KR200334932Y1 - device for a note carring of note packing machine - Google Patents

Abstract

The present invention, after adjusting the length of the film supplied from the film supply unit in the cutting length adjustment unit, and cut at the same time while fusion at one end of the film in the cutting unit, and supplies the notebook through the notebook supply member into the film, The supplied notebook is put through the notebook transfer member, and when the predetermined distance moves downward by the weight of the inserted notebook, the other end of the film is fused and cut at the cutting part and moved downward, and the adhesive surface of the film is horizontal. The notebook which closes the bonding surface of the film at the entrance closing part by the wind ejected upward from the lower part of the first transfer belt to be moved, and stacks the notebook in which the sticker is adhered to the bottom at the sticker adhesive part by zigzag packing in the discharge transportation means. In the packaging machine, a notebook for moving the packaging after completion is seated on the operation plate, and the hydraulic cylinder is placed once Is short, and once pulled to adjust the angle of rotation of the operating plate to configure the loading section for loading the notebook in a zigzag, by stacking the notebooks are completed by packing with a rotating force of the hydraulic through the notebook supply member discharged to the outside by zigzag The simple process makes it easy to use, and the work time for zipping the finished notebooks is shortened, which improves workability and increases productivity due to the large amount of notebooks that are stacked in a certain time. It relates to a notebook stacking device of a notebook packaging machine to improve the economics.

Description

Notebook loading device of notebook packing machine {device for a note carring of note packing machine}

The present invention relates to a notebook stacking device of the notebook packaging machine.

As is well known, the notebook is bound to be used while handing several sheets of paper cut to a predetermined size so that writing can be written.

These notebooks are proposed and used in various forms according to the purpose of use. Among them, high-quality notebooks, which have a large amount of inlay and a thick cover, and which are bound by one side with a spring, etc., are manufactured after being manufactured and distributed and stored. Packaged separately, to prevent damage.

In order to wrap the notebooks one by one as described above, one side is provided with a plastic bag that can be opened and closed by closing the entrance by putting the notebooks in which the bookbinding is finished one by one in a plastic bag to complete the packaging.

By the way, the conventional notebook packaging as described above, depending on the manual work, the process of moving and storing the bookbinding is not only cumbersome, there is a risk that the notebook is damaged in the process.

In addition, there is a problem in that productivity is reduced because a large number of working people and working time are required for the packaging work.

In order to solve this problem, the applicant has filed a packaging method and apparatus in 2002 Patent Application No. 29284.

Pre-packaged packaging method and apparatus, as shown in Figure 1, in a packaging device for wrapping a notebook so that one side is opened and closed, a film supply unit (1) configured to supply a double laminated film in a roll state is configured After pulling and stretching the film supplied from the film supply unit 1, a cutting length adjusting unit 2 is configured to adjust the cutting length of the film, the film is adjusted to a predetermined length in the cutting length adjustment unit (2) Cutting portion (3) is configured to be joined at the same time by fusion bonding the bottom and top of the heat.

In addition, the notebook (N) is inserted into the inside through the open side of the film bonded to the lower portion by the cutting portion (3), and inserted notebook N and the notebook is configured to move the film a predetermined length downward. Part 4 is configured and the upper end is cut by the cutting part 3, while moving the dropped product in the horizontal direction, the air is sprayed from the lower part to the upper part to establish the adhesive surface of the film vertically, and then joined to form the inlet. An inlet closure part 5 configured to close is configured, and a sticker attachment part 6 configured to attach a sticker to the bottom of the product moving in the horizontal direction by closing the inlet in the inlet closure part 5. do.

In addition, the sticker attachment portion 6 is connected to the lower portion of the center of the conveyor belt 2 (7a) to selectively load the product attached to the bottom surface of the sticker attached to the zigzag to selectively change the direction 180 ° by the electrical signal It is provided so that it may reverse rotation, and the loading part 7 provided with the loading stand 7b in the other lower part is comprised.

By the way, the above-listed packaging device does not rely on complete manual work of bookbinding, and automatically wraps the notebook when it is put into the notebook inserting part, thereby reducing the number of working hours and working time, thereby improving productivity. , The user has to check the number of the notebooks loaded in the loading part by rotating the notebook which has been packaged forward and backward, so that the work is cumbersome and the productivity decreases.

On the other hand, in order to solve the above problems, the applicant has filed a packaging device of the notebook in 2002 Patent Application No. 59591.

In the packaging device of the recent application filed, as shown in Figure 2, after adjusting the length of the film supplied from the film supply unit 1 in the cut length adjusting unit 2, one end of the film is cut (3) Fusion and cutting at the same time, and inserting the notebook through the notebook insertion unit 4 into the inside of the film and the film is moved a predetermined distance downward by its own weight, the other end of the film is fused and cut at the cutting unit (3) To the bottom, and the adhesive surface of the film is closed upward from the lower portion of the conveyor belt is moved horizontally to close the bonding surface of the film in the inlet closure (5), the sticker in the sticker adhesive portion (6) In the packaging device of the notebook for packing the notebook attached to the bottom by zigzag loading in the loading section (7),

The upper support 11 is fixed to the body so that the lower portion is located in the interior of the film bonded by the cutting portion 3, the receiving space 11a is formed inward, and the lower portion of the upper support 11 The left and right slides are provided with a lower support 12 for moving the notebook (N) to be located in the interior of the receiving space (11a), the handle 13 is formed integrally with the lower support (12), The notebook 13 is provided with a notebook insertion portion 10 provided with a support rod 14 to support the lower support 12 to slide left and right on the handle 13,

The first, which guides to move in the horizontal direction the notebook that is fused and cut by the cutting unit 3 to move to the lower side by the weight of the notebook (N) inserted into the notebook inserting portion 10, the first, 2 conveying belts 21 and 22 are provided, and air is sprayed from the lower part to the upper part between the first and second conveying belts 21 and 22 to upper the bonding surface of the film into which the notebook N is inserted. The air supply pipe 23 is provided to move to the suction pipe 24 is formed with a suction hole for sucking air inward so that the bonding surface of the film moved upward by the air supply pipe 23 is the second transfer belt ( 22, a film having a bonding surface attached to the suction pipe 24 moves along the first transfer belt 21 to adhere to the upper surface of the film into which the notebook is inserted, and firmly adheres the bonding surface. The inlet closing portion 20 is provided with a junction roller 25 to make,

The discharge closing means 30 is configured by the inlet closing portion 20 to transfer the notebooks attached to the upper surface of the film in a zig-zag direction by sequentially stacking and packing the notebooks.

In addition, the discharge conveying means 30, the standby portion 31 is formed with a stepped bearing to guide the notebook conveyed by the second conveyance belt 22 of the inlet closure portion 20 is configured, The driving unit 32 is configured to transfer the notebooks waited in the standby unit 31 in a straight or 180 ° direction to be sequentially stacked, and discharge the stacked notebooks transferred by the drive unit 32 to the outside. The power transmission unit 33 is configured to transmit power so that the load guide unit 34 is configured to stack notebooks by a height or weight set by the operation of the driving unit 32 and the power transmission unit 33. When the notebooks are stacked at the height set by the stacking guide 34, the discharge belt 35 is configured to rotate by the power of the power transmission unit 33 to discharge the notebooks stacked on the stacking guide 34 to the outside.

By the way, the packaging device of the notebook configured as described above, when the notebook is completed packaging is waiting in the waiting area, the driving unit grabs the notebook and loads it into the loading guide while moving straight or 180 ° direction, and when the notebook is loaded by the set number It is easy to work by discharging to the outside through the discharge belt with the power of the delivery unit, which has the advantage of improving productivity, but it is inconvenient to use due to the complicated and cumbersome work process of the discharging and transporting means that loads the packaged notebook In addition, there was a problem that maintenance was difficult, and since the time required for stacking the notebooks in which packaging was completed was zigzag, the amount of the notebooks to be stacked at the same time was low, resulting in a decrease in productivity.

The present invention is made in view of the above-mentioned general defects as described above, and its purpose is to simplify the process of stacking notebooks conveyed after packing through a notebook supply member in zigzag with hydraulic rotational force and discharging them to the outside. Easy to use and shorten the working time to zigzag the packaged notebooks, improving the workability, and increasing the productivity by increasing the productivity of the notebooks that stack the packaged notebooks at a certain time. Provided is a notebook stacking device for a packaging machine.

The present invention for achieving this purpose, after adjusting the length of the film supplied from the film supply unit in the cutting length adjustment unit, and cut at the same time while fusion at one end of the film in the cutting unit, and the notebook supply member into the film The notebook is supplied through the notebook, the supplied notebook is put through the notebook transfer member, and when the predetermined distance moves downward by the weight of the inserted notebook, the other end of the film is fused and cut at the cutting part and moved downward. The adhesive surface of the film is closed from the inlet closing part by the wind ejected upward from the lower part of the first transfer belt which is horizontally moved, and the sticky note attached to the bottom of the sticker at the sticker adhesive part is zigzag in the discharge conveying means. In notebook packing machine to load and pack with

The notebook which is moved after the packaging is completed is seated on the operation plate, and the hydraulic cylinder is pulled by the operating plate once, and once long, so as to adjust the rotation angle of the operating plate. It is.

1 shows a schematic view of a pre- filed packaging device,

a is the front view,

b is a side view.

Figure 2 shows a schematic view of a packaging device recently applied,

a is the front view,

b is a side view.

Figure 3 is a schematic front configuration diagram of the notebook loading device to which the present invention is applied

Figure 4 is a schematic side configuration diagram of the notebook loading device to which the present invention is applied

5 is a view showing the operation state of the notebook loading device to which the present invention is applied,

a is a state in which a notebook in which packaging is completed is moved to a loading unit,

b is a state in which one side direction of the notebook is rotated by a predetermined angle so that it is loaded in the loading unit,

c shows a state of being rotated at a predetermined angle so as to be loaded on the loading unit in the other direction of the notebook.

<Explanation of symbols for the main parts of the drawings>

300: loading unit 310: rotary roller

320: frame 330: fixed axis

340: operation plate 350: hydraulic cylinder

360: guide plate 370: jamming

380: support plate

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings. 3 is a schematic front configuration diagram of the notebook stacking device to which the present invention is applied, and FIG. 4 is a schematic side view of the stacking device to which the present invention is applied.

The present invention, after adjusting the length of the film supplied from the film supply unit 1 in the cutting length adjustment unit 2, the one end of the film is fused at the cutting unit 3 and cut at the same time, the notebook into the inside of the film When the notebook (N) is supplied through the supply member 100, the supplied notebook (N) is input through the notebook transfer member (200), and when the predetermined distance moves downward by the weight of the inserted notebook (N), the film The other end of the fusion is cut at the cutting portion (3) and at the same time moved to the bottom, the adhesive surface of the film is inlet closed by the wind is ejected upward from the lower portion of the first transfer belt 21 is moved horizontally ( In the notebook packaging machine for closing the bonding surface of the film in 20), and stacking the notebook (N) attached to the bottom of the sticker adhesive portion in a zigzag in the discharge transport means 30, the packaging is completed and moved Notebook (N) on the operation plate (340) Since the hydraulic cylinder 350 is once short and the long is pulled long to adjust the rotation angle of the operating plate 340, the loading part 300 for zigzag loading the notebook N is configured. It will be described in more detail as follows.

The loading part 300 is provided with a rotation roller 310 extending in the same line as the second conveyance belt 22 of the inlet closing portion 20 and inclined downward by a predetermined angle, and the rotation roller 310. The frame 320 of the rectangular box penetrated inside the lower side of one side is provided, the fixed shaft 330 is rotatably provided in the upper center of the frame 320, the fixed shaft 330 is fitted into the rotary roller The operating plate 340 is provided with a notebook (N) supplied through the 310 is provided, the hydraulic cylinder 350 is fixed to the lower end of the operating plate 340 to adjust the rotation angle of the operating plate 340 Is provided, the guide plate 360 for guiding the notebook (N) that falls while rotating the operating plate 340 in accordance with the movement distance of the hydraulic cylinder 350 is provided, is formed on the upper end of the guide plate 360 A locking projection 370 is provided to rotate the falling notebook N to 180 °, and the ball dropped through the guide plate 360. Support plate 380 to align the (N) is provided on the upper surface of the discharge belt (35).

The following describes the operation process of the present invention configured as described above.

First, in a state in which power is supplied, the film is supplied from the film supply unit 1 so that one side is opened and closed, so that the guide port 230 of the notebook conveying member 200 is located inside the supplied film. After pulling and pulling, the cut length of the film is adjusted by the cut length adjusting unit 2, and the lower end of the film is fused by heat to bond.

In addition, after placing a large amount of notebook (N) on the upper surface of the supply belt 120 of the notebook supply member 100 to be in close contact with the guide guide 110, the chain 130 is rotated by the rotational force of the motor 140 The supply belt 120 connected to the chain 130 rotates to move the notebook N seated on the upper surface of the supply belt 120 to the end of the supply belt 120.

At this time, the notebook (N) moved to the end of the supply belt 120, even when the end of the notebook (N) is in close contact with the guide roller 150 is moved by the rotation of the supply belt 120 and at the same time maintained vertical It is.

When the notebook N is maintained vertically and the supply belt 120 rotates and is separated from the end of the supply belt 120, the notebook N is seated in the seating groove 211 of the support 210. .

When the notebook N is seated in the seating groove 211 as described above, the operation tool 220 moves to the film along the guide rail 212 and simultaneously moves the notebook N to the inside of the guide 230. Move to.

At this time, the notebook (N) is formed so that the end of the guide port 230 is inclined at a predetermined angle to facilitate the movement inside the guide port (230).

Through this process, the notebook N is moved to the inside of the film in which the lower end is thermally fused, and at the same time, the operation tool 220 is restored to its original state, and the notebook N is brought into close contact with the lower part of the film. The lower part is fused and bonded to the upper end of the film to which the lower end is joined and the lower end of the film adjusted by the cutting length adjusting part 2, and simultaneously cut and dropped.

The notebook N packed and dropped in the film as described above moves horizontally along the first transfer belt 21, and sprays air from the lower part to the upper part through the air supply pipe 23 to determine the adhesive surface of the film. The angle is deformed obliquely, and moved horizontally along the first conveyance belt (21).

At this time, the adhesive surface of the film is transported along the first conveyance belt 21 in a state of being in close contact with the suction pipe 24 through the suction hole, and the adhesive surface in close contact with the suction pipe 24 is bent in double to form an upper surface of the film. Attached to and transported along the second conveyance belt 22, the notebook (N) passed through the suction pipe 24 is firmly bonded through the bonding roller 25 is the packaging of the notebook (N) is completed. .

The notebook N, which has been packaged through the above process, passes through the second conveyance belt 22 as shown in FIG. 5A, and then rotates the rotary roller 310 of the operating plate 340. Seated on top

At this time, when the hydraulic cylinder 350 pulls the lower end of the operating plate 340, as shown in Figure 5b, the operating plate 340, such as the fixed shaft 330, around the fixed shaft 330 ( At the same time as the N is rotated in the falling direction, the notebook N is separated from the operation plate 340 and seated on the upper surface of the discharge belt 35 through the guide plate 360, and the end of the notebook N is supported by the support plate ( 380 is stacked while being aligned in close contact with the inner surface.

As for the rotation angle of the operation plate 340 rotated as described above, the notebook N is suitable to be separated from the operation plate 340 by about 30 to 40 degrees.

In addition, when the notebook (N) having completed packaging is moved through the second transfer belt 22, it is seated on the upper surface of the operation plate 340 by the rotation of the rotary roller 310.

At this time, when the hydraulic cylinder 350 pulls the lower end of the operating plate 340, as shown in Figure 5c, the operating plate 340, such as the fixed shaft 330, around the fixed shaft 330 ( At the same time as N) rotates in the falling direction, the notebook N is detached from the operating plate 340, and the end of the notebook N is rotated to about 75 to 85 ° enough to be caught by the locking projection 370. An end portion of the notebook N is caught by the locking protrusion 370, and the notebook N is rotated by 180 ° about the end caught by the locking protrusion 370 to be in close contact with the guide plate 360.

The notebook N in close contact with the guide plate 360 is seated on the upper surface of the discharge belt 35 through the guide plate 360, and the end portion of the notebook N is closely stacked on the inner surface of the support plate 380. .

When the notebook (N), which has been packaged through the above process, is stacked in a zigzag form on the upper surface of the discharge belt 35, when a certain amount is stacked, the discharge belt 35 is rotated to move to the inside of the packing box and packed. Will be.

As described above, the present invention is a simple process of stacking the notebooks conveyed after the packing is completed through the notebook supplying member in a zigzag with hydraulic rotational force and discharging them to the outside. As the work time to be loaded is shortened to improve workability as well as the amount of notebooks to be stacked at a certain time in a packaged notebook, productivity is increased to increase productivity.

Claims (2)

After adjusting the length of the film supplied from the film supply unit 1 in the cutting length adjusting unit 2, the one end of the film is fused at the cutting unit 3 and cut at the same time, the notebook supply member 100 into the film When the notebook (N) is supplied, the supplied notebook (N) is input through the notebook transfer member (200), and a predetermined distance moves downward by the weight of the inserted notebook (N), the other end of the film is moved. The film is fused and cut at the cutting part 3 and moved downward, and the adhesive surface of the film is moved from the lower portion of the first transfer belt 21 to be moved horizontally by the wind blown upward. In the notebook packaging machine for closing the bonding surface of the, and the gluing the notebook (N) attached to the bottom of the sticker in the sticker adhesive portion in a zigzag packaging in the discharge transport means 30, The notebook (N) to be moved after the packaging is completed is seated on the operation plate 340, and the hydraulic cylinder 350 is once short and pulls the operating plate 340 once to adjust the rotation angle of the operation plate 340. Therefore, the notebook stacking device of the notebook packaging machine, characterized in that the stacking unit 300 for loading the notebook (N) in a zigzag. The method of claim 1, wherein the stacking unit 300, A rotary roller 310 extending in the same line as the second transfer belt 22 of the inlet closing portion 20 and inclined downward by a predetermined angle is provided, and the inside of the rotary roller 310 penetrates below one side thereof. The frame 320 of the rectangular box is provided, the fixed shaft 330 is rotatably provided in the upper center of the frame 320, the notebook is inserted into the fixed shaft 330 is supplied through the rotary roller 310 (N) is provided with a working plate 340 is provided, the hydraulic cylinder 350 is fixed to the lower end of the operating plate 340 to adjust the rotation angle of the operating plate 340 is provided, this hydraulic cylinder ( The guide plate 360 is provided to guide the notebook N that falls while the operation plate 340 rotates according to the movement distance of the 350. The notebook N which is formed at the upper end of the guide plate 360 and falls is 180. A locking projection 370 is provided to rotate at a degree, and arranged to align the notebook N dropped through the guide plate 360. Plates 380, notebook loading device of a notebook packaging machine, characterized in that this is provided on the upper surface of the discharge belt (35).