M362211 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種玻璃置放架，尤其係一種具有可翻 轉功能之玻璃置放卡匣。 【先前技術】 一般用於製作LCD液晶顯示器的玻璃基板多呈矩形片 狀，且玻璃基板具有易碎的特性，因此，玻璃基板於移動 搬運與放置儲存時，都需要相當的小心謹慎，稍稍不慎就 會造成玻璃基板破損或產生裂痕而造成損失。 為了能有效率地移動搬運以及放置儲存玻璃基板，目 =係採機械搬運的方式多於人工搬運，以減少人為因素所 &成的知失，並且配合一種可逐層置放玻璃基板的玻璃置 放卡匣’即可快速有效地利用機械搬運存放玻璃基板。 現有之玻璃置放卡匣，請參照第八圖，係具有一矩形 立方體之支架（5G)，且於支架（5Q)之—側形成開放式之玻璃 置放側，於支架（5〇)上與玻璃置放側相鄰之兩側則採直立 方式叹置有複數對之支桿（51)，且各對支桿（51)上於相對應 之位置上相向伸出複數根支撐件（52)，且於各支撐件（52)上 係套設一橡皮勃i λ )，則玻璃基板係利用機械手臂撐起後 ’以水平移動方4 @ 將“甘 式穿人同一平面之各支標件（52)上方，再 將破璃基板緩& 又牛下直至抵靠到各支撐件（52)上之橡皮 塾（53) ’ U防止破璃碰撞 械手臂再k ) ^破損，然後，機 以可升)外’並持續搬運其他玻璃基板，並 二放置破螭基板於不同水平面之各支撐件（52) 3 M362211 上，以達到搬運儲存玻璃基板之目的。 然而，現有之玻璃置放卡匣係具有下述之缺點： 1.現有之玻璃置放卡匡，其支撐件（52)與橡皮墊（53)為 固定式的設置方式，且橡皮墊（53)亦無法相對於支撐件（52) 轉動，所以，玻璃基板的放置方式係必須利用機械手臂先 將玻璃基板抬高並平行穿入支架（5〇)後，再將玻璃基板置 放在支撐件（52)上後下降退出，因此，各水平面之各支撐 件（52)之間必須間隔一大段距離，以提供機械手臂移動。 2.現有之玻璃置放卡匣’於放置玻璃基板後，僅能採 水平方向或垂直方向移動’而無法翻轉，目此，使得玻璃 基板於送料過程中受到運送方式的限制。 【新型内容】 由於現有之破璃置放卡£於各不同水平面上之各支擇 桿件必須間隔一大段距離，而使支架的使用效能不佳，同 時、’因支揮桿件與橡皮塾的型態與設置方式，@導致支架 無法翻轉而於搬】重A主& ^M362211 V. New description: [New technical field] This creation is about a glass shelf, especially a glass placement cassette with a flip function. [Prior Art] The glass substrates generally used for the production of LCD liquid crystal displays are generally rectangular in shape, and the glass substrates have fragile characteristics. Therefore, the glass substrates need to be handled with care and care when moving and placing and storing them. Caution can cause damage to the glass substrate due to breakage or cracking. In order to efficiently move and transport the storage glass substrate, the method of mechanical transportation is more than manual transportation, so as to reduce the human factors and the loss of the human body, and cooperate with a glass for placing the glass substrate layer by layer. By placing the cassette, you can quickly and efficiently use the mechanical handling to store the glass substrate. For the existing glass placement cassette, please refer to the eighth figure, which has a rectangular cube bracket (5G), and forms an open glass placement side on the side of the bracket (5Q) on the bracket (5〇). The two sides adjacent to the side on which the glass is placed are erected with a plurality of pairs of struts (51), and each pair of struts (51) project a plurality of support members at opposite positions (52). ), and a rubber rib i λ is placed on each support member (52), and the glass substrate is lifted by the mechanical arm, and then the horizontal movement is performed 4 @ @ Above the piece (52), the glass substrate is then slowed down and the cow is lowered until it reaches the rubber raft (53) 'U on the support members (52) to prevent the broken glass from colliding with the arm and then k) ^, then, The machine can be used to lift and store other glass substrates, and the substrate is placed on the support members (52) 3 M362211 at different levels to achieve the purpose of transporting the storage glass substrate. However, the existing glass is placed. The cassette has the following disadvantages: 1. The existing glass is placed on the cassette, and the support member (52) is The leather pad (53) is a fixed arrangement, and the rubber pad (53) cannot be rotated relative to the support member (52). Therefore, the glass substrate is placed in such a manner that the glass substrate must be raised and paralleled by the robot arm. After entering the bracket (5〇), the glass substrate is placed on the support member (52) and then descended. Therefore, each support member (52) of each horizontal plane must be separated by a large distance to provide robot arm movement. 2. The existing glass placement cassette 'can only be moved horizontally or vertically after placing the glass substrate' and cannot be turned over. Therefore, the glass substrate is limited in the manner of transportation during the feeding process. 】Because the existing broken glass placement card has to be separated by a large distance from each of the different horizontal planes, the performance of the bracket is not good, and at the same time, the type of the rod and the rubber raft State and setting mode, @cause the bracket can not be flipped and moved] heavy A master & ^
守又到角度上的限制，為解決前述之 題’本創作係提供—鍤由 種玻璃置放卡匣，係可免除支撐桿件 品間h —大段距離之 要並且间時可使支架於放置破璃 基板後’仍可穩固地翻轉，為達 手段如下述。 』尽割作之技術 創作係關於—種玻璃置放卡 加 —你包含： 木，係於相對之兩側以相互凡— 之支桿； 卞仃方式έ又有複數對 複數個轉輪組件 對支桿上，且各糙认 之方式分別設置於各 轉輪組件係包含-軸向平行支桿方向之轉 4 M362211 輪，且於轉輪之環面上係形成一環凹槽。 所述之玻瑪置放卡E，其中各轉輪組件係包含一平行 支桿設置之/心車由，且各轉輪組件之轉輪係於中心處形成 一穿孔並套設於中心軸上。 所述之玻璃置放卡£，其中各轉輪組件係進一步包含 - L型片體，且片體之—侧係抵#並設置於支桿上，另一 側則形成一軸孔以鎖設中心軸。 所：：玻璃置放卡其中中心軸係包含外徑 輪穿孔内fe之一逋邱， 碩°卩一連接頭部並穿設於轉輪穿孔内之 無螺紋段，以及—鎖設於轴孔内之螺紋段。 藉由上述之技術手段，本創作之玻璃置放卡匡，係於 ^ 支桿上設有複數個轉輪組件，且各轉輪組件之 準门…χ +仃玻璃基板方向轉動，因此，玻縣板僅需對 準同-水平面上各轉輪組件之轉輪 地滑入並設置於支架上， S Ρ了千穩 前述，所以，支桿上相鄰之 基板的方式改變如 列，以提高本創作之玻璃置放切之儲存放置效率排 面二:卜由於本創作之破璃置放卡®，係於各轉輪之产 固於同上此，破璃基板於推入支架後，即被卡 使丄tl 各轉輪之環凹槽上，如此當翻轉支年 基板仍會穩固地：水平轉至呈垂直對應時，破壤 基板於移動搬運的過程二:”直設置’而可使破場 r — 甲 了依需求調整翻轉角度。 【貫施方式】 圖，係包含 本創作之玻璃置放卡匠，請參照第 M3 62211 架（1 Ο)與複數個轉輪組件（2 〇)，其中： ' 支架（1 〇)係組成一矩形立方體，並於一側面形成開放 •式之玻璃置放側，且於支架（10)上相鄰於玻璃放置侧之二 側係以相互平行方式間隔设有複數對之支桿（1 1 )，請參照 弟一、二圖，各支桿（11)係呈開口朝外之门字型，且於各 對支桿（11)相向之一側上分別形成複數個相對應之定位孔 (110)，且相鄰之二定位孔（no)僅需間隔一個轉輪組件（20) 之間距； # 複數個轉輪組件（20)係分別設置於各對支桿（丨丨）上相向 之一側，且二支桿（11)上之各轉輪組件（2〇)係分別相互對應 ，各轉輪組件（20)係包含有一 L型片體（21)、一鎖固件（22) 、一中心軸（23)與一轉輪（24)，其中： 片體（21)係於相互垂直之二側面上分別形成一鎖固孔 (210)與一軸孔（211)，且片體（21)於設有鎖固孔（210)之一側 係抵靠於支桿（1 1) ’並使鎖固孔（2 1 〇)對應於支桿（丨丨）上之 疋位孔（1 1 0) ’而片體（2 1)於設有軸孔（2 1 1)之一側則平行於 ®破璃基板之方向； 請再參照第四圖，鎖固件（22)係穿設於片體（21)之鎖固 孔（210)與支桿（11)上之定位孔（11〇)内，並使片體（21)穩固 地鎖設於支撐桿（11)上； 中心軸（23)係以平行支桿（11)方向設置，並於一端形成 頭部’且連接頭部係形成無螺紋段，以及於中心軸之另端 係形成螺紋段，以鎖設於軸孔（22 1)内。 轉輪（24)之軸向係平行於支桿（丨丨），且為一種橡皮或塑 膠製之輪體’其中，轉輪（24)係呈工字型截面，並於中心 M362211 處形成一穿孔（2 4 Ο) ’以套設於中心轴（2 3)之無螺紋段上， .且穿孔（240)之内徑係小於中心軸（23)之頭部外徑，且於轉 .輪（24)之環面上係形成一環凹槽（241)，以提供放置玻璃基 板之空間。 於使用時’請參照第五、六圖，由於各對支桿（u )上 係相對應設有複數個轉輪組件（20)，且轉輪組件（2〇)之轉輪 (24)其自轉方向係平行於玻璃基板，因此，搬運移動玻璃 基板之機械手臂係可簡單地以滾筒式輸送裝置取代，且支 • 架（1〇)係可升降調整，並使輸送裝置上之玻璃基板對準同 一水平面上各轉輪組件（20)之轉輪（24)之環凹槽（24〇),即 可將玻璃基板平穩地平行送入支架（1〇)内，並穩固地卡設 於各轉輪（24)之環凹槽（240)上。 由於放置玻璃基板的方式改變如前述，因此，於支桿 (Π)上相鄰之二定位孔（u〇)之間僅需間隔一個轉輪組件 (2〇)之間距，而可以使支桿（n)上連續設置更多組的轉輪組 件（20)，以提尚本創作之玻璃置放卡匣之儲存放置效率。 • Λ外’請參照第七圖’本創作之玻璃置放卡匣，其呈 工字型的各轉輪（24)係於環面上形成環凹槽（24〇)，因此， 玻璃基板於推入支架（1〇)後，即被卡固於同一水平面上之 各轉輪（24)之環凹槽（24〇)上，因此，即便是翻轉支架⑽ 使原本呈水平對應之各對支桿（】1)翻轉至呈垂直對應，卡 固於各轉輪組件（20)上之玻璃基板亦會穩固地由水平設置 •。轉成垂直5又置，因而使破璃基板於移動搬運的過程中， 可依據實際需求調整翻轉之角度，以減少受到運送或儲存 方式上的限制。 7 M362211 【圖式簡單說明】 第一圖係本創作之局部外觀立體圖。 第二圖係本創作之局部放大立體圖。 第三圖係本創作之局部放大分解圖。 第四圖係本創作之局部放大剖面圖。 第五圖係本創作放置玻璃基板之示意圖。 第六圖係本創作放置玻璃基板之局部前視圖。Keeping the angle limit, in order to solve the above problem, 'this creation department provides 锸 锸 锸 种 种 种 种 种 种 种 种 种 种 种 种 种 种 种 锸 锸 锸 锸 锸 锸 锸 锸 锸 锸 锸 锸 锸 锸 锸 锸 锸 锸 锸 锸 锸 锸After placing the glass substrate, it can still be stably flipped, as shown below. 『The technical creation department of the cut-off is about the kind of glass-laying card plus—you include: wood, which is tied to the opposite sides to each other's poles; 卞仃 way έ and plural pairs of multiple runner assemblies The struts are arranged on each of the runner assemblies to include a 4 M362211 wheel in the direction of the axially parallel struts, and a ring groove is formed on the ring surface of the runner. The Boma placing card E, wherein each of the reel assemblies comprises a parallel struts/carriage, and the reels of each reel assembly form a perforation at the center and are sleeved on the central axis. . The glass placement card, wherein each of the runner assemblies further comprises an -L-shaped body, and the side of the body is attached to the support rod and the other side forms a shaft hole to lock the center. axis. The:: the glass placement card, wherein the central shaft system comprises one of the outer diameter wheel perforations, a non-threaded section that connects the head and is inserted in the perforation of the runner, and - is locked in the shaft hole Thread segment inside. According to the above technical means, the glass of the present invention is placed on the support rod, and a plurality of runner assemblies are arranged on the support rod, and the front door of each of the runner assemblies is rotated in the direction of the glass substrate, so that the glass The county board only needs to be slid into the runner on the same-horizontal surface of the runner assembly and placed on the bracket. S Ρ 千 前述 , , , , , , , , , , , , , , , , , , , , , , , , The storage placement efficiency of the glass placement and cutting of this creation is two: Bu, due to the creation of the glass-breaking card® of this creation, the production of each reel is fixed on the same as above, and the broken glass substrate is pushed into the bracket, The card is placed on the ring groove of each wheel of the runner, so that when the flip-up substrate is still stable: when the horizontal direction is turned to the vertical correspondence, the process of the ground-breaking substrate in the moving transport is as follows: "straight setting" can be broken Field r — A adjusts the flip angle according to the requirements. [Performance method] The figure is the glass placement card maker of this creation. Please refer to the M3 62211 frame (1 Ο) and the plurality of runner components (2 〇). Where: 'The bracket (1 〇) is composed of a rectangular cube and is shaped on one side The glass side of the open type is placed on the two sides of the bracket (10) adjacent to the glass placement side, and a plurality of pairs of poles (1 1 ) are arranged in parallel with each other. Please refer to the first and second figures. Each of the struts (11) has a door shape with an opening facing outward, and a plurality of corresponding positioning holes (110) are respectively formed on one side of each pair of struts (11), and the adjacent two positioning The hole (no) only needs to be separated by a wheel assembly (20); #plural wheel assembly (20) is respectively disposed on one side of each pair of struts (丨丨), and two struts (11 Each of the runner assemblies (2〇) respectively correspond to each other, and each of the runner assemblies (20) includes an L-shaped body (21), a lock (22), a central shaft (23) and a turn The wheel (24), wherein: the sheet body (21) is formed on a pair of mutually perpendicular sides to form a locking hole (210) and a shaft hole (211), and the sheet body (21) is provided with a locking hole (210). One side of the side is against the strut (1 1) 'and the locking hole (2 1 〇) corresponds to the boring hole (1 1 0) on the strut (丨丨) and the flake (2 1 ) with a shaft hole (2 1 1) The side is parallel to the direction of the glazing substrate. Referring to the fourth figure, the locking member (22) is threaded through the locking hole (210) of the body (21) and the positioning hole on the struts (11). 11〇), and the sheet body (21) is firmly locked on the support rod (11); the central shaft (23) is arranged in the direction of the parallel strut (11), and forms a head at one end and the joint Forming a non-threaded section, and forming a threaded section at the other end of the central shaft to be locked in the shaft hole (22 1). The axial direction of the runner (24) is parallel to the strut (丨丨), and It is a rubber or plastic wheel body. Among them, the runner (24) has an I-shaped cross section, and a perforation (2 4 Ο) ' is formed at the center M362211 to be set on the central axis (23). The inner diameter of the perforation (240) is smaller than the outer diameter of the head of the central shaft (23), and a ring groove (241) is formed on the annulus of the rotating wheel (24) to provide placement. The space of the glass substrate. When in use, please refer to the fifth and sixth figures. Since each pair of struts (u) is correspondingly provided with a plurality of runner assemblies (20), and the runner assembly (2 〇) of the runners (24) Since the rotation direction is parallel to the glass substrate, the robot arm for transporting the moving glass substrate can be simply replaced by a drum type conveying device, and the support frame can be adjusted up and down, and the glass substrate pair on the conveying device can be The ring grooves (24〇) of the runner (24) of each runner assembly (20) on the same level surface can smoothly feed the glass substrates into the brackets (1〇) in parallel, and are firmly stuck in each The ring groove (240) of the runner (24). Since the manner of placing the glass substrate is changed as described above, only one wheel assembly (2〇) is required to be spaced between the adjacent positioning holes (u〇) on the strut (Π), and the strut can be made (n) A plurality of sets of runner assemblies (20) are continuously disposed to improve the storage placement efficiency of the glass placement cassette of the present invention. • Λ ' 'Please refer to the seventh picture 'The glass placement cassette of this creation, the each of the I-shaped runners (24) is formed on the torus to form a ring groove (24 〇), therefore, the glass substrate is After being pushed into the bracket (1〇), it is clamped on the ring groove (24〇) of each wheel (24) on the same horizontal surface, so even if the flip bracket (10) makes the horizontally corresponding pairs The rod (] 1) is flipped to a vertical correspondence, and the glass substrate fixed to each of the runner assemblies (20) is also stably set horizontally. Turning into vertical 5 and then setting, so that the glass substrate can be adjusted in the process of moving and transporting according to actual needs, so as to reduce the restrictions on the way of transportation or storage. 7 M362211 [Simple description of the diagram] The first picture is a partial external perspective view of the creation. The second figure is a partially enlarged perspective view of the present creation. The third figure is a partial enlarged exploded view of the creation. The fourth figure is a partial enlarged sectional view of the present creation. The fifth figure is a schematic diagram of the glass substrate placed in the present creation. The sixth figure is a partial front view of the glass substrate placed in this creation.
第七圖係本創作放置玻璃基板後翻轉支架之前視圖。 第八圖係現有玻璃置放卡匣之外觀立體圖。 【主要元件符號說明】 (1 1)支桿 (20)轉輪組件 (210)鎖固孔 (22)鎖固件 (24)轉輪 (241)環凹槽 (51)支桿 (53)橡皮墊 (10)支架 (1 10)定位孔 (21)片體 (21 1)軸孔 (23)中心轴 (240)穿孔 (50)支架 (52)支撐件The seventh figure is the front view of the flipped bracket after the glass substrate is placed. The eighth figure is a perspective view of the appearance of the existing glass placement cassette. [Main component symbol description] (1 1) Strut (20) Rotary wheel assembly (210) Locking hole (22) Locking device (24) Rotating wheel (241) Ring groove (51) Strut (53) Rubber pad (10) Bracket (1 10) Positioning hole (21) Sheet (21 1) Shaft hole (23) Center shaft (240) Perforation (50) Bracket (52) Support