JP2008270850A - Apparatus for supporting taping electronic component part advancing apparatus, for maintenance - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an apparatus for supporting a cartridge to utilize past maintenance information on the cartridge to determine eligibility for after maintenance work. <P>SOLUTION: The apparatus for supporting the cartridge has an input part to input historical maintenance information on the cartridge. The maintenance of the cartridge is executed by the apparatus for supporting the cartridge (S516), and a maintenance history is written in (S520). <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a support device for a taped electronic component feeding device for maintenance, which supports the taped electronic component feeding device in order to perform maintenance work of the taped electronic component feeding device that supplies the electronic component to the electronic component mounting device. Is.

  Japanese Patent Laid-Open No. 9-214183 discloses an electronic component mounting apparatus provided with a function for storing information on electronic components mounted on the supply means and information on the supplied electronic components. In this example, information on the name, quantity, and characteristics of the set taping parts is stored in the IPC memory of the supply means. When the taping parts are changed, the information in the IPC memory is also changed. There is a need to.

On the other hand, Japanese Patent Application Laid-Open No. 2000-208987 discloses a component mounting apparatus having a function of notifying the service life of a supply means, the timing of maintenance inspection, and the like. That is, in a component mounting apparatus equipped with an IPC memory as a storage unit provided in a supply unit so that production information is written by an R / W head unit that transmits production information controlled by a control device, Is disclosed in which the cumulative number of times that the is supplied is stored in the IPC memory.
JP-A-9-214183 Japanese Unexamined Patent Publication No. 2000-208987

  Factors that greatly affect the operation rate of the component mounting machine include the operation accuracy of the taped electronic component feeder (or cartridge). In order to constantly maintain the operation accuracy in a normal state, “periodic maintenance” and “maintenance as necessary” are necessary. For example, “periodic maintenance” may be based on the number of times electronic tape components are fed. That is, when the taped electronic component is fed and operated, dust and dirt are accumulated inside the cartridge due to scraping of the tape portion and the like, and adhere to the operation mechanism portion, thereby hindering the operation. Since dust and dust accumulate in proportion to the number of operations, regular maintenance is required to remove dust and dust. In other words, the greater the number of operations, the more the lubricating oil is consumed, and the mechanical frictional resistance can be increased. Therefore, maintenance such as periodic grease up is necessary.

  However, looking at the current cartridge usage, neither maintenance is often performed. The reason for this is considered that the user of the cartridge usually has many cartridges, so that it is difficult to manage them, and therefore, regular maintenance is difficult. In addition, it is not possible to determine that a cartridge to be maintained is an operator with specialized knowledge, and it is considered difficult to perform maintenance as necessary.

  In order to inform the user of the maintenance time, in the device described in Japanese Patent Laid-Open No. 2000-208987, the maintenance time of the cartridge is determined based on the number of times the cartridge is used, that is, the number of times the parts are sucked.

  In the maintenance of the cartridge, it is desirable that not only the maintenance time but also the suitability of the maintenance work can be determined. However, in that case, it is difficult to determine the suitability of the subsequent maintenance work because past maintenance information about the cartridge cannot be grasped only by the number of times the cartridge is used.

  SUMMARY OF THE INVENTION The present invention has been made in view of the above points, and provides a support device for a taped electronic component feeding device for maintenance that makes it possible to use past maintenance information relating to a cartridge for determination of eligibility for subsequent maintenance work. The purpose is to do.

A feature of the invention according to claim 1 is a supporting device for a taped electronic component feeding device for maintenance, which supports the taped electronic component feeding device and performs maintenance of the taped electronic component feeding device, wherein An input unit for inputting maintenance history information of the electronic component feeder is provided.
A feature of the invention according to claim 2 is the supporting device for the taped electronic component feeding device for maintenance according to claim 1, wherein the taped electronic component relating to the maintenance factor stored in the taped electronic component feeding device is The counter value of the number of operations is reset in conjunction with the writing of the maintenance history information input from the input unit.
A feature of the invention according to claim 3 is the supporting device for the taped electronic component feeding device for maintenance according to claim 2, wherein the taped electronic component feeding device includes a plurality of maintenance factors corresponding to each of a plurality of maintenance factors. The counter value is stored, and the counter value is reset for any one of a plurality of counter values corresponding to the maintenance work.
According to a fourth aspect of the present invention, there is provided a supporting device for a taped electronic component feeding device for maintenance according to any one of the first to third aspects, wherein the maintenance history information input from the input unit is fed to the taped electronic component feeding device. A communication port for transmitting to the transmission / reception unit of the apparatus is provided.

According to the first aspect of the present invention, the support device of the maintenance-purpose taped electronic component feeding device includes the input unit for inputting maintenance history information of the taped electronic component feeding device. It can be used to determine eligibility for later maintenance work. In addition, maintenance of the taped electronic component feeding device can be performed by the support device of the maintenance taped electronic component feeding device, and maintenance history information can be input immediately on the spot.
According to the invention according to claim 2, since the reset of the counter value relating to the maintenance factor is performed in conjunction with the writing of the maintenance history information input from the input unit of the support device of the taped electronic component feeding device for maintenance, The counter value can be reliably reset.
According to the invention of claim 3, since the counter value corresponding to the maintenance work is reset, a plurality of counter values corresponding to each of a plurality of maintenance factors are stored in the taped electronic component feeder. However, the counter value corresponding to the maintenance work can be surely reset.
According to the fourth aspect of the present invention, since the support device of the taped electronic component feeder for maintenance includes the communication port for transmitting to the transmitting / receiving unit of the taped electronic component feeder, the taped electronic component for maintenance is provided. Maintenance history information input from the feeder support device can be easily written to the taped electronic component feeder.

  Examples of the present invention will be described below. First, the configuration of a taped electronic component feeding apparatus and an electronic component assembling machine on which an electronic component package with a storage function according to an embodiment of the present invention is mounted will be described with reference to FIGS. FIG. 1 is an external view showing a main part of an electronic component assembly machine to which an embodiment of the present invention is applied. FIG. 2 is a side view of a taped electronic component feeder (hereinafter referred to as a cartridge) according to an embodiment of the present invention. 3 is a block diagram showing functions of the control device in the electronic component assembly machine of FIG. 1, and FIG. 4 is a block diagram showing functions of the control device provided in the cartridge of FIG.

  In FIG. 1, a plurality of cartridges 100 are mounted on a support base (component supply unit) of an electronic component assembly machine 110. A tape reel 16 as a reel type package is placed on each cartridge 100. The electronic component assembling machine 110 includes an X rail 111 holding a component mounting head 115, a Y rail 112 holding the X rail 111, an X direction driving means (not shown), and a Y direction driving means (not shown). 3) constitutes a head moving means for moving the component mounting head 115 in the XY directions. Further, a substrate transfer conveyor 113 for transferring the substrate 114 is provided. Accordingly, the component mounting head 115 is movable on the XY plane, and moves and mounts the electronic component on the substrate 114 by moving between the component extraction position of each cartridge 100 and the substrate 114.

  Further, on the electronic component assembling machine 110 side, a touch panel display 116 that also serves as an input unit 122 and a display unit 123 (see FIG. 3) is provided.

  As shown in FIGS. 2 and 4, the cartridge 100 includes a tape reel 16 wound with a taped electronic component, a tape feed driving unit 5 that sends the electronic component to the suction position 1, and the electronic component. A control unit centering on a sprocket 2 to be sequentially supplied to the suction position 1 one by one, a film recovery drive unit 7 and a processing unit (CPU) 22 on the control board 15 is provided.

  The cartridge 100 also includes a film collection drive monitoring unit (tension monitoring sensor) 8 as an information source for generating information related to “periodic maintenance” and “maintenance as necessary”. Furthermore, the attachment / detachment detection unit 17, the tape feed drive monitoring unit (link bar operation monitoring sensor) 19, the display unit 20 including a display panel (LED) or a warning lamp, the counter reset unit (SW) 21, and a rewritable memory. A storage unit 23 including a device EPROM, an EEPROM, and the like, and a transmission / reception unit (communication port) 29 are provided. The control unit of the cartridge 100 generates information related to “periodic maintenance” and “maintenance as necessary”. The transmission / reception unit 29 transmits / receives necessary information to / from the cartridge transmission / reception unit 125 of the electronic component assembly machine 120.

  The “periodic maintenance” period is based on the number of times the taped electronic parts are fed and the number of times the setup is changed. As a determination factor of the “maintenance as necessary” timing, the cumulative number of unexpected failures that occur when the cartridge is moved alone is assumed. Furthermore, the number of times that the cartridge feeding operation cannot be normally performed or a case where a physical problem occurs instead of the feeding operation of the cartridge itself may be mentioned.

  During operation of component assembly work by the electronic component assembly machine 110, when the tape feed drive unit 5 (first motor) controlled by the control board 15 of the cartridge 100 is rotated in the direction of the arrow 6, the axis of this motor is The cam 28 is rotated, and the link rod 24 moves in the direction of arrow 4. There is a ratchet 18 at the tip of the link rod 24, the sprocket 2 is rotated in the direction of arrow 3, and the tape wound around the tape reel 16 is fed in the direction of arrow 14.

  At this time, the tape 25 of the taped electronic component is taken up and stored in the film storage box 13 by the second motor (winding motor) constituting the film collection drive unit 7. When the winding motor of the film recovery drive unit 7 rotates in the direction of arrow 10, the film 25 is wound in the direction of arrow 11 by the film winding gear 12. The tension of the film 25 can be maintained by a force acting in the direction of the arrow 9 with the shaft 26 of the tension bar 27 as a fulcrum.

  The tension of the tension bar 27 is monitored by a tension monitoring sensor constituting the film collection drive monitoring unit 8 and is collectively managed by the CPU 22 on the control board 15.

  The electronic component is adsorbed by the component mounting head 115 of the electronic component assembling machine 110 at the adsorption position (component extraction position) indicated by the arrow 1 shown at the top of the sprocket 2.

  As shown in FIG. 3, a plurality of electronic component assembling machines 120 (lines 120A to 120N) are connected to a host computer (electronic component assembling machine control server) 200 via a communication network and are controlled in an integrated manner. Each electronic component assembly machine 120 includes a control unit 121, an input unit 122, a display unit 123, a communication unit 124, a cartridge transmission / reception unit 125, a storage unit 126, and a production execution unit 127.

  The control unit 121 also controls the conveyance of the substrate 114 and the mounting of the electronic component from the cartridge 100 to the substrate 114 in the electronic component assembly machine 120.

  Note that the above-described configuration of each electronic component assembly machine 120 is realized by, for example, a computer including a CPU, a memory, a program, input / output means, and the like, and various actuators controlled by the control output of the computer.

  The communication unit 124 controls communication with the host computer 200 and the like via a communication network. That is, a new “production work program” transmitted from the host computer 200 is received, or operation status information of the electronic component assembling machine 120 is transmitted to the host for centralized production status management in the host computer 200. .

  The storage unit 126 stores programs and data necessary for assembling electronic components. The production execution unit 127 is a mechanism part of a production apparatus that carries in / out a board and mounts components on the carried-in board.

  The cartridge transmission / reception unit 125 transmits / receives control information between the electronic component assembly machine 120 and the control board 15 of the cartridge 100. Further, when the control board 15 of the cartridge 100 issues a warning indicating that the maintenance work is necessary, a factor that requires the maintenance work can be read from the storage unit 23 of the cartridge and displayed on the display 116 of the electronic component assembling machine 120. .

  In the present invention, whether the cartridge has actually been operated can be confirmed by the tension monitoring sensor 8 and the link bar operation monitoring sensor 19 as information sources regarding “periodic maintenance” and “maintenance as necessary”. The CPU 22 of the control unit of the cartridge 100 issues a control command and confirms whether the cartridge has actually operated based on information from these sensors. These sensors are also used to monitor the actual number of operations of the electronic component assembly machine 110. All the operation information and sensor information are managed by the CPU 22 on the control board 15, and all necessary data are stored in the rewritable storage element 23.

  The storage element 23 of the tape cartridge stores, for example, the number of times each maintenance factor is detected and the history of maintenance work. The CPU 22 executes a maintenance time reporting function based on the monitoring result. Necessary information related to maintenance can be displayed on the display on the operation panel 20 provided on the cartridge, and further on the display unit 123 of the electronic component assembly machine 120 as necessary. For example, necessary information such as maintenance time is displayed on the display in the following cases.

(1) Management of the number of times the taped electronic component is fed An internal storage element (EPROM, EEPROM, etc.) 23 provided inside the cartridge has parts to be maintained on the cartridge, such as sprocket parts, first and second motors, Counts and stores the number of operations such as ratchet. Since storing the total number of operations causes the life of the storage element 23 to be shortened, it is preferable to write to the storage element 23 only when an arbitrary number of operations are performed. The storage element 23 stores the contents even when the power is turned off. When the stored value reaches an arbitrary value, the result is displayed on the indicator on the display panel 20 of the cartridge, and the customer can determine that “the cartridge needs maintenance”. Thereafter, the cartridge can be identified at any time in an environment where power can be turned on until maintenance is performed.

(2) Management of the number of times of setup change The cartridge is equipped with an attachment / detachment detector 17 capable of judging insertion / removal. The number of times that this detector 17 has detected insertion / extraction is counted and stored in the internal storage element 23. The storage element 23 stores the contents even when the power is turned off. When the stored value reaches an arbitrary value, the result is displayed on the display 20 on the display panel of the cartridge, and the customer can determine that “maintenance is necessary”. Thereafter, the cartridge can be identified at any time in an environment where power can be turned on until maintenance is performed.

(3) Management of the number of times when the cartridge feeding operation has not been performed normally (self-determination function) The CPU 22 and operation detectors 8 and 19 for managing a series of operations are mounted inside the cartridge. The CPU 22 counts the number of times it has determined that it has performed an abnormal operation based on a determination based on a predetermined standard, and stores it in the internal storage element 23. The memory element stores the contents even when the power is turned off. When the stored value reaches an arbitrary value, the result is displayed on the display 20 on the display panel of the cartridge, and the customer can determine that “maintenance is necessary”. Thereafter, the cartridge can be identified at any time in an environment where power can be turned on until maintenance is performed.

(4) Management of physical problems, not the cartridge itself, such as when the cartridge 100 is “struck”, “dropped”, etc., and parts feeding accuracy is not correct. The defect determined by the detector or the like is stored in the storage element 23 of the target cartridge from the communication port 29. Examples of the external detector include a machine that sucks parts from a cartridge, and a cartridge adjusting device with an image processing function. The storage element 23 stores the contents even when the power is turned off. When the power is turned on, the result is displayed on the display on the display panel 20 of the cartridge 100, and the customer can determine that “maintenance is necessary”. Thereafter, the cartridge can be identified at any time in an environment where power can be turned on until maintenance is performed.

  Management of the above (1) to (4) can be performed individually, but it is preferable to manage them collectively. As an embodiment in this case, generation, display, and warning operations of information related to “periodic maintenance” and “maintenance as necessary” will be described with reference to the flowchart of FIG. 5 and the table of FIG.

  First, a maintenance factor (A to X) and warning conditions such as the number of warnings for each maintenance factor are set (S502). These settings are made by the operator of the electronic component assembly machine 120 via the display 116 of the electronic component assembly machine 120, and the setting values are recorded in the storage element 23 of the tape cartridge. Data is retained.

An example of data giving the relationship between the maintenance factor (A to X) recorded in the storage element 23 of the tape cartridge and the warning condition of each maintenance factor is shown in the table of FIG. In this example, the following maintenance factors and warning conditions are set.
(1) Number of times of “tape feeding operation” Number of warnings = 10000 times This indicates that when the number of times of tape feeding operations reaches 10,000 times, a warning is given that the maintenance time has come regardless of the state of the cartridge. It is something that is emitted.

(2) Number of “set-up changes” For example, assuming an unexpected failure that occurs when the cartridge is moved alone, if the number of “set-up” reaches 20, the occurrence of the failure becomes high and a warning is given. To emit.

(3) Number of “abnormal operation of tape feeding” This is detected by a detecting means provided in each cartridge. When the number of “abnormal operation of tape feeding” reaches 20, a warning is issued because the frequency of occurrence of defects is high.

(4) Number of “Suction Mistakes” Parts jumped out when the tape feed amount was incorrect and the part was not correctly positioned at the regular suction position, or due to irregular tape feed operation due to lack of lubricating oil This phenomenon occurs in the electronic component assembly machine main body by detecting whether or not the component is adsorbed to the nozzle by a detecting means such as a sensor. When the electronic component assembly machine main body detects a suction error, it transmits the information to the cartridge 100 in which the suction error has occurred. The cartridge receives this via the communication port 29 and stores it in the storage element 23. When the number of “adsorption mistakes” reaches 10, a warning is issued because the occurrence of defects in the cartridge becomes high.

(5) Warning based on the synergistic action of abnormal operation The individual detection items of the above-mentioned abnormal operation or maintenance factors (2) to (4) indicating the possibility thereof may be detected in a specific cartridge even if the number of warnings is not reached. It is considered that there is a possibility that there is some abnormality in the cartridge 100 that a plurality of detection items become a certain number of times, in other words, that various abnormal operations occur frequently. Therefore, when the cumulative value of each detection item has reached a predetermined value, such as “total of (2) to (4)”, the cartridge is defective even if the individual value has not reached the number of warnings. A warning about the maintenance time is issued as the occurrence becomes high. In this example, when “the sum of (2) to (4)” reaches 30, a warning is issued because the occurrence of a problem is high.

  In the embodiment, the total of the maintenance factors (2) to (4) is simply used. However, each maintenance factor is weighted, and it is determined based on whether or not the cumulative value has reached a predetermined value. May be. Also, the time factor such as “number of times of tape feeding operation” of the maintenance factor (1) and the abnormal operation factor are respectively weighted, and the cartridge is determined depending on whether or not the accumulated value has reached a predetermined value. It may be determined that the occurrence of defects becomes high. If the relationship between each detection item and a predetermined value is defined in advance as a function, it is possible to cope with various use conditions of the cartridge.

  Returning to the flowchart of FIG. 5, when the cartridge is first set, the counter reset unit (SW) 21 performs a reset operation, thereby resetting each counter value of the maintenance factor held in the storage element 23 ( S504). Next, the tape reel 16 around which the electronic component is wound is loaded into the cartridge 100, and the component assembly operation by the electronic component assembly machine 110 is performed. When an operation or abnormality from any of the detection items is detected by the cartridge or the electronic component assembly machine body during the component assembly operation, the corresponding item is counted up (S506).

  For example, the tape feed operation detection signal (or tape feed abnormal operation detection signal) transmitted from the monitoring sensors 8 and 19, the cartridge removal detection signal transmitted from the detector 17, and the suction error detection signal transmitted from the component mounting machine. In response to any of these, the CPU 22 determines the detection items to be increased, and adds them to the storage element 23. This count-up continues even when the tape reel 16 is sequentially replaced with a new one and loaded into the cartridge 100.

  Next, each count value is compared with a predetermined value set as a warning condition for each maintenance factor (S508), and if any of the count values reaches a predetermined value, the occurrence of a defect in the cartridge becomes high, and a warning for the maintenance time is given. (S510). That is, when the detection item reaches the number of warnings, the cartridge display 20 is turned on to inform the user of the cartridge that requires maintenance. Even if each count value does not reach the predetermined value, it is compared with a predetermined value set as a warning condition based on the synergistic action of abnormal operation (S512), and when any of them reaches the predetermined value, the display 20 is turned on. Thus, the maintenance time warning is issued (S510). If none of them reaches the predetermined value, the process returns to the count-up process for the corresponding item (S506).

  Further, the cause of maintenance is displayed (S514). That is, when the operator of the electronic component assembly machine operates the input unit (touch panel) to request the display of the cause of maintenance, the cause (detection item) that requires maintenance is read from the memory 23 of the cartridge 100, and the display unit Is displayed on the display 116. As a result, the user knows the cause of the need for maintenance and performs the maintenance work of the cartridge by looking at the manual book describing the specific maintenance work for each cause (S516).

A specific example in the case of performing the maintenance operation (S516) of the cartridge will be described below.
(1) When the “tape feeding operation” is the cause When the taped electronic component is fed, dust or dust accumulated inside the cartridge due to scraping of the tape part, etc., adheres to the operation mechanism part, and hinders the operation. Come on. Since dust and dust accumulate in proportion to the number of operations, regular maintenance is required to remove dust and dust. As the number of operations increases, the consumption of lubricating oil becomes more severe, and the mechanical frictional resistance can be increased. Maintenance such as regular grease up is necessary.

(2) When the cause is “set-up change” When the cartridge is inserted or removed during the set-up change, the electrodes are worn. In an environment where the setup is frequently changed, it is necessary to replace the electrode portion of the cartridge. Periodic visual check of the electrode part is necessary, and maintenance of parts replacement is necessary if necessary. If setup changes are made frequently, depending on the handling of the operator, “bump” and “drop” can be considered. In this case, a slight deviation in the operation accuracy that does not affect the actual operation occurs. It is necessary to perform maintenance and correct the deviation before the minute deviation disturbs the parts feeding operation.

(3) “Abnormal operation of tape feeding”
Since there is a high possibility that there is an abnormality in the tape feed drive mechanisms such as the ratchet 18 and the link rod 24, maintenance is performed on the portions.

(4) When “Suction Mistake” is Caused If the pitch feed of the tape is not appropriate, it will cause a suction mistake, so maintenance of the tape feed drive mechanism is necessary. Further, if the winding operation of the film 25 is not appropriate, the parts may stand up in the pocket and cause a suction failure, so that maintenance of the film winding drive unit is also necessary.

  In addition, the information described in the manual book is provided as electronic data from the manufacturer, and is recorded in advance in the storage unit 126 of the control unit as support information indicating the relationship between the cause of maintenance and the necessary work content, The support information may be displayed on the display in response to a request from the operator. In this case, since the cause of the maintenance is known, necessary support information may be automatically read and displayed according to the cause.

  Next, it is determined whether or not the cartridge can be reused (S518). This is determined by the user (operator) by looking at a manual or the like or based on the support information. The user determines whether or not the cartridge can be disposed of with reference to the maintenance history of the cartridge and the cumulative value of each item from the start of cartridge use. For example, items that are frequently warned about maintenance time, and items that have a considerably large cumulative value are subject to disposal. The control unit may be configured to propose disposal based on the cumulative value of each item.

  When the cartridge is reusable, after the maintenance work is completed, the user writes maintenance history information in the storage unit of the cartridge via the input unit of the component mounter (S520). As shown in FIG. 6, the history information includes work date / time, cause, worker ID, and the like. In addition, the total of the count-up values of each item from the start of use of each cartridge is also recorded. These can be used to determine the suitability for later maintenance work and the timing of cartridge disposal. That is, the operator can identify the cartridge at any time as necessary, and therefore accurate maintenance is possible based on accurate information. A maintenance cartridge support base that supports the cartridge and performs maintenance work is provided with an input unit for inputting maintenance history information and a communication port for transmitting the input information to the transmission / reception unit 29 of the cartridge. After the maintenance work performed on the cartridge support table is completed, maintenance history information may be input from the cartridge support table and written to the write storage unit 23.

  When the user maintains the cartridge, the user sets the 1-bit slide SW 21 on the control board 15 to the opposite side, and turns on the cartridge again. The CPU 22 has a system for storing the “state of the previous slide SW 21”, and when it is determined that the current setting is different from the previous setting, the count number is reset (cleared) (S 504).

  That is, when the user operates the counter reset unit (SW) 21 after the maintenance is completed, the counter value of any item corresponding to the maintenance work is reset. This may be such that the SW is automatically reset in conjunction with the writing of the maintenance history. For the counter value of the item that does not correspond to the maintenance work, the previous value is continuously held.

  On the other hand, if the cartridge cannot be reused, it is disposed of (S520). Information relating to the disposal of the cartridge is also recorded in the storage unit 126 of the control unit.

  In this way, the operator can identify the cartridge at any time as necessary, so that accurate maintenance is possible based on accurate information.

  As described above, according to the embodiment of the present invention, the support device of the maintenance-purpose taped electronic component feeding device includes the input unit for inputting maintenance history information of the taped electronic component feeding device. The maintenance history information can be used to determine eligibility for later maintenance work. In addition, maintenance of the taped electronic component feeding device can be performed by the support device of the maintenance taped electronic component feeding device, and maintenance history information can be input immediately on the spot.

It is an external view which shows the principal part of the electronic component assembly machine with which the Example of this invention is applied. 1 is a side view of a taped electronic component feeding device (cartridge) according to an embodiment of the present invention. It is a block diagram which shows the function of the control apparatus in the electronic component assembly machine of FIG. It is a block diagram which shows the function of the control apparatus provided in the cartridge of FIG. It is a flowchart explaining operation | movement of a production | generation, a display, and a warning of the information regarding "periodic maintenance" and "maintenance as needed" by one Example of this invention. It is a table which shows an example of the data which gives the relationship etc. of the maintenance condition (A-X) recorded on the memory element of a tape cartridge, and the warning conditions of each maintenance factor.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1 ... Adsorption position, 2 ... Sprocket, 5 ... Tape feed drive part (1st motor), 7 ... Film collection drive part (2nd motor), 8 ... Film collection drive monitoring part (tension monitoring sensor), 10 ... Tape feed monitoring unit, 12 ... film take-up gear, 13 ... film storage box, 15 ... control board, 16 ... tape reel, 17 ... desorption detection unit, 18 ... ratchet, 19 ... tape feed drive monitoring unit (link rod operation monitoring) Sensor), 20 ... Display, 21 ... Counter reset unit (slide SW), 22 ... Calculation processing unit (CPU), 23 ... Storage unit, 24 ... Link bar, 25 ... Electronic component film, 26 ... Shaft, 27 ... Tension bar, 28 ... cam, 29 ... transmission / reception unit (communication port), 100 ... cartridge, 110 ... electronic component assembly machine, 111 ... X rail, 112 ... Y rail, DESCRIPTION OF SYMBOLS 13 ... Board | substrate conveyance conveyor, 114 ... Board | substrate, 115 ... Component mounting head, 116 ... Display, 121 ... Control part, 122 ... Input part, 123 ... Display part, 124 ... Communication part, 125 ... Cartridge transmission / reception part, 126 ... Memory | storage part 127 ... Production execution section

Claims (4)

A support device for a taped electronic component feeder for maintenance, which supports the taped electronic component feeder and performs maintenance of the taped electronic component feeder,
A support device for a taped electronic component feeder for maintenance, comprising an input unit for inputting maintenance history information of the taped electronic component feeder. A support device for a taped electronic component feeder for maintenance according to claim 1,
The counter value of the operation count of the taped electronic component related to the maintenance factor stored in the taped electronic component feeding device is reset in conjunction with the writing of the maintenance history information input from the input unit. A support device for a taped electronic component feeder for maintenance. A support device for a taped electronic component feeder for maintenance according to claim 2,
The taped electronic component feeder stores a plurality of counter values corresponding to a plurality of maintenance factors,
The support device for a taped electronic component feeder for maintenance, wherein the counter value is reset for any one of a plurality of counter values corresponding to the maintenance work in the previous period. A support device for a taped electronic component feeding device for maintenance according to claim 1,
A maintenance device for a taped electronic component feeder for maintenance, comprising a communication port for transmitting maintenance history information input from the input unit to a transmission / reception unit of the taped electronic component feeder.

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