KR100264764B1 - Apparatus for manufacturing hygienic pad for female - Google Patents

Abstract

The present invention relates to a female sanitary napkin processing apparatus, and more particularly, a female sanitary napkin processing apparatus consisting of a compression, cutting, and withdrawal process by receiving raw materials from at least one raw material supply means, and supplying raw materials for supplying raw materials (Y). (1); Guide means (2) for guiding raw materials from said raw material supply means; Compression means (3) installed at a position adjacent to the guide means (2) for crimping the raw material (P) introduced through the guide means (2) to a predetermined thickness; Cutting means (4) for cutting the crimped workpiece to a predetermined width and length; Drawing means (5) for drawing out the workpiece cut by the cutting means (4); Power transmission means (6) for operating said crimping means (3), cutting means (4) and drawing means (5) in a series of operations; It consists of a power generating means 7 for transmitting power to this power transmission means 6.

Description

Women's Sanitary Napkin Processing Equipment

The present invention relates to a female sanitary napkin processing apparatus, and more particularly, to a female sanitary napkin processing apparatus for manufacturing a female sanitary napkin (aka tempo) through the compression, cutting, withdrawal process by receiving the raw material from one or more raw material supply means. .

The present invention is to provide a raw material of non-uniform width from one or more raw material supply means to maintain a constant width, weight and thickness during the compression, cutting, withdrawal process to finally manufacture a feminine sanitary napkin base material.

In order to achieve the above object, the present invention provides a raw material supply means for supplying raw materials; Guide means for guiding raw materials from said raw material supply means; Compression means for pressing the raw material introduced through the guide means to a predetermined thickness and installed in the vicinity of the guide means; Cutting means for cutting the compressed workpiece to a predetermined width and length; Drawing means for drawing out the workpiece cut by the cutting means; Power transmission means for operating said crimping means, cutting means and drawing-out means in a series of operations; Characterized in that the power generating means for transmitting power to the power transmission means.

1 is a side view of the present invention women sanitary napkin processing apparatus,

Figure 2 is a plan view of the present invention women sanitary napkin processing apparatus,

3 is a view showing a part of the extract, cutting, withdrawal means of the present invention sanitary napkin processing apparatus for women,

Figure 4 is a diagram showing a part of the completed pad through the present invention women's sanitary napkin processing apparatus.

<Description of Symbols for Main Parts of Drawings>

1: raw material supply means 2: guide means

3: pressing means 4: cutting means

5: withdrawal means 6: power transmission means

7: power generating means 8: gap adjusting means

10: support frame 11: roll stand

20: sign 21: hopper

30,40,50: roller 31: heating device

32,42,51: 1st gear 33,43: 2nd gear

34,44,52: third gear 41: cutting blade

G: Gear train X: Workpiece

Y: raw materials

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

1 is a side view of the present invention women sanitary napkin base material processing apparatus, Figure 2 is a plan view of the present invention women sanitary napkin base material processing apparatus, Figure 3 is a part of the pressing, cutting, withdrawing means of the present invention women sanitary napkin base material processing apparatus Figure 4 is an excerpt and shown, Figure 4 is a diagram showing a part of the completed pad through the women's sanitary napkin base material processing apparatus of the present invention.

1, the raw material supply means (1) for supplying the raw material (Y), that is, cotton wool mixed with the other surface of the cotton (혼합); Guide means (2) for guiding raw materials from said raw material supply means; Compression means (3) installed at a position adjacent to the guide means (2) for crimping the raw material (P) introduced through the guide means (2) to a predetermined thickness; Cutting means (4) for cutting the crimped workpiece to a predetermined width and length; Drawing means (5) for drawing out the workpiece cut by the cutting means (4); Power transmission means (6) for operating said crimping means (3), cutting means (4) and drawing means (5) in a series of operations; The technical construction features are imparted to the power generating means 7 for transmitting power to the power transmission means 6.

The raw material supply means 1 is formed with at least two rolls 11 on the support frame 10, the raw material (Y) by passing through the tub wound the raw material, that is, mixed cotton wool, etc. It is configured to introduce one end of the) into the compression means (3) through the guide means (2).

Next, the guide means 2 includes a guide plate 20 for preventing the plurality of raw materials from sagging as shown in FIG. It consists of the hopper 21 formed in the one end of this guide plate 20. As shown in FIG.

The rollers described below are installed up and down to have a constant gap as shown in FIG.

Next, the crimping means (3) is a pair of rollers (30), the surface of the rollers (30) is a knurling process, the heating device 31 is installed on the inner surface to maintain a constant surface temperature during raw material pressing It is composed.

Next, the cutting means 4 is a pair of rollers (40) formed on the outer circumferential surface of the roller (40) so that the cutting blades (41) are shifted from each other.

Next, the take-out means 5 is composed of a pair of rollers 50 and the pad having a rubber material or frictional force to protect the surface of the processed workpiece (X) at the same time to easily take out the workpiece processed on the outer peripheral surface to the outside It is also preferable to form etc.

Next, the power transmission means 6 operates in conjunction with the gear train G formed at one end of each roller of the crimping means 3, the cutting means 4, and the drawing means 5, and the gear train G interlocked with each other. It is composed of a chain (C) so as to be connected to the power generating means (7) by the chain (C) to the gear 32 formed in the crimping means (3) of the gear train (G).

At this time, the gear train (G) is formed on the same axis of the upper and lower rollers of the pressing means (3), the cutting means (4) and the withdrawal means (5) and the lower gear is formed with a triple gear to interlock with each other. .

That is, a first gear 32, a second gear 33 and a third gear 34 are formed in the lower roller 30 of the pressing means 3, the second gear 33 is a cutting means (4) The first gear 42 formed in the cutting means (4) is formed in the lead-out means (5) by the chain (C) is installed to be interlocked by the second gear 43 and the chain (C) formed in the It is installed to interlock with the first gear 51.

At this time, the third gear 44 formed in the cutting means 4 and the third gear 52 formed in the lead means 5 are engaged with the gear train G formed in the upper roller.

Next, the gap adjusting device 8 is provided on the side of the pressing means 3, the cutting means 4 and the drawing means 5, respectively, and is configured to adjust the gap thereof.

That is, the gap adjusting device 8 installed on the pressing means 3 is installed to be adjustable according to the thickness of the raw material and the degree of compressive strength, and the gap adjusting means installed on the cutting means 4 is a cutting degree of the processed workpiece. The gap is adjusted according to, and the gap adjusting means installed in the take-out means (5) is height-adjusted to have a gap enough to easily withdraw to the outside without damaging the surface of the processed workpiece.

Next, the power generating means 7 is composed of a drive motor (M) driven by the supply of power not shown, and a gear 70 formed on the drive motor (M) axis, the gear 70 is It is installed in conjunction with the gear 32 formed in the pressing means 3 by the chain (C).

At this time, the pressing means 3, the cutting means 4 and the drawing means 5 is installed on the upper surface of the main body 100, the speed (rpm) of the power generating means (7) and the flow rate of raw materials (㎧) At the same time, the control box 9 having a temperature control device for controlling the temperature of the heating device 31 installed in the pressure adjusting means 3 is installed outside the main body 100.

The pad is constructed as described above, the first of the raw material (Y) wound on the roll base 10 is inserted into the roll base 11 is installed on the support frame 10, the first of the plurality of raw material (Y) wound Is placed on the pressing means (3) through the guide means (2).

If the user "on" the switch (not shown) in the above state, in the control box 9, while adjusting the speed (rpm) of the power transmission means 7, the heating device installed in the pressing means (3) The temperature of 31 is driven to the set temperature.

Next, the first gear 32 of the lower roller 30 of the crimping means 3 installed to be interlocked by the gear 70 and the chain C installed in the motor M of the power transmission means 7 rotates. Accordingly, the upper roller 30 meshed with the third gear 34 installed on the same axis rotates to roughly press the surfaces of the plurality of raw materials to form a warp shape, thereby completing one workpiece X as illustrated in FIG. 4. do.

At this time, the internal temperature of the roller 30 is heated to about 180 ~ 250 ℃ by the heating device 31, the external temperature is maintained by about 60 ℃ about a plurality of raw materials (Y) by pressing and heating one Manufactured workpiece (X).

Next, the workpiece X manufactured as described above is transferred to the cutting means 4 by a series of operations.

That is, since the second gear 33 installed in the crimping means 3 is interlocked by the second gear 43 formed in the cutting means 4 and the chain C, the crimping means 3 As the second gear 33 rotates, the upper and lower rollers 40 of the cutting means 4 rotate, and the cutting blades 41 formed on the outer circumferential surface of the upper and lower rollers 40 at equal intervals also rotate at the same time. By cutting the workpiece (X) to a predetermined width at the same time and conveyed toward the take-out means with a continuous rotational force.

In other words, the first gear 42 formed in the cutting means 4 and the first gear 51 of the drawing means 5 installed to be interlocked by the chain C are formed in the drawing means 5. The upper and lower rollers 50 are wound on other rolls not shown, and then cut by the required length to complete the finished product manufacturing process, thereby completing the feminine sanitary napkin base material.

At this time, according to the thickness of the raw material and the degree of compressive strength during the compression, cutting, withdrawal process is adjusted appropriately using the gap adjusting device (8).

As described above, the present invention, while receiving a raw material having a non-uniform width from the at least one raw material supply means to maintain a constant width while passing through the hopper and at the same time compressed by one by the compression means to make the workpiece and the width of the processed product so The woman's sanitary napkin is produced by a series of processes to make a regular cut of the woman's sanitary napkin through the drawing process, and finally to make the basic material for women's sanitary napkin through a drawing process, and to make a finished product for the woman's sanitary napkin through a coating process not shown While maintaining the thickness and weight of the base material at the same time, it is possible to maintain a clean cut part, and also to improve the work efficiency according to the series of work processes as described above, and to reduce the production cost by shortening the work process.

Claims (3)

Raw material supply means for supplying raw materials; Guide means for guiding raw materials from said raw material supply means; Compression means for pressing the raw material introduced through the guide means to a predetermined thickness and installed in the vicinity of the guide means; Cutting means for cutting the compressed workpiece to a predetermined width and length; Drawing means for drawing out the workpiece cut by the cutting means; Power transmission means for operating said crimping means, cutting means and drawing-out means in a series of operations; Female sanitary napkin processing apparatus, characterized in that the power generating means for transmitting power to the power transmission means. The apparatus of claim 1, wherein a gap adjusting device is provided on each side of the pressing means, the cutting means, and the drawing means to adjust the gap thereof. The method of claim 1, wherein the crimping means is composed of a pair of rollers, the outer circumferential surface is a nuring process, the inner sanitary napkin processing apparatus for women characterized in that the heating device is installed.