KR20000039565A - Shoes shining apparatus - Google Patents

Abstract

PURPOSE: A shoes shining apparatus is provided to shine shoes easily with user's shoes on and for a brush to be contacted with the whole surface of a shoe. CONSTITUTION: A shoes shining apparatus comprises : a shoe polish spreading device(3) operated by the first motor(2) spreads with shoe polish and shines a front part of a shoe and moves left and right ; a shoe shining device(5) operated by the second motor(4) so that shines the whole part of the shoe and moves front and rear; a sending device makes the shoe polish spreading device(3) and the shoe shining device(5) send left/right and front/rear ; a shoe polish supplying device(6) mounted on one side of the shoe polish spreading device(3) and supplies the shoe polish to the shoe polish spreading device(3) ; a shoe mounting part(8) sticked on a main body(7) and arranged in front of the shoe shining device(5) so that a shoe can be installed on ; a trouser rolling up part(9) installed on upper side of the shoe mounting part(8) so that rolls up a user's trouser.

Description

Shoe Shine.

The present invention relates to a shoe polishing apparatus for wiping after removing the dirt on the surface of the shoe, and in particular, the user can wipe the shoe conveniently by allowing the user to wipe the shoe while wearing it, and make the shoe brush easy to reach the entire shoe surface. It relates to a shoe polisher that can be wiped clean.

In general, shoes are polished using a brush after applying the bitumen, and the surface material is softened and polished.

So, conventionally, the shoe is manually polished using a shoe brush, but the shoe polishing device of the 1998 patent application No. 9805 filed by the present applicant can be conveniently and quickly cleaned.

In other words, the shoe polishing device is to separate the shoes in the shoe rest portion, the shoe is fixed to the shoe fixing station, and the fixed shoes are transferred to one side together with the shoe rest and shoe fixing station, and the shoes to be transported are shoe slippers and The shoe polisher removes foreign material from the surface of the shoe and polishes the shoe.

However, the conventional shoe polisher is uncomfortable to fix the shoe to the shoe rest portion off the shoe because the shoe polish is applied to the surface of the shoe while the shoe is transported and polished, there is a problem that anyone can not easily use.

In addition, conventionally, since the built-in shoe brush and the brush used in the shoe polisher and the shoe polisher are simply configured, there is a problem in that the entire shoe surface cannot be cleaned.

The present invention has been made to solve the conventional problems as described above, the object of the present invention is that the user can wipe the shoes conveniently by allowing the user to wipe the shoes while wearing, so that the shoe brush can reach the entire surface of the shoes It is to provide a shoe polisher that can easily wipe the shoes.

In order to realize this, the present invention is operated by the first motor to apply the shoe polish to the front of the shoe surface, and then wipe the front of the shoe surface and the shoe polisher, which is moved in the left and right directions, is operated by the second motor to the shoe surface The shoe polisher which wipes the entire part of the shoe polisher, which is moved in the front and rear direction, and the transfer means for selectively transferring the shoe polisher and the shoe polisher in the left and right directions and the front and rear directions, and fixedly disposed on one side of the shoe polisher and the shoe polish Shoe feeder for supplying to the applicator, the shoe fixedly installed on the main body and disposed on the shoe polisher is placed on the shoe to put the shoe, and the spaced apart on the upper side of the shoe settled and the pants lifting part for lifting the user's pants Provide shoe polishers.

1 is a perspective view of a shoe shining device of the present invention,

Figure 2 is a side view of the shoe shining apparatus of the present invention,

3 is a front view of the shoe shining apparatus of the present invention,

4 is a view showing a shoe polish state of the shoe polisher of the present invention.

5 is a perspective view of the shoe polisher of the present invention

<Description of the code | symbol about the principal part of drawing>

1: shoes 2, 4,: 1st, 2nd motor

3: shoe slipper 5: shoe polisher

6 bitumen feeder 7 body

8: shoe rest 9: pants lifting

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

1 to 4 are related to the shoe polishing apparatus of the present invention, the shoe polishing apparatus is made of a structure that can wipe the shoe (1) in a worn state.

In other words, the shoe polisher is a shoe polisher (3) operated by the first motor (2) is moved by the conveying means in the lateral direction of the shoe (1), ie left and right direction, including the shoe polish in front of the shoe surface The front part thereof is wiped, and the shoe polisher 5 operated by the second motor 4 is moved in the longitudinal direction, ie, the front and rear direction, of the shoe 1 by the conveying means to wipe the entire part of the shoe surface. The applicator 3 is configured to contact the shoe feeder 6 as needed to supply the shoe polish.

And the shoe polisher of the present invention is fixed to the main body (7) is disposed on the shoe polisher (5) is placed on the shoe rest portion (8), and the upper side of the shoe seat portion (8) It is installed spaced apart and includes a trouser lifting portion (9) for lifting the user's pants.

The shoe polisher (3) is a first brush rotating shaft (3b) is rotated by the rotational force of the conveying member (3a), the first motor 2 is fixed to the conveying member (3a) is transferred on the conveying means, Bitumen coating brush (3c), which is installed on the first brush rotating shaft (3b) to contact the bitumen feeder (6), if necessary so as to be able to elastically move up and down on the first brush rotating shaft (3b), the first brush The rotational force transmission means rotated by the rotational shaft 3b, the second brush rotational shaft 3d rotated by the rotational force transmitted by the rotational force transmission means, and are installed on the second brush rotational shaft 3d and the surface of the shoe 1 The edge brush (3e) to wipe the edge portion, and the rotation member (3g) supporting the edge brush (3e) and the edge brush (3e) in contact with the shoe border side by the elastic member.

The shoe polisher 5 is fixed to the conveying member 5a conveyed on the conveying means, the conveying member 5a and rotated by the rotational force of the second motor 4, the first rotating shaft 5b. Rotation force transmission means for transmitting the rotational force of the first rotary shaft (5b), the second rotary shaft (5c) is rotated and spaced apart by receiving the rotational force by the rotational force transmission means, and the first and second rotary shafts (5b, 5c) It is composed of a public brush (5d) which is provided at each end and wipes the entire surface of the shoe (1).

Here, the shoe polish coating brush (3c) is composed of each unit brush constituting the brush in the longitudinal direction, the edge brush (3e) and the polished brush (5d) is each unit brush constituting the brush in the horizontal direction Consists of.

The torque transmission means is made of two or more of the gear train, the belt and the pulley, the shoe polisher (3) in the first brush rotating shaft (3b) and the first motor (2) and the first brush rotating shaft ( 3b) and a pulley and a belt 13 are installed on the second brush rotating shaft 3d, respectively, and the gear polisher 5 is provided with a gear installed on the first rotating shaft 5b and meshes with the gear. It consists of the gear train 14.

The conveying means are respectively installed so that the shoe polisher 3 and shoe polisher 5 alternately and linearly move, and the shoe polisher 3 and shoe polisher are formed by the rotational force generated from the geared motor 15. 5) a plurality of guide rods 16 for guiding the conveying members 3a and 5a to be transferred, respectively, installed between the guide rods 16 and rotated in one direction by the geared motor 15 to the shoe polisher (3) and the needle cam 17 for reciprocating the shoe polisher 5.

As shown in FIG. 5, the shoe feeder 6 is connected to a geared motor 6a, a shaft of the geared motor 6a, a rotating shaft 6b on which a male screw is formed, and a piston part 6c is formed at one end thereof. And a hollow portion formed at the center, and a guide pin mounting portion 6d having a female screw is formed on the other side, and a space portion 6k in which the rotation shaft 6b is to be formed is formed and is connected to the guide pin mounting portion 6d to move up and down. A guide body 6g having a moving piston member 6e, the piston member 6e and having guide portions 6f formed in both longitudinal directions, and the piston member 6e being formed of the guide body 6g. Guide pin 6h protruding from the guide portion 6f of the guide body 6g so as to move in the longitudinal direction, and fixed to the guide pin installation portion 6d of the piston member 6e, in a hollow cylindrical shape. The piston part 6c of the piston member 6e formed therein ) Is composed of a shoe cylinder 6i into which a shoe is inserted, and a filter 6j provided in an upper opening of the shoe cylinder 6i.

The shoe cylinder 6i and the guide body 6g are screwed together, and the guide body 6g of the present embodiment is integrally provided with an installation portion 6m having a coupling hole 6L perforated to be fixed to the body. Formed.

In addition, the bitumen feeder (6) is connected to the geared motor (6a), the shaft of the geared motor (6a) and the bitumen feed shaft is formed on the outer circumferential surface spiral screw blades to convey the bitumen, the bitumen feed shaft is It is possible to supply a bitumen to the bitumen spreader (3) consisting of a bitumen box, which is inserted and embedded in the bitumen, and a filter (6j) installed in the upper opening of the bitumen box.

Of course, although not shown, each motor is provided with a controller for controlling independently.

The device made in this way acts as follows when the operator puts the foot through the pants lifter 9 and puts the shoe 1 on the shoe seat 8 and operates the switch.

First, the first motor 2 and the second motor 4 continue to rotate, and operate the geared motor 15 for transporting the shoe polisher 5 to remove dust on the shoe surface. The shoe polisher 5 transfers the shoes in the front-rear direction.

When the shoe polisher 5 is transferred, its gloss brush 5d removes foreign matter on the surface of the shoe.

When the shoe polisher 5 having the foreign matter removed to the surface of the shoe is returned to the initial state and stopped as described above, the geared motor 15 for transporting the shoe polisher 3 is operated, whereby the shoe polisher ( 3) will be transferred to the left and right direction of the shoe.

The geared motor 6a of the bitumen feeder 6 operates during the transfer of the bitumen applicator 3 to discharge the bitumen to the upper side of the appropriate amount filter 6j, and the bitumen spray brush of the bitumen applicator 3 3c) is applied to the front of the shoe surface with the bitumen discharged from the filter 6j of the bitumen feeder (6).

As described above, while the shoe polish coating brush 3c is applying the shoe polish to the shoe, the rim brush 3e removes the foreign matter of the shoe rim.

When the shoe polisher 3 applies the shoe polish to the shoe as described above, when the shoe polisher 5 returns to the initial state and stops, the shoe polisher 5 is operated again, and the polish brush 5d of the shoe polisher 5 is Shoe polished throughout.

At this time, the shoe polish is dispersed throughout the shoe surface, and thus the shoe is polished by the operation of the gloss brush 5d.

According to the present invention, the shoe polisher and the shoe polisher can be operated a plurality of times in the same manner to easily wipe the shoe.

As described above, the device of the present invention can be conveniently and easily wipe the shoes by allowing the user to put them on the shoe rest while wearing the shoes, and by using a polish brush, shoe polish paint brush and a rim brush The advantage of having a shoe brush on all surfaces is that the shoe can be easily cleaned.

Claims (7)

A shoe polisher which is operated by a first motor to apply shoe polish to the front part of the shoe surface and then wipes the front part of the shoe surface and moves in the left and right directions, Shoe polisher operated by the second motor to wipe the entire surface of the shoe surface and moved in the front and rear directions, Transfer means for selectively transporting the shoe slipper and shoe polisher in the left and right directions and the front and rear directions, Bitumen feeder fixedly disposed on one side of the bitumen spreader to supply bitumen to the bitumen spreader, Shoe settled fixed to the main body and placed on the shoe polisher to place the shoes, and Shoe polisher is installed spaced apart from the upper side of the shoe mounting portion consisting of a trouser lifting portion for lifting the user's pants. The method of claim 1, The shoe polisher A conveying member conveyed on the conveying means, A first brush rotating shaft rotated by the rotational force of the first motor fixed to the transfer member, A shoe polish coating brush installed on the first brush rotating shaft and contacting the shoe polisher as needed; Rotation force transmitting means for transmitting the rotational force of the first brush rotating shaft, A second brush rotating shaft rotated by receiving the rotating force by the rotating force transmitting means, An edge brush installed on the second brush rotation shaft to polish the surface edge of the shoe, and Shoe polishing device for supporting the rim brush and made of a rotating member for contacting the rim brush toward the shoe edge by the elastic member. The method of claim 1, The shoe polisher is a conveying member conveyed on the conveying means, A first rotating shaft fixedly installed at the transfer member and rotated by the rotational force of the second motor, Rotation force transmitting means for transmitting the rotational force of the first rotary shaft, A second rotary shaft which is rotated and spaced apart by receiving the rotary force by the torque transmitting means, and Shoe polishing device comprising a plurality of polish brushes installed on the end of the second rotary shaft and the first rotary shaft to wipe the entire shoe surface. The method of claim 3, Shoe polishing device characterized in that the rotational force transmission means is made using two or more of the gear train, belt and pulley. The method of claim 1, The conveying means is a geared motor, Guide rods supporting each side portion such that the shoe polisher and shoe polisher alternately move linearly, and Shoe polishing device is provided between the guide rod and made of a needle cam rotates in one direction by a geared motor to reciprocally convey the shoe polisher and shoe polisher. The method of claim 1, The bitumen feeder is a geared motor, A rotating shaft connected to the shaft of the geared motor and having a male screw formed therein; A piston member is formed at one end, a hollow part is formed at the center, and a guide pin installation part having a female screw is formed at the other end, and a space part for forming the rotation shaft is formed, and is connected to the guide pin installation part to move up and down, A guide body in which the piston member is installed and a guide part is formed in both lengthwise directions and an installation part in which a coupling hole is perforated so as to be fixed to the main body is integrally formed; A guide pin protruding from the guide part of the guide body so that the piston member can move in the longitudinal direction of the guide body and fixedly installed to the guide pin installation part of the piston member; A shoe cylinder which is formed in a hollow cylindrical shape to embed a shoe polish and is inserted into the piston part of the piston member and screwed with the guide main body, Shoe polisher consisting of a filter installed in the upper opening of the shoe cylinder. The method of claim 1, The bitumen feeder is a geared motor, Bitumen feed shaft is connected to the shaft of the geared motor and the spiral blade is formed on the outer circumferential surface to transfer the bitumen, The bitumen container is inserted into the bitumen feed shaft, the bitumen box, Shoe polisher consisting of a filter provided in the upper opening of the shoe box.