KR100342993B1 - sensing label producting machine of goods burglarproof - Google Patents

Abstract

The anti-theft detection label attached to the goods can be selectively used as a roll or stick type detection label according to the type of the book or item to prevent visitors from taking the books or goods displayed in large stores and libraries, such as department stores. It is to be made.

The present invention provides a method of depositing a driving motor, a plurality of first reels and a second reel in which a bar code strip and a magnetic tape are respectively wound, and the bar code strip and magnetic tapes respectively released from the first reel and the second reel. The third and fourth reels in which the release paper and the release tape on which the adhesive tape is formed are wound, and the magnetic tape released from the second reel are cut to a predetermined length to maintain a predetermined interval on the adhesive tape released from the fourth reel. The first cutting unit to be deposited, and the driving motor is in close contact with the rotation, the adhesive tape on which the magnetic tape is deposited and the strip for the bar code by pressing a strip of paper deposited in a plurality of rows of the bar code for the bar code on the magnetic tape The release paper formed on upper and lower sides of the first driving unit to be bonded and wound around the third and fourth reels and detached when passing through the first driving unit; A pair of peeling paper reels for winding each and a reciprocating drive in the vertical direction, and a pair for cutting the peeling paper to a predetermined length so that the magnetic tape and the adhesive tape in which the bar code bands are in close contact can be attached to the article as a sensing label. The second cutting unit of the second drive unit, the second driving unit which is in close contact with the driving motor and rotates, and attaches the release paper to protect the upper and lower sides of the adhesive tape passing through the second cutting unit, and the bar code band in a plurality of rows. It is provided with a 3rd cutting part which cut | disconnects the width direction as an individual barcode tape so that the deposited barcode tape can be used as a stick-type sensing label.

Therefore, the anti-theft detection label attached to the book or item can be selectively manufactured as a roll or stick type detection label as a single machine to prevent the visitor from taking out goods displayed in a large library or a large store. Maximize efficiency and functionality. The mass production of the anti-theft detection label greatly improves the cost of the product due to productivity improvement, thereby becoming competitive in the field. By arbitrarily adjusting the driving speed of the motor according to the amount of work has the advantage to provide a user with reliability and convenience.

Description

Sensing label producting machine of goods burglarproof}

The present invention relates to a manufacturer of an article anti-theft detection label for mass production of the anti-theft sensing label.

More specifically, the anti-theft detection label attached to the goods to prevent visitors from taking unauthorized books or goods displayed in a large store such as a department store in the form of a roll or stick according to the type of the goods. The present invention relates to an article anti-theft detection label maker that can be selectively manufactured as a detection label of a.

1 is a schematic use state diagram of a detector for identifying that an article with a sensing label manufactured by the present invention is stolen.

As shown in the figure, a detector is installed at the entrance side to prevent visitors from carrying out articles, such as books displayed in stores such as large libraries and bookstores, without being counted at the counter.

That is, the visitor carries the article 2 with the anti-theft detection label 1 on which magnetic tape is deposited, and there is a transmission antenna of a detector installed so as to face each other at predetermined intervals by embedding a sensitive coil (not shown). When passing between 3) and the receiving antenna 4, the radio wave transmitted from the transmitting antenna 3 is modulated to the receiving antenna 4 by the sensing label 1, which is a magnetic substance attached to the article 2, and received. do.

Therefore, the control unit 5 electrically connected to the above-described transmission antenna 3 and the reception antenna 4 does not normally calculate as the alarm sound is generated through the speaker 6 or the lamp not shown is lit. It can be confirmed that the goods are not.

On the other hand, when the charge of the article is normally paid at the counter, the article 2 with the sensing label 1 is attached to the transmitting antenna 3 as the magnetic material is extinguished by radiating a strong radio wave to the sensing label 1 during counting. The controller 5 does not generate an alarm even when passing between and the reception antenna 4.

Accordingly, an object of the present invention is to provide an anti-theft detection label attached to the article as a single machine as a detection label in the form of a roll or a stick so as to prevent an unauthorized visitor from carrying books or articles displayed in a large library, a store, or the like. It is to provide an anti-theft detection label maker that can be selectively manufactured to maximize efficiency and function.

Another object of the present invention is to provide an article anti-theft detection label maker to be competitive in the field as a large amount of product anti-theft detection label to significantly reduce the price of the product due to improved productivity.

Still another object of the present invention is to provide an article anti-theft detection label maker which can provide the user with reliability and convenience by arbitrarily adjusting the driving speed of the motor according to the quantity of work.

1 is a schematic use state diagram of a detector for identifying that an article with a sensing label manufactured by the present invention is stolen;

2 is a schematic configuration diagram of an article anti-theft detection label manufacturing machine according to the present invention;

3 is a view for explaining the manufacturing of the sensing label in the form of a roll by the present invention,

4 is a view for explaining the manufacturing of the stick-shaped sensing label according to the present invention.

* Explanation of symbols used in the main part of the drawing

10; Drive motor

11; Bar code strip

12; Magnetic tape

15,17; Release paper

16; Adhesive Tape

20; 1st cutting part

21; First driving part

24; 2nd cutting part

27; 2nd drive part

28; 3rd cutting part

29; 4th cutting part

30; 5th cutting part

A; Stick Type Detection Label

B; Roll Sensing Label

The object of the present invention described above is a driving motor, a plurality of first reels and second reels in which a strip for bar codes and magnetic tapes are wound, and the strips for bar codes and magnetic strips respectively released from the first reels and second reels. The third and fourth reels to which the release paper for depositing the tape and the release paper on which the adhesive tape is formed are respectively wound, and the magnetic tape released from the second reel is cut to a predetermined length, and the adhesive tape released from the fourth reel is cut. The first cutting unit for maintaining the interval and the deposition, the driving motor is in close contact with the rotation, the adhesive tape on which the magnetic tape and the strip for bar code is compressed by pressing a release paper deposited in a plurality of rows on the magnetic tape A first driving unit for adhering a stripe for bar codes and upper and lower sides of the first driving unit and wound around the third and fourth reels to be detached when passing through the first driving unit; A peeling paper reel for winding the release paper and a reciprocating drive in the vertical direction, and the peeling paper is detached and cut to a predetermined length so that the adhesive tape in which the magnetic tape and the bar code band are in close contact can be attached to the article as a sensing label. A pair of second cutting parts, a second driving part attached to the upper and lower sides of the adhesive tape passing through the driving motor to protect them, and a second driving part attaching a release paper to protect them, and the bar code band It is achieved by providing an article anti-theft detection label maker characterized in that it comprises a third cutting portion for cutting the bar code tape deposited in a plurality of rows in the width direction as a single bar code tape so that it can be used as a stick type detection label.

According to a preferred embodiment, it comprises a fourth cutting portion for cutting the release paper to a predetermined length by forming the release paper on the left and right sides of the bar code tape to be cut individually by the third cutting portion.

According to a preferred embodiment of the present invention, the bar code tape having a plurality of bar codes for the bar code tape passing through the second driving unit in a state in which the second, 3, and 4 cutting parts are not operated so that the bar code tape can be manufactured as a roll type sensing label is formed. Winding reel.

According to a preferred embodiment, the drive motor is a step motor is used to adjust the drive speed of its own to selectively adjust the working speed according to the quantity.

According to a preferred embodiment, it includes a fifth cutting portion formed between the first driving portion for cutting the adhesive tape to a predetermined width.

According to a preferred embodiment, the first, second, third, fourth and fifth cutting parts are operated by a separate motor drive from the driving motor.

According to a preferred embodiment, the article is concealed and attached between the books to prevent the visitor from leaking the books displayed in the library or store.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings, which are intended to be described in detail as can be easily carried out by those skilled in the art in order to facilitate the understanding of the technical contents of the present invention. This does not mean that the technical scope of the present invention is limited.

2 to 4, a plurality of windings of the driving motor 10, which is a step motor, a bar code band 11 (soft metal), and a magnetic tape 12 (magnetic metal) (hard metal), respectively, are wound. Release paper for depositing the first strips 13 and the second reels 14 and the bar code strip 11 and the magnetic tape 12 released from the first reels 13 and the second reels 14, respectively. 15 and the third reel 18 and the fourth reel 19 to which the release paper 17 on which the adhesive tape 16 is formed are wound, and the magnetic tape 12 released from the second reel 14 described above. It is provided with a first cutting portion 20 for cutting to a predetermined length and depositing the adhesive tape 16 to be released from the fourth reel 19 while maintaining a predetermined interval.

The adhesive tape 16 on which the magnetic tape 12 is deposited and the strips for barcode 11 are compressed by pressing the release papers 15 and 17 deposited in a plurality of rows by the driving of the driving motor 10. The first drive unit 21 for adhering the bar code strip 11 to the magnetic tape 12 and the upper and lower sides of the first drive unit 21 are wound around the third reel 18 and the fourth reel 19. And the release paper winding reels 22 and 23 for winding the release papers 15 and 17 detached when passing through the first driving unit 21, respectively, and are reciprocally driven in the vertical direction, and the release papers 15 and 17. A pair of second cutting parts 24 are detached and cut to a predetermined length so that the magnetic tape 12 and the bar code strip 11 are closely attached to each other so that the attached adhesive tape 16 can be attached to the article as a sensing label. It is provided.

The peeling paper is formed so as to protect the magnetic tape 12 and the bar code strip 11 on the upper and lower surfaces of the adhesive tape 16 passing through the second cutting part 24 in close contact with the driving of the driving motor 10. Barcode tapes (for example, a plurality of bar code tapes in which a plurality of rows of the second drive unit 27 and 25 and the bar code band 11 are deposited as stick type sensing labels A) can be used. And a third cutting portion 28 for cutting in the width direction.

A fourth cutting unit 29 and a first driving unit 21 for extending the release papers 25 and 26 to the left and right sides of the bar code tape cut by the third cutting unit 28 as described above, and cutting them to a predetermined length. A fifth cutting portion 30 formed between the second cutting portion 30 for cutting the adhesive tape 16 at a predetermined width and a second, third and fourth cutting portion so that the barcode tape can be manufactured as a roll-type sensing label B; The bar code strip 11 passing through the second drive unit 27 when the 24, 28, 29 is not operated is provided with a packing reel 31 for winding a bar-shaped bar code tape deposited in a plurality of rows.

At this time, preferably, the above-described drive motor 10 is a stepper motor (stepper motor) is used to adjust the drive speed of its own to selectively adjust the working speed according to the quantity.

Meanwhile, the above-described first, second, third, fourth, and fifth cutting parts 20, 24, 28, 29, and 30 are operated by driving the motor separately from the above-described driving motor 10.

Reference numeral 32 is a control box for controlling the power of the drive means such as the drive motor 10 and their driving, 33 is a body on which unit components such as the drive motor 10 is mounted, 34a, 34b, 34c is a variety of films Release levers 35a, 35b which are manually spaced apart from each other in order to set the rollers between the rollers at first, and are rotatably hinged around the central axis O to be released from the reels 36 and 37. The rotation lever adjusts (25, 26) to maintain a predetermined tension so as not to break.

Hereinafter, the method of using the article anti-theft detection label manufacturing machine according to the present invention will be described with reference to the accompanying drawings.

First, a description will be given of the manufacturing of a sensing label (A) having a single stick shape used to prevent the theft of the article by attaching it to an article such as a book displayed in a store such as a large bookstore.

As shown in Fig. 3, the bar code bands 11 (for example, having 0.65w × 0.015t) respectively loosened in the above-described first reel 13 (as an example, five are described as an example). Passes through the pair of rollers 38 spaced apart by the operation of the operating lever 34a, and then the release paper 15 released from the above-described third reel 18 is attached so as to protect the band 11 for the barcode. And is conveyed to the above-described first drive unit 21 operated by the driving motor 10.

At the same time, the magnetic tape 12 (e.g., having 1.5w x 0.048t) loosened from the above-described second reel 14 passes through a pair of rollers 39 spaced apart by the operation of the operation lever 34b. Next, one side of the release paper 17 is cut to a predetermined length by the operation of the first cutting unit 20 due to the driving motor 10 and the separate motor driving, and is released from the aforementioned fourth reel 19. It is seated on the adhesive tape 16 attached to and transported to the first driving unit 21 described above.

Therefore, the bar code strip 11 with the release paper 15 attached to the top surface and the magnetic tape 12 with the adhesive tape 16 attached to the back surface pass between the rollers of the first driving unit 21. Barcode band 11 is superimposed on each of the magnetic tapes 12 that are seated on the tape 16 and maintain a predetermined interval so that they are closely attached so as not to be detached from the adhesive tape 16 during transport.

At this time, the unnecessary width of the adhesive tape 16 passing through the first driving unit 21 is cut by the fifth cutting unit 30 formed between the first driving unit 21 as a predetermined width.

On the other hand, when the adhesive tape 16 attached to the upper and lower surfaces of the release paper 15 and 17 passes through the first driving unit 21, the release paper 15 attached to the upper surface of the adhesive tape 16 is detached and described above. It is wound on the peeling reel winding reel 22 formed above the first driving unit 21, and the release paper 17 attached to the back surface of the adhesive tape 16 is detached to the lower side of the first driving unit 21 described above. It is wound on the formed release paper winding reel (23).

At this time, the release papers 15 and 17 detached from the adhesive tape 16 are guided by the guide rollers 40 and 41 rotated in close contact with and rotated due to the driving of the driving motor 10 described above. 22 and 23, respectively.

Next, as the release papers 15 and 17 are detached through the first driving unit 21, the adhesive tape 16 having the bar code strip 11 and the magnetic tape 12 attached thereto is the driving motor 10 described above. And a predetermined length by a drive of a pair of second cutting units 24 which are operated in a vertical direction by driving a separate motor (not shown), and cut as a predetermined length so that the adhesive tape 16 can be attached to the book. Done.

The adhesive tape 16 having a predetermined length cut through the second cutting part 24 passes through the rollers 42 of the second driving part 27 spaced apart by the operation of the operation lever 34c described above. At this time, the transparent release paper 25 and the opaque release paper 26 released from the reels 36 and 37 to which the rotation levers 35a and 35b are rotatably fixed pass through the roller 42 described above. It is possible to protect the barcode strip 11 and the magnetic tape 12 by attaching the release papers 25 and 26 on both sides of the 16.

Next, a bar code tape of a multi-row (for example, formed in 5 rows) in which the release papers 25 and 26 are attached to both surfaces after being cut to a predetermined length is a motor separate from the driving of the driving motor 10 described above. Each is cut as a single piece by the driving of the third cutting unit 28 operated by the drive.

Next, each bar code tape cut as a stick-type sensing label A is driven by the driving of the fourth cutting unit 29 which is operated by the driving of the driving motor 10 and the driving of a separate motor (not shown). By extending the above-mentioned release papers 25 and 26 to the left and right sides of the adhesive tape 16 and cutting them to a predetermined length, a barcode tape having a predetermined length can be finally produced.

On the other hand, it will be described below to produce a roll-shaped sensing label (B) in which bar code tape is formed in multiple rows at the same time to be attached to the goods displayed in large stores such as department stores.

As shown in FIG. 4, when the roll-type sensing label B is manufactured, the above-described third, fourth, and fifth cutting parts 24, 28, and 29 are not operated, and the bar code band 11 and the magnetic tape ( 12 is attached to the adhesive tape 16 is the same as the manufacturing process of the stick-type sensing label (A) described above, so a detailed description thereof will be omitted.

That is, the bar code band 11 released from the first reel 13 described above attaches the release paper 15 released from the third reel 18 to one surface, and then is transferred to the first driving unit 21. At the same time, the magnetic tape 12 released from the second reel 14 is cut to a predetermined length by the driving of the first cutting unit 20 described above, and the adhesive tape 16 released from the fourth reel 19 described above. It is seated and conveyed to the first drive part 21 side.

Therefore, as the above-mentioned magnetic tape 12 and the adhesive tape 16 with the bar code strip 11 pass between the rollers of the first drive unit 21, the adhesive tape 16 is seated on the adhesive tape 16 to provide a predetermined interval. Barcode band 11 is stacked on each magnetic tape 12 to be held and adhered closely so as not to be detached from the adhesive tape 16 during the transfer to the subsequent process.

On the other hand, the unnecessary width of the adhesive tape 16 passing through the first drive unit 21 is cut by the fifth cutting unit 30 formed between the first drive unit 21 as a predetermined width.

On the other hand, when the adhesive tape 16 attached to the upper and lower surfaces of the release paper 15 and 17 passes through the first drive unit 21, the release paper 15 detached from the upper surface of the adhesive tape 16 is described above. The release paper 17 wound around the peeling reel winding 22 on the upper side of the first driving unit 21 and detached from the back surface of the adhesive tape 16 is the reeling reel for reeling winding below the first driving unit 21 ( 23) cold.

Next, after the release papers 15 and 17 attached to the upper and lower surfaces of the above-described adhesive tape 16 are detached, the above-described pivoting levers 35a and 35b are released from the hinges 36 and 37 which are pivotally hinged. The transparent release paper 25 and the opaque release paper 26 pass through the rollers 42 of the second drive unit 27 and adhere to the upper and lower surfaces of the adhesive tape 16.

Therefore, the bar code tape of the multi-row (e.g., formed in five rows) with the release papers 25 and 26 attached to the upper and lower surfaces passes directly through the second, third and fourth cutting parts 24, 28 and 29 which are in a stopped state. After being guided by the roller 43 which is rotated by the driving of the above-described driving motor 10, it is wound on the packaging reel 31.

As described above, the article anti-theft detection label maker according to the present invention can selectively manufacture the stick-type detection label (A) or roll-type detection label (B) according to the request of the orderer to maximize the function and efficiency of the device Will be.

On the other hand, in the case of selectively manufacturing the above-described stick-type sensing label (A) or roll-type sensing label (B), by controlling the drive speed of the above-described drive motor 10 arbitrarily to drive each unit device according to the amount of work Speed can be adjusted to maximize productivity.

As described above, according to a preferred embodiment, the anti-theft detection label attached to the article to prevent visitors from taking unauthorized books or articles displayed in large libraries, stores, etc. in a roll or stick form as a single machine As a sensing label, it is selectively manufactured to maximize efficiency and function.

On the other hand, the mass production of the anti-theft detection label to improve the productivity, thereby significantly reducing the price of the product will be competitive in the field.

On the other hand, by arbitrarily adjusting the drive speed of the motor according to the amount of work has the advantage to provide a user with reliability and convenience.

Claims (7)

Drive motor; A plurality of first reels and second reels to which a bar code strip and a magnetic tape are respectively wound; A third reel and a fourth reel to which the release paper on which the bar code strip and the magnetic tape are deposited, and the release paper on which the adhesive tape is formed are wound, respectively, which are respectively released from the first and second reels; A first cutting part which cuts the magnetic tape released from the second reel to a predetermined length and maintains a predetermined interval on the adhesive tape released from the fourth reel and deposits the same; A first driving part which is rotated by being driven by the driving motor, and which adheres the bar code strip to the magnetic tape by compressing the pressure-sensitive adhesive tape on which the magnetic tape is deposited and the release paper on which the bar code strip is deposited in a plurality of rows; A peeling paper reel formed on upper and lower sides of the first driving part and wound on the third and fourth reels to respectively wind the release paper which is detached when passing through the first driving part; A pair of second cutting parts which are reciprocated in the vertical direction and are cut to a predetermined length so that the release paper is detached and the adhesive tape in which the magnetic tape and the bar code band are in close contact can be attached to the article as a sensing label; A second driving unit which is in close contact with the driving motor and rotates and attaches release papers to protect them on upper and lower sides of the adhesive tape passing through the second cutting unit; And a third cutting part which cuts the bar code tapes deposited in a plurality of rows in the width direction as individual bar code tapes so as to use the bar code tapes deposited in a plurality of rows. The anti-theft detection label maker according to claim 1, further comprising a fourth cutting part which cuts the release paper to a predetermined length by forming the release paper on left and right sides of the barcode tape which is cut by the third cutting part individually. The bar code tape according to claim 1, wherein a bar code tape having a plurality of rows of bar code tapes passing through the second driving part in a state in which the second, third and fourth cutting parts are not operated so as to be manufactured as a roll type sensing label. An article anti-theft detection label maker comprising a wrapping reel for winding. The method of claim 1, wherein the drive motor is an anti-theft detection label maker, characterized in that the step motor is used to adjust its own drive speed to selectively adjust the working speed according to the quantity. The article of claim 1, further comprising a fifth cutting portion formed between the first driving portions to cut the adhesive tape at a predetermined width. According to claim 1, wherein the 1,2,3,4,5 cutting unit article anti-theft detection label maker, characterized in that operated by a separate motor drive from the drive motor. The article of claim 1, wherein the article is concealed and attached between the books to prevent visitors from leaking books displayed in a library or a store.