JPH0454178Y2 - - Google Patents

Description

[Detailed explanation of the idea] <Industrial application field> The present invention relates to an assembled hat.

<Conventional technology> The conventional assembling hat of this type is
No. 40243, in which the cap top is polygonal, and trapezoidal cap wall components are connected to each edge of the cap top so that they can be bent freely. and 1 on the outer edge of each cap wall component.
An assembled hat formed by connecting the eave component parts in a bendable manner by a straight folding line of the book, and further connecting each cap wall component part and each eave component part alternately to adjacent ones. However, in this case, the hat was made up of a single hat body and had a complicated structure for assembly, making it difficult to manufacture.
In addition, the hat body is large, making it inconvenient to transport and store.Furthermore, each hat wall component piece connected to the polygonal hat top, or each eave component piece connected to these pieces, is one piece. Since they are connected by straight bending lines, when they are bent, they become angular and do not fit on the head when worn.Furthermore, since there are no ventilation holes, it is easy to get steamy, and each cap wall structure Once the split pieces or the eave-constituting pieces attached to these pieces are colored, there are various drawbacks such as the inability to change the color.

<Problems to be solved by the invention> In view of the above-mentioned circumstances, the present invention has been developed to create multiple sheets of the same shape made of synthetic resin sheets, paper, cloth, non-woven fabrics, composite materials thereof, etc. that can be easily colored. The flat unit sheet is easily assembled and worn only when in use.Moreover, when assembled, it has good breathability and is rounded to fit easily on the head, and furthermore, it can be compacted and carried when used. Its purpose is to provide an assembly type hat.

<Means for Solving the Problems> In order to achieve the above-mentioned object, the present invention uses a plurality of flat unit constituent sheets of the same shape made of synthetic resin sheets, paper, cloth, nonwoven fabrics, composite materials thereof, etc. is between the triangular top surface of the hat having a connecting portion with a mounting hole formed at the top and the bottom body surface of the hat having inclined overlapping surfaces formed on both sides, and between the hat body surface; Below that, two cut lines for bending are provided in a concave curve at an interval above and below between the hat flange and the hat flange, which has an appropriate number of hook holes drilled on the top and bottom of both sides. Several ventilation holes were intermittently drilled along the entry line, and the plurality of unit constituent sheets were rotatably attached using pivots inserted into each attachment hole, and the plurality of unit constituent sheets were also inserted into the hook holes. The hooks can be freely engaged and detached from the hook holes of other unit constituent sheets.

<Function> Two bending lines are made in a concave curve at intervals above and below between the top surface of the hat and the body surface of the hat, and between the body surface and the flange of the hat. established,
Since several ventilation holes are intermittently drilled along the cut lines, it is easy to assemble even from a flat unit component sheet by bending the two bend lines. In addition, the assembled hat can be given the necessary roundness as a hat, and can have extremely good breathability.

<Example> Figure 1 shows synthetic resin sheets of the same shape, paper,
1 shows an embodiment of an assembly-type hat of the present invention, which is constructed from four flat unit-constituent sheets 1 made of cloth, nonwoven fabric, composite materials thereof, etc. As can be seen from the plan view shown in FIG. 3, one unit-constituent sheet 1 has a substantially triangular hat top surface 4 on which a connecting portion 3 with a mounting hole 2 is formed, and a bottom surface 4 below the top surface 4. A hat flange 8 having an appropriate number of hook holes 7 formed between the hat body surface 6 and the hat body surface 6 having inclined overlapping surfaces 5, 5 on both sides thereof, and below the hat body surface 6, on both sides and above and below. 2 at intervals above and below.
A score line 10 for folding the book is provided in a concave curve, and several ventilation holes 9 are intermittently bored along the score line 10.

As shown in FIG.
1, it is pivotally mounted for free rotation. Axis 11 in the illustrated example
is composed of male and female members that engage and lock each other from above and below. When not in use, the unit constituent sheets 1 are stacked on top of each other around the pivot 11 (FIG. 2), and when in use they are unfolded around the pivot 11.

In Figures 6 and 7, there is a hook 12 in the hook hole 7.
It is shown that the hook 12 can be freely engaged and detached from the hook hole 7 of the other unit constituent sheet 1.

Next, to describe the assembly, first unfold the four flat unit constituent sheets 1, and make two folding sheets that span the upper and lower tiers and are spaced apart on the upper and lower sides of the concave curve. Bend the cut line 10. The several ventilation holes 9, 9 are intermittently drilled along the two bending score lines 10.As described above, the bending score lines 10 are bent. As a result, the flat hat body surface 6 is deformed into a convex shape. Next, appropriate hooks 12 and hook holes 7 are selected and engaged depending on the size of the head. The assembly is thus completed. If the above procedure is reversed, the state shown in FIG. 2 will be restored.

In the above example, the number of unit constituent sheets 1 is four, but if necessary, the number of unit constituent sheets 1 may be further increased to four or more.

<Effects of the invention> As can be seen from the above description, according to the invention, there is a gap between the top surface of the hat and the body surface of the hat, and between the body surface of the hat and the flange of the hat in the upper and lower directions. Since two cut lines for bending were provided in a concave curve and several ventilation holes were intermittently drilled along the cut lines, even if the unit sheet was flat, the above-mentioned, The hat is assembled by folding the two folding lines spaced apart at the bottom, making it easy to fold and assembling. Therefore, it has good air permeability and does not get stuffy, can be rounded and easily conforms to the head, and can provide a sufficiently fashionable feeling.

In addition, since inclined overlapping surfaces are formed on both sides of the hat body surface, each unit component sheet on the side of the hat can be adjusted even if the hooks and hook holes that suit the size of the head are selected and engaged. To avoid creating gaps that would impair the aesthetic appearance of the continuous parts.

Since multiple unit sheets made of synthetic resin sheets, paper, cloth, non-woven fabrics, and their composite materials are flat, they can be punched out during the manufacturing process, making them suitable for mass production. Since the sheet is rotatably attached to the shaft, there is no risk of a certain unit component sheet being lost.

Furthermore, since the hooks inserted into the hook holes can be freely engaged and detached from the hook holes of other unit component sheets, it is less troublesome to assemble to a size that fits the size of the head and to disassemble the assembled sheet. This hat can be assembled without the need for a hat, can be folded up into a small bag after use, making it easy to carry and store, and the unit composition sheet can be colored in various colors to create an interesting assembly hat. It is effective in providing the following.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing the assembly state of the assembled hat of the present invention, Fig. 2 is a perspective view showing its state before assembly, Fig. 3 is a plan view of its unit constituent sheet, and Fig. 4
The figure is a top plan view of the assembled state.
Figures 6 and 7 are lines A-A and B in Figure 4.
- It is a longitudinal cross-sectional view cut along the B line and the C-C line and seen in the direction of the arrow. 1... A plurality of flat unit constituent sheets of the same shape made of synthetic resin sheets, paper, cloth, non-woven fabrics, composite materials thereof, etc., 2... Mounting holes, 3... Connecting parts, 4... Hat top surface , 5... inclined superposition surface, 6...
... Hat body surface, 7 ... Hook hole, 8 ... Hat flange, 9 ... Ventilation holes drilled intermittently, 10 ...
Two incision lines for bending provided in a concave curve at an interval at the top and bottom, 11... Pivot, 12... Hook.

Claims (1)

[Scope of utility model registration request] A plurality of flat unit constituent sheets 1 of the same shape made of synthetic resin sheets, paper, cloth, non-woven fabrics, composite materials thereof, etc. are connected to a connecting portion 3 with mounting holes 2 formed therein.
a triangular hat top surface 4 formed at the top;
Between it and the hat body surface 6 which has inclined overlapping surfaces 5, 5 formed on both sides thereof, and between the hat body surface 6 and the hat body surface 6 below,
At the bottom thereof, two cut lines 10 for bending are provided in a concave curve at intervals above and below between the hat flange 8 and a hat flange 8 in which an appropriate number of hook holes 7 are bored on both sides and above and below. , several ventilation holes 9 are intermittently bored along the cut line 10, and a pivot 11 is inserted into each mounting hole 9.
The plurality of unit constituent sheets 1 are rotatably attached to each other, and the hooks 12 are inserted into the hook holes 7.
can be freely connected to and removed from the hook hole 7 of the other unit component sheet 1.