JPH0641663U - Automatic shoe polisher - Google Patents

Abstract

(57) [Summary] [Structure] A shoe sole 10 having a shoe fixing device 11 is provided in the box 1. A vertical rotary polishing buff 6 provided with a drive motor 18 in a direction above the shoe sole type shoe sole 10 and in a direction orthogonal to the shoe upper portion 2f, and a vertical rotary polish buff 7 are driven.
It is reciprocally movable in series by a taper 27. Further, a guide rail 12 is provided on the outer periphery near the shoe sole 10 and the guide rail 12 has a horizontal rotating brush 3 provided with a drive motor 18, a horizontal rotating polishing buff 4, and a horizontal rotating brush 4. The rotary gloss buff 5 is interlocked with the driving circulation means K in a follow-up cycle. Then, the reciprocating motions of the vertical rotary polishing buff 6 and the vertical rotary polish buff 7 and the periodic motions of the horizontal rotary brush 3, the horizontal rotary polish buff 4, and the horizontal rotary polish buff 5 are set as a time difference. [Effect] By rotating the brushes 3 and the buffs 4, 5, 6, 7 and moving the entire circumference of the shoe 2, the entire surface of the shoe 2 can be completely finished from polishing to polishing and finishing.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to an automatic shoe polishing device.

[0002]

[Prior art]

 Conventionally provided automatic shoe polishing equipment is to install a rotating brush inside the housing, rotate the rotating brush, put it in the equipment with the shoes on, and polish the shoes evenly while moving them. It is structured. With this device, depending on how you move your feet, you may be left unpolished, or you may have to bother with your feet during the polishing operation.In addition, you may have to worry about the trouble of rolling up the hem of your pants and dirt on your socks. Has been paid for.

[0003]

[Problems to be solved by the device]

 The present invention has been made in view of the above circumstances, does not require foot movements, supports only the shoes in a stable and reliable manner, and can polish the entire shoe surface quickly without damaging the shoes. It is intended to provide an automatic shoe polishing device that can be used together for business and business use.

[0004]

[Means for Solving the Problems]

 In order to solve the above problems, the present invention provides a shoe sole 10 with a shoe fixing device 11 in a box 1. A vertical rotary polishing buff 6 provided with a drive motor 18 in a direction above the shoe sole type shoe sole 10 and in a direction orthogonal to the shoe upper portion 2f, and a vertical rotary polish buff 7 are a drive motor 27. The reciprocating movement makes it possible to install in series. Further, a guide rail 12 is provided on the outer periphery adjacent to the shoe sole 10 and the guide rail 12 has a horizontal rotary brush 3 provided with a drive motor 18 and a horizontal rotary polishing buff 4. The horizontally rotating glossy buff 5 is interlocked with the driving orbiting means K to follow the cycle. The reciprocating motions of the vertical rotary polishing buff 6 and the vertical rotary polishing buff 7 and the periodic motions of the horizontal rotating brush 3, the horizontal rotary polishing buff 4, and the horizontal rotary polishing buff 5 are set with a time difference.

[0006]

【Example】

 An embodiment of the present invention will be described below with reference to the drawings. According to the present invention, as shown in FIGS. 1, 2 and 3, one pair of left and right shoes is placed inside a box 1 large enough to hold one pair of shoes 2. The shoe sole type shoe soles 10 are aligned and provided. On the rear portion 1b of the box body 1, there is provided a shoe fixing device 11 which pivotally supports a base portion of a rotating arm 11a having an inner shoe type engaging portion 11b at its tip. The inner pole engaging portion 11b is provided with the north pole of the magnet downward, and the south pole of the magnet is provided upward on the upper surface of the shoe sole 10 (not shown). Then, with the turning arm 11a facing upward, surely put the shoe 2 on the inner shoe locking portion 11b, lower the turning arm 11a, and place the shoe 2 on the shoe sole 10. Then, the shoe 2 is fixed to the shoe sole 10 by sandwiching the shoe sole between the shoe inner shoe 11b and the shoe sole 10 by the magnetic force of the magnet. Vertical rotation that reciprocates by a drive motor 27 along a guide groove 26 provided laterally on the inner wall of the box front part 1a at a position facing the front of the shoe upper part 2f on the front part 1a of the box body 1. A polishing buff 6 and a vertical rotation polishing buff 7 are provided. The installation height of these buffs 6 and 7 is such that the buffs 6 and 7 are sufficiently pressed against the shoe upper 2f.

A guide rail 12 is provided on the outer periphery in the vicinity of the shoe sole 10 and a horizontal rotary brush 3, a horizontal rotary polishing buff 4, and a horizontal rotary, each of which is provided with a drive motor 18, are provided on the guide rail 12. The glazing buff 5 is interlocked with the driving circulating means K in a cycle. That is, by the drive motor 18 and the drive orbiting means K, the horizontal rotary brush 3, the horizontal rotary polishing buff 4, and the horizontal rotary polish buff 5 are rotated along the circumference of the shoe stand 10 and are interlocked with the cycle (revolution). To do.

Various modes are conceivable for the drive circuit K, one example of which is shown in FIG. Immediately, the orbiting belt 20 is installed around the guide rail 12 around the shoe sole 10 and the bearing 28 is attached to the orbiting belt 20, and the horizontal rotating brush 3 and the horizontal rotating polishing buff are attached to the bearing 28. 4. The horizontal rotating glazing buff 5 is pivotally supported, and the orbiting belt 20 is brought into contact with the drive roller 29 connected to the drive motor 25 to be orbitally driven. Further, in FIG. 4, each of the horizontal rotating brush 3, the horizontal rotating polishing buff 4, and the horizontal rotating polishing buff 5 which rotate independently of each other are connected by a connecting tool 19, respectively, and a drive traction provided with a drive motor-21. The device 22 is shown to be self-propelled along the guide rail 12.

Further, in FIGS. 1 and 5, a tooth pattern 23 is formed on the outer circumference of the guide rail 12 of the shoe sole 10 and a horizontal rotary brush 3, a horizontal rotary polishing buff 4, The horizontal rotating brush 3, the horizontal rotating polishing buff 4, and the horizontal rotating polishing buff that rotate by the drive motor 18 by engaging the pinion 24 fixed to the rotation shafts 13, 14, 15 of the horizontal rotation polishing buff 5. It is shown that the gear 5 is rotated along the guide rail 12 and is interlocked with the cycle. The number of horizontally rotating brushes 3, horizontally rotating polishing buffs 4, and horizontally rotating polishing buffs 5 can be increased to a plurality of each. Then, the reciprocating motions of the vertical rotary polishing buff 6 and the vertical rotary polishing buff 7 and the periodic motions of the horizontal rotary brush 3, the horizontal rotary polishing buff 4, and the horizontal rotary polishing buff 5 are mutually related. It is set to stagger to avoid collision. In addition, from the side portion 1c of the box body 1 toward the horizontal rotating brush 3, the horizontal rotating polishing buff 4, the horizontal rotating polishing buff 5, the vertical rotating polishing buff 6, and the vertical rotation polishing buff 7 which are stopped, The cleaning liquid / polishing liquid spouts 8a, 8b, 9a, 9b, 9c are provided. Before the rotation start, the cleaning liquid is applied to the horizontal rotating brush 3, the polishing liquid is applied to the polishing buffs 4 and 6, and the polishing liquid is applied to the polishing liquid. The luster buffs 5 and 7 are to be poured and replenished in advance.

[0010]

[Operation and effect of the device]

 Since the present invention has the above-described structure, the vertical rotary polishing buff 6 and the vertical rotary polishing buff 7 reciprocate at the front of the box body 1 at the position facing the front of the shoe upper 2f to polish the shoe upper 2a. He is glossed. Further, in the guide rail 12 around the shoe sole 10 described above, the soil attached to the shoe 2 is soiled by the horizontally rotating brush 3, the horizontally rotating polishing buff 4, and the horizontally rotating glossing buff 5 which rotate while rotating. It is brushed off with a brush 3, then polished with a polishing buff 4 containing polishing fluid. Finally, the polishing buff 5 containing the polishing liquid completely finishes and polishes the entire circumference of the shoe 2. That is, according to the present invention, the shoe 2 can be easily and surely fixedly set on the shoe stand 10, and after that, the brushes 3 and the buffs 4, 5, 6 and 7 are automatically rotated and the surroundings of the shoe 2 are automatically rotated. And the shoe upper 2a is polished by the front polishing buff 6 and the polishing buff 7 to be polished and moved while rotating in order along the circumference of the shoe sole 10. The horizontal rotating brush 3, horizontal rotating polishing buff 4, and horizontal rotating polishing buff 5 ensure that the entire outer surface of the shoe 2 is completely finished from polishing to polishing and finishing. It can be easily installed and used for commercial purposes such as hotels and golf courses, and for general household use.

[Brief description of drawings]

FIG. 1 is a schematic vertical sectional side view of the present invention.

FIG. 2 is a schematic plan view of the present invention.

FIG. 3 is a schematic plan view of the present invention.

FIG. 4 is a schematic vertical cross-sectional side view showing a buff-related main part of the present invention.

FIG. 5 is a schematic vertical cross-sectional side view showing a buff-related main part of the present invention.

FIG. 6 is a schematic plan view showing a driving circuit K of the present invention.

[Explanation of sign]

 1 Box 1a Box Front 1b Box Rear 1c Box Side 2 Shoes 2a Shoe Toe 2b Shoe Heel 2c Sole 2d Shoe Outside 2e Shoe Inside 2f Shoe 3 Horizontal Rotating Brush 4 Horizontal Rotary Polishing Buff 5 Horizontal rotation polish buff 6 Vertical rotation polishing buff 7 Vertical rotation polish buff 8a Polishing liquid spout 8b Polishing liquid spout 9a Cleaning liquid spout 9b Polishing liquid spout 9c Polishing liquid spout 10 Sole-type shoe stand 11 Shoe Fixing Device 11b In-Shoe Locking Part 11a Rotating Arm 12 Guide Rail 13 Horizontal Rotating Brush Rotating Shaft 14 Horizontal Rotating Polishing Buff Rotating Shaft 15 Horizontal Rotating Polishing Buff Rotating Shaft 16 Vertical Rotating Polishing Buff Rotating shaft 17 Vertical rotating gloss buff rotating shaft 18 Driving motor 19 Connecting tool 20 Orbiting belt 21 Driving motor 22 Driving traction device 23 Tooth type 24 around the outside Pinion 25 Drive motor 26 Guide groove 27 Drive motor 28 Bearing 29 Drive roller K Drive orbiting means

Claims (1)

[Scope of utility model registration request] 1. A shoe sole type shoe sole (10) provided with a shoe fixing device (11) is provided in a box (1), and the shoe sole type shoe sole (1).
0) and a vertical rotary polishing buff (6) provided with a drive motor (18) in a direction orthogonal to the upper part (2f),
A vertically rotating gloss buff (7) is reciprocally connected by a drive motor (27), and a guide rail (12) is provided on the outer periphery near the shoe sole (10). Then, the guide rail (12) is provided with a horizontal rotating brush (3) provided with a drive motor (18), a horizontal rotary polishing buff (4), and a horizontal rotary polishing buff (5) for driving orbiting means K. Reciprocating movements of the vertical rotary polishing buff (6) and the vertical rotary polishing buff (7) and these horizontal rotary brushes (3), horizontal rotary polishing buffs (4), horizontal rotation An automatic shoe polishing device, characterized in that a time difference is set with respect to the periodic movement of the polishing buff (5).