JPH0432219Y2 - - Google Patents

Description

[Detailed Description of the Invention] "Industrial Application Field" The present invention relates to a fusuma covering device, and particularly to a fusuma covering device in which the entire fusuma is placed vertically and the fusuma is automatically covered by a mechanical device.

``Prior art and its problems'' Traditionally, most of the pasting of covers onto the fusuma bodies was done by hand, and it took many years of experience to stick the covers onto the fusuma bodies without wrinkles. was necessary, and could not be easily applied by an amateur.

For this reason, a pasting device was devised that used a machine to uniformly paste the cover onto the fusuma body and also made it possible to paste a large number of covers.
-There is one disclosed in Publication No. 115789.

This device includes an upper member and a lower member that are arranged in a vertical relationship and at least one of which is movable in the vertical direction, a drive source that moves at least one of the upper member and the lower member in the vertical direction, and a drive source that moves the upper member and the lower member in the vertical direction. It is provided with a mounting part of a variable shape member provided on at least one side of the sliding door, which presses the adhesive portion of a sheet (cover, etc.) to be attached to the sliding door or other plate-shaped fitting onto the end face of the sliding door or other plate-like fitting.

The above device can uniformly affix a sheet such as a cover to the plate fittings such as the sliding door body, but it is possible to set the plate fittings such as the sliding door body on its side with the above device. Therefore, a very large space is required for the installation of the device and the storage area for plate fittings such as the sliding door body, and work such as setting must be done with the device lying on its side. Because of this, there were problems in that it was difficult to work and difficult to transport. Another problem is that since the sheet to be pasted, such as the cover, must be set horizontally in the device, this setting work cannot be done by one person and must be done by at least two workers. The dot was hot.

Furthermore, when pasting the cover of the fusuma, the fusuma is laid on its side and pressed from above using an upper member that can be raised and lowered, so that when temporarily pasting the cover on the fusuma, the worker can press the fusuma from below. It is necessary to fit between the sliding door and the upper member on the upper side that can be raised and lowered, and therefore the gap between the sliding door and the upper member must be increased, which has the disadvantage of increasing the size of the device and reducing the raising and lowering stroke of the upper member. There was a problem in that the size of the engine also increased, leading to an increase in operating costs.

In contrast to the device which has such drawbacks and has a structure in which the sliding door is laid down, a device has been proposed in which a cover is pasted on the sliding door in an upright state, as disclosed in, for example, Japanese Utility Model Publication No. 59-43089. In this device, the fusuma body is sandwiched between the fusuma body and the device body with a lid that opens and closes around the vertical axis when the fusuma is upright, and the lid is fixed so that the fusuma body is placed in a sealed state through a sheet. In addition, a vacuum device is attached so as to generate negative pressure on the sheet, and the cover attached to the sliding door body is pressed against the sliding door body using the sheet.

However, this pasting device requires a three-dimensional space to open and close the lid, a hinge structure to open and close the lid, a fixing means such as a cylinder to fix the closed position, and a vacuum pump. It was an extremely complicated and expensive device, requiring a vacuum device and a sealed structure to generate negative pressure.

In addition, with the method of pressing the cover using negative pressure on the sheet, it is difficult to equalize the tension acting on the sheet, but as stated in the publication, radial force acts from the center of the paper, which is expected to produce a beautiful finish. It also had the disadvantage that it could not be folded automatically without wrinkles at the edges of the fusuma body.

The present invention was developed in view of the above-mentioned conventional problems, and the sliding door body can be set vertically, requiring less space for installation and work.
The main object is to provide a sliding door tensioning device which has a simple working process and can automatically bend the cover at the side part of the sliding door without wrinkles when pressing and pasting the front cover.

"Means for Solving Problems" In order to achieve the above object, the present invention provides a horizontal guide rail on the main body of the device for sliding the fusuma main body horizontally in an upright state. , a mounting base configured to have a length spanning the temporary attachment position of the cover to the fusuma body and the pressure bonding position, and configured to allow the fusuma body to be placed vertically, is placed horizontally along the guide rail. A plate body is provided so as to be movable in a direction and configured to directly place the sliding door body thereon, and is removably attached to the placement base, and is opposite to the placement base at the press bonding position of the cover. A pressing member that presses the entire surface of the sliding door body is provided, a thick sponge having an area larger than the surface area of the sliding door body is provided on the side surface of the pressing member facing the sliding door body, and the pressing member is as described above. This solution includes providing a pressing movement means using a screw gear for moving toward and away from the mounting base, and further providing a driving means for driving the pressing movement means.

"Function" With the above configuration, the present invention first temporarily attaches the cover with glue to the fusuma body, or applies glue to the surface of the fusuma body and temporarily attaches the cover to the fusuma body, and then attaches it to the mounting base. The mounting base is moved laterally to the pressing member side along the longitudinal direction of the fusuma main body, and then the pressing moving means is driven by the driving means, and the pressing moving means is driven to move the mounting base to the front side. A pressing member having an elastic member disposed thereon is pressed and moved toward the mounting base, and the cover is pressed onto the sliding door body by the elastic member to uniformly adhere the cover.

At this time, in the present invention, the temporary attachment position of the cover is shifted laterally from the pressure bonding position, and the cover is slid to the pressure bonding position after temporary attachment. The stroke of approaching and separating from the mounting base is also small (only a small gap is required for the sliding door body to be inserted and removed), and the entire device is smaller than the conventional press type that presses in the vertical direction (laying down the sliding door). Downsize. or,
Since the sliding door main body is simply slid between the cover temporarily pasting position and the pressure bonding position, the three-dimensional space required for its movement is small and the work is simple.

"Embodiments" Hereinafter, embodiments of the present invention will be described based on the drawings.

FIG. 1 is a side view of the fusuma upholstery device according to this embodiment;
FIG. 2 is a front view of the device, and the device is shown in the sliding door main body 1.
A plate body 20 that is movably in the width direction and removably engaged with the hook part 21 and placed and held in the vertical direction.
A plate-shaped mounting base 2 is mounted vertically by the hooking locking parts 20a and 2a facing each other.
and guide rails 4, 4 attached to the device main body 3 for laterally guiding the mounting base 2,
A plate-frame-shaped pressing member 6 placed in the front position of the mounting base 2 and having a sponge 5 arranged on the front surface, and a male screw gear on the device main body 3 side that presses and moves the pressing member 6 toward the mounting base 2. 7a and a female screw gear 7b on the pressing member 6 side, a power transmission means 8 consisting of pulleys 8a, 8b, a belt 8c, etc. for driving the pressing movement means 7, and a driving means 9 consisting of a motor. It is something that

In the above configuration, the device main body 3 has two vertical beams 3d and 3e standing in a slightly diagonal direction near the center of the lower horizontal beam 3c installed between the low leg portion 3a and the high leg portion 3b. At the same time, the horizontal beam 3a on the lower leg side
A reinforcing vertical beam 3f is erected on the end, and an upper horizontal beam 3g is erected at the upper end of the vertical beam 3d, 3e, 3f, and at approximately the center position of the vertical beam 3d, 3e. A small horizontal beam 3h is installed on the upper horizontal beam 3g and a drive shaft 8d constituting a part of the power transmission means 8 between the lower horizontal beam 3c. is suspended vertically, and
The male screw gears 7a, 7a of the pressing movement member 7 are mounted on the lower horizontal beam 3c and the upper horizontal beam 3g with bearings 7.
One end of the male screw gears 7a, 7a and both ends of the drive shaft 8d are connected by gears 8e, 7e so as to transmit rotation.

Further, female screw gears 7b, 7b are meshed with the male screw gears 7a, 7a, respectively, and the upper and lower ends of the pressing member 6 are attached to the female screw gears 7b, 7b, so that the pressing member 6 is connected to the lower horizontal beam. It is arranged so as to be movable back and forth between the member 3c and the upper horizontal member 3g.

A motor serving as a driving means 9 is installed on one of the vertical beams 3d, and a small pulley 8a of the motor and a large pulley 8b of the drive shaft 8d are connected by a belt 8c, and the rotation of the motor causes the drive shaft to move. 8 is rotated at a reduced speed, and the male screw gears 7a, 7a of the pressing moving means 7 are rotated by the rotation of the drive shaft 8d, and the female screw gear 7 is rotated.
The pressing member 6 to which b and 7b are attached is pressed and moved toward the mounting base 2 side.

Further, the other vertical beam member 3e is provided with a support portion 3i that supports the mounting base 2 in a vertically movable manner at the center portion in the vertical direction, and guide rails 4, 4 are installed at predetermined vertical positions. The mounting base 2 is supported by the support portion 3i, and the guide rollers 2b are in contact with the guide rails 4, 4.
2c, it is configured to be movable in the left and right direction.

Further, as shown in FIGS. 3a and 3b, the sliding door main body 1 is placed on the hook portions 21 of two left and right plates 20, 20, which are movable in width and removable, with their lower ends locked. The downward hook locking part 20a provided on the back side of the plate body 20 is locked to the upward hook locking part 2a of the mounting base 2, and the mounting base is vertically moved. 2.

Further, the plate body 20 is provided with a ceiling sliding pin 22 protruding from approximately the center in the height direction, and as shown in FIGS. By locking the downward concave portions 23a at both ends of the 23 and placing them horizontally, and placing the top sliding door 10 and the bottom sliding door on the hook portions 23b of the horizontal beam 23 as shown in the figure, the top sliding door 10 and the bottom sliding door are set. The cover will be pasted.

In addition, FIG. 5 shows the entire mounting base 2, in which a plurality of horizontal bars 2s are constructed on the front part of the frame material 2t,
A concave groove 2u is formed in one of the horizontal bars at the upper position to form an upward locking part 2a, and guide rollers 2b and 2c are arranged at upper and lower positions on the back surface.

Therefore, to summarize and describe the main configuration of this embodiment, guide rails 4, 4 for sliding the sliding door body 1 in the lateral direction in an upright state are provided horizontally on the device body, and the guide rails 4, 4 are horizontally provided on the device body. is configured to have a length spanning the temporary attachment position of the cover A to the sliding door main body 1 and the pressure bonding position, and the mounting base 2 is configured such that the sliding sliding door main body 1 can be placed vertically. A plate body 10 is provided so as to be movable in the lateral direction along the rails 4, 4, and configured to directly place the sliding door body 1 thereon. A pressing member 6 that presses the entire surface of the fusuma body 1 is provided at the adhesion position facing the mounting base 2, and a surface area of the pressing member 6 that is larger than the surface area of the fusuma body 1 is provided on the side surface of the pressing member 6 that faces the fusuma body 1. Pressing and moving means 7 comprising a thick sponge 5 with a large area and using screw gears 7a and 7b for moving the pressing member 6 toward and away from the mounting base 2.
In addition, a driving means 9 for driving the pressing and moving means 7 is provided.

The device configured as described above is used in the following manner.

First, the two plates 20 are placed vertically by hooking the downward locking part 20a on the back side of the plate bodies 20 to the upward locking part 2a of the mounting base 2, and then locking them. The fusuma main body 1 is locked and placed on the hook part 21 of the plate body 20 and held, and glue is applied to the side of the fusuma main body 1, and the cover is painted with water using a brush or the like. , the cover is attached to the fusuma, but since the fusuma body 1 is standing upright, one worker holds both ends of the cover in the longitudinal direction and visually adjusts the relative position with the fusuma body 1. This allows you to work while you are at it. After temporarily attaching (not shown) the upper and lower or both ends of the cover placed on the cover to the side surface of the sliding door body 1, the sliding door body 1 is attached to the device body 3. The mounting base 2 is moved toward the pressing member 6 along the guide rails 4, 4, and when set at a predetermined position, the motor of the drive means 9 is driven.

The above-mentioned gluing may not be applied to the sliding door main body 1, but may be applied to a position corresponding to the side surface of the sliding sliding door main body 1, which is covered with water.

By driving the motor, the male screw gear 7a on the apparatus main body side of the pressing moving means 7 is rotated via the power transmission means 8, and the female screw gear 7b is integrated with the pressing member 6 by the rotation of the male screw gear 7a. It is pressed and moved toward the mounting base 2 side.

Then, the sponge 5 placed on the pressing member 6
As a result, the cover on the surface of the sliding door body 1 placed on the mounting base 2 via the plate 20 is pressed against the sliding door body 1, and as shown in FIGS. As shown in Figure a, the elastic member 5 of the sponge 5 bites into the edge of the sliding door body 1 as shown in Figure 6b, and the entire circumference of the edge of the cover A is bent. It can be pasted without wrinkles.

"Effects of the Invention" Since the present invention has the above-described structure and functions, it has achieved the following effects.

Although the cover is pasted on the fusuma body in an upright position, it can be pasted with a slight stroke of the pressing member compared to the conventional top and bottom press method in which the fusuma body is laid down, so the entire device can be configured compactly and Therefore, the space required for installation and operation of the device is small.

Since the cover is moved by a slide from the temporary attachment position to the pressure bonding position, it is easy to operate, and there is no need for the conventional opening/closing mechanism using an opening/closing lid or its fixing means, which reduces the cost of the device. can.

When press bonding the cover, compared to the conventional method using a vacuum device, the pressing member can be moved easily and reliably using a screw gear type pressing moving means without requiring an airtight structure, and moreover, At the side part, the sponge of the pressing member is automatically bent over the edge of the sliding door main body, and the cover is also automatically bent accordingly, so that the side part of the sliding sliding door main body can be attached without wrinkles.

[Brief explanation of drawings]

Fig. 1 is a side view showing one embodiment of the device of the present invention, Fig. 2 is a front view thereof, and Figs. 3 a and b show the state in which the fusuma body is placed. is a front view, Figures 4a and 4b show the state in which the top and bottom sliding doors are placed, where a is a side view, b is a front view, Figure 5 is a perspective view of the mounting base, and Figure 6 is a side view. Figure a is an explanatory diagram of the state in which the cover is temporarily attached to the fusuma body, and Figure 6 b
FIG. 2 is an explanatory diagram of a state in which the adhesive is pressed and pasted with an elastic member. In the figure, 1... Fusuma body, 2... Mounting base, 3...
...Device body, 4...Guide rail, 5...Elastic member, 6...Press member, 7...Press movement means, 9...
...driving means.

Claims (1)

[Claims for Utility Model Registration] (1) A guide rail for sliding the sliding door horizontally in an upright state is provided horizontally on the main body of the device, and the guide rail is used to temporarily attach the cover to the sliding door main body. A mounting base configured to have a length spanning the pressure bonding position and capable of vertically placing the fusuma main body is provided so as to be movable laterally along the guide rail, and the fusuma main body is directly placed on the mounting base. A plate configured to be placed thereon is detachably attached to the placement base, and a pressing member is provided that presses the entire surface of the sliding door body facing the placement base at the pressure bonding position of the cover. A screw gear is provided, and a thick sponge having an area larger than the surface area of the sliding door body is provided on the side surface of the pressing member facing the sliding door body, and a screw gear is provided for moving the pressing member toward and away from the mounting base. What is claimed is: 1. A fusuma upholstery device, characterized in that it is provided with a pressing moving means, and further provided with a driving means for driving said pressing moving means. (2) Registration of a utility model characterized in that a plate for directly placing the sliding sliding door is provided with a sliding sliding door pin for locking a horizontal rail for mounting the sliding sliding sliding door. A fusuma upholstery device according to claim 1.