JP2019048664A - Futon compression method and compressing and packing device that uniformly press and compress futon - Google Patents

Abstract

To provide a futon compression method and a compressing and packing device that uniformly press and compress futon with a short packing processing time.SOLUTION: As a mechanical compression method, firstly, an upper iron 1 or a lower iron 2 press the futon from multiple cylinder devices 4 while being supported, secondly, when the upper iron or the lower iron moves up and down, the upper iron or the lower iron is made not to greatly tilt by guide means to press the futon, thirdly, when the upper iron or the lower iron moves up and down, the upper iron or the lower iron is made not to greatly tilt by a horizontal maintaining link mechanism to press the futon. By any one of the three compression methods above, the futon put in a resin film bag is pressed, in this state, an opening part of the film bag is automatically or manually sealed and the film bag is sealed.SELECTED DRAWING: Figure 7

Description

The present invention relates to a compression method and a compression packing apparatus such as a futon or the like, in which a futon or the like is compressed and the futon or the like to be packed in a resin film bag is uniformly pressed and compressed.

Conventionally, compression packing devices such as decompression type duvets are known, in which a futon etc. is put in a resin film bag, the air inside the bag is sucked and decompressed by a suction device, and the futon etc. is compressed and packed. The decompression took time, and it took about 3 minutes for one packing, for example.
Further conventional vacuum-type bale device futon such decompression functions inevitably device is complicated because it requires, moreover had become expensive.

Problems that the Invention is to Solve

The present invention solves the above-described conventional problems, and uses a configuration in which the packing processing time is short and the blanket and the like are compressed with the upper iron and the lower iron moving up and down (one or both move up and down) An object of the present invention is to provide a compression method and a compression packing apparatus such as a futon in which a futon or the like is uniformly pressed and compressed by the upper iron or the lower iron.

Means to solve the problem

In order to achieve the above object, the present invention has a mechanical compression method for compressing a futon or the like with an up and down move (one or both move up and down) up and down motions. As a compression method, first press the futon, etc. under force while being supported from the plurality of cylinder devices while supporting up or down, secondly with guide means during up and down movement of the up or down movement. When the upper iron or the lower iron is not inclined greatly, press the futon, etc. Thirdly, when the upper iron or the lower iron moves up and down, the horizontal maintenance link mechanism causes the upper iron or the lower iron to be large. The futon placed in the resin film bag is compressed by any of the above first to third compression methods while being put into a non-tilted state, and the opening of the film bag is automatically or manually operated in that state. Press and compress duvet etc. to seal the film bag tightly with It proposes a compression method and bale apparatus DanHitoshi.

Hereinafter, a method of compressing a futon or the like according to the present invention and a compression packing apparatus will be described according to an embodiment shown in the drawings.
Here, in order to facilitate the understanding of the present invention, the “mechanical compression method”, which is a requirement of the present invention, is classified into the following three types, and the present invention includes all:
The first "dynamic compression method"
Invention using "dynamic compression method" which pushes force and receives futon while being supported by the front end and parts other than the front right and left that become obstacles to operation from a plurality of cylinder devices Example 5, Example 5 of FIG. 6, Example 2 of Example 7 of FIG. 7 "Dynamical compression method"
Invention using "dynamic compression method" to push the futon etc. with the guide means being made not to tilt greatly by the guide means during the up and down movement of the up and down irons Fig. 8a to 8b Embodiment, "dynamic compression method" of the embodiment of Figs. 16 to 17
Invention using "dynamic compression method" to push the futon, etc. with the horizontal maintenance link mechanism so that the upper iron and the lower iron are not greatly inclined during the vertical movement of the upper iron and the lower iron. 10 embodiments, FIG. 11 embodiment, FIG. 12 embodiment

As described above, there are three types of the present invention, but they are for the same purpose.
That is, the uniform purpose is to uniformly press and compress the futon or the like with the vertically moving upper or lower iron or the like, that is, to uniformly press it.
The present invention has three types for achieving a unified purpose, and each embodiment corresponds to that type, but the following describes each embodiment according to the order of the drawings.

1 and 2 show a compression packing apparatus such as a futon according to the present invention, and the compression packing apparatus such as a futon has a lower iron (2) made of a metal plate or the like at the upper part of the apparatus body (9).
At the rear end of the lower iron (2), an upper iron (1) pivoting on a shaft (3) is provided.
The upper iron (1) is made of a metal plate or the like, and a resin film bag (5) (see FIG. 13) and a futon etc (99) (see FIG. 15) to be compressed and packaged on the front of the device (left side in FIG. 2). Space S is provided to allow insertion of.
The upper iron (1) is made rotatable by a cylinder device (4) provided in the device body (9).

As shown in FIG. 2, the cylinder device (4) can use, for example, an air-driven one, in which case it has a cylinder (4a) and a piston (4c), and the cylinder (4a) It is attached to the device body (9) in (4b), while the piston (4c) is attached to the iron (1) with the shaft (4d).
The axis (4b) is the axis of the cylinder (4a) in order to make it possible to adjust the clearance dimension of the upper iron (1) and the lower iron (2) at the time of compression (during the downward limit of the upper iron (1)). It is fixed to the device body (9) via the position adjustment plate (8).
That is, the shaft position adjusting plate (8) is fixed to the device body (9) by the bolt or the like in the long hole (8a).

In addition, the shaft (3) is attached to the piston (7c) of the cylinder device (7), and the rear end of the shaft (3) and the iron insert (1) are moved by a spring (7d) which keeps the piston (7c) in the raised position. It is maintained in the raised position from the end of compression (the end is shown in FIG. 5).
The cylinder (7a) of the cylinder device (7) is fixed to the main body (9) by the main body fixing tools (91) and (92).

The use of the compression packing apparatus such as the futon of the present invention shown in the embodiment of FIGS. 1 and 2 or the operation of the apparatus in use will be described next.
That is, the state of FIG. 1 and FIG. 2 is the standby state of the compression packing apparatus such as the duvet of the present invention, and in this state, the user puts the duvet etc. in the resin film bag (5) shown in FIG. Insert from the space S onto the iron (2) (the inserted state is shown in FIG. 2).
Here, although the resin film bag (5) is merely an example, although the one shown in FIG. 13 is shown, details of the resin film bag (5) in FIG. 13 will be described next.

That is, the resin film bag (5) has a bag portion (5a) and a seal portion (5b) and is constituted by a pair of films (52) and (53), and only one side of the four sides of the square shape is opened (The left side in FIG. 13), the other three sides are a sack portion (5a), and the sack portion (5a) is an integral seal portion (51) in which a pair of films (52) and (53) are integrated It is a thing (it is sealed).
An example of a structure for automatically or manually sealing one opened side to seal the resin film bag (5) is shown in FIG. 14 which is an AA cross section of FIG.

That is, the illustrated one has the seal portion (5b), in which the rail-like male protrusion e and the rail-like female protrusion f are provided opposite to the inner surfaces of the pair of films (52) and (53). The male and female members are connected by pressing against each other, and as a result, the inner space of the resin film bag (5) is shut off from the outer space (with respect to the air).
Again, let us return to the continuation of the explanation of the above-mentioned usage method, but after putting the futon etc. in the resin film bag (5) and inserting it from the space S onto the lower iron (2) 4), for example, in the case of an air cylinder, high pressure air is supplied to one of the cylinder chambers to move the piston (4c) downward in FIG.

As a result, the upper iron (1) descends, and the resin film bag (5) and the futon etc. (99) put there are compressed between the upper iron and the lower iron.
In FIG. 3 in which the piston (4c) shrinks and comes into contact with the resin film bag (5) containing the futon etc. (99), the futon etc. (99) is front to back and left to right from the upper iron (1). It is not pushed by
Because, in the state of Fig. 3 where the contact starts and is about to be compressed, the upper iron (1) is inclined but the inclination is loose, so the force acting on the upper iron (1) to the futon etc (99) is Even if it has a component in the front-rear and left-right directions, the component is small, so the duvet etc. (99) will be removed even if the operator leaves the space between the upper iron (1) and the lower iron (2) Absent.

Therefore, the futon etc. (99) is compressed between the upper iron (1) and the lower iron (2) from FIG. 3 to FIG. 4, and the front of the upper iron (1) reaches the compression end position (Position in Figure 4).
Next, in the other cylinder device (7) high pressure air is supplied to one of the cylinder chambers (automatically supplied by the control means), so that the piston (7c) descends and is attached thereto Lower the shaft (3).
As a result, as shown in FIG. 5, since the rear part of the upper iron (1) also descends, as shown in FIG. 15, between the upper iron (1) and the lower iron (2) The futon etc. (99) put there will be in a compressed state.

The mechanical compression method for compression used in the embodiment of FIGS. 1 to 5 is a plurality (four) of cylinder devices (4) (4) (7) (7) and a tool (1) Is a “dynamic compression method” that pushes a futon, etc. while receiving a force while supporting the front end and parts other than the front end and the left and right that interfere with operation. In this method, the upper iron (1) is a piston (4c) (4c) (7c) (7c) because it is supported in four places and will not be greatly inclined at compression (in the closed state at the compression, not at the open inclination at the non-compression), It is uniformly pressed and compressed.
Next, in the case of the resin film bag (5) shown in FIG. 13 and FIG. 14, the user presses the rail-like male protrusion e and the rail-like female protrusion f against each other at the opening to make a pair of films (52) ( 53), and the resin film bag (5) is sealed to complete the work.
The sealing method of the resin film bag (5) is not limited to the method shown in FIGS. 13 to 15. For example, a pair of films (52) is simply used without using the male-female connection of the rail-like male protrusion e and the rail-like female protrusion f. A method (various known methods) of heat welding (selecting a material suitable for heat welding) by sandwiching the opening of (53) vertically may be used.

FIG. 6 shows another packing and packing apparatus such as a futon according to the present invention (the solid line indicates the compression operation state and the broken line indicates the pre-compression state), and the compression packing apparatus such as the futon has a rear end (right in FIG. 6). There are a total of four cylinder devices (4): two cylinder devices (4) provided on the left and right sides of the corner portion and two cylinder devices (4) provided on the left and right of the central portion.
Move the upper iron (1) in parallel up and down (move from the position of the broken line to the position of the solid line, that is, lower it) with those four cylinder devices (4), the upper iron (1) and the lower iron And the resin film bag (5) inserted between (2) and the duvet etc. (99) put there.
Each cylinder (4a) of the four cylinder units (4) (four are shown because they are not visible in the right-hand side view, but four in total) in the main body (9), while each piston (4c) The upper iron (1) is fixed to the upper end of).

The operation of the compression process of the resin film bag (5) and the futon etc (99) put there is the parallel movement of the upper iron (1) (relative to the lower iron (2)) 1) is different from the embodiment of FIGS.
That is, the upper iron (1) moves in parallel and vertically (with respect to the lower iron (2)) from the position of the broken line to the position of the solid line to compress.
The mechanical compression method for compression used in the embodiment of FIG. 6 is a plurality (four) of cylinder devices (4) from the front end and the front end left and right other than the front end which interferes with operation. In this method, the upper iron (1) has four pistons (4c), (4c), (4c), and (4c), although this method is a "dynamic compression method" in which the force is applied to press the duvet etc. while being supported. Because it is supported and will not tilt greatly, the futon etc. (99) will be pressed uniformly and compressed.

FIG. 7 shows another packing and packing apparatus such as a futon according to the present invention (the solid line is in a pre-compression state and the broken line is in a compression operating state). It has (4).
Unlike the case of FIG. 6, these four cylinder devices (4) move the lower iron (2) up and down in parallel (move from the position of the solid line to the position of the broken line, that is, raise it). ) And the resin film bag (5) inserted between the lower iron (2) and the duvet etc. (99) put therein are compressed in the narrowed space S.
Each cylinder (4a) of the four (4 in total) cylinder units (4) is fixed to the body (9) (although only two are shown because they are not visible in the right side view in FIG. 7).
On the other hand, a head (4e) is fixed to the upper end of each piston (4c), and the head (4e) is fixed to the bottom surface of the lower iron (2) ) To raise the lower iron (2).
The operation of the compression process of the resin film bag (5) and the futon etc. (99) put there is the operation of FIG. 6 by parallel and vertical movement of the lower iron (2) (relative to the upper iron (1)). As in the example, compress the futon etc. (99).

The mechanical compression method for compression used in the embodiment of FIG. 7 refers to the front end and the front end left and right other than the front end and the front end left and right that cause the operation of the lower iron (2) from the plurality (four) cylinder devices (4). It was a "dynamic compression method" which received force and pushed a futon etc. while being supported by the part, but in this method, the gutter (2) is 4 places with pistons (4c) (4c) (4c) (4c) Because it is supported and will not tilt greatly, the futon etc. (99) will be pressed uniformly and compressed.
Next, a method of preventing the case where it is necessary to prevent the cutter (2) from moving and disengaging in the front and rear, right and left direction with respect to the cutter (2) of FIG. 7 will be described next.
That is, although not shown, the contact plate (2e) is shaped like a lid or has a recess in the lower surface, and the corresponding plate (2e) wraps the head (4e) (or covers the head (4e)) By combining the states, it is possible to prevent the down iron (2) from moving and coming off in front, rear, left and right.
The mechanical compression method of the compression packing apparatus such as the futon of FIG. 7 receives force while supporting the lower iron (2) from the plural (four) cylinder devices (4) (4) (4) (4). Although it has been described that the “mechanical compression method” is used to press the futon, etc., with regard to the lower iron (2) of FIG. 7, the state in which the lower iron (2) is not greatly inclined by the guide means when moving up and down. It is possible to use it together with the “dynamic compression method” to press the duvet etc. (using the two compression methods of the first compression method and the second compression method described above in combination), as shown in FIG. And FIG. 8b (Y-Y cross section of FIG. 8a).

That is, the wheel support (6a) (see FIG. 8b) is fixed to the lower surface of each of the four corners of the lower iron tip (2), and one or more (the illustrated embodiment) Install 2) grooved wheels (6).
The groove of the wheel (6) engages with the main pillar (9a) of the square pillar of the device main body (9) to guide means (i.e., the grooved wheel (6)) when moving the lower iron (2) A guide means constituted by the engagement of the main body column (9a) is a "dynamic compression method" for pushing the futon or the like in a state where the lower iron (2) is not greatly inclined.
That is, since it is surrounded by the four main body columns (9a), the down iron (2) does not tilt greatly at the time of vertical movement.
In short, in the embodiment of the compression packing apparatus such as the futon of FIGS. 8a and 8b, the lower iron tip (2) is surrounded by four main body columns (9a) at the time of vertical movement, and the vertical movement is guided thereby. It becomes ephemeral.
Since the method of FIGS. 8a and 8b is the second compression method described above, the method of FIGS. 8a and 8b does not use the first compression method described above (ie, combined use with the first compression method). It is also possible to use only the second compression method without
"The first compression method described above is not used" means, for example, the four cylinder devices (4) (4) illustrated in FIG. 7 for applying the method of FIGS. 8a and 8b to the embodiment of FIG. (4) (4 (if it is four pieces, it becomes possible to receive force and press a futon etc. while being supported)), but it is on the center line of the set (2) It means that only two cylinder back and forth, only two on the left and right on the center line of the lower iron (2), or only one cylinder device (4) at the center.

FIGS. 9 and 10 show another packing and packing apparatus such as a duvet according to the present invention, wherein a horizontal maintenance link mechanism is used for the lower iron (2) of the compression packing apparatus such as the duvet and the like. When moving up and down), the horizontal holding link mechanism keeps the lower iron tip (2) from being greatly inclined, and this is a “dynamic compression method” for pushing a futon or the like.
That is, in the horizontal maintenance link mechanism, a plurality of link members (11) have a part forming a parallelogram or a rhombus as shown in a part thereof, and all the corner points of the parallelogram or rhombus are pins (13 Connected by).
And, at the upper end of the horizontal maintenance link mechanism, two horizontally positioned down irons (2) are supported in two places, one of which is the pin (13) and the other is the wheel (12). .

Also, the lower end of the horizontal maintenance link mechanism is supported by the device body (9) at two places, one of which is the pin (13) and the other is the wheel (12) at two places of support. The connecting line is positioned so as to be substantially horizontal.
Furthermore, the horizontal maintenance linkage is made deformable in the cylinder arrangement (40) so that the angle of the parallelogram or rhombus corner changes.
That is, the cylinder device (40) has a cylinder (41) and a piston (42), and the piston (42) is attached to the appropriate position of the horizontal maintenance link mechanism, and its telescopic movement changes the corner angle of the parallelogram or rhombus It will be transformed as you do.

For example, in the state of FIG. 9, the piston (42) is contracted, but when the piston (42) is extended, the corner angle of the parallelogram or rhombus changes as shown in FIG. The support iron (2) supported by the (with the distance between the pin (13) supporting it and the wheel (12) being shortened) will be pushed up by the pin (13) and the wheel (12).
The line connecting the two lower ends of the horizontal maintenance link mechanism is, as described above, positioned almost horizontally, and therefore the jig (2) ascends almost horizontally while maintaining substantially the initial position.
In the embodiment of the compression packing apparatus such as the futon of FIG. 9 and FIG. 10, in the vertical movement of the lower iron (2), the horizontal iron holding link mechanism makes the lower iron (2) not largely inclined and Since the pushing "mechanical compression method" is used, the blanket (2) is not greatly inclined, and the duvet etc. (99) is uniformly pressed and compressed.

FIG. 11 shows another packing and packing apparatus such as a duvet according to the present invention, and the packing and packing apparatus such as the cloth or the like is supported by the horizontal maintenance link mechanism shown in FIG. 9 and FIG. The parallel maintenance link mechanism of FIGS. 9 and 10 has two stages, and the one shown in FIG. 11 is one stage.
Furthermore, the upper iron (1) is moved up and down by a cylinder device (4) similar to that shown in FIGS.
In this way, to move the upper iron (1) up and down, because the horizontal maintenance link mechanism is one step and there is little "movement margin" of vertical movement, the upper iron (1) was opened horizontally (see Lower it to the dashed line), raise the lower iron (2) with the horizontal maintenance link mechanism to the upper iron (1) in that state, and place the futon etc (99) up the iron (1) and lower iron (2) Between them.

FIG. 12 shows another packing and packing apparatus such as a futon according to the present invention, and the packing and packing apparatus such as the futon is provided so that the upper iron (1) can be suspended from the apparatus main body (9) above it The suspension is supported by a horizontal maintenance link mechanism (similar to FIGS. 9 to 11).
Accordingly, in the compression packing apparatus such as the futon of FIG. 12, the compression packing apparatus such as the futon of FIGS. 9 to 11 raises and squeezes the lower iron (2). It is to be lowered and compressed.

FIGS. 16 and 17 show another packing and packing apparatus such as a futon according to the present invention, and the packing and packing apparatus such as the cloth has rails (2c) vertically provided on the rear of the apparatus body (9).
Two rails (2b) are provided on the rail (2c) such that they can travel up and down in a state of being restrained in the front-rear direction at intervals.
The wheel (2b) is attached to a side plate (2a) fixed to the upper iron (1), and the upper iron (1) along the rail (2c) with respect to the lower iron (2) ) For moving up and down in parallel (the broken line shows the state before compression and the solid line shows the state of compression).
That is, the user drives the cylinder device (4). For example, in the case of an air cylinder, high pressure air is supplied to one of the cylinder chambers to move the piston (4c) downward in FIG.

As a result, since the upper iron (1) is restrained by the rail (2c) and the two wheels (2b), parallel up and down movement (with respect to the lower iron (2)) along the rail (2c) The resin film bag (5) and the futon etc. (99) put there are compressed between the upper iron (1) and the lower iron (2).
In summary, in the embodiment of FIGS. 16 and 17, the guide means formed by the restraint consisting of the rail (2c) and the two wheels (2b) during the vertical movement of the lower iron (2) This is a “dynamic compression method” in which the condition (1) is not greatly inclined and the duvet or the like is pressed.

Effect of the invention

The effects of the present invention shown in the above embodiments are as follows.
(1) A compression method such as a duvet etc. and a compression packing apparatus for uniformly pressing and compressing a duvet etc. according to the present invention move up and down (one or both move up and down) and compress the futon etc. The mechanical compression method is as follows. First, as the mechanical compression method, force is applied to press a futon or the like while being supported from the plurality of cylinder devices while supporting the upper or lower cylinder, secondly, the upper surface Third, when the upper or lower movement is moved up and down, the guide means makes the upper or lower movement not to tilt greatly and push the futon etc. Thirdly, when moving up or down. With the horizontal maintenance link mechanism, the upper or lower head is not inclined to a large extent and push the futon, etc. Compress the futon etc put in the resin film bag by any of the above first to third compression methods Therefore, it is not necessary to use decompression, and as a result the processing time for compression packaging is short ( Ku can be compressed packing).
(2) The compression method and compression packing apparatus such as a duvet etc. which uniformly presses and compresses the duvet etc. of the present invention compresses the duvet etc. with the upper iron and lower iron which move up and down (one or both move up and down) The mechanical compression method is as follows. First, as the mechanical compression method, force is applied to press a futon or the like while being supported from the plurality of cylinder devices while supporting the upper or lower cylinder, secondly, the upper surface Third, when the upper or lower movement is moved up and down, the guide means makes the upper or lower movement not to tilt greatly and push the futon etc. Thirdly, when moving up or down. With the horizontal maintenance link mechanism, the upper or lower head is not inclined to a large extent and push the futon, etc. Compress the futon etc put in the resin film bag by any of the above first to third compression methods Because there is no need to use decompression, the result is a simple device.

Front view of a state in which the upper iron of the compression packing apparatus such as the futon of the present invention is opened Right side view of the compression packing apparatus such as the futon of the present invention with the upper iron open Right side view of the state where the upper iron of the compression packing apparatus such as the futon of the present invention is in the process of closing Right side view of the state where the upper iron of the compression packing apparatus such as the futon of the present invention is in the process of closing Right side view of the compression packing apparatus such as the futon of the present invention in a state in which the upper iron is closed Right side view of another packing packing device such as a futon of the present invention Right side view of another packing packing device such as a futon of the present invention Figure 7 is a plan view of the downspout part when the wheel and body pillar for guiding downspout are provided Y-Y cross section of FIG. 8a Right side view of another packing packing device such as a futon of the present invention Right side view of the cylinder unit in FIG. Right side view of another packing packing device such as a futon of the present invention Right side view of another packing packing device such as a futon of the present invention The perspective view of an example of the resin film bag which can be used for compression packing devices, such as a futon of the present invention AA sectional view of FIG. 13 Cross-sectional view of the resin film bag of FIG. Right side view of another packing packing device such as a futon of the present invention 16 is a perspective view of a rail portion guided and moved by the upper iron in FIG. 16

DESCRIPTION OF SYMBOLS 1 iron 1a projection 2 lower iron 2a side plate 2b wheel 2c rail 2e contact plate 3 axis 4 cylinder apparatus 4a cylinder 4b axis 4c piston 4d axis 4e head 5 resin film bag 5a bag part 5b seal part 51 integral seal part 52 film 53 film 6 wheel 6a wheel support 7 cylinder device 7a cylinder 7c piston 7d spring 8 shaft position adjustment plate 8a long hole 9 main body 9a main body column 11 link member 12 wheel 13 pin 15 rail 40 cylinder device 41 cylinder 42 piston 91 fixed main body Tool 92 Body fixing tool 99 Futon etc. e Rail shaped male protrusion f Rail shaped female protrusion S Space

Claims (6)

A dynamic compression method that compresses futons etc. with up and down movement (one or both moves up and down), which means raising or lowering from a plurality of cylinder devices A compression method such as a duvet or the like that uniformly presses and compresses a blanket placed in a resin film bag by the above compression method while receiving force to press the duvet etc. while being supported by the front end and portions other than the front left and right that become obstacles to operation A dynamic compression method that compresses a futon or the like with up and down movement (one or both moves up and down), and in the case of up and down movement of the upper or lower iron. A compression method such as a duvet etc. which uniformly presses and compresses the duvet etc. put in the resin film bag by the above compression method after being made into a state where the upper iron or the lower iron is not inclined greatly by the guide means. A dynamic compression method that compresses a futon or the like with up and down movement (one or both moves up and down), and in the case of up and down movement of the upper or lower iron. A compression method such as a duvet etc. which uniformly presses and compresses the duvet etc. put in the resin film bag by the above compression method with the horizontal maintenance link mechanism being put in a state where the upper or lower scoop is not inclined greatly It has a mechanical compression means to compress the duvet etc. with the upper and lower irons moving up and down (one or both moves up and down), where the compression means is an upper iron from a plurality of cylinder devices or The blanket is compressed in the resin film bag by the above compression means, which is a compression means that receives force to press the duvet etc. while supporting the front end and parts other than the front right and left that become obstacles to operation. In that state, the opening of the film bag is sealed automatically or manually, and a packing material such as a futon or the like which uniformly presses and compresses a futon or the like for sealing the film bag It has dynamic compression means to compress the futons etc. with the upper and lower tips moving up and down (one or both moves up and down), where the upper and lower tips In the case of movement, the cushion or the like placed in the resin film bag is compressed by the above compression means, which is a compression means for pressing the futon etc. with the upper or lower guide not being greatly inclined by the guide means. A packing device such as a duvet or the like that automatically or manually seals the opening of the film bag and uniformly presses and compresses the duvet etc. that seals the film bag. It has dynamic compression means to compress the futons etc. with the upper and lower tips moving up and down (one or both moves up and down), where the upper and lower tips Compress the futons etc. put in the resin film bag by the above compression means, which is a compression means to press the futons etc. with the horizontal maintenance link mechanism so that the top or bottom is not inclined greatly by the horizontal maintenance link mechanism, In that state, the opening of the film bag is sealed automatically or manually, and a packing material such as a futon or the like which uniformly presses and compresses a futon or the like for sealing the film bag

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