JP7324000B2 - Automatic wallpaper gluing machine with film sticking device for automatic wallpaper gluing machine, winding device for automatic wallpaper gluing machine, and winding device equipped with them - Google Patents

Description

The present invention automatically applies glue to the back surface of wallpaper (cloth), for example, to attach it to a ceiling or a wall surface so that the glued surface of the wallpaper does not dry out and to prevent glue wrinkles. Secondly, a film sticking device for an automatic wallpaper gluing machine for making a stuck wallpaper body with the film stuck on the pasted surface, and an automatic wallpaper gluing machine for winding the stuck wallpaper body into a roll shape. It relates to winding devices for wallpaper gluing machines and automatic wallpaper gluing machines with winding devices equipped with them.

Conventionally, in the construction of interiors, for wallpaper construction, in the case of new construction, renovation, etc., a specialized interior construction contractor brings a dedicated wallpaper pasting machine to the construction site, and uses the wallpaper pasting machine to apply wallpaper. It is often applied with glue on the back side.

However, in recent years, DIY has become a boom, and home centers, DIY shops, internet shops, etc., for example, have wallpaper sales corners where they sell several types of wallpaper, as well as the tools, glue, and putty necessary for wallpaper construction. Secondary materials necessary for wallpaper construction such as are also sold.

By the way, the wallpaper conventionally sold at home centers, DIY shops, internet shops, etc. is a type of rewettable wallpaper in which the glued surface, which is the back side of the wallpaper, is activated with water, or a sticker or sticker. There were many wallpaper types such as peeling off the release paper pasted on the paste surface and pasting the seal surface.

However, these types of wallpaper are of a type that can hardly be peeled off again and shifted after being stuck once.

Therefore, when using these types of wallpaper, it is very difficult to align the wallpaper, and it is necessary to carefully position the wallpaper and install it so that wrinkles do not occur, resulting in poor workability. It was bad.

On the other hand, the starch paste used by interior contractors can be reapplied several times during construction, and even if it is pasted once, it can be peeled off immediately and the pasting position can be changed. Good workability. For this reason, home centers, DIY shops, and the like sell wallpaper coated with such a starch paste.

For example, starch paste is applied to wallpaper of a predetermined length such as 5 m or 10 m, a cut tape is attached to the paste surface, a drying prevention film is attached to the entire paste surface, and it is vacuum packed. It is sold in boxes.

In addition, a wallpaper sample book is placed at the storefront, and the purchaser is asked to select the desired wallpaper, receive an order for the length and number of sheets, and collect these orders at a single gluing workshop for gluing and purchase. It is sold by delivering it to the person's home by courier service. However, delivery by parcel delivery service is inconvenient for the purchaser because it takes several days to reach the purchaser.

For this reason, in recent years, home centers and DIY shops with large site areas have been built in suburban areas. Such large-scale stores display dozens to hundreds of types of wallpaper and sell them in pieces according to the buyer's request. are doing. That is, at the request of the purchaser, glue is applied to the wallpaper selected by the purchaser at the store for an additional fee for gluing.

In this way, wallpaper gluing machines used by interior construction companies are used to apply glue to wallpaper purchased in stores. That is, paste is applied to the wallpaper sold in pieces in the store, cut lengthwise as necessary, folded so that the paste-coated surfaces are aligned, put in a bag and handed over to the purchaser.

However, such bags are not necessarily hermetically sealed, so the wallpaper has to be used within the day because the wallpaper dries from its edges.

Also, when using an automatic wallpaper gluing machine to apply glue continuously to wallpaper with a large meter length, the glued surfaces are folded so that they are aligned, but in this case, the wallpaper will have creases. , during construction, there is a construction defect, that is, the finish is poor.

Therefore, it is necessary to store and transport the glued wallpaper without folding it.

Furthermore, depending on the type of wallpaper and glue, the glue pile applied to the back of the wallpaper may appear on the front side of the wallpaper if the wallpaper is thin. , the finish will be poor.

Therefore, it is necessary to take measures such as attaching a film to the glued surface to physically crush the glue pile.

In addition, the glued wallpaper takes an open time after pasting in order to allow the glue to blend into the wallpaper. The dryness of the glue is different, and there will be areas where sticking is poor during construction.

For this reason, it is necessary to apply a film or the like to the entire surface to which the paste is applied in order to evenly dry the paste.

Moreover, glued wallpaper needs to be transported in such a way that dirt does not adhere to it.

Therefore, it is necessary to cure the glued wallpaper so that it can be easily transported.

In order to solve this problem and enable storage for several days to a week, it is necessary to apply a dry-preventing film to the entire glued surface and put it in a sealed bag.

For this reason, there has been proposed a winder with wallpaper paste having a structure as shown in Patent Document 1 (Japanese Patent No. 4321771).

That is, as shown in FIG. 15, the wallpaper paste winding machine 200 of Patent Literature 1 includes a base frame 204 with casters 202 for movement provided at the bottom. A wall paper pasting machine main body 208 having a structure similar to that of a conventionally known automatic wall paper pasting machine is mounted on a center frame 206 in a substantially central portion of the stand frame 204. there is

On the other hand, below the front frame 210 on the front side of the gantry frame 204, that is, at a position below the wallpaper pasting machine main body 208, the wallpaper raw roll 212 of the wallpaper G is attached removably and detachably. It is

In addition, as shown in FIG. 15, a drying prevention film B is provided on the rear frame 211 of the stand frame 204 on the rear side of the wallpaper pasting machine main body 208 at a position below the wallpaper pasting machine main body 208 . A raw film roll 213 for industrial use is attached so as to be able to be fed out and detachably attached.

Further, a cut tape original roll 220 of the cut tape C is attached to the lower frame 215 of the gantry frame 204 below the wallpaper paste applicator main body 208 so as to be able to let out and detachably.

The cut tape C is attached to both sides of the lower frame 215 of the gantry frame 204 so that it can be attached to the left and right ends of the wallpaper G in the same manner as a conventionally known automatic wallpaper pasting machine. Each has a configuration.

A winding device 224 is provided on the upper portion of the front frame 210 on the front side of the gantry frame 204 .

As will be described later, the winder 224 passes through the wallpaper paste applicator main body 208 of the wallpaper paste applicator 200 to apply paste to the back surface GB of the wallpaper G, and cut the anti-drying film B. The tape C is configured to manually or automatically wind up the wallpaper G adhered to the paste surface of the back surface GB of the wallpaper G. - 特許庁15 and 16, the manual handle H is shown.

The wallpaper gluing machine main body 208 has the same structure as a conventionally known automatic wallpaper gluing machine, and as shown in FIG. A substantially box-shaped body frame 226 is provided so that the can be seen.

The body frame 226 is composed of an upper frame 228 and a lower frame 230 as shown in FIG. The upper part of the upper frame 228 is provided with a pair of handles (not shown) spaced apart in the left-right direction.

By gripping and operating this handle, as will be described later, the wallpaper G can be arranged on the wallpaper pasting machine main body 208, or a pivot shaft (not shown) can be rotated with respect to the lower frame 230 for maintenance. As shown by the arrow in FIG. 15, it is configured to be openable and closable.

As shown in FIG. 15, a so-called "snap lock" or the like is attached to the upper frame 228 and the lower frame 230 in order to fix the upper frame 228 to the lower frame 230 in a closed state. A stop 232 is provided.

The wallpaper G delivered from the wallpaper raw roll 212 is conveyed through a guide stay or a guide roller 214 so as to be sandwiched between a delivery roller 216 and a measuring roller 218 .

The delivery roller 216 is rotatably attached to the left and right side plates of the lower frame 230, and is configured to be driven by the drive motor of the drive section via a plurality of gear mechanisms (not shown). It is

Then, the back surface GB of the wallpaper G is brought into contact with the delivery roller 216, and the measuring roller 218 is brought into contact with the front surface GA of the wallpaper G, and rotates following the wallpaper G conveyed by the delivery roller 216. It is configured.

As shown in FIG. 15, the wallpaper G conveyed so as to be sandwiched between the delivery roller 216 and the measuring roller 218 is coated with glue on the back surface GB of the wallpaper G. It is conveyed to the gluing device 231 .

In this gluing device 231, the wallpaper G passes so that the front surface GA of the wallpaper G contacts the high tension roller 234, and the back surface GB of the wallpaper G contacts the gluing roller 236. .

In addition, as shown in FIG. 15, a glue upper roller 238 is provided below the glue applying roller 236 so as to come into contact with the glue applying roller 236, and is stored in a glue storage tank (glue box) 225. It is configured to transfer glue from glue top roller 238 to glue application roller 236 .

Further, a doctor roller 240 is provided on the upstream side of the glue applying roller 236 so as to come into contact with the glue applying roller 236 . By adjusting the distance between the doctor roller 240 and the glue roller 236, the thickness (amount) of glue transferred from the glue roller 236 to the wallpaper G is adjusted to a predetermined thickness. is configured as

Furthermore, a pressure roller 242 is provided downstream of the glue application roller 236, and the pressure roller 242 is configured to come into contact with the surface GA of the wallpaper G. As shown in FIG.

Further, a smoothing roller 244 that contacts the back surface GB of the wallpaper G is provided on the downstream side of the pressing roller 242 .

Furthermore, as shown in FIG. 15, a first table 246 is provided on the right side of the finishing roller 244 . The first table 246 is provided with table frames 246a on both sides of the wallpaper pasting machine main body 208, and a table 246b is detachably provided on these table frames 246a.

Also, as shown in FIG. 15, a second table 248 is provided above the path from the measuring roller 218 to the glue applying roller 236 .

Further, as shown in FIG. 15, the wallpaper paste winding machine 200 is provided with a control box 252 for setting various settings such as the paste length and the number of sheets, and operation/stop/inching/interrupt switches. A switch that can perform each operation such as is provided as appropriate.

Further, a foot switch 254 is provided, and when the foot switch 254 is operated, the wallpaper pasting machine main body 208 is set to stop.

In this way, a foot switch 254 is provided in addition to the stop switch of the control box 252, and by stepping on the foot switch 254, the machine can be quickly stopped at an arbitrary position.

It should be noted that each time the foot switch 254 is stepped on, the operation of stopping and running may be repeated.

The gluing device 231 configured as described above is generally operated as follows.

First, as shown in FIG. 16, the anti-drying film B and the cut tape C are pulled out from the wallpaper paste applicator main body 208 so as to be wound around the spreading roller 244. Paste it on the table 246 .

At this time, the leading edge of the anti-drying film B is pulled out to the stay 250 on the left side of the second table 248 and then folded back toward the first table 246 side.

Next, the locking device 232 (snap lock) of the upper frame 228 is released to open the upper frame 228 upward, and an interrupt switch (not shown) provided in the control box 252 is pushed to set The wallpaper pasting machine body 208 is operated at a constant pasting speed.

In this way, while the wallpaper pasting machine main body 208 is in operation, the wallpaper G is pulled out from the wallpaper stock roll 212 and passed through the path shown in FIGS. , so that they are pasted together.

Then, the wallpaper G conveyed so as to be sandwiched between the delivery roller 216 and the measuring roller 218 contacts the glue roller 236 with a predetermined tension by the high tension roller 234 and the pressing roller 242. is configured to

Then, the glue stored in the glue storage tank (paste box) 225 is transferred from the glue top roller 238 to the glue applying roller 236 . At this time, the doctor roller 240 adjusts the thickness (amount) of the paste to be transferred to the wallpaper G to a predetermined thickness.

As shown in FIG. 15 , after the paste is applied to the back surface GB of the wallpaper G by the paste application roller 236 , the wallpaper G is conveyed to the paste roller 244 side. The tip of the wallpaper G is held with a finger, and the foot switch 254 is operated when the tip of the wallpaper G passes the spreading roller 244 to stop the operation of the wallpaper pasting machine main body 208.例文帳に追加At this position, the tip of the wallpaper G is attached to the anti-drying film B.

As a result, the anti-drying film B is attached with a length of about 20 cm from the tip of the wallpaper G, and the cut tape C is attached to appropriate positions on both ends of the wallpaper G. .

Here, the anti-drying film B and the cut tape C attached to the first table 246 with tape or the like are removed.

Then, the upper frame 228 is closed and fixed with a latch 232 (snap lock), and the customer's desired length is input using a numeric keypad (not shown) as an input device of the control box 252. , a start switch (not shown) is used to start gluing work.

As shown in FIG. 15 , after glue is applied to the back surface GB of the wallpaper G by the glue applying roller 236 , the anti-drying film B fed out from the original roll 213 of the anti-drying film is applied by the spreading roller 244 . It is supplied from the upstream side so as to be adhered to the pasting surface of the back surface GB of the wallpaper G. - 特許庁

At the same time, the cut tape C fed from the cut tape raw roll 220 is adhered from the upstream side of the spreading roller 244 to the adhesive surface of the back surface GB of the wallpaper G and to the left and right ends of the wallpaper G. supplied as

In this way, after the paste is applied to the back surface GB of the wallpaper G, and the anti-drying film B and the cut tape C are adhered to the adhesive surface of the back surface GB of the wallpaper G, the adhesive is applied to the back surface GB of the wallpaper G, and then the thickness is uniformed by the spreading roller 244. is processed to be

After the wallpaper G, which has been processed to have a uniform thickness by the rolling roller 244, is discharged from the wallpaper pasting machine main body 208, it is manually or automatically wound by the winding device 224. It is configured.

At this time, the wall paper pasting machine main body 208 stops when the purchaser's desired length of pasting is completed. Here, the worker cuts the wallpaper G at the wallpaper cutting position X with a cutter or the like.

After cutting the wallpaper G, an interrupt switch or the like is pressed to operate the wallpaper pasting machine main body 208 until the trailing edge of the wallpaper G is wound up by the winding device 224. When the winding is completed, the foot switch 254 is turned on. For example, the operation of the wallpaper pasting machine body 208 is stopped.

In this state, the operator cuts the anti-drying film B and the cut tape C with a cutter or the like using the side end of the stay 250 of the second table 248 as a cutting guide for the anti-drying film B. do. Then, the rear end of the anti-drying film B is taped or the like and packed into a single roll. At the same time, the leading edge of the cut anti-drying film B is temporarily fixed to the first table 246 together with the cut tape C by tape or the like.

As described above, the operation of attaching one wallpaper G is completed, and after that, this procedure is repeated to perform the operation of attaching glue to the required number of sheets.

As a result, the gluing operator can check whether or not the glue is applied, whether the cut tape C is properly attached to the predetermined position, and whether the anti-drying film B does not contain air bubbles. While confirming whether or not the paper G is well stuck to the surface of the wallpaper G, it is possible to carry out the pasting and winding work.

Therefore, even inexperienced part-timers working in the store can safely perform the gluing work.

For the next gluing operation, at least one of the anti-drying film B and the cut tape C is temporarily fixed to the first table 246 so that the anti-drying film can be removed before the gluing operation. It is possible to omit the trouble of setting B and the cut tape C so as to pass through a predetermined path each time, and to efficiently perform the glued winding work in the store.

Furthermore, after pasting the wallpaper G, the anti-drying film B, and the cut tape C, the wallpaper to be wound onto the paper tube set in the winding device 224 of the wallpaper glue winding machine 200 at the position where it was temporarily stopped. The tip of G can be easily fixed.

In the wallpaper G pasted by the wallpaper pasting winding machine 200 of Patent Document 1, the anti-drying film B is adhered to the back surface GB of the wallpaper G to which the paste is applied. At the time, the purchaser peels off the anti-drying film B and attaches it to the ceiling or wall, for example, so more glue is applied than when a normal wallpaper installer does the paste work. ing.

In this case, in the wallpaper paste winding machine 200 of Patent Document 1, the winding device 224 manually (for example, winding with a handle) or automatically (for example, using a powder clutch) , While adjusting the winding tension, it is wound softly.

However, in the wallpaper paste winding machine 200 of Patent Document 1, the winding device 224 winds up the wallpaper G using a winding core rod (not shown). Therefore, when the number of meters to be wound increases, the winding core rod applies a large force to the wallpaper G near the center of the roll for winding.

As a result, the wallpaper G is squeezed, and the applied glue protrudes from the both ends of the wallpaper G, so that it cannot be used as a product. Therefore, in the winding using the winding mandrel, it is impossible to wind up to a large winding diameter.

In order to solve this problem, Patent Document 2 (Japanese Unexamined Patent Application Publication No. 2017-81680) proposes a winding machine 200 with wallpaper paste.

In FIGS. 17 and 18, the same reference numerals are given to the same components as those of the wallpaper paste winding machine 200 of Patent Document 1, and detailed descriptions thereof will be omitted.

In the wallpaper paste winding machine 200 of Patent Document 2, as shown in FIGS. When the wallpaper G is wound into a roll shape, a winding assist device 260 having a pressure driven part that is driven to rotate while pressing against the surface GA of the wallpaper G to be wound is attached to the winding device 224. are provided.

Although not shown, as the winding assist device 260, as disclosed in FIG. 1 and FIG. It is composed of a contact mechanism and an assist belt that follows while pressing against the wallpaper to be wound.

Japanese Patent No. 4321771 JP 2017-81680 A

Such conventional wallpaper paste winding machines 200 of Patent Document 1 and Patent Document 2 are sold by sellers such as home centers, DIY shops, and Internet shops, for example, so that the glued surface of the wallpaper does not dry out. A wallpaper paste winding machine 200 for winding a pasted wallpaper body with a film pasted on a pasted surface in a roll shape.

For this reason, as in Patent Documents 1 and 2, a non-removable, integrated winding device 224 having a large size and a complicated structure is provided.

Therefore, in the case of interior construction, wallpaper construction, new construction, renovation, etc., a specialized interior construction contractor brings a dedicated wallpaper pasting machine to the construction site and uses the wallpaper pasting machine to apply the wallpaper to the back of the wallpaper. In the case of gluing and construction, the wallpaper paste winding machine 200 having a structure such as Patent Document 1 and Patent Document 2 has a complicated configuration, is expensive, is large and heavy, and is difficult to transport. performance will be degraded.

For this reason, it is not suitable for such an interior construction trader to bring a dedicated wallpaper pasting machine to the construction site and apply wallpaper.

Further, in the wallpaper paste winding machine 200 of Patent Document 1 and Patent Document 2, after the wallpaper G, the anti-drying film B, and the cut tape C are attached, the wallpaper G is rolled by the winding device 224. Since the tape is simply rolled up, measures such as attaching a film to the glued surface and physically crushing the glue pile are insufficient.

For this reason, depending on the wallpaper and the type of glue, the pile of glue applied to the back of the wallpaper will appear on the front side of the wallpaper if the wallpaper is thin, causing glue marks, etc. It gets worse.

Therefore, it is necessary to take measures such as attaching a film to the glued surface to physically crush the glue pile.

In view of the current situation, the present invention automatically applies glue to the back surface of wallpaper (cloth), for example, to attach it to the ceiling or wall surface, and prevents the glued surface of the wallpaper from drying. , an automatic wallpaper gluing machine for producing a pasted wallpaper body in which the film is pasted on the pasting surface in order to prevent glue wrinkles, and tension is applied to the film so that the film does not wrinkle. An object of the present invention is to provide a film sticking device for

Further, in view of the current situation, the present invention provides a general-purpose automatic wallpaper gluing machine that can be additionally and detachably attached to a general-purpose automatic wallpaper gluing machine that is brought to the construction site by a specialized interior construction contractor during wallpaper construction. A winding device for a simple automatic wallpaper pasting machine capable of storing or transporting the wallpaper without folding it by pasting a film on the wallpaper and winding it, and an automatic wallpaper pasting machine equipped with the winding device intended to provide

Further, in the present invention, when the pasted wallpaper body with the film pasted on the pasted surface is wound into a roll shape, tension is applied to the film, the film is wound without wrinkles, and the wallpaper is pasted on the film. A winding device for an automatic wallpaper gluing machine capable of applying additional tension to the pasted wallpaper body to bond the film and the wallpaper without gaps after gluing, and an automatic device equipped with the winding device The purpose is to provide a wallpaper gluing machine.

Furthermore, the present invention provides a wallpaper cutting position X for cutting the wallpaper using the cutter guide of the automatic wallpaper gluing machine, and a winding device that is additionally detachably attached to cut the film anew. A film cutting position Y is provided, and a winding device for an automatic wallpaper gluing machine capable of cutting wallpaper and cutting a film at different positions, and an automatic wallpaper gluing machine equipped with a winding device intended to provide

The present invention was invented to achieve the above-mentioned problems and objects in the prior art, and the film sticking device for the automatic wallpaper gluing machine of the present invention comprises:
A wall paper pasting machine body automatically applies paste to the back surface of the wall paper and prepares the pasted wall paper body in a state in which the film is stuck to the pasting surface so that the wall surface to which the wall paper is pasted does not dry out. A film sticking device for an automatic wallpaper gluing machine, comprising:
The film sent out from the film delivery device wound in a roll shape and the wallpaper with glue automatically applied to the back side of the wallpaper by the wallpaper gluing machine main body,
A film sticking position for sticking the glued surface of the wallpaper to the film is provided at a lower position of the wallpaper gluing machine main body, and a stuck wallpaper body is produced at the film sticking position. It is characterized by

With this configuration, the film fed from the film feeding device wound in a roll shape and the glued wallpaper automatically coated with glue on the back side of the wallpaper by the wallpaper glue applying machine body are A stuck wallpaper body is produced at a film sticking position below the wallpaper gluing machine body.

Therefore, on the back surface of the wallpaper (cloth), for example, glue for sticking to the ceiling or wall surface is automatically applied, and in order to prevent the glued surface of the wallpaper from drying and to prevent glue wrinkles, It is possible to produce a stuck wallpaper body in which the film is stuck on the glued surface and tension is applied to the film so that the film does not wrinkle.

Also, the film sticking device for the automatic wallpaper gluing machine of the present invention is characterized in that the film sticking position is positioned below the wallpaper cutting position X for cutting the wallpaper. and

With this configuration, the film sticking position is located below the wallpaper cutting position X for cutting the wallpaper, so that the wallpaper cut at the wallpaper cutting position X is cut below the wallpaper cutting position X, To manufacture a stuck wallpaper body capable of surely sticking a film, sticking the wallpaper to the film while the film is under tension, and preventing the film from wrinkling.

Also, the film sticking device for the automatic wallpaper gluing machine of the present invention is
The film attachment position is
A first tension member that guides the film delivered from the film delivery device wound in a roll shape, or provided on the downstream side thereof,
It is characterized in that it is configured such that the adhesive surface of the wallpaper is adhered to the film when passing through the first tension member.

With this configuration, the first tension member that guides the film delivered from the film delivery device wound in a roll shape applies tension to the film, and the film can be produced without wrinkles.

Then, when passing through the first tension member, the adhesive surface of the wallpaper is adhered to the film.

As a result, the film can be attached to the surface to which the paste is applied, and the pile of glue can be physically crushed. Moreover, the drying is uniform, the construction is good, and the finish is beautiful.

Also, the film sticking device for the automatic wallpaper gluing machine of the present invention is
a second tension member for guiding the pasted wallpaper body with the film pasted on the pasting surface;
It is characterized in that, when the pasted wallpaper body passes through the second tension member, the adhered state of the pasted surface of the wallpaper to the film is promoted.

With this configuration, the second tension member is provided for guiding the stuck wallpaper body with the film stuck on the glued surface, so that the stuck wallpaper body passes through the second tension member. At this time, the adherence of the pasted surface of the wallpaper to the film is promoted.

Therefore, after the wallpaper is pasted on the film, additional tension is applied to the pasted wallpaper body by the second tension member, so that the film and the wallpaper can be adhered without any gap.

As a result, the film can be attached to the surface to which the paste is applied, and the pile of glue can be physically crushed. Moreover, the drying is uniform, the construction is good, and the finish is beautiful.

In addition, the winding device for the automatic wallpaper gluing machine of the present invention is
The main body of the wallpaper gluing machine automatically applies glue to the back of the wallpaper, and rolls the pasted wallpaper with the film pasted on the glued surface so that the glued surface of the wallpaper does not dry out. A winding device for an automatic wallpaper gluer for winding, comprising:
The winding device is configured to be detachably attachable to an automatic wallpaper pasting machine.

With this configuration, the winding device can be detachably attached to the automatic wallpaper gluing machine, so that when wallpaper is applied, a professional interior contractor can bring it to the construction site. A simple automatic wallpaper gluing machine that can be attached detachably to a general-purpose automatic wallpaper gluing machine, and can be stored or transported without folding the wallpaper by pasting a film on the glued wallpaper and winding it up. and an automatic wallpaper gluing machine with a winding device.

In addition, the winding device for the automatic wallpaper gluing machine of the present invention is
A first tension member for guiding the film delivered from the film delivery device wound in a roll shape,
configured to adhere the adhesive surface of the wallpaper to the film when passing through the first tension member;
a second tension member for guiding the pasted wallpaper body with the film pasted on the pasting surface;
When the pasted wallpaper body passes through the second tension member, the adhered surface of the wallpaper is promoted to adhere closely to the film,
It is characterized in that the pasted wallpaper body that has passed through the second tension member is wound up by a winding mechanism.

With this structure, the first tension member that guides the film delivered from the film delivery device wound in a roll shape applies tension to the film, and the film can be wound without wrinkles.

Then, when passing through the first tension member, the adhesive surface of the wallpaper is adhered to the film.

In addition, since the second tension member is provided for guiding the stuck wallpaper body with the film stuck on the pasted surface, the stuck wallpaper body does not move against the film when passing through the second tension member. This promotes adhesion of the adhesive surface of the wallpaper.

The pasted wallpaper body that has passed through the second tension member is wound up by the winding mechanism.

Therefore, after the wallpaper is pasted on the film, additional tension is applied to the pasted wallpaper body by the second tension member, so that the film and the wallpaper can be adhered without any gap.

As a result, the film can be attached to the surface to which the paste is applied, and the pile of glue can be physically crushed. Moreover, the drying is uniform, the construction is good, and the finish is beautiful.

In addition, the winding device for the automatic wallpaper gluing machine of the present invention is
The winding mechanism is
a winding shaft for winding the pasted wallpaper body that has passed through the second tension member;
An auxiliary winding shaft is provided parallel to the winding shaft.

With this configuration, by rotating the winding shaft for winding up the pasted wallpaper body that has passed through the second tension member, the auxiliary winding shaft is driven by the rotation of the winding shaft. It rotates with a large eccentricity about the rotation axis of the winding shaft.

As a result, the stuck wallpaper body can be taken up under a constant tension load, and the stuck wallpaper body can be taken up without causing wrinkles or the like, so that the construction is good and the finish is beautiful. become.

In addition, the winding device for the automatic wallpaper gluing machine of the present invention is
The winding mechanism is
a detachable end bracket member for holding the winding shaft and the auxiliary winding shaft;
By removing the end bracket member and shortening the separation distance between the winding shaft and the auxiliary winding shaft, the wound stuck wallpaper body can be removed from the winding shaft and the auxiliary winding shaft. It is characterized by being configured as follows.

With this configuration, the detachable end bracket member that holds the winding shaft and the auxiliary winding shaft is removed to shorten the separation distance between the winding shaft and the auxiliary winding shaft. The attached wallpaper body can be removed from the winding shaft and the auxiliary winding shaft.

Therefore, the stuck wallpaper body can be easily wound up and removed. For example, when wallpapering a large area such as an apartment, a large number of stuck wallpaper bodies can be quickly obtained, and the efficiency of wallpaper construction is improved. will do.

Further, the winding device for the automatic wallpaper pasting machine of the present invention is characterized in that the auxiliary winding shaft is made of a material having a lower rigidity than the winding shaft.

With this configuration, the auxiliary winding shaft is made of a material having a lower rigidity than the winding shaft, so that the detachable end bracket member for holding the winding shaft and the auxiliary winding shaft can be used. is removed, the auxiliary winding shaft made of a material with low rigidity is bent, the distance between the winding shaft and the auxiliary winding shaft can be shortened, and the wound pasted wallpaper body can be It can be removed more easily from the winding shaft and the auxiliary winding shaft.

Therefore, the stuck wallpaper body can be easily wound up and removed. For example, when wallpapering a large place such as an apartment, many stuck wallpaper bodies can be quickly and easily obtained. Efficiency will improve.

Further, the winding device for the automatic wallpaper pasting machine of the present invention is characterized in that the outer diameter of the winding shaft is set within a range of 3 to 10 mm.

Thus, it is desirable that the outer diameter of the winding shaft is in the range of 3 to 10 mm, more preferably 4 to 8 mm, and still more preferably about 6 mm.
With such a range, the rigidity of the winding shaft is maintained, and the detachable end bracket member that holds the winding shaft and the auxiliary winding shaft can be removed to remove the auxiliary winding shaft made of a material with low rigidity. By bending the winding shaft, the distance between the winding shaft and the auxiliary winding shaft can be easily shortened.

Further, the winding device for the automatic wallpaper pasting machine of the present invention is characterized in that the distance between the winding shaft and the auxiliary winding shaft is set within a range of 20 mm to 60 mm.

Thus, it is desirable to set the distance between the winding shaft and the auxiliary winding shaft within the range of 20 mm to 60 mm.
In this case, considering the winding efficiency, it is desirable to set the distance between the winding shaft and the auxiliary winding shaft as large as possible. It may be selected as appropriate.

In addition, the winding device for the automatic wallpaper gluing machine of the present invention is
The winding mechanism is
a winding shaft for winding the pasted wallpaper body that has passed through the second tension member;
It is characterized in that the winding shaft is configured such that the size of the diameter thereof can be changed.

With this configuration, the diameter of the winding shaft can be changed. The wallpaper material can be wound around the winding shaft.

By reducing the diameter of the winding shaft, the stuck wallpaper body wound up can be easily removed from the winding shaft.

Therefore, the stuck wallpaper body can be easily wound up and removed. For example, when wallpapering a large area such as an apartment, a large number of stuck wallpaper bodies can be quickly obtained, and the efficiency of wallpaper construction is improved. will do.

In addition, the winding device for the automatic wallpaper gluing machine of the present invention is
The winding mechanism is
a detachable end bracket member for holding the winding shaft;
By removing the end bracket member and reducing the diameter of the winding shaft, the pasted wallpaper body wound up can be removed from the winding shaft. .

With this configuration, the diameter of the winding shaft can be changed. The wallpaper material can be wound around the winding shaft.

Then, the detachable end bracket member holding the winding shaft is removed, the diameter of the winding shaft is reduced, and the stuck wallpaper body wound up can be easily removed from the winding shaft.

Therefore, the stuck wallpaper body can be easily wound up and removed. For example, when wallpapering a large area such as an apartment, a large number of stuck wallpaper bodies can be quickly obtained, and the efficiency of wallpaper construction is improved. will do.

In addition, the winding device for the automatic wallpaper gluing machine of the present invention is
The second tension member is arranged at a position lower than the first tension member,
It is characterized in that the center Q of the second tension member is positioned closer to the take-up side than the center P of the first tension member in the vertical direction.

By configuring in this way, the second tension member is arranged at a position lower than the first tension member, and the center Q of the second tension member is aligned with the center P of the first tension member. Since it is configured to be located on the take-up side of the vertical direction, the stuck wallpaper body can be taken up under a constant tension, and the stuck wallpaper body is free from wrinkles. can be rolled up.

Therefore, the film and the wallpaper can be adhered without any gap by applying additional tension by the second tension member.

As a result, the film can be attached to the surface to which the paste is applied, and the pile of glue can be physically crushed. Moreover, the drying is uniform, the construction is good, and the finish is beautiful.

In addition, the winding device for the automatic wallpaper gluing machine of the present invention is
A plurality of the second tension members are provided, and are provided in a zigzag shape in the vertical direction.

With this configuration, a plurality of second tension members are provided in a zigzag pattern in the vertical direction. When the pasted wallpaper body passes through the member, the adhesion of the pasted surface of the wallpaper to the film is promoted.

The pasted wallpaper body that has passed through these second tension members is wound up by the winding mechanism.

Therefore, after the wallpaper is pasted on the film, additional tension is applied to the pasted wallpaper body by the plurality of second tension members, so that the film and the wallpaper can be adhered without gaps.

As a result, the film can be attached to the surface to which the paste is applied, and the pile of glue can be physically crushed. Moreover, the drying is uniform, the construction is good, and the finish is beautiful.

In addition, the winding device for the automatic wallpaper gluing machine of the present invention is
A wallpaper cutting position X for cutting the wallpaper and a film cutting position Y for cutting the film are positioned at different positions.

With this configuration, the film is newly cut at the wallpaper cutting position X for cutting the wallpaper using the cutter guide of the automatic wallpaper gluing machine and at the additionally detachably attached winding device. A film cutting position Y is provided for cutting the wallpaper and cutting the film at different positions.

Therefore, for example, after gluing a predetermined length of wallpaper, the wallpaper is cut at the wallpaper cutting position X, and in this state, the stuck wallpaper body is wound up by a winding device, thereby winding up the stuck wallpaper body. The film can be wrapped around the body at least once.

Then, the film can be cut at the film cutting position Y in this state.

As a result, the surface of the wound wallpaper is covered with the film for at least one turn, so that the surface of the wallpaper is not damaged.

Further, after pasting the wallpaper of a predetermined length, the wallpaper is cut at the wallpaper cutting position X, and the stuck wallpaper body is wound up by the winding device, so that at least After winding the film for one round, the continuously pasted wallpaper is pasted again on the film, and the pasted wallpaper body can be wound up. After repeating these continuous operations, finally, the film cutting position Y , the film can be cut.

As a result, the pasted wallpaper body to which a plurality of lengths of pasted wallpaper are pasted can be continuously wound.

Therefore, for example, it is possible to efficiently obtain a plurality of glued wallpapers (pasted wallpaper bodies wound in a roll shape) necessary for sticking to the ceiling or walls for one room, which is extremely Convenient.

In addition, the winding device for the automatic wallpaper gluing machine of the present invention is
A film cutting position Y for cutting the film is positioned between the second tension member and the winding shaft.

Thus, if the film cutting position Y for cutting the film is positioned between the second tension member and the winding shaft, the film under tension can be cut. Therefore, the cutting work is easy.

Further, the present invention is an automatic wallpaper gluing machine comprising a film sticking device for any of the moving wallpaper gluing machines described above.

Further, the present invention is an automatic wallpaper gluing machine comprising a winding device for the automatic wallpaper gluing machine according to any one of the above.

According to the present invention, the film delivered from the film delivery device wound in a roll shape and the wallpaper paste automatically applied to the back surface of the wallpaper by the wallpaper paste applicator main body are combined into wallpaper paste. A stuck wallpaper body is produced at the film sticking position below the applicator main body.

Therefore, on the back surface of the wallpaper (cloth), for example, glue for sticking to the ceiling or wall surface is automatically applied, and in order to prevent the glued surface of the wallpaper from drying and to prevent glue wrinkles, It is possible to produce a stuck wallpaper body in which the film is stuck on the glued surface and tension is applied to the film so that the film does not wrinkle.

Further, according to the present invention, the winding device is detachably attachable to the automatic wallpaper gluing machine. A simple automatic wallpaper gluing machine that can be attached detachably to a general-purpose automatic wallpaper gluing machine, and can be stored or transported without folding the wallpaper by pasting a film on the glued wallpaper and winding it up. and an automatic wallpaper gluing machine with a winding device.

Further, according to the present invention, the film can be wound without wrinkles by applying tension to the film by the first tension member that guides the film delivered from the film delivery device wound in a roll shape.

Then, when passing through the first tension member, the adhesive surface of the wallpaper is adhered to the film.

In addition, since the second tension member is provided for guiding the stuck wallpaper body with the film stuck on the pasted surface, the stuck wallpaper body does not move against the film when passing through the second tension member. This promotes adhesion of the adhesive surface of the wallpaper.

The pasted wallpaper body that has passed through the second tension member is wound up by the winding mechanism.

Therefore, after the wallpaper is pasted on the film, additional tension is applied to the pasted wallpaper body by the second tension member, so that the film and the wallpaper can be adhered without any gap.

As a result, the film can be attached to the surface to which the paste is applied, and the pile of glue can be physically crushed. Moreover, the drying is uniform, the construction is good, and the finish is beautiful.

In addition, according to the present invention, the film is newly cut at the wallpaper cutting position X for cutting the wallpaper using the cutter guide of the automatic wallpaper gluing machine and the additionally detachably attached winding device. A film cutting position Y is provided for cutting the wallpaper and cutting the film at different positions.

Therefore, for example, after gluing a predetermined length of wallpaper, the wallpaper is cut at the wallpaper cutting position X, and in this state, the stuck wallpaper body is wound up by a winding device, thereby winding up the stuck wallpaper body. The film can be wrapped around the body at least once.

Then, the film can be cut at the film cutting position Y in this state.

As a result, the surface of the wound wallpaper is covered with the film for at least one turn, so that the surface of the wallpaper is not damaged.

Further, after pasting the wallpaper of a predetermined length, the wallpaper is cut at the wallpaper cutting position X, and the stuck wallpaper body is wound up by the winding device, so that at least After winding the film for one turn, the pasted wallpaper can be continuously pasted on the film at regular intervals, and the pasted wallpaper body can be wound up. At the film cutting position Y, the film can be cut.

As a result, the pasted wallpaper body to which a plurality of lengths of pasted wallpaper are pasted can be continuously wound.

Therefore, for example, it is possible to efficiently obtain a plurality of glued wallpapers (pasted wallpaper bodies wound in a roll shape) necessary for sticking to the ceiling or walls for one room, which is extremely Convenient.

FIG. 1 is a perspective view of an automatic wallpaper gluing machine 10 illustrating a state in which a winding device 100 for the automatic wallpaper gluing machine 10 of the present invention is removed. FIG. 2 is a schematic cross-sectional view of the automatic wallpaper gluing machine of FIG. 1 in the AA direction. FIG. 3 is a front view of the automatic wallpaper gluing machine 10 illustrating a state in which the winding device 100 for the automatic wallpaper gluing machine 10 of the present invention is installed. FIG. 4 is a top view of the automatic wallpaper gluing machine 10 of FIG. FIG. 5 is a side view of the automatic wallpaper gluing machine 10 of FIG. 3 in the N direction. FIG. 6 is a partially enlarged view of FIG. 5 illustrating the winding device 100 for the automatic wallpaper gluing machine 10 of the present invention. 7 is a partially enlarged view of FIG. 6. FIG. FIG. 8 is a schematic diagram showing the placement of the second tension member 124 of another embodiment. FIG. 9 is a front view of automatic wallpaper gluing machine 10 illustrating a state in which winding device 100 for automatic wallpaper gluing machine 10 of another embodiment of the present invention is installed. FIG. 10 is a top view of the automatic wallpaper gluing machine 10 of FIG. FIG. 11 is a side view of the automatic wallpaper gluing machine 10 of FIG. 9 in the N direction. FIG. 12 is a partial enlarged view of FIG. 10 illustrating the winding device 100 for the automatic wallpaper gluing machine 10 of the present invention. 13A and 13B are schematic diagrams in the EE direction of FIG. 12, and FIG. FIG. 13B is a schematic diagram illustrating a state in which the diameter of the winding shaft 132 is reduced and the stuck wallpaper body T wound up is removed from the winding shaft 132 . FIG. 14 is a schematic diagram showing the arrangement of the second tension member 124 of the automatic wallpaper gluing machine 10. As shown in FIG. FIG. 15 is a side view of the wallpaper paste winding machine 200 of Patent Document 1. As shown in FIG. is. FIG. 16 is a side view for explaining the procedure for setting the wallpaper G, the anti-drying film B, and the cut tape C of the wallpaper paste winding machine 200 of FIG. FIG. 17 is a side view of the wallpaper paste winding machine 200 of Patent Document 2. As shown in FIG. FIG. 18 is a side view for explaining the procedure for setting the wallpaper G, the anti-drying film B, and the cut tape C of the wallpaper paste winding machine 200 of Patent Document 2 of FIG.

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, embodiments (examples) of the present invention will be described in more detail with reference to the drawings.
(Example 1)

FIG. 1 is a perspective view of the automatic wallpaper pasting machine 10 for explaining the state in which the winding device 100 for the automatic wallpaper pasting machine 10 of the present invention is removed, and FIG. 2 is the automatic wallpaper pasting machine of FIG. A schematic cross-sectional view in the AA direction, FIG. 3 is a front view of the automatic wallpaper pasting machine 10 for explaining the state in which the winding device 100 for the automatic wallpaper pasting machine 10 of the present invention is attached, and FIG. 3 is a top view of the automatic wallpaper gluing machine 10, FIG. 5 is a side view of the automatic wallpaper gluing machine 10 of FIG. FIG. 5 is a partially enlarged view for explaining the picking device 100, FIG. 7 is a partially enlarged view of FIG. 6, and FIG. 8 is a schematic diagram showing the arrangement of the second tension member 124 of another embodiment.

1-2, reference numeral 10 generally designates an automatic wallpaper gluing machine according to the invention.

As shown in FIG. 1, the automatic wallpaper gluing machine 10 comprises a wallpaper gluing machine body 12, as shown in FIGS. The wallpaper pasting machine main body 12 is provided with a substantially box-shaped main body frame 14 whose upper part is open so that the conveying of wallpaper to be pasted can be seen. In addition, a pair of leg frames 16 fixed downward are provided at both ends of the left and right sides of the body frame 14 .

The body frame 14 is composed of an upper frame 18 and a lower frame 20, as shown in FIG. The upper part of the upper frame 18 is provided with a pair of handles 18c spaced apart in the left-right direction.

By gripping and operating this handle 18c, as will be described later, the wallpaper G can be placed on the wallpaper pasting machine main body 12, or a pivot shaft (not shown) can be rotated with respect to the lower frame 20 for maintenance. At its center, it is configured to be openable and closable as indicated by arrow I in FIGS.

As shown in FIG. 2, the upper frame 18 and the lower frame 20 are provided with, for example, a so-called "snap lock" to fix the upper frame 18 to the lower frame 20 in a closed state. A stop 22 is provided.

The upper frame 18 also includes side plate portions 18a and 18b that constitute left and right side portions.

On the other hand, as shown in FIG. 1, a lockable roller 24 is provided at the lower end of the leg frame 16 to move and position the automatic wallpaper gluing machine 10 to a desired position. is possible.

Further, as shown in FIG. 1, the lower frame 20 includes side plate portions 20a and 20b that constitute left and right side portions. One side plate portion 20a of the lower frame 20 is provided with a drive unit 26 that incorporates a driving device such as a gear coupling mechanism and a control device for controlling the automatic wallpaper pasting machine 10 and a driving motor. It is

In addition, on the downstream side of the drive unit 26, that is, on the front side in FIG. A display/operation panel section 28 is provided for inputting the information of. The driving portion 26 is detachably attached to one side plate portion 20a of the lower frame 20, or fixed.

Further, as shown in FIGS. 1 and 2, the pair of leg frames 16 are provided with an original roll 32 for rotatably and detachably mounting a wallpaper original roll 32 around which the wallpaper G is wound. A pedestal 34 is provided.

Then, as shown in FIG. 2, the wallpaper G delivered from the wallpaper raw roll 32 is delivered to the upstream side of the lower frame 20, that is, to the left side in FIG. .

After the wallpaper G passes through the tension bar 36 of the slit 35 and is guided by the guide plate 38, the cutting section 40 cuts off unnecessary edges of the wallpaper. That is, the cutting unit 40 is composed of a pair of rotating upper and lower blades 42 and 44, and by passing between the upper and lower blades 42 and 44, the edge portions at both ends of the wallpaper G are cut. and the wallpaper has a fixed width.

In addition, by adjusting the positions of the upper blade 42 and the lower blade 44, the cutting width of the wallpaper G can be adjusted to a desired dimension.

After passing through the slits 35 , the wallpaper G is guided by the lower stay 46 fixed between the left and right side plates 20 a and 20 b of the lower frame 20 so that the back surface GB of the wallpaper G contacts the feed roller 48 . , and the measuring roller 50 so as to be sandwiched therebetween.

In order to reduce the slippage of the wallpaper G when the wallpaper is conveyed by the rotation of the delivery roller 48, the wallpaper G is wound around the delivery roller 48 by a certain length.

The delivery roller 48 is rotatably attached to the left and right side plate portions 20a and 20b of the lower frame 20, and is driven by the drive motor of the driving portion 26 via a plurality of gear mechanisms (not shown). is configured as follows.

Further, as shown in FIG. 2, the rotating shaft 52 of the measuring roller 50 is rotatably attached to the tip side of the measuring roller arm 54 . An arm fulcrum 56 on the base end side of the measuring roller arm 54 is rotatably attached to the left and right side plate portions 18 a and 18 b of the upper frame 18 of the automatic wallpaper pasting machine 10 .

As a result, the measuring roller arm 54 is rotatable about the arm fulcrum 56 as indicated by the arrow L in FIG.

Then, the back surface GB of the wallpaper G is brought into contact with the delivery roller 48, and the measuring roller 50 is brought into contact with the front surface GA of the wallpaper G, and rotates following the wallpaper G conveyed by the delivery roller 48. It is configured.

Further, as shown in FIG. 2, the measuring roller arm 54 is attached to the upper frame 18 of the automatic wallpaper pasting machine 10 in order to finely adjust the pressing force between the measuring roller 50 and the delivery roller 48. An adjusting device 58 is connected.

That is, a spring 60 is interposed in the adjusting device 58, and by adjusting the spring 60 with a spring adjusting screw 62, the pressing force with which the measuring roller 50 presses against the feeding roller 48 is finely adjusted. It is possible to do so. Two adjusting devices 58 are provided on both axial end sides of the rotation shaft 52 of the measuring roller 50, so that the wallpaper G is adjusted so as not to meander.

Further, as shown in FIG. 2, a plurality of slit plates 64 projecting in the outer peripheral direction are provided at the end of the rotating shaft 52 of the measuring roller 50 . A photomicrosensor 66 is provided on the measuring roller arm 54 so as to face the slit plate 64 .

As the rotating shaft 52 of the measuring roller 50 rotates, the unevenness of the slit plate 64 projects or blocks the infrared rays from the photomicrosensor 66, and a measuring pulse is generated. Thereby, according to rotation of the measuring roller 50, the length of the wallpaper G conveyed can be measured now.

That is, for example, one cycle (peak + valley) of the measuring pulse is 1.0 cm in length of the wallpaper G, and one peak or one valley is 0.5 cm.

When the gluing operator sets the length of wallpaper to be pasted and discharged to 300 cm, the controller of the drive unit 26 of the automatic wallpaper gluing machine 10 rotates a plurality of rollers, which will be described later. From the moment, the measuring pulse is counted, and when the measuring pulse is counted for 300 cycles, the rollers stop rotating. As a result, the wallpaper G having a length of 300 cm is discharged.

As shown in FIG. 2, the wallpaper G conveyed so as to be sandwiched between the delivery roller 48 and the measuring roller 50 is coated with glue on the back surface GB of the wallpaper G. It is conveyed to the gluing device 68 .

In this gluing device 68 , the wallpaper G passes so that the front surface GA of the wallpaper G contacts the high tension roller 70 , and the back surface GB of the wallpaper G contacts the gluing roller 72 . .

Further, as shown in FIG. 2, a glue upper roller 74 is provided below the glue applying roller 72 so as to come into contact with the glue applying roller 72, and is stored in a glue storage tank (glue box) (not shown). The applied glue is transferred from the glue top roller 74 to the glue applying roller 72 .

A doctor roller 76 is provided on the upstream side of the glue applying roller 72 so as to come into contact with the glue applying roller 72 . By adjusting the distance between the doctor roller 76 and the paste roller 72, the thickness (amount) of paste transferred from the paste roller 72 to the wallpaper G is adjusted to a predetermined thickness. is configured to
The transfer thickness from the glue roller 74 to the glue application roller 72 is adjusted by adjusting the distance between the glue application roller 74 and the glue application roller 72 .

Furthermore, a pressure roller 78 is provided downstream of the glue application roller 72, and the pressure roller 78 is configured to come into contact with the surface GA of the wallpaper G. As shown in FIG.

Further, on the downstream side of the pressing roller 78, a smoothing roller 80 is provided that contacts the back surface GB of the wallpaper G. As shown in FIG.

The high tension roller 70 and the pressing roller 78 are rotatably attached to the left and right side plate portions 18a and 18b of the upper frame 18, respectively. On the other hand, the gluing roller 72, the doctor roller 76, and the smoothing roller 80 are rotatably mounted on the left and right side plate portions 20a and 20b of the lower frame 20, respectively.

The glue top roller 74 is rotatably attached to a glue storage tank (glue box) (not shown). Also, the glue storage tank (paste box) is detachably provided in the wallpaper glue applicator main body 12 .

Therefore, as indicated by arrow I in FIGS. 1 and 2, by gripping and operating the handle 18c of the upper frame 18, the lower frame 20 is opened with the pivot shaft as the center of rotation. As a result, the high tension roller 70 and the pressing roller 78 mounted on the upper frame 18 move upward together with the upper frame 18 .

As a result, the wallpaper G can be placed on the wallpaper pasting machine main body 12 (the pasting roller 72, the spreading roller 80, etc.) and maintenance can be performed.

In the gluing device 68 configured as described above, the wallpaper G conveyed so as to be sandwiched between the delivery roller 48 and the measuring roller 50 is pushed by the high tension roller 70 and the pressure roller 78 to the gluing roller. 72 with a predetermined tension.

Then, the glue stored in a glue storage tank (paste box) (not shown) is transferred from the glue top roller 74 to the glue applying roller 72 . After that, the doctor roller 76 adjusts the thickness (amount) of the glue transferred from the glue applying roller 72 to the wallpaper G to a predetermined thickness.

After the paste is applied to the back surface GB of the wallpaper G by the paste application roller 72, the paste is processed to have a uniform thickness by the spread roller 80. - 特許庁

After that, the wallpaper G processed to have a uniform thickness by the finishing roller 80 is discharged from a plurality of guide chutes 82 and the wallpaper discharge section 29 arranged downstream of the finishing roller 80. ing.

As described above, the control unit of the driving unit 26 of the automatic wallpaper gluing machine 10 counts the measuring pulse from the moment the rollers described later are rotated, and counts the measuring pulse for 300 cycles. , to stop the rotation of multiple rollers. As a result, for example, wallpaper having a length of 300 cm is discharged.

Then, in a state in which the conveyance of the wallpaper is stopped, the gluing operator uses a cutting device provided in the automatic wallpaper gluing machine 10 or a cutter knife (not shown) to apply glue to the paper discharged from the wallpaper discharge section 29. The wallpaper G thus formed is cut at a wallpaper cutting position X for cutting the wallpaper.

Further, as shown in FIGS. 3 to 7, the automatic wallpaper pasting machine 10 of the present invention is provided with a winding device 100 detachably attachable to the automatic wallpaper pasting machine 10. .

That is, the take-up device 100 of the present invention includes a pair of bracket support members 102 having a substantially U-shaped cross section and detachably attachable to the pair of front leg frames 16a.

That is, the base ends 104 of the bracket support members 102 are detachably attachable to the pair of front leg frames 16a of the automatic wallpaper pasting machine 10 by fastening members 106 such as thumb screws. ing.

On the front bracket 105 of the bracket support member 102, a film (anti-drying film B, hereinafter simply referred to as "film B") delivered by the film delivery device 110 from the original film roll 108 wound in a roll shape. It has a first tension member 112 that guides the

5 and 6, the film feeding device 110 is detachably attached to the pair of lower leg frames 16b of the automatic wallpaper gluing machine 10 by fastening members 114 such as thumb screws. A possible pair of bearing bracket members 116 are provided.

Each of the bearing bracket members 116 is formed with a notch-shaped bearing portion 118 capable of rotatably and detachably supporting the shaft member 108a of the original film roll 108 .

Then, when passing through the first tension member 112, the adhesive surface of the wallpaper G (the back surface GB of the wallpaper G) is adhered to the film B so that the film B becomes the adhesive surface of the wallpaper G (the back surface of the wallpaper G). GB), a stuck wallpaper body T is configured.

In addition, the first tension member 112 is composed of, for example, a fixed rod-shaped member, a rotating roller, or the like. In order to prevent the film B from being worn and damaged, it is desirable to use rotating rollers.

Although not shown, the first tension member 112 can be detachably attached to the front bracket 105 of the bracket support member 102 . This facilitates maintenance, winding and mounting of the film B, and the like.

Then, when passing through the first tension member 112, the adhesive surface of the wallpaper G (back surface GB of the wallpaper G) is adhered to the film B. As shown in FIG.

Incidentally, as shown in FIGS. 3 to 6, a raw cut tape roll 111 of the cut tape C is attached below the gluing device 68 so as to be unwound and detachable.

A pair of cut tapes C are provided on the left and right sides so that they can be attached to the left and right ends of the wallpaper G in the same manner as in a conventionally known automatic wallpaper gluing machine. Note that FIG. 3 illustrates a case where the cut tape raw roll 111 of the cut tape C is provided only at one end.

The cut tape C is wound around the finishing roller 80, and a plurality of the wallpapers G with the cutting tape C stuck to both ends of the back surface GB of the wallpaper G are provided downstream of the finishing roller 80 from the wallpaper pasting machine main body 12. - 特許庁It is configured to be discharged from the arranged guide chute 82 and wallpaper discharging section 29 .

On the other hand, on the front bracket 105 of the bracket support member 102, as shown in the enlarged views of FIGS. direction (the direction of arrow M in FIGS. 6 and 7).

A stopper notch 120a is formed in the take-up bracket member 120, and a stopper rod member 122 arranged on the bracket support member 102 can be fixed by engaging the stopper notch 120a. is configured to

In addition, the film B is attached to the adhesive surface of the wallpaper G (back surface GB of the wallpaper G) on the front bracket 105 of the bracket support member 102 and the take-up bracket member 120 so as to be positioned below the first tension member 112 . A second tension member 124 is provided for guiding the stuck wallpaper body T in the attached state.

When the pasted wallpaper body T passes through the second tension member 124, the adhesive surface of the wallpaper G (the back surface GB of the wallpaper G) adheres to the film B in a adhered state. there is

It should be noted that the second tension member 124 is, like the first tension member 112, composed of, for example, a fixed rod-shaped member, a rotating roller, or the like. In order to prevent wear and damage to the film B and the wallpaper G (pasted wallpaper body T), it is desirable to use rotating rollers.

Also, although not shown, the second tension member 124 can be detachably attached to the front bracket 105 of the bracket support member 102 and the take-up bracket member 120 in the same manner as the first tension member 112. It is possible. This facilitates maintenance, winding and mounting of the film B, and the like.

On the other hand, as shown in FIGS. 3 to 7, a winding mechanism 126 is provided at the tip of the winding bracket member 120 for winding the pasted wallpaper body T that has passed through the second tension member 124. there is

That is, a winding shaft support bracket 128 is provided at the tip of the winding bracket member 120, and the winding member 130 can be attached to and detached from a shaft supporting notch 128a formed in the winding shaft support bracket 128. is attached to the

The winding member 130 has a winding shaft 132 for winding the pasted wallpaper body T that has passed through the second tension member 124 . In addition, an auxiliary winding shaft 134 is provided parallel to the winding shaft 132 .

It also has an end bracket member 136 which is removable by means of a fastening member 125, for example a thumbscrew, which holds the take-up shaft 132 and the auxiliary take-up shaft 134 together.

As a result, although not shown, one end bracket member 136 (handle member 138 side, which will be described later) is removed to shorten the separation distance between the free winding shaft 132 and the auxiliary winding shaft 134. As will be described later, it is configured such that the stuck wallpaper body T wound up can be removed from the winding shaft 132 and the auxiliary winding shaft 134 .

A handle member 138 is detachably attached to one end of the winding shaft 132 .

As a result, by manually rotating the handle member 138 in the direction of arrow K in FIGS. As a result, it rotates with a large eccentricity.

As a result, the stuck wallpaper body T can be taken up under a constant tension, and the stuck wallpaper body T can be taken up without causing wrinkles or the like. becomes beautiful.

With this configuration, the winding device 100 can be detachably attached to the automatic wallpaper gluing machine 10, so that when wallpaper is applied, a professional interior contractor can install it at the construction site. It can be additionally detachably attached to a general-purpose type automatic wallpaper gluing machine 10 to be brought into a building, and the wallpaper G is not folded by sticking a film B to the glued wallpaper G and winding the pasted wallpaper body T. , a winding device 100 for a simple automatic wallpaper gluing machine 10 that can be stored or transported, and an automatic wallpaper gluing machine 10 with a winding device 100 can be provided.

Also, the first tension member 112 that guides the film B sent out by the film sending device 110 from the original film roll 108 wound in a roll shape applies tension to the film B, and the film B is wound without wrinkles. can take.

Then, when passing through the first tension member 112, the adhesive surface of the wallpaper G (back surface GB of the wallpaper G) is adhered to the film B. As shown in FIG.

Further, since the film B is provided with the second tension member 124 for guiding the pasted wallpaper body T in a state where the film B is pasted on the pasted surface of the wallpaper G (the back surface GB of the wallpaper G), the pasted wallpaper body T is When the wallpaper G passes through the second tension member 124, the adhesive surface of the wallpaper G (the back surface GB of the wallpaper G) adheres closely to the film B. As shown in FIG.

The pasted wallpaper body T that has passed through the second tension member 124 is wound up by the winding mechanism 126 .

Therefore, after the wallpaper G is attached to the film B, additional tension is applied to the attached wallpaper body T by the second tension member 124, so that the film B and the wallpaper G can be attached without a gap.

As a result, the film B can be adhered to the glued surface of the wallpaper G (the back side GB of the wallpaper G), and the glue pile can be physically crushed. It does not appear on the side, does not cause glue traces, etc., and it dries uniformly, and the construction is good, and the finish is beautiful.

In addition, by removing the detachable end bracket member that holds the winding shaft 132 and the auxiliary winding shaft 132 and shortening the separation distance between the winding shaft and the auxiliary winding shaft 134, The wallpaper body T can be removed from the winding shaft 132 and the auxiliary winding shaft 134 .

Therefore, the stuck wallpaper body T can be easily wound up and removed. For example, when wallpapering a large place such as an apartment, a plurality of stuck wallpaper bodies T can be quickly obtained and the wallpaper can be applied. Efficiency will improve.

As shown in FIG. 7, the second tension member 124 is arranged below the first tension member 112, and the center Q of the second tension member 124 is aligned with the first tension member 112. It is desirable to be positioned on the take-up side R relative to the vertical direction (vertical line Z) of the center P of the member.

With this configuration, the second tension member 124 is arranged at a position lower than the first tension member 112, and the center Q of the second tension member 124 is aligned with the first tension member 112. Since it is positioned on the take-up side R from the vertical direction (vertical line Z) of the center P, the stuck wallpaper body T can be taken up with a certain tension applied. The pasted wallpaper body T can be wound up without causing wrinkles or the like.

Therefore, the second tension member 124 applies additional tension to bond the film B and the wallpaper G without gaps.

As a result, the film B can be adhered to the glued surface of the wallpaper G (the back side GB of the wallpaper G), and the glue pile can be physically crushed. It does not appear on the side, does not cause glue traces, etc., and it dries uniformly, and the construction is good, and the finish is beautiful.

Further, as shown in FIG. 8, a plurality of (two in FIG. 8) second tension members 124 may be provided and arranged in a zigzag pattern in the vertical direction.

With this configuration, a plurality of second tension members 124 are provided in a zigzag pattern in the vertical direction. When the pasted wallpaper body T passes through the tension member 124, adhesion of the pasted surface of the wallpaper G (back surface GB of the wallpaper G) to the film B is promoted.

The pasted wallpaper body T that has passed through these second tension members 124 is wound up by a winding mechanism 126 .

Therefore, after the wallpaper G is attached to the film B, additional tension is applied to the attached wallpaper body T by the plurality of second tension members 124, so that the film B and the wallpaper G It can be glued without gaps.

As a result, the film B can be adhered to the glued surface of the wallpaper G (the back side GB of the wallpaper G), and the glue pile can be physically crushed. It does not appear on the side, does not cause glue traces, etc., and it dries uniformly, and the construction is good, and the finish is beautiful.

Further, in the present invention, as shown in FIGS. 3 and 5, the wallpaper cutting position X for cutting the wallpaper G and the film cutting position Y for cutting the film B are positioned at different positions. is configured to

With this configuration, the wallpaper cutting position X for cutting the wallpaper G using the cutter guide of the automatic wallpaper pasting machine 10 and the winding device 100 additionally detachably attached are newly added. A film cutting position Y for cutting the film is provided, and the wallpaper G and the film B can be cut at different positions.

Therefore, for example, after gluing the wallpaper G of a predetermined length, the wallpaper G is cut at the wallpaper cutting position X, and in this state, the pasted wallpaper body T is wound up by the winding device 100, thereby winding it up. At least one round of the film B can be wound around the pasted wallpaper body T.

Then, the film B can be cut at the film cutting position Y in this state.

As a result, the surface GA of the wound wallpaper G is covered with the film B for at least one turn, so that the surface GA of the wallpaper G is not damaged.

Further, after pasting the wallpaper G of a predetermined length, the wallpaper G is cut at the wallpaper cutting position X, and the stuck wallpaper body T is wound up by the winding device 100, whereby the stuck wallpaper body T is wound. On the other hand, after winding the film B for at least one round, the continuously glued wallpaper G is again pasted to the film B, and the pasted wallpaper body T can be wound up, and these continuous operations are repeated. Finally, at the film cutting position Y, the film B can be cut.

As a result, the pasted wallpaper body T to which a plurality of lengths of the pasted wallpaper G are pasted can be continuously wound at regular intervals.

Therefore, it is possible to obtain, for example, one room's worth of pasted wallpaper G (pasted wallpaper body T wound in a roll shape) necessary for pasting, for example, the ceiling and walls, which is extremely convenient. .

In this case, it is desirable that the film cutting position Y for cutting the film B is positioned between the second tension member 124 and the winding shaft 132 .

Thus, if the film cutting position Y for cutting the film B is positioned between the second tension member 124 and the take-up shaft 132, the film B in a tensioned state can be cut. can be cut, the cutting work is easy.

Also, if there are four wall surfaces in one room instead of one room, roll the first, second, third, and fourth walls in the order in which they are to be pasted. It is possible to prepare a plurality of stuck wallpaper bodies T wound in a shape.

Furthermore, if the pasted wallpaper body T is bundled too much, it becomes quite heavy. Therefore, for example, two or three pasted wallpapers are wound into one roll shape to form the pasted wallpaper body T. , it is very convenient for a construction company because it can be made into a roll form of any pasted wallpaper body T.

Furthermore, although not shown, a footswitch may be provided so that when the footswitch is operated, gluing of the wallpaper gluing machine main body is started, continued, stopped, and the speed is controlled.

In this way, a footswitch is provided in addition to the control switch of the driving unit 26, and by stepping on the footswitch, the gluing of the wallpaper gluing machine main body can be started, continued, stopped, and the speed can be controlled. It can be configured as follows.

As a result, the wallpaper can be glued, the film can be applied, and the film can be wound at the operator's own pace, which is extremely convenient.

Also, it is desirable that the auxiliary winding shaft 134 is made of a material having a lower rigidity than the winding shaft 132 . .

With this configuration, the auxiliary winding shaft 134 is made of a material having a lower rigidity than the winding shaft 132, so that the winding shaft 132 and the auxiliary winding shaft 134 can be detachably attached. By removing the end bracket member 136 and flexing the auxiliary winding shaft 134 made of a material with low rigidity, the distance between the winding shaft 132 and the auxiliary winding shaft 134 can be shortened. The removed stuck wallpaper body T can be removed from the winding shaft 132 and the auxiliary winding shaft 134 more easily.

Therefore, the stuck wallpaper body T can be easily wound up and removed. For example, when wallpapering a large place such as an apartment, many stuck wallpaper bodies can be quickly and easily obtained. Construction efficiency will be improved.

Further, it is desirable that the outer diameter of the take-up shaft 132 is set in the range of 3 to 10 mm, more preferably 4 to 8 mm, and even more preferably about 6 mm.

By setting the outer diameter of the take-up shaft 132 within this range, the rigidity of the take-up shaft 132 is maintained, and the detachable end bracket member 136 for holding the take-up shaft 132 and the auxiliary take-up shaft 134 is provided. By removing the auxiliary winding shaft 234 made of a material with low rigidity, the distance between the winding shaft 132 and the auxiliary winding shaft 134 can be easily shortened.

Moreover, it is desirable to set the distance between the winding shaft 132 and the auxiliary winding shaft 134 within the range of 20 mm to 60 mm.
In this case, considering the winding efficiency, it is desirable to set the distance between the winding shaft 132 and the auxiliary winding shaft 134 as large as possible. An appropriate selection may be made according to the diameter of the workpiece.
(Example 2)

FIG. 9 is a front view of the automatic wallpaper gluing machine 10 illustrating a state in which a winding device 100 for the automatic wallpaper gluing machine 10 of another embodiment of the present invention is attached, and FIG. 11 is a side view of the automatic wallpaper gluing machine 10 of FIG. 9 in the N direction, and FIG. 12 is a winding device 100 for the automatic wallpaper gluing machine 10 of the present invention. 10 is a partially enlarged view for explaining, FIG. 13 is a schematic view in the EE direction of FIG. 12, and FIG. is wound around the winding shaft 132, and FIG. 13(B) is a diagram showing the state where the diameter of the winding shaft 132 is reduced, and the stuck wallpaper body T wound up is removed from the winding shaft 132. FIG. 14 is a schematic diagram for explaining the state, and a schematic diagram showing the arrangement of the second tension member 124 of the automatic wallpaper pasting machine 10. As shown in FIG.

The automatic wallpaper pasting machine 10 of this embodiment has basically the same configuration as the automatic wallpaper pasting machine 10 shown in FIGS. and detailed description thereof will be omitted.
9, the film delivery device 110 is omitted for convenience of explanation.

In the automatic wallpaper gluing machine 10 of this embodiment, as shown in FIGS. Only a winding shaft 132 for winding is provided, and the diameter of the winding shaft 132 can be changed.

That is, as shown in FIGS. 11 and 12, the winding shaft 132 is composed of a pair of winding shaft members 132a and 132b each having a semicircular cross section. The pair of take-up shaft members 132a and 132b are urged in the direction of separating from each other (diameter expansion) by a hinge member 140 with a spring 141. As shown in FIG.

Then, the end bracket member 136 is removed, and the take-up shaft 132 without the pasted wallpaper body T wound up by hand or the like is turned so as to be in the state shown in FIGS. 13(A) and 13(B). By gripping the end portion and reducing the diameter of the winding shaft 132 against the biasing force of the spring 141 of the hinge member 140 with the spring, the wound pasted wallpaper body T is attached to the winding shaft 132. It is designed so that it can be removed from the

With this configuration, the diameter of the winding shaft 132 can be changed. 13(A)), the pasted wallpaper body can be wound around the winding shaft without wrinkles.

Then, the detachable end bracket member 136 holding the winding shaft 132 is removed, and the diameter of the winding shaft 132 is reduced against the biasing force of the spring 141 of the hinge member 140 with spring (Fig. 13 (B) arrow), the stuck wallpaper body T wound up can be easily removed from the winding shaft 132 .

Therefore, the stuck wallpaper body T can be easily wound up and removed. For example, when wallpapering a large space such as an apartment, a large number of stuck wallpaper bodies T can be quickly obtained, and the wallpaper installation efficiency is improved. will improve.

In this embodiment, the bracket support member 102 is an integral type, and has a first notch 142 detachably retaining the first tension member 112 and detachably retaining the second tension member 124. A second notch 144 is formed to engage the winding mechanism 126 and a third notch 146 is formed to detachably engage the winding mechanism 126 .

Also, as shown in FIG. 14, the first tension member 112 and the second tension member 124 are arranged at positions close to each other.

As a result, when the stuck wallpaper body T passes between the first tension member 112 and the second tension member 124, it is crimped by the first tension member 112 and the second tension member 124, It is configured such that the adhesive surface of the wallpaper G (back surface GB of the wallpaper G) adheres to the film B more closely.

Although the preferred embodiment of the present invention has been described above, the present invention is not limited to this. It can be applied to all types of automatic wallpaper gluing machines 10 other than the types shown in Examples 1 and 2.

Further, in the above embodiment, the handle member 138 is manually rotated to wind, but if the size is small, the handle member 138 may be automatically rotated (for example, using a powder clutch) to wind. is also possible.

Furthermore, in the above embodiment, the handle member 138 was manually rotated to wind up, but it is also possible to fold the handle member 138 in the conventional manner or to wind it up directly by hand. Various modifications are possible without departing from the object of the present invention.

The present invention automatically applies glue to the back surface of wallpaper (cloth), for example, to attach it to a ceiling or a wall surface so that the glued surface of the wallpaper does not dry out and to prevent glue wrinkles. Secondly, a film sticking device for an automatic wallpaper gluing machine for making a stuck wallpaper body with the film stuck on the pasted surface, and an automatic wallpaper gluing machine for winding the stuck wallpaper body into a roll shape. It can be applied to winding devices for wallpaper gluing machines, as well as to automatic wallpaper gluing machines equipped with winding devices equipped with them.

10 Automatic wallpaper paste applicator 12 Wallpaper paste applicator body 14 Body frame 16 Leg frame 16a Leg frame 16b Leg frame 18 Upper frames 18a, 18b Side plate 18c Handle 20 Lower frame 20a Side plate 20a, 20b Side plate 22 Engagement Stopper 24 Roller 26 Drive unit 28 Display/operation panel unit 29 Wallpaper discharge unit 32 Wallpaper material roll 34 Material mounting base 35 Slit unit 36 Tension bar 38 Guide plate 40 Cutting unit 42 Upper blade 44 Lower blade 46 Lower stay 48 Feeding Roller 50 Measuring roller 52 Rotating shaft 54 Measuring roller arm 56 Arm fulcrum 58 Adjusting device 60 Spring 62 Spring adjusting screw 64 Slit plate 66 Photo microsensor 68 Gluing device 70 High tension roller 72 Gluing roller 74 Gluing roller 76 Doctor Roller 78 Pressing roller 80 Rolling roller 82 Guide chute 100 Winding device 102 Bracket support member 104 Base end 106 Fastening member 105 Front bracket 108 Original film roll 108a Shaft member 110 Film delivery device 111 Cut tape original roll 112 First Tension member 114 Fastening member 116 Bracket member 118 Bearing portion 120 Winding bracket member 120a Stopper notch 121 Pivot shaft 122 Stopper bar member 124 Second tension member 126 Winding mechanism 128 Winding shaft support bracket 128a Notch 130 for shaft support Winding member 132 Winding shafts 132a, 132b Winding shaft member 134 Auxiliary winding shaft 136 End bracket member 138 Handle member 140 Hinge member with spring 141 Spring 142 First notch 144 Second notch 146 Third Notch 200 Wallpaper paste winding machine 202 Moving caster 204 Mounting frame 206 Central frame 208 Wallpaper paste machine main body 210 Front frame 211 Rear frame 212 Wallpaper material roll 213 Drying prevention film material roll 214 Guide stay, or Guide roller 215 Lower frame 216 Delivery roller 218 Measuring roller 220 Cut tape original roll 224 Winding device 225 Glue storage tank (glue box)
226 main body frame 228 upper frame 230 lower frame 231 gluing device 232 locking tool 234 high tension roller 236 gluing roller 238 gluing roller 240 doctor roller 242 roller 244 spreading roller 246 first table 246a table frame 246b table 248 second Table 250 Stay 252 Control box 254 Foot switch 260 Winding assist device B Anti-drying film C Cut tape G Wallpaper GA Surface GB Back surface H Manual handle I Arrow K Arrow L Arrow M Direction P Center Q Center R Winding side T Paste Wallpaper body X Wallpaper cutting position Y Film cutting position Z Vertical direction (vertical line)

Claims (15)

A wall paper pasting machine body automatically applies paste to the back surface of the wall paper and prepares the pasted wall paper body in a state in which the film is stuck to the pasting surface so that the wall surface to which the wall paper is pasted does not dry out. A film sticking device for an automatic wallpaper gluing machine, comprising:
The film sent out from the film delivery device wound in a roll shape and the wallpaper with glue automatically applied to the back surface of the wallpaper by the wallpaper gluing machine main body are placed below the wallpaper gluing machine main body. A film sticking position for sticking the glued surface of the wallpaper to the film is provided at the position of (1), and a stuck wallpaper body is produced at the film sticking position ,
The film sticking position is provided on a first tension member that guides the film delivered from the film delivery device or on the downstream side thereof,
An automatic wallpaper, characterized in that the adhesive surface of the wallpaper is adhered to the film when passing through the first tension member or after passing through the first tension member. Film sticking device for gluing machine. A wall paper pasting machine body automatically applies paste to the back surface of the wall paper and prepares the pasted wall paper body in a state in which the film is stuck to the pasting surface so that the wall surface to which the wall paper is pasted does not dry out. A film sticking device for an automatic wallpaper gluing machine, comprising:
The film sent out from the film delivery device wound in a roll shape and the wallpaper with glue automatically applied to the back surface of the wallpaper by the wallpaper gluing machine main body are placed below the wallpaper gluing machine main body. A film sticking position for sticking the glued surface of the wallpaper to the film is provided at the position of (1), and a stuck wallpaper body is produced at the film sticking position ,
The film adhering position is located below the wallpaper cutting position X for cutting the wallpaper, and is provided with a first tension member that guides the film delivered from the film delivery device or on the downstream side thereof,
further comprising a second tension member for guiding the pasted wallpaper body with the film pasted on the pasting surface;
An automatic wallpaper paste, characterized in that the adhesive surface of the wallpaper is promoted to adhere closely to the film when the pasted wallpaper body passes through the second tension member. Film applicator for applicator. An automatic wallpaper gluing machine comprising the film sticking device according to any one of claims 1 and 2,
further comprising a winding mechanism for winding the pasted wallpaper body with the film pasted on the glued surface into a roll,
An automatic wallpaper pasting machine , wherein the winding mechanism is detachably attachable to the automatic wallpaper pasting machine. The winding mechanism is
a winding shaft for winding the pasted wallpaper body that has passed through the second tension member;
4. Automatic wallpaper gluing machine according to claim 3, characterized in that it comprises an auxiliary winding shaft attached parallel to said winding shaft. The winding mechanism is
a detachable end bracket member for holding the winding shaft and the auxiliary winding shaft;
By removing the end bracket member and shortening the separation distance between the winding shaft and the auxiliary winding shaft, the wound stuck wallpaper body can be removed from the winding shaft and the auxiliary winding shaft. 5. A take-up device for an automatic wallpaper gluing machine according to claim 4, characterized in that it is constructed as follows. 5. An automatic wallpaper pasting machine according to claim 4, wherein said auxiliary winding shaft is made of a material having a lower rigidity than said winding shaft. The automatic wallpaper gluing machine according to any one of claims 4 to 6, wherein the outer diameter of the winding shaft is set within a range of 3 to 10 mm. The automatic wallpaper pasting machine according to any one of claims 4 to 7, wherein the distance between the winding shaft and the auxiliary winding shaft is set within a range of 20 mm to 60 mm. The winding mechanism is
a winding shaft for winding the pasted wallpaper body that has passed through the second tension member;
9. The automatic wallpaper pasting machine according to any one of claims 4 to 8, wherein the winding shaft is configured such that the diameter of the winding shaft can be changed. The winding mechanism is
a detachable end bracket member for holding the winding shaft;
By removing the end bracket member and reducing the diameter of the winding shaft, the pasted wallpaper body wound up can be removed from the winding shaft. Automatic wallpaper gluing machine according to claim 9. The second tension member is arranged at a position lower than the first tension member,
11. Any one of claims 4 to 10, wherein the center Q of the second tension member is positioned closer to the take-up side than the center P of the first tension member in the vertical direction. Automatic wallpaper gluing machine as described. 12. The automatic wallpaper pasting machine according to any one of claims 4 to 11, wherein a plurality of said second tension members are provided and arranged in a staggered pattern in the vertical direction. 13. The wallpaper cutting position X for cutting the wallpaper and the film cutting position Y for cutting the film are configured to be located at different positions. The automatic wallpaper gluing machine described in k. 14. The automatic wallpaper pasting device according to claim 13, wherein a film cutting position Y for cutting the film is positioned between the second tension member and the winding shaft. machine. 3. An automatic wallpaper gluing machine comprising a film sticking device for an automatic wallpaper gluing machine according to claim 1.

Images