200417738 玖、發明說明： 【發明所屬之技術領域】 本發明係有關一種在印刷基板製造過程中使用的印刷 基板製造關聯裝置。 【先前技術】 在印刷基板的製造過程中，作爲主要的程序具有在基板 上裝設電子構件的程序。在裝設電子構件時，首先，在設 定於印刷基板上的規定的電極圖案上印刷上膏狀銲錫。接 著，根據該銲錫的粘性，將電子構件臨時固定在印刷基板 上。之後，將前述印刷基板導入回焊爐，經過規定的回焊 程序而付與焊接固定。在如此一連串的作業程序中，基板 在位於規疋局度（例如作業者腰的局度）上的輸送帶上朝規 定方向輸送，同時進行各種作業。最近，在導入回焊爐的 前階段中’由檢查裝置偵測膏狀銲錫的印刷狀態。 在此種檢查裝置中，一般是在檢查裝置本體上裝有表示 偵測結果等規定資訊的顯示監控器（例如日本專利文獻i: 日本專利特開平6 - 1 8 6 2 7 1號公報）。 可在上述技術中，顯示監控器因位於基板之輸送位置的 下方，因此，存在著難以確認顯示內容的問題。對此，也 考慮在檢查裝置之筐體的上表面放置並固定顯示監控器的 方案。 但是，在顯示監控器放置固定於筐體上表面上的情況 下，裝置整體的高度尺寸會變大，必然會導致裝置整體的 體積變大。 200417738 如此不良情況不僅包括檢查裝置、而且包括作爲與印刷 基板的製造相關的裝置中設有顯示部的所有裝置。 . 本發明係有鑑於上述問題所提出者，主要目的在於提供 一種可提高顯示部的辨識性的同時，可抑制體積增大的印 刷基板製造關聯裝置。 【發明內容】 以下針對可獲得實現上述目的之特徵性的方案進行敘 述。並且，對於各方案，根據需要敘述特徵性的作用和效 果。 · 方案1，一種有關對在規定的高度上朝左右方向輸送的 印刷基板，進行特定的作業用的印刷基板製造關聯裝置 中’具有：殻體，爲在側壁上具有印刷基板通過用之開口； 特定裝置，係進行與前述殼體內的印刷基板有關之特定作 業；在與前述開口部相同或更高的位置上，於前述殻體的 正面側設有可顯示與至少印刷基板或前述特定的作業相關 的資訊的顯示部，同時，可移動地設定該顯示部。 根據方案1，是對在規定的高度上朝左右方向輸送的印 拳 刷基板進行特定的作業。印刷基板從殻體的側壁之開口部 導入內部’由與殼體內的印刷基板相關的特定裝置，進行 特定的作業。作業後，印刷基板從殼體的側壁的開口部向 外部導出。對於如此印刷基板製造關聯裝置，在與開口部 相同或更高處的殻體正面側設定顯示部，該顯示部顯示至 少與印刷基板或特定作業相關的資訊。爲此，作業者可比 較容易且明確地辨識該顯示部的顯示內容。而且，與顯示 200417738 部載置固定於殼體的上表面的情況相比，整體構造將不會 有過於龐大之虞，爲可抑制裝置整體之大型化。另外，該 顯示部被可移動地設定。爲此，即使在確認殻體內部的特 定裝置的動作或印刷基板的狀態，進行規定的維修時，通 過使顯示部移動，能夠進行確認或維修等作業。 另外，「移動」主要是指藉由移動，可以成爲可形成能 夠對殻體內部辨識、操作等的開口的結構，例如可以是由 滑件所致的滑動、旋轉和開關所致的移動等。並且，「側壁」 可以是「左右側壁」（以下，在各方案中也是同樣的）。 方案2，按照方案1所述的印刷基板製造關聯裝置，其 中，前述顯示部設定在前述殻體的正面側的左右方向的大 致中央。 在殻體內設定特定裝置時，特定裝置設定在殼體內的中 央位置，可謀求有效的設置空間。此點正如方案2，顯示 部設定在殻體正面側的左右方向大致中央時，藉由移動顯 示部，容易從開口對位於中央的特定裝置等進行確認和維 修等。另外，特定裝置即使沒有設定在殻體的中央時，由 於寬度方向的大致中央爲開口，與端部設有開口時相比， 具有容易辨識和操作殻體內部的優點。 另外，可以是「包含前述顯示部的可移動構件佔前述殻 體的正面側的左右寬度的一半以上區域」。此時，具有不僅 可辨識顯示部本體’而且更可靠地提高了顯示部移動時的 內部的辨識性、操作性的優點。 方案3，按照方案2所述的印刷基板製造關聯裝置，其 200417738 中，前述顯示部的顯示面通常相對垂直面以傾斜狀態設 定。 根據方案3，顯示部的顯示面因通常相對垂直面以傾斜 狀態設定，作業者容易從斜上方辨識顯示面。換言之，相 對於顯示面，爲可將視線由垂直方向或接近垂直方向進行 投射。其結果，可更加提高辨識性。 方案4，按照方案2所述的印刷基板製造關聯裝置，其 中，前述顯示部由液晶顯示面板構成。 根據方案4，由於顯示部由液晶顯示面板構成，與由CRT φ 顯示器構成時相比，可達到薄壁化之目的，並可順暢地移 動。此外，可將移動機構設成較簡單之裝置，同時亦難以 影響到內部的特定裝置的設置空間。 方案5，按照方案2所述的印刷基板製造關聯裝置，其 中，前述顯示部由應設定前述特定裝置的作業內容並且通 過作業者可操作的接觸面板構成。 根據方案5，不僅能夠確認資訊，而且可通過顯示部進 行各種操作。因此，可簡化殻體的表面構造。 馨 方案6，按照方案2所述的印刷基板製造關聯裝置，其 中’則述顯不部設疋成可向上移動。 當顯示部可朝左右側方移動時，在考慮在印刷基板製造 關聯裝置的另一側設定其他裝置時，將有阻礙其他裝置之 設置之虞。並且，顯示部可朝下方移動時，在朝下方移動 時，擔心會降低辨識性。對此，根據方案6，由於顯示部 可朝上方移動，能夠消除上述的不良現象。 200417738 方案7，按照方案2所述的印刷基板製造關聯裝置，其 中，前述顯示部設定成可向上後方移動。 根據方案7，除了加上方案6之作用效果外，由於顯示 部設定成可向上後方移動，與朝正上移動時相比，即使容 許朝上方移動的空間較小的情況下，也可確保規定的移動 量。 方案8，按照方案2所述的印刷基板製造關聯裝置，其 中，前述顯示部爲避免與前述特定裝置干涉的可移動機 構。 根據方案8，在顯示部移動之際，因不會與特定裝置發 生干涉，即使特定裝置在動作中，也可使顯示部移動，進 行確認、維修等作業。 方案9，按照方案2所述的印刷基板製造關聯裝置，其 中，在使前述顯示部移動時，前述顯示部的顯示面的仰角 大致維持在移動前的狀態。 根據方案9，當使顯示部移動時，顯示部的顯示面的仰 角與移動前相比幾乎不變化。爲此，即使使顯示部移動， 辨識性也很難降低。另外，顯示部相對垂直面成傾斜狀態 設定時，即使顯示部移動時，也由於顯示面相對垂直面成 爲傾斜的狀態，移動的前後均具有辨識性優的優點。此外， 當顯示部爲由接觸面板所形成之情況下，即使在使顯示部 移動的狀態下，亦可經由顯示部來進行各種操作。爲此， 可通過操作接觸面板，在辨識殻體內部的同時進行作業內 容的變更等。 200417738 方案1 〇，按照方案2所述的印刷基板製造關聯裝置，其 中’前述顯示部被移動時，前述顯示部的顯示面與移動前 相比更接近垂直面。 根據方案1 0，在使顯示部移動時，顯示部的顯示面與移 動前相比’更接近垂直面。爲此，相對顯示面可投射無不 適的視線。特別是，在顯示部向上或向上後方移動時，在 移動後’可相對顯示面投射儘可能垂直方向或接近垂直方 向的視線，不會有損移動所致的辨識性。另外，作爲具體 例，例如爲隨著顯示部的移動，仰角發生某種程度變化（從 1度到數度接近垂直面）的情況。 方案1 1，一種與在規定的高度上朝左右方向輸送的印刷 基板有關，進行特定的作業用的印刷基板製造關聯裝置， 其中具有：殻體，爲在側壁上有印刷基板通過用的開口部； 特定裝置，爲進行有關於前述殼體內的印刷基板之特定的 作業；在與前述開口部相同或更高的位置上，於前述殻體 的正面側設有可顯示與至少印刷基板或前述特定的作業相 關的資訊的顯示部；同時，該顯示部在前述殻體之正面側 的左右方向的大致中央，避免與前述特定裝置干涉，可朝 上後方移動的方式設定；並且，當使前述顯示部移動時， 前述顯示部的顯示面的仰角大致維持在移動前的狀態。 根據方案11’可獲得上述方案1、2、7、8、9中前述的 作用和效果。 方案1 2 ’ ί女照方案1至1 1中任一項之印刷基板製造關 聯裝置，其中’前述特定裝置爲與前述印刷基板有關進行 -10- 200417738 偵測的檢查裝置。 根據方案1 2，印刷基板製造關聯裝置具體爲，偵測印刷 . 基板的fe 5^置设疋在內部的檢查裝置，在進行該偵測 時’可獲得上述的各作用和效果。 方案1 3，按照方案1至π中任一項之印刷基板製造關 聯裝置’其中，前述特定裝置爲與前述印刷基板有關進行 構件的裝設的裝設機構。 根據方案1 3，印刷基板製造相關裝置具體爲，對有關印 刷基板的構件進行裝設的裝設裝置設定在內部的構件裝設 鲁 裝置，在進行該裝設時，具有上述各作用和效果。 另外’前述殻體可具有覆蓋前述特定裝置的上方的頂壁 部。通常在此情況下，爲可防止灰塵等異物落在特定裝置 上。並且’在特定裝置的大致全體由殼體圍住的情況下， 可抑制因光等外部因素影響特定作業的現象。 【實施方式】 下面，參照附圖說明本發明之一實施例。在本實施例 中’作爲印刷基板製造關聯裝置，具體爲檢查由焊膏之印 馨 刷所形成的印刷基板（以下，簡稱爲「基板」）2的印刷狀態 之際使用的檢查裝置1。 在一連串的製造過程中，基板2以輸送帶3從圖的左方 向右方輸送到規定的高度上。在此，所謂的規定高度是指 作業者容易進行作業的高度位置，在本實施例中，例如設 疋成距離地面900mm的局度位置。檢查裝置lg受定在輸送 帶3的輸送路徑的中途。 -11 - 200417738 如第1圖和第2圖所示，檢查裝置1具有殻體n和設 定在殼體11內、且實際上具有用於進行基板2上之膏狀銲 錫之高度計測而用以進行好壞判定的檢查裝置1 2。 在此，針對檢查裝置1 2之槪略構造進行說明。本實施 例中的檢查裝置1 2是用所謂的相位偏移法進行的三維計 測，主要計測基板2上的膏狀銲錫的高度。檢查裝置〗2具 有基板輸送單元21，其用於在與前述輸送帶3之間進行基 板2的接收’问時移動基板2。另外，檢查裝置1 2還具有 相對基板2的表面從斜上方照射成正弦波狀的多個相位變 φ 化的光圖案用、且未圖示的照明裝置，或對基板2上的前 述照射部分加以拍攝的C C D照相機2 2、移動和調整C C d 照相機22與基板2的相對位置關係用的X軸移動機構23、 Y軸移動機構24和Z軸移動機構25等。此外，檢查裝置 1 2還在其下部具有偵測之際，以矯正基板2的彎曲等的基 板矯正機構爲主的其他機構，如控制盤、電腦、不斷電電 源裝置、變壓器等（圖中均未示出）。 而前述殼體1 1爲將上述結構的檢查裝置1 2收納於內部 修 的裝置，整體爲筐狀。更詳細地說，殼體1 1爲以前述輸送 帶3的高度爲邊境而構成下部筐體31和上部筐體32。下 部筐體3 1具有下部後壁部3 3和左右下部側壁部3 4，同時， 在兩個下部側壁部3 4的前面側，設有可開關的前面門3 5。 通過該前面門3 5的開啓，可進行控制盤、電腦等的偵測、 維修等。另外，該下部筐體3 1通過4根支座3 6直立設定 於地面上。 -12- 200417738 並且，上部筐體32相對前述下部筐體31裝設固定著。 上部筐體3 2具有位於前述下部後壁部3 3上的上部後壁部 3 7，位於左右的下部側壁部3 4上的左右的上部側壁部3 8， 從前述前面門3 5處向斜後方延伸的前面壁部3 9和位於各 壁部3 7、3 8、3 9上的頂壁部4 〇。在前述左右的上部側壁 部3 8上，與前述輸送帶3的高度位置相對應處，形成基板 2通過用的開口部4 1。即，在本實施例中，基板2從左方 開口部4 1導入檢查裝置1 2中，在大致同一高度上供偵測 後，從右方開口部4 1導出到輸送帶3上。 另外，在頂壁部4 0上的後部一角，直立設定著報知棒 42。在報知棒42的上部設有報知燈43，通過該報知燈43 的發光式樣，向作業者報知規定的狀況（例如，爲正常動作 時綠燈亮、異常時紅燈閃的狀況）。 此外，上部筐體3 2中，前面壁部3 9和頂壁部4 0的大 部分採用可開關的蓋構造。更詳細地說，在前面壁部3 9 中，除了左右兩側部的大部分成爲前面蓋體5 1。另外，頂 壁部4〇中，除了左右兩側部和後側部的大部分成爲頂蓋體 52 ° 在前面蓋體5 1的大致中央部分設有構成顯示部的液晶 接觸面板5 3。該液晶接觸面板5 3的顯示面爲了便於作業 者辨識’通常設定成與前面蓋體5 1具有同樣的仰角。該顯 示面可顯示以設定數據、偵測結果數據爲主的各種資訊。 並且，在前面蓋體5 1中，液晶接觸面板5 3的右側方設有 操作部5 4。操作部5 4具有轉換顯示內容或變更前述檢 -13- 2D0417738 查裝置1 2的動作內容的各種操作按鈕等。 下面，對前面蓋體5 1和頂蓋體5 2的蓋構造進行敘述。 頂蓋體5 2在其後部的鉸鏈部5 5處，相對頂壁部4 0的固定 部分可旋轉（開關）地支承著。並且，頂蓋體52的前端成爲 向下方彎折的彎折部5 6，該彎折部5 6的前端和前面蓋體 5 1的後端下部通過鉸鏈部57相對可旋轉。 在前述前面壁部39中，在前面蓋體51用的開口兩側裝 有一對導軌5 8。另外，在前面蓋體5 1的下端兩側裝有可 沿著前述導軌5 8移動的滾子5 9。在如此結構下，在本實 施例中，滾子5 9沿著導軌5 8轉動的同時，前面蓋體5 1和 頂蓋體5 2可向上後方移動。 接下來，對上述構成的本實施例的作用效果進行敘述。 從左方向右方由輸送帶3輸送於規定高度上的基板2從 檢查裝置1的殻體1 1的左側開口部41導入內部，由檢查 裝置1 2進行與膏狀銲錫有關的偵測。偵測結束後，基板2 從殻體1 1右側的開口部4 1向外部導出。對於此種檢查裝 置1中，在高於開口部4 1位置上之殻體1 1的上部筐體3 2 中，於前面壁部3 9、特別是前面蓋體5 1的大致中央設有 液晶接觸面板5 3，在該液晶接觸面板5 3的顯示面上顯示 各種資訊。爲此，作業者可比較容易和明確地辨識該顯示 面的顯示內容。特別是，在本實施例中，液晶接觸面板5 3 的顯示面因通常相對垂直面成傾斜的狀態設定著，所以作 業者容易從斜上方辨識顯示面。換言之，相對顯示面，可 投射來自儘可能垂直方向或接近垂直方向的視線。其結 •14- 200417738 果，可更加提高辨識性。 另外，由於液晶接觸面板5 3被設在殼體1 1的正面側， 與載置固定於殼體上表面的情況相比，不會使整體構造變 大，能夠抑制裝置整體之大型化。 此外，在本實施例中，液晶接觸面板5 3可朝上後方移 動地設定著。更詳細地說，如第3圖所示，通過將前面蓋 體5 1朝上方上推，滾子5 9就沿著導軌5 8向上後方轉動。 隨之以鉸鏈部5 5爲軸心，頂蓋體5 2朝開啓方向（圖中順時 針方向）旋轉的同時，以另一個鉸鏈部5 7爲軸心，頂蓋體 5 2和前面蓋體5 1相對旋轉。由此，如該圖實線所示，前 面蓋體5 1在當初位置的部位成爲開口。因此，至此由前面 蓋體5 1等覆蓋的檢查裝置1 2成爲露出狀態，能夠確認該 檢測機構1 2的動作或基板2的狀況。不僅如此，還可進行 與內部有關的各種操作。具體來說，能夠進行與檢查裝置 1 2的各裝置有關的規定的維修，同時，試驗中用人手設定 基板以掌握動作狀況。 另外，由於包含液晶接觸面板5 3的前面蓋體5 1設定在 殼體1 1正面側的左右方向的大致中央，在進行如上述的使 前面蓋體5 1向上動作的情況下，容易從前述開口進行檢查 裝置1 2等的確認或維修。 而且，即使在液晶接觸面板5 3向上後方移動時，該接 觸面板5 3的顯示面的仰角與移動前大致不變化。因此，即 使在移動後，也很難降低顯示面的辨識性。因而能夠進行 殼體1 1內部的確認、維修等的同時，可比較容易地辨識液 -15- 200417738 晶接觸面板5 3的顯示面。另外，在進行殼體n內部的確 認、維修等的同時，也可進行接觸面板5 3的接觸操作。此 外’移動後的接觸面板53的顯示面的仰角同移動前比不怎 樣變化，另外，在本實施例中，移動後的接觸面板5 3的顯 示面也與移動前相比’更接近垂直面。此點與液晶接觸面 板5 3朝上後方移動相結合，在移動後，作業者等可相對顯 示面投射儘可能垂直方向或接近垂直方向的視線，其結 果，就更可靠地實現上述的作用和效果。 並且，使包含液晶接觸面板5 3的前面蓋體5 1等移動， g 也不會干涉檢查裝置12。爲此，不用說可防止檢查裝置12 破損，並且即使在檢查裝置1 2的動作中（檢查中），使前面 蓋體5 1等移動，也可進行確認、維修等。 此外，並不限於上述實施例所記載的內容，例如可按如 下方式實施。 (a) 在上述實施例中，採用了前面蓋體51和頂蓋體52是 分開的，在兩者開啓時，這兩者可通過鉸鏈部5 7相對旋 轉，前面蓋體5 1沿著導軌5 8可開啓的結構。對此，作爲 鲁 可使前面蓋體等移動的結構，也可採用其他的結構。 (b) 例如，可採用第4圖所示的結構。在該圖示例中，使 上述實施例的前面蓋體5 1和頂蓋體5 2成一體的斷面大致 爲〈字形的蓋體7 1通過鉸鏈部7 2可旋轉地支承著。如此 蓋體71由前面部和頂壁部構成。並且，在蓋體71的前面 部的上部裏面側，液晶接觸面板7 3通過鉸鏈部7 4可旋轉 地支承著。通過採用如此結構，將蓋體7 1上提旋轉，在殼 -16 - 200417738 體上形成開口，由該開口辨識內部的同時可進行規定的操 作。另外，在開啓蓋體7 1的狀態下，同第2圖二點鍊線所 示，通過將液晶接觸面板7 3以鉸鏈部74爲支點相對蓋體 7 1朝下方相對旋轉，液晶接觸面板7 3的顯示面可由作業 者辨識和確認、操作。因此，在採用上述結構的情況下， 也可獲得與上述實施例相同的作用和效果。並且，採用此 種結構時，不必採用上述實施例中的導軌58和滾子59 ’ 具有可簡化結構的優點。 (c) 另外，例如也可採用第5圖所示的結構。在該圖示例 _ 中，省略了上述實施例中的稱作導軌5 8和滾子5 9的機構。 取而代之的是在上部側壁部等上，可旋轉地支承桿件8 1， 該桿件8 1的前端和前面蓋體5 1的最下部通過鉸鏈部82可 旋轉地連接。通過採用如此結構，在將前面蓋體5 1向上提 昇旋轉時，亦旋轉桿件8 1，可獲得上述實施例同樣的移動 式樣（開啓式樣）。另外，可成爲桿件8 1等的移動操作機構 在外部露出的結構。 (d) 在上述實施例中，印刷基板製造關聯裝置具體爲偵測 馨 膏狀銲錫的印刷狀態的檢查裝置1。對此，也可將上述的 結構具體化於與基板2的製造相關的其他裝置中。例如， 可具體爲偵測裝設於基板2上的電子構件的裝設狀態的檢 查裝置。並且，並不限於檢查裝置，可具體爲例如進行電 子構件裝設的裝設機構設定於內部的構件裝設裝置。 (e) 在上述實施例中，液晶接觸面板53設定於前面蓋體 5 1上，而該前面蓋體5 1可移動地設定。對此，也可採用 -17- 200417738 液晶接觸面板本體是單獨、可移動的，結構。 (f) 在上述實施例中，儘管操作部54設定在前面蓋體51 上，但也可省略該操作部5 4。 (g) 在上述實施例中，設有液晶接觸面板53的前面蓋體 5 1可向上移動，但也可爲例如朝左右方向移動的可移動結 構。 (h) 在上述實施例中，作爲顯示部具體爲可接觸操作的液 晶接觸面板5 3，但也可具體爲不能接觸之單純的液晶顯示 裝置。 _ (i) 也可具體爲具有只在單側側壁部上形成開口部4 i的 殻體的裝置。 【圖式簡單說明】 第1圖爲以一實施例中的檢查裝置爲主，表示殻體外觀 的槪略立體圖。 第2圖爲表示檢查裝置之槪略剖視圖。 第3圖爲用於說明在使移動檢查裝置之前面蓋體等移動 時之作用的局部剖視圖。 β 第4圖爲表示在其他一實施例中之檢測裝置的局部剖視 圖。 第5圖爲表示在其他一實施例中之檢查裝置的局部剖視 圖。 【主要部分之代表符號說明】 1 :作爲印刷基板製造關聯裝置之檢查裝置 2 :(印刷）基板 -18- 2(00417738 3 :輸送帶 Π :殼體 1 2 :作爲特定裝置之檢查裝置 ， 2 1 :基板輸送單元 3 1 :下部筐體 3 2 :上部筐體 51 :前面蓋體 5 2 :頂蓋體 53、73 :作爲顯示部之液晶接觸面板 φ 7 1 :蓋體Nine 200417738, invention is described: [Technical Field of the Invention belongs The present invention associated with the printed board manufacturing apparatus related to the printed circuit board for use in the manufacturing process. [] In the prior art manufacturing process of the printed circuit board, the program having a program as a main electronic component is mounted on a substrate. When mounting electronic components, first, in the set on the printed board in a predetermined electrode pattern on the printed solder paste. Then, the electronic component is temporarily fixed to the printed circuit board based on the viscosity of the solder. Thereafter, the printed substrate introducing reflow furnace, reflowing through a predetermined pay program with fixed welding. In such a series of operation procedures, the substrate is conveyed in a predetermined direction on a conveyor belt located at a predetermined position (for example, the position of the waist of the operator), and various operations are performed at the same time. Recently, in the pre-stage of introduction into a reflow furnace, the printing state of paste solder was detected by an inspection device. In this inspection apparatus, it is common in the inspection apparatus main body is equipped with a detection result represents a predetermined display monitor other information (for example, Japanese Patent Document i: Japanese Patent Laid-Open 6--18627 Publication 1). In the above technique, since the display monitor is positioned below the substrate transport position, there is a problem that it is difficult to confirm the display content. For this reason, a scheme of placing and fixing the display monitor on the upper surface of the casing of the inspection device is also considered. However, when the display monitor is placed and fixed on the upper surface of the casing, the height dimension of the entire device becomes larger, which inevitably leads to an increase in the volume of the entire device. 200417738 Such a defect includes not only an inspection device but also all devices provided with a display section as a device related to the manufacture of a printed circuit board. The present invention has been made in view of the above-mentioned problems, and a main object thereof is to provide a printed circuit board manufacturing-related device which can improve the visibility of a display portion while suppressing an increase in volume. [Summary] The following is a description of a characteristic solution that can achieve the above-mentioned object. In addition, for each scheme, characteristic actions and effects are described as necessary. Option 1, a device for manufacturing a printed circuit board for carrying out a specific operation on a printed circuit board conveyed at a predetermined height in the left-right direction, "has: a housing having an opening for passing the printed circuit board on a side wall; particular device, the system for a particular job relating to a printed circuit board inside the casing; the opening portion at the same or higher position, to the front side of the housing is provided with at least the printed circuit board may be displayed or the specific job related information display part, while the movable set of the display unit. According to Scheme 1, is printed in the right and left boxing height toward the direction of the conveying brush predetermined substrate specific job. The printed circuit board is introduced from the opening portion of the interior sidewalls of the housing 'by a specific device and a printed circuit board within the housing, for a particular job. After the operation, the printed board is led out from the opening in the side wall of the case. In such a printed circuit board manufacturing-related device, a display portion is provided on the front side of the housing at the same or higher position as the opening portion, and the display portion displays information related to at least a printed circuit board or a specific operation. To this end, the operator more easily comparable and clearly identify the display contents of the display section. In addition, compared with the case where the 200417738 part is mounted and fixed on the upper surface of the housing, the overall structure is not too large, and the size of the entire device can be suppressed. Further, the display unit is movably set. For this reason, even in a state or operation of a specific printed circuit board inside of the housing means to confirm, when a predetermined service, the mobile unit through the display, and the like can be performed to confirm or maintenance work. In addition, "movement" mainly refers to a structure that can form an opening capable of identifying and operating the inside of the housing by movement, and can be, for example, sliding, rotation, and switching caused by a slider. And, "the sidewall" may be "left and right sidewall" (hereinafter, also the same in each scenario). According to a second aspect of the present invention, there is provided the printed circuit board manufacturing-related device according to the first aspect, wherein the display unit is set at a substantially center in a left-right direction on a front side of the casing. When the apparatus is set in a specific case, a particular apparatus is set in a central position within the housing, the installation space can effectively seek. This point is the same as that in Option 2. When the display unit is set to be approximately centered in the left-right direction on the front side of the housing, the display unit can be easily checked and repaired by moving the display unit through the opening. In addition, even when the specific device is not set at the center of the case, since the substantially center in the width direction is an opening, compared with the case where an opening is provided at the end portion, there is an advantage that the inside of the case is easier to recognize and operate. Further, a "portion of the display comprising a movable member accounting for the front side of the housing than half the width of the area." At this time, the display unit having only recognizable body 'and more reliably improve the visibility of the inside of a display unit when the mobile operability advantages. In the third aspect, according to the second aspect, in the printed circuit board manufacturing-related device according to the second aspect, in 200417738, the display surface of the display portion is usually set in an inclined state with respect to the vertical surface. According to Scheme 3, the display surface of the display unit relative to the vertical plane due to generally set in an inclined state, an operator easily recognize the display surface from obliquely upward. In other words, with respect to the display surface, the line of sight can be projected as a vertical or near vertical direction. As a result, further improved visibility. Scheme 4 A printed board related manufacturing apparatus according to embodiment 2, wherein, the display unit a liquid crystal display panel. According to Scheme 4, since the display unit composed of a liquid crystal display panel, as compared with the CRT φ is constituted by a display, it can achieve the purpose of thinning, and may be smoothly moved. Further, the moving mechanism may be provided to the apparatus is relatively simple, but also it is difficult to influence the space provided inside the particular device. Scheme 5 A printed board manufacturing apparatus related to the embodiment 2, wherein, the display unit to be set by the particular device the content job and the operator through the touch panel operable configuration. According to Scheme 5, it was confirmed that not only information, but also by the display unit to carry out various operations. Thus, the surface of the housing structure simplified. Xin Scheme 6, according to the associated printed substrate manufacturing apparatus according to the second aspect, in which 'the said substantial portion is not provided to be movable up piece goods. When the right side of the display unit can be moved leftward, while considering the other side of the printed circuit board manufacturing apparatus associated with the other setting means, provided other means will hinder the danger. Further, when the display unit may be moved toward the downward movement, downward movement toward fear reduces visibility. In this regard, according to the embodiment 6, since the display unit is movable upward, it is possible to eliminate the above undesirable phenomenon. 200 417 738 Scheme 7, the associated printed substrate manufacturing apparatus according to the embodiment 2, wherein, the display unit is set up so as to be moved rearward. 7, in addition to the effect coupled with the role of Scheme 6, since the display unit is set up so as to be backward moved toward the positive as compared with the embodiment according to the movement, even if a small space allowing upward movement of the case, to ensure a predetermined the amount of movement. 8 embodiment, the associated printed substrate manufacturing apparatus according to the embodiment 2, wherein, the display unit in order to avoid interference with a particular device may be the moving mechanism. According to Scheme 8, the display unit moves the occasion, because the interference does not occur with a particular device, even if a particular device in operation, the display unit can be moved into line confirmation and maintenance operations. Scheme 9, according to the associated printed substrate manufacturing apparatus according to the second aspect, wherein, when the display unit moves the elevation angle of the display surface of the display unit is substantially maintained in a state before the movement. Almost no change compared to before the elevation angle of the display surface of the moving part 9 embodiment, when the display unit is moved, according to the display. For this reason, even when the display portion is moved, it is difficult to reduce the visibility. Further, the display section is inclined relative to the vertical setting state, even when the display portion is moved, and because the display surface inclined relative to a vertical state, both before and after the mobile has the advantage of excellent visibility. Further, in the case where the display section is formed by a touch panel, the display portion even in a movable state, various operations may be performed via the display unit. For this purpose, can be performed within the operation content such as changes in the interior of the housing while the identification by operating the touch panel. 200417738 Item 1 〇 The printed circuit board manufacturing related device according to item 2, wherein when the display portion is moved, a display surface of the display portion is closer to a vertical surface than before the movement. According to Scheme 10, the display unit is moved, the display surface portion compared with that before moving 'closer to the vertical. To this end, all appropriate projection surface can be displayed relative sight. In particular, when the display unit moves upward or rearward direction, after the movement 'as the projection surface can be displayed relative to a direction perpendicular or nearly perpendicular to the direction of sight line, without impairing visibility caused by movement. Further, as specific examples of change in the display unit with a certain degree of movement of the occurrence of the elevation (approximately 1 degree from vertical to several degrees). Scheme 11, the printed circuit board toward the left direction at a predetermined height and transport one kind of related printed board manufacturing apparatus associated with a particular job, having: a housing, an opening portion of a printed circuit board on a side wall by ; specific means to perform the specific job on a printed circuit board within the housing; in the opening portion with the same or higher position, to the front side of the housing is provided with at least the printed circuit board may be displayed or the specific the job-related information display part; while a substantially central portion in the lateral direction of the display front surface side of the housing, to avoid interference with the particular device, may be movable upwardly rearward is set; and when the display enable when the mobile unit, elevation angle of the display surface of the display unit is substantially maintained in a state before the movement. The embodiment 11 'obtained in the above-described embodiment 1,2,7,8,9 and effects. Scheme 1 2 'ί women as embodiments 1 to 11 in any one of the printed substrate manufacturing associated apparatus, wherein' the particular apparatus related to a printed circuit board with the inspection apparatus -10-200417738 Detection. According to Scheme 12, the printed board manufacturing apparatus related specifically, detecting printing. Fe 5 ^ opposing substrate inspection device provided in the interior of piece goods, during the detection 'of each of the above can be obtained and effects. Scheme 13, according to Scheme 1 π to any one of the printed substrate manufacturing apparatus associated 'wherein the particular device is a printed circuit board with the mounting means for mounting the relevant member. According to Scheme 13, the printed circuit board manufacturing apparatus related Specifically, the pair of members relating to the printed substrate is set in the mounting means mounted inside the mounting member Lu means, during the installation, each having the above action and effect. Further 'the housing may have a top wall portion covering the top of a particular device. Typically in this case, to prevent dust and other foreign matter falls on the particular device. And 'in the case where the housing encloses substantially all of the particular device, can suppress the influence due to the phenomenon of a particular job to external factors like light. [Embodiment] The following describes one embodiment of the present invention with reference to embodiments. In the present embodiment, 'as associated with printed circuit board manufacturing apparatus, in particular a printed circuit board inspection brush is formed by the plate Xin solder paste (hereinafter simply referred to as "substrate") using the inspection apparatus 1 on the occasion of the printing state of two. In a series of manufacturing process, the substrate 2 to the conveyor belt 3 is transported from the left to the right in FIG onto a predetermined height. Here, the predetermined height refers to a height position where the operator can easily perform work. In this embodiment, for example, it is set to a local position of 900 mm from the ground. Lg given by way inspection apparatus 3, the conveying path in the conveying belt. -11-200417738 As shown in FIG. 1 and FIG. 2, the inspection device 1 has a housing n and a height measurement set in the housing 11 and actually has a paste solder on the substrate 2 for measuring. check the quality determination apparatus 12. Here, for Coming to the inspection apparatus 12 will be described somewhat structure. The inspection device 12 in this embodiment is a three-dimensional measurement by a so-called phase shift method, and mainly measures the height of the solder paste on the substrate 2. The inspection device 2 includes a substrate conveying unit 21 for moving the substrate 2 when receiving the substrate 2 with the conveyor belt 3 mentioned above. The inspection apparatus 12 further has a plurality of phases opposite surfaces of the substrate 2 is irradiated obliquely from above into a sinusoidal variation of φ with the light pattern, the lighting device and not illustrated, or the irradiated portion on the substrate 2 be a CCD camera 2 2, X-axis moving mechanism for moving the camera and adjusting the relative positional relationship CC d 22 of the substrate 2 with 23, Y-axis moving mechanism 24 and the Z-axis moving mechanism 25 and the like shot. Further, the inspection apparatus 12 also having a lower portion which detect occasion, the bending mechanism other correction means correcting the substrate 2 based substrate, such as a control panel, computer, uninterruptible power devices, like transformers (FIG. not shown). And the housing 11 of the inspection apparatus constructed as above inside the device 12 accommodated in the repair, the overall shape of the basket. More specifically, the housing 11 of the conveyor belt at a height of 3 to constitute the border of the lower housing 31 and upper housing 32. The lower housing portion 31 has a lower portion 33 and a rear wall lower portion of the left and right side wall portions 34, while the front side 34 of the two lower side wall portion, with the front door switch 35. By opening the front door 35 may be made the control panel, computer, etc. detection, maintenance and the like. In addition, the lower casing 31 is set upright on the ground by four supports 36. -12-200417738 and upper housing 32 relative to the lower housing 31 is mounted fixed. An upper housing 32 having an upper portion located in a lower portion of the rear wall portion 37 on the rear wall 33, the left and right lower side wall portions 34 on the right and left upper side wall portion 38, obliquely from the front of the door 35 The front wall portion 39 extending rearward and the top wall portion 40 located on each of the wall portions 37, 38, 39. In the left and right upper side wall portions 38, openings 41 for passing the substrate 2 are formed at positions corresponding to the height positions of the conveyor belt 3. That is, in this embodiment, the substrate 2 is introduced into the inspection device 12 from the left opening 41, and is detected at approximately the same height, and then is led out from the right opening 41 to the conveyor belt 3. Further, the rear corner 0 4 on top wall, upstanding rod 42 is set to the notification. In the upper portion of the rod 42 is provided with a broadcast notification lamp 43, the light emission pattern by this notification lamp 43, the operator notification to a predetermined condition (e.g., a normal operation when the green light, red light flash when the abnormal condition). Further, the upper housing 32, the front wall portion 39 and a large portion of the top wall portion 40 may be constructed using a switch cover. More specifically, 39 in addition to the majority of both the left and right portions of the front lid front wall become portion 51. Further, the top wall portion 4〇, removes most of the rear portion and both side portions around the central portion becomes substantially 52 ° in front of the lid is provided with a cover body 5 constituting the liquid crystal display unit 53 touch panel. Contacting surface of the liquid crystal display panel 53 in order to facilitate the identification of the worker 'is typically set to a front cover member 51 has the same elevation. This display screen can display various information including setting data and detection result data. Further, in the front of a lid 5, the right side of the liquid crystal touch panel 53 provided on the operation portion 54. The operation unit 54 has various operation buttons and the like for changing the display content or changing the operation content of the aforementioned inspection device. Next, the configuration of the front cover and the cover member 51 top cover member 52 will be described. The top cover body 52 is rotatably (switched) supported at a hinge portion 55 at a rear portion thereof with respect to a fixed portion of the top wall portion 40. The front end of the top cover 52 is a bent portion 56 that is bent downward. The front end of the bent portion 56 and the lower end of the rear end of the front cover 51 are relatively rotatable by a hinge portion 57. In the front wall 39, mounted on both sides of the opening of the front cover body 51 with a pair of guide rails 58. In addition, rollers 59 are mounted on both sides of the lower end of the front cover 51, and are movable along the guide rails 58. In such a structure, in this embodiment, the rollers 59 along the guide rail 58 while rotating the front lid 51 and the cover member 52 can be moved upwardly rearward. Next, the above-described effects of the present embodiment will be described configuration. From left to right conveyed by the conveyor belt 3 a predetermined height on the substrate 2 into the interior of housing 41 from the left side of the opening portion 11 of the inspection apparatus 1 by the inspection apparatus associated with the detection cream solder 12. After detection, the second opening portion 11 from the right side of the substrate led to the outside of the housing 41. For the substantially central in this inspection apparatus 1, the upper housing 41 at a position higher than the housing opening 11 of the upper portion 32, the wall portion 39 at the front, especially the front lid member 51 is provided with the liquid crystal the touch panel 53 displays various information on the display surface of the liquid crystal panel 53 of the contact. For this reason, the operator can easily and clearly recognize the display content of the display surface. In particular, in this embodiment, since the display surface of the liquid crystal contact panel 5 3 is generally inclined with respect to the vertical plane, the operator can easily recognize the display surface from an obliquely upward direction. In other words, relative to the display surface, the line of sight from the vertical direction as close as possible to the vertical direction can be projected. The results • 14- 200417738 results can further improve the visibility. Further, since the contact of the liquid crystal panel 53 is provided on the front side of the housing 11, as compared with a case fixed to the housing mounting surface, does not make the overall configuration becomes large, the overall size of the apparatus can be suppressed. Further, in the present embodiment, the liquid crystal touch panel 53 may be set up to move the rear. More specifically, as shown in FIG. 3, by the front lid 51 upward toward the push roller 59 is rotated up along the rear guide 58. Followed by the hinge portion 55 as the axis, while the cap body 52 toward the opening direction (clockwise direction in the drawing) is rotated to the other hinge portion 57 as the axis, the front cover 52 and the lid member 5 1 relative rotation. Thus, as shown in the solid line, the front side cover 51 in an opening portion of the original position. Therefore, the inspection device 12 covered by the front cover 51 or the like has been exposed so far, and the operation of the detection mechanism 12 or the condition of the substrate 2 can be confirmed. Not only that, but also various internal operations. Specifically, it is possible to perform predetermined maintenance on each device of the inspection device 12, and at the same time, manually set the substrate during the test to grasp the operation status. Further, since the contact with the liquid crystal panel comprising the front 53 of the lid 51 is set at a substantially lateral center of the front side of the housing 11, making up the operation as a case where the front lid member 51 described above, the readily available from The opening is used to confirm or repair the inspection device 12 or the like. Furthermore, even when the liquid crystal touch panel 53 is moved up and down, the elevation angle of the display surface of the touch panel 53 is not changed substantially from before the movement. Therefore, it is difficult to reduce the visibility of the display surface even after moving. At the same time it is possible to perform recognition of internal housing 11, the maintenance or the like, can be relatively easily recognize the liquid crystal -15-200417738 the contact surface 53 of the display panel. In addition, it is also possible to perform the contact operation of the touch panel 53 while checking, repairing, and the like inside the housing n. In addition, 'the elevation angle of the display surface of the touch panel 53 after the movement does not change much compared with that before the movement. In addition, in this embodiment, the display surface of the touch panel 53 after the movement is also closer to the vertical plane than that before the movement. . This point is combined with the liquid crystal contact panel 53 moving upwards and backwards. After the movement, the operator or the like can project a line of sight as close as possible to the vertical direction with respect to the display surface. As a result, the above-mentioned effects and effect. And the front panel 53 comprising the liquid crystal in contact with the movement of the lid member 51 and the like, g inspection device 12 does not interfere. To do this, needless to say possible to prevent breakage of the inspection device 12, and even when the operation of the inspection apparatus 12 (inspection), so that the front cover 51 and other mobile body can be checked, and maintenance. The contents are not limited to those described in the above embodiments, and may be implemented as follows, for example. (A) In the above embodiment, using a body 51 of the front cover 52 and the cover body are separate, both when opening, both of which may be relatively rotatable via a hinge portion 57, the front cover member 51 along the guide rail 58 openable structure. In this regard, as a structure that can move the front cover and the like, other structures may be adopted. (B) e.g., the structure shown in FIG. 4 may be employed. In the illustrated example, the foregoing embodiment described above so that the cover 51 is substantially <-shaped cover 7172 is rotatably supported by the cover member 52 and the cross-section integrally via a hinge portion. Thus the cover portion 71 is constituted by the front wall and the top portion. The liquid crystal contact panel 7 3 is rotatably supported by a hinge portion 74 on the upper back side of the front portion of the cover 71. By the above arrangement, the cover 71 put on the rotation, in the case -16-- openings, while the inside of the opening may be predetermined identification operation member is formed on 200417738. Further, in the open state of the lid member 71 under the same two-dot chain line in Fig. 2, by the liquid crystal touch panel 73 to the hinge portion 74 as a fulcrum relative to the lid member 71 downward relative rotation, the liquid crystal touch panel 7 the display surface 3 of the identification and confirmation by the operator, operation. Thus, in a case where the above-described configuration, the above-described embodiment can be obtained with the same action and effect. Further, when using this kind of structure, rails 58 need not be employed in the above-described embodiments and the roller 59 'has the advantage of simplified structure. (C) Further, for example, may be employed in the configuration shown in FIG. 5. In the example of the figure, the mechanisms called the guide rails 58 and the rollers 59 in the above embodiment are omitted. Instead, a lever member 81 is rotatably supported on the upper side wall portion or the like, and the front end of the lever member 81 and the lowermost portion of the front cover 51 are rotatably connected by a hinge portion 82. By adopting such a structure, when the front cover 51 is lifted up and rotated, the lever member 81 is also rotated to obtain the same moving pattern (opening pattern) as the above embodiment. Further, the lever 81 can be a movement operation mechanism such as a structure exposed to the outside. Inspection means (d) In the above embodiment, the printed board manufacturing apparatus related specifically to detect the state of cream solder printed Xin 1. In this regard, the above-described configuration may be embodied in other devices associated with the manufacture of the substrate 2. For example, detection may be installed specifically for the inspection apparatus in a state electronic components mounted on the second substrate. Further, the inspection apparatus is not limited to, for example, may be embodied as an electronic component mounting means for setting the mounting member is mounted in the interior of the apparatus. (E) In the above embodiment, the liquid crystal panel 53 is set in contact with the front cover body 51, and the front cover member 51 movably set. In this regard, the contact may also be employed -17-200417738 liquid crystal panel is a separate body, the movable structure. (f) In the above embodiment, although the operation portion 54 is set on the front cover 51, the operation portion 54 may be omitted. (g) In the above embodiment, the front cover 51 provided with the liquid crystal contact panel 53 can be moved upward, but it can also be a movable structure that moves in the left-right direction, for example. (h) In the above-mentioned embodiment, the display portion is specifically a liquid crystal contact panel 5 3 that can be operated in contact, but it may also be a simple liquid crystal display device that cannot be contacted. _ (I) may also have a particular device only opening of the housing portion 4 i is formed on a single side of the side wall portion. [Brief Description of the drawings] The first picture shows the inspection apparatus to a main embodiment of the embodiment, showing an appearance of the housing is slightly perspective Coming to FIG. Coming to the second graph represents a schematic sectional view of the inspection apparatus. Partial cross-sectional view of the role of the time that the movement of the front cover of the mobile inspection apparatus and the like for explaining the third graph. β FIG. 4 is a partial cross-sectional view showing a detection device in another embodiment. Fig. 5 is a partial sectional view showing an inspection device in another embodiment. The main part of the representative REFERENCE NUMERALS 1: a printed circuit board inspection apparatus associated apparatus for producing the printed :( 2) -18-2 substrate (004,177,383: belt [pi: housing 12: the specific devices as an inspection apparatus 2 1: a substrate transport unit 31: lower housing 32: upper housing 51: front cover 52: body cover 53, 73: liquid crystal display unit of the touch panel φ 7 1: lid
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