JP2021012924A - Collation system and component supply feeder to be used in the same - Google Patents

Abstract

To collate a tape feed amount with a component storage interval of electronic components stored in a reel to check whether or not the tape feed amount agrees with the component storage interval even when a component supply feeder capable of changing the tape feed amount is used.SOLUTION: A collation system 1 comprises: a reel 50 that winds a tape storing electronic components at equal intervals; a tape-type component supply feeder 30 for supplying the electronic components from the reel; an identification information acquisition unit 70; and a collation unit 72. The reel has a component identifier 60. The component supply feeder is capable of changing a tape feed amount from the reel and has a feeder identifier 42. The identification information acquisition unit acquires identification information on the feeder identifier and the component identifier. The collation unit acquires the tape feed amount of the component supply feeder liked with the identification information on the feeder identifier and a component interval at which the electronic components linked with the identification information on the component identifier are stored in the tape and collates the acquired tape feed amount with the acquired component interval.SELECTED DRAWING: Figure 1

Description

The technology disclosed in the present specification relates to a collation system for collating a component supply feeder that supplies electronic components to the main body of a component mounting machine and a reel that is detachably attached to the component supply feeder, and a component supply feeder used thereto.

In some component mounting machines that mount electronic components on a board, a component supply feeder is detachably attached and electronic components are supplied from the component supply feeder. As a component supply feeder, for example, a tape-type component supply feeder in which a plurality of electronic components are housed at equal intervals on a tape is known. This type of tape-type component supply feeder detachably accommodates a tape-wound reel that accommodates electronic components. The component supply feeder supplies electronic components to the component mounting machine by feeding a predetermined amount of tape from the reel. Therefore, the interval between the electronic components housed in the tape (hereinafter, also simply referred to as “parts storage interval”) and the amount of the component supply feeder feeding the tape (hereinafter, also simply referred to as “tape feeding amount”) match. Otherwise, electronic components cannot be supplied to the component mounting machine normally.

For example, Patent Document 1 discloses a system for collating whether or not the type of reel housed in the parts supply feeder matches the type of the parts supply feeder. In the collation system of Patent Document 1, a barcode describing the specifications of the component supply feeder is attached to the component supply feeder. The specifications of the parts supply feeder are the tape feed amount of the parts supply feeder and the like. In addition, a barcode that describes the specifications of the reel is affixed to the reel. The specifications of the reel are the type of electronic parts housed in the reel, the component storage interval, and the like. In the collation system of Patent Document 1, by reading the bar code affixed to the parts supply feeder and the bar code affixed to the reel, the tape feed amount of the parts supply feeder and the part storage interval of the reel match. It is collating whether or not.

Japanese Unexamined Patent Publication No. 6-24459

In the collation system of Patent Document 1, the part accommodating interval is described in advance on the bar code attached to the reel, and the tape feed amount is described in advance on the bar code attached to the parts supply feeder. It is assumed. However, in the component supply feeder whose tape feed amount can be changed, the tape feed amount cannot be described in the barcode in advance. Therefore, in the collation system of Patent Document 1, when the tape feed amount of the parts supply feeder is changed from the initial state, the parts storage interval of the reel and the tape feed amount of the parts supply feeder are used by using an identifier such as a barcode. Could not be collated.

In this specification, even when a parts supply feeder capable of changing the tape feed amount is used, whether or not the tape feed amount of the parts supply feeder and the part storage interval of the electronic parts accommodated in the reel match. Disclose the technology that can collate.

The collation system disclosed herein is a reel that winds a tape that houses electronic components at equal intervals, and includes a component identifier that identifies the electronic components that are housed in the tape that is wound around the reel. The reel and the reel are detachably attached, and the electronic component that is detachably attached to the component mounting machine body that mounts the electronic components on the board and is housed in the tape wound around the reel is attached to the component mounting machine body. A component supply feeder and a feeder identifier that are tape-type component supply feeders that can change the tape feed amount of the tape delivered from the reel and have a feeder identifier that identifies the component supply feeder. It is associated with the identification information of the feeder identifier based on the identification information acquisition unit that acquires the identification information and the identification information of the component identifier and the identification information of the feeder identifier and the identification information of the component identifier acquired by the identification information acquisition unit. Acquires the tape feed amount of the component supply feeder and the component interval in which the electronic component associated with the identification information of the component identifier is stored in the tape, and collates the acquired tape feed amount with the component interval. It has a part and.

In the above collation system, parts are supplied by collating the tape feed amount of the parts supply feeder associated with the identification information of the feeder identifier with the component spacing of the electronic component associated with the identification information of the parts identifier. It is possible to check whether or not the tape feed amount of the feeder and the component spacing of the electronic components housed in the reel match. The tape feed amount of the component supply feeder is variable, but since the identification information of the feeder identifier and the set tape feed amount are linked, the set tape feed amount can be obtained from the identification information of the feeder identifier. Therefore, even in the component supply feeder having a variable tape feed amount, information on the tape feed amount can be acquired, and the tape feed amount of the component supply feeder can be collated with the component spacing of the electronic components accommodated in the reel.

In the above collation system, the component supply feeder disclosed in the present specification is detachably attached to a component mounting machine main body that mounts electronic components on a board, and a tape-type component supply that supplies electronic components to the component mounting machine main body. It is a feeder. The parts supply feeder includes a setting unit that sets the tape feed amount of the tape to be fed from the reel, a reel drive unit that feeds the tape wound around the reel with the tape feed amount set by the setting unit, and the parts supply feeder. It is provided with identification information for identifying the above and a variable display unit for displaying a feeder identifier having information on a tape feed amount set in the setting unit.

In the above-mentioned component supply feeder, the variable display unit displays a feeder identifier having information on the tape feed amount set in the setting unit, so that the feeder identifier corresponding to the tape feed amount set in the component supply feeder can be displayed. .. Therefore, even if the tape feed amount of the component supply feeder is changed, the information regarding the tape feed amount of the component supply feeder can be accurately acquired.

The figure which shows the schematic structure of the collation system which concerns on Example. The figure which shows the schematic structure of the component mounting machine. FIG. 2 is a cross-sectional view taken along the line III-III of FIG. The figure which shows the schematic structure of the parts supply feeder and a reel. The block diagram which shows the control system of a component supply feeder. The flowchart which shows an example of the process of collating the conformity of a reel and a component supply feeder.

The main features of the examples described below are listed. It should be noted that the technical elements described below are independent technical elements and exhibit technical usefulness alone or in various combinations, and are limited to the combinations described in the claims at the time of filing. It's not a thing.

(Feature 1) In the collation system disclosed herein, the feeder identifier may include information about the modifiable tape feed amount of the component supply feeder. The component supply feeder may further include a variable display unit that displays a feeder identifier. According to such a configuration, since the feeder identifier includes information on the changeable tape feed amount, when the identification information acquisition unit acquires the identification information of the feeder identifier, the information on the tape feed amount of the feeder can also be acquired. Further, since the component supply feeder is provided with a variable display unit for displaying the feeder identifier, the feeder identifier can be displayed according to the tape feed amount set in the component supply feeder. Therefore, even if the tape feed amount of the component supply feeder is changed, the information regarding the tape feed amount of the component supply feeder can be accurately acquired.

(Feature 2) In the collation system disclosed in the present specification, the component supply feeder may further include an identifier generation unit that generates a feeder identifier including information on the tape feed amount of the component supply feeder. According to such a configuration, the component supply feeder can generate a feeder identifier corresponding to the tape feed amount when the tape feed amount of the component supply feeder is changed. Therefore, it is possible to accurately acquire information on the tape feed amount of the component supply feeder.

(Feature 3) The collation system disclosed in the present specification may further include a notification unit that notifies an abnormality when the tape feed amount and the component spacing do not match. According to such a configuration, when the tape feed amount of the component supply feeder and the component spacing of the electronic components accommodated in the reel do not match, it is possible to notify the operator to that effect.

(Feature 4) In the collation system disclosed in the present specification, the component supply feeder may have a preset type of electronic components supplied from the component supply feeder. The tape wound around the reel may contain a preset type of electronic component. The collation unit is based on the identification information of the feeder identifier and the identification information of the component identifier acquired by the identification information acquisition unit, and the types of electronic components supplied from the component supply feeder and the electronic components stored in the tape wound on the reel. The compatibility with the type of component may be further verified. When the type of electronic component supplied from the component supply feeder and the type of electronic component housed in the tape wound on the reel do not match, the notification unit notifies the abnormality in the first aspect and feeds the tape. When the quantity and the component spacing do not match, the abnormality may be notified in a second aspect different from the first aspect. According to such a configuration, there are different modes depending on whether the type of electronic component accommodated in the reel and the type of electronic component to be supplied by the component supply feeder do not match, and the tape feed amount and the component spacing do not match. Since the abnormality is notified by, the operator can grasp which of the above is not suitable.

Hereinafter, the collation system 1 according to the embodiment will be described. The collation system 1 collates the conformity between the component supply feeder 30 that supplies the electronic component 4 to the main body of the component mounting machine 10 and the reel 50 that is detachably attached to the component supply feeder 30. As shown in FIG. 1, the collation system 1 includes a component supply feeder 30, a reel 50, a bar code reader 70, and an arithmetic unit 72.

The component supply feeder 30 is detachably attached to the main body of the component mounting machine 10. When the component supply feeder 30 is attached to the main body of the component mounting machine 10, the component supply feeder 30 is immovably fixed to the main body of the component mounting machine 10.

Here, the component mounting machine 10 on which the component supply feeder 30 is installed will be described with reference to FIGS. 2 and 3. The component mounting machine 10 is a device for mounting the electronic component 4 on the circuit board 2. The component mounting machine 10 is also referred to as an electronic component mounting device or a chip mounter. Usually, the component mounting machine 10 is installed together with other board working machines such as a solder printing machine and a board inspection machine to form a series of mounting lines.

As shown in FIGS. 2 and 3, the component mounting machine 10 includes a plurality of component supply feeders 30, a feeder holding unit 14, a mounting head 16, a head moving device 18, a substrate conveyor 20, a touch panel 24, and the like. A control device 26 is provided. A reel 50 is detachably installed on each component supply feeder 30, and the reel 50 accommodates a plurality of electronic components 4. The component supply feeder 30 is detachably attached to the feeder holding portion 14, and supplies the electronic component 4 to the mounting head 16. The configuration of the parts supply feeder 30 and the reel 50 will be described in detail later.

The feeder holding unit 14 includes a plurality of slots, and the component supply feeder 30 can be detachably installed in each of the plurality of slots. The feeder holding portion 14 may be fixed to the component mounting machine 10 or may be detachable from the component mounting machine 10. The mounting head 16 holds one or a plurality of suction nozzles 6 detachably, picks up the electronic component 4 supplied by the component supply feeder 30 using the suction nozzle 6, and mounts the electronic component 4 on the circuit board 2. .. At this time, the head moving device 18 moves the mounting head 16 with respect to the component supply feeder 30 and the circuit board 2. As a result, the electronic component 4 is picked up from the specific component supply feeder 30 among the plurality of component supply feeders 30, and the electronic component 4 is mounted at a predetermined position on the circuit board 2. The board conveyor 20 carries in, supports, and carries out the circuit board 2. The touch panel 24 is a display device that provides various information of the component mounting machine 10 to the operator, and is an input device that receives instructions and information from the operator. The control device 26 is configured by using a computer including a CPU and a storage device. The control device 26 controls the operation of each part of the component mounting machine 10 based on the production program transmitted from the management device 8.

Next, the reel 50 and the component supply feeder 30 will be described with reference to FIGS. 1, 4 and 5. As shown in FIG. 4, a long tape 52 for accommodating a plurality of electronic components 4 at regular intervals is wound around the reel 50. The tape 52 has a base tape 54 and a cover tape 56, and an electronic component 4 is housed between the base tape 54 and the cover tape 56. An opening 58 is provided in the center of the reel 50, and the opening 58 is made larger than the radial dimension of the reel support portion 34 of the component supply feeder 30 described later. By engaging the opening 58 with the reel support 34, the reel 50 is installed in the component supply feeder 30. The reel 50 is replaceable with respect to the component supply feeder 30.

A component barcode 60 is attached to the surface of the reel 50. The component barcode 60 contains information for identifying the electronic component 4 accommodated in the reel 50 (hereinafter, also referred to as component identification information) and the interval between the electronic components 4 accommodated in the tape 52 (hereinafter, also referred to as component interval). ) Is recorded.

As shown in FIGS. 1, 4 and 5, the component supply feeder 30 includes a housing 32, a reel support unit 34, a tape delivery mechanism 36, an input unit 38, a calculation unit 40, and a display unit 44. ing. The reel support portion 34 has a cylindrical shape, and one end of the reel support portion 34 is attached to the housing 32 of the component supply feeder 30. The reel support portion 34 rotatably supports the reel 50. The tape delivery mechanism 36 feeds the tape 52 wound around the reel 50 supported by the reel support portion 34 by a fixed amount from the reel 50. Specifically, the tape feeding mechanism 36 feeds the tape 52 from the reel 50 by a fixed amount according to the feeding amount of the tape 52 output from the calculation unit 40 (hereinafter, also simply referred to as “tape feeding amount”). The electronic component 4 on the delivered tape 52 is picked up by the mounting head 16 at a predetermined picking position.

The input unit 38 is operated by an operator, and the tape feed amount from the reel 50 is input. The input unit 38 is, for example, a DIP switch, and when an operator operates the input unit 38, the input unit 38 outputs the input tape feed amount to the calculation unit 40.

The calculation unit 40 acquires the tape feed amount input to the input unit 38, and controls the tape feed mechanism 36 based on the acquired tape feed amount. Further, the calculation unit 40 generates a feeder barcode 42 based on the acquired tape feed amount. The feeder bar code 42 records information for identifying the component supply feeder 30 (hereinafter, also referred to as feeder identification information) and information regarding the tape feed amount acquired from the input unit 38. The calculation unit 40 outputs the generated feeder barcode 42 to the display unit 44. The display unit 44 displays the feeder barcode 42 output from the calculation unit 40.

In this embodiment, the operator can change the tape feed amount of the component supply feeder 30 by operating the input unit 38. The calculation unit 40 generates a feeder bar code 42 including information on the tape feed amount acquired from the input unit 38, and causes the display unit 44 to display the generated feeder bar code 42. That is, when the tape feed amount of the component supply feeder 30 is changed, the feeder bar code 42 including the information regarding the changed tape feed amount is displayed on the display unit 44. Therefore, even if the component supply feeder 30 has a variable tape feed amount, the feeder bar code 42 corresponding to the set tape feed amount can be displayed on the display unit 44.

Next, the bar code reader 70 and the arithmetic unit 72 will be described. As shown in FIG. 1, the bar code reader 70 is configured to read information from the bar code, and in this embodiment, the information is read from the component bar code 60 and the feeder bar code 42. In this embodiment, the bar code reader 70 is used to read information from the component bar code 60 and the feeder bar code 42, but the configuration is not limited to this. Instead of the component barcode 60 and the feeder barcode 42, different types of identifiers may be used, and for example, a two-dimensional code such as a QR code (registered trademark) or a data matrix may be used. In this case, instead of the barcode reader 70, an information acquisition means capable of reading the information of the identifier is used. The information read by the bar code reader 70 is transmitted to the arithmetic unit 72.

The arithmetic unit 72 is configured by using a computer including a CPU and a storage device. The arithmetic unit 72 uses the information received from the bar code reader 70 to determine whether or not the information recorded in the component bar code 60 and the information recorded in the feeder bar code 42 match. Specifically, the arithmetic unit 72 determines whether or not the component identification information recorded in the component barcode 60 and the feeder identification information recorded in the feeder barcode 42 match. The electronic component 4 is supplied to the component mounting machine 10 according to the production program. Therefore, the types of the component supply feeder 30 installed in the component mounting machine 10 and the types of the electronic components 4 installed in the component supply feeder 30 are preset. Based on the component identification information and the feeder identification information, the arithmetic unit 72 collates whether or not the type of the component supply feeder 30 preset according to the production program and the type of the electronic component 4 match. Further, the arithmetic unit 72 determines whether or not the information regarding the component spacing recorded in the component barcode 60 and the information regarding the tape feed amount recorded in the feeder barcode 42 match.

A monitor 74 is connected to the arithmetic unit 72. The monitor 74 receives the collation result of the arithmetic unit 72 from the arithmetic unit 72 and displays it. Specifically, the monitor 74 displays a collation result of whether or not the component identification information recorded in the component barcode 60 and the feeder identification information recorded in the feeder barcode 42 match. Further, the monitor 74 displays a collation result as to whether or not the information regarding the component spacing recorded in the component barcode 60 and the information regarding the tape feed amount recorded in the feeder barcode 42 match. The functions of the arithmetic unit 72 and the monitor 74 may be executed by the management device 8 that manages the production program by the component mounting machine 10 and the monitor (not shown) connected to the management device 8. The control device 26 and the touch panel 24 of the machine 10 may execute.

A process of collating the conformity between the reel 50 and the component supply feeder 30 will be described with reference to FIG. In order to appropriately supply the electronic components 4 from the component supply feeder 30 to the component mounting machine 10, the component supply feeder 30 installed in the component mounting machine 10 and the reel 50 installed in the component supply feeder 30 (specifically, in detail, The electronic components 4) housed in the reel 50 need to be compatible. Further, the component supply feeder 30 of this embodiment has a variable tape feed amount. Therefore, even if the combination of the parts supply feeder 30 and the reel 50 is correct, if the component spacing of the electronic components 4 housed in the reel 50 and the tape feed amount set in the parts supply feeder 30 do not match, the parts supply feeder The electronic component 4 cannot be properly supplied from the 30 to the component mounting machine 10. Therefore, using the collation system 1 of the present embodiment, whether or not the component supply feeder 30 and the reel 50 (that is, the electronic component 4 housed in the reel 50) are compatible, and whether or not they are housed in the reel 50. It is collated whether or not the component spacing of the electronic component 4 and the tape feed amount of the component supply feeder 30 match.

As shown in FIG. 6, first, the arithmetic unit 72 acquires the information recorded in the component barcode 60 (S12). Specifically, first, the operator is made to read information from the component barcode 60 attached to the reel 50 by using the barcode reader 70. Then, the bar code reader 70 transmits the read information of the component bar code 60 to the arithmetic unit 72.

Next, the arithmetic unit 72 acquires the information recorded in the feeder barcode 42 (S14). Specifically, the operator uses the barcode reader 70 to read information from the feeder barcode 42 displayed on the display unit 44. As described above, the feeder bar code 42 generated by the calculation unit 40 is displayed on the display unit 44. That is, the display unit 44 displays the feeder identification information of the component supply feeder 30, and the feeder bar code 42 including the information regarding the tape feed amount input to the input unit 38. Therefore, the arithmetic unit 72 can acquire information on the tape feed amount set by the component supply feeder 30 together with the feeder identification information. In this embodiment, step S14 is executed after executing step S12, but step S12 may be executed after executing step S14.

Next, the arithmetic unit 72 sets the type of the electronic component 4 accommodated in the reel 50 and the component supply feeder based on the information of the component barcode 60 acquired in step S12 and the information of the feeder barcode 42 acquired in step S14. It is determined whether or not the types of 30 are suitable (S16). Specifically, the arithmetic unit 72 uses the component identification information among the information of the component barcode 60 acquired in step S12. Further, the arithmetic unit 72 uses the feeder identification information among the information of the feeder barcode 42 acquired in step S14. Then, the arithmetic unit 72 determines whether or not the component identification information and the feeder identification information match.

When the component identification information and the feeder identification information do not match (NO in step S16), the arithmetic unit 72 monitors that the type of the electronic component 4 accommodated in the reel 50 and the type of the component supply feeder 30 do not match. It is displayed on 74 (S18). For example, the arithmetic unit 72 causes the monitor 74 to display “NG”. As described above, the types of the component supply feeder 30 and the types of the electronic components 4 to be installed in the component supply feeder 30 are preset. Therefore, if the type of the electronic component 4 accommodated in the reel 50 and the type of the component supply feeder 30 do not match, even if the component supply feeder 30 on which the reel 50 is installed is installed in the component mounting machine 10, the component mounting machine The electronic component 4 cannot be properly supplied to 10 according to the production program. In this case, it is necessary to replace the reel 50 or the component supply feeder 30 with an appropriate type. The operator indicates that the reel 50 or the component supply feeder 30 needs to be replaced by displaying on the monitor 74 that the type of the electronic component 4 housed in the reel 50 and the type of the component supply feeder 30 do not match. Can be properly notified.

When the component identification information and the feeder identification information match (YES in step S16), the arithmetic unit 72 adds the information of the component barcode 60 acquired in step S12 to the information of the feeder barcode 42 acquired in step S14. Based on this, it is determined whether or not the component spacing of the electronic components 4 accommodated in the tape 52 and the tape feed amount of the component supply feeder 30 match (S20). Specifically, the arithmetic unit 72 uses the information regarding the component spacing among the information of the component barcode 60 acquired in step S12. Further, the arithmetic unit 72 uses the information regarding the tape feed amount among the information of the feeder barcode 42 acquired in step S14. Then, the arithmetic unit 72 determines whether or not the information regarding the component spacing and the information regarding the tape feed amount match.

When the information on the component spacing and the information on the tape feed amount do not match (NO in step S20), the arithmetic unit 72 matches the component spacing of the electronic component 4 accommodated in the tape 52 with the tape feed amount of the component supply feeder 30. The fact that this is not done is displayed on the monitor 74 (S22). For example, the arithmetic unit 72 causes the monitor 74 to display "PITCH NG". As described above, the tape feed amount of the component supply feeder 30 is changed by the operator inputting from the input unit 38. If the component spacing of the electronic components 4 accommodated in the tape 52 and the tape feed amount of the component supply feeder 30 do not match, the electronic components 4 cannot be normally supplied to the component mounting machine 10. In this case, it is necessary for the operator to change the tape feed amount of the component supply feeder 30 so that the tape feed amount is appropriate. It is necessary to change the setting of the tape feed amount of the component supply feeder 30 by displaying on the monitor 74 that the component spacing of the electronic component 4 accommodated in the tape 52 and the tape feed amount of the component supply feeder 30 do not match. It is possible to appropriately notify the operator that there is.

When the information on the component spacing and the information on the tape feed amount match (YES in step S20), the arithmetic unit 72 causes the monitor 74 to indicate that the electronic component 4 and the component supply feeder 30 match (YES in step S20). S24). For example, the arithmetic unit 72 causes the monitor 74 to display “OK”. As a result, the type of the electronic component 4 accommodated in the reel 50 and the type of the component supply feeder 30 match, and the component spacing of the electronic component 4 accommodated in the tape 52 and the tape feed amount of the component supply feeder 30 are adjusted. It is possible to appropriately notify the operator that the conformity is met. By installing the component supply feeder 30 on which the reel 50 is installed in the component mounting machine 10, the electronic component 4 can be normally supplied from the component supply feeder 30 to the component mounting machine 10.

In this embodiment, the feeder bar code 42 corresponding to the set tape feed amount is displayed on the display unit 44. Therefore, even if the component supply feeder 30 has a variable tape feed amount, the arithmetic unit 72 can accurately acquire information on the tape feed amount set by the component supply feeder 30, and the component supply feeder 30 can accurately acquire the information. It is possible to collate the tape feed amount of the above and the component spacing of the electronic component 4 housed in the reel 50.

In this embodiment, the tape feed amount of the component supply feeder 30 is changed by the operator operating the input unit 38, but the present invention is not limited to such a configuration. For example, the tape feed amount of the component supply feeder 30 may be set according to the production program. That is, regardless of the tape feed amount input by the input unit 38, the calculation unit 40 of the component supply feeder 30 may control the tape feed mechanism 36 according to the tape feed amount set in the production program. In this case, the calculation unit 40 generates the feeder barcode 42 including the feeder identification information and the information regarding the tape feed amount set according to the production program. As a result, in step S20 described above, it is possible to appropriately determine whether or not the component spacing of the electronic components 4 housed in the tape 52 and the tape feed amount of the component supply feeder 30 match.

Further, in the present embodiment, information on the component spacing is recorded in the component barcode 60, and information on the tape feed amount is stored in the feeder barcode 42, but the configuration is not limited to this. For example, the information regarding the component spacing and the information regarding the tape feed amount may be stored in the storage device (not shown) of the arithmetic unit 72. In this case, the information regarding the component spacing is associated with the component barcode 60 and stored in the storage device of the arithmetic unit 72, and the information regarding the tape feed amount is associated with the feeder barcode 42 and stored in the arithmetic unit 72. It is stored in the storage device. As a result, if the information of the component barcode 60 is acquired in step S12 described above, the arithmetic unit 72 stores the information regarding the component interval associated with the acquired information of the component barcode 60 from the storage device. Can be obtained. Similarly, if the information of the feeder bar code 42 is acquired in step S14 described above, the arithmetic unit 72 stores the information related to the tape feed amount stored in association with the acquired information of the feeder barcode 42. Can be obtained from. Therefore, similarly to the above embodiment, in step S20 described above, it is possible to determine whether or not the component spacing of the electronic components 4 housed in the tape 52 and the tape feed amount of the component supply feeder 30 match. it can.

The points to be noted regarding the collation system 1 described in the examples will be described. The component barcode 60 of the embodiment is an example of the "part identifier", the feeder barcode 42 is an example of the "feeder identifier", and the barcode reader 70 is an example of the "identification information acquisition unit". The arithmetic unit 72 is an example of a “collation unit”, the display unit 44 is an example of a “variable display unit”, the arithmetic unit 40 is an example of an “identifier generation unit”, and the monitor 74 is an “notification unit”. The input unit 38 and the calculation unit 40 are examples of the “setting unit”, and the tape delivery mechanism 36 is an example of the “reel drive unit”.

The technical elements described herein or in the drawings exhibit their technical usefulness alone or in various combinations, and are not limited to the combinations described in the claims at the time of filing. In addition, the techniques illustrated in the present specification or drawings achieve a plurality of objectives at the same time, and achieving one of the objectives itself has technical usefulness.

1: Verification system 2: Circuit board 4: Electronic component 8: Management device 10: Component mounting machine 14: Feeder holding unit 24: Touch panel 26: Control device 30: Component supply feeder 32: Housing 34: Reel support unit 36: Tape delivery Mechanism 38: Input unit 40: Arithmetic unit 42: Feeder bar code 44: Display unit 50: Reel 52: Tape 60: Parts barcode 70: Bar code reader 72: Arithmetic device 74: Monitor

Claims (6)

A reel that winds a tape that accommodates electronic components at equal intervals, and has a component identifier that identifies an electronic component that is accommodated in the tape that is wound around the reel.
The reel is detachably attached, and the electronic component that is detachably attached to the component mounting machine main body that mounts the electronic component on the board and is housed in the tape wound around the reel is attached to the component mounting machine main body. A component supply feeder that is a tape-type component supply feeder to be supplied, which can change the tape feed amount of the tape delivered from the reel and has a feeder identifier that identifies the component supply feeder.
An identification information acquisition unit that acquires the identification information of the feeder identifier and the identification information of the part identifier,
Based on the identification information of the feeder identifier and the identification information of the component identifier acquired by the identification information acquisition unit, the tape feed amount of the component supply feeder associated with the identification information of the feeder identifier, and the tape feed amount and the said The electronic component associated with the identification information of the component identifier is provided with a collating unit that acquires the component spacing accommodated in the tape and collates the acquired tape feed amount with the component spacing. Matching system. The feeder identifier comprises information about the changeable tape feed amount of the component supply feeder.
The collation system according to claim 1, wherein the component supply feeder further includes a variable display unit that displays the feeder identifier. The collation system according to claim 2, wherein the component supply feeder further includes an identifier generator that generates an identifier that includes information about the tape feed amount of the component supply feeder. The collation system according to any one of claims 1 to 3, further comprising a notification unit for notifying an abnormality when the tape feed amount and the component spacing do not match. The component supply feeder has a preset type of electronic component supplied from the component supply feeder.
The tape wound around the reel contains a preset type of electronic component.
The collation unit is wound around the reel and the type of the electronic component supplied from the component supply feeder based on the identification information of the feeder identifier and the identification information of the component identifier acquired by the identification information acquisition unit. Further collate with the type of electronic component contained in the reel
The notification unit notifies an abnormality in the first aspect when the type of the electronic component supplied from the component supply feeder and the type of the electronic component accommodated in the tape wound on the reel do not match. The collation system according to claim 4, wherein when the tape feed amount and the component spacing do not match, an abnormality is notified in a second aspect different from the first aspect. In the collation system according to any one of claims 1 to 5, a tape-type component supply feeder that is detachably attached to a component mounting machine main body that mounts electronic components on a substrate and supplies electronic components to the component mounting machine main body. And
A setting unit that sets the tape feed amount of the tape fed from the reel, and
A reel drive unit that feeds out the tape wound around the reel with the tape feed amount set by the setting unit, and
A component supply feeder including identification information for identifying the component supply feeder and a variable display unit for displaying a feeder identifier having information on the tape feed amount set in the setting unit.

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