M416195 五、新型說明： 【新型所屬之技術領域】 本創作主要係揭示一種夾具載台，尤指一種切割矽 塊夹持石夕晶塊的夹具載台。 【先前技術】 近年來’因石油枯竭、全球暖化而使得替代能源的發 展日益迫切。而在替代能源中，太陽能具備解決高油價^ 題的功能，又可達到環保、節能的效果。 、 由於太陽能電池的需求快速增長，製造廠商勢必持續 增講生產設備，擴充錢以應付快速成長的市場需求。^ 多晶石夕太陽能電池的製造流程巾，首先將-定純度的石夕材 融化後再結日$成四方形的切.（ingQt)，此過程由於類 似金屬之鑄造軸，目切晶錠也被稱為鑄錠。然後，.此 石夕晶錠經由切割而成長方_晶塊（brid〇,切割方法目前 多以帶鑛（Band saw)作為切割工具（也有用外徑鑛⑽ saw))。 —而石夕晶塊經過修面、修邊處理後，再以帶鑛（Band saw) 切。J機將石夕日日塊切割成晶片（wafer)。這些晶片再經過其它 的擴政1程、鍍膜製程、網印製程等便可製作成太陽能 池0 然而，由於石夕晶塊受到帶鑛切割時會被橫向帶動，因 此現有_㈣切割固定裳置皆為在發晶塊的側邊失持固 疋避免夕日日塊又到帶録切割時被横向帶動，造成切割石夕 4 晶錠的效率降低。 C疋Η際上;^SB錠：到帶紛刀割時仍然會產生細 微的振動，此時縱向的固定顯出其重要性。而目前的矽晶 塊固定裝置亚沒有提供料塊縱向㈣定方式。 於是有人么a月了具有縱向固定功能的矽晶塊固定裝 置’但是仍與傳統的石夕晶塊固定裝置側邊固定方法相同， 為使用螺絲合連接財式，當_過賴束f要將石夕晶 塊重新調整時，需要將螺絲重複取下並連接。此種固定方 式運用在_财巾健是彳目當的不便。導致_效率大 為降低。 有鐘於現有的石夕晶塊固定裝置導致切割效率尚有可改 進之處，本創叙目的在於提供—财晶·具載台，其 可使石夕晶魅有雙_的.定位魏並錢快速釋放或定 位，有利於更換新的石夕晶塊進行切割，進而提高石夕晶塊的 切割效率。 a為了解決上述的問題，本創作人乃致力於設計出-種 旎夠克服先前技術問題點的矽晶塊夾具載台。 【新型内容】 本創作石夕晶塊夾具載台，其中該橫向固定裝置之夾持 部分別夾持㈣晶塊之側邊，藉由該夾持調整件與該央持 螺孔的螺合來調㈣柄調整件財晶塊的㈣距離，使 該夾持部之夾持墊頂靠於和日塊，使該橫向固定裳置提供 石夕晶塊橫向定位的功能。 尹本創作矽晶塊央具載台，其中該橫向固定裝置之定位 ‘件月b夠在鎖定狀態與釋放狀態之間變換。當該定位螺件 位於鎖疋狀悲時，該定位螺件抵頂該導柱之滑動部，使該 仏向固定裝置相對於料柱的定位，使用者能夠旋轉該定 位螺件，使該定位螺件遠離該導柱之滑動部，使該定位螺 件位於釋放狀態’當該定位螺件位於釋放狀態時，該定位 累件退離稱柱之㈣部’使該兩横向固定裝置能夠分別 柱之擒止部與該本體之第—面及該導柱之另一撞止 該本體之第二面之間滑移，藉此’使該兩橫向固定裝 置能夠根據矽晶塊的尺寸大小來調整。 μ本創作石夕晶塊夹具載台，其中該縱向固定裝置能夠在 第、，悲與第二狀態之間變換。當該縱向固定裝置位於第 —狀態時，該連動件之卡勾件卡勾於該勾扣件的勾環之卡 孔^ ’使抑日塊位於該連動件之縣與該本體之底塾及該 =向固疋裝置之缓衝墊之間，使該縱向固定裝置提供石夕 =縱向定位㈣能，並進細晶__。使用者能夠 。遠握持部並縱向拉抬該固定桿，使該_桿相對該定 立木抱轉’並同時帶動該轉動件_該固定桿枢轉，藉此 ,該勾扣件相對定桿樞轉。使該連動件之卡勾件麟 =扣件之勾環之卡孔。此時該連動件能夠相對該支料 樞轉，使該縱向固定裝置位於第二狀態。 你田i創作石夕晶塊央具載台，切晶塊因切割產生變化， 使用者能夠旋轉該兩橫向固定裝置之升降調整件，使 降調整件相對該升_孔旋轉，藉由該升降調整件與料 降螺孔相對移動來調整矽晶塊相對於該本體之底墊的距 離。 其他目的、優點和本創作的新穎特性將從以下詳細的 描述與相關的附圖更加顯明。 【實施方式】 有關本創作所採用之技術、手段及其功效，茲舉—較 佳實施例並配合圖式詳述如後’此僅供說明之用，在專利 申請上並不受此種結構之限制。 請參照圖一至圖四。圖一為本創作石夕晶塊夾具載台之 立體外觀圖；圖二為本創作矽晶塊夾具載台之局部分解 圖；圖三為本創作矽晶塊夾具載台之側視圖；圖四為沿圖 二4-4剖面線所取之剖面圖。 本創作石夕晶塊夹具載台1包括有一個本體ιί)、—個縱 向固定裝置20、兩個導柱30與兩個橫向固定裝置40 ;其 中： 該本體10具有一個頂面101與一個底面102，該本體 10於該頂面101組設數個底墊11，於本實施例中，該底塾 u設有八個，該底墊11為工程塑膠，其具有耐衝擊性與 極佳的吸震性。該本體10於該頂面101與該底面102之間 具有一個第一面103與一個第二面104，該第一面1〇3與 邊％二面104分別位於該本體1〇相反的兩端，該本體 由該第一面103延伸至該第二面1〇4穿設兩個第一導孔 12 〇 M416195 該本體10於該第-面103與該第二面1〇4之間分別具. 有-個第三面1G5與-個第四面⑽，該本體1G於該第^ - 面105與該第四面106分別設有數個螺孔13。 該本體10於該第三面1〇5組設-個止擋塊14。今止- 擋塊Η穿糾餘設幻41麵組設幻41_本體1〇 第三面挪之螺孔13其中之二相對應，該組設孔ΐ4ΐ供兩 個組設件⑷通過麟止擋塊14組設於該讀丨 面 105。 ， 該止擋塊14穿設數個連結孔143，該數個連結孔143 _· 能夠供數個連接件144分製接，該連接件144穿設數個 吸震件145，藉此，將該吸震件145組設於該止擒塊， 於本實施财，該數個連結孔143料之二能夠供兩 接件144分別連接，該兩連接件144穿過兩贿震件 亚與该連結孔143連接，將該兩吸震件145組設於該止幹 塊14，該吸震件145紅程歸，其具㈣衝擊性與極= 的吸震性。該止魏14於該組設孔141與該連結孔 之間穿設數個固定孔146。 φ 該縱向固定裳置20組設於該本體1〇，該縱向固定果 置20具有一個支撐架21、一個連動件22與—個定位件· 該支撐架21組設於該本體1〇之第三面1〇5，該支柃 架21具有一個第—端2η與一個第二端212，該支撐架^ 於该第一端211縱向延伸形成兩個凸部213，該兩凸部gw 之間形成-個樞轉空間214 ’該兩凸部213穿設—個穿孔 215，該穿孔215貫通該兩凸部213，且該穿孔215與該樞 3 M416195 轉空間214相連通’該支撐架21鄰近該第二端212穿設— 個鎖定孔216，該支撐架21之鎖定孔216與該止擋塊14 之固定孔146相對應，且該鎖定孔216能夠供一個固定件 217通過，且該固定件217連接於該固定孔146，使該支撐 架21組設於該本體1〇之第三面ι〇5。 該連動件22枢接於該支撐架21使該連動件22能夠相 對於该支撐架21樞轉，該連動件22 —端延伸形成一個樞 接部221，该樞接部221容置於該樞轉空間214内，該樞 接部221穿設一個連孔222，該連動件22之連孔222與該 支撐架21之穿孔215相對應，且該連孔222與該穿孔215 能夠供一個銷223通過，將該連動件22樞接於該支撐架 21，5亥連動件22相反於該枢接部221的一端設有數個連接 孔224，於本實施例中設有兩個連接孔224，該連動件22 相反於該樞接部221的一端組設一個卡勾件225，該卡勾 件225穿設兩個與該連接孔224相對應的卡孔226，該兩 卡孔226能夠分別供一個鎖固件227通過，且該鎖固件227 分別連接該連接孔224，使該卡勾件225組設於該連動件 22相反於該樞接部221的一端，該連動件22於該本體1〇 之頂面101相對的一面組設一個頂墊228,於本實施例中， 该頂墊228為工程塑膠’其具有对衝擊性與極佳的吸震性。 該定位件23組設於該本體10之第四面1〇6，該定位 件23 —端穿設一個鎖固孔231，該鎖固孔231與該本體1〇 第四面106之螺孔13其中之一相對應，該鎖固孔231能夠 供一個鎖合件232通過，藉由該鎖合件232將該定位件23 9 M416195 組設於該本體1〇之第四面106。 該定位件23相反於該本體10之第四面1〇6的—面矣且 設一個定位架233，該定位架233兩側邊分別橫向延伸形 成一個凸出部2331，該兩凸出部2331分別穿設一個鎖孔^ 2332，且該兩凸出部2331之間形成一個容置空間2333， 該容置空間2333分別與該兩銷孔2332連通，該容置空間 2333能夠容置一個固定桿234，該固定桿234 —端具有— 個握持部2341，該固定桿234於該握持部2341兩端分別 縱向延伸形成一個延伸部2342,該固定桿234於該兩延伸 部2342之間形成一個握持空間2343，該固定桿234於哕 兩延伸部2342分別穿設一個第一孔2344與一個第二^ 2345，5亥第一孔2344及該第二孔2345分別與該握持空間 234+3連通，該第一孔2344與該銷孔2332相對應，使兩個 固定銷235通過該第一孔2344與該銷孔2332將該固定桿 234樞接於該定位架233。 該固定桿234於該握持空間2343紐設一個轉動件 236，該轉動件236兩端分別卡設於該第二孔2345，該轉 動件236能夠供一個勾扣件237通過，使該勾扣件237能 夠相對該固定才旱234轉，言亥勾扣件237 —端具有一個勾 ，2371 ’該勾環2371具有一個卡勾孔2372,該卡勾孔2372 旎夠供該連動件22之卡勾件225卡勾於内，該勾扣件237 相反於該勾環2371 —端具有一個螺紋部2373，該勾扣件 237通過該轉動件236且該勾扣件237之螺紋部“π與一 個螺帽238螺合，運用該螺帽2邪㉟合該勾扣件挪之螺 10 紋部2373，使該勾扣件237固定於該轉動件236。 。亥兩導柱30分別穿設該本體1 〇之第一導孔12，該導 柱30具有—個滑動部31，該導柱30兩端分別具有一個擋 止部32，該滑動部31之外徑小於該擋止部32之外徑，立 该第一導孔12之内徑小於該擋止部32之外徑。 請同時參照圖五與圖六，圖五為沿圖三5~5剖面線所 取之剖面圖；圖六為沿圖三6_6剖面線所取之剖面圖。 該橫向固定裝置40滑設於該導柱30，該橫向固定裝 置40具有一個上端面4〇1與—個下端面4〇2，該橫向固定 政置40於5亥上端面401與該下端面402之間分別具有一個 側邊403 ’該橫向固定裝置40軸向穿設兩個第二導孔41 , 該橫向固定裝置40之兩第二導孔41與該本體1〇之兩第一 導孔12相對應，該兩導柱3〇分別穿設於該兩第二導孔 41，使該兩橫向固定裝置4〇能夠分別於該導柱3〇之擋止 部32與該本體10之第一面1〇3及該導柱別之另一擋止部 32與該本體10之第二面1〇4之間滑移’且該導柱3〇之擋 止°卩32 k供播止該橫向固定裂置的功能。 δ亥4買向固定裝置4〇之側邊4〇3其中之一橫向穿設一個 定位螺孔42,該定位螺孔42與該第二導孔41相連通，該 定位螺孔42能夠與一個定位螺件43螺合，該定位螺件43 旎夠藉由與該定位螺孔42的螺合選擇性抵頂該導柱3〇， 該定位螺件43提供該橫向固定裝置4〇滑設於該導柱30 的定位功能。 該橫向固定裝置40鄰近該兩第二導孔41分別由該上 M416195 端面401延伸至a亥下^面402縱向穿設一個縱孔44，該縱 孔44能夠分別谷置一個升降柱45，使該升降柱45能夠相 對該縱孔44縱向移動，該升降柱45 —端設有一個固定螺 孔451 ’該核向固疋裝置40於該兩縱孔44之間由該上端 · 面401延伸至該下端面402縱向穿設—個升降螺孔46，該-升降螺孔46能夠與一個升降調整件47螺合。 §玄棱向固疋裝置40於該上端面組設一個缓衝墊 48，於本實施例中，该緩衝墊48為工程塑膠，其具有耐衝 擊性與極佳的吸震性。該緩衝墊48相對該上端面4〇丨設有_ 兩個通孔481 ’該緩衝墊48之兩通孔481分別與該升降柱 45之固定螺孔451相對應，該兩通孔481分別供一個固定 螺件482通過’該兩固定螺件482分別連接於該固定螺孔 45卜將該缓衝塾48組設於該橫向固定裝置4〇之上端面 401 ’該缓衝塾48連接該兩固定螺孔451分別設有一個擋 槽483，該檔槽483提供止擔該升降柱&的功能。該缓衝 墊48於兩該通孔481之間相對該上端面4〇1設有一個抵槽 484 ’該抵槽484提供止擋該升降調整件47的功能。 雜向固疋裝置40兩端鄰近該兩側邊4〇3分別縱向延 伸形成-個炎持部49，該兩夾持部49橫向穿設數個夾持 螺孔491 ’夹持螺孔491分別螺合有數個夾持調整件權， 该夾持调整件492 -端設有一個夾持塾，於本實施例 中’邊夾持螺孔491與該失持調整件舰分別設有六個， 該夾持墊493為工程塑膠，其具有耐衝擊性與極佳的吸震 性。 12 M416195 传用：ΐ照圖七至圖九。圖七為本創作石夕晶塊炎具載台之 使則^圖；圖八為本創作石夕晶塊夾具載台之上視圖，表 固定裝置相對導㈣移；圖九為本創作石夕晶塊夾具 載 '之上視圖，表示橫向固定裝置失持石夕晶塊。 。月同日寸麥照圖六’該橫向固定裝置之夾持部49分 別夾持於石夕晶塊2之側邊，藉由該失持調整件權與該夾 持累孔491的螺合來调整該失持調整件搬與石夕晶塊2的 相對距離’使该夾持部49之失持塾伽頂靠於石夕晶塊2， 令該橫向固定裝置40提供石夕晶塊2橫向定位的功能。 料向固定裝置40之定位螺件43能夠在毅狀態與 觀狀態之間變換。當該定位螺件43位於鎖定狀態時，該 疋位螺件43抵頂該導柱3〇之滑動部31，使該橫向固定裝 置40相對於該導柱30定位，使用者能夠旋轉該定位螺件 43 ’使該定位螺件43遠離該導柱3〇之滑動部，令該定 位螺件43位於釋放狀態，當該定位螺件43錄釋放狀態 時’該定位螺件43 _該導柱3〇之滑動部31，使該兩橫 σ 口定衣置40⑨夠分別於該導柱3Q之擋止部犯與該本體 〇 =第一面103及該導柱3〇之另一擋止部32與該本體1〇 ’之間'骨移’藉此，使該兩橫向固定裝置40 =根财晶塊2的尺寸大小來調整，並夹抑晶塊2以 ‘供晶塊2時的橫故位功能。 切殉：亥:，向固定裝置4〇夹持矽晶塊2 ’且矽晶塊2被 石/曰W ^曰塊2會被切割為第—部份2a與第二部份2b， 日日塊2弟—部心置於該本體1〇之底墊U，石夕晶塊 13 M416195 2第二部份2b被該橫向固定裝置4〇之夹持部4g夾持，該 夹持部49之夹持塾493頂靠於石夕晶塊2第二部份此，此 時，使用者能夠旋轉該定位螺件43，使該定位螺件43遠 離該導柱30之滑動部31，令該定位螺件43位於釋放狀· 態，該橫向固定裝置40於該導柱3〇朝向相反於該本體1〇 、 的方向滑移，使該石夕晶塊2第二部份2b遠離石夕晶塊2第一 部份2a，使用者能夠調整該夾持調整件他使該失持塾挪 遠離石夕晶塊2第二部份2b，以取下石夕晶塊2第二部份％。 並將該橫向固定裝置4〇於該導柱3◦朝向該本體1〇的方向參 滑移，藉由該夾持調整件492與該夾持螺孔491的螺合來 調整該夾持調整件與石夕晶塊2第一部份％的相對距 離，使該夾持部49之夹持墊493頂靠於^塊2第一部份 2a。 請參照圖十至圖十二。圖十為本創作石夕晶塊夾具载台 之側視圖’表示縱向固定農置位於第二狀態。圖十一為本 創作石夕晶塊夹具載台之側視圖，表示縱向固定裝置位於第 -狀態。圖十二為本創作石夕晶塊夾具栽台之側視圖，表示鲁 矽晶塊相對本體升降。 該縱向固定裝置20能夠在第一狀態與第二狀態之間 變換。當該縱向固定裝置20位於第—狀態時，該連動件 22之卡勾件225卡勾於該勾扣件237的勾環2371之卡勾 孔2372内’使石夕晶塊2位於該連動件22之頂墊微與該 本體10之底塾11及該兩橫向固定裝置4〇之缓衝塾48^ 間’使該縱向1]定裝置2Q提財晶塊2縱向定位的功能， 14 M416195 進行石夕晶塊2的切割。 向拉用者能夠握持該握持部_並縱 ::使=::=^ 236相對該_3心 22之卡勾件225脱離;= 定桿234樞轉。使該連動件 臉此時該連動==237之勾環2371之卡勾孔M416195 V. New description: [New technical field] This creation mainly reveals a fixture stage, especially a fixture stage for cutting a slab block to hold a stone block. [Prior Art] In recent years, the development of alternative energy sources has become increasingly urgent due to oil depletion and global warming. In the alternative energy source, solar energy has the function of solving high oil prices, and can achieve environmental protection and energy saving effects. As the demand for solar cells grows rapidly, manufacturers are bound to continue to increase production equipment and expand their money to cope with the rapidly growing market demand. ^ Polycrystalline stone solar cell manufacturing process towel, first melt the stone of the purity of the stone, and then cut the day into a square cut. (ingQt), this process due to the metal-like casting axis, the cutting ingot Also known as ingots. Then, this Shi Xijing ingot grows by cutting. The bridging method (Bid saw) is currently used as a cutting tool (also useful for outer diameter ore (10) saw). - While the Shixi crystal block has been shaved and trimmed, it is cut with Band saw. The J machine cuts the Shi Xi 日 日 block into a wafer. These wafers can be fabricated into solar pools through other expansion processes, coating processes, screen printing processes, etc. However, since the Shixi crystal blocks are laterally driven by the ore cutting, the existing _(four) cutting fixed skirts All of them are lost in the side of the crystal ingot, and the horizontal block is driven to the day when the block is cut, which causes the efficiency of cutting the ingot 4 ingot. C 疋Η ;; ^ SB ingot: When the knife is cut, there will still be slight vibration, and the vertical fixation shows its importance. However, the current tantalum block fixtures do not provide a longitudinal (four) way of the block. So some people have a 矽 块 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定 固定When the Shixi crystal block is re-adjusted, the screws need to be removed and connected repeatedly. This kind of fixed method is used in the inconvenience of _ fortune. This leads to a significant decrease in efficiency. There are some improvements in the cutting efficiency caused by Zhongshi’s existing Shixi crystal block fixtures. The purpose of this creation is to provide the Caijing·with a loading platform, which can make the Shi Xijing charm have a double _. The rapid release or positioning of the money facilitates the replacement of the new Shixi crystal block for cutting, thereby improving the cutting efficiency of the Shixi crystal block. In order to solve the above problems, the creator is dedicating to designing a helium block fixture stage that overcomes the problems of the prior art. [New content] The creation of the Shixi crystal block fixture stage, wherein the clamping portion of the lateral fixing device respectively clamps the side edges of the (four) crystal block, and the clamping adjustment member and the central screw hole are screwed together. Adjusting (4) the shank adjusts the (four) distance of the slab, so that the clamping pad of the nip portion abuts against the day block, so that the lateral fixed skirt provides the function of lateral positioning of the shixi block. Yin Ben created the enamel block centering table, in which the positioning of the lateral fixing device ‘the month b is enough to change between the locked state and the released state. When the positioning screw is located in the locking shape, the positioning screw abuts against the sliding portion of the guiding column, so that the positioning of the positioning device relative to the column, the user can rotate the positioning screw to make the positioning screw The piece is away from the sliding portion of the guide post, so that the positioning screw is in the release state. When the positioning screw is in the released state, the positioning component is retracted from the (four) portion of the column to enable the two lateral fixing devices to be respectively respectively The stopping portion and the first surface of the body and the other of the guiding column collide with the second surface of the body, thereby enabling the two lateral fixing devices to be adjusted according to the size of the crystal block. μ creates a Shixi crystal block fixture stage, wherein the longitudinal fixture is capable of changing between the first, the sad and the second state. When the longitudinal fixing device is in the first state, the hooking member of the linking member is hooked on the hook hole of the hooking ring of the hooking member, and the sun block is located at the bottom of the linking member and the bottom of the body. The = between the cushions of the solid-state device, so that the longitudinal fixing device provides the stone = = longitudinal positioning (four) energy, and into the fine crystal __. The user can. The distal grip portion pulls the fixing rod longitudinally to cause the _ rod to be rotated relative to the standing tree ‘and simultaneously drives the rotating member _ the fixing rod pivots, whereby the hook member pivots relative to the fixed rod. Make the hook of the linkage member the hole of the hook of the fastener. At this point the linkage is pivotable relative to the support such that the longitudinal fixture is in the second state. You Tian I created the Shixi crystal block centering table, the cutting block changed due to the cutting, the user can rotate the lifting and adjusting members of the two lateral fixing devices, so that the lowering adjusting member rotates relative to the rising hole, by the lifting The adjusting member moves relative to the material drop screw hole to adjust the distance of the crystal block relative to the bottom pad of the body. Other objects, advantages and novel features of the present invention will become more apparent from the detailed description and the accompanying drawings. [Embodiment] The techniques, means, and effects of the present invention are as follows. The preferred embodiment and the detailed description of the drawings are as follows. This is for illustrative purposes only, and is not subject to such a structure in patent applications. The limit. Please refer to Figure 1 to Figure 4. Figure 1 is a three-dimensional appearance of the creation of the Shixi crystal block fixture stage; Figure 2 is a partial exploded view of the created crystal block fixture stage; Figure 3 is a side view of the created crystal block fixture stage; It is a sectional view taken along the line 4-4 of Figure 2. The present Shixi crystal block fixture stage 1 comprises a body ιί, a longitudinal fixing device 20, two guiding columns 30 and two lateral fixing devices 40; wherein: the body 10 has a top surface 101 and a bottom surface 102. The main body 10 is provided with a plurality of bottom pads 11 on the top surface 101. In this embodiment, the bottom cymbal u is provided with eight. The bottom pad 11 is an engineering plastic, which has impact resistance and excellent performance. Shock absorption. The body 10 has a first surface 103 and a second surface 104 between the top surface 101 and the bottom surface 102. The first surface 1〇3 and the side surface 2 are respectively located at opposite ends of the body 1〇. The body extends from the first surface 103 to the second surface 1〇4 to form two first guiding holes 12 〇M416195. The body 10 has a space between the first surface 103 and the second surface 1〇4, respectively. There is a third surface 1G5 and a fourth surface (10), and the body 1G is provided with a plurality of screw holes 13 in the first surface 105 and the fourth surface 106, respectively. The body 10 is provided with a stop block 14 on the third surface 1〇5. At the end of the day - the block Η wears the rectification illusion 41 face group set illusion 41_ body 1 〇 the third side of the screw hole 13 corresponding to the two, the set of holes ΐ 4 ΐ for two sets of components (4) through the Lin The stopper 14 is assembled to the reading surface 105. The stopper block 14 is provided with a plurality of connecting holes 143. The plurality of connecting holes 143 can be divided into a plurality of connecting members 144. The connecting member 144 is provided with a plurality of shock absorbing members 145. The shock absorbing member 145 is disposed on the shackle block. In the present embodiment, the two connecting holes 143 can be connected to the two connecting members 144 respectively. The two connecting members 144 pass through the two brittle parts and the connecting hole. 143 is connected, and the two shock absorbing members 145 are assembled to the dry block 14, and the shock absorbing member 145 is red-returned, and has (4) shock resistance and shock absorption of the pole. The stopper 14 is provided with a plurality of fixing holes 146 between the set hole 141 and the connecting hole. φ The longitudinally fixed skirt 20 is disposed on the body 1〇, the longitudinal fixed fruit 20 has a support frame 21, a linking member 22 and a positioning member. The support frame 21 is assembled on the body 1 The truss 21 has a first end 2n and a second end 212. The support frame extends longitudinally of the first end 211 to form two convex portions 213. Between the two convex portions gw Forming a pivoting space 214 'the two convex portions 213 are provided with a through hole 215, the through hole 215 penetrating the two convex portions 213, and the through hole 215 is in communication with the pivot 3 M416195 rotating space 214. The support frame 21 is adjacent to the support frame 21 The second end 212 is provided with a locking hole 216, and the locking hole 216 of the supporting frame 21 corresponds to the fixing hole 146 of the stopping block 14, and the locking hole 216 can pass through a fixing member 217, and the fixing The member 217 is connected to the fixing hole 146, and the support frame 21 is assembled on the third surface ι of the body 1 . The linking member 22 is pivotally connected to the supporting frame 21 to pivot the connecting member 22 relative to the supporting frame 21, and the connecting member 22 extends to form a pivoting portion 221, and the pivoting portion 221 is received by the pivoting portion 221 In the rotating space 214, the pivoting portion 221 is provided with a connecting hole 222. The connecting hole 222 of the linking member 22 corresponds to the through hole 215 of the supporting frame 21, and the connecting hole 222 and the through hole 215 can be provided with a pin 223. The connecting member 22 is pivotally connected to the supporting frame 21, and the connecting member 22 is provided with a plurality of connecting holes 224 opposite to one end of the pivoting portion 221, and two connecting holes 224 are provided in the embodiment. A latching member 225 is disposed on the opposite end of the pivoting portion 221, and the latching member 225 is provided with two latching holes 226 corresponding to the connecting hole 224. The two latching holes 226 can respectively provide one hooking hole 226 The locking member 227 is passed through, and the locking member 227 is respectively connected to the connecting hole 224, so that the hooking member 225 is disposed at an end of the linking member 22 opposite to the pivoting portion 221, and the linking member 22 is disposed on the body A top pad 228 is disposed on the opposite side of the top surface 101. In this embodiment, the top pad 228 is an engineering plastic Shock absorption on impact and excellent. The positioning member 23 is disposed on the fourth surface 1〇6 of the body 10. The locking member 231 is bored with a locking hole 231, and the locking hole 231 and the screw hole 13 of the fourth surface 106 of the body 1 Correspondingly, the locking hole 231 can be passed through a locking member 232, and the positioning member 23 9 M416195 is disposed on the fourth surface 106 of the body 1 by the locking member 232. The positioning member 23 is opposite to the surface of the fourth surface 1〇6 of the body 10, and is provided with a positioning frame 233. The two sides of the positioning frame 233 extend laterally to form a protruding portion 2331. The two protruding portions 2331 are respectively formed. A accommodating space 2333 is formed between the two protrusions 2331, and the accommodating space 2333 is respectively connected to the two pin holes 2332. The accommodating space 2333 can accommodate a fixing rod. 234, the fixing rod 234 has a holding portion 2341 at its end, and the fixing rod 234 extends longitudinally at two ends of the holding portion 234 to form an extending portion 2342. The fixing rod 234 is formed between the two extending portions 2342. a holding space 2343, the fixing rod 234 is respectively disposed with a first hole 2344 and a second hole 2344, a first hole 2344 and a second hole 2345 respectively and the holding space 234 respectively. The third hole 2344 corresponds to the pin hole 2332, and the two fixing pins 235 are pivotally connected to the positioning frame 233 through the first hole 2344 and the pin hole 2332. The fixing rod 234 is provided with a rotating member 236 in the holding space 2343. The two ends of the rotating member 236 are respectively engaged with the second hole 2345. The rotating member 236 can pass through a hooking member 237 to make the hook The member 237 can be 234 turns relative to the fixed one, and the hook 237 has a hook at the end, and the hook ring 2371 has a hook hole 2372 which is sufficient for the card of the linking member 22 The hook member 225 is hooked therein, and the hook member 237 has a threaded portion 2373 opposite to the end of the hook ring 2371. The hook member 237 passes through the rotating member 236 and the threaded portion of the hook member 237 is “π with one The nut 238 is screwed, and the nut is used to fix the hook member 237 to the rotating member 236. The two guide posts 30 are respectively disposed on the body. The first guide hole 12 of the first guide hole has a sliding portion 31. The two ends of the guide post 30 respectively have a stop portion 32. The outer diameter of the sliding portion 31 is smaller than the outer diameter of the stop portion 32. The inner diameter of the first guiding hole 12 is smaller than the outer diameter of the stopping portion 32. Please refer to FIG. 5 and FIG. 6 at the same time, and FIG. 5 is a section along the fifth to fifth section of FIG. FIG. 6 is a cross-sectional view taken along line 6-6 of FIG. 3. The lateral fixing device 40 is slidably disposed on the guide post 30, and the lateral fixing device 40 has an upper end surface 4〇1 and a lower portion. The end surface 4〇2, the lateral fixing portion 40 has a side edge 403 between the upper end surface 401 and the lower end surface 402. The transverse fixing device 40 axially penetrates two second guiding holes 41, the transverse direction The two second guiding holes 41 of the fixing device 40 correspond to the two first guiding holes 12 of the main body 1 , and the two guiding posts 3 are respectively disposed through the two second guiding holes 41 to make the two lateral fixing devices 4 The 〇 can be respectively between the stop portion 32 of the guide post 3 and the first surface 1 〇 3 of the body 10 and the other stop portion 32 of the guide post and the second surface 1 〇 4 of the body 10 Sliding 'and the stop of the guide post 3卩°卩3 k is used to broadcast the function of the lateral fixed split. δ海4 buys a positioning laterally to one of the sides 4〇3 of the fixing device 4〇 a screw hole 42 , the positioning screw hole 42 is in communication with the second guiding hole 41 , the positioning screw hole 42 can be screwed with a positioning screw 43 , and the positioning screw 43 is sufficient for The screwing hole 42 is selectively screwed against the guiding post 3〇, and the positioning screw 43 provides a positioning function for the lateral fixing device 4 to be slidably disposed on the guiding post 30. The lateral fixing device 40 is adjacent to the two second guiding portions. The holes 41 extend from the upper end surface 401 of the upper M416195 to the lower surface 402 of the upper surface, and a longitudinal hole 44 is formed. The vertical hole 44 can respectively store a lifting column 45 so that the lifting column 45 can be longitudinally opposed to the vertical hole 44. Moving, the lifting column 45 is provided at one end with a fixing screw hole 451 ′. The core fixing device 40 extends between the two vertical holes 44 from the upper end surface 401 to the lower end surface 402. The hole 46, the lifting screw hole 46, can be screwed with a lifting adjustment member 47. § The ridge-edge fixing device 40 is provided with a cushion 48 on the upper end surface. In the embodiment, the cushion 48 is an engineering plastic, which has impact resistance and excellent shock absorption. The buffer pad 48 is provided with a plurality of through holes 481 corresponding to the upper end surface 4 ′. The two through holes 481 of the cushion pad 48 respectively correspond to the fixing screw holes 451 of the lifting column 45, and the two through holes 481 are respectively provided. A fixing screw 482 is connected to the fixing screw hole 482 by the two fixing screws 482, and the buffering jaws 48 are disposed on the end surface 401 of the lateral fixing device 4'. The fixing screw holes 451 are respectively provided with a retaining groove 483, and the retaining groove 483 provides a function of stopping the lifting column & The cushion pad 48 is provided with an abutment groove 484 ′ between the two through holes 481 opposite to the upper end surface 〇1. The abutment groove 484 provides a function of stopping the lifting adjustment member 47. The two ends of the hybrid solid-state device 40 are longitudinally extended adjacent to the two sides 4〇3 to form a plurality of holding portions 49, and the two clamping portions 49 are transversely disposed with a plurality of clamping screw holes 491'. There are a plurality of clamping adjustment members, and the clamping adjustment member 492 is provided with a clamping jaw. In the embodiment, the side clamping screw hole 491 and the missing adjusting member ship are respectively provided with six. The clamping pad 493 is an engineering plastic which has impact resistance and excellent shock absorption. 12 M416195 Pass: See Figure 7 to Figure 9. Figure 7 is a diagram of the creation of the Shixi crystal block with a loading platform; Figure 8 is a view of the above-mentioned creation of the Shixi crystal block fixture stage, and the table fixing device is relatively guided (four); Figure 9 is the creation of Shi Xi The ingot clamp is loaded with a 'top view' indicating that the lateral fixture is out of hold. . The clamping portion 49 of the lateral fixing device is respectively clamped on the side of the stone illuminating block 2, and is adjusted by the screwing of the missing adjusting member and the clamping hole 491. The relative distance between the lost holding adjustment member and the Shixi crystal block 2 is such that the lost holding sag of the clamping portion 49 abuts against the Shixi crystal block 2, so that the lateral fixing device 40 provides the lateral positioning of the Shixi crystal block 2 The function. The positioning screw 43 of the feed to the fixture 40 is capable of changing between a positive state and a state of view. When the positioning screw 43 is in the locked state, the clamping screw 43 abuts the sliding portion 31 of the guiding post 3 , so that the lateral fixing device 40 is positioned relative to the guiding post 30 , and the user can rotate the positioning screw The piece 43' moves the positioning screw 43 away from the sliding portion of the guide post 3〇, so that the positioning screw 43 is in the released state, and when the positioning screw 43 is in the released state, the positioning screw 43_the guide post 3 The sliding portion 31 of the crucible is such that the two transverse σ mouth setting portions 409 are enough to respectively engage the main body 〇=the first surface 103 and the other stop portion 32 of the guide post 3〇 in the blocking portion of the guide post 3Q. 'Bone shift' between the body 1 〇 ', thereby adjusting the size of the two lateral fixing devices 40 = the root crystal block 2, and suppressing the crystal block 2 to 'for the crystal block 2' Bit function. Cut: Hai:, hold the 矽 2 2 to the fixture 4 矽 and the 矽 2 will be cut into the first part 2a and the second part 2b by the stone / 曰 W ^ 曰 2 The second part 2b of the block 2 is placed on the bottom pad U of the body 1 , and the second part 2 b of the stone block 13 M416195 is clamped by the clamping portion 4g of the lateral fixing device 4, the clamping portion 49 The clamping jaw 493 abuts against the second portion of the stone illuminating block 2, at this time, the user can rotate the positioning screw 43 to move the positioning screw 43 away from the sliding portion 31 of the guiding post 30, so that the positioning The screw member 43 is in a release state, and the lateral fixing device 40 slides in a direction opposite to the body 1〇, so that the second portion 2b of the stone block 2 is away from the stone block. 2 In the first part 2a, the user can adjust the clamping adjustment member to move the lost holding 远离 away from the second portion 2b of the stone block 2 to remove the second portion % of the stone block 2. And the lateral fixing device 4 is slid in the direction of the guide post 3◦ toward the body 1〇, and the clamping adjustment member is adjusted by the screwing of the clamping adjustment member 492 and the clamping screw hole 491. The relative distance from the first portion of the stone block 2 is such that the clamping pad 493 of the clamping portion 49 abuts against the first portion 2a of the block 2. Please refer to Figure 10 to Figure 12. Fig. 10 is a side view of the creation of the Shixi crystal block fixture stage, indicating that the longitudinally fixed farm is in the second state. Figure 11 is a side view of the creation of the Shixi crystal block fixture stage, showing the longitudinal fixture in the first state. Figure 12 is a side view of the creation of the Shixi crystal block fixture table, showing the lifting of the ruthenium block relative to the body. The longitudinal fixture 20 is convertible between a first state and a second state. When the longitudinal fixing device 20 is in the first state, the hooking member 225 of the linking member 22 is hooked into the hook hole 2372 of the hook ring 2371 of the hooking member 237, so that the Shixi crystal block 2 is located in the linking member. The top pad of 22 is slightly coupled with the bottom cymbal 11 of the body 10 and the buffer 塾 48 of the two lateral fixing devices 4 to make the longitudinal 1] device 2Q the function of longitudinally positioning the lifting block 2, 14 M416195 The cutting of Shi Xijing block 2. The puller can hold the grip _ and vertically: ==::=^ 236 is disengaged from the hook 225 of the _3 core 22; = the lever 234 pivots. Make the link face of the linker at this time ==237, the hook hole of the hook ring 2371
千22月匕夠相對該支樓芊拖結 縱向^裝置2〇位於第二狀態。支按木2_，使該 化參照圖五’切晶塊2因切割產生尺寸上的變 47 ’ 此夠旋轉該兩橫向固定裝置40之升降調整件 件47相對該升降螺孔46旋轉，藉由: ° ㈣升降螺孔46相對移動來調整$晶塊2 相對於該本體1Q之底塾u的距I 、塊2 以下2上所4，可以歸納出本創作梦晶塊失具載台具有Thousands and twenty-two months are enough to drag the knot relative to the branch. The longitudinal device 2 is in the second state. Pressing the wood 2_, so that the grading of the dicing block 2 by the cutting produces a dimensional change 47', which rotates the lifting and adjusting member 47 of the two lateral fixing devices 40 relative to the lifting screw hole 46, by : ° (4) The relative movement of the lifting screw hole 46 to adjust the distance between the ingot 2 relative to the bottom 该u of the body 1Q and the block 2 below the block 2, which can be summarized as having the lost platform of the dream crystal block.
1·本創作％晶塊夾具載台，其中該橫向固定裝置之夹 持部分別夾持於W塊之織，藉由該紐膽件與該炎 持螺孔㈣合來調㈣續輕件_晶塊的相對距離， 使該夾持部之夾㈣頂靠於#塊，使賴向时裝置提 供石夕晶塊横向定位的功能。 2.本創作矽晶塊夾具載台，其中該橫向固定裝置之定 位螺件能財鎖定狀態與釋放狀態之間變換。#該定位螺 件位於鎖定狀鱗，該定位螺件抵_導柱之滑動部，使 該橫向固定裝置相對於該導柱的定位，使用者能夠旋轉該 15 螺件2谋使該定位螺件遠離該導柱之滑動部，使該定位 釋放㈣，當該定_件位於釋放㈣時，該定 =;ΓΤ之滑動部’使該兩横向固定裝置能夠分 i於•柱之擋止部與該本體之第 第二面之間滑移，藉此，使== $置此夠根據梦晶塊的尺寸大小來調整。 在3 =作石夕晶塊夾具載台’其中該縱向固定裝置能夠 第_壯=與第一㈣之間變換。當該縱向固定裝置位於 ，該連動件之卡勾件卡勾於該勾扣件的勾環之 ^使W塊位於該連動件之頂墊與該本體之底塾及 :;?:Γ定装置之緩衝塾之間，使該縱向固定裝置提供 夠向定位的功能，並進行石夕晶塊的切割。使用者能 定…握持部亚縱向拉抬該固定桿，使該固定桿相對該 ^立_轉，並同時帶動該轉動件相對該固定桿柩轉，藉 =勾扣件相對該固定桿樞轉。使該連動件之卡勾件脫 力離=扣件之勾環之卡孔。此時該連動件能夠相對該支撲 木拖^，使該縱向固定裝置位於第二狀態。 4.本創作⑪晶塊夾具載台，切晶塊因切割產生變 ，使用者能夠旋轉該兩橫向固定裝置之升降調整件，使 :升降調整件相對該升降螺孔旋轉，藉由該升降調整件與 〜升降螺孔相對移動來調整石夕晶塊相對於該本體之底墊的 距離。 、惟上所述者’僅為本創作之較佳實施例而已，當不能 、定本創作只施之辄圍’故舉凡數值之變更或等效元 16 M416195 件之置換，或依本創作申請專利範圍所作之均等變化與修 飾，皆應仍屬本新型專利涵蓋之範#。 【圖式簡單說明】 圖一：為本創作矽晶塊夾具載台之立體外觀圖。 圖二：為本創作矽晶塊夹具載台之局部分解圖。 圖三：為本創作矽晶塊夹具載台之側視圖。 圖四：為沿圖三4-4剖面線所取之剖面圖。 圖五：為沿圖三5-5剖面線所取之剖面圖。 圖六：為沿圖三6-6剖面線所取之剖面圖。 圖七：為本創作矽晶塊夾具載台之使用狀態圖。 圖八：為本創作矽晶塊夾具載台之上視圖，表示橫向固定 裝置相對導柱滑移。 圖九：為本創作矽晶塊夾具載台之上視圖，表示橫向固定 裝置失持矽晶塊。 圖十：為本創作石夕晶塊夾具載台之側視圖，表示縱向固定 裝置位於第二狀態。 圖十一：為本創作矽晶塊夾具載台之側視圖，表示縱向固 定裝置位於第一狀態。 圖十二：為本創作石夕晶塊失具載台之側視圖，表示石夕晶塊 相對本體升降。 2 矽晶塊 【主要元件符號說明】 夾具載台 17 M416195 2a 第一部份 2b 第二部份 10 本體 101 頂面 102 底面 103 第一面 104 第二面 105 第三面 106 第四面 11 底墊 12 第一導孔 13 螺孔 14 止擋塊 141 組設孔 142 組設件 143 連結孔 144 連接件 145 吸震件 146 固定孔 20 縱向固定裝置 21 支撐架 211 第一端 212 第二端 213 凸部 214 枢轉空間 215 穿孔 216 鎖定孔 217 固定件 22 連動件 221 極接部 222 連孔 223 銷 224 連接孔 225 卡勾件 226 卡孔 227 鎖固件 228 頂墊 23 定位件 231 鎖固孔 232 鎖合件 233 定位架 2331 凸出部 2332 銷孔 2333 容置空間 234 固定桿 2341 握持部 2342 延伸部1. The creation of the % ingot fixture holder, wherein the clamping portion of the lateral fixing device is respectively clamped to the W block, and the button member is combined with the inflamed holding screw hole (4) to adjust (4) the continuous light member_ The relative distance of the ingots causes the clip (4) of the clamping portion to abut against the #block, so that the device provides the lateral positioning of the Shixi block. 2. The present invention relates to a die block fixture stage, wherein the positioning screw of the lateral fixing device can change between a locked state and a released state. # The positioning screw is located in the locking scale, the positioning screw abuts the sliding portion of the guiding column, so that the positioning of the lateral fixing device relative to the guiding column, the user can rotate the 15 screw 2 to make the positioning screw Away away from the sliding portion of the guide post, the positioning is released (4), when the fixing member is located at the release (four), the fixed portion; the sliding portion of the ' enables the two lateral fixing devices to be separated from the stop portion of the column Sliding between the second faces of the body, whereby == $ is set to be adjusted according to the size of the dream crystal block. In 3 = the stone slab block fixture stage 'where the longitudinal fixture can be changed between the first and fourth (four). When the longitudinal fixing device is located, the hooking member of the linking member is hooked on the hook ring of the hooking member, so that the W block is located at the bottom pad of the linking member and the bottom of the body; Between the buffers, the longitudinal fixture provides the function of positioning and positioning, and the cutting of the stone block. The user can determine that the grip portion pulls the fixing rod longitudinally, so that the fixing rod rotates relative to the fixing rod, and simultaneously drives the rotating member to rotate relative to the fixing rod, and the hooking member is opposite to the fixing rod turn. Disengage the hook of the linkage from the hole of the hook of the fastener. At this time, the linking member can be dragged relative to the supporting member to position the longitudinal fixing device in the second state. 4. The creation of the 11-block clamp table, the cutting block is changed by the cutting, the user can rotate the lifting adjustment members of the two lateral fixing devices, so that the lifting adjustment member rotates relative to the lifting screw hole, and the lifting adjustment is performed by the lifting adjustment The piece moves relative to the lifting screw hole to adjust the distance of the stone block from the bottom pad of the body. However, the above description is only a preferred embodiment of the present invention. When it is not possible, the creation of the original text is only applied to the change of the value or the replacement of the equivalent element 16 M416195, or the patent application according to the creation. The equal changes and modifications made by the scope should still be covered by this new patent. [Simple description of the figure] Figure 1: The three-dimensional appearance of the enamel block fixture stage. Figure 2: A partial exploded view of the gantry block fixture stage. Figure 3: Side view of the enamel block fixture stage. Figure 4: A cross-sectional view taken along line 4-4 of Figure 3. Figure 5: A cross-sectional view taken along line 5-5 of Figure 3. Figure 6: is a cross-sectional view taken along line 6-6 of Figure 3. Figure 7: The state of use of the enamel block fixture stage. Figure 8: Above view of the above-mentioned enamel block fixture stage, indicating that the lateral fixture is slipping relative to the column. Figure 9: View of the above-mentioned enamel block fixture stage, indicating that the lateral fixing device is missing the lumps. Figure 10: A side view of the creation of the Shixi crystal block fixture stage, indicating that the longitudinal fixture is in the second state. Figure 11: A side view of the slab block fixture table of the present invention, showing the longitudinal fixture in a first state. Figure 12: A side view of the lost platform of the Shixi crystal block, which indicates that the Shixi crystal block is lifted relative to the body. 2 矽 块 [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ Pad 12 first guide hole 13 screw hole 14 stop block 141 assembly hole 142 assembly member 143 connection hole 144 connecting member 145 shock absorbing member 146 fixing hole 20 longitudinal fixing device 21 support frame 211 first end 212 second end 213 convex 214 pivoting space 215 perforation 216 locking hole 217 fixing member 22 linking member 221 pole connecting portion 222 connecting hole 223 pin 224 connecting hole 225 hook member 226 card hole 227 locking member 228 top pad 23 positioning member 231 locking hole 232 lock Fitting 233 Locating frame 2331 Projection 2332 Pin hole 2333 accommodating space 234 Fixing rod 2341 Grip 2342 Extension
18 M41619518 M416195
2343 握持空間 2344 第一孔 2345 第二孔 235 固定銷 236 轉動件 237 勾扣件 2371 勾環 2372 卡勾孔 2373 螺紋部 238 螺帽 30 導柱 31 滑動部 32 擋止部 40 橫向固定裝置 401 上端面 402 下端面 403 侧邊 41 第二導孔 42 定位螺孔 43 定位螺件 44 縱孔 45 升降柱 451 固定螺孔 46 升降螺孔 47 升降調整件 48 缓衝塾 481 通孔 482 固定螺件 483 擋槽 484 抵槽 49 炎持部 491 夾持螺孔 492 夾持調整件 493 夾持墊 192343 Grip space 2344 First hole 2345 Second hole 235 Fixing pin 236 Rotating member 237 Hooking member 2371 Hook ring 2372 Snap hole 2373 Threaded portion 238 Nut 30 Guide post 31 Sliding portion 32 Stop portion 40 Lateral fixing device 401 Upper end face 402 Lower end face 403 Side edge 41 Second guide hole 42 Positioning screw hole 43 Positioning screw 44 Vertical hole 45 Lifting column 451 Fixing screw hole 46 Lifting screw hole 47 Lifting adjustment member 48 Buffer 塾 481 Through hole 482 Fixing screw 483 retaining groove 484 abutting groove 49 holding portion 491 holding screw hole 492 holding adjustment member 493 holding pad 19