KR20000001813A - Lock structure of framework board - Google Patents

Abstract

PURPOSE: A slot machine is provided to easily examine, control and exchange a grinding machine and to have a grinding machine which does not have a problem environmentally. CONSTITUTION: The slot machine contains:a slot machine shelf(3) aligned vertically; a pinball launching piece for launching a slot machine pinball; openings(22, 32) for receiving the pinball fallen from the upper area, launched by the pinball launching piece; a collecting opening(34) for collecting a pinball which does not get into the openings(22, 32); and a foreign material eliminating piece for eliminating the foreign materials accumulated on the slot machine.

Description

Organic group

This invention relates to the organic group provided with the apparatus which removes the foreign material adhering to the organic sphere which is an organic medium used for a pachinco organic group etc.

In the conventional organic group, what provided with the apparatus which removes the foreign material adhering to organic sphere is the organic group shown by Unexamined-Japanese-Patent No. 9-192333, for example. In this organic group, a polishing apparatus is arranged in the passage of the organic sphere provided on the rear side of the other side, and as the organic sphere moves, the organic sphere comes into contact with the polishing member to remove the foreign matter attached to the organic sphere. did. The polishing apparatus, like a cassette tape for recording, arranges a pair of shafts in a case, mounts a reel on the shaft, and winds the tape-shaped polishing member from one reel to the other. The polishing apparatus is mounted so that the exposed portion of the polishing member faces the passage of the organic sphere, and the foreign matter adhering to the organic sphere is removed by contacting the polishing member when the organic sphere moves. If the polishing member's polishing ability drops, the reel rotates to expose the new tape surface.

However, in the conventional organic apparatus, the polishing apparatus must be arranged behind the organic panel, and the inspection, adjustment, and replacement of the polishing apparatus is performed by rotating the front frame with respect to the outer frame one by one so that the rear of the organic panel faces the operator's side. It was necessary to work in a state, and the work was complicated. In addition, the polishing apparatus is replaced by a case, and since the used polishing apparatus is disposed of together with the case, there is a problem in the environment.

SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and an object thereof is to provide an organic group having a polishing apparatus which can easily inspect, adjust and replace a polishing apparatus and has no problem in terms of environment.

In order to achieve the above object, the invention as set forth in claim 1 of the claims has an organic half and an organic ball arranged to fire the organic sphere, which are arranged substantially vertically, and at least the organic half. Is provided with a collecting port for recovering a non-granular ball that has been launched by the ball-ball means and receives an organic ball falling from the upper part. In the organic group, a foreign material removing means for removing the foreign matter attached to the organic sphere on the organic side, the organic sphere accommodated in the granular or recovery port in contact with the foreign material removing means to perform the foreign material removal treatment That's the point.

According to the above arrangement, the organic sphere in contact with the foreign matter removing means among the organic spheres moving on the organic half surface is subjected to the foreign matter removing process.

Further, in order to achieve the above object, the invention described in claim 2 of the claims, in the organic group according to claim 1, the foreign material removing means is provided in the vicinity of the recovery port provided on the organic half, The main point is that the foreign matter removing process is carried out in contact with the foreign matter removing means in the accommodated organic sphere.

According to the above arrangement, in addition to the effect of the invention described in claim 1, the organic sphere accommodated as the recovery port is brought into contact with the foreign matter removing means to perform the foreign matter removing process.

Moreover, in order to achieve the said objective, invention of Claim 3 of a Claim is based on the organic group of Claim 1 or 2 WHEREIN: The detection means which detects the organic sphere which interferes with the said foreign material removal means, and the said detection means. The gist of the present invention is to provide a notification means for notifying when the number of detected organic spheres reaches a predetermined number.

According to the above arrangement, in addition to the operation of the invention as set forth in claim 1 or 2, organic spheres interfering with the foreign matter removing means are detected, and when the detected number of organic spheres by the detecting means reaches a predetermined number, it is notified.

BRIEF DESCRIPTION OF THE DRAWINGS The perspective view which shows the pachinko group of embodiment of this invention.

FIG. 2 is a front view showing the other side of the pachinkogi of the embodiment; FIG.

3 is a perspective view showing a lower side of the pachinkogi of the embodiment;

Figure 4 is an exploded perspective view showing a state in which the bead polishing machine is mounted on the lower side of the pachinkogi of the embodiment.

FIG. 5A is a front view showing a state in which a bead polishing device is mounted on the lower side of the pachinkogi of the embodiment (a state in which the screw 51 is removed), and (b) is AA of FIG. 5A. Line cross section.

6A is a perspective view showing another example of a bead polishing apparatus mounted on a pachinkogi of the embodiment, (b) is an exploded perspective view of the bead polishing apparatus, and (c) is a front view of the bead polishing apparatus (screw 72 ), (D) is a sectional view taken along the line BB of Figure 6 (c), (e) is a plan view of the bead polishing apparatus.

Fig. 7A is a perspective view showing another example of a bead polishing apparatus mounted on the pachinkogi of the embodiment, (b) is an exploded perspective view of the bead polishing apparatus, and (c) is a front view of the bead polishing apparatus (screw 102 ) And (d) are sectional views taken along line CC in FIG.

8A is a perspective view showing another example of a bead polishing apparatus mounted on a pachinkogi of the embodiment, (b) is an exploded perspective view of the bead polishing apparatus, and (c) is a front view of the bead polishing apparatus (screw 102 ) And (d) are sectional views taken along the line DD of FIG. 8 (c).

Figure 9 (a) is an exploded perspective view showing a state in which a bead polishing device of another example is mounted on the lower part of the pachinkogi of the embodiment, (b) is a bead polishing device of another example at the bottom of the pachinkogi of the embodiment It is a front view which shows the attached state.

* Explanation of symbols for main parts of the drawings

3: Organic Class 22, 32: ordinary standing ball

30: the entrance to the store 34: a recovery port

36, 60, 110, 140: Bead Polishing Machine

43A, 43B, 64A, 64B, 94, 134: Axis

47A, 47B, 68A, 68B, 98, 116: sponge

74: bead detector 78: LED

118: motor 150: brush

EMBODIMENT OF THE INVENTION Hereinafter, the organic group (pachinko group with a 1st type starter with which it is embodiment of this invention) is demonstrated hereafter.

As shown in FIG. 1, the front frame 2 is attached to the outer frame 1 so that rotation is possible about a rotating shaft. In FIG. 1 the front frame 2 is in a closed state. The front frame 2 is equipped with an organic plate (not shown), a glass frame 4, an upper plate 5, a lower plate 6, a handle portion 7 and the like. The glass frame 4 is attached to the front frame 2 so that rotation is possible about a rotation shaft. A speaker 8 is provided inside the front frame 2 to the side of the upper plate 5. The speaker 8 emits various effects sounds in accordance with the progress of the organic or informs the organic person of the organic state by voice. Various mechanisms are provided inside the front frame 2.

Next, the structure on the organic surface of the organic panel 3 is demonstrated.

As shown in Fig. 2, a special pattern display device (hereinafter simply referred to as a display device) 15 as a first variable display device is provided in the center of the organic panel 3. The display device 15 has a display screen 15a made of a liquid crystal display device (LCD). The variation of the pattern of the display screen 15a is started by the organic spheres standing as the first type starter 18. The normal pattern display device 16 is provided on the upper part of the display device 15. The normal pattern display device 16 includes four retention lamps 16a to 16d made of light emitting diodes (LEDs) and a segment display portion 17 made of LEDs.

A first type starter 18 is disposed below the display device 15. The first type starter 18 is provided with a proximity switch 18a as a bead detecting means (back side of the oil base 3). A pair of opening-and-closing vanes 19 are provided at the entrance of the first type starter 18, and the open position for guiding the organic ball and the closed position at which the organic ball becomes difficult to enter the first type starter 18 are provided. It can be adopted. The display device 15 is operated on the basis of standing on the first type starter 18. The opening / closing wing 19 is driven by the solenoid 19a provided on the back side of the organic plate 3.

A pair of pass gates 20 are disposed on both sides of the display device 15. The gate 20 is provided with a proximity switch 20a as a bead detecting means for detecting the passage of organic spheres (in the gate 20). When the organic sphere passes through the pass gate 20, the normal pattern display device 16 operates. A pair of ordinary granular openings 22 are disposed below the passage gate 20. Proximity switch 22a is provided in the regular standing mouth 22 as a bead detection means (back side of the oil base 3). Windmills 24a and 24b are disposed on both sides of the upper portion of the display device 15, and windmills 24c and 24d are disposed on both sides of the lower portion. The all-light decoration part 26 is arrange | positioned on the organic panel 3 so that an organic surface may be enclosed. The all-light decorative part 26 is a transparent or translucent plastic panel, and decorative lamps 26a made of LEDs are arranged at predetermined intervals on the back of the panel.

The lower panel 28 is disposed below the first type starter 18. As shown in FIG. 3, the lower panel 28 is provided with a large mouth opening 30, a normal mouth opening 32, a recovery opening 34, a bead polishing device 36 as a foreign matter removal means, and a rail 38. have. The charging mouth 30 is disposed at the upper center of the panel 28, and normally the shutter 41 is closed, and is opened when the display device 15 is operated to be in a special organic state. The shutter 41 is driven by the solenoid 41a provided on the back side of the organic panel 3. In addition, a proximity switch 30a is provided in parallel as a bead detecting means for detecting the whole organic spheres granularly entering the entrance mouth 30. The pair of ordinary mouths 32 are arranged on both sides of the large mouth mouth 30. Proximity switch 32a is provided in the ordinary standing mouth 32 as a bead detection means (back side of lower panel 28). The recovery port 34 is disposed at the lower center of the lower panel 28. The recovery port 34 forms a long circular hole in the lower panel 28. The bead polishing device 36 is disposed directly above the recovery port 34.

Hereinafter, the bead polishing device 36 will be described in detail. 3 to 5, the bead polishing device 36 includes the shafts 43A and 43B, the rotation members 45A and 45B, the sponges 47A and 47B as the foreign material removal member, and the rotation member pressing tool 49 ) And a screw 51. The shafts 43A and 43B are protruded at regular intervals directly above the recovery port 34 of the lower panel 28. The shafts 43A and 43B are formed in a cylindrical shape, and the diameter of one end portion 44 is large. The screw groove 44a is formed in the outer peripheral surface of the edge part 44. As shown in FIG. The lower panel 28 is provided with a pair of holes 29 at regular intervals directly above the recovery port 34, and a screw groove 29a is formed in the inner circumferential surface of the hole 29. As shown in FIG. 5B, the shafts 43A and 43B are screwed into the screw grooves 29a of the inner circumferential surface of the hole 29 so that the screw grooves 44a are fixed to the holes 29. have. A two-stage washer 42 is formed around the hole 29. The screw groove 43a for attaching the screw 51 is formed in the inner peripheral surface of the shaft 43A, 43B. Rotating members 45A and 45B are rotatably mounted to shafts 43A and 43B. Rotating members 45A and 45B are formed in a cylindrical shape, and on the outer circumferential surface thereof, misalignment preventing rings 45a having a regular octagonal plate shape are formed. The sponges 47A and 47B are formed in a cylindrical shape and fitted to the outside of the rotation members 45A and 45B. The misalignment prevention ring 45a presses abutting portions of the sponges 47A and 47B. The rotating member pressing tool 49 is fixed to the shaft 43A, 43B by the screw 51. As shown in FIG. The rotating member pressing tool 49 is provided with a pair of notches 49a. The screw 51 is screwed into the screw groove 43a of the shaft 43A, 43B via the said notch part 49a. Spacing T1 (between sponge 47A and sponge 47B), spacing T2 (between sponge 47A and rail 38), spacing T3 (between sponge 47B and rail 38) and organic sphere B Diameter of U,

T1, T2, T3 <U

It is desirable to be in the relationship of. The sponges 47A and 47B squeeze in by the weight of the organic sphere B, and passage of the organic sphere B is not inhibited.

However, when T1, T2, and T3 are too narrow, since organic sphere B cannot pass, it is necessary to adjust beforehand. Since T1 is a sponge on both sides, even if it is narrower than T2 and T3, an organic sphere can pass.

The rail 38 is formed along the lower edge of the lower panel 28.

Next, the effect | action of the organic group of this embodiment is demonstrated.

As shown in Fig. 4, in the pachinkogi of the present embodiment, organic spheres formed in the first type starter 18, the normal mouth 22, the normal mouth 32, and the large mouth 30 are formed. All of the organic spheres (non-granular spheres) other than the spheres enter the recovery port 34. Therefore, both of the non-granular openings B come into contact with both or either of the sponges 47A and 47B of the bead polishing apparatus 36 to remove foreign substances adhering to the bead surface. Herein, the foreign substance means all substances other than the organic sphere itself, and includes a rust generated by the organic sphere itself. These foreign materials include, for example, metal powder, plastic powder, dust, and the like generated from organic nails in addition to the above rust.

As shown in Fig. 5 (a), the organic sphere B entering the recovery port 34 in the trajectory P is in contact with both sponges 47A and 47B, and the sponge 47A together with the rotation member 45A. In the clockwise direction, the sponge 47B falls while rotating counterclockwise with the rotation member 45B, and then enters the recovery port 34. The organic sphere B which enters the recovery port 34 at the locus Q contacts the sponge 47B, and rotates the sponge 47B clockwise with the rotation member 45B to enter the recovery port 34. The organic sphere B, which enters the recovery port 34 at the trajectory R, contacts the sponge 47A, rotates the sponge 47A counterclockwise with the rotation member 45A, and enters the recovery port 34. . Even when entering into the recovery port 34 from either direction, the foreign material of the organic sphere B is removed by the sponge 47A or 47B. Since the two-stage washers 42 are formed around the fitting portions of the shafts 43A and 43B of the lower panel 28, the rotating members 45A and 45B and the sponges 47A and 47B are different ( The contact is smoothly performed without contacting 3a). As the sponges 47A and 47B are in contact with each other by the misalignment preventing rings 45a of the rotating members 45A and 45B, the mounting positions with respect to the rotating members 45A and 45B even when the organic sphere B contacts. Does not move.

When the sponges 47A and 47B are in contact with a plurality of organic spheres and foreign matter adheres to the sponges 47A and 47B, the foreign material removal ability is reduced, and the sponges 47A and 47B are replaced. Exchange of the sponges 47A and 47B is performed as follows. (1) The screw 51 is loosened a little, and the rotating member pressing tool 49 is removed from the upper side. (2) The sponges 47A and 47B are removed from the shafts 43A and 43B together with the rotational members 45A and 45B. (3) The sponges 47A and 47B whose foreign material removal ability is reduced from the rotation members 45A and 45B are removed, and the new sponges 47A and 47B are attached to the rotation members 45A and 45B. (4) The rotation members 45A, 45B, which are equipped with the new sponges 47A, 47B, are mounted on the shafts 43A, 43B again. (5) The rotating member pressing tool 49 is attached by fitting a pair of notch portions 49a to the screw rods of the screws 51. (6) Tighten the screw 51 to fix the rotation member pressing tool 49 to the shafts 43A and 43B.

By configuring in this way, the organic sphere of this embodiment has the following effects.

(1) On the other hand, since the bead polishing device 36 is installed on the outer frame 3a, the glass frame 4 does not need to rotate the front frame 2 with respect to the outer frame 1 so that the rear surface of the organic plate 3 is directed toward the worker side. It is possible to easily inspect, adjust, and replace the bead polishing device 36 only by removing the).

(2) Since all of the organic spheres not granulated enter the recovery port 34 and all of the organic spheres entering the recovery port 34 come into contact with the sponges 47A and 47B of the bead polishing device 36, The foreign material can be removed effectively.

(3) Since the bead polishing device 36 is composed of shafts 43A and 43B, rotating members 45A and 45B, sponges 47A and 47B, rotating member pressing tool 49, and screw 51, miniaturization. It is possible to, on the other hand (盤面) 3a, even if installed, there is no discomfort in appearance.

(4) Since the sponges 47A and 47B are detachably attached to the rotation members 45A and 45B, only the sponges 47A and 47B can be replaced.

(5) Since the sponges 47A and 47B are rotatably mounted with respect to the shafts 43A and 43B through the rotation members 45A and 45B, the organic sphere B contacts with the sponges 47A and 47B. In this case, the sponges 47A and 47B also rotate together with the rotation members 45A and 45B, so as not to hinder the drop of the organic sphere B. FIG. Moreover, since the site | part which contacts the organic sphere B of the sponge 47A, 47B changes, the whole outer peripheral surface of the sponge 47A, 47B will contact the organic sphere B evenly, and the sponge 47A, 47B Can extend the service life of

(6) Since the rotating member pressing tool 49 is provided with a pair of notches 49a, the rotating member pressing tool 49 can be removed only by loosening the screw 51 a little, and the screw 51 ) Can be removed from the shaft 43A, 43B without removing the shaft from the shaft 43A, 43B. Therefore, the replacement operation of the sponges 47A and 47B can be easily performed.

(7) Since the rotation preventing members 45A and 45B are provided with a shift preventing ring 45a, even if the sponges 47A and 47B come into contact with the organic sphere B, the mounting positions with respect to the rotation members 45A and 45B will remain. It does not shift.

In addition, this invention is not limited to the said embodiment, It is also possible to change and implement as follows.

The sponges 47A and 47B may be attached directly to the shafts 43A and 43B of the bead polishing machine 36. In this case, it is necessary to increase the diameters of the shafts 43A and 43B or to reduce the diameters of the holes of the sponges 47A and 47B so that the sponges 47A and 47B do not easily come off from the shafts 43A and 43B. have.

In this case, since the sponges 47A and 47B do not rotate even when the organic sphere B contacts the sponges 47A and 47B, there is a possibility that the dropping of the organic sphere B may be prevented. However, since the sponges 47A and 47B are elastic members, if the intervals T1, T2 and T3 are slightly close to the diameter U of the organic sphere, no trouble occurs. In addition, since the site where the organic sphere B contacts the sponges 47A and 47B is immobilized, the foreign material removal ability of only the contact site is degraded early. Therefore, it is necessary to change the mounting position with respect to the shaft 43A, 43B of sponge 47A, 47B by inspection etc.

As with the bead polishing device 60 shown in Figs. 6 (a) to 6 (e), the axes 64A and 64B are fixed to the substrate 62, and the substrate 62 is lower panel 28 or the other ( It may also be mounted on 3a). The bead polishing device 60 includes a substrate 62, shafts 64A and 64B, rotating members 66A and 66B, sponges 68A and 68B, rotating member pressing tool 70, screws 72 and detection. A ball detector (proximity sensor) 74 as a means, a board | substrate 76, and LED 78 as a notification means are comprised. A pair of holes 63 are formed in the substrate 62 at regular intervals, and screw grooves 63a are formed in the inner circumferential surface of the hole 63. Screw holes 62a for fixing to the lower panel 28 are formed at both ends of the substrate 62 by screws, and the edge portion 62b is chamfered obliquely. A two-stage washer 65 is formed around the hole 63. The substrate 62 is made of a light-transmissive plastic. The shafts 64A and 64B are formed in a cylindrical shape, and the diameter of one end 67 is large. A screw groove 67a is formed on the outer circumferential surface of the end portion 67 of the shafts 64A and 64B. The shafts 64A and 64B are fixed to the hole 63 by screwing the screw groove 67a of the end portion 67 into the screw groove 63a of the inner circumferential surface of the hole 63. Screw shafts 64a for attaching screws 72 are formed in the shafts 64A and 64B. Rotating members 66A and 66B are rotatably mounted to shafts 64A and 64B. Rotating members 66A and 66B are formed in a cylindrical shape, and on the outer circumferential surface thereof, misalignment preventing rings 66a are formed in a regular octagonal plate shape. The sponges 68A and 68B are formed in a cylindrical shape and fitted to the outside of the rotation members 66A and 66B. As for the sponges 68A and 68B, the part which abuts by the said shift prevention ring 66a in the mounting state is crimped | bonded. The rotating member pressing tool 70 is fixed to the shafts 64A and 64B by the screw 72. The rotation member pressing tool 70 is provided with a pair of notches 70a. The screw 72 is screwed into the screw hole 64a of the shaft 64A, 64B via the said notch part 70a. On the back side of the substrate 62, a pair of fixing rods 80, 82 extend. Screw holes 80a and 82a are formed in the fixed rods 80 and 82. The substrate 76 is fixed to the fixing rods 80 and 82. A pair of holes 76a and 76b are formed in the substrate 76, a screw 84 is inserted into the holes 76a and 76b, and screwed into the screw holes 80a and 82a. In the center of the substrate 76, a bead detector 74 is mounted. Bead detector 74 consists of a proximity sensor. LED 78 is mounted on both sides of the bead detector 74. The bead detector 74 detects the organic sphere B passing between the sponges 68A and 68B, and the detection signal is transmitted to a control apparatus (not shown). When the number of detection reaches a predetermined number, power is supplied to the LED 78 by a signal from the control device, and the LED 78 is turned on.

The bead polishing device 60 is mounted so as to cover a bead polishing device attachment hole (not shown) formed directly above the recovery port 34 of the lower panel 28, and is provided with a fixed rod provided on the back side of the substrate 62 ( 80, 82, the bead detector 74, the LED 78, and the substrate 76 are located on the back side of the lower panel 28. The relationship between the sponge 68A and the sponge 68B, between the sponge 68A and the rail 38, between the sponge 68B and the rail 38, and the diameter U of the organic sphere B is the above-mentioned bead polishing apparatus ( Same as in 36).

In the case where the bead polishing device 60 is mounted, the bead detector 74 detects the organic spheres B passing through the sponges 68A and 68B, and when the number of detection reaches a predetermined number, the LED 78 Since the light is turned on, when the predetermined number is the number requiring the replacement of the foreign matter removal ability of the sponges 68A and 68B, the replacement time of the sponges 68A and 68B can be easily known. The predetermined number can be calculated empirically. In addition, since only the organic spheres passing between the sponges 68A and 68B are detected by the bead detector 74, they pass between the sponge 68A and the rail 38 and between the sponge 68B and the rail 38. Organospheres are not detected. However, since the ratio of organic spheres passing between the sponge 68A and the sponge 68B, between the sponge 68A and the rail 38, and between the sponge 68B and the rail 38 can be empirically calculated, If the predetermined number is determined based on the ratio, no trouble occurs. The same effect as the above (1) to (7) can also be obtained when the bead polishing device 60 is mounted.

It is also possible to mount the bead polishing device 90 shown in Figs. 7 (a) to 7 (d) on the lower panel 28 or on the other hand 3a. The bead polishing device 90 is a single shaft or the like, and includes a substrate 92, a shaft 94, a rotating member 96, a sponge 98, a rotating member pressing tool 100, It consists of a screw 102. The board | substrate 92 is formed in rhombus shape, and the hole 93 for fixing an axis | shaft is formed in the center. The screw groove 93a is formed in the inner peripheral surface of the hole 93. A two-stage washer 95 is formed around the hole 93. At both ends of the substrate 92, screw holes 92b are formed in the lower panel 28 or on the other hand 3a for screwing, and the edge portions 92c are chamfered at an angle. The shaft 94 is formed in a cylindrical shape, and the diameter of one end portion 97 is large. A screw groove 97a is formed on the outer circumferential surface of the end portion 97 of the shaft 94. The shaft 94 is fixed to the hole 93 by screwing the screw groove 97a of the end portion 97 into the screw groove 93a of the inner circumferential surface of the hole 93. The shaft 94 is formed with a screw hole 94a for mounting the screw 102. The rotation member 96 is rotatably mounted to the shaft 94. The rotating member 96 is formed in a cylindrical shape, and the outer circumferential surface thereof is provided with a displacement preventing ring 96a having a regular octagonal plate shape. The sponge 98 is formed in a cylindrical shape and fitted to the outside of the rotating member 96. As for the sponge 98, the part which abuts with the said shift prevention ring 96a in the mounting state is press-contacted. The rotating member pressing tool 100 is fixed to the shaft 94 by the screw 102. Rotating member pressing tool 100 is formed with a notch portion (100a). The screw 102 is screwed into the screw hole 94a of the shaft 94 via the notch 100a. This bead polishing apparatus 90 is mounted near the exit (position of Pa in FIG. 2) between the outer rail 9 and the inner rail 38. As shown in FIG. The distance T4 between the sponge 98 and the outer rail 9 and the diameter U of the organic sphere B are

T4 <U

It is desirable to be in the relationship of. As in the case of the bead polishing apparatus 36, since the organic sphere B cannot pass when T4 is too narrow, it is necessary to adjust in advance.

In this case, since all the organic spheres fired by the organic group and guided to the organic half surface 3a are in contact with the sponge 98, foreign matter adhering to the organic sphere B can be effectively removed. Moreover, also when this bead grinding apparatus 90 is attached, the effect similar to said (1), (3)-(7) is acquired.

The bead polishing device 110 shown in Figs. 8 (a) to 8 (d) may be mounted on the lower panel 28 or the other hand 3a. Similar to the bead polishing apparatus 90, this bead polishing apparatus 110 has a single shaft or the like as a single body, and includes a substrate 112, a sponge attachment shaft 114, a sponge 116, and a motor ( 118), the screw 120. The board | substrate 112 is formed in the shape of a rhombus, the hole 122 for shaft passage is formed in the center, and the washer 113 is formed in the periphery of the hole 122. As shown in FIG. At both ends of the substrate 112, holes 124 are formed for fixing to the lower panel 28 or the other hand 3a by screws. The outer side of the washer 113 has a pair of holes 126 for fixing the motor 118 to the substrate 112 with a screw 120. The edge portion 112a of the substrate 112 is chamfered obliquely. On the back side of the substrate 112, a pair of fixing rods 128 are provided at positions corresponding to the holes 126. The hole 126 is formed through the fixed rod 128. A pair of screw holes 132 are formed in the main body 130 of the motor 118. The motor 118 is fixed to the substrate 112 by screwing the screw 120 through the hole 126 and screwing into the screw hole 132. The front end of the motor shaft 134 is cut | disconnected, and is formed in semi-circle shape. The sponge attachment shaft 114 is fitted to the motor shaft 134. A hole 114a corresponding to the motor shaft 134 is formed in the sponge attachment shaft 114, and the sponge attachment shaft is not rotatable with respect to the motor shaft 134. The sponge attachment shaft 114 is formed in the substantially cylindrical shape with a bottom, and the outer periphery surface is provided with the shift | offset | difference prevention ring 114b which has a regular octagonal plate shape. The sponge 116 is formed in a cylindrical shape and fitted to the outside of the sponge attachment shaft 114. As for the sponge 116, the part which abuts by the said shift prevention ring 114b in the mounting state is crimped | bonded. The bead polishing apparatus 110 is mounted at the same position as the bead polishing apparatus 90.

In this case, when the motor shaft 134 rotates, the sponge attachment shaft 114 also rotates, and the sponge 116 also rotates accordingly. Therefore, when the organic sphere B comes into contact with the sponge 116, the area of the sponge 116 which comes into contact with the organic sphere B increases, compared with the bead polishing apparatus 36, 60, 90 in one contact. More foreign matter can be removed. Also, when the bead polishing apparatus 110 is mounted, the same effect as that of the bead polishing apparatus 90 can be obtained.

It is also possible to mount the bead polishing device 140 shown in Figs. 9 (a) and 9 (b) directly above the recovery port 34. This bead polishing device 140 is composed of attachment arms 142A and 142B, brushes 144A and 144B, a net 146, and a foreign matter holding shelf 148. One end of the attachment arms 142A, 142B is fitted into the hole 29 formed in the lower panel 28 to protrude from the lower panel 28. The attachment arms 142A and 142B are formed in a circumferential shape, and crosswise slits 142a are formed in the longitudinal direction. Brushes 144A and 144B have a brush 152 attached to a cross-shaped base 150 corresponding to the slit 142a. The sole 152 is made of nylon, and is attached to the lower and right parts with respect to the brush 144A, and to the lower and left parts with respect to the brush 144B. The brushes 144A and 144B are attached to the attachment arms 142A and 142B by the base 150 being fitted to the slit 142a. A shelf accommodating portion 38a is formed in front of the recovery port 34 of the rail 38. The step 38b for attaching the net 146 is formed in the edge part of the shelf accommodating part 38a. The hole 38c is formed in the bottom face of the shelf accommodating part 38a. In the shelf accommodating part 38, the foreign matter storing shelf 148 formed in the box shape is put. The recessed part 148a is formed in the front surface of the foreign matter storing shelf 148. As shown in FIG. The net 146 is attached to the step 38b.

In the case where the bead polishing device 140 is attached, the foreign matter adhering to the organic sphere B is removed by the brushes 144A and 144B and lowered downward without being attached to the brushes 144A and 144B. Therefore, the debris removal capability of the brushes 144A and 144B is not so low that there is little need for replacement. The lowered foreign matter is further lowered through the gap of the net 146, and is deposited in the foreign matter receiving shelf 148. When the foreign matter deposited in the foreign matter storage shelf 148 reaches a predetermined amount, the foreign matter storage shelf 148 is taken out of the shelf accommodating part 38, the foreign material is discarded, and the empty foreign matter receiving shelf 148 is returned to the shelf accommodating part ( 38). When the bead polishing device 140 is mounted, the same effects as in the above (1) and (2) are also exhibited. When taking out the foreign matter storing shelf 148, you may push out the foreign matter storing shelf 148 by putting a finger in the hole 38c of the bottom face of the shelf accommodating part 38a.

The bead polishing apparatus 36, 60, 90, 110 may be provided not only on the other hand 3a or the lower panel 28, but also in the passage of the organic sphere provided on the back side of the organic plate 3. In the case where the bead polishing device 60 is provided in a passage slightly inward from the recovery port 34, all of the organic spheres recovered in the recovery port 34 are detected, and calculation of the replacement timing of the sponges 68A and 68B is performed. This is more certain.

In this invention, the technical idea grasped | ascertained from the said embodiment is described below.

(1) The organic group according to claim 1 or 2, wherein the foreign material removing means comprises a shaft and a foreign material removing member covering the circumferential surface of the shaft, wherein the organic sphere is in contact with the foreign material removing member to perform a foreign material removing process.

In the above invention, in addition to the effects of the invention as set forth in claim 1 or 2, the foreign matter removing means is composed of a shaft and a foreign matter removing member covering the circumferential surface of the shaft, so that it can be miniaturized, and even if installed on an organic panel, It is unsightly and does not interfere with organics.

(2) The organic group according to the above (1), wherein the foreign matter removing member is detachably attached to the shaft.

In the above invention, in addition to the effect of the invention described in (1) above, since the foreign matter removing member is detachably attached to the shaft, the foreign material removing member can be replaced even if the shaft is fixed on the organic plate.

(3) The organic group according to (1) or (2), wherein the foreign matter removing member is rotatably mounted with respect to the shaft.

In the above invention, in addition to the effects of the invention described in (1) or (2) above, the foreign matter removing member is rotatably mounted with respect to the shaft, so that when the organic sphere contacts the foreign matter removing member, the foreign matter removing member also rotates. , Do not disturb the fall of organic spheres. Further, since the contact portion with the organic sphere of the foreign matter removing member is constantly changing, the service period of the foreign matter removing member can be extended.

(4) The organic group according to (1) or (2), wherein the shaft is provided with a rotating means for rotating the shaft.

In the above invention, in addition to the effect of the invention described in the above (1) or (2), a rotating means for rotating the shaft is provided. When the shaft is rotated, the foreign material removing member also rotates, and when the organic sphere contacts the foreign material removing member, Foreign matter adhering to the apparatus can be effectively removed.

(5) Rain gear having a ball opening means for firing organic spheres and organic spheres arranged substantially vertically, and at least on the organic surface receiving granules which are fired by the ball opening means and receive organic spheres falling from above; A recovery port for recovering the granular port is provided, and on the back surface of the organic panel, at least a first passage for guiding a granular port to the granular port and a non-granular port recovered in the recovery port In the organic machine which installed the 2nd passage for guiding the

The foreign material removing means according to any one of (1) to (4) is provided in at least one of the first or second passages, and the foreign material removal treatment is performed by contacting the foreign material removing means in the organic sphere guided to the passage. Organic group characterized in that it is carried out.

In the above invention, since the foreign material removing means according to any one of (1) to (4) is provided in the passage, the foreign material removing means can be miniaturized, and even if the shaft is fixed to the passage, only the foreign material removing member can be replaced. In addition, the foreign matter attached to the organic sphere can be effectively removed without disturbing the movement of the organic sphere.

(6) The organic group according to claim 2, wherein all the organic spheres recovered in the recovery port come into contact with the foreign matter removing means.

(7) The organic group according to any one of claims 1 to 3, wherein a means for recovering the foreign matter removed by the foreign matter removing means is provided.

(8) The organic group according to any one of claims 1 to 3, wherein all of the organic spheres guided to the organic surface by the ball ball means come into contact with the foreign matter removing means.

In the invention according to claim 1, since the foreign matter removing means is provided on the organic half, the work of checking, adjusting, and replacing the foreign matter removing means can be easily performed without having to face the back side of the organic half.

In the invention described in claim 2, in addition to the effects of the invention described in claim 1, since all of the non-granular balls enter the recovery port, there is a high possibility of contact with the foreign matter removing means provided near the recovery port, and thus they adhere to the organic group. Effective foreign matter can be removed effectively.

In the invention according to claim 3, in addition to the effects of the invention according to claim 1 or 2, organic spheres interfering with the foreign material removing means are detected, and when the number of detection of the organic spheres by the detection means reaches a predetermined number, When the predetermined number is set to a number in which the removal capability of the foreign matter removing means deteriorates, it is easy to know when to replace the foreign matter removing means, and the inspection work can be simplified.

Claims (3)

A granular ball having an organic field disposed substantially vertically and a ball opening means for firing organic spheres, and at least in the organic half surface receiving granules which are launched by the ball opening means and receive organic spheres falling from above; In the organic phase which provided the recovery port for collect | recovering the non-granular sphere which did not win in the mouth and the granular opening, A foreign material removal means is provided for removing the foreign matter attached to the organic sphere on the organic surface, and the foreign material removal process is performed by contacting the foreign material removing means in the organic sphere accommodated as the granular or recovery port. device. The organic group according to claim 1, wherein the foreign material removing means is provided in the vicinity of a recovery port provided in the organic half, and the foreign material removal process is performed in contact with the foreign material removal means in the organic sphere accommodated in the recovery port. The organic apparatus according to claim 1 or 2, further comprising detecting means for detecting organic spheres interfering with said foreign matter removing means, and notifying means for notifying when the number of detected organic spheres by said detecting means reaches a predetermined number.