CN1324666C - Electronic parts encapsulation, non-volatile strong mesocolloid memory, mounting machine and method - Google Patents
Electronic parts encapsulation, non-volatile strong mesocolloid memory, mounting machine and method Download PDFInfo
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- CN1324666C CN1324666C CNB031472125A CN03147212A CN1324666C CN 1324666 C CN1324666 C CN 1324666C CN B031472125 A CNB031472125 A CN B031472125A CN 03147212 A CN03147212 A CN 03147212A CN 1324666 C CN1324666 C CN 1324666C
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Abstract
Provided is an electronic component package with a storage function capable of easily managing electronic components and a method for mounting the electronic components by using the electronic component package. This electronic component package with a storage function is provided with a non-volatile ferroelectric memory for recording electronic component information, and predetermined information is read or recorded from or in the electronic component package in a non-contact status by a corresponding storage information reading/writing (R/W) part so that the electronic components can be easily managed. The electronic component information is represented by the manufacturing maker of the electronic components, manufacturing lots, component models, sizes, residual number, and data for image processing for assembling the components on a substrate.
Description
Technical field
The present invention relates to be applicable to the installation method of electronic unit encapsulation, non-volatile strong dielectric body (luring electric body by force) memory, electronic components mounting machine and the electronic unit that memory function is arranged of electronic components mounting machine.
Technical background
Electronic unit presentation mode as electronic components mounting machine has winding mode, accumulation mode, dish dress mode, adhesion mode etc., in the winding mode, holding packaging of electronic parts adopts coiling to accommodate the tep reel of the band of a plurality of electronic units, in accumulation mode, adopt the accumulation chuck that accommodates a plurality of electronic units with the state that disperses.
At the electronic part feeder (feeder) of electronic components mounting machine fixedly during electronic unit (tep reel, pile up chuck etc.), in order to make the operator can confirm that electronic unit encapsulates the kind of interior electronic unit etc., in the electronic unit encapsulation, paste the bar code mark of having represented identifying information.
But the operator needs to adopt bar code reader read the bar code information that sticks on this electronic unit encapsulation with manual work in electronic part feeder fixing electronic unit when encapsulation, has the shortcoming of operation difference.And, because the amount of information that available bar code shows is few, so can not ten minutes flexible management electronic unit.In addition, only, need special-purpose Database Systems, have the shortcoming that the price of management system uprises with the volume residual of the electronic unit of electronic components mounting machine in can not the managing electronic component packages.
Summary of the invention
The objective of the invention is to, can carry out the management of electronic unit encapsulation easily and be contained in the management of the electronic unit of this electronic unit encapsulation.
The present invention is provided with the rewritable memory of the information of the electronic unit in this encapsulation of record in holding packaging of electronic parts, by read and write the stored information of this memory by stored information read-write portion, can carry out the management of electronic unit encapsulation easily and be contained in the management of the electronic unit of this electronic unit encapsulation.
At this, the electronic unit information that is stored in memory comprises the identifying information of this electronic unit, manufacturer, manufacturing batch, parts kind, size (size), volume residual, be used for installing electronic unit on substrate image processing gets final product with at least one of data.
Perhaps, the electronic unit information that is stored in memory also can comprise the average characteristics data of this electronic unit and/or the average image processing data of this electronic unit.
In addition, also can be that above-mentioned memory has the manufacturer zone of the manufacturer's writing information that is used for this encapsulation and is used for the user area of user's writing information of this encapsulation, the electronic unit information that writes above-mentioned manufacturer zone comprises the average image processing of average characteristics data, this electronic unit of the identifying information of this encapsulation, this electronic unit with in the data at least one, comprises achievement information and/or the bad image of component information of being mounted in the electronic unit information that writes above-mentioned user area.
In addition, also can adopt non-volatile strong dielectric body memory as the memory that is provided with in the electronic unit encapsulation.
Also can be provided for reading and writing the respectively stored information read-write portion of the stored information of the memory of encapsulation at support platform that carries a plurality of feeders or feeder.
At this, in the electronic components mounting machine of having fixed the support platform, the position of the memory of corresponding each encapsulation is provided with stored information read-write portion respectively and gets final product.
In addition, also can be in the electronic components mounting machine of removable support platform, 1 stored information read-write portion only is set, support platform by moving, the memory of above-mentioned each encapsulation is approaching to above-mentioned 1 stored information read-write portion successively, read and write the above-mentioned respectively stored information of the memory of encapsulation successively in this 1 stored information read-write portion.
In addition, also can be the volume residual information of the electronic unit in the encapsulation of memory record, based on the volume residual of the electronic unit in this volume residual information management encapsulation.
Perhaps, the recorded information that also can be based on memory is carried out the stock control of electronic unit.
Non-volatile strong dielectric body memory of the present invention, be arranged on the rewritable non-volatile strong dielectric body memory that holds in the packaging of electronic parts, writes down the information of the relevant electronic unit in this encapsulation, the information of above-mentioned relevant electronic unit comprises at least one of average image processing usefulness data of average characteristics data, this electronic unit of the identifying information of this electronic unit, this electronic unit.
Electronic components mounting machine of the present invention, it is electronic components mounting machine with the support platform that carries a plurality of feeders, it is characterized in that: install respectively at above-mentioned a plurality of feeders and accommodate packaging of electronic parts, and the rewritable memory of record about the information of the electronic unit in each encapsulation is set in each encapsulation, be provided for reading and writing the above-mentioned respectively stored information read-write portion of the stored information of the memory of encapsulation at above-mentioned support platform or above-mentioned feeder.
Electronic components mounting machine of the present invention, it is electronic components mounting machine with the support platform that carries a plurality of feeders, it is characterized in that: install respectively at above-mentioned a plurality of feeders and accommodate packaging of electronic parts, and the rewritable memory of the information of the electronic unit in relevant each encapsulation of record is set in each encapsulation, above-mentioned each encapsulate the stored information read-write portion of the stored information of the memory that is provided for reading and writing above-mentioned this encapsulation respectively.
Electronic component mounting method of the present invention, be to adopt the method that electronic unit is installed at substrate as each described electronic components mounting machine of scheme 9 to 12, utilize the stored information of the memory of above-mentioned each encapsulation of above-mentioned stored information read-write portion's read-write, carry out the installation of electronic unit.
The accompanying drawing summary
Fig. 1 (a) is the outside drawing of major part of the electronic components mounting machine of embodiments of the invention 1, and Fig. 1 (b) is the figure of the outward appearance of expression tep reel.
Fig. 2 is the block diagram of function of control device of a plurality of electronic components mounting machines of expression embodiment 1.
Fig. 3 is the figure that summary is represented the function of the non-volatile strong dielectric body memory of embodiment 1 and stored information read-write portion.
Fig. 4 (a) is the plane graph of the structure example of the expression non-volatile strong dielectric body memory of embodiment 1 and stored information read-write portion, and Fig. 4 (b) is the longitudinal section of this part.
Fig. 5 is the figure of structure example of the electronic components mounting machine of expression embodiments of the invention 2.
Fig. 6 (a)～Fig. 6 (c) is 3 kinds of figure that example is installed to the non-volatile strong dielectric body memory of tep reel of expression embodiment 2.
Fig. 7 is the figure of structure example of the electronic components mounting machine of expression embodiments of the invention 3.
Fig. 8 is the flow chart of concrete action of the electronic components mounting machine of explanation embodiments of the invention 4.
Fig. 9 is the figure of operate condition of the electronic components mounting machine of explanation embodiment 4.
Figure 10 is the figure of record form of the data of expression embodiments of the invention 5.
Figure 11 is the flow chart of concrete action of the electronic components mounting machine of explanation embodiment 5.
Figure 12 (a) and Figure 12 (b) are the figure of another embodiment of utilizing of the information of explanation non-volatile strong dielectric body memory of the present invention.
Figure 13 is the figure of example of the management of the explanation parts volume residual that the present invention is used for tep reel.
Figure 14 is the figure that the example of the continuation that the present invention is used for record informations such as parts volume residual is described.
Figure 15 is the figure that explanation is used for the present invention the management in parts data storehouse.
Figure 16 is the figure of another structure example (1) of expression electronic components mounting machine of the present invention.
Figure 17 is the figure of another structure example (2) of expression electronic components mounting machine of the present invention.
Figure 18 is the figure of another structure example (3) of expression electronic components mounting machine of the present invention.
Mode carries out an invention
Embodiment
Below, embodiments of the invention are described.At first, referring to figs. 1 to Fig. 4 illustrate embodiments of the invention 1 installation have a structure of electronic components mounting machine of the electronic unit encapsulation of memory function.
As shown in Figure 1, electronic components mounting machine 10 has the support platform 12 that carries feeder 14.The encapsulation (package) of at least 1 tep reel 30 as the winding type is set in feeder 14.In tep reel 30, be wound with held a plurality of electronic units 31 be with 35.Be provided with the non-volatile strong dielectric body memory 40 as rewritable memory in the side of tep reel 30, the lateral column 16 of the support platform 12 corresponding with it is provided with stored information read-write portion 28.Non-volatile strong dielectric body memory 40 record can by stored information read-write portion 28 read or writeable electronic unit information (identifying information of electronic unit [ID], manufacturer, manufacturing batch, parts kind, size, be used on substrate, installing electronic unit image processing with data etc.).At this, the image processing data are average datas of tep reel unit for example.That is be to be contained in the average characteristics data of electronic unit of tep reel and the average image processing data of electronic unit.The overall dimension data that these image processing data are electronic units or the map data of electronic unit etc. read in the computer of electronic components mounting machine, the standard picture that is used to detect the suction nozzle of attract electrons parts and detects the image processing of bad parts.
As shown in Figure 2, (line 10A～10N) be connected to main frame (electronic components mounting machine Control Server) 50 through communication network is all together control to a plurality of electronic components mounting machines 10.Each electronic components mounting machine 10 has control part 20, input part 21, display part 22, Department of Communication Force 23, storage part 24, production execution portion 25, substrate transport unit 26, parts supply unit 27 and stored information read-write portion 28.At this, the transmission of the substrate of substrate transport unit 26 control basal plate component mounters 10, the packaging of electronic parts that will install on parts supply unit 27 control basal plate (for example tep reel 30).Stored information read-write portion 28 has communication function, receives the instruction from control part 20, and the information that transmitting-receiving is used to read and write between the non-volatile strong dielectric body memory 40.
In addition, the said structure of each electronic components mounting machine 10 is for example by CPU and memory, the realizations such as various exciters that have the computer of program and input-output unit etc., controlled by the control of this computer output.In addition, display part 22 becomes the touch-screen display (screen is adjusted in management) of the partial function with input part 21, is arranged on the lateral column 16 of supporting platform 12.
As the function that control part 20 is carried out, have the change of setting, adjustable " management adjustment modes " and, can carry out minimum limited-production " production model ".The user of electronic components mounting machine 10 (consumer or operator) carries out registration management respectively with username and password, has the executable order of each user.The line manager arrives this device when problem has taken place for certain of self-administered line 10A～10N, be registered as the management adjustment modes and adjust and set change.
Department of Communication Force 23 is communicated by letter through communication network control and main frame 50 grades.That is, receive the new production operation program sent from main frame 50 and at main frame 50 centralized management production status, the running condition information of electronic components mounting machine 10 is sent to main frame 50.
As shown in Figure 2, store required program and the data of installation electronic unit at storage part 24.In the embodiments of the invention 1, minimumly limit the quantity of in storage part 24 storage, the information of following (a)～(c).
(a) production operation program
The production operation program is kind, the coordinate of the electronic unit that will install on the substrate of expression, the program of erection sequence, carries out in production execution portion 25.For example, comprise electronic unit is installed in coordinate (X, Y) and component information thereof on the substrate.
(b) data of Zhuan Zhi driving situation
Be the data of the drive condition (for example, the kind of the actuating speed of part mounting head, suction nozzle, various eigenvalues etc.) of the electronic components mounting machine set of expression.
(c) electronic unit message control program
The electronic unit message control program is that storage part 24 is read and remained on to the information of the tep reel 30 that will be installed by stored information read-write portion 28 from non-volatile strong dielectric body memory 40, be used for the control of electronic components mounting machine, will represent that maybe the data of the relation of mounted tep reel 30 and electronic components mounting machine write the program of non-volatile strong dielectric body memory 40.
Fig. 3 summary illustrates the function of non-volatile strong dielectric body memory 40 and stored information read-write portion 28.Non-volatile strong dielectric body memory 40 has aerial coil 42 and LSI chip 44 (or CPU), and the magnetic field 46 of the signal that generates based on stored information read-write portion 28 is configured in the position that intersects with aerial coil 42.The high-frequency signal of the digital modulation that utilization is received and dispatched between non-volatile strong dielectric body memory 40 and stored information read-write portion 28, transmitting-receiving and recorded information mutually.At this, need electrically contact in order to read in non-volatile strong dielectric body memory 40.Non-volatile strong dielectric body memory 40 is by forming the capacitor layers of strong dielectric body on common cmos layer, identical reads, the write performance memory that also has non-volatile property except having with common SRAM.The strong dielectric body layer of non-volatile strong dielectric body memory 40 utilizes the historical characteristics (hysteresis) of electric field/polarization that strong dielectric body has to keep data.
In addition, the distance that non-volatile strong dielectric body memory 40 and stored information read-write portion 28 can intercom mutually is in several cm～several m, and general distance between the two is near more, and communication speed is fast more.On the other hand, if distance is near, it is many that the restriction that the position is set of non-volatile strong dielectric body memory 40 and stored information read-write portion 28 just becomes.Thereby distance is between the two determined according to the purposes of non-volatile strong dielectric body memory 40.For example, at the Large Volume Data of non-volatile strong dielectric body memory 40 records as view data, in the time of need carrying out the high-speed communication processing to these data, best two distances between both are located in the 10cm.
Generally, electronic components mounting machine constitutes and is supporting that platform carries a plurality of tep reels simultaneously.Thereby as shown in Figure 4, corresponding each groove of supporting platform 12 is arranged on a plurality of stored information read-write portion 28 that (position of the non-volatile strong dielectric body memory 40 of A～F) gets final product near each tep reel 30.Like this, non-volatile strong dielectric body memory 40 is separately positioned on that (position of the peripheral part of A～F), each stored information read-write portion 28 can correctly read each tep reel 30 (information of the non-volatile strong dielectric body memory 40 of A～F) near each tep reel 30.
Think the information that has the user of information that the manufacturer of tep reel 30 writes and tep reel 30 to write as the information that is recorded in non-volatile strong dielectric body memory 40.The electronic unit information that manufacturer writes is that the average image processing of the average characteristics data of the electronic unit that holds in the identifying information (make batch number etc.), manufacturer, production country, component names, parts kind, size, tep reel of tep reel and electronic unit is with data etc.These information are not upgraded by the user.If not the memory span of volatibility strong dielectric body memory 40 has residue, the electronic unit information that writes as manufacturer then can also be added service, the maintenance of relevant electronic unit, information of new product etc.
On the other hand, the electronic unit information that writes at tep reel 30 of user has the achievement information of installation and bad image of component information etc.The achievement recording of information is installed in explanation later on.Bad image of component information utilize method to think to exist when bad bad parts are installed in the electronic unit in tep reel 30, this image is recorded as bad image of component information, utilize when taking some countermeasures later on.
Below, the embodiment 2 of electronic components mounting machine of the present invention is described according to Fig. 5 and Fig. 6.Among this embodiment 2, will support platform to make the device mesa 120 of active type, (A～F), (protuberance 32 of A～F) is separately installed with non-volatile strong dielectric body memory 40 (A～F) at each tep reel 30 simultaneously to carry each tep reel 30 on this device mesa 120.Be provided with 1 stored information read-write portion 28 at the lateral column 16 of supporting platform 12.By moving device platform 120 successively, ((A～F) arrives near the mutual read-write position of corresponding stored Card read/write portion 28 to the non-volatile strong dielectric body memory 40 of A～F) successively so that each tep reel 30, read each tep reel 30 (the non-volatile strong dielectric body memory 40 of A～F) (canned data among the A～F) (for example the identifying information of electronic unit [ID], image processing with data etc.), keep this information in storage part 24 grades, or in non-volatile strong dielectric body memory 40 recording prescribed information.
At this, shown in Fig. 6 (a), non-volatile strong dielectric body memory 40 is slenderly pasted along the periphery 32 of the protuberance 32 of each tep reel 30.Perhaps, shown in Fig. 6 (b), also can be wholely set the memory paste section 33 of broad, paste non-volatile strong dielectric body memory 40 in this memory paste section 33 in the outer rim of the protuberance 32 of tep reel 30.Perhaps, with the memory paste section of this broad as with tep reel 30 be not the selectable unit (SU) 34 of one, wait the protuberance 32 with tep reel 30 to become one by linking this selectable unit (SU) 34.
Below, the embodiment 3 of electronic components mounting machine of the present invention is described according to Fig. 7.Among this embodiment 3, will support platform to make the device mesa 120 of active type, carry each tep reel 30 on this device mesa 120, near the side the protuberance 32 of each tep reel 30 be installed non-volatile strong dielectric body memory 40 respectively simultaneously.Be tiltedly installed with 1 stored information read-write portion 28 at the lateral column 16 of supporting platform 12.By moving device platform successively, so that the non-volatile strong dielectric body memory 40 of each tep reel 30 arrives near the mutual read-write position of corresponding stored Card read/write portion 28 successively, read canned data in the non-volatile strong dielectric body memory 40 of each tep reel 30, perhaps, in non-volatile strong dielectric body memory 40 recording prescribed information.
In addition, another structure example as electronic unit of the present invention, constituting fixing mounting has the device mesa of a plurality of tep reels 30, in this device mesa the guide rail that extends along the Width of the outer circumferential tep reel 30 of each tep reel 30 is set, and 1 stored information read-write portion 28 can be moved along this guide rail.At this,, read canned data, perhaps record in the non-volatile strong dielectric body memory 40 of each tep reel 30 by stored information being read and write the position that portion 28 moves to the non-volatile strong dielectric body memory 40 of corresponding each tep reel 30 successively.
Below, the action of electronic components mounting machine is described.At first, in the electronic components mounting machine, fixedly during tep reel 30, the operation undertaker of permission electronic components mounting machine is from touch-screen display (display part) 22 inputs and write undertaker's identifying information [ID] at feeder 14.That is, the operation undertaker is supporting platform 12 fixed supply devices 14, carries tep reel 30 at this feeder 14, simultaneously from touch-screen display 22 input undertaker's identifying informations [ID].Thereupon, stored information read-write portion 28 is at date and undertaker's identifying information [ID] of non-volatile strong dielectric body memory 40 record inputs.
The record of this undertaker's identifying information [ID] is used for the responsibility of the clear and definite undertaker to operation.That is, wrong as if the operation that tep reel 30 is fixed on feeder 14, then electronic unit can not correctly be sent to the absorption position of electronic components mounting machine, and the absorption of electronic unit can make a mistake.Therefore, by writing down the undertaker's identifying information [ID] that tep reel 30 is fixed on feeder 14, can the clearly defining responsibilities place.In addition, also can be at non-volatile strong dielectric body memory 40 as with reference to the identifying information [ID] of the identifying information [ID] of the electronic components mounting machine of information record job date, use, the substrate that will install, feeder, the installation procedure identifying information information of using such as [ID].
Below, the concrete action of the electronic components mounting machine of embodiments of the invention 4 is described according to Fig. 8, Fig. 9.Among this embodiment 4, lift-launch is at the parts content information of non-volatile strong dielectric body memory 40 these tep reels 30 of storage of the tep reel 30 of electronic components mounting machine 10, and electronic components mounting machine 10 utilizes this information, and electronic unit is installed.
At first, the feeder 14 that tep reel 30 is installed is fixed to support platform 12 (step 802).At tep reel 30 non-volatile strong dielectric body memory 40 is installed, read the identifying information [ID] of the electronic unit of storage in the non-volatile strong dielectric body memory 40 and the image processing data that are used to install in the stored information read-write portion 28 that the lateral column 16 of supporting platform 12 is provided with, and be stored in storage part 24 etc. (step 804).Electronic components mounting machine 10 utilizes this information, and electronic unit (step 806) is installed on substrate.At this, electronic components mounting machine 10 judges whether the electronic unit that will install is the parts (step 808) that provide from the tep reel 30 that has memory, be during from parts that the tep reel 30 that has memory provides, image processing is read from storage part 24 grades with data, and (step 810) be installed.Be not during from parts that the tep reel 30 that has memory provides, the image processing that installation procedure is subsidiary is read from storage part 24 grades with data, and (S812) be installed.
Among this embodiment 4, when the manufacturing of electronic unit or before the mounting process, with the average image processing of the electronic unit that holds in the tep reel 30 with storage at non-volatile strong dielectric body memory 40.This is because as shown in oval I, the II of Fig. 9 (a) centers on, even same electronic unit 31, according to manufacturer and batch, the shape of parts, size also have less difference, utilized in the electronic components mounting machine of image processing, the difference of this less component shape, size can influence precision.Shown in Fig. 9 (c), when electronic components mounting machine utilized electronic unit, the storage data of the non-volatile strong dielectric body memory 40 by utilizing tep reel 30 can absorb less component shape, the difference of size.Like this, electronic unit 31 high accuracy can be installed on the substrate 60.
In addition, among the embodiment of Fig. 8, just read and utilize the storage data of the non-volatile strong dielectric body memory 40 of tep reel 30, but can also be according to the image processing contribution of electronic components mounting machine, store image processing into non-volatile strong dielectric body memory 40 again with data, by being used for other processing is installed, can realizes more high-precision processing.
Below, the record form of the data of embodiments of the invention 5 is described according to Figure 10, Figure 11.Among this embodiment 5, at user side achievement information will be installed and write non-volatile strong dielectric body memory 40.As shown in figure 10, at the parts content information of non-volatile strong dielectric body memory 40 storage tep reels 30, the subsidiary data of electronic components mounting machine 10 usefulness installation procedures are installed, and when success rate is low, utilize the information of non-volatile strong dielectric body memory 40.Can enumerate the identifying information [ID] of the identifying information [ID] of the fitting machine of date, use, the substrate that will install, the feeder that uses, installation procedure identifying information [ID], installation action number of times, the frequency of failure is installed, each be mounted to power, always be mounted to power etc. as the parts content information.Installation action number of times and be mounted to the computing of power in that non-volatile strong dielectric body memory 40 is attached when CPU is arranged, is undertaken by this CPU, but when not having attached CPU, is undertaken by the CPU that is provided with on electronic components mounting machine or the feeder.In addition,, also can carry out these calculation process at a high speed, only data necessary is recorded in non-volatile strong dielectric body memory 40 in the CPU of electronic components mounting machine side in that non-volatile strong dielectric body memory 40 is attached when CPU is arranged.
Below, the action of the electronic components mounting machine of this embodiment 5 is described according to Figure 11.At first, the feeder 14 that tep reel 30 is installed is fixed to support platform 12 (step 1102).At tep reel 30 non-volatile strong dielectric body memory 40 is installed, the identifying information [ID] of the electronic unit of storage is read in the non-volatile strong dielectric body memory 40 by stored information read-write portion 28, and is stored in storage part 24 etc. (step 1104).Electronic components mounting machine 10 utilizes the image processing of the subsidiary storage part 24 of installation procedure to carry out the installation (step 1106) of specified part number of packages with data.Then, based on the success rate (step 1108) that the parts content information computing of tep reel shown in Figure 10 30 is installed, judge that success rate is whether more than setting.Its result is being judged as success rate when setting is above, and former state adopts the subsidiary image processing of installation procedure to carry out the installation (step 1110) of all parts with data.
On the other hand, during less than setting, electronic components mounting machine 10 is read the information of non-volatile strong dielectric body memory 40, and stores (steps 1112) such as storage parts 24 into, based on this information (step 1114) is installed in success rate.When electronic components mounting machine 10 utilizes the subsidiary data of self installation procedure to carry out the installation of all parts, can shorten the time of reading and preserving data from non-volatile strong dielectric body memory 40.
As the low reason of success rate, also considered tep reel 30 is fixed to the wrong situation of operation of feeder 14.Thereby, when success rate is very low, also can be electronic components mounting machine 10 automatic interruption operations, in the whether wrong affirmation message of touch-screen display (display part) 22 demonstration fixed operations.
In addition, variation as Figure 10, embodiment 5 shown in Figure 11, also can be the information that electronic components mounting machine 10 utilizes non-volatile strong dielectric body memory 40, carry out the installation of specified part number of packages, the success rate that computing should be installed, this success rate and the subsidiary image processing of having obtained of installation procedure of utilizing are compared with the power that is mounted to of data, adopt the high data of success rate, remaining all parts are installed.
In addition, for the user, the required information of non-volatile strong dielectric body memory 40 of record tep reel 30 under the factory state of electronic unit manufacturer preferably.Therefore, electronic unit manufacturer is in the required information of the non-volatile strong dielectric body memory 40 of non-volatile strong dielectric body memory 40 record tep reels 30.Like this, tep reel 30 becomes goods, and when situation had taken place user side, problem had appearred in which batch that can find which parts.In addition,, paste non-volatile strong dielectric body memory and the additional storage function, obtain necessary storage by the user for the existing tep reel that non-volatile strong dielectric body memory 40 is not installed.
In addition, because tep reel and non-volatile strong dielectric body memory 40 can also utilize being used for electronic unit after again, so best user returns to tep reel and non-volatile strong dielectric body memory the circulatory system of electronic unit manufacturer.At this, give special-purpose identifying information [ID] to the user in advance, give special-purpose posting field to non-volatile strong dielectric body memory 40,, can under the situation that keeps secret, improve operating efficiency by making the reusable same non-volatile strong dielectric body memory (and tep reel) of user.
In addition, also can be to prepare non-volatile strong dielectric body memory 40 at user side, the provisioning information in that electronic unit manufacturer writes down relevant tep reel makes the user be used for the production management of parts.
Below, according to Figure 12 another embodiment that the stored information of non-volatile strong dielectric body memory 40 of the present invention is utilized is described.Usually, when electronic components mounting machine 10 utilizes tep reel, need tep reel be set at the assigned position (groove) of supporting platform 12.As shown in figure 12, according to the present invention, obtain the information of the parts content of the tep reel 30 of storage in the non-volatile strong dielectric body memory 40 by electronic components mounting machine, for example the identifying information of electronic unit [ID], manufacturer, manufacturing batch, parts kind, size and image processing are with data etc., no matter be arranged on which groove, electronic components mounting machine can correctly be installed in electronic unit on the substrate.
For example, because the volume residual of the components A of the tep reel of groove 122 tails off, so the tep reel of replacement part A ' is fixed to groove 124.Electronic components mounting machine is when using components A, and search replaces the parts of components A, and alternative pack A ' also proceeds installation exercise.In the practicality, best is owing to use the stored information of non-volatile strong dielectric body memory 40, the parts that append in confirming to produce correct and, the updating component volume residual.
Below, the stored information of non-volatile strong dielectric body memory 40 is used for the example of management of the parts volume residual of tep reel 30 according to Figure 13 explanation.By utilizing the information of record in the non-volatile strong dielectric body memory 40, when the electronic unit 31 of tep reel 30 is adsorbed by suction nozzle at every turn, upgrade the parts volume residual of tep reel 30, electronic components mounting machine 10 and this operator can correctly know the time that parts use up.
Below, the example that the stored information of non-volatile strong dielectric body memory 40 is used for the continuation of record informations such as parts volume residual is described according to Figure 14.In electronic components mounting machine, even change tep reel 30 on the way, the storage of also preserving non-volatile strong dielectric body memory 40.Thereby, each when using this tep reel 30, can be used as it is the data of the previous volume residual preserved in the non-volatile strong dielectric body memory 40 etc.
Below, the example that the stored information of non-volatile strong dielectric body memory 40 is used for the management in parts data storehouse is described according to Figure 15.In this example, the computer of the part library of management component (office terminal) 100 constitutes the system that can directly obtain the information of non-volatile strong dielectric body memory 40 through communication network 102.The manager is by the operational administrative terminal, obtains the information of non-volatile strong dielectric body memory 40 through communication network 102 from electronic components mounting machine 10, can specifically manage the Inventory Performance of tep reel 30 (electronic unit).
Figure 16 illustrates another structure example (1) of electronic components mounting machine of the present invention.In this example, be provided with stored information read-write portion 28 at feeder 14.That is, stored information read-write portion 28 is set, non-volatile strong dielectric body memory 40 is set circular-arcly in the side of the protuberance of each tep reel 30 at each feeder 14 that carries tep reel 30.The 28A of communication function portion is contained in stored information read-write portion 28, receive from the read write command of electronic components mounting machine and, the transmitting-receiving information that is used to read and write.That is, generate the signal of corresponding read write command, non-volatile strong dielectric body memory 40 is read and write.
Figure 17 illustrates another structure example (2) of electronic components mounting machine of the present invention.In this example, be provided with stored information read-write portion 28 and non-volatile strong dielectric body memory 40 at tep reel 30 with communication function.That is, for the information from tep reel 30 direct reading non-volatile strong dielectric body memories 40, a pair of tep reel 30B, the 30C of the tep reel 30A adjacency of utilization and read-write object constitute antenna circuit (stored information read-write portion).Therefore, except non-volatile strong dielectric body memory 40, also have aerial coil 302, transmitting antenna 304, reception antenna 306 and LSI308 at each tep reel 30.In addition, a pair of tep reel 30B, the 30C that constitute antenna circuit 420 are electrically connected with electronic components mounting machine 10, and the non-volatile strong dielectric body memory 40 that is clipped in tep reel 30A is is therebetween read and write.Tep reel for the both ends that are configured in feeder 14, the pseudo-tep reel that has the antenna circuit etc. of said structure in the most external setting of the two ends of feeder 14, or stored information read-write portion 28 is set in electronic components mounting machine 10 sides, reception is from the read write command of electronic components mounting machine 10, and the transmitting-receiving information that is used to read and write.
In addition, also can replace non-volatile strong dielectric body (ferroelectric) memory, utilize other rewritable memories such as fast storage.For example, as shown in figure 18, in the encapsulation 200 of dish (ト レ イ) dress formula, in order reading and writing electrode 202 to be set at the fixed part of the dish of electronic components mounting machine, and to carry out the transmitting-receiving of information between the fast storage 204.In addition, be recorded in the information content of fast storage 204 and utilize method identical with the situation of the non-volatile strong dielectric body memory of having stated.
In addition, also can non-volatile strong dielectric body memory record with tep reel 30 be fixed to feeder 14 time and, carried out fixing operator's identifying information [ID].In addition, also can write down the feeder 14 that tep reel 30 will be installed and be fixed to the identifying information [ID] time, that carried out fixing operator of supporting platform 12.Like this, by with fixed operation person's placement file memory at each tep reel 30, can be used for production plan management and, the causal investigation during the feeder fault etc.
In addition, in the various embodiments described above, the encapsulation of tep reel or dish dress mode has been adopted in encapsulation as electronic unit, but for example also can adopt the accumulation chuck.
Claims (20)
1. electronic unit encapsulation that has memory function is characterized in that:
The rewritable memory of the information of the electronic unit in relevant this encapsulation of record is set in holding packaging of electronic parts.
2. the electronic unit encapsulation that has memory function as claimed in claim 1 is characterized in that:
The information of relevant above-mentioned electronic unit comprise this electronic unit identifying information, manufacturer, manufacturing batch, parts kind, size, volume residual, be used on substrate, installing electronic unit image processing with at least one of data.
3. the electronic unit encapsulation that has memory function as claimed in claim 1 is characterized in that:
The information of relevant above-mentioned electronic unit comprises the average characteristics data of this electronic unit and/or the average image processing data of this electronic unit.
4. the electronic unit encapsulation that has memory function as claimed in claim 1 is characterized in that:
Above-mentioned memory has the user area that user's writing information of manufacturer zone that manufacturer's writing information of this encapsulation uses and this encapsulation is used,
The average image processing of average characteristics data, this electronic unit that comprises identifying information, this electronic unit of this encapsulation in the electronic unit information that writes above-mentioned manufacturer zone is with in the data at least one,
Comprise achievement information and/or the bad image of component information of being mounted in the electronic unit information that writes above-mentioned user area.
5. as each described electronic unit encapsulation that has memory function of claim 1～4, it is characterized in that:
This encapsulation is the tep reel of the band that accommodates a plurality of electronic units of having reeled,
Above-mentioned memory is installed in the protuberance of above-mentioned tep reel.
6. as each described electronic unit encapsulation that has memory function of claim 1～4, it is characterized in that:
This encapsulation is the tep reel of the band that accommodates a plurality of electronic units of having reeled,
Stored information read-write portion with the stored information that is used to read and write the above-mentioned memory that is arranged on other tep reel.
7. as each described electronic unit encapsulation that has memory function of claim 1～4, it is characterized in that:
Above-mentioned memory is rewritable non-volatile strong dielectric body memory.
8. a non-volatile strong dielectric body memory is arranged on the rewritable non-volatile strong dielectric body memory that holds in the packaging of electronic parts, writes down the information of the relevant electronic unit in this encapsulation,
The information of above-mentioned relevant electronic unit comprises the average image processing of average characteristics data, this electronic unit of identifying information, this electronic unit of this electronic unit with at least one of data.
9. an electronic components mounting machine is the electronic components mounting machine with the support platform that carries a plurality of feeders, it is characterized in that:
Install respectively at above-mentioned a plurality of feeders and to accommodate packaging of electronic parts, and the rewritable memory of the information of the electronic unit in relevant each encapsulation of record is set in each encapsulation,
Be provided for reading and writing the above-mentioned respectively stored information read-write portion of the stored information of the memory of encapsulation at above-mentioned support platform or above-mentioned feeder.
10. electronic components mounting machine as claimed in claim 9 is characterized in that:
Fixing above-mentioned support platform is provided with above-mentioned stored information read-write portion respectively in the position corresponding with the memory of above-mentioned each encapsulation.
11. electronic components mounting machine as claimed in claim 9 is characterized in that:
1 above-mentioned stored information read-write portion only is set, supports platform by moving, memory of above-mentioned each encapsulation is approaching to above-mentioned 1 stored information read-write portion successively, read and write the stored information of the memory of above-mentioned each encapsulation successively in this 1 stored information read-write portion.
12. an electronic components mounting machine is the electronic components mounting machine with the support platform that carries a plurality of feeders, it is characterized in that:
Install respectively at above-mentioned a plurality of feeders and to accommodate packaging of electronic parts, and the rewritable memory of the information of the electronic unit in relevant each encapsulation of record is set in each encapsulation,
Be provided for reading and writing the stored information read-write portion of stored information of the memory of above-mentioned this encapsulation respectively in above-mentioned each encapsulation.
13. an electronic component mounting method is to adopt the method for at substrate electronic unit being installed as each described electronic components mounting machine of claim 9 to 12,
Utilize the stored information of the memory of above-mentioned each encapsulation of above-mentioned stored information read-write portion's read-write, carry out the installation of electronic unit.
14. the installation method of electronic unit as claimed in claim 13 is characterized in that:
The information of relevant above-mentioned electronic unit comprises the average characteristics data of this electronic unit and/or the average image processing data of this electronic unit.
15. the installation method of electronic unit as claimed in claim 14 is characterized in that:
The average image processing data of above-mentioned electronic unit are the standard pictures that is used to detect the suction nozzle of the above-mentioned electronic unit of absorption and/or detects the image processing of bad parts.
16. the installation method as the described electronic unit of claim 14 or 15 is characterized in that:
The control part of electronic components mounting machine adopts the subsidiary image processing data of carrying out of installation procedure, the electronic unit in the above-mentioned encapsulation of installation provision number, and computing is mounted to power, and judges whether this success rate is more than the setting,
This success rate is setting when above, adopts the subsidiary image processing of above-mentioned installation procedure that remaining electronic unit is installed with data,
During less than the afore mentioned rules value, adopt the above-mentioned image processing that writes down in the above-mentioned memory that remaining electronic unit is installed with data in this success rate.
17. the installation method as the described electronic unit of claim 14 or 15 is characterized in that:
The electronic unit that affirmation is installed at substrate is the parts of the encapsulation of corresponding above-mentioned memory, installs.
18. the installation method as the described electronic unit of claim 14 or 15 is characterized in that:
Write down the operation undertaker's of this electronic components mounting machine identifying information at above-mentioned memory.
19. the installation method as the described electronic unit of claim 14 or 15 is characterized in that:
The information of the volume residual of the electronic unit in above-mentioned memory writes down above-mentioned encapsulation based on this volume residual information, is managed the volume residual of the electronic unit in the above-mentioned encapsulation.
20. the installation method as the described electronic unit of claim 14 or 15 is characterized in that:
Carry out the stock control of electronic unit based on the recorded information of above-mentioned memory.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP197924/02 | 2002-06-04 | ||
| JP197924/2002 | 2002-06-04 | ||
| JP2002197924A JP4304239B2 (en) | 2002-06-04 | 2002-06-04 | Electronic component mounting method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1481001A CN1481001A (en) | 2004-03-10 |
| CN1324666C true CN1324666C (en) | 2007-07-04 |
Family
ID=30437173
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB031472125A Expired - Fee Related CN1324666C (en) | 2002-06-04 | 2003-06-03 | Electronic parts encapsulation, non-volatile strong mesocolloid memory, mounting machine and method |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP4304239B2 (en) |
| CN (1) | CN1324666C (en) |
Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE102005006400A1 (en) * | 2005-02-11 | 2006-08-24 | Siemens Ag | Method for feeding components and placement machine |
| JP2006330773A (en) * | 2005-05-23 | 2006-12-07 | Fuji Mach Mfg Co Ltd | Method for fixing wireless tag chip and method for writing management information to wireless tag chip |
| JP4979448B2 (en) * | 2006-06-09 | 2012-07-18 | パナソニック株式会社 | Component data receiving apparatus, component mounter, component data receiving method, and program |
| JP4934583B2 (en) * | 2007-12-25 | 2012-05-16 | 富士機械製造株式会社 | Component information detection system and component information detection method for component supply device in electronic component mounting apparatus |
| US8653940B2 (en) * | 2008-03-27 | 2014-02-18 | Ge Healthcare Bio-Sciences Corp. | Method for preventing an unauthorized use of disposable bioprocess components |
| WO2013140535A1 (en) * | 2012-03-21 | 2013-09-26 | 富士機械製造株式会社 | Tape feeder management system |
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| JPH05128122A (en) * | 1991-11-01 | 1993-05-25 | Matsushita Electric Ind Co Ltd | Component replace data preparing method in component mounting machine |
| JPH07162196A (en) * | 1993-12-13 | 1995-06-23 | Matsushita Electric Ind Co Ltd | Electronic part mounting equipment provided with function of automatically re-editing operation data |
| CN1214133A (en) * | 1996-01-26 | 1999-04-14 | 松下电器产业株式会社 | Component electronic catalog |
| CN1216674A (en) * | 1996-04-23 | 1999-05-12 | 松下电器产业株式会社 | Electronic component mounting apparatus |
| US5999920A (en) * | 1996-04-16 | 1999-12-07 | Matsushita Electric Industrial Co., Ltd. | System for assisting in management of packaging plant |
| JP2002094300A (en) * | 2000-09-18 | 2002-03-29 | Pfu Ltd | Lot managing system and its controlling method and recording medium |
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- 2002-06-04 JP JP2002197924A patent/JP4304239B2/en not_active Expired - Lifetime
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Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH05128122A (en) * | 1991-11-01 | 1993-05-25 | Matsushita Electric Ind Co Ltd | Component replace data preparing method in component mounting machine |
| JPH07162196A (en) * | 1993-12-13 | 1995-06-23 | Matsushita Electric Ind Co Ltd | Electronic part mounting equipment provided with function of automatically re-editing operation data |
| CN1214133A (en) * | 1996-01-26 | 1999-04-14 | 松下电器产业株式会社 | Component electronic catalog |
| US5999920A (en) * | 1996-04-16 | 1999-12-07 | Matsushita Electric Industrial Co., Ltd. | System for assisting in management of packaging plant |
| CN1216674A (en) * | 1996-04-23 | 1999-05-12 | 松下电器产业株式会社 | Electronic component mounting apparatus |
| JP2002094300A (en) * | 2000-09-18 | 2002-03-29 | Pfu Ltd | Lot managing system and its controlling method and recording medium |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2004015037A (en) | 2004-01-15 |
| JP4304239B2 (en) | 2009-07-29 |
| CN1481001A (en) | 2004-03-10 |
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