Radio identification label making device

Abstract

Provided is a radio identification label making device. When creating a radio identification label (70) by attaching a transparent first label substrate to a belt-shaped sheet member (16) including a radio identification antenna conductor or an IC chip (64), an image is formed on a laminate tape (11) not containing the IC chip (64) or the like before attaching the laminate tape (11) to the belt-shaped sheet member (16). Moreover, when forming an image on the laminate tape (11), the image is formed on the side of the laminate tape (11) which side is attached to the belt-shaped sheet member (16). Thus, it is possible to preferably maintain the state of the image printed on the radio identification label (70) without damaging the IC chip (64) or the like arranged inside.

Description

[0001] This application was submitted on March 24, 2004, the application number is 200480011845.5 (international application number is PCT / JP2004 / 004120), and the invention title is "wireless identification tag, its manufacturing method, manufacturing device, sheet for wireless identification tag Components, and boxes installed on its production equipment for the production of wireless identification tags" is a divisional application of the application. technical field [0002] The present invention relates to a wireless identification tag capable of wirelessly recording or reading information data, a method for manufacturing the wireless identification tag, a manufacturing device for the wireless identification tag, a sheet member for the wireless identification tag, and a wireless identification tag that can be mounted on a wireless identification tag. The box on the crafting device. Background technique [0003] In the prior art, as an example of wirelessly processing dat...

AI Technical Summary

Problems solved by technology

[0010] However, in the above-mentioned wireless identification tag, there are still problems related to the identification printing attached thereto, the IC chip embedded therein, and the antenna conductor when it is actually used.

[0011] For example, when attaching an image to the above-mentioned wireless identification tag, when the image is formed after making a wireless identification tag containing an IC chip or the like, it may be affected by the unevenness of the image forming surface formed due to the thickness of the IC chip or the like. The formed image is distorted, or when an object touches the image forming surface, the image is wiped and becomes unclear. In the case of a heat-sensitive method that heats the image forming surface to form an image, etc., due to the image forming process applied to the wireless identification tag The heat will cause damage to the resonant circuit contained in the wireless identification tag, or the junction of the IC chip or the antenna conductor, etc.

[0012] In addition, when a sheet member for a wireless identification tag containing an IC chip, an antenna conductor, etc. is accommodated, the thickness of the IC chip and the antenna conductor expands, so it is difficult to hold the adjacent wireless identification tag in the thickness direction when winding. In the closely bonded state of the sheet parts, gaps are generated, easy to loosen, and gaps formed by IC chips and antenna conductors are formed. If the sheet parts for wireless identification tags are directly wound, it may occur: Can be accommodated in the storage area The number of tags decreases, the frequency of replenishment of sheet parts for wireless identification tags becomes higher, and the storage area increases when a large number of tags are to be accommodated, resulting in an increase in the overall size of the wireless identification tag manufacturing device, or due to entangled wireless identification tags. At least one of the IC chip, the antenna part, or the sheet parts may be damaged due to wear and static electricity generated by friction when the sheet parts are misaligned

[0013] In addition, the structure of the wireless identification tag is that the IC chip and the antenna conductor connected thereto are arranged on one side of the strip-shaped sheet member, but since the places where the IC chip and the like are arranged become locally thick, there are problems as follows: The strip-shaped wireless identification tags stored in the state of being wound up before being cut, and the short pieces of wireless identification tags stored in the cut state require more storage space when stored in a box, etc.

[0014] And, in making the above-mentioned existing wireless identification tag manufacturing device by embedding the IC chip with wireless identification function and the wireless identification antenna conductor, since the larger IC chip and the thicker IC chip are embedded in the strip-shaped sheet member The wireless identification antenna conductor, therefore, the IC chip and the wireless identification antenna conductor protrude from the strip-shaped sheet member. When the strip-shaped sheet member is wound into a roll shape, the protruding amount overlaps. When the wireless identification label is produced in the wireless identification label production device, the IC tag and the wireless identification antenna conductor are pushed by the conveying roller during the label production process, so that the load on the IC chip and the wireless identification antenna conductor increases, and there may be: IC The circuit inside the chip is short-circuited, the identification data stored inside disappears due to the deterioration of the IC chip, and the IC chip, the wireless identification antenna conductor, and the joint between the IC chip and the wireless identification antenna conductor are damaged

In addition, when the belt-shaped sheet member protruding from the information identification part including the antenna conductor and the IC chip is transported by rollers, it may occur that the transmission becomes unstable due to the influence of the protrusion and the inclination occurs, and the part protruding from the information identification part may appear. In the process of printing strip-shaped sheet parts, the conveying speed changes between the front and back of the protruding part, and problems such as bleeding and misalignment of printing occur.

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