KR930004389Y1 - Napkin consumption apparatus of napkin packing - Google Patents

Abstract

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Description

Sanitary Napkin Receiving Device

1 is an overall configuration diagram of a packaging machine of the present invention.

Figure 2a-d is an operation example of the present invention air cylinder is accommodated sanitary napkin in the packaging.

Figure 3a-d is a conventional push rod operation degree compared with the second invention of the present invention.

* Explanation of symbols for main parts of the drawings

1: packing unit supply unit 2: packing unit inlet expansion unit

3: Pre-position transport rotary plate 4: Operation slide

5: sanitary napkin transfer report 6: heat seal

7: air cylinder 10: push rod

The present invention relates to a sanitary napkin receiving device designed to improve the productivity by improving the structure of the pushpin to accommodate the sanitary napkin in the sanitary napkin packaging machine with an air cylinder.

Sanitary napkin packing machine is generally suitable for supplying the packing table supply section which is cut into the proper size to accommodate about 10-20 sanitary napkins, and the expansion part of the packing inlet which expands the part of such packing and the expanded packing bag. Packing table to transfer to position Position transfer rotary plate, sanitary napkin transfer lift to selectively transfer 10-20 sanitary napkins, operation slide for inserting and receiving transferred sanitary napkins inside packing table, and push rod driven integrally with it The main components are heat-sealed parts and heat-cutting parts that seal and seal the open inlet side of the inserted and received packages.

That is, the supply of the packing stand (transport of the sanitary bag) → expansion of the packing stand entrance → movement of the packing stand position → movement of the push rod by the operating slide → acceptance of the sanitary napkin in the packing stand and one side movement → A series of operations will be repeated to continuously produce unit bags containing the appropriate number of sanitary napkins (10-20).

In order to improve the productivity of the unit packaging, it is possible to drive each component of the device more quickly, but after the final heat bonding means for sealing the open inlet side of the packaging containing the sanitary napkin is suitable so that its complete adhesion Since hardening time is required, this must be taken into account. The sanitary napkin packing machine up to now produces about 30 unit bags in one minute with the above-mentioned one-time operation time of about 2 seconds.

In order to prevent such a decrease in productivity, the sanitary napkin is inserted into the packaging and heat-bonded to the open inlet side, and then the transfer means is momentarily imparted so that the heat-bonded portion is relaxed by the flow. It is no longer possible to shorten the overall running time of the device by requiring time lag until the thermal bond is completely cured.

In view of the above problems, the present invention is intended to realize the above-described pavement operation in rapid succession while giving sufficient curing time after heat bonding by advancing the curing time by speeding up the heat bonding time of the packaging table. It is to provide a structural device.

That is, the present invention is to improve the air cylinder by removing the push rod that is operated in the conventional sanitary napkin packing machine, that is, the air cylinder is moved together with the air cylinder at the same time as the forward movement of the operating slide makes a separate forward movement of its own By expanding the overall moving distance, the sanitary napkin is accommodated in the pavement more quickly, thereby advancing the heat-bonding time accordingly, so that the next continuous operation can be performed quickly.

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

Packer supply unit (1), packer inlet enlargement unit (2) and the platform stand transfer feed rotating plate (3) interlocked with this, operating slide (4) and sanitary napkin transfer lift (5), and heat seal (6) In a conventional sanitary napkin packing machine, the air cylinder 7 is formed integrally with the lower end of the operation slide 4.

Reference numeral 8 is a packaging table, 9 is a sanitary napkin, and reference numeral 10 of FIG. 3 represents a straw applied to a conventional sanitary napkin packaging machine.

The present invention configured as described above is a pavement stand that is cut and supplied from the pavement supply unit 1 in a proper width in a conventional manner, and the opening of the pavement is expanded by the pavement inlet expansion part 2, and then the pavement plate is rotated in position. Rotation of 3) causes the packing table 8 to be positioned at a point coincident with the sanitary napkin 9 conveyed by the sanitary napkin conveying lift 5.

In this state, the sanitary napkin 9 is accommodated in the packing table 8 while comparing the structure of the air cylinder 7 provided in the present invention (FIG. 2) with the conventional straw 10 structure (FIG. 3). The difference is as follows.

That is, it can be seen that the forward movement positions of the respective operating slides 4 having the second design 2a-b and the conventional design 3a-d are the same, but the inventive air cylinder 7 of FIG. It can be seen that the actual forward distance is greatly enlarged compared to the structure of the conventional push rod 10 by bringing its own forward movement separately while moving together by the moving distance of the slide 4.

That is, the sanitary napkin 9 is accommodated in the packing stand 8 and moved to the heat bond part 6 by the air cylinder 7 of the present invention as shown in FIGS. 2B and C. However, the push rod 10 of FIG. The structure shows that the sanitary napkin 9 is still in the process of being accommodated in the packaging 8 to enter the thermal bond 6, and in FIG. 2d, the air cylinder 7 is maintained even in the continuous advancing state of the operating slide 4. ) Has its own reverse action, and the heat-adhesive part 6 is already heat-bonded and sealed to the open inlet side of the packing stand 8 in which the sanitary napkin 9 is accommodated. Is a state in which the operating slide 4 has not yet moved the packing stand 8 to the heat bond portion 6 at the same position as that in FIG.

In this way, the present invention advances the heat adhesion time of the packaging table 8 by the construction of the air cylinder 7, so that even if given the same curing time as in the prior art, the subsequent operation can be performed quickly as soon as the heat adhesion time is advanced. have.

This harmonizes the parallax shortened by the air cylinder 7 of the present invention for each component, thereby reducing the overall one-time operation time and further improving productivity. According to the experimental results of the present invention, the one-time operation time is It is about 1.5 seconds, which is about 0.5 seconds shorter than the conventional method, and the effect of obtaining a unit packing number of about 40 or more per minute is generated.

Claims (1)

Packer supply unit (1), packer inlet enlargement unit (2) and the platform stand transfer feed rotating plate (3) interlocked with this, operating slide (4) and sanitary napkin transfer lift (5), and heat seal (6) In a sanitary napkin packing machine comprising a sanitary napkin packing device, the sanitary napkin packing device formed by integrally forming an air cylinder (7) at the lower end of the operating slide (4).