KR20210111080A - The eco name card for conferences - Google Patents

Abstract

The present invention relates to a continuous name card (10) in which an environmentally-friendly name card (100) for a conference and several unit name cards (100, 100...) are continuously connected. According to the present invention, the unit name cards (100) are in a square shape and are made of paper materials with a basis weight of 150-300 g/m^2. The unit name cards include a front surface and a rear surface. The front surface includes: a first printed area (110) in which name card files are printed in the normal direction; and a second printed area (120) in which the name card files are printed in the reverse direction. On the border between the first printed area (110) and the second printed area (120), a folding line (150) is installed to cross in a widthwise direction. In addition, on an upper end of the first printed area (110) and a lower end of the second printed area (120), one or more holes to be incised (131) are installed, respectively. When folded toward the rear surface based on the folding line (150), the hole to be incised on the upper end of the first printed area (110) is overlapped with the hole to be incised on the lower end of the second printed area (120). In the rear surface, cutting indicators (190) are installed on an upper end unit of the hole to be incised on the upper end of the first printed area (110) and on a lower end unit of the hole to be incised on the lower end of the second printed area (120), respectively. The present invention aims to provide an environmentally-friendly name card for a conference, which is capable of allowing a user to more efficiently operate and manage the conference.

Description

Eco-friendly name card for conference events {THE ECO NAME CARD FOR CONFERENCES}

The present invention relates to a name card carried by participants during a conference event, and more particularly, to a name card that can be worn as a necklace.

A conference event is an event in which a large number of people attend with a common professional theme. In order to plan, manage and support the purpose of the event, participants usually register their information in advance. And event managers prepare name cards in advance using pre-registered information, and participants attach their name cards to clothes or wear them as necklaces.

5 shows a conventional necklace name card (1). The name card printing paper 3 on which the participant's information is printed is stored in the plastic storage member 2, and the necklace 9 is hung through the holes 5 and 6 for use. From the participant's point of view, there is no big problem as all they need to do is wear their name cards prepared in advance by the event managers. These name cards are discarded at the end of the conference event or when participants leave. Considering the recent global efforts to reduce the use of plastics for the global environment, this is an undesirable reality, and it is a problem that needs to be improved.

From the point of view of the event manager, the conventional name card (1) was really troublesome. The name cards of all participants must be prepared in advance, and the simple labor of inserting the name card printing papers (3) one by one by opening the inlet (4) installed in the plastic storage member (2) is required. The larger the event, the more time and labor had to be invested. This resulted in wasting too much time and too much manpower preparing name cards. Even though we had to focus on the operation and management of the conference event, it was often the case that the truth was passed on due to the preparation of the name card at the event site.

The inventor of the present invention has completed the present invention after long research, contemplation, and agonizing in order to solve the problems of the prior art.

It is an object of the present invention to propose a name card for conference events that is made only of paper without using plastic and can be worn. Through this, we aim to innovate conference event management and at the same time revive the social demand for eco-friendly events.

On the other hand, other objects not specified in the present invention will be additionally considered within the range that can be easily inferred from the following detailed description and effects thereof.

In order to achieve the above object, the first aspect of the present invention is an eco-friendly unit name card for conference events:

The front side consists of a first printing area 110 in which a predetermined name card file is printed in a forward direction and a second printing area 120 in which the name card file is printed in a reverse direction, and the first printing area 110 and the second printing area are printed in the reverse direction. Folding lines 150 transversing in the width direction are installed at the boundary of the second printing area 120 , and one or more incisions are respectively provided at the upper end of the first print area 110 and the lower end of the second print area 120 . A hole 131 to be cut is installed, and when folded to the back side with respect to the fold line 150 , the hole to be cut at the top of the first printing area 110 and the hole to be cut at the bottom of the second printing area 120 are each other overlapping,

On the back side, the cutting indicator 190 is installed at the upper end of the hole to be cut at the top of the first printing area 110 and the lower end of the hole to be cut at the bottom of the second printing area 120, respectively,

It is characterized in that it is a paper material with a basis weight of 150-300 g/m ^{2 in a square shape.}

A second aspect of the present invention is an eco-friendly unit name card for conference events:

The front side consists of a first printing area 110 in which a predetermined name card file is printed in a forward direction and a second printing area 120 in which the name card file is printed in a reverse direction, and the first printing area 110 and the second printing area are printed in the reverse direction. Folding lines 150 transversing in the width direction are installed at the boundary of the second printing area 120 , and at the upper end of the first printing area 110 and the lower end of the second printing area 120 , respectively, in the width direction. Three holes to be cut 131 are installed side by side, and when folded to the back with respect to the fold line 150 , the hole to be cut at the upper end of the first print area 110 and the lower end of the second print area 120 . The holes to be cut overlap each other,

It has a rectangular shape and is made of a paper material having a basis weight of 150 to 300 g/m ² , and is folded based on the fold line 150 so that the first print area 110 or the second print area 120 are exposed in opposite directions. Then, it is characterized in that it is used by connecting a necklace clip to the overlapping hole to be cut.

A third aspect of the present invention is a continuous name card in which unit name cards of the same configuration are continuously made in the longitudinal direction and installed inside the printer:

The front side of the unit name card consists of a first printing area 110 in which a predetermined name card file is printed in a forward direction and a second printing area 120 in which the name card file is printed in a reverse direction, and the first printing area ( A fold line 150 transversing in the width direction is installed at a boundary between 110 ) and the second printing area 120 , and the upper end of the first printing area 110 and the lower end of the second printing area 120 . Each of the at least one hole 131 to be cut is installed, and when folded to the back with reference to the fold line 150, the hole to be cut at the top of the first printing area 110 and the hole to be cut at the bottom of the second printing area 120 are installed. The holes to be cut overlap each other,

A cutting indicator 190 recognized by the printer is installed in the width direction on the back side of the portion where adjacent unit name cards are continuous, and the position between the hole to be cut of one unit name card and the hole to be cut of another unit name card adjacent to each other is installed in the width direction. so that the unit name cards are separated from

The continuous name card is characterized by a paper material having a basis weight of 150 to 300 g/m ^{2 .}

A fourth aspect of the present invention is a continuous name card in which unit name cards of the same configuration are made continuously in the longitudinal direction, and the basis weight is 150-300 g/m ² paper material installed inside the printer:

The front side of the unit name card consists of a first printing area 110 in which a predetermined name card file is printed in a forward direction and a second printing area 120 in which the name card file is printed in a reverse direction, and the first printing area ( A fold line 150 transversing in the width direction is installed at a boundary between 110 ) and the second printing area 120 , and the upper end of the first printing area 110 and the lower end of the second printing area 120 . Each of the at least one hole 131 to be cut is installed, and when folded to the back with reference to the fold line 150, the hole to be cut at the top of the first printing area 110 and the hole to be cut at the bottom of the second printing area 120 are installed. The holes to be cut overlap each other,

A cutting indicator 190 recognized by the printer is installed in the width direction on the back side of the portion where adjacent unit name cards are continuous, and the position between the hole to be cut of one unit name card and the hole to be cut of another unit name card adjacent to each other is installed in the width direction. so that the unit name cards are separated from

Based on the folding line 150 of the unit name card, the folding direction of the unit name cards is alternately changed, and the unit name cards are gradually opened.

If you use the unit name card as above, you can make enough conference name cards with only ^{150~300g/m 2} of paper with the same name card file printed on the front and back without using any plastic storage member that causes environmental problems. It has a great effect that it can be used.

In addition, since it does not use a plastic storage member, it is possible to eliminate the labor of simple labor that had to insert paper name cards into the storage member one by one in the prior art, and the time invested in such labor can be more concentrated on the operation and management of conference events. It has the advantage of being able to run and manage conference events efficiently.

It is an object of the present invention to propose a name card for conference events that is made only of paper without using plastic and can be worn. Through this, we aim to innovate conference event management and at the same time revive the social demand for eco-friendly events.

On the other hand, even if it is an effect not explicitly mentioned herein, it is added that the effects described in the following specification expected by the technical features of the present invention and their potential effects are treated as described in the specification of the present invention.

1 schematically shows the configuration of the front side of a unit name card 100 according to a preferred embodiment of the present invention.
2 schematically shows the configuration of the back side of the unit name card 100 according to a preferred embodiment of the present invention.
3 illustrates a scenario in which a name card is actually manufactured according to a preferred embodiment of the present invention.
4 shows a configuration example of a continuous name card 10 according to a preferred embodiment of the present invention.
5 shows an example of a conventional plastic name card (1).
※ It is revealed that the accompanying drawings are exemplified as a reference for understanding the technical idea of the present invention, and the scope of the present invention is not limited thereby.

Hereinafter, with reference to the drawings, the configuration of the present invention guided by various embodiments of the present invention and effects resulting from the configuration will be described. In the description of the present invention, if it is determined that the subject matter of the present invention may be unnecessarily obscured as it is obvious to those skilled in the art with respect to related known functions, the detailed description thereof will be omitted.

1 shows a schematic configuration of a unit name card 100 according to a preferred embodiment of the present invention. Unit name cards are made of paper. Preferably, it is good that the basis weight is 150-300 g/m ² paper. Various papers such as imitation paper, art paper, white paper, snow paper, and arte can be used. There is a possibility to be a basis weight of wrinkled or torn during the conference events too thin is less than 150g / m ^2. If the basis weight is ^{greater than 300g/m 2} , there is no problem in using it, but it is not economical because the amount of material that can be used inside the printer is reduced.

As shown, the unit name card 100 has a substantially rectangular shape. Of course, it may not be physically perfect square shape. The length of the unit name card 100 is preferably 220-300mm, and the width is preferably set in the range of 90-120mm. The unit name card 100 consists of a front and a back. FIG. 1 shows the configuration of the front side of the unit name card 100 , and FIG. 2 shows the configuration of the back side of the unit name card 100 . First, the front configuration will be described.

The unit name card 100 includes a first print area 110 and a second print area 120 . The widths of the first printing area 110 and the second printing area 120 are approximately the same. The predetermined name card file created by the computer is printed on the first print area 110 and the second print area 120 through the printer, respectively. The same name card file is printed twice in the first print area 110 and the second print area 120 . However, the first printing area 110 is printed in the forward direction, and the first printing area 120 is printed in the reverse direction.

A plurality of holes to be cut 131 , 133 , and 135 are installed side by side at the upper end of the first printing area 110 . These holes to be cut (131, 133, 135) are not completely drilled holes. Each edge is provided with a perforated line 130 . When a necklace clip (not shown) is connected after printing on the unit name card 100 is completed, the holes 131 , 133 , 135 to be cut along the perforation line 130 are removed.

Similarly, a plurality of holes to be cut off (141, 143, 145) are installed side by side at the lower end of the second printing area (120). These holes to be cut (141, 143, 145) are also not completely drilled holes. Each edge is provided with a perforated line 130 . When a necklace clip (not shown) is connected after printing on the unit name card 100 is completed, the holes 141 , 143 , 145 to be cut along the perforation line 130 are removed.

In addition, a folding line 150 traversing in the width direction is provided at the boundary between the first printing area 110 and the second printing area 120 . The fold line uses a known technique for stitching the paper so that it folds well.

When the fold line 150 is folded backward like an arrow, that is, in the drawing, the upper end of the first print area 110 and the second print area 120 are formed while the fold line 150 rises above the paper surface. When folded so that the lower ends meet, the holes to be cut 131 , 133 , 135 at the top of the first printing area 110 and the holes to be cut 141 , 143 , 145 at the bottom of the second printing area 120 overlap each other .

As such, it is used by folding the fold line 150 as a reference so that the first printing area 110 or the second printing area 120 is exposed in opposite directions, and then connecting the necklace clip to the overlapping hole to be cut.

FIG. 2 shows the rear configuration of the unit name card 100 of FIG. 1 . There is no configuration on the back side 111 of the first printing area 110 and the back side 121 of the second printing area 120 . This is because there is no need to add a special configuration because it is not exposed when the unit name card 100 is folded in half toward the back with respect to the fold line 150 .

In a preferred embodiment of the present invention, the back side is the upper end of the hole to be cut 131, 133, 135 at the top of the first printing area 110 and the hole to be cut at the bottom of the second printing area 120 ( At the lower ends of the 141, 143, and 145, the cutting indicators 191 and 192 are installed, respectively.

As will be described later, in a preferred embodiment of the present invention, unit name cards 100 having the same configuration constitute a continuous name card that is continuously connected to each other. In this case, the continuous name card must be cut at an appropriate position while the printer performs the process of printing the name card in the print area. The cutting indicators 191 and 192 are elements installed to effectively perform such a cutting process. 3 will be described first, and then will be described again with reference to FIG. 4 .

3 shows an actual scenario of a unit name card 100 manufactured according to a preferred embodiment of the present invention.

The unit name card 100 is in a folded state based on the half-folding line 150 . The same image printed on the first printing area 110 is turned upside down and printed on the first printing area 120 . By this printing and folding configuration, a name card without distinction between the front and the back works in the user's standard.

As described above, the holes to be cut out (131, 133, 135) at the top of the first printing area 110 and the holes to be cut out (141, 143) installed at the bottom of the second printing area 120 (not visible because they are folded back in the drawing) , 145) are overlapped with each other, the holes to be cut along each perforation line are removed, and the cutout holes 131a, 133a, and 135a are exposed as shown. In this way, the front and back sides of the unit name card 100 are overlapped with the folded line 150 below, and the top is open. By biting a necklace clip (not shown) in one or more of the incision holes 131a, 133a, and 135a, the top is also blocked. In the case of using one necklace clip, the incision hole 131a in the middle is used. In the case of using two necklace clips, the incision holes 133a and 135a on both sides are used.

4 schematically shows the configuration of a continuous name card 10 according to a preferred embodiment of the present invention. The unit name cards 100, 100... of the same configuration are continuously connected in the longitudinal direction to constitute the continuous name card 10. Such a continuous name card 10 is built into the printer. The printer has a function of transferring the continuous name card 10 to a printing position, a function of printing a name card file to be printed on the front printing area of the unit name card 100, 100... , 100...) has a function to cut.

The continuous name card 10 of Fig. 4 has a configuration on the back side. That is, it is an area that is not printed. As such, on the back side of the continuous portion of the adjacent unit name cards 100 and 100, a cutting indicator 190 recognized by the printer is installed in the width direction. The cutting indicator 190 separates the unit name cards at a position between a hole to be cut out of one unit name card and a hole to be cut in another adjacent unit name card. In a preferred embodiment, the cutting indicator 190 is preferably composed of a black band having a width of approximately 5 mm. Then, the printer recognizes the cutting indicator 190, cuts the unit name card from the continuous name card 10 in the width direction at approximately the midpoint of the width, and discharges the printed unit name card to the outside of the printer.

The continuous name card 10 is not embedded in the printer in a longitudinally unfolded state. Based on the fold line 150, the unit name cards 100, 100... are alternately folded one after another. Therefore, the unit name card (100, 100 ...) is opened while changing the folding direction alternately. As a result, the length of the continuous name card 10 in the open state becomes equal to the length of the unit name card 100 .

On the other hand, in this specification, the 'conference' event has been mainly described, but if the unit/continuous name card of the present invention can be used, it is added that the technical idea of the present invention is not limited by the purpose, type and classification of the event. In short, the unit/continuous name card of the present invention will also be applied to events such as exhibitions, fairs, seminars, and forums.

The protection scope of the present invention is not limited to the description and expression of the embodiments explicitly described above. In addition, it is added once again that the protection scope of the present invention cannot be limited due to obvious changes or substitutions in the technical field to which the present invention pertains.

Claims (4)

The front side is composed of a first printing area in which a predetermined name card file is printed in a forward direction and a second printing area in which the name card file is printed in a reverse direction, and is formed at a boundary between the first printing area and the second printing area in the width direction. A folding line crossing the The hole to be cut and the hole to be cut at the bottom of the second printing area overlap each other,
On the back side, an indicator for cutting is installed at the upper end of the hole to be cut at the upper end of the first printing area and at the lower end of the hole to be cut out at the lower end of the second printing area,
Eco-friendly unit name card for conference events, characterized in that it is made of paper with a basis weight of 150-300 g/m ^{2 in a square shape.}
The front side is composed of a first printing area in which a predetermined name card file is printed in a forward direction and a second printing area in which the name card file is printed in a reverse direction, and is formed at a boundary between the first printing area and the second printing area in the width direction. A folding line crossing the The hole to be cut at the top of the first printing area and the hole to be cut at the bottom of the second printing area overlap each other,
It has a square shape and is made of a paper material with a basis weight of 150 to 300 g/m ² , and is folded based on the fold line so that the first print area or the second print area is exposed in opposite directions, and then in the overlapped hole to be cut. Eco-friendly unit name card for conference events, characterized in that it is used by connecting a necklace clip.
A unit name card of the same configuration is made continuously in the longitudinal direction and is a continuous name card installed inside the printer:
The front side of the unit name card consists of a first printing area in which a predetermined name card file is printed in a forward direction and a second printing area in which the name card file is printed in a reverse direction. A folding line transversing in the width direction is installed at the boundary, and at least one hole to be cut is installed at the upper end of the first print area and at the lower end of the second print area, respectively. The hole to be cut at the top of the first printing area and the hole to be cut at the bottom of the second printing area overlap each other,
A cutting indicator recognized by the printer is installed in the width direction on the back side of the portion where adjacent unit name cards are continuous, so that the unit name is positioned between the hole to be cut out of one unit name card and the hole to be cut out of another adjacent unit name card. to separate the cards,
The continuous name card is an eco-friendly continuous name card for conference events, characterized in that the ^{basis weight is a paper material of 150 ~ 300g/m 2 .}
Unit name cards of the same configuration are made continuously in the longitudinal direction and are continuous name cards made of paper with ^{a basis weight of 150 to 300 g/m 2 installed inside the printer:}
The front side of the unit name card consists of a first printing area in which a predetermined name card file is printed in a forward direction and a second printing area in which the name card file is printed in a reverse direction. A folding line transverse to the width direction is installed at the boundary, and one or more holes to be cut are installed at the upper end of the first print area and the lower end of the second print area, respectively. The hole to be cut at the top of the first printing area and the hole to be cut at the bottom of the second printing area overlap each other,
A cutting indicator recognized by the printer is installed in the width direction on the back side of the portion where adjacent unit name cards are continuous, so that the unit name is positioned between the hole to be cut out of one unit name card and the hole to be cut out of another adjacent unit name card. to separate the cards,
Eco-friendly continuous name card for a conference event, characterized in that the folding direction of the unit name cards is alternately changed based on the folding line of the unit name card, and the name cards are gradually opened.

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