KR200185831Y1 - Washing apparatus having plane brush - Google Patents

Abstract

The present invention relates to a brush cleaner, the main body 100; A support plate 110 formed in the main body 100 and having a vertically penetrating flow groove 111 formed therein for a washing object; A transfer device 120 for transferring a cleaning object placed on an upper surface of the support plate 110; A washing liquid nozzle 130 for spraying a predetermined washing liquid to the washing object conveyed by the transfer device 120; A plurality of upper planar brushes 151 reciprocating in a predetermined direction and washing the upper surface of the object to be cleaned; A plurality of lower planar brushes 152 which move in a direction opposite to the movement direction of the upper planar brush 151 and wash the lower surface of the cleaning object; A power transmission member 140 connected to the upper and lower flat brushes 151 and 152 to provide a reciprocating force to the upper and lower flat brushes 151 and 152; The upper and lower flat brushes 151 and 152 and the upper and lower flat brushes 151 and 152 are installed between the upper and lower flat brushes 151 and 152 to rotate the washing object in a forward and reverse direction with respect to the moving direction of the washing object. The upper and lower cylindrical brushes (161, 162) to wash with; a washing machine provided with a flat brush comprising a technical gist. Accordingly, after the longitudinal washing by the flat brush, the horizontal washing by the cylindrical brush is continuously performed repeatedly, so that even curved portions or corners of the object to be cleaned are effectively washed.

Description

Washing apparatus having plane brush

The present invention relates to a washing machine, and more particularly, to a washing machine having a flat brush to wash to the corners of the shoe and shoe parts using a cylindrical brush in a subsequent process, and using a cylindrical brush in a subsequent process. will be.

In general, in the washing of the midsole, outsole, or airbag corresponding to the parts of the shoe, conventionally, an apparatus for cleaning the shoe parts by dipping in a solvent was used. In the above device, infiltration cleaning is to pick up the product or to put it in a net soaked in the solvent solution and to deliver it again. Since the surface could not be uniformly washed, there was a problem in that a defect occurred in the adhesion of the shoe parts of the product.

In addition, the working method has a limitation in that production efficiency can not be increased because the worker's hand picks up the shoe parts or puts them in a net.

In addition, since the solvent is repeatedly used during the infiltration, components such as wax washed in the solvent are precipitated in the solvent to cause component changes of the solvent, thereby requiring frequent replacement of the solvent.

In order to solve the above problems, an automatic washing machine for automatically cleaning shoe parts has been developed. Automatic washing machine (notification number 95-5111) as described above allows the entire process such as the input and cleaning of the shoe parts, dismounting proceeds continuously. Therefore, it is characterized by reducing the physical and psychological burden of the worker and to increase productivity by creating a pleasant environment.

The above method will be described with reference to FIG. 1. The body 1 is equipped with a tank 5 for charging a solvent 4 for washing the sole of the shoe, and an upper portion of the body 1, a heat transfer heater 2 for heating the solvent 4, and a condenser for generating cold air ( An evaporation chamber 6 in which 3) is installed is formed, and a plurality of sprockets 8 'are installed on the upper left and right sides and the middle of the mother body so that the chain 8 is wound and driven by the transfer device drive mechanism 7. Baskets 9 are installed at both ends of the support section 9 'which are addressed at regular intervals on the chain 8, and a detachment chamber 10 is formed at the dismounting unit 12 installed at one side of the body 1, and downwards thereof. The shooter 11 for taking out the product is installed, the exhaust port 13 is installed on the left and right side walls of the body 1 and the control unit 14 is installed on one side thereof.

The conventional automatic washing machine configured as described above is used as a shoe sole washing machine. The basket 9 contains shoe soles in the tank 5, the solvent 5 is filled in the tank 5, and then the switch is turned ON. The basket (9) is transported by the chain (8), the solvent (4) is evaporated (boiled) by the heating of the heater (2) is contained in the basket (9) and the shoes in the transfer process into the evaporation chamber (6) The entire surface of the sole is steam cleaned.

When the basket 9 passes through the portion of the condenser 3, it is quenched by the cold air generated from the condenser 3, and the vaporized solvent becomes a liquid phase, and is stored in the solvent tank 5 again and dried. Sole is made of a structure that comes out through the shooter (11) after coming off the desorption (10).

However, the above method has the following problems.

First, in the case of a shoe sole having a curved shape, there is a problem that the washing force is dropped at the end of the curved shape. One end of the curved shoe soles will not work properly.

Second, in the case of shoe sole produced through the mold work, the release agent component is attached to the surface. However, there is a disadvantage that it is difficult to properly wash the release agent component from the surface of the shoe sole due to the lack of friction through the work. Therefore, there is a problem in that the adhesion between the shoe sole and other shoe parts is not easy.

Therefore, the present invention has been devised to solve the above problems, by washing with a flat brush that flows in the opposite direction, and then by using a cylindrical brush in a continuous process, the corners of shoes and shoe parts having a curved shape It is an object to provide a washer with a flat brush that facilitates cleaning of the top and bottom and side surfaces of the portion and of the curved portion.

1-a sectional view of a washer according to the prior art;

2 is a cross-sectional view of the washing machine equipped with a flat brush according to the present invention.

3 is a cross-sectional view showing the shape of the support plate.

4 is a sectional view showing the shape of the solenoid valve and the flat brush.

5 is a cross-sectional view showing the shape of a cylindrical brush.

<Explanation of Signs of Major Parts of Drawings>

100: main body 101: upper information bar

102: lower information bar 110: support plate

111: flow groove 111a: longitudinal flow groove

111b: horizontal flow groove 120: feeder

121: front gear 122: chain

123: rear gear 124: transfer bar

130: washing liquid nozzle 140: power transmission member

141: solenoid valve 141a: air cylinder

150: flat brush 151: upper flat brush

151a: support portion 151b: sole portion

152: lower flat brush 152a: support

152b: brush part 160: cylindrical brush

161: upper cylindrical brush 162: lower cylindrical brush

The present invention for achieving the above object, the main body; A support plate which is formed inside the main body, and has upper and lower flow grooves formed therein to place the object to be cleaned; A transfer device for transferring a cleaning object placed on an upper surface of the support plate; A washing liquid nozzle for spraying a predetermined washing liquid on the washing object conveyed by the transfer device; A plurality of upper flat brushes reciprocating in a predetermined direction and cleaning the upper surface of the object to be cleaned; A plurality of lower planar brushes which move in a direction opposite to the direction of movement of the upper planar brush and wash the lower surface of the cleaning object; A power transmission member connected to the upper and lower flat brushes to provide reciprocating force to the upper and lower flat brushes; In addition, the upper and lower flat brushes and the upper and lower flat brushes are installed between the upper and lower cylindrical brushes for washing the object to be washed in a continuous process; the washing machine provided with a flat brush comprising a technical gist.

Here, the transfer device, a pair of front gear that rotates on the same axis by receiving external power; A pair of rear gears connected to the pair of front gears and a pair of chains respectively and rotated on the same axis by receiving power of the front gears; And a plurality of chains are formed at a predetermined interval by connecting the pair of chains in the longitudinal direction, the transfer bar for transferring the cleaning object on the upper surface of the support plate to the rear; preferably comprises a.

The upper and lower flat brushes are preferably flown along the upper and lower guide bars formed by connecting side and side surfaces of the main body.

In addition, the power transmission member is preferably composed of a solenoid valve or a crank shaft.

Accordingly, since the cleaning object is washed in a continuous process by using a flat brush and a cylindrical brush, there is an advantage in that the edges and curved portions of the cleaning object are easily washed.

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

Figure 2 is a cross-sectional view of the washing machine equipped with a flat brush according to the present invention, Figure 3 is a cross-sectional view showing the shape of the support plate, Figure 4 is a cross-sectional view showing the shape of the solenoid valve and the flat brush, Figure 5 is the shape of the cylindrical brush It is a sectional view.

As shown, the washing machine equipped with a flat brush according to the present invention is largely the main body 100, the support plate 110, the transfer device 120, the washing liquid nozzle 130, the power transmission member 140, It consists of a flat brush 150 and a cylindrical brush 160.

First, the main body 100 will be described. The main body 100 is configured in an approximately rectangular parallelepiped shape. The support plate 110 is installed in the form of connecting the side and the side surface of the inside of the main body 100 in the substantially central portion of the main body 100. In addition, a plurality of upper guide bars 101 are formed in the shape of connecting both side surfaces of the main body 100 so that the upper flat brush 151a, which will be described later, is moved at a predetermined distance from the upper portion of the support plate 100. In addition, the lower guide bar 102 through which the lower flat brush 152, which will be described later, is spaced apart from the lower portion of the support plate 110, is moved to a position corresponding to the upper guide bar 101 formed on the support plate 110. A plurality is formed.

The support plate 110 is configured in a thin plate shape, the object to be washed is placed on the upper surface. In addition, a plurality of flow grooves 111 are formed in the support plate 110. Here, the flow groove 111 is formed to penetrate up and down the support plate 110, the vertical flow groove (111a) is formed in the corresponding position of the flat brush 150 to be described later the longitudinal flow groove (111a) Along the plane brush 150 to wash the cleaning object. In addition, a longitudinal flow groove 111b is formed at a corresponding position of the cylindrical brush 160 to be described later, and the cylindrical brush 160 washes the washing object along the longitudinal flow groove 111b.

The transfer device 120 is largely composed of a pair of front gear 121, a chain 122 and a pair of rear gear 123.

The pair of front gears 121 are installed at predetermined intervals on the inner front portion of the main body 100 on the same axis and rotate by receiving external power. The pair of rear gears 123 are installed at predetermined intervals on the inner rear portion of the main body 100 at the same axis. The pair of rear gears 123 are connected to the front gear 121 by a pair of chains 122, respectively. It receives the power and rotates in the same direction as the front gear 121.

In addition, the pair of chains 122 are provided with a plurality of transfer bars 124 spaced a predetermined interval in a shape for connecting the chain 122 and the chain 122 in the longitudinal direction. Here, the position of the transfer bar 124 is installed in a shape spaced apart from the upper surface of the base plate 110 approximately. Therefore, the support plate by the transfer bar 124 is rotated in the same direction as the chain 122, the washing object placed on the upper surface of the support plate 110 in the form located between the transfer bar 124 and the transfer bar 124. Sliding backward along the upper surface of the (110).

The cleaning liquid nozzle 130 is a pair of spaced apart from the upper portion of the upper flat brush 151 to be described later and the lower portion of the lower flat brush 152 to be described later in the form of connecting the front and rear of the body 100 to be described later. This is installed. The washing liquid nozzle 130 receives the washing liquid from the outside and sprays the washing liquid at a predetermined pressure on the washing object placed on the upper surface of the support plate 110.

The power transmission member 140 is composed of a solenoid valve 141, is installed between the upper guide bar 101 and the lower guide bar 102 on one side of the outer surface of the main body 100. The solenoid valve 141 is configured to include an air cylinder 141a, the upper and lower planes formed to flow along the upper and lower guide bars 101 and 102 by the selective operation of the air cylinder 141a. It provides power to flow the brushes 151 and 152 in opposite directions from each other. In addition, since the solenoid valve 141 is a known technique, detailed description thereof will be omitted.

Here, the solenoid valve 141 may be configured as a crank shaft instead of the solenoid valve 141 and belongs to the scope of the present invention. Since the crankshaft is also a known technique, detailed description thereof will be omitted.

The upper flat brush 151 includes a support part 151a and a sole part 151b. A guide groove is formed in an approximately center portion of the support portion 151a so that the guide groove is inserted into the upper guide bar 101 installed in the main body 100. The air cylinder 141a of the solenoid valve 141 is connected to one side of the support part 151a such that the upper flat brush 151 reciprocates along the upper guide bar 101 by the power of the air cylinder 141a. While washing the washing object placed on the upper surface of the support plate (110). Here, the upper flat brush 151 washes the upper surface of the object to be cleaned placed on the upper surface of the support plate 110.

The lower planar brush 152 includes a support part 152a and a sole part 152b. A guide groove is formed in an approximately center portion of the support portion 152a so that the guide groove is inserted into the lower guide bar 102 installed under the support plate 110. The support plate 152a is connected to an air cylinder 141a of the solenoid valve 141 to receive the power of the air cylinder 141a to reciprocate along the lower guide bar 102 while supporting the support plate 110. ) Clean the lower surface of the cleaning object placed on the upper surface. Here, the lower flat brush 152 is moved in a direction opposite to the movement direction of the upper flat brush 151 by the action of the solenoid valve 141, the sole portion 152b of the lower flat brush 152 is The lower surface of the object to be cleaned is washed while being inserted into the longitudinal flow groove 111a formed in the support plate 110 and flows. That is, the upper and lower plane brushes 151 and 152 rub the washing object in the longitudinal direction.

The cylindrical brush 160 includes an upper cylindrical brush 161 and a lower cylindrical brush 162. The upper cylindrical brush 161 is installed between the upper flat brush 151 and the upper flat brush 151 at approximately the same height as the upper flat brush 151 and is driven by external power. The upper cylindrical brush 161 is washed in the upper flat brush 151, and then continuously washes the moved object. The washing direction of the upper cylindrical brush 161 is a horizontal direction perpendicular to the washing directions of the upper and lower flat brushes 151 and 152.

The lower cylindrical brush 162 is installed at a position corresponding to the upper cylindrical brush 161 at approximately the same height as the lower flat brush 152. The lower cylindrical brush 162 rotates inwardly in engagement with the upper cylindrical brush 161 to wash the lower surface of the object to be cleaned, which is placed on the upper surface of the support plate 110. Here, the lower cylindrical brush 162 washes the lower surface of the object to be cleaned through the horizontal flow groove 111b formed in the support plate 110.

The operation effect by the above configuration is as described later.

First, the user places the object to be cleaned on the support plate 110 and then operates the external power to drive the front gear 121. The rear gear 123 is also rotated in the same direction as the front gear 121 by a chain 122 connecting the front gear 121 and the rear gear 123 by the driving of the front gear 121. In addition to the rotation of the front and rear gears 121 and 123, the chain 122 connecting the front gear 121 and the rear gear 123 is also driven and rotated, and a plurality of chains 122 are formed on the upper surface of the chain 122. The transfer bar 124 is also linked with the chain flows in a predetermined direction.

The washing object placed on the upper surface of the support plate 110 by the flow of the transfer bar 124 is slid along the upper surface of the support plate 110 by the flow force to the transfer bar 124 is transferred to the rear side of the support plate 110. do. At this time, the user operates the washing liquid nozzle 130 so that the washing liquid is leaked from the washing liquid nozzle 130 so that the washing liquid is sprayed onto the washing object.

When the cleaning object is transferred to the position where the upper and lower flat brushes 151 and 152 are installed by the flow of the transfer bar 124, the user operates the solenoid valve 141. By operating the solenoid valve 141, the upper flat brush 151 washes the object to be cleaned by rubbing the upper surface of the object while reciprocating in the longitudinal direction of the object to be cleaned. At the same time, the lower flat brush 152 has a shape in which the object to be washed rubs the lower surface through the vertical flow groove 111a formed in the support plate 110 while reciprocating in the opposite direction to the direction of movement of the upper flat brush 151. Wash with.

When the washing process is completed in the upper and lower plane brushes 151 and 152, the washing object is continuously transferred to the rear by the transfer bar 124, the upper surface of the support plate to the cylindrical brush 160 is installed. Are transported continuously. When the cleaning object is transported, the horizontal washing of the upper surface of the cleaning object is performed by the rotation of the upper cylindrical brush 161, and the lower cylindrical brush 162 is a horizontal flow groove of the support plate 110 ( 111b) is rotated in engagement with the upper cylindrical brush (161) in the form to be inserted into the transverse direction of the lower surface of the object to be cleaned. When the washing in the upper and lower cylindrical brushes (161, 162) is completed, the washing object is continuously transported to the rear again, the upper and lower cylindrical brushes (161, 162) and predetermined spaced apart from the upper and lower parts Washing in the longitudinal direction is made by the flat brush (151, 152), and conveyed to the rear again, the upper and lower cylindrical brushes (161,9162) installed to be spaced apart from the upper and lower flat brushes (151, 152). The horizontal cleaning is done again.

After the horizontal washing is completed, the washing object is continuously transported to the rear, so that the washing of the washing object is completed by vertical washing by the upper and lower flat brushes 151 and 152.

In the present invention, the washing is completed by three longitudinal washing processes by the upper and lower plane brushes 151 and 152 and two washing processes by the upper and lower cylindrical brushes 161 and 162. If necessary, the upper and lower flat brushes 151 and 152 and the upper and lower cylindrical brushes 161 and 162 may be configured to be washed and belong to the scope of the present invention.

The present invention by the above configuration is to reciprocate the upper and lower flat brush in the opposite direction to wash the vertical direction of the object to be washed, the process of washing the horizontal direction of the object to be washed using the upper and lower cylindrical brushes in a continuous process By repeating, the curved part or the corner part of the object to be cleaned is completely cleaned.

And since the above washing process is made continuously, the hassle is eliminated and there is also an effect of washing a large amount of the washing object in a short time.

Claims (5)

A main body 100; A support plate 110 formed in the main body 100 and having a vertically penetrating flow groove 111 formed therein for a washing object; A transfer device 120 for transferring a cleaning object placed on an upper surface of the support plate 110; A washing liquid nozzle 130 for spraying a predetermined washing liquid to the washing object conveyed by the transfer device 120; A plurality of upper planar brushes 151 reciprocating in a predetermined direction and washing the upper surface of the object to be cleaned; A plurality of lower planar brushes 152 which move in a direction opposite to the movement direction of the upper planar brush 151 and wash the lower surface of the cleaning object; A power transmission member 140 connected to the upper and lower flat brushes 151 and 152 to provide a reciprocating force to the upper and lower flat brushes 151 and 152; And, Upper and lower flat brushes 151 and 152 and upper and lower flat brushes 151 and 152 installed between the upper and lower cylindrical brushes 161 and 162 to wash the washing object in a continuous process. Washer with a flat brush, characterized in that configured to include. The method of claim 1, wherein the transfer device 120, A pair of front gears 121 that receive external power and rotate on the same axis; A pair of rear gears 123 connected to the pair of front gears 121 and a pair of chains 122 respectively and rotated in the same axis by receiving power from the front gears 121; And, A plurality of chains 122 are formed at a predetermined interval by connecting the pair of chains 122 in a longitudinal direction, and a transfer bar 124 for transferring the washing object on the upper surface of the support plate 110 to the rear; Washer with brush. The upper and lower flat brushes 151 and 152 flow along the upper and lower guide bars 101 and 102 formed by connecting side and side surfaces of the main body 100. Washer with flat brush. The flat brush according to claim 1, wherein the power transmission member (140) is a solenoid valve (141). The cleaner of claim 1, wherein the power transmission member (140) is a crank shaft.