JP5289254B2 - Bar code label for airbag - Google Patents

Description

  The present invention relates to a barcode label for an airbag used for product management of an airbag.

  In recent years, products and merchandise management methods are mainly managed by bar codes, and their use ranges are diverse. In other words, product management by barcode is an indispensable element especially in the manufacturing industry.

  Conventionally, various bar code labels have been proposed for associating and managing parts and products.

  For example, one of barcode labels on which the same information is printed may be attached to a product and the other may be attached to a part. Specifically, when both labels are prepared separately and pasted individually, both labels are integrated via a break line, etc., and then first attached to the part with one label, There is a case where the other label is cut off at the broken line and attached to the product. The latter is the current mainstream because there is no labor and waste in label production and man-hours can be reduced.

  The bar code label mainly has an adhesive surface, and includes a label body on which the bar code is printed, and a release mount called a separator that protects the adhesive surface.

  Patent Document 1 is known as this type of barcode label. “Bar code label for product management” of Patent Document 1 peels at least a triple bar code label main body printed continuously over the upper, middle, and lower tiers, wider than the bar code label main body. Affixed to the backing sheet, and cut lines are provided on the peeling backing sheet at the borders of the lower and middle bar code labels in the longitudinal direction and the lower, middle and middle, and upper bar code labels, and the lower, middle and middle stages. A perforation is provided at the boundary between the upper bar code label and ear pieces projectingly formed on both sides of the middle bar code label, and a perforation is formed on the longitudinal base of the ear piece outside the cut line of the release mount. It is designed to be provided at a position shifted to the position.

  First, when the production of the product is completed, the adhesive surface of the upper label body is exposed and attached to the product surface. In the middle label and the lower label, which are non-adhesive surfaces, the adhesive surface of the ear piece of the middle label is exposed and is partially attached to the product. Next, when the product is shipped from the distribution warehouse, the lower label is cut off. For example, when the product arrives at a sales company, the middle label is cut off. At this time, the ear piece is left in the product.

Japanese Utility Model Publication 4-20080

  In Patent Document 1, when the lower label is studied, the lower label is not attached to the product at all before being cut off. For this reason, when some external force is applied, such as contact with other products, after the upper label is attached to the product and before the lower label is cut off, the lower label peels off from the release mount and adheres. It is considered that the surface may be exposed, torn at the perforation, or dropped if it is noticeable.

  The present invention was devised in view of the above-described conventional problems, and prevents the other label part not attached from being torn or dropped from one attached label part. An object of the present invention is to provide a barcode label for an airbag that can be used.

The barcode label for an airbag according to the present invention has a back surface as an adhesive surface, and a barcode of the same information is printed on the front surface at two locations of the first label portion and the second label portion, and the barcode is between the barcodes. When affixing the label body to the main body product module including the airbag, including a label body having a breaking line for separating the second label section from the first label section, with the adhesive surface of the first label section In addition, in order to attach the second label portion that is separated from the first label portion and is attached to an appropriate part of the vehicle to the module, a release mount that partially exposes the adhesive surface of the second label portion is provided. The peeling mount has a plurality of bridge portions that reach the adhesive surface of the first label portion from the adhesive surface of the second label portion .

  It is preferable that the peeling mount exposes the adhesive surface of the breaking line and the peripheral second label portion.

  The release board preferably has a base portion that connects the bridge portion with the adhesive surface of the second label portion and exposes the adhesive surface of the second label portion in a concave shape.

The peeling mount may be formed with a rounded R portion to reinforce the peeling mount at a location that coincides with the edge of the second label portion in the vicinity of the breaking line. preferable.

  The vicinity of the breaking line may be a non-adhesive surface.

  In the barcode label for an airbag according to the present invention, it is possible to prevent the other label portion that is not attached from being torn or dropped from the one label portion that is attached. it can.

It is the figure which looked at the said barcode label from the surface which shows suitable one Embodiment of the barcode label for airbags which concerns on this invention. It is the figure which looked at the barcode label for airbags shown in Drawing 1 from the back. It is a perspective view which shows the state which affixed the label body of the barcode label for airbags shown in FIG. 1 on the inflator curtain with the adhesive surface of the 1st label part. It is a perspective view which shows the state which peeled and isolate | separated the 2nd label part of the barcode label for airbags shown in FIG.

  Hereinafter, a preferred embodiment of a barcode label for an airbag according to the present invention will be described in detail with reference to the accompanying drawings. As shown in FIGS. 1 and 2, the airbag barcode label 1 according to the present embodiment is mainly configured by including a label body 2 and a release mount 3.

  The label body 2 has a back surface as an adhesive surface and a front surface as a printing surface. The pressure-sensitive adhesive surface of the label body 2 is a fabric (woven fabric) that is a material of the airbag or a material of the main body product module 4 (see FIGS. 3 and 4) including the airbag, for example, a material of a case that houses the airbag. While being able to affix on soft plastic etc., on the other hand, it can also affix on metal parts, such as various frames of vehicles used as the attachment location of main part product module 4.

  On the printing surface of the label body 2, barcodes 5 with the same information are printed in two places. The bar code 5 is obtained by coding various information such as a product production date, a production line, and a unique number. The information of the bar code 5 is used for traceability (product tracking) management.

  In the label body 2, a breaking line 6 is formed across the width direction between the barcodes 5 printed at two places. The label body 2 is divided by a breaking line 6, one being a first label portion 7 and the other being a second label portion 8. The breaking line 6 is provided to divide the second label portion 8 from the first label portion 7. By breaking along the breaking line 6, the first label portion 7 and the second label portion 8 on which the barcode 5 having the same information is printed are separated, and the label body 2 is divided.

  At both ends of the label body 2 in the width direction, rounded arched cuts are formed facing each other at the start and end positions of the breaking line 6 to form a V-shaped cut groove 9. . The kerf 9 is configured such that when the label body 2 starts to be divided, the second label portion 8 around the kerf 9 is rolled by an operating force so that the operating force is directly applied to the breaking line 6.

  The adhesive surface 7 a of the first label portion 7 is brought into contact with the main product module 4 including the airbag, and the first label portion 7 is attached to the main product module 4. Therefore, before the second label portion 8 is divided from the first label portion 7, the entire label body 2 is attached to the main product module 4. After the adhesive surface 8a of the second label portion 8 is separated from the first label portion 7, it is brought into contact with an appropriate portion of the vehicle related to the main product module 4, so that the second label portion 8 is appropriately connected to the vehicle. Affixed to the location.

  The release mount 3 is provided for the second label portion 8. The release mount 3 is formed in a form in which the adhesive surface 8a of the second label portion 8 is releasably covered so as not to lose the adhesiveness while the adhesive surface 8a is partially exposed. Accordingly, the adhesive surface 7a of the first label portion 7 is detachably covered with another mount (not shown) before being attached.

  When the adhesive surface 7a of the first label portion 7 is exposed, the label body 2 is peeled off as a whole by removing the first label portion 7 from the other mount. In the state where the entire label body 2 is peeled off, the peeling mount 3 partially exposes the adhesive surface 8a of the second label portion 8, so that the exposed adhesive surface 8a portion of the second label portion 8 is the first label. When the adhesive surface 7 a of the part 7 is attached, it can be attached to the main product module 4.

  The release mount 3 may have any form as long as the adhesive surface 8a of the second label portion 8 can be partially exposed when the label body 2, specifically, the first label portion 7 is peeled off. good. In the present embodiment, the release mount 3 includes a plurality of bridge portions 10 that reach the adhesive surface 7a of the first label portion 7 from the adhesive surface 8a of the second label portion 8, and the adhesive surface 8a of the second label portion 8. The bridge part 10 is connected, and the base part 11 which exposes the adhesion surface 8a of the 2nd label part 8 by concave shape is comprised.

  The base portion 11 has a rectangular shape elongated in the width direction of the label body 2 (second label portion 8), and both left and right ends in the width direction protrude outward from both edges in the width direction of the second label portion 8. The upper end of the base portion 11 along the breaking line 6 is positioned slightly closer to the second label portion 8 side than the breaking line 6 in order to facilitate separation at the breaking line 6. The lower end of the base portion 11 is slightly pushed outward from the second label portion 8.

  When the second label portion 8 is separated from the first label portion 7 via the breaking line 6, the widthwise left and right ends and the lower end of the base portion 11 protruding or protruding from the second label portion 8 are Utilizing the second label portion 8 against the base portion 11.

  The bridge portion 10 has a strip shape elongated in the length direction of the label body 2 (direction extending from the first label portion 7 to the second label portion 8), and is an upper portion located on the adhesive surface 7 a of the first label portion 7. On the other hand, the lower end reaching the adhesive surface 8 a of the second label portion 8 is connected to the base portion 11. A plurality of bridge portions 10 are provided at intervals in the width direction of the base portion 11, whereby the adhesive surface 8 a of the second label portion 8 is exposed in a concave shape between the bridge portions 10.

  Specifically, since the upper end of the base portion 11 is set slightly closer to the second label portion 8 side than the breaking line 6, the lower end of the bridge portion 10 is set to the second label portion 8 rather than the breaking line 6. As a result, the peeling mount 3 composed of the bridge portion 10 and the base portion 11 exposes the adhesive surface 8a of the breaking line 6 and the second label portion 8 around it. It will be.

  Out of the plurality of bridge portions 10, the outer edge 10 a of the bridge portion 10 positioned on both ends in the width direction of the label body 2 is the end of the label body 2, that is, the first label portion 7 and the second label portion 8 in the width direction. Matched to the edges 7b, 8b.

  Further, in the illustrated example, a concave portion 3a is formed between the bridge portions 10 by denting the upper end of the base portion 11 into a rounded arch shape. By this recess 3a, the adhesive surface 8a of the second label portion 8 is further expanded and exposed, and the adhesion action is strengthened.

  After the second label unit 8 is separated from the first label unit 7, the bridge unit 10 leaves the release mount 3 on the main body product module 4 to which the first label unit 7 is attached. Thereby, when the 2nd label part 8 is parted, the effort of discarding the peeling board | substrate 3 separately is eliminated.

  In the peeling mount 3, a reinforcing portion 12 for reinforcing the peeling mount 3 is formed at a location that coincides with the edge in the width direction of the label body 2 (second label portion 8) in the vicinity of the breaking line 6. In the illustrated example, the outer edge 10 a of the bridge portion 10 located on both ends in the width direction of the label body 2 coincides with the edge 8 b of the second label portion 8, and in the vicinity of the breaking line 6. In addition, since the upper end of the base portion 11 is set, the reinforcing portion 12 is formed at the connection point between the outer edge 10 a of the bridge portion 10 and the upper end of the base portion 11.

  In this embodiment, the reinforcement part 12 is comprised as a R part which connects the connection location of the outer edge 10a of the bridge part 10 and the upper end of the base part 11 in the rounded arch shape. Rather than forming the connecting portion at a right angle, by forming at the R portion, the stress generated at the connecting portion is relieved and a reinforcing effect is obtained.

  Next, the operation of the airbag barcode label 1 according to this embodiment will be described. The label body 2 of the airbag barcode label 1 is a first label on which a barcode 5 of the same information is printed and finally attached individually in order to associate the main product module 4 with an appropriate part of the vehicle. A portion 7 and a second label portion 8 are provided.

  FIG. 3 shows a state in which the label body 2 is attached to an inflator curtain wound up in a cylindrical shape as an example of the main product module 4. In FIG. 4, the second label portion 8 is shown. The state when it is divided from the first label portion 7 is shown.

  First, the first label portion 7 is peeled off from another mount (not shown), and the entire label body 2 is attached to the main product module 4 with the adhesive surface 7 a of the first label portion 7. At this time, the peeling mount 3 partially exposes the adhesive surface 8 a of the second label portion 8, so that the second label portion 8 is attached to the main product module 4. Due to the adhesion of the second label portion 8, the breaking line 6 and its periphery are attached to the main product module 4.

  After that, when the second label portion 8 is separated from the first label portion 7 and is attached to an appropriate location of the vehicle, the second mounting portion 3 is connected to the first label portion 7 via the bridge portion 10 with respect to the peeling mount 3. 2 Raise the label portion 8 and separate it using the breaking line 6. When the second label portion 8 is separated from the first label portion 7 in this way, the first label portion 7 remains attached to the main body product module 4 with the release mount 3 remaining.

  The second label portion 8 has an adhesive surface 8a on the entire back surface exposed, and can be attached to an appropriate location of the vehicle.

  In the airbag barcode label 1 according to the present embodiment described above, the second label portion 8 is attached to the main body product module 4 before the second label portion 8 is separated from the first label portion 7. It is possible to ensure the state of being.

  For this reason, even if some external force such as contact with other products is applied after the first label portion 7 is attached to the main body product module 4 and before the second label portion 8 is separated, it can be attached. The second label portion 8 is peeled off from the peeling mount 3 with respect to the first label portion 7 so that the adhesive surface 8a is exposed, is torn off at the breaking line 6, or falls off. Can be reliably prevented.

  In addition, the number of parts is the same as before, and therefore it is possible to prevent the cost from increasing. Further, when the second label portion 8 is separated, the peeling mount 3 remains in the main body product module 4, and the disposal process of the peeling mount 3 after the second label portion 8 is cut can be omitted, thereby reducing the number of steps. .

  Since the peeling mount 3 exposes the adhesive surface 8a of the breaking line 6 and the second label part 8 in the vicinity thereof, the second label part 8 including the breaking line 6 can be attached to the main product module 4. It is possible to more effectively prevent the second label portion 8 from being torn.

  Since the peeling mount 3 has a plurality of bridge portions 10, the peeling mount 3 can be held from the first label portion 7 attached to the main body product module 4, and thus the second label portion 8 is attached to the second label portion 8. It is possible to securely hold the one label portion 7 and to prevent unexpected tearing in the breaking line 6.

  Since the peeling mount 3 has the base part 11, the bridge part 10 can be connected by the base part 11 to make the bridge part 10 function reliably, and the adhesive surface 8 a of the second label part 8 can be used. Can be appropriately attached to the main body product module 4 by expanding the exposed area using the concave shape.

  Since the reinforcing portion 12 is formed on the edge 10a of the release mount 3, it is possible to effectively prevent the release mount 3 from being torn and the second label portion 8 from being torn by this.

  In the above embodiment, the vicinity of the breaking line 6 has a series of adhesive properties with the adhesive surfaces 7a, 8a of the first label portion 7 and the second label portion 8, but this breaking line 6 The vicinity may be a non-stick surface so that it can be easily cut. Of course, even if the vicinity of the breaking line 6 is a non-adhesive surface, the area of the second label portion 8 that is partially exposed by the release mount 3 is the adhesive surface 8a.

  In the present invention, even if the second label portion 8 is slightly pasted for the main body product module 4 including an airbag made of fabric or plastic, the second label portion 8 can be easily formed. It can be removed.

  The airbag barcode label described above is a preferred example of the present invention, and other embodiments can be implemented or performed by various methods. In particular, the present invention is not limited to the detailed shape, size, configuration, and the like of the components shown in the accompanying drawings unless otherwise stated in the present specification. In addition, expressions and terms used in the present specification are for the purpose of explanation, and are not limited thereto unless otherwise specified.

DESCRIPTION OF SYMBOLS 1 Barcode label for airbags 2 Label body 3 Peeling mount 4 Main body product module 5 Barcode 6 Breaking line 7 1st label part 7a Adhesive surface of 1st label part 8 2nd label part 8a Adhesive surface of 2nd label part 8b Edge of second label portion 10 Bridge portion 11 Base portion 12 Reinforcing portion

Claims (5)

The back side is an adhesive surface, and the same information barcode is printed on the front surface at two locations, the first label portion and the second label portion, and the second label portion is divided from the first label portion between these barcodes. A label body formed with a breaking line for
When the label body is affixed to the main body product module including the airbag with the adhesive surface of the first label portion, the second label portion that is separated from the first label portion and is affixed to an appropriate location of the vehicle In order to adhere to the module, a release mount that partially exposes the adhesive surface of the second label portion ,
The barcode label for an airbag according to claim 1 or 2 , wherein the release mount has a plurality of bridge portions that reach the adhesive surface of the first label portion from the adhesive surface of the second label portion .   2. The barcode label for an airbag according to claim 1, wherein the peeling mount exposes the adhesive surface of the second label portion around the line for breaking. 該剥release mount is connected to the bridge portion in the adhesive surface of the second label part, according to claim 1 or 2, characterized in that it has a base portion to expose the adhesive surface of the second label part with concave Bar code label for airbags as described in 1. The peeling mount is formed with a rounded R portion in the vicinity of the breaking line and coincident with the edge of the second label portion to reinforce the peeling mount. The barcode label for an air bag according to any one of claims 1 to 3 . The barcode label for an airbag according to any one of claims 1 to 4 , wherein the vicinity of the breaking line is a non-adhesive surface.

Images