JP2019018901A - Card storage case - Google Patents

Abstract

To make it easier to reliably and smoothly push out and take out cards inside an inner case material stored inside an outer case material in such a manner that, with a storage case to store various kinds of cards and business cards, the inner case material that stores the cards etc. is structured so that, after the inner case material that stores the cards etc. has stopped rotation at a certain angle, the card in contact with a bottom surface of the outer case material is pushed out from the inner case material in an outward direction.SOLUTION: An inner case material 16 that stores cards etc. is built in an outer case material 2. By pressing down an upper part of one corner of the inner case material, the inner case material rotates with an engagement part 22 of the inner case material and the outer case material being the fulcrum and comes out, so that the cards etc. inside the inner case material is taken out.SELECTED DRAWING: Figure 4

Description

   The present invention relates to a case for storing various cards, business cards and the like.

   An inner case for storing a card or the like is built in the outer case, and when the inner case is pulled out from the outer case by depressing the inner case, the inner case is composed of a mechanism that stops rotating at a fixed angle. Such members exist as well-known documents.

Japanese Utility Model Publication No. 6-39785 Japanese Utility Model Publication No. 64-48291 JP 2011-115341 A

   Patent Document 1 is a card case that includes an outer case and an inner case having a card storage chamber, and the inner case is rotated around a rotation axis with respect to the outer case.

  In Patent Document 2, the inner box is inserted into the outer box with the released sides facing each other, and the inner box and the outer box can be rotated at the corner between the lower surface of the outer box and the released side. It is a card container combined with.

   In Patent Document 3, when the inner case is rotated from the storage position of the outer case toward the discharge position, and the intermediate case is moved to a predetermined position, the inner case can be automatically unlocked, and the inner case is in the middle. It is a card holder which protrudes from the inside of a case by the urging | biasing of an elastic member.

   In contrast, the present invention is configured such that after the inner case material containing the card or the like stops rotating at a certain angle, the card that contacts the bottom surface of the outer case material is pushed outward from the inner case material. Accordingly, it is an object to easily and smoothly push out the card or the like inside the inner case material stored in the outer case material to the outside.

   In the present invention, an inner case material for storing a card or the like is built in the outer case material, and the inner case material has an engaging portion between the inner case material and the outer case material by pressing down an upper part of the inner case material. It turns to a fulcrum and goes out so that a card or the like inside the inner case material can be taken out.

   Since the storage of cards such as business cards is a combination of the outer case material and the inner case material according to the present invention, it can be put in a pocket or bag of clothes, like a notebook, The card can be easily removed without being bulky, and the cards stored in the inner case material can be always taken out smoothly by a simple opening / closing operation on the inner card material.

(A) is a developed state diagram of the inner case material, (B) is a developed state diagram of the outer case material. The perspective view which shows the insertion relationship of an outer case material, an inner case material, and a card | curd (A) is an assembly state diagram of the outer case material, (B) is an assembly state diagram of the inner case material. (A) is a fitting state diagram of the outer case material and the inner case material, (B) is an enlarged sectional view of the main part of (A) figure. (A) is a fitting operation state diagram of the outer case material and the inner case material, (B) is an enlarged sectional view of the main part of (A) figure. (A) is a state of card removal from the inner case material, (B) is an enlarged cross-sectional view of the main part of (A) figure.

  The following description refers to FIGS.

   First, when the upper right end of the inner case material inside the outer case material is pressed with the index finger, the inner case material rotates to the right with the point a as a fulcrum, so that the inner case material moves away from the outer case material. When the case material advances to a certain angle, the rotation at the fulcrum stops and the inner case material containing the card is isolated from the outer case material, so that the card can be easily taken out.

   Next, in order to return the inner card material storing the card into the outer case, the inner case material may be rotated inward.

   Reference numeral 1 denotes an outer deployment member of the outer case material 2, and this outer deployment member is provided with an intermediate side surface portion 5 with a longitudinally spaced portion 4 adjacent to the front side surface portion 3, and the shape of the front side surface portion 3 is substantially rectangular. In contrast, the shape of the inner side surface portion 5 is a substantially equilateral triangle, and a rounded cutout portion 6 is provided at the center of one side portion of the triangle.

   7 is a bottom side surface portion provided with a lateral spacing portion 8 below the front side surface portion 3 of the outer deployment member 1, and the shape of the bottom side surface portion is cut out one third of the lateral spacing portion 8. A rounded notch 9 is provided at the center of one side of the triangle corresponding to the notch 6 provided on one side of the inner side surface 5, and both notches are engaged when folded. To come together.

   10 is a rear side surface portion provided with a lateral spacing portion 11 at an upper portion of the front side surface portion 3 of the outer spread material 1, and the shape and area of the rear side surface portion are the same as those of the front side surface portion 3, A short cut portion 12 of 45 ° is provided at one bottom corner portion where the space portion 11 is bent.

   Reference numeral 13 denotes an opening provided at a corner where the front side surface portion 3, the rear side surface portion 10 and the lateral spacing portion 11 are adjacent to each other. It communicates with the opening 14 formed by the spacing portion 4.

   The developed view in FIG. 1 (B) is an assembly in which each portion is folded by folding the broken line portions of the spacing portions 4, 8, 11 in the outward direction (the mountain side).

   Reference numeral 15 denotes an inner deployment member of the inner case member 16, and this inner deployment member is provided with a right side surface portion 19 with a longitudinal spacing portion 18 adjacent to the left side surface portion 17.

   A hypotenuse 20 is provided at the corner of the left side 17 and an incision 21 is formed below the hypotenuse.

   An incision 28 is also formed on the lower side of the right side 19.

   A circular engagement portion 22 is provided at the end of the right side surface portion 19, and this engagement portion is a corner portion of the rear side surface portion 10 of the developing material 1 of the outer case material 2 when assembled with the outer case material 2. Hang on the short notch 12 provided at 45 °.

   This engaging portion 22 in the inner case material 16 rotates around the innermost portion of the notch 12 in the outer case material 2 as a fulcrum, so that cards such as business cards stored in the inner case material are automatically One of the features is that it jumps outward.

   An oblique side portion 23 is formed at a corner portion of the right side surface portion 19, and an insertion end portion 26 is formed on the circular attachment portion 25 with a vertical interval portion 24 from the oblique side portion to an end portion of the engagement portion 22. Form and provide.

   The insertion end portion 26 of the mounting portion 25 of the right side surface portion 19 is inserted into a kerf 27 provided in a part of the left side surface portion 17 when the inner case material 16 is folded so that the inner case material 16 is formed. Therefore, after that, the card A such as a business card is stored in the inner case material.

DESCRIPTION OF SYMBOLS 1 Outer deployment member 2 Outer case material 3 Front side surface part 4 Vertical space | interval part 5 Medium side surface part 6 Notch part 7 Bottom side surface part 8 Lateral space part 9 Notch part 10 Rear side surface part 11 Spacing part 12 Cut part 13 Cut part 14 Opening Part 15 Inner deployment member 16 Inner case material 17 Left side face part 18 Vertically spaced part 19 Right side part 20 Oblique side part 21 Incised part 22 Engaging part 23 Oblique side part 24 Vertically spaced part 25 Mounting part 26 Insertion end part 27 Groove 28 Incised part A Cards

Claims (2)

An inner case material for storing a card or the like is accommodated in the outer case material, a corner portion of the inner case material is protruded from an opening of the outer case material, and the upper portion of the inner case material is pushed down. Thus, a card storage case characterized in that the inner case material is rotated out of the engaging portion of the inner case material with the outer case material as a fulcrum, and the card in the inner case material is taken out. 2. A storage case for cards and the like according to claim 1, wherein the engaging portion of the inner case material is connected so as to be able to rotate by engaging with a short notch provided in a bottom corner portion of the outer case material.