JPS5811061A - Adhesive agent coating machine to fittings, furniture or the like - Google Patents

Abstract

PURPOSE:To get rid of uneven paste, and also to perform a coating work of paste easily and quickly, by rotating a roller to which paste has been made to adhere, and moving a surface of a framework of fittings, furniture, etc. CONSTITUTION:When a slide body 6 is in the upper part, plywood 16 is placed on the upper surface of a base part 7, and also on its plywood 16, a framework 15 is placed. Subsequently, a horizontal bolt 13-3 is rotated, the slide body is moved to the left end, also a driving shaft 10 is rotated, a driven shaft 12 is rotated, and a horizontal rail 13 is lowered until the outside circumference of a pasting roller 1 contacts with the upper surface of he framework 15. Subsequently, a rotary machine 5 is rotated, the roller 1 and a paste feed roller 2 whose lower part has been sunk into the paste tank are rotated, the bolt 13-3 is rotated, the slide body 6 is moved from the left to the right on the upper surface of the framework 15, and coating of paste ends. Subsequently, the rail 13 is raised, the slide body 6 is moved to the left end, and after that, the framework 15 is rotated, also paste is applied on the framework in the same way as said process, and the plywood is placed on the framework.

Description

DETAILED DESCRIPTION OF THE INVENTION This invention is for applying glue in the work of gluing plywood in the manufacturing process of fittings and furniture, etc., and while rotating a roller with glue attached, The structure is such that by moving the surface of the frame of furniture etc., the application of glue can be done easily and quickly without causing unevenness of the glue.

Conventional methods of applying glue using brushes and hand rollers have the disadvantages that the glue is uneven and takes a long time, and it is difficult to apply glue to many frames at once. As a result, the glue on the frame that had been applied earlier was already starting to dry by the time I applied the glue to a few frames, making it difficult to glue the plywood together completely.

The purpose of this invention is to eliminate such drawbacks, and to explain it with reference to the drawings, (1) glue is applied by a roller, and the outer periphery (1) - (1) to which glue Q→ is attached is , as shown in Figures 5 and 6, it rotates in contact with the frame (15) on which the glue 0→ is applied, and as shown in Figure 4, there are shafts (1) in front and rear. 15-1 (2) shall be provided. As shown in FIG. 1) should be installed with the shaft (1) - (2) protruding slightly downward from the lower end of part (6) - (5).
). The further forward axis (1)-(2) is the fourth
As shown in the figure, the attachment is done by passing through the parts (6)-(5) and fixing the gears (1)-(8) to the ends. (1)-
(4) is a gap for adjusting the amount of glue No. θ applied to the frame (15).

(2) is a glue feed roller, and the glue in the glue tank (8), which will be described later, is 0.
4) is attached to the outer periphery (2) = (1) and rotated to feed the glue (14) to the glue feeding piece (4), with shafts (2) - (2) provided at the front and rear, As shown in Figs. 3 and 4, the sliding body (6) is attached to the part (6) - (5) of this shaft.
) is pivoted at the upper right end of the Further forward axis (2) -
(2) is attached by passing through the parts (6)-(5), and fixing the gear (2)-Cl11 to this end, and meshing with the gears (1)-(131) described above.

(8) is a glue vat, with rising parts (a)-(2), (81-(8)) made by bending the four sides of the bottom (a)-(1) upwards.
, (8) - (4) is provided to form a river bottom, and the glue Q gradient is stored in this boat bottom, and at the same time, as shown in Fig. 3, the lower part of the glue feed roller (2) is → As it subsides, the rising part on the left (8) -
(The end of 2) is the outer periphery (1) of the roller (1) for gluing.
- provide an arbitrary gap (1)-(4) between
Also, the underside of bottom (3)-(1) is glued with roller (1).
Attach the glue tank (8) to portions (6)-(5) while positioning it slightly above the outer periphery (1)-(1). If the width of the gap (1)-(4) is widened, a large amount of glue will pass through this gap, so a large amount of glue can be applied to the framework. Also, on the contrary, there is a gap (1
) = (4) is made narrower, the glue (14) attached to the outer periphery (], ) - (1) is scraped off at the rising part 9 (81-(2), and becomes the outer periphery U) - (1). It is possible to apply a small amount of glue without leaving a small amount of glue 04), and the structure is such that the rising part (8) - (2) can be moved left and right, and the gap (1) - (4) can be adjusted. For example, any glue can be applied.

(4) is a flat glue feeding piece, as shown in FIG. The scraped glue is sent to the outer periphery (1) - (1) of the roller (1), and on the left - 7, the scraped glue is removed between it and the roller (1) with a glue feeding piece. Create a gap (4)-(1) for the glue 04) to pass through,
Attach the front and rear parts to sections (6)-(5).

(5) is a rotating machine with a gear fixed to the shaft, and as shown in Fig. 2, this gear is connected to the gears (1) to (8) described above.
The glue feed roller (2) is meshed with the horizontal parts (6)-(4) and is attached to the glue roller (1) to rotate the glue feed roller (2). As shown in the figure, this rotation mechanism includes a method using gears, another method using a chain, and a method using a belt. The glue feeding roller (2) can be rotated in any manner as long as it rotates to the right when viewed from the front, and the glue feeding roller (2) rotates to the left when viewed from the front, with the upper part rotating toward the glue feeding piece (4). It is.

(6) is a sliding body, and as shown in Fig. 1, a horizontal rail (18) (to be described later) passes through the sliding hole to keep the glue tank (3) in a horizontal state and to slide from side to side. (6)-(1)
are provided in the left and right direction, and a horizontal pole (to be described later) (t
al - Screw hole (6) into which (a) is screwed - Projection part (6) where - (2) is provided parallel to sliding hole (6') - (1)
- (81) is attached to the upper surface of the medium heat section of horizontal part (a) - (4).Fold the front and rear ends of horizontal part (6) - (4) downward and install part (6'). - (5) is installed.As shown in Fig. 4, for gluing, a roller (1), a glue feed roller (2), a glue tank (8), and a glue feed piece (4) are provided. It is something to be installed.

(7) is the platform on which the framework @) and plywood 06) are placed.
Vertical rails /l/ (8) are hung in the center of both left and right ends. This vertical rail has a guide groove (
8)-(1) are provided.

(9) is the horizontal part, as shown in Figure 1, it is inserted into and fixed to the upper end of the left and right vertical rails JL/ (81), and the driven shaft (12) is inserted through the hole at both left and right ends. (9) - (1) is provided, and a hole (9) is provided inside this.
- (2) is provided on the rising part (9) - (Ill is set up. On this rising part, the gear α0 is on the left) - (1,)
and bevel gears (10) - (2) at both ends.
The driving shaft 00) to which is fixed is passed through the hole (91-(2)) and supported.The gear fixed to the shaft of rotation fljJ(1) and the gear αO)-(1) mentioned above are meshed. Turning machine (1)
Attach it to the upper surface of the horizontal part (9).

9. Install a driven shaft (additional attachment is shown in section (γ)-(1)) to the inner platform of the vertical rail 1v(8)S, which is vertically installed on the platform (7).
The screw thread for vertically moving the 0 horizontal rail /l' (kl) provided directly below the hole (9)-(1) of the horizontal part (9) described above is knurled, and a bevel gear (+z) is installed at the upper end. −(
As shown in Fig. 1, the driven shaft (12) to which 1) is fixed is inserted into the bevel gear (+@
-(1) is penetrated upward and meshes with the bevel gear (10) of the driving shaft head -(2). Furthermore, tighten the screw thread of the driven shaft (2) horizontally) v (1 frame screw hole ([1) -
(1), and attach the base (7) to the part (7).
) - (1) Pivotally supports the lower end of the driven shaft (2).

The driving shaft (lO) and the driven shaft (auxiliary direction changing mechanism can be used by using a bevel gear as described above, or by using a worm gear, or by hooking a chain, etc., over both driven shafts ((2)) and rotating this chain. How to rotate depending on motivation, etc.
Any mechanism is acceptable as long as it allows both driven shafts to rotate simultaneously at the same speed.

(13) is the left and right vertical rail with both ends described above, IL/
(8) is a horizontal shaft 10-1 that fits in the guide groove U-(1,) and moves up and down. )-(1) and,
Inside this, a rising part (13) - (2) is provided upwardly, and on the rising part, a horizontal pole (18) - (3) with screw threads is rotatably attached at both ends. At the same time, there are gears (13)-(4) on the left side of this horizontal bolt.
) is firmly attached. This gear 08)-(4) is meshed with the gear of rotating machine +181-(5), and the horizontal rail)v(18
) Attach the rotating device (la) - (5) to the top surface of ), then horizontal pole) (Ill) - (If al has a structure that allows both left and right rotation, it is logically horizontal pole) t18) - (8) to the right Assuming that the sliding body (6) moves to the right when rotated,
If the horizontal poles 1-(18)-(11) are rotated to the left, the sliding body (6) will move to the left.

The rotational direction of the driving shaft αO) and the rotational direction of the driven shaft (121,
To explain the relationship between the screw thread of the driven shaft (121) and the vertical movement of the horizontal rail 1v (18), the driving shaft (10) and the driven shaft (the driven shaft can be rotated both left and right, and as shown in the figure, the driving shaft α
If a bevel gear is used for the direction change mechanism of 0) and driven shaft (2),
The left and right driven shafts (2) will rotate in opposite directions, and if the left and right driven shafts (12) have threads in opposite directions, the horizontal rail screwed into the screw threads will be (13) is one that moves both left and right simultaneously up and down by the same dimension.

In addition, if a driving shaft (10) and a driven shaft (the mausoleum's direction changing mechanism) are used, the left and right driven shafts 0~ rotate in the same direction,
The left and right driven shafts (the threads on the mausoleum should be threaded in the same direction).

When applying glue (14) to a frame (14), the relationship between the rotating speed of the roller (1) and the speed of moving the sliding body (6) from left to right is as follows.
The speed at which the outer periphery of 1) (1) - (1) contacts the frame ■) and rotates without sliding on the frame surface, and the sliding body (6) is moved from the left to the right on the horizontal port side - (8) The best speed is to have the same speed.

Also, when applying glue, use a roller (1) to apply the glue.
To explain the state of the glue 04) attached to the outer periphery (1) - (1), a. When the glue feed roller (2) is rotated, the glue tank (8)
The glue 04) adheres to the outer periphery (2)-(1) and sends the glue←Xun to the glue sending piece (4).

Scrape off the glue 0 → attached to the outer periphery (2) - (1) with the glue feeding piece (4), and apply this glue (14) to the outer periphery (1) - (1) of the roller (1). send to

C. For the glue 04) attached to the outer periphery (1)-(1), scrape off excess glue α→ at the rising part (8)-(2), and apply an arbitrary amount of glue 0→ to the outer periphery (1). - Leave in (1).

2. To apply glue with any glue (number α) attached, rotate the outer periphery (1)-(1) of the roller (1) while contacting the frame (RO), and move the frame @) from the left to the right. move it towards

E, the outer periphery (the part without the frame) passing through the space (the part without the crosspiece) of the frame (
1) The glue 04) in -(1) remains on the outer periphery (1)-(1), and also on the outer periphery (1)-(1
) glue is attached to the frame house) and the outer periphery (1) - (1
) the glue (14) disappears.

For gluing, the outer periphery (1) - (1) of the roller (1) rotates to form the sticky part and the remaining part without any glue phase 0.
Glue feeding piece (4) is exhausted, and the glue a → fed by glue feeding piece (4) adheres to the outer periphery of the thinned out part and the remaining part <1) - (1), and the outer periphery is There will be areas with a large amount of glue and areas with a small amount.

H. The glue 0 → attached to the outer periphery (1) - (1) is scraped off at the rising part (3) 13 - 1 (2), and an arbitrary amount of glue 0 is applied to the outer periphery (1) - (1). → remains.

The circulation of glue 04) is as described above.

An example of how the machine is used to apply adhesive to the framework of a flash, etc., configured as described above, is as follows: 1. As shown in Figure 1, when the sliding body (6) is in the upper part, A plywood α0) is placed on the upper surface of (γ), and a frame α5) is placed on top of the plywood 06).

2 Horizontal pole) 08) - Rotate (8) to move the sliding body (6) to the left end, rotate the driving shaft (1o) to rotate the driven shaft 02), and move the horizontal rail (13) to the fifth As shown in the figure, the gluing is applied to the upper surface of the frame (b) by lowering it until the outer periphery (1')-(1) of the roller (1) comes into contact with it.

& As shown in Figures 5 and 6, while rotating the rotating machine (5) and rotating the gluing roller (1) and glue feed roller (2), tighten the horizontal bolts (18)-(8). Rotate and move the sliding body (6) from the left to the right to move the upper surface of the frame (2) to finish applying the glue 0 grapes.

4. Rotate the driving shaft (10), rotate the driven shaft (12), raise the 14- horizontal rail/1' (18), and rotate the horizontal port (1'l) - (il+) to lower the sliding body. Move (6) to the left end.

5. Rotate the frame (15) so that the side on which glue 04) has been applied is facing down.

After applying the glue 04) using the method described in 62.3.4, and placing the plywood α6) on the top of the frame (2), the work for one frame is completed.

Also, when applying glue, if you use a resilient material such as a sponge on the outer periphery (1) - (1) of the roller (1), you can apply the glue evenly over the entire surface even if there are irregularities on the framework. is possible.

As mentioned above, this adhesive application machine is a machine that can apply glue easily and quickly without any unevenness, and it is an adhesive for furniture fittings that meets the needs of fittings and furniture factories. Painting became an opportunity 〇-15-

[Brief explanation of the drawing]

FIG. 1 is a perspective view showing the entire machine. FIG. 2 is a front view of FIG. 1. Figure 3 is a detailed view of the main parts viewed from the front side. Fig. 4 is a detailed view of the main parts viewed from the plane side. Figure 5 is a front view of the beginning of applying the glue. FIG. 6 is a front view showing the end of coating. 1 Roller for gluing 3-3 Rising part 1-1
Outer circumference 3-4 Rising part 1-2 Axis
4 Glue feeding piece 1-3 Gear
4-1 Gap 1-4 Gap 5 Rotating machine 2 Glue feeding roller 6 Sliding body 2-1 Outer periphery 6-1 Sliding hole 2-2 Shaft
6-2 Screw hole 2-3 Gear 6-3
Projection part 3 Glue tank 6-4 Horizontal part 3-1
Bottom part 6-5 Mounting part 3-2 Rising part 7 Base part 7-1 Mounting part 1
1 rotation motor 8 vertical ray) v 12
Driven shaft 8-1 Guide structure 12-1 Bevel gear 9
Horizontal part 13 Horizontal rail 9-1
Hole 13-1 Screw hole 9-2 Hole
1B-2 Rising part 9-3 Rising part
18-8 Horizontal bolt 10 Driving shaft
18-4 Gear 10-1 Gear 13-5
Rotating machine 10-2 Bevel gear 14 Glue 15
Frame 16 Plywood patent applicant Katsuhisa Fukuyama

Claims (1)

[Claims] Guide grooves (a) to (1) on the inner sides facing each other.
A vertical rail A/ (8) provided with a vertical rail A/ (8) is vertically installed in the center of both left and right ends of the platform (7), and both left and right ends of the horizontal part (9) are fixedly attached to the upper end of this vertical rail (8). A driving shaft α is pivotally supported on the upper surface of this horizontal portion (9), gears of a rotating machine (b) are meshed with gears (a) to (1) of this driving shaft, and the driving shaft ( Using a direction change mechanism at both ends of
(8), and the driven shaft (- is provided with a thread, and the horizontal rail α3 is mounted on the thread of the -).
), and insert the guide grooves (8) at both ends.
- Fit into (1). The front and rear ends of the horizontal part (6)-(4) of the sliding body (6) are
For installation by bending downward, provide parts (6) - (5), and provide a protruding part (6) - <8) on the upper surface of the center part, and screw in the left and right direction on the protruding part. Hole (6) - (2) and sliding hole (a) - (1) are provided, and screw hole (6) - (2) is provided with a horizontal hole (18) - (a) with a screw thread. ) is screwed in, and both ends are pivotally supported on the upper surface of the horizontal rail, and the gears of the rotating machine (1a) - (5) and the horizontal bolt (18) - (gear (18) of 81) are screwed in.
(4) Align. A horizontal rail (18) is installed through the sliding hole (a)-(1). Axis in front and back (1
) −(j2) and the front axis (1) −(
Gear (1) - (81) is fixed to the end of gear (1) - (2). (0 glue that penetrates +31 (
8) with a gap (1) between the left rising part (8) - (2) and the outer circumference (1) - (1) of the gluing roller (1).
) = (4), and the lower surface of the bottom (8) is located above the outer periphery of the roller (1) (1) - (1), and the bottom surface (8) is located above the outer circumference (1) of the roller (1). -(5) Nitori 9
wear. The lower part of the glue feed roller (2), which has shafts (2)-(2) at the front and rear, is placed in the glue tank (8), and the front shafts (2)-(2) are installed separately. (6)
- (5) is passed through, and the installation is supported by the shaft (6') - (5), and the gear (2) is attached to the end of (2).
2) - (8) and fix gears (1) - (8).
). The right side of the flat glue feeding piece (4) is in contact with the outer periphery (2)-(1) of the glue feeding roller (2), and the left side is in contact with the outer periphery (1)- of the gluing roller (1)-3-. Gap between (1) and (4) = (1)
, and attach the front and rear ends to sections (6)-(5). The gear of the rotating machine (5) and the roller (1
) gears (1) - (a) are meshed and attached to the high temperature horizontal part (6) of the rotating machine (integrated). The machine configured as described above can be used to apply adhesive to fittings and furniture.