JP4023533B2 - Bag supply device for packaging machine - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to an apparatus for transporting and supplying a large number of sachets equipped with a liquid dispensing base to a packaging machine in a tandem state.
[0002]
[Problems to be solved by the invention]
When a large number of wrapping bags are conveyed and supplied to a packaging machine, generally, as disclosed in, for example, Japanese Patent Application Laid-Open No. 5-42107 and shown in FIG. A structure in which the wrapping bag 1 is transported toward the packaging machine along the guide walls 3 on both sides is adopted. For example, a plastic bag containing sports drink is equipped with a nozzle for pouring out the liquid, that is, a plastic base. For this reason, when adopting the transporting device, as shown in FIG. 7, the base 4b of the lower wrapping bag 1b receiving the conveying force of the round belt 2 forcibly sinks under the base 4a of the upper wrapping bag 1a, There is a problem that the upper wrapping bag 1a is displaced laterally.
[0003]
For example, as shown in Japanese Patent Laid-Open No. 2002-53101, the base film is sequentially attached to each wrapping bag while making a continuous fold-out strip-like film into a bag and filling the inside of each wrapping bag through the base. In a large company that unifies the process, there is no problem in putting a drink in this seed bag and commercializing it. Originally, this kind of sachet was developed by a major supplier for unmanned liquid filling as mentioned above, so small-scale traders use this kind of sachet and wrap it with soap liquid for commercialization. In such a case, there is a problem that it takes a lot of labor in a state where an operator hands over the packaging bags one by one to the rotary packaging machine. Therefore, the present invention aims to eliminate the handing of this type of wrapping bag and to enable mechanical supply of the wrapping bag to the packaging machine.
[0004]
[Solution]
For the above-mentioned purpose, the present invention is an apparatus for transporting a large number of wrapping bags mounted on an endless belt in an armor-stacked manner between guide walls on both sides toward a position regulating stopper, A top plate that restricts the upward movement of the base is installed on the upper part of the moving area of the liquid pouring base fixed to the base and placed in a row. Even if there is, the top plate restricts the upward movement of the base, so that the front and rear bases do not overlap, and each packing bag moves in a regular column.
A holding guide that regulates the upward bending of the side edge of the bag is installed in the upper area of the slide plate that supports the side edge of the bag from the lower side inside the guide walls on both sides. The tandem movement of the wrapping bag is more reliable.
[0005]
DETAILED DESCRIPTION OF THE INVENTION
1 is shown in FIG. 2, the plane of the previous figure is shown in FIG. 3, and the package to be conveyed is as shown in FIG. As shown in these drawings, a shaft 11 for fixing two pulleys 12 is rotatably supported on bearings 11 fixed to the insides of both side plates 10, and the round belt 14 supported on each pulley has a number of packets. The bag 15 is mounted on the armor. A vertical guide wall 21 formed by bending the upper end of each of the side plates 10 and a horizontal slide surface 22 are formed on both sides of the lower edge of the guide wall, and loads on both side edges of the wrapping bag 15 are applied to the slide. Support by surface 22. As shown in FIG. 4, the wrapping bag 15 is equipped with a base 20 consisting of a nozzle 18 made of BLASTIC and a cap 19 with the same screw, and the bases 20 are arranged in the same direction. Rotational power is transmitted to the round belt 17 via the timing belt 17 and the wrapping bag 15 is conveyed.
[0006]
A top plate 24 having an L-shaped cross section is supported on the left side plate 10 in FIG. 2 by using a plurality of screws 23. The guide guide 26 having a U-shaped cross section, which is installed on the right side plate 10 with screws 25, is used to restrict the play movement more than necessary. In order to prevent warping and bending of the wrapping bag 15, the wrapping bags are transported in an aligned manner by installing these two elements.
[0007]
A sliding plate 30 is installed from the end portion of the round belt 14 in FIG. 1 in the moving direction of the bag 15, and a stopper 31 having an L-shaped section is installed on the upper end portion of the sliding plate 30 and conveyed. The packaging cup 15 is received by the stopper 31, and the vacuum cup 36 at the tip of the lever 35 that swings up and down around the pin 34 by the reciprocating motion of the lot 32 in the direction of the arrow 33 collides with the stopper 31 and stops. The bag 15 is pulled out one by one and supplied to the packaging machine. The sensor 38, which is viewed from the port 37 of the sliding plate 30, causes the controller 39 to be turned on each time a space is created by the evacuation of the bag 15 by the vacuum cup 36. Since the signal 40 is transmitted to the motor 16 through the motor 16, the motor 16 is intermittently operated at an angle at which the front packaging 15 closes the port 37 at a predetermined time interval.
[0008]
In FIG. 3, the top plate 24 is fixed to the side plate 10 through screws 23 in a horizontal hole formed in the top plate 24. Therefore, the screw 23 is loosened, the top plate 24 is displaced along the direction of transport of the wrapping bag 15, and the wrapping bag extraction interval 41 between the end of the top plate 24 and the stopper 31 can be arbitrarily adjusted. The pressing guide 26 is also fixed to the side plate 10 through a screw 25 in a horizontal slot formed therein. Accordingly, the screw 25 is loosened, the pressing guide 26 is displaced along the direction of transport of the wrapping bag 15, and the wrapping bag extraction interval 41 between the end of the pressing guide 26 and the stopper 31 can be arbitrarily adjusted. .
[0001]
Since the bag 15 shown in FIG. 5 is provided with a base 20 for dispensing liquid at the center thereof, the top plate 45 that restricts the vertical movement of the base 20 with the slide plate 50 is not shown. However, it is supported on both side plates 10 via an appropriate bifurcated material so that the displacement can be adjusted in the conveying direction of the bag 15. In this case, the pair of pressing guides 26 on both sides restricts the bending of the side edges of the bag. In addition, the component shown with the other code | symbol in the same figure is the same as the component shown with the same code | symbol of FIG.
[Brief description of the drawings]
[Fig. 1] Side view [Fig. 2] II-II sectional view in the previous diagram [Fig. 3] Plan view of the previous diagram [Fig. 4] Explanatory diagram of the wrapping bag [Fig. 5] Explanatory diagram of the other embodiment [Fig. 6] Illustration of conventional configuration [FIG. 7] Illustration of conventional configuration [Explanation of symbols]
DESCRIPTION OF SYMBOLS 10 ... Side plate 14 ... Round belt 15 ... Bag 20 ... Cap 21 ... Wall plate 22 ... Slide surface 23, 25 ... Screw 24 ... Top plate 26 ... Pressing guide 30 ... Sliding plate 31 ... Stopper 35 ... Lever 36 ... Vacuum cup 38 ... sensor 39 ... controller

Claims (3)

A horizontal slide surface with a downward drop is formed on each of the vertical guide walls inside the upper side plates on both sides, and liquid is poured onto the slide surfaces and the endless belt between the slide surfaces. A large number of sachets provided with bases are mounted in an armor stack so that the liquid pouring base is directed backwards in the direction of travel, and each sachet is transported in an armor stack by the rotational power of the endless belt Device to
Supporting the liquid dispensing base of the one side corner in the direction of travel of each wrapping bag with the lower slide surface and the upper top plate supported by the side plate, the upper part of the liquid dispensing base While restricting the play movement, the side edge of the wrapping bag opposite to the liquid dispensing base is supported between the lower slide surface and the upper pressing guide supported by the side plate. A supply device formed so as to restrict upward bending. A horizontal slide surface with a downward drop is formed on each of the vertical guide walls inside the upper side plates on both sides, and liquid is poured onto the slide surfaces and the endless belt between the slide surfaces. A large number of sachets provided with bases are mounted in an armor stack so that the liquid pouring base is directed backwards in the direction of travel, and each sachet is transported in an armor stack by the rotational power of the endless belt Device to
A liquid dispensing base at the center in the direction of travel of each sachet is supported between a plate installed between the plurality of rows of endless belts and a top plate on the top, and above the liquid dispensing base. while regulating the play movement of the support between the both sides of the wrapper side edge of the liquid pouring mouthpiece, and an upper retainer guide for supporting said side plates respectively on both sides, and the slide surface of the lower portion And the supply apparatus formed in the state which controls the curvature to the upper direction of the said side edge. In the traveling direction of the packaging bag to be transported with an endless belt, wherein with subsequently placing the sliding board to the endless belt, said a stopper sliding board is supported wrapper above the top plate and, wrapper side edge upper portion of the retainer apparatus according to bandage extraction gap, to claim 1 or 2 was adjustable by installing freely displaceable integer each said top plate and pressing guide the side plate between the guide respectively.

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