JP2881284B2 - Manufacturing method of album mount - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an album mount, and more particularly to a method of manufacturing a pocket-type album mount.

[0002]

2. Description of the Related Art A method of manufacturing an album mount is disclosed in Japanese Patent Publication No. 4-36879. In this method, as shown in FIG. 1, a pair of mounts (1a) and (1a) are arranged symmetrically side by side, and a strip-shaped sheet (10) in which these are connected in the vertical direction is run in the vertical direction. The strip-shaped sheet (10) has a portion corresponding to a row of mounts (1a) (1
At the boundary of (a), a horizontally long cutout (12) (12) opening to the edge side of the band-shaped sheet (10) is formed, and the mount-equivalent part (1a) (1) is formed.
A plurality of through holes (11) and (11) are formed at predetermined positions in a).

[0003] A two-fold transparent covering film (2) (2) is coated from both sides of the strip-shaped sheet (10), and the covering films (2) on the front and back sides are put together with the through holes (11) (11). ) And the notches (12) and (12) to form pockets (P) and (P) that open to the sides. These pockets (P)
(P) The through-holes (11) and (11) are located on the boundaries between each other.
The length of the cutouts (12), (12) is
The length is set to be longer than the length of the coverage area in (2).

After the formation of the pockets (P) and (P), the center of the width of the band-shaped sheet (10) is cut in the vertical direction, and the band-shaped sheet (10) is cut at the notches (12) and (12). Is cut in the horizontal direction, a pair of backing sheets (1) and (1) are simultaneously formed. In this method, a large number of backing sheets (1) (1) can be continuously produced, so that productivity is good. On the other hand, there is a backing sheet (1) of a type in which a spacer (S ₁ ) is attached to a binding side portion in order to leave a space between the backing sheets (1) and (1) adjacent in a bound state. In order to produce the belt-like sheet (10), a belt-like spacer-equivalent portion (S) extending in the vertical direction is fixed to the center of the width of the belt-like sheet (10), and the belt-like sheet (10) is put together with the spacer-equivalent portion (S). Is used in the vertical direction.

[0005] When the mounting sheet (1) is manufactured to be vertically symmetrical by this manufacturing method, one sheet is provided between the mounting sheets (1) and (1).
One of as spacer (S ₁₎ is interposed, it is possible to adjust binding to parallel these backing sheet (1) (1). Since each backing sheet (1) is vertically symmetrical, the left and right backing sheets (1)
If one of the backing sheets (1) in (1) is turned upside down and placed side by side so that the binding side faces in the same direction, the backing sheet (1)
This is because the spacer (S ₁ ) is located only on the surface in the same direction in (1).

However, a vertically asymmetric mount sheet (1) (1)
When producing, the produced backing sheet (1) (1)
When two sheets are stapled, two spaces are inserted between the backing sheets (1) and (1).
Sa (S ₁) (S₁) And the backing sheet (1) (1)
Sensor (S₁There is a problem that there is a portion where no) is interposed.
This is to make the mount asymmetrical parts (1a) (1a) that are vertically
This is because the side-by-side strip-shaped sheets (10) are cut at the center.
That is, the spacer-equivalent portion (S) formed in this cut portion is
Spacer (S₁) (S₁) To make the backing sheet (1) (1).
When the top and bottom of these left and right backing sheets (1) and (1) are aligned, each backing sheet
With respect to the sheet (1), the spacer (S₁) Is formed on the opposite side
And the above problem occurs.

[0007]

[Technical Problem] The present invention has been made in view of the above points, and has been made in consideration of the following problem. "A pair of mounts (1a) and (1a) are arranged side by side on the left and right, and these are formed in a belt-like shape. Sheet 1
(0) At the boundary between the mounts (1a) and (1a) in the column, the horizontally long cutouts (12) and (12) opened to the edge of the belt-like sheet (10)
In addition, through holes (11) and (11) are provided at predetermined positions of these mount-equivalent portions (1a) and (1a), and a two-fold transparent covering film (2) is provided from both sides of the band-shaped sheet (10). (2) so that the front and back coating films (2) are mutually
2) (12) and a plurality of pockets (P) (P) that are opened laterally by welding at the through-holes (11) and (11) are formed vertically continuously, and the notch (12) is formed. (12) the length of the coating film (2)
After the pocket portion (P) is formed, the band-shaped sheet (10) is cut vertically at the center of the width and the cut-out portions (12) and (12) are cut in the horizontal direction. Cut into pieces and formed into a backing sheet (1), (1), a pair of backing sheets comprising a vertically asymmetrical backing sheet equivalent part (1a) (1a)
(1) A method of manufacturing a mount for an album that simultaneously manufactures (1) '', the spacer (S ₁ ) is formed on the binding side of one surface in the same direction of the asymmetrical mount sheet (1) (1). It is an object of the present invention to make one spacer (S ₁ ) intervene between the adjacent backing sheets (1) (1) in the bound state. [Invention of Claim 1]

[0008]

[Technical Means] The technical means of the present invention taken to solve the above-mentioned problem is as follows: "The band-shaped sheet (10) is arranged so that the left and right mount-corresponding parts (1a) and (1a) are vertically inverted. A belt-like spacer-equivalent portion (S) extending in the vertical direction is fixed to the center of the width of one surface of the belt-like sheet (10), and the belt-like sheet (10) is provided together with the spacer-equivalent portion (S). Is cut in the vertical direction ”.

[0009]

The above technical means of the present invention operates as follows. Also in this case, the covering film (2) (2) folded in two from both sides of the belt-like sheet (10) is covered, and the covering film (2) on the front and back sides is mutually cut out (12) (12) and through-hole. (11) (1
When welding is performed in 1), the pocket portions (P) (P) that open to the side are formed continuously vertically. Further, a strip-shaped spacer-equivalent portion (S) extending in the vertical direction is fixed to the strip-shaped sheet (10) at the center of the width of one surface thereof.

After the formation of the pockets (P), the belt-shaped sheet (10) is placed at the center in the width thereof at a portion corresponding to a spacer.
(S) along with the notch (12) (1
When cut in the horizontal direction in 2), a pair of backing sheets (1) and (1) are formed simultaneously. The backing sheets (1) and (1) have a spacer (S ₁ ) attached to a binding side on one surface thereof. In this device, since the left and right mount-corresponding portions (1a) and (1a) constituting the strip-shaped sheet (10) are set so as to be opposite to each other in the up-down direction, the left and right portions which are finally separated and cut are respectively separated. When one of the backing sheets (1) and (1) is turned over and the binding sides are aligned side by side, the spacer (S ₁ ) is located only on the surface of the backing sheet (1) (1) in the same direction It will be.

[0011]

According to the present invention having the above configuration, the following specific effects are obtained. In this device, when the backing sheets (1) and (1) are arranged side by side so that the vertical direction and the binding side are aligned, the backing sheet (1)
Since the spacer (S ₁ ) is located only on the surface in the same direction of (1), the adjacent backing sheet (1) in the bound state
(1) One spacer (S ₁ ) is interposed between each other.

Further, since the spacer-equivalent portion (S) is fixed to one surface of the belt-shaped sheet (10) and cut to the left and right, it is necessary to form the spacer (S ₁ ) on each mount sheet (1). Implemented efficiently. [Invention of Claim 2] The invention of Claim 2 is the invention according to Claim 1, wherein a pair of through-holes is formed on the boundary between the upper and lower pockets (P) and (P) in each mount-corresponding portion (1a). (11) Enlarged portions (12a) (12b) formed by forming (11) and cutting both ends of the upper side portion (102) corresponding to the mount (1a) in each cutout portion (12) downward.
Are formed, and the through holes (11) and (11) are spaced apart from each other and are enlarged (12).
a) The interval between (12b) is set to be longer than the short side length of the panoramic photograph, and the front and back sides along the lower side (101) side corresponding to the mount (1a) of the cutouts (12). Coating film
(2) Welding each other to form a lower side welded part (201) and the enlarged part (12a) on the upper side equivalent part (102) side of the mount part equivalent part (1a)
In step (12b), the step of welding the front and back coating films (2) to each other and cutting the strip-shaped sheet (10) in the lateral direction includes the upper side equivalent part (102) of the mount equivalent part (1a) and the lower side welded part ( 201).

In this case, the through-holes (1) of the mount-equivalent portion (1a) are provided.
1) and (11) are provided on the boundaries between the upper and lower pockets (P) and (P), and the front and back coating films (2) are welded to each other in the through holes (11) and (11). With a normal photograph inserted into the pocket (P) from the side, the photograph is held in the pocket (P) without shifting downward. Each cutout (12) is formed with enlarged portions (12a) and (12b) cut downward at both ends of the upper side of the mount-equivalent portion (1a), and the cutout (12)
The front and back coating films (2) are welded together along the lower side (101) side of the backing-equivalent part (1a).
(201) is formed and the upper side equivalent part (102) of the mount equivalent part (1a) is formed.
On the side, the front and back cover films (2) are welded to each other only in the enlarged portions (12a) and (12b). And the belt-shaped sheet (10)
Is cut and cut laterally between the upper side of the mount-corresponding portion (1a) and the lower side welded portion (201) to obtain a backing sheet (1).
(1) is formed. In each mount sheet (1), the lower side of the lowermost pocket portion (P) in the upright posture has the lower side welding portion (2
01) and the top pocket (P)
Is open between the enlarged portions (12a) (12b). Furthermore, the size of the open portion, that is, the enlarged portion
Since the interval between (12a) and (12b) and the interval between the through holes (11) and (11) are set to be longer than the short side length of the panoramic photograph, the pockets (P) (P Panoramic photos can be inserted vertically in the parentheses.

Furthermore, since the welded portions in the enlarged portions (12a) and (12b) and the upper side of the mount-corresponding portion (1a) located therebetween are engaged in the left-right direction, the most suitable position for the mount sheet (1). The lateral displacement of the upper pocket (P) is prevented.

[0015]

Embodiments of the present invention will be described below with reference to the drawings. This embodiment is for manufacturing a backing sheet (1) which is asymmetric in the vertical direction as shown in FIG. The backing sheet (1) is provided with a first opening (P ₁ ) for inserting a normal photograph on the side and a pocket formed by a transparent covering film (2) as shown in FIG. The pockets (P) are arranged in three rows in the upper and lower sections, and an entry column (H) is printed on the upper side of each pocket (P) between the pocket (P) and the binding side (16). Further, a spacer (S ₁ ) made of a synthetic resin is fixed to the binding side portion (16) on one surface of the backing sheet (1). Further, a second opening (P ₂ ) for inserting a panoramic photograph is provided on the upper side of the uppermost pocket (P). Therefore, cutout recesses (121) and (121) are formed at both ends of the upper side of the uppermost pocket portion (P), and the front and back covering films (2) constituting the pocket portion (P) are formed. Is the notch recess (121)
Welding is performed at the portion (121) to form upper side welded portions (202) and (202), and the space between these is the second opening (P ₂ ). On the other hand, the lower side portion of the lowermost pocket portion (P) is formed in a straight line shape, and the front and back cover films (2) are welded over the entire outer region.

Therefore, in this mount sheet (1), the upper side of the uppermost pocket (P) is different from the lower side of the lowermost pocket (P). Since the position of the entry column (H) is deviated upward, it is formed vertically asymmetrically as a whole. This mount sheet (1)
As described above, the band-shaped sheet (10) used in the manufacture of the sheet material is formed by connecting a pair of mount-equivalent portions (1a) and (1a) to a binding edge portion, as shown in FIGS.
(16) In this configuration, they are arranged side by side so that they are in opposite orientations with (16) as the center, and they are connected in the vertical direction.

Accordingly, in the mount (1a) in the right column in FIG. 6, the entry column (H) is located on the lower side in the transport direction with respect to the pocket (P), and the mount in the left column. In (1a), the entry column (H) is located on the upper side in the transport direction with respect to the pocket (P). Further, at the boundary between the mounts (1a) and (1a) in the columns, horizontally long cutouts (12) and (12) that are open to the edge of the strip-shaped sheet (10) are provided.

As shown in FIG. 7, the opposite sides of each notch (12) correspond to the mount-equivalent portion (1) in the upright state.
a) A lower side equivalent part (101) and an upper side equivalent part (102) are obtained. In the cutouts (12) and (12) in the right row, the upper side of the belt-shaped sheet (10) in the transport direction is the upper side equivalent portion (102), and the lower side is the upper side equivalent portion (101). Becomes In this embodiment, upper side welding portions (202) and (202) are formed at both ends of the upper side of the uppermost pocket portion (P) of the backing sheet (1). The enlarged part (12) cut into the both ends of the upper part (102) of the notch (12).
a) (12b).

The relationship between the upper side equivalent portion (102) and the lower side equivalent portion (101) in the other left-side cutouts (12) (12) is reversed. Further, as shown in FIG. 2 and FIG. 6, a pair of through holes (11) and (11) are provided on each boundary line between the pocket portions (P) and (P) in each mount-equivalent portion (1a). I have. And the space between these through-holes (11) (11), and the notch (12) described above
(12) The mutual interval is set slightly larger than the short side dimension of the panoramic photograph. The length of each notch (12) is set slightly larger than the area covered by the coating film (2) described later.

On the other hand, the belt-shaped sheet (10) is initially wound in a roll shape with only the printing of the entry fields (H) and (H). As shown in FIGS. 2 and 3, a plurality of roller devices (R) having feed rollers (R) are drawn out and run in the vertical direction, and a punching device provided on this running path.
The cutouts (12) and (12) and the through holes (11) and (11) are formed by (4).

And a punching device in the running direction.
On the upstream side of (4), a fixing device (3) for forming the above-mentioned spacer equivalent portion (S) is provided. This fixing device
(3) is a coating device (3a) for heating and melting a synthetic resin to be a material of the spacer equivalent portion (S) and applying the same to the belt-shaped sheet (10) with a constant width, and cooling the synthetic resin after the application. It consists of a curing device (3b) for curing, and by this fixing device (3),
The band-shaped spacer-equivalent portion (S) is formed at the center of the width of one surface of the band-shaped sheet (10).

Further, on the downstream side of the punching device (4),
Fold the transparent covering film (2) in two and fold the
(0), and a coating film (2) on the front and back of the strip-shaped sheet (10).
2) Welding equipment (6) for welding at (12) and through holes (11) (11)
And a slitter for cutting the belt-shaped sheet (10) in the vertical direction
(7) and a cutting device (8) for cutting the strip-shaped sheet (10) in the horizontal direction are arranged in this order.

After the punching step, the belt-like sheet (10)
From both sides, a two-fold coating film (2) is coated by the coating device (5). At this time, as shown in FIGS. 4 and 5, the coating device (5)
A guide plate (51) having a diamond-shaped opening, and hammered pieces (52) and (52) for forming a central fold are employed. Then, by the welding device (6), the covering film on the front and back of the belt-shaped sheet (10) is formed.
(2) The pockets (P) and (P) are formed by welding each other at the through holes (11) and (11) and the notches (12) and (12). In each pocket (P), a first opening (P ₁ ) for inserting a normal photograph is formed on a side of the pocket (P). At this time, the covering films (2) are welded to each other in substantially the entire area of each through-hole (11). Also, as shown in FIGS. 6 and 7, a portion corresponding to the lower side in each notch (12)
On the (101) side, the coating films (2) on the front and back are welded to each other along this to form the lower side welded part (201), and the upper side equivalent part (1
02) side, the front and back covering films in the enlarged portions (12a) and (12b) in a manner continuous with both ends of the lower side welded portion (201).
(2) The two are welded to each other to form upper side welded portions (202) and (202).

After the welding step, the strip-shaped sheet (10) is cut in the longitudinal direction at the center of the spacer-equivalent portion (S) by the slitter (7). Immediately after this, the band-shaped sheet (10) is cut by the notches (12) and (12) at a constant width in the lateral direction by the cutting device (8). This cutting device (8) comprises a punch (81) and a die (82), as shown in FIGS.
As shown in FIG. 7, the lower side welded part (201) and the upper side equivalent part (10
2) is separated and removed. The pair of backing sheets (1) and (1) are formed by this transverse cutting.

When the pair of backing sheets (1) and (1) are placed in an upright state, for example, as shown in FIG. 8 and the binding sides (16) and (16) are aligned to the left, the spacers (S ₁ ) S ₁ ) are both located only on the top side in the figure. The punching device (4), welding device
Known configurations are adopted as (6) and the slitter (7). Further, in order to make the operation of each step reliable and smooth, the belt-shaped sheet (10) and the covering films (2), (2) may be intermittently run.

Each backing sheet (1) is located at the lowermost position.
The lower side of the bracket (P) is blocked by the lower side weld (201).
The upper edge of the top pocket (P) is welded to the upper edge.
Section (202) (202) open between each other, panoramic photography
2nd mouth for insertion (P_Two). Also, the size of this open part
And the distance between the left and right through holes (11) (11)
It is set slightly larger than the short side length. These
From the above, the second mouth (P _Two) From the pocket (P) (P)
Norama pictures can be inserted.

[Regarding Modification] In the above-described embodiment, the mount sheet (1) in which the printing and the cutout portions are asymmetric in the vertical direction is used. However, this may be the mount sheet (1) in which only the printing is asymmetric in the vertical direction. The reverse is also true. . As shown in FIG. 9, the upper side of the uppermost pocket (P) may not be opened. In this case, the through hole (1
1) (11) may be a long hole as shown in FIG.

[0028] In the above embodiment, the lower side welded portion (201) and the upper side welded portion (202) (202) in the notch (12) are configured to be continuous, but the upper side welded portion is formed inside the enlarged portions (12a) and (12a). (202) (202)
The upper welded portions (202) and (202) and the lower welded portion (201) may not be continuous as long as the edge is formed. . In the above embodiment, the step of fixing the spacer equivalent part (S) is provided before the punching step, but the step of fixing the spacer equivalent part (S) cuts the strip-shaped sheet (10) in the vertical direction. It may be provided at any time before the process.
Further, the constituent material of the spacer-equivalent portion (S) and the method of fixing are not limited to those of the above-described embodiment.

[0029] It goes without saying that other known configurations can be adopted for each device for performing the above steps. . The strip-shaped sheet (10) may be a sheet on which nothing is printed, such as entry fields (H) and (H), and a printing process may be provided during the manufacturing process. Further, the fixing device (3) may not be provided with the curing device (3b). That is, a natural curing method may be used.

[Brief description of the drawings]

FIG. 1 is a schematic view of a manufacturing process of an album mount in a conventional example.

FIG. 2 is a schematic view of a manufacturing process of an album mount in the embodiment of the present invention.

FIG. 3 is a side view of the entire apparatus according to the embodiment of the present invention.

FIG. 4 is an explanatory view of a coating device (5).

FIG. 5 is an explanatory view of a guide plate (51).

FIG. 6 is a top view of the belt-like sheet (10) immediately after the welding step.

FIG. 7 is an explanatory view of a welded portion (2a) in a notch (12).

FIG. 8 is a view showing a mounting sheet (1) manufactured in the embodiment of the present invention.
Illustration of (0)

FIG. 9 is an explanatory view of a modified example.

[Explanation of symbols]

(1a) ・ ・ ・ Mounting board equivalent part (10) ・ ・ ・ Strip-like sheet (2) ・ ・ ・ Coating film (P) ・ ・ ・ Pocket part (12) ・ ・ ・ Notch part (11) ・ ・ ・ Through hole ( S) ・ ・ ・ Spacer equivalent part (S ₁ ) ・ ・ ・ Spacer (12a) ・ ・ ・ Enlarged part (12b) ・ ・ ・ Enlarged part (201) ・ ・ ・ Bottom side welded part (101) ・ ・ ・ Lower side equivalent part (102) ・ ・ ・ Top side equivalent part

Claims (2)

(57) [Claims] 1. A belt-shaped sheet (10) having a pair of mount-equivalent portions (1a) (1a) juxtaposed on the left and right and continuous in the longitudinal direction.
At the boundary between the vertical mounts (1a) and (1a), a horizontally long cutout (12) (12) opened at the edge of the band-shaped sheet (10) is formed, and the mounts (1a) Through holes (11) and (11) are provided at predetermined positions of (1a), and the two-fold transparent covering films (2) and (2) are covered from both sides of the belt-shaped sheet (10),
The front and back coating films (2) are connected to each other by the notches (12) (1)
2) and a plurality of pockets (P) (P) that are opened laterally by welding at the through-holes (11) and (11) are formed vertically continuously, and the cutouts (12) and (12) are formed. Is set longer than the coating area of the coating film (2), and after the formation of the pocket portion (P),
A method of cutting the strip-shaped sheet (10) in the longitudinal direction at the center of the width and cutting the strip in the transverse direction at the notches (12) (12) to form the backing sheet (1) (1). In a method of manufacturing a backing sheet for an album, which simultaneously manufactures a pair of backing sheets (1) and (1) each comprising a vertically asymmetric backing part (1a) (1a), (1a) (1a) It is assumed that they are arranged side by side so that they are upside down, and a band-like spacer-equivalent portion (S) extending in the vertical direction is fixed to the center of the width of one surface of the band-like sheet (10). And a method of manufacturing an album mount in which the band-shaped sheet (10) is cut in the longitudinal direction together with the spacer-equivalent portion (S). 2. A pair of through-holes (11) and (11) are formed on the boundary between the upper and lower pockets (P) and (P) in each mount-equivalent portion (1a),
In each notch (12), the upper side part (10a)
2), enlarged portions (12a) and (12b) cut downward are formed at both ends, and the distance between the through holes (11) and (11) and the enlarged portions (12a) (12
b), the distance between each other is set to be longer than the short side length of the panoramic photograph, and the front and back covering films are formed along the lower side (101) side of the notch (12) corresponding to the mount (1a). (2) Welding each other to form a lower welded part (201)
(1a) On the side of the upper side equivalent part (102) side, the front and back covering films (2) are welded to each other only in the enlarged parts (12a) and (12b), and the step of cutting the band-shaped sheet (10) in the lateral direction is performed by mounting the backing Equivalent part (1a)
2. The method of manufacturing an album mount according to claim 1, wherein a step of separating and removing a portion between the upper side corresponding portion (102) and the lower side welding portion (201) is performed.