JP2020129737A - Notebook type smart phone cover and manufacturing method of the same - Google Patents

Abstract

To improve durability and water proofness of a notebook type smart phone cover by having an effort in an adhesion of a transparent protective sheet and an arrangement of a core material.SOLUTION: At production of a notebook type smart phone cover, a transparent protective sheet is adhered to a front surface of a decorative front member in a vertical size of a decorative member, the transparent protective sheet having a size larger than that of a lateral size is adhered. A peeling-off paper which has been previously adhered in order to prevent an adhesion of a surface in which an adhesive material is coated onto the transparent protective sheet is peeled off at once, and is adhered to a part protruding from the decorative member. It is folded and adhered to a thickness paper using the transparent protective sheet protruding from the decorative member as a core material, an adhesive part of the transparent protective sheet is recut so as to be smaller than the size of the thickness paper so that it does not protruded from the thickness paper when adhering the transparent protective sheet. When arranging the thickness paper corresponding to a front cover and the thickness paper corresponding to a rear cover, a constant gap is provided, and when the thickness paper corresponding to the rear cover and the thickness paper corresponding to a back cover, the constant interval is provided.SELECTED DRAWING: Figure 1

Description

TECHNICAL FIELD The present invention relates to a notebook-type smartphone cover using a material that can be bent manually and a manufacturing method for manufacturing the smartphone cover.

Generally, the notebook type smartphone cover is made of leather or synthetic leather. In recent years, it is desired to reduce their weight and optimize them, and it is thicker than leather and synthetic leather, such as Japanese paper, waterproof paper, and paper to which a resin having a surface shape similar to that of leather is attached. The manufacturing method using a thin and lightweight material has been attracting attention.

Also, from the viewpoint of environmental protection, the reuse of resources has become popular, and if it is left as is, it will be thrown away from chocolate boxes and handbags such as notebook type smartphone cases, wallets, coin purses, pen cases, laptop cases, passport cases. Up-cycles that make valuable items from worthless items that make practical small items such as

JP 2016-201778 JP

The problem that we are trying to solve is that the durability and water resistance of the notebook type smartphone cover that uses a box-shaped package of a rectangular parallelepiped that is almost the same size as the smartphone case are reduced, and it is durable when manufacturing the notebook type smartphone cover. To improve durability and water resistance by devising the method of sticking the transparent protective sheet used for the purpose of improving durability and water resistance and the method of arranging cardboard used for improving durability. Is an issue.

In order to achieve the above-mentioned subject, the present invention has one of a front cover part and a back cover part of substantially the same size as a smartphone case, and four side surface parts connected to the front cover part and the back cover part. Alternatively, a notebook type smartphone cover created by using two rectangular parallelepiped box-shaped packages, having a camera hole at a position corresponding to the camera hole of the cover case and the smartphone case, and The back cover part to which the smartphone case is attached to the surface, the inner surface of the front cover part faces the inner surface of the back cover part, and the back cover part can be opened and closed to the back cover part. A notebook-type smartphone cover including the side surface portion to be connected is provided.
Further, in order to achieve the above object, the present invention has a front cover portion and a back cover portion of substantially the same size as a smartphone case, and four side surface portions connected to the front cover portion and the back cover portion. A method for manufacturing a notebook-type smartphone cover, which is created by using one or two rectangular parallelepiped box-shaped packages, wherein the one or two packages are connected to the front cover portion and the front cover portion. A front side member having four side surfaces, and a back side member having the back cover portion and the four side surface portions connected to the back cover portion from the one or two packages. And a step of connecting the front-side member and the back-side member by the four side surfaces that are connection members, and the smart phone case has a smart phone case by disposing a smart phone case on an inner surface of the back cover part. There is provided a method for manufacturing a notebook type smartphone cover, including the step of marking a position corresponding to a camera hole and forming a camera hole in the back cover part.

The notebook type smartphone cover and the manufacturing method thereof according to the present invention, the transparent protective sheet larger than the decorative member is attached to the flat portion on the inner side of the cardboard, so the sticking durability of the transparent protective sheet and the durability as the notebook type smartphone cover. There is an advantage that the property and the water resistance are improved.

The figure explaining the front cover part which comprises the front surface by this manufacturing method. The figure explaining the back cover part which comprises the back side in this manufacturing method. Diagram of the front cover and back cover arranged side by side with this manufacturing method The figure explaining the back surface decoration member which comprises the back surface by this this manufacturing method. The figure which illustrates the decoration part which put the front surface decoration material and the back surface decoration material side by side by this manufacturing method, and also constituted the back surface decoration material as a connection part. The figure explaining the state which stuck the transparent protective sheet on the decoration member. A diagram illustrating a state in which the release paper is peeled off, and the release paper is attached again to the transparent protective sheet. A diagram illustrating a state where cardboard is arranged on the back of each decorative member. The figure explaining the smart phone case pasted on the notebook type smart phone cover of this example. A diagram illustrating a state where a mark is made with a ballpoint pen along the hole for the camera Illustration explaining the state where four cuts are made with the design cutter The figure explaining the state where the trace of the blade of the cutter was attached to the back surface of the back surface decoration member. The figure explaining the state which drew the shape of the hole of the camera on the back surface of the back surface decoration member. Diagram illustrating the state of marking with a ballpoint pen etc. along the shape of the hole of the camera A diagram illustrating a state where cardboard is cut out according to the shape of the camera hole The figure explaining the state which expanded the mark of the hole part of the camera attached to the back surface decoration member. Diagram illustrating a state where radial cuts are made in an arc portion Diagram explaining the state where the notch is made and the triangular and quadrangular parts are bent inward The figure explaining the state which stuck the thick paper on the decorative member. The figure explaining the state where the right side portion of the transparent protective sheet and a part of the back surface decoration member are attached to the cardboard. The figure explaining the state which stuck the upper side part of a transparent protective sheet and a part of decoration member on the cardboard. The figure explaining the state where the lower part of the transparent protective sheet and a part of the decorative member are attached to the cardboard. The figure which explains the state which cut the upper part and the lower part of the transparent protective sheet with fixed width A diagram illustrating a state in which the left side portion of the transparent protective sheet is attached to thick paper. Diagram explaining how to make the belt for the front cover and the belt for the back cover Diagram explaining how to make a multipurpose pocket Diagram explaining how to make a small pocket Figure explaining the method of making a pocket mount A diagram illustrating a state in which a multipurpose pocket and a small pocket are attached to a pocket mount. Diagram illustrating the state where the belt is attached to the cover Diagram illustrating the state where the smartphone case is attached to the notebook type smartphone cover Diagram illustrating the state where the pocket mount is attached to the notebook type smartphone cover The figure which arranged the surface decoration member and the back surface decoration member side by side in the 2nd example. The figure explaining the processing method of the multipurpose pocket member whole surface part The figure explaining the state which stuck the multipurpose pocket member back part to the multipurpose pocket member front part. The figure explaining the state where the multi-purpose pocket member back surface part was stuck and folded to the multi-purpose pocket member front surface part. Figure explaining the state where both sides are mountain-folded and the upper part is folded after processing the multipurpose pocket front member A diagram that illustrates the state where the part that protrudes downward is folded and inserted between the left and right folds Illustration explaining the completed pocket part by combining multipurpose pockets of different sizes Diagram illustrating how to make a tapered belt Diagram for explaining how to attach the double-sided tape on the multi-purpose pocket to create a gap between the front cover and the multi-purpose pocket. Diagram illustrating a state where a multi-purpose pocket is attached to the back of the front cover The figure which explains the state where the taper-shaped belt part is inserted in the gap and bent, and the double-sided tape is stuck. The figure explaining the state where the taper-shaped belt part is pasted and fixed to the back cover back part Diagram explaining the completed state with the smartphone case attached to the back cover back side

FIG. 1 is a view showing a surface portion decorative member 10 which constitutes a front surface in a state in which a rectangular parallelepiped structure is developed by the present manufacturing method and one surface and four gluing parts are removed to form five surfaces. Is.

FIG. 2 is a diagram showing a back surface decorative member 11 which constitutes a front surface in a state where a rectangular parallelepiped structure is developed by the present manufacturing method and one surface and four gluing parts are removed to form five surfaces. Is.

FIG. 3 is a diagram in which the front surface decoration member 10 is arranged on the right side and the back surface decoration member 11 is arranged on the left side.

FIG. 4 shows the four-sided back surface decorative member 12 constituting the back side surface in the present manufacturing method.

FIG. 5 is a diagram illustrating a decorative portion in which the front surface decorative member 10 is arranged on the right side and the back surface decorative member 11 is arranged on the left side in the present manufacturing method, and the rear surface decorative member 12 is integrally configured as a connecting portion. is there. The notebook type smartphone cover has one or two front cover portions 2 and back cover portions 3 that are approximately the same size as the smartphone case, and four side surface portions 4 connected to the front cover portion 2 and the back cover portion 3. It is created using two rectangular parallelepiped box-shaped packages.

Next, FIG. 6 shows a state in which a transparent protective sheet 13 having a larger area than the cover portion 1 is attached to the cover portion 1 which is integrally configured. The release paper 14-1 is left attached to the part where there is no cover.

Next, FIG. 7 shows a state in which the peeled release papers 14-2, 14-3, and 14-4 are attached again to the portion where the transparent protective sheet protrudes from the cover portion. This is to prevent the adhesive member of the transparent protective sheet 13 from sticking to an unintended place during the subsequent work.

Next, FIG. 8 shows a state in which the cardboard 15-1 is arranged on the back side of the front surface decoration member 10, the cardboard 15-2 is arranged on the back side of the back surface decoration member 11, and the cardboard 15-3 is arranged on the back side of the back surface decoration member 12. .. The key to the arrangement is to make a gap between the thick paper 15-1 and the thick paper 15-3 and between the thick paper 15-2 and the thick paper 15-3 by the thickness of the thick paper.

FIG. 9 shows a state in which the smartphone case 16 attached to the notebook-type smartphone cover of the present embodiment is viewed from above. Inevitably, the notebook type smartphone cover will be one size larger than the smartphone case 16. The surface decoration member 10 is an example of a front member. Further, the surface decorative material member 10 is an example of the front cover portion 2 except the side surface portion. The back surface decoration member 11 is an example of a back side member. Further, the back surface decoration member 11 is an example of the back cover portion 3 except for the side surface portion.
The front surface decoration member 10 and the back surface decoration member 11 may each have substantially the same size as the smartphone case. For example, the front surface decoration member 10 and the back surface decoration member 11 may each be larger than the smartphone case. In addition, the front surface decoration member 10 and the back surface decoration member 11 may be larger than the smartphone case in a state where four side surface portions are connected and deployed.

Next, on the cardboard 15-2 arranged on the back side of the back surface decoration member 11, arrange the smartphone case 16 so that the top, bottom, left and right margins are even, and further, along the hole for the camera, a ballpoint pen or pencil. Figure 10 shows the holes marked with a mark.
17 is a mark of a hole for a camera attached to the cardboard.

Further, with the positional relationship between the cardboard 15-2 and the smartphone case 16 being maintained as it is, the blade of the design cutter is passed through the cardboard 15-2 at the position shown by the thick line in FIG. Make four cuts 18 in 15-2.

After that, when the smartphone case 16 and the thick paper 15-2 are removed, as shown in FIG. 12, the back surface of the back surface decorative member 11 has four notches 18 of the blade traces of the cutter.

Furthermore, align the holes for the camera of the smartphone case with these four notches 18 and mark them along the edge of the hole for the camera with a ballpoint pen, pencil, etc. for the camera attached to the back surface decorative member 11 as shown in FIG. The hole mark 19 will be attached.

FIG. 14 shows a camera hole mark 19 on a cardboard 15-2, which is marked along the camera hole with a ballpoint pen, pencil, or the like.

When the cardboard 15-2 is cut out with a design cutter according to the mark of the shape of the hole, a camera hole 20 is cut out from the cardboard 15-2 as shown in FIG.

Next, how to open the camera hole 20 attached to the back surface decoration member 11 shown in FIG. 13 will be described. FIG. 16 shows an enlarged view of the camera hole 18 attached to the back surface decoration member 11 shown in FIG. First, a vertical cut 21 is made in a straight line so as to vertically divide the camera hole into two by using a design cutter or the like. Next, make horizontal cuts 22-1 and 22-2 in a straight line in the lateral direction so as to connect two inflection points that change from arcs to straight lines.

Next, as shown in FIG. 17, a notch 23 is radially formed so as to divide the upward semicircle into twelve. Similarly, the notch 23 is radially formed so that the downward semicircle is divided into 12.

Further, as shown in FIG. 18, with the camera hole mark 19 provided on the back surface decoration member as the folded side, a square portion or a triangular portion is opened inward, and the back surface decoration member 11 is formed with a double-sided tape or the like. Attach and fix to. This completes the process of making a hole for the camera in the thick paper 15-2 and the back surface decoration member 11.

Next, again, the position where the thick paper 15-2 is placed and stuck on the back surface decorative member 11 is confirmed. At this time, as shown in FIG. 19, the camera hole formed in the back surface decoration member 11 and the camera hole formed in the cardboard 15-2 are aligned and fixed with a double-sided tape. Similarly, the thick paper 15-1 is attached to the front surface decoration member 10 and the thick paper 15-3 is attached to the rear surface decoration member 12 with a double-sided tape.

Next, the step of bonding the integrated transparent protective sheet and decorative member to a cardboard will be described. First, as shown in FIG. 20, the right side portion of the transparent protective sheet 13 and a part of the back surface decorative member 11 are attached to the cardboard 15-2 with a double-sided tape and an adhesive substance previously applied to the transparent protective sheet. At this time, the transparent protective sheet integrated so as not to block the camera hole and the corresponding portion of the decorative member are cut and attached.

Next, the upper part of the transparent protective sheet 13 and part of the front surface decoration member 10 are thick paper 15-1, part of the back surface decoration member 11 is thick paper 15-2, and part of the back surface decoration member 12 is thick paper 15 Paste it on -3. FIG. 21 shows the state. At this time, the corresponding portions of the transparent protective sheet and the decorative member integrated so as not to block the camera hole are cut off.

Next, the lower part of the transparent protective sheet 13 and a part of the front surface decoration member 10 are thick paper 15-1, a part of the back surface decoration member 11 is a thick paper 15-2, and a part of the back surface decoration member 12 is a thick paper. Paste on 15-3. FIG. 22 shows the state.

Next, the left side of the transparent protective sheet 13 and the decorative member are attached to the cardboard, but before that, make sure that the transparent protective sheet does not come out from the cardboard when misaligned when attached to the cardboard. As shown in FIG. 23, the upper part and the lower part of the left side transparent protective sheet are cut with a constant width.

The remaining release paper is peeled off, and the transparent protective sheet on the left side is attached to the thick paper, resulting in the state shown in FIG. This completes the process of attaching the transparent protective sheet to the cardboard.

Next, with reference to FIG. 25, a procedure for creating a belt portion for holding the front cover and the back cover of the notebook-type smartphone cover in a closed state will be described. First, in order to create a belt portion for the front cover and the back cover, a rectangular belt member 30 is developed into a rectangular parallelepiped structure as shown in FIG. 25, and the front cover, the back cover and the back cover of the notebook type smartphone cover are formed. Two pieces are cut out from the remaining members. Next, the belt member is folded in half along the dotted line as shown in the figure.

Next, the belt member is folded in half along the dotted line as shown in FIG. Further, on the belt member on the back cover side, a quadrangular iron plate 31 is placed on the left end above the dotted line, a double-sided tape 32 is attached to the entire half below the dotted line, the release paper of the double-sided tape is peeled off, and the dotted line halves it. The back cover side belt 34 is completed by folding and bonding.

Next, the belt member is folded in half along the dotted line as shown in FIG. Further, on the belt member on the front cover side, a square magnet 33 is placed at the right end below the dotted line, the double-sided tape 32 is attached to the entire upper half of the dotted line, the release paper of the double-sided tape is peeled off, and it is halved along the dotted line. Fold and stick together to complete the front cover side belt 35.

Next, a side view of a state in which the back cover side belt 34 and the front cover side belt 35 are combined by magnetic force is as shown by 36. When viewed from the top, the state of folding the other side of the paper on the line indicated by the thick line of 36 is 37.

Next, a method for creating a multipurpose pocket will be described with reference to FIG. First, a rectangular parallelepiped structure is developed from the rectangular parallelepiped structure, and the multipurpose pocket member 40 is cut out from the front cover, back cover and spine cover of the notebook type smartphone cover, and the remaining members constituting the belt portion. Next, the gray-painted portion of the multipurpose pocket member 40 is woven into the other side of the paper to form the multipurpose pocket 41.

Next, a method for creating a small pocket will be described with reference to FIG. The member used here is an individual bag containing chocolate. First, make a state 50 in which the upper part of the individual chocolate bag is cut. Next, a cut 51 is made from the upper side on the left and right sides of the individual packaging bag from the upper side, and a state 51 in which the front side surface is folded to the other side of the paper is made. Next, a state 52 in which the back side is folded to the front side of the paper is created. Finally, make a small pocket 53 in which the left and right sides are folded on the other side of the paper.

Next, with reference to FIG. 28, a method of creating a pocket mount 62 to which the multipurpose pocket 41 and the small pocket 53 are attached will be described.
First, the rectangular parallelepiped structure is expanded to cover the front cover, back cover and back cover of the notebook type smartphone cover, the belt, and the remaining members that constitute the multi-purpose pocket, from the rest of the pocket mount member 160-1 and pocket mount member 160-2. Cut out.
Next, the double-sided tape 61 is attached to the edge of the pocket mount member 160-1, the release paper of the double-sided tape is peeled off, and the pocket mount member 260-2 is attached to complete the pocket mount 62.

Next, when the multipurpose pocket 41 and the small pocket are attached to the pocket mount 62, the multipurpose pocket portion is completed as shown in FIG.

Next, a method for attaching the belt to the cover will be described. FIG. 30 shows a state in which a belt is attached to the cover. First, the position of half the height of the left side of the front cover portion back 70 and the position of half the height of the front cover belt 35 are aligned and fixed with double-sided tape. Next, the position of half the height of the right side of the back cover portion back 71 and the position of half the height of the front cover side belt 34 are aligned and fixed with double-sided tape. In this state, when the front cover and the back cover are closed, the magnet 33 built in the front cover side belt 35 and the iron plate 31 built in the back cover side belt 34 are magnetically attached and the front cover and the back cover are closed and fixed. Keep the state.

Next, a method of attaching the smartphone case 16 to the back cover back 71 will be described. FIG. 31 is a diagram showing a state where the smartphone case 16 is attached to the back cover back 71. A double-sided tape is attached to the back side of the smartphone case 16, the release paper of the double-sided tape is peeled off, and the hole for the camera opened on the back cover back 71 and the hole for the camera of the smartphone case 16 are attached together.

Finally, a method for attaching the pocket mount 62 to the front cover back 70 will be described. FIG. 32 is a view showing a state in which the pocket mount 62 is attached to the front cover back 70. A double-sided tape is attached to the back side of the pocket mount 62, the release paper of the double-sided tape is peeled off, and the back cover side belt 34 and the pocket mount 62 are attached so that the front cover and the back cover are closed. This completes the notebook-type smartphone cover.

In FIG. 33, two rectangular members are cut out from a rectangular sheet-shaped material and a planar material with a rectangular parallelepiped whose one surface is released, and one of them is arranged on the right side as a cover member 80. It is the figure which showed the state which arranged one side as the back cover part decoration member 81 on the left side, and pasted the spine cover part decoration member 82 narrower in width than said two rectangles, and the said front cover part decoration after that. A member in which the member 80 and the back cover portion decoration member 81 are integrated with the spine cover portion decoration member 82 as a connecting portion is referred to as a cover portion decoration member.

Subsequent production methods: affixing a transparent protective sheet to the cover material of the previous term, affixing cardboard to the back side of the decorative element of the previous term, decoration of the previous term with cardboard and a transparent protective sheet The method of opening the smartphone camera hole in the member is the same as that in the first embodiment, and thus the description thereof is omitted.

Next, a method of manufacturing the multipurpose pocket portion will be described. FIG. 34 is a diagram showing steps of the manufacturing method. First, a multi-purpose pocket front member 90 is cut out from a rectangular sheet-shaped material and a planar material by unfolding a rectangular parallelepiped whose one surface is released. Next, the upper and lower sides are reversed and turned upside down to become the back surface 91 of the multipurpose pocket front member. A double-sided tape is attached to this lower side, and valley-folded along the width of the double-sided tape. Next, the release paper of the double-sided tape is peeled off, and the double-sided tape is folded and adhered according to the folded line. Further, when a valley fold is made parallel to the upper side and a crease is made, it becomes like 92 after processing the multipurpose pocket front member.

Next, after unfolding the rectangular parallelepiped with one surface released, cutting out the multipurpose pocket front face member processing 92 from the rectangular sheet-shaped material and the planar material, and applying the double-sided tape along the upper side of the multipurpose pocket front face member processing 92. After the attachment, the multi-purpose pocket front surface member 92 is attached as shown in FIG.

Next, when folded along the fold line attached to the multipurpose pocket front member 90, the state shown in FIG. 36 is obtained. Next, the mountain fold is made according to the line indicated by the alternate long and short dash line in FIG.

Next, FIG. 37 shows a state in which the upper portion is folded according to the height of the container and the height of the portion to be attached.

Furthermore, when the part protruding to the lower side is folded and inserted between the left and right sides, it becomes as shown in FIG. A multi-purpose pocket is completed by attaching both sides or only one side with double-sided tape.

FIG. 39 shows a completed multi-purpose pocket portion 94 in a state where multi-purpose pockets of different sizes are created and combined in the same manner.

With reference to FIG. 40, a procedure for creating a belt portion for holding the front cover and the back cover of the notebook-type smartphone cover in a closed state will be described.

In the second embodiment, the front cover and the back cover are kept closed by inserting the belt part into the gap between the front cover of the notebook type smartphone cover and the multipurpose pocket part attached to the back side of the cover. Therefore, a belt with a tapered tip is created so that it can be easily inserted into the gap. The method of creating the data will be described with reference to FIG.

A rectangular member 100 is cut out from a rectangular sheet-shaped material and a planar material by unfolding a rectangular parallelepiped whose one surface is released. A transparent protective sheet 101 having a right side, an upper side, and a lower side slightly larger than the rectangular member 100 is attached. Next, a state 102 is created in which the right side, the upper side, and the lower side of the protruding portion of the transparent protective sheet are attached so as to be wound around the rectangular member 100. Next, the transparent protective sheet 101 is attached to form a state 103 in which the right side of the rectangular member 100 is bent. Next, a state 104 in which the right side of the upper side and the right side of the lower side are obliquely bent as shown in the figure is created. Further, the taper-shaped belt portion 105 is completed by folding it in half along the dotted line and fixing it with double-sided tape.

Next, how to make a structure in which the tapered belt portion 105 is inserted into the gap between the front cover portion and the multipurpose pocket portion will be described. FIG. 41 is a diagram illustrating how to attach a double-sided tape to form a structure in which the tapered belt portion 105 is inserted into the gap between the front cover portion and the multipurpose pocket portion. The right side of FIG. 41 shows a state in which the multipurpose pocket portion 94 on the left side is seen through from above. In that state, apply double-sided tape from the top and bottom to the same length on the left side, and do not apply double-sided tape on the center. Adhere double-sided tape along the right, upper, and lower edges. By sticking the multi-purpose pocket portion 94 on the back side of the front cover as shown in Fig. 41 by sticking the double-sided tape in this way, it is possible to insert the tapered belt portion 105 between the front cover and the multi-purpose pocket portion. It is possible to form the tapered belt gap 106.

Next, how to attach the tapered belt portion 105 to the back of the back cover portion will be described. As shown in FIG. 43, a tapered belt portion 105 is inserted into the gap and bent, and a double-sided tape is attached. Next, when the back cover is closed in a state where the release paper of the double-sided tape is peeled off, the tapered belt portion 105 is attached to the back of the back cover portion. This is shown in FIG.

Finally, as shown in FIG. 45, when the smartphone case 16 is attached to the back cover back side, the notebook type smartphone cover of the second embodiment is completed.

In the method for manufacturing the notebook type smartphone cover of the present invention, since the transparent protective sheet larger than the decorative member is attached to the flat part inside the cardboard, the attachment durability of the transparent protective sheet, the durability as the notebook type smartphone cover It has an advantage of improving water resistance, and can be applied to various practical small article manufacturing methods such as a wallet, a coin purse, a pen case, a notebook case, and a notebook computer case which require protection of decorative members.

1...Cover
2... Front cover
3...Back cover
4...Side part
5... Gluing part
10... Surface decoration member
10-1…Top of surface decoration member
10-2...Bottom of decorative member
10-3... Surface part right part
10-4... Surface part left part
11...Back surface decoration member
11-1…Upper part of the backside decorative member
11-2...Bottom surface of decorative member
11-3...Rear part of the back side decorative member
11-4…Left part of the back decorative material
12... Rear decorative member
13... Transparent protective sheet
14-1, 14-2, 14-3, 14-4... Release paper
15-1, 15-2, 15-3... Cardboard
16… Smartphone case
17...Camera hole mark on cardboard
18... notch
19...Camera hole mark on the back decorative material
20... Hole for camera cut out from cardboard
21... Vertical cut
22-1… Horizontal cut 1
22-2 …Horizontal notch 2
23... Radial notches
30...Belt member
31... Iron plate
32... Double-sided tape
33... Magnet
34...Back cover belt
35... Front cover belt
36... Side view of the front cover belt and back cover belt
37... State with front cover belt and back cover belt seen from above
40... Multipurpose pocket member
41... Multipurpose pocket
50... The upper part of the individual bag is cut
51: The state that the front side 1/3 of the individual packaging bag is folded
52: The state that the back side 1/6 of the individual bag is folded
53... Small pocket
60-1 Pocket mount member 1
60-2... Pocket mount member 2
61...Double-sided tape
62… Pocket stand
70...Back cover
71...Back of back cover
80... Decorative member for front cover
81… Decorative member for back cover
82... Decorative member for spine cover
90... Multipurpose pocket front member
91… Multipurpose pocket Front member Back side
92... After processing multi-purpose pocket front member
93... Multipurpose pocket back member
94... Multipurpose pocket
100...Belt material
101... Transparent protective sheet
102... Belt member to which the right side, upper side, and lower side of the transparent protective sheet are attached
103... Belt member with right side bent
104…Belt member with the upper right side and the lower right side bent at an angle
105...Tapered belt
106... Tapered belt gap

Claims (14)

Using one or two rectangular parallelepiped box-shaped packages having a front cover part and a back cover part of approximately the same size as a smartphone case, and four side surface parts connected to the front cover part and the back cover part It is a notebook type smartphone cover created by
The front cover part,
The back cover part having a camera hole at a position corresponding to the camera hole of the smartphone case, and the smartphone case being attached to an inner surface thereof,
An inner surface of the front cover section faces an inner surface of the back cover section, and a side surface section that connects the front cover section to the back cover section so that the front cover section can be opened and closed,
Notebook type smartphone cover with. The notebook type smartphone cover according to claim 1,
A notebook-type smartphone cover, characterized in that a sheet-shaped resin is attached to the entire front surface, part of the back surface, or the entire surface of the front cover portion, the back cover portion, and the side surface portion. The notebook type smartphone cover according to claim 2,
A notebook-type smartphone cover characterized in that it has a core material having a constant thickness corresponding to each of the front cover portion, the back cover portion, and the side surface portion. The notebook type smartphone cover according to any one of claims 1 to 3,
A notebook-type smartphone cover, wherein each of the front cover part and the back cover part has a belt, and the pair of belts holds the front cover part and the back cover part in a closed state. Using one or two rectangular parallelepiped box-shaped packages having a front cover part and a back cover part of approximately the same size as a smartphone case, and four side surface parts connected to the front cover part and the back cover part A method of manufacturing a notebook type smartphone cover created by
Creating a front side member having the front cover section and the four side surface sections connected to the front cover section from the one or two packages;
Creating a backside member having the back cover portion and the four side surface portions connected to the back cover portion from the one or two packages;
A step of connecting the front side member and the back side member by the four side surface portions that are connection members;
A step of arranging a smartphone case on the inner surface of the back cover part and marking a position corresponding to the camera hole of the smartphone case to form a camera hole in the back cover part,
A method for manufacturing a notebook-type smartphone cover including a. A method for manufacturing a notebook-type smartphone cover according to claim 5,
To the front side member, peel off and attach a sheet-shaped resin release paper of a larger size to which the adhesive substance is applied in advance, and attach the release paper again to the portion where the sheet-shaped resin protrudes. A method for manufacturing a notebook-type smartphone cover, characterized by: A method for manufacturing a notebook-type smartphone cover according to claim 6,
For the camera of the smartphone, the front side member and the sheet-shaped resin are integrally formed to open a hole for the camera of the smartphone, and a core material having a certain thickness according to the hole. A method for manufacturing a notebook type smartphone cover, which comprises boring a hole and further attaching a core material to the back surface of the front side member. A method of manufacturing a notebook-type smartphone cover according to claim 7,
Part of the right side of the front side member and the sheet-shaped resin is cut off and attached to the core material so as to avoid the hole for the camera, and then the upper part is partially attached to avoid the hole for the camera. Manufacture of a notebook type smartphone cover characterized by cutting and pasting, then pasting the lower part, and finally, cutting the left side part with the upper and lower sides of the left part cut and slightly narrowed Method. A method for manufacturing a notebook-type smartphone cover according to any one of claims 5 to 8,
When fixing the belts to the front side member and the back side member respectively, the belt on the side having the built-in magnet of the pair of belts attached by magnetic force is attached to the middle of one side of the back side of the front side member, the iron plate Is attached to the middle of one side of the back side of the back side member so that the belt on the side where the back side member is closed, and then a smartphone case is attached to the back side of the back side member, on the back side of the front side member. A method for manufacturing a notebook-type smartphone cover, which is characterized in that an integrally formed pocket is attached. A front surface decoration member and a back surface decoration member that are approximately the same size as a smartphone case from a rectangular sheet-shaped material and a flat surface material that are developed by opening a rectangular parallelepiped with one surface released, and the front surface decoration member and the back surface portion A method for manufacturing a notebook-type smartphone cover, which cuts out four-sided backside decorative members connected to a decorative member,
A step of creating a front cover member and a front member having five surfaces connected to the four side surfaces,
A step of forming a back cover member having a back cover portion and five surfaces connected to the four side surfaces, and a step of connecting the front member and the back member by the four side surfaces which are connecting members. ,
A step of arranging a smartphone case on the inner surface of the back cover part and marking a position corresponding to the camera hole of the smartphone case to form a camera hole in the back cover part,
A method for manufacturing a notebook-type smartphone cover including a. A method of manufacturing a notebook type smartphone cover according to claim 10,
To the front side member, peel off and attach a sheet-shaped resin release paper of a larger size to which the adhesive substance is applied in advance, and attach the release paper again to the portion where the sheet-shaped resin protrudes. A method for manufacturing a notebook-type smartphone cover, characterized by: A method of manufacturing a notebook type smartphone cover according to claim 11,
A hole for the camera of the smartphone is opened in a state where the front side member and the sheet-shaped resin are integrally formed, and a hole for the camera of the smartphone is also provided in a core material having a certain thickness according to the hole. A method of manufacturing a notebook-type smartphone cover, which comprises hollowing out a core material and further attaching a core material to the back surface of the front side member. A method for manufacturing a notebook-type smartphone cover according to claim 12,
Part of the right side of the front side member and the sheet-shaped resin is cut off and attached to the core material so as to avoid the hole for the camera, and then the upper part is partially attached to avoid the hole for the camera. Manufacture of a notebook type smartphone cover characterized by cutting and pasting, then pasting the lower part, and finally, cutting the left side part with the upper and lower sides of the left part cut and slightly narrowed Method. A method of manufacturing a notebook type smartphone cover according to any one of claims 10 to 13,
When attaching the pocket part to the back side of the front side member, by opening a gap in the center part of the outer side without attaching the double-sided tape, and inserting the belt attached to the back side of the back side member into the gap. A method for manufacturing a notebook type smartphone cover, characterized in that the front cover and the back cover are kept closed.