KR20130017109A - Rfid tag container - Google Patents

Rfid tag container Download PDF

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Publication number
KR20130017109A
KR20130017109A KR1020110079328A KR20110079328A KR20130017109A KR 20130017109 A KR20130017109 A KR 20130017109A KR 1020110079328 A KR1020110079328 A KR 1020110079328A KR 20110079328 A KR20110079328 A KR 20110079328A KR 20130017109 A KR20130017109 A KR 20130017109A
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KR
South Korea
Prior art keywords
rfid tag
rfid
container
wave unit
unit
Prior art date
Application number
KR1020110079328A
Other languages
Korean (ko)
Inventor
김경중
Original Assignee
김경중
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 김경중 filed Critical 김경중
Priority to KR1020110079328A priority Critical patent/KR20130017109A/en
Publication of KR20130017109A publication Critical patent/KR20130017109A/en

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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D49/00—Arrangements or devices for preventing refilling of containers
    • B65D49/12—Arrangements or devices for preventing refilling of containers by destroying, in the act of opening the container, an integral portion thereof
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D51/00—Closures not otherwise provided for
    • B65D51/24—Closures not otherwise provided for combined or co-operating with auxiliary devices for non-closing purposes
    • B65D51/245—Closures not otherwise provided for combined or co-operating with auxiliary devices for non-closing purposes provided with decoration, information or contents indicating devices, labels
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K19/00—Record carriers for use with machines and with at least a part designed to carry digital markings
    • G06K19/06—Record carriers for use with machines and with at least a part designed to carry digital markings characterised by the kind of the digital marking, e.g. shape, nature, code
    • G06K19/067—Record carriers with conductive marks, printed circuits or semiconductor circuit elements, e.g. credit or identity cards also with resonating or responding marks without active components
    • G06K19/07—Record carriers with conductive marks, printed circuits or semiconductor circuit elements, e.g. credit or identity cards also with resonating or responding marks without active components with integrated circuit chips
    • G06K19/0723—Record carriers with conductive marks, printed circuits or semiconductor circuit elements, e.g. credit or identity cards also with resonating or responding marks without active components with integrated circuit chips the record carrier comprising an arrangement for non-contact communication, e.g. wireless communication circuits on transponder cards, non-contact smart cards or RFIDs
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D2203/00—Decoration means, markings, information elements, contents indicators
    • B65D2203/02—Labels
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D2203/00—Decoration means, markings, information elements, contents indicators
    • B65D2203/12—Audible, olfactory or visual signalling means

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Computer Hardware Design (AREA)
  • Microelectronics & Electronic Packaging (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Theoretical Computer Science (AREA)
  • Closures For Containers (AREA)

Abstract

PURPOSE: An RFID breaking instrument is provided to offer efficient authentication management of products having an RFID tag attached by preventing repetitive authentication of packing container already being in use(unsealed). CONSTITUTION: In a screw engagement type packing container having an RFID tag breaking unit installed, the upper part and lower part of an RFID tag breaking unit is formed in a cap and a container, a screw type engagement container(10) having an RFID tag breaking unit lower attachment hole(11), a screw type engagement cap(20) having an RFID tag breaking unit upper attachment hole(21), an information display label attached to the outer surface of the screw type engagement container and an RFID tag breaking unit having an RFID antenna and an RFID chipset. The RFID tag breaking unit is formed with a lower breaking unit(41), an upper breaking unit(42), a central breaking neck(34) and the RFID antenna(51) is formed in the upper breaking unit, the central breaking neck and the lower breaking unit and the RFID chipset is mounted in the end of the RFID antenna formed in the upper breaking unit is mounted with connection. [Reference numerals] (AA) RFID tag breaking container - A-type drawing; (BB) U-U cross-sectional drawing

Description

RFID tag breaking container {RFID Tag Container}

RFID TAG manufacturing technology, packaging container manufacturing technology

RFID TAG recognition technology is not only production management / warehouse management / shipment management / sales management, but also the development of tag recognition and information provision technology. Distinguish between genuine and non-genuine.

At present, the world's famous marts, famous fashion brands, famous shoes companies, liquor companies, pharmaceutical companies, and food companies that manufacture or handle consumer products, RFID in the product in terms of superior management and product reliability We verify and verify convenience and excellence obtained by introducing technology.

In addition, consumer NFC mobile terminals are being introduced to the market, and in the future, mobile terminals combined with NFC and 900Mhz RFID are being developed, and famous manufacturers have introduced RFID solutions to prevent counterfeiting of their products and improve reliability. It is obvious that the RFID tag will be attached to the packaging.

However, in a conventional packaging container equipped with an information recording tag, it was mainly to attach an RFID label on the body of the packaging product or to provide an RFID TAG on the lid of the container for managing the product.

*. Conventional Background to the Invention

Applicant of the present invention,

Application No .: 10-2009-0107260 (Application date 2009.11.07) Filed with a container and a genuine certification tag having a certification mark.

The container having the activation mark is as shown in [Fig. 6b] of the pre-application,

-First application [Fig. 6b]: the rotational break type, the container lid that is fastened to the rotating stopper fastening portion of the upper and lower vessel body and the spiral fastening portion of the upper container body,

Cap open end portion (11) to grasp the container lid lower end portion 10 with a rotating stopper inside and the pressure-opening lid portion 12 formed with spirals inside by twisting and twisting along the helix. Pressurized opening lid portion 12 and the wing (fin) type RFID TAG molded body 6d formed to the outside at the bottom end of the container lid (6d): both RFID TAG (4), product mark or product certification mark (2) Form integrally. It was a container with an in-activation tag.

However, the conventional RFID TAG container has a structure in which the RFID TAG is simply provided on one side of the packaging container, and thus the RFID TAG function is not destroyed even when the packaging container is rotated and opened.

Barrier activation can be duplicated for packaging containers that are already in use (opened), which can lead to disruptions in the activation management of products with RFID tags.

Separately manufactured RFID TAG Break Molded Body consisting of RFID TAG Breakup Unit, RFID TAG Breakup Unit, and RFID TAG Breaking Tree.

Put the goods into the container and fasten the sealed container and lid tightly,

RFID TAG Breaking Molded Body with RFID TAG Breaking Tree

Provides an RFID TAG breaking container into which goods are put.

When the consumer opens the packaging container after activation, the container and the lid are rotated to pressurize the RFID antenna formed in the RFID TAG broken tree, so that the RFID TAG function is automatically destroyed when the container is opened.

It is possible to prevent duplicate activations for packaging containers that are already in use (opened), which is effective for product activation management of products with RFID TAG.

Figure 1: RFID TAG Label for Conventional Container and Back Antenna Printing
Figure 2: Conventional RFID TAG Container
Figure 3: the present invention RFID TAG rupture container-type A
Figure 4: The present invention RFID TAG Breaking Container-Type A Design
Figure 5: the present invention RFID TAG rupture container-type B
Figure 6: the present invention RFID TAG breaking container-type B design
Figure 7: the present invention RFID TAG Breaking Container-Type C
8: The present invention RFID TAG rupture container-type C design
9: The present invention RFID TAG Breaking Container- D type
10: the present invention RFID TAG rupture vessel-type D design
Figure 11: The present invention RFID TAG Breaking Container-Type E
12: the present invention RFID TAG rupture container-type E design

The RFID TAG Breaking Container is a terminal equipped with its own RFID reader, and tagged with the RFID TAG attached to the packaging to activate a web page or web element. Since the RFID TAG broken tree of the RFID TAG breaking entity is broken, the function of the RFID TAG is automatically destroyed because the RFID antenna of the RFID TAG is broken, thereby increasing the efficiency of product activation management of the product to which the RFID TAG is attached.

1 is a photograph of a conventional container and RFID TAG label for rear antenna printing,

2 is an example of a conventional RFID TAG container in which the RFID TAG function is not destroyed even when the packaging container is opened.

RFID TAG  Structure of the break container and its manufacturing method;

The spiral fastening packaging container equipped with the RFID TAG wave unit can be manufactured and provided by various methods such as A, B, C, D, and E types of [FIG. 3] to [12].

A1: RFID TAG  Breaking Container-Type A Structure and Manufacturing Method

Helix fastening packaging container equipped with an RFID TAG wave unit as shown in [3,4],

Spiral fastening container 10 having an RFID TAG wave unit lower attachment hole 11,

Spiral fastening lid 20 formed with an RFID TAG wave unit upper attachment hole 21,

An information display label (30) attached to an outer surface of the spiral fastening container (10),

It consists of an RFID TAG wave unit equipped with an RFID antenna 51 and an RFID chipset 52,

The RFID TAG wave unit has a shape of a lower wave unit 41, an upper wave unit 42, and a center broken tree 43, and the RFID antenna 51 has an upper wave unit 42 and a center broken tree 43 It is formed in the lower wave unit 41, the RFID chipset 52 is connected to the end of the RFID antenna 51 formed in the upper wave unit 42.

A2. RFID TAG  Fracture Container-Type A Manufacturing Process

1a. Separately produce a break molded body shaped into a lower break unit, an upper break unit, and a center break tree, and after printing the RFID antenna 51 on the lower break unit, the upper break unit, and the center break tree, digging the RFID chipset 52 An RFID TAG wave unit is manufactured by connecting and mounting at the end of the RFID antenna 51 printed on the upper part of the unit.

1b. The RFID TAG wave unit is manufactured by inserting or compressing the RFID TAG rupture molded body having the lower wave unit, the upper wave unit, and the center broken tree shape by inserting the RFID TAG module (RFID antenna, RFID chipset) into the mold.

2. The spiral fastening container 10 in which the attachment hole 11 below the RFID TAG wave unit is formed outside the upper part of the container body is manufactured.

3. The spiral fastening lid 20 is formed in which the RFID TAG wave breaker upper attachment hole 21 is formed outside the lid.

4. Attach the label 30 for information display on the outer surface of the spiral fastening container (10).

5. Put the goods into the container.

6. Fasten and seal the screwing container 10 and the screwing lid 20.

7. Attach the upper 42 and the lower portion 41 of the RFID TAG rupture molded body to the RFID TAG rupture attachment holes (11, 21) of the container and the lid to provide an RFID rupture container into which the goods are put.

*. Spiral fastening container 10 is made of plastic, glass, metal.

*. After activating, the RFID TAG function is destroyed by rotating the container and the lid to pressurize and break the RFID antenna formed on the broken tree of the RFID TAG breaking group.

B1: RFID TAG  Breaking Container-Type B Structure and Manufacturing Method

Helix fastening packaging container equipped with an RFID TAG wave unit as shown in [5,6],

Spiral fastening container 10b formed with a RFID TAG wave unit lower fitting circular jaw 11b,

A screwed lid 20b having an RFID TAG wave unit upper attachment hole 21b formed thereon;

An information display label 30b attached to an outer surface of the spiral fastening container 10b,

It consists of an RFID TAG wave unit equipped with an RFID antenna 51b and an RFID chipset 52b.

The RFID TAG break unit has a shape of a lower ring-shaped fitting body 41b, an upper break unit 42b, and a center broken tree 43b.

The RFID antenna 51b is formed in the upper wave unit 42b, the center broken tree 43b, and the lower ring-shaped fitting body 41b, and the RFID chipset 52b is formed in the upper wave unit 42b. ) It is mounted at the end.

B2.Product entered RFID TAG  Breaking Container-Form B Manufacturing Process

1a. After separately manufacturing the broken molded body shaped into the lower ring-shaped fitting body and the upper breaking member and the center breaking tree, and printing the RFID antenna 51b on the lower ring-shaped fitting body and the upper breaking member and the center breaking tree, the RFID chipset ( 52b) is connected to the end of the RFID antenna 51b printed on the upper wave unit to manufacture the RFID TAG wave unit.

1b. RFID TAG module is produced by inserting RFID TAG module (RFID antenna, RFID chipset) into mold and injection molding or compression molding of RFID TAG rupture molded body with lower ring-shaped fitting body, upper breaking member and central rupture structure.

2. Fabricate the spiral fastening container 10b in which the round jaw 11b of the RFID TAG wave unit lower part is formed on the upper part of the container body.

3. The helical fastening lid 20b having the RFID TAG wave unit upper attachment hole 21b is formed outside the lid.

4. Attach the information display label (30b) to the outer surface of the spiral fastening container (10b).

5. The lower ring-shaped fitting body 41b of the RFID TAG wave unit is forcibly fitted to the RFID TAG wave unit lower fitting circular jaw 11b of the upper part of the spiral fastening container 10b.

6. Put the goods into the container.

7. Fasten and seal the screwing container (10b) and the screwing lid (20b).

8. Attach the upper breaking portion 42b of the RFID TAG breaking piece to the RFID TAG breaking piece mounting hole 21b of the lid to provide an RFID breaking container into which a product is put.

*. The screwed container 10b is made of plastic, glass, or metal.

*. After activating, the RFID TAG function is destroyed by rotating the container and the lid to pressurize and break the RFID antenna formed on the broken tree of the RFID TAG breaking group.

C1 : RFID TAG  Breaking Container-Type C Structure and Manufacturing Method

7,8] Helix fastening packaging container equipped with a RFID TAG wave unit, such as

A spiral fastening container 10c having an RFID TAG wave unit lower attachment hole 11c formed therein;

Spiral fastening lid 20c formed of the letter TAG of the RFID TAG wave unit upper attachment hole 21c,

An information display label 30c attached to the outer surface of the spiral fastening container 10c,

It consists of an RFID TAG wave unit equipped with an RFID antenna 51c and an RFID chipset 52c,

The RFID TAG wave unit has a shape of a lower wave unit 41c, an L-shaped upper wave unit 42c, and a central cut tree 43c.

The RFID antenna 51c is formed on the lower wave unit 41c, the center broken tree 43b, and the L-shaped upper wave unit 42c, and the RFID chipset 52c is formed on the lower wave unit 41c ( 51c) It is mounted at the end.

C2 Product RFID TAG  Break Container-Form C Manufacturing Process

1a. After separately producing a break molded body shaped into a lower broken body and an L-shaped upper broken body and a center broken tree, and after printing the RFID antenna 51c on the lower broken body and an L-shaped upper broken body and a center broken tree, RFID An RFID TAG wave unit is manufactured by connecting and mounting the chipset 52c to the end of the RFID antenna 51c printed on the lower wave unit.

1b. RFID TAG module is manufactured by inserting RFID TAG module (RFID antenna, RFID chipset) into mold and injection molding or compression molding RFID rupture molded body of lower gang member, L-shaped upper gang member, and central rupture structure.

2. Fabricate a spiral fastening container 10c in which an attachment hole 11c is formed at the bottom of the upper portion of the container body.

3. A spiral fastening lid 20c having a L-shaped RFID TAG wave unit upper attachment hole 21c is formed on the outside of the lid.

4. Attach the information display label (30c) to the outer surface of the spiral fastening container (10c).

5. Put the goods into the container.

6. Fasten and seal the screwing container (10c) and the screwing lid (20c).

7. The RFID TAG breaking unit attaching holes 11c and 21c of the container and the lid are attached to the upper part 42c and the lower part 41c of the RFID TAG breaking molded body to provide an RFID breaking container into which a product is put.

*. The screwed container 10c is made of plastic, glass, or metal.

*. After activating, the RFID TAG function is destroyed by rotating the container and the lid to pressurize and break the RFID antenna formed on the broken tree of the RFID TAG breaking group.

D1 : RFID TAG  Breaking Container-Form D Structure and Manufacturing Method

9, 10 is a spiral fastening packaging container equipped with an RFID TAG wave unit, such as

Spiral fastening container (10d) formed with RFID TAG wave unit lower fitting circular jaw (11d),

A screwing lid 20d having a latch gear shape groove 21d;

An information display label 30d attached to the outer surface of the spiral fastening container 10d,

It consists of an RFID TAG wave unit equipped with an RFID antenna 51d and an RFID chipset 52d,

The RFID TAG break unit has a shape of an upper stopper 42d, a center broken tree 43d, and a lower ring shaped fitting 41d.

An RFID antenna 51d is formed at the upper stopper 42d, the center broken tree 43d, and the lower ring-shaped fitting body 41d, and the RFID chipset 52d is formed at the end of the RFID antenna 51d formed at the upper stopper 42d. It is mounted in connection.

D2 Product RFID TAG  Breaking Container-Form D Manufacturing Process

1a. Separately manufactured break molded body shaped into ring broken lower part, stopper shaped upper part and broken tree, and RFID antenna 51d on lower ring shaped lower part, stopper shaped upper part and upper part broken part. After printing, the RFID chipset 52d is connected to and mounted on the end of the RFID antenna 51d printed on the upper portion of the stopper-shaped wave unit to produce an RFID TAG wave unit.

1b. Insert RFID TAG module (RFID antenna, RFID chipset) into the mold to inject or compress the RFID TAG rupture molded body under the ring-shaped broken body, upper part of the stopper-shaped broken body, and the center broken wood structure. To make.

2. Fabricate a spiral fastening container 10d in which a round jaw 11d is formed at the top of the container body.

3. A spiral fastening lid 20d having a latch gear groove 21d is formed on the outside of the lid.

4. Attach the information display label 30b to the outer surface of the spiral fastening container 10d.

5. The RFID TAG wave breaker lower fitting body 41d of the ring shape is forcibly fitted to the circular jaw 11d of the upper part of the spiral fastening container 10d.

6. Put the goods into the container.

7. Tighten and seal the screwed container 10d and the screwed lid 20d.

8. When the lid is fastened, a stopper-shaped upper portion 42d of the stopper shape is automatically seated in a latch gear-shaped groove 21d on the outside of the lid to provide an RFID breaking container into which a product is put.

*. The screwed container 10d is made of plastic, glass, or metal.

*. After activating, the RFID TAG function is destroyed by rotating the container and the lid to pressurize and break the RFID antenna formed on the broken tree of the RFID TAG breaking group.

E1 : RFID TAG  Breaking Container-Form E Structure and Manufacturing Method

11, 12 is a spiral fastening packaging container equipped with an RFID TAG wave unit, such as

A spiral fastening container 10e having an RFID TAG wave unit lower attachment hole 11e formed therein;

A spiral fastening lid 20e having an RFID TAG wave unit upper attachment hole 21e formed therein;

An information display label 30e attached to the outer surface of the spiral fastening container 10e,

It consists of an RFID TAG wave unit equipped with an RFID antenna 51e and an RFID chipset 52e,

The RFID TAG wave group has a shape of a lower wave unit 41e, an upper wave unit 42e, a center broken tree 43e, a pull ring and a broken tree extension line 44e, and a pull ring 45e structure.

An RFID antenna 51e is formed at the upper wave unit 42e, the center broken tree 43e, and the lower wave unit 41e, and an RFID chipset 52e is formed at the end of the RFID antenna 51e formed at the upper wave unit 42e. It is mounted in connection.

E2 Product RFID TAG  Breaking Container-Form E Manufacturing Process

1a. Separately manufactured break molded body formed by lower broken body, upper broken body, center broken tree, pull ring and broken tree extension line, and pull ring, and printed RFID antenna (51e) on the top broken body, lower broken body and center broken tree After that, the RFID chipset 52e is connected to and mounted on the end of the RFID antenna 51e printed on the upper part of the wave unit to manufacture the RFID TAG wave unit.

1b. By inserting RFID TAG module (RFID antenna, RFID chipset) into the mold, injection molding or compression molding of the RFID TAG broken molded product with the shape of lower wave, upper break, center break, pull and broken neck, and pull ring Produce RFID TAG wave organization.

2. A spiral fastening container 10e is formed in which an attachment hole 11e is formed at the bottom of the upper portion of the container body.

3. The spiral fastening lid 20e is formed in which the upper portion of the RFID TAG wave unit attachment hole 21e is formed outside the lid.

4. Attach the information display label (30e) to the outer surface of the spiral fastening container (10e).

5. Put the goods into the container.

6. Fasten and seal the screwing container 10e and the screwing lid 20e.

7. Attach the upper part 42e and the lower part 41e of the RFID TAG rupture molded body to the RFID TAG rupture attachment holes 11e, 21e of the container and the lid to provide the RFID rupture container into which the goods are put.

*. The screwed container 10e is made of plastic, glass, and metal.

*. After activation, the consumer pulls the breaking ring and presses and breaks the RFID antenna formed on the broken tree of the RFID TAG breaking body to destroy the RFID TAG function, and then opens the lid.

10: Spiral fastening container, 11: RFID TAG wave unit lower attachment hole, 20: Spiral fastening lid, 21: RFID TAG wave unit upper attachment hole, 30: Information display attachment label, 41: RFID TAG wave unit lower portion, 42: upper part of RFID TAG waveguide, 43: RFID TAG cut tree, 51: RFID antenna, 52: RFID chipset
10b: Spiral fastening container, 11b: Round bottom fitting of RFID TAG wave unit, 20b: Spiral fastening lid, 21b: RFID TAG wave unit upper attachment hole, 30b: Information display attachment label, 41b: Ring-shaped RFID TAG Broken bottom fitting, 42b: RFID TAG upper part, 43b: RFID TAG broken, 51b: RFID antenna, 52b: RFID chipset
10c: Spiral fastening container, 11c: RFID TAG wave piece bottom attachment hole, 20c: Spiral fastening lid, 21c: RFID TAG wave piece top attachment hole, 30c: Information display attachment label, 41c: RFID TAG wave piece bottom, 42c: Upper part of L-shaped RFID TAG wave unit, 43c: RFID TAG cut tree, 51c: RFID antenna, 52c: RFID chipset
10d: Helix fastening container, 11d: RFID TAG wave piece lower fitting round jaw, 20d: Latch gear type screw fastening lid, 21d: RFID TAG wave piece upper latch groove, 30d: Information display attachment label, 41d: RFID TAG wave unit fitting with ring structure, 42d: upper part of RFID TAG wave unit (latch stopper), 43d: RFID TAG breaking tree, 51d: RFID antenna, 52d: RFID chipset
10e: Spiral fastening container, 11e: RFID TAG wave unit lower attachment hole, 20e: Spiral fastening lid, 21e: RFID TAG wave unit upper attachment hole, 30e: Information display attachment label, 41e: RFID TAG wave unit lower part, 42e: Upper part of the RFID TAG break, 43e: RFID TAG break, 44e: Pulling and breaking extension of the RFID TAG break, 45e: Breaking pull of the RFID TAG break, 51e: RFID antenna, 52e: RFID chipset

Claims (5)

The upper and lower parts of the RFID TAG wave unit are mounted on the lid and the container (see Fig. 4),
Spiral fastening container 10 having an RFID TAG wave unit lower attachment hole 11,
Spiral fastening lid 20 formed with an RFID TAG wave unit upper attachment hole 21,
An information display label (30) attached to an outer surface of the spiral fastening container (10),
It consists of an RFID TAG wave unit equipped with an RFID antenna 51 and an RFID chipset 52,
RFID TAG Wave Organization
It is formed in the structure of the lower break unit 41, the upper break unit 42, the center broken tree 43, the RFID antenna 51 is the upper break unit 42, the center broken tree 43 and the lower break unit 41 It is formed in the), characterized in that the RFID chipset 52 is connected to the end of the RFID antenna 51 formed in the upper wave unit 42,
Helix fastening container with RFID TAG wave unit The upper and lower parts of the RFID TAG wave unit are mounted on the lid and the container (see FIG. 6),
Spiral fastening container 10b formed with a RFID TAG wave unit lower fitting circular jaw 11b,
A screwed lid 20b having an RFID TAG wave unit upper attachment hole 21b formed thereon;
An information display label 30b attached to an outer surface of the spiral fastening container 10b,
It consists of an RFID TAG wave unit equipped with an RFID antenna 51b and an RFID chipset 52b.
RFID TAG Wave Organization
The lower ring-shaped fitting body 41b, the upper breaking piece 42b, and the center broken tree 43b are formed, and the RFID antenna 51b has the upper breaking piece 42b, the center breaking piece 43b, and the lower ring shape. It is formed in the fitting body 41b, characterized in that the RFID chipset 52b is connected to the end of the RFID antenna 51b formed in the upper wave unit 42b,
Helix fastening container with RFID TAG wave unit The upper and lower parts of the RFID TAG wave unit are mounted on the lid and the container (see Fig. 8),
A spiral fastening container 10c having an RFID TAG wave unit lower attachment hole 11c formed therein;
Spiral fastening lid 20c formed of the letter TAG of the RFID TAG wave unit upper attachment hole 21c,
An information display label 30c attached to the outer surface of the spiral fastening container 10c,
It consists of an RFID TAG wave unit equipped with an RFID antenna 51c and an RFID chipset 52c,
RFID TAG Wave Organization
The lower wave unit 41c, the upper wave unit 42c having a L-shape, and the center broken tree 43c have a structure, and the RFID antenna 51c has the lower wave unit 41c, the center broken tree 43b, and the L-shape. It is formed in the upper wave unit 42c of the, characterized in that the RFID chipset 52c is connected to the end of the RFID antenna 51c formed in the lower wave unit 41c,
Helix fastening container with RFID TAG wave unit The lower part of the RFID TAG wave unit is mounted on the container, and the upper part of the RFID TAG wave unit is automatically closed when the container lid is fastened (see FIG. 10).
Spiral fastening container (10d) formed with RFID TAG wave unit lower fitting circular jaw (11d),
A screwing lid 20d having a latch gear shape groove 21d;
An information display label 30d attached to the outer surface of the spiral fastening container 10d,
It consists of an RFID TAG wave unit equipped with an RFID antenna 51d and an RFID chipset 52d,
RFID TAG Wave Organization
The upper stopper 42d, the center broken tree 43d, and the lower ring-shaped fitting body 41d have a structure, and the RFID antenna 51d has the upper stopper 42d, the center broken tree 43d, and the lower ring-shaped fitting body. It is formed at 41d, and the RFID chipset 52d is connected and mounted at the end of the RFID antenna 51d formed at the upper stopper 42d.
Helix fastening container with RFID TAG wave unit The upper and lower parts of the RFID TAG wave unit are mounted on the lid and the container (see Fig. 12).
A spiral fastening container 10e having an RFID TAG wave unit lower attachment hole 11e formed therein;
A spiral fastening lid 20e having an RFID TAG wave unit upper attachment hole 21e formed therein;
An information display label 30e attached to the outer surface of the spiral fastening container 10e,
It consists of an RFID TAG wave unit equipped with an RFID antenna 51e and an RFID chipset 52e,
RFID TAG Wave Organization
Lower wave unit 41e, upper wave unit 42e, center broken tree 43e, pull ring and broken tree extension line 44e, pull ring 45e are in the shape of the structure, the RFID antenna 51e is the upper wave unit It is formed in the 42e, the center broken tree 43e and the lower wave unit 41e, characterized in that the RFID chipset 52e is connected to the end of the RFID antenna 51e formed in the upper wave unit 42e,
Helix fastening container with RFID TAG wave unit
KR1020110079328A 2011-08-10 2011-08-10 Rfid tag container KR20130017109A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
KR1020110079328A KR20130017109A (en) 2011-08-10 2011-08-10 Rfid tag container

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
KR1020110079328A KR20130017109A (en) 2011-08-10 2011-08-10 Rfid tag container

Publications (1)

Publication Number Publication Date
KR20130017109A true KR20130017109A (en) 2013-02-20

Family

ID=47896316

Family Applications (1)

Application Number Title Priority Date Filing Date
KR1020110079328A KR20130017109A (en) 2011-08-10 2011-08-10 Rfid tag container

Country Status (1)

Country Link
KR (1) KR20130017109A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20190101529A (en) * 2018-02-23 2019-09-02 서채영 Forgery prevention system having multi-RFID chips
IT201900001537A1 (en) 2019-02-01 2020-08-01 Tapi S P A Anti-burglary closure for containers

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20190101529A (en) * 2018-02-23 2019-09-02 서채영 Forgery prevention system having multi-RFID chips
IT201900001537A1 (en) 2019-02-01 2020-08-01 Tapi S P A Anti-burglary closure for containers

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