JP2014110322A - Carrier tape set correct/incorrect determination system and carrier tape set correct/incorrect determination method in electronic component part mounting apparatus - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a carrier tape set correct/incorrect determination system and a carrier tape set correct/incorrect determination method in an electronic component part mounting apparatus capable of reducing occurrence of carrier tape incorrect setting in a multi type tape feeder.SOLUTION: In a carrier tape setting, an operator selects a tape feeder from L/R tape feeders and inputs the same using a button, and the operator makes an operation to read an identification mark corresponding to the input carrier tape set position from L/R identification marks allotted to the tape feeder corresponding to two carrier tape set positions. The carrier tape set correct/incorrect determination system collates the input and the reading result while referring to component part disposition information, and when the input and the reading result do not agree with each other, a notify is output.

Description

  The present invention relates to a carrier tape setting correct / incorrect determination system for determining whether or not a carrier tape is set in a tape feeder in an electronic component mounting apparatus for mounting electronic components on a substrate, and a carrier set in a tape feeder in an electronic component mounting apparatus. The present invention relates to a carrier tape setting correctness determination method for determining whether a tape is set correctly or not.

  As a method of supplying an electronic component in an electronic component mounting apparatus, a tape feeder that sends a carrier tape holding the electronic component to a take-out position by a mounting head is often used. The carrier tape is supplied in a state of being wound around a reel, and when a component breakage occurs in any of the plurality of tape feeders arranged in parallel in the component supply unit, the carrier tape is set in the tape feeder in the component supply unit. Parts replenishment work for exchanging reels is executed.

  In this parts replenishment operation performed by the operator, since a number of tape feeders of the same shape are set in the parts supply section, a reel containing a part different from the part type to be originally set is erroneously inserted. Setting errors are likely to occur. For this reason, conventionally, an electronic component mounting apparatus having a function of monitoring a set error by reading a barcode attached to a reel as an identification mark for identifying a component type and collating it with identification information stored in a database. Is known (see, for example, Patent Document 1).

JP 2003-71660 A

  By the way, in order to make the electronic component mounting apparatus compact, a multi-type tape feeder that includes a plurality of tape feeding mechanisms and supplies a plurality of carrier tapes by the same tape feeder is used for the purpose of reducing the arrangement pitch of the tape feeders. It has become. However, due to the fact that a plurality of carrier tapes are set in such a multi-type tape feeder, it is still difficult to prevent a set error even if the above-described reel set error monitoring function is applied. was there.

  That is, in the multi-type tape feeder, since the arrangement pitch of the plurality of tape feeding mechanisms is set as narrow as possible, the reels supplying the carrier tape are similarly arranged close to each other. For this reason, when an operator performs reel replacement for component replenishment, it is easy to cause a setting error in which a plurality of carrier tapes drawn from adjacent reels are mistakenly set by mistake. Such a setting error is difficult to prevent by simply reading a barcode attached to the reel, and there is a problem that erroneous mounting due to the setting error occurs.

  Accordingly, the present invention provides a carrier tape set correct / incorrect determination system and a carrier tape set correct / incorrect determination method in an electronic component mounting apparatus that can reduce the occurrence frequency of carrier tape set mistakes in a multi-type tape feeder. For the purpose.

  In the electronic component mounting apparatus according to the present invention, a carrier tape setting correct / incorrect determination system includes a tape feeder provided with a plurality of tape feed mechanisms for pitch-feeding a carrier tape mounted on a component supply unit and holding an electronic component. A carrier tape setting correctness determination system in an electronic component mounting apparatus that takes out a component and mounts it on a board, wherein whether or not the carrier tape is set correctly is attached to a reel on which the carrier tape is wound A carrier tape set correct / incorrect determination unit that is determined by collating the component information read from the component identification code with the part information preliminarily assigned to the tape feeder in the production data; The tape feeding mechanism is provided for each of the tape feeding mechanisms. Corresponding to the plurality of carrier tape set positions where the operator inputs the carrier tape set position to which the carrier tape is set from among the plurality of carrier tape set positions where the carrier tape pulled out from the cartridge is set. A carrier tape set position identification mark reading unit that reads an identification mark corresponding to the input carrier tape set position among the plurality of identification marks provided on the tape feeder by an operator's operation, and the input carrier A carrier tape set position verification unit for verifying a tape set position and a carrier tape set position corresponding to the read identification mark, and in the verification result of the carrier tape set position verification unit, the input carrier tape set position The read knowledge If the carrier tape set position corresponding to the mark does not match and a first notification unit for notifying to that effect.

  In the electronic component mounting apparatus according to the present invention, the carrier tape setting correct / incorrect determination method includes: a tape feeder having a plurality of tape feeding mechanisms for pitch-feeding the carrier tape mounted on the component supply unit and holding the electronic component; In an electronic component mounting apparatus that takes out components and mounts them on a board, whether or not the carrier tape is correctly set, component information read from a component identification code attached to a reel on which the carrier tape is wound, and production A carrier tape set correct / incorrect determination method that is determined by comparing data with component information previously assigned to the tape feeder, and is provided corresponding to each of the plurality of tape feeding mechanisms and pulled out from the reel. Multiple carrier tape sets where A carrier tape set position input step in which an operator inputs a carrier tape to which of the plurality of positions, and a plurality of identification marks provided on the tape feeder corresponding to the plurality of carrier tape set positions. A carrier tape set position identification mark reading step of reading an identification mark corresponding to the inputted carrier tape set position by an operator's operation, and a carrier tape corresponding to the inputted carrier tape set position and the read identification mark In the carrier tape set position verification process for verifying the set position, and in the carrier tape set position verification process, when the input carrier tape set position does not match the carrier tape set position corresponding to the read identification mark Notify that And a first notification step that.

  According to the present invention, the operator inputs which of the plurality of carrier tape set positions corresponding to each of the plurality of tape feeding mechanisms to set the carrier tape to, and corresponding to the plurality of carrier tape set positions, Among the plurality of identification marks provided on the tape feeder, an identification mark corresponding to the input carrier tape set position is read by an operator's operation, and the input carrier tape set position and the carrier tape corresponding to the read identification mark In a multi-type tape feeder, the set position is collated, and when the input carrier tape set position and the carrier tape set position corresponding to the read identification mark do not match, the fact is notified. Multiple carrier tapes pulled from the reel To prevent the mistake of dealing Ri, the frequency of the carrier tape of setting error can be reduced.

The front view of the electronic component mounting system of one embodiment of this invention The perspective view of the electronic component mounting apparatus which comprises the electronic component mounting system of one embodiment of this invention, and structure explanatory drawing of a component supply part Explanatory drawing of the identification method of the carrier tape in the electronic component mounting apparatus of one embodiment of this invention The block diagram which shows the structure of the control system of the electronic component mounting system of one embodiment of this invention The flowchart which shows the set correctness determination method of the carrier tape in the electronic component mounting apparatus of one embodiment of this invention

  Next, embodiments of the present invention will be described with reference to the drawings. First, an electronic component mounting system will be described with reference to FIG. In FIG. 1, an electronic component mounting system 1 has a function of mounting an electronic component on a substrate to manufacture a mounting substrate, and connects the printing device M1, the electronic component mounting devices M2 to M4, and the reflow device M5. These electronic component mounting lines are connected by a communication network 2 and are controlled by a host system 3 as a whole. The host system 3 includes a wireless receiver 4 that receives an input signal wirelessly transmitted from a portable terminal device such as a barcode reader.

  The printing apparatus M1 screen-prints paste-like solder on the electrodes for joining electronic components formed on the substrate. The electronic component mounting apparatuses M2 to M4 pick up the electronic component from the component supply unit by the mounting head, and transfer and mount it on the mounting position of the board on which the solder is printed. Thereafter, the substrate after component mounting is sent to the reflow apparatus M5, and the mounting substrate is manufactured by soldering the electronic component mounted on the substrate to the substrate.

  Next, the configuration of the component supply unit in the electronic component mounting apparatuses M2 to M4 will be described with reference to FIG. As shown in FIG. 2 (a), an opening 5a for carrying in a board is provided at the end of the main body 5 constituting the electronic component mounting apparatuses M2 to M4 on the X direction (board transport direction) side. A substrate transport mechanism 6 including a pair of transport conveyors extending through the opening 5a and disposed in the X direction inside the main body 5 extends.

  In the main body 5, component mounting mechanisms 7 </ b> A and 7 </ b> B are disposed on both sides of the board transport mechanism 6. The component mounting mechanisms 7 </ b> A and 7 </ b> B take out electronic components from the component supply unit 8 by the mounting head and transport and mount them on the substrate that is carried in from the opening 5 a and positioned and held. The outer surfaces of the component mounting mechanisms 7A and 7B are operation side surfaces for operating the electronic component mounting apparatuses M2 to M4. The operation side surface includes a component supply unit 8 for supplying components and an operation for performing operation input. A panel 15 is provided. Further, an indicator lamp 14 is installed on the upper surface of the main body 5 to perform lighting display for notification to the operator.

  A carriage 9 having a plurality of tape feeders 12 mounted in parallel is detachably set in the component supply unit 8. In the present embodiment, a so-called multi-type feeder provided with a plurality (two in this case) of tape feeding mechanisms that pitch-feed carrier tape holding electronic components is used as the tape feeder 12 (shown in FIG. 3). Tape feed mechanism 12b (L), 12b (R) reference).

  For this reason, in this embodiment, the reel 9 (U) / (D) for winding and storing the carrier tape is set on the carriage 9 corresponding to one tape feeder 12 in two upper and lower stages. The feeder 12 pulls out the carrier tape 11 from these two reels 10 and pitch-feeds it to a component pick-up position by a mounting head provided in the component mounting mechanisms 7A and 7B.

  When the parts supply unit 8 predicts that any one of the tape feeders 12 is out of operation while the apparatus is in operation, the indicator lamp 14 is turned on to notify that fact and the operator notifies that the parts are almost out. For the tape feeder 12, the reel replacement operation for exchanging one of the reels 10 (U) / (D) with a new reel is performed.

  FIG. 2B shows an arrangement state of a carriage 9 as a reel mounting section set in the component supply section 8, a tape feeder 12 mounted on the carriage 9, and a reel 10 for supplying the carrier tape 11 to the tape feeder 12. Show. A feeder base 9 a provided on the upper surface of the carriage 9 is provided with a plurality of feeder mounting slots in parallel, and a plurality of tape feeders 12 are set in parallel according to a slot number assigned in advance.

  As described above, the tape feeder 12 is provided with two tape feeding mechanisms capable of individually feeding the two carrier tapes 11, and two reels 10 are mounted on the carriage 9 corresponding to one tape feeder 12. As possible, two reel placement positions of reel placement positions 9b (U) (upper side) / (D) (lower side) are provided in two upper and lower stages. In the present embodiment, the carrier tape 11A drawn out from the reel 10 (U) placed at the reel placement position 9b (U) is replaced with L of two tape feeding mechanisms provided in one tape feeder 12. The carrier tape 11B drawn out from the reel 10 (D) placed on the reel placement position 9b (D) is set on the R side (right side).

  When the carrier tape 11 is set in association with the reel replacement, a plurality of carrier tapes 11 are arranged adjacent to each other at a narrow pitch, so that a setting error that misplaces and sets the carrier tapes 11A and 11B easily occurs. . For this reason, in the present embodiment, in order to reduce the occurrence of such set mistakes as much as possible, barcode labels as identification marks are affixed to the tape feeder 12 and the carriage 9 as described below, and reel replacement is performed. At times, the operator reads these identification marks with the barcode reader 16 and refers to the production data stored in advance so as to suppress setting errors as much as possible.

  That is, on the back surface of each tape feeder 12, a plurality of carrier tapes 11 drawn from the reels 10 are set corresponding to the two tape feeding mechanisms 12b (L) / (R) of the tape feeder 12, respectively. A feeder bar code label LF (L) / LF (R) is affixed as an identification mark for specifying the carrier tape set position. Further, a cart barcode label L9 (U) / (D) is affixed to the cart 9 in the vicinity of the operation surface side in correspondence with the reel placement positions 9b (U) / (D).

  FIG. 3 shows the function of the tape feeder 12 and the correlation and reading operation of bar code labels as these identification marks in the component supply unit 8. Two feeders 12b (L) / (R) are built in the feeder main body 12a of the tape feeder 12, and an L / R switching button 13a, a tape feeding button 13b, An operation unit 13 having operation buttons of a tape return button 13c and a confirmation button 13d is arranged. By operating the L / R switching button 13a, it is possible to select and switch between the tape feeding mechanism 12b to be operated as the tape feeding mechanism 12b (L) / (R). By operating the tape feed button 13b and the tape return button 13c, the tape feed operation and the tape return operation can be performed in the selected tape feed mechanism 12b. Then, the confirmation of the selection operation is input by operating the confirmation button 13d.

  The feeder bar code labels LF (L) / (R) correspond to the tape feeding mechanisms 12b (L) / (R), respectively. In the tape feeder 12, a carrier tape set position corresponding to the feeder barcode label LF (L) / LF (R) is placed at a reel placement position corresponding to the carriage barcode label L9 (U) / (D). Carrier tapes 11A and 11B pulled out from the reels 10 (U) / (D) are set. The reels 10 (U) / (D) are affixed with reel barcode labels LR indicating the types of components stored in these reels.

  When setting the carrier tape associated with reel replacement, the above-mentioned bar code labels are read in a predetermined order by the bar code reader 16 while operating the operation unit 13, and the read result is transmitted to the host system 3 via the wireless receiver 4. Further, the correctness of the set work is determined by performing a predetermined collation process by the host system 3.

  Next, the configuration of the control system of the electronic component mounting system 1 will be described with reference to FIG. Here, in the electronic component mounting apparatuses M2 to M4 constituting the electronic component mounting system 1, only the configuration for determining whether the carrier tape setting work is correct or not is shown. 4A, each of the electronic component mounting apparatuses M2 to M4 includes a communication unit 20, a control unit 21, a storage unit 22, a display unit 23, and a notification unit 24.

  The communication unit 20 exchanges signals with the host system 3 and other devices constituting the electronic component mounting system 1 via the communication network 2. The control unit 21 is a processing arithmetic unit, and controls each part of the apparatus such as the component mounting mechanisms 7A and 7B and the component supply unit 8 based on programs and data stored in the storage unit 22. The display unit 23 performs data processing for displaying various screens on the operation unit 13. The notification unit 24 notifies the predetermined content by the indicator lamp 14 based on the signal transmitted via the control unit 21 or the communication unit 20.

  The host system 3 includes a communication unit 30, an overall control unit 31, a storage unit 32, a set correct / incorrect determination unit 34, and a display unit 35. The communication unit 30 exchanges signals with other devices constituting the electronic component mounting system 1 via the communication network 2, and the identification read by the barcode reader 16 on the machine side of the electronic component mounting devices M2 to M4. Information is received by the wireless receiver 4. The overall control unit 31 is an overall control device, and manages the entire operation of the electronic component mounting system 1 based on various programs and data stored in the storage unit 32.

  The storage unit 32 stores component arrangement information 33 for specifying the arrangement of the reels 10 in the component supply unit 8 and the set position of the carrier tape 11 with respect to the tape feeder 12, and the set correctness determination unit 34 is identified by the barcode reader 16. Based on the read result of the mark and the component arrangement information 33, whether or not the component supply unit 8 is set to the tape feeder 12 of the carrier tape 11 is determined. The display unit 35 displays an operation screen and a notification screen for predetermined items.

  FIG. 4B shows the configuration of the component arrangement information 33 stored in the storage unit 32. The component arrangement information 33 includes “feeder position information” 33a, “carrier tape set position” 33b, and “reel placement”. "Position" 33c and "component information" 33d are included. The “feeder position information” 33a is information for specifying the position of the tape feeder 12 in the component supply unit 8, and is assigned to a feeder mounting slot formed in the feeder base 9a shown in FIG. The position of the tape feeder 12 is specified by the slot number. The “carrier tape set position” 33b specifies whether the set position where the carrier tape 11 is set in the tape feeder 12 attached to the slot number is the L side or the R side. The “reel placement position” 33c specifies at which of the reel placement positions 9b (U) / (D) the reel 10 storing the carrier tape 11 is placed. The “component information” 33 d is data indicating the type of component stored in the reel 10, and corresponds to the reel barcode label LR attached to the reel 10.

  The set correct / incorrect determination unit 34 determines whether the carrier tape 11 is correctly set by the functions of the position input unit 34a, the position identification mark reading unit 34b, and the position verification unit 34c. 10 by comparing the part information read from the reel barcode label LR, which is a part identification code attached to the part 10, with the part information previously assigned to the tape feeder 12 in the part arrangement information 33 included in the production data. To do.

  In the above configuration, the set correct / incorrect determination unit 34 of the host system 3, the storage unit 32 that stores the component arrangement information 33, the notification unit 24 and the display unit provided in the electronic component mounting apparatus M 2 are the carrier tape in the electronic component mounting apparatus M 2. 11 sets correct / incorrect determination system is determined.

  The set correct / incorrect determination processing of the carrier tape 11 will be described with reference to the flow of FIG. First, the setting of the carrier tape 11 is started (ST1), the operator accesses the component supply unit 8 to place the reel 10 on the carriage 9, and the carrier tape 11 drawn out from the reel 10 is a tape to be supplied with components. Set in the feeder 12. In this operation, first, the feeder L / R button is selected (ST2). That is, it is input by operating the L / R switching button 13a of the operation unit 13 whether the tape feeding mechanism 12b to be replenished in the tape feeder 12 is the L side or the R side.

  Next, the feeder L / R identification mark is read (ST3). That is, the barcode feeder 16 reads any one of the feeder bar code labels LF (L) / (R) corresponding to the input feeder L / R button. Then, the feeder L / R button on which the input operation has been performed is compared with the read feeder barcode label LF (L) / (R) with reference to the component arrangement information 33 to determine whether or not the correspondence is correct. Judgment is made (ST4). If it is not correct here, this is reported by the indicator lamp 14, and the operator confirms whether or not the work he has performed is correct and takes necessary measures, and then repeats the processing after (ST2).

  If it is correct, the process proceeds to the next step. That is, the carriage bar code label L9 (U) / (D) (corresponding to the reel mounting position 9b (U) / (D) on the carriage 9) as the upper / lower identification mark is read (ST5). That is, the carriage 9 reads one of the carriage barcode labels L9 (U) / (D) corresponding to the input feeder L / R button by the barcode reader 16. The input feeder L / R button and the read cart bar code label L9 (U) / (D) are collated with reference to the component arrangement information 33 to determine whether or not the correspondence is correct (ST6). ). If it is not correct here, this is reported by the indicator lamp 14, and the operator confirms whether or not the work he has performed is correct and takes necessary measures (ST5) and thereafter repeats the subsequent processing.

  If it is correct, the reel barcode label LR affixed to the reel 10 is read (ST7). That is, one of the reel barcode labels LR corresponding to the input feeder L / R button is read by the barcode reader 16 on the reel 10. Then, the input feeder L / R button and the read reel barcode label LR are collated with reference to the component arrangement information 33 to determine whether or not the correspondence is correct (ST6). If it is not correct here, this is reported by the indicator lamp 14, and the operator confirms whether or not the work he has performed is correct and takes necessary measures, and then repeats the processing after (ST7). Then, in (ST8), when it is confirmed that it is correct, the carrier tape 11 setting process is terminated (ST9).

  In the above process, first, the process in (ST2) corresponds to the carrier tape set position input step and is executed by the position input unit 34a (carrier tape set position input unit). That is, the position input unit 34a is provided corresponding to each of the two tape feeding mechanisms 12b (L) / (R), and among the plurality of carrier tape setting positions where the carrier tape 11 drawn from the reel 10 is set. , A process for the operator to input which carrier tape 11 is to be set is executed.

  The processes in (ST3) and (ST5) correspond to a carrier tape set position verification process and a reel placement position identification mark reading process, respectively, and are executed by the position identification mark reading unit 34b. That is, the position identification mark reading unit 34b receives the input carrier tape set position among the two feeder bar code labels LF (L) / (R) provided on the tape feeder 12 corresponding to the two carrier tape set positions. The feeder bar code label LF corresponding to is executed by an operator's operation, and is provided on the carriage 9 which is the reel mounting portion corresponding to the two reel mounting positions 9b (U) / (D). Of the two cart bar code labels L9 (U) / (D), a process of reading the cart bar code label L9 corresponding to the carrier tape set position by the operation of the operator is executed. Therefore, the position identification mark reading unit 34b functions as a carrier tape set position identification mark reading unit and a reel placement position identification mark reading unit.

  The processes in (ST4) and (ST6) correspond to the carrier tape set position verification process and the reel placement position verification process, respectively, and are executed by the position verification unit 34c. That is, the position verification unit 34c compares the input carrier tape set position with the carrier tape set position corresponding to the read feeder bar code label LF, and also corresponds to the read reel placement position 9b and the carrier tape set position. Then, a process for collating the predetermined reel mounting position 9b is executed. Therefore, the position verification unit 34c functions as a carrier tape set position verification unit and a reel placement position verification unit.

  And the process which alert | reports a collation result after (ST4) and (ST6) corresponds to a 1st alerting | reporting process and a 2nd alerting | reporting process, respectively, and both are based on the determination result transmitted from the set correctness determination part 34, This is done by turning on the indicator lamp 14 by the notification unit 24. Therefore, the notification unit 24 and the indicator lamp 14 indicate that if the input carrier tape set position and the carrier tape set position corresponding to the read feeder bar code label LF do not match in the verification result of the position verification unit 34c. When the read reel placement position 9b does not coincide with the reel placement position 9b determined in advance corresponding to the carrier tape set position, a notification is made to that effect. 2 functions as a notification unit.

  As described above, in the carrier tape set correct / incorrect determination in the electronic component mounting apparatus shown in the present embodiment, any of the plurality of carrier tape setting positions corresponding to each of the plurality of tape feeding mechanisms 12b is included in the carrier tape 11. The operator inputs whether to set the feeder bar code corresponding to the input carrier tape set position among the plurality of feeder bar code labels LF provided on the tape feeder 12 corresponding to the plurality of carrier tape set positions. The label LF is read by the operation of the operator, the input carrier tape set position is collated with the carrier tape set position corresponding to the read feeder barcode label LF, and the input carrier tape set position and the read feeder are checked. Compatible with barcode label LF If the carrier tape set position does not match has a configuration for notifying to that effect.

  Thereby, in the carrier tape setting work, the operator can confirm whether or not the work performed by himself / herself is correct. Therefore, in the case where the reels 10 for supplying the carrier tape 11 are arranged close to each other and the multi-type tape feeder 12 is likely to be mistaken for the carrier tape 11 pulled out from the adjacent reel 10 at the time of reel replacement. However, it is possible to prevent mistakes when handling the plurality of carrier tapes 11 drawn from the reel 10, and to reduce the occurrence frequency of carrier tape setting errors.

  In the above embodiment, the configuration example in which the processing function of the set correctness determination unit 34 is executed by the host system 3 in the electronic component mounting system 1 has been shown, but the present invention is not limited to this configuration. A device constituting the electronic component mounting system 1, such as each or any of the electronic component mounting devices M <b> 2 to M <b> 4, may be provided with the processing function of the set correctness determination unit 34. In addition, in this embodiment, the indicator lamps 14 provided in the electronic component mounting apparatuses M2 to M4 are used as a notification unit that notifies the mismatch between the input set position and the read identification mark. Visual notification using a screen or acoustic notification using a buzzer may be used.

  INDUSTRIAL APPLICABILITY The carrier tape set correct / incorrect determination system and the carrier tape set correct / incorrect determination method in the electronic component mounting apparatus of the present invention have the effect of reducing the occurrence frequency of carrier tape set mistakes in a multi-type tape feeder. In addition, the present invention is useful in the electronic component mounting field in which components are supplied by carrier tape.

DESCRIPTION OF SYMBOLS 1 Electronic component mounting system 2 Communication network 3 Host system 4 Wireless receiver 8 Component supply part 9 Cart 9a Feeder base 9b Reel mounting position 10 Reel 11, 11A, 11B Carrier tape 12 Tape feeder 12b Tape feed mechanism 13 Operation part 14 Display Light LF Feeder barcode label L9 Bogie barcode label LR Reel barcode label M2-M4 Electronic component mounting device

Claims (4)

Carrier tape set in an electronic component mounting apparatus that takes out the electronic component from a tape feeder equipped with a plurality of tape feeding mechanisms that pitch-feed carrier tape that is mounted on the component supply unit and holds the electronic component, and mounts it on a substrate. A correct / incorrect system,
Whether or not the carrier tape is correctly set, part information read from a part identification code attached to a reel on which the carrier tape is wound, and part information previously assigned to the tape feeder in production data It has a carrier tape set correct / incorrect determination unit that is determined by collation,
The set correct / incorrect determination unit is provided corresponding to each of the plurality of tape feeding mechanisms and to which of the plurality of carrier tape setting positions where the carrier tape pulled out from the reel is set is set. A carrier tape set position input unit for the operator to input,
A carrier tape set position identification mark for reading an identification mark corresponding to the inputted carrier tape set position among the plurality of identification marks provided on the tape feeder corresponding to the plurality of carrier tape set positions by an operator's operation. A reading unit;
A carrier tape set position verification unit for verifying the input carrier tape set position and a carrier tape set position corresponding to the read identification mark;
In the collation result of the carrier tape set position collation unit, when the input carrier tape set position and the carrier tape set position corresponding to the read identification mark do not coincide with each other, A carrier tape set correct / incorrect determination system in an electronic component mounting apparatus. A reel mounting unit having a plurality of reel mounting positions for mounting the reel is set in the component supply unit,
Of the plurality of reel placement position identification marks provided on the reel placement portion corresponding to the plurality of reel placement positions, the reel placement position identification mark corresponding to the carrier tape set position is set by an operator's operation. A reel mounting position identification mark reading unit for reading;
A reel placement position collation unit for collating a read reel placement position with a predetermined reel placement position corresponding to the carrier tape set position;
In the collation result by the reel placement position collation unit, when the read reel placement position and the reel placement position predetermined corresponding to the carrier tape set position do not coincide with each other, a second notification is made. The carrier tape setting correctness determination system in the electronic component mounting apparatus according to claim 1, further comprising: In the electronic component mounting apparatus for taking out the electronic component by a mounting head from a tape feeder provided with a plurality of tape feeding mechanisms for pitch-feeding the carrier tape mounted on the component supply unit and holding the electronic component, and mounting the same on the substrate. Whether or not is set correctly is verified by comparing the part information read from the part identification code attached to the reel on which the carrier tape is wound with the part information previously assigned to the tape feeder in the production data. A carrier tape set correctness determination method determined by
A carrier tape that is provided corresponding to each of the plurality of tape feeding mechanisms and from which a carrier tape is set to which of the plurality of carrier tape setting positions where the carrier tape pulled out from the reel is set. A set position input process;
A carrier tape set position identification mark for reading an identification mark corresponding to the inputted carrier tape set position among the plurality of identification marks provided on the tape feeder corresponding to the plurality of carrier tape set positions by an operator's operation. Reading process;
A carrier tape set position verification step for verifying the input carrier tape set position and a carrier tape set position corresponding to the read identification mark;
The carrier tape set position verification step includes a first notification step of notifying the case where the input carrier tape set position does not match the carrier tape set position corresponding to the read identification mark. A method for determining whether a carrier tape is set correctly in an electronic component mounting apparatus. A reel mounting unit having a plurality of reel mounting positions for mounting the reel is set in the component supply unit,
Of the plurality of reel placement position identification marks provided on the reel placement portion corresponding to the plurality of reel placement positions, the reel placement position identification mark corresponding to the carrier tape set position is set by an operator's operation. A reel loading position identification mark reading step to be read;
A reel placement position collation step for collating a read reel placement position and a reel placement position determined in advance corresponding to the carrier tape set position;
In the reel placement position collation step, if the read reel placement position and a reel placement position predetermined corresponding to the carrier tape set position do not coincide with each other, a second notification step for notifying that effect The method of determining whether a carrier tape is set correctly in the electronic component mounting apparatus according to claim 3, further comprising:

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