JP5353326B2 - ID label affixing device - Google Patents

Description

  The present invention relates to an ID label sticking device for sticking an ID (individual identification) label to an article.

In recent years, as a method of article management in distribution, distribution of goods, and sales, there is a case where a method of managing an article by attaching an ID label processed using RFID (Radio Frequency Identification) as a label to the article may be applied. If the process of attaching labels to a large number of products is done manually, it takes a lot of time and money, and there is a risk of accidents such as incorrect application, so an auto labeler that automates application work is commercially available. Yes. On the other hand, RFID IC (Integrated Circuit) chips are vulnerable to static electricity and other impacts, and may be damaged during ID label manufacturing and pasting processes, making them unusable. It is necessary to inspect and remove defective products that have become unusable before and after sticking, and perform error processing such as registration of ID label defects.
On the other hand, [Patent Document 1] proposes a method of providing a determination means for determining whether or not RFID can be used in an auto labeler, attaching only non-defective products, and removing defective products [Patent Document 1]. In 2], a method is proposed in which when a defective product is detected, a process in which an error has occurred is notified to facilitate error processing.
However, both methods require manual operation for inspection after sticking and removal of defective products, resulting in a reduction in work efficiency and accidents. In addition, since inspection of ID labels issued in advance prior to pasting work is an operation check for writing / reading predetermined information in the inspection unit, the information written in advance at the time of ID label issuance does not change. It is not possible to confirm whether the data is stored in the ID label, and there is a problem that the ID label in which “data garbled” occurs, in which the data recorded before and after the pasting changes, is shipped as it is.

JP 2007-204060 A JP 2006-065731 A

The present invention automates this error processing to improve the work efficiency by automating the entire process of attaching the ID label, and also prevents accidents caused by manual work and the outflow of the aforementioned “garbage” label. It is an object of the present invention to provide an ID label affixing device that can be used.
It is another object of the present invention to provide means for preventing unauthorized use by recording and managing the issuance / attachment / use history for each label in a unified manner and enabling verification of genuine products.

The gist of claim 1 of the ID label affixing device of the present invention is that a first label supply unit that supplies an ID (individual identification) label to be affixed, an ID label supply unit that supplies a blank ID label that can be additionally written, and a postscript can be added An ID label issuing unit for writing predetermined information to a blank ID label, a second label supply unit for supplying an ID label on which predetermined information is written, and the first label supply unit or the second label supply A first label inspection unit that inspects an ID label supplied from the unit, a label pasting unit that accepts an ID label that has passed the inspection of the first label inspection unit, and pastes the ID label on an object to be pasted, and the label pasting A second label inspection unit for inspecting an ID label affixed to an object to be affixed by a part, a conveyor for conveying the affixing object, and a hand for sorting the affixed ID label affixed object When the first label feed portion, a second label supply portion, the first label inspection unit, labeling unit, the second label inspection unit, and a control unit for controlling the means for sorting the conveyor and pasting objects An ID label affixing device comprising an ID management server that manages ID label information recorded in the ID label and history information of the ID label,
When the control unit receives the ID of the ID label roll loaded in the first label supply unit, the control unit inquires the ID of the received ID label roll to the ID management server, and all the ID labels held in the loaded ID label roll ID information and order information, missing position, feed pitch, registration information including basic reprocessing policy,
The first label inspection unit reads ID label information recorded on an ID label supplied from the first label supply unit or the second label supply unit, and determines whether the ID label is non-defective / defective Send the judgment result to the control unit,
While receiving the determination result transmitted from the first label inspection unit, the control unit inquires of registration information and notifies the second label inspection unit of the ID label information of the ID label determined to be non-defective. And notifying the ID label information of the ID label determined to be defective to the label applying unit and the second label supplying unit,
The label affixing unit discards the defective ID label, and affixes the ID label determined to be non-defective to the object to be adhered,
The second label supply unit writes the ID label information notified from the control unit to the blank ID, prepares a new ID label to be used as a substitute for the defective ID label, and supplies the new ID label to the first label inspection unit. And
The second label inspection unit reads the ID label information recorded on the ID label attached to the object to be attached, compares the read ID label information with the ID label information notified from the control unit, The non-defective product / defective product of the ID label after pasting is determined, and the determination result is transmitted to the control unit,
The control unit sorts a control signal for sorting an ID label pasting object determined to be non-defective and an ID label pasting target determined to be defective based on a determination result of the second label inspection unit. It outputs to the means to do, It is an ID label sticking apparatus characterized by the above-mentioned.
According to this ID label sticking apparatus, ID label inspection before and after sticking of an ID label is performed with reference to writing information at the time of ID label issuance. By detecting “data corruption”, it is possible to reliably remove defective labels and objects to which the defective labels are attached. Furthermore, according to this ID label affixing device, even if the supplied ID label is defective, the ID label information that should be recorded on the ID label can be written and issued on the blank ID label. Even if defective products are mixed in the supplied ID label, the ID label sticking apparatus can be operated without stopping the sticking process and without manual work.

    It is preferable that the ID label affixing device registers registration of an ID label or cancels issuance of an ID label with an ID management server based on a determination result of a second label inspection unit. According to this ID label affixing device, the issuance history for each issued ID label can be centrally recorded and managed. In addition, since the ID label information is referred to the ID management server in the distribution process after the ID label is pasted, the distribution history data thereafter can be retroactively proved that the ID label is a regular product in service at a regular place. The use of irregular products can be suppressed.

    The ID label affixing device may be configured such that the ID label affixing unit includes an ID label inspection head and an ID reader, and the ID label affixing unit and the second label inspection unit are integrated.

  The above invention automates a series of label pasting operations such as ID label pre-pasting, pasting, post-pasting inspection, and error handling to increase work efficiency and prevent occurrence of numbering accidents such as defective label sticking and missing numbers. be able to. In addition, the issuance / pasting history for each label can be recorded and managed, and it can be proved that it is a genuine product, thereby preventing unauthorized use.

The present invention will be described below with reference to the drawings.
FIG. 1 is a diagram showing a form of an ID label used in the present invention. FIG. 1A is a perspective view showing a form in which an ID label 1 affixed to a long carrier tape 2 at a constant pitch is wound. Is a partially enlarged view thereof. FIG. 2 is a diagram showing an example of the configuration of the ID label sticking apparatus of the present invention, and FIG. 3 is a diagram for explaining an example of the configuration of the control system and the information system.

 The ID label 1 has a side of 4 inches square, a thickness of about 0.2 mm, and has a built-in RFID part consisting of an antenna and IC inside, and prints characters and barcodes on the front side. An adhesive layer is formed on the part and the back side. This ID label 1 is affixed to the long carrier tape 2 at this pitch by an adhesive layer on the back side. The carrier tape 2 is a paper or resin tape whose surface to which the ID label 1 is to be applied has been subjected to a release treatment, and perforations as shown in FIG. It is printed and configured so that the tape feed amount can correspond to the position of the ID label 1. The carrier tape 2 to which the ID label 1 is attached is treated as a take-up roll-shaped ID label roll 3 as shown in FIG. 1A, the roll diameter is about 400 mm, and about 1000 ID labels 1 are attached. Printing of the print label portion, RFID writing processing, and inspection are completed in advance, and their manufacturing history information is registered in the ID management server. Moreover, ID for every packaging unit of ID label roll 3 is attached | subjected, It is possible to search the information of ID label roll 3 registered into ID management server with ID of this ID label roll 3. FIG.

 An example of the mechanical configuration of the ID label affixing apparatus shown in FIG. 2 includes a first label supply unit 7 including a label supply unit 4 that unwinds an ID label roll 3 and supplies an ID label 1, and a label supply A second label supply unit 6 comprising a means 4 and an ID label issuing means 5 for printing information on the print label part of the blank ID label 1 and writing information to the RFID part, a first label supply part 7 and a second label supply part 7 The first label inspection unit 8 that inspects the ID label 1 supplied from the label supply unit 6 and the ID label 1 that has been determined to be non-defective by the first label inspection unit 8 are received by the label application head 10 and applied. A label affixing part 9 to be affixed to the article 14 and a second label inspection part 11 for inspecting the ID label information of the ID label 1 affixed by the label affixing part 9 by reading with the affixed label inspection head and the ID reader 12 The object 14 to be pasted is received at the conveyor entrance 15 and conveyed to the ID label affixing unit, and the conveyor 13 for conveying the non-defective product to the conveyor good product outlet 16 based on the determination result of the second label inspection unit 11 and the defective product to the conveyor It consists of a defective product conveyor 18 that is transported to the defective product outlet 17.

The components of the ID label sticking apparatus will be described.
The label supply means 4 of the first label supply unit 7 can be applied with a commercially available constant speed delivery mechanism and the like. The standardized ID label roll 3 is unwound, and the leading ID label 1 is based on the feed signal from the control unit. Are sent to the inspection department in order.

 The second label supply unit 6 includes the label supply unit 4 and the ID label issuing unit 5. The ID label supply is performed by the first label inspection unit 8 or the second label inspection unit 11 here. In order to issue a substitute for the ID label 1 when 1 is determined to be defective, the leading ID label 1 of the blank ID label roll 3 stands by at the position of the ID label issuing means 5, and the ID label from the control unit Predetermined printing and writing processes are performed based on the issue command and the result is sent to the first label inspection unit 8. The ID label issuing means 5 may be a field issuing device (configured by a personal computer) connected to a commercially available small RFID label printer (for example, SR400 type manufactured by SATO Corporation).

  The first label inspection unit 8 inspects the ID label 1 sent from the first label supply unit 7 and the second label supply unit 6, and installs an inspection head for the ID label 1 on each conveyance line. Alternatively, a type in which one inspection head is moved may be used. The ID label 1 passes through the reading head position together with the carrier tape 2 and is sent to the delivery position to the label pasting unit 9, and the ID label 1 is turned by turning the carrier tape 2 at an acute angle in the same manner as a commercially available label pasting apparatus. The adhesive layer is peeled off from the release layer of the carrier tape 2 so that the label applying head 10 can receive the ID label 1.

  The label sticking unit 9 moves the label sticking head 10 that holds the ID label 1 by the adhesiveness of the back side of the label or vacuum suction of the cover, and the label sticking head 10 from the label receiving position to the label sticking position of the sticking object 14. It consists of a moving mechanism that sticks. The moving mechanism selects the method according to the size, shape, label sticking position, processing speed, etc. of the sticking object 14, but an industrial articulated robot capable of teaching when the sticking position needs to be changed, the sticking object When 14 is a regular rectangular parallelepiped and label sticking is limited to the upper surface, a simple structure single-axis robot or the like can be applied. Although only the label sticking head 10 is shown in the label sticking part 9 of FIG. 2, in addition to the label sticking head 10, the sticking label inspection head and ID reader 12 used in the second label inspection part 11 may be provided side by side. In this case, the configuration of the apparatus can be simplified because the second label inspection can be performed with the inspection head facing the label only by moving the head immediately after label application.

  The second label inspection unit 11 moves the label inspection head and the ID reader 12 to the position of the ID label 1 affixed to the object 14 and reads the barcode and RFID record information printed on the print label to read the label. The ID label 1 after being stuck at the sticking part 9 is inspected. As described above, this inspection head may be provided in the label affixing unit 9, but may be configured as an independent second label inspection unit 11 when integration is difficult. In addition, when it is necessary to acquire information such as an ID printed on the pasting object 14 instead of the ID label 1 and a manufacturing lot number, a dedicated ID reader may be provided.

  The conveyor 13 is a belt conveyor, a roller conveyor, or the like. The application object 14 supplied from an automatic warehouse or the like is received at the conveyor entrance 15 and is intermittently conveyed to the label application position according to a feed signal from the control unit. According to the second label inspection result after labeling, the non-defective product is moved from the conveyor 13 to the conveyor non-defective product outlet 16, and the defective product is moved from the conveyor 13 by the sorting means 19 using an extrusion mechanism using an air cylinder or the like as a drive source. The product is transferred to the non-defective product conveyor 18 and distributed to the conveyor defective product outlet 17 to be conveyed.

  An example of the configuration of the control system of the ID label affixing device shown in FIG. 3 is the second label supply unit 6, the first label supply unit 7, the first label inspection unit 8, the label affixing unit 9, and the second label. It comprises a control unit 20 that controls the operation of the inspection unit 11, conveyor 13, and sorting means 19 and communication control of ID information and the like, and an ID management server 21 that manages ID information, and communicates with the logistics management server 22 as necessary. The connection is made through a line.

Next, an example of the operation of the ID label affixing device of the present invention will be described with reference to FIG.
<S1> The ID label roll 3 is loaded, and the ID of the loaded roll is input to the control unit 20.
-The ID may be read with a barcode reader, or it may be entered manually by reading the number printed on the form or delivery packaging.
<S2> ID label information is acquired from the role ID.
The control unit 20 acquires registration information of the ID label role 3 from the ID management server 21 with the input role ID.
-The acquired registration information includes ID information and order of all ID labels held in the ID label roll 3, TID of each individual label itself, missing number (defect) position, feed pitch, issuer, basic reprocessing policy, etc. Is included.
<S3> The ID labels are sequentially inspected assuming the acquired ID label order.
・ Determine the head ID label position optically / thickly and cue.
・ Check with the barcode reader and RFID reader and confirm the notified top ID label.
・ If the leading ID label is defective, read the next label and check if it is the next number.
・ If the order of the first few images can be confirmed, it is determined that the roll information is correct.
-Send pulses to the step motor by the acquired feed pitch (or count the capstan rotary encoder pulse or feed signal from the optical pitch mark), repeat the inspection by detecting the position of the next label.
<S4> Recognize the position (number of feeding steps) of the ID label 1 that has passed or failed the inspection after the pasting start position, and operate the label pasting unit 9.
<S5> Pasting is started from the head ID label 1 that has reached the ID label receiving position.
<S6> When the failed ID label arrives at the ID label receiving position, it is not attached and dropped to a label disposal place (not shown).
-When the ID label information of the ID label 1 to be pasted on the pasting object 14 is determined in advance, such as when missing numbers are not allowed, the ID label information determined by the second label supply unit 6 is blank ID Write and affix to label 1.
When the ID of an object is to be confirmed after pasting, such as when a missing number is allowed, a defect label issuance cancellation record is registered in the ID management server 21 and the next good product ID label 1 is pasted.
<S7> The ID label information of the pasting object 14 to which the ID label 1 is pasted is notified and sent to the inspection position in the second label inspection unit 11 by the conveyor 13.
<S8> The second label inspection unit 11 inspects whether the notified ID label information is received.
<S9> When the notified ID label information matches the read ID label information, the ID described in the label of the specific product individual is validated in the ID management server 21, and thereafter, the ID and the individual are declared to be the same body. The registration of the “work record” is requested, and the sticking object 14 is conveyed to the conveyor good product outlet 16.
<S10> In the case of wireless reading failure or incorrect ID label information, the ID management server 21 is requested to register the issuance cancellation record, and the pasting object 14 is transferred to the conveyor 18 by the sorting means 19 and conveyed to the defective conveyor outlet 17 To do.

Next, the present invention will be described more specifically with reference to examples.
The ID label 1 is a standard RFID sticker in which a film-pouched RFID inlay is attached to the back side of a printable weak water-resistant paper, and an adhesive material is applied thereon. Depending on the application, a plate-like or coin-like one in which this inlay is sandwiched between synthetic resins of about 1 mm above and below and melt-sealed may be used. In the embodiment, since an optically readable stamp surface is used, a multilayer structure in which a printable paper material or the like is pasted on the upper surface is used. This is the most commonly marketed RFID label itself for cargo identification. The RFID label can be used in which a unique ID such as ISO-15963 is burned as a ROM from the time of manufacture as its own individual identifier.

The label supply means 4 is covered with a soft surface such as rubber driven by a servo motor 30 as shown in FIG. 4 (a) and FIG. 4 (b) showing the AA cross section of FIG. 4 (a). A pinch roller 31 and a capstan roller 32 having a softer surface opposite to each other sandwich the stacked portion of the semiconductor chip 33 and the antenna wiring 34 and the label cover 35 in the label attached to the carrier tape 2 without slipping. The mechanism that can be sent out is configured as an element. These are arranged in the label feeding direction, and are configured by a standard servo controller that controls so that the peripheral speeds of the label contact surfaces of the respective elements are all equal.

When issuing a large number of ID label issuing means 5, the above-mentioned unwritten label previously pasted on a roll-shaped carrier tape at regular intervals is continuously sent out, and a wireless device equivalent to reading is set at the writing point. Use a mass production issuance device that immediately prints a readable print on a label that has been successfully wirelessly written. This is not usually marketed, but is constructed as a production machine for a company that issues a large number of issues. Here, the method of writing the RFID and the readable stamp is not unique to a dedicated mass production machine, and is structurally the same as the RFID printer used for the ID label issuing means 5. The method of performing wireless writing / reading inspection as RFID is standardized as ISO-18000 series. Specify the identifier to be written as specified by ISO-15459, irradiate the command radio wave to be burned into the RFID chip, irradiate the read command radio wave to instruct to respond the identifier written immediately after that, It is determined whether or not the response matches the identifier instructed to write, and the success or failure of the writing is determined. The written identifier is printed on the RFID label that has been successfully wirelessly written so as to be optically readable. Mass production machines are specially designed so that they can be executed continuously at high speed.

The detection unit 8 of the first label inspection unit has a structure surrounded by a radio frequency anechoic box that isolates only the RFID wireless device and one label to be inspected from external noise. The anechoic box has slits on both sides for inserting and feeding the carrier tape unwound from the ID label roll 3, but the opening is the minimum size that allows the label to pass safely. Is equipped with a grounded conductive brush and the like, and has a structure in which external noise does not enter the anechoic box. The inner surface of the anechoic box is covered with a radio wave absorber made of a commercially available dielectric / conductive material, and the outer surface is covered with a conductive material and grounded. In an anechoic box, an optical recognition device (usually a barcode scanner or an electronic camera) that simultaneously reads a readable stamp surface may be provided on the upper surface. In the anechoic box, the radio unit radiates the read command radio wave from the radio unit to the label alone for each radio system of the RFID II chip in the label to be used, using one of the ISO-18000 series, and the radio wave comes on the response radio wave Radio inspection is performed by reading the identifier. This radio and the inspection unit are connected by a control signal system such as ISO-15961. The ISO-15434 series or the like is used for signals exchanged optically or wirelessly.

The label sticking unit 9 can stick the label 1 by sucking and holding the arrived label 1 with a suction disk and stopping the suction action after pressing the sticking target 14. The above operations are easily automated with standard mechatronics technology.

It is desirable that the second label inspection unit 11 uses an anechoic box equivalent to the first label inspection unit 8 only for checking the success or failure of the radio wave signal reading inspection of the label. In order to check whether it can operate in the same state as reading usage, an RFID radio pointing towards an open space is used. The wireless device may be a 30 cm square large antenna fixed to a pole or the like, or may be a simple integrated handy type. A radio wave shielding wall that generally surrounds only the product to be inspected when there is a radio that uses the same band in the vicinity, or when the pasted product after inspection or after inspection cannot be moved out of the RFID response range. May be provided.

The conveyor 13 conveys the sticking object 14 to the label sticking unit 9 and the second label inspection unit 11 by order stop control by the sequencer. After passing through the second label inspection unit 11, the route branches, and is transferred to the defective product conveyor 18 and sorted by an extrusion operation by an air cylinder or the like according to the inspection result.

The sticking target 14 is a product that requires individual identification. There are cases where it is affixed to the surface of a product body that is not packed, and cases where it is affixed to interior / exterior materials (such as cardboard boxes) used only during distribution.

The control unit 20 is connected to the label supply unit 4, the ID label issuing unit 5, the first label inspection unit 8, the label sticking unit 9, the second label inspection unit 11, the conveyor 13, and the sorting unit 19, and their operations. To control. The control unit 20 includes a part that performs central control so that each of the above-described components is synchronized with a work operation, and a unit that performs distributed control by a sequencer incorporated in each component. The Each sequencer includes an actuator for operating a label mount, a conveyor, an object to be attached, an attaching suction machine and the like, and a sensor such as a rotary encoder and a photodetector for detecting the operation state of each actuator. The central control unit issues an operation command to each sequencer, each sequencer notifies the central control unit of the operation state detected by the sensor, and the central control unit performs post-treatment of inspection failures according to the operation status report from each sequencer. The work is advanced by instructing the next operation including.

The ID management server 21 can be composed of commercially available PC (personal computer) -based computer hardware. A standard OS such as Linux that operates on this is used to communicate with the control unit 20 using TCP / IP communication. A two-way XML Web service or a service bus for IP communication is set up on TCP / IP communication, and a cooperative operation is performed by SOAP command or XML data transmission. The ID management server 21 manages an identifier such as an ISO-15459 series issued and issued by itself, a unique ID such as ISO-15963 for each RFID label on which the ID is burned, and a success / failure state and a change history thereof. Configured based on a database device. The control unit 20 is inquired or notified of the lot identifier as the ID label roll 3, and notifies the permutation of the identifiers written in the labels arranged in the ID label roll 3. The EPCglobal EPC Information Service 1.0.1 query interface XML communication protocol and format can also be used for notification communication of this lot identifier or individual written identifier within the label. When using a communication method that queries the identifiers that should be in the next order for each identifier detected by the primary inspection department without using batch batch notification, and uses a communication method that notifies them alone, a more simplified XML The format specified by the schema can also be communicated by http communication. In addition, the report of the pasting work result from the control unit 20 is received, and the state of the issued / issued identifier is updated. This report can also use the EPCglobal EPC Information Service 1.0.1 capture interface XML communication protocol and format.

The figure which shows the form of ID label The figure explaining the structure of the mechanical system of the ID label sticking apparatus of this invention The figure explaining the structure of the control system of the ID label sticking apparatus of this invention The figure explaining the label supply means of the ID label sticking apparatus of this invention The figure explaining an example of the operation | movement flow of the ID label sticking apparatus of this invention

DESCRIPTION OF SYMBOLS 1 ID label 2 Carrier tape 3 ID label roll 4 Label supply means 5 ID label issuing means 6 2nd label supply part 7 1st label supply part 8 1st label inspection part 9 Label sticking part 10 Label sticking head 11 1st 2 Label inspection unit 12 Affixed label inspection head and ID reader 13 Conveyor 14 Affixed object 15 Conveyor entrance 16 Conveyor good product exit 17 Conveyor defective product exit 18 Defective product conveyor 19 Sorting means 20 Control unit 21 ID management server 22 Logistics management server 30 Servo motor 31 Pinch roller 32 Capstan roller 33 Semiconductor chip 34 Antenna wiring 35 Label cover

Claims (3)

A first label supply unit that supplies an ID (individual identification) label to be pasted, an ID label supply unit that supplies a blank ID label that can be additionally written, and an ID label issue unit that writes predetermined information to the blank ID label that can be additionally written A second label supply unit for supplying an ID label on which predetermined information is written, and a first label inspection for inspecting the ID label supplied from the first label supply unit or the second label supply unit A first part that receives the ID label that has passed the inspection by the first label inspection part and affixes it to the object to be attached; and a first part that inspects the ID label affixed to the object to be attached by the label affixing part. and second label inspection unit, a conveyor for conveying the object to be adhered, and means for sorting the pasting target of defect the determined ID label, said first label feed portion, a second label supply , First label inspection unit, labeling unit, the second label inspection unit, and a control unit for controlling the means for sorting the conveyor and pasting objects, ID label information and ID labels history recorded in the ID labels An ID label affixing device comprising an ID management server for managing information,
When the control unit receives the ID of the ID label roll loaded in the first label supply unit, the control unit inquires the ID of the received ID label roll to the ID management server, and all the ID labels held in the loaded ID label roll ID information and order information, missing position, feed pitch, registration information including basic reprocessing policy,
The first label inspection unit reads ID label information recorded on an ID label supplied from the first label supply unit or the second label supply unit, and determines whether the ID label is non-defective / defective Send the judgment result to the control unit,
While receiving the determination result transmitted from the first label inspection unit, the control unit inquires of registration information and notifies the second label inspection unit of the ID label information of the ID label determined to be non-defective. And notifying the ID label information of the ID label determined to be defective to the label applying unit and the second label supplying unit,
The label affixing unit discards the defective ID label, and affixes the ID label determined to be non-defective to the object to be adhered,
The second label supply unit writes the ID label information notified from the control unit to the blank ID, prepares a new ID label to be used as a substitute for the defective ID label, and supplies the new ID label to the first label inspection unit. And
The second label inspection unit reads the ID label information recorded on the ID label attached to the object to be attached, compares the read ID label information with the ID label information notified from the control unit, The non-defective product / defective product of the ID label after pasting is determined, and the determination result is transmitted to the control unit,
The control unit sorts a control signal for sorting an ID label pasting object determined to be non-defective and an ID label pasting target determined to be defective based on a determination result of the second label inspection unit. An ID label affixing device, wherein the ID label affixing device outputs the information to a means for performing the operation. The ID label affixing device according to claim 1 , wherein registration of ID label service registration or ID label issuance cancellation is registered with the ID management server based on a determination result of the second label inspection unit . Before SL and label sticking portion is provided with a ID label inspection head and the ID reader, ID labeling machine according to claim 1 or claim 2 constructed as an integral label sticking portion and the second label inspection unit.