JP3232063U - name card holder - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a business card holder having a structure in which two cards are not fed out in a business card holder provided with a feeding mechanism for feeding out the business card on the uppermost surface to the outside of a case. SOLUTION: A flat box-shaped storage case for storing business cards in a laminated state, a push-up mechanism for pushing up a group of stacked business cards upward in the case, and a feeding hole 131 are provided in a front wall portion 13 of the case. The feeding hole 131 is formed along the back surface of the case upper surface plate 11, and the feeding mechanism is provided with an operation through hole 111 on the upper surface plate and formed of a thin metal plate on the back surface of the upper surface plate. An operation unit 32 in which a slide thin plate provided with a locking claw 33 having a protruding edge equal to or less than the thickness of a business card with the edge folded downward is arranged slidably on the upper surface plate and connected to the slide thin plate through an operation through hole. It consisted of and. [Selection diagram] Fig. 4

Description

The present invention relates to a business card holder used for carrying a business card, particularly having a structure in which each business card is taken out from the business card storage case.

The basic configuration of a business card holder that draws out one business card from the business card storage case is to store multiple business cards in a stacked state in the storage case and push up the stacked business cards upward in the case by a streak or a magnetic attraction repulsive force. A push-up mechanism is provided, and a feeding hole through which one business card passes is provided at an upper position on the side surface of the case. It is provided with a mechanical unit, and an operation knob is operated to expose the business card of the uppermost layer from the feeding hole to the outside of the case, and the exposed business card is taken out by hand (Patent Documents 1, 2, 3). 4, 5, 6).

However, in the above-mentioned business card holder feeding mechanism, when the operation picking is operated, the business card is fed out from the feeding hole due to the frictional force between the operation picking and the uppermost business card, but the gap between the feeding holes is the thickness of one business card. If this happens, the business card may not be able to be taken out because it contains a small amount of moisture.

Further, if a margin is provided in the gap, it is possible to respond to a change in the thickness of the business cards, but since the operation is performed while pressing the laminated business card group in the laminated state from above, the laminated business cards are mutually pressed by the pressing pressure. It adheres and becomes two sheets.

As a countermeasure for this, first, the upper surface plate of the business card storage case has an operation hole portion having an appropriate length from the rear wall portion to the front wall portion and an appropriate range of the rear wall portion of the case, and a back surface portion. A protrusion having a locking claw that is movable within the operation hole and is located in the hollow space and has a locking claw that protrudes from the back surface of the top plate to a thickness equal to or less than the thickness of the business card when mounted is provided on the surface of the top plate in the front-rear direction. We have proposed a business card holder that is provided with an operation plate that is slidably incorporated and has a structure in which a business card is pulled out from a case by operating the operation plate (Patent Document 7).

Jikkai Sho 59-15932. Jikkai Sho 61-190220. Jikkai Sho 62-119831A. Registered Utility Model No. 3109860. Registered Utility Model No. 3114601. Registered Utility Model No. 3133201. Registered Utility Model No. 3217194.

The business card holder described in Patent Document 7 described above is particularly operated by an operation plate, and two business cards are prevented from being fed out as compared with the case where the stacked business card group is pushed in and fed out by the frictional force with the top position business card. Since the business card itself becomes moist and easily adheres to others, the top-position business card may adhere to the operation board, and the next-position business card may also adhere to the top-position business card and two cards may be drawn out.

Therefore, the present invention proposes a business card holder with an improved feeding mechanism that ensures that one business card is fed out.

The business card holder according to claim 1 of the present invention includes a flat box-shaped storage case for storing a plurality of business cards in a stacked state, a push-up mechanism for pushing the stacked business card group upward into the case, and a business card on the front wall of the case. It is provided with a feeding hole formed in a gap sufficient to allow one of the above-mentioned stacks to pass through, and also has a feeding mechanism for feeding out the business card on the top surface of the stack to the outside of the case by operating the business card on the top surface of the stack from the outside of the case. In a business card holder, the bottom plate of the storage case is formed in an opening / closing structure, and the push-up mechanism is equipped with a flat magnet provided at an appropriate position on the bottom plate of the storage case and a flat magnet in which a repulsive force acts in the direction of the bottom plate. It is composed of a sheet body, and a feeding hole is formed along the back surface of the upper surface plate, and a feeding mechanism is provided on the upper surface plate with an operation through hole having an appropriate length from the rear wall portion to the front wall portion, and the back surface of the upper surface plate is thin. A slide thin plate formed of a metal plate, arranged in close contact, and provided with a locking claw that protrudes below the thickness of a business card by folding the trailing edge downward, the locking claw is attached to the rear wall. It is characterized in that it is slidably arranged on the upper surface plate including a range that can be accommodated in the provided storage recess, and is composed of an operation portion connected to the slide thin plate through the operation through hole. ..

Thus, when the bottom plate is opened and the business cards are stacked and stored in the storage case, the push-up sheet body is stacked on the bottom layer of the laminated business card, and the bottom plate is closed, the magnet body of the bottom plate and the magnetism of the push-up sheet body are magnetic. The repulsive force presses the laminated business card group against the back surface of the top plate. In the above state, the operation unit is moved to the rear wall side to position the locking claw in the storage recess, and then the operation unit is slid forward to lock the trailing edge of the top position business card of the laminated business card group. The top position business card protrudes from the feeding hole and a part of the same business card is exposed from the storage case, so that the exposed part can be held and pulled out from the case. In particular, since the locking claw is formed by folding back a slide thin plate provided with a thin metal plate, it is possible to easily form a locking claw that securely locks the edge of the business card corresponding to the thickness of one business card. it can.

Further, in the business card holder according to claim 2 of the present invention, in the above-mentioned business card holder, in particular, the central portion of the feeding hole is formed in a protrusion close to the upper surface plate, and the back surface of the protrusion is formed in an inclined surface. The business card holder according to claim 3 is further formed by embedding a magnet for attraction in an upper surface plate facing the upper surface of the protrusion and the upper surface of the protrusion.

Therefore, the gap of the feeding hole is formed in a gap that does not hinder the feeding of the business card, but when the top-position business card is fed, even if the next-position business card adheres to the top-position business card due to moisture or the like. The protrusion of the next-position business card is prevented from protruding by the protrusion provided facing the feeding hole, and the back surface of the protrusion is an inclined surface, so that the top-position business card can be smoothly fed.

The configuration of the present invention is as described above, and only the top-position business card of the group of stacked business cards in the storage case is extruded with a locking claw. We were able to provide a business card holder that can be reliably fed out one by one.

Explanatory drawing of the use state of embodiment of this invention. Downward perspective view before storing the same business card. Explanatory drawing of the same business card feeding mechanism (before feeding). The same figure (after feeding). The same front view (explanatory view of the feeding hole).

Next, an embodiment of the present invention will be described. The business card holder shown in the embodiment is composed of each member of the storage case 1, the push-up sheet body 2, and the operating body (feeding mechanism) 3.

The storage case 1 is a flat box type having an internal volume in which a plurality of business cards can be stored in a stacked state (stacked business card group A), and the upper and lower face plates 11 and 12 and each wall portion (front wall portion 13, rear wall portion 14,). It is formed by the left and right wall portions 15).

The upper surface plate 11 is integrally formed on the upper surface of each of the wall portions 13, 14 and 15, and an operation through hole 111 is provided on the rear wall portion 14 side, and the lower surface at the center of the front edge (position facing the protrusion 132 described later) is provided. ), A small magnet 112 for suction is embedded.

The lower surface plate 12 is hinged under the front wall portion 13 and incorporated so as to be openable and closable, and is small for suction on the lower surface of the rear wall portion 14 and the back surface of the lower surface plate 12 facing each other when the lower surface plate 12 is closed. Magnets (open / close click mechanism) 121, 141 are provided, and a push-up mechanism of the laminated business card group A is provided at a predetermined position on the back surface of the lower surface plate 12 (a position where the magnetic repulsive force with the push-up sheet body 2 described later works in a well-balanced manner). A flat magnet 122 is provided.

Further, a recess having a width and height sufficient for passing the business card a is provided on the upper surface of the front wall portion 13, and a feeding hole 131 is formed when the upper surface plate 11 and the wall portion 13, ... In addition, a protrusion 132 close to the top plate 11 (a gap equivalent to the thickness of the business card a) is provided in the central portion of the recess, and the back surface of the protrusion 132 is provided with an inclined surface 133. To form. Further, a small suction magnet 134 is embedded in the protrusion 132.

On the upper surface of the rear wall portion 14, a storage recess 142 for accommodating the locking claw 33 of the operating body 3 to be attached to the upper surface plate 11 described later is provided.

The push-up sheet body 2 is stored in the storage case 1 by overlapping with the laminated business card group A. One corner portion is cut off and a notch portion 21 for taking out is provided, and the entire push-up sheet body 2 is formed of a magnetic sheet. It is stored in the storage case 1 so that a magnetic repulsion action acts on the flat magnet 122 of the bottom plate 12.

The operation body 3 is composed of a slide thin plate 31 and an operation portion 32. The slide thin plate 31 is formed of a thin metal plate (0.1 mm thickness or less), is longer than the front length of the operation through hole 111, and the rear end portion is folded back. The locking claw 33 is used. The operation unit 32 is provided so as to be slidable on the upper surface plate 11 in the front-rear direction. The slide thin plate 31 is arranged in close contact with the back surface of the upper surface plate 11 and is operated with the operation unit 32 on the front surface of the upper surface plate 11. It is connected and integrated through the through hole 111.

The illustrated business card holder is provided with a cover body B, and the cover body B is folded in half to protect the entire case, so that the feeding hole 131 side (front) is folded in half. It is attached to the surface of the bottom plate 12.

Therefore, in the business card holder having the above configuration, the lower surface plate 12 is opened in the upside-down state, the business card a is stored in a laminated state from the opening, the push-up sheet body 2 is stacked on the stored laminated business card group A, and then the lower side. The face plate 12 is closed (adsorbed by attracting small magnets 121 and 141), and the cover body B is further folded and carried.

In the laminated business card group A stored during the above-mentioned carrying, the push-up sheet body 2 is lifted in the direction of the upper surface plate 11 by the magnetic repulsive force with the lower surface plate 12, and the top position business card a is in close contact with the back surface of the upper surface plate 11. It is in a state of being.

Therefore, when the cover body B is opened and the operation unit 32 is slid forward from the rearmost position in order to take out the business card a from the storage case, the step between the slide thin plate 31 and the locking claw 33 is sufficiently thinner than the thinness of the business card a. Therefore, the locking claw 33 locks only the trailing edge of the top position business card a of the laminated business card group A and pushes it forward. Since a part of the extruded top-position business card a protrudes from the feeding hole 131 and is exposed from the storage case 1, the exposed portion can be held in the hand and pulled out from the storage case 1.

In particular, even if the next-position business card adheres to the top-position business card a due to moisture or the like during the feeding operation of the top-position business card a by the operating body 3, the minimum gap (one business card) of the feeding hole 131 is provided by the protrusion 132. Since a gap (narrow gap) that can only be passed through is formed, the feeding of the next position business card is surely prevented.

Moreover, since the back of the protrusion 132 is formed on the inclined surface 133, even if the gap between the protrusion 132 and the back surface of the upper surface plate 11 is narrow as described above, the top position business card a can be smoothly extended. Become. Further, by repeating the operation of feeding out the business card, the narrow gap may be widened. However, the protrusion 132 and the upper surface plate 11 are provided with small suction magnets 134 and 121, respectively, and the narrowing due to the bending of the upper surface plate 11 is provided. It prevents the interval from widening.

Therefore, one top-positioned business card a is reliably delivered from the stacked business card group A housed in the storage case 1 by sliding the operation unit 32 of the operating body 3.

1 Storage case 11 Top plate 111 Operation through hole 112 Small magnet for suction 12 Bottom plate 121 Small magnet for suction 122 Flat magnet (pushing mechanism)
13 Front wall 131 Feeding hole 132 Protrusion 133 Inclined surface 134 Small magnet for suction 14 Rear wall 141 Small magnet for suction 142 Storage recess 15 Left and right side walls 2 Push-up sheet body (push-up mechanism)
21 Notch 3 Operation body 31 Slide thin plate 32 Operation part 33 Locking claw A Laminated business card group a Business card B Cover body

The business card holder according to claim 1 of the present invention includes a flat box-shaped storage case for storing a plurality of business cards in a stacked state and the entire business card stored in the stacked state (hereinafter referred to as "stacked business card group") in the case. By providing a push-up mechanism that pushes up upwards and a feeding hole formed in the front wall of the case with a gap sufficient for passing one business card, and by operating the business card on the uppermost surface of the laminated business card group from the outside of the case, the above-mentioned In a business card holder equipped with a feeding mechanism for feeding out the business card on the uppermost surface of the stack, the bottom plate of the storage case is formed in an opening / closing structure, and the push-up mechanism is provided at an appropriate position on the bottom plate of the storage case. It is composed of a push-up sheet body equipped with a flat magnet on which a repulsive force acts in the direction of the bottom plate, a feeding hole is formed along the back surface of the top plate, and a feeding mechanism is appropriately provided on the top plate from the rear wall portion to the front wall direction. An operation through hole of various lengths is provided, and a thin metal plate is formed on the back surface of the upper surface plate, and the rear edge portion is folded downward to provide a locking claw that protrudes below the thickness of the business card. The slide thin plate is slidably arranged on the upper surface plate including the range in which the locking claw fits in the storage recess provided in the rear wall portion, and the operation portion connected to the slide thin plate through the operation through hole. It is characterized by being composed of and.

Claims (4)

A flat box-shaped storage case that stores multiple business cards in a stacked state, a push-up mechanism that pushes the stacked business card group upward into the case, and a gap sufficient for passing one business card through the front wall of the case. In a business card holder provided with a feeding mechanism for feeding out the business card on the top surface of the stack to the outside of the case by providing a feeding hole and operating the business card on the top surface of the stack from the outside of the case.
The bottom plate of the storage case is formed in an open / close structure,
The push-up mechanism is composed of a flat magnet provided at an appropriate position on the bottom plate of the storage case and a push-up sheet body provided with a flat magnet on which a repulsive force acts in the direction of the bottom plate.
A feeding hole is formed along the back surface of the top plate,
The feeding mechanism is provided with an operation through hole of an appropriate length from the rear wall portion to the front wall portion on the upper surface plate, formed of a thin metal plate on the back surface of the upper surface plate, arranged in a close contact state, and the trailing edge portion is lowered. A slide thin plate provided with a locking claw that is folded back to the side and protrudes less than the thickness of the business card can be slid on the top plate, including the range in which the locking claw fits in the storage recess provided on the rear wall. A business card holder that is arranged and is composed of an operation unit connected to the slide thin plate through the operation through hole. The business card holder according to claim 1, wherein the central portion of the feeding hole is formed in a protrusion close to the upper surface plate, and the back surface of the protrusion is formed in an inclined surface. The business card holder according to claim 2, wherein an adsorption magnet is embedded in the upper surface of the protrusion and the upper plate facing the upper surface of the protrusion. The business card holder according to any one of claims 1 to 3, wherein the push-up sheet body is formed of a magnet sheet.

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