JP2007102138A - Method for manufacturing spectacles attached with rfid - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide spectacles which is integrated with RFID, capable of semipermanently recognizing written information and checking the power of lens, information about a user, etc. <P>SOLUTION: In order to manufacture RFID 5 attached spectacles into which an RFID 5 is built or integrated in such a manner that the RFID 5 does not come off, recessed spaces where the RFID 5 is firmly held are formed at a part, where a hinge 3 and a temple 4 of the spectacles are connected, and a part where a modern 7 and a temple 4 are connected, with the outer size and shape of the RFID 5 taken into account. A hole is set open to the hinge 3 side or the temple 4 side for exposing a part of the body of the RFID 5 to reduce electromagnetic interference by the metal of the hinge 3, and the temple 4. A connecting part 6 is provided on the right side and the left side of a part where the hinge 3 and the temple 4 are connected, in such a manner that it sandwiches the RFID 5. The RFID 5 is disposed in the hinge 3 or the temple 4, and the two connecting parts are pasted with screws, brazing, welding, lasers, resins, adhesives, or the like. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

The present invention relates to a manufacturing and RFID installation method for manufacturing spectacles with RFID.

Conventionally, the serial number and product number of glasses have been written or engraved on the body of the glasses. Therefore, they have become difficult to read over time, causing serious problems in quality control such as repair.

In the case of sales, RFID was attached individually in a state where it can be removed from the glasses and used instead of the price tag, but because it was removed at the time of sale, product management using RFID was not integrated with the glasses, There was an evil.

The information written on the main body of the eyeglasses by stamping or printing becomes faded or dirty with the passage of time, making it impossible to recognize information about the eyeglasses.

RFID attached separately for price confirmation and anti-theft will cause the information flow to break when removed at the time of sale.

In addition, simply pasting with an adhesive or the like not only peels off with time, but also looks bad.

RFID is weak to heat and easily breaks in the manufacturing process such as brazing, welding, or encapsulating with resin.

In addition, when an RFID is covered with a metal such as titanium or iron, when the RFID exchanges information by radio waves, information cannot be transmitted or received due to interference with the metal.

In addition, from the viewpoint of design, if RFID is placed everywhere, it looks very bad.

The object of the present invention is to eliminate the inconvenience of conventional glasses and glasses with RFID attached separately, and it is possible to attach the RFID as a single piece of glasses of any material, and the written information will fade over time. Titanium, iron, and magnesium can be easily recognized without being stained or soiled, and are not separated with payment at the time of product sales at retail stores, and without damaging the RFID function due to heat during assembly and installation. This is a method for manufacturing spectacles with RFID to provide spectacles with RFID that can be exchanged with radio waves without interference with metal even when the RFID is covered and fixed with metal such as .

In order to solve the above-described problems, the method for manufacturing spectacles of the present invention is to hold the RFID firmly from the outer dimensions of the RFID at and around the hinge and temple of the spectacle and the part where the modern and temple are joined. In order to reduce the electromagnetic interference caused by the metal of the hinge and the temple, the hinge and temple are not sandwiched between the hinge and the temple when the hinge and the temple are joined. There is a hole on the hinge or temple side to expose a part of the body of the RFID, so that the RFID can be held from the area where the hinge and temple are joined with the outer shape of the projected installation area of the RFID. The side body surface of the RFID other than the vicinity of the joint surface that is held by a part that is several millimeters inside is not partially encapsulated by the metal. Further, the hinge template is not directly joined to the RFID. There are two joints on the left and right to sandwich the RFID, and the RFID is installed on a hinge or temple, and these two joints are screwed, brazed, welded, lasered, resin, etc. Attach the RFID with the adhesive, etc., and at the part where the temples of the glasses are joined to the modern, after installing the RFID in the concave space on the temple side, insert the temple into the modern center of the semi-molten state Incorporate the RFID in modern, and join the surface of the hinge joint and the joint surface of the modern joint described later with cold water or cooling air etc. for several seconds during which the heat of the joint surface is transferred to the RFID The gist is to remove the heat of the joint surface, which is generated on the joint surface of the hinge and temple, or the modern and temple, by contacting the vicinity, before transferring it to the RFID.

According to the present invention, since the written information is inside the RFID and can be recognized semi-permanently without being faded or soiled over time, the company that stored the information on the glasses by sales etc. By using the RFID information attached to the host, or by querying the database and, if necessary, via the communication line and the Internet, from the host computer that stored the data or the information terminal such as a distributed computer group By obtaining information, useful information can be obtained easily.

Moreover, since the glasses and RFID are integrated, if the consumer takes it to the store after purchase, the information stored in the RFID is processed by a computer or an information processing device such as a POS register, portable terminal, Information on the lens frequency and owner information is obtained by querying the database and obtaining information from the host computer that stored the data or information terminals such as distributed computers via a communication line and the Internet if necessary. Etc. can be confirmed.

Moreover, since the RFID is held in the vicinity of the hinge and modern so that it is enclosed in the glasses as a single piece, it will not peel off over time, and it will not be removed even if excessive force is applied in use, In appearance, its presence is hardly noticeable from the appearance.

In addition, RFID is not directly brazed, welded, etc., but fixed to the hinge or temple joint holding the RFID with screws, brazed, welded, etc. When fixing with adhesive, or when fixing RFID in the modern part, use a resin that melts at a low temperature such as cellulose propionate resin, and insert the temple with RFID into the center of the semi-molten modern part, so the joint surface Because the heat is low and it cools immediately so as not to hurt the RFID even if it occurs, the RFID will not deteriorate and be damaged by the heat.

In addition, even if the periphery of RFID is held and surrounded by a metal such as titanium, iron, or magnesium, there are holes on the hinge and temple side for the RFID to exchange information by radio waves, and the RFID is partially exposed It is possible to send and receive information without interference with metal.

Furthermore, because it is placed near the hinge and modern on the temple, the structure for RFID installation can be brought in from the outside rather than the outside when the person is wearing glasses. There are almost no restrictions.

As described above, according to the method for manufacturing spectacles with RFID of the present invention, the written information can be recognized semi-permanently without fading or becoming dirty with time, and the spectacles and the RFID are integrated. Or information processed by an information processor such as a POS register, portable terminal, etc., inquired of a database, and if necessary, via a communication line and the Internet, information such as a host computer that has accumulated data or a group of distributed computers By obtaining information from the terminal, etc., it is possible to check the lens power and owner information, etc., and it will not peel off over time, and will not be removed even if excessive force is applied during use. The RFID will not be damaged by heat, and even if you hold and surround the RFID with metal such as titanium, iron, magnesium, etc. Information can be sent and received without interference with metal, it looks good, and there are almost no design restrictions.

Examples of the present invention will be described below. FIG. 1 is a perspective view showing an embodiment of a method for manufacturing RFID spectacles according to the present invention. As spectacles, for example, presbyopia, myopia, hyperopia, sunglasses, fashion spectacles, plastic, metal, ceramic, or animals and plants are used. In the figure, 1 is a rim, 2 is wisdom, 3 is a hinge, 4 is a temple, 5 is RFID, 6 is a joint surface, and 7 is modern. is there.

A concave space sufficient to hold the RFID 5 is formed from the outer size shape of the RFID 5 at and near the portion where the hinge 3 and the temple 4 of the glasses and the modern 7 and the temple 4 are joined.

The RFID 5 is installed so as to be sandwiched between the hinge 3 side and the temple 4 side. At this time, the temple 4 joint portion of the hinge 3 is provided with two marginal joint portions 6 on the left and right sides so as to sandwich the RFID 5. Using these two joints 6, they are screwed together, brazed, welded, lasered, bonded so as not to be peeled off by resin or adhesive.

Further, in order to incorporate or place the RFID 5 in and around the portion where the modern 7 of the glasses and the temple 4 are joined, the RFID 5 is installed in the concave space formed in the temple 4 and then the temple 4 is semi-melted modern. 7 Insert the RFID 5 into the center and fix it with Modern 7 inside.

The heat of the joint surface is removed by bringing cold water or cooling air into contact for several seconds during which heat is transferred to the RFID 5.

The RFID 5 can be installed not only between the hinge 3 and the temple 4 but also between the hinge 3 and the wi 2 in the same manner.

The RFID spectacles that can be made are, in operation, brought close to the reader / writer interrogator with the RFID part of the spectacles, by the information transmission function that transmits information as wireless information and the information reception storage function that receives and stores information as wireless information, Information in the RFID is processed by a computer or other information processing device such as a POS register or mobile terminal via a reader / writer interrogator, and information related to the repair, management, and maintenance of the glasses, that is, the nose pad Position, groove specifications for fitting the lens, lens color and frequency, type of anti-reflective coating, customer's individual information, ie name, age, address, phone number, prescription value of eye to be examined, nose position, face size Or display a suitable information by referring to the database, and if necessary, via a communication line and the Internet, etc. Including obtaining information from an information terminal, such as distributed computer group.

The RFID used in the present invention is a glass tag, preferably having a frequency band of 125 kHz. In addition, a wireless automatic recognition IC tag, RFID tag, IC tag, contactless ID card, remote ID card, remote ID tag, non- It is called a contact IC card, electronic tag, etc. It contains an element for storing information that is a combination of a coil, a capacitor, a crystal oscillator, etc., and the reader / writer interrogator has a designated address. The information can be read and the information transmitted from the interrogator is written and stored in the address in the designated memory.

In addition, the type of glasses is optional, such as presbyopia, myopia, hyperopia, sunglasses, fashion glasses, etc., and the material is made of plastic, metal, ceramic, animals and plants, stone or glass Can be.

It is a perspective view which shows one Embodiment of the manufacturing method of the spectacles with RFID of this invention.

Explanation of symbols

1 ... Rim 2 ... Tomo 3 ... Hinge 4 ... Temple 5 ... RFID
6 ... Joint surface 7 ... Modern

Claims (6)

Manufacture of spectacles with RFID, characterized by forming a concave space sufficient to hold RFID firmly from the outer dimensions of the RFID at and around the hinge and temple of the spectacles and the part where the modern and temple are joined Method A method for manufacturing spectacles with RFID, wherein a hole exposing a part of the body of the RFID is opened to reduce electromagnetic interference on the hinge or temple side. The hinge joint part of the hinge has two left and right margin joint parts so as to sandwich the RFID. The RFID joint is not joined directly, and these two joint parts are screwed, brazed, welded, A method of manufacturing spectacles with RFID, wherein the RFID is held by bonding with a laser, resin, adhesive, or the like. A method of manufacturing spectacles with RFID, wherein RFID is installed in the concave space on the temple side of claim 1 and the temple is inserted into a semi-molten modern center to protect the RFID in a modern manner. The glasses with RFID, wherein the heat of the joint surface is removed by bringing cold water or cooling air into contact with the vicinity of the joint surface before the heat at the time of joining is transferred to the RFID. Production method A manufacturing method of spectacles with RFID, wherein the manufacturing method according to claim 1, 2, 3, 5 is applied to hinge and wisdom.

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