KR100291271B1 - Organic device - Google Patents

Abstract

The present invention is an organic device in which the organic surface is organically dropped by organic beads, and the display surface of the display portion for electrically displaying the organic matter is attached to the organic surface, and is conductive to all or the edges of the display surface. A surface cover member is attached, and a large amount of static charge accumulated by friction between the organic display surface and the organic beads can be dispersed in the conductive surface cover member, thereby preventing the occurrence of a local strong electric field. It is possible to reliably prevent air discharge.

Description

Organic device

1 is a perspective view of an organic apparatus according to an embodiment of the present invention.

2 is an explanatory diagram showing a configuration of an organic portion of the organic device.

3 is a rear view of the organic device.

4 is an explanatory view of the configuration of a display unit embedded in an organic panel.

5 is an explanatory diagram of a display example of a liquid crystal display panel.

6 is an electric circuit diagram of an organic apparatus centering on the organic panel controller.

* Explanation of symbols for the main parts of the drawings

1: pachinko organic device 2: side frame 4: front frame

6: glass door frame 8: faceplate 10: organic panel

11: guide rail 12: ordinary standing mouth 13: type 1 starter

13A: Granularity Sensor 14: Entrance Latch 15: Outlet

16: LCD panel 17A: Winning lamp 17B: Organic operation lamp

19: batting supply plate 20: operation handle 21: lower bead plate

26: batting motor 30: organic panel control device 33: power supply

50: display control circuit 54: sub CPU 60: display unit

62: display body 64: laminated thin plate 66: protective cover

68: metal frame

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to organic devices such as skimps and arrangement balls, and more particularly, to an organic device that further improves organicity by displaying an organic state of the organic device.

In this kind of organic apparatus, the organicity is improved by displaying by voice or light, but the degree of freedom of expression is increased by using a liquid crystal panel or an LED panel in recent years. For example, imitating a slot machine and driving a liquid crystal panel or LED as if three drums with numbers or patterns are rotating, creating a specific situation such as winning by matching numbers or patterns. The organic properties are further enhanced. In other words, increasing the display function of the perspective of the organics is an important point in increasing the organicity of the organic device.

Therefore, in this kind of organic apparatus, it is required to mount a more realistic and various display function, and the high functionalization of the display part is progressing not only the function which detects the organic state of an organic apparatus.

The high-performance display part which consists of a liquid crystal panel and an LED panel employ | adopts many semiconductors by the structure. In addition, in order to meet the demand for higher functionality and lower power, many logic circuits using MOS semiconductors are often used in recent years.

However, there has been a problem that the organic device in which the electronic and high functionalization is achieved in this way is weakened against electric shocks represented by electrostatic breakdown and the like. In particular, organic devices, such as a biscuit or an arbor ball, are organically formed using metal organic beads that fall naturally from the organic surface. Therefore, the display portion exposing the display surface from the organic surface is caused by friction with these organic beads. Since charging of static electricity is inevitable, countermeasures against static electricity are indispensable. However, it is difficult to take fundamental countermeasures at the design stage due to the difference in the floating capacity of each organic device, as well as the mechanism of occurrence of electrostatic shock due to static electricity.

For this reason, although each manufacturer strives to secure the reliability of the device by conducting environmental tests or aging tests as much as possible at the time of designing or shipping the organic device, the countermeasures against unpredictable electrostatic breakdown as described above. Even the failure rate can not be controlled, which is the biggest obstacle in the development of organic devices.

The organic device of the present invention solves this problem, and has an object of providing realistic and various display functions capable of satisfying the organics with sufficient reliability against electric shocks such as static electricity and adopting the following configuration. did.

In the organic device of the present invention, the organic device is organically induced by organic beads falling naturally from the organic plane, and the display unit for electrically displaying the organic state is provided with the display surface exposed from the organic plane. An electroconductive surface cover member is attached to all or the edge part.

Moreover, it is preferable that the surface Kerr member consists of the structure which all or one part has a light transmittance, for example, an electroconductive transparent film, network electroconductivity, etc. In addition, by providing a conductive back cover member surrounding the back of the display unit and electrically conducting the back cover member and the surface cover member, the display unit can be completely surrounded by a conductor. In order to exert the effect of the present invention even more, it is more preferable that the surface cover member and the rear cover member are electrically connected to the ground of the display unit and set to the same potential as the ground.

In the organic device of the present invention configured as described above, even when large electrostatic charges are accumulated by friction between the display surface and the organic beads, the electrostatic charges charged on the display surface are dispersed locally on the conductive surface cover member. The generation of a system can be prevented.

In addition, if all or part of the surface cover member has a light transmissive structure, the display function of the display surface is not impaired. Further, by providing a conductive back cover member surrounding the back of the display section and electrically conducting the back cover member and the surface cover member, a large conductor box surrounding the display section can be formed. Further, the surface cover member or the rear cover member may be made to have the same potential as that of the conductor box surrounding the display portion.

EXAMPLE

EMBODIMENT OF THE INVENTION In order to make clear the structure and operation | movement of this invention demonstrated above, preferable Example of this invention is described below. 1 is a perspective view of a pachinko organic device 1 according to an embodiment of the present invention, FIG. 2 is an explanatory view showing the organic portion DP of the organic device, and FIG. 3 is a rear view of the pachinko organic device 1. .

As shown, this pachinko organic device 1 is provided with a front frame 4 openably mounted on the front surface of the side frame 2, and a glass door frame 6 and a front surface of the front frame 4. The front plate 8 is mounted so as to be openable, and the organic panel 10 is detachably attached to the rear surface of the front frame 4 via an attachment frame (not shown).

On the surface of the organic panel 10, guide rails 11 for guiding the firing beads are provided, and in the organic part DP enclosed by the guide rails 11, as shown in FIG. A mouth 12, a first type starter 13, and a charging mouth 14 are provided, and a discharge port 15 is provided below the organic panel 10. The charging mouth 14 is provided with a driven part 14B which opens a movable piece when a winning condition is established, and makes a state where the pachinko ball easily enters. Ten count sensor which detects that it was a condition to stop the prize winning situation by entering the prize winning sensor (14C) and ten pachinko balls of the entrance prize mouth to continue winning prize situation (so-called V prize prize) when we entered 14A is provided.

Near the center of the organic panel 10, the display unit 60 as shown in FIG. 4 is embedded so that only the display surface thereof is exposed from the organic panel 10. As shown in FIG. The display unit 60 of this embodiment adopts a liquid crystal display panel 16 using a 3-inch color TV liquid crystal display device as a display surface. The liquid crystal display panel 16 includes a liquid crystal panel having a high contrast ratio of a TFT type, and every second is based on an interlaced scanning method of 2: 1 similar to a normal TV display. It has a function of inputting an image signal of 60 frames and displaying it. The liquid crystal display panel 16 of this embodiment uses a normal liquid crystal television unit as it is. Therefore, when the signal for one frame is transmitted to the liquid crystal display panel 16 within 16.67 msec, it becomes possible to dynamically display a vivid color image equivalent to that of a normal TV.

The display control circuit 50 for controlling the display contents of the liquid crystal display panel 16 is arranged on the rear side of the liquid crystal display panel 16, and these are arranged in the display main body 62 in which three attachment holes 62A are formed, respectively. It is installed integrally. A laminate thin plate 64 made of aluminum having excellent conductivity is attached to the outer peripheral portion of the upper surface of the display main body 62, and a protective plastic cover 66 made of transparent plastic is provided on the laminate thin plate 64. The liquid crystal display panel 16 is protected from an impact caused by a collision of the wax beads. In addition, the display main body 62 is housed in the metal frame 68 for protection from various collisions and for electrical grounding, and is firmly attached to the organic panel 10 by metal screws (not shown). By this screw, the laminated thin plate 64 and the metal frame 68 are electrically connected to each other, and the entire display circumference 62 is surrounded by a conductor.

5 is a view illustrating the display contents of the liquid crystal display panel 16 described above. As shown, the liquid crystal display panel 16 is largely divided into three areas in a normal organic state, the upper portion of the message line 16A, the center portion of the special pattern display portion 16B, and the lower portion of the liquid crystal display panel 16. ) Display portion 16C. In the upper message line 16A, a message suitable for the current organic situation is displayed. In the center special pattern display section 16B, a three-digit game special pattern is displayed. In the lower portion 16C of the lower retained number display portion, the number, so-called, and retained number of pachinko beads, which have been prized in the first type starter 13 and have not yet been provided for the rotation of the special pattern display portion 16B, are displayed in the rectangular display A. Up to four are displayed by inverting the rear sequentially from the left.

As another display device, the pachinko organic apparatus 1 is provided with a winning winning lamp 17A for displaying a winning prize and an organic operating lamp 17B for displaying that it is organic (see FIG. 1).

On the front surface of the front plate 8, a batting supply plate 19 for guiding the introduced pachinko beads one by one to a firing position (not shown) is provided. In addition, the lower part of the front frame 4 is provided with an operation handle 20 for squeezing the pachinko beads at the firing position with the organic portion and a lower bead plate 21 for collecting surplus prize beads of the ball supply plate 19. . The operation handle 20 is to control the repulsion force by the hitting motor 26.

As shown in FIG. 3, the organic panel control apparatus 30 is provided in the center part of the back surface of the organic panel 10. As shown in FIG. The organic panel control device 30 manages the overall organic situation of the pachinko organic device 1 as a whole. That is, the organic state of the organic apparatus 1 is judged from the operation state of the operation handle 20, the detection output of the granular sensor 13A, the ten counter sensor 14A, etc., and the driven part 14B according to the determination result. The operation of the liquid crystal display panel 16, the winning lamp 17A, the organic operation lamp 17B, the hitting motor 26, and the speaker (not shown) is controlled.

The pachinko organic apparatus 1 includes, in addition to these apparatuses, a granular bead processing apparatus for discharging prize beads based on pachinko beads that have been prized in the granular orifice 12, 14 or the starting orifice 13, and other devices informing the organic situation. General devices such as various lamps, speakers, or indefinite detection devices are provided, and detailed descriptions of these general configurations are omitted.

Next, the structure of the organic panel control apparatus 30 and its operation | movement are demonstrated. As shown in FIG. 6, the organic panel control device 30 has a power supply unit mainly based on a single-chip microcomputer (hereinafter referred to as MPU) 31 having an arithmetic logic unit, ROM, RAM, or the like. 33), input / output interfaces 35A and 35B, output interface 35C, and the like. In addition, the crystal oscillator Xtal is provided externally in the MPU 31, whereby the elapsed time can be measured with high accuracy, and an interrupt control or the like is performed to the interval timer using the same.

The power supply unit 33 is a circuit for inputting 24 volt alternating current from the outside to generate three types of power sources VE, VD, and VCC. The power supply unit 33 is a diode stack 41 for full-wave rectifying alternating current of 24 volts to generate a power source VE, and an electrolytic capacitor C1 for smoothing this to generate a direct current high voltage power source VD. And a regulator 43 for generating a 5-volt stabilized power supply VCC stabilized from C2), a diode D1, and a direct current high voltage power supply VD. The various voltage sources obtained by this power supply unit 33 are used as electric power of the electrical equipment of the organic panel of the pacing bar organic apparatus 91.

The input / output interfaces 35A and 35B and the output interface 35C are conventional interface circuits for enabling signal input / output with various electric appliances arranged separately from the MPU 31 arranged in the organic panel control device 30. It is composed. Therefore, the electric circuit thereof is determined according to the electrical characteristics of the various electrical equipments that perform signal input / output with the MPU 31, and the known chattering prevention circuit, waveform shaping circuit, level shift circuit, hold circuit, etc. It is comprised combining suitably.

In the organic panel control device 30 configured as described above, lamps such as the above-mentioned winning lamp 17A, the organic operation lamp 17B, and the like, as well as the driven portion 14B, the hitting motor 26 and the like, are provided. In order to facilitate connection, the connector CN1 is prepared.

9 bits (P20 to P28) in the output port of the MPU 31 are connected to the display control circuit 50 by the flat cable FC via the output interface 35C of the open collector type and the connector CN2, and the liquid crystal. It is used for display command output (data 8 bits and strobe 1 bit) for controlling the display panel 16. In addition, in order to supply power to the display control circuit 50 side via this connector CN2, the connector CN2 is a DC high voltage power supply VD produced by the power supply unit 33 and a 5 volt stabilized power supply VCC. The flat cable FC is also used as a power supply line.

In addition to the normal liquid crystal panel driver 52 for driving the liquid crystal display panel 16, the display control circuit 50 includes a sub CPU 54 and a display ROM 56 for non-volatile storage of information. It is arranged. Here, the sub CPU 54 is a microcomputer which performs appropriate reading of the display control program stored in the 128K byte area of the display ROM and the display control data stored in the 256K byte area, and the organic panel control device 30 Display command in units of a total of 7 bytes inputted from the above) is interpreted according to the display control program stored in the display ROM 56, and the display control data required from the display ROM 56 is based on the analysis result. Is read and output to the liquid crystal panel driver 52.

Alternatively, the fold which serves as a reference unit of the display control circuit 50 may be a laminate thin plate 64 or a metal frame 68 surrounding the display main body 62 including the display control circuit 50 (see FIG. 4). ) Is connected. Thus, the display main body 62 is surrounded by a conductor having the same potential as that of the reference unit, so that a complete electrostatic shield is performed.

In the Pachiko organic device 1 of the present embodiment, which is configured as described above, the organic panel control device 30 in charge of main control and the display unit 60 which is a visual display unit are independently configured, and both of them are provided via a flat cable FC. Connected. The independent display unit 60 has a high degree of information processing. Therefore, it becomes possible to display a high resolution smooth moving image in a short time by changing a high visual display necessary for increasing the organicity of the pachinko organic device 1, that is, complicated and various patterns in a short time, while electrostatic breakdown is performed on the display unit 60. Many semiconductor devices, such as the sub CPU 54, which are vulnerable to electric shocks, etc. are used. In addition, since the TFT-type liquid crystal panel that enables clear display has a transistor structure for each cell, the display portion 60 has a structure that is susceptible to electric shock such as electrostatic breakdown.

The protective cover 66 used on the surface of the posi- tion 60 exposed from the organic panel 10 charges a considerable electric charge by friction with a metallic pachinko beads naturally falling in organic matter of the pachinko organic apparatus 1. In the normal case, an electric field of tens to several hundred Ks (V / m) is easily generated between the display main body 62 and the electric field between the protective cover 66 and the display main body 62. The strongest air discharge phenomenon occurs.

However, a conductive laminate thin plate 64 is interposed between the protective cover 66 and the display main body 62 of the present embodiment, and the electric charges charged by the friction with the pachinko beads are transferred to the laminate thin plate 64. Since it spreads, a locally strong electric field is not produced, and the air discharge phenomenon which can potentially destroy the sub CPU 54 or the like can be prevented. In addition, as shown in FIG. 4, since the laminated thin plate 64 is electrically connected to the metal frame 68 which is the electrical reference potential (grounding) of the display main body 62 through the screw, the display main body 62 And the protective cover 66 are reliably maintained at a constant potential, and can exhibit a complete electrostatic shielding effect.

Therefore, the display unit 60 can be protected safely and reliably from electrostatic destruction which cannot be theoretically avoided at the design stage, and the reliability of the organic device 1 can be improved. And since the display main body 62 is completely surrounded by the conductor, the malfunction of the sub CPU 54 by non-propagating radio waves is also prevented, and the operation of the display unit 60 can be ensured.

In addition, in order to significantly increase the reliability of the pachinko organic device 1 of the present embodiment, the conductive cover between the protective cover 66 and the metal frame 68 is secured. The metal frame 68 does not become an essential construction requirement because diffusion of the bottoms over a wide range can prevent the occurrence of a local strong electric field.

In addition, although the protective cover 66 and the laminated thin plate 64 are comprised separately in this Example, if sufficient mechanical strength and electrical conductivity are ensured by mixing conductive materials, such as carbon, in a transparent resin protective cover, You may comprise this integrally. In addition, the protective cover 66 covering the display surface does not need to be completely transparent, and has a light transmissive member, for example, a coarse mesh, that does not impair conductivity and the display function of the display main body 62. You may comprise with a metal mesh of.

As mentioned above, although the Example of this invention was described, this invention is not limited to the said Example, It is applied to a slot machine or other game apparatus other than a pachinko organic apparatus, or the conventional three-digit number and simple rotation display of a pattern are shown. Not only can the structure be executed in parallel, but also various embodiments which do not depart from the gist can be embodied.

As described above, the organic device of the present invention can disperse a large amount of static charges accumulated by the friction between the organic display surface and the organic beads on the conductive surface cover member, thereby preventing the occurrence of a local strong electric field. It is possible to reliably prevent air discharge. Therefore, it is possible to prevent the problem of damage to the liquid crystal and the semiconductor component due to the electrostatic charge.

Claims (1)

In an organic device in which a display unit for organically dropping organic beads from an organic surface and electrically displaying the organic matter is installed on the display surface thereof exposed from the organic surface, all or an edge portion of the display surface. An organic device comprising a conductive surface cover member attached thereto.