JPH09150089A - Wall paper gluing machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To facilitate a preparatory work at the time of use or a clearing work at the time of storage by providing a leg part, a wall finishing material support means and a receiving tray support means connected to each other and integrally interlocked so that the whole assembly becomes deformed. SOLUTION: A cross bracket 11, a tray bracket 13 and each pair of front and rear legs 8a, 8b form a linkage mechanism. If the legs 8a, 8b are deformed from a used state to a folded state, both cross bracket 13 and tray bracket 13 are integrally interlocked to rotate forward. When set to this folded state, the legs 8a, 8b, the cross bracket 11 and the tray bracket 13 are suspended against a pedestal part 9. Further, the right and left leg parts 8 are deformed in such a state that each of the leg parts 8 falls to the rear face side of the pedestal part 9 by rotating a second rotating shaft on which a second mounting plate 44 is pivotally supported, with the second rotating shaft acting as a rotating center, from the folded state. Consequently, the right and left leg parts 8, the cross bracket 11 and the tray bracket 13 are set to a stored state. Thus the step to remove each of the, members is no longer required.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wallpaper gluing machine for continuously applying glue to the back surface of a wall covering on a long sheet when a sheet-like wall covering is attached to an indoor wall surface, for example.
The present invention relates to a wallpaper gluing machine, which is characterized in the configuration of its legs, wall material support means, and saucer support means.

[0002]

2. Description of the Related Art FIG. 6 shows a schematic structure of a conventional general wallpaper sizing machine. As shown in this figure, in a conventional general wallpaper sizing machine, various rolls 602 to 606 and a glue tub 607 are provided inside a sizing machine main body 601, and a wall covering (hereinafter , 610 is pulled out from the front portion along a predetermined path between the internal gluing roll 602 and other guide rolls 606, etc.
The glue of No. 7 is applied to the back surface of the cloth 610.

The main body portion 601 is placed on a pedestal portion 609 provided on the upper portion of the leg portion 608, and the leg portion 608 holds the main body portion 601 at a predetermined height. Further, a cross bracket (wall mounting material supporting means) 611 for supporting the cloth 610 before gluing and a tray (hereinafter referred to as tray) 612 for receiving the cloth 610 after gluing are supported by the front portion of the main body. It is provided with a tray bracket (sauce supporting means) 613 for doing so, and these are connected to the leg portion 608.

The cross bracket 611 holds both ends of a cross bar 610a which holds the cross bar 610 penetrating the center of the cloth 610 wound on a roll.
0 is supported at almost the same height as the main body 601. The cross bracket 611 includes a horizontal stay 611a extending in a substantially horizontal direction and a vertical stay 611b extending in a substantially vertical direction.
It is composed of Then, the vertical stay 611b is folded toward the horizontal stay 611a, and these are further slid (or folded) in the direction of the main body portion, whereby the leg portion 6 is formed.
08 is accommodated in the side surface of the base portion 609.

The tray bracket 613 is formed in a substantially L-shape as a whole, and its root is fixed on the support 608a of the leg 608 by a bolt screw 613c having a tightening action. In addition, the area around the tip is a cloth 61 after gluing.
The tray 612 for receiving 0 is a tray support portion 613a for supporting the tray 612 on the front side of the main body 1. Then, by loosening the bolt screw 613c, the bolt screw 613c can be rotationally deformed about this as a fulcrum, and can be deformed into a shape almost conforming to the leg portion 608 and stored (folded).

The leg portion 608 has an inverted Y-shape,
After the Y-shaped opening portion (forked portion) 608b attached to the lower portion of the support 608a is deformed so as to be closed in the front-rear direction, the pedestals 6 are respectively formed from the roots of the support 608a of the legs.
It is rotated so as to be tilted to the back side of 09 to be deformed and deformed to the stored state. In addition, at the time of these deformations, at least a lock member (not shown) that maintains the deformed state in use is provided.

On the other hand, in another conventional example, there is one in which the cross bracket 611 and the tray bracket 613 are constituted by one common member. That is, there is also known a structure in which a substantially central portion of a single linear or substantially S-shaped supporting member is locked to the leg portion 608, and both ends thereof support the crossbar 610a and the tray 612, respectively.

[0008] These wallpaper sizing machines are generally used by bringing them to work sites such as construction sites. That is, the sticking work for sticking the cloth 610 to the wall surface is performed at almost the final stage of the construction or the renovation work, but the construction work is advanced because the sticking work is performed after the glue is applied and before the glue is dried. It is necessary to bring the gluing machine to the site of the state, perform the gluing work to the cloth 610 and the pasting work of the cloth 610, and immediately move to another work place or the like when the pasting work is completed. For this reason, since the work of bringing the gluing machine into and out of the work site is frequently performed, each part of the gluing machine is configured to be disassembled or foldable, and is configured to be easily stored and transported. .

Here, in a general wallpaper gluing machine, the main body 6
01 and the leg portion 608 including the pedestal portion 609 are configured to be separated, but in particular, the separation or deformation of the leg portion 608 is performed in association with a member or the like attached thereto.
For example, when accommodating the conventional example shown in FIG. 6, the tray 612 is removed from the tray bracket 613, and the tray 612 is used as a lid for covering the upper surface of the main body 601 to protect the inside. It is separated from the pedestal portion 609. Further, the crossbar 610a is detached from the locking mechanism formed on the cross bracket 11 and separated,
It is stored in a storage section (not shown) provided in the main body section 601.

Next, as described above, the cross bracket 611 is folded or slid by itself to be housed in the pedestal portion 609 of the leg portion 608, and the tray bracket 6
13 loosens the bolt screw 613c, deforms it so as to follow the support 608a of the leg portion 608, and then reassembles the bolt screw 61a.
Close and fix 3c.

Further, the bifurcated portion 608b of the leg portion 608 is
After closing by rotating the main body 1 in the front-rear direction, the pillar 608a of the leg 608 is rotated in the direction of the back side of the pedestal 609 and collapsed, so that all the members of the leg 608 are pedestal. It is folded to the side of the portion 609 and deformed to the stored state. There is also a device in which the forked portion 608b can be shortened by sliding it, or it can be folded to be shortened.

Although the gluing machine itself is transported by being transformed into such a stored state, when the gluing machine itself is brought to the work site, these reverse operations are performed and the gluing machine is transformed into a used state and used. In this case, the leg portion 608 that has fallen to the back side of the pedestal portion 609 is swung to the lower portion of the pedestal portion 609 and raised, and the cross bracket 611 and the tray bracket 613 are deformed and fixed in the used state. .

[0013]

As described above, in the conventional wallpaper gluing machine, the cross 610 is pasted on the wall surface in a state where the respective parts constituting the gluing machine are separated or deformed and put together into one. Although they are carried in and out of the work site, since they are separated and independent, there has been a problem that the removed members are lost or damaged.

Further, in the case of the structure that is housed in the legs, it is necessary to set (deform, etc.) each independently,
There is also a problem that the number of work processes is increased and the preparation of the usage state and the storage work after use are complicated. Since each of these involves fixing work and releasing work of screws and the like, performing set work for each member individually on the left and right increases the work time and the complexity of the process. It was

Further, in the other conventional example described above, the cross bracket and the tray bracket are integrated to form one common member, but since these cannot be folded together with the leg portion, the leg portion is not foldable. In addition to transporting separately, it is necessary to separately install and remove from the legs.

For this reason, problems such as misplacement and breakage are likely to occur when the integrated member is detached and separately transported, and the number of steps for transporting another member also increases in the transportation itself. Also,
Since it is a member having a considerable size, the number of labors for attaching and detaching the work and the labor required therefor increase, and there is also a problem that the field worker is dissatisfied.

On the other hand, in any case, it is necessary to separately perform the work of setting the leg itself and the work of setting the cross bracket or the tray bracket, and the work process is increased accordingly, and preparation for use and post-cleanup are performed. There was a problem that the time was long.

The present invention has been made in view of the above problems, and a main object of the present invention is to provide a wallpaper gluing machine which is simple in preparation operation during use and tidying operation during storage.

Another object of the present invention is to provide a wallpaper gluing machine in which each part can be integrally transformed into a stored state or a used state.

Another object of the present invention is to provide a wallpaper gluing machine which can make the usage state and the storage state stable.

Further, another object of the present invention is to provide a wallpaper gluing machine in which the number of members to be separated is reduced and the loss or damage of the members can be suppressed.

[0022]

In order to achieve the above object, in the invention described in claim 1 of the present application, when the sheet-like wall covering material drawn from the rear part is pulled out to the front part, the back surface of the wall covering material is pulled out. A pedestal for mounting the main body on which the glue is applied, legs provided at the lower left and right ends of the pedestal to support the main body at a predetermined height, and a gluing area behind the main body A wall covering material supporting means for supporting the wall covering material, and a saucer supporting means for supporting a saucer member for receiving the wall covering material after gluing in front of the main body portion, wherein the leg portion is Two pairs are provided in front and rear of the lower ends of the pedestal in the left-right direction, respectively, and the pair of legs are rotatably connected to each other in the front-rear direction of the main body so that a space between them is narrowed. Turn them so that the folded state and the gap between them are wide. The first rotation means for deforming the main body part to the left and right directions, and the main body part are rotatably connected to each other in the left and right directions, and stored in a state of being tilted to the back side of the pedestal part and hanging from the back surface of the pedestal part A second rotating means for deforming the folded state into a folded state, and the wall-equipment supporting means is locked to a rear leg of the pair of legs in a relatively rotatable state. And the saucer support means is locked to the front leg of the pair of legs in a relatively rotatable state, and the wall-equipment support means and the saucer support means are the first The wall-equipment supporting means, the saucer supporting means, and the pair are connected to each other below the main body portion by a connecting means that is connected so as to be relatively rotatable with respect to an axial direction of the rotating shaft of the rotating means. A link mechanism with the legs of the pair of legs, and The leg portion, the wall material support means, and the saucer support means are interlocked by interlocking the rotation operation of the connecting means with the relative rotation operation of the wall equipment support means and the saucer support means. Is configured to be integrally deformable to a use state or a folded state, and the leg, the wall material support means, and the saucer support means are integrally formed from the pedestal portion by the second rotating means. The left and right legs, the wall material support means, and the saucer support means are configured to be deformable into a stored state or a folded state by rotating them in a hanging state or a state of being tilted to the back side. A featured wallpaper gluing machine is provided.

The invention described in claim 2 of the present application is based on claim 1.
The wallpaper gluing machine according to claim 1, wherein at least one of the wall material support means and the saucer support means is relatively movable in a substantially longitudinal direction with respect to a locking position of the leg portion. Deformation in which the legs, the wall material support means, and the saucer support means are deformed into a use state or a folded state integrally with each other and are deformed with relative movement at the locking position. Provided is a wallpaper gluing machine characterized by further comprising storage means.

The invention described in claim 3 of the present application is the invention of claim 2
5. The wallpaper sizing machine according to claim 1, wherein the deformable storage means is formed along substantially the longitudinal direction provided at the locking positions of the legs of the wall-equipment support means and the saucer support means. And an engaging protrusion that can penetrate into the elongated holes provided in the respective locking portions of the legs, and the engaging protrusions can penetrate into the elongated holes. According to the present invention, there is provided a wallpaper gluing machine characterized in that the wallpaper gluing machine is locked to the leg portion in a state of being slidably movable in the elongated hole.

The invention described in claim 4 of the present application is the invention of claim 3
5. The wallpaper gluing machine according to claim 1, wherein the long holes in the supporting portions of the leg portions of the wall covering material supporting means and the saucer supporting means have relative positions between the wall covering material supporting means and the saucer supporting means. Wallpaper glue, characterized in that the engaging projections of the legs are locked to the ends of the elongated holes in a state where the relationship is a relative positional relationship in a predetermined use state. It is to provide an auxiliary machine.

The invention described in claim 5 of the present application is based on claim 1.
The wallpaper gluing machine according to any one of claims 1 to 4, wherein the connecting means relatively rotates the wall-equipment supporting means and the saucer supporting means from a folded state to a use state. And a stopper mechanism for preventing relative rotation when the relative positional relationship between the wall-equipment supporting means and the saucer supporting means is in a relative positional relationship in a predetermined use state. A wallpaper gluing machine is provided.

The invention described in claim 6 of the present application is based on claim 1.
The wallpaper gluing machine according to any one of claims 1 to 5, wherein at least rotation of the second rotation means when the legs are transformed into a use state by the first rotation means. Provided is a wallpaper gluing machine, which is provided with a leg rotation blocking means for blocking the above.

The invention described in claim 7 of the present application is based on claim 6.
The wallpaper gluing machine according to claim 1, wherein the leg rotation preventing means is
A leg engaging portion provided at a base portion of the leg portion so as to project in a rotation direction of the leg portion to a use state by the first rotating means, and a mounting position of the leg portion of the pedestal portion. In the vicinity, there is a leg locking portion provided so as to receive the leg engaging portion in a state in which the leg portion is deformed to a use state by the first rotating means, and the leg locking portion is Provided is a wallpaper gluing machine, which prevents movement of the leg engaging portion in the turning direction by the second turning means in a state of receiving the leg engaging portion.

The invention described in claim 8 of the present application is based on claim 1.
7. The wallpaper gluing machine according to any one of claims 1 to 7, wherein the pair of leg portions disposed on each of the left and right sides of the pedestal portion and the wall-equipment supporting means and the saucer support engaged with the leg portions, respectively. There is provided a wallpaper gluing machine, characterized in that a pair of leg constituent parts including a means and the connecting means respectively include leg deformation preventing means for preventing deformation from the stored state to the folded state.

The invention described in claim 9 of the present application,
The wallpaper gluing machine according to claim 1, wherein the leg deformation preventing means is
A substantially bolt-shaped projection provided on the connecting means so as to project outward in the rotation direction of the second rotation means, and provided on any one of the wall-equipment support means and the saucer support means, In addition, the substantially bolt-shaped protrusion and the substantially dharma-shaped through hole are formed in a state in which the left and right leg constituent parts are deformed into a housed state, and the substantially dharma-shaped through-hole engages with the substantially bolt-shaped protrusion. A wallpaper gluing machine is provided which is characterized in that the deformation from the housed state to the folded state is prevented by engaging with and.

Since the invention according to the present application is configured as described above, it has the following effects. First, the pedestal portion mounts the main body portion (which may be integrated with the main body portion), and is provided with leg portions under the left and right end portions. Here, the drawing direction of the wall covering material with respect to the main body part is the left and right direction when the drawing part is the rear, and the longitudinal direction of the main body part is the left and right direction.

The body portion is supported by the leg portion (via the pedestal portion) at a height position corresponding to the length of the leg portion. Since the leg portions are arranged at the left and right ends of the body portion, Stable and supported. The left and right legs may be provided at positions near both ends as long as they can stably support the main body at symmetrical positions.

The structure of the main body is not particularly limited as long as it applies glue to the back surface of the sheet-like wall covering when the sheet-like wall covering drawn from the rear is pulled out to the front. Not something. Generally, the structure is such that the glue held in the glue tub arranged below the main body is applied to the back surface of the wall covering through a gluing roll or the like arranged in the main body, A plurality of rolls are provided for adjusting the amount of glue and the like.

The wall material support means constitutes means for supporting the wall material before gluing behind the main body portion, and is connected to and held by the leg portions. In a general gluing machine, the center (core) of the wall covering material before gluing rolled into a roll shape
Lift the cloth through the rod-shaped cross bar to the part.
A member for supporting the cloth by holding both end portions of the crossbar at the rear portion of the main body at a position substantially the same as or higher than the main body corresponds to the wall-equipment supporting means of the present invention.

The saucer supporting means constitutes means for supporting a saucer member for receiving the wall material after gluing in front of the main body portion, and is also connected and held to the leg portions. Similar to the conventional example, the tray member may share the upper cover (lid) of the main body. A member for holding the saucer member at a position lower than the body portion at the front portion of the body serves as the saucer supporting means of the present invention.

The leg portions are arranged at both left and right end portions of the pedestal portion, and one leg portion is provided as a pair in the front-rear direction. That is, at least four legs are provided to support the main body (pedestal), and generally the legs support the four corners of the rectangular main body (pedestal). This leg may be one in which each leg is independently attached to the pedestal portion, each root portion is integrally attached, or through a column portion as in the above-mentioned conventional example, but at least it is independent. It suffices that the leg portions are separately deformed (rotating motion described below). Then, each of these left and right legs is provided with first and second turning means described below.

The first rotating means connects two pairs of leg portions in the front and rear so as to be rotatable in the front-rear direction of the main body (base portion). It is possible to rotate the members so that the distance between them becomes narrower so as to be in a folded state, and to rotate them so that the distance between them becomes wider so that they can be deformed into a use state.

The second turning means connects the left and right legs to the left and right directions of the main body (base), respectively, and connects the left and right legs to the back side of the base. It can be deformed into a housed state in which it is folded down so as to be overlapped, and a folded state in which it is suspended from the back surface of the pedestal portion.

That is, the state in which the front and rear legs are widened by the first rotating means is the state in which the legs are in use. In other words, the state of the legs in the state in which the wallpaper gluing machine of the present invention is in use. It is (state set to use). On the contrary, the state in which the distance between the leg portions of the book is narrowed by the first turning means is the folded state of the leg portions, which is the state in the middle of the transformation of the leg portions from the stored state to the used state. Is.

Further, in this folded state, the second rotating means rotates the left and right legs so as to fold them into the back surface of the pedestal, and stacks the two so that the legs are stored. Of course, if the left and right legs are raised from this stored state and deformed to hang down with respect to the pedestal, the legs are in a folded state, and from here the first turning means is used to move the left and right legs. If the front and rear legs are deformed so as to widen the space, the legs can be deformed to the used state.

Here, the wall material support means is provided corresponding to each of the left and right leg portions, and is attached to the rear leg portion of the pair of front and rear leg portions of the left and right leg portions, respectively. It is locked in a relatively rotatable state. Similarly, the saucer support means is also provided corresponding to each of the left and right legs, and is in a state of being relatively rotatable with respect to the front leg of the pair of front and rear legs of the left and right legs. Is locked in.

Further, the wall-equipment supporting means and the saucer supporting means are connected to each other below the main body portion (base portion), and at this connecting portion, they are the same as the rotating shaft of the first rotating means. Are connected so as to be rotatable relative to the axial direction. That is, the rotation axis direction of this connecting means is the same as (or parallel to) the rotation axis of the first rotating means, and the wall-equipment supporting means and the saucer supporting means that rotate relative to each other by this connecting means. The movement locus (the surface) of is the same direction (or parallel) as the rotation (movement) locus of the front and rear legs by the first rotation means.

A link mechanism is constituted by the connecting means, the wall material supporting means, the tray supporting means, and the pair of front and rear legs. In this link mechanism, when the pair of front and rear legs are deformed to the use state, the wall-equipment support means and the saucer support means are deformed to the use state, and conversely, when the legs are deformed to the folded state, Also, any link may be used so that it can be transformed into a folded state.

That is, since the turning (moving) loci of these members appear on the same (parallel) plane, the turning operation of the pair of front and rear legs by the first turning means and the connecting means. Since it is possible to interlock the relative rotating operation of the wall-equipment supporting means and the saucer supporting means, the members are integrally moved (deformed).

Further, when the wall material support means and the saucer support means are deformed into the folded state together with the legs from the use state, the legs, the wall equipment support means and the saucer support means are integrated. It is in a state of being hung with respect to the pedestal part (here, this state is called a folded state).

Then, from this folded state, the second turning means turns the left and right legs in different directions from each other, in other words, turns the left and right legs to the back side of the pedestal. To move. As a result, the left and right legs, the wall-equipment support means, and the tray support means are deformed (moved or rotated) to the stored state. It goes without saying that if the left and right legs are raised from this folded state, the legs are deformed to the above-mentioned folded state.

As described above, according to the present invention, the leg portion, the wall material supporting means and the saucer supporting means can be interlocked with each other to perform a deforming operation (mutual connection movement or rotation by a link mechanism), and wallpaper. The preparation operation and the tidying operation of the gluing machine have the advantage that each member can be set in one operation. Furthermore, since these members are connected to each other, there is no need to separate them, so there is no need to attach and detach each member at the time of preparation or tidying-up work, and loss of members or damage due to removal is prevented. There is also an advantage.

When the wall material support means and the saucer support means in the folded state are directly deformed to the housed state, these members in the housed state may project outward from the planar outer shape of the pedestal portion. is there. In this state, it is possible that the protruding portion becomes an obstacle or is damaged during storage or transportation work. In order to solve such a problem, when changing from the use state to the folded state or the stored state, the wall material supporting means or the saucer supporting means are not deformed or moved so that the protrusions from the pedestal are not generated. It is preferable to provide a deformation storage means that causes

In another invention of the present application, the wallpaper sizing machine according to the above invention is provided with a deformable storage means. That is, at least one of the wall-equipment support means and the saucer support means is supported so as to be relatively movable in the substantially longitudinal direction with respect to the locking position of the leg portion. When the supporting means and the saucer supporting means are integrally deformed into the use state or the folded state, the deforming and accommodating means is provided so as to be deformed with relative movement at the locking position with the leg portion.

Since the wall covering material supporting means supports the wall covering material at the rear portion of the main body, it requires a predetermined length from the position where the wall covering material is locked to the supporting position of the wall covering material. . Similarly, the saucer support means also supports the saucer at the front part of the main body, and has a predetermined length from the position where it is engaged with the leg portion to the position where it supports the saucer member. The length of these members is
Although essential for the configuration of each member, when the member is deformed into a folded state or a housed state, this required length portion easily becomes a portion protruding from the planar outer shape of the pedestal portion.

Therefore, the wall-equipment supporting means and the tray supporting means are supported in a state of being relatively movable along the substantially longitudinal direction, and are accompanied by relative movement in this direction during deformation,
The protrusion as described above can be housed inside the plane outline of the pedestal in the stored state. In other words, when the wall-equipment supporting means and the saucer supporting means in the state where such relative movement does not project from the planar outer shape of the pedestal portion in the stored state, they move to the opposite side in the longitudinal direction of this projecting portion. The deformable storage means may be configured as described above.

Another invention of the present application shows an example of such a deformable storage means. That is, as the deformable storage means,
Long holes formed along the substantially longitudinal direction of the wall-equipment support means and the saucer support means are provided at the locking positions of the legs, and the locking portions of the legs are provided with the long holes. An engaging protrusion that can penetrate the elongated hole is provided. Then, by supporting the engaging protrusion through the elongated hole,
The wall material support means and the saucer support means are locked to the legs in a state of being slidable in the long holes.

Therefore, by sliding (moving) the wall-equipment support means and the saucer support means with respect to the projections of the legs using the elongated holes as guide paths in a state of being locked (connected) to the legs. During the deformation operation between the use state and the folded state, the relative positions of the wall material support means and the saucer support means and the locking portions of the legs are moved so that they are deformed according to the use state or the folded state. Is possible.

Therefore, each member can be housed in the plane outline of the pedestal part and integrally deformed into the housed state without separating each part. This improves the fit of the members in the stored state, improving the transportability,
It is possible to prevent the damage of the member due to the presence of the protruding portion.

In another invention of the present application, in the above invention, a part of the deformable storage means is applied to a positioning means for each member in use. That is, in the present invention, when the long holes provided in the wall material support means and the saucer support means are engaged with the engaging protrusions of the leg portions at their end positions, respectively, the wall material support means is supported. The relative positional relationship between the means and the saucer supporting means is configured to be a relative positional relationship in a predetermined use state. The state in which the legs are widened in the front-rear direction in this positional relationship is the relative positional relationship in the usage state of these members.

In the case of locking in the long hole as described above, it is possible to freely slide in the long hole but the positioning becomes difficult. In particular, in the use state, the relative positional relationship of each member is predetermined, and it is necessary to stabilize and hold this state. For this reason, it is preferable that the positioning in the use state is held as fixed as possible. The present invention determines the position of the one end of the long hole as the fixed position in use,
It is supposed that the relative positional relationship in use can be stably maintained.

Next, in another invention of the present application, a stopper mechanism is provided in the connecting means for connecting the wall material supporting means and the tray supporting means in the above invention. That is, the connecting means of the present invention, when the wall-equipment supporting means and the saucer supporting means are relatively rotated from the folded state to be deformed to the use state, the relative rotation is further limited within a fixed deformation angle range. It is equipped with a stopper mechanism that prevents movement.

In the stopper mechanism, the limit angle and the relative angular relationship of the members in the state where the relative positional relationship between the wall-equipment supporting means and the saucer supporting means is the relative positional relationship in a predetermined use condition. Is configured to be.

As a result, after the wall covering material supporting means and the tray supporting means are deformed to the relative positional relationship in use, further deformation is prevented. In other words, if these members are deformed to a state where they cannot rotate relative to each other, these members can be positioned in the used state.

Further, since the members of the wall material support means and the saucer support means support the wall material and the saucer member at the other end portions thereof, the locking positions of the legs serve as fulcrums. The reaction force is applied to these connecting portions. It is preferable that the stopper means of the present invention prevent the rotational movement in the relative rotational direction by the reaction force from such a member.

As a result, the position of use can be easily determined, and the members of the respective parts can be stably fixed. Then, when the wall covering material or the like is attached, the positional relationship of the usage state is further stably fixed by the load thereof.

Next, another invention of the present application is characterized in that the wallpaper gluing machine according to the above invention is provided with leg rotation preventing means. The leg rotation preventing means can fix the left and right legs in the use state by the second rotation means so as to stabilize the positional relationship of the left and right legs in the use state. Anything is fine.

The left and right legs can be deformed and rotated by the second rotating means in the folded state, respectively, in order to change the folded state from the folded state to the housed state or from the housed state to the folded state. However, if the second rotating means operates in the use state, the use state is not stable and the operability of the gluing machine deteriorates. Therefore, in the present invention, this is prevented by the leg rotation preventing means.

In another invention of the present application, as an example of such leg rotation preventing means, it is provided in the vicinity of a leg engaging portion provided at a base portion of the leg portion and a mounting position of the leg portion of the pedestal portion. And the leg locking portions are engaged with each other to prevent the pivotal movement by the second pivoting means.

The leg engaging portion provided on the leg portion is provided so as to project in the rotation direction of the leg portion to the use state by the first rotating means, and the leg portion is deformed to the use state. When the pedestal is attached, the pedestal is received by a leg locking portion provided near the mounting position of the leg.

Since the leg engaging portion prevents the leg engaging portion from moving in the turning direction by the second turning means in a state where the leg engaging portion is received, the leg engaging portion is ready for use. The deformed front and rear legs are prevented from rotating by the second rotating means.

That is, when the front and rear legs are in a folded state or the like (the state in which they are not deformed to the used state), these leg rotation preventing means do not function, and the leg locking portions are not moved until they are deformed and moved to the used state. It may be anything as long as it engages with the leg engaging portion to exert its function.

In these, since the leg engaging portions project in the direction orthogonal to the direction of rotation by the second rotating means,
For example, it is conceivable that the leg locking portion and the leg engaging portion are fitted to each other to prevent movement in the second rotation direction. Further, contrary to the present invention, a protrusion may be provided on the pedestal and fitted with a recess or the like provided on the leg.

Next, another invention of the present application is characterized in that the wallpaper gluing machine according to the above invention is provided with leg deformation preventing means. The leg deformation prevention means fixes the position of the leg in the housed state, and by maintaining the stable housed state, it is possible to improve transportability and storability.

The leg deformation preventing means of the present invention is locked to each of a pair of two leg portions (one of the left and right sides) disposed on each of the left and right sides of the pedestal portion and the front and rear legs of the leg portions. When a pair of leg constituent parts including the wall-equipment supporting means, the saucer supporting means, and these connecting means is used as one unit, the units may be connected to each other.

That is, in the housed state, the left and right leg forming parts are laid on the back side of the pedestal part in a state of overlapping. Therefore, since the mutual members of each unit are overlapped with each other, the structure is provided so that the mutual members can be connected to each other at the overlapping portion in the housed state.

Such leg deformation preventing means is incorporated in any member of the one unit of leg forming portion, and the installation location and structure may be appropriately determined in consideration of the overlapping state and the like. .

In another invention of the present application, an example of such leg deformation preventing means is shown. The leg deformation prevention means of the present invention is a substantially dull-shaped protrusion that engages with the substantially bolt-shaped protrusion provided on the connecting means and the substantially bolt-shaped protrusion provided on either the wall-equipment support means or the saucer support means. It is composed of a die through hole.

Needless to say, these are engaged when the left and right legs are deformed to the housed state. Further, the substantially bolt-shaped protrusion provided on either the left or right coupling means engages with the other substantially dharma-type through hole,
The left and right leg components are connected to fix the position.

The substantially bolt-shaped protrusion has a shape in which the outer shape of the tip portion is wider than that of the root portion.
It suffices that the expanded portion engages with the edge of the through hole or the like. Therefore, it may be bent in an inverted L shape toward the tip, or may have a hooked portion.

The substantially dharma-type through hole has a portion through which at least the tip portion of the substantially bolt-shaped projection portion can pass (a wide portion) and a portion through which only the root portion can pass and a portion with a widened tip cannot pass ( And a narrow portion). If the tip is bent in an inverted L shape or has a hooked portion, it is possible to have a structure in which the tip is engaged by turning them. In this case, the tip is It may be configured with a long hole through which the part can pass,
It is possible that the shape is not exactly dharma.

Since the substantially bolt-shaped protrusion is provided so as to project to the outside in the rotating direction of the second rotating means (outside the main body or the pedestal), the left and right folded parts in the stored state are folded. The lower part of the leg portion engages with a substantially dharma-type through hole provided in either the upper wall material support means or the saucer support means.

Then, the tip end of the substantially bolt-shaped projection is passed through the wide portion of the substantially Dharma-type through hole and then relatively moved,
The root portions of the substantially bolt-shaped protrusions are engaged with the narrow portions of the substantially Dharma-type through hole, so that they are engaged with each other and connected. In this state, since the left and right leg constituent parts are connected, rotation by the second rotating means is prevented from the stored state, and the positional relationship in the stored state is maintained.

[0079]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is an explanatory diagram showing an example of a schematic configuration of a wallpaper gluing machine according to an embodiment of the present invention. The main body 1 of the gluing machine is placed on a pedestal 9. A plurality of rolls (not shown) including a gluing roll 2 are disposed inside the main body portion 1, and wall covering material (cloth) drawn from the rear portion of the main body is passed through a predetermined internal route to the main body. When pulling out from the front part, the glue inside the glue tub 7 arranged at the lower part of the main body is applied to the back surface of the cloth. The structure of the main body itself can be applied to a conventional known gluing machine as it is.

The leg portions 8 are disposed under the left and right end portions of the pedestal portion 9, respectively, and one leg portion is provided as a pair in the front-rear direction of the front leg 8a and the rear leg 8b. There is. In this embodiment, the legs that support the main body 1 (base part 9) are
Four pieces are provided so as to support the four corners of the rectangular main body portion 1 (the pedestal portion 9), but the left and right two pieces form a pair to form the leg portion 8.

Each of the legs 8a, 8 of the pair of legs 8 is
Although b is independently attached to the pedestal portion 9, it is configured to be integrally deformed (rotating operation described below). That is, each of the left and right leg portions 8 is provided with first and second turning means described later.

A cross bracket 1 as a wall material support means
1 includes a crossbar support portion 11d at the tip portion thereof, and a central portion of the cloth before gluing that is wound in a roll shape in order to support a cloth (not shown) before gluing behind the main body 1. The rod-shaped crossbar 10a that has been penetrated is held. In addition, the cloth receiving plate 10b is installed in accordance with both ends of the roll-shaped cloth in order to stabilize the position of the cloth on the crossbar 10a.

Further, the cross bracket 11 is locked to the rear leg 8b by the locking bolt 20 constituting the engaging projection, but the long hole 2 extending in the length direction (longitudinal direction) thereof.
2 is configured so that the shaft portion of the locking bolt 20 penetrates. Therefore, the locking portion with the leg 8b is in a loose fitting state unless the tightening operation by the locking bolt 20 is performed, and the cross bracket 11 and the rear leg 8b are locked in a relatively rotatable state. . Further, when the locking bolt 20 is loosened, it can be slid along the elongated hole 22.

The tray bracket 13 as a tray supporting means supports the tray 12 which is a tray member for receiving the cloth after gluing on the upper surface of the front end extending forward, and is attached to the front leg 8a. It is stopped and held. In this embodiment, as in the conventional example, the tray 12 also shares the upper cover (lid) of the main body 1, and is a cover that covers the upper part of the main body 1 when removed from the tray 12 when stored.

The tray bracket 13 is locked to the front leg 8a by a locking bolt 30 which constitutes an engaging projection, and the locking bolt 30 is fitted into a long hole 32 extending in the length direction (longitudinal direction) thereof. Is configured so as to penetrate therethrough.
Therefore, the locking portion with the leg 8a is in a loosely fitted state unless the tightening operation by the locking bolt 30 is performed, and the tray bracket 13 and the front leg 8a are locked in a relatively rotatable state. . Further, when the locking bolt 30 is loosened, it can be slid along the elongated hole 32.

The locking means formed by the elongated holes 22 and 32 and the locking bolts 20 and 30 constitutes a deformation storing means which will be described later. Further, the cross bracket 11 and the tray bracket 13 are connected to each other in a relatively rotatable state at the connecting portion 60. The details of this connecting means will be described later.

Next, the first and second turning means of the leg portion in this embodiment will be described with reference to FIG. FIG.
FIG. 6 is an explanatory diagram showing an example of a schematic configuration of a mounting structure for the pedestal 9 and the legs 8. Here, the mounting structure of the front leg 8a will be described as an example, but the other legs have the same or symmetrical structure, and will not be described here. 3A and 3B are explanatory views showing a deformed state of the leg portion in this embodiment. FIG. 3A is a use state, FIG. 3B is a deformation process from a use state to a folded state, and FIG. 3C is a folded state. d)
Indicates the stored state.

As shown in FIG. 2A, the leg portion 8a is fixed to the first mounting plate 42 at the root portion thereof, and the first mounting plate 42 further includes the second mounting plate 44. Is pivotally supported by a first rotating shaft 40 provided on the.
Then, by turning around the shaft 40, the leg 8
a rotates in the front-back direction.

Further, the second mounting plate 44 is pivotally supported on the second rotating shaft 46 provided below the pedestal portion 9,
It is connected to the side plate 48 of the pedestal portion 9. This rotation axis 4
Reference numeral 6 designates the front-rear direction as the axial direction, and by rotating about this shaft 46, the leg 8a rotates in the left-right direction.

That is, the first rotating means of the present invention includes the shaft supporting means by the rotating shaft 40, and the second rotating means includes the shaft supporting means by the rotating shaft 46.
The state shown in FIG. 2 is a state in which the legs 8 and the like are stored in a stored state, in other words, a state in which the legs 8 and the like are laid down on the back surface side of the pedestal portion 9.

Therefore, the rotating shaft 4 as the first rotating means.
The state in which the distance between the two front and rear legs 8 is widened by the shaft support by 0 is the state in which the legs 8 are in use (see FIG. 1), in other words, the state of the legs in the state in which the wallpaper gluing machine of the present invention is in use. It is (state set to use). On the contrary, the state in which the distance between the legs 8 is narrowed forward and backward by the first rotating means is the folded state of the legs 8 (see FIG. 3C), which is the stored state of the legs 8. It is a state in the middle of transformation from the to the used state.

The outer surface of the second mounting plate 46 is
The side plate 4 of the pedestal portion 9 in a positional relationship in which the leg portions 8 are deformed into a use state (the front and rear leg portions 8 are at the most distal end portions)
The structure is in contact with the inner surface portion of 8, and further rotation operation is prevented. On the other hand, in the folded state, the front and rear legs 8 pivotally move on the same pivot locus surface, so that the state where the tips of the legs 8 contact each other is the pivot limit.

Here, the rotating shaft 4 as the second rotating means.
In the rotation by 6, the legs 8 and the like come into contact with the back surface of the pedestal portion 9 in the stored state, so that further rotation is prevented, and conversely, in the folded state (a state in which it hangs down on the lower surface of the pedestal portion 9). The second mounting plate 46 comes into contact with the inside of the side surface plate 48 of the pedestal part to prevent further rotation, and the rotational movement position is positioned by the second rotating means in use.

Thus, the left and right leg portions 8 are rotatably connected in the left and right directions of the main body portion 1 (base portion 9) so that the left and right leg portions 8 overlap the back surface side of the base portion 9. The stored state of the collapsed state (FIGS. 2 and 3D),
The pedestal portion 9 can be deformed into a folded state in which it hangs down from the back surface (FIG. 3C).

In other words, when the leg 8 and the cross bracket 11 and the tray bracket 13 are integrally deformed into the folded state from the use state (see FIG. 3 (c)), the leg 8 and the cross bracket 11 are changed. The tray bracket 13 and the tray bracket 13 are suspended from the pedestal 9 (folded).

From this folded state, the left and right leg portions 8 and the like are respectively moved in different left and right directions by the pivotal movement about the second pivot shaft 46, in other words, the left and right leg portions 8 are moved. Each of them is deformed to the back surface side of the pedestal portion 9 so as to be tilted. As a result, the left and right legs 8, the cross bracket 11, and the tray bracket 13 are deformed into the housed state (see FIG. 3D).

As described above, according to this embodiment, the leg portion 8, the cross bracket 11, and the tray bracket 13 can be interlocked and deformed (mutual connection movement or rotation by the link mechanism). The preparation operation and the tidying operation of the wallpaper gluing machine have an advantage that each member can be set by a series of operations. Furthermore, since these members are connected to each other, there is no need to separate them, so there is no need to attach and detach each member at the time of preparation or tidying-up work, and the loss or damage of the members can be prevented. There is also an advantage.

Next, the cross bracket 11 and the tray bracket 13 are connected to each other below the main body portion 1 (the pedestal portion 9) so as to be rotatable relative to each other (see FIG. 1). The connecting portion 60 as the connecting means is, as shown in FIG.
It has a shaft 62 whose axial direction is parallel to the axial direction of the first rotary shaft 40 (see FIG. 2A).
Cross bracket 11 and tray bracket 1 at 0
3 and 3 are connected so as to be rotatable relative to each other.

That is, since the rotation axis direction of the connecting portion 60 is parallel to the first rotation shaft 40, the cross bracket 11 and the tray bracket 13 which relatively rotate by the connecting portion 60 and the movement locus of the movement path. The surface becomes parallel to the surface of the rotational movement locus of the front and rear legs by the first rotation shaft 40.

Therefore, the cross bracket 11, the tray bracket 13, and the pair of front and rear legs 8a and 8b constitute a link mechanism, and when the pair of front and rear legs 8a and 8b are deformed between the used state and the folded state, the cross bracket is formed. 1
1 and the tray bracket 13 are also integrally rotated and moved.

The connecting portion 60 will be described in more detail with reference to FIG. FIG. 4 is an explanatory diagram showing a schematic configuration of the connecting portion 60 in the present embodiment. The cross bracket 11 and the tray bracket 13 are pivotally supported by a shaft 62 so as to be rotatable relative to each other. The state shown in this figure shows the state of the deformation process from the folded state to the use state,
The state of use is when both members are substantially linear (see FIGS. 1 and 3 (a)). In this state, the end surface 11f of the cross bracket 11 and the end surface 13f of the tray bracket 13 come into contact with each other, and further rotation can be prevented.

For this reason, the stopper mechanism of the connecting means of the present invention is composed of the end face (contact end) 11f and 13f provided on a part of the rotary connecting portion 60. The end faces 11f and 13f can change the angular position in the rotation-prevented state by changing the arrangement position thereof, but in this embodiment, the relative positions of the cross bracket 11 and the tray bracket 13 in the used state. The mutual rotation is prevented in a state where the mutual positional relationship is linear.

Therefore, if the cross bracket 11 and the tray bracket 13 are rotated relative to each other and deformed to a state where the rotation is blocked by the stopper mechanism, the positioning can be performed in the relative positional relationship of these used states. Further, when using the gluing machine, a load is applied to the contact surface between the cross bracket 11 and the tray bracket 13 by the load of the cloth supported by the cross bracket 11 and the tray supported by the tray bracket 13. Therefore, the position in use is stably fixed. Further, even when the relative rotation of the cross bracket 11 and the tray bracket 13 is not deformed to the limit during the deformation to the use state, even if the cross bracket 11 and the tray bracket 13 are deformed to the use state by movement due to their own weights, the end surface When 11f and 13f come into contact with each other, the rotation is blocked and fixed, so that the relative positional relationship in the used state is stably maintained.

Next, the modified storage means in this embodiment will be described. As described above, the cross bracket 11 and the tray bracket 13 have the leg portions 8a and 8b, respectively.
It is locked to the locking portions 20 and 30 through elongated holes 22 and 32 extending in the longitudinal direction. Locking bolt 2
When 0 and 30 are loosened, the cross bracket 11 and the tray bracket 13 can slide along the long holes 22 and 32, respectively.

Here, from the state of use (see FIG. 3A), the locking bolts 20 and 30 are respectively loosened, and the long holes 22 and
FIG. 3B shows a state in which it is slid along 32 to the position on the opposite side. As is clear from this figure, by sliding the cross bracket 11 and the tray bracket 13 respectively, it can be seen that the respective tip portions are located lower than the pedestal portion 9. From this, it can be seen that even if it is laid down as it is, the tip portions of the cross bracket 11 and the tray bracket 13 do not project to at least the left and right planar side surfaces of the pedestal portion 9.

In this embodiment, as described above, the lengths of the long holes 22 and 32 are determined from the relative relationship between the lengths of the cross bracket 11 and the tray bracket 13 and the positions of the locking portions. Therefore, if the slide movement is performed by the long holes 22 and 32, these members can be accommodated within the range of the planar outer shape of the pedestal portion 9 when the leg portion 8 is further deformed from the folded state to the stored state. (Fig. 3 (d)
reference).

It should be noted that the leg portion 8, the cross bracket 11, and the tray bracket 13 are connected so as to be movable relative to each other in this manner, and the structure is such that the pedestal portion 9 can be deformed within the range of the planar outer shape in the stored state. However, the structure is not limited to the structure shown in this embodiment.

By the way, the positions of the ends of the slots 22 and 32 closer to the connecting portion 60 are set to the respective leg portions 8 in a relative positional relationship between the cross bracket 11 and the tray bracket 13 in use. It is in the locked position. That is, a part of the elongated holes 22 and 32 as the deformable storage means is applied to the positioning means for each member in use.

That is, in this embodiment, the long holes 22 and 32 provided in the cross bracket 11 and the tray bracket 13 are provided at the end portions near the connecting portions 60, respectively, and the engaging protrusions of the leg portions 8 are provided. The relative position where the cross bracket 11 and the tray bracket 13 are engaged with the respective leg portions 8 when the leg portions 8 are opened for use while being engaged with the engagement bolts 20 and 30 which are The relationship is configured to be a relative positional relationship in a predetermined use state. The state in which the leg portion 8 is expanded in the front-rear direction in this positional relationship is the relative positional relationship in the usage state of these members.

In the case of engaging with the long holes 22 and 32 as described above, the positioning becomes difficult in spite of being able to freely slide in the long holes 22 and 32. In particular, in the use state, the relative positional relationship of each member is predetermined, and it is necessary to stabilize and hold this state. For this reason, it is preferable that the positioning in the use state is held as fixed as possible.
According to the present invention, the position of one end of the long hole is determined as the fixed position in the use state, so that the relative positional relationship in the use state can be stably maintained.

Next, the leg rotation preventing means in this embodiment will be described. As shown in FIG. 2, a leg engaging portion 50 (see (b)) is provided at the base of the leg portion 8. The leg engaging portion 50 is provided so as to project to the outside in the rotation direction of the first rotation shaft 40 (see (a)) (the direction in which the tips of the pair of front and rear leg portions 8 spread). At a corresponding position of the second mounting plate 44, a first notch portion 52 (see (a)) having a size large enough for the leg engaging portion 50 to fit therein.
Is provided.

Further, the leg engaging portions 50 are provided at the corresponding positions on the front surface (rear surface on the rear surface side) of the side surface plate 48 of the pedestal portion 9.
A second cutout portion 54 is provided which has a substantially same size in the left-right direction when the is fitted (see FIG. 2A).

As is clear from FIG. 2 (b), the legs 8 are closed (the tip ends approach each other) as in the stored state (FIG. 3 (d)) and the folded state (FIG. 3 (c)). ) In the state,
The leg engaging portion 50 is not fitted into the first notch portion 52 and the second notch portion 54, but is fitted into these only when the leg portion 8 is deformed into a use state. In this state, the leg engaging portions 50 are in contact with the left and right end portions in the second cutout portion 54, so that the leg portions 8 are prevented from rotating about the second rotation axis. It

Therefore, in this embodiment, the leg engaging portion 50
The second notch portion 54 constitutes a leg rotation preventing means, which can prevent rotation deformation by the second rotating means in use. In other words, it is possible to prevent the pedestal portion 9 from falling into the inside (stored state) in the use state and stabilize the positional relationship in the use state.

Further, when the leg portion 8 is deformed to the housed state by first deforming the leg portion 8 from the used state to the folded state, the leg rotation preventing means is released, and thereafter the second state is maintained while keeping the folded state. It suffices to bring the leg portion 8 and the like into the inner side (the back surface side of the pedestal portion 9) by the rotating means (rotating operation by the second rotating shaft).

In this embodiment, since the leg locking portion 50 projects in the direction orthogonal to the second rotation direction, the projected leg locking portion 50 and the leg engaging portion that receives the leg locking portion 50. The first cutout portion 52 and the second cutout portion 54 are fitted to each other to prevent movement in the second rotation direction. However, as long as it has the same effect, for example, the pedestal 9
It is also possible to provide a projection portion directed in the front-rear direction and to fit the recessed portion provided in the leg portion 8 only in the use state.

Next, leg deformation preventing means in another embodiment will be described with reference to FIG. FIG. 5 is an explanatory view showing a schematic configuration of the leg deformation preventing means according to this embodiment,
(A) shows a state viewed from a plane, and (b) shows a state viewed from a side surface. The position of the leg provided in the connecting portion 60 in the stored state is fixed, and by maintaining the stable stored state, it is possible to improve the transportability and the storability.

The leg deformation preventing means of the present invention is attached to the connecting portion 60 so as to project to the outside in the direction of rotation by the second rotating means, that is, in the direction perpendicular to the paper surface in FIG. 5 (a). It is mainly composed of a bolt-shaped protrusion 70 and a substantially dharma type through hole 72 provided at a position near the connecting portion 60 of the cross bracket 11.

The substantially bolt-shaped protrusion 70 is formed in a shape in which the tip end (upper side) of the attachment position is wider than the root part and widens like a brim. The substantially bolt-shaped protrusion 70 is stacked on the one cross bracket 11 which is connected by the connecting portion 60 to which the substantially bolt-shaped protrusion 70 (70a) is attached when the leg 8 is stored. Is inserted into the substantially Daruma-shaped through hole 72 (72b) formed in the cross bracket 11 and the back surface portion (or step portion) of the flange-shaped portion of the substantially bolt-shaped protrusion 70 (70a).
It is configured to be locked by. The root portion of the substantially bolt-shaped protrusion 70 is provided in the connecting portion via a screw structure, and when this is closed, the relative distance between the collar-shaped portion and the connecting portion changes.

As shown in FIG. 5, the substantially dharma-type through hole 72 has a shape in which a large substantially circular portion (wide portion) and a small substantially circular portion (narrow groove shape) are combined. . This allows the tip of the substantially bolt-shaped protrusion 70 to pass through the wide portion, and then moves relative to the substantially bolt-shaped protrusion 70 to engage the root of the substantially bolt-shaped protrusion 70 in the narrow groove-shaped portion. This is because the tip end of the substantially bolt-shaped protrusion 70 is locked to the narrow groove-shaped portion.

Since these are structures for connecting the left and right legs to each other, the substantially bolt-shaped protrusion 70a on the left side of the drawing surface engages with the substantially dharma type through hole 72b on the right side. Further, since they are stacked in the housed state, they are vertically stacked as shown in FIG.

As a result, it is possible to prevent relative movement in the mutually moving directions by the second rotating means, that is, in the direction perpendicular to the paper surface in FIG. At this time, by utilizing the screw structure of the root portion of the substantially bolt-shaped protrusion 70 to press and fix the tip end of the substantially bolt-shaped protrusion 70 into the narrow groove-shaped portion, the relative deformation by the leg deformation prevention means is achieved. The position-fixed state is stable, and movement of the legs 8 and the like in the stored state can be prevented. Therefore, the transportability in the stored state is improved.

Further, when the leg deformation preventing means is fixed, the position of each member in the stored state is determined. Therefore, if the locking bolts 20 and 30 of the leg portion 8 are tightened and fixed again in this state, Each member in the stored state is more stably fixed.

Since the leg portion 8, the cross bracket 11, and the tray bracket 13 are connected to each other, if the left and right leg portions or the like are engaged at any one place, the leg constituent portion as a whole. Similar to being linked.

In this embodiment, the substantially bolt-shaped protrusion 70 is attached to the connecting portion 60. However, the present invention is not limited to this, and the cross bracket 11 or the tray bracket 1 may be used.
You may attach to 3. In addition, in this embodiment, the projecting direction of the substantially bolt-shaped protrusion 70 is described as the outside of the rotating direction of the second rotating means, but the inside of the rotating direction of the second rotating means, that is, When the legs 8 are stored, they may be attached so as to project toward the pedestal 9 side.

Furthermore, in this embodiment, the case where the substantially dharma type through hole 72 is formed in the cross blanket 13 has been illustrated, but the present invention is not limited to this, and depending on the positional relationship with the substantially bolt-shaped protrusion 70. Tray bracket 11
May be provided.

[0127]

As described above, according to the present invention, the leg portion, the wall material supporting means and the saucer supporting means are connected to each other and deform integrally with each other. The work of assembling the members here and transforming them into a used state is omitted, and these harbor fishing port houses are simplified.

Further, since these members are connected, there is an advantage that the step of removing each member is unnecessary and problems such as loss and damage due to the removal of the members can be prevented.

[Brief description of the drawings]

FIG. 1 is an explanatory diagram showing an example of a schematic configuration of a wallpaper gluing machine according to an embodiment of the present invention.

2A and 2B are explanatory views showing an example of a schematic configuration of a mounting portion of a pedestal portion and a leg portion in a wallpaper gluing machine according to an embodiment of the present invention, in which FIG. 2A is a perspective view and FIG. Shows the outline of.

3A and 3B are explanatory views showing a deformed state of the legs and the like in one embodiment of the present invention, FIG. 3A is a use state, FIG. 3B is a deformation process from a use state to a folded state, and FIG. The folded state, (d) shows the stored state.

FIG. 4 is an explanatory view showing a schematic configuration of a connecting means for connecting the wall covering material supporting means and the saucer supporting means in one embodiment of the present invention.

FIG. 5 is an explanatory view showing a schematic configuration of leg deformation preventing means in the wallpaper gluing machine according to one embodiment of the present invention,
(A) shows a state viewed from a plane, and (b) shows a state viewed from a side surface.

FIG. 6 is an explanatory diagram showing an example of a conventional wallpaper gluing machine.

[Explanation of symbols]

 1: Main body part 2: Gluing roll 7: Glue 8: Leg part 8a: Front leg part 8b: Rear leg part, 9: Pedestal part, 11: Cross bracket 13: Tray bracket 20: Locking bolt for cross bracket 22: Long hole for locking the cross bracket 30: Locking bolt for tray bracket 32: Long hole for locking the tray bracket 40: First rotating shaft 42: First mounting plate 44: Second rotation Moving shaft 46: Second mounting plate 48: Side plate 50: Leg engaging portion 54: Notch portion for locking the leg engaging portion 60: Connecting portion 70: Approximately bolt-like protrusion 72: Approximately Dharma type through hole

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Takashi Ikeshima 70 Honjo, Fukuoka Town, Nishitonami-gun, Toyama Prefecture Yayoi Chemical Industry Co., Ltd.

Claims (9)

[Claims] 1. A pedestal part on which a main body part for applying glue to the back surface of the wall covering material is placed when the sheet-like wall covering material pulled in from the rear part is pulled out to the front part, and the main body portion is set to a predetermined height. Leg portions provided at the lower left and right ends of the pedestal portion for supporting the wall mounting material, a wall mounting material supporting means for supporting the wall mounting material before gluing behind the main body portion, and a front portion of the main body portion. And a saucer supporting means for supporting a saucer member for receiving the wall covering material after gluing with the leg parts, and the leg portions are arranged in a pair at the front and rear in the lower left and right ends of the pedestal portion. , The pair of legs are rotatably connected to each other in the front-rear direction of the main body and are rotated so that the distance between them is narrow, and the leg is rotated so that the distance between them is wide. First rotating means for transforming into a use state and the left-right direction of the main body portion A second rotating means for deforming into a stored state in which the pedestal portion is rotatably connected to the back surface side of the pedestal portion and a folded state in which the pedestal portion hangs down from the back surface of the pedestal portion; The material support means is locked to a rear leg of the pair of legs in a relatively rotatable state, and the saucer support means is a front leg of the pair of legs. Is relatively rotatably locked to the wall-equipment supporting means and the saucer supporting means are rotatable relative to the axial direction of the rotation axis of the first rotating means. Are connected to each other below the main body by a connecting means for connecting to the wall body, the wall supporting member supporting means, the saucer supporting means, and the pair of leg portions constitute a link mechanism. A rotating operation by one rotating means, the wall-equipment supporting means by the connecting means, and The leg portion, the wall material support means, and the saucer support means are integrally configured to be deformable into a use state or a folded state by interlocking with a relative rotation operation of the scale support means. By the second rotating means, the leg portion, the wall-equipment supporting means, and the saucer supporting means are integrally rotated so as to be hung from the pedestal and tilted to the rear surface side. A wallpaper gluing machine, characterized in that the left and right legs, the wall material support means, and the saucer support means are configured to be deformable into a housed state or a folded state. 2. At least one of the wall-equipment support means and the tray support means is locked in a state of being relatively movable in a substantially longitudinal direction with respect to a locking position of the leg portion, When the leg portion, the wall material support means, and the saucer support means are integrally deformed into a use state or a folded state, the leg portion, the wall material support means, and the tray support means are further provided with a deformable storage means that deforms with relative movement at the locking position. The wallpaper sizing machine according to claim 1, wherein the wallpaper sizing machine is provided. 3. The deformation accommodating means includes elongated holes formed along substantially the longitudinal direction, which are provided at locking positions of the legs of the wall covering material supporting means and the tray supporting means, respectively. Having an engaging protrusion that can penetrate into the elongated hole provided in each locking portion of the leg portion, and by penetrating the engaging protrusion into the elongated hole,
The wallpaper gluing machine according to claim 2, wherein the wallpaper gluing machine is locked to the leg portion so as to be slidable in the elongated hole. 4. The elongated hole in the supporting portion of the leg portion of the wall-equipment support means and the saucer support means is used when the relative positional relationship between the wall-equipment support means and the saucer support means is predetermined. 4. The wallpaper paste according to claim 3, wherein the engaging protrusions of the legs are configured to be locked to the ends of the elongated holes in the state of the relative positional relationship. Attached machine. 5. The wall mounting material supporting means and the saucer supporting means when the wall mounting material supporting means and the saucer supporting means are relatively rotated from a folded state to be deformed to a used state by the connecting means. The stopper mechanism for preventing relative rotation is provided in a state where the relative positional relationship with is in the relative positional relationship in a predetermined use state, and the stopper mechanism according to any one of claims 1 to 4 is provided. Wallpaper glue machine. 6. The leg portion is provided with leg rotation preventing means for preventing at least rotation of the second rotating means when the leg portion is deformed into a use state by the first rotating means. The wallpaper gluing machine according to any one of claims 1 to 5, characterized in that 7. The leg engaging member provided at the base of the leg portion so as to project in the direction of rotation of the leg portion to the in-use state by the first pivoting means. A leg provided in the vicinity of the joint part and the mounting position of the leg part of the pedestal part so as to receive the leg engaging part in a state in which the leg part is deformed to a use state by the first rotating means. A locking portion, wherein the leg locking portion prevents movement of the leg engaging portion in the turning direction by the second turning means in a state of receiving the leg engaging portion. 7. The wallpaper sizing machine according to claim 6, wherein 8. A set of a pair of two leg portions arranged on each of the right and left sides of the pedestal portion, the wall-equipment supporting means, the saucer supporting means, and the connecting means, which are engaged with the pair of leg portions, respectively. The wallpaper gluing machine according to any one of claims 1 to 7, wherein the leg forming portion includes leg deformation preventing means for preventing the deformation from the stored state to the folded state. 9. The leg deformation preventing means, a substantially bolt-shaped projection provided on the connecting means so as to project to the outside in the rotating direction of the second rotating means, and the wall-equipment supporting means. And a substantially Dharma-type through hole that is provided in any of the saucer support means and engages with the substantially bolt-shaped protrusion, and the left and right leg components are deformed into a stored state, 9. The wallpaper gluing machine according to claim 8, wherein the bolt-shaped protrusion and the substantially dharma-shaped through hole are engaged with each other to prevent deformation from the stored state to the folded state.