KR920008238B1 - A system which displays color word graphic with color flap unit - Google Patents

Abstract

The system for displaying the public information at the wide area like a sports stadium includes a number of colour flap units having a number of card section type colour flaps. The matrix display system consists of a number of units to display the colour charactersor graphic data which is controlled by the computer. The colour flaps are turned over by the control signal, then the viewers can feel the dynamic action with the curiosity. The flap unit comprises the mechanical apparatus so that the electrical malfunction can be reduced.

Description

Color character graphic display system by color flap unit

1 is an overall system block diagram of the present invention.

2 is a circuit block diagram of a color flap controller in FIG.

FIG. 3 is a related configuration diagram of a color flap display panel and a latch decoder and a dot address counter on the color flap controller side in FIG.

4 is an embodiment of the embodiment more specifically illustrated in FIG.

5 is a reference diagram showing the configuration of the color flap driving unit and the color flap in FIG.

6 is a specific embodiment of the color flap unit constituted by the color flap drive unit and the color flap in FIG.

FIG. 7 is a reference view of the color flap unit of FIG.

8 is an example of a state in which a color flap indicator is formed in a matrix with the color flap unit of the present invention as one dot.

9 is a reference diagram of a color flap unit when the color flap unit is fixed to the matrix fixing array side with one dot in the present invention.

FIG. 10 is a reference diagram of the matrix fixing plate associated with FIG.

11a to e is an embodiment of a configuration in which the color flap unit of the present invention differs only in the front and overall shape.

* Explanation of symbols for main parts of the drawings

One ; Color flap display plate 1A: Color flap display

1a: color flap driving part a: color flap unit

2: color flap controller 2A: display processing unit

20: serial data communication input unit 21: MPU

22: Screen RAM 23: PIO

24: system memory 2B: display driver

25: data driver 26: latch decoder

27: address driver 28: dot designation counter

29: Timing Roger 3: Color flap central processing unit

31: CPU 32: Console

33: FDD 34: memory

35: data communication connector 36: controller connector

4: color flap mechanism 4a to 4n: color flap

5: Color stop selector 6: Color stop control

7: motor part 7a: reduction gear part

The present invention relates to a matrix display panel for performing various kinds of guidance and posting in crowded places, such as a color flap unit in which the dots of the matrix display panel are not color electroluminescent means but by color conversion of a card-sensing color plate. The present invention relates to a color character graphic display system in which text and graphic data when a color flap unit forms a display panel in a matrix, receive text and graphic information from a logic device such as a computer, and necessary guidance and posting can be expressed in color. Prior art that is relatively relevant to this technical field is known in the following form.

In other words, score boards of sports games, departure schedule signs of stations, airports, etc., various information signs of hospitals, hotels, etc., various numerical information boards of securities companies, various indication signs of factories, offices, etc. In this context, characters, graphics, and the like are displayed on the opposing matrix display panel, so-called electronic display panel. The electroluminescent display panel is a dot matrix plate in which the dot is an incandescent lamp or an LED lamp, whereby a character or graphic can be displayed.

For example, such a type is Korean Patent Publication No. 1200 (Notification No. 86-2150), 1279 (Notification No. 87-685), 1540 (Notification No. 89-888 ㅎㅎ), etc. Introduced in the literature. And the techniques of these cited examples are a display panel is an LED or a lamp which is an electroluminescent means, and the number of the cited technology described in the publication No. 67-685 of the three-color color array using green, blue, red LED And graphic display.

However, in the prior art, since the display function is mainly maintained by the light point of the light emitting element or the lamp by the provision of electricity, and the maintenance of the light off, the direct light emitting element is provided when the display panel is provided in bright daylight or relatively bright jade and indoor light. Due to the limitation of the luminance characteristics, the display function cannot be utilized properly. In addition, in the case of the above example, the display change is caused by the electric, dot, etc. of each display element, and the active state of the display element at the corresponding place causes a lot of power consumption, and changes the screen of the display panel. In general, since the state of transition from the predetermined screen to the next screen is changed instantaneously, the dynamic stimulus of the naked eye to the change in the visual perception of the viewer of the display panel is weakened, and the transmission characteristic of the display function is deteriorated.

In the monochromatic display panel, the number of colors cannot be expressed in only three colors (red, green, blue; in the case of LED) due to the characteristics of the light emitting element itself, and the color change of the displayed form is monotonous. In particular, since the number of display lamps that are integrated and arranged per unit area of the display panel is large, the circuit and mechanical complexity are considerably increased, which makes design difficult, and causes factors such as price increase and maintenance and management disadvantages. It was not desirable.

The present invention is to provide a color character graphic display system by a novel color flap unit that is capable of improving the problems in the conventional character graphic display system as described above.

The main purpose of the present invention is that the display panel for guidance and publication is capable of expressing characters, graphics, etc. with various color changes regardless of the ambient brightness according to the environment, and the display panel of the color flap unit is inverted and converted to a color flap type. As a result, these viewers' eyes can improvise the changing dynamic visual sense improvibly, which can promptly induce their curiosity, hobby and attention and breathing ability, thereby maximizing the information transmission effect such as guidance and display on the display board. A color character graphic display system is provided by a color flap unit.

Another object of the present invention is that the display panel in which characters, graphics, etc. are connected to a logic device such as a computer is mainly mechanical, so that the display element may not function properly due to electric noise or current conditions of the circuit. Disadvantages can be eliminated, and the number of display dots per unit area of the screen can be kept to a small number, so that the mechanism and electrical configuration requirements can be simplified, and the color of the color flap unit can reduce the price of these display panels. Character graphics display system is provided.

In particular, the present invention achieves the above object, and a color flap mechanism in which a plurality of color flaps constituting one pixel as two flap surfaces on one rotation shaft is radially restrained, and a small motor for slowing and rotating the rotation shaft of the color flap mechanism. Because the operation stops at a predetermined color that exposes the power supply to the unit and the small motor unit, the color stop control unit for intermittent operation and the related configuration of the color stop selection unit which allows the stop control operation of the color stop control unit to be selected 1: 1 by switch means The color flap unit is a color flap display panel in which the color flap unit is arranged and arranged as one dot pixel of the matrix display panel. A display driver generating an output and a central processing unit A color flap controller is connected to a display processing unit that controls data output for one screen and displays and outputs the screen data sent from the screen data. Modified, edited, and analyzed through the memory and FDD, which are auxiliary storage devices, and the necessary data are extracted from them, and the color flap display central processing unit controls to output predetermined output data to a plurality of color flap controllers through the connector. It is characterized by its color character graphical presentation system.

Hereinafter, this will be described in more detail. That is, FIG. 1 shows the color character graphic display system by the color flap unit according to the present invention. Here, the console 32 inputs, edits and modifies various color data to be displayed and displayed, and the FDD (screen data edited and modified by the console 32) and the screen data through the data communication connector 35 are stored. 33) and the central processing unit 3 of the color flap including the system memory 34, a CPU 31 which controls various inputs and outputs, arithmetic processing operations on color screen configuration data, and a connector 36 for outputting color screen data. ) And a coupler or a plurality of color flap control plates 2 and a color flap display panel 1 are respectively connected to the connector 36 of the display central processing unit 3.

In addition, the color flap controller 2 of the first example is shown in more detail as shown in FIG. Here, the RAM 22 and system tone 24 which temporarily receive the color screen data displayed and displayed through the connector 36 of the display central processing unit 3 through the serial communication data input device 20 or the like and temporarily store data for each screen. ) And a series of displays that are inputted from the display central processing unit 3 to the serial communication data input unit 20 and temporarily stored in the RAM 22 and sent to the display driver 2B through the PIO 23. The display processing unit 2A is constituted by the MPU 21 which performs the processing operation, and the individual dot color flap unit a on the color flap display unit 1A side expresses the display output data of the display processing unit 2A. And a display driving section 2B which provides its drive output to designate a color designation and a predetermined dot on the color flap display section 1a side.

Then, the display driver 2B temporarily stores the data driver 25 which drives the color data signal from the PIO 23 of the display processor 2A and the output data of this data driver 25, and decodes it into color pixel data. A latch decoder 26, an address driver 27 for driving an address sent from the PIO 23, a dot address counter 28 for performing dot specification with the output of the address driver 27, and the dot address counter. This configuration is related to the timing logic 29 that provides the timing clock for one screen to 28. As shown in FIG. The output of the display driver 2B is provided to the color flap driver 1a for driving the flap mechanism 4 of the color flap unit a, where reference numeral AB denotes an address bus and DB denotes data. The bus, CB, is the control bus.

FIG. 3 shows the color flap display portion 1A related to FIG. 2 in more detail. Here, the color data (CD) provided from the data driver 25 on the display driver section 2B is temporarily stored in the latch section 26a for temporarily storing data on the latch decoder 26 side, and the latch section 26a. The color flap units a _{11 to} ann whose outputs are outputted through the color decoder 26b are n × n and (ann) are provided to the color flap display panel 1 arranged in a matrix. The latch section 26a is configured to temporarily store and output data using the dot designation clocks S ₁ to Sn provided from the dot address counter 28.

In addition, FIG. 4 shows FIG. 3 in more detail. Here, color information data (CD _{1 to} CDp) having P information data bits are temporarily stored in the latches 26a _{1 to} 26ap separately, and this output is passed through the decoders 26b _{1 to} 26bn and q color data bits ( The CD ₁ a-CDqa is generated and sent to the color flap driving section 1a for driving the color flap mechanism 4. Further, the collar flap driving portion 1a is a color stop selector 5, which is an electronic switch means, and a collar having a rotary contact and a rotation brush that correspond to the number of stitches in the color stop selector 5 1: 1. The rotation control force of the stop control part 6 and the plurality of color flaps and the motor part 7 of the rotation brush drive of the said color stop control part 6 are comprised.

In addition, the color flap drive unit (1a) struck an embodiment of this more detailed as shown in FIG. If this assumption seotneun expressed kojyeo the n gaera data number of the color to the color flap, the collar flap stop selecting section 5 side is common to the leads, and one driving line (x) of the motor unit (7) ₅₁ It is a switch means that is opened and closed by the -5n electronic logic switch, the color stop control unit 6 is connected to the other side of the 5 ₁ ~ 5n electronic logic switch individually in a 1: 1 line (y) and to the insulator (62c) A circuit pattern portion 62 continuously connected to the outer contact pattern 62a arranged in isolation with each other, and an inner contact pattern 62b connected to the other line z of the motor portion 7 continuously in an annular shape, and the circuit pattern The brush mechanism 61 and the brush mechanism 61 are formed by the outer brush 61a in contact with the outer contact pattern 62a of the part 62 and the inner brush 61b in contact with the inner contact pattern 62b. It is a related structure with the rotating shaft 6a to rotate.

In addition, the rotation shaft (6a) is obtained from the motor portion (7) for driving the color flap mechanism 4, the deceleration driving force in conjunction with the color flap drive, the motor portion 7 and the color stop air portion (6) By the color stop selector 5, the drive power line is connected in series to be interrupted. The color flap mechanism 4 is arranged so that a rotating shaft having a flange on which various color flap plates are radially restrained is connected with the deceleration power of the motor unit 7. The color flap composition 1a and the color flap mechanism 4 are integrally integrated in one case to form the color flap unit a. As an example, a specific embodiment of the color flap unit (a) of the above example is shown in FIG. Here, the fitting frame 13 having a transparent display window 14 and a fitting portion 13b and a latching portion 13a for pausing the upper color flap which is located on the upper side in the drawing among the plurality of color flaps 4a to 4n so as to be fitted therein. And a main body 12 having an opening face 12a on one side and a shaft fixing hole 12b on the side.

In addition, the color flap mechanism 4, the reduction gear part 7a, the motor part 7, the color stop control part 6, and the circuit board 63 from the opening surface 12a side of the said main body 12 in order. The color stop selector 5 and the like of the logic element arranged on the side are mounted. The collar flap mechanism 4 includes a plurality of collar flaps 4a to 4n having a size in which the opening area 12a of the main body 12 is opened in half, and the collar flap mechanism 4 is formed from the flange 42 of the length rotating rod 43. It is made freely to play freely, and the length rotating rod 43 forms a flap gear 41 having a gearing portion 41 at one end thereof, and the shaft protrusion 43a protrudes from the other side thereof.

In addition, cutout grooves 40 each having a size surrounding the arcuate surfaces of the gearing portion 41a and the flange 42 are formed on the color flaps 4a to 4n, respectively. In addition, the collar flap (4a~4n) is the pixel of the forms of single pixel dots in Y ₁ when the front of these X _1, when the front side is assumed to be X _1, Y ₁ to the sheet as an example wherein the adjacent screen Each color is colored the same or different colors. For example, when it is divided into the front surface 14a _{1 to} 14n ₁ and the rear surface 14a _{2 to} 14n ₂ , the front surface 14b of the color flap 14b adjacent to the back surface a of the color flap 14a has the same color (or heterogeneous color). In addition, the screen pixels of 14b ₂ , 14c ₁ , 14c ₂ , 14d ₁ -and the like are colored.

In addition, although the motor part 7 was shown to have the reduction gear part 7a between the color flap mechanism 4 and the color stop control part 6 in the Example of this invention, this is the motor part 7 It may be a motor with a built-in reduction gear or a DC synchronous motor or a step motor. Therefore, in the embodiment of the present invention provided with the reduction gear unit 7a, the flap driven gear 72, the first and second reduction gears 73 and 74, and the color stop control unit engaged with the flap gear 41 as shown in FIG. Brush drive gears 75 and the like on the side (6) are fixed to each other in the gear box 71 of FIG. In addition, the color flap unit (a) shows the shape as shown in FIG. 8 when the matrix plate 1B is formed by using this as a dot.

Here, a color flap unit (a) having a row x column of 5 x 7 is integratedly arranged on the fixed array plate (8) for mounting and fixing the color flap unit (a). In addition, an example of the case where the color flap unit (a) is attached and fixed on the fixed array plate 8 with one dot is shown as shown in FIGS. 9 and 10. Here, the pipe tube 16 having the through hole 16b and the threaded portion 16a at the rear side of the color flap unit a is presented, and the bundles of various lines drawn out from the circuit board 63 of FIG. 6 are bundled. As a result, the lead-out hole 16b of the pipe tube 16 is drawn out to fill the insulating member 17.

In addition, at the symmetrical corners on the rear side of the pipe tube 16, the fixing projections 12c (or fixing grooves) are respectively protruded (recessed), and the bundle of wires drawn out from the pipe tube 16 has its ends. Addressed the adapter (18). In addition, the pipe arrangement 16 and the fixing projections 12c corresponding to the fixing projections 12c are provided with pipe fixing holes 8a and fixing grooves 8b (or fixing projections), respectively, as shown in FIG. This is to be coupled as a nut when the color flap unit (a) is fixed to the fixed arrangement plate 8 side as shown in Figure 9b.

On the other hand, in Fig. 1, when the color flap unit 1 is viewed toward the display surface side, a circle like (A), a square like (B), an oval like (C), a lozenge like (D), ( E) can be carried out by changing the shape to a + shape, such as, in particular, the square, the regular hexagon is n + 2 (where n can be a polygonal form that is increased to an even number of two or more) The present invention of such a configuration The action and effects are as follows.

That is, in the present invention, as shown in FIG. 1, the color flap display panel 1A determines which type of color flaps is to be expressed, and color information for displaying characters or graphics by the predetermined color. The color flap central processing unit 3 processes the information for displaying the flap graphics. The color flap processing unit 3 inputs from the console 32 which inputs and processes image graphics and characters using the keyboard as screen data, which can be inputted through an image capture input device including a mouse, an image recorder, a digitizer, and the like. Stored color screen data in the FDD 33 or the temporary storage device of the memory unit 32 including the temporary storage device and the system memory under the control of the CPU 31, which is a central processing unit, or from the data communication connector 35. Stores color screen data sent externally. At this time, the CPU 31 stops the VTR or the like in consideration of the number of color flap dots on the color flap display panel 1A side, the display speed, and the like by using color image data such as color characters and graphics input from the console 32. The color image is re-edited, and data processing, storage, and communication processing are performed in which a color screen in which characters and graphics are superimposed, or a single expression of characters or graphics can be performed.

On the other hand, when an input is received from the console 32 to display a predetermined color screen to the color flap display panel 1A on the terminal side, it is stored in the screen edited and modified by the console 32, the memory unit 34, or the FDD 33. The screen data is drawn out and the display data of the corresponding color screen is sent out through the connector 36. The color flap data for one screen information is sent from the color flap central processing unit 3 to the color flap controller 2 side. In this case, serial communication is performed in the display processing unit 2A on the color flap controller 2 side as shown in FIG. Predetermined data is temporarily stored in the screen RAM 24 for temporarily storing color data for one screen via the connector 20. Here, the data storage processing for one screen is carried out under the control of the color data processing stored in the system memory 22 and the MPU 21.

After the color data for one screen is written to the screen RAM 24 side, the next scroll MPU 21 reads data from the screen RAM 24, and displays the screen color data and dots through the PIO 23. The specified address and timing clock of the timing logic 29 are sent out. The color data, dot designation address, and timing clock provided from the PIO 23 are provided to the data driver 25, the address driver 27, and the timing logic 29 on the display driver 2B side, respectively.

The data driver 25 aligns the color data (CD) with the dot designation address provided from the address driver 27 side to provide pixel data forming one dot color. In this case, the color on the color flap mechanism 47 side is provided. When the flaps 4a to 4n are defined in eight colors, a bit unit consists of two pieces of data. That is, if the output bits of the data driver 25 are logically provided in the order of 000,001,010,011,100,101,110,111, the corresponding color flap units (a _{11 to a 18} ) are red, orange, yellow, light green, green, blue, It is expressed in indigo blue and purple.

TABLE 1

Therefore, the output of the data driver 25 side is temporarily stored in the latch decoder 26, and the dot designation address point dot designation counter 28 provided through the address driver 27 counts the latch decoder 26. To the color flap driving section 1a on the color flap display panel 1 side. In addition, the dot designation counter 28 drives the timing logic 29 under the control of the MPU 21 of the display processing unit 2A to output the data temporarily stored in the latch decoder 26, thereby providing the synchronization clock. The output of data synchronized with the clock is generated, and the color data output from the latch 26a side of the latch decoder 26 as shown in FIGS. 3 and 4 is assumed to be 8 colors of color flaps. 3 bits, which provides an 8-bit logic output via decoder 26b. In addition, the number of color flaps may be a number of types of color expression by increasing the number of data bits arbitrarily, but at least eight kinds in consideration of the mechanical conditions for integrating at least eight color flaps radially on the rotation axis, It is preferable to set to 12 types, 16 types, 24 types, and the like.

On the other hand, the timing clock on the timing logic side is one screen or local when one screen of data or local data is sequentially drawn out from the screen RAM 22 under the control of the MPU 21 on the display processing section 2A. The timing clocks of the start and end of data presentation are received from the MPU 21 side, and the timing of the start and palm of the dot address counter 28 is provided. For example, assuming that the number of dots per screen is 32x32 rows and columns, a dot specifying pulse having a period of 244 Hz is generated, and the dot address count pulse synchronized by the dot specifying pulse is latched. The latch of the corresponding address on the decoder 26 side is designated to output the color data.

In addition, when expressing local color characters and graphics other than the above-described ones, the display processing unit 2A is also the first row from the dot having the address of the few rows and the several columns from the dot designation address output provided by the MPU 21. The local change can also be performed up to the dot having the row and column address.

On the other hand, when supplied with the latch decoder 26 the color data is assumed to be the fourth degree of the rough color data (CD) to the number of data driver 26 P-bit data (CD ~CDp ₁₎ as in the examples which gakgae dot decoder ( Q bit data (CD _{1 a to} CDqa) are output via 26b _{1 to} 26bn, which is the color flap driving unit 1a of the color stop selection unit 5, the color stop control unit 6, and the motor unit 7. To the color stop selector 5.

The color stop selector 5 is an electronic switch of a logic action in which only one of a plurality of switches is in an opposite logic state, and assuming that eight bits that are output bits of the decoders 26b _{1 to} 26bn are eight, Only one maintains logic 0 (or logic 1), and the other 7 maintains logic 1 (or logic 0) opposite to logic 0 (or logic 1) to switch devices corresponding to the number of eight colors set. Keep on or off.

The motor unit 7 is to stop the driving force at one of eight selected switches of the color stop selector 5, and the driving force to the color flap mechanism 14 until reaching the predetermined switch of one of the eight. The color flap is continuously inverted, and on the other hand, the contact brush rotating means of the color stop controller 6 interlocked with the continuous inversion operation of the color flap mechanism 4 stops at the predetermined switch. For example, as shown in FIG. 5, the operation states of the color flap driving unit 1a and the color flap mechanism 4 will be described in more detail.

62b⇒61b⇒61a⇒62a중 어느 하나⇒5₁∼5₈중 어느 하나⇒X로 유지되어 모터부(7)의 구동작용이 이뤄진다. 그러나, 이때 상기 칼라정지선택부(5)의 제3번 스위치(5₃)만 오프를 유지하고 있으므로 이외의 스위치 (5₁,5₂,5₄-5₈) 선로와 이어진 칼라정지제어부(6)측의 외접점패턴(62a)에 면접된 외브러쉬(61a)는 통전을 유지하고 있어 모터부(7)는 회전동력을 제공케되고, 계속해서 다음의 외접점패턴(62a)으로 넘어가게 된다. 이때, 상기 제3번 스위치(5₃)와 이어진 칼라정지제어부(6)측의 외접점패턴(62a)에서는외브러쉬(61a)와 면접되어 지더라도 선로가 차단된 상태이므로 이 지점에서 모터부(7)의 동력이 끊어지는 것이다.That is, here, the drive line of the motor unit 7 is connected in series with the color stop selector 5 and the color stop control unit 6, respectively, and the color stop control unit 6 is driven by the power of the motor unit 7. The brush rotating shaft 6a is operated. Then, it is assumed that only the third switch 5 of the color stop selector 5 is turned off, and the other switches 5i, 5 ₂ , 5 ₄ ,-5 ₈ are kept in the on state (color data). Is a 2-bit logical value and is provided to the color stop selector 5 at 11011111 (or 00100000) so that the drive line of the motor unit 7 is Z.

Any one of 62b ⇒ 61b ⇒ 61a ⇒ 62a ⇒ 5 _{1 to} 5 ₈ ⇒ X is maintained to drive the motor unit 7. However, at this time the third time switch ₍₅₃₎ only maintain the switch-off than it _{(51, 52, 54-58)} lines and led collar stop controller (6 of the collar stop selecting section (5) The external brush 61a interviewed by the external contact pattern 62a on the side of the < RTI ID = 0.0 > a < / RTI > maintains energization so that the motor unit 7 provides rotational power, and then continues to the next external contact pattern 62a. . At this time, in the external contact pattern 62a on the side of the color stop control unit 6 connected to the _third switch 5 ₃ , even though the external brush 61a is interviewed, the line is blocked and thus the motor unit ( 7) power is cut off.

On the other hand, before the power of the motor unit 7 is cut off, since the power is supplied to the color flap mechanism 4 in an interlocked manner, the color flap on the side of the color flap mechanism 4 undergoes an inversion operation. With the power cut off, the color flap is stopped at the predetermined color position to display the pixel of the predetermined color to display. In addition, in the present invention, since the corner portion 7 is implemented in the form including the reduction gear portion 7a, this will be described in more detail with reference to FIG.

That is, FIG. 6 shows the color flap unit (a) in which the color flap driving unit (1a) and the color flap number (4) of the examples of FIGS. 4 and 5 are integrated in one case, where the above-mentioned color stop selection is made. The motor part 7 which provides rotational power only to the switch selected by the part 5 and the power of the motor part 7 pass through the reduction gear part 7a to the color flap mechanism 4 and the color stop control part 6 side. It is provided as a brush axis of rotation (6a). The power of the motor unit 7 is transmitted to the first and second reduction gears 73 and 74 of the reduction gear unit 7a, the color flap driven gear 72, and the flap gear 41 of the color flap mechanism 4, The collar flaps 4a to 4n, which are placed on the flange 43 of the flap rotation shaft 42, are rotated at a predetermined reduced rotational force, and the collar flaps 4a to 4n are the opening faces of the case body 12. When the motor unit 7 is stopped, the lower color flap positioned below is self-weighted, and the upper color flap positioned above is the locking protrusion 13a on the fitting frame 13 side. While being positioned and fixed in position, one pixel dot is formed by two color flaps 4a to 4n.

In addition, the color flaps 4a to 4n are adopted so that their front and rear surfaces form the same color by adjacent color flaps, thereby forming one color pixel. On the other hand, since the brush drive gear 75 of the reduction gear portion 7a is rotated in conjunction with the first and second reduction gears 73 and 74, the brush rotation shaft 6a rotated by the brush drive gear 75 and The brush mechanism 61 is rotated so that the brushes 61a and 61b outside the brush mechanism 61 are interviewed by the contact point patterns 62a and 62b, respectively, except for the example of FIG. To connect the power lines. At this time, the external contact pattern 62a is provided with an insulating portion 62c between the contact patterns, so that when the external brush 61a is stopped due to the stop of the motor unit 7, the external contact pattern 62a is always in the plurality of external contact patterns 62a. It stops at either. In addition, the color flap unit (a) is integrated into a matrix plate as shown in FIG. 8 to display predetermined color data as the display output data of the color flap controller 2 mentioned above.

9 and 10 show one embodiment when the color flap unit a is integrated and arranged on the side of the fixed array plate 8. Here, the symmetrical fixing projections 12c provided on the rear side of the color flap unit 1, the fixing projection holes 8b on the side of the fixed array plate 8, corresponding to the spiral portion 16a of the pipe tube 16, and The position can be simply fixed by the pipe insertion hole 8a and fastened as a nut using the spiral portion 16sa. The bundle bundled with various electric wires on the side of the circuit board 63 drawn out through the through-hole 16b on the side of the pipe tube 16 is filled with the insulating member 25 in the through-hole 16b, so that the airtightness can be well maintained. The circuit connection can be made simply as an adapter 18 which is retained and is connected to the controller card on the color flap controller 2 side.

The screen change operation of the color flap display panel 1 with the color flap unit a as one dot pixel can produce an intermittent change operation as one screen or local screen data provided to the color flap controller 2. . 5 to 10 show an example in which the shape of the display window of the color flap unit (a) of the present invention is in the form of a rectangle, it is a garden, a square, an oval, a lozenge, + It can be seen that it is easy for a person in this field to be able to transform into a shape. The present invention improvises the dynamic view of the color change to the person who is interested in it because the screen change operation in which the matrix display panel connected to the computer communication system becomes a color flap and is switched from one color to another color is reversed into a parallax change. It can stimulate the audience's curiosity, hobbies, palatability, etc., and can maximize the delivery of advertisements, guidance, and guest.

In addition, the pixel dot constituting the matrix display panel is a mechanical reversal means, rather than an electric direct light emitting means, thereby eliminating disadvantages such as malfunction and disconnection due to electric shock and economical power consumption. In addition, the number of colors expressed by the color pixel dot can be increased or decreased by the number of color flaps, so that the color expression can be achieved in various colors. In addition, since the color flap itself is not given directly to the device, it does not lose display ability due to the change in the illumination of its surroundings, and in particular, the number of pixel dots occupied per unit area can be greatly reduced, thereby facilitating the design and manufacture of the matrix display panel. There is a beneficial feature that can be harmonized.

Claims (5)

In a character and graphic display system of a matrix display panel in which matrix dots are used in connection with a computer or the like, the matrix display panel is a color flap display panel 1 of dot arrangement by a color flap unit (a), and the color flap unit (a) is a contact point and a color still selection unit (5) for performing switching logic selected by the digital input of various kinds of image data, which is connected in correspondence with the plurality of switches (5 ₁ -5n) in the collar stop selecting section (5) A color stop control unit 6 having a pattern and a rotating brush, a motor unit 7 in which a driving line is interrupted by a series connection of the color stop selector 5 and the color stop control unit 6, and the motor A color flap mechanism (4) composed of a plurality of color flaps which are linked to and rotated by a rotating brush in the color stop control unit (6) by the unit (7), and the image graphics and keyboard input characters inputted from the image photographing input unit; The console 32 for inputting the light as screen data, and the color image data such as color characters and graphics inputted from the console 32, the number of color flap dots on the color flap display panel 1, the display speed, and the like. In consideration of the still color image such as the VTR, the CPU 31 performs data processing, storage, and communication processing for re-editing and displaying a color screen in which characters and graphics are superimposed, and displaying characters or graphics alone; FDD 33 and memory 34 for temporarily storing screen data, and data for interfacing to supply color screen data sent from the outside to the console 32, FDD 33, and memory 34. When the communication connector 35 receives an input for displaying a predetermined color screen from the console 32 to the color flap display panel 1 on the terminal side, the screen modified or modified by the console 32 or the FDD 33 or the memory. Stored in section 34 It comprises a color flap central processing unit (3) consisting of a controller connector 36 for interfacing to send the screen data to the color flap controller (2), and temporarily stores the display screen data, and the screen display data to the color flap drive unit ( And a color flap controller (2) which performs a control operation to be sent to the color stop selector (5) of 1a). The display apparatus of claim 1, wherein the color flap controller (2) temporarily stores screen information provided from the color flap central processing unit (3) as display data to be displayed on the color flap display panel (1), and the dot address of the display data; The display processing unit 2A of the processing operation for providing timing clock and color data output to the color flap display panel 1, and the dot address, timing clock, and color data output are converted into the driving output of the realistic color flap driving unit 1a. Color character graphic display system by a color flap unit, characterized in that the configuration associated with the display drive unit (2B). The display processing unit (2A) of the color flap controller (2) is a serial data communication connector (20) for input processing of data provided from the color flap central processing unit (3), and temporarily storing and outputting screen data. MPU 21, a screen memory 22 for temporarily storing screen data, a system memory 24, a PIO 23, and the like, and the display driver 2B includes data leading to the PIO 23. And a dot designation counter 28 and a timing logic 29 connected to the address driver 25 and 27, the data driver 25, the latch decoder 26, the address driver 27, and the like. Color character graphic display system by color flap unit. 4. The latch decoder 26 of the display driver section 2B includes a latch section 26a for temporarily storing data bits provided from the data driver 25, and a latch decoder 26a provided from the latch section 26a. A color character graphic display system using a color flap unit, characterized by comprising a decoder (26b) for decoding color data into a predetermined number of colors. 5. The output of the decoder (26b) in the latch decoder (26) on the side of the display driver (2B) is connected to the n switch means of the color stop selector (5) on the side of the color flap driver (1a). Color switching graphic display system by a color flap unit, characterized in that the switch means is composed of a data bit that is selected to selectively stop any one of n selectively.

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