1299999 九、發明說明： 【發明所屬之技術領域】 -種羽毛自動分離機的伽，係綱毛放置㈣毛減架，利用 重量壓塊綱毛推⑼切㈣合板，因騎合财__侧毛大小的 以）納羽毛’使羽毛固定。當交流馬達旋轉帶動®形羽毛挾持 =動，使皁支羽毛分離，並利用真空氣體吸住羽毛旋轉；當旋轉18〇 二、切斷真工氣體’利用羽毛的自重而掉在羽毛收集板上，以達到 自動分離的功能 ％ 41299999 IX. Description of the invention: [Technical field to which the invention belongs] - The gamma of the automatic feather separator, the locomotive of the genus (4), the reduction of the frame, the use of the weight of the briquettes (9), the cutting of the (four) plywood, the riding of the __ side The hair size of the feathers 'fixes the feathers. When the AC motor rotates to drive the shape of the feather to hold the movement, the soap is separated, and the vacuum gas is used to suck the feather to rotate; when the rotation is 18, the cutting off the real gas 'uses the weight of the feather and falls on the feather collecting plate. To achieve automatic separation function % 4
【先如技術】 必須以自動化機器能夠自 目前羽毛分離的方式，採用人力在整堆的羽毛群中—支一支 挑檢分離，沒有效率且人工成本高，因此， 動分離羽毛，以提高企業的競爭力。 【發明内容】 羽毛球上的羽毛w鵠毛經衝壓模具加工而成，因此，形狀大小 ^支=完毛ΐ整個堆疊在—起’但是裝配成羽毛球時，必 毛受到本身靜電的影響會互相吸住，不易分離，同 C被破壞·’因此，目前是採用人工分離 ::的 才能成 功 =:，人力相當龐大;如果採用自動化機器自動分離羽: ^以即仙^大的成本’但是機器必須克服羽毛特性之問題， 本創作所欲解決的技術問題與手段為： 必須採用重量壓塊 羽毛的重量輕，不會因自重而往下移動，因此， 使羽毛下滑。 2.羽毛受靜電而互相吸住，不易分離，因此，設 使单支羽毛能夠掉入圓形羽毛挾持器的半圓形槽内；同時=用真 5 1299999 空壓力將羽毛吸住，當圓形羽毛挾持器轉動時，而與整堆羽毛分開。 3.當圓形羽毛挾持器旋轉度時，真空壓力被真空氣體限^^切 斷，此時，沒有真空壓力吸住而靠羽毛的自重掉下在收集板上。 本創作發明的功效可以取代人力之羽毛分離的方式，節省人力成 本，提高生產效率，增加企業的競爭力。 【實施方式】 第-圖是羽毛自動分離機的整體組合圖，主要元件為：⑴羽毛推 叠架10與羽毛位置定位板U，（2)羽毛形狀適合板12，_形羽毛扶 =器’其右端切割成4等分的半圓型槽131，⑷交流馬達18與斜齒 f 16。將羽毛整堆剩在羽毛推独1()，使_毛位置定位板^將羽 _重龍塊19壓住羽毛使之往下鶴，讓羽毛進入羽毛形 =5板=制。真空氣體是由垂直續板2()的真雜力輸入孔 卵^二經圓形羽毛挟持器13内部的通道，真空氣體會流到半圓 孔。交流馬達18轉動，利用兩個斜齒輪16帶動圓形羽 轉，#半圓形槽131與羽毛形狀適合板12密合時，單 样内，二半圓形=槽内’利用真空吸力將羽毛吸附在半圓形131 “空壓力：13旋轉。當旋轉180度時’切 離。角度分te η自重掉在缝14 ;如此，就可靖羽毛分 器，以^轉動_可她刺毛旋轉的角度位置，將訊號送到控制 的時使馬達在羽毛掉下的瞬間停止，讓羽毛有足夠 * 形⑶槽有3個氣孔丄槽，剛好可以容納羽毛的骨幹;半圓 吻相通;亦即，圓料二了由内部的氣體通道134與另-表面氣孔 形成真空氣體的管路通道1=4連接表面的兩個氣謂魯 圓形槽氣孔132吸住羽^。 *真空氣體產生時，真空壓力在半 ^ 的真空氣體限制環21，在環形的中間切割-個180 1299999 度的凹禅门 曰’因此，真空氣體被限制在此凹槽211内流動。 形羽13與真__21的組合圖，圓 2個氣孔n吉t表面分別有4個對稱的表面氣孔133，必須有 真空氣體限制環21的凹槽211内；當真空壓力進入到 形氣孔二9而Γ日寸’真空氣體經過表面氣孔I33流到另外-個半圓 氣孔133_7羽毛；圓形羽毛挾持器13旋轉到—定角度後，表面 遮斷，此時，切斷了真空氣體的流動，因此，羽 乇囚自重而掉洛在羽毛收集板14。[Before technology] It is necessary to use artificial manpower to separate from the current feathers in a way that the automated machine can be separated from the current feathers. It is inefficient and labor costly. Therefore, the feathers are separated to improve the enterprise. Competitiveness. [Summary of the Invention] The feather w鹄 hair on the badminton is processed by a stamping die. Therefore, the shape and size of the brace = the end of the pile are all piled up in the 'but' but when assembled into a badminton, the hair will be sucked by the influence of the static electricity itself. Live, not easy to separate, and C is destroyed. 'So, the current use of manual separation:: can be successful =:, the manpower is quite large; if using automated machines to automatically separate the feathers: ^ to the cost of the fairy ^ big but the machine must To overcome the problem of feather characteristics, the technical problems and means to be solved by this creation are as follows: The weight of the weight of the feather must be light, and it will not move downward due to its own weight, thus causing the feather to slide down. 2. Feathers are attracted to each other by static electricity and are not easy to separate. Therefore, it is set so that a single feather can fall into the semicircular groove of the circular feather holder; at the same time, the feather is sucked by the true 5 1299999 air pressure. When the feathered feather holder rotates, it is separated from the whole pile of feathers. 3. When the circular feather holder rotates, the vacuum pressure is cut off by the vacuum gas. At this time, no vacuum pressure is absorbed and the weight of the feather falls on the collecting plate. The effect of the invention can replace the way the man feathers are separated, saving manpower costs, improving production efficiency, and increasing the competitiveness of the enterprise. [Embodiment] The first figure is the overall combination diagram of the feather automatic separating machine. The main components are: (1) feather push frame 10 and feather position positioning plate U, (2) feather shape suitable for plate 12, _ shape feather support = device' The right end is cut into four equally divided semicircular grooves 131, (4) alternating current motor 18 and helical teeth f16. Put the feathers in the pile and push the feathers to the sole 1 (), so that the _ hair position positioning plate ^ will feather the _ heavy dragon block 19 to press the feathers to the lower crane, let the feathers enter the feather shape = 5 plate = system. The vacuum gas is made by the true force input hole of the vertical slab 2 (). The egg passes through the passage inside the circular feather holder 13, and the vacuum gas flows to the semicircular hole. The AC motor 18 rotates, and the two helical gears 16 drive the circular feather turn. When the semi-circular groove 131 is in close contact with the feather shape suitable plate 12, the inside of the single sample, the two semicircles = the groove, the feather is used by vacuum suction. Adsorption in semi-circular 131 "Air pressure: 13 rotation. When rotated 180 degrees, 'cut away. Angle angle te η self-heavy in the seam 14; so, you can Jing feather splitter, ^ turn _ can her bristles rotate The angular position, when the signal is sent to the control, the motor stops at the moment the feather falls, so that the feather has enough * shape (3) slot has 3 air holes, just enough to accommodate the feather backbone; semi-circular kiss communication; that is, The round material 2 is formed by the inner gas passage 134 and the other-surface pore forming vacuum gas pipeline channel 1 = 4 connecting surface of the two gas-like circular circular groove vents 132. The vacuum gas is generated when the vacuum is generated. The vacuum gas restricting ring 21 at half pressure cuts a concave zen sill of 180 1299999 degrees in the middle of the ring. Therefore, the vacuum gas is restricted to flow in this groove 211. Combination of the feather 13 and the true __21 , round 2 pores n ji t surface has 4 symmetrical surfaces The hole 133 must have a recess 211 of the vacuum gas restricting ring 21; when the vacuum pressure enters the shaped air hole 2 and the vacuum gas flows through the surface air hole I33 to the other semi-circular air hole 133_7 feather; the circular feather holding After the device 13 is rotated to a fixed angle, the surface is interrupted. At this time, the flow of the vacuum gas is cut off, and therefore, the feathers are suspended from the feather collecting plate 14.
以上所述實施_為制本_之技術思想及特點 ，並非用以限 =本創作’故驗本創作所揭示之精神所作之變更或等效元件之置 換’仍應隸屬本創作之範嘴。 、、由以上詳細制，可使熟知本項技藝者明瞭本創作的斜達成前 述的目的，實哺合專利法之規定，爰提出專利申請。 【圖式簡單說明】 圖 圖 限制環的組合圖 第一圖羽毛自動分離機的整體組合 第二圖圓形羽毛挾持器的詳細結構 第三圖中空型的真空氣體限制環 第四圖圓形羽毛挾持器與真空氣體 7 1299999 【主要元件符號說明】 (10)羽毛推疊架 (12)羽毛形狀適合板 (131)半圓形槽 (133)表面氣孔 (14)收集板 (16)斜齒輪 (18)交流馬達 (20) 垂直支撐板 (21) 真空氣體限制環 (11)羽毛位置定位板 (13)圓形羽毛挾持器 (132)半圓形槽氣孔 (134)氣體通道 (15)基板 (Π)角度分割板 (19)重量壓塊 (201)真空壓力輸入孔 (211)凹槽The above-mentioned implementation _ is the technical idea and characteristics of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ By the above detailed system, the person skilled in the art can understand that the purpose of this creation is to achieve the stated purpose, and to comply with the provisions of the Patent Law and to file a patent application. [Simple diagram of the diagram] Diagram of the combination of the restriction ring Figure 1 The overall combination of the feather automatic separator The second diagram The detailed structure of the circular feather holder The third diagram The hollow vacuum gas restriction ring The fourth figure round feather Holder and vacuum gas 7 1299999 [Main component symbol description] (10) Feather push frame (12) Feather shape suitable plate (131) Semi-circular groove (133) Surface air hole (14) Collecting plate (16) Helical gear ( 18) AC motor (20) Vertical support plate (21) Vacuum gas restriction ring (11) Feather position positioning plate (13) Round feather holder (132) Semi-circular groove air hole (134) Gas passage (15) Substrate ( Π) Angle dividing plate (19) Weight pressure block (201) Vacuum pressure input hole (211) groove