KR101682632B1 - Supporting apparatus for roll of wet tissue - Google Patents

Abstract

According to the present invention, disclosed is a roll fabric mounting apparatus, wherein when a predetermined amount of a roll fabric mounted in a first roll fabric mounting groove is consumed, a new standby roll fabric in a second roll fabric mounting groove can be quickly replaced with the roll fabric mounted in the first roll fabric mounting groove to improve workability and productivity. Moreover, the roll fabric mounted in the first roll fabric mounting groove, wherein a predetermined amount of the roll fabric is consumed, is mounted in a third roll fabric mounting groove to significantly reduce a loss amount of the roll fabric to maximize economic feasibility.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a roll support for a wet tissue,

The present invention relates to a roll fabric stand for a wet tissue for unfolding a roll fabric for a wet tissue and supplying the wet tissue to a wet paper roll, the guide roll being installed upright on the paper surface and unfolding while guiding the wet tissue coming off the roll fabric. A base frame having a driving roller; A first support frame having a predetermined length coupled to the base frame in a horizontal direction so as to protrude forward from a lower front of the base frame; A first roll fabric receiving groove formed in one side of the first supporting frame and formed in a semicircular shape so as to receive a roll shaft fitted in the center of the roll fabric, and; A first roll supporting groove formed on a first side of the first support frame and spaced a predetermined distance behind the first roll supporting groove; And a second roll dowel groove groove formed in a semicircular shape so as to be interchangeable with the first roll dowel groove groove. The roll dough is placed in the first roll dowel groove groove, and then the wet tissue is supplied through the guide roller and the drive roller And a new roll fabric end is previously placed in the second roll fabric grouting groove so that the fabric can be manufactured. When the roll fabric placed in the first roll fabric grouting groove is consumed by a predetermined amount or more, Improves workability and productivity by improving workability and productivity by enabling quick replacement with a new roll fabric mounted at the home It relates to the Kindle wipes fabric roll pod.

In general, a wet tissue or wet wiper refers to a product made by adding purified water, a moisturizer, a surfactant, a vegetable preservative, a perfume, and the like to a nonwoven fabric to perform a skin washing function. For example, any disposable product that is used for the discharge of a baby's feces, a disposable towel used in a restaurant or public place to maintain cleanliness, and other hygienic purposes is commonly referred to as a wet tissue.

Since such a wet tissue is directly used on the skin of a human body, stability to the skin is of utmost importance. At the same time, the removal power and antibacterial property against foreign substances and pathogenic microorganisms remaining on the skin are also required. In recent years, functional wipes for obtaining a pharmacological effect by adding various medicines according to users' preferences and purposes as well as hygienic functions as described above are also produced. Such prior arts are disclosed in Published Unexamined Patent Application No. 2003-0048646, No. 2013-0126324, and Japanese Patent Application No. 0607076, etc. are disclosed.

Prior art related to such a device for manufacturing a wet tissue is disclosed in Japanese Patent No. 1095732, Japanese Patent Application Publication No. 2002-0027566, Japanese Patent Application No. 0320369, Japanese Patent Registration No. 0433565, Japanese Patent Application Laid-Open No. 2009-0008661, 2016-0050476, Laid-Open Publication No. 2016-0000706, and the like.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exemplary view of a nonwoven guide apparatus for the manufacture of a portable wet tissue according to the disclosure of Japanese Utility Model No. 20-2016-0000706.

The nonwoven fabric guide apparatus includes a facility frame 100 formed in a substantially 'ㅗ' shape, and a roll seat 110 is provided at a lower end of the facility frame, and a roll axis seating groove 112 are formed.

When the end of the wet tissue is inserted through the guide roller and the driving roller, the roll material 220 is naturally rotated, The fabric is supplied. The supplied wet tissue is guided to the conveying conveyor while sequentially passing through the plurality of guide rollers, and is conveyed in a folded state through the folding plate in the process of being guided to the conveying conveyor. Thereafter, it is manufactured as a final wet tissue product while passing through a water injection device, a cutting device, and the like.

In recent years, in order to increase the productivity of the wet tissue, a plurality of such guide devices are arranged to manufacture the wet tissue.

For example, supposing that the guide apparatuses 10 are arranged, the operator firstly mounts the roll fabric in the roll-axis mounting grooves of the respective guide apparatuses, and then loosens the roll fabric so that the ends of the wipes are passed through the guide roller and the drive roller . After the wipes are manufactured, if the roll material remains 5 ~ 10%, the driving roller is stopped, the used roll material is removed, and the new roll material is put back into the roll device mounting groove.

However, when the wet tissue is manufactured in this manner, the roll material of 5 to 10% is discarded as it is. Further, since the tension applied to the wet tissue is different for each guide device, the residual loss amount may vary There is a problem in that a large amount of roll fabric is wasted as shown in FIG. 2, and the economical efficiency is remarkably reduced. When replacing the roll fabric with a new roll fabric, the work line or the work force must be stopped simultaneously.

Disclosure of Invention Technical Problem [8] The present invention has been made in order to solve the above problems, and it is an object of the present invention to significantly reduce the amount of loss of roll fabric, to replace the roll fabric without interrupting the production line, And to provide a roll fabric stand for wet tissue that can maximize workability and productivity.

In order to achieve the above-mentioned object, the present invention provides a roll fabric stand for a wet tissue, which unfolds a roll fabric for a wet tissue and supplies the wet tissue to a roll fabric stand, the wet tissue fabric standing upright on the paper surface, A base frame provided with a guide roller and a drive roller so that the guide roller and the drive roller can be moved; A first support frame having a predetermined length coupled to the base frame in a horizontal direction so as to protrude forward from a lower front of the base frame; A first roll fabric mounting groove formed in one side of the first support frame and accommodated in a center of the roll fabric so as to be rotatable in a state where the roll fabric is stationary, and; A first roll supporting groove formed on a first side of the first support frame and spaced a predetermined distance behind the first roll supporting groove; And a second roll dowel groove groove formed in a semicircular shape so as to be interchangeable with the first roll dowel groove groove. The roll dough is placed in the first roll dowel groove groove, and then the wet tissue is supplied through the guide roller and the drive roller And a new roll fabric end is previously placed in the second roll fabric grouting groove so that the fabric can be manufactured. When the roll fabric placed in the first roll fabric grouting groove is consumed by a predetermined amount or more, And can be quickly replaced with a new roll fabric placed in the groove, thereby improving workability and productivity.

In addition, the present invention is characterized by comprising: a second support frame having a predetermined length coupled to the base frame in a horizontal direction so as to protrude forward from the top end of the base frame; Wherein when the roll end of the roll mounted on the first roll end mounting groove of the second support frame is consumed by a predetermined amount or more, it is formed into a semi-circular shape so as to mount the roll end of the first roll, And a third roll material receiving groove formed in the first roll material receiving groove, wherein when the roll material placed in the first roll material receiving groove is consumed more than a predetermined amount, So that a new roll material placed in the second roll material receiving groove is moved to the first roll material receiving groove and then the roll material stuck in the third roll material receiving groove is left in a very small amount The new roll fabric fastened in the first roll fabric fastening groove is loosened so that the end portion of the raw material wet tissue is joined to the fabric of the wet tissue fastened to the third roll fabric fastening groove so that the supply of the wet tissue can be continuously performed The features.

In addition, in the present invention, a guide rail is formed on the inner circumferential surface of the first support frame so as to protrude upward from the first support frame, and a new roll fabric stuck in the second roll fabric- And both end portions of the roll shaft are moved while rolling along the guide rails when the rollers are moved to the far end mounting grooves, so that the movement of the roll fabric can be quickly and easily performed.

In the present invention as described above, when the roll material placed in the first roll material receiving groove is consumed more than a predetermined amount, a new roll material waiting in the second roll material receiving groove is inserted into the roll fabric held in the first roll material receiving groove It can be replaced quickly, improving workability and productivity.

In addition, when the roll material placed in the first roll material receiving groove is consumed more than a predetermined amount, the roll material placed in the first roll material receiving groove is inserted into the third roll material receiving groove to continuously supply the wet tissue. If a new roll end stationed in the second roll end stationary groove is moved to the first roll end stationary groove and then a small amount of roll fabric stuck in the third roll end stationary groove is left, The end of the wipes fabric is loosened and the end of the wipes fabric is joined with the wipes fabric attached to the third roll fabric fastening grooves, so that the supply of the wipes can be continuously performed, thereby improving the workability and productivity.

In addition, when moving a new roll end stationed in the second roll end stationary groove to the first roll end stationary groove, both side ends of the roll axis move while rolling along the guide rail, Therefore, there is an advantage that the work time and manpower of the roll fabric can be remarkably reduced.

1 is an exemplary view of a guide device according to the prior art;
FIG. 2 is a photograph of a state in which a loss of roll fabric has occurred in accordance with the prior art. FIG.
3A to 3C are photographs of a roll fabric bundle packed with a plurality of roll fabrics.
Figures 4 to 6 are illustrations of a roll fabric stand for wet tissue with improved workability and productivity according to the present invention;
7A to 7D are diagrams for explaining a principle in which a wet tissue is continuously supplied according to an embodiment of the present invention;
Fig. 8 is a photograph showing a photograph of the work process of Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described more fully hereinafter with reference to the accompanying drawings, in which exemplary embodiments of the invention are shown.

First, in the present invention, the roll fabric stand for a wet tissue refers to a mechanism or apparatus for holding a roll fabric for a wet tissue so as to supply a wet tissue material by unwinding the roll material for a wet tissue. Woven fabric is wound in a roll form, and the wet tissue fabric refers to a fabric which is unwound from the roll fabric. The wiping cloth released from the roll fabric is guided by the spreader while being guided to the conveying conveyor while being guided by the guide roller. The wiping cloth is conveyed through the folding plate in a folded state during the guiding of the wiping cloth to the conveying conveyor, And is manufactured as a final wet tissue product.

The present invention can significantly reduce the amount of loss of the roll fabric 10 that was in use when replacing the roll fabric 10 being used in the fabric stand with a new roll fabric 10 ' It is possible to replace without interruption and to save manpower and time required for roll fabric change.

4 is an exemplary view of a roll fabric stand for a wet tissue according to the present invention. As shown in FIG. 4, the present invention includes a base frame 100, a first support frame 200, a first roll support groove 300, and a second roll support groove 400.

The base frame 100 is a frame having a predetermined length standing upright on the paper surface. The base frame 100 has guide rollers R 1 and R 2 for unfolding while guiding the wipes fabric 30 released from the roll fabric 10, And a roller R2 is provided. The guide roller R1 and the drive roller R2 in the drawings attached to the present invention are merely examples for facilitating the understanding of the present invention, and the positions thereof are not limited to the scope of the present invention.

The first support frame 200 is coupled in a horizontal direction so as to protrude forward from the bottom of the front surface of the base frame, and a pair of straight bars formed by a predetermined length are separated from each other by a length longer than the width of the roll fabric. , And the roll fabric (10) is positioned between the straight bar and the straight bar.

The first roll support groove 300 is formed at one side of the first support frame 200 and accommodates a roll shaft 20 inserted in the center of the roll support 10, In a semicircular shape so as to supply the wet tissue.

The second roll-side mounting groove 400 is formed on one side of the first supporting frame 200 and is spaced a predetermined distance behind the first-row original mounting groove 300. The second roll-side mounting groove 400 is formed in a semicircular shape so as to receive a new roll fabric 10 ', and the roll fabric 10 placed in the first- To wait for a new roll fabric 10 'to be quickly replaced with a new roll fabric 10'.

3A to 3C are photographs showing a roll fabric bundle in which a plurality of roll fabrics are packed in one bundle and a preparation process for putting the bundle of roll fabrics into a job.

The number of nonwoven fabrics to be input depends on the number of wipes embedded in the wrapping paper such as 20, 30, 50, 100 sheets. As the number of wipes increases, the number of nonwoven fabrics to be supplied increases. When the wipes are placed on the floor,

For example, assuming that twenty fabric rests are continuously arranged to produce twenty pieces of wet tissue, in order to manufacture a wet tissue, the worker unpacks the roll material bundle first, separates the roll material individually The roll fabric is mounted on each fabric rack.

After that, the roll fabric is unwound to produce a wet tissue, and when the roll fabric is consumed more than a certain amount, it should be replaced with a new roll fabric. However, since the roll material bundle is heavy and relatively large, it is stored in a separate space, and is transported to a place where a fabric rest room is installed during use.

This is because the conventional fabric stand as shown in FIG. 1 is constructed so that only one roll fabric can be mounted.

Of course, it is possible to separate the roll fabric from the roll fabric roll and store it in the vicinity of each fabric rack. However, if the work space is narrow, when the roll fabric of the one fabric rack is replaced, .

The present invention is characterized in that the roll fabric 10 is placed in the first roll fabric mounting groove 300 and then the wet tissue 30 is supplied through the guide rollers R1 and R2 to manufacture the wet tissue. A new roll fabric 10 'is preliminarily placed in the second roll fabric grouting groove 400 in the wet tissue manufacturing process, and the roll fabric 10 placed in the first roll fabric grouting groove is set to a predetermined amount or more It can be quickly replaced with a new roll fabric 10 'placed in the second roll fabric stocking groove to prevent wasting time and manpower on the transporting, unpacking and roll material distribution of the roll fabric bundle .

In the present invention, a guide rail 700 may be coupled to the inner circumferential surface of the first support frame 100 so as to protrude upward from the first support frame.

The material of the guide rail 700 is not limited to the right scope of the present invention but may be formed of a metal material having excellent strength such that the top edge is not worn or damaged due to the load of the roll material or repetitive linear movement desirable.

It is preferable that the first roll-receiving groove 300 and the second-roller-receiving groove 400 are formed to have diameters corresponding to the roll axis so that the roll axis 20 of the roll 10 can be seated The roll shaft may be formed to correspond to or longer than the width of the first support frame so that the worker can easily mount the roll material to the first roll fabricating groove or the second roll fabricating groove or to place the roll fabric on the guide rail.

The first roll fabricating groove 300 and the second roll fabricating groove 400 may be formed at the upper edge of the guide rail 700 and the new roll fabricating groove 400 Both end portions of the roll shaft 20 can be quickly moved while rolling along the guide rails 700 when the fabric 10 'is moved to the first roll fabricating groove 300, thereby reducing the replacement time of the roll fabric Since the structure is naturally inserted into the first roll fabric receiving groove 300, the roll fabric can be easily and easily replaced.

The roll base for a wet tissue according to the present invention includes a second support frame 500 coupled to an upper front end of the base frame, a third roll support groove 600 formed on one side of the second support frame, .

The second support frame 500 is formed to have a predetermined length and is horizontally coupled so as to protrude forward from the front upper end of the base frame 100. The second support frame 500 is provided on the upper side of the first support frame 200 in parallel with the first support frame.

The third roll dwell groove 600 is formed at one side of the second support frame 500 and has a semicircular shape so as to mount the roll dough 10 stuck in the first roll dwell groove 300. Shaped.

The reason why the second support frame 500 and the third roll fabricating groove 600 are formed in the present invention is to maximize the use of the roll fabric 10 placed in the first roll fabricating groove 300 .

Conventionally, in order to replace the roll fabric, if a certain amount of the roll fabric is exhausted, the production line has to be stopped. However, if a plurality of fabric racks are provided, the tension applied to the wet tissue fabric is different for each fabric rack. The production line is stopped on the basis of the roll fabric using the largest amount, so that a huge amount of roll fabric is wasted as shown in FIG. 2.

When the roll material 10 stored in the first roll material receiving groove 300 is consumed by a predetermined amount or more, the roll material 10 placed in the first receiving material groove is lifted and the third roll material receiving groove 600) to supply the wet tissue continuously, and the loss of the roll fabric can be reduced by using as much as possible.

The roll material 10 placed in the first roll material receiving groove 300 is unwound and the supplied wet tissue 30 is wound on the guide roller R1 and is conveyed through the driving roller R2 to the conveying conveyor Not shown). Therefore, there is no problem in feeding the wet tissue 30 even if the roll material 10 held in the first roll material receiving groove 300 is lifted and held in the third roll material receiving groove 600. However, if the roll material 10 held in the first roll material receiving groove 300 is held for a long time or if the roll material 10 is pulled with a strong force, the quality of the finally produced wet tissue product may be affected. It is preferable that the three-roll far-end mounting groove 600 is formed at a position adjacent to the first-row far-end mounting groove 300, more preferably, above the first-row original mounting groove.

Hereinafter, referring to FIGS. 7A to 7E, the principle of continuously supplying the wet tissue in accordance with the embodiment of the present invention will be described.

First, as shown in FIG. 7A, the roll fabric 10 is placed in the first roll fabric grouting groove 300 and then the roll fabric is loosened to allow the wet tissue 30 to pass through the guide roller R1 and the drive roller R2 After preparing the work, the driving roller is driven to supply the wet tissue to produce the wet tissue.

During the wet tissue manufacturing process, as shown in FIG. 7B, a new roll material 10 'is placed in the second roll material receiving groove 400 to stand by. At this time, the roll fabric 10 placed in the first roll fabric receiving groove 300 continuously supplies the wet tissue 30.

As shown in FIG. 7C, when the roll material 10 stored in the first roll material receiving groove 300 is consumed more than a predetermined amount, the roll material placed in the first roll material receiving groove is lifted up to form the third roll material receiving groove 600 ) To continuously supply the wet tissue.

Next, a new roll fabric 10 'held in the second roll fabric grouting groove 400 is moved to the first roll fabric grouting groove 300 and is then stored in the third roll fabric grouting groove 600, 7d, the end of the wet tissue 30 'unwound from the new roll fabric placed in the first roll fabric grouting groove is inserted into the third roll fabric grouting groove, The fabric 30 is joined to the fabric 30 to supply the wet tissue. FIG. 8 is a view illustrating the process of FIG. 7D, that is, understanding the process of fastening the end portion of the wet tissue loose from the new roll fabric stuck to the first roll fabricating groove to the fabric of the wet tissue fastened to the third roll fabric fastening groove In the actual operation, when the roll fabric 10 placed in the third roll fabric fixing groove 600 is left in a very small amount, the two wet tissue fabrics 30 and 30 ' .

When all the roll fabrics 10 placed in the third roll fabric grouting grooves are used, a new roll fabric 10 'naturally inserted into the first roll fabric grouting grooves is loosened and the wet tissue fabric 30' is continuously supplied If the process is circulated, it can be continuously supplied without breaking the wet tissue.

The present invention as described above can maximize workability and productivity since the fabric of the wet tissue can be continuously supplied without being cut off. In particular, the roll fabric used in the first roll fabric grouting groove can be directly fed into the third roll fabric grouting groove It is possible to significantly reduce the loss of the roll fabric when compared with the conventional fabric stand, and it is possible to further manufacture the wet tissue by the amount of loss, which is economical advantage to generate more profit.

10, 10: Roll Fabric
20:
30,30 ': Wet tissue
100: base frame
200: first support frame
300: first roll fabric mounting groove
400: second roll fabric mounting groove
500: second support frame
600: Third roll fabric mounting groove
700: guide rail
R1: guide roller
R2: drive roller

Claims (3)

A roll fabric stand for a wet tissue, which unwinds a roll for a wet tissue and supplies the wet tissue,
A base frame 100 standing upright on the ground and equipped with a guide roller R1 and a drive roller R2 for unfolding while guiding the wet tissue 30 released from the roll fabric 10;
A first support frame 200 having a predetermined length coupled to the base frame in a horizontal direction so as to protrude forward from a lower front of the base frame;
A roll shaft 20 which is formed at one side of the first support frame 200 and is inserted into the center of the roll fabric 10 and is rotated in a natural state while the roll fabric is stationary, A first roll fabricating groove 300 formed to be recessed;
The first roll support groove 300 is formed at one side of the first support frame 200 and is spaced apart from the first roll support groove 300 by a predetermined distance. And a second roll fabricating groove 400 formed in a semicircular shape so as to be quickly replaced with a new roll fabric 10 'when a predetermined amount or more is consumed,
The roll fabric 10 is placed in the first roll fabric receiving groove 300 and then the wet tissue is supplied through the guide roller R1 and the driving roller R2 so that the wet tissue can be manufactured.
The new roll material 10 'is preliminarily placed in the second roll material grooving groove 400 so that the new roll material 10' is placed in a standby state. When the roll material 10 placed in the first roll material- The present invention relates to a roll fabric docking station for a wet tissue, which can improve workability and productivity by enabling quick replacement with a new roll fabric 10 ' .
The method according to claim 1,
A second support frame having a predetermined length coupled to the base frame in a horizontal direction so as to protrude forward from the top end of the base frame;
Wherein when the roll end of the roll mounted on the first roll end mounting groove of the second support frame is consumed by a predetermined amount or more, it is formed into a semi-circular shape so as to mount the roll end of the first roll, And a third roll fabric mounting groove,
When the roll material stuck in the first roll material receiving groove is consumed more than a predetermined amount, the roll material placed in the first roll material receiving groove is lifted and placed in the third roll material receiving groove to continuously supply the wet tissue.
If a new roll end stationed in the second roll end stationary groove is moved to the first roll end stationary groove and then a small amount of roll fabric stuck in the third roll end stationary groove is left, And the end portion of the wet tissue is loosely adhered to the third wet tissue groove of the third roll fabric so that the supply of the wet tissue can be continuously performed, thereby improving the productivity and productivity of the wet tissue roll.
The method according to claim 1,
A guide rail protruding upward from the first support frame is formed on the inner circumferential surface of the first support frame,
When moving a new roll end stationary to the second roll end stationary groove to the first roll end stationary groove, both side ends of the roll axle roll and move along the guide rail, Wherein the wipes of the roll fabric for the wet tissue have improved workability and productivity.

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