JP2009044094A - Reel component-mounting system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a reel component-mounting system that prevents mismount of a reel component, thereby improving mounting efficiency when mechanically mounting the reel component on a printed circuit board. <P>SOLUTION: A component identification IC tag 12 is pasted to the reel component 11 and slot identification IC tags 18a-18n onto each slot 17 when packaging the reel component 11 accommodating electronic parts in a cassette 21 and mechanically mounting the component on a predetermined slot 17 of a slot unit 16 in a component mounting machine. The slot identification IC tags 18a-18n, the component identification IC tag 12 for the reel component 11 being loaded thereon, a reader/writer 31 and wireless communication antenna are mounted on a slot loading auxiliary tool 25. Then, the information stored in the component identification IC tag 12 for the reel component 11 and slot identification IC tags 18a-18n is read by the reader/writer 31, so that the cassette 21 is loaded on the slot 17 by checking the preregistered mounting data. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a component mounter that mechanically mounts electronic components on a printed circuit board, and more particularly to a reel component mounting system that prevents erroneous mounting of reel components.

  2. Description of the Related Art Conventionally, in a component mounter that mechanically mounts electronic components on a printed circuit board, a preparatory work is performed in which components to be mounted in advance are loaded into a plurality of slots provided in the slot unit. Also, the component mounting position on the printed circuit board is registered in the mounting program used by the component mounting machine. When the cassette loaded with the mounting component is mounted in the slot unit, the component mounting machine mounts the electronic component on the printed circuit board according to the mounting program.

  In addition, when electronic parts such as IC chips are loaded into a slot, generally a plurality of electronic parts to be mounted are attached to a tape separately for each part, wound on a reel, mounted as a reel part on a cassette, and this cassette is placed in a slot. Loading. Most of the mounted parts are reel parts, and a label printed with a product name, a model, a barcode and the like is attached to each reel part.

  Hereinafter, the work contents when the reel component is mechanically mounted on the printed circuit board by the component mounter will be described.

  (A) Check whether the parts to be actually mounted are prepared without omission, such as model and quantity. The mounted component is confirmed by visually checking the product name and model printed on the label affixed to the reel component, or reading the barcode printed on the label.

  (B) If the prepared component is correct, the slot loading position of the reel component is confirmed. The slot loading position of the reel parts is confirmed by reading the part type printed on the label visually or by a bar code and comparing it with the part type described in the mounting program.

  (C) When the slot position for loading the reel component is confirmed, the reel component is mounted on the cassette and loaded in a predetermined slot provided in the slot unit. In this case, in order to confirm whether there is a mistake in the loading slot, another worker confirms the reel part after loading and the slot position again.

  (D) When the cassette is loaded in the slot, the component mounter takes out the electronic component from the reel component according to the mounting program and starts mounting on the printed circuit board.

  When the reel parts are mechanically mounted as described above, the reel parts are first mounted in a cassette and loaded into a specific slot on the slot unit, and the parts are mounted on a printed circuit board.

In addition, as a known technique related to the present invention, when storing a plurality of articles in a storage box in a factory or a distribution center, an article identification tag storing article information is attached to each article and the storage box information is stored in the storage box. When the storage box identification tag is stored and the storage box is transported by a transport line, the article identification tag and the storage box identification tag are read by a reader to identify the article and the storage box from the article information and the storage box information. Then, an article confirmation system is known in which it is determined whether or not they match with an article list stored in advance in storage means, and in the case of mismatch, the information is notified by voice or screen display ( For example, see Patent Document 1.)
JP 2004-352436 A

  When mechanically mounting electronic components on a printed circuit board, when mounting reel components in a cassette and loading them into a slot of a component mounting machine, the contents of labels conventionally attached to reel components can be visually confirmed, Alternatively, it is confirmed by means such as bar code reading. However, visual confirmation of parts is likely to cause human error and may cause erroneous mounting. Moreover, since the reel parts must be confirmed one by one, there is a problem that the confirmation work takes time.

  Also, parts confirmation by barcode reading reduces the model reading error and work time compared to visual inspection. However, if the mounted parts are handled for a long time, they cannot be read due to dirt or damage on the barcode printing part of the label. It may be possible.

  In addition, the confirmation of the slot into which the reel part is loaded also causes a human error in visual confirmation, and erroneous mounting is likely to occur. Furthermore, it takes time to check the part type and loading destination each time. Even if the reel position is loaded after confirming the slot position, it may be loaded in the wrong slot. Therefore, it is necessary to confirm the part type and the slot position again after loading the slot.

  In addition, in the loading slot confirmation by reading the barcode, the reading error of the model is reduced as compared with the visual inspection. However, it is not possible to check the parts after loading the slot by using the barcode, and erroneous checking is likely to occur because it is checked visually.

  Further, in the conventional part confirmation method, since the parts and the slot confirmation work must be performed at the time of slot loading and after slot loading, there is a problem that two workers are required and work efficiency is poor.

  The present invention has been made to solve the above-described problems. When a reel component is loaded on a component mounting machine and the component is mechanically mounted on a printed circuit board, the reel component can be reliably loaded in a target slot. It is an object of the present invention to provide a reel component mounting system that can prevent erroneous mounting and improve work efficiency.

According to the present invention, a reel component containing a plurality of electronic components is mounted on a cassette, loaded into a plurality of slots provided in a slot unit of a component mounter, and the electronic components stored in the reel components are taken out. In a reel component mounting system that is mechanically mounted on a printed circuit board,
A component identification IC tag that is affixed to each reel component and stores component information for identifying the component, and slot identification information that is provided corresponding to each slot of the slot unit and identifies each slot position. A slot identification IC tag that is stored, a slot loading auxiliary tool for loading a cassette loaded with the reel parts into the slot unit, and the slot loading auxiliary tool, provided in each slot. The slot identification IC tag, the antenna for wirelessly communicating with the component identification IC tag of the reel part set together with the cassette in the slot loading auxiliary tool, and the antenna provided in the slot loading auxiliary tool. The slot identification IC tag and the front when the slot identification IC tag is located close to the slot Information reading means for reading the storage information of the part identification IC tag of the reel part set in the slot loading auxiliary tool, and storage of the slot identification IC tag and the part identification IC tag read by the information reading means The information processing apparatus includes a determination unit that refers to the information and the pre-registered mounting information, and that determines a match / mismatch, and a display unit that displays a determination result of the determination unit.

  According to the present invention, it is possible to correctly load a cassette with reel parts mounted in a target slot, and after loading the cassette into the slot, there is no need to check the position, and it is possible to reliably prevent erroneous mounting of the reel parts. Work efficiency can be improved.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

  In the reel component mounting system according to this embodiment, when a reel component is loaded into a predetermined slot provided in a slot unit of a component mounter and the component is mechanically mounted on a printed circuit board, the component identification IC tag is mounted on the reel component. At the same time, when a slot identification IC tag is affixed to each slot and the reel part is loaded into the slot, the storage information of the component identification IC tag and the slot identification IC tag is read by a reader (reader / writer). The reel parts are correctly loaded into predetermined slots based on the read data and pre-registered mounting data.

  FIG. 1 is a diagram showing an example in which a component identification IC tag is attached to a reel component in a reel component mounting system according to an embodiment of the present invention, and FIG. 2 is a diagram showing an example of data stored in the component identification IC tag. FIG. 3 is a view showing an example in which a slot identification IC tag is attached to each slot provided in the slot unit of the component mounting machine.

  As shown in FIG. 1, for each reel component 11 to be mounted, for example, a component identification IC tag 12 is affixed to the upper part on the front side, and a label 13 is affixed to the lower part. In the reel component 11, a large number of electronic components to be mounted such as an IC chip are attached to a tape for each component and wound around a reel.

  The component identification IC tag 12 uses non-contact automatic recognition technology using radio communication called RFID (Radio Frequency Identification) and uses an IC chip with a built-in memory. (Not shown) and information can be read and written by a wireless communication signal from a reader / writer described later. In addition to the unique identification information, the component identification IC tag 12 stores in advance component identification information such as component management No, product name, model, remaining number, usage history, etc. as shown in the example of FIG. . Since the reel component 11 contains a large number of electronic components and may not be used in one mounting process, the number of components remaining in the reel component 11 after the mounting process is “ Written as “Remaining Number”. In the initial state, the number of components stored in the reel component 11 is written as the “remaining number” of the component information. In addition, as the “use history” of the component information, for example, the date of previous mounting or the like is written. The data stored in the component identification IC tag 12 may be managed in association with a database (not shown) on the server only by management No. Further, on the label 13 attached to the reel part 11, the product name, model, etc. of the part to be mounted are printed with characters and barcodes so that they can be confirmed visually.

  As shown in FIG. 3, the slot unit 16 into which the reel component 11 is loaded is provided with a plurality of slots 17 in parallel, and slot identification IC tags 18 a to 18 n are attached to the start ends of the slots 17. The Each of the slot identification IC tags 18a to 18n is an IC chip having a memory storing unique identification information in the same manner as the component identification IC tag 12. For example, the slot identification information such as the slot number and position is stored in advance. Each slot 17 can be specified by writing.

  Since the reel component 11 cannot be loaded in the component mounter as it is, it is loaded into the cassette 21 shown in FIG. 4 and loaded into a specific slot 17 on the slot unit 16. The cassette 21 is made of, for example, a synthetic resin material, and includes a reel mounting portion 22 for mounting the reel component 11 and a slot engaging protrusion 23 for engaging the cassette with the slot 17.

  Then, when loading the cassette 21 loaded with the reel component 11 into a predetermined slot 17, a slot loading auxiliary tool (jig) 25 shown in FIG. 5 is used. The slot loading auxiliary tool 25 includes a guide rail 26 that engages with the slot engaging protrusion 23 of the cassette 21 to guide the movement of the cassette 21. Further, the slot loading auxiliary tool 25 is provided with a first antenna 27 a for performing wireless communication with each of the slot identification IC tags 18 a to 18 n below the front end of the guide rail 26. A second antenna 27b for performing wireless communication with the component identification IC tag 12 affixed to the reel component 11 is provided at the center side, and a reader / writer 31 (described later) is provided on the side of the start end side of the guide rail 26. A third antenna 27c for performing wireless communication with FIG. 6 is provided.

  The first to third antennas 27a to 27c are constituted by, for example, loop antennas. The antennas 27a to 27c are connected by a high-frequency cable, and each slot identification IC tag 18a to 18 provided in each slot 17 is connected. 18n, the component identification IC tag 12 affixed to the reel component 11 and the antenna of the reader / writer 31 are coupled by electromagnetic induction so that wireless communication is performed.

  The first antenna 27a is formed small so that the slot identification IC tags 18a to 18n provided in the slots 17 can be recognized. The second antenna 27 b and the third antenna 27 c are formed large so that a long communication distance can be obtained with respect to the component identification IC tag 12 or the reader / writer 31 attached to the reel component 11.

  When the cassette 21 with the reel component 11 mounted thereon is loaded into the slot 17 as described above, the cassette 21 is placed on the guide rail 26 of the slot loading auxiliary tool 25 as shown in FIG. The component identification IC tag 12 is set so as to be positioned close to the second antenna 27b.

  Then, the information stored in the component identification IC tag 12 affixed to the reel component 11 and the slot identification IC tags 18a to 18n provided in each slot 17 is read by, for example, a hand-held reader / writer 31 and managed. To 35.

  The reader / writer 31 has a display unit 32 and a keypad 33 or a touch panel function, and has a built-in communication antenna, and outputs a question signal to the component identification IC tag 12 and the slot identification IC tags 18a to 18n. Then, a response signal from the IC tag output in response to the inquiry signal is received and the tag information is read. On the display unit 32 of the reader / writer 31, information read from the component identification IC tag 12 and the slot identification IC tags 18a to 18n, information sent from the management device 35, and the like are displayed.

  In the state where the reel component 11 is set on the slot loading auxiliary tool 25 via the cassette 21 as described above, the first antenna 27a provided on the front end side of the guide rail 26 is provided in the slot 17 for slot identification. When any one of the IC tags 18a to 18n, for example, the IC tag 18a for slot identification, is brought close to the third antenna 27c of the slot loading auxiliary tool 25, the first to third antennas 27a are placed. The reader / writer 31 stores the information stored in the slot identification IC tag 18a and the component identification IC tag 12 by the electromagnetic induction action of the component identification IC tag 12 affixed to the slot identification IC tag 18a and the reel component 11. It can be read.

  The management apparatus 35 is configured using, for example, a personal computer, and is connected to a control unit of the component mounter 41 and a component management department device (not shown) shown in FIG. Information is exchanged between the management device 35 and the reader / writer 31 or other devices by radio or wire. In the management device 35, for example, as shown in FIG. 7, mounting data such as product names, types, mounting quantities, and corresponding slot information (numbers and positions) of components to be mounted are registered in the memory in advance. “Mounting quantity” of the mounting data indicates the number of components actually mounted on the printed circuit board.

  The management device 35 collates the information of the component identification IC tag 12 and the slot identification IC tag 18a read by the reader / writer 31 with the associated mounting data, confirms the component, and loads the slot position. The confirmation information is output to the reader / writer 31. If an error such as a shortage of quantity is confirmed, the component mounter and the supply are provided by, for example, warning sound, voice, vibration, monitor display, etc. It is configured to automatically contact a person in charge such as a parts management department in real time at the same time.

  The confirmation information indicating the result of the component confirmation output from the management device 35 and the result of the confirmation of the slot position to be loaded is sent to the reader / writer 31 and displayed on the display unit 32. The component mounting operator confirms from the information displayed on the display unit 32 of the reader / writer 31 whether or not the component to be mounted is correct and the quantity is insufficient, and confirms the slot position where the reel component 11 is loaded. Then, the cassette 21 loaded with the reel part 11 is loaded into the intended slot 17.

  Next, the processing operation when the reel component 11 is loaded in the slot 17 will be described with reference to the operation explanatory diagram of FIG. 8 and the flowchart of FIG.

  First, as shown in FIG. 8A, the reel component 11 to be mounted is mounted on the cassette 21 and set in the slot loading auxiliary tool 25 (step A1 in FIG. 9). That is, the reel component 11 to be mounted is mounted on the cassette 21, and the slot is so positioned that the component identification IC tag 12 affixed to the reel component 11 is positioned close to the second antenna 27 b of the slot loading auxiliary tool 25. Set in the loading aid 25.

  Next, in order to search for a predetermined slot 17 into which the cassette 21 is loaded, any slot identifying IC tags 18a to 18n provided with the first antenna 27a of the slot loading auxiliary tool 25 in the slot 17, for example, for slot identification. Close to the IC tag 18a (step A2).

  Further, the reader / writer 31 is brought close to the third antenna 27c of the slot loading auxiliary tool 25, the information of the component identification IC tag 12 and the slot identification IC tag 18a attached to the reel component 11 is read, and the management device 35 is read. (Step A3). When the first antenna 27a provided at the tip of the slot loading auxiliary tool 25 is brought close to the slot identification IC tag 18a and the reader / writer 31 is brought close to the third antenna 27c of the slot loading auxiliary tool 25, the first antenna 27a. Due to the electromagnetic induction action of the first to third antennas 27a to 27c, the component identification IC tag 12 and the slot identification IC tag 18a, the reader / writer 31 is connected to the component identification IC tag 12 and the slot identification via the antennas 27a to 27c. Information of the IC tag 18a can be read.

  When the IC tag information read by the reader / writer 31 is sent to the management device 35, the part name and model in the information of the part identification IC tag 12 and the mounting data (product name, (Type) is compared (step A4), and if not, error information is output to the reader / writer 31 and displayed on the display unit 32 (step A5).

  If it is determined in step A4 that the product name and model of the part match the pre-registered mounting data, the management device 35 further determines whether or not the total remaining number of reel parts is greater than or equal to the mounting quantity. If the remaining number of parts is not equal to or greater than the mounting quantity, error information indicating that the remaining number is insufficient is output to the reader / writer 31 and displayed on the display unit 32 (step A7). If an error is displayed in step A5 or step A7, the component mounting operator replaces the reel component 11 with an appropriate one and executes the operation from step A1 again.

  When it is determined in step A6 that the remaining number of parts is equal to or greater than the mounting quantity, the management device 35 is registered in advance with the slot information (number and position) of the slot identification IC tag 18a read by the reader / writer 31. It is determined whether or not the slot information (number and position) for loading the reel component 11 is matched (step A8). If they do not match, the selected slot 17, that is, the first antenna 27a of the slot loading auxiliary tool 25 is determined. Is output to the reader / writer 31 for display on the display unit 32 (step A9).

  When a slot mismatch message is displayed on the display unit 32 of the reader / writer 31, the component mounting operator selects another slot 17 using the slot loading aid 25, that is, the first antenna of the slot loading aid 25. 27a is moved so as to be close to the identification IC tag 18b of another slot, for example, an adjacent slot, and the reader / writer 31 uses the first to third antennas 27a to 27c of the slot loading auxiliary tool 25 for component identification. The information of the IC tag 12 and the slot identification IC tag 18b is read and output to the management device 35 (step A10).

  When the IC tag information is sent from the reader / writer 31, the management device 35 returns to step A 8 and stores the slot information of the slot identification IC tag 18 b read by the reader / writer 31 and the reel component 11 registered in advance. It is determined whether or not the slot information to be loaded matches. If they do not match, the processing from step A9 is repeated.

  In step A8, the slot information of the slot identification IC tag 18i in which the first antenna 27a of the slot loading auxiliary tool 25 is brought close matches the slot information for loading the reel component 11 registered in advance. If determined, the management device 35 outputs a message indicating that the correct slot 17 has been selected (slot match) to the reader / writer 31 and displays it on the display unit 32 (step A11).

  When the message indicating that the correct slot 17 has been selected is displayed on the display unit 32 of the reader / writer 31 as described above, the component mounting operator, as shown in FIG. The cassette 21 is loaded into the slot 17 where the IC tag 18i is provided (step A12).

  Thereafter, the same operation is repeated, and a plurality of cassettes 21 each having a different reel component 11 mounted thereon are loaded into the slot 17 as shown in FIG. As a result, all the reel components 11 to be mounted can be correctly loaded into the intended slot 17.

  The component mounter 41 includes, for example, a display device 42 that displays various information, a display lamp 43 that displays an error, and the like, and reel components that are loaded in the slot 17 in accordance with a component mounting program registered in advance in a storage device. 11 is taken out and mounted on a printed circuit board 45 conveyed by a conveyance line 44 such as a belt conveyor.

  Then, after the component mounting on the predetermined number of printed circuit boards 45 is completed, the reel component 11 is taken out from each slot 17 of the component mounter 41. At this time, as shown in FIG. 11, the reader / writer 31 is brought close to the component identification IC tag 12 of each reel component 11, and the storage information of each component identification IC tag 12 is read and output to the management device 35. The management device 35 confirms the part name and model of the part from the IC tag information read by the reader / writer 31, and then subtracts the number of actually mounted parts from the remaining part number, and the remaining number of the subtraction result is transferred to the reader / writer 31. Output. The reader / writer 31 rewrites the remaining number of components stored in the component identification IC tag 12 with the remaining number of components sent from the management device 35 and updates the usage history.

  As shown in the above embodiment, the component identification IC tag 12 is attached to each reel component 11, and the storage information of the component identification IC tag 12 is read by the reader / writer 31 and collated with the mounting data. This makes it possible to easily and reliably check the model number, shortening the work time and increasing the accuracy of the work.

  Also, slot identification IC tags 18a to 18n are affixed to the respective slots 17 provided in the slot unit 16, and the slot loading assisting tool 25 is used when loading the cassette 21 with the reel component 11 loaded into the slot 17. The storage information of the component identification IC tag 12 and the slot identification IC tags 18a to 18n is read by the reader / writer 31, the read data is collated with the mounting data, and the cassette 21 is loaded in the predetermined slot 17. Thus, the cassette 21 on which the reel component 11 is mounted can be correctly loaded into the intended slot 17, and erroneous mounting of the reel component 11 can be reliably prevented. Furthermore, since it is not necessary to confirm the position after loading the cassette 21 into the slot 17, the confirmation work can be performed by one person, and work efficiency can be improved.

  In addition, a part of the same type may have a plurality of reels and may be used in parallel by a plurality of component mounting machines. In such a case, since the remaining number of parts, usage history, etc. are different for each unit such as a reel or a package, data management is difficult with only the barcode, but by using the component identification IC tag 12, the reel, Data of package unit can be managed. If the remaining number of parts can be grasped, the inventory can be used effectively, and it becomes possible to reduce the production cost by reducing the useless inventory.

  In the above embodiment, the case where the handy type reader / writer 31 is used has been described. However, a stationary type reader / writer may be used. When a stationary reader / writer is used, the communication antenna is separated from the reader / writer main body so as to be movable, and the antenna is attached to the component identification IC tag 12 attached to the reel part 11 and each slot 17. The stored information of the slot identification IC tags 18a to 18n is read.

  In the above embodiment, when the cassette 21 is loaded into the specific slot 17 on the slot unit 16, the component identification IC tag 12 for identifying the reel component 11 and the slot identification IC tag 18i for identifying the slot 17 are read. Although the reading is performed simultaneously by the writer 31, the component identification IC tag 12 and the slot identification IC tag 18i may be individually read and compared with the mounting data.

  In the above embodiment, when the cassette 21 set in the slot loading auxiliary tool 25 is loaded into the predetermined slot 17, the slot loading auxiliary tool 25 is manually moved to search for the target slot 17. However, for example, the slot loading assisting tool 25 is set in the automatic loading device, and the slot loading assisting tool 25 is provided in each slot 17 of the slot unit 16 by the moving mechanism of the automatic loading device. The reader / writer 31 stores the information stored in the IC tag 12 for identifying the components attached to the reel component 11 on the cassette 21 and the IC tags 18a to 18n for identifying the slots attached to the slots 17. The target slot 17 is selected by reading, and the cassette set in the slot loading auxiliary tool 25 is selected. 21 may be automatically loaded.

  Further, the present invention is not limited to the above-described embodiments as they are, and can be embodied by modifying the constituent elements without departing from the scope of the invention in the implementation stage.

It is a figure which shows the example which affixed the component identification IC tag to the reel component in the reel component mounting system which concerns on one Embodiment of this invention. It is a figure which shows the example of data memorize | stored in the IC tag for component identification in the embodiment. In the same embodiment, it is a figure which shows the example which stuck the IC tag for slot identification to each slot provided in the slot unit. In the same embodiment, it is a figure which shows the structural example of the cassette in which a reel component is mounted | worn. In the same embodiment, it is a perspective view which shows the structural example of the auxiliary tool for slot loading for loading the cassette with which the reel components were mounted | worn in a slot. It is a figure showing an example of composition of a reel parts mounting system concerning the embodiment. It is a figure which shows the example of mounting data registered into the management apparatus in the embodiment. FIG. 6 is an operation explanatory diagram when a cassette loaded with reel parts is loaded into a slot in the embodiment. In the same embodiment, it is a flowchart showing a processing operation in the case of loading a cassette with reel parts mounted in a slot. In the embodiment, it is a perspective view showing a schematic configuration example of a component mounter for mounting reel components on a printed board. In the same embodiment, it is a figure which shows the example in the case of updating the memory | storage information of a component identification IC tag with respect to the reel components removed from the component mounting machine after completion | finish of a mounting process.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 11 ... Reel part, 12 ... Component identification IC tag, 13 ... Label, 16 ... Slot unit, 17 ... Slot, 18a-18n ... Slot identification IC tag, 21 ... Cassette, 22 ... Reel mounting part, 23 ... Slot relation Collision, 25 ... Slot loading aid, 26 ... Guide rail, 27a ... First antenna, 27b ... Second antenna, 27c ... Third antenna, 27a-27c ... First to third antenna, DESCRIPTION OF SYMBOLS 31 ... Reader / writer, 32 ... Display part of reader / writer, 33 ... Keypad, 35 ... Management apparatus, 41 ... Component mounting machine, 42 ... Display apparatus, 43 ... Display lamp, 44 ... Conveyance line, 45 ... Printed circuit board.

Claims (1)

A reel component containing a plurality of electronic components is mounted on a cassette and loaded into a plurality of slots provided in a slot unit of a component mounter, and the electronic components stored in the reel components are taken out and machined on a printed circuit board. In reel component mounting system to be mounted,
A component identification IC tag that is affixed to each reel component and stores component information for identifying the component, and slot identification information that is provided corresponding to each slot of the slot unit and identifies each slot position. A slot identification IC tag that is stored, a slot loading auxiliary tool for loading a cassette loaded with the reel parts into the slot unit, and the slot loading auxiliary tool, provided in each slot. The slot identification IC tag, the antenna for wirelessly communicating with the component identification IC tag of the reel part set together with the cassette in the slot loading auxiliary tool, and the antenna provided in the slot loading auxiliary tool. The slot identification IC tag and the front when the slot identification IC tag is located close to the slot Information reading means for reading the storage information of the part identification IC tag of the reel part set in the slot loading auxiliary tool, and storage of the slot identification IC tag and the part identification IC tag read by the information reading means A reel component mounting system comprising: a determining unit that refers to information and mounting information registered in advance, and that determines a match / mismatch; and a display unit that displays a determination result of the determining unit.

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