JPH076929Y2 - Medal washing device - Google Patents

Description

[Detailed description of the device] "Field of application". The present invention relates to a device for cleaning medals used in a throttle machine or the like.

"Conventional technology". There are mainly the following two methods for polishing and cleaning medals used in throttle machines and the like.

． Pellet polishing method. A method of using a polishing agent called pellets to remove dirt and dust from medals on the pellets by the static electricity generated on the pellets.

． Hot water cleaning method. A method in which medals are washed with warm water containing detergent, etc., and then water is removed by wiping or warm air.

"Issues to be solved by device". However, these methods have the following problems.

． Pellet polishing method. a. Since it is done in a dry state without using any water, medals are not so beautiful compared to the hot water washing method.

b. Since the pellets were not completely separated from the medals, the pellets could be mixed into the throttle stand, automatic medal lending machine, automatic medal supply device, etc., causing them to malfunction.

． Hot water cleaning method. Since it is cleaned with warm water containing detergent, it is cleaner than the pellet polishing method, but its processing capacity is limited.

b. Since hot water is used, moisture is generated, which adversely affects the inside of the store and machines, and a large amount of hot water requires a strong heat source at high temperature, which makes handling very dangerous. is there.

"Method of solving problems". The present invention was devised to solve this, and (a). Water tank (2) with a bubble outlet (1)
The bubble generating part (5) is formed by the air pump (3), the air pipe (4), and the like. (FIGS. 1 and 2). (B). A medal tank (6), a cleaning unit body (7), an upper bearing (8), a lower bearing (9), an outer brush (10) having a brush on the inner surface of the cylinder, and an inner brush (11) having a brush on the outer surface of the shaft. Brush part consisting of (12), medal receiver (13),
The brush power transmission section (14) and the brush power (15) such as a motor form the medal washing section (16). (Fig. 1
2 and 3). (C). The warm air generating part (20) is formed by the air suction port (17), the blower (18), the heater, the heating part (19) including a heating lamp and the like. (FIGS. 1 and 2). (D). Hopper (21), body frame (22), drive roller (23), driven roller (24), belt with mountain (25), belt retainer (26), medal outlet (27), power transmission part for lift (28) ) ・ The lift part (30) is formed by the lifting power (29) such as a motor. (Fig. 1 and 2
(Figure). (E). Above, bubble generation part (5), medal washing part (16),
A medal cleaning device including a warm air generator (20) and a lift (30). (FIGS. 1 and 2). "Action". Bubble generating part (5). By operating the air pump (3), the air is supplied to the air pipe (4).
Through which the liquid (31) mixed with detergent or the like is sent to the water tank (2), and bubbles are generated in the water tank (2).

The generated bubbles come out of the bubble outlet (1) and flow into the medal tank (6) of the medal washing section (16).

b. Medal cleaning section (16). The dirty medals in the medal tank (6)
After the bubbles generated in the bubble generation section (5) adhere, they flow into the brush section (12).

Since the inner brush (11) of the brush section (12) is rotated by the brush power (15) via the brush power transmission section (14), the medal entering the brush section (12) is fixed. It is cleaned and polished by the rotating outer brush (10) and the rotating inner brush (11).

Since the outer brush (10) and the inner brush (11) of the brush part (12) have a conical shape, the medals easily flow downward.

The washed and polished medals flow on the medal tray (13) and flow to the hopper (21) of the lift section (30).

Since the dirt and dust of the medal are adsorbed to the brush part (12), the brush part (12) may be washed appropriately.

c. Warm air generator (20). The warm air generated by the heating part (19) and the blower (18) dries the medals passing over the medal receiver (13).

d. Lift section (30). Since the mountain belt (25) is driven by the drive roller (23) which is rotated by the lift power (29) via the lift power transmission unit (28), it flows to the hopper (21). The received medals are carried to the upper side by the mountain belt (25), taken out from the medal taking-out port (27), and sent to the fresh medal tank or the supply line.

"effect". With the above structure, It uses a certain amount of water rather than a completely dry state, and it is a detergent foam that is effective for cleaning, and it is forcibly stirred by the brush part (12) to clean and polish, so the medal is clean. To be washed.

． It uses only a very small amount of water, so a small water tank (2) is all that is required, and almost no humidity is generated during the washing and polishing of medals, which can have a bad effect on the store, machines, etc. There is nothing to give.

． Since solid abrasives such as pellets are not used, the abrasives do not mix into the medal, and the pellets do not mix into the throttle stand, automatic medal lending machine, automatic medal feeder, etc. Therefore, there is no cause for their failure.

． There is no need to use a large heat source for drying the medal because it requires a very small amount of water, and for producing hot water because hot water is not used, so there is nothing dangerous to handle.

． Further, since the surface of the medal is polished by the brush portion (12) and the moisture is dried and removed even by the frictional heat, a large-scale device for drying the medal is not required thereafter.

And so on.

In FIG. 4, the shape of the cut between the outer brush (10) and the inner brush (11) of the brush section (12) is cylindrical.

[Brief description of drawings]

 FIG. 1 is a perspective view of the assembled state of the present invention. FIG. 2 is a perspective view of the assembled state of the present invention. FIG. 3 is a perspective view of the present invention in an exploded state. FIG. 4 is a perspective view of the components of the present invention. 1: Bubble outlet 2: Water tank 3: Air pump 4: Air pipe 5: Bubble generation part 6: Medal tank 7: Cleaning part body 8: Upper bearing 9: Lower bearing 10: Outer brush 11: Inner brush 12: Brush Part 13: Medal receiver 14: Brush power transmission unit 15: Brush power 16: Medal cleaning unit 17: Air suction port 18: Blower 19: Heating unit 20: Warm air generation unit 21: Hopper 22: Main frame 23: Drive Roller 24: Driven roller 25: Belt with mountain 26: Belt retainer 27: Medal outlet 28: Lift power transmission part 29: Lift power 30: Lift part 31: Liquid

Claims (1)

[Scope of utility model registration request] 1. A. A foam generating part (5) is formed by a water tank (2) having a foam outlet (1), an air pump (3), an air pipe (4), and the like. (Fig. 1 and 2
(Figure). (B). A medal tank (6), a cleaning unit body (7), an upper bearing (8), a lower bearing (9), an outer brush (10) having a brush on the inner surface of the cylinder, and an inner brush (11) having a brush on the outer surface of the shaft. Brush part consisting of (12), medal receiver (13),
The brush power transmission section (14) and the brush power (15) such as a motor form the medal washing section (16). (Fig. 1
2 and 3). (C). The warm air generating part (20) is formed by the air suction port (17), the blower (18), the heater, the heating part (19) including a heating lamp and the like. (FIGS. 1 and 2). (D). Hopper (21), body frame (22), drive roller (23), driven roller (24), belt with mountain (25), belt retainer (26), medal outlet (27), power transmission for lift (28) ) ・ The lift part (30) is formed by the lifting power (29) such as a motor. (Fig. 1 and 2
(Figure). (E). Above, bubble generation part (5), medal washing part (16),
A medal washing device consisting of a hot air generator (20) and a lift (30). (FIGS. 1 and 2). 3. Number of claims. 1.