CN102014574B - Carrier for conveying flexible printed substrate, and printing device of flexible printed substrate with the same - Google Patents

Carrier for conveying flexible printed substrate, and printing device of flexible printed substrate with the same Download PDF

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Publication number
CN102014574B
CN102014574B CN 201010147496 CN201010147496A CN102014574B CN 102014574 B CN102014574 B CN 102014574B CN 201010147496 CN201010147496 CN 201010147496 CN 201010147496 A CN201010147496 A CN 201010147496A CN 102014574 B CN102014574 B CN 102014574B
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substrate
flexible
printed
conveying
device
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CN 201010147496
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Chinese (zh)
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CN102014574A (en )
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稻垣顺一
三桥洋次
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奔马有限公司
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一种柔性印刷基板的搬运用载体,其不使用粘接材就能将柔性印刷基板可靠地固定于搬运用载体。 One kind of handling flexible printed circuit board carrier, which does not use an adhesive material to the flexible printed circuit board can be reliably fixed to the transport vehicle. 上述柔性印刷基板的搬运用载体包括:带磁体的搬运底座(3),该带磁体的搬运底座(3)具有耐热性磁体(3a)并在上表面形成有用于收容电子零部件的电子零部件收容用凹部(3b);柔性印刷基板(4),该柔性印刷基板(4)装载于带磁体的搬运底座上,并安装有收容于电子零部件收容用凹部的电子零部件(4a);以及磁性体制被吸附板(5),该磁性体制被吸附板(5)装载于柔性印刷基板上且通过带磁体的搬运底座的磁体的磁力吸附,并具有在柔性印刷基板印刷时使金属掩模的印刷图案区域插通的贯穿孔(5a)。 Conveying the flexible printed circuit board carrier comprising: conveying a base (3) with a magnet, the magnet tape transport base (3) has heat resistance of the magnet (3a) for accommodating electronic parts and has an electronic component formed on the surface member receiving recess (3B); a flexible printed board (4), the flexible printed circuit board (4) loaded on the conveying base with the magnet, and attached to the housing of the electronic component accommodating electronic components (4a) of the recess; and a magnetic system by suction plate (5), the magnetic material of adsorption plates (5) mounted on and adsorbed by the magnetic force of the magnet with a magnetic conveying base on the flexible printed board, and the flexible printed circuit board having a metal mask printing the through hole (5a) is inserted through the printed pattern area.

Description

柔性印刷基板的搬运用载体及使用其的柔性印刷基板的印刷装置技术领域[0001] 本发明涉及一种柔性印刷基板的搬运用载体及使用该搬运用载体的柔性印刷基板的印刷装置。 BACKGROUND transfer printing apparatus with a flexible printed circuit board and a flexible printed circuit board carrier thereof [0001] The present invention relates to a device for conveying a printed flexible printed circuit board carrier and the flexible printed board conveying carrier. 背景技术[0002] 由于在以往,柔性印刷基板是薄膜状的基板,从而在其单体中容易发生变形和弯曲,因此一般采用基板的搬运用载体这种模具。 [0002] Since the conventional flexible printed substrate is a film-like substrate, thereby easily bent and deformed in its monomer, it is generally employed for carrying a substrate carrier for such a mold. 此外,在将柔性印刷基板固定于搬运用载体时,也有采用将含有硅氧烷的有机硅树脂材料作为粘接材使用,并通过该粘接材的粘接力将基板保持于搬运用载体的方法。 Further, when the flexible printed board is fixed to the carrier transport, there is also a silicone resin containing siloxane material used as an adhesive sheet, and the adhesive force of the adhesive sheet through the substrate carrier held by the conveying method. 在电气、电子领域中,含有上述硅氧烷的有机硅树脂材料会产生如下问题:环状硅氧烷附着于端子等电接点的表面,以致形成绝缘皮膜导致接点障碍,从而引起导通不良、动作不良。 In the electrical and electronic fields, the silicone resin containing the silicone material will produce the following problems: a cyclic siloxane adhering to the surface of the electric contact terminal or the like, so as to form an insulating film leads to joint disorders, thereby causing conduction failure, malfunction. 此外,即使是不含有硅氧烷的搬运用载体的粘接材也会产生如下问题:由于在反射炉等中使用一定次数而使由树脂材料组成的粘接材失去粘接性,因此需要进行更换粘接材等维护。 Further, even if the transport carrier does not contain silicone adhesive sheet will also have a problem: the use of a certain number of bonding material in the reverberatory furnace or the like of a resin material loses adhesiveness, hence the need for replace the maintenance bonding material and the like. [0003] 此外,作为现有技术,已知有如下柔性印刷基板的搬运用载体:在上表面装设有双面安装用的柔性印刷基板的柔性印刷基板的搬运用载体中,在上表面包括用于收容安装于柔性印刷基板的下表面的零部件的凹部,该凹部具有与所收容部件的部件厚度相应的深度,并以底面支承部件(例如参照专利文献I)。 [0003] Further, as the prior art, there is known a flexible printed circuit board carrier carrying: on a mounting surface mounted with a double-sided flexible printed circuit board carrier for carrying the flexible printed circuit board used in, on a surface comprising mounted in the recess for receiving the lower part of the surface of the flexible printed circuit board, the recess having a thickness corresponding to the receiving member a depth member, the support member and the bottom surface (e.g., refer to Patent Document I). [0004] 专利文献1:日本专利特开2007-221003号公报[0005] 在现有的柔性印刷基板的搬运用载体中,由于将含有硅氧烷的有机硅树脂材料作为粘接材使用,因此存在环状硅氧烷附着于端子等电接点的表面,以致形成绝缘皮膜导致接点障碍,从而引起导通不良、动作不良这样的问题,此外,即使是不含有硅氧烷的搬运用载体的粘接材,也会产生由于因在反射炉等中使用一定次数而使由树脂材料组成的粘接材失去粘接性,因此需要进行更换粘接材等维护这样的问题。 [0004] Patent Document 1: Japanese Patent Laid-Open Publication No. 2007-221003 [0005] In the conventional transfer carrier of the flexible printed substrate due to the silicone resin-containing silicone material is used as an adhesive sheet, thus the presence of surface adhered to cyclic siloxanes such as electrical contact terminals, leads to the contacts so as to form an insulating film barrier, causing conduction defects, poor operation of such a problem, in addition, even when the transport vehicle containing no silicone viscosity access member, since the adhesive sheet will produce a certain number of times by the use of a reverberatory furnace or the like in the resin material loses adhesiveness, hence the need for maintenance such as replacement of an adhesive sheet such problems. [0006] 此外,在现有技术所记载的柔性印刷基板的搬运用载体中,提供了能使双面安装用的柔性印刷基板稳定地得到支承的柔性印刷基板的搬运用载体,但未考虑到不使用粘接材就能将柔性印刷基板可靠地固定于搬运用载体。 [0006] In addition, the transport carrier in the flexible printed board described in the prior art, can provide a double-sided flexible printed board mounting the flexible printed circuit board obtained stably supported by the conveying carrier, no consideration is given to without using an adhesive material to the flexible printed circuit board can be reliably fixed to the transport vehicle. 发明内容[0007] 本发明为解决上述技术问题发明而成,提供一种不使用粘接材就能将柔性印刷基板可靠地固定于搬运用载体的柔性印刷基板的搬运用载体及使用该搬运用载体的柔性印刷基板的印刷装置。 SUMMARY OF THE INVENTION [0007] The present invention is made to solve the above technical problem the invention, there is provided the transport vehicle without using a bonding material can be a flexible printed circuit board is reliably fixed to the flexible printed circuit board carrier for carrying and use of the conveying printing means of the flexible printed circuit board carrier. [0008] 在本发明的柔性印刷基板的搬运用载体中,包括:带磁体的搬运底座,该带磁体的搬运底座具有耐热性磁体并在上表面形成有用于收容电子零部件的电子零部件收容用凹部;柔性印刷基板,该柔性印刷基板装载于带磁体的搬运底座上,并安装有收容于电子零部件收容用凹部的电子零部件;以及磁性体制被吸附板,该磁性体制被吸附板装载于柔性印刷基板上且通过带磁体的搬运底座的磁体的磁力吸附,并具有在柔性印刷基板印刷时使金属掩模的印刷图案区域插通的贯穿孔。 [0008] The carrier in the handling of the flexible printed circuit board according to the present invention, comprising: a conveying base with magnets, the belt conveying base magnet having heat resistance and a magnet on the surface of the electronic part is formed for accommodating an electronic component accommodating recess portion; flexible printed circuit board, the flexible printed circuit board mounted on the conveying base with the magnet, and attached to the housing of the electronic component accommodating an electronic component recess; and a magnetic material of adsorption plates, the magnetic material of adsorption plates and by the magnetic force of the magnet mounted on the conveying base of the magnetized adsorbent, and has a region of a metal mask printing patterns when the flexible printed board is inserted through a through-hole printed on the flexible printed circuit board. [0009] 此外,在本发明的柔性印刷基板的搬运用载体中,包括:固定夹具;带磁体的搬运底座,该带磁体的搬运底座被定位装载于固定夹具上,并具有耐热性磁体,该带磁体的搬运底座在上表面形成有用于收容电子零部件的电子零部件收容用凹部;柔性印刷基板,该柔性印刷基板装载于带磁体的搬运底座上,并安装有收容于电子零部件收容用凹部的电子零部件;以及磁性体制被吸附板,该磁性体制被吸附板装载于柔性印刷基板上且通过带磁体的搬运底座的磁体的磁力吸附,并具有在柔性印刷基板印刷时使金属掩模的印刷图案区域插通的贯穿孔。 [0009] In addition, the transport carrier in flexible printed circuit board according to the present invention, comprising: a fixture; conveying base with the magnet, the carrying base is positioned with the magnets mounted on the fixing jig, and a magnet having heat resistance, the base conveying belt magnet formed on a surface of an electronic component for receiving an electronic component receiving recess; flexible printed circuit board, the flexible printed circuit board mounted on the conveying base with the magnet, and is mounted with electronic components housed in the housing the suction plate and the magnetic system, the magnetic material of adsorption plates loaded to and adsorbed by the magnetic force of the conveying base with the magnet on the flexible printed circuit board, and has the flexible printing substrate printing metal mask; electronic component recess print pattern insertion area of ​​the die through hole. [0010] 此外,在固定夹具的上表面立设许多定位用销,并且在带磁体的搬运底座的下表面形成许多插通定位用销的定位插入孔。 [0010] Further, on the surface of the fixing jig positioning pin erected many, and forming a plurality of positioning pins inserted into the positioning hole is inserted at the base of the conveying surface of the belt magnet. [0011] 此外,带磁体的搬运底座由铝、乱形石、MC尼龙、酚醛树脂、玻璃环氧材料等耐热性材料制成。 [0011] In addition, handling of an aluminum base with a magnet, arbitrary shaped stone made of MC nylon, phenol resin, glass epoxy material or the like heat-resistant material. [0012] 此外,带磁体的搬运底座在其下表面根据需要埋入许多耐热性磁体。 [0012] Further, conveying base with the magnets embedded in its lower surface a number of heat-resistant magnet according to need. [0013] 此外,在采用本发明的柔性印刷基板的搬运用载体的印刷装置中,采用柔性印刷基板的搬运用载体,装载于搬运用载体的磁性体制被吸附板的上表面并用于在柔性印刷基板的上表面印刷焊料等的金属掩模将凹部形成于由筛孔或许多印刷孔构成的图案区域以外的部分的下表面。 [0013] Further, in the printing apparatus of the transport carrier according to the present invention, a flexible printed circuit board, the use of the transport carrier of the flexible printed circuit board, mounted on the transport of the magnetic system carrier is adsorbed on the surface of the plate and a flexible printed printing on the surface of a substrate such as a metal solder mask recess is formed in the lower surface of the portion other than the pattern region made of a mesh or a plurality of printing apertures. [0014] 此外,金属掩模的图案区域以外的部分的凹部通过半蚀刻形成。 [0014] Further, other than the concave portion of the metal mask pattern region is formed by half-etching. [0015] 此外,在本发明的柔性印刷基板的搬运用载体中,包括:带磁体的搬运底座,该带磁体的搬运底座具有耐热性磁体;柔性印刷基板,该柔性印刷基板装载于带磁体的搬运底座上;以及磁性体制被吸附板,该磁性体制被吸附板装载于柔性印刷基板上且通过带磁体的搬运底座的磁体的磁力吸附,并具有在柔性印刷基板的印刷时使金属掩模的印刷图案区域插通的贯通孔。 [0015] In addition, the transport carrier in flexible printed circuit board according to the present invention, comprising: a conveying base with magnets, the belt conveying base magnet having heat resistance of the magnet; a flexible printed board, a flexible printed circuit board mounted on the magnetic tape in the transfer base; and a magnetic system of adsorption plates, the magnetic material is mounted on the suction plate by the magnetic force of the magnet and the adsorption of the conveying base the magnetized printed on a flexible substrate, and having a flexible printed circuit board during printing of the metal mask printed pattern region through which the through hole is inserted. [0016] 此外,在本发明的柔性印刷基板的搬运用载体中,包括:固定夹具;带磁体的搬运底座,该带磁体的搬运底座被定位装载于固定夹具上,并具有耐热性磁体;柔性印刷基板, 该柔性印刷基板装载于带磁体的搬运底座上;以及磁性体制被吸附板,该磁性体制被吸附板装载于柔性印刷基板上且通过带磁体的搬运底座的磁体的磁力吸附,并具有在柔性印刷基板印刷时使金属掩模的印刷图案区域插通的贯穿孔。 [0016] In addition, the transport carrier in flexible printed circuit board according to the present invention, comprising: a fixture; conveying base with the magnet, the carrying base is positioned with the magnets mounted on the fixing jig, and a magnet having heat resistance; the flexible printed circuit board, the flexible printed circuit board mounted on the conveying base with the magnet; and a magnetic material of adsorption plates, the magnetic material of adsorption plates loaded to and adsorbed by the magnetic force of the conveying base with the magnet on the flexible printed circuit board, and has a region of a metal mask printing patterns when the flexible printed board is inserted through a through-hole printed. [0017] 根据本发明,由于包括:带磁体的搬运底座,该带磁体的搬运底座具有耐热性磁体,该带磁体的搬运底座在上表面形成有用于收容电子零部件的电子零部件收容用凹部; 柔性印刷基板,该柔性印刷基板装载于带磁体的搬运底座上,并安装有收容于电子零部件收容用凹部的电子零部件;以及磁性体制被吸附板,该磁性体制被吸附板装载于柔性印刷基板上且通过带磁体的搬运底座的磁体的磁力吸附,并具有在柔性印刷基板印刷时使金属掩模的印刷图案区域插通的贯穿孔,因此具有不使用粘接材就能将柔性印刷基板可靠地固定于搬运用载体这样的效果。 [0017] According to the present invention, comprising: a conveying base with magnets, the belt conveying base magnet having heat resistance of the magnet, the magnet with the conveying base on the surface of the electronic part is formed for accommodating an electronic component housing concave portion; a flexible printed board, the flexible printed circuit board mounted on the conveying base with the magnet, and attached to the housing of the electronic component accommodating an electronic component recess; and a magnetic material of adsorption plates, the magnetic material is loaded suction plate in the flexible printed substrate by the magnetic force of the magnet, and the conveying base the magnetized adsorbent, and has a region of a metal mask printing patterns when the flexible printed board is inserted through the through-hole printing, it has no adhesive flexible sheet will be able to the printed circuit board is reliably fixed to the effect that the transport carrier. 附图说明[0018] 图1是表示包括本发明的实施例I的柔性印刷基板的搬运用载体的印刷装置的整体结构的分解立体图。 BRIEF DESCRIPTION [0018] FIG. 1 is an exploded perspective view showing the overall configuration of a printing apparatus comprising a conveying embodiment of the present invention is a flexible printed circuit board I with the carrier. [0019] 图2是表示本发明的实施例I的柔性印刷基板的搬运用载体的固定夹具的俯视图。 [0019] FIG. 2 is a plan view of the fixed conveying jig Example I of the present invention, a flexible printed circuit board with the carrier. [0020] 图3是表示本发明的实施例I的柔性印刷基板的搬运用载体的带磁体的搬运底座的立体图、仰视图和AA剖视图。 [0020] FIG. 3 is a perspective view of the base of the conveying belt conveying magnet embodiment of the present invention is a flexible printed circuit board I with the carrier, a bottom view and a cross-sectional view AA. [0021] 图4是表示本发明的实施·例I的柔性印刷基板的搬运用载体的磁性体制被吸附板的俯视图和BB剖视图。 [0021] FIG. 4 is a plan view of a plate and a BB-sectional view of the embodiment of the present invention conveyance I of the flexible printed circuit board carrier for magnetic material is adsorbed. [0022] 图5是表示用于本发明的实施例I的柔性印刷基板的印刷装置的金属掩模的从上方观察的立体图、从下方观察的立体图和CC剖视图。 [0022] FIG. 5 is a perspective view seen from above the metal mask printing apparatus flexible printed circuit board embodiment of the present invention I is a perspective view from below and a cross-sectional view of the CC. [0023] 图6是将采用本发明的实施例I的柔性印刷基板的搬运用载体的印刷装置整体分解表示的纵剖图。 An exploded longitudinal sectional view showing an overall transport [0023] FIG. 6 is an embodiment of the present invention using the embodiment I of the flexible printed circuit board carrier for the printing apparatus. [0024] 图7是表示采用本发明的实施例I的柔性印刷基板的搬运用载体的印刷装置整体的纵剖图。 [0024] FIG. 7 is a longitudinal sectional view of the printing apparatus carrying the entire flexible printed circuit board according to the present invention Example I with the carrier. [0025] 图8是表示包括本发明的实施例2的柔性印刷基板的搬运用载体的印刷装置的整体结构的分解立体图。 [0025] FIG. 8 is an exploded perspective view showing the overall configuration of a printing apparatus comprising a conveying embodiment of the present invention is a flexible printed circuit board 2 with a carrier. [0026] 图9是表示本发明的实施例2的柔性印刷基板的搬运用载体的带磁体的搬运底座的立体图、仰视图和DD剖视图。 [0026] FIG. 9 is a perspective view of the base of the transport conveying flexible printed circuit board embodiment of the present invention with a belt 2 of the magnet carrier, a bottom view and a cross-sectional view DD. [0027] 图10是将采用本发明的实施例2的柔性印刷基板的搬运用载体的印刷装置整体分解表示的纵剖图。 An exploded longitudinal sectional view showing the overall [0027] FIG. 10 is an embodiment of the present invention using the flexible printed board 2 is conveyed by means of the printing support. [0028] 图11是表示采用本发明的实施例2的柔性印刷基板的搬运用载体的印刷装置整体的纵剖图。 [0028] FIG. 11 is a longitudinal sectional view of the overall printing apparatus using the transfer carrier of the flexible printed substrate of the present invention in Example 2. [0029](符号说明)[0030] I搬运用载体[0031] 2固定夹具[0032] 2a 凹处[0033] 2b定位用销[0034] 3、3'带磁体的搬运底座[0035] 3a、3'a耐热性磁体[0036] 3b 凹部[0037] 3c、3' c定位销插入用贯穿孔[0038] 4、4'柔性印刷基板[0039] 4a电子零部件[0040] 5磁性体制被吸附板[0041] 5a贯穿孔[0042] 5b定位销插入用小贯穿孔[0043] 6金属掩模[0044] 6a印刷图案区域[0045] 6b半蚀刻所产生的凹部具体实施方式[0046] 实施例1.[0047] 图1表示包括本发明的柔性印刷基板的搬运用载体的印刷装置的整体结构。 [0029] (Description of Symbols) [0030] I conveying [0031] the fixing jig 2 [0032] 2a recess [0033] 2b positioning pin [0034] 3,3 'conveying base with the magnet [0035] 3a carrier, 3'a heat resistance of the magnet [0036] 3b concave portion [0037] 3c, 3 'c locating pin into the through hole [0038] 4,4' of the flexible printed circuit board [0039] 4a electronic components [0040] the magnetic system 5 is suction plate [0041] 5a through-hole [0042] 5b positioning pins into small through-holes [0043] 6 metal mask [0044] 6a print pattern region [0045] the recess portion DETAILED DESCRIPTION 6b half etching the generated [0046] embodiment Example 1. [0047] FIG. 1 shows an overall configuration of the printing apparatus comprises a conveying flexible printed circuit board according to the present invention with a carrier. 搬运用载体I包括:固定夹具2 ;带磁体的搬运底座3,该带磁体的搬运底座3装载于上述固定夹具2上;磁性体制被吸附板5,该磁性体制被吸附板5装载于在上述带磁体的搬运底座3上装载的的双面安装型的柔性印刷基板4的上表面,并被带磁体的搬运底座3的磁力吸附。 Conveying support I comprising: fixing jig 2; conveying base with the magnet 3, conveying the base of the strip magnet 3 mounted on the fixture 2; magnetic material is suction plate 5, the magnetic material is suction plate 5 mounted on the above the flexible printed loaded on a 3-sided conveying base with the magnet mount surface 4 of the substrate, and the conveying base with the magnet 3 is magnetically attached. 此外,通过使上述固定夹具2的上表面凹陷以形成收容带磁体的搬运底座3的凹处2a, 在该凹处2a的上表面立设有许多定位用销2b。 Further, by making the upper surface of the fixture 2 is recessed to form a base housing carrying the magnetized recess 2a. 3, the upper surface of the recess 2a is provided with a number of upright positioning pins 2b. 此外,例如,上述带磁体搬运底座3由耐大约250°C再流焊(日文J 7 口一)的材料(例如铝、乱形石(日文:夕工7 ^卜一>)、MC 尼龙、酚醛树脂、玻璃环氧材料等)制成,在其下表面通过打入等方式埋入许多耐热性磁体3a,在上表面形成有许多用于分别收容许多安装于柔性印刷基板4的下表面的电子零部件4a的凹部3b。 Further, for example, the tape magnetic transfer base 3 by a resistance of about 250 ° C reflow (Japanese J 7 mouth of a) a material (e.g., aluminum, arbitrary shaped stone (Japanese: Xi Engineering 7 ^ Bu>), MC nylon, phenol resin, glass epoxy material or the like) is made, in many respectively for receiving the lower surface of the lower surface thereof a number of many embedded by driving the heat resistance of the magnet 3a, etc., is formed on the surface is mounted on a flexible printed circuit board 4 electronic components in the recess portion 3b 4a. 而且,在上述带磁体的搬运底座3的下表面形成有许多用于插通固定夹具2 的定位用销2b以进行定位的定位销插入用贯穿孔3c。 Further, the lower surface of the transporting base with a number of magnets 3 for inserting a fixing jig positioning pins 2b 2 to position the positioning pin insertion through hole 3c. 此外,上述双面安装型的柔性印刷基板4在下表面安装有许多电子零部件4a,在上表面利用后述金属掩模6适当印刷焊料等后安装上表面侧的电子零部件(未图示)。 Further, the flexible printed double-sided mounting type 4 lower surface of the substrate mounting a plurality of electronic parts 4a, after a metal mask on the surface of the electronic component described later is mounted on the rear surface side of the printed solder 6 appropriately (not shown) . 此外,上述磁性体制被吸附板5由磁性材料(例如SUS430、SUS420J2等)制成,由于该磁性体制被吸附板5装载于柔性印刷基板4的上表面, 且通过带磁体的搬运底座3的磁力吸附,因此不需要粘接材。 Further, the magnetic material is suction plate 5 (e.g. SUS430, SUS420J2 and the like) made of magnetic material, the magnetic material since the suction plate 5 is mounted on the upper surface of the flexible printed circuit board 4, and by conveying base with the magnetic force of the magnet 3 adsorption, so no bonding material. 此外,由于在柔性印刷基板4 的上表面采用后述金属掩模6印刷焊料等,因此上述磁性体制的被吸附板5上设有许多用于插通金属掩模6的印刷图案区域6a的贯穿孔5a。 Further, since the upper surface of said metal after the flexible printed circuit board 4 using a solder printing mask 6 and the like, and therefore the magnetic system is provided with a number of suction plate 5 for inserting a metal mask 6 is printed pattern throughout a region 6a hole 5a. 此外,磁性体制被吸附板5也可形成许多用于插通固定夹具2的定位用销2b的细尖端部以进行定位的定位销插入用小贯穿孔5b。 Further, the magnetic material is suction plate 5 may be formed a plurality of fine tip portion for inserting the fixture with a positioning pin 2b is 2 to position the positioning pin is inserted with a small through hole 5b. 作为被上述搬运用载体I搬运的柔性印刷基板4的印刷装置使用的上述金属掩模6通过对由筛孔或许多印刷孔等组成的印刷图案区域6a以外的部分的下表面实施半蚀刻以形成凹部6b。 As the above-mentioned flexible printed board is conveyed with the metal support I conveying apparatus 4 used in the printing mask 6 embodiment by half etching portions other than the lower surface of the printed pattern by a mesh or a plurality of printing apertures and other components to form a region 6a concave portion 6b. 上述金属掩模6使通过半蚀刻形成的凹部6b的下表面与上述磁性体制被吸附板5的上表面接触或接近,而从凹部6b突出的印刷图案区域6a插通上述磁性体制被吸附板5的贯穿孔5a内以使印刷图案区域6a的下表面与上述柔性印刷基板4的上表面的焊料等的被印刷面接触或接近,从而印刷焊料。 The metal mask 6 the lower surface of the concave portion 6b is formed by half-etching of the magnetic system is adsorbed surface contact with the upper plate 5 or close, and protruding from the print pattern region of the recess 6b. 6A inserted into the magnetic system of adsorption plates 5 within the through hole 5a of the solder so that the print pattern region 6a and the lower surface of the upper surface 4 of the flexible printed substrate or the like is in surface contact or proximity printing, thereby printing the solder. [0048] 接着,参照图6、图7对采用本发明的柔性印刷基板的搬运用载体的印刷装置的搬运工序进行说明。 [0048] Next, with reference to FIG. 6, FIG. 7 carrying the present invention a flexible printed circuit board will be described step by conveying the printing apparatus carrier. [0049] 从图6的最下部向上方依次层叠各要素部件。 [0049] The respective elements are sequentially laminated upward from the lowermost part of FIG. 6. 首先,将带磁体的搬运底座3收容装载于搬运用载体I的固定夹具2上的凹处2a。 First, the conveying base with the hollow portion of the magnet 3 mounted on the conveying carrier fixing jig 2 on the I 2a. 此时,固定夹具2的定位用销2b插通形成于带磁体的搬运底座3的下表面的许多定位销插入用贯穿孔3c以定位带磁体的搬运底座3,在上表面形成有许多用于分别收容电子零部件4a的凹部3b。 At this time, by positioning fixture pin 2 is inserted conveying base 2b in many magnets positioned with the lower surface 3 of the pin insertion through hole 3c to be positioned with the magnet 3 through the conveying base is formed on a surface formed with a plurality electronic components are housed in the recessed portion 3b 4a. 接着,将双面安装型的柔性印刷基板4装载于带磁体的搬运底座3上,并将安装于柔性印刷基板4的下表面的电子零部件4a分别收容于许多凹部3b。 Next, a double-sided flexible printed board 4 is mounted on the mount base with conveying the magnet 3, and the flexible printed circuit board mounted on the lower surface of the electronic component 4 are accommodated in a number of 4a recess 3b. 接着,将磁性体制被吸附板5装载于柔性印刷基板4 的上表面后,磁性体制被吸附板5通过埋设于带磁体的搬运底座3的耐热性磁体3a的磁力吸附保持。 Next, the magnetic material is mounted on the suction plate 5 on the rear surface of the flexible printed circuit board 4, the magnetic system is embedded in the suction plate 5 by the magnetic force of the magnet 3a of the heat resistance of the magnet 3 conveying base with suction maintained. 因此,不需要粘接材。 Thus, no bonding material. 另外,此时若在磁性体制被吸附板5上预先形成许多用于插通固定夹具2的定位用销2b的细尖端部以进行定位的定位插入用小贯穿孔5b,则会使定位作业变得容易。 Further, at this time if the system previously formed on the magnetic suction plate 5 is for inserting a number of fixing jig positioning pin 2 with a fine tip portion 2b is located to position a small insertion through hole 5b, the positioning operation will change too easy. 从而能搬运装载有柔性印刷基板4的搬运用载体I。 So that it can load handling flexible printed substrate conveying carrier 4 I. 此外,如图7所示, 能在装载有柔性印刷基板4的状态下从搬运用载体I的磁性体制被吸附板5的上方装载金属掩模6并进行搬运。 Further, as shown in FIG. 7, the mask 6 can conveying system with the magnetic carrier I is over loaded metal adsorption plate 5 in the loading state of a flexible printed board 4 and the lower transport. 此时,金属掩模6使通过半蚀刻形成的凹部6b的下表面与磁性体制被吸附板5的上表面接触或接近,而从凹部6b突出的印刷图案区域6a插通磁性体制被吸附板5的贯穿孔5a内以使印刷图案区域6a的下表面与上述柔性印刷基板4的上表面的焊料等的被印刷面接触或接近,从而印刷焊料。 In this case, the metal mask 6 the surface of the magnetic system under the concave portion 6b is formed by half-etching is adsorbed surface contact with the upper plate 5 or close, and protruding from the print pattern region of the recess 6b. 6A is inserted through the magnetic material of adsorption plates 5 within the through hole 5a of the solder so that the print pattern region 6a and the lower surface of the upper surface 4 of the flexible printed substrate or the like is in surface contact or proximity printing, thereby printing the solder. [0050] 实施例2.[0051] 上述实施例I中,对双面安装型的柔性印刷基板4的印刷装置进行了说明,但在本实施例2中,对单面安装型的柔性印刷基板4'的印刷装置进行说明。 [0050] Example 2. [0051] Example I above, the flexible double-sided printing type printing apparatus mounting substrate 4 has been described, in Example 2 in the present embodiment, one surface of the flexible printed circuit board mounting type 4 'printing apparatus will be described. 图8表示包括本发明的实施例2的柔性印刷基板的搬运用载体的印刷装置的整体结构。 8 shows an overall configuration of the printing apparatus comprises a conveying embodiment of the present invention is a flexible printed circuit board 2 with a carrier. 在此,例如,带磁体的搬运底座3'由耐大约250°C再流焊(日文:'」7 口一)的材料(例如铝、乱形石(日文:7 二9 ^卜一> )、MC尼龙、酚醛树脂、玻璃环氧材料等)制成,在其下表面通过打入等方式埋入许多耐热型磁体3'a,下表面形成有许多用于插通固定夹具2的定位用销2b以进行定位的定位销插入用贯穿孔3' C,但由于没有要收容的电子零部件4a,因此在上表面没有形成凹部3b。 Here, for example, conveying base with the magnet 3 'from the resistance of about 250 ° C reflow (in Japanese: "" 7 a) of the material (e.g. aluminum, arbitrary shaped stone (Japanese: 7 bis 9 ^ BU>) , the MC nylon, phenol resin, glass epoxy material or the like) is made, at its lower surface a number of heat-embedded type magnet by driving 3'a, etc., a lower surface formed with a plurality positioning fixture for inserting 2 2b the positioning pin to position the pin insertion through hole 3 'C, but the absence of electronic components to be housed 4a, and therefore is not formed on the surface of the concave portion 3b. 除此之外的结构均与上述实施例I相同。 Other configurations are the same as described above in Example I. [0052] 接着,参照图10、图11对采用上述实施例2的柔性印刷基板的搬运用载体的印刷装置的搬运工序进行说明。 [0052] Next, with reference to FIG. 10, FIG. 11 will be described step by conveying the printing apparatus employs a vector carrying a flexible printed board of the second embodiment. [0053] 从图10的最下部向上方依次层叠各要素部件。 [0053] each element are sequentially laminated upward from the lowermost member 10 of FIG. 首先,将带磁体的搬运底座3'收容装载于搬运用载体I的固定夹具2上的凹处2a。 First, the conveying base with the magnet 3 'is mounted on the fixing jig housed conveying recess on the support I 2 2a. 此时,固定夹具2的定位用销2b插通形成于带磁体的搬运底座3'的下表面的许多定位销插入用贯穿孔3' c以定位带磁体的搬运底座3'。 At this time, by positioning fixture pin 2 is inserted 2b conveying base on the belt magnet 3 'is formed of a number of positioning pins inserted into the lower surface of the through hole 3' to be positioned with conveyance of the base C of the magnet 3 '. 接着,将单面安装型的柔性印刷基板4'装载于带磁体的搬运底座3'上。 Subsequently, the single-sided flexible printed board mounting type 4 'mounted on a conveying base with the magnet 3'. 接着,将磁性体制被吸附板5装载于柔性印刷基板4'的上表面后,磁性体制被吸附板5被埋设于带磁体的搬运底座3'的耐热性磁体3'a的磁力吸附保持。 Next, the magnetic material 5 of adsorption plates mounted on the flexible printed circuit board 4 'on the rear surface of the magnetic material is embedded in the suction plate 5 is conveyed with a magnetic base 3' of the heat resistance of the magnet is magnetically attached retention 3'a. 因此,不需要粘接材。 Thus, no bonding material. 另外,此时若在磁性体制被吸附板5上预先形成许多用于插通固定夹具2的定位用销2b的细尖端部以进行定位的定位插入用小贯穿孔5b,则会使定位作业变得容易。 Further, at this time if the system previously formed on the magnetic suction plate 5 is for inserting a number of fixing jig positioning pin 2 with a fine tip portion 2b is located to position a small insertion through hole 5b, the positioning operation will change too easy. 从而能搬运装载有柔性印刷基板4'的搬运用载体I。 So that it can transfer a flexible printed circuit board 4 is loaded 'carrier conveying I. 此外,如图11所示,能在装载有柔性印刷基板4'的状态下从搬运用载体I的磁性体制被吸附板5的上方装载金属掩模6并进行搬运。 Further, as shown in FIG. 11, the upper plate 5 can be conveyed from the load carrier metal magnetic body I is adsorbed and conveyed by the mask 6 in the loaded state of the flexible printed circuit board 4 'is lower. 此时,金属掩模6使通过半蚀刻形成的凹部6b的下表面与磁性体制被吸附板5的上表面接触或接近,而从凹部6b突出的印刷图案区域6a插通磁性体制被吸附板5的贯穿孔5a内以使印刷图案区域6a的下表面与上述柔性印刷基板4'的上表面的焊料等的被印刷面接触或接近,从而印刷焊料。 In this case, the metal mask 6 the surface of the magnetic system under the concave portion 6b is formed by half-etching is adsorbed surface contact with the upper plate 5 or close, and protruding from the print pattern region of the recess 6b. 6A is inserted through the magnetic material of adsorption plates 5 within the through hole 5a to the print area 6a of the lower surface pattern in contact with or proximity with the solder or the like the flexible printed circuit board 4 'of the upper surface of the surface to be printed, thereby printing the solder.

Claims (14)

  1. 1. 一种柔性印刷基板的搬运用载体,其装设有柔性印刷基板,其特征在于,包括: 带磁体的搬运底座,该带磁体的搬运底座具有耐热性磁体并在上表面形成有用于收容电子零部件的电子零部件收容用凹部; 柔性印刷基板,该柔性印刷基板装载于所述带磁体的搬运底座上,并安装有收容于所述电子零部件收容用凹部的电子零部件;以及磁性体制被吸附板,该磁性体制被吸附板装载于所述柔性印刷基板上且通过所述带磁体的搬运底座的磁体的磁力吸附,并具有在柔性印刷基板印刷时使金属掩模的印刷图案区域插通的贯穿孔。 1. A flexible printed board conveying carrier which is mounted with a flexible printed circuit board, characterized by comprising: conveying base with magnets, the belt conveying base magnet having heat resistance is formed on the surface of the magnet and for electronic components housed electronic component receiving recess; flexible printed circuit board, the flexible printed circuit board mounted on the base of the conveying belt magnet, and is mounted with electronic components received in the concave portion accommodating electronic components; and magnetic material is adsorbed plate, the suction plate magnetic material is loaded on to the flexible printed circuit board and the chassis carrying the magnet magnetically attracting said magnetic tape by, and has a metal mask at the time of printing the print pattern of the flexible printed board area of ​​the through hole is inserted.
  2. 2. 一种柔性印刷基板的搬运用载体,其装设有柔性印刷基板,其特征在于,包括: 固定夹具; 带磁体的搬运底座,该带磁体的搬运底座被定位装载于所述固定夹具上,并具有耐热性磁体,该带磁体的搬运底座在上表面形成有用于收容电子零部件的电子零部件收容用凹部; 柔性印刷基板,该柔性印刷基板装载于所述带磁体的搬运底座上,并安装有收容于所述电子零部件收容用凹部的电子零部件;以及磁性体制被吸附板,该磁性体制被吸附板装载于所述柔性印刷基板上且通过所述带磁体的搬运底座的磁体的磁力吸附,并具有在柔性印刷基板印刷时使金属掩模的印刷图案区域插通的贯穿孔。 A flexible printed circuit board conveying carrier which is mounted with a flexible printed circuit board, characterized by comprising: a fixture; conveying base with the magnet, the carrying base is positioned with the magnets mounted on the fixing jig and a magnet having heat resistance, the base of the conveying belt is formed with a magnet on the surface of electronic components for accommodating an electronic component receiving recess; on the flexible printed board, the flexible printed circuit board mounted on the conveying belt magnet base , and is mounted with electronic components housed within the electronic component accommodating recess portion; and a magnetic material of adsorption plates, the magnetic body is mounted on the flexible printed substrate and through said conveying base with a magnetic adsorption plates adsorbing the magnetic force, and has a region of a metal mask printing patterns when the flexible printed board is inserted through the through-hole printing.
  3. 3.如权利要求2所述的柔性印刷基板的搬运用载体,其特征在于,在固定夹具的上表面立设许多定位用销,并且在带磁体的搬运底座的下表面形成许多插通所述定位用销的定位销插入用贯穿孔。 Conveying the flexible printed circuit board carrier as claimed in claim 2, characterized in that, on the surface of the fixing jig positioning pin erected many, many inserted and is formed on the lower surface of the base carrying the magnetic tape the positioning pin insertion through hole of the positioning pin.
  4. 4.如权利要求I或2所述的柔性印刷基板的搬运用载体,其特征在于,带磁体的搬运底座由耐热性材料制成,所述耐热性材料是铝、乱形石、MC尼龙、酚醛树脂或玻璃环氧材料。 4. I or flexible printed substrate according to claim 2 of the transport vehicle, characterized in that the conveying base with the magnet is made of a heat resistant material, a heat-resistant material is aluminum, stone arbitrary shape, the MC nylon, phenol resin or a glass epoxy material.
  5. 5.如权利要求4所述的柔性印刷基板的搬运用载体,其特征在于,在带磁体的搬运底座的下表面根据需要埋入许多耐热性磁体。 5. The handling of the flexible printed board as claimed in claim 4, wherein the carrier, characterized in that the conveying surface at the base of the magnet is embedded with a number of magnets required heat resistance.
  6. 6. ー种采用柔性印刷基板的搬运用载体的印刷装置,其特征在干,采用权利要求I或2所述的柔性印刷基板的搬运用载体,装载于搬运用载体的磁性体制被吸附板的上表面并用于在柔性印刷基板的上表面印刷焊料的金属掩模将凹部形成于由筛孔或许多印刷孔构成的图案区域以外的部分的下表面。 6. The printing apparatus ー seed carrier conveying a flexible printed circuit board, which is characterized in that dry, using the transport carrier according to claim I or a flexible printed substrate of claim 2, mounted on the transport system of the magnetic carrier of adsorption plates and for the upper surface of the metal mask on the surface of the printed solder the flexible printed board is formed the recessed portion of the lower surface portion other than the pattern region made of a mesh or a plurality of printing apertures.
  7. 7.如权利要求6所述的采用柔性印刷基板的搬运用载体的印刷装置,其特征在干,金属掩模的图案区域以外的部分的凹部通过半蚀刻形成。 The printing apparatus of the transport carrier a flexible printed board as claimed in claim 6, characterized in that the dry, other than the concave portion of the metal mask pattern region is formed by half-etching.
  8. 8. —种柔性印刷基板的搬运用载体,其装设有柔性印刷基板,其特征在于,包括: 带磁体的搬运底座,该带磁体的搬运底座具有耐热性磁体; 柔性印刷基板,该柔性印刷基板装载于所述带磁体的搬运底座上;以及磁性体制被吸附板,该磁性体制被吸附板装载于所述柔性印刷基板上且通过所述带磁体的搬运底座的磁体的磁力吸附,并具有在柔性印刷基板印刷时使金属掩模的印刷图案区域插通的贯通孔。 8. - kind of flexible printed circuit board conveying carrier which is mounted with a flexible printed circuit board, characterized by comprising: conveying base with magnets, the belt conveying base magnet having heat resistance of the magnet; a flexible printed board, the flexible a printed circuit board mounted on the base of the conveying belt magnet; adsorption plates and a magnetic system, the magnetic material is mounted on the suction plate by the magnetic force of the magnet and the adsorption conveying base with the magnet on the flexible printed circuit board, and has a region of a metal mask printing patterns when the flexible printed board is inserted through a through hole printed.
  9. 9. 一种柔性印刷基板的搬运用载体,其装设有柔性印刷基板,其特征在于,包括: 固定夹具;带磁体的搬运底座,该带磁体的搬运底座被定位装载于所述固定夹具上,并具有耐热性磁体; 柔性印刷基板,该柔性印刷基板装载于所述带磁体的搬运底座上;以及磁性体制被吸附板,该磁性体制被吸附板装载于所述柔性印刷基板上且通过所述带磁体的搬运底座的磁体的磁力吸附,并具有在柔性印刷基板印刷时使金属掩模的印刷图案区域插通的贯穿孔。 A carrier for transporting a flexible printed circuit board, which is mounted with a flexible printed circuit board, characterized by comprising: a fixture; conveying base with the magnet, the carrying base is positioned with the magnets mounted on the fixing jig and a magnet having heat resistance; a flexible printed board, the flexible printed circuit board mounted on the base of the conveying belt magnet; adsorption plates and a magnetic system, the magnetic material is adsorbed on a plate mounted on the flexible printed circuit board and by conveying the magnetic force of the magnet with the base of adsorption, and has a region of a metal mask printing patterns when the flexible printed board is inserted through the through-hole printing.
  10. 10.如权利要求9所述的柔性印刷基板的搬运用载体,其特征在于,在固定夹具的上表面立设许多定位用销,并且在带磁体的搬运底座的下表面形成许多插通所述定位用销的定位销插入用贯穿孔。 Conveying the carrier 10. The flexible printed circuit board as claimed in claim 9, characterized in that, on the surface of the fixing jig positioning pin erected many, many inserted and is formed on the lower surface of the base carrying the magnetic tape the positioning pin insertion through hole of the positioning pin.
  11. 11.如权利要求8或9所述的柔性印刷基板的搬运用载体,其特征在于,带磁体的搬运底座由耐热性材料制成,所述耐热性材料是铝、乱形石、MC尼龙、酚醛树脂或玻璃环氧材料。 Conveying the flexible printed board 11. The carrier as claimed in claim 8 or 9, characterized in that the conveying base with the magnet is made of a heat resistant material, a heat-resistant material is aluminum, stone arbitrary shape, the MC nylon, phenol resin or a glass epoxy material.
  12. 12.如权利要求11所述的柔性印刷基板的搬运用载体,其特征在于,在带磁体的搬运底座的下表面根据需要埋入许多耐热性磁体。 Conveying the flexible printed board as claimed in claim 12. The carrier of claim 11, wherein, in the conveying surface of the base with many magnets embedded in the heat resistance of the magnet required.
  13. 13. 一种采用柔性印刷基板的搬运用载体的印刷装置,其特征在于,采用权利要求8或9所述的柔性印刷基板的搬运用载体,装载于搬运用载体的磁性体制被吸附板的上表面并用于在柔性印刷基板的上表面印刷焊料的金属掩模将凹部形成于由筛孔或许多印刷孔构成的图案区域以外的部分的下表面。 A transfer printing apparatus using a flexible carrier printed circuit board, wherein the transport vehicle using a flexible printed circuit board as claimed in claim 8 or 9, mounted on the carrier for magnetic transfer system is adsorbed on the plate and the surface of the metal mask used in the solder is printed on the surface of a flexible printed circuit board is formed recessed portion of the lower surface portion other than the pattern region made of a mesh or a plurality of printing apertures.
  14. 14.如权利要求13所述的采用柔性印刷基板的搬运用载体的印刷装置,其特征在于,金属掩模的图案区域以外的部分的凹部通过半蚀刻形成。 Conveying a flexible printed circuit board as claimed in claim 13, characterized in that the carrier with the printing apparatus, portions other than the concave region of the metal pattern is formed by half-etching mask.
CN 201010147496 2009-09-07 2010-03-19 Carrier for conveying flexible printed substrate, and printing device of flexible printed substrate with the same CN102014574B (en)

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Publication number Priority date Publication date Assignee Title
CN103152985A (en) * 2013-02-06 2013-06-12 苏州长城开发科技有限公司 Fixture for conveying flexible circuit board
CN103702518B (en) * 2014-01-06 2017-02-08 昆山东野电子有限公司 Oled flexible circuit board of the magnetic carrier
CN106180956A (en) * 2016-08-25 2016-12-07 南京中电熊猫照明有限公司 Multifunctional reflow jig for FPC lamp bar

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CN101094585A (en) 2006-06-20 2007-12-26 株式会社理光 Conveying belt part, method for making belt data for conveying belt part and method for making conveying belt part

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CN1351817A (en) 1999-05-21 2002-05-29 松下电器产业株式会社 Device for transfering/holding sheetlike member and its method
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