JPS5815190Y2 - card holder - Google Patents

Description

[Detailed description of the invention] The present invention relates to a card holder that is assembled and fixed to the outer surface of the side wall of a container box such as a parts box, and holds a card between the side wall and the side wall in which necessary information regarding the stored parts is written. The purpose is to be able to securely hold cards regardless of their size.

Another purpose is to make it easy to attach and detach the card.

The process of moving a container box as a parts box for storing appropriate parts etc. can be roughly divided into: ■ Each process from parts completion at the parts manufacturer to shipping ■ From shipping at the parts manufacturer to single storage at the destination manufacturer Transport and transportation process■ There are various processes from warehousing to parts consumption at the destination manufacturer (in addition, empty boxes are returned after going through the reverse order of ■~■ above, and the steps ■~■ are repeated again). It is convenient to manage the receipt, delivery, storage, quantity, etc. between each process by using cards attached to each container box, or by using other appropriate means, and gradually management by cards is becoming more and more convenient. It is widespread.

However, since the content of work in each process, that is, the content of management, differs for each process, the format of the card also differs according to the difference in content, and for this reason, the size of the card used in each process differs. It is normal because it varies.

Therefore, for various reasons, it is desired that a single card holder be able to distinguish between large and small cards and hold them stably and reliably, but there has been no device that fully satisfies this demand.

For example, a card holder that simply makes the bottom of the presser plate shallower (lower the height of the presser plate) and widens the width of the presser plate so that it can hold both large and small cards and is easy to attach and remove. However, if the card being held is large and is subjected to vibrations or wind pressure during transportation by automobile, the card often slips and flies upward or is blown away.

The present invention was devised to fully satisfy the above-mentioned requirements.In order to attach the container to the container box, a forming plate set upright on a substrate as a base is divided into two parts through a gate-shaped cutout hole. As a plate and a small presser plate, both presser plates are not curved or bent, but extend upward in the direction of pressing the side wall of the container box, and the upper edge portion is bent on the opposite side from the side wall, and the entire presser plate is This is a synthetic resin type.

Embodiments of the present invention will be described below with reference to the drawings.

(See Figures 1 to 3 below) The card holder according to the present invention can be used to hold large cards such as computer cards (approximately 83 mm x 187 mm).

This card usually comes in an envelope-like transparent case (approximately 100 m long).
m x 200 mm) and held in a card holder.

In fact, large cards of this size and in this form are overwhelmingly used at work sites.

] Ogami-e board 1 formed into a gate shape by adapting its dimensions to
and two small cards (for example, business card size (approx. 55 mm)
A small presser plate 2 is formed into a gate shape with dimensions adapted to the size of 90 mm x 90 mm), and both presser plates 1 and 2 form a base for attaching the card holder to the side wall 4 of the container box.
It is constructed with a substrate 3 serving as a base on which it is erected as a substantial component.

In the illustrated embodiment, the small presser plate 2 is gate-shaped, but this is done to save material, and it may be a plate without cut-out holes.

The gate-shaped holding plates 1 and 2 are formed by dividing the forming plate P set up on the base plate 3 into two through a gate-shaped punching hole H. is formed so as to surround the small presser plate 2 and naturally extend upward in the direction of pressing the side wall 4 while being curved or bent.

It should be noted that the shapes of the large press plate 1 and the small press plate 2 are not strictly limited to their planar shapes.

For example, the legs of the gate-shaped cutout holes H normally extend to the lower end of the forming plate P, that is, the substrate 3, and the Ogami retaining plate 1 and the small retaining plate 2 are formed, but both retaining plates 1 , 2 are formed in two upper and lower stages by the upper end holding parts 1b and 2b, within a range that can apply a pressing force that stably and reliably holds 1 for a large card and 2 for a small card. It may be stopped near the lower end of the plate P.

In addition, the Ogami press plate 1 and the small press plate 2 are attached to the container side wall 4 in the previous state, and in addition to being installed on the same surface as shown in Fig. 2, they can also be installed at different levels as a whole. may be molded.

Both presser plates 1 and 2 are formed into a gate shape with a presser plate connected between the upper ends of two leg portions a and a in a bridge manner, and both leg portions a and a are used for holding cards. It is a part that elastically deforms when the tool is attached to the outer surface of the side wall 4 and exerts card holding force by the elasticity, and the holding part actually applies the card holding force generated by the elastic deformation of the leg part a to the card. This is the part that acts on the object.

As is clear from the side view of FIG. 2, the legs a are curved or bent toward the side wall 4 to which they are attached.
As shown in FIG. 3, when attached to the side wall 4, it is elastically deformed and acts to press the presser against the outer surface of the side wall 4.

The upper end edge portion of the holding part is bent on the side opposite to the side wall 4, that is, on the opposite side to the inclination direction of the leg part a, and the bending point is used as a pressing point for pressing the card K, and side wall 4
An introduction part C is formed so that the card can be smoothly inserted between the card holder and the card holder.

With this introduction part C, when inserting the card K, the worker can simply slide the card K down from above the card holder along the outer surface of the side wall 4 and insert the card without hooking the card holder's fingertips. The installation of a distant relative may be possible.

Note that a recess 1d formed at the center of the upper edge of the holding part 1b of the Ogami-e-board 1 corresponds to the card K held in the card holder.
This is to form a space where the card K can be easily pinched with the fingertips when removing the card K, and it may be formed not only on the Ogami holding plate 1 but also on the small holding plate 2.

Furthermore, according to the illustrated embodiment in FIG.
a are curved so that their upper ends are separated from each other, and this is done by making the length of the holding part 1b as large as possible so that the clamping force acting on the card K can be applied over a wide range as possible. This is to ensure that.

Furthermore, by bending the introduction part C, the plate-shaped presser part has a cross-sectional shape of a dogleg with added rigidity, so it has a structure that is difficult to bend and deform. The holding force that acts from part a to both ends of the presser part is not limited to both ends of the presser part, but can be applied almost uniformly over the entire length of the presser part, and therefore, Since the holding force acting on the card K is applied over a wide range, the card is held stably.

In addition, the Ogami plate 1 and the small press plate 2 are installed on the same surface in the previous state when attached to the side wall 4 of the container box, and the width of 2 on the small card is the same as that of the Ogami plate 1. If the card extends up to 100 degrees, place 2 on the small card from the back of the small presser plate 2 to the front of the Ogami presser plate 1, and place 2 on the small card between the outer surface of the Ogami presser plate 1 and the inner surface of the half presser plate 2. As a result, it can be held in a clip-like manner as both sides are supported outwardly and pressed inwardly, and 2 can be more stably held in a small card.

Note that when removing the card K, especially the large card 1, it is possible to remove it from the left and right directions instead of from above, if necessary.

By the way, the card holder according to the present invention has the leg a
Since the card holder is attached to the side wall 4 in an elastically deformed state, the attachment of the card holder to the side wall 4 must be stable.

The attachment of this card holder to the side wall 4 will be described with reference to an embodiment of the mechanism T.

In the mounting mechanism T shown in FIGS. 1 to 4, protrusions T1 protruding from both ends of the lower surface of the board 3 are integrated into the outer surface of the side wall 4 for mounting the board 3 on the side. The locking piece T2 is fitted into the hole T5 formed in the rib T3, and the locking piece T2 protruding from the end surface of the side wall 4 of the board 3 is connected to the protruding piece T4 protruding from the outer surface of the side wall 4 and the horizontal rib T3. It is configured to tightly fit into a locking groove T6 formed between the two.

Note that the locking piece T2 is omitted by widening the width of the board 3 over the entire length.

In this embodiment, the planar wobbling of the card holder against the side wall 4 is prevented by fitting the protrusion T1 and the hole T5, and the board 3 is prevented from sliding against the horizontal rib T3 by fitting the locking piece T2 into the locking groove T5. This prevents the protrusion T□ from rising and coming out from the hole T5.

The embodiment of the mounting mechanism T shown in FIGS. 5 to 7 is as follows:
A protrusion T1 provided at the center of the lower surface of the substrate 3 is fitted into a hole T5 opened in the horizontal rib T3, and locking pieces T7. T7 is configured to tightly fit into a locking groove T9 formed by retaining pieces T s and T s erected in a crank shape on the upper surface of the horizontal rib T3.

This embodiment, like the previous embodiment, has a protrusion T1 and a hole T5.
The engagement between the locking piece T7 and the locking groove T9 prevents the card holder from shifting in plan with respect to the side wall 4, and the engagement between the locking piece T7 and the locking groove T9 prevents the board 3 from rising above the lower horizontal rib 3. The projection T1 is prevented from being pulled out from the hole T5.

The embodiment of the mechanism T shown in FIGS. 8 to 10 has a structure that does not utilize a fitting means between the protrusion T1 and the hole T5. The retaining piece T2 is connected to the retaining groove T6 formed between the protrusion T4 and the horizontal rib T3.
The board 3 is tightly fitted inside the board 3 and mounted on the lower horizontal rib 3.
Locking ribs TIO, TIO are provided on the lower lateral rib 3 to abut on the end face in the long side direction of the substrate 3, and stoppers T9 are provided on the lower lateral rib 3 to abut on the end face on the side opposite to the side wall 4 of the substrate 3.
It is constructed by erecting.

In this embodiment, planar displacement of the substrate 3 with respect to the side wall 4 is prevented by the locking rib TIO and the stopper T9, and lifting of the substrate 3 from the horizontal rib T3 is prevented by the fitting between the locking piece T2 and the locking groove T6. This is prevented by

In addition, Figures 1 to 4 and Figures 8 to 10
In the embodiment shown in the figure, care must be taken to prevent the substrate 3 from lifting up from above the lower horizontal rib 3.
This means that this is achieved only on the side end faces, and not at all on the end face of the substrate 3 on the side that does not face the side wall 4.

This is because the attachment of the card holder to the side wall 4 is easy to understand if you consider the state of the card holder. Only the force that tries to lift the end surface on the opposite side from above the lower horizontal rib 3 acts, and the side wall 4 of the substrate 3 acts.
This is because there is no force acting to lift the end face on the opposite side.

This means that when the end of the substrate 3 on the side wall 4 side is prevented from rising, as a reaction, the side wall 4 of the substrate 3
Since the pushing force against the horizontal rib T3 acts on the opposite end, there is no need for any means to prevent this end of the substrate 3 from lifting up.

In the mounting shown in FIGS. 11 to 14, the embodiment of the mechanism T fixes the card holder to the outer surface of the side wall 4 by caulking means using an eyelet, a bed, welding, etc.
The substrate 3 has a thin plate shape along the outer surface of the side wall 4, and in the case of the embodiment shown in FIGS. 11 to 13, there is a hole Tll.
is opened near both ends and is attached to the side wall 4 by a caulking member T1□ such as an eyelet or rivet (see Fig. 12), or a caulking piece T protrudes integrally from the outer surface of the side wall 4.
13 (see Fig. 13).

The embodiment shown in FIG. 14 has a configuration opposite to that of the embodiment shown in FIG. 13, in which the caulking member T13 is integrally provided on the substrate 3 side and the hole T1□ is formed on the side wall 4 side.

As described above, various configurations of the mechanism T can be considered for attaching the card holder to the side wall 4 according to the present invention.
Whichever configuration is adopted, it must be installed in a stable state without wobbling.

Further, when the card holder is molded from a transparent or semi-transparent synthetic resin, it is convenient because the contents written on the card in the portions hidden by the large holding plate 1 and the small holding plate 2 can be read.

Further, as is clear from the above description, it is preferable that the surface of the side wall 4 of the holding portion, which is in direct contact with the card K and exerts a holding force on the card K, be made non-slip by an appropriate means. In this invention, the pressing points that apply a certain pressing force to the card K are formed in two stages, upper and lower, so that the card can be held by pressing the upper part regardless of the size of the card. In the case of □, the card is also held by the pressing action of the small holding plate 2, so it is held under the pressure of two stages in the vertical direction, and in the case of 2 for the small card,
In addition to receiving the clamping action of the small presser plate 2, as mentioned above, the outer surface of the Ogami presser plate 1 and the inner surface of the small presser plate 2 can also receive a clip-like clamping action, and even if there is a medium-sized card, The pressing point of the Ogami-e-board 1 can prevent medium-sized cards from slipping upward, and in the end, these cards can be held securely and stably, either individually or at the same time, and can be attached to and removed from the cards. In addition, the structure is extremely simple and can be integrally molded with synthetic resin and attached to the side wall of the ready-to-use box, so it can be mass-produced at low cost, and the card holding function can be smoothly added. As a card holder attached to the side wall 4 of a similar volume box, it exhibits many excellent effects in terms of use and production.

[Brief explanation of drawings]

FIG. 1 is a front view of the card holder according to the present invention, FIG. 2 is a side view thereof, and FIG. 3 is a longitudinal sectional side view of the card holder attached to a side wall. Figures 4 to 14 show an example of the mechanism in which the card holder is attached to the side wall. The installation is an overall perspective view showing the mechanism part, and Figures 5 to 7 show examples of the mechanism for other installations. Figure 5 shows the configuration of the card holder side, and Figure 6 shows the assembled state. 7 are perspective views of the structure of the container box. Figures 8 to 10 show further examples of the mounting mechanism, with Figure 8 being a front view of the card holder side and Figure 9 being a front view of the card holder side.
The figure is a sectional side view of the assembled state, and FIG. 10 is an overall perspective view of the container box. Figures 11 to 14 show examples of the mounting mechanism constructed based on completely different structural ideas. A side sectional view in the installed state, FIG. 13 is a side sectional view attached by a caulking member protruding from the side wall,
FIG. 14 is a side sectional view of the mounted state in which the caulking piece is provided protruding from the board side. 1...Okami press plate, 2...Small press plate, 3
... Board, a, 1a, 2a ... Legs,
b, lb, 2b...presser section, c, IC, 2C・
...Introduction part, 1d...Concave part, K, 1.
2...Card, 4...Side wall, H...
... Gate-shaped punching hole, P ... Forming plate.

Claims (1)

[Scope of utility model registration request] A card holder that is attached to the outer surface of the side wall 4 of the container box and holds a card K on which necessary information regarding stored items is written between the side wall 4 and the board 3 that is immovably assembled and fixed to the outer surface of the side wall 4. A forming plate P is erected on top, and the forming plate P is divided into two parts, an Ogami-e-board 1 and a small one, through a gate-shaped cutout hole H whose legs extend to the lower end or near the lower end of the forming plate P. The Ogami press plate 1 and the small press plate 2 naturally extend upward in the direction of pressing the side wall 4 while being curved or bent, and the upper edge portion is bent to the side opposite to the side wall 4. A synthetic resin type card holder characterized by the following: