JP3105528U - card case - Google Patents

Abstract

A card case capable of quickly and reliably taking out a plurality of cards stacked and stored in a case main body one by one with a simple structure and operation until all cards are exhausted.
Kind Code: A1 A case body A in which cards B are stacked and stored, and a take-out opening 2 for the cards B is provided on one side, and a card B provided under the cards B and located at the opening position of the take-out opening 2 from the uppermost card B in the stack. A card push-up base 9 that pushes up the cards B one by one so as to face each other, and furthermore, the case body A is slid one by one from the uppermost stack of cards B in the direction of the take-out slot 2 by finger operation. An operation slot 1 is provided for taking out the cards B one by one from the take-out opening 2 while taking out the cards B one by one.
[Selection] Figure 2

Description

  The present invention relates to a card case in which a required number of various cards, such as so-called trading cards, on which a popular character and other game patterns (designs) are printed on a base material made of, for example, plastic, are stacked. And a card case that can be taken out one by one from the card on the top of the stack.

  Conventionally, as a card case, for example, a rotation drive mechanism and a rotation stop mechanism for a disc supported on the outer surface of an opening / closing lid, and a card stacked and stored in a case body in conjunction with the rotation stop mechanism is fed out. A device provided with a card feeding mechanism is known (Patent Document 1).

  However, in the conventional card case, not only the cost is increased due to the complicated structure, but also it is easy to feed out the cards one by one without operating the rotary drive mechanism, that is, without rotating the disk. The operation was troublesome and the card could not be taken out quickly.

No. 7-19498

  The problem to be solved by the present invention is a card which can quickly and reliably take out a plurality of cards stacked and stored in a case body one by one until all cards are exhausted with a simple structure and operation. Is to provide a case.

  In order to solve the above-mentioned problem, the present invention is directed to a case body according to claim 1 which is large enough to store a plurality of required cards in a stacked manner and has a take-out opening for the cards on one side; Push-up means provided under the stacked cards and pushing up the cards so as to face each other from the top card in the stack at the opening position of the take-out opening. It is characterized in that an operation slot is provided for sliding one card at a time from the upper card side in the direction of the outlet by the fingertip operation to take out the cards one by one from the outlet.

In addition, the pushing-up means is large enough to be installed in the main body from at least one short side to the other short side opposite to the short side of the case main body provided with the outlet, and has a substantially rear surface. The central portion is constituted by a card push-up board provided with a swing fulcrum so that one side is pushed down and the other side rises in a seesaw-like motion (claim 2). In this case, a resilient member for urging the push-up substrate in the stacking direction of the stacked cards is provided on the back surface of the card push-up substrate sandwiching the swing fulcrum, particularly at two places on the back surface. It is suitable (claim 3).
The resilient member is not particularly limited, and examples thereof include a spring member such as a coil spring and an elastic member such as a rubber member corresponding thereto.

Further, in claim 4, the push-up means according to claim 1 is provided inside the main body from at least one short side of the case main body provided with the take-out opening to the other short side opposite thereto. And a card push-up board having a swing fulcrum so as to form a seesaw-like movement in which one side is pushed down at the substantially central portion of the back side to raise the other side, and the same degree as the push-up board. A lifting board formed in the size and disposed below the lifting board,
Further, a resilient member for urging the lifting substrate in the card stacking direction is provided below the lifting substrate.
As described above, the resilient member includes a spring material such as a coil spring and an elastic member such as a rubber material corresponding thereto.

Since the card case of the present invention is configured as described above, the following effects are obtained.
According to the first aspect, by inserting a fingertip into the operation slot of the case body and moving the card so as to slide in the direction of the ejection port, the card can be taken out from the first card at the top of the stack. When the first card is taken out of the take-out slot, the next card is pushed up by the push-up means so as to face the opening position of the take-out slot. It is possible to take out the cards while pulling them out of the takeout slot one by one.
Therefore, according to the display contents printed on the cards, it is possible to play a game (game) for determining the win while quickly taking out the cards stacked and stored in the case body one by one during the game for determining the win or loss.
In addition, a simple structure can be used in which a plurality of required cards stacked and stored in the case body can be sequentially pushed up and taken out by the pushing means so as to face the opening position of the take-out opening one by one. Thus, it is possible to provide a card case that is advantageous in terms of cost.

  Also, a card push-up board having a size that is internally provided from one short side of the case body to the other side of the opposite short side, and has a swinging fulcrum portion that is pushed down on one side at a substantially central portion on the back side and rises on the other side. Seesaw-like movement by fingertip operation. In other words, the card push-up board is moved in a seesaw-like manner by the fingertip operation of sliding the card in the direction of the opening, so that one side edge of the short side of the card can be opposed to the opening position of the opening, so that the card is stacked in the case body. It is possible to reliably and quickly take out one card at a time from the stored cards at the top of the stack, and to take out the last card without fail.

Moreover, by providing a resilient member for urging the card lifting substrate in the card stacking direction on the back surface of the card lifting substrate sandwiching the swing fulcrum, the card lifting substrate can be moved in a seesaw-like manner. By the synergistic action of the urging member and the urging force in the stacking direction of the cards, it is possible to ensure the operation of taking out one card at a time from the uppermost card stacked and stored in the case main body.
That is, when one side is pushed down by a fingertip operation, the seesaw-like movement of the card push-up board, which raises the other side, becomes smoother and smoother by the resilient member. The operation of taking out the cards while pulling them out one by one from the card is further ensured, and an effective card case is obtained.

Further, according to the fourth aspect, when the number of cards that can be stacked and stored in the card body is, for example, about 30, when the 30 cards are stacked and stored, the elevating board including the card lifting board is mounted. Descends against the resilient member. Then, as described above, the card push-up board is moved by a fingertip operation like a seesaw-like movement, and the cards are taken out one by one from the uppermost layer of the stack. As a result, it is possible to reliably take out from the stacked state of many 30 sheets to the last one on the card pushing substrate.
That is, the movement of the elevating board, which rises as the number of cards in the case body decreases, and the seesaw-like movement of the card lifting board by the fingertip operation, changes the state of the large number of stored 30 sheets to the last one. It is possible to take out the cards one by one from the take-out slot without fail until the cards are reached.

  A preferred embodiment of the present invention will be described with reference to FIGS.

FIG. 1 shows an example of an embodiment of the card case of the present invention, wherein A is a case main body, and a required number of sheets are stacked in the main body A by a fingertip operation from an operation slot 1 provided in the case main body A. The card B is slid out from the first card B in the uppermost layer in the direction of the ejection opening 2 provided on one short side of the case body A, and the cards B are fed out from the ejection opening 2 one by one. It is possible to take out while.
A push-up means for appropriately pushing up the cards B in the stacking direction so as to be opposed to the uppermost card B in the stacking position at the opening position of the take-out opening 2 is provided inside the case body A.

The case main body A is formed of a desired material such as a synthetic resin material, and includes a card storage section A-1 and an opening / closing lid A-2 for opening and closing the opening 3 of the storage section A-1.
The card storage section A-1 includes an opening 3 having a size substantially the same as the size of the card B, and has a substantially rectangular shape having a depth capable of storing a required number of cards B in a stacked state. It is formed in a box shape, and a take-out opening 2 is opened on one short side thereof, and an operation slot 1 for sliding the cards B one by one by a fingertip operation in the direction of the take-out opening 2 is provided in a closed portion. It is open.

The opening / closing lid A-2 is formed integrally with or separate from the card storage portion A-1, and is integrally or integrally connected to one side edge of the opening long side of the card storage portion A-1 by the hinge portion 4 or the like. Thus, the opening 3 of the card storage section A-1 can be opened and closed.
The other side edge of the long side opposite to the connection side by the hinge portion 4 is also detachably engaged with the locking projection 5 provided on the other side edge of the opening long side of the card storage portion A-1. By providing the hooking portion 6 to allow the required number of cards B to be stacked and stored in the card storage portion A-1, the opening 3 can be closed so as not to be opened carelessly.

  Although not shown, the opening / closing section A-2 is optional such that the opening / closing section A-2 can be attached to the opening of the card storage section A-1 so as to be freely opened and closed by a fitting method or the like. For example, a concave portion or a convex portion is provided on the circumference of one side of the inner and outer surfaces of the opening of the card storage portion A-1, and a convex portion or a concave portion fitted with the concave portion or the concave portion is provided in the opening of the opening / closing portion A-2. The opening / closing section A-2 is fitted into the opening of the card storage section A-1 so as to be freely opened and closed by a fitting type.

  Further, the opening / closing lid A-2 is provided with a hooking piece 7 having an appropriate elasticity so that the case main body A can be provided on the waist or the like by being hookably and detachably hooked on a waist such as pants or a belt. .

  The operation slot 1 is opened at an appropriate opening width in the central portion of the closed portion of the card storage portion A-1 toward the long side direction of the storage portion A-2, and one card B is operated by a fingertip operation. It can be slid in the direction of the outlet 2 at a time.

The outlet 2 has an opening width corresponding to the thickness of one card B at a root corner portion of the rising peripheral wall on one short side of the storage part A-1 facing the closed part of the card storage part A-1. (Gap) so that the cards B can be fed out one by one by sliding.
In the drawing, the opening width of the take-out port 2 is drawn in a state that is considerably wider than the thickness of the card B. However, in order to take out the cards B without fail while pulling them out one by one, the thickness is the same as the thickness of one card B. It is preferable that the opening has an opening width.

The push-up means is provided below the card B in which a plurality of required cards are stacked and stored in the card storage section A-1, and pushes up the stacked cards B in the stacking direction.
That is, in the direction of the closed portion of the card storage portion A-1, in which the outlet 2 is opened on the same extension line, it serves to push up only one lower half of the card B or its edge, or the entire card B. It is what it does.

  In the present example, the size of the card storage unit A-1 from which the take-out opening 2 is opened is large enough to be installed in the storage unit A-1 from one short side of the card storage unit A-1 to the other opposite side, and the back surface is substantially A card push-up board 9 having a swing fulcrum 8 so as to give a seesaw-like movement in which one side is pushed down to the center part so that the other side rises, and the card B is slid by a fingertip operation in the direction of the ejection opening 2. When the card B is lifted, the card push-up substrate 9 moves like a seesaw with the swing fulcrum 8 as a fulcrum. It is ensured that it will be paid out from.

  In addition, in this example, in addition to the seesaw-like movement of the card push-up board 9, the card B stacked via the board 9 is urged by an appropriate urging force (elastic force) in the stacking direction. By disposing a resilient member 10 made of a spring material such as a coil spring at two places on the back surface of the card pushing substrate 9 sandwiching the swing fulcrum 8, the card pushing substrate 9 is moved in a seesaw manner by a fingertip operation. Work even more smoothly and smoothly.

  Incidentally, the card B used in this example is printed with popular characters and other game pictures (designs), symbols, characters, combinations thereof, and the like. For example, the pattern of Mahjong pie and the pattern of goo, choki, par are printed in combination, and further, in order to reduce the icon of winning and losing, the combination printing is done by using figures such as 10,000 and 20,000 together. Therefore, for example, even if the winner of the Janken, such as goo, choki, or par, the winner is the one with the larger number between 10,000 and 20,000.

Next, the use of the card case of the present example configured as described above will be briefly described.
As shown in FIG. 4, a fingertip (for example, a middle finger, etc.) is inserted into the operation slot 1 on the other side opposite to one short side of the case body where the outlet 2 is opened. Press the card B at the top of the stack facing 2.
Then, one side edge of one short side pressed by a fingertip of the card lifting board 9 with the swing fulcrum portion 8 as a fulcrum is lowered, and the other short side edge side of the takeout opening 2 is raised. At this time, the short side and the other side of the card lifting base 9 on the side of the outlet 2 are smoothly raised by the resilience of a resilient member 10 made of a spring material provided on the back side of the same side, and the card lifting board 9 The first card B at the top of the stack of the cards B stacked on the stack 9 is positioned opposite to the opening position of the outlet 2. As a result, only the uppermost card B in the stack is slid in the direction of the outlet 2 (the direction of the arrow X) by the movement of the fingertip moving along the operation slot 1 and is fed out of the case 2 from the outlet 2. (See FIGS. 2 and 4A).

  Then, as shown in FIG. 4B, even when the number of stacked cards B in the case body A is reduced, the card push-up board 9 is removed until all the cards B are lost by the above-described seesaw-like movement. All the cards B can be taken out while being reliably pulled out one by one by being opposed to the opening position of the opening 2.

FIG. 5 shows another embodiment in which the opening position of the outlet 2 is changed.
In the second embodiment, the outlet 2-1 is located at the corner of the closed portion of the storage portion A-1 and the rising peripheral wall on one side of the short side of the card storage portion A-1 and located on the closed portion side. Then, only the first card B at the top of the stack, which is fed out by a fingertip operation, is taken out by a seesaw-like movement of the card push-up base 9 at the corner connecting portion with the rising peripheral wall. And the short side edges of the second and subsequent cards B so that the second card B to be fed out together with the first card B is not fed out from the outlet 2-1. A locking portion 11 for locking and receiving the portion is provided.
As a result, the short edge portion of the second card B to be fed out next is locked and received by the locking portion 11, so that only the first card B at the uppermost layer of the stack is taken out from the outlet 2-. It is slid by a fingertip operation to be taken out from 1 and taken out.

  In the second embodiment, as shown in the drawing, the opening position of the outlet 2-1 and the addition of the locking portion 11 and the resilient member 10 for urging the card lifting board 9 in the stacking direction of the card B are used. Basically, there is no difference from the above-described first embodiment in the components other than the one provided on only one of the components. Therefore, the same components are denoted by the same reference numerals, and redundant description will be omitted.

FIG. 6 shows another embodiment in which the resilient member 10 is removed from under the card lifting board 9. In other words, a seesaw-like movement with the swing fulcrum 8 of the card lifting board 9 as a fulcrum is performed only by a fingertip operation.
The third embodiment is basically the same as the first embodiment except that the resilient member 10 is removed. Therefore, the same reference numerals are used for the same components, and the duplicate description is omitted.

FIG. 7 shows another embodiment of the lifting means.
In the fourth embodiment, the lifting means is constituted by the above-described card lifting board 9 which moves like a seesaw, and the lifting board 12 arranged below the lifting board 9. By providing a resilient member 13 for urging the elevating substrate 12 in the stacking direction of the cards B under the 12, the number of cards B stacked and stored in the card storage unit A-1 is reduced. The resilient member 13 raises the elevating substrate 12 while gradually moving it in parallel (from the state of FIG. 7A to the state of FIG. 7B).

  In the fourth embodiment, the configuration of the lifting means is basically the same as that of the first or second embodiment except for the configuration of the card lifting board 9 and the lifting board 12. Therefore, the same components are denoted by the same reference numerals, and the description thereof will not be repeated.

  The elevating substrate 12 is formed from the same material as the case body A and the card lifting substrate 9 and has the same size as the lifting substrate 9, and has a resilient member made of a spring material such as a coil spring if necessary on the back surface. A holding portion 14 for locking and holding the elastic member 13 so as not to be inadvertently moved is provided integrally therewith.

The holding portion 14 is formed in a circular shape slightly smaller than the short side width direction of the elevating substrate 12 so as to protrude from the back surface of the elevating substrate 12, and a resilient member 13 having the same size is used to cover the entire elevating substrate 12 over a wide area. And the card B can be urged in the stacking direction of the card B by an appropriate urging force (elastic force).
Although not shown, holding portions 14 having a small protrusion outer diameter are provided at several places on the back surface of the elevating board 12, and the elevating boards 12 are stacked by the resilient members 13 arranged at several places in the stacking direction of the card B. May be adopted, and it is optional.

Thus, according to the fourth embodiment, when the number of cards B that can be stacked and stored in the card storage unit A-1 is, for example, about 30, and when 30 cards B are stacked and stored. Then, the lifting board 12 including the card lifting board 9 descends against the resilient member 13 (the state of FIG. 7A). Then, as described above, the card push-up board 9 is moved in a seesaw-like manner by a fingertip operation, and is taken out one by one from the card B at the top of the stack to be stacked and stored in the case storage section A-1. As the number of cards B decreases, the elevating substrate 12 is raised by the resilient member 13 (the state shown in FIG. 7B), so that a large number of thirty cards are stacked on the card lifting substrate 9. Can be reliably taken out up to the last sheet.
That is, the movement of the raising / lowering substrate 12 which rises as the number of stacked cards B decreases and the seesaw-like movement of the card lifting substrate 9 by fingertip operation changes the state of the large number of stored cards of 30 to the last. It is possible to take out the cards B one by one from the take-out opening 2-1 without fail, until one card is reached.

  FIG. 8 shows another embodiment in which the card lifting board 9 and the lifting board 12 according to the fourth embodiment are connected by a hinge structure, and the pivot point of the card lifting board 9 which moves like a seesaw. By adopting a hinge structure in which the portion 8 is connected to the elevating substrate 12, the card push-up substrate 9 and the elevating substrate 12 are integrated, thereby improving handleability and convenience. The seesaw-like movement of the card lifting board 9 on the elevating board 12 is smoothly performed. That is, the see-saw-like movement is achieved by an immovable single-point support structure without play such as rattling or movement of the card lifting board 9. It is intended to be smooth.

  Although the hinge structure is not particularly limited, in the present example, as shown in the drawing, a convex portion 8-1 provided on the back surface of the card lifting substrate 9 and a concave portion 8 provided on the surface of the elevating substrate 12 are provided. The swing support point 8 for the card push-up board 9 to perform a seesaw-like movement in a one-point support structure is formed by fitting the two.

FIG. 9 shows another embodiment of the push-up means. In the sixth embodiment, instead of the above-described card push-up board 9 which moves like a seesaw, the card push-up means is stacked and stored in the card storage section A-1. By disposing the receiving board 15 under the card B and further arranging the leaf spring 16 under the board 15, the card B laminated by an appropriate resilience of the leaf spring 16 is moved in the laminating direction. The card B can be pulled out one by one by a fingertip operation while being pushed up.
When the leaf spring 16 has a size and shape capable of receiving and supporting the entire area under the card B as shown in the drawing, the receiving substrate 15 is not always necessary.

  In the sixth embodiment, as shown in the drawing, the receiving board 15 and the leaf spring 16 are disposed under the card B stacked and stored in place of the card lifting board 9 which moves like a seesaw. Since the components are basically the same as those in the first embodiment, the same reference numerals are used for the same components to omit redundant description.

  It should be noted that specific embodiments of the present invention are not limited to the above-described embodiments 1 to 5 in detail, and various configurations may be used without departing from the spirit of claims 1 to 4. It can be changed.

A perspective view showing an example of an embodiment of a card case of the present invention. II-II sectional view of FIG. Opening of the case body, card push-up board, and perspective view of a state where multiple cards are stored in the case body FIG. 4A is a cross-sectional view illustrating an example of use, in which FIG. 4A illustrates a slide-out state of a card by a fingertip operation in a state where the number of stacked and stored cards is large, and FIG. Indicates the card slide-out state by Sectional view showing another embodiment of the card case of the present invention. Sectional view showing another embodiment of the card case of the present invention. FIG. 4A is a cross-sectional view showing another embodiment of the card case of the present invention, in which FIG. 4A shows a slide-out state of a card by a fingertip operation in a state in which the number of stacked and stored cards is large, and FIG. Indicates the card slide-out state by the fingertip operation in the state where Sectional view showing another embodiment of the card case of the present invention. FIG. 4A is a cross-sectional view showing another embodiment of the card case of the present invention, in which FIG. 4A shows a slide-out state of a card by a fingertip operation in a state in which the number of stacked and stored cards is large, and FIG. Indicates the card slide-out state by the fingertip operation in the state where

Explanation of reference numerals

A: Case body A-1: Card storage section
A-2: Opening / closing lid 1: Operation slot 2,2-1: Take-out port 8: Swing fulcrum 9: Card lifting base (pushing means)
10,13: Elastic member 11: Locking part
12: Elevating substrate (push-up means)
16: Leaf spring (pushing up means)

Claims (4)

A case main body having a size capable of storing a plurality of cards in a stacked manner and having an outlet for the card on one side; Push-up means to face the take-out opening one by one,
A card case, characterized in that the case main body is provided with an operation slot for sliding one card at a time from the uppermost stacked card in the direction of the ejection opening by a fingertip operation.   The push-up means according to claim 1 is large enough to be installed in the main body from at least one short side to the other short side opposite to the short side of the case main body provided with the outlet, and A card case comprising: a card push-up board provided with a swing fulcrum at a substantially central portion on a back surface so that one side is pushed down to make a seesaw-like movement in which the other side is raised.   A card case, comprising: a resilient member for urging the push-up substrate in a card stacking direction on a back surface of the card push-up substrate sandwiching the swing fulcrum according to claim 2. The push-up means according to claim 1 is large enough to be installed in the main body from at least one short side to the other short side opposite to the short side of the case main body provided with the outlet, and A card push-up board having a swing fulcrum so as to form a seesaw-like movement in which one side is pushed down at one side and the other side rises at a substantially central portion on the back side, and the card push-up board is formed to the same size as the push-up board. And a lifting board arranged under the lifting board,
Furthermore, a card case is provided with a resilient member for urging the lifting board in the stacking direction of the cards below the lifting board.

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