JPS6079999A - Case for card - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] The present invention is a case for a car such as a commuter pass, cash card, driver's license, business card, etc., which has a simple structure and is easy to handle. 'r';3
1. :t4 This is a convenient card case with a lock.

In recent years, automatic ticket gates have become commonplace at railway stations, and automatic cash dispensers at banks. You have to pass through the ticket gate by making use of the motion of the driver. This type of out-of-home work is also common in automatic cash dispensers. Commuting commuters have to repeatedly insert and remove their commuter passes into and out of automatic ticket gates on their daily commutes, which is extremely difficult compared to the traditional method of presenting a commuter pass number 15. It's a hassle.

In this case, if you carry your commuter pass in your pocket or in your Ndopack, the operation of inserting it into the automatic ticket gate will be easy.
Although the hassle is alleviated somewhat, carrying the phone around in such a naked manner can lead to the risk of losing the commuter pass, as well as the risk of the commuter pass bending due to external force while carrying it and causing the ticket to pass through the automatic ticket gate.
There is a risk that it may become impossible for H people to pass the ticket, or it may become impossible for an automatic ticket gate to read the ticket. [Also, it is generally carried in a so-called commuter pass holder.

However, at present, most of the cases for general commuter pass cards are folded in two and are in the form of a so-called wallet, which means that you are forced to use both hands to remove the commuter pass from the case. In the case of a commuter pass for automatic ticket gates, the hassle of passing through the ticket gates is doubled.

Therefore, to eliminate the trouble of slanting, a glazed commuter pass holder has been devised.An example is Jikkiaki!
There is No. 13-4476≠, which connects the lid plate and the inner plate with a screw, and uses screws and gears to slide the inner plate upwards, at the same time pushing the top of the commuter pass out of the case. This is an extremely messy structure, and high costs are unavoidable. As described above, even in other conventional proposals, there has been no structurally satisfactory solution such as duplex transmission with 1/2 gap.

The present invention is intended to address the above-mentioned problems, particularly in handling commuter passes for automatic ticket gates. : This is something that has been completed to solve the problem.

In the present invention, two molded sheet materials are overlapped, and the third
Even in cases where the sides are joined, the entire inner surface forms a relatively smooth surface with low frictional force, and at least one of the two outer surfaces forms a non-smooth surface with high frictional force. In addition, the present invention relates to a card case having at least a window on the side forming the non-smooth surface that allows a part of the stored cards to be exposed. Another invention relates to a card case in which a partition moon is sandwiched and fixed between two molded sheets +J.

The present invention is a case for cards such as commuter passes, which is used frequently on a daily basis, and has three points: 1. Inexpensive, 2. Easy to handle, 2. Does not slip out of pockets, etc. This is a feature. As a result of the selection of the constituent months and their combination, the present invention has achieved the effect of holding commuter pass-like cards sufficiently safely, succeeded in simplifying its structure, and has the above-mentioned features. The physical properties necessary for the paulownia sheet used in the molded sheet material of the present invention will be first explained.

In the card case of the present invention, at least one of the outer surfaces 1 and 11 is made a non-smooth surface with a large frictional force, and the entire inner surface of the case is formed with a relatively smooth surface with a small frictional force. It is characterized by the selection of paulownia wood and the combination of paulownia wood. To create such a structure, for example, two sheets of material are used, one side of which is a relatively slippery surface with low frictional force, and the other surface is a non-slippery surface with high frictional force. It is conceivable to overlap the surfaces and join the three sides.

Next, the card case of the present invention is characterized in that a window is opened on at least one outside surface, particularly on the outside surface which is a smooth surface, through which a part of the stored cards can be exposed.

That is, the present invention, as described above, uses f11. It is a device that allows you to easily take out commuter passes and other cards with one hand by pressing your fingertips against the commuter passes and other cards exposed through the window opened in the window and sliding them. In such cases, it is possible to insert the commuter pass directly into the automatic ticket gate using this slide operation. Furthermore, the presence of the above-mentioned non-slip surface on the outside of the card case of Rikiki's invention prevents the card case from slipping out of a breast pocket or the like and being lost.

Another possible structure of the card case of the present invention is one in which two or more pieces of partition material with relatively clear surfaces on both sides are clamped and fixed in the middle. By doing this, it is possible to separately store *0 periodic roll cards. For example, if the two outer sides are both non-smooth surfaces, and the partition material as described above is used, for example, 7 If the structure is such that the cards are clamped and fixed, windows on both outside sides can be opened to store two types of cards such as commuter passes, and these two cards can be easily selected and taken out with one hand. This is a case for use.

Also, as mentioned above, if you make a 4-story building where you can store two types of commuter passes and other cards by setting the inner partition @ in between, if one of the outside parts is made of a transparent sheet, for example, By storing commuter passes other than automatic ticket gates in the transparent bag and storing one ticket on the other side, you can carry both automatic and non-automatic commuter passes in one. can do.

In the present invention, a paulownia sheet is used as an essential material, and one side has a smooth surface with a relatively low frictional force, and the other side has a non-slip surface with a relatively large frictional force. Although the material is not limited to this, it is preferable to use something that is somewhat stiff in order to protect the commuter passes and other cards that are stored therein. For example, hard polyvinyl chloride laminated with flocked fabric, gauze, cloth, etc.
Alternatively, a material made by directly flocking short fibers to hard polyvinyl chloride is used.

That is, the non-smooth surface as used in the present invention can be formed by, for example, a fur surface, a woven fabric, or a non-woven fabric.

On the other hand, the relatively edge surface has a relatively small coefficient of friction mainly against plastics, paper, etc., and can be formed of, for example, hard polyvinyl reinforced vinyl, bucryl resin, etc.

The method of joining the outer shell, sheet material, and inner partition material is not particularly limited, but welder joining is preferred in order to provide sufficient durability for frequent use.

Next, in the present invention, concave portions of an appropriate size are molded into the sorted particles having the physical properties detailed above.
``I use this in a meeting, but when I use flat sheet paper, there is not enough space between the two sheets, and it is very difficult to insert and remove cards such as Kiya and Ucard. This is because loincloth, depending on the case, -C is 11th, Ito. In other words,
λ°' on the sheet material without prior notice h-:'z
This molded sheet paulownia 03 can be formed by molding the concave part with the exposed part C.
・If you make a card case by joining the father and his concave) comrades together, there will be a slight bulge in the shape of 1j', j between the joints, and -1- will serve as the card storage part. This makes it possible to insert and remove cards very smoothly. Muko/-to material (
l The gate fH (heron 1) is put out; r, the mold is put out in a state in which &J protrudes into the sorting cup, and the concave part is surrounded by only three sides C' This molded piece is this piece? The three sides of knee f: should be made to match and join n-to-n (so that -side 1ii1 is ljM
D¥), 1; (Inserting and removing cards []) -C printing is performed.

The present invention will be further explained below with reference to the drawings.

Fig. 1 shows an example of a card case of the present invention, in which a (d) is a non-contact case, that is, an opening for cards such as commuter passes is provided on one long side, and b is a short side. This is an example in which a sheet paulownia/f, which is somewhat stiff and has a non-smooth surface λ, is welded around the periphery.
The unjoined continuous line of sheet @l forms a bending line j, and
The window was opened. If the card 6 is stored in the card case configured as in this example, and the fingertip is pressed against the window l and slid, the card 6 can be taken out with one hand.

Figure 2 a shows an example of a cart case with a structure in which the partition material 7 is clamped and fixed, and bH is a schematic cross-section taken along cutting line AB, while C is a schematic cross-section taken along cutting line XY. It has become. By overlapping molded sheet materials 1 on both sides of the inner partition material 70 and welding them together on three sides, the card storage section 10.10'
Each card is stored and carried around.

Figure 3 shows how to sort elementary phases / into four appropriately sized parts //.
This is a diagram of the TjL port 1 sheet material that was released [7],
Published by pH! Reverse 1.
This is an example of the state in which the mold is removed and molded 1-7. Each concave part of the molded sheet material is cut in this way.
A card case is formed by joining the two sheets together at their three sides (11-1) by overlapping the four sides (i5 and A).

It is also possible to install the case for the tree node of the present invention, with its non-contact upper side located at the hearthside. However, if such a configuration is used, it is possible to directly write the card with one hand, write it manually) at the ticket gate or at the cash machine. It can be pushed into a 1.7-way drawer, making it extremely convenient. The third one is an example of the above-mentioned one-handed operation, and it is an example of a state in which one hand is inserted into the automatic ticket gate 6' 51! time slot 4 tlt entry 09 of the automatic ticket gate 6'. I got something.

As described above, the car case of the present invention is made of bamboo,
It is extremely convenient as a case that allows you to take out IJF cash cards, etc. with one hand.

[Brief explanation of the drawing]

Figure 2411 shows the card case of the present invention in seconds.
′: + perspective view, main figure 2 is when the partition material υ′χ is extended σ)
The diagonal *, ln1 and () illustrating the card case of the present invention are
f The schematic diagram of the copy, Fig. 3, is the molded sheet vl.
Figure 1 shows an example of the card case 1) of the present invention in which a card is automatically inserted directly into the card case 1) with a side force comb/ζ diagonal diagram.・・sheet removal, 2・unclean side, 3・・joining; lno, l・
... Polishing, j... Bend line, 6... Cart, 7 Nakashio j
~ Paulownia, /θ, 70' Card storage section, 7...4 molded parts. . Rabbit 1 t4 Figure 2 Figure 8

Claims (1)

[Scope of Claims] Q) Two rectangular shaped sheets with appropriately sized recesses are molded, and the recess sides are aligned so that the sides surrounding the recesses coincide with each other. It is a case in which three sides surrounding a recess are joined and an opening is formed on the other side, and the entire inner surface is a relatively smooth surface with low frictional force, and one of the two outer surfaces is At least one outer surface forms a non-slip surface with a large frictional force, and at least on the side forming the non-slip surface, a window is opened that can expose a part of the stored cards. Characteristic power case. (,2) A card case according to claim (1), which uses a molded sheet material in which a concave portion is molded on only three sides. (3) The non-joined side of at least one molded sheet material has a bent line such as a V-shape, U-shape, W-shape, or 8-shape! f. A card case according to claims (1) to (9). (If the two molded sheets are rectangular, the non-joining side is 111).
) A case for cards as described in item 0). (j) A card case according to claim 1, wherein one of the two molded sheets IJ is transparent. (It is a square quadrilateral, and the two sheet materials are molded by molding four parts of appropriate size, and the recesses 1 [i! 1 are aligned so that the sides surrounding the four parts match each other, and the to 1
This is a case in which a sheet or two or more partitions are clamped together, three sides are joined, and the other side is opened. A smooth surface,
At least one of the two outer surfaces forms a non-slip surface with a large frictional force, and at least the side forming the non-slip surface has a solution that allows part of the stored cards to be exposed. A patented case, which is characterized by its ability to be opened. (7) 3: A case for a car 1' in the order of shaft circumference φ according to the Hn permission request, using a molded 7-piece formed by molding the 4 parts of 1n. (6') At least 7 molded notebooks + A non-welded amount is V
R1 like a letter, U-shape, W-shape or (d S-shape)
+ A card case according to claims (7) to (7) that follows a curve. (9) Percentage of two molded sheets in which one is transparent
A card case as described in paragraphs (&) to (♂) of the scope of claims.