JP3096745U - Flexible circuit board carrying device - Google Patents
Flexible circuit board carrying deviceInfo
- Publication number
- JP3096745U JP3096745U JP2003001632U JP2003001632U JP3096745U JP 3096745 U JP3096745 U JP 3096745U JP 2003001632 U JP2003001632 U JP 2003001632U JP 2003001632 U JP2003001632 U JP 2003001632U JP 3096745 U JP3096745 U JP 3096745U
- Authority
- JP
- Japan
- Prior art keywords
- transmission member
- gear
- transmission
- positioning block
- transmission ring
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
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- Container, Conveyance, Adherence, Positioning, Of Wafer (AREA)
Abstract
(57)【要約】 （修正有）
【課題】 薬液の噴射に邪魔しない軟質回路板の運
び装置を提供する。
【解決手段】 下伝動部材は、下伝動軸を有し、該下伝
動軸が順序に下伝動リングと、下伝動部材位置決めブロ
ックと、下歯車と、下歯車位置決めブロックと、上伝動
歯車を貫通し、下伝動リングの一側に下伝動リングプレ
ートが設けられ、上伝動部材は、上伝動軸を有し、該上
伝動軸が順序に上伝動リングと、上伝動部材位置決めブ
ロックと、上歯車と、上歯車位置決めブロックとを貫通
し、上伝動リングの一側に上伝動リングプレートが設け
られ、上伝動部材の上伝動リングと、上伝動部材位置決
めブロックと、上歯車と、上歯車位置決めブロックが夫
々下伝動部材の下伝動リングと、下伝動部材位置決めブ
ロックと、下歯車と対して設置され、上伝動リングの上
伝動リングプレート及び下伝動リングの下伝動リングプ
レートとの間に形成する隙間が回路板を挟持する。
(57) [Summary] (with correction) [PROBLEMS] To provide a device for carrying a flexible circuit board which does not hinder the injection of a chemical solution. The lower transmission member has a lower transmission shaft, and the lower transmission shaft sequentially passes through a lower transmission ring, a lower transmission member positioning block, a lower gear, a lower gear positioning block, and an upper transmission gear. A lower transmission ring plate is provided on one side of the lower transmission ring, the upper transmission member has an upper transmission shaft, and the upper transmission shaft is sequentially arranged with an upper transmission ring, an upper transmission member positioning block, and an upper gear. And an upper transmission ring plate is provided on one side of the upper transmission ring, and an upper transmission ring, an upper transmission member positioning block, an upper gear, and an upper gear positioning block are provided on one side of the upper transmission ring. Are installed respectively with the lower transmission ring of the lower transmission member, the lower transmission member positioning block, and the lower gear, and are formed between the upper transmission ring plate of the upper transmission ring and the lower transmission ring plate of the lower transmission ring. The gaps that hold the circuit board.
Description
【０００１】[0001]
本考案は、特に薬液の噴射を邪魔しない軟質回路板の運び装置に関するもので ある。 The present invention relates to a device for carrying a soft circuit board, which does not particularly hinder the injection of a chemical solution. is there.
【０００２】[0002]
図７に示すように、従来の軟質回路板の運び装置は、回路板をエッチング或い は現像するため用いるものである。従来の軟質回路板の運び装置は、エッチング 又は現像用装置のベース（１００）に複数の伝動部材支持座（１０１）が設けら れ、対向の伝動部材支持座（１０１）同士の間に等しい長さを有する上、下駆動 軸（１０２）が設けられ、各駆動軸（１０２）の両側に夫々上、下伝動部材（１ ０３）が設けられると共に、中央に支持部材（１０４）が設けられ、上、下伝動 部材（１０３）によって回路板（１０５）の両側を挟持するように移動すると共 に、ベース（１００）の上、下部におけるノズル（１０６）によって回路板（１ ０５）に薬液を噴射し、これにより、回路板（１０５）の不要な部分を取り除け ると共に、需要の回路が回路板（１０５）に現れる。 As shown in FIG. 7, the conventional flexible circuit board carrying device has a structure in which the circuit board is etched or removed. Is used for developing. The conventional flexible circuit board carrying device is Alternatively, a plurality of transmission member support seats (101) may be provided on the base (100) of the developing device. And has an equal length between opposing transmission member support seats (101) A shaft (102) is provided, and upper and lower transmission members (1) are provided on both sides of each drive shaft (102). 03) and a support member (104) in the center, and upper and lower transmissions. Both sides of the circuit board (105) are clamped by the member (103). In addition, nozzles (106) at the top and bottom of the base (100) allow the circuit board (1 05) is sprayed with a chemical solution to remove unnecessary parts of the circuit board (105). At the same time, the demand circuit appears on the circuit board (105).
【０００３】[0003]
しかしながら、上記の軟質回路板の運び装置には、回路板（１０５）を運び際 、回路板（１０５）を薬液によって運び装置から下方へ落ちることを防止するた め、駆動軸（１０２）の中央に伝動部材（１０３）が設けられるが、薬液をノズ ル（１０６）から回路板（１０５）に噴射する際、対向の伝動部材支持座（１０ １）同士の間に設ける駆動軸（１０２）、伝動部材（１０３）及び支持部材（１ ０４）が薬液を噴射することに邪魔なものになると共に、回路板（１０５）の回 路形成に悪影響を与える。 However, when carrying the circuit board (105), , To prevent the circuit board (105) from being carried by chemicals and falling down from the device. Therefore, the transmission member (103) is provided at the center of the drive shaft (102), but the liquid When the fuel is injected from the cable (106) to the circuit board (105), the transmission member support seat (10 1) A drive shaft (102), a transmission member (103), and a support member (1) provided between each other. 04) becomes a hindrance to the injection of the chemical liquid, and the circuit board (105) turns It adversely affects the path formation.
【０００４】 そこで、案出されたのが本考案であって、薬液の噴射を邪魔しない軟質回路板 の運び装置を提供することを目的としている。[0004] Therefore, it was the present invention that was devised, a soft circuit board that does not interfere with the injection of chemicals It is intended to provide a carrying device.
【０００５】[0005]
本願の請求項１の考案は、伝動部材支持座（１０）と、下伝動部材（２０）と 、上伝動部材（３０）とを有する軟質回路板の運び装置であって、 伝動部材支持座（１０）の内部に下伝動部材（２０）と上伝動部材（３０）を 収容し、 下伝動部材（２０）は、下伝動軸（２１）を有し、該下伝動軸（２１）が順序 に下伝動リング（２３）と、下伝動部材位置決めブロック（２４）と、下歯車（ ２５）と、下歯車位置決めブロック（２６）と、上伝動歯車（２７）を貫通し、 下伝動リング（２３）の一側に下伝動リングプレート（２３１）が設けられ、 上伝動部材（３０）は、上伝動軸（３１）を有し、該上伝動軸（３１）が順序 に上伝動リング（３３）と、上伝動部材位置決めブロック（３４）と、上歯車（ ３５）と、上歯車位置決めブロック（３６）とを貫通し、上伝動リング（３３） の一側に上伝動リングプレート（３３１）が設けられ、 上伝動部材（３０）の上伝動リング（３３）と、上伝動部材位置決めブロック （３４）と、上歯車（３５）と、上歯車位置決めブロック（３６）が夫々下伝動 部材（２０）の下伝動リング（２３）と、下伝動部材位置決めブロック（２４） と、下歯車（２５）と対して設置され、上伝動リング（３３）の上伝動リングプ レート（３３１）及び下伝動リング（２３）の下伝動リングプレート（２３１） との間に形成する隙間が回路板を挟持すると共に、上歯車（３５）と下歯車（２ ５）が相互に噛合されることにより、上伝動リング（３３）と下伝動リング（２ ３）を回転し、 伝動部材支持座（１０）を回路板（９０）の運び方向に対して１０度から２０ 度に沿って固定孔（１４）とねじによってベース（５０）に固定することを特徴 とする軟質回路板の運び装置及び、 本願の請求項２の考案は、各上伝動部材位置決めブロック（３４）の上面に圧 力調整部材（８１）が設けられ、該圧力調整部材（８１）はスプリング（８３） を有する圧力調整ボルト（８２）であり、圧力調整ボルト（８２）の下端が上伝 動部材位置決めブロック（３４）の上面と接触されることを特徴とする、請求項 １に記載の軟質回路板の運び装置を、 提供する。 The invention of claim 1 of the present application includes a transmission member support seat (10), a lower transmission member (20), and A flexible circuit board carrying device having an upper transmission member (30), The lower transmission member (20) and the upper transmission member (30) are provided inside the transmission member support seat (10). Accommodating, The lower transmission member (20) has a lower transmission shaft (21), and the lower transmission shaft (21) is in sequence. The lower transmission ring (23), the lower transmission member positioning block (24), and the lower gear ( 25), the lower gear positioning block (26) and the upper transmission gear (27), A lower transmission ring plate (231) is provided on one side of the lower transmission ring (23), The upper transmission member (30) has an upper transmission shaft (31), and the upper transmission shaft (31) is in sequence. The upper transmission ring (33), the upper transmission member positioning block (34), and the upper gear ( 35) and the upper gear positioning block (36), and the upper transmission ring (33) An upper transmission ring plate (331) is provided on one side of Upper transmission ring (33) of upper transmission member (30) and upper transmission member positioning block (34), the upper gear (35), and the upper gear positioning block (36) are respectively under-transmitted. Lower transmission ring (23) of member (20) and lower transmission member positioning block (24) And the upper transmission ring (33) which is installed against the lower gear (25). Lower transmission ring plate (231) of rate (331) and lower transmission ring (23) The circuit board is sandwiched between the upper gear (35) and the lower gear (2). 5) are meshed with each other, so that the upper transmission ring (33) and the lower transmission ring (2) 3) rotate, Set the transmission member support seat (10) to 10 degrees to 20 degrees with respect to the carrying direction of the circuit board (90). It is fixed to the base (50) by fixing holes (14) and screws along the angle A flexible circuit board carrying device, and According to the second aspect of the present invention, pressure is applied to the upper surface of each upper transmission member positioning block (34). A force adjusting member (81) is provided, and the pressure adjusting member (81) is a spring (83). Is a pressure adjusting bolt (82) having a bottom end of the pressure adjusting bolt (82). Contact with the upper surface of the moving member positioning block (34). The flexible circuit board carrying device according to 1, provide.
【０００６】[0006]
本考案は上記の課題を解決するものであり、圧力調整部材によって上伝動リン グの上伝動リングプレート及び下伝動リングの下伝動リングプレートとの間に形 成する隙間を調整すると共に、回路板を挟持して運ぶことにより、従来の支持部 材によって薬液の噴射を邪魔することを防止できる。 The present invention solves the above-mentioned problems, and an upper transmission ring is provided by a pressure adjusting member. Between the upper transmission ring plate and the lower transmission ring plate of the lower transmission ring. By adjusting the gap formed and carrying the circuit board by sandwiching it, the conventional support part It is possible to prevent the chemical liquid from being disturbed by the material.
【０００７】 以下、添付図面を参照して本考案の好適な実施の形態を詳細に説明する。勿論 、下記実施例は、本考案の好適な実施の形態を示したものにすぎず、本考案の技 術的範囲は、下記実施例そのものに何ら限定されるものではない。[0007] Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Of course The following examples merely show preferred embodiments of the present invention, and the technique of the present invention is described below. The surgical range is not limited to the examples below.
【０００８】 図１は本考案に係わる軟質回路板の運び装置の斜視図であり、図２は本考案に 係わる軟質回路板の運び装置の分解斜視図であり、図３は本考案に係わる軟質回 路板の運び装置の平面図であり、図４は本考案に係わる軟質回路板の運び装置に おいて、回路板を運び状態を示す平面図であり、図５は本考案に係わる軟質回路 板の運び装置における伝動部材支持座をベースに設置する状態を示す平面図であ り、図６は本考案に係わる軟質回路板の運び装置において、回路板を伝動部材支 持座に運び状態を示す平面図である。[0008] FIG. 1 is a perspective view of a device for carrying a flexible circuit board according to the present invention, and FIG. FIG. 3 is an exploded perspective view of a carrying device for a flexible circuit board according to the present invention, and FIG. FIG. 4 is a plan view of a road board carrying device, and FIG. 4 shows a soft circuit board carrying device according to the present invention. FIG. 5 is a plan view showing a state where the circuit board is carried, and FIG. 5 is a soft circuit according to the present invention. FIG. 6 is a plan view showing a state in which a transmission member support seat in a plate carrying device is installed on a base. FIG. 6 shows a circuit board support device for a flexible circuit board carrying device according to the present invention. It is a top view which shows the carrying state to a holding seat.
【０００９】[0009]
図１乃至図５に示すように、本考案に係わる軟質回路板の運び装置は、伝動部 材支持座（１０）と、下伝動部材（２０）と、上伝動部材（３０）とを有し、こ の伝動部材支持座（１０）の四角に上方へ延伸する支持ブロック（１１）が設け られることによって、上部に連通する第一収容溝（１２）と第二収容溝（１３） が形成され、第一収容溝（１２）と第二収容溝（１３）の内部に下伝動部材（２ ０）と上伝動部材（３０）を収納する。二つの支持ブロック（１１）の上面に夫 々圧力調整部材位置決め孔（１２１）と連接ロッド位置決め孔（１２２）が形成 され、伝動部材支持座（１０）の中央に固定孔（１４）が形成される。 1 to 5, a flexible circuit board carrying device according to the present invention includes a transmission part. A material support seat (10), a lower transmission member (20) and an upper transmission member (30), A support block (11) extending upward is provided in the square of the transmission member support seat (10) of As a result, the first accommodation groove (12) and the second accommodation groove (13) communicating with the upper part And a lower transmission member (2) is formed inside the first accommodation groove (12) and the second accommodation groove (13). 0) and the upper transmission member (30) are housed. On top of the two support blocks (11) Various pressure adjusting member positioning holes (121) and connecting rod positioning holes (122) are formed. Thus, a fixing hole (14) is formed in the center of the transmission member support seat (10).
【００１０】 下伝動部材（２０）は、下伝動軸（２１）を有し、該下伝動軸（２１）が順序 に下伝動部材固定ブロック（２２）と、下伝動リング（２３）と、下伝動部材位 置決めブロック（２４）と、下歯車（２５）と、下歯車位置決めブロック（２６ ）と、上伝動歯車（２７）を貫通し、下伝動リング（２３）の一側に下伝動リン グプレート（２３１）が設けられ、下伝動部材位置決めブロック（２４）と下歯 車位置決めブロック（２６）が第二収容溝（１３）の内部に収納される。[0010] The lower transmission member (20) has a lower transmission shaft (21), and the lower transmission shaft (21) is in sequence. The lower transmission member fixing block (22), the lower transmission ring (23), and the lower transmission member position. Placement block (24), lower gear (25), and lower gear positioning block (26 ) Through the upper transmission gear (27), and the lower transmission ring (23) is attached to one side of the lower transmission ring (23). The lower transmission member positioning block (24) and the lower teeth. The vehicle positioning block (26) is housed inside the second housing groove (13).
【００１１】 上伝動部材（３０）は、上伝動軸（３１）を有し、該上伝動軸（３１）が順序 に上伝動部材固定ブロック（３２）と、上伝動リング（３３）と、上伝動部材位 置決めブロック（３４）と、上歯車（３５）と、上歯車位置決めブロック（３６ ）と、上歯車固定ブロック（３７）を貫通し、上伝動リング（３３）の一側に上 伝動リングプレート（３３１）が設けられ、上伝動部材位置決めブロック（３４ ）と上歯車位置決めブロック（３６）が第二収容溝（１３）の内部に収納される 。[0011] The upper transmission member (30) has an upper transmission shaft (31), and the upper transmission shaft (31) is in sequence. The upper transmission member fixing block (32), the upper transmission ring (33), and the upper transmission member position. Placement block (34), upper gear (35), upper gear positioning block (36) ) And the upper gear fixing block (37), and is mounted on one side of the upper transmission ring (33). A transmission ring plate (331) is provided, and the upper transmission member positioning block (34 ) And the upper gear positioning block (36) are housed inside the second housing groove (13). .
【００１２】 本考案に係わる軟質回路板の運び装置を組み合わせる際、上伝動部材（３０） の上伝動リング（３３）と、上伝動部材位置決めブロック（３４）と、上歯車（ ３５）と、上歯車位置決めブロック（３６）が夫々下伝動部材（２０）の下伝動 リング（２３）と、下伝動部材位置決めブロック（２４）と、下歯車（２５）と 対して設置され、上伝動リング（３３）の上伝動リングプレート（３３１）及び 下伝動リング（２３）の下伝動リングプレート（２３１）との間に形成する隙間 が回路板（９０）を挟持すると共に、上歯車（３５）と下歯車（２５）が相互に 噛合されることにより、上伝動リング（３３）と下伝動リング（２３）を回転さ せる。[0012] The upper transmission member (30) when the flexible circuit board carrying device according to the present invention is combined. The upper transmission ring (33), the upper transmission member positioning block (34), and the upper gear ( 35) and the upper gear positioning block (36) respectively lower drive the lower transmission member (20). A ring (23), a lower transmission member positioning block (24), and a lower gear (25) The upper transmission ring plate (331) and the upper transmission ring (33) Gap formed between the lower transmission ring (23) and the lower transmission ring plate (231) Pinch the circuit board (90), and the upper gear (35) and the lower gear (25) mutually By engaging with each other, the upper transmission ring (33) and the lower transmission ring (23) are rotated. Let
【００１３】 上伝動歯車（２７）が下伝動歯車（４０）と噛合され、この下伝動歯車（４０ ）の伝動軸（４１）がチェーンによってモータ（符号なし）と連接されることに より、回転の動力を獲得する。[0013] The upper transmission gear (27) meshes with the lower transmission gear (40), and the lower transmission gear (40) ) The transmission shaft (41) is connected to the motor (unsigned) by the chain. The power of rotation is acquired.
【００１４】 支持ブロック（１１）の圧力調整部材位置決め孔（１２１）に圧力調整ロッド （８０）が設けられ、この圧力調整ロッド（８０）に圧力調整部材位置決め孔（ １２１）に対して貫通孔が形成されると共に、ボルト（８５）によって圧力調整 ロッド（８０）と支持ブロック（１１）を連接する。[0014] The pressure adjusting rod is provided in the pressure adjusting member positioning hole (121) of the support block (11). (80) is provided, and the pressure adjusting rod (80) has a pressure adjusting member positioning hole ( 121) through hole is formed and pressure is adjusted by bolt (85) The rod (80) and the support block (11) are connected.
【００１５】 各上伝動部材位置決めブロック（３４）の上面に圧力調整部材（８１）が設け られ、該圧力調整部材（８１）はスプリング（８３）を有する圧力調整ボルト（ ８２）であり、圧力調整ボルト（８２）の下端が上伝動部材位置決めブロック（ ３４）の上面と接触されると共に、上端が圧力調整ロッド（８０）の貫通孔を貫 通し、ナット（８４）と螺合されることにより、スプリング（８３）が上伝動部 材位置決めブロック（３４）と圧力調整ロッド（８０）との間に位置される。ナ ット（８４）を調整することにより、上伝動リング（３３）の上伝動リングプレ ート（３３１）及び下伝動リング（２３）の下伝動リングプレート（２３１）と の間に形成する隙間を調整することができる。[0015] A pressure adjusting member (81) is provided on the upper surface of each upper transmission member positioning block (34). The pressure adjusting member (81) is a pressure adjusting bolt () having a spring (83). 82), and the lower end of the pressure adjusting bolt (82) is the upper transmission member positioning block ( 34) and the upper end penetrates the through hole of the pressure adjusting rod (80). The spring (83) is passed through and screwed with the nut (84) so that the spring (83) It is located between the material positioning block (34) and the pressure adjusting rod (80). Na The upper transmission ring plate (33) can be adjusted by adjusting the upper transmission ring (33). And the lower transmission ring plate (231) of the bottom (331) and the lower transmission ring (23). It is possible to adjust the gap formed between the two.
【００１６】 上歯車位置決めブロック（３６）の上面に連接ロッド（７０）が設けられ、該 連接ロッド（７０）に支持ブロック（１１）の連接ロッド位置決め孔（１２２） に対して貫通孔（７１）が形成され、ボルト（７２）が連接ロッド位置決め孔（ １２２）と貫通孔（７１）を貫通することにより、連接ロッド（７０）と伝動部 材支持座（１０）を連接する。[0016] A connecting rod (70) is provided on the upper surface of the upper gear positioning block (36), A connecting rod positioning hole (122) of the support block (11) is formed on the connecting rod (70). A through hole (71) is formed for the bolt (72) and the connecting rod positioning hole ( 122) and the through hole (71), the connecting rod (70) and the transmission part The material support seat (10) is connected.
【００１７】 又、図３及び図４に示すように、上記の伝動部材支持座（１０）がベース（５ ０）に設けられ、該伝動部材支持座（１０）と下伝動リング（２３）との間に固 定ブロック支持プレート（５１）が設けられ、この固定ブロック支持プレート（ ５１）の上面に適当な厚さを有する固定ブロック（６０）が設けられ、この固定 ブロック（６０）がボルト（６１）によって固定ブロック支持プレート（５１） の上面に設けられる。[0017] In addition, as shown in FIGS. 3 and 4, the transmission member support seat (10) has the base (5). 0) provided between the transmission member support seat (10) and the lower transmission ring (23). A fixed block support plate (51) is provided, and the fixed block support plate (51 A fixing block (60) having an appropriate thickness is provided on the upper surface of 51), and the fixing block Block (60) fixed by bolts (61) Block support plate (51) Is provided on the upper surface of.
【００１８】 尚、図１、図４乃至図６に示すように、回路板（９０）の運び方向に対して適 当な角度（１０度から２０度のが好ましい）に沿って伝動部材支持座（１０）を 固定孔（１４）とねじによってベース（５０）に固定し、即ち上伝動リング（３ ３）と下伝動リング（２３）を相互に回転することができる。回路板（９０）を 運ぶ際、上伝動リング（３３）の上伝動リングプレート（３３１）及び下伝動リ ング（２３）の下伝動リングプレート（２３１）によって回路板（９０）を強固 に挟持すると共に、運んでいる。[0018] In addition, as shown in FIGS. 1 and 4 to 6, it is suitable for the carrying direction of the circuit board (90). The transmission member support seat (10) along the appropriate angle (preferably 10 to 20 degrees) It is fixed to the base (50) by the fixing hole (14) and the screw, that is, the upper transmission ring (3 3) and the lower transmission ring (23) can rotate relative to each other. Circuit board (90) When carrying, the upper transmission ring plate (331) and the lower transmission ring (33) The lower transmission ring plate (231) of the ring (23) strengthens the circuit board (90). It is being carried as well as being sandwiched between.
【００１９】 又、伝動部材支持座（１０）と下伝動リング（２３）との間に適当な厚さを有 する固定ブロック（６０）が設けられるので、回路板（９０）が歪む場合、固定 ブロック（６０）によって自動的に校正することができる。[0019] In addition, an appropriate thickness is provided between the transmission member support seat (10) and the lower transmission ring (23). A fixed block (60) is provided to fix the circuit board (90) when it is distorted. It can be calibrated automatically by the block (60).
【００２０】[0020]
本考案は上記の構成を有するので、圧力調整部材によって上伝動リングの上伝 動リングプレート及び下伝動リングの下伝動リングプレートとの間に形成する隙 間を調整すると共に、回路板を挟持して運ぶことにより、従来の支持部材によっ て薬液の噴射が邪魔されることを防止できる。 Since the present invention has the above-mentioned structure, the upper transmission ring is transmitted by the pressure adjusting member. Gap formed between the drive ring plate and the lower transmission ring plate of the lower transmission ring By adjusting the space and carrying the circuit board by sandwiching it, It is possible to prevent the injection of the chemical solution from being disturbed.
【図１】 本考案に係わる軟質回路板の運び装置の斜視
図である。FIG. 1 is a perspective view of a carrying device for a flexible circuit board according to the present invention.
【図２】 本考案に係わる軟質回路板の運び装置の分解
斜視図である。FIG. 2 is an exploded perspective view of a device for carrying a flexible circuit board according to the present invention.
【図３】 本考案に係わる軟質回路板の運び装置の平面
図である。FIG. 3 is a plan view of a flexible circuit board carrying device according to the present invention.
【図４】 本考案に係わる軟質回路板の運び装置におい
て、回路板を運び状態を示す平面図である。FIG. 4 is a plan view showing a state in which the circuit board is carried in the apparatus for carrying a flexible circuit board according to the present invention.
【図５】 本考案に係わる軟質回路板の運び装置におけ
る伝動部材支持座をベースに設置する状態を示す平面図
である。FIG. 5 is a plan view showing a state in which the transmission member support seat is installed on the base in the flexible circuit board carrying device according to the present invention.
【図６】 本考案に係わる軟質回路板の運び装置におい
て、回路板を伝動部材支持座に運び状態を示す平面図で
ある。FIG. 6 is a plan view showing a state in which the circuit board is carried to the transmission member support seat in the apparatus for carrying a flexible circuit board according to the present invention.
【図７】 従来の軟質回路板の運び装置の平面図であ
る。FIG. 7 is a plan view of a conventional device for carrying a flexible circuit board.
１０ 伝動部材支持座 １１ 支持ブロック １２ 第一収容溝 １２１ 圧力調整部材位置決め孔 １２２ 連接ロット位置決め孔 １３ 第二収容溝 １４ 固定孔 ２０ 下伝動部材 ２１ 下伝動軸 ２２ 下伝動部材固定ブロック ２３ 下伝動リング ２３１ 下伝動リングプレート ２４ 下伝動部材位置決めブロック ２５ 下歯車 ２６ 下歯車位置決めブロック ２７ 上伝動歯車 ３０ 上伝動部材 ３１ 上伝動軸 ３２ 上伝動部材固定ブロック ３３ 上伝動リング ３３１ 上伝動リングプレート ３４ 上伝動部材位置決めブロック ３５ 上歯車 ３６ 上歯車位置決めブロック ３７ 上歯車固定ブロック ４０ 下伝動歯車 ４１ 伝動軸 ５０ ベース ５１ 固定ブロック支持プレート ６０ 固定ブロック ６１ ボルト ７０ 連接ロッド ７１ 貫通孔 ７２ ボルト ８０ 圧力調整ロッド ８１ 圧力調整部材 ８２ 圧力調整ボルト ８３ スプリング ８４ ナット ８５ ボルト ９０ 回路板 １００ ベース １０１ 伝動部材支持座 １０２ 駆動軸 １０３ 伝動部材 １０４ 支持部材 １０５ 回路板 １０６ ノズル 10 Transmission member support seat 11 Support block 12 First storage groove 121 Pressure adjusting member positioning hole 122 Connection lot positioning hole 13 Second storage groove 14 fixing holes 20 Lower transmission member 21 Lower transmission shaft 22 Lower transmission member fixing block 23 Lower transmission ring 231 Lower transmission ring plate 24 Lower transmission member positioning block 25 lower gear 26 Lower gear positioning block 27 Upper transmission gear 30 Upper transmission member 31 Upper transmission shaft 32 Upper transmission member fixing block 33 Upper transmission ring 331 Upper transmission ring plate 34 Upper transmission member positioning block 35 upper gear 36 Upper gear positioning block 37 Upper gear fixing block 40 Lower transmission gear 41 Transmission shaft 50 base 51 Fixed block support plate 60 fixed block 61 Volts 70 connecting rod 71 Through hole 72 volts 80 Pressure adjusting rod 81 Pressure adjusting member 82 Pressure adjusting bolt 83 spring 84 Nut 85 volts 90 circuit board 100 base 101 Transmission member support seat 102 drive shaft 103 Transmission member 104 support member 105 circuit board 106 nozzles
Claims (2)
（２０）と、上伝動部材（３０）とを有する軟質回路板
の運び装置であって、 伝動部材支持座（１０）の内部に下伝動部材（２０）と
上伝動部材（３０）を収容し、 下伝動部材（２０）は、下伝動軸（２１）を有し、該下
伝動軸（２１）が順序に下伝動リング（２３）と、下伝
動部材位置決めブロック（２４）と、下歯車（２５）
と、下歯車位置決めブロック（２６）と、上伝動歯車
（２７）を貫通し、下伝動リング（２３）の一側に下伝
動リングプレート（２３１）が設けられ、 上伝動部材（３０）は、上伝動軸（３１）を有し、該上
伝動軸（３１）が順序に上伝動リング（３３）と、上伝
動部材位置決めブロック（３４）と、上歯車（３５）
と、上歯車位置決めブロック（３６）とを貫通し、上伝
動リング（３３）の一側に上伝動リングプレート（３３
１）が設けられ、 上伝動部材（３０）の上伝動リング（３３）と、上伝動
部材位置決めブロック（３４）と、上歯車（３５）と、
上歯車位置決めブロック（３６）が夫々下伝動部材（２
０）の下伝動リング（２３）と、下伝動部材位置決めブ
ロック（２４）と、下歯車（２５）と対して設置され、
上伝動リング（３３）の上伝動リングプレート（３３
１）及び下伝動リング（２３）の下伝動リングプレート
（２３１）との間に形成する隙間が回路板を挟持すると
共に、上歯車（３５）と下歯車（２５）が相互に噛合さ
れることにより、上伝動リング（３３）と下伝動リング
（２３）を回転し、 伝動部材支持座（１０）を回路板（９０）の運び方向に
対して１０度から２０度に沿って固定孔（１４）とねじ
によってベース（５０）に固定することを特徴とする、
軟質回路板の運び装置。1. A flexible circuit board carrying device having a transmission member support seat (10), a lower transmission member (20), and an upper transmission member (30), the interior of the transmission member support seat (10). The lower transmission member (20) and the upper transmission member (30) are accommodated in the lower transmission member (20), and the lower transmission member (20) has a lower transmission shaft (21), and the lower transmission shaft (21) is sequentially arranged in the lower transmission ring (21). 23), the lower transmission member positioning block (24), and the lower gear (25)
A lower transmission ring plate (231) is provided on one side of the lower transmission ring (23) to penetrate the lower gear positioning block (26) and the upper transmission gear (27), and the upper transmission member (30) is It has an upper transmission shaft (31), and the upper transmission shaft (31) is in order an upper transmission ring (33), an upper transmission member positioning block (34), and an upper gear (35).
Through the upper gear positioning block (36), and the upper transmission ring plate (33) is attached to one side of the upper transmission ring (33).
1) is provided, the upper transmission ring (33) of the upper transmission member (30), the upper transmission member positioning block (34), the upper gear (35),
The upper gear positioning block (36) is attached to the lower transmission member (2
0) the lower transmission ring (23), the lower transmission member positioning block (24), and the lower gear (25).
Upper transmission ring (33) Upper transmission ring plate (33
1) and the lower transmission ring plate has a gap formed between the lower transmission ring plate (231) and the lower transmission ring plate (231), and the upper gear (35) and the lower gear (25) are meshed with each other. The upper transmission ring (33) and the lower transmission ring (23) are thereby rotated, and the transmission member support seat (10) is fixed in the fixing hole (14) along the carrying direction of the circuit board (90) at 10 to 20 degrees. ) And screws for fixing to the base (50),
A device for carrying flexible circuit boards.
の上面に圧力調整部材（８１）が設けられ、該圧力調整
部材（８１）はスプリング（８３）を有する圧力調整ボ
ルト（８２）であり、圧力調整ボルト（８２）の下端が
上伝動部材位置決めブロック（３４）の上面と接触され
ることを特徴とする、請求項１に記載の軟質回路板の運
び装置。2. Each upper transmission member positioning block (34)
Is provided with a pressure adjusting member (81) on the upper surface thereof, and the pressure adjusting member (81) is a pressure adjusting bolt (82) having a spring (83), and the lower end of the pressure adjusting bolt (82) is an upper transmission member positioning block. The device for carrying a flexible circuit board according to claim 1, characterized in that it is brought into contact with the upper surface of (34).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2003001632U JP3096745U (en) | 2003-03-27 | 2003-03-27 | Flexible circuit board carrying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2003001632U JP3096745U (en) | 2003-03-27 | 2003-03-27 | Flexible circuit board carrying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JP3096745U true JP3096745U (en) | 2003-10-03 |
Family
ID=43250602
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2003001632U Expired - Lifetime JP3096745U (en) | 2003-03-27 | 2003-03-27 | Flexible circuit board carrying device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3096745U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2014101231A (en) * | 2014-03-12 | 2014-06-05 | Shibaura Mechatronics Corp | Substrate treatment device |
-
2003
- 2003-03-27 JP JP2003001632U patent/JP3096745U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2014101231A (en) * | 2014-03-12 | 2014-06-05 | Shibaura Mechatronics Corp | Substrate treatment device |
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