JP5326133B2 - Carrier board alignment jig - Google Patents
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- JP5326133B2 JP5326133B2 JP2008105679A JP2008105679A JP5326133B2 JP 5326133 B2 JP5326133 B2 JP 5326133B2 JP 2008105679 A JP2008105679 A JP 2008105679A JP 2008105679 A JP2008105679 A JP 2008105679A JP 5326133 B2 JP5326133 B2 JP 5326133B2
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Description
本発明は、たとえば、クリームはんだを塗布した半導体基板を、粘着性のキャリアボードに搭載して、クリームはんだをリフロー処理する際に、基板をキャリアボードに位置合わせするために用いられる治具に関する。 The present invention relates to a jig used to align a substrate with a carrier board when, for example, a semiconductor substrate coated with cream solder is mounted on an adhesive carrier board and the solder paste is reflowed.
従来、クリームはんだを塗布した半導体基板等の基板をリフロー処理及び部品実装する際に、サイズの小さい基板はそのままリフロー装置へ流すことができないため、通常基板をキャリアボードと呼ばれる搬送用治具に搭載して搬送していた。この際、キャリアボードには基板の外形状に段彫が形成されていた。
しかし、試作品等の新しい規格（形状）の基板をリフロー処理する場合、新しい形状に段彫された専用のキャリアボードを作る必要があり、効率が悪く、非経済的であった。
Conventionally, when a substrate such as a semiconductor substrate coated with cream solder is subjected to reflow processing and component mounting, a small-sized substrate cannot be directly passed to the reflow device, so the substrate is usually mounted on a carrier jig called a carrier board. And was transported. At this time, the carrier board had a stepped carving on the outer shape of the substrate.
However, when reflow processing a new standard (shape) substrate such as a prototype, it is necessary to make a dedicated carrier board carved into a new shape, which is inefficient and uneconomical.
上記問題を解決すべく、治具上に開口部を設け、開口部の隣接する２辺に基板の側面を弾性的に支持する基板支持バーを設け、前記開口部に基板を嵌め込み、前記基板支持バーの弾性力で基板を保持することにより、基板の形状に対して汎用性を持たせた治具が開示されている。
しかし、前記治具では基板を保持する際に基板支持バーの弾性力で基板が歪む恐れがあり、且つ基板形状の違いにもある程度までしか対応できず、さらに基板形状ごとに基板支持バーの保持力が異なってしまうという問題もある。 However, with the jig, the substrate may be distorted by the elastic force of the substrate support bar when holding the substrate, and the difference in substrate shape can only be accommodated to some extent, and the substrate support bar is held for each substrate shape. There is also the problem of different powers.
そこで、粘着性のある平面のベース部に位置合わせ用のピン立て穴を設け、基板の形状に合わせてピンにより位置合わせを行う汎用性の高いキャリアボードが開示されている。 Therefore, a highly versatile carrier board is disclosed in which a pin standing hole for alignment is provided in an adhesive flat base portion, and alignment is performed with pins according to the shape of the substrate.
しかし、ピンによる位置合わせでは、基板の各辺に対応した位置にピン立て穴があることが必須であり、また位置合わせにも時間がかかり、効率が悪い。
However, in the alignment using pins, it is essential that there is a pin standing hole at a position corresponding to each side of the substrate, and the alignment also takes time and is inefficient.
形状の異なる基板であってもキャリアボード上に基板を精度よく搭載できる位置合わせ用治具を提供する。
Provided is a positioning jig that can accurately mount a substrate on a carrier board even if the substrate has a different shape.
発明者らは鋭意検討の結果、上記問題点を解決した。
すなわち、
面内にピン立て用穴、及び位置合わせピンを有する、平板状のベース部と、
基板の隣接する２辺をガイドするための基板ガイド、
及び裏面に作られたピンを前記ピン立て用穴に挿入して、ベース上に戴置される、１又は２つ以上の基板押さえ具からなり、
前記ベース部と基板ガイドが導電材料からなることを特徴とするキャリアボード位置合わせ治具、及び
基板押さえ具が、カム形状をしていることを特徴とする、キャリアボード位置合わせ治具、及び
基板押さえ具が、磁力により固定されていることを特徴とする、キャリアボード位置合わせ治具であThe inventors have solved the above problems as a result of intensive studies.
That is,
A plate-like base portion having in-plane pin-standing holes and alignment pins ;
A substrate guide for guiding two adjacent sides of the substrate;
And pins made on the back is inserted into the pin stand hole, is the placing on the base, Ri Do from one or two or more substrate retainer,
Carrier board positioning jig the base part and the board guide is characterized Rukoto such a conductive material, and
Substrate holding member is characterized that you have a cam shape, a carrier board positioning jigs, and
A carrier board alignment jig characterized in that the substrate pressing tool is fixed by magnetic force.
本発明のキャリアボード用位置合わせ治具を用いれば、形状の異なる基板であっても、キャリアボード上への基板の位置合わせが容易に、且つ精度よく行なうことができる。
By using the carrier board alignment jig of the present invention, alignment of the substrate on the carrier board can be performed easily and accurately even with substrates having different shapes.
本発明のキャリアボード用位置合わせ治具に関して詳細に説明する。
本発明のキャリアボード用位置合わせ治具は、ベース部、基板ガイド及び基板押さえ具からなり、ベース部に基板ガイドが立設され、基板押さえ具が固定されている。基板ガイドは基板を該治具に載置する際のガイドであり、基板の隣接する２辺の載置位置を決めるためのものである。
その形状は特に限定はなく、Ｌ字形、長方形、円形等挙げられる。またその数も特に制限はない。基板ガイドはベース部に接着剤等で接着されていても良いし、ベース部に孔を開け差込んでも良い。ベース部及び基板ガイドの材質は、静電気除去の点から考慮すると導電材料が望ましい。
The carrier board alignment jig of the present invention will be described in detail.
The carrier board alignment jig according to the present invention includes a base portion, a substrate guide, and a substrate pressing tool. The substrate guide is erected on the base portion, and the substrate pressing tool is fixed. The substrate guide is a guide for placing the substrate on the jig, and is for determining the placement positions of two adjacent sides of the substrate.
The shape is not particularly limited, and examples include L-shape, rectangle, and circle. The number is not particularly limited. The substrate guide may be bonded to the base portion with an adhesive or the like, or a hole may be inserted into the base portion. The material of the base portion and the substrate guide is preferably a conductive material in consideration of static electricity removal.
一方、基板押さえ具は位置決めされて載置された基板の位置がズレないように基板を保持する部材であり、設ける位置は基板ガイドが設けられた辺の対辺の一辺又は複数辺に１つ又は２つ以上設置するのが好ましい。本発明においては、異なる形状の基板にも容易に対応できるようにするために、基板押さえ具はベース部に磁力によって固定される。基板押さえ具を磁力でベース部に固定するには、基板押さえ具又はベース部の少なくとも一方を磁石にし、磁石でない方は磁性体にすればよい。無論、両方を磁石にすることにより、より強固に基板押さえ具を固定することができる。基板押さえ具やベース部を磁石にするには、これらの部材を磁石で製作したり、磁石を内蔵するように製作すればよい。磁石としては、永久磁石だけではなく、電磁石を使用することもできる。
このようにすることにより、基板押さえ具を基板の形状に合わせた位置へ容易に固定することができる。この際、基板押さえ具の形状は特に制限はなく、Ｌ字型、長方形、円形でもよい。又その数にも制限はない。
On the other hand, the substrate pressing member is a member that holds the substrate so that the position of the substrate that has been positioned and placed is not displaced, and the position to be provided is one or a plurality of sides opposite to the side where the substrate guide is provided. It is preferable to install two or more. In the present invention, the substrate pressing member is fixed to the base portion by magnetic force so that it can easily cope with substrates of different shapes. In order to fix the substrate pressing member to the base portion by magnetic force, at least one of the substrate pressing member or the base portion may be a magnet, and the non-magnet may be a magnetic material. Of course, by using both as magnets, the substrate pressing tool can be more firmly fixed. In order to use the substrate pressing member and the base portion as magnets, these members may be manufactured using magnets or may be manufactured so as to incorporate magnets. As a magnet, not only a permanent magnet but also an electromagnet can be used.
By doing in this way, a board | substrate presser can be easily fixed to the position match | combined with the shape of the board | substrate. At this time, the shape of the substrate pressing member is not particularly limited, and may be L-shaped, rectangular, or circular. There is no limit to the number.
次に、本発明の別のキャリアボード用位置合わせ治具としては、基板の隣接する２辺をガイドするための基板ガイド、及び１又は２つ以上のカム形状の基板押さえ具からなり、基板を前記基板ガイドと前記カム形状の基板押さえ具で保持するキャリアボード用位置合わせ治具である。該キャリアボード用位置合わせ治具においても、ベース部に基板ガイドが立設され、カム形状の基板押さえ具が固定されている。基板ガイドは基板を該治具に載置する際のガイドであり、基板の隣接する２辺の載置位置を決めるためのものである。その形状は特に限定はなく、Ｌ字形、長方形、円形等挙げられる。またその数も特に制限はない。基板ガイドはベース部に接着剤等で接着されていても良いし、ベース部に孔を開け差込んでも良い。ベース部及び基板ガイドの材質は、静電気除去の点から考慮すると導電材料が望ましい。 Next, another carrier board alignment jig according to the present invention includes a substrate guide for guiding two adjacent sides of the substrate, and one or more cam-shaped substrate pressing tools. A carrier board alignment jig held by the substrate guide and the cam-shaped substrate pressing member. Also in the carrier board alignment jig, a substrate guide is erected on the base portion, and a cam-shaped substrate retainer is fixed. The substrate guide is a guide for placing the substrate on the jig, and is for determining the placement positions of two adjacent sides of the substrate. The shape is not particularly limited, and examples include L-shape, rectangle, and circle. The number is not particularly limited. The substrate guide may be bonded to the base portion with an adhesive or the like, or a hole may be inserted into the base portion. The material of the base portion and the substrate guide is preferably a conductive material in consideration of static electricity removal.
一方、カム形状の基板押さえ具においては、ベース部にピン立用の穴を設け、カム形状の基板押さえ具の底部にピン部を設けて、該ピン部をベース部のピン立用の穴に差込み、カム形状の基板押さえ具がピン部を中心にして回転できるようにする。このようにすることにより、異なる形状の基板にも容易に対応できる。又、ベース部のピン立用の穴を一定間隔で設けておけば、基板形状の変化により一層対応し易くなる。この場合、該ピン立用の穴の間隔は、カム形状の基板押さえ具のカムの中心からの最長の長さよりも狭くする。
又、ピン立てでカム形状の基板押さえ具を固定する際に、基板をより強力に固定するために磁力を併用しても良い。磁力による固定を併用するには、カム形状の基板押さえ具又はベース部の少なくとも一方を磁石にし、磁石でない方は磁性体にすればよい。無論、両方を磁石にすることにより、より強固に基板押さえ具を固定することができる。カム形状の基板押さえ具は、基板ガイドが設けられた辺の対辺の一辺又は複数辺に１つ又は２つ以上設置するのが好ましく、その数にも特に制限はない。
尚、ここで言うカム形状とは、回転軸から端部までの距離が不均一な形状のことを言う。
On the other hand, in the cam-shaped board presser, a pin standing hole is provided in the base part, a pin part is provided in the bottom part of the cam-shaped board presser, and the pin part is used as a pin standing hole in the base part. The insertion and cam-shaped substrate holder can be rotated about the pin portion. In this way, it is possible to easily cope with substrates having different shapes. Further, if the holes for pin standing in the base portion are provided at regular intervals, it becomes easier to cope with changes in the substrate shape. In this case, the interval between the pin-standing holes is made smaller than the longest length from the center of the cam of the cam-shaped substrate pressing tool.
Further, when the cam-shaped substrate pressing tool is fixed with a pin stand, a magnetic force may be used together in order to fix the substrate more strongly. In order to use fixation by magnetic force, at least one of the cam-shaped substrate pressing member or the base portion may be a magnet, and the non-magnet may be a magnetic body. Of course, by using both as magnets, the substrate pressing tool can be more firmly fixed. One or two or more cam-shaped substrate pressing members are preferably installed on one side or a plurality of sides opposite to the side where the substrate guide is provided, and the number thereof is not particularly limited.
In addition, the cam shape said here means the shape where the distance from a rotating shaft to an edge part is non-uniform | heterogenous.
本発明のキャリアボード用位置合わせ治具を用いて基板をキャリアボードに搭載する方法に関して説明する。
先ず、本発明のキャリアボード用位置合わせ治具の基板ガイドに沿って基板を載置し、基板押さえ具を基板の側面に押さえつけて基板を固定する。次に表面に粘着性を有するキャリアボードの粘着面を下にして、基板の上に載せ、キャリアボード粘着面に基板を移し変える。この際、基板ガイド及び基板押さえ具の高さを基板よりも低くするのが好ましい。
又、本発明のキャリアボード用位置合わせ治具においては、同じ形状又は異なる形状の複数の基板を容易に載置することもでき、一度に複数の基板をキャリアボードに移し変えることができる。
A method for mounting a substrate on a carrier board using the carrier board alignment jig of the present invention will be described.
First, the substrate is placed along the substrate guide of the carrier board alignment jig of the present invention, and the substrate pressing tool is pressed against the side surface of the substrate to fix the substrate. Next, the adhesive surface of the carrier board having adhesiveness is placed on the substrate with the adhesive surface facing down, and the substrate is transferred to the carrier board adhesive surface. At this time, it is preferable that the height of the substrate guide and the substrate pressing tool is lower than that of the substrate.
In the carrier board alignment jig of the present invention, a plurality of substrates having the same shape or different shapes can be easily placed, and a plurality of substrates can be transferred to the carrier board at a time.
以下、本発明の実施例を示す。実施例１の本発明のキャリアボード用位置合わせ治具の俯瞰図を図１に、断面図を図２に示す。
キャリアボード用位置合わせ治具１は、該治具のベース部２の上にＬ字形状の基板ガイド３及びＬ字形状の基板押さえ具４、更に、位置合わせ用ピンが設けられた構造となっている。又、ベース部２には磁石部が内蔵されており、SUS３０４製の基板押さえ具４をベース部２に磁力で固定できるようになっている。
Examples of the present invention will be described below. FIG. 1 shows an overhead view of the carrier board alignment jig of the present invention of Example 1, and FIG. 2 shows a cross-sectional view thereof.
The carrier board alignment jig 1 has a structure in which an L-shaped substrate guide 3 and an L-shaped substrate pressing tool 4 are provided on a base portion 2 of the jig, and an alignment pin is provided. ing. The base portion 2 has a built-in magnet portion so that the substrate pressing member 4 made of SUS304 can be fixed to the base portion 2 by a magnetic force.
図３に前記キャリアボード用位置合わせ治具１に基板６を載置した状態を、又図４に該治具に載置された基板をキャリアボードに搭載する状態の俯瞰図を示す。
先ず、基板６を基板ガイド３に当接させ、基板ガイド３に対向する基板角部に基板押さえ具４を当接させることにより、基板６をキャリアボード用位置合わせ治具１に載置する。次に、キャリアボード１０を基板６を載置したキャリアボード用位置合わせ治具に、位置合わせピン８を利用して重ね合わせた。キャリアボード１０は粘着性を有する耐熱性ウレタンゴムで作製されているため、基板６は粘着力によりキャリアボード１０に張り付き、キャリアボードを該治具から取り外すと基板６をキャリアボード１０の所定の位置に搭載することができる。
3 shows a state where the substrate 6 is placed on the carrier board alignment jig 1, and FIG. 4 shows an overhead view of a state where the substrate placed on the jig is mounted on the carrier board.
First, the substrate 6 is placed on the carrier board alignment jig 1 by bringing the substrate 6 into contact with the substrate guide 3 and bringing the substrate pressing member 4 into contact with the corner of the substrate facing the substrate guide 3. Next, the carrier board 10 was superposed on the carrier board alignment jig on which the substrate 6 was placed, using the alignment pins 8. Since the carrier board 10 is made of adhesive heat-resistant urethane rubber, the substrate 6 sticks to the carrier board 10 by adhesive force, and when the carrier board is removed from the jig, the substrate 6 is placed in a predetermined position on the carrier board 10. Can be mounted on.
本発明の実施例２の上視図を図５に示し、その断面図を図６に示す。
キャリアボード用位置合わせ治具２１は該治具のベース部２２の上にＬ字形状の基板ガイド２３、カム形状の基板押さえ具２４、及び位置合わせ用ピン２８が設けられた構造となっている。該治具のベース部２２には磁石部２９が内蔵され、SUS３０４製のカム形状の基板押さえ具２４は、該治具のベース部２２に形成されたピン立て用の穴２５に、該基板押さえ具２４の裏面に作られたピンが挿入され、該基板押さえ具２４は回転できるようになっている。
A top view of the second embodiment of the present invention is shown in FIG. 5, and a cross-sectional view thereof is shown in FIG.
The carrier board alignment jig 21 has a structure in which an L-shaped substrate guide 23, a cam-shaped substrate pressing tool 24, and an alignment pin 28 are provided on a base portion 22 of the jig. . A magnet portion 29 is built in the base portion 22 of the jig, and a SUS304 cam-shaped substrate pressing tool 24 is inserted into the pin holder hole 25 formed in the base portion 22 of the jig. A pin made on the back surface of the tool 24 is inserted so that the substrate pressing tool 24 can be rotated.
図５のキャリアボード用位置合わせ治具２１を用いた基板２６の搭載方法の上視図を図７に示す。
実施例１と同様に、基板２６の端部を基板ガイド２３に当接させ、カム形状の基板押さえ具２４と当接させることにより、基板２６をキャリアボード用位置合わせ治具２１上に位置合わしながら載置した。その際、該基板押さえ具２４を回転させることにより、基板２６と基板押さえ具２４の間に隙間が開かないようにした。
FIG. 7 shows a top view of a method for mounting the substrate 26 using the carrier board alignment jig 21 of FIG.
As in the first embodiment, the substrate 26 is positioned on the carrier board alignment jig 21 by bringing the end of the substrate 26 into contact with the substrate guide 23 and contacting with the cam-shaped substrate pressing tool 24. Placed. At that time, the substrate presser 24 was rotated so that a gap was not opened between the substrate 26 and the substrate presser 24.
実施例１と同様にキャリアボード用位置合わせ治具２１上にキャリアボードを配置し、キャリアボードを基板に接触させることにより、基板２６をキャリアボードに貼り付け、キャリアボードをキャリアボード用位置合わせ治具２１から取り外し、反転することにより、基板２６をキャリアボード上の所定の位置に搭載することができた。
As in the first embodiment, the carrier board is placed on the carrier board alignment jig 21, and the carrier board is brought into contact with the substrate, whereby the substrate 26 is attached to the carrier board, and the carrier board is aligned with the carrier board. By removing it from the tool 21 and inverting it, the substrate 26 could be mounted at a predetermined position on the carrier board.
本発明の実施例３の上視図を図８に、その断面図を図９に示す。
キャリアボード用位置合わせ治具３１はピン立て用の穴３５を有する該治具のベース部３２の上に、裏面に固定用のピンをそれぞれ有する円柱形状の基板ガイド３３及びカム形状の基板押さえ具３４、位置合わせ用ピン３８がピンを介して立設された構造となっている。又、治具ベース部３２には磁石部３９が内蔵され、基板ガイド３３及びカム形状の基板押さえ具３４はＳＵＳ３０４により作製されている。
FIG. 8 shows a top view of the third embodiment of the present invention, and FIG. 9 shows a sectional view thereof.
The carrier board alignment jig 31 includes a cylindrical substrate guide 33 and a cam-shaped substrate pressing tool each having a fixing pin on the back surface on a base portion 32 of the jig having a pin standing hole 35. 34, a positioning pin 38 is erected via the pin. Further, the jig base portion 32 includes a magnet portion 39, and the substrate guide 33 and the cam-shaped substrate pressing member 34 are made of SUS304.
図８のキャリアボード用位置合わせ治具３１を用いた基板３６の搭載方法の上視図を図１０に示す。
実施例１と同様に、基板３６の端部を基板ガイド３３に当接させ、基板押さえ具３４と当接させることにより、基板３６をキャリアボード用位置合わせ治具３１上に位置合わせしながら載置した。その際、カム形状の基板押さえ具３４を回転させることにより、基板３６と基板押さえ具３４の間に隙間が開かないようにした。
FIG. 10 shows a top view of the substrate 36 mounting method using the carrier board alignment jig 31 of FIG.
As in the first embodiment, the end of the substrate 36 is brought into contact with the substrate guide 33 and is brought into contact with the substrate presser 34 so that the substrate 36 is placed on the carrier board alignment jig 31 while being aligned. I put it. At that time, the cam-shaped substrate pressing member 34 is rotated to prevent a gap from being opened between the substrate 36 and the substrate pressing member 34.
実施例１と同様にキャリアボード用位置合わせ治具３１上にキャリアボードを配置し、キャリアボードを基板に接触させることにより、基板３６をキャリアボードに貼り付け、キャリアボードをキャリアボード用位置合わせ治具３１から取り外し、反転することにより、基板３６をキャリアボード上の所定の位置に搭載できた。
As in the first embodiment, the carrier board is placed on the carrier board alignment jig 31 and the carrier board is brought into contact with the substrate so that the substrate 36 is attached to the carrier board, and the carrier board is aligned with the carrier board. By removing it from the tool 31 and inverting it, the substrate 36 can be mounted at a predetermined position on the carrier board.
図８のキャリアボード用位置合わせ治具３１を用いた複数の基板の搭載方法の上視図を図１１に示す。
実施例１と同様に、基板３６及び３６´の端部を基板ガイド３３に当接させ、基板押さえ具３４と当接させることにより、基板３６をキャリアボード用位置合わせ治具３１上に位置合しながら載置した。その際、基板押さえ具３４を回転させることにより、基板３６及び３６´と基板押さえ具３４の間に隙間が開かないようにした。
FIG. 11 shows a top view of a method for mounting a plurality of substrates using the carrier board alignment jig 31 of FIG.
As in the first embodiment, the substrates 36 and 36 ′ are brought into contact with the substrate guide 33 and brought into contact with the substrate holder 34, thereby aligning the substrate 36 on the carrier board alignment jig 31. Placed. At that time, the substrate pressing member 34 was rotated so that no gap was opened between the substrates 36 and 36 ′ and the substrate pressing member 34.
実施例１と同様にキャリアボード用位置合わせ治具３１上にキャリアボードを配置し、キャリアボードを基板に重ね合わせることにより、基板３６及び３６´をキャリアボードに貼り付け、キャリアボードをキャリアボード用位置合わせ治具３１から取り外し、反転することにより、基板３６及び３６´をキャリアボード上の所定の位置に搭載できた。
As in the first embodiment, the carrier board is placed on the carrier board alignment jig 31, and the carrier boards are superposed on the board so that the boards 36 and 36 'are attached to the carrier board, and the carrier board is used for the carrier board. By removing the substrate from the alignment jig 31 and inverting it, the substrates 36 and 36 'can be mounted at predetermined positions on the carrier board.
本発明のキャリアボード用位置合わせ治具は基板に塗布したクリームはんだをリフロー処理する際に、基板をキャリアボードに移し変える際の治具として用いることができ、特に、異なった形状の基板にも容易に対応でき、汎用性を有したキャリアボード用位置合わせ治具として広く使用できる。
The carrier board alignment jig of the present invention can be used as a jig for transferring the substrate to the carrier board when the solder paste applied to the substrate is reflowed. It can be easily used and can be widely used as a versatile carrier board alignment jig.
１、２１、３１ キャリアボード用位置合わせ治具
２、２２、３２ 治具ベース部
３、２３、３３ 基板ガイド
４、２４、３４ 基板押さえ具
６、２６、３６ 基板
８、２８、３８ 位置合わせピン
９、２９、３９ 磁石部
１０ キャリアボード
１１ 位置合わせ用開口部
２５、３５ ピン立用の穴
1, 21, 31 Carrier board alignment jigs 2, 22, 32 Jig base parts 3, 23, 33 Substrate guides 4, 24, 34 Substrate pressers 6, 26, 36 Substrate 8, 28, 38 Alignment pins 9, 29, 39 Magnet part 10 Carrier board 11 Alignment opening 25, 35 Pin standing hole
Claims (3)
基板の隣接する２辺をガイドするための基板ガイド、
及び裏面に作られたピンを前記ピン立て用穴に挿入して、ベース上に戴置される、１又は２つ以上の基板押さえ具からなり、
前記ベース部と基板ガイドが導電材料からなることを特徴とするキャリアボード位置合わせ治具。 A plate-like base portion having in-plane pin-standing holes and alignment pins ;
A substrate guide for guiding two adjacent sides of the substrate;
And pins made on the back is inserted into the pin stand hole, is the placing on the base, Ri Do from one or two or more substrate retainer,
Carrier board positioning jig the base part and the board guide is characterized Rukoto a conductive material.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2008105679A JP5326133B2 (en) | 2008-04-15 | 2008-04-15 | Carrier board alignment jig |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2008105679A JP5326133B2 (en) | 2008-04-15 | 2008-04-15 | Carrier board alignment jig |
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| JP5326133B2 true JP5326133B2 (en) | 2013-10-30 |
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