KR100338299B1 - Washer of Spring Water Cask - Google Patents

Abstract

The present invention relates to a bottled water washing apparatus, and an object of the present invention is to effectively perform the washing of the bottled water bottle.

According to the present invention, a series of power units 100 are connected to a bearing housing 216 at a bottom of a conventional bottled water bottle rotating part 200 formed of a bottled water bottle 201 rotated by the driving of the motor M and an outer brush for cleaning the outer surface of the bottled water bottle. While the center portion is in communication with each other, the power unit 100 is moved up and down in conjunction with the up-down cylinder 208, the bottom of the lifting plate 104 is equipped with a rotary cylinder 108, and the lifting plate 104 of In the center, the space rod 102 is fixed and placed, and the inner upper portion of the refraction table 130 having the brush 113 is installed at the upper portion thereof, and the sprocket 114 at the bottom thereof is transferred to the power transmission sprocket of the rotating cylinder 108 ( 112 and the chain 116 to the associated configuration. The present invention provides a very effective and hygienic bottle water washing device by making the contact of the brush to the inner wall of the bottled water by the refraction table and the brush is in close contact with the water bottle rotation and up and down operation by peeling the washing means of the conventional water spray. do.

Description

Bottled Water Bottle Washer {Washer of Spring Water Cask}

The present invention relates to a bottled water washing apparatus, and an object of the present invention is to effectively perform the washing of the bottled water bottle.

Typically, bottled water is bottled and supplied to consumers, collected and reused. The collected container removes foreign substances and bacteria in and out of the container by washing, and replenishes the bottled water through the bottled water supply device to the consumer.

In the prior art, there is a method of washing with water through artificial manual work in washing the bottle, and there is a method of washing while rotating the washing brush or rotating the container in the state inverted the bottle. In addition, the injection nozzle is placed inside the bottled water bottle and the washing method is sprayed with a strong pressure with the cleaning agent is a typical method.

However, the manual cleaning method requires a lot of power and poor workability. Also, the bottleneck of the bottled water bottle is narrow, and the holder fixing the cleaning brush does not flow freely from side to side. The cleaning brush is difficult to access until a good cleaning operation cannot be performed. In the latter case using the spray nozzle, the washing water sprayed by the high pressure does not evenly contact the curved area inside the bottled water bottle, and thus, there is a drawback in that the washing operation is not performed completely.

The present invention is to provide a more effective cleaning means by a mechanical device to avoid the irrational cleaning means performed only by conventional manual washing and water spraying. Accordingly, the present invention, while revolving the bottle to be deflected in one direction by the refraction table to be washed by the brush inside the bottle to be in close contact with the wall surface of the bottle, and by lifting and lowering the table by the lifting plate It is to be able to effectively wash even the difficult to access area or curved surface of the inner wall.

1 is a front configuration diagram showing a configuration of the present invention

Figure 2 is an excerpt perspective view showing the interlocking relationship between the refraction table and the rotating cylinder of the present invention

Figure 3 is a side cross-sectional view showing the operating state of the refraction table according to the drive of the rotating cylinder

4 is an enlarged view of a part of the present invention;

Figure 5 is an enlarged side view of the main portion showing the maximum refractive state of the refraction table inside the container

<Description of Symbols for Major Parts of Drawings>

100: power unit 101: shaft pin

102: space rod 108: rotating cylinder

110: rotating shaft 112: power transmission sprocket

113: brush 114: sprocket

115: water supply hose 116: chain

130: refraction table 132: spring

200: bottled water bottle rotating portion 201: bottled water bottle

A series of power units 100 is formed at the bottom of a conventional bottled water bottle rotating part 200 formed of a bottled water bottle 201 rotated by the driving of the motor M and an outer brush for cleaning the outer surface of the bottled water by the bearing housing 216. While being coupled in communication, the power unit 100 is elevated in conjunction with the up-down cylinder 208, the lifting plate 104 is equipped with a rotary cylinder 108 on the bottom, and the space in the center of the lifting plate 104 The rod 102 is fixed and placed therein, and the inside of the refraction stand 130 having the brush 113 at the upper part is installed inside the sprocket 114 at the bottom of the power transmission sprocket 112 of the rotating cylinder 108 and It is a structure consisting of a related configuration linked to the chain (116).

And, the refraction table 130 is made so that the elastic portion can be flowed when the brush 113 of the upper end is connected to the bottled water bottle 100 by washing by connecting the central portion with the spring 132.

Meanwhile, a water supply hose 115 is installed inside the brush 113 through the space rod 102. The water supply hose 115 connected from an external water supply tank (not shown) is drawn in from the bottom of the elevating plate 104 and is installed together with the chain 116 in the space rod 102.

As shown in FIG. 4, the bearing housing 216 supports the rotating body 214 formed with a seating groove 221 and a hole 220 in the center of the supporting plate body 218. One end of the space rod 102 is inserted into the hole 220 of 214 to some extent from below, and the refraction table 130 fixed to the end of the space rod 102 slightly protrudes to the upper surface of the rotating body 214. It is. And the inner hole 220 of the rotating body is configured to be larger than the outer diameter size of the space rod (102).

Reference numeral 150 is a base plate, 120 is a guide rod coupled to the guide rod fixed to the outer diameter as a guide rod to act as a guide in lifting the lifting plate, in particular to prevent the movement of the lifting plate.

Hereinafter, a description of the same configuration as in the prior art will be omitted, and an operation and an effect according to the configuration of the present invention will be described with reference to FIGS. 1 to 5. The bottled water bottle 201 is inverted into the inner seating groove 221 of the rotating body 214 supported by the bearing housing 216 on the upper surface of the support plate body 218. At this time, the hole 220 of the rotating body 214 coincides with the inner diameter of the bottleneck, and the bottleneck end portion is seated at the same time as the bottleneck upper end portion is seated on the upper surface of the cleaning brush of the support plate 210 formed on the upper surface of the support plate body 218. Bottled water bottle 201 is supported. It is also more stable by being made to be supported by an external washing means located on the side of the bottled water 201. On the other hand, the top of the body 205 is formed by rotating the center of the hinge 206 on one side of the top and the rotating bundle 204 is driven by the motor (M) on one side close to the bottom of the bottled water 201 rotating bundle At 204, the rotating plate 202 coalesced with the spring 203 is brought into close contact with the bottom surface of the bottle 201. At this time, the brush 113 of the refraction table 130 protruding to some extent from the upper surface of the rotating body 214 on which the bottleneck part of the bottled water is seated is received in contact with the bottleneck inlet inside the bottled water bottle 201 and the bottled water bottle 201 of the bottled water bottle 201. The rotating plate 202 in close contact with the bottom surface is first washed by the brush 113 of the refraction table 130 in contact with the bottleneck inside bottled water bottle by rotating the water bottle by the rotation of the motor (M). Of course, the outer surface of the bottle is also cleaned by the external washing means with the rotation of the bottle. A washing operation is performed together with the cleaning agent and the washing water sprayed from the water supply hose 115 in the brush 113 and the water supply hose 115 is drawn in from the lower end of the lifting plate 104 to It is built together with the chain 116 and is fixed to the inner wall surface of the space bar 102 so that the chain 116 does not come into contact in driving. On the other hand, the brush 113 fixed to the refraction table 130 may leave fine marks on the inner surface of the bottled water bottle 201 during washing or wear, which may shorten the life of the bottle and reduce the reliability of the product. It is also preferable to use soft fibers.

After first washing the bottleneck of the bottled water bottle 201, the lower lifting plate 104 is upper by the upper up-down cylinder 208 while being supported by the guide bush 106 coupled to the slide rod 120. Ascends to step 1. In addition, the space bar 102 fixed to the upper surface of the elevating plate 104 is also moved to the upper side by being fixed to the refraction table 130, and the brush 113, which primarily washes the bottleneck part, that is, the upper portion of the bottle 201. The upper and lower cylinders 208 are controlled to be in contact with the bottom center of the bottled water bottle and to be washed, and the lifting operation of the lifting plate 104 is stopped at the same time as the brush 113 is contacted. Subsequently, the rotating cylinder 108 fixed to the bottom of the elevating plate is driven by an external control motor (not shown) connected by a flexible pipe (not shown) to one side of the power transmission sprocket 112 built on the rotating shaft 110. By rotating the sprocket 114 of the upper refraction table 130 by the chain 116 in the same direction by the chain 116 is gradually bent downward about the axis pin 101 of the space bar (102). In addition, the brush 113 of the refraction table 130 cleans the bottom surface while moving slowly from the bottom center of the bottled water tank 201 to the wall surface, and the inclination of the refraction table 130 is shown in FIG. An opening 103 formed by the front and rear surfaces of the 102 may enable a vertical flow and have a maximum inclination that may flow at least about 180 ° up and down about the shaft pin 101. Of course, the refraction table 130 may be refracted in both directions through the opening 103 formed in the front and rear, but because the bottled water is rotating so that the refraction table 130 can be refracted in one direction without having to flow the refraction table 130 in both directions It is preferable to. On the other hand, when the refraction table 130 is refracted to be almost perpendicular to the space rod 102, the brush 113 is spaced apart from the bottom surface of the bottled water bottle 201, so the up-down cylinder 208 lifts the lifting plate 104. Ascending to a predetermined value so that the end of the space rod 102 is close to the bottom surface of the bottled water 201 so that the brush 113 in contact with the bottom edge of the bottled water. This is because the length of the refraction table 130 is composed of the radial length of the bottled water bottle 201 and thus does not contact the bottom edge of the bottled water bottle. And when the brush 113 fixed to the upper end by arranging the central portion of the refraction table 130 with the spring 132 is in contact with the curved portion of the bottled water bottle 201 wall washing and elastically adapted to the bottled water bottle wall at a constant pressure Have a wash. The refraction table 130 which has been cleaned by the brush 113 from the bottom edge of the bottled water bottle 201 maintains contact with the wall surface of the bottled water bottle 201, performs the cleaning, and is timing up by an external program. 208 gradually lowers the lifting plate 104. The brush 113 which contacts the wall surface of the bottled water and performs cleaning is lowered while elastically contacting the curved portion of the wall surface as the lifting plate 104 descends. The refraction table 130 which is then washed while washing the wall of the bottled water bottle 201 is stopped by the control of the up-down cylinder 208 before the lifting plate 104 reaches the bottom dead center and is located on the lower surface of the lifting plate 104. The rotary cylinder 108 is driven in the initial direction, as shown in FIG. 5, the upper refraction table 130 is refracted downward by about 80 ° so that the brush 113 is curved on the inner surface of the bottleneck of the bottle 201. Make contact with the part. After the cleaning is performed for a predetermined time, the rotary cylinder 108 is driven back to return the refraction table 130 to its original position upright, and the elevating plate 104 descends to the bottom dead center to the space rod 102. The fixed refraction table 130 is also removed from the bottled water bottle 201 and the washing operation is completed.

As described above, the present invention bends and elevates the refraction table 130 at various angles such that the brush 113 is in contact with the inner wall surface of the bottled water bottle 201 to the curved portion of the inner surface of the bottleneck bottle 201, which is difficult to access. By allowing the washing to be performed in contact, the precipitated foreign matter at each site is washed well.

As described above, according to the present invention, the refraction table is bent in one direction with the rotation of the bottle to make contact with the bottled water bottle wall, and at the same time, the lifting table is lifted and lowered by the lifting plate to make it difficult to access the bottle. By performing a good cleaning up to the bent portion, it is possible to supply hygienic bottled water to consumers as well as to improve the reliability of the product.

Claims (3)

A series of power units 100 is formed at the bottom of a conventional bottled water bottle rotating part 200 formed of a bottled water bottle 201 rotated by the driving of the motor M and an outer brush for cleaning the outer surface of the bottled water by the bearing housing 216. While being coupled in communication, the power unit 100 is elevated in conjunction with the up-down cylinder 208, the lifting plate 104 is equipped with a rotary cylinder 108 on the bottom, and the space in the center of the lifting plate 104 The rod 102 is fixed and placed therein, and the inside of the refraction stand 130 having the brush 113 at the upper part is installed inside the sprocket 114 at the bottom of the power transmission sprocket 112 of the rotating cylinder 108 and Bottled water washing apparatus, characterized in that consisting of the associated configuration linked to the chain (116). The drinking water bottle washing apparatus according to claim 1, wherein the refractive table (130) is connected to a central portion thereof with a spring (132). The water bottle cleaning apparatus according to claim 1, wherein a water supply hose (115) is installed into the brush (113) through the space rod (102).