of second kind of embodiment of the present invention;

Fig. 7 is the another kind of structure of second kind of embodiment;

Fig. 8, Fig. 9 are the structural representations of the third embodiment;

Figure 10, Figure 11 are the structural representations of the 4th kind of embodiment;

Figure 12, Figure 13 are the structural representations of the 5th kind of embodiment;

Figure 14 is that the picture control section is by programme controlled circuit theory diagrams.

Embodiment

Inventive principle: utilize human eye vision to persist phenomenon, make the wire luminophor form track plane, control when synchronous, can produce two dimension even three-dimensional visual effect when the motion of wire luminophor and figure according to certain regular motion.

Further specify embodiments of the invention below in conjunction with accompanying drawing:

Fig. 1 is first kind of main TV structure synoptic diagram of the simplest embodiment of the present invention, and Fig. 2 is the side-looking structural representation of Fig. 1; Evenly distributed a plurality of point-like light emitting source 1-1 on the wire luminophor 1 as light emitting diode and line are wrapped in the transparent tube, or equidistantly are loaded on light emitting diode on one circuit board.Its underpart is the picture control section, form by screen template 3 and photosensitive gauge tap, photosensitive gauge tap comprises into light activated element 2-1 and the corresponding control light source 2-2 that wire is arranged, each point-like light emitting source is controlled by the light activated element of correspondence successively, screen template 3 places in the middle of control light source and the light activated element, axle 4 is arranged between wire luminophor 1 and the picture control section, and axle 4 is with

wire luminophor

1 and 3 companies of screen template.Handle 5 is arranged below the picture control section, hold the handle wire luminophor that rocks from side to side, screen template is swung synchronously, light activated element is controlled by screen template, thereby each pointolite on the control wire luminophor is bright, dark, and the movement locus face (fan-shaped) of wire luminophor is presented and the corresponding picture of pattern on the screen template.The 6th, power supply.The 7th, power switch.The axis of swing of the foregoing description can be in any position of wire luminophor and extended line thereof.

Fig. 4 is the main TV structure synoptic diagram of second kind of embodiment of the present invention, and Fig. 5 is the A-A sectional structure synoptic diagram of second kind of embodiment, and Fig. 6 is the plan structure synoptic diagram of Fig. 4.Evenly distributed a plurality of point-like light emitting source 1-1 on the wire luminophor 1, photosensitive gauge tap comprises into light activated element 2-1 and the corresponding control light source 2-2 that wire is arranged, each point-like light emitting source is controlled by the light activated element of correspondence successively, screen template is loaded in the middle of control light source and the light activated element, but, picture control section and wire luminophor 1 have a certain degree, wire luminophor 1 has support 9 to be connected with the picture control section, support 9 is by

axle

4 and 8 companies of mounting, screen template 3 is fixed on the opposite side of mounting 8, places in the middle of control light source and the light activated element.When making wire luminophor 1 around axle 4 swings, the control light source 2-2 of light activated element 2-1 and correspondence is synchronously along the camber line translation, inswept screen template, thereby each pointolite on the control wire luminophor is bright, dark, make the movement locus face (covering of the fan) of wire luminophor present with screen template on the corresponding picture of pattern.

The type of drive of first, second embodiment can be manual, can be with any suitable ripe Mechanical Driven mode, as the type of drive of pendulum.Frequency is at 1-40.

Fig. 7 is the another kind of structure of second kind of embodiment; The wire luminophor is not a straight line, but camber line.The shape of the line of this example explanation wire luminophor is unrestricted.

Fig. 8 is the structural representation of the third embodiment; Fig. 9 is wire luminophor and a screen template location diagram among Fig. 8.The difference of the third embodiment and second kind of embodiment is that wire luminophor and photosensitive gauge tap part are all along track 10 translation motions.Screen template 3 is fixed on the track 10, places in the middle of control light source 2-2 and the light activated element 2-1.In 11 embeddings of one termination and track of light activated element 2-1 or control light source 2-2 support.Drive it and move back and forth in track, the screen template that light activated element 2-1 and control light source 2-2 are fixed is controlled.Wire luminophor 1 is synchronous with the motion frequency of photosensitive gauge tap, makes the movement locus face of wire luminophor present the picture similar to the pattern on the screen template.With any suitable ripe Mechanical Driven mode.

Figure 10 is the structural representation of the 4th kind of embodiment, and Figure 11 is the vertical view of Figure 10.The difference of the 4th kind of embodiment and the third embodiment is between the other end of light activated element 2-1 support and the mounting 8 by 4 companies of axle.Screen template 3 is fixed on the mounting 8.Wire luminophor 1 rotates around axle 4 synchronously with photosensitive gauge tap, make the movement locus face (arc-shaped curved surface) of wire luminophor present with screen template on the corresponding picture of pattern.

Figure 12 is the structural representation of the 5th kind of embodiment, and Figure 13 is the upward view of Figure 12.The 5th kind of embodiment is a kind of rotation form.Wire luminophor 1 passes through axle 4 coaxial drive with photosensitive gauge tap by motor 12, and screen template 3 is fixed on the motor erecting frame 17, places in the middle of control light source and the light activated element.When making wire luminophor 1 when axle 4 rotates, light activated element 2-1 and corresponding control light source 2-2 rotate synchronously, inswept screen template 3, thereby each pointolite on the control wire luminophor is bright, dark, makes the movement locus face (circle) of wire luminophor present the picture similar to the pattern on the screen template.This routine wire luminophor 1 can be half of.

Pattern on the screen template can be that planimetric map is expressed with aperture, make the scanned whole image of row's photosensitive tube, the luminotron corresponding with photosensitive tube be motion together thereupon also, like this, when photosensitive tube was illuminated, luminotron will be luminous, when the frequency that scans reaches one regularly, the luminotron of wire will scan out a face, and it is corresponding with the figure of drawing with aperture to present picture.At present, light emitting diode adapts to frequency range 1-20 time, and principle of the present invention can realize 1-40 time.

The also available black and white film of screen template replaces aperture.Gauge tap can be the device of photosensitive device or other sensing modes, as electromagnetic type etc.

Fig. 3 is that the circuit theory diagrams of above various embodiment: 1-1 is the light emitting source on the wire luminophor, light emitting diode; 2-1 is a light activated element; 2-2 is the control light source of light activated element; 2-3 is a current-limiting resistance; The 6th, power supply; The 7th, power switch.

Figure 14 is the picture control section by programme controlled circuit theory diagrams: the 13rd, and cpu central processing unit, the 14th, interface and amplifying circuit, the 16th, current-limiting resistance, 1-1 are the light emitting sources on the wire luminophor, as light emitting diode.

For adopting the picture control section by programme controlled embodiment, its basic structure is identical with the embodiment of above-mentioned employing template control, as long as remove the picture control section of forming by screen template and photosensitive gauge tap, replace to realize above-mentioned any mode of motion and picture effect with the sequence circuit plate.

Program about the existing various maturations of pattern program can be utilized, and opens just output automatically of switch, when wire luminophor to-and-fro movement motion frequency and Program Synchronization, promptly can see picture display effect.Simultaneously, programmed control can also realize animation effect.

In sum, core of the present invention is: utilize human eye vision to persist phenomenon, make the wire luminophor form track plane according to certain regular motion, when the motion and the figure of wire luminophor are controlled when synchronous generation two dimension even three-dimensional visual effect.Therefore, its concrete structure can be a lot, and the foregoing description can't be included, and also do not limit protection scope of the present invention.

Claims

1. method that produces picture with the wire luminophor, comprise wire luminophor, picture control section and drive part, it is characterized in that: evenly distributed a plurality of light emitting sources on the wire luminophor, each light emitting source controls separately that it is bright, dark, do the cycle repeating motion by external force driving wire luminophor and form track plane, simultaneously, the pattern rule of being pressed the picture control section by each light emitting source on the picture control section control wire luminophor is bright or dark, the rhythm that light emitting source is bright, dark and the cadence synchronization of motion make the wire luminophor form picture on the movement locus face.

2. the method with wire luminophor generation picture according to claim 1, it is characterized in that: the frequency that the wire luminophor is done the cycle repeating motion is 1-40.

3. the method that produces picture with the wire luminophor according to claim 1 and 2, it is characterized in that: the picture control section is made up of screen template and photosensitive gauge tap, photosensitive gauge tap comprises into light activated element and the corresponding control light source that wire is arranged, each light emitting source is controlled by the light activated element of correspondence successively, screen template is loaded in the middle of control light source and the light activated element, the motion frequency of relative motion between photosensitive gauge tap and the screen template and wire luminophor is synchronous, make the movement locus face of wire luminophor present with screen template on the corresponding picture of pattern.

4. according to claim 1 and 2ly produce the method for picture with the wire luminophor, it is characterized in that: the picture control section is by programmed control, deposits the program of various patterns in chip, the Frequency Synchronization of control program output and the periodic motion of wire luminophor.

5. according to claim 1 and 2ly produce the method for picture with the wire luminophor, it is characterized in that: the periodic motion of wire luminophor is on wire luminophor and the extended line thereof a bit be that the axle center is rotated or swung.

6. the method with wire luminophor generation picture according to claim 1 and 2, it is characterized in that: the periodic motion of wire luminophor is translation.