522128 發明說明（i) 當小料件的長度及直徑兩者尺寸相當接 =振動送料的方式來㈣，㈣得_定 =不順，而造成送料中斷或料件的堆擠、 巧的整列器，連接在振動送料機與加工站之:= 南壓氣體導人兩_柱體零件組合成的 ΐ道二Γ中圓Π娜，構成之圓錐體 之推力Γ衬生產生贺射乳流’因喷射氣流產生料件 之推力，小料件依序由人料口被推送至 到使小料件排列整齊移動的目的。 〃 ，達 整列器的分解圖如圖一所示，整 及出料和組合而成，入料部二 :固:：叫並以密她+:二： 形之接合面131及彳叩，阶L丄r — r ^ Μ卞固往 心入a ” 焉壓氣體外戌，高堡氣 體由入枓部η之高壓氣體人σ u =礼 151以螺紋固定於入口螺孔。 進，南壓乳嘴 •1-之>’且合剖面如圖二所示’螺检孔⑽由出 m 第4頁 522128522128 Description of the invention (i) When the length and diameter of the small material are fairly close to each other = the vibration feeding method is used, and the _ set = not smooth, which causes the interruption of the feeding or the stacking of the materials, a clever trainer, Connected between the vibrating feeder and the processing station: = South pressure gas guide two_Cylinder II composed of cylinder parts ΓMiddle circle Π Na, the thrust of the cone formed Γ Liner produces a milking stream due to injection The air current generates the thrust of the materials, and the small materials are sequentially pushed from the feeding port to the purpose of aligning and moving the small materials. 〃, the exploded view of the whole trainer is shown in Figure 1. It is made by integrating and discharging and combining. Feeding department 2: solid :: call and close to her +: 二: shaped joint surface 131 and 彳 叩, step L 丄 r — r ^ Μ 卞 is fixed into the core of a ”pressure gas, and the high-pressure gas is fixed to the inlet screw hole by the high-pressure gas σ u = 151 of the inlet η. Mouth • 1- 之 > 'and the cross-section is shown in Figure 2' Screw inspection hole ⑽ 由 出 m page 4 522128
料部12至入料部n鎖入，兩者卡央對準鑽穿， 送料^孔U3及123，小料件110由振動送料盤送至 料p 11之入料口 1 η，由此依序進入，由噴射氣流 產生的推力，使小料件經過入料部π之送料管113 及出料部12之送料管丨23，從出料部12之出料口 m，排列整齊的離開整列器，到達被加工位置，小 料件uo之輸送，用高壓氣體，從氣壓接頭入口 115 進入，高壓氣體經由通道15接引到入料部u及出 部12交接處。 ” 入料部11及出料部12交接處，放大如圖三所 =，在此交接處，人料部n從圓柱t央作出Feeding section 12 to feeding section n are locked in. The two card centers are drilled through, feeding ^ holes U3 and 123, and small feeding pieces 110 are sent from the vibrating feeding tray to the feeding opening 1 η of the feeding p 11. Sequential entry, the thrust generated by the jet air flow, make the small pieces pass through the feeding pipe 113 of the feeding section π and the feeding pipe 12 of the discharging section 丨 23, and from the discharge port m of the discharging section 12 are arranged in a neat row and leave the entire row The device arrives at the processing position, and the small material pieces uo are conveyed by high pressure gas from the pneumatic joint inlet 115, and the high pressure gas is led through the passage 15 to the intersection of the feeding portion u and the outlet portion 12. At the junction of the input section 11 and the discharge section 12, the enlargement is as shown in Figure 3. At this junction, the personnel section n is made from the cylinder t.
，出料部12在圓柱中央作出凹圓錐26，兩圓錐面 因尺寸差而構成由大至小的圓錐體漸縮氣隙⑽，並在 兩圓錐頂端處，保留薄圓盤狀氣隙21，由氣壓入口 115引入的高壓空^、，經通道15 ’導人圓錐體漸縮氣 :、在圓盤狀亂隙21處’產生噴射氣流，推動出 =送料f 123内的小料件⑽前進，並因小料件 的移動，而產生小料件1102後方之直空， 2件_前進，直達出料部之出料Dm，依序整 背排列，自動進入被加工位置。The discharge part 12 has a concave cone 26 in the center of the cylinder. The two cone surfaces form a tapered air gap ⑽ from large to small due to the difference in size. At the top of the two cones, a thin disc-shaped air gap 21 is retained. The high-pressure air introduced by the air pressure inlet 115 passes through the channel 15 'to guide the cone to shrink gas: the jet airflow is generated at the disc-shaped chaos 21', pushing the small material pieces in the feed = 123 forward As a result of the movement of the small material pieces, there is a straight space behind the small material piece 1102. 2 pieces_ forward, directly to the discharging Dm of the discharging part, are arranged in order, and automatically enter the processed position.
522128 五、發明說明（3) (三）符號說明 整列器之入料部11 小料件 110、1101、1102 入料口 111 入料部送料管113 高壓氣體入口 115 ： 整列器之出料部12 出料口 121 ψ 出料部送料管123 密封環13 入料部圓柱接合面131 出料部圓柱接合面132 固定螺栓14 固定螺栓孔140 高壓氣體通道15 氣嘴151 凸錐面16 ® 圓盤狀氣隙21 凹錐面2 6 圓柱體漸縮氣隙66 第6頁 522128 圖式簡單說明 (四）圖示說明 圖一氣體輸送小料件之整列器分解圖 圖二氣體輸送小料件之整列器組合圖 圖三圓錐體漸縮氣隙之放大圖 liii522128 V. Description of the invention (3) (3) Symbol description of the feeding section of the column 11 Small material 110, 1101, 1102 Feed port 111 Feeding pipe 113 High-pressure gas inlet 115: Feeding section 12 of the column Discharge port 121 ψ Discharge section feed pipe 123 Seal ring 13 Cylindrical joint surface of the inlet section 131 Cylindrical joint surface of the discharge section 132 Fixing bolt 14 Fixing bolt hole 140 High-pressure gas channel 15 Gas nozzle 151 Conical surface 16 ® Disc shape Air gap 21 Conical conical surface 2 6 Cylinder tapered air gap 66 Page 6 522128 Simple explanation of the diagram (four) Graphical illustration Figure 1 Exploded view of the arrangement of small parts for gas conveying Figure 2 Whole arrangement of small parts for gas conveying Combination diagram of the three cone enlarged air gap liii