JPH049191Y2 - - Google Patents

Description

[Detailed explanation of the invention] (Industrial application field) This invention is applicable to bank cards, credit cards,
The present invention relates to a card sending mount that allows safe and efficient sending of various cards such as identification cards and membership cards using window-opened envelopes.

(Prior art) Conventionally, card shipping mounts for sending various cards in window-perforated envelopes have been made by overlapping other sheets of paper on top of the mount to prevent cards from moving within the envelope and damaging the envelope. A pocket is formed by pasting the three edges together, a card is inserted into the pocket, an address is written in parallel to the pocket, the window of the envelope is matched with the address on the backing paper, and the backing paper is enclosed inside the window-perforated envelope. and sent it.

(Problem to be solved by the invention) However, as shown in FIG.
The card insertion pocket 4 is connected to the card insertion pocket 4 by gluing the periphery of the laminated three with adhesive 2.
There is a level difference between the card insertion pocket 4 and the mount 30 that is parallel to the card insertion pocket 4.
After inserting the card into the pocket, the difference in height increases further, and when the mount is inserted into a window-perforated envelope, the difference in height gets caught in the insertion opening of the envelope, making it difficult to perform the insertion process smoothly. In addition, even after the card is inserted into the envelope, the unevenness spreads to the outer surface of the envelope, causing accidents such as stacking of envelopes or damage to the envelope from the uneven area during mailing, creating many problems in safely sending cards. .

(Means for Solving the Problem) This invention is extremely efficient and safe in enclosing a card sending mount into a window-perforated envelope and sending the card inserted into the pocket of the card sending mount using a window-perforated envelope. In order to be able to do this, a sheet of paper with an address entry area on the front side is folded in half with the address entry area exposed, and the opposing walls are glued together in a U shape to form a card insertion pocket. This is what I did.

(Embodiment of the invention) Next, this invention will be described based on an embodiment shown in the drawings.

As shown in Fig. 1, the card sending mount A of this invention is made by folding paper 1 in two at the center, folding it toward the side opposite to the folded side, and forming adhesive on the opposite wall. 2 are glued together in a U-shape to form a card insertion pocket 4 with an opening 3 on one side, and the address, name, etc. of the card recipient is written in parallel to the card insertion pocket 4. The address entry section 5 is on paper 1.
It is provided on the surface side of the.

In the above-mentioned embodiment, the opposite wall of the paper 1 is glued with the adhesive 2 so that the opening 3 of the card insertion pocket 4 is located above the mount, but the opening 3 may be located at other positions. For example, the opening 3 may be located on the right side of the mount.

Note that, as shown in FIG.
If the right paper piece 10 and the left paper piece 20 are symmetrically arranged, an adhesive 2a is provided around the back side of the right paper piece 10 and the left paper piece 20, which is not normally bonded but is bonded by applying bonding conditions such as heat, pressure, or water. In this state, it is possible to enter the address in the address entry section 5 without any problem even with a non-impact printer such as a xerographic printer, where multiple pieces of paper are usually overlapped and it is difficult to insert them into the printer and print in the overlapping state. After filling out the address, fill out Form 1.
Fold the right piece of paper 10 and the left piece of paper 20 from the folding line 6 so that the adhesive 2a is in contact with each other, and then apply control conditions suitable for the adhesive 2a such as heat, pressure, or water, and insert the card insertion pocket 4 with the adhesive 2a. It is also possible to obtain a card sending mount A on which is formed. Reference numeral 7 denotes a paper transport hole, and 8 a perforation for cutting out the paper transport hole, and the paper 1 is repeatedly connected with these in the vertical direction to form a part of continuous paper.

As shown in FIG. 2, if a hole 50 is bored in the pocket wall forming the pocket 4, it will be easy to take the card in and out of the pocket 4 and to confirm that the card is inserted into the pocket 4. .

The card sending mount A of this invention, which is constructed in this way, is a window-opened envelope H having a window 9 as shown in FIG. The card K is inserted and enclosed within the envelope H, and the envelope H is enclosed so that the window 9 of the envelope H matches the address entry section 5 of the card sending mount A, and the addressee can be confirmed through the window 9. be.

(Operations and Effects of the Invention) As stated above, the card sending mount of this invention is a card insertion pocket formed by folding a sheet of paper in two at the center and gluing the opposite sides together with adhesive. Therefore, there are no other pieces of paper on the outer surface of the card sending mount, rather than overlapping pieces of paper.
The outer surface is made of the same piece of paper and has a smooth surface with no steps, making it easy to store and handle without the stacking or slanting when stacking card shipping mounts. .

Also, insert the card into the card insertion pocket,
When inserting a liner into a window-perforated envelope, it is possible to insert the paper from the folded side, so the side edges of stacked sheets of paper can be inserted into the envelope's insertion opening without getting caught, and the liner can be inserted one by one. The smooth outer surface of the mount allows for smooth enclosing work until the enclosing is completed.

Furthermore, since there is little difference in level between the part where the card is placed and other parts even after the card is enclosed in the windowed envelope, it is possible to prevent an accident in which the envelope is damaged at the difference in level during shipping. .

[Brief explanation of the drawing]

FIG. 1 is a perspective view of the surface of the card sending mount of this invention. FIG. 2 is an explanatory diagram of the surface of paper used as a mount for card sending. FIG. 3 is an explanatory diagram of the usage state of this invention. FIG. 4 is a front perspective view showing the prior art. A... Card sending mount of this invention, 1... Paper, 2, 2a... Adhesive, 3... Pocket opening, 4... Card insertion pocket, 5... Address entry area.

Claims (1)

[Scope of utility model registration request] Take a sheet of paper with an address entry area on the front side, fold it in half at the center with the address entry area exposed, bring it to the side opposite to the folded side, and fold one side excluding the folded side. A mount for sending a card, which has an opening and a card insertion pocket formed by bonding opposing walls that are folded and facing each other with an adhesive in a U-shape or a U-shape.