JPS6232470Y2 - - Google Patents

Description

[Detailed description of the invention] Industrial application field This invention is an assembly type photo frame, which is constructed by bending a single sheet of thin material such as cardboard or a synthetic resin sheet, and can be made into a flat shape as needed. This invention relates to a foldable, sectional photo frame.

Conventional technology Traditionally, this type of assembling photo frame has
Although various configurations have been proposed, they can generally be classified into the following two types of configurations. That is, a photo holder and another foldable support leg are bonded together, and a sheet of thin plate material cut into a predetermined shape is bent and engaged to form a photo holder and a support leg. These are the various models.

Problems to be Solved by the Invention However, the former type requires a gluing process in addition to the cutting process of the thin plate material, making it time-consuming and inefficient to manufacture. There is also the disadvantage that the unit price increases. In this point,
The latter type only requires cutting the thin sheet material and does not require gluing, so it is easy to work with, improves efficiency, and is advantageous in terms of unit cost. However, on the other hand, the cutting shape of the thin sheet material becomes complicated. In addition to being easy to use, there is a lot of waste in material removal, and depending on the overall structure, the parts that are stacked on top of each other can easily separate from each other, and in order to keep them in a stacked state, more complicated combinations are required. However, it had some disadvantages, such as the need for

In view of these conventional drawbacks, this idea was developed to make it possible to effectively remove materials in a photo frame constructed by cutting and assembling thin sheets of material, and to glue the cut parts together and overlap them as necessary. This prevents the mating parts from separating, and at the same time allows the photo mount to be used by folding it into a simple flat shape. Instead, they can be stored, thereby providing a construction that is convenient, inexpensive, and easy to use.

Means for Solving the Problems The assembly type photo frame according to this invention is made by cutting a single sheet of thin plate material, and has a display part with a display window and a first
separated by a folding line and connected to the upper side of the display section,
Assembling the display part and the stop part that are overlapped on the inside of the display part, and the display part and the stop part that are separated by a second folding line and connected to the lower side of the display part and are overlapped, in an upright state; It also has a support part which can be folded into a flat state within the outer shape range of the display part and is divided into a first branch piece and a second branch part by a third folding line.

When the display section and the holding section are overlapped, the upper end edge of the holding section is engaged with the supporting section to form a second engaging section that holds the display section and the holding section in the overlapping state. ing.

Further, when the support part is bent along the third bending line, the holding part is engaged with a lower end edge of the support part to maintain the supporting position of the support part with respect to the holding part. One engaging portion is formed.

Function In this invention, the holding part is bent along the first folding line until it overlaps the inside of the display part,
The first and second parts of the support part along the second and third folding lines
Each branch piece is bent inside the display part, the upper end edge of the holding part is engaged with the second engaging part, and the lower end edge of the second branch piece in the support part is engaged with the first engaging part. By engaging them, they are assembled into an upright state.

In addition, as mentioned above, by overlapping the holding part on the inside of the display part and then overlapping the support part on the back side of the holding part along the second folding line, it is possible to create a substantially flat surface within the outer shape of the display part. Can be folded into any state.

Embodiments Hereinafter, embodiments of the assembly type photo frame according to this invention will be described in detail with reference to the accompanying drawings.

Figure 1 shows a developed view, and in this figure, the folding lines indicated by the dashed dotted line indicate outward bending when viewed from the front side.
In other words, the folding line indicated by the two-dot chain line indicates the folding inward when viewed from the front side, that is, the valley folding. Cut into the unfolded shape as shown in the figure, and emboss each folded line.

That is, the thin plate material 1 is cut into a rectangular shape with dimensions L in the longitudinal direction and W in the width direction.
The second folding lines 2 and 3 create a longitudinal dimension l ₁ in the center.
A display part 4, a holding part 5 having a longitudinal dimension _l2 at the top,
The lower part is divided into parts of a support part 6 having a longitudinal dimension _l3 . Here, the relationships among the longitudinal dimensions of these parts are l ₁ ≒ l ₃ and l ₃ > l ₂ , with l ₂ being smaller than l ₁ and l ₃ .

In the display section 4, a horizontally long display window 7 is cut out at the center, and a first folding line 2 is cut out.
A knob part 9 is formed by a cut 8 in the middle part toward the holding part 5 side.
is prominent. Further, the holding part 5 has a position at a distance l ₂ a from its upper part, that is, from its edge.
A horizontally elongated first engagement part 12 facing toward the same edge is formed by a notch 10 and a folding line 11 in the middle part facing the knob part 9 . Furthermore, the support section 6
The first support piece 6a and the second support piece 6a are separated by a third folding line 13 which is located at a distance l ₃ a from the second folding line 3 and a dimension l ₃ b from the lower edge of the second folding line 3 and parallel to the width direction. The first branch piece 6a has notches 14, 14 and fold lines 15, 15 at left and right positions close to the second fold line 3, so that the first branch piece 6a is parallel to the second fold line 3. The horizontally long second engaging part 1 facing this
6, 16 are formed, and the longitudinal dimension l ₃ b of the second branch piece 6b is the distance dimension from the edge of the first engaging part 12 in relation to the first branch piece 6a.
It corresponds to l ₂ a.

Next, the thin plate material 1 configured as above is
The device is assembled and used as shown in FIGS. 2 and 3, and the assembly procedure will be described below.

First, with each engaging part 12 and 16, 16 slightly pulled up, the holding part 5 is bent from the first folding line 2 until it is overlapped with the inside of the display part 4, and then the first part of the supporting part 6 is folded. The branch piece 6a is moved from the second folding line 3,
The second branch pieces 6b are each bent inward from the third folding line 13 to the inside of the display part 4, and the upper edge of the holding part 5 is engaged with the engaging parts 16, 16, and the second branch piece 6b The lower edge of the first engaging portion 12 is engaged with the first engaging portion 12 .

Here, in order to display a photograph on the display window 7 of the display section 4, a photo mount on which a photograph to be displayed is affixed in advance to the relevant display position may be inserted between the display section 4 and the holding section 5; Alternatively, before assembly, a method is adopted in which a photograph to be displayed is pasted on the display window 7 from the inside of the display section 4, or a photograph to be displayed is similarly pasted at the corresponding display position on the holding part 5. can. Furthermore, cut grooves into which the four corners of the picture to be displayed can be inserted may be provided at the corresponding display positions of the holding portion 5, and the four corners of the picture to be displayed may be inserted and fixed into these cut grooves.

Therefore, in the photo frame assembled in this way, the first branch piece 6a of the support part 6 is attached to the bottom wall, and the second branch piece 6a is attached to the bottom wall.
b can be used as support legs to stand on a desk or the like, and in this case, the backward inclination angle of the display section 4 and the holding section 5 is the longitudinal dimension l of the second branch 6b on the support section 6. ₃ b, and the distance l ₂ a from the edge of the first engaging portion 12 at the holding portion 5.
In addition, in this photo frame, the second branch piece 6b of the support part 6 is removed from the first engagement 12, each branch piece 6a, 6b is stretched flat, and the holding part 5 is overlapped with the display part 4.
By folding it from the second folding line 3 and overlapping it in the same way on the back side of the display section 4, it is possible to fold it into a substantially planar shape within the outer shape range of the display section 4, as shown in FIG. In this state, if a nail hole or the like is formed in the knob 9, it can be used as a so-called wall-mounted type, and as shown in FIG.
It can be stored in a storage section 18 with a display window 19 formed on the cover of the album 17 and used in place of a photo mount. Note that the display section 4 and the holding section 5
In order to strengthen the overlap with the
It is best to adhere within the range of l ₁ a and l ₂ b centered on folding line 2.

Effects of the invention As detailed above, in the assembly type photo frame of this invention, a display part with a display window is made by cutting a single sheet of sheet material, and a holding part is overlapped on the inside of this display part. , a support part that supports the overlapping display part and the hold-down part in an upright manner, and a support part that holds the display part and the hold-down part in an overlapping state and, if necessary, adjusts the support position of the support part with respect to the hold-down part. Since the engaging portions that hold the holder are connected to each other via folding lines, it is possible to assemble the holder in an upright position.
A photo frame can be easily and easily assembled from a single sheet of sheet material cut into a predetermined shape, and can be placed on a desk or the like for viewing.
In addition, since the support part can be folded within the outer shape of the display part, when folded, the entire part becomes flat with the size of the display part, which makes it possible to store the display window on the cover of an album, etc. It can be stored and maintained in the room so that it can be viewed as is, making it even more effective to use. moreover,
The display part and the holding part are always maintained in an overlapping relationship whether in the upright state or in the folded flat state, so that the photograph to be displayed can be held reliably and well. , it is possible to maintain sufficient strength, and although it has a simple structure, it can exhibit various practical effects.

[Brief explanation of the drawing]

The drawings show an embodiment of the assembly type photo frame according to this invention, and FIG. 1 is a developed view, FIG. 2, and FIG.
The figures are front and back perspective views in an upright state, FIG. 4 is a back view in a folded state, and FIG. 5 is a perspective view illustrating how the album is stored in the album cover storage section. DESCRIPTION OF SYMBOLS 1... Thin plate material, 2... First folding line, 3... Second folding line, 4... Display part, 5... Holding part, 6...
Support part, 7... Display window, 12... First engaging part, 1
3...Third folding line, 16...Second engaging portion.

Claims (1)

[Claims for Utility Model Registration] (1) A display section cut from a sheet of thin plate material and having a display window; a holding part that is overlapped on the inside of the display part, and a display part and a holding part that are separated by a second folding line and are connected to the lower side of the display part and overlapped with each other are assembled in an upright state, and the display part is assembled in an upright state; a support part that can be folded into a flat state within an external shape range and divided into a first branch and a second branch by a third folding line, and the display part and the holding part are overlapped on the support part. When brought together, the upper edge of the holding part is engaged to form a second engaging part that holds the two in an overlapping state, and the holding part has the supporting part on the third folding line. 1. A prefabricated photo frame characterized in that a first engaging portion is formed with which a lower end edge of the supporting portion is engaged to maintain the supporting position of the supporting portion with respect to the holding portion when the supporting portion is bent along the axis. (2) The assembled photograph according to claim 1 of the utility model registration claim, characterized in that the display part and the holding part are always overlapped and engaged even in the upright and flat states. stand up. (3) The sectional photo frame according to claim 1 of the utility model registration claim, characterized in that the display part and the holding part are partially bonded to each other.