TW210377B - - Google Patents

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Publication number
TW210377B
TW210377B TW81106302A TW81106302A TW210377B TW 210377 B TW210377 B TW 210377B TW 81106302 A TW81106302 A TW 81106302A TW 81106302 A TW81106302 A TW 81106302A TW 210377 B TW210377 B TW 210377B
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TW
Taiwan
Prior art keywords
component
spring
fixed
coupling
holder
Prior art date
Application number
TW81106302A
Other languages
Chinese (zh)
Original Assignee
Sumitomo Electric Industries
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Publication date
Priority claimed from JP3204297A external-priority patent/JPH0548120A/en
Priority claimed from JP3204298A external-priority patent/JPH0548121A/en
Priority claimed from JP14524292A external-priority patent/JPH05297251A/en
Application filed by Sumitomo Electric Industries filed Critical Sumitomo Electric Industries
Application granted granted Critical
Publication of TW210377B publication Critical patent/TW210377B/zh

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Description

A 6 钭稱7-11®- 五、發明説明（L) 〔發明背景〕 本發明乃有關於一種元件校準/聯結裝置與方法，以 將例如光通信糸統中的光接收元件、光發射元件等裝置 排列聯結起來。 〔先前技藝之描述〕 圖33及34為一種傳統的元件校準/聯結裝置。 如圖33及34所示，光接收或發射元件（以下簡稱為光元 件）11,位於元件座101上。元件座101經由支腳102固 定於機體103上。而機體103由X機臺（stage)104及Y 機臺105所支撑。X機臺104可於X軸方向移動，Y機 臺1 0 5可於與X軸垂直的Y軸方向移動。光電元件1 1的 導線銷（lead pU)12,插入位於機體103下方的插座 106 内。 光纖1 4連接到聯結部份1 3，聯結部份1 3位於光元件1 1 的上方，且由支撑臂107所支撑。支撑臂107乃安裝於 Z -機臺108 , Z機臺108可沿著與X軸、Y軸均垂直的 Z軸方向移動。A 6 钭 称 7-11®- V. Description of the invention (L) [Background of the invention] The present invention relates to a device calibration / connecting device and method, such as the light receiving element and the light emitting element in the optical communication system Wait for the device to be connected together. [Description of Prior Art] FIGS. 33 and 34 show a conventional device calibration / coupling device. As shown in FIGS. 33 and 34, a light-receiving or transmitting element (hereinafter simply referred to as an optical element) 11 is located on the element holder 101. The element holder 101 is fixed to the body 103 via the legs 102. The body 103 is supported by the X stage 104 and the Y stage 105. The X machine 104 can move in the X axis direction, and the Y machine 105 can move in the Y axis direction perpendicular to the X axis. The lead pU 12 of the photoelectric element 11 is inserted into the socket 106 located below the body 103. The optical fiber 14 is connected to the coupling portion 13 which is located above the optical element 1 1 and is supported by the support arm 107. The support arm 107 is installed on the Z-machine 108, and the Z machine 108 can move along the Z-axis direction perpendicular to both the X-axis and the Y-axis.

為了要將光元件1 1與聯結部份1 3校準，先將光元件1 1 固定，Z機臺1 0 8將沿著Z方向移動聯結部份1 3而使聯 結部份的聯結面與光元件1 1的聯結面緊密的接觸。接著 ，X機臺10 4及Y機臺10 5將於X軸及Y軸方向移動光 元件D 圖35是另一種傳統的校準/聯結裝置。画36及37為此 本紙Λ尺度边用中國B家楳準(CNS)T4規怙(210X29/公;Jfc) (請先閲讀背而之注意事項再填寫本一 裝- 訂_ 經濟部屮央標準局貝工消費合作杜印製 81. 7. 20.000ik(ll) 210377 Λ 6η 6 經濟部中央標準局员工消t合作杜印5i 五、發明説明（2 ) 装置的重要部份的剖面圖。 如圖35至37圖所示，此校準/聯結裝置將往下推動一 個聯結部份（聯結部份由一個叉柱來支撑），使得此聯結 部份與光元件行緊密的接觸；即，聯結部份的聯結面與 光元件的聯結面相接觸。 支座111可於垂直方向移動，支座的中心部份有一個 支撑孔112 。浮閥（float)113位於支撑孔112内，且 可沿著垂直方向移動。浮閥113支撑3個釣子114 ,這 3個釣子114於圓周方向的距離相等。每値釣子114均 具有一插銷116 ,插銷116與浮閥113的偏突輪（cam) 槽115鎖在一起。浮閥113内有3個支撑插銷117 。每 個支撑插銷117均插入托架（bracket)118的支撑孔119 内，托架固著於支座111上。繞線彈簧120位於支撑插 銷117及支撑孔119之間。號碼121代表一個掣子，它 可以停止浮閥113的移動，號碼122代表一傾含彈簧的 插銷，它可以移去由凹口（gap)所造成的釣子114之間 隙。 浮閥113具有一値夾頭柄123 ,夾持具111具有一個 鎖柄1 2 4 ,以將夾頭柄1 2 3鎖住。 為了要抓住聯結部份1 2 5 ，釣子U 4將向外移動，接 著，聯結部份1 2 5被置於浮閥1 1 3的中央部份。接著， 夾頭柄1 2 3將使浮閥Π 3以反時針方向轉動（如圖3 5所 示）。由於凸輪槽1 1 5的作用，約子]1 4將向内移動， -4 -In order to align the optical element 1 1 with the coupling part 1 3, first fix the optical element 1 1 and the Z machine 108 will move the coupling part 1 3 along the Z direction so that the coupling surface of the coupling part and the light The coupling surfaces of the elements 11 are in close contact. Next, the X machine 104 and the Y machine 105 will move the optical element D in the X-axis and Y-axis directions. FIG. 35 is another conventional calibration / coupling device. Paintings 36 and 37 are based on this paper. Use the Chinese B Family Standard (CNS) T4 regulations (210X29 / Gong; Jfc) (please read the precautions first and then fill out this one.-Order_Ministry of Economic Affairs Bureau of Standards, Bei Gong, Consumer Cooperation Du Printing 81. 7. 20.000ik (ll) 210377 Λ 6η 6 Employees of the Central Bureau of Standards of the Ministry of Economic Affairs and Cooperation Du Printing 5i V. Description of Invention (2) A cross-sectional view of an important part of the device. As shown in Figures 35 to 37, this calibration / coupling device will push down a coupling part (the coupling part is supported by a fork post), so that the coupling part is in close contact with the optical element row; that is, coupling Part of the connection surface is in contact with the connection surface of the optical element. The support 111 can move in the vertical direction, and the center of the support has a support hole 112. A float 113 is located in the support hole 112 and can be along Move in the vertical direction. The float valve 113 supports three fishing rods 114, and the distances of these three fishing rods 114 in the circumferential direction are equal. Each fishing rod 114 has a latch 116, and the latch 116 and the deflector wheel (cam) of the floating valve 113 ) The slots 115 are locked together. There are three support pins 117 in the float valve 113. Each support pin 117 is inserted In the support hole 119 of the bracket 118, the bracket is fixed on the support 111. The winding spring 120 is located between the support pin 117 and the support hole 119. The number 121 represents a detent, which can stop the float valve 113 Movement, the number 122 represents a tilting spring-loaded latch, which can remove the gap caused by the gap (gap) of the fish 114. The float valve 113 has a chuck handle 123, the gripper 111 has a lock Shank 1 2 4 to lock the chuck shank 1 2 3. In order to grasp the coupling part 1 2 5, the fishing rod U 4 will move outward, and then, the coupling part 1 2 5 is placed on the float valve 1 The central part of 1 3. Then, the chuck handle 1 2 3 will cause the float valve Π 3 to rotate in a counterclockwise direction (as shown in FIG. 3 5). Due to the action of the cam groove 1 1 5 Move inwards, -4-

- - (請先W讀背而之注意事項再填寫本一X 裝· 訂· 線. 本紙ft尺度逍用中B國家樣準(CNS) T4規格(210X297公龙) 81. 7. 20.000iic (II) A 6η 6 經濟部中央櫺準局A工消伢合作社印製 *' 五、發明説明（3 ) 使得聯結部份1 2 5與釣子的前端接觸。此時，綃柄1 2 4 會將夾頭柄123鎖住。接著，柄111往下移動，而聯結 部份125維持不動，因此，聯結部份的聯結面，將與光 元件（未劃出）的聯結面相接觸。 於上述的傳統的校準/聯結裝置中，聯結部份的聯結 面，將與光元件的聯結面緊密的接觸；卽，聯結部份向 外移動至固定的光元件。光元件的聯結面與聯結部份的 聯結面之間的平行度，將視光元件的支撑方式、以及聯 結元件的支撑方式而定。當平行度不足時，光元件11與 聯結部份1 3之間為傾斜的，使得這兩個聯結面之間有一 個間隙S ,如圖38所示。接著，將光元件11及聯結部份 13焊接起來，接著進行樹脂鏵模。於鏵模程序中，間隙 S將被填入樹脂。結果將使得聯結的元件間的聯結作用 不正常。 假如光元件11是發光二極體（LED),且其接腳銷於製 造過程中彎曲，當發光二極體與聯結部份相接觸時，聯 結面之間將出現間隙S ,如前文所述。由圖39可以看出 ,聯結元件之間的間隙相當大，其平均值為3 0 . 7撤米。 為了使得元件間的作用更精確，必須使得聯結面之間 的間隙降至最小。其中一種增加平行度的可能的方法是 ,當聯結部份與光元件相聯結時，調整聯結部份的傾斜 度。但是，這種方式須要很複雜的結構，而導致製造成 本的增加。且調整傾斜度將耗去許多時間。結果將使製 -5 - _(請先閲讀背而之注意事項再蜞寫本h 裝- 線· 本紙ft尺度逍用中8 81家毕(CNS)T4規格(210X297公Λ) 81. 7. 20.000張（il) η A 6 Π 6 五、發明说明（4 題 -問是 的但 曲 〇 _ 直 銷拉 腳銷 接腳 的接 ΛΗΜ 極曲 。 二彆間 光將時 發先多 決間許 解之去 了程耗 為過須 。準直 低校拉 降於銷 率以腳 效可接 0 ，將 在的 的率 目效 的有 明更 發可 本將 > 明 題發 問本 種 ， 各置 述裝 上結 對聯 針 \ 將準 明校 發件 本元 , 種 此一 因供 提 緊 靠 可 個1 供 提 以 結 聯 及 準 校 份 部 結 聯 及 〇 件觸 元接 光的 將密 第 的 明 發 本 據 依 準 校 件 元 的 述 下 如 I 種1 供 提 (請先閲讀背而之注意事項#填寫本頁) 置撑 裝支 結所 聯架 \ 支 件的 元狀 一 板 由平 件個 元 一 光有 此圍 ί 周 件架 元支 光件 ,與元 觸份 ， 接部觸 一 結接 聯密 將緊 第 的 架 支。 及份 件部 元結 至聯 定 2 固第 値的 幾體 有機 上至 件定 組固 性及 彈以 件份 組部 性結 彈聯 , 固 簧個 彈兩 板這 平 ， 為架 件支 組件 性元 彈至 此定 , 固 中處 置點 裝定 結固 聯個 \ 兩 準於 校簧 件彈 元板 於圓 此 1 這 第 ， S 證 ABU 伸機 延至 向定 徑固 及處 以點 圓定 的固 心個 同兩 簧另 彈於 板簧 圓彈 與板 個II 一 此 於 ·’ 位上 點線 定直 裝· 經濟部屮央榣準局只工消伢合作杜印製 第 的 伸 延 向 徑 及 以 心 同 簧 板 圓 與 個 一 於 位 點 。 定上 固線 個 直 兩 2 個 每 槽 溝 有 上 簧 36ο 板間 圓之 ， 點 中定 置固 裝於 結位 聯均 準槽 校溝 件的 元伸 本延 於向 徑 構圓 個内 每一 ，箸 問沿 之側 點内 定的 固槽 於溝 位且 是 ， 槽側 溝内 的向 上伸 簧側 nB. i ¾夕 板的 圓筈 WHF ，51 外由 另均 槽 本紙張尺度逍用中B B家榣毕(CNS)T4規格(210父297公龙) 81. 7. 20.000張（II) Λ 6 Β6 2i〇^7 五、發明説明（5 ) 延伸。 於本發明的第2部份中，提供有一種元件校準/聯結 裝置，其中彈性組件是一個圓板彈簧，圓板彈策上有3 個第1固定點，延箸圓周的方向看去，這3値固定點的 距離相等，且位於一個與圓板彈簧同心的圓上；圓板彈 簧上S有3値第2固定點，延著圓周的方向看去，這3 個固定點的距離相等，且位於一個與圓板彈簧同心的圖 上；每値第2固定點均位於兩個鄰近的第1固定點之間 乂請先1^-讀背而之注意事項#堝寫本一;|、 經濟部十央橾準局EX工消伢合作杜印製 置件，方 彈兩點彈，力的份； 安元時種 板這定板間外小部等 撑的近此 圓，固圓之一到結相 支結靠以 艏架個。點到受聯為 性聯壓，。一支 2 上定受僅箸離 彈式被此隙是件另線固簧使延距 以方件因間件元於直於彈即以其 可種元。現組至簧 2 位板，可 ， ，此些斜出性定彈第均圓此件點 件以這傾會彈固板於份當因元定 組使當面不，處圓位部。。光固 性即-結將中點此點向圍離 。1 彈，夠聯間置定；定徑周距形第 的此不的之裝固上固的的段變個 間因度份面結個線値筒圓小將 3 之，行部結聯兩直兩套内一亦有 體架平結聯 \ 於 1 這個於點簧上 機支的聯的準簧第，每位支彈簧 及件間著件校彈於體，側離板彈 架元之延元件板位機筒内偏圆板 支的面將的元圓點至套的會此圓 於件結件結此此定定有筒將 ，。 位元聯元聯於 c固固上套，力斜 光的光式 簧値處簧而時外傾 裝. 訂_ 線· 81. 7. 20,000¾ (II) 本紙ft尺度边用中H S家楳準(CNS) T4規格(210X297公釐) 五、發明説明（6 ) 圓板彈簧上 個第2固定 於本發明的 ，聯結部份 元件支架的 徑向延伸的 經由上述 ，當這些元 安置於元件 傾斜D因此 會有間隙。 另有3 點均位 第3部 將與由 聯結面 平板彈 的結構 件被壓 支架上 ,以此 傾第2 於兩個 份，提 元件支 可以傾 簧，可 ,即使 靠近時 的光元 種方式 固定點，其 鄰近的第1 供另一種元 架夾住的光 斜，且夾自 以彈性支撑 聯結的元件 ，藉由徑向 件，將延著 聯結的組件 Λ 6η 6 距離亦為相等；每 固定點之間。 件校準/聯結裝置 元件緊密的接觸， 元件支架外圍且於 此元件支架。 之間的平行度不夠 延伸的平板彈簧； 聯結部份的聯結面 的聯結面之間將不 結接圍 聯的外 / 密架 準緊支 校件件 件元元 元光自 種的來 一 住且 另夾 ， 供架斜 提支傾 ，件以 中元可 份由面 部再結 4 將聯 第份的 的部架 明結支 發聯件 本：元 於置 ， 裝觸 ο 罗 架不 支度 件行 元平 此的 撑間 支之 性件 彈元徑 以的由 可結藉 ，聯 ， 簧使時 彈卽近 狀，靠 棒構壓 的結被 伸的件 延述元 向上些 徑由這 於藉當 且 ， 的 簧 31 狀 棒 的 伸 延 向--(Please read the precautions before you fill in this one X pack · order · line. The ft scale of this paper is used in the national B standard (CNS) T4 specification (210X297 male dragon) 81. 7. 20.000iic ( II) A 6η 6 Printed by the Central Bureau of Economics, Ministry of Economic Affairs, A Industrial Consumer Cooperative ** 5. Description of the invention (3) Make the connecting part 1 2 5 contact the front end of the angler. At this time, the thread handle 1 2 4 will Lock the collet shank 123. Then, the shank 111 moves down, and the coupling part 125 remains stationary. Therefore, the coupling surface of the coupling part will be in contact with the coupling surface of the optical element (not shown). In the traditional calibration / coupling device, the coupling surface of the coupling part will be in close contact with the coupling surface of the optical element; that is, the coupling part moves outward to the fixed optical element. The coupling surface of the optical element and the coupling part The parallelism between the coupling surfaces will depend on the support method of the optical element and the coupling element. When the parallelism is insufficient, the optical element 11 and the coupling portion 13 are inclined so that the two There is a gap S between the coupling surfaces, as shown in Fig. 38. Then, the optical element 11 and the coupling portion 13 Welding together, then resin mold. In the mold program, the gap S will be filled with resin. As a result, the coupling effect between the connected elements will be abnormal. If the optical element 11 is a light emitting diode (LED), and The pin pins are bent during the manufacturing process. When the light-emitting diode contacts the connecting part, a gap S will appear between the connecting surfaces, as described above. As can be seen from FIG. 39, the gap between the connecting elements It is quite large, with an average value of 30.7 m. In order to make the action between the elements more accurate, the gap between the coupling surfaces must be minimized. One of the possible ways to increase the parallelism is when the coupling part When connecting with the optical element, adjust the inclination of the connecting part. However, this method requires a very complicated structure, which leads to an increase in manufacturing costs. And adjusting the inclination will take a lot of time. As a result, it will make the system -5- _ (Please read the precautions first and then write the book h Pack-Line · This paper ft scale is used in 8 81 Jia Bi (CNS) T4 specifications (210X297 g) 81. 7. 20.000 sheets (il) η A 6 Π 6 V. Description of the invention (4 questions-ask yes but qu 〇_ The direct connection of the pin of the direct-pulling foot pin. ΛΗΜ extremely curved. Two times between the light and the time, the first solution is the first time. The solution is too much. The low collimation and the correction rate are lower than the pin rate. You will be able to find the correct version of the book, and you will be able to ask this kind of question, and install the paired needles in each description. 1 For the provision of connection and the connection of the quasi-professional division and the connection of the zero contact element to the light, the secret of the secret is issued according to the description of the quasi-protocol element, such as I kind of 1 (please read the back first Matters needing attention # fill in this page) Set the supporting frame of the supporting branch \ The shape of the element of the support is made of flat pieces, and the light is surrounded by the surrounding pieces. One tie connects to the next frame. And the parts of the parts are connected to the joint 2. The solid body of the first part has the upper part of the fixed assembly and the elasticity of the part. The fixed spring is elastic and the two plates are flat. The element bullet is now fixed, and the fixed point is fixed and fixed at the middle of the point. The spring plate of the two quasi-spring elements is rounded. The S card ABU stretcher is extended to the fixed center of the fixed diameter and the point circle. A spring with the same two springs and a spring with a spring and a board II are installed on the dotted line at the position. The Ministry of Economic Affairs Bureau of the Central Government only works to eliminate the extension of the diameter and the The heart is in the same position as the reed circle. The fixed wire is fixed, two straight, two grooves each with an upper spring 36ο round between the plates, fixed in the point fixed in the joint and connected to the quasi-groove grooved element. , The fixed groove at the side point of the edge along the groove is at the groove position, and the upward spring side nB in the groove side groove. I ¾ round plate WHF of the evening plate, 51 outside by the other groove. Bibi (CNS) T4 specification (210 father 297 male dragons) 81. 7. 20.000 sheets (II) Λ 6 Β6 2i〇 ^ 7 V. Description of the invention (5) Extension. In the second part of the present invention, there is provided an element alignment / coupling device, wherein the elastic component is a circular plate spring, and there are three first fixed points on the circular plate spring. The distances of the 3 fixed points are equal, and they are located on a circle concentric with the disc spring; S has 3 second fixed points on the disc spring, and the distances of these 3 fixed points are the same as seen in the direction of the circumference, And it is located on a figure concentric with the circular plate spring; each second fixed point is located between two adjacent first fixed points. Please first 1 ^-读 背 而 的 更新 的 问题 # 锅 写 本 一; |, Economy The EX Engineering Department of the Shiyang Central Bureau cooperated with Du Gong to print the parts, and the two-point springs were used for force. The Anyuanshi seed plate and the small part between the fixed plate were nearly this circle, one of the solid circle. When the knot phase is supported, the bow is supported. Point-to-link is sexually linked. A set of 2 is only subject to separation. The spring is used by this gap is another wire fixed spring to extend the distance. The square piece is due to the element being straight and the element can be seeded. Now set up to the spring 2 position plate, but,, these slanting fixed springs are all round, this piece will use this inclination to elastically fix the plate to the part of the local element, so that the face is not at the round position. . Light-curing means that the junction will move away from the midpoint. 1 bullet, enough to set between the joints; the fixed section of the fixed-period shape is fixed to the fixed section, and the line is rounded by a line, and the line is connected straight. One of the two sets also has a horizontal connection of the body frame \ 于 1 This is a quasi-spring that is connected to the mechanical support on the point spring. Each support spring and the piece are fitted with a spring proof body, and the side is extended from the plate spring frame element. In the component board position, the round dots on the surface of the round plate support in the barrel will be rounded to the sleeve. The bit unit is connected to the c-fixed sleeve, and the light-type spring of the oblique light is tilted out of the spring at the time. Order_ line · 81. 7. 20,000¾ (II) The ft scale of this paper is used in the HS standard (CNS) T4 specification (210X297mm) V. Description of the invention (6) The second of the disc springs is fixed to the present invention, the radial extension of the connecting part of the component holder via the above, when these elements are placed on the component tilt D will therefore have gaps. There is also a 3-point equalization. The third part will be pressed on the bracket with the structural member made of the coupling surface flat plate, so that the second part can be tilted. The lifting element can tilt the spring, even if it is close. To fix the point, the adjacent first light beam for clamping by another kind of frame, and the clip is self-elastically connected to the component, with radial components, the distance Λ 6η 6 along the connected component is also equal; Between each fixed point. Component calibration / coupling device The components are in close contact with each other and around the component holder. The parallelism between the flat springs is not enough to extend; the connecting surface of the connecting part of the connecting part will not be connected between the outer / close frame close-precision support element, element, element, and element. And another clip, for the rack to lift and tilt, the piece can be shared by the face with the yuan. 4 Connect the part of the part of the frame to the knot and send the link. The elastic element of the supporting element of Xing Yuan can be borrowed and linked by the spring diameter, and the spring can be stretched close to the shape. By extension, the extension of the spring-like rod 31 towards

(請先閲讀背而之注意事項再堝寫本！X 裝· 訂_ 線. 經濟部屮央櫺準局C3：工消伢合作杜印製 的之 份面 部結 結聯 聯的 箸件 延組 將的 ，結 件聯 元式 光方 的種 上此 架以 支 ， 件此 ‘。 元因隙 於。空 置斜有 安傾會 ，面不 用結將 作聯間 的的 明目 發的 本明 為發 式本 圖明 些説 這以 ，可 份 ， β, ,1,、一 0a 一 戠 的及 .明式 發圖 本的 1為下 述式以 簡画由 之的 .， 式下例 圖以施 C 實 本紙》尺度遑用中因B家標毕（CNS)甲4規格（210X29/公；it) 81. 7. 20.000¾ (II) 五、發明説明（7 A 6η 6 置 裝 結 聯 \ 準 校 件 元 之 例 ，施 中實 式値 圖 一； 些第圖 這的視 C明縱 理發的 原本架 及為支 點 1 件 優圖元 、 之 圖 平 之 簧 UAL 弾 狀 ;;0 圖圖圓 面面之 剖剖架 之之支 線線件 元 1 I I I 之 E I 1 之之圖 1—_ 一—~ 圖圖結 著著聯 沿沿為 為為a) /1· 2 3 4 圖圖圖 圖 置 装 結 聯\ ;準 圖校 面件 剖元 之之 簧例 彈施 狀實 板値 圓一 之第 a) 的 4 明 画發 為本 b) 為 y(v 4 5 圖圖 画 視 縱 之 準 校 件k) 元in 的(1 明環 發鐽 本光 ； 為為圖 6 7 程 圖圖流 的 序 程 ;造 圖製 視的 前— 之 置 裝 結 聯 件 元 收 接 或 射 發 光 的 \)/ 件 元 收 接 或 射 發 光 到 用 使 /IV 環 鍵 光 為圖 C)程 8(流 至的 a)序 8(程 圖造 製 序 程 結 聯\ 準 校 之 份 部 結 聯 與 件 元 光 為 d ; 9(_ 至面 a)剖 9($ 圖部 的 _(請先W-讀背ΙΓΠ之注意事項再填寫本一4 裝- 訂- 線·(Please read the precautions before writing the text! X Pack · Order _ Line. The Ministry of Economic Affairs, Central Bureau of Precinct C3: The work of the Consumer Council to cooperate in the du printing of the face will be connected and the group will be extended. Yes, the connection of the element-type optical square is supported by this frame. This element is due to the gap. There is a slanting meeting in the vacant slope, and it will be used for the purpose of making a clear vision between the couples without using a tie. This type of diagram clearly states that this can be divided into β,, 1 ,, 0a and 戠. The 1 in the Ming style is based on the following formula for simple drawing. "C Real Paper" scale is used in the standard of the B family standard (CNS) A 4 specifications (210X29 / male; it) 81. 7. 20.000¾ (II) 5. Description of the invention (7 A 6η 6 installation and connection \ standard The example of the schoolware element, Shi Zhongshi's real figure 1; the original frame of the vertical haircut and the picture of the first figure, which are the pivots, 1 excellent picture element, the figure of the flat spring UAL 弾 shape ;; 0 picture figure circle The cross-section of the branch line of the branch line element 1 III of the EI 1 of the figure 1-_ one-~ The figure is connected to the connecting edge as a) / 1 · 2 3 4 Connection \; the spring example of the quasi-drawing surface element section element spring-like solid plate value circle No. 1) 4 Ming painting is based b) is y (v 4 5 (K) element in (1 Minghuan luminous light; for the sequence of Figure 6 7 flow chart; the front of the drawing and viewing-the placement of the connecting element receiving or emitting light \) / Component reception or emission to the use of / IV ring bond light as picture C) process 8 (flow to a) sequence 8 (program map manufacturing sequence connection \ quasi-calibration part connection and component Light is d; 9 (_ to the surface a) cut 9 ($ _ (please read the precautions on the back ΙΓΠ first before filling in this one 4 pack-order-line ·

經濟部中央拔準局B3：工消合作杜印M 置 装 ;結 間聯 ; 時 \ 圖的準 傜須校 關所件 之結元 隙聯之 間及例 其準施 與校實 目份個 數部二 件各第 元的的 的品明 結産發 聯將本 為為為 0 12 11 11 11 画圖圖 圖之之 視1212 縱画圖 的箸箸 架沿沿 支為為 44- 3 4 -i 11 元圖圖 之 圖 面圖 剖面 之剖 去之 看去 線看 I 線 本紙ft尺度遑用中國國家«準(CNS) T4規格(210x297公；Jt) 81. 7. 20.000¾ (11) Λ 6 Π 6 21歷^_ 五、發明説明（8) 圖15(a)為聯結到圖12之元件支架之圓板彈簧的平面 圖； 圖15(b)為画15(a)之圓板彈簧的剖面圖； 圖16為聯結元件的數目與其間隙之關僳圔； 圖17為本發明的第三個實施例之元件校準/聯結裝置 之元件支架的縱視圖； 圖18為沿箸圖17之XVIII-XVIII線看去之剖面圖； 画19為沿箸匯17之ΧΙΧ-ΧΙΧ線看去之剖面圖； 圖20(a)為聯結到圖17的元件支架的圓板彈簧之平面 圖； 圖20(b)為圖20(a)之圓板彈簧的剖面圖； 圖21為本發明的第四個實施例之元件校準/聯結裝置 之元件支架的縱視圖； 圖22為本發明的第五値實施例之元件校準/聯結裝置 之元件支架的縱視圖； 圖23為本發明的第六個實施例之元件校準/聯結裝置 之元件支架的縱視圖； 圖24為沿著圖23之XXIV-XXIV看去之剖面圖； 圖25(a)為聯結至圖23之元件支架的圓板彈簧之平面 圖； 圖25(b)為圖25(a)之圓板彈簧的剖面圖； 圖2 6為本發明的第七個實施例之元件校準/聯結裝置 之元件支架的縱視圖； -1 0 - 本紙張尺度边用中國困家«毕(CNS) T4規格(210x297公;Jt) _ (請先1^讀背而之注意事項再堝寫本一^ 裝- 經濟部屮央櫺準局员工消"合作社印^ 81. 7. 20.000¾ (II) 210^7 Λ 6 η 6 經濟部屮央櫺準局员工消赀合作社印製 五、發明説明（9 ) 圖27為圖26之元件校準/聯結裝置之縱向剖面圖； 圖28為聯結元件的數目與其間隙之關係圖； 圖29為本發明的第八個實施例之元件校準/聯結裝置 之元件支架的縱視圖； 圖30為圖29之元件校準/聯結裝置之縱向剖面圖； 圖31為其有另一種支撑銷之支架結構之剖面圖； 圖32為聯結元件的數目與其間隙之關傺圖； 圖33為傳統的元件校準/聯結裝置之元件支架的縱視 圖； 圖3 4為圖3 3的元件校準/聯結裝置之側視圖； 画35為另一種傳統的元件校準/聯結裝置之平面_ ; 圖36為沿箸圖35之XXXVI-XXXVI線看去之剖面圖； 圖37為沿著圖35之XXXVII-XXXVII線看去之剖面圖； 圖3 8表示元件聯結部份之間隙；以及 圖39表示聯結元件的數目與其間隙之關係圖； 〔本較佳實施例之詳細描述] 以下將參考附圖以說明本發明的較佳實施例。為了簡 單明瞭起見，在這些圖形中，相同的部份均被標以相同 的號碼。 以下將參考画1至1 1以說明本發明的第一個元件校準 /聯結裝置之較佳實施例。 圖1為本發明的第一個元件校準/聯結裝置之較佳實 施例之元件支架的縱視圖。圖2為沿著圖1之Π - E 線 -1 1 - (請先閲讀背而之注意事項-rf填寫本 裝· 訂- 線· 本紙》尺度逍用中B困家樣準（CNS)<P4規格（210X29/公龙） 81. 7. 20.000ik(ll) 9·Α0^ Λ 6 It 6 五、發明説明（in) 經濟部屮央標準局貝工消伢合作社印51 看去之剖面圖。圖3為沿箸圖1之m-m 線看去之剖面 圖。圖4U)為一個聯結到圖1之元件支架之圓板彈簧的 平面圖。圖4(b)為圖4(a)之圓板彈簧之剖面圖。圖5為 依據本發明的第一個元件校準/聯結装置之實施例的縱 視圖。圖6為此元件校準/聯結裝置之前視圖。圖7為 至 8(c) 光發射及接收元件之製造過程的流程圖。圖8 U)A為光發 射及接收元件之製造過程的縱視圖。圖9(a)至9(d)為將 光元件與聯結部份校準及聯結的步驟的部份剖面圖。圖 v 10為聯結元件的數目（將光元件與聯結部份校準及聯結） 與産生的間隙之關係圖。圖11為各步驟的校準/聯結工 作所耗去的時間。 於第一個元件校準/聯結裝置的實施例中，如圖1至 圖3所示，圓柱形的圓柱支架具有兩個穿孔22,光元件 11的兩支引線銷12將插入穿孔内。因此，光元件11可以 固定於元件支架21的頂部。元件支架21的底部扣緊到圓 板狀支架23的中心部份。於支架23的外圍部份，具有兩 個對立的切去部份2 4。圓板彈簧2 6位於元件支架2 1及支 撑孔2 5之間，其彈力將支撑元件支架2 1。 如圖4所示，圓板彈簧26的中央部份有一個孔27。圓 板彈簧26上，有一對位於通過圓心0的直線X上的安裝 孔2 8 ,這兩個安裝孔離圓心等距。另有一對位於與直線 X垂直且通過圓心0的直線Y上的安裝孔2 9 ,這兩個安 装孔離國心亦等距。如圖2所示，固定銷30穿入安裝孔 -12- 本紙張尺度边用中B B家樣準(CNS)甲4規格(210x297公釐） 81. 7. 20.000ik(i!)Ministry of Economic Affairs Central Bureau of Selection B3: Industrial and Consumer Cooperation Du Yin M installation; inter-connection; time \ chart of the pre-university must be between the connection between the element of the school and the standard and the actual application of the school The number of the two pieces of each Ming Mingjie production and development hair salon will be originally 0 12 11 11 11 The view of the drawing picture The view of the drawing 1212 The vertical frame of the chopsticks is 44- 3 4 -i 11 The drawing of the drawing of the meta-map is cut away to see the line to see the I line of the original paper ft scale to use the Chinese National Standard (CNS) T4 specifications (210x297 g; Jt) 81. 7. 20.000¾ (11) Λ 6 Π 6 21 calendar ^ _ V. Description of the invention (8) Figure 15 (a) is a plan view of the circular plate spring connected to the element holder of FIG. 12; FIG. 15 (b) is the circular plate spring of drawing 15 (a) Fig. 16 is the relationship between the number of coupling elements and their gaps; FIG. 17 is a longitudinal view of the element holder of the element calibration / coupling device of the third embodiment of the invention; FIG. 18 is a diagram along FIG. 17 XVIII-XVIII line cross-sectional view; drawing 19 is a cross-sectional view taken along line XIX-XIX of Chenhui 17; FIG. 20 (a) is a plan view of a circular plate spring connected to the element holder of FIG. 17; 20 (b) is a cross-sectional view of the disk spring of FIG. 20 (a); FIG. 21 is a longitudinal view of a component holder of a component calibration / coupling device of a fourth embodiment of the invention; FIG. 22 is a fifth of the invention The longitudinal view of the component holder of the component calibration / coupling device of the embodiment; FIG. 23 is the longitudinal view of the component holder of the component calibration / coupling device of the sixth embodiment of the present invention; FIG. 24 is the XXIV- The cross-sectional view seen by XXIV; Figure 25 (a) is a plan view of the disc spring connected to the element holder of FIG. 23; Figure 25 (b) is a cross-sectional view of the disc spring of FIG. 25 (a); Figure 26 is Longitudinal view of the component holder of the component calibration / coupling device of the seventh embodiment of the present invention; -1 0-the size of this paper uses the Chinese trapped home «Bi (CNS) T4 specification (210x297; Jt) _ (please first 1 ^ Read the notes on the back and write a copy of the first one ^ Pretend-Printed by the Ministry of Economic Affairs, Ministry of Economic Affairs, “Public Counselor ’s Cooperative” ^ 81. 7. 20.000¾ (II) 210 ^ 7 Λ 6 η 6 Ministry of Economics Printed by the quasi-bureau employee consumer cooperative V. Description of the invention (9) Figure 27 is a longitudinal cross-sectional view of the component calibration / coupling device of Figure 26; Figure 28 is a coupling component The relationship between the number and the gap; FIG. 29 is a longitudinal view of the component holder of the component calibration / coupling device of the eighth embodiment of the present invention; FIG. 30 is a longitudinal sectional view of the component calibration / coupling device of FIG. 29; FIG. 31 is It has a cross-sectional view of another support pin support structure; FIG. 32 is a diagram of the relationship between the number of coupling components and their gaps; FIG. 33 is a longitudinal view of the component bracket of the conventional component calibration / coupling device; FIG. 3 4 is FIG. 3 3 is a side view of the component calibration / coupling device; drawing 35 is a plane of another traditional component calibration / coupling device; FIG. 36 is a cross-sectional view taken along the line XXXVI-XXXVI of FIG. 35; FIG. 37 is along Fig. 35 is a cross-sectional view taken along the line XXXVII-XXXVII; Fig. 38 shows the gap between the connecting parts of the elements; and Fig. 39 shows the relationship between the number of connecting elements and their gaps; [Detailed description of this preferred embodiment] The preferred embodiments of the present invention are described with reference to the drawings. For the sake of simplicity, in these figures, the same parts are marked with the same numbers. The following will refer to drawings 1 to 11 to explain the preferred embodiment of the first device calibration / coupling device of the present invention. Fig. 1 is a longitudinal view of a component holder of a preferred embodiment of the first component alignment / coupling device of the present invention. Figure 2 is along line Π-E of Figure 1 -1 1-(Please read the precautions -rf fill in this book · order-line · this paper "Standard for the use of standard B sleepy home (CNS) <; P4 specification (210X29 / male dragon) 81. 7. 20.000ik (ll) 9 · Α0 ^ Λ 6 It 6 V. Description of the invention (in) Beigong Xiaoji Cooperative Society of the Bureau of Standards, Ministry of Economic Affairs of China 51 printed profile Fig. 3 is a cross-sectional view taken along the line mm in Fig. 1. Fig. 4U) is a plan view of a circular plate spring connected to the component holder of Fig. 1. 4 (b) is a cross-sectional view of the circular plate spring of FIG. 4 (a). Fig. 5 is a longitudinal view of an embodiment of the first component alignment / coupling device according to the present invention. Fig. 6 is a front view of this element calibration / coupling device. Fig. 7 is a flowchart of the manufacturing process of the light emitting and receiving elements to 8 (c). Figure 8 U) A is a longitudinal view of the manufacturing process of the light emitting and receiving elements. 9 (a) to 9 (d) are partial cross-sectional views of the steps of aligning and connecting the optical element and the connecting portion. Figure v 10 is the relationship between the number of connecting elements (aligning and connecting the optical element and the connecting part) and the resulting gap. Figure 11 shows the time taken for the calibration / connection work in each step. In the first embodiment of the device alignment / coupling device, as shown in FIGS. 1 to 3, the cylindrical support has two through holes 22, and the two lead pins 12 of the optical element 11 will be inserted into the through holes. Therefore, the optical element 11 can be fixed to the top of the element holder 21. The bottom of the element holder 21 is fastened to the central part of the disk-shaped holder 23. At the peripheral portion of the bracket 23, there are two opposite cut-out portions 24. The circular plate spring 26 is located between the component holder 21 and the support hole 25, and its elastic force will support the component holder 21. As shown in FIG. 4, the central portion of the circular plate spring 26 has a hole 27. The circular plate spring 26 has a pair of mounting holes 2 8 on a straight line X passing through the center of the circle 0. The two mounting holes are equidistant from the center of the circle. There is another pair of mounting holes 2 9 on the straight line Y that is perpendicular to the straight line X and passes through the center of circle 0. The two mounting holes are also equidistant from the national center. As shown in Figure 2, the fixing pin 30 penetrates into the mounting hole -12- This paper is used in the B B home sample standard (CNS) A 4 specifications (210x297 mm) 81. 7. 20.000ik (i!)

(請先閱讀背而之注意事項再填寫本JK 裝- 訂- -線- A 6 Π 6 五、發明説明（21) 28,而使得圓板彈簧固箸至支架23;而如圖3所示，由 於固定銷31穿入安裝孔29,使得圓板彈簧固箸至機體的 支撑孔2 5的上端。 因此，由於圓板彈簧2 6的作使得元件支架21與機 體的支撑孔2 5及支架2 3之間行彈性聯結。安置於元件支 架21上的光元件11的聯結面，與聯結部份的聯結面之間 可能傾斜一個角度。圓板彈簧26可以由金屬（如磷青銅 或不銹網）或合成樹脂所構成。 支撑光元件11的元件支架21,可於水平方向移動，而 聯結到光纖14的聯結部份13,可於垂直方向移動。如圖 5所示，兩個支撑孔25,是由X-機臺32及Y-機臺33所支 撑。X -機臺可於X方向水平移動。Y -機臺可與與X方向 垂直的Y方向水平移動。面對光元件11的聯結元件13, 是由支撑臂34所支撑。支撑臂34被安置於Z -機臺35上， Z -機臺可以於與X -方向及Y -方向垂直的Z -方向上移動。 光元件11被安置於元件支架21上。如圖6所示，托架 37經由螺栓36而固定到支架23的下端。電極板39亦經由 螺栓3 8而固定至托架3 7。有一條導線（未劃出）連接到電 極板39。另有一値支撑托架41經由螺拴40而固定至支架 2 3的右下端。支撑托架4 1的下方是Y形，經由銷4 3的作 用，工作捍4 2可轉動的聯結到此支撑托架4 1。於工作桿 4 2的底端部份有一握把。於工作桿4 2的前端有一個夾緊 板4 4。光元件1 1的導線銷1 2 ,是由夾緊板4 4 (由橡皮構 -1 3 - 本紙張尺度逍用中a Η家樣準(CNS)甲4規格(210X297公*) 先 Wl. 背 1¾ 之 注 意 事 項 孙 填 寫 本 裝 訂 經濟部屮央榀準局C3：工消f合作社印製 81. 7. 20.000ik(ll) Λ 6 η 6(Please read the precautions before you fill in this JK installation-binding--line-A 6 Π 6 V. Description of invention (21) 28, so that the circular plate spring is fixed to the bracket 23; and as shown in Figure 3 Since the fixing pin 31 penetrates into the mounting hole 29, the disk spring is secured to the upper end of the support hole 25 of the machine body. Therefore, due to the operation of the disk spring 26, the component support 21 and the support hole 25 of the machine body and the support Flexible connection between 2 and 3. The connection surface of the optical element 11 placed on the element holder 21 may be inclined at an angle to the connection surface of the connection portion. The disc spring 26 may be made of metal (such as phosphor bronze or stainless) Net) or synthetic resin. The element holder 21 supporting the optical element 11 can move in the horizontal direction, and the connecting portion 13 connected to the optical fiber 14 can move in the vertical direction. As shown in FIG. 5, two support holes 25. It is supported by the X-machine 32 and Y-machine 33. The X-machine can move horizontally in the X direction. The Y-machine can move horizontally in the Y direction perpendicular to the X direction. Facing the light element 11 The coupling element 13 is supported by the support arm 34. The support arm 34 is placed on the Z-machine 35, the Z-machine can It moves in the Z-direction perpendicular to the X-direction and Y-direction. The optical element 11 is placed on the element holder 21. As shown in FIG. 6, the bracket 37 is fixed to the lower end of the holder 23 via bolts 36. The electrode plate 39 is also fixed to the bracket 3 7 through the bolt 38. A wire (not shown) is connected to the electrode plate 39. Another support bracket 41 is fixed to the lower right end of the bracket 23 through the bolt 40. The support The lower part of the bracket 41 is Y-shaped, and the work support 42 is rotatably connected to the support bracket 41 through the action of a pin 43. There is a grip at the bottom end of the working rod 42. The front end of 4 2 has a clamping plate 44. The wire pin 1 2 of the optical element 1 1 is composed of the clamping plate 4 4 (constructed by rubber-13-this paper standard is used in a Η family sample standard (CNS ) A 4 specifications (210X297 g *) Wl. Remarks on the back 1¾ Sun fill out this booklet C3: Printed by the Ministry of Economic Affairs Centennial Bureau C3: Printed by the industrial and consumer cooperatives 81. 7. 20.000ik (ll) Λ 6 η 6

經濟部+央樣準局A工消费合作杜印M 五、發明説明（12) 成）及電極板39所夾住。當金屬片45被固定於支架23 上的磁鐵46的磁力吸引時，工作桿42將維持水平，而固 定了光元件11的導線銷12。 本發明的元件校準/聯結裝置，可以使用於光通信中 所使用的光發射及接收元件的製造過程。以下將描述光 鏈環的製造程序。如圖7及圖8所示，半導體晶Η被連 接到導線框架47,而構成基材48。接著，將光電轉換元 件49及電光轉換元件50,分別與聯結部份校準，而且使 用焊將法使其與聯結部份聯結。接箸，檢査其作用。如 圖8(a)所示，電光轉換元件49聯結到基材48,而光電轉 換元件5 0聯結到基材。如圔8 ( b )所示，將此組件由樹脂 鑲模，而製成鑲楔過的成品51。最後，如圖8(c)所示， 將插座52連接到此産品，而製成成品。 以下將描述如何使用第一恼實施例的元件校準/聯結 裝置，以將電光及光電轉換元件與聯結部份校準及聯結 。以下先描述電光轉換元件與聯結部份的校準及聯結作 用。將發光元件的導線銷12插入支架的穿孔22内（如圖 1、5、6所示），而使得此光元件安置於元件支架2 1上。 將工作桿4 2轉至水平，而使得光元件1 1的導線銷1 2 ,被 電極板39及夾板（橡皮）44所夾住。具透鏡13a的套筒13 被置於Z -機臺3 5的支撑臂3 4上，此套筒1 3為聯結部份。 接箸，將支撑臂3 4於Z方向移動，使得套筒1 3靠近光發 射元件11 ,使其聯結而互相接觸。藉由此種方式，可使 -1 4 -The Ministry of Economic Affairs + Central Bureau of Standards and Commerce A industrial and consumer cooperation Du Yin M 5. The description of the invention (12) completed) and the electrode plate 39 are clamped. When the metal piece 45 is attracted by the magnetic force of the magnet 46 fixed to the holder 23, the working rod 42 will be maintained horizontal, and the lead pin 12 of the optical element 11 is fixed. The device calibration / coupling device of the present invention can be used in the manufacturing process of light emitting and receiving devices used in optical communications. The manufacturing process of the optical link will be described below. As shown in FIGS. 7 and 8, the semiconductor crystal H is connected to the lead frame 47 to constitute the base material 48. Next, the photoelectric conversion element 49 and the electro-optical conversion element 50 are aligned with the connecting portion, respectively, and are connected to the connecting portion by welding. Connect the scoop and check its function. As shown in Fig. 8 (a), the electro-optical conversion element 49 is coupled to the base material 48, and the photoelectric conversion element 50 is coupled to the base material. As shown in Fig. 8 (b), this component is molded with resin to make a wedge-finished product 51. Finally, as shown in FIG. 8 (c), the socket 52 is connected to this product to make a finished product. The following will describe how to use the device calibration / connection device of the first annoying embodiment to calibrate and connect the electro-optical and photoelectric conversion elements and the connection part. The following first describes the calibration and connection function of the electro-optical conversion element and the connection part. Insert the wire pin 12 of the light emitting element into the perforation 22 of the holder (as shown in FIGS. 1, 5, and 6), so that the light element is placed on the element holder 21. Turn the working rod 42 to the level so that the lead pin 12 of the optical element 11 is clamped by the electrode plate 39 and the clamping plate (rubber) 44. The sleeve 13 with the lens 13a is placed on the support arm 34 of the Z-machine 35, and this sleeve 13 is the coupling part. Then, the support arm 34 is moved in the Z direction, so that the sleeve 13 is close to the light emitting element 11 so that it is connected to contact each other. In this way, -1 4-

'(請先閲讀背而之注意事項再填寫本一X 裝· 訂· 線· 本紙張尺度边用中國國家«準(CNS)甲4規格(210><297公龙) 81. 7. 20.000ik(H) 五、發明説明U3) A 6η 6 經濟部中央梂準局EX工消费合作杜印5i'(Please read the precautions before you fill in this one X pack · book · line · the size of this paper uses the Chinese National Standard «quasi (CNS) A 4 specifications (210 > < 297 male dragon) 81. 7. 20.000 ik (H) V. Description of invention U3) A 6η 6 Ministry of Economic Affairs Central Bureau of Examination EX Industrial Consumer Cooperation Du Yin 5i

>聯接實述簧的 X 元好 端置發。元件同13隙11 (a的的個所彈結於光當 頂位光))換元相1)間画 Hgll密一面板聯將發相 的整射(C轉換行 _ 的 。 <件緊第前圓果26的持13調照]9光轉進(¾大米 1 画 2 元將於如而如簧上維 筒以來ίι電電，。份現撤 1 見 架光面由。，，彈 2 間 套動束(I將光上接部出 3 支發結，行撑此板架之 由移射合可於架焊結有 4 件與聯夠平支因圓支面14.向雷融，而支再聯沒為 元面的不成所。，件結 纖方點之後。件後及並值 於結件度整力撑時元聯 光 Υ 三使過))元然11，均 置聯元行調彈支夠於且 ，或以，接(d於 ，||)示平 安的値平動的所不置， 齊向，份焊39置\)Ir所其 近13兩的自2623度安觸 對方後部且uDJIAj圖而 。靠筒，間以簧架行得接 ax 作結準(M(p«fet 如 ， 準13套時之可彈支平使的13於 Η 聯校去體 。小 校筒得此件將板及的，密 鏡11準的13移極 圖很 份套使。元，圓25間變緊 透件校13筒上二 件計都 部，，觸個造由孔之形行 與元成筒套21光 U 元統值 結說11接兩構21撑面向1311光完套及架將 ¥ 光的的 聯的件力這殊架支結方筒。件發。及11支，序示隙 S 與細元壓果持支由聯軸套度元且))11體件中程表間隙 件詳光行如的件是的 Y 與行光 ，(b件極元況準10的間 元更發面。例元又件及11平發入19元二自情校圖間 。 5 圖 光的結觸施 ，2 元軸件的 插{射當件的的 之 S -(請先WJ讀背而之注意事項#填寫本^ 裝. 訂· 本紙張尺度遑用中《 B家楳準(CNS) Ή規怙（210x29/公;Jt) 81. 7. 2〇.000ik(ll)> The X element connected to the actual spring is placed at the end. The element and the 13-gap 11 (the one of a is bound to the light as the top position light)) the exchange phase 1) draw a Hgll close one panel to send the phase of the whole shot (C conversion line _. Qian Yuanguo 26's holding 13 adjustments] 9 light turns into (¾ rice 1 painting 2 yuan will be like a spring on the spring since the dimensional electric power. The share is now removed 1 See the shelf smooth .., Play 2 rooms Set the moving beam (I will connect the optical connection to 3 hair knots, and the support of this plate frame can be welded to the frame. There are 4 pieces and the joint is flat enough. The round support surface 14. The support is not connected to the element surface. After the square point of the fiber is bound. The back of the piece and the combined value are equal to the total strength of the element. The elastic support is enough, or, to connect (d to, ||) to show the peace of the peace of the place, the same direction, the share is set 39) Ir has touched each other from 2623 degrees for nearly 13 of them. Rear and uDJIAj diagram. Rely on the tube, and use the spring frame to get the ax to complete the standard (M (p «fet, for example, the quasi 13 sets can be elastically supported so that the 13 is removed in the Η joint school. The small school tube can get the plate and the Yes, the 13-pole shift diagram of the dense mirror 11 is very suitable. Yuan, 25 rounds of tightening penetrating parts are used to check the two parts of the 13 cylinders, and the shape of the hole is made with the cylinder sleeve 21 of the Yuan. The unitary value of the light unit is 11, two structures, 21 supports, and 1311 light finish sets and racks. The combined strength of the light is a special frame supporting the square tube. The pieces are sent. And 11 pieces, the sequence gap S and the thin The element pressure is supported by the coupling sleeve and)) 11 pieces of the middle table gap pieces are detailed and the pieces are Y and the light, (b pieces of pole elements with a standard of 10 are more prominent. Example and another piece and 11 flat sent into the 19 yuan two self-love between the school drawing. 5 Figure light touches the application, 2 yuan axis piece insertion {S- when shooting parts-(please pay attention to WJ first and pay attention Matter # Fill out this book ^ Pack. Order · This paper is used in the standard "B Family Support Standard (CNS) Ή Regulations (210x29 / gong; Jt) 81. 7. 2〇.000ik (ll)

五、發明説明（114) 經濟部屮央標準局貝工消费合作杜印5i 表示.光元件與聯結部份的校準及聯結過程每一步驟所 耗去的時間。如圖中所示，與傳統的元件校準/聯結裝 置比較起來，每個步驟所須的時間都減少很多。本發明 的裝置所耗去的時間為傳統的裝置所耗去時間的2 7 . 3 S： 〇 以下將參照圖12至16以描述本發明的第二個較佳實施 例。 圖12為本發明的第二個實施例之元件校準/聯結裝置 之元件支架的縱視画。圖13為沿箸圖12的XIII-XIII線 看去之剖面圖。圔14為沿著圖12之XIV-XIV線看去之剖 面圖。圖15(a)為本裝置所使用的圓板彈簧之平面圖。 圖15(b)為圃15(a)之圓板彈簧的剖面圖。圖16為聯結元 件的數目與其間隙之關偽_。 如圖12至14所示，於第二個實施例之元件校準/聯結 裝置中，元件支架21藉由圓板彈簧55,而與支撑孔25行 彈性聯結；圓板彈簧55位於元件支架21與支撑孔25之間 圓 x 將 於與 ， 0 簧示 7 οε, Ltr 2^所 孔板13 有圓圖 具於如 份 Ο 〇 Λμ 8 9 韵 2 2 央孔孔 中裝裝 的安安 55對對簧 一 一 彈有有 板 ，另 圓上 ， » 軸 上 示 .X 軸 所的 Υ 5 5¾ 1 5 & 圖簧直 如彈垂 。 板軸 支孔 件裝 元安 至入 定插 固 3 55銷 簧定 彈固 板將 圓 ， 將示 可所 4 » 8 ] 2 圖 孔如 裝而 安 人23 插架 3 支 銷的 定21 固架 5 點 簧定 彈固 板的 圓上 將軸 可 X . it： 孔 撑 支 的 殼 機 至 定 .固 銷 定 固 及 8 2 孔 裝 安 有 0 » 端端 上兩 白 ϋι (請先閲讀背而之注意事項再填寫本\ 裝· 訂· 本紙張尺度逍用中B國家榣準(CNS)Ή規格(210X297公:¢) 81. 7. 20.000ik(l!)V. Description of Invention (114) Du Yin 5i, Beigong Consumer Cooperation, Bureau of Standards, Ministry of Economic Affairs, said the time spent in each step of the calibration and connection process of optical components and connection parts. As shown in the figure, the time required for each step is much reduced compared to conventional component calibration / coupling devices. The time consumed by the device of the present invention is 27.3 S of the time consumed by the conventional device: ○ The second preferred embodiment of the present invention will be described below with reference to FIGS. 12 to 16. Fig. 12 is a longitudinal view of the component holder of the component alignment / coupling device of the second embodiment of the present invention. Fig. 13 is a cross-sectional view taken along the line XIII-XIII of Fig. 12; Fig. 14 is a cross-sectional view taken along the line XIV-XIV in Fig. 12. Fig. 15 (a) is a plan view of a disc spring used in the device. 15 (b) is a cross-sectional view of the circular plate spring of the garden 15 (a). Figure 16 shows the relationship between the number of connection elements and their gaps. As shown in FIGS. 12 to 14, in the device alignment / coupling device of the second embodiment, the component holder 21 is elastically connected to the support holes 25 by the circular plate spring 55; the circular plate spring 55 is located on the component holder 21 and Between the support holes 25, the circle x will match, 0 spring shows 7 οε, Ltr 2 ^ The orifice plate 13 has a circle diagram with the same copy 〇 〇Λμ 8 9 韵 2 2 An An 55 pair installed in the central hole The springs spring one by one with a plate, and the other circle, »shown on the axis. Υ 5 5¾ 1 5 & the spring on the X axis is straight like a spring. The mounting hole of the plate shaft is inserted into the fixed insert and fixed. The 55 pin spring fixed elastic fixed plate will be round, which will be displayed. 4 »8] 2 If the hole is installed, install the person 23. The axis of the 5-point spring fixed elastic fixing plate can be X. it: the hole-supported shell machine is fixed. The fixed pin fixed and 8 2 holes are installed with 0 »two white on the end (please read the back first And the precautions are required to fill out this book \ Pack · Order · This paper standard is used in the National B Standard (CNS) Ή specification (210X297 public: ¢) 81. 7. 20.000ik (l!)

2i〇^V Λ 6 η 6 經濟部屮央榡準局負工消伢合作社印製 五、發明説明（15) 一對溝槽5 6、5 6。於Y軸上的固定點（安裝孔2 9及固定 銷31)的兩端，另有一對溝槽57、57。因此，元件支架 2 1 ,藉由圓板彈簧5 5的作用，而與支撑孔2 5行彈性聯結 。安置於元件支架21上的光電元件11的聯結面，與聯結 部份的聯結面之間差一個角度。 為了將光元件11與聯結部份校準及聯結，將聯結部份 推向由元件支架21所固定住的光元件11,而使得聯結部 份的聯結面與光元件11的聯結面緊密的接觸。此時， 如果這些元件之間的平行度不夠，則本發明的特殊結構 ，可自動將之調成平行。如同前面所述，元件支架21由 圓板彈簧行彈性支撑，而圓板彈簧由支撑孔25及支架23 所支撑。因此，當光元件插入聯結部份時，如果元件的 聯結面之間的平行度不夠，則元件支架2 1内的光元件1 1 將會傾斜，使得元件支架2 1與聯結部份的聯結面行緊密 的接觸。因此，聯結面之間將没有間隙。 值得注意的是，於圓板彈簧5 5的X軸方向上的兩個支 撑孔的兩側，有一對溝槽5 6 ;於圓板彈簧5 5的Υ軸方向 上的兩値支撑孔的兩側，有一對溝槽5 7。由於溝槽5 6及 5 7的作用，於X軸或Υ軸方向上施一小的作用力，即可 使圓板彈簧5 5變形。因此，元件支架2 1更容易因受力而 彎曲，因此，安裝上的光元件11 ,將更容易變換至與聯 結部份緊密接觸的位置上，且不會出現間隙。 圖1 6為光元件1 1與聯結部份之間的間隙、與聯結元件 -1 7 - 本紙»尺度逍用中ΒΗ家樣準(CNS)甲4規格（2】0Χ297公龙> 81. 7. 20,000¾ (![)2i〇 ^ V Λ 6 η 6 Printed by the Cooperative Society of the Ministry of Economic Affairs of the Central Bureau of Economics and Trade 5. The description of the invention (15) A pair of grooves 5 6 and 5 6. At both ends of the fixing point (mounting hole 29 and fixing pin 31) on the Y-axis, there is a pair of grooves 57 and 57. Therefore, the element holder 21 is elastically coupled with the support holes 25 by the action of the disc spring 55. The coupling surface of the photovoltaic element 11 mounted on the element holder 21 is different from the coupling surface of the coupling portion by an angle. In order to align and couple the optical element 11 with the coupling portion, the coupling portion is pushed toward the optical element 11 fixed by the element holder 21, so that the coupling surface of the coupling portion and the coupling surface of the optical element 11 are in close contact. At this time, if the parallelism between these elements is not enough, the special structure of the present invention can automatically adjust them to be parallel. As described above, the element holder 21 is elastically supported by the circular plate spring row, and the circular plate spring is supported by the support hole 25 and the bracket 23. Therefore, when the optical element is inserted into the coupling part, if the parallelism between the coupling faces of the element is not enough, the optical element 1 1 in the element holder 21 will be inclined, so that the coupling face of the element holder 21 and the coupling part Close contact. Therefore, there will be no gaps between the coupling surfaces. It is worth noting that on both sides of the two support holes in the X-axis direction of the circular plate spring 55, there is a pair of grooves 5 6; two of the two support holes in the Υ-axis direction of the circular plate spring 55 On the side, there are a pair of grooves 57. Due to the action of the grooves 56 and 57, a small force is applied in the X-axis or Y-axis direction to deform the disc spring 55. Therefore, the element holder 21 is more likely to be bent due to force, and therefore, the mounted optical element 11 will be more easily shifted to a position where it is in close contact with the connecting portion without a gap. Figure 16 is the gap between the optical element 11 and the connecting part, and the connecting element -1 7-the paper »standard Xiao Bing home standard (CNS) A 4 specifications (2) 0Χ297 male dragon> 81. 7. 20,000¾ (! [)

_·*·········· (請先w1ft背而之注意事項再填寫本一X 裝- 訂_ 線- 1 0 0Yi 經濟部屮央橾準局貞工消费合作社印製 五、發明説明（16) 的數目之關係圖。如圖所示，不會出現大的間隙S 。間 隙S都很小，其平均值為3 . 6撤米。 以下將參照圖1 7至2 0 ,以說明本發明的第三値較佳實 施例之元件校準/聯結裝置。 圖17為本發明的第三個實施例之元件校準/聯結裝置 的元件支架的縱視圖。圖18為沿箸圖17的XVIII-XVIII 線看去之剖面圖。圖19為沿著圖17的XIX-XIX線看去之 剖面圖。圖20(a)為聯結至圖17的元件支架的圓板彈簧 的平面画。圖20(b)為画20(a)的圓板彈簧的剖面圖。 如圖17至画19所示，於第三個元件校準/聯結裝置的 實施例中，元件支架21藉由圓板彈簧61的作用，而與支 撑孔2 5行彈性聯結；圓板彈簧6 1位於元件支架2 1與支撑 孔2 5之間。如面2 0所示，圖板彈簧6 1具有一個中心孔2 7 。於圓板彈簧的X軸方向上，有一對安裝孔28。於圓板 彈簧與X軸垂直的Y軸方向上，另有一對安裝孔29。如 圖18所示，將固定銷30插入安裝孔28,可以將圓板彈箦 61固定到元件支架21的支架23上；如圖19所示，將固定 銷3 1插入安裝孔2 9 ,可以將圓板彈簧6 1固定到機殼的支 撑孔2 5上。 於X軸上的兩個固定點（安裝孔2 8及固定銷3 0 )的兩端 ，有一對溝槽6 2、6 2。於Y軸上的兩個固定點（安裝孔 2 9及固定銷3 1 )的兩端，有另一對溝槽（5 3、6 3。每對溝 槽6 2及6 3 ,均具有直線部份6 4及弧形部份6 5。位於固定_ · * ········· (Please follow w1ft's precautions and fill in this one X pack-order _ line-1 0 0Yi Printed by the Ministry of Economic Affairs 1. The relationship between the number of invention descriptions (16). As shown in the figure, there will be no large gap S. The gap S is very small, and the average value is 3.6 meters. The following will refer to FIG. 17 to 20 In order to illustrate the component calibration / coupling device of the third preferred embodiment of the present invention. FIG. 17 is a longitudinal view of the component holder of the component calibration / coupling device of the third embodiment of the present invention. FIG. 18 is a diagram along The cross-sectional view taken along the line XVIII-XVIII of Fig. 17. Fig. 19 is the cross-sectional view taken along the line XIX-XIX of Fig. 17. Fig. 20 (a) is a plan view of the circular plate spring connected to the element holder of FIG. Fig. 20 (b) is a cross-sectional view of the circular plate spring shown in FIG. 20 (a). As shown in FIGS. 17 to 19, in the third embodiment of the component alignment / coupling device, the component holder 21 is formed by a circular plate. The function of the spring 61 is elastically connected to the support holes 25 rows; the circular plate spring 61 is located between the component holder 21 and the support holes 25. As shown in the surface 20, the plate spring 61 has a Heart hole 27. In the X-axis direction of the circular plate spring, there is a pair of mounting holes 28. In the Y-axis direction of the circular plate spring perpendicular to the X axis, there is a pair of mounting holes 29. As shown in Figure 18, it will be fixed The pin 30 is inserted into the mounting hole 28, and the circular plate spring 61 can be fixed to the bracket 23 of the component holder 21; as shown in FIG. 19, the fixing pin 31 is inserted into the mounting hole 29 to fix the circular plate spring 61 On the support holes 25 of the casing. At the two ends of the two fixing points (mounting holes 28 and fixing pins 30) on the X axis, there are a pair of grooves 6 2, 6 2. Two on the Y axis At both ends of the fixing point (mounting hole 2 9 and fixing pin 3 1), there is another pair of grooves (5 3, 6 3. Each pair of grooves 6 2 and 6 3 has a straight portion 6 4 and an arc shape Part 6 5. Located in fixed

本《•張尺度逍用中國《家榣準(CNS)T4規格（210X297公;¢) 81. 7. 20,000¾ (II) -(請先閒讀背而之注意事項#瑱窍本Jk 裝· 訂- 2l〇£^_ 五、發明説明（17) 點（安裝孔28(29)及固定銷30(31))兩端的溝槽對62(63) 之直線部份6 4 ,為互相平行的。溝槽對6 2 ( 6 3 )的弧形部 份6 5 ,位於孔2 7的周圍，但其延伸方向為相反的。因此 ,藉由圖板彈簧61的作用，元件支架21可以彈性聯結至 機殼的支撑孔25及支架23。安置於元件支架21上的光元 件1 1的聯結面與聯結部份的聯結面之間的傾斜度可以調 整。 為了將光元件與聯結部份校準及聯結，須將聯結部份 推向由元件支架2 1所夾住的光元件2 1，以使聯結部份的 聯結面，與光元件11的聯結面緊密的接觸。此時，若這 些元件之間的平行度不夠，則第三實施例的待殊結構， 可將聯結面自動調整為平行。如前面所述，元件支架21 是由圓板彈簧61行彈性支撑，而圖板彈簧61又是由支撑 孔2 5及支架2 3所支撑。因此，當將光元件壓向聯結部份 時，如果元件之間的聯結面之平行度不夠時，元件支架This "Zhang Scale Xiao uses China's" Chinese Family Standard (CNS) T4 specifications (210X297; ¢) 81. 7. 20,000¾ (II)-(please read the back-end notes first # 瑱 妙 本 Jk installed Order-2l〇 £ ^ _ V. Description of the invention (17) Point (mounting hole 28 (29) and fixing pin 30 (31)) The straight part of the groove pair 62 (63) at both ends 6 4 are parallel to each other The groove part 6 2 (6 3) of the arc part 6 5 is located around the hole 27, but its extension direction is opposite. Therefore, by the action of the plate spring 61, the element holder 21 can be elastically connected To the support hole 25 of the chassis and the bracket 23. The inclination between the coupling surface of the optical element 11 and the coupling surface of the coupling part placed on the component holder 21 can be adjusted. In order to align the optical element with the coupling part and For the coupling, the coupling part must be pushed toward the optical element 2 1 sandwiched by the element holder 21, so that the coupling surface of the coupling part is in close contact with the coupling surface of the optical element 11. At this time, if these components are If the parallelism between the two is not enough, the special structure of the third embodiment can automatically adjust the coupling surface to be parallel. As mentioned above, the component holder 21 is composed of a circular plate spring 61 Elastic support, the plate spring 61 and FIG. 25, and in turn supporting holes 23 supported by the bracket. Therefore, when the optical element is pressed against the coupling part, if the parallelism between the coupling surface of the element is not enough, the bracket member

-••♦•••',···-········ '(請先W讀背而之注意事項再填寫本2K 裝· · · 經濟部屮央榣準局员工消费合作社印製 聯間 的端及予之 與之 點兩6461點 面·面定的份筈支 結結 固點部彈與 聯聯 個定線板簧 的， 兩固直圓！g 11此 的個有此板 件因 上兩具因圆 元。 軸的均 ’ ， 光觸 X 上槽63時 得接 於軸溝及力 使的 6 Y 對 6 外 ，密 簧於一對到 斜緊 彈且每槽受 傾行 板 ，且溝當 會間 圓62,有。 將之。，槽63於斜 11面隙是溝槽由傾 件結間的對溝。向 元聯現意一對65方 光的出注有一份何 的件會得具另部任 上元不值端有線於 21結將 兩具弧以 本紙張尺度遑用中Β Η家樣準(CHS) ΤΜ規格(210父297公龙) 81. 7. 20,00〇i|c (II) 10^ 10^ 經濟部屮央標準局貝工消许合作社印奴 A 6 Π 6 五、發明説明（18) 間將變形一小段距離。因此，當有一小作用力施於X軸 或Y軸方向時，圓板彈簧都將變形。因此，元件支架21 很容易受外力影逛而彎曲，因此，安裝於元件支架21上 的光元件1 1很容易傾斜，而使得聯結面之間不會出現間 隙。 接著測量光元件11及聯結的元件的聯結面之間的間隙 。結果顯示，不會出現大的間隙S 。間隙S都很小，且 其平均值為3.2徹米。 圖2 1為本發明的第4個實施例之元件校準/聯結裝置 的元件支架的縱視圖。 如圔21所示，於第三艏實施例的元件校準/聯結裝置 中，元件支架21經由圓板彈簧66而與支撑孔25行彈性聯 結，而圓板彈簧66位於元件支架21及支撑孔25之間。如 圖所示，圓板彈簧66的中央部份具有圓孔27。位於元件 支架21上方有環狀圓板彈簧66,圓板彈簧66上有兩對支 撑組件67及68。藉由X軸上的兩個固定點的固定銷30的 作用，可使彈簧66固定至支架23;藉由Y軸上的兩個固 定點的固定銷3 1的作用，可使彈簧6 6固定至支撑孔2 5的 頂端。因此，藉由彈筈6 6的作用，元件支架2 1可彈性聯 結至機殼的兩個支撑孔25及支架23。由元件支架21所夾 住的光元件1 1 ,其與聯結部份的聯結面之間的傾斜度可 以調整。 為了將光元件1 1與聯結部份校準及聯結，須將聯結部 -20- 本紙»尺度遑用中國Η家楳準(CNS) Ή規怙（210X297公*) 81. 7. 20.000ik(ll) _(請先叫讀背而之注意事項再蜞"本 裝· 訂· Λ 6 Π 6 2103^7 五、發明説明（19) 份推向元件支架2 1所夾住的光元件1 1 ,使得聯結部份的 聯結面，與光元件11的聯結面緊密的接觸。此時，如果 這些元件的聯結面之間的平行度不夠，則第4實施例特 殊結構，可以自動調整平行度。如前面所述，元件支架 2 1是由彈簧6 6行彈性支撑，而彈簧6 6又是由支撑孔2 5及 支架2 3所支撑。因此，如果聯結的元件之間的平行度不 夠，當光元件被壓向聯結部份時，元件支架21上的光元 件1 1將傾斜，使得元件11與聯結部份的聯結面之間行緊 密接觸。因此，聯結的元件的聯結面之間將不會出現間 隙。 圖22為本發明的第5個實施例的元件校準/聯結裝置 的元件支架的縱視圖。 如圖22所示，於第三値實施例之元件校準/聯結裝置 中，元件支架21藉由一個圓板彈簧71,而彈性聯結至支 撑孔2 5 ,而圓板彈簧7 1位於元件支架2 1及支撑孔2 5之間 。如圖所示，圓板彈簧71的中央部份具有圓孔27。圓板 彈簧於X軸的方向上具有一對安裝孔2 8 ,而於與X軸垂 直的Υ軸方向上具有另一對安裝孔29。將固定銷30插入 安裝孔28，可使圓板彈簧71固定至元件支架21的支架23 ;另外，將固定銷3 1插入安装孔2 9 ,可使圓板彈簧7 1固 定至機殼的支撑孔2 5的頂端。 於X軸上的兩個固定點（安裝孔2 8及固定銷3 0 )兩側， 有一對溝槽7 2、7 2 ,溝槽7 2是由彈簧7 1的周圍向彈箦的 -2 1 - 本紙张尺度遑用中Β國家樣率(CNS)«M規格(210父297公货) •(請先Μ讀背而之注意事項再填寫本 裝· 訂_ 經濟部屮央榀準局β工消费合作杜印51 81. 7. 21).000¾ (II) 2103^7 A 6 Π 6 經濟部中央櫺準局KX工消许合作杜印^ 五、發明説明（20) 内側延伸。於 3 1 )兩側.有 周圍向彈簧的 部份7 4及圓弧 銷3 0 ( 3 1))兩側 行的。溝槽對 ，且其方向為 7 1的作用，而 裝於元件支架 結面之間的傾 為了將光元 部份推向由元 份的聯結面與 時，如果聯結 特殊結構，將 支架21是由彈 25及支架23所 的平行度不夠 2 1上的光元件 結面行緊密的 有間隙。由於 份7 5 ,因此， ，均可使圓板 Υ軸上的兩個固定點（安裝孔2 9及固定銷 另一對溝槽73、73,溝槽72是由彈簧71的 内側延伸。每對溝槽72及73均具有一直線 部份75。位於固定點（安裝孔28(29)及固 的溝槽對72(73)的直線部份74,為互相平 7 2 ( 7 3 )的弧形部份7 5 ,位於圖孔2 7的周圍 相反。因此，元件支架21可藉由圓板彈簧 彈性聯結至機殼的支撑孔25及支架23。安 21上的光元件11的聯結面與聯結部份的聯 斜角度可以調整。 件11與聯結部份校準及對齊，必須將聯結 件支架2 1所夾住的光元件1 1 ,使得聯結部 光元件11的聯結面之間行緊密的接觸。此 面之間的平行度不夠，則第4個實施例的 可以自動調整平行度。如前面所述，元件 簧7 1行彈性支撑，而彈簧7 1又是由支撑孔 支撑。因此，如果這些元件的聯結面之間 ，當光元件被壓向聯結部份時，元件支架 1 1將會傾斜，使得元件1 1與聯結部份的聯 接觸。因此，聯結元件的聯結面之間不會 溝槽對7 2及7 3均具有直線部份7 4及圆弧部 於任何方向上施予圓板彈簧7 1的小的外力 彈筈7 1變形。因此，光元件1 1可以與聯結 -22 - 先 背 而 意 事 項 再 填 寫 本3、 裝 訂 本紙張尺度边用中B國家楳準(CNS) TM規格(210x297公*) 81. 7. 20,000¾ (I!)-•••••• ', ···-····· (Please read the notes before you fill in this 2K pack ··· Employee Consumer Cooperative of the Ministry of Economic Affairs Print the end of the joint and give it a point of 6461 points and a fixed portion of the surface. The fixed point of the spring is connected to the fixed leaf spring of the joint, the two solid straight circles! G 11 This one has This plate has two round elements. The shafts are equal. When the upper groove 63 of the light touches X, it must be connected to the shaft groove and the force 6 Y to 6 outside. The tilted plate, and the groove should be round 62, there will be. Will be. The groove 63 in the oblique 11 face gap is the groove between the groove and the inclined piece. Note that if there is a copy, you will have another part. It is worthless at the end. The two arcs are used at the current paper size. The standard is (CHS) TM specification (210 father 297 male dragon) 81 . 7. 20,00〇i | c (II) 10 ^ 10 ^ The Ministry of Economic Affairs, Bureau of Standards, Beigong Consumer Cooperative Cooperative Innu A 6 Π 6 Fifth, the invention description (18) will be deformed for a short distance. Therefore, When a small force is applied to the X-axis or Y-axis direction, the circular plate The springs will be deformed. Therefore, the element holder 21 is easily bent by external forces, so the optical element 11 mounted on the element holder 21 is easily tilted, so that there will be no gaps between the coupling surfaces. Then measure the light The gap between the element 11 and the coupling surface of the connected element. The results show that there is no large gap S. The gap S is very small, and its average value is 3.2 Che. Figure 21 is the fourth of the invention Longitudinal view of the component holder of the component calibration / coupling device of the embodiment. As shown in FIG. 21, in the component calibration / coupling device of the third bow embodiment, the component bracket 21 is elastic with the support hole 25 via the circular plate spring 66 The circular plate spring 66 is located between the element holder 21 and the support hole 25. As shown in the figure, the central portion of the circular plate spring 66 has a circular hole 27. Above the element holder 21 is a circular circular plate spring 66, round There are two pairs of support assemblies 67 and 68 on the leaf spring 66. The spring 66 can be fixed to the bracket 23 by the fixing pins 30 at two fixing points on the X axis; by the two fixing points on the Y axis The function of the fixing pin 31 can fix the spring 66 to The top end of the support hole 25. Therefore, by the action of the spring spine 6, the component holder 21 can be elastically coupled to the two support holes 25 of the cabinet and the bracket 23. The optical element 1 1 clamped by the component holder 21 , The inclination between the connection surface of the connection part can be adjusted. In order to calibrate and connect the optical element 11 and the connection part, the connection part -20 must be used ) Ή Regulations (210X297 public *) 81. 7. 20.000ik (ll) _ (Please read the precautions first and then 蜞 " this set · order · Λ 6 Π 6 2103 ^ 7 V. Description of invention ( 19) The part is pushed toward the optical element 1 1 sandwiched by the element holder 21, so that the coupling surface of the coupling portion is in close contact with the coupling surface of the optical element 11. At this time, if the parallelism between the coupling surfaces of these elements is insufficient, the special structure of the fourth embodiment can automatically adjust the parallelism. As described above, the component holder 21 is elastically supported by the rows of springs 66, and the spring 66 is supported by the support holes 25 and the bracket 23. Therefore, if the parallelism between the connected elements is not sufficient, when the optical element is pressed toward the coupling portion, the optical element 11 on the element holder 21 will tilt, so that the coupling surface between the element 11 and the coupling portion is tight contact. Therefore, there will be no gaps between the connecting surfaces of the connected components. Fig. 22 is a longitudinal view of the component holder of the component alignment / coupling device of the fifth embodiment of the present invention. As shown in FIG. 22, in the component alignment / coupling device of the third embodiment, the component holder 21 is elastically coupled to the support hole 25 by a circular plate spring 71, and the circular plate spring 71 is located in the component holder 2 1 and between support holes 25. As shown in the figure, the circular plate spring 71 has a circular hole 27 in the central portion. The disc spring has a pair of mounting holes 28 in the X-axis direction, and another pair of mounting holes 29 in the Y-axis direction perpendicular to the X-axis. Inserting the fixing pin 30 into the mounting hole 28 can fix the disc spring 71 to the bracket 23 of the component holder 21; in addition, inserting the fixing pin 31 into the mounting hole 29 can fix the disc spring 71 to the support of the cabinet Top of hole 25. There are a pair of grooves 7 2, 7 2 on both sides of the two fixing points (mounting holes 28 and fixing pins 3 0) on the X axis. The grooves 7 2 are projected from the circumference of the spring 7 1 to the pan -2 1-This paper uses the national sample rate (CNS) «M specifications (210 father 297 public goods) of the paper standard (please read the precautions before filling in this package · order_ Ministry of Economic Affairs β Industry Consumption Cooperation Du Yin 51 81. 7. 21) .000¾ (II) 2103 ^ 7 A 6 Π 6 KX Industry Consumers' Central Cooperation Bureau of the Ministry of Economic Affairs allows cooperation Du Yin ^ V. Description of invention (20) Inner extension. On 3 1) on both sides. There are parts around the spring 7 4 and arc pins 3 0 (3 1)) on both sides. The groove is paired, and its direction is the role of 7.1, and the inclination between the junction surfaces of the component holder is to push the light element part to the connection surface of the element. If the special structure is connected, the bracket 21 is The parallelism between the projectile 25 and the bracket 23 is not enough. The junction surface of the optical elements on the row 1 is tight and there is a gap. Because of the number 7 5, therefore, both can make the two fixing points on the Υ axis of the circular plate (the mounting hole 29 and the other pair of grooves 73, 73 of the fixing pin, the groove 72 is extended by the inner side of the spring 71. The grooves 72 and 73 each have a straight line portion 75. At the fixed point (the mounting hole 28 (29) and the straight line portion 74 of the fixed groove pair 72 (73), are arcs 7 2 (7 3) that are flat with each other The shape part 7 5 is located opposite to the hole 27 in the figure. Therefore, the element holder 21 can be elastically coupled to the support hole 25 and the bracket 23 of the cabinet by a disc spring. The coupling surface of the optical element 11 on the mounting 21 is The coupling angle of the coupling part can be adjusted. The alignment and alignment of the component 11 and the coupling part requires the optical element 1 1 clamped by the coupling bracket 2 1 so that the coupling surfaces of the optical element 11 of the coupling part are closely aligned Contact. The parallelism between this surface is not enough, the parallelism of the fourth embodiment can be adjusted automatically. As mentioned earlier, the element spring 71 is elastically supported, and the spring 71 is supported by the support hole. Therefore, If the connection surface of these components is between the components, when the optical component is pressed toward the connection part, the component holder 11 will tilt, so that The element 1 1 is in contact with the coupling portion. Therefore, there is no groove between the coupling surface of the coupling element. The pairs 7 2 and 7 3 each have a linear portion 7 4 and a circular arc portion that apply to the disc spring in any direction The small external force of 7 1 is deformed by 7 1. Therefore, the optical element 1 1 can be connected with -22-fill in this matter first, and then fill in this book 3. The bound paper is used in the national B standard (CNS) TM specifications (210x297g *) 81. 7. 20,000¾ (I!)

2103V Λ 6 η 6 經濟部屮央楳準局貞工消费合作社印51 五、發明説明（21) 部份緊密的接觸，而不會出現間隙。 圖2 3為依據本發明的第6個實施例的元件校準/聯結 裝置的元件支架的縱視圖。圖24為延著圖23的XXIV-XXIV 線看去之剖面圖。圖25(a)為聯結至圖23的元件支架的 圓板彈簧的平面圖。圖25(b)為圖25(a)的圓板彈簧的剖 面圖。 如圖23及24所示，於第6個實施例的元件校準/聯結 裝置中，元件支架21藉由圓板彈簧81,而與支撑孔25行 殫性聯結；圓板彈簧8 1位於元件支架2 1與支撑孔2 5之間 。如圖所示，圓板彈簧81的中央部份有圓孔27。於圓板 彈簧81的周圍有3個安裝孔28，其距離為相等。於圓板 彈簧81的周圍另有3値位於安裝孔28周圍的安裝孔29, 且其距離亦為相等。藉由將固定銷30插入安裝孔28,可 使彈筈81固定至元件支架21的支架23;藉由將固定銷31 插入安裝孔29,可使彈簧81固定至支撑孔25的上端。 因此，藉由圓板彈簧81的作用，可使元件支架21彈性 聯結至3値通過支架23的機殼支撑孔25。光元件11的聯 結面與聯結部份的聯結面之間的傾斜角度可以改變。 為了將光元件1 1與聯結部份校準及聯結，必須將聯結 部份推向由元件支架2 1所夾位的光元件11，以使聯結部 份的聯結面與光元件1 1的聯結面緊密的接觸。此時，如 果這些元件之間的平行度不夠，則由於第6個贲施例的 特殊結構，將可以自動調整平行度。如同前面所述，元 -23 - 本紙張尺度逍用中ΒΒ家樣準(CNS)T4規格(210x297公；«：) 81. 7. 20.000¾ (II) (請先閲讀背而之注意事項再堝寫本一X、 裝. 2l〇^v Λ 6 Π 6 經濟部中央標準局13：工消仲合作社印製 五、發明説明（22) 件支架2 1由彈簧8 1行彈性支撑，而彈簧8 1又是由支撑孔 2 5及支架2 3所支撑。因此，如果聯結元件間的聯結面的 平行度不夠時，當光元件被壓向聯結部份時，固定點 (固定銷30及31)的支點將會變形，使得光元件11沿箸聯 結部份的聯結面傾斜。圓板彈簧可随箸於任何方向上所 施加的外力而變形，而使得光元件1 1與聯結部份行緊密 的接觭，故不會産生間隙。 接著測量光元件1 1與聯結部份之間的間隙。測量結果 顯示不會出現大的間隙S 。間隙S很小，且其平均值為 2 . 8撤米。 如上面所描述的第6値實施例中，彈性組件是一個金 屬圓板彈簧，但是它也可以是別種形狀或是由別種材料 構成。彈簧與支架及支撑孔之間的固定點的位置及數目 ,可以隨箸我們的須要而改變。 如前面所述，於第6個元件校準/聯結裝置的實施例 中，有一平板狀的彈性組件位於由元件支架所夾住的光 元件的周圍。彈性組件上有幾個第一聯結部份可固定至 元件支架。彈性組件上另有幾個篥二聯結部份可固定至 機殼。印使光元件與聯結部份的聯結面之間的平行度不 夠，當光元件被推向聯結部份時，元件支架上的光元件 將沿箸聯結部份的聯結面傾斜，使得光元件·與聯結部份 緊密接觸，而不會出現間隙因此，可以提髙光元件與 聯結部份的校準與聯結的效率。 -24- 本紙ft尺度边用中Β Η家«準(CNS) T4規格(210X297公龙) 81. 7. 20.000ik (II) I I «1· ·«« (請先閲讀背而之注意事項再填寫本IX、 裝- 線- Λ 6η 6 經濟部中央樑準局®c工消费合作社印5i 五、發明説明（23) 另外，於元件校準/聯結裝置中，彈性組件是圆板彈 箦。圓板彈簧由兩個位於第一直線上的點而固定至元件 支架；圓板彈簧由另兩個位於第二直線上的點而固定至 機殼。圓板彈簧上有溝槽，溝槽均延箸固定點而於直徑 的方向伸展，溝槽的内部沿著内圓伸展。當圓板彈簧受 到外力作用時，將會偏離支點一小段距離。因此，僅須 施以小的作用力即可使圓板彈簧變形。光元件可沿著聯 結部份傾斜。 以下將參照圖2 6至2 8以說明本發明的第7値實施例。 圖26為本發明的第7個元件校準/聯結裝置的實施例 中所使用的元件支架的縱視圖。画27為本實施例的主要 部份的剖面圖。圖2 8為聯結的元件數目以及聯結元件之 間的間隙的關傺圖。 於第7値元件校準/聯結裝置的實施例中，圓板狀元 件支架2 1 ,具有一含導線2 2之插座1 2。光元件1 1可以安裝 於元件支架2 1的頂端。當光元件1 1安裝於元件支架2 1上 時，導線11將與光元件11的導線銷接觸。環狀支架223 可以藉由幾個（本例中為3値）徑向分布的平板彈簧224 ,而彈性支撑元件支架21。換句話說，元件支架21是位 於環狀支架2 2 3的中心部份，且元件支架21藉由3個平 板彈簧2 2 4而與支架2 2 3聯結。因此，安置於元件支架 2 1上的光元件11 ,可以沿箸聯結元件的聯結面（圖中没 有劃出）傾斜。平板彈筈2 2 4可以由金屬（如磷青銅及 -2 5 -2103V Λ 6 η 6 Printed by the Zhengong Consumer Cooperative Society of the Ministry of Economic Affairs, Seongnam-do Bureau 51 V. Description of the Invention (21) The parts are in close contact without gaps. Fig. 23 is a longitudinal view of the component holder of the component alignment / coupling device according to the sixth embodiment of the present invention. 24 is a cross-sectional view taken along the line XXIV-XXIV of FIG. 23. Fig. 25 (a) is a plan view of a disc spring coupled to the element holder of Fig. 23. Fig. 25 (b) is a cross-sectional view of the disc spring of Fig. 25 (a). As shown in FIGS. 23 and 24, in the component alignment / coupling device of the sixth embodiment, the component holder 21 is connected to the support hole 25 by a circular plate spring 81, and the circular plate spring 81 is located on the component holder Between 2 1 and the support hole 25. As shown in the figure, the circular plate spring 81 has a circular hole 27 in the central portion. There are three mounting holes 28 around the circular plate spring 81, and their distances are equal. There are three additional mounting holes 29 around the mounting hole 28 around the circular plate spring 81, and their distances are also equal. By inserting the fixing pin 30 into the mounting hole 28, the spring reed 81 can be fixed to the bracket 23 of the component holder 21; by inserting the fixing pin 31 into the mounting hole 29, the spring 81 can be fixed to the upper end of the support hole 25. Therefore, by the action of the circular plate spring 81, the element holder 21 can be elastically coupled to the case support hole 25 through which the bracket 23 passes. The inclination angle between the coupling surface of the optical element 11 and the coupling surface of the coupling portion can be changed. In order to align and connect the optical element 11 and the coupling part, the coupling part must be pushed toward the optical element 11 held by the element holder 21 so that the coupling surface of the coupling part and the coupling surface of the optical element 11 Close contact. At this time, if the parallelism between these components is not enough, the parallelism can be adjusted automatically due to the special structure of the sixth embodiment. As mentioned earlier, Yuan-23-This paper standard is used in the BB home sample standard (CNS) T4 specification (210x297 g; «:) 81. 7. 20.000¾ (II) (please read the precautions first Crucible Script 1 X, loaded. 2l〇 ^ v Λ 6 Π 6 Printed by the Central Standards Bureau of the Ministry of Economic Affairs 13: Printed by Gongzhong Zhong Cooperative Society 5. Description of Invention (22) Piece holder 2 1 is supported by spring 8 1 row elastically, and spring 8 1 is supported by the support hole 25 and the bracket 2 3. Therefore, if the parallelism of the coupling surface between the coupling elements is not enough, when the optical element is pressed toward the coupling part, the fixing point (fixing pins 30 and 31) The fulcrum will be deformed, so that the optical element 11 is inclined along the connection surface of the connection part of the chopstick. The disk spring can be deformed according to the external force applied by the chopstick in any direction, so that the optical element 11 and the connection part closely No gaps will occur. Then measure the gap between the optical element 11 and the connecting part. The measurement results show that there will be no large gap S. The gap S is very small, and its average value is 2.8 meters. As in the 6th embodiment described above, the elastic component is a metal disc spring, but it also It can be of different shapes or made of other materials. The position and number of fixing points between the spring and the bracket and the support hole can be changed according to our needs. As mentioned above, calibrate / connect the device at the sixth component In the embodiment, there is a flat-shaped elastic component located around the optical element sandwiched by the component support. There are several first connecting parts on the elastic component to be fixed to the component support. The coupling part can be fixed to the chassis. The printing makes the parallelism between the optical element and the coupling surface of the coupling part not enough. When the optical element is pushed toward the coupling part, the optical element on the component holder will be along the connection part The coupling surface is inclined, so that the optical element and the coupling part are in close contact without gaps. Therefore, the efficiency of the alignment and coupling of the optical element and the coupling part can be improved. -24- The paper ft scale side use Β Η Home «quasi (CNS) T4 specifications (210X297 male dragon) 81. 7. 20.000ik (II) II« 1 ·· «« (please read the precautions before filling in this IX, install-line-Λ 6η 6 Ministry of Economic Affairs Central Liangzhun Bureau®c Industry and Consumer Cooperation印 5i Fifth, description of the invention (23) In addition, in the component alignment / coupling device, the elastic component is a circular plate spring. The circular plate spring is fixed to the component holder by two points on the first straight line; the circular plate spring is The other two points on the second straight line are fixed to the casing. The disc spring has grooves, and the grooves extend from the fixed point and extend in the diameter direction, and the inside of the groove extends along the inner circle. When the plate spring is subjected to external force, it will deviate from the fulcrum by a short distance. Therefore, only a small force is needed to deform the disk spring. The optical element can be inclined along the connecting part. The seventh embodiment of the present invention will be described below with reference to FIGS. 26 to 28. Fig. 26 is a longitudinal view of a component holder used in an embodiment of the seventh component calibration / coupling device of the present invention. Drawing 27 is a sectional view of the main part of this embodiment. Figure 28 shows the relationship between the number of connected elements and the gap between the connected elements. In the seventh embodiment of the device aligning / coupling device, the disk-shaped element holder 2 1 has a socket 12 containing a wire 22. The optical element 11 may be mounted on the top of the element holder 21. When the optical element 11 is mounted on the element holder 21, the wire 11 will contact the wire pin of the optical element 11. The ring-shaped bracket 223 can elastically support the element bracket 21 by several (in this example, 3 values) radially distributed plate springs 224. In other words, the component holder 21 is located at the central part of the ring-shaped holder 2 2 3, and the component holder 21 is connected to the holder 2 2 3 by three flat springs 2 2 4. Therefore, the optical element 11 placed on the element holder 21 can be inclined along the coupling surface (not shown in the figure) of the clad coupling element. Flat shell reed 2 2 4 can be made of metal (such as phosphor bronze and -2 5-

(請先閲讀背而之注意事項#堝寫本JK 裝. 訂_ 本紙ft尺度边用中國國家«毕(CNS) T4規怙(2丨0X297公;JI：) 81. 7. 20.000¾ (II) ιΐο^π Λ 6 Π 6 五、發明説明（24) 經濟部中央楳準局员工消伢合作杜印製 不锈銅）或 為了將光 部份的聯結 如果這些元 施例的特殊 元件2 1藉由 撑。因此， ，當這些元 元件11 ,將 種方法所聯 .圖2 8為以 的間隙的關 間隙S都很 如上面所 中，藉由平 支架，平板 此，即使以 不夠，當這 光元件將沿 間將不會出 作。 以下將參 圖29為本 合成樹脂 元件1 1與 面與光元 件的聯結 結構，可 平板彈簧 即使聯結 件被壓在 會沿箸聯 結的組件 此種方法 傺圖。如 小，且其 述，於第 板彈簧的 彈簧是由 此種方法 些元件被 著聯結部 現間隙。 所構成 聯結部 件1 1的 面之間 以自動 224的 的元件 一起時 結部份 之間的 所聯結 圖所示 平均值 7値元 作用， 元件支 聯結的 壓在一 份的聯 故本方 份校準 聯結面 的平行 調整平 作用， 之間的 ,安置 的聯結 聯結面 的光元 ,並不 為8 . 0 件校準 環狀支 架的外 元件的 起時， 結面傾 法可以 照圖29至32以描述本發 發明的第8個兀|件校準 及聯結，必須使聯結 緊密的接觸。此時， 度不夠，由第7個實 行度。如前面所述， 而由環狀支架223支 聯結面的平行度不夠 於元件支架21上的光 面傾斜。因此，以此 將不會有間隙。 件1 1及聯結部份之間 會出現大的間隙S 。 徹米。 /聯結裝置的實施例 架可以彈性支撑元件 圍伸向元件支架。因 聯結面之間的平行度 安裝於元件支架上的 斜。因此’，聯結面之 很有效的進行對齊工 明的第8個實施例。 /聯結裝置的實施例 先 閲 背 而 之 >主 意 事 項 填 寫 本 裝 訂 -26 - 本紙張尺度边用中Β «家樣準(CNS) Ή規格（2丨0X297公*) 81. 7. 20.000ik(ll) Λ 6 η 6 五、發明説明（25) 的縱視圖。圖3 0為本實施例的主要部份的 為具有另一種不同的支撑銷的支撑結構的 為聯結的組件數目與其間隙之關傜圖。 於本發明的第8値元件校準/聯結裝置 元件支架21,具有一含導線22之插座12。 置於元件支架21的上端。當光元件11被安 21上時，導線11與光元件11的導線餓之間 藉由幾個（本例中為3個）徑向分布的支撑 的作用，環狀支架3 2 3將可以彈性支撑元 句話說，元件支架21是位於環狀支架323 由3個支撑銷324而聯結至支架323 。支 圓形，且支撑銷具有彈性。因此，安裝於 的光元件11,可以沿著聯結部份的聯結面 經濟部屮央梂準局Α工消伢合作杜印製 剖面圖。圖3 1 剖面圖。圖32 中，圖板狀的 光元件1 1被安 置於元件支架 將可以導電。 銷3 2 4 (棒狀） 件支架21。換 的中央，且藉 撑銷的剖面為 元件支架2 1上 (未劃出）傾斜 先 閲 背 而 之 注 意 事 項 堝 寫 為了將光元件11與聯結部份校準及聯結，必須使聯結 部份與光元件11的聯結面緊密的接觸。此時，如果這些 元件的聯結面之間的平行度不夠，則第8値實施例的特 殊結構，可以自動調整平行度。如前面所述，藉由支撑 銷3 2 4的作用，環狀支架3 2 3將可以彈性支撑元件支架 2 1。因此，即使這些元件的聯結面之間的平行度不夠， 當這些元件被壓在一起時，安裝於元件支架21上的光元 件1 1 ,將沿箸聯結部份的聯結面傾斜。因此，以此種方 法聯結的組件其聯結面之間將不會出現間隙。 -27 - 81. 7. 2U.000ik(H) 本紙Λ尺度逍用中國围家標準(CNS)甲4規怙(2】0X297公放) 103^ Λ 6 Π6 五、發明说明（26) 很明顯的，元件支架21的支撑銷324的聯結構造，並 不限定於上述的構造。亦可使用如圖31的極心接頭（Pole j 〇 i n t)。使用極心接頭時，若光元件1 1的聯結面與聯結 部份的聯結面緊密的接觭時，元件支架21可以平坦的移 動。 圖3 2為依此種方式所聯結的光元件1 1及聯結部份之間 的間隙的關俗圖。如圖所示，不會出現大的間隙S 。間 隙S都很小且其平均值為6 . 0微米。 如前面所述，在第8個元件校準/聯結裝置的實施例 中，藉由棒狀組件的作用，環狀支架可以彈性支撑元件 支架；棒狀組件由元件支架的外圍向外伸出。因此，卽 使這些聯結的元件的聯結面之間的平行度不夠，當這些 元件被壓在一起時，安裝於元件支架上的光元件將會沿 著聯結部份的聯結面傾斜。因此，以此種方法聯結的組 件的聯結面之間，將不會出現間隙。因此可得到一種很 有效率的校準方法。 (請先閲讀背而之注意事項#填窍本一 裝· 訂- 經濟部屮央櫺準局员工消费合作杜印製 本紙張尺度边用中《困家楳準(CNS) T4規格(210X297公*) 81. 7. 20.000ik(H)(Please read the back and the precautions first ## 写写 本 JK 装. Order_ This paper ft scale side uses the Chinese National «Bi (CNS) T4 regulation (2 丨 0X297 public; JI :) 81. 7. 20.000¾ (II) ιΐο ^ π Λ 6 Π 6 V. Description of the invention (24) Employees of the Central Bureau of Economic Affairs of the Ministry of Economic Affairs cooperated to print stainless copper) or in order to connect the optical part if these special components of the meta-execution 2 1 borrow Supported by. Therefore, when these meta-elements 11 are connected in this way, the clearance S of the gaps shown in Figure 28 is as above. With the flat bracket and flat plate, even if there is not enough, when the optical element will There will be no work along the way. The following will refer to FIG. 29 as the connection structure of the synthetic resin element 11 and the surface and the optical element. The flat spring can be connected to the assembly along the cymbal even if the connection member is pressed. Such as small, and it is said that the spring of the first leaf spring is a gap in which the elements are connected to the connecting part by this method. When the components of the connecting component 11 are together with the components of the auto 224 together, the average value of the value shown in the connecting diagram between the connecting parts is 7 yuan, and the component branching is pressed in one part. The parallel adjustment of the calibration coupling surface, the light element between the coupling coupling surface is not 8.0. When the external components of the calibration ring bracket are started, the junction tilt method can be as shown in Figures 29 to 32. To describe the eighth component calibration and connection of the present invention, the connection must be in close contact. At this time, the degree is not enough, and the seventh actual degree is used. As described above, the parallelism of the connection surface supported by the ring holder 223 is not sufficient to tilt the optical surface on the element holder 21. Therefore, there will be no gaps. A large gap S will appear between the piece 1 1 and the connecting part. Chemi. / Embodiment of the coupling device The frame can elastically support the element and extend towards the element support. Due to the parallelism between the coupling surfaces, the slant is mounted on the component holder. Therefore, the eighth embodiment of the alignment method is very effective for the coupling surface. / The embodiment of the coupling device is read first> The idea is to fill out this binding-26-This paper is used in the standard Β «Home sample standard (CNS) Ή specification (2 丨 0X297 public *) 81. 7. 20.000ik (ll) Λ 6 η 6 V. Description of the invention (25) Vertical view. FIG. 30 is the main part of this embodiment. It is a diagram showing the relationship between the number of connected components and the gap for the support structure with another different support pin. In the eighth component calibration / coupling device of the present invention, the component holder 21 has a socket 12 containing a wire 22. Placed on the upper end of the element holder 21. When the optical element 11 is mounted on 21, the wire 11 and the wire of the light element 11 are supported by several (in this example, three) radially distributed supports, the ring bracket 3 2 3 will be elastic Support Element In other words, the element holder 21 is located in the ring holder 323 and is connected to the holder 323 by three support pins 324. The support is circular and the support pin is elastic. Therefore, the optical element 11 mounted on the can be printed along the joint plane of the joint part by the Ministry of Economic Affairs, Central Bureau of Industry and Commerce, and jointly print a cross-sectional view. Figure 3 1 Sectional view. In Fig. 32, the plate-shaped optical element 11 is placed on the element holder and can conduct electricity. Pin 3 2 4 (stick) piece holder 21. The center of the change, and the cross section of the support pin is tilted on the component holder 21 (not shown). Read the back first. Note that in order to align and connect the optical element 11 and the connecting part, the connecting part must be The coupling surface of the optical element 11 is in close contact. At this time, if the parallelism between the coupling surfaces of these elements is insufficient, the special structure of the eighth embodiment can automatically adjust the parallelism. As described above, the ring bracket 3 2 3 can elastically support the element bracket 21 by the support pins 3 2 4. Therefore, even if the parallelism between the coupling surfaces of these elements is not sufficient, when these elements are pressed together, the optical element 11 mounted on the element holder 21 will incline along the coupling surface of the coupling portion of the cymbal. Therefore, there will be no gaps between the coupling surfaces of components connected in this way. -27-81. 7. 2U.000ik (H) This paper uses the Chinese Weijia Standard (CNS) Grade 4 standard (2) 0X297 public release for the Λ scale of the paper (103) ^ 6 Π6 5. Description of the invention (26) is obvious The connection structure of the support pins 324 of the element holder 21 is not limited to the above-mentioned structure. A pole joint (Pole j 〇 i n t) as shown in FIG. 31 can also be used. When a polar core connector is used, if the coupling surface of the optical element 11 and the coupling surface of the coupling portion are tightly connected, the element holder 21 can be moved flatly. Fig. 32 is a customary view of the gap between the optical element 11 and the connecting portion connected in this way. As shown in the figure, no large gap S occurs. The gap S is very small and its average value is 6.0 microns. As described above, in the eighth embodiment of the component alignment / coupling device, the ring bracket can elastically support the component bracket by the action of the rod-shaped component; the rod-shaped component extends outward from the periphery of the component bracket. Therefore, the parallelism between the coupling surfaces of these coupled elements is insufficient. When these elements are pressed together, the optical element mounted on the element holder will be inclined along the coupling surface of the coupling portion. Therefore, there will be no gaps between the coupling surfaces of components connected in this way. Therefore, a very efficient calibration method can be obtained. (Please read the back and the precautions first #Fill in this book and order-Employee consumption cooperation of the Ministry of Economic Affairs of the Central Bureau of the Ministry of Economic Affairs to print this paper. The paper is used in the "Sleepy Family Standard (CNS) T4 specification (210X297 *) 81. 7. 20.000ik (H)

Claims (1)

10^ A7 B7 C7 D7 六、申請專利範团 第8 1 1 06 30 2號「元件校準/聯結裝置與方法」專利案 (82年5月修正） 一種元件校準/聯結裝置，它具有·· 經濟部中央標準局R工消费合作社印製 —個可於第一方向移動的第一 一値安置於第一機體上的裝置 部份與由元件支架夾住的光元件 —艏可於第二方向上移動的第 第一方向不相同；以及 一個安置於該第二機體上的裝 地及可移動地支撑該元件支架， 架上的光元件很容易傾斜，而與 密接觸，且光元件與聯結部份的 現空隙。 2. 如申請專利範圍第1項之元件校 該可移動的彈性支撑裝置，至少 固定至該元件支架，且至少於兩 至該第2機體。 3. 如申請專利範圍第2項之元件校 該可移動的彈性支撑裝置是一値 簧於兩痼該第1固定點處固定至 第1固定點位於一個與圓板彈簧 圓心的第1直線上；該圓板彈簧 定點處固定至該機體，這兩値第 機體； ，此裝置可以使聯結 行緊密的接觸； 二機體，第二方向與 置，此裝置可 使得安置於該 聯結部份的聯 勝結面之間將 準/聯結裝置 於兩個第1固 個第2固定點 準/聯結裝置 圓板彈簧，該 該元件支架， 同心的圓以及 於兩痼上述之 2固定點位於 以彈性 元件支 結面緊 不會出 ,其中 定點處 處固定 ,其中 圖板彈 造兩鲴 通過此 第2固 一個與 (請先119¾面之注意事項再璜寫本頁) i裝_ 訂· 線_ -1 - 2103' Α7 Β7 C7 D7 «濟部中央镙準曷貝工消费合作社印$ 六、申請專利範圍 圓板彈簧同心的圓以及通過該圓心的第2 ‘i線上。 4. 如申請專利範圍第3項之元件校準/聯結裝置，其中 画板彈簧上有溝槽，每鮪徑向伸展的溝槽均位於固定 點之間。 5. 如申請專利範圍第4項之元件校準/聯結裝置，其中 該溝槽是由該彈簧的外側伸向彈簧的内倒，且毎個溝 槽的内側均延著一個内圓伸展。 6. 如申諳專利範圍第2項之元件校準/聯結裝置，其中 該可移動的彈性支撑装置是一個國板彈簧，於圓板彈 簧上有3痼第1固定點，延著圃周看去，這3個固定 點的距離相等，且位於一個與圓板彈簧共心的圓上； 於圓板彈簧上另有3値第2固定點，延著圔周看去， 這3痼固定點的距離相等，且位於一 Μ與圓板彈簧共 心的圓上；第2固定點位於兩個鄰近的第一固定點之 間。 7. 如申請專利範圍第2項之元件校準/聯結裝置，其中 該可移動的揮性支撑裝置，是一個來自元件支架外圍 之徑向延伸的平板彈簧。 8. 如申請專利範圍第2項之元件校準/聯結裝置，其中 該可傾斜的彈性支撑裝置，是一艟來自元件支架外圍 之徑向延伸的棒狀彈簧。 9. 一種用於元件校準/聯結裝置的方法，該裝置具有： 一値可於第一方向移動的第一機體； -2- (諳先閲讀背面之注意事項再蜞寫本頁) i裝- 訂. 線· 本紙張適用中國國家標準（CNS)甲4规格（210 X 297公釐） 六、申請專利範園 一艏安置於第一機 部份與由元件 個可於第 第一方 一個 地及可 架上的 密接觴 現空隙 將光 使聯 以可 於該元 整個聯 ;且 向不相 安置於 移動地 光元件 ,且光 ，其特 元件固 結部份 傾斜及 件支架 結面與 支架夾 二方向 同；以 該第二 支撑該 很容易 元件與 歡為包 定於元 與該元 彈性的 上的光 該丨聯结 A7 B7 C7 D7 體上的裝置，此裝置可以使聯結 住的光元件行緊密的接觸； 上移動的第二機體，第二方向與 及 機體上的裝置，此裝置可以彈性 元件支桨，使得安置於該元件支 傾斜，而與聯結部份的聯結面緊 聯結部份的聯結面之間將不會出 含有以下各步驟： 件支架上； 件支架所夾住的光元件緊密接觸； 方式支撑該元件支架，使得安裝 元件很容易傾斜，以使光元件的 部份緊密接觸，而不會出現間隙 焊接該光元件及該聯結部份 ------------------------裝------訂-------線 (請先閲面之注4m*項再填寫本頁) 經濟部中央標準局貝工消费合作社印製 -310 ^ A7 B7 C7 D7 VI. Patent Application No. 8 1 1 06 30 No. 2 "Component Calibration / Coupling Device and Method" Patent Case (Amended in May 1982) A component calibration / coupling device, it has economical Printed by the Ministry of Standards and Technology R-Consumer Cooperative Society-a first part of the device that can move in the first direction is placed on the first body and the optical component clamped by the component holder-the bow can be in the second direction The first direction of movement is different; and a mounting place on the second body and movably supporting the element holder, the optical element on the shelf is easily tilted and comes into close contact with the optical element and the connecting part Copies of the gap. 2. If the component calibration of the first item of the patent application scope, the movable elastic support device is fixed at least to the component support and at least two to the second body. 3. If the component calibration of the second item of the patent application scope, the movable elastic support device is a spring fixed at the first fixed point to the first fixed point on a first straight line with the center of the circular plate spring ; The disc spring is fixed to the body at the fixed point, the two body values; this device can make the connection line in close contact; two body, the second direction is opposite, this device can make the connection placed in the connection part The quasi-coupling device is placed between the first and second fixed points between the winning surfaces. The quasi-coupling device is a circular plate spring. The element holder, the concentric circle and the two fixed points above the two points are located with elastic elements The supporting surface will not come out tightly, and the fixed point is fixed everywhere. Among them, the board is made of two squids and the second one is fixed. (Please first pay attention to the 119¾ surface and then write this page) i equipment_ order · line_ -1 -2103 'Α7 Β7 C7 D7 «Printed by the Ministry of Economic Affairs of the Ministry of Economic Affairs of the Ministry of Economic Affairs of the Ministry of Economic Affairs. $ 6. Patent application The concentric circle of the leaf spring and the 2'i line passing through the center. 4. For example, the component calibration / coupling device of item 3 of the patent application scope, in which the drawing board spring has grooves, and the grooves extending radially of each tuna are located between fixed points. 5. The component calibration / coupling device as claimed in item 4 of the patent scope, wherein the groove extends from the outside of the spring to the inside of the spring, and the inside of each groove extends along an inner circle. 6. For example, the device calibration / coupling device in the second item of the patent scope, wherein the movable elastic support device is a national leaf spring, and there is a first fixed point of 3 on the circular leaf spring, which is extended around the garden , The distance between these three fixed points is equal, and they are located on a circle concentric with the disc spring; there are another 3 second fixed points on the disc spring, looking around the circle, these three fixed points The distances are equal, and are located on a circle concentric with the M leaf spring; the second fixed point is located between two adjacent first fixed points. 7. The component calibration / coupling device as claimed in item 2 of the patent scope, wherein the movable swing support device is a radially extending flat spring from the periphery of the component holder. 8. The component calibration / coupling device as claimed in item 2 of the patent application, wherein the tiltable elastic support device is a rod-shaped spring extending radially from the periphery of the component holder. 9. A method for component calibration / coupling device, the device has: a first body that can move in the first direction; -2- (know the precautions on the back before writing this page) i equipment- Order. Line · This paper is applicable to China National Standard (CNS) A4 specifications (210 X 297 mm). 6. Apply for a patent. The garden is placed on the first machine part and the components can be placed on the first party. And the close contact gap on the shelf can connect the light to the entire unit of the element; and the light element that is not placed on the moving ground, and the light, the fixed part of the special element is inclined and the bracket surface and the bracket The two directions of clamping are the same; with the second support the easy element and Huan as the light fixed on the element and the elasticity of the element. The device on the A7 B7 C7 D7 body, this device can make the light connected The rows of components are in close contact; the second body moving upward, the second direction and the device on the body, this device can support the propeller of the elastic element, so that the placement of the component branch is inclined, and the connection surface with the connection part is tightly connected Connection surface It will not contain the following steps: on the component holder; the optical component clamped by the component support is in close contact; the component support is supported in such a way that the mounting component is easily tilted, so that the optical component is in close contact, without There is a gap welding of the optical element and the connecting part ---------------------------- Line (please read the note 4m * first and then fill out this page) Printed by Beigong Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs-3
TW81106302A 1991-08-14 1992-08-10 TW210377B (en)

Applications Claiming Priority (5)

Application Number Priority Date Filing Date Title
JP3204297A JPH0548120A (en) 1991-08-14 1991-08-14 Aligning and assembling jig
JP20430091 1991-08-14
JP3204298A JPH0548121A (en) 1991-08-14 1991-08-14 Aligning and assembling jig
JP2935492 1992-02-17
JP14524292A JPH05297251A (en) 1991-08-14 1992-06-05 Aligned assembling device

Publications (1)

Publication Number Publication Date
TW210377B true TW210377B (en) 1993-08-01

Family

ID=51356984

Family Applications (1)

Application Number Title Priority Date Filing Date
TW81106302A TW210377B (en) 1991-08-14 1992-08-10

Country Status (1)

Country Link
TW (1) TW210377B (en)

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