JP2977492B2 - How to make a handbag bag - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for manufacturing a handbag of a handbag, and more particularly, to a method for manufacturing a handbag suitable for being glued and attached to a handbag body made of paper.

Heretofore, as shown in FIG. 6, a handbag of this kind has been widely used. The hand of this handbag is formed by gluing and sandwiching both ends of a handstring 20 bent in an inverted U-shape with two strips of paper 39, 39.
In addition, a pair of handbags of this handbag are prepared, each is glued to one side of the band paper 39 on the inner side of the opening edge of the handbag body with the upper opening, and the handbag string 20 is attached by protruding above the handbag body. Things.

[0003] However, the hand of the above-mentioned handbag has no problem when a highly flexible handstring is used, but the handbag 20 has a strong strength and a cross-sectional shape that is easy to grasp. The use of has various problems.

[0004] That is, as described above, a strap having a strong strength and a cross-sectional shape that is easy to grip is often relatively strong, except for a twisted string that is weakly twisted. Original shape (usually straight)
Try to return to Then, the force of the curved hand strap to return to its original state acts on the band papers 39, 39, and the band paper 3
9, 39 will be deformed.

[0005] The deformation of the strips 39, 39 is corrected to some extent by gluing the strips 39, 39 to the bag body. As a result, the deformed strips 39, 39 are not greatly deteriorated. It is difficult to mechanize the step of gluing 39 to the bag body, which has a major problem that is unsuitable for machine bag making.

Further, the above-mentioned strap 21 may be twisted when it is bent in an inverted U-shape. In particular, when the strap 21 is mechanically bent, the twist is often added. 2
If the 0 is twisted, the deformation of the strips 39, 39 is further increased, and when attached to the bag body, the strap 20 is twisted to become not three-dimensional but three-dimensional, thus deteriorating the appearance. Also, there is a problem that the storage space for storing the handbag is increased.

[0007]

SUMMARY OF THE INVENTION Accordingly, the present invention has been made in view of the above-mentioned problems, and has been made in consideration of the above problems. It is an object of the present invention to provide a method of manufacturing a handbag which can be made in a bag and has good appearance.

[0008]

In order to achieve the above-mentioned object, a method for manufacturing a handbag according to the present invention comprises the steps of:
on the upper surface of the cardboard band 10a.
a in a state in which a is vertically long, a straight portion 20X1 orthogonal to the cardboard bandage 10a, and the end thereof is a cardboard bandage 1
0a, a one-side folded portion 20Y1 that is folded at a predetermined curvature outside the left and right sides, a linear portion 20X2 that is parallel to the linear portion 20X1 with a predetermined interval, and the leading end of the right and left sides of the cardboard band 10a. The other folded portion 20Y2, which is folded at a predetermined curvature outside of the paperboard, is sequentially repeated to form a meandering shape, and the cardboard paperboard 10a and the carrier string 20a are folded.
Are glued to each other, and further, on the above-mentioned cardboard-mounting bandage 10a and the tying-strings 20a, the overlapping-paper banding 3 is attached.
0a are overlaid and glued, and then the cardboard band 10
a, the cutout line L of the center line portion extending in the longitudinal direction of the cardboard mount strip 10a.
.., Which are vertically divided into two parts at one site, and which are vertically divided into two parts and curved in an inverted U-shape, at predetermined intervals, a cardboard paperboard 10a and a laminated paperboard. A technical measure is taken to cut the material that has been sandwiched and glued with 30a by a cutting line L2 located in the middle between the adjacent tying cords 20, 20.

Therefore, according to the method of the present invention, the cardboard obtained by the method of the present invention uses the cardboard mount 10 to resist the force of the strap 20 to return to its original shape. It has the effect of preventing deformation. That is, since the cardboard mount 10 has a predetermined rigidity, the rigidity resists the force of the cardboard strap 20 that is going to be deformed.

According to the method of the present invention, the handle of the handbag can be mechanically produced, and the cut lines L2, L2, L2,.
Before cutting to a predetermined length in the above, since a large number of handbags are continuous, set this in an automatic bag making machine, and automatically bag or bags in the middle of automatic bag making. In addition, the present invention has an effect of facilitating mechanical attachment of the handle of the handbag.

Further, the present invention of claim 2 relates to a cardboard mounting strip 1a in a state in which a cardboard strap 21a is vertically arranged on the upper surface of the cardboard mounting strip 10a.
The straight portion 21X1 orthogonal to 0a and the leading end thereof are folded at a predetermined curvature outside one of the left and right sides of the cardboard band 10a, and the leading end side faces the cardboard band 10a on the same plane as the straight portion 21X1. The one-side folded portion 21Y1, a straight portion 21X2 which is parallel to the straight portion 21X1 with a predetermined interval, and the tip of which is folded at a predetermined curvature outside the other of the left and right sides of the cardboard band 10a. The other side folded portion 21Y2 whose side is the same as the straight line portion 21X2 and faces the cardboard band 10a is repeatedly repeated in a meandering shape, and the cardboard band 10a and the strap 21a are attached. Are glued to each other, and further, on the above-mentioned cardboard backing band 10 and the tie-band band 21a, the backing band 30a is overlaid and glued. And the serial cardboard mount for the wrapper 10a and overlaid the wrapper 30a and Hisagete string for Article 20a for the paper, the wrapper 1 for cardboard mount
, Which are vertically divided into two at the center line cut-off line L1 extending in the longitudinal direction of Oa and further divided into two vertically and bent in an inverted U-shape at predetermined intervals. A technical means is provided in which the material sandwiched and glued between the cardboard bandage 10a and the layered paper bandage 30a is cut by a cutting line L2 located between the adjacent hand straps 20,20. .

[0012] Therefore, as shown in FIG. 1, the tatami obtained by the method of the present invention is obtained by gluing both ends of the tie strap 21 to one side of the cardboard mount 10 with the same surface facing the lower surface. As described above, both ends are in surface contact with the cardboard mount 10, and the intermediate portion has a horizontal plane substantially parallel to the upper edge of the opening so that it can be easily gripped, and also has the function of claim 1. It is.

[0013]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, embodiments of the present invention will be described with reference to the accompanying drawings. In the figure, reference numeral 20 denotes a strap. The hand strap 20 may be a conventionally known one. Paper straps, paper straps in which a plurality of paper straps are arranged and glued, thick twisted threads, cloth tape, synthetic resin straps, and the like are generally used. ing.

Note that the straps 20 made of the above various materials are
It is a matter of course that any material may be used. However, in the method of the present invention, a material having relatively high rigidity (a flat string or a string having a three-dimensional sectional shape) is assumed. It is particularly suitable for a paper band.

The strap 20 is curved in an inverted U-shape, and the same surface at both ends is glued to one surface side of the cardboard board 10.

The cardboard mount 10 has a rigidity and strength such that the strap 20 is curved in an inverted U-shape but does not deform even when a force for returning to the original straight shape is applied. In general, by increasing the thickness of paper, rigidity is increased and strength is also improved.

On the one side of the cardboard 10 (including both ends of the strap 20), a paper 30 of the same size as the cardboard 10 is laminated and glued.

Even if the above-mentioned laminated paper 30 is omitted, since the cardboard board 10 already exists, the strap 20 is attached to the handbag body 50 by a conventional method such as gluing with the cardboard board 10. However, it is desirable that the strap 20 has a three-dimensional cross-sectional shape having a certain width and thickness so that it can be easily gripped when it is held by hand. If the strap 20 having a three-dimensional cross-sectional shape is glued to the flat cardboard board 10, it is easy to repeatedly apply a peeling force when the strap is shaken, etc., due to use. However, there is a disadvantage that the metal is easily dropped. In particular, since the present invention uses the cardboard board 10 having high rigidity, the external force due to shaking is easily concentrated on the glued portion, and the strap 20 is easily dropped off.

Therefore, in the handbag manufactured by the method of the present invention, the both ends of the strap 20 are glued and stuck to the cardboard mount 10 and the laminated paper 30 and sandwiched between them, so that the glued area is widened. In addition, even when used, the three-dimensional tie cord 20 is hardly displaced with respect to the flat cardboard mount 10 and the peeling force is hardly applied, so that sufficient adhesive strength is maintained.

As shown in FIG. 1, a pair of hands to be manufactured by the method of manufacturing a handbag according to the present invention are prepared in a pair, and each of them is provided on the inside of the opening edge of the upper end of the bag body 50 with the cardboard mount 10 or the stack paper 30. One side is glued, and the straps 20 and 20 are attached to the bag body 5.
It is mounted so as to protrude above the zero. Also,
The upper end opening of the bag body 50 is turned back inward to reinforce the opening and improve the appearance, but in this case, as shown in FIG.
0a are provided with key-shaped notches 51, 51,
It is preferable that the hand strap 20 of the handbag of the present invention, which is affixed to the bag body 50 on the inner side of a, protrudes above the bag body 50 from the upper sides of the key-shaped cut grooves 51, 51. .

In addition, the lower surfaces of both ends of the strap belt 21 which are curved in an inverted U-shape and have the same surface facing the lower surface side are respectively glued to one surface side of the cardboard mount 10, and the cardboard mount is placed thereon. 10 may be laminated and glued together. That is, in this example, a belt-shaped strap 21 is used in place of the strap 20. The strap 20 is used when a heavy object is stored in the bag body and held in the hand. The hand strap 20 having a certain width because the hand strap 20 is easily cut into the hand.
1 is desired.

As the hand strap 21, the above-mentioned synthetic resin strap, paper strap, cloth band, and the like can be supposed. The cloth band can have large flexibility and does not have much problem. Resin straps and paper straps have high rigidity and tend to return to the original linear shape when bent in an inverted U-shape.

Then, a strip having a predetermined width is
In order to bend in an inverted U-shape and to glue both ends thereof to one surface side of the cardboard mount 10, as shown in FIG. A method of gluing the first and second ends of the strap 21 to the cardboard 10 as shown in FIG. 5. There is.

When the strap 21 is attached by the method shown in FIG. 1 and FIG. 5, both the gripping portion of the strap 21 and the horizontal portion having a predetermined width as shown in FIG. Because
Even if a relatively heavy item that is easy to grasp and is stored and handed to the hand, the load is not locally applied to the hand.

However, in the method shown in FIG.
When 1 is attached, when an article is put in the bag body and a load is applied, the cardboard mount 10 is deformed in a zigzag shape as shown by a dashed line in FIG. It should be noted that the deformation here is not caused by the rigidity of the strap 21 described above, but is caused by a load in the bag body 50.

On the other hand, when the strap 21 is attached by the method shown in FIG. 1, when the article is put into the bag body and a load is applied, the cardboard board 10 expands to one side in the left and right center when viewed from the top. It will be deformed so that it comes out. Here, the one side is in the opposite direction to the both end faces where the gripping portion of the strap 21 is aligned with the lower surface, and therefore, in the example of FIG.
When the left and right centers are viewed from the top, the center is deformed into the inside of the bag body 50 so that the opening is deformed in the direction in which the opening closes even when heavy items are stored, thereby maintaining the appearance.

The present invention is for manufacturing the above-described hand. The hand straps 20a are formed on the upper surface of the cardboard band 10a.
A straight portion 20X1 orthogonal to the cardboard band 10a in a state where the cardboard band 10a is vertically elongated, and a one-side folded portion at which a leading end is folded at a predetermined curvature outside one of the left and right sides of the card board band 10a. 20Y1 and a linear portion 20X which is parallel to the linear portion 20X1 with a predetermined interval.
2 and the other side folded portion 20Y2 of which the leading end is folded at a predetermined curvature outside the left and right outer sides of the cardboard mounting strip 10a is sequentially repeated in a meandering shape and overlapped.
0a and the strap 20a are glued together.

The cardboard band 10a has the same strength, rigidity and thickness as the cardboard 10, and has a width twice that of the cardboard 10. It is desirable to use a long material wound in a roll shape as much as possible as the cardboard band paper 10a, but use a sheet-shaped material that is made as long as possible by cutting the cardboard into a predetermined length. No problem.

It is a matter of course that the above-mentioned strip 20a for the strap is made of a long piece of roll paper slit into a predetermined width and wound up.

Then, in a state where the cardboard mounting strip 10a is vertically elongated, a straight portion 20X1 orthogonal to the cardboard mounting strip 10a and the leading end thereof are folded at a predetermined curvature outside one of the left and right sides of the cardboard mounting strip 10a. One-side turn-back part 20
Y1 and a linear portion 20X2 which is parallel to the linear portion 20X1 with a predetermined interval, and a second-side folded portion 20Y2 whose tip is folded at a predetermined curvature outside the left and right sides of the cardboard band 10a. Repeat to make a meandering shape and stack,
The overlapping portions of the cardboard band 10a and the strap 20a are glued together. In another embodiment, a glue material is applied to the entire top surface of the cardboard band 10a, It is easy to mechanize if the strap 20a is placed in a meandering manner. It is to be noted that the paste may be applied only to a predetermined location of the cardboard strip 10a or to only a predetermined location of the strap 20a.

Next, the method of the present invention comprises the steps of applying the cardboard band 30a on the cardboard band 10a and the strap 20a.
And glue.

The laminated paper band 30a has a large paper strength but is relatively thin and has flexibility, and is prepared as a long material having the same width as the thick paper board paper 10a. The glue is applied on the entire surface or in a line shape, and is glued on the cardboard band 10a before the glue solidifies. In addition, this paper band 30a for lamination is a strip 2
It is desirable that the portion overlapping with Oa is pushed and stretched by a sponge or a groove of a roller or the like, so that a gap between the Oa and the cardboard band 10a is suppressed as much as possible.

Then, the present invention provides the following: the above-mentioned cardboard mounting strip 10a, the overlapping paper strip 30a, and the strap 20a.
Are divided vertically into two at the center line cut-off line L1 extending in the longitudinal direction of the cardboard mounting strip 10a, and further divided into two vertically and bent in the shape of an inverted U character.・
.. Sandwiched and glued at predetermined intervals between the cardboard mounting strip 10a and the stacking paper strip 30a, and the adjacent hand strap 2
Cutting is performed at a cutting line L2 located at an intermediate position between 0 and 20.

That is, the center line cut-off line L1 is vertically divided into two parts (sequentially divided into two parts from one end by a slit device or the like), so that the long cardboard paperboard 10a and the laminated paperboard 30a can be formed. At a predetermined interval, an inverted U-shaped strap 20
Are obtained in a state in which 20, 20,... Are attached, and this is sequentially cut at a middle cut line L2 between a pair of adjacent hand straps 20, 20 to be curved in an inverted U-shape. It is possible to obtain a handbag of a handbag in which both ends of the handbag string 20 are sandwiched and glued between the cardboard mount 10 and the laminated paper 30.

Next, according to the invention of claim 2, the cardboard band strip 21a is formed on the upper surface of the cardboard bandage 10a, and the cardboard bandage 10a is elongated in a state in which the cardboard bandage 10a is vertically elongated. And a front end thereof is folded at a predetermined curvature on one of the left and right outer sides of the cardboard band 10a, and the front end side is directed to the cardboard band 10a on the same plane as the straight region 21X1. The one-side folded portion 21Y1, a straight portion 21X2 which is parallel to the straight portion 21X1 with a predetermined interval, and the tip of which is folded at a predetermined curvature outside the other of the left and right sides of the cardboard band 10a. The other side folded portion 21Y2 whose side is the same as the straight line portion 21X2 and faces the cardboard bandage 10a is sequentially repeated in a meandering shape and overlapped. To Norigi the site mutual overlap between 0a and Hisagete string for the band Article 21a.

That is, in the present invention, a strap 21a for a strap is used in place of the strap 20a for a strap according to claim 1, and the strap 21a for the strap is the same. The sheets are stacked so that the front side always faces the cardboard band 10a and glued.

Then, the paper band 30a is laminated and glued on the paper board 10 and the strap 21a, and the paper board 10a and the paper band 10a are laminated. The 30a and the strap 20a are divided vertically into two portions at the center line cutout line L1 portion extending in the longitudinal direction of the cardboard bandage 10a, and are further vertically divided into two portions to be curved in an inverted U-shape. Are sandwiched and glued at predetermined intervals between the paperboard for cardboard 10a and the paperboard for laminated paper 30a, and are located in the middle of the adjacent hand straps 20, 20. Cutting at the cutting line L2 is the same as in "Claim 1".

[0038]

Since the method of the present invention is as described above, the cardboard mount 1 can be used even with the use of the rigid and durable strap 20.
0 can provide a method of manufacturing a handbag of a handbag that does not deform.

The handle of the handbag which does not deform the cardboard mount 10 has a good appearance in itself and has an effect of not deforming the opening portion when it is attached to the bag body 50. The greatest effect is obtained by using a flat handbag. The handbag is easy to handle mechanically and can provide a handbag handbag suitable for machine bag making.

The method of the present invention can provide a method for manufacturing a handbag of a handbag that can mechanically manufacture the handbag of the handbag as described above. It is possible to manufacture a handbag with a special hand.

[Brief description of the drawings]

FIG. 1 is a perspective view showing one embodiment of a handbag of a handbag manufactured by the method of the present invention.

FIG. 2 is a plan view in the middle of manufacturing, illustrating the method of the present invention.

FIG. 3 is a plan view, during manufacture, of another embodiment of the method of the present invention.

FIG. 4 is a front view of a main portion of a portion where a hand of a handbag manufactured by the method of the present invention is attached to the bag body.

FIG. 5 is a perspective view showing another embodiment of a handle of a handbag.

FIG. 6 is a perspective view of a handle of a conventional handbag.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 10 Cardboard mount 10a Cardboard mount band 20 Hand strap 20a Hand strap 20X1 Straight section 20X2 Straight section 20Y1 One side folded part 20Y2 Other side folded section 21 Car strap 21A1 Strip strap 21X1 Straight section 21Y1 One-side folded portion 21Y2 The other-side folded portion 21X2 Linear portion 30 Laminated paper 30a Laminated paper band L1 Center line cut line L2 Cut line

Claims (2)

(57) [Claims] 1. A cardboard strip (20a) is provided on the upper surface of a cardboard band (10a), and the cardboard band (10a) is vertically oriented with the cardboard band (10a) vertically oriented. Linear portion (20X1), a one-side folded portion (20Y1) whose front end is folded at a predetermined curvature outside one of the left and right sides of the cardboard band (10a), and the linear portion (20X1).
1) and a straight line part (20X
2) and the other side folded portion (20Y) of which the leading end is folded at a predetermined curvature outside the other of the left and right sides of the cardboard band (10a).
2) is sequentially repeated to form a meandering shape, and the overlapping portions of the cardboard mounting strip (10a) and the carrier string (20a) are glued together, and furthermore, the cardboard mounting strip (10a) Supplier string (2
0a) and a glue paper band (30a) is superimposed and glued. Then, the above-mentioned cardboard mount paper band (10a), a pile paper band paper (30a), and a cord strap (20a) are attached. , A center line cut line (L) extending in the longitudinal direction of the cardboard band (10a).
1) Vertically divide the portion into two parts, and further divide the above-mentioned two vertically and fold the hand straps (20, 20, 20,...) Curved in an inverted U-shape at predetermined intervals at a cardboard board band (10a). A method of manufacturing a handbag bag, which cuts a sheet that has been sandwiched and glued with a banding paper (30a) by a cutting line (L2) located in the middle of adjacent handstrings (20, 20). 2. A cardboard band (21a) is provided on the upper surface of the cardboard band (10a), and the cardboard band (10a) is perpendicular to the cardboard band (10a) in a state in which the cardboard band (10a) is vertically elongated. And the leading end thereof is folded back at a predetermined curvature outside one of the left and right sides of the cardboard band (10a), and the leading end side is on the same plane as the straight line (21X1). A straight portion (21X1) that is directed to the side, a straight portion (21X2) that is parallel to the straight portion (21X1) at a predetermined interval, and
The leading end is folded at a predetermined curvature outside the left and right outer sides of the cardboard band (10a), and the leading end side is on the same plane as the linear portion (21X2).
And the other folded portion (21Y2) facing the other side is sequentially repeated to form a meandering shape and overlapped.
0a) and the strap for the strap (21a) are glued to each other, and the cardboard (10) and the strap for the strap (2
1a) and a glue band (30a) is overlaid and glued. Then, the cardboard band (10a), the glue band (30a), and the strap for strap (20a) are joined together. , A center line cutout line (L) extending in the longitudinal direction of the
1) Vertically divide the portion into two parts, and further divide the above-mentioned two vertically and fold the hand straps (20, 20, 20,...) Curved in an inverted U-shape at predetermined intervals at a cardboard board band (10a). A method of manufacturing a handbag bag, which cuts a sheet that has been sandwiched and glued with a banding paper (30a) by a cutting line (L2) located in the middle of adjacent handstrings (20, 20).