201219325 六、發明說明： 【發明所屬之技術領域】 本發明係關於於板玻璃之既定處形成切割線並沿該切 割線將該板玻璃分斷之板玻璃之切割分斷裝置。 【先前技術】 一般之板玻璃之切割分斷裝置，具備：切割單元，用 以於板玻璃形成切割線；分斷單元，沿所形成之切割線將 S亥板玻璃分斷；以及搬送單元，將板玻璃從切割單元往分 斷單元搬送。其中，作為搬送單元，雖有皮帶輸送機式或 移動樑式等各種形式，但若考量從切割單元往分斷單元之 搬送中板玻璃不易產生位置偏移或板玻璃不易受損等各 點，吸附墊式之搬送單元（參照例如專利文獻1}為有效。 吸附墊式之搬送單元，係在以吸附墊保持位於切割單 元之作業區域之板玻璃後，搬起該板玻璃，沿搬送執移動 至分斷單元，並將該板玻璃卸於分斷單元之作業區域。吸 附墊式之搬送裝置，由於以吸附墊確實地保持板玻璃，因 此即使搬送速度較快，板玻璃亦不會滑動’不易產生位置 偏移。 [先前技術文獻] 專利文獻1 :曰本特開2〇〇5 — 23 1 9 1 5號公報 【發明内容】 吸附墊式之搬送單元雖具有上述優點，但需於切割單 201219325 元至分斷搬元上方設置搬送軌，而有將板破璃搬入切割單 疋時此搬送執產生障礙的情形。再者，為了避免切割單元 與搬送單元彼此干涉，且分斷單元與搬送單元彼此干涉， 而有需進行與原本之切割切斷作業無關係之附加動作之情 形。因此等理由，習知構成令欲提高作業效率有其極限。 本發明係為了解決上述課題所完成者，其目的在於提 ^種：玻璃之切割分斷裝置，能效率良好地進 業至分斷作業。 田本發明之板玻璃之切割分斷褒置，其具備：切割單元， 用以於板玻璃形成切割線；切割定盤，用以在 割線時載置前述板玻璃； 月】以刀 刀®τ早兀’沿前述切 板玻璃分斷；以及分斷台，位於較前述 盤更二 側，用以在分斷時裝載前述板 t罪下游 圾埤，刖述切割單元，且有 在則述切割定盤與前述分斷台之八有 於前述切割移動框之縱切刀、以及二：割移動框、設 保持前述板玻璃之切割保持部；藉由 H 述切割移動框並 2割定盤下游側往上游方向移動，前述縱切二:： =割定盤上之板玻璃而於該板玻 縱方“ 切割線，其後，前述切割移動框往 伸於縱方向之 由前述切判伴持邱1早拄I 游方向返回時，能藉 k刀。J保持4保持前述板玻璃而將 切割定盤搬送至前述分斷台。 a反破璃從前述 藉由此種構成，在切割單元往 割線前之位置時，由於处胳a f方向返回至形成切 台，因此㈣單元在^ 切割定盤搬送至分斷 口至形成切割線前之位置時亦進行 201219325 實質作業。亦即’能使以往未進行實質作業之返回至切割 單元之既定位置之動作成為實質作業。又，由於保持板玻 璃之構成要件（切割保持部）設於切割單元，因此不需於切割 單元上方之空間設置搬送執。 根據本發明之板玻璃之切割分斷裝置，能效率良好地 進行切割作業至分斷作業。 【實施方式】 以下，參照圖說明本發明之板玻璃之切割分斷裝置之 實&形I以下，對於所有圖式均相同或相當之要件賦予 相同符號，省略重複之說明。 首先’參照1說明本發明之實施形態之切害,丨分斷裝 置1〇〇之構造。本實施形態之切割分斷裝置1〇〇，係在將被 入之長方形板玻璃90之四邊分斷（修邊）而形成既定大小 :，往下游側之裝置搬出之裝置。…所示，本實施形 斷装置1〇〇,具備架台1〇、切割單元2。、切割 等各槿*分斷早70 5G、以及分斷台70。以下，依序說明此 寺各構成要件。此外， 側，將稱「于主6 ，係將稱後」時定義為上游 從上 刖」時定義為下游側，將稱「右側J時定義為 從上游側翻丢 。」叮心我两 貞'時為右側’將稱「左側」時定義為從 上游侧觀看下游側時為m π疋義為從 為前後方向，將稱2 又，將稱「縱方向」時定義 圖1十之 只方向J時定義為左右方向。此外， <架二 > 左下為上游側，紙面右上為下游側。 201219325 架台1 〇係支撐切割單元2〇、切割定盤4〇、分斷單元 50、以及分斷台70之各構成要件之台。此處之板玻璃9〇 係從圖1之紙面左則側搬入，而往紙面右後側搬出。亦即， 右_目於切割單元20與分斷單元5〇，切割單元2〇為上游 側且刀斷單it 5 G為下游側。於架台丄Q之右側端部及左側 端部之上面分別設有延伸於縱方向之搬送# 11、12。又， 於右側之搬送執η下方設㈣成㈣形之直線狀齒條13。 此齒條13係於架a 1 Λ人e ^ 、木〇 10全長與搬送軌n、12並行設置。 <切割單元> 90之既定位置形成切割線之 中之上游側。如圖1所示， 21、縱切刀22、橫切刀23、 切割單元20係於板玻璃 單元，位於切割分斷裝置i 〇〇 切割單元20具有切割移動框 以及切割保持部24。 切割移動框21係作為切判單 割移動框21，係右框25'Jk20之基台之構件。切 28成一體地+ 匡26、検框27、以及驅動部 成體地構成。右框25係位於切割 延伸於縱方向，在竿△ 1〇夕— 右惻之框 框26係位於+ 之右側之搬送軌11上滑行。左 ，、於切割移動框21左側之框，延伸於 ==之:送執12上滑行。橫框”係位於切割移 26 ,之自延伸於橫方向，連結右框25盥/框 26。驅動部28係作為使切 S與左忙 分。驅動…要以咬合於架 之小齒輪29 i # f ^ 條13之圓形齒輪 與使此小齒輪29旋轉之词服 成。藉由以飼服馬達使小齒輪 （未圖不）構 29旋轉，使切割移動框21 201219325 ΐ體（進而為切割單元20整體）移動，而能將切割移動框21 疋 切割定盤40與分斷台70間之任音 MU +ΊΊ ^ ^ 思之縱方向位置。 $ 2係於板玻璃90形成延伸於縱方向 92之切刀。本實施形態之縱切刀η設 線 之右側與左側之兩處。縱切刀、。70 〇 i ^ „ 係在支撐構件30下端祜 支樓為“延伸於橫方向之軸作為旋轉轴進 刀22本身具有圓盤狀之形狀，其外周部分=縱切 功能。支撐縱切刀22之支撑構 揮刀刀之刀刀 游側”能相對橫框二 縱…定位於任意之高度:置下方向。藉由此構成，能將 橫切刀23係於板玻璃9〇 93、94之切T7 ^ ^ 吧奸於技方向之切割線 。本貫施形態之橫切刀23 下端被支樓為能以延伸於縱方向 2構件31 轉。橫切刀23本身具有圓盤狀^^1為;^轴進行旋 刀之刀刀功能。” 其外周部分發揮切 w 切構件31位於橫框 之側面(下游側)’能相對橫框27移動於上下方/ 27 橫框27移動於橫方^藉由 …且能沿 於任竟之古庚仞要 靶將橫切刀23定位 门a ，且使之移動（行進）於橫方向。 切割保持部24係保持板破璃 ……刀割移動框21之右框25與左：:刀。：割保持部 主要由連結於吸引輪圖示)且下==保持部“ ”與連結各吸附塾33之連結構件72 ^ ”吸附板破璃9。之上面，切割保 吸附墊33係沿;^ 2 Μ持板玻璃90。 配置，吸附墊33係吸附 201219325 形成於較板玻璃90左女也丨μ μ < μ & 右側緣附近之延伸於縱方向 91、92(以下將此等切宣•丨仏、 「 <刀口J深 寺切割線分別稱為「右切割 =靠 於最後係被分斷而被:棄)二耳：95及左耳部96,由 ^丟棄之部&，因此假使損傷亦不會對 最終製品之品質有影響。 ' 右連、.°構件32分別被兩個 又揮構件34支撑。各i撞媒乂生，j 上 移動於上下方向。藉由= …相對右框25或左框％ 於任意之高度位置構成，能將各切割保持部24定位 <切割定盤> 切割定盤40係用以在於 94 B# ^ ^ ^ Λ 极圾塥90形成各切割線91〜 〇 〇之構件。切割定盤40位於切割分斷裝 中之上游側，從位於較切割分斷裝置1〇。更靠上游 ,之其他裝置搬入之板玻璃9〇 U被載置於此切割定盤 上。切割定盤40具有在俯視下Α 寸刀俨士^ 見下為四角形之形狀，縱方向尺 及k方向尺寸較板玻璃9〇大 又，士— 穴二b 5午，其上面形成為平坦。 本貫施形態之切割定盤4〇 L K對向於板玻璃90之面f卜 面）形成有複數個空氣孔41，切 （上 41 切割疋盤40能藉由此等空裔 孔41吸引板玻璃9〇而於上 矾 從介"， 卸口疋板破璃90。再者，亦可 工軋孔41吹出空氣以使切割 分離。 °】疋盤4〇之上面與板破璃90 <分斷單元> 分斷單元50係沿藉由切割i -板坡璃90八斷。】早凡20而形成之切割線將 坡璃90刀斷之早儿，在切割分斷裝置1〇〇中位於切割單 10 201219325 :20之下游側。如圖！所示’分斷單元5〇具有分斷移動 匡Η、複數個分斷桿52〜55(亦參照圖2之後）、以及分 保持部56。 分斷移動框51係作為分斷單元5G之基台之構件。分 斷移動框51係右框57、左框58、後框59、前框6〇、以及 驅動。P 61成一體地構成。右框57係位於分斷移動框”右 =框’延伸於縱方向，在以1〇之右側之搬送執n上 滑订。左框58係位於分斷移動框51左側之框，延伸於縱 〇在架〇丨〇之左側之搬送軌12上滑行。後框5 1係位 於分斷移動框51上游側之框’延伸於橫方向，連結右框57 與左框5 8。刖框60係位於分斷移動框5丨下游側之框，延 二於k方向，連結右框57與左框58。驅動部Η係作為使 :斷移動樞5 1移動之驅動源之部分。驅動部61主要以咬 ;木σ 1 〇之齒條13之圓形齒輪之小齒輪62與使此小齒 方疋轉之伺服馬達(未圖示)構成。藉由以伺服馬達使小 齒輪62紋轉，使分斷移動框51整體（進而為分斷單元 整體）移動，而能將分斷移動框51定位於分斷台7〇上之任 意之縱方向位置。 分斷桿52〜55係從上方對板玻璃9〇施加力而將板玻 璃9〇分斷之構件。本實施形態之分斷桿包含冑分斷桿52(參 照圖2等）、後分斷桿53(參照圖2等）、右分斷桿54、以及 左分斷桿55。前分斷桿52、後分斷桿53、右分斷桿54、 X及左刀斷才干55，分別設於後框59之外側（上游側”後框 59之内側（下游側）、右框57之内側、左框μ之内側，均 201219325 具有沿各框57〜59延伸之板狀形狀。接著，各分斷桿$ 〜55分別被兩個支撐構件63支標，各支樓構件63能^目2 各框57〜59移動於上下方向。藉由此構成，各分斷桿U 〜55能移動於上下方向。 分斷保持部56係保持板玻璃9〇之部分。分斷保持邛 %透過連結構件64設於右分斷桿54及左分斷桿μ'。'分斷 保持部56具有連結於吸引泉（未圖示）之複數個吸附墊 藉由該吸附坠65吸附板玻璃9〇之上面，分斷保持部^能 保持板玻璃90。又，分斷保持部56之吸附塾Η位於右= 斷桿54或左分斷桿55之外側，用以吸附板玻璃9〇之右: 部95與左耳部96。再者，連結各吸附塾^之連結構件㈠ 分別能相對右分斷桿54及左分斷桿55移動於上下方向。 藉由此構成，能將分斷保持部56定位於任意之高度位置。 <分斷台> 分斷台係用以在將板玻璃9〇分斷時裝載板麵％ 之台。本實施形態之分斷台70主要由第1分斷台71、中間 刀斷台72、以及第2分斷台73構成。 第/刀斷口 71位於各分斷台71〜73中最靠上游側。 1刀斷台71由延伸於縱方向之複數個S 1板狀構件74 株在第1板狀構件74下游側延伸於橫方向之板狀前分斷承 ^構成。各第1板狀構件74具有相同尺寸且相同形狀， :k方向相隔既定間隔配置。此外，帛】分斷台η整體之 :方向尺寸與切割定盤40之橫方向尺寸大致相同。再者， ;第1板狀構件74上面形成有吹出空氣之吹出孔75。 12 201219325 又古於各第^板狀構件74間之中之下游側之—部分，設有 7具7 =方開口之下面吸附墊76之第1下面吸附塾裝置 广此第Q面吸附塾裝置77作動，下面吸附塾％ 吸附板玻璃之下面’板玻璃90固定於第】分斷台71上 面。又’則分斷承件85係作為分斷 =成:局，看其前緣部分時，為了以心二 鼻”❹斷承件85上面與前分斷承件μ前面成直 面二’各第1板狀構件74及前分斷承件85各自之上 面之尚度位置一致。 心上 間。二t:!72位於第1分斷台71與第2分斷台”之 與第^板狀構件7:!:=:相同形狀’其橫方向尺寸 與第1板狀構件74對應…f各中間板狀構件78 配置於各第！… ，”間板狀構件78 71與中間分斷台72:門7=長線上。又’於第1分斷台 79間形成有延伸於橫方向之第1分斷栲 ° ，於第2分斷台73與中間分斷a 72 θ 有延伸於橫方 興〒間刀斷。72之間形成 枰79，wt 分斷槽80。如後所述，在第1分斷 “ 〇之下游側部分被切斷，在第2分斷# s 板玻璃90之卜、技2, * 你乐ζ刀斷槽80， 動於前後方向二=。此外…分斷台72移 79與第2分斷搢藉由在既定時點阻塞第1分斷搢 間移交^ 而將板玻璃90順暢地於該等之 第2分斷台73位於各分斷台7〗〜73中最靠下游侧。 13 201219325 第2分斷台73由複數個第2板狀構件81與在第2板狀構 件上游側延伸於橫方向之板狀後分斷承件86、位於右側 部且延伸於縱方向之板狀右分斷承件87、以及位於左側部 且延伸於縱方向之板狀左分斷承件88構成。各第2板狀構 件81雖分別具有相同尺寸且相同形狀，但以與第"反狀構 件74不同之間隔配置於橫方向。再者’於各第“反狀構件 之上面形成有吹出空氣之吹出孔82。又，於各第2板狀 構件間之中之上游側之—部分，設有具有於上方開口之 下面吸附塾83之第2下面吸附墊裝置84。藉由此第2下面 吸附墊裝置84作動’下面吸附塾83吸附板玻璃9〇之下面， 板玻璃90固定於第2分斷台73上面。 又，後分斷承件86、右分斷承件87、以及左分斷承件 Μ均係在分斷板玻璃9G時在切刀之正下方支#板玻璃％ 之構件。右分斷承件87之右側面與左分斷承件88之左側 面之間隔，與設於切割移動框21左右之縱切刀22之間隔 一致。亦即’第2分斷台73整體之橫方向尺寸，與右切則 線91與左切割線92之間隔-致。再者，當局部地觀看後 分斷承件86之後緣部分時，其為了以良好精度分斷而構成 為後分斷承件86上面與後分斷承件％後面成直角冬局 部地觀看右分斷承件87之右緣部分時，其為了以良好：度 分斷而構成為右分斷承件87上面與右分斷承件87右面成 直角，當局部地觀看左分斷承件88之左緣部分時，其為了 以良好精度分斷而構成為左分斷承件88上面與左分斷承件 财面成直角。此外，各第2板狀構件81、後分斷承件％、201219325 VI. Description of the Invention: [Technical Field] The present invention relates to a cutting and cutting device for a sheet glass in which a cutting line is formed at a predetermined portion of a sheet glass and the sheet glass is cut along the cutting line. [Prior Art] A general cutting and cutting device for a sheet glass, comprising: a cutting unit for forming a cutting line for the sheet glass; a breaking unit for breaking the S-series glass along the formed cutting line; and a conveying unit, The plate glass is transferred from the cutting unit to the breaking unit. In addition, although various types, such as a belt conveyor type and a moving beam type, are carried out as a conveyance unit, it is considered that it is difficult to generate a positional shift of a plate glass, and it is not easy to damage a plate glass from the cutting unit to a breaking unit, The adsorption pad type transfer unit (see, for example, Patent Document 1) is effective. The adsorption pad type transfer unit holds the plate glass in the work area of the cutting unit with the adsorption pad, and then lifts the plate glass and moves along the transfer operation. To the breaking unit, and unloading the plate glass in the working area of the breaking unit. Since the adsorption pad type conveying device reliably holds the plate glass by the adsorption pad, even if the conveying speed is fast, the plate glass does not slide. [Prior Art Document] Patent Document 1: 曰本特开 2〇〇5 — 23 1 9 1 5 [Invention] The adsorption pad type transfer unit has the above advantages, but needs to be cut. Single 201219325 yuan to the top of the moving element to set the transport rail, and there is a situation in which the transfer of the board is broken when the board is broken into the cutting unit. In addition, in order to avoid the cutting unit The transport units interfere with each other, and the disconnecting unit and the transport unit interfere with each other, and there is a need to perform an additional operation that is not related to the original cutting and cutting operation. Therefore, the conventional configuration has a limit to improve the work efficiency. The present invention has been made in order to solve the above problems, and an object of the present invention is to provide a glass cutting and cutting device that can efficiently enter a cutting operation. The cutting and cutting device of the sheet glass of the present invention is The utility model has a cutting unit for forming a cutting line on the plate glass, a cutting plate for loading the plate glass during the secant line, a month, a cutting edge of the cutting plate glass by the knife knife; The table is located on the two sides of the disk, for loading the board in the downstream of the board, and arranging the cutting unit, and there is a cutting movement in the cutting plate and the cutting table. a longitudinal slitting knife of the frame, and two: a cutting moving frame, a cutting holding portion for holding the plate glass; and a cutting moving frame by the H and 2 cutting the downstream side of the disk to move in the upstream direction, the slitting 2::=cutting The plate glass on the plate is "cutting line" in the longitudinal direction of the plate, and then the cutting movement frame is extended in the longitudinal direction, and the K-knife can be borrowed when the above-mentioned cutting is accompanied by the return of Qiu 1 early. J holds 4 to hold the plate glass and conveys the cutting plate to the aforementioned breaking table. A. The reverse glass is constructed in such a manner that when the cutting unit is moved to the position before the secant, the af direction returns to form a cut. Therefore, the (4) unit performs the 201219325 physical operation when the cutting plate is transported to the position of the cutting line to the position before the cutting line is formed. That is, the action of returning to the predetermined position of the cutting unit without substantial physical work has become essential. Further, since the constituent elements (cutting and holding portion) of the holding plate glass are provided in the cutting unit, it is not necessary to provide a transfer in the space above the cutting unit. The cutting and cutting device for the plate glass according to the present invention can be efficiently performed. Perform cutting operations to break jobs. [Embodiment] Hereinafter, the same reference numerals will be given to the same or corresponding elements in the drawings, and the description of the same reference numerals will be omitted. First, the structure of the smashing device 1 〇〇 will be described with reference to Fig. 1 . The cutting and cutting device 1 of the present embodiment is formed by cutting (trimming) the four sides of the rectangular sheet glass 90 to be formed into a device having a predetermined size and being transported to the downstream side. As shown in the figure, the present embodiment is provided with a boring unit 1 and a cutting unit 2. , cutting and other 槿* breaks 70 5G early, and breaks 70. In the following, the constituent elements of this temple will be described in order. In addition, the side will be defined as "the main 6, the system will be called after" is defined as the upstream from the upper 刖", which is defined as the downstream side, and the "right J is defined as the upstream side." When 'the right side' is called "left side", it is defined as when the downstream side is viewed from the upstream side, and m π is defined as the front and rear direction, and the second direction is called "longitudinal direction". J is defined as the left and right direction. Further, <Rack 2 > The lower left side is the upstream side, and the upper right side of the paper surface is the downstream side. 201219325 The truss 1 truss support cutting unit 2 〇, the cutting fixed plate 4 〇, the breaking unit 50, and the components of the breaking table 70. Here, the plate glass 9 is carried in from the left side of the paper of Fig. 1, and is carried out to the right rear side of the paper. That is, the right side is the cutting unit 20 and the breaking unit 5, the cutting unit 2 is the upstream side, and the cut-off unit it 5 G is the downstream side. The transporting #11, 12 extending in the longitudinal direction is respectively provided on the right end portion and the left end portion of the gantry cymbal Q. Further, a linear rack 13 of a (four) shape is formed under the transport η on the right side. The rack 13 is attached to the rack a 1 e e ^ , and the raft 10 is disposed in parallel with the transport rails n and 12. The predetermined position of the <cutting unit> 90 forms the upstream side of the cutting line. As shown in Fig. 1, a slitting cutter 22, a cross cutter 23, and a cutting unit 20 are attached to a sheet glass unit, and are located at a cutting and cutting device i. The cutting unit 20 has a cutting moving frame and a cutting holding portion 24. The cutting moving frame 21 serves as a cutting-and-moving moving frame 21, which is a member of the base of the right frame 25'Jk20. The 28-integrated + 匡 26, the cymbal frame 27, and the drive unit are integrally formed. The right frame 25 is located in the cutting direction extending in the longitudinal direction, and the frame 26 on the right side of the 竿 〇 1 〇 恻 恻 is slid on the conveying rail 11 on the right side of the +. Left, the box on the left side of the cutting movement frame 21, extending over ==: the delivery 12 is gliding. The horizontal frame is located at the cutting movement 26, extending from the horizontal direction, and is connected to the right frame 25盥/box 26. The driving portion 28 is used to make the cutting S and the left busy. The driving is to engage the pinion 29 i of the frame. #f^ The round gear of the strip 13 is made up of the word that rotates the pinion 29. By rotating the pinion (not shown) 29 by the feeding motor, the cutting movement frame 21 201219325 body (and further The cutting unit 20 is moved as a whole, and the cutting movement frame 21 can cut the position of the MU + ΊΊ ^ ^ in the longitudinal direction between the cutting plate 40 and the breaking table 70. The 2 2 is formed on the plate glass 90 to extend in the longitudinal direction. The slitting knife of the direction 92. The slitting knife η of the present embodiment is provided at two places on the right side and the left side of the line. The slitting knife, 70 〇i ^ „ is attached to the lower end of the support member 30, and the branch is "extending in the lateral direction" The shaft as the rotary shaft feed cutter 22 itself has a disk-like shape, and its outer peripheral portion = slitting function. The support cutter side supporting the longitudinal cutter 22 can be positioned relative to the horizontal frame. Height: set the direction. With this configuration, the cross cutter 23 can be attached to the cutting line of the plate glass 9〇 93, 94 by T7 ^ ^ in the technical direction. The lower end of the transverse cutter 23 of the present embodiment is supported by the branch to extend in the longitudinal direction 2 member 31. The cross cutter 23 itself has a disk shape ^^1; the ^ axis performs the knife function of the rotary cutter. The peripheral portion of the cutting member 31 is located on the side (downstream side) of the horizontal frame, and can move relative to the horizontal frame 27 at the upper and lower sides. 27 The horizontal frame 27 is moved to the horizontal side by means of ... and can be along the ancient The target is to position the door a by the cross cutter 23, and to move (travel) in the lateral direction. The cutting and holding portion 24 holds the plate glass... The right frame 25 and the left:: knife of the moving frame 21 are cut. The cutting holding portion is mainly connected to the suction wheel (not shown) and the lower == holding portion "" and the connecting member 72" of the respective adsorption ports 33". Above, the cutting and holding pad 33 is used to hold the plate glass 90. Configuration, adsorption pad 33 is adsorbed 201219325 formed on the plate glass 90 left female also μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ μ Knife J deep temple cutting line is called "right cut = by the last part is broken: abandoned" two ears: 95 and left ear 96, by ^ discarded part & therefore, if the damage is not correct The quality of the final product has an influence. The right-handed, .° member 32 is supported by two swinging members 34. Each i hits the medium, and j moves up and down. By = ... relative right frame 25 or left frame % is formed at any height position, and each cutting holding portion 24 can be positioned <cutting and fixing plate> The cutting plate 40 is used to form each cutting line 91 to 94 B# ^ ^ ^ 极 塥 塥 90 The cutting plate 40 is located on the upstream side of the cutting and breaking device, and is placed on the cutting plate from the plate glass 9搬 which is located upstream of the cutting device. The cutting plate 40 has a shape of a square in the plan view, and a shape of a square, a longitudinal ruler and a k-direction ruler. The inch is larger than the plate glass, and the hole is 2 b 5 noon, and the upper surface is formed flat. The cutting plate of the present embodiment is formed by a plurality of cutting plates 4〇LK facing the surface of the plate glass 90. The air hole 41 is cut (the upper 41 cutting plate 40 can be used to attract the plate glass 9 by the hollow hole 41, and the upper plate is removed from the upper plate.) The hole 41 blows air to separate the cut. °] The upper surface of the pan 4 与 and the plate glaze 90 < breaking unit > The breaking unit 50 is broken along the 90 by cutting the i-plate slab. The cutting line formed by 20 will break the 90-segment of the slab, and it is located on the downstream side of the cutting single 10 201219325 :20 in the cutting and breaking device 1 。. As shown in the figure, the breaking unit 5 〇 has a breaking. The movable cymbal, the plurality of breaking bars 52 to 55 (see also after FIG. 2), and the minute holding portion 56. The breaking moving frame 51 is a member of the base of the breaking unit 5G. The breaking moving frame 51 is right. Frame 57, left frame 58, rear frame 59, front frame 6〇, and drive. P 61 is integrally formed. Right frame 57 is located in the break moving frame "right = frame" extending in the longitudinal direction The left frame 58 is located on the left side of the breaking movement frame 51, and extends on the transport rail 12 on the left side of the frame. The rear frame 5 is arranged on the left side of the frame. The frame "1" located on the upstream side of the breaking movement frame 51 extends in the lateral direction, and connects the right frame 57 and the left frame 58. The frame 60 is located in the frame on the downstream side of the breaking moving frame 5, and is extended in the k direction. The right frame 57 and the left frame 58 are connected. The drive unit is a part that drives the drive shaft 5 to move. The drive unit 61 mainly includes a small gear 62 of a circular gear of the rack 13 of the wooden σ 1 与 and a servo motor (not shown) for rotating the small teeth. By moving the pinion gear 62 by the servo motor, the entire breaking movement frame 51 (and thus the entire breaking unit) is moved, and the breaking moving frame 51 can be positioned in any longitudinal direction on the breaking table 7〇. position. The breaking bars 52 to 55 are members for applying a force to the plate glass 9 from above to separate the plate glass 9 turns. The breaking lever of the present embodiment includes a splitting lever 52 (refer to Fig. 2 and the like), a rear breaking lever 53 (see Fig. 2 and the like), a right splitter lever 54, and a left splitter lever 55. The front breaking lever 52, the rear breaking lever 53, the right breaking lever 54, X and the left cutting edge 55 are respectively provided on the inner side (downstream side) and the right frame of the outer side (upstream side) rear frame 59 of the rear frame 59. The inside of the 57 and the inner side of the left frame μ have a plate-like shape extending along each of the frames 57 to 59. Then, each of the breaking bars $ to 55 is respectively supported by the two supporting members 63, and each of the branch members 63 can ^目2 Each of the frames 57 to 59 moves in the up and down direction. By this configuration, each of the breaking bars U to 55 can be moved in the up and down direction. The breaking holding portion 56 holds the portion of the plate glass 9〇. The connecting member 64 is provided to the right breaking lever 54 and the left breaking lever μ'. The breaking holding portion 56 has a plurality of adsorption pads connected to the suction spring (not shown), and the adsorption plate 65 adsorbs the plate glass 9 On the upper side of the crucible, the breaking holding portion can hold the plate glass 90. Further, the adsorption crucible of the breaking holding portion 56 is located on the outer side of the right = broken rod 54 or the left breaking rod 55 for adsorbing the right side of the sheet glass 9 : a portion 95 and a left ear portion 96. Further, the connecting members (1) that connect the respective adsorbing electrodes can move up and down with respect to the right splitting rod 54 and the left dividing rod 55, respectively. With this configuration, the breaking holding portion 56 can be positioned at an arbitrary height position. <Split table> The breaking table is used to load the plate surface % when the sheet glass 9 is broken. The breaking table 70 of the present embodiment is mainly composed of a first breaking table 71, an intermediate cutting table 72, and a second breaking table 73. The cutting edge 71 is located on the most upstream side of each of the breaking tables 71 to 73. The first blade-shaped member 71 is composed of a plurality of S 1 plate-shaped members 74 extending in the longitudinal direction, and a plate-shaped front breaking member extending in the lateral direction on the downstream side of the first plate-shaped member 74. Each of the first plate-shaped members 74 has the same size and the same shape, and the k-direction is arranged at a predetermined interval. Further, the direction of the dividing table η is substantially the same as the dimension of the cutting plate 40. Further, the first plate-shaped member 74 is formed with a blown hole 75 for blowing out air. 12 201219325 is also a part of the downstream side of each of the first plate-like members 74, and is provided with a 7th 7 = square opening below the first adsorption pad 76. The adsorption 塾 device is widely used to move the Q-side adsorption 塾 device 77, and the lower 塾% adsorption plate below the glass plate 90 is fixed on the top of the section] 71. In addition, the branch is broken as follows: into the section: when the front edge part is seen, the top and bottom points of the bearing 85 are broken. The front surface of the breaking member μ is formed in the front surface of each of the first plate-shaped member 74 and the front breaking member 85. The center position is the same. The second t:!72 is located at the first branching table 71 and the first The two-part-breaking member is in the same shape as the first plate-shaped member 7:!:=: the lateral dimension corresponds to the first plate-shaped member 74. The respective intermediate plate-shaped members 78 are disposed between the respective .... The plate member 78 71 and the intermediate breaking table 72: the door 7 = a long line. Further, in the first branch stop 79, a first branch break 栲 ° extending in the lateral direction is formed, and the second branch stop 73 and the intermediate split a 72 θ extend in the transverse direction.枰79, wt break groove 80 is formed between 72. As will be described later, in the first break, the downstream part of the sputum is cut off, and the second break is # s slab glass 90, skill 2, * you are slashing the groove 80, moving in the front and rear direction In addition, the branching block 72 is shifted by 79 and the second branching is blocked by the blocking of the first branching at the timed point, and the sheet glass 90 is smoothly placed on the second branching table 73 of the points. The second branching block 73 is composed of a plurality of second plate-shaped members 81 and a plate-shaped rear breaking member extending in the lateral direction on the upstream side of the second plate-shaped member. 86. A plate-shaped right branching member 87 extending in the longitudinal direction on the right side portion and a plate-shaped left branching member 88 extending in the longitudinal direction on the left side portion. Each of the second plate-shaped members 81 has The same size and the same shape are arranged in the lateral direction at intervals different from the first "reverse member 74. Further, a blowing hole 82 for blowing air is formed on the upper surface of each of the first "reverse members". Further, a second lower adsorption pad device 84 having an adsorption port 83 on the lower opening of the upper opening is provided in a portion on the upstream side of each of the second plate-like members. By the second lower adsorption pad device 84, the lower surface of the lower surface of the adsorption plate glass 9 is fixed, and the plate glass 90 is fixed to the upper surface of the second branching table 73. Further, the rear breaking member 86, the right breaking member 87, and the left breaking member Μ are both members of the plate glass % under the cutting blade when the breaking plate glass 9G is attached. The interval between the right side surface of the right splitting member 87 and the left side surface of the left breaking member 88 coincides with the interval between the slitting blades 22 provided on the right and left sides of the cutting moving frame 21. That is, the size of the entire second branch stage 73 in the lateral direction is different from the distance between the right cut line 91 and the left cut line 92. Furthermore, when the rear edge portion of the rear bearing member 86 is partially viewed, it is configured to be broken at a good precision, and is formed as a rear breaking member 86 and a rear right-breaking member. When the right edge portion of the bearing member 87 is broken, it is formed so that the right breaking member 87 is at right angles to the right side of the right breaking member 87, and the left breaking member 88 is partially viewed. In the left edge portion, it is formed so that the left breaking member 88 is at right angles to the left breaking member for the purpose of breaking with good precision. In addition, each of the second plate-shaped members 81 and the rear-breaking member %,
14 201219325 之上面之高度位置 右分斷承件87、以及左分斷承件88各自 一致。 Ύ 此外，上述分斷 "4，卜δ又罝乐 1下而 吸附塾裝置77及第2下面吸附墊裝 纪扳罝84，而藉由設於第i 分斷台71之吹出孔75及形成於第 弟2分斷台73之吹出孔82 吸附板玻璃90，以將板玻璃9〇固 回疋於第1分斷台71 4笸 2分斷台73。 弟 以上係本實施形態之切割分斷裝置1〇〇之構造。由圖1 可理解，本實施形態之切割分斷裝置1〇〇雖係利用吸附墊 搬送板玻璃90’但由於不具有從上方保持板玻璃9〇而使之 移動之搬送單元等，因此於切割分斷裝置ι〇〇上方之空間 幾乎無障礙物’在從位於較切割分斷裝置⑽更靠上游側 之裝置將板玻璃90搬入切割分斷裝置1〇〇時， 行作業。 其次’參照圖2至圖“兒明本實施形態之切割分斷裝 置100之動作。藉由切割分斷裝置ι〇〇進行之作業，包含 於板玻璃90形成切割線之切割作業、搬送形成有切割線之 板玻璃90之切割後搬送作業、將板玻璃％之前方部分分 斷之别刀斷作業、在前方部分被分斷後搬送板玻璃90之分 斷中搬达作業、以及將板玻璃90之後方部份及左右部分分 斷之後左右刀斷作業。以下，依序說明此等各作業。此外， 圖2至圖6中’為了容易理解而於板玻璃施加了斜線，且 針對原本無'域上方觀看之縱切刀22、橫切刀23、吸附塾 33、以及吸附墊65均圖示了其位置。 15 201219325 <切割作業> 切割作業主要藉由切割單元20進行。首先，切割單元 20在較切割定盤40更靠下游側之切割單元待機位置待機。 圖示了此時之切割單元20之位置者為圖2。在切割單元2〇 待機之期間，藉由位於較切割分斷裝置1〇〇更靠上游側之 其他裝置將板玻璃90搬入切割定盤4〇上。被搬入至切割 定盤40上之板玻璃90被切割定盤4〇之空氣孔41吸附， 而固定於切割定盤40之上面。 其後，切割單元20往上游側（較圖2所示位置更靠紙面 左側）些微移動，使橫切刀23位於第】縱方向位置。此第i 縱方向位置係在板玻璃90前緣附近較前緣更進入 内側之位置。又，使橫切刀23下降至接觸板玻璃 以橫切板玻璃90上之方式移動。藉此，在板玻璃％前緣 附近形成延伸於橫方向之切割線93(以下將此切割線稱為 「前切割線」。）。在形成前切割線93後，使橫切刀门再度 上升而返回原本之高度位置。 其後，切割單元20往下游側些微移動，此次則使左右 之縱切刀22下降至接觸板玻璃9〇。此時，各縱切刀22分 別位於板玻璃90之左右側緣附近。接著，切割單元從 切割定盤40之下游側往上游方向移動。藉此切切刀^ 縱切板玻璃90,於板玻璃9〇形成右切割線9ι及左切割線 92。圖示右切割、線91及左切割線92$成後之切割單元° 之位置者為圖3。在右切割線91及左切割線92之形成後， 使各縱切刀22再度上升而返回至原本之高度位置。 16 201219325 兀20在上游側些微移動，使橫 於第2縱方向位置。心铂^ 只刀刀23位 置此第2縱方向位置係在板破璃9〇 附近較後緣更進 後緣 豫更進入板玻璃9〇内側之位置。又，使橫切 下降至接觸板破璃 0 ’其=人以橫切板玻璃90上之方斗.— 進。藉此，在板玻域Qn α 武行 枚坡螭90後緣附近形成延伸於橫方向之 線94(以下將此切害彳唆激我「^ + % 。 …… 割線」。）。在後切割線％ I成後，使㈣刀23再度上升而返回至原本之高度 以上’切割作業結束。 <切割後搬送作業> /切割後搬送作業主要藉由切割單元2()進行。切割作業14 The height position above the 201219325 The right split bearing 87 and the left split bearing 88 are identical. Ύ In addition, the above-mentioned breaking "4, δ δ 罝 1 1 而 塾 塾 塾 塾 77 77 77 77 77 77 77 77 77 77 77 77 77 77 77 77 77 77 77 77 77 77 77 77 77 77 罝 罝 罝 罝 罝 罝 罝 罝The blow-out hole 82 formed in the second-part branch 73 of the second embodiment is sucked by the plate glass 90 to fix the plate glass 9 back to the first branching stage 71 4笸2. The above is the structure of the cutting and cutting device 1 of the present embodiment. As can be understood from Fig. 1, the cutting and cutting device 1 of the present embodiment transports the sheet glass 90' by the suction pad, but does not have a conveying unit that moves the sheet glass 9 from above, and thus cuts The space above the breaking device ι is almost an obstacle-free work when the plate glass 90 is carried into the cutting and breaking device 1 from the device located on the upstream side of the cutting device (10). Next, the operation of the cutting and breaking device 100 of the present embodiment will be described with reference to Fig. 2 to Fig. 3. The cutting operation is performed by the cutting and dividing device, and the cutting operation and the conveying are formed in the sheet glass 90 to form the cutting line. After the cutting of the cutting-line glass 90, the conveying operation, the cutting of the front part of the sheet glass is interrupted, the cutting of the conveying sheet glass 90 is performed after the front portion is broken, and the sheet glass 90 is removed. After the partial part and the left and right parts are separated, the left and right cuts are performed. Hereinafter, each of the operations is described in order. In addition, in Fig. 2 to Fig. 6, 'the slash is applied to the plate glass for easy understanding, and there is no original for the ' The longitudinal cutter 22, the cross cutter 23, the suction jaw 33, and the adsorption pad 65 viewed from above the field are all illustrated. 15 201219325 <Cutting operation> The cutting operation is mainly performed by the cutting unit 20. First, cutting The unit 20 stands by at the cutting unit standby position on the downstream side of the cutting fixed plate 40. The position of the cutting unit 20 at this time is shown in Fig. 2. During the standby of the cutting unit 2, by the cutting The partitioning device 1〇〇 carries the plate glass 90 into the cutting plate 4〇 by the other device on the upstream side. The plate glass 90 carried into the cutting plate 40 is sucked by the air hole 41 of the cutting plate 4, and It is fixed on the upper surface of the cutting fixed plate 40. Thereafter, the cutting unit 20 moves slightly to the upstream side (the left side of the paper surface as shown in Fig. 2), so that the transverse cutting blade 23 is located in the longitudinal direction of the first direction. The position is closer to the inner side than the leading edge near the leading edge of the plate glass 90. Further, the cross cutter 23 is lowered to the contact plate glass to move across the plate glass 90. Thereby, the front edge of the plate glass A cutting line 93 extending in the lateral direction is formed in the vicinity (hereinafter, this cutting line is referred to as a "front cutting line"). After the front cutting line 93 is formed, the cross cutter door is raised again to return to the original height position. Thereafter, the cutting unit 20 is slightly moved to the downstream side, and this time, the left and right slitting blades 22 are lowered to the contact plate glass 9'. At this time, each of the slitting blades 22 is located near the left and right side edges of the plate glass 90, respectively. Then, the cutting unit moves from the downstream side of the cutting platen 40 to the upstream direction. Thereby, the cutting blade is cut into the glass 90, and the right cutting line 9i and the left cutting line 92 are formed on the sheet glass 9'. The position of the cutting unit shown in the right cut, the line 91 and the left cut line 92$ is shown in Fig. 3. After the formation of the right cutting line 91 and the left cutting line 92, each slitting blade 22 is again raised to return to the original height position. 16 201219325 兀20 moves slightly on the upstream side so that it traverses the second longitudinal direction. Heart Platinum ^ 23-position knife only. The position in the 2nd longitudinal direction is closer to the trailing edge of the 9 mm in the vicinity of the plate. The rear edge enters the inner side of the 9-inch glass. Moreover, the cross-cut is lowered to the contact plate to break the glass 0', which = the person crosses the square bucket on the plate glass 90. In this way, a line 94 extending in the lateral direction is formed in the vicinity of the trailing edge of the Qn α 行 枚 螭 螭 90 90 90 90 90 90 90 90 90 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( After the rear cutting line % I is formed, the (four) knife 23 is again raised to return to the original height or more. <Transfer operation after cutting> / Post-cutting transfer operation is mainly performed by the cutting unit 2 (). Cutting operation
後，切割单7〇 20倍你4；77 *丨>Λ? Jdt A J 、吏刀。j保持邛24下降而使吸附墊33吸 附於板玻璃90上面，侔拄缸诂姑ηΛ ,, 保持板玻璃90。此外，此動作只要與 形成上述後切割線94之動祚回拄.v &動作冋時進仃，就整體作業而言能 縮短作業時間。 其後，切割定盤40從形成於上面之以孔41吹出空 氣。與此同時地’切割單元2〇使切割保持部24上升而搬 起板玻璃90。板玻璃90之搬起高度雖未特別限定，但本實 施形態中’搬起板玻璃9〇之高度& lmm程度。由於從切 割定盤40之空氣孔41吹出空氣，因此藉由該空氣支樓板 玻璃90,即使板玻璃9Q之搬起高度僅為imm程度，板玻 璃90亦不會接觸切割定盤4〇而受損。 其後，切割單疋20 ’在保持板破璃9〇之狀態下從切割 定盤40往第i分斷台71而往下游方向移動。此時，第i 分斷台7卜從形成於上面之吹出孔75吹出空氣。與切割定 17 201219325 盤40之情形同樣地，由於板玻璃90被從第1分斷台71之 欠出孔75吹出之空氣支樓，因此板玻璃90不會接觸第1 分斷台71而受損。 其後’在切割單元20到達既定之縱方向位置後，使切 割保持部24下降而將板玻璃90載置於第1分斷台7 i，解 除板玻璃90之保持。圖示此時之切割單元20之位置者為 圖4。此外，此處所指之既定之縱方向位置，係所保持之板 玻璃9〇之前切割線93與第1分斷台71(前分斷承件85)之 前緣一致且較前切割線93更靠外側之部分97(以下將此部 分稱為「前耳部」。）位於第1分斷槽79之縱方向位置。接 著，與將板玻璃90載置於第i分斷台71之同時，第i分 斷台h停止來自吹出孔75之空氣吹出，第ι下面吸附: 裝置77藉由下面吸附墊76吸附板玻璃9〇之下面而將板玻 璃90固定於第1分斷台71上。 其後，切割單元20使切割保持部24上升而返回至原 本的高度位置’返回至上述之切割單元待機位置(參照圖 2)。以上，切割後搬送作業結束。如上述，切割單元2〇由 於在切割作業後伴隨往㈣單元待機位置⑼之動作搬送 板玻璃90,因此能減少切割單元2〇之無用之動作，能以良 好效率進行從切割作業至切割後搬送:" 者’如上所述，根據本實施形態，由於板玻璃Si起： 度為些微’因此搬起板玻璃9〇之時間亦能縮短，能更有效 率地進行搬送作業。 b ^ <前分斷作業>After cutting the single 7〇 20 times you 4; 77 *丨>Λ? Jdt A J, sickle. j keeps the crucible 24 down so that the adsorption pad 33 is attracted to the upper surface of the plate glass 90, and the plate glass 90 is held. Further, this operation can be shortened as long as the movement of the rear cutting line 94 is made to return to the .v & action. Thereafter, the cutting platen 40 blows air from the holes 41 formed thereon. At the same time, the cutting unit 2 raises the cutting and holding portion 24 to lift the plate glass 90. The lifting height of the plate glass 90 is not particularly limited, but in the present embodiment, the height of the lifting plate glass 9 is about 1 mm. Since the air is blown from the air hole 41 of the cutting plate 40, the plate glass 90 is not exposed to the cutting plate 4 by the height of the plate glass 9Q even if it is only imm. damage. Thereafter, the cutting unit 20' is moved in the downstream direction from the cutting tray 40 to the i-th branching stage 71 while the holding plate is broken. At this time, the i-th branching stage 7 blows air from the blowing holes 75 formed in the upper surface. Similarly to the case of the cutting plate 17 201219325 disk 40, since the plate glass 90 is blown out from the air outlet of the first branching table 71, the plate glass 90 does not come into contact with the first breaking table 71. damage. Thereafter, after the cutting unit 20 reaches the predetermined longitudinal position, the cutting holding portion 24 is lowered to place the plate glass 90 on the first breaking table 7 i, and the holding of the plate glass 90 is released. The position of the cutting unit 20 at this time is shown in Fig. 4. In addition, the position in the longitudinal direction referred to herein is the same as the leading edge of the first breaking frame 71 (the front breaking member 85) before the plate glass 9 is held and is closer to the front cutting line 93. The outer portion 97 (hereinafter referred to as the "front ear portion") is located in the longitudinal direction of the first branch breaking groove 79. Next, while the plate glass 90 is placed on the i-th breaking stage 71, the i-th breaking stage h stops the air blowing from the blowing hole 75, and the first lower side adsorption: the device 77 adsorbs the plate glass by the lower adsorption pad 76. The plate glass 90 is fixed to the first breaking table 71 under the 9 inch. Thereafter, the cutting unit 20 raises the cutting holding portion 24 and returns to the original height position' to return to the above-described cutting unit standby position (see Fig. 2). Above, the transfer operation after cutting is completed. As described above, since the cutting unit 2 is transported to the sheet glass 90 in the operation of the (four) unit standby position (9) after the cutting operation, the use of the cutting unit 2 can be reduced, and the cutting operation can be performed with good efficiency from the cutting operation to the cutting. As described above, according to the present embodiment, since the sheet glass Si has a slight degree, the time for lifting the sheet glass 9 亦 can be shortened, and the conveyance operation can be performed more efficiently. b ^ <pre-breaking job>
18 201219325 前分斷作業主要藉由分斷單元5〇進行。如上所述，雖 藉由切割後搬送作業而使板玻璃9 0被搬送至第丨分斷台 71，但此時，分斷單元50係在較第1分斷台71更靠下游 側之分斷單7C待機位置待機。圖示此狀態者為上述之圖4。 其後，分斷單元50往上游方向移動至既定縱方向位 置。此處所指之縱方向位置，係前分斷桿52位於第1分斷 槽79之垂直上方、亦即板玻璃9〇之前耳部之垂直上方 之縱方向位置。其次，分斷單元5〇使前分斷桿52下降， 而從上方按壓前耳部97以施加力。藉此，板玻璃9〇之前 耳部97被分斷。將前耳部97分斷後，再度使前分斷桿52 ^升而返回至原本之高度位置。此外，被分斷之前耳部97 落下至第1分斷槽79’落下至設於其下方之回收箱或斗（未 圖示）而被回收。以上，前分斷作業結束。 <分斷中搬送作業> 刀斷令搬送作f主要藉由分斷單元Μ進行。在前分斷 二後’分斷單元5〇往上游方向移動至既定縱方向位置。 匕产之/7斷單I 5〇位置者為圖5。此處所指之既定位 係後分斷桿53位於較板玻璃9〇之後切 =98(以下將此部分稱為「後耳部」)之垂直上:之 传為了 Ζ之所以分斷單元5〇移動至此種縱方向位置， 二了順暢地進行後述之後左右分斷作業之 斷…使分斷保持部56下：刀 墊65明μ』 丨义刀呵保锝口p 50之吸附 65及附於板破璃90上面以保持板玻璃9〇。 其後’分斷單元5〇使分斷保持部56上相搬起板玻 201219325 璃90。此時’第】下面吸附墊裝置77係停止下面吸附墊 76之吸附且第1分斷台71從上面之吹出孔75吹出空氣。 此处亦同樣地，&玻璃9〇之搬起高纟，雖肖切割後搬送作 業之情形同樣地為1 mm程度，但由於從第1分斷台7丨之吹 出孔75吹出空氣，因此板玻璃90不會接觸第i分斷台71 而受損。 其後’分斷單元50，在保持板玻璃9〇之狀態下從第i 分斷台71經由中間分斷台72並往第2分斷台”而往下游 方向移動。此時’第2分斷台73係從形成於上面之吹出孔 82吹出空氣。與第！分斷台71之吹出孔75之情形同樣地， 藉由從吹出孔82吹出之空氣，板玻璃90不會接觸第2分 斷台73而受損。 其後，在分斷單元50到達既定之縱方向位置後，使分 斷保持部56下降而將板玻璃90載置於第2分斷台73，解 除板玻璃90之保持。圖示此時之分斷單元5〇之位置者為 圖6。此處所指之既定之縱方向位置，係所保持之板玻璃 9〇之後切割線94與第2分斷台73(後分斷承件86)之後緣 一致且後耳部98位於第2分斷槽80之縱方向位置。此外， 第2分斷台73在板玻璃9〇被載置於其上面時板玻璃9〇 之右切割線91及左切割線92分別與第2分斷台73之右側 緣及左側緣（右分斷承件87之右側緣及左分斷承件Μ之側 緣）一致。又，與分斷單元5〇將板玻璃9〇載置於第2分斷 口 73之同時，第2分斷台73停止來自吹出孔82之空氣吹 出，第2下面吸附墊裝置μ藉由下面吸附墊83吸附板玻 20 201219325 璃90之下面而將板玻璃90固定於第2分斷台73上。 其後，分斷單疋50使分斷保持部％上以心ϋ 本的高度位置。以上，分斷中搬送作業結束。如上述，分 斷單元5G由於不僅將板玻璃9G分斷，而能㈣ 之情形同樣地搬送板玻璃90。因此，切割分斷裝置刚中 之板玻璃90之搬送由於均能_ ^藉由切割單元20或分斷單元 5〇進行，因此不需於切割分斷裝置1〇〇設置個別之搬送單 元等。 <後左右分斷作業> 後左右分斷作業主要藉由分斷單元5〇進行。在分斷中 搬送作業後，分斷單元50係使後分斷桿53下降而從上方 對板玻璃90之後耳部98施加力。此外，如上所述，分斷 中搬送作業中’由於事前使後分斷桿53位於後耳部^之 垂直上方’因此不需進行特別之對齊動作，單只要使後分 斷㈣下降即能對後耳部98施加力。藉此，板玻璃卯之 後耳部98被分斷。 其後，分斷單it 50使後分斷桿53上升而返回至原本 :高度位置，往上游側移動些許。之所以如上述地使分斷 早兀50往上游側移動些許，係為了右分斷桿％及左分斷 桿55能分別涵蓋右耳部95及左耳部％整體之故。此外， 處，刀斷單元50之移動後位置，係在前分斷作業說明之 分斷單元待機位置。 '後刀斷單元50使右分斷桿54及左分斷桿55同時 下降，而從上方對右耳部95及左耳部％施加力，將其等 21 201219325 從板玻璃9〇分斷。在右耳部95及左耳部96之分斷後，使 右分斷桿54及左分斷桿55上升而返回至原本之高度位置。 最後’第2下面吸附墊裝置84停止下面吸附墊83對 板玻璃90之吸附，第2分斷台73再度開始來自上面之吹 出孔82之空氣吹出，將板玻璃9〇從切割分斷裝置⑽搬 出。將板玻璃90搬出之方法可考量各種方法。例如 於各第2板狀構件81之間配置皮帶輸送機，藉由於皮帶輸 送機載置板玻璃90而將板玻璃90搬出。又，亦可藉由第2 斷口之人出孔82之空氣吹出使板玻璃9〇成為懸浮狀 態，藉由使之往下游方向滑動而搬出板玻璃％。又 藉由以分斷單元5〇保持板玻璃㈧往下游方向 ㈣ 板玻璃90。 胃® 以上’切割作業、切割後搬送作業、前分斷作業、分 斷中搬送作業、以及後左右分斷作業之一個循環即結束。 由：等各作業’各耳部95〜98被分斷而將形成為既 疋尺寸之板玻璃9〇往次-步驟(裝置)搬出。此外，本實施 形態t ’ A 了容易理解而說明了切割單元2()在作動之 分斷單元5〇不作動，但切割分斷裝置⑽係構成為在藉由 !斷單元50進行前分斷作業以後之作業的同時，藉由：割 p2G進行次-循環之切割作業以後之作業。如上述，藉 由並行進行各作業，而能進行效率良好之㈣分斷作業。 以上為本實施形態之切割分斷裝置1〇〇 明…卜，以上雖說明被分斷之前耳部97落下至第工八斷 槽79而被回收箱或斗(未圖示)回收之情形，但亦可於刀第丨 22 201219325 分斷槽79下方設置臈韌離梦 耳部97。更詳言之，當於板麵= 广離裝置回收前 被分斷之耳部係不落下而下面貼附有保護用膜時， 置即係利用此被分斷之耳部1:垂至態。膜剝離裝 此處所指之膜剝離裝置係抓持被分斷而 =本”形態之前耳部97之耳部)，在板玻璃= 體=搬达之時點將該耳部與膜拉離，而將板玻璃之膜整 為：使此種膜剝離裝置發揮功能，需將欲分斷之 各耳〇之則方之耳部較其他耳部先分斷，本實施形離之 =斷裝置構成為可滿^此條件。換言之，根據本實施 7態之切割分斷裝置100,能設置上述膜剝離裝置。 成不二雖參照圖說明了本發明之實施形態，但具體構 ^此專之實施形態’即使有在不脫離本發明要旨之 =之設計變更等亦為本發明所含。例如，實施形態中， 前分斷桿將前耳部分斷’藉由後分斷桿將後耳部 斷C即使構成為藉由__個分斷桿將前耳部及後耳部兩 者分斷，亦為本發明所含。 ’ ”根據本發明之板玻璃之切割分斷裝置，由於能以良好 :率進行切割作業至分斷作業，因此在板玻璃之切割分斷 裝置之技術領域中係有益。 【圖式簡單說明】 圖1係顯示本發明之實施形態之切割分斷裝置之分解 立體圖。 23 201219325 圖2係、本發明之實施形態之切割分斷裝置之俯 ’、早凡在切割單元待機位置待機之狀態之圖。 圖圖3係顯示本發明之實施形態之切割分斷裝置之俯視 之圖，不右切割線及左切割線形成後之切割單元之位置 係切!!4係本發明之實施形態之切割分斷裝置之俯視圖， j早疋將板玻璃搬送至第丨分斷台之狀態之圖。 係八2係、本發明之實施形態之切割分斷裝置之俯視圖， ' f兀在刖分斷作業後移動至上游側之狀態之圖。 圖 6 後士双 nn _>•由 ^ ^ At _ . 係分斷單 元將板玻璃搬送至第 【主 要元件代表符號】 10 架台 20 切割單元 21 切割移動框 22 縱切刀 23 横切刀 24 切割保持部 33 吸附墊 40 切割定盤 41 空氣孔 50 分斷單元 51 分斷移動框 24 201219325 52 53 54 55 56 65 70 71 72 73 79 80 90 91 92 93 94 95 96 97 98 100 前分斷桿 後分斷桿 右分斷桿 左分斷桿 分斷保持部 吸附墊 分斷台 第1分斷台 中間分斷台 第2分斷台 第1分斷槽 第2分斷槽 板玻璃 右切割線 左切割線 前切割線 後切割線 右耳部 左耳部 前耳部 後耳部 切割分斷裝置 2518 201219325 The pre-breaking operation is mainly carried out by the breaking unit 5〇. As described above, the sheet glass 90 is conveyed to the third branching stage 71 by the post-cutting conveyance operation. However, at this time, the breaking unit 50 is further downstream than the first branching stage 71. The single 7C standby position is standby. The figure is shown in Figure 4 above. Thereafter, the breaking unit 50 is moved in the upstream direction to a predetermined longitudinal position. In the longitudinal direction referred to herein, the front breaking bar 52 is located vertically above the first breaking groove 79, that is, in the vertical direction above the ear portion before the sheet glass 9 inches. Next, the breaking unit 5 下降 lowers the front breaking lever 52, and presses the front ear portion 97 from above to apply a force. Thereby, the ear portion 97 is broken before the sheet glass 9 turns. After the front ear portion 97 is broken, the front breaking rod 52 is again raised and returned to the original height position. Further, before the break, the ear portion 97 is dropped until the first branching groove 79' is dropped to a collection box or bucket (not shown) provided therebelow and recovered. Above, the front disconnection operation ends. <Transfer operation in disconnection> The knife-and-off transfer is mainly performed by the breaking unit Μ. After the first splitting, the 'breaking unit 5' moves to the upstream direction in the upstream direction. The position of the /7 break single I 5〇 is shown in Figure 5. Here, the positioning post-breaking bar 53 is located at the vertical of the plate glass 9〇 (= this part is referred to as the "rear ear"): it is transmitted for the purpose of breaking the unit 5〇 Move to the position in the vertical direction, and then smoothly perform the break of the left and right break operation described later... Make the break hold unit 56 under: the knife pad 65 μ 』 丨 刀 呵 呵 呵 p p p p p 及 及The plate is broken 90 to keep the plate glass 9 inches. Thereafter, the breaking unit 5 is configured to lift the plate glass on the partition holding portion 56. At this time, the "first" lower adsorption pad device 77 stops the adsorption of the lower adsorption pad 76, and the first branching stage 71 blows air from the upper blowing hole 75. In the same manner, in the same manner, the glass is lifted from the shovel, and the transfer operation after the dicing is the same as about 1 mm. However, since the air is blown out from the blow hole 75 of the first branching stage 7 The plate glass 90 is not damaged by contact with the i-th breaking table 71. Then, the 'breaking unit 50 moves in the downstream direction from the i-th breaking table 71 to the second breaking table through the intermediate breaking table 72 while holding the plate glass 9 。. At this time, the second point The shutoff table 73 blows air from the blow hole 82 formed in the upper surface. Similarly to the blow hole 75 of the first breaking table 71, the sheet glass 90 does not contact the second point by the air blown from the blow hole 82. After the breaking unit 50 reaches the predetermined longitudinal position, the breaking holding portion 56 is lowered to place the plate glass 90 on the second breaking table 73, and the plate glass 90 is released. Hold. The position of the breaking unit 5〇 at this time is shown in Fig. 6. The predetermined longitudinal position indicated here is the cutting line 94 and the second breaking stage 73 after the sheet glass is held 9 (post) The trailing edge of the breaking member 86) is uniform and the rear ear portion 98 is located in the longitudinal direction of the second branching groove 80. Further, the second branching table 73 is placed on the sheet glass 9〇 when the sheet glass is placed thereon. The right cutting line 91 and the left cutting line 92 are respectively opposite to the right edge and the left edge of the second breaking table 73 (the right edge of the right breaking member 87 and the left breaking member) The side edge is the same. Further, while the breaking unit 5 is placed on the second branch opening 73, the second breaking table 73 stops the air blowing from the blowing hole 82, and the second lower adsorption pad The device μ fixes the plate glass 90 to the second branching table 73 by adsorbing the underside of the glass plate 20 201219325 glass 90 by the lower adsorption pad 83. Thereafter, the breaking unit 50 is used to break the holding portion %. In the above, the cutting unit 5G can transfer the sheet glass 90 in the same manner as in the case of (4), because the cutting unit 5G can not only cut the sheet glass 9G, but also cuts the cutting device. Since the transfer of the plate glass 90 can be performed by the cutting unit 20 or the breaking unit 5, it is not necessary to provide an individual conveying unit or the like in the cutting and breaking device 1 . The rear left and right splitting operations are mainly performed by the breaking unit 5A. After the transporting operation in the breaking, the breaking unit 50 lowers the rear breaking rod 53 and applies a force to the ear portion 98 after the plate glass 90 from above. In addition, as described above, in the transfer operation during the disconnection The breaking rod 53 is located vertically above the rear ear portion ^ so that no special alignment action is required, and the force can be applied to the rear ear portion 98 as long as the rear breaking (four) is lowered. After that, the breaking unit it 50 causes the rear breaking lever 53 to rise and returns to the original position: the height position, and moves to the upstream side a little. The reason why the breaking is earlier and 50 is moved to the upstream side as described above, For the right split bar % and the left split bar 55, the right ear portion 95 and the left ear portion % can be respectively covered. In addition, the position of the knife break unit 50 after moving is in the front break operation description. The unit is in the standby position. The rear knife unit 50 lowers the right and lower rods 54 and 55, and applies force to the right ear 95 and the left ear from the top, and then 21 201219325 from the board. The glass is broken 9 inches. After the right ear portion 95 and the left ear portion 96 are separated, the right and horizontal breaking bars 54 and 55 are raised to return to the original height position. Finally, the second lower adsorption pad device 84 stops the adsorption of the lower adsorption pad 83 to the plate glass 90, and the second branching table 73 again starts the air blowing from the upper blowing hole 82, and the plate glass 9 is cut from the cutting and breaking device (10). Move out. The method of carrying out the sheet glass 90 can be considered in various ways. For example, a belt conveyor is disposed between each of the second plate-like members 81, and the plate glass 90 is carried out by the belt conveyor mounting plate glass 90. Further, the sheet glass 9A can be floated by the air blown from the person outlet hole 82 of the second fracture, and the sheet glass % can be carried out by sliding it in the downstream direction. Further, the plate glass 90 is held in the downstream direction by the breaking unit 5 (8). Stomach® or above The end of the 'cutting operation, the post-cutting transfer operation, the pre-disconnection work, the transfer operation during the break, and the rear left and right break operation. From the respective operations, the ear portions 95 to 98 are separated, and the sheet glass 9 which is formed into a size is carried out in the next step (device). Further, in the present embodiment t'A, it is easy to understand that the cutting unit 2() is not actuated by the breaking unit 5, but the cutting and breaking device (10) is configured to be disconnected by the breaking unit 50. At the same time as the work after the work, the work after the cutting operation of the secondary-cycle is performed by cutting the p2G. As described above, by performing each work in parallel, it is possible to perform an efficient (four) breaking operation. The above-described cutting and cutting device 1 of the present embodiment is described above. In the above, the case where the ear portion 97 is dropped to the eighth working slot 79 and is collected by the collecting box or the bucket (not shown) is described. However, it is also possible to provide a tough and tough ear portion 97 below the knife 丨22 201219325 breaking slot 79. More specifically, when the ear portion that was broken before the board surface = wide-discharge device is not dropped and the protective film is attached below, the ear portion 1 is used to be broken. . The film peeling device refers to the film peeling device referred to herein as the ear portion of the ear portion 97 before being cut off, and the ear portion is pulled away from the film when the plate glass = body = moving. The film of the plate glass is integrated into: the film peeling device functions as a function, and the ear portion of each ear piece to be broken is separated from the other ear portions, and the present embodiment is configured to be In other words, according to the cutting and breaking device 100 of the present embodiment, the film peeling device can be provided. Although the embodiment of the present invention has been described with reference to the drawings, the specific embodiment is specifically constructed. 'Even if there is a design change or the like that does not deviate from the gist of the present invention, it is included in the present invention. For example, in the embodiment, the front breaking rod partially breaks the front ear', and the rear ear portion is broken by the rear breaking rod. Even if the front ear portion and the rear ear portion are separated by the __ breaking rod, it is also included in the present invention. The cutting and cutting device for the sheet glass according to the present invention can be good because: The rate of cutting work to the breaking operation, so the technical division of the cutting and cutting device in the plate glass The Department useful. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded perspective view showing a cutting and breaking device according to an embodiment of the present invention. 23 201219325 Fig. 2 is a view showing a state in which the cutting and cutting device according to the embodiment of the present invention is in a state of being in a standby state at a standby position of the cutting unit. Fig. 3 is a plan view showing a cutting and cutting device according to an embodiment of the present invention, in which the position of the cutting unit after the formation of the right cutting line and the left cutting line is cut!! 4 is a cutting and cutting according to an embodiment of the present invention. The top view of the device, the picture of the state in which the plate glass is transported to the third branch. A plan view of a cutting and breaking device according to an embodiment of the present invention, in which the 'f兀 moves to the upstream side after the breaking operation. Figure 6: Sergeant double nn _>• by ^ ^ At _ . The division unit transports the plate glass to the [main component symbol] 10 gantry 20 cutting unit 21 cutting moving frame 22 longitudinal cutter 23 cross cutter 24 cutting Holding portion 33 Adsorption pad 40 Cutting plate 41 Air hole 50 Breaking unit 51 Breaking moving frame 24 201219325 52 53 54 55 56 65 70 71 72 73 79 80 90 91 92 93 94 95 96 97 98 100 Before breaking the rod Breaking rod Right dividing rod Left dividing rod Breaking holding part Adsorption pad breaking table 1st branch Middle section Breaking station 2nd branching stage 1st branching trough 2nd broken groove plate glass Right cutting line left Cutting line before cutting line, cutting line, right ear, left ear, front ear, ear, cutting and cutting device 25