M365217 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種篩分機，尤 電規及廢電線中的金屬與絕緣^種能將粉碎後之廢 法的乾式篩分機。 刀離，且採用乾式分離 【先前技術】 早期為了回收廢棄電纜、電線 西 多利用燃燒方式去除塑膠絕緣 的有饧至屬，人們大 ，人 ，， 宁Idioxin)有宝义 體，如今，人們大都採用較# σ人 叩平乂付❖ %保的粉 收處理該廢棄電纜及電線。 > 來回 該粉碎水洗法之實施方式，1 電線、電料以粉碎成細小碎粒，、並^^粉碎機將廢 膠絕緣層在粉碎作用下分離，接/使電線中的金屬與塑 行金屬與塑膠的篩選分離作業。 機進 該水洗式振動篩選機主要係利用馬達偏心驅動方式帶 動其水洗槽產生往復的振# _ . ^ 设的振動，將廢棄電纜及廢電線粉碎德 之’“物倒入该水洗槽中，在水洗槽往復振動作用下 用金屬比重大、較不易受水流影響之原理，使金屬於振動 中往高處移動’而塑膠絕緣層相較於金屬，其比重小，易 f水流影響’ t隨水流-起流向水洗槽低處。因此，該水 洗式振動篩選機得以將混合一起之金屬與塑膠予以篩選分 離，進而回收可再利用之有價金屬。 刀 然，則述粉碎水洗法雖提供一種較符合環保的處理廢 M365217 電纜、電線的金屬回收方式 有以下問題，其中： 然其在實際使用操作上存在 ι_影響金屬品質’利用水洗式振動，選機分離金屬盥 塑膠時’因金屬經浸泡過水後易於氧化，而降低金屬： 質’以致會降低該回收金屬的㈣，減少回收處理業者： 有的利潤； … 2.分離效果*佳’該水洗式振㈣選機於操作時 係採取雙向分離方式，由於廢電線粉碎後的混合物中 存有未分離的電線碎塊，在分離處理的過程中，該未 的電線碎塊會摻雜於金屬或塑膠，故無法達到有效分二产 理。 灸 3·容易造水污染’該水洗式振動篩選㈣使用時 金屬及塑膠材料均浸泡於水中，7"因而含有金屬 加裝廢水處理，會有水污染之情事。 【新型内容】 本創作之主要目的在於提供一種乾式師分機，希 ==用水洗式分離法容易影響金屬品質、分：效 果不仫且谷易造水污染之問題。 為達前揭目的，本創作提供一種乾式筛分機，其包 一機體； 一筛選裝置’其包含-篩網、桿及二可調 板’該篩網可移動地設置於該機體上方，且該筛網呈左4 右低且前高後低之歪斜面狀態，並於左側形成—入料 右側形成出料區’該固定桿前後向地裝設於該薛網之出μ M365217 〇 ’ 二導板可移動地且可調整角度地襞設於該固定 杯上，並將出料區依前後次序隔成一金屬落料口、— 離材料落料口及一絕緣材料落料口； 刀 用以驅動該篩選妒 用以自該機體内朝 一振動裝置’其裝設於該機體内 置之筛網作水平方向往復振動；以及 一鼓風裝置，其裝設於該機體内 該篩網吹送氣流。 由上述可以得知，本創作主要將廢電線粉碎後之碎 混合物自該鋪理继¥ % — 粒 币、裝置師網之入料區倒入，藉由振動裝 該痛網水平往；f复士氏& 、， 卜 # I设振動，亚以該鼓風裝置產生由下向該筛網 人达之氣机，藉氣流將該廢電線粉碎後混合物中的絕緣 料與金屬分離，因、、日人私+ 、 U此此合物中之金屬及絕緣材料可分別 動至該金屬落料口及絕緣材料落料口。 因此本創作有以下三點優點： 1 ·防止金屬沾水氧化’本創作採用乾式分離法，故廢 電線中之金屬不會接鏑5丨P ^ ^ 接觸到水而氧化，因而可避免金屬變 色、變質’進而獲得較佳的回收價格； :2.刀離效果佳，本創作利用廢電線内金屬與塑膠絕緣 材料比重不同之原理’ #呈歪斜面狀態之_網及鼓風裂置M365217 V. New description: [New technical field] This creation is about a sieving machine, especially the metal and insulation in the electric gauge and waste wire, which can be used as a dry sieving machine after pulverization. Knife separation, and dry separation [prior art] In the early days, in order to recycle discarded cables and wires, the use of combustion methods to remove plastic insulation is a genus. People, people, and Idioxin have treasures. Today, most people Dispose of the discarded cable and wire with a powder that is more than #σ叩叩乂乂❖%保. > Back and forth the embodiment of the pulverization washing method, 1 wire and electric material are pulverized into fine granules, and the pulverizer separates the waste rubber insulation layer under the pulverization, and connects/make the metal and the plastic line in the wire Screening and separation of metal and plastic. The machine is mainly driven by the eccentric driving method of the motor to drive the water washing tank to generate the reciprocating vibration of the vibration. The waste cable and the waste electric wire are crushed and the object is poured into the washing tank. Under the reciprocating vibration of the washing tank, the metal is more important and less susceptible to the influence of the water flow, so that the metal moves to a higher position in the vibration. The plastic insulating layer has a smaller specific gravity than the metal, and the water flow influence is easy. The water flow-flows to the lower part of the washing tank. Therefore, the water-washing vibrating screening machine can filter and separate the mixed metal and plastic, and recover the reusable valuable metal. The knife-washing method provides a comparison. Environmentally friendly waste M365217 The metal recycling method for cables and wires has the following problems, among which: However, there are ι_affecting metal quality in actual operation. 'Using water-washing vibration, when separating metal enamel plastics' due to metal immersion It is easy to oxidize after passing water, and the metal is reduced: so that it will reduce the recycled metal (4), reduce the recycling industry: some profits ; 2. Separation effect *Good 'The water-washing vibration (4) machine is operated in a two-way separation mode. Since the waste wire is pulverized, the mixture has unseparated wire fragments, during the separation process, Unused wire fragments can be doped with metal or plastic, so it can not achieve effective sub-production. Moxibustion 3. Easy to make water pollution 'The water-washing vibration screening (4) Metal and plastic materials are immersed in water when used, 7" Containing metal to install wastewater treatment, there will be water pollution. [New content] The main purpose of this creation is to provide a dry division extension, Xi == water washing separation method is easy to affect metal quality, points: effect is not good and valley The problem of water pollution is easy. In order to achieve the goal, the present invention provides a dry screening machine, which comprises a body; a screening device comprising: a screen, a rod and two adjustable plates. The screen is movably The screen is disposed above the body, and the screen is in a state of being left 4 right and low, front high and low, and forming on the left side - forming a discharge area on the right side of the feeding material. The fixing rod is installed in the front and back of the fixed net. The M365217 二' two guide plates are movably and angularly mounted on the fixed cup, and the discharge area is separated into a metal drop opening, a material blanking opening and an insulating material. a hopper for driving the screen for reciprocating vibration from the inside of the body toward a vibrating device 'the screen installed in the body; and an air blowing device installed in the body The screen blows the airflow. It can be known from the above that the creation mainly divides the shredded mixture after the scrap wire is crushed from the feeding area of the paving machine, and the pain is loaded by the vibration. The level of the net goes; f fushi &,, 卜# I set the vibration, and the blasting device produces the air machine from the bottom to the screen, and the insulating material in the mixture is pulverized by the air stream. Separation from metal, due to, Japanese, private, and U. The metal and insulating materials in this compound can be moved to the metal blanking port and the insulating material blanking port respectively. Therefore, this creation has the following three advantages: 1 · Prevent metal from water oxidation. 'This creation uses dry separation method, so the metal in the waste wire will not be connected to 5丨P ^ ^, which is oxidized by contact with water, thus avoiding metal discoloration. , deterioration, and then obtain a better recycling price; 2, the knife separation effect is good, this creation uses the principle of the difference in the specific gravity of the metal and plastic insulation materials in the waste wire '# 歪 斜 slope state _ net and blasting
產生之氣流將金屬與塑勝分 V T 土膠刀離’且分離不完全之混合物可 區隔進入未分離材料落口，進而收集後再重新處理； 3·無水污染’由於本創作採用乾式分離法，故篩分過 程中無廢水排放’故無水污染之問題。 【實施方式】 本創作係為關於一箱私_ 種乾式師分機，請參閱第一圖至第 M365217 五圖，其包含： '一機體（1 〇 )，其内具有裝設空—間； - 一師選裝置（20)’其包含一篩網（21)、一固定桿（25)及 二可調式導板（24)，該篩網（21)可移動地設置於該機體（1 〇) 上方’且該篩網（21)呈左高右低且前高後低之歪斜面狀 態，該篩網（21)於左側形成一入料區（22)及右侧形成一出 料區（23)，該入料區（22)用以供廢電線粉碎後之混合物置 入’該固定桿（25)前後向地裝設於該篩網（21)之出料區（23) φ 上方’該二導板（24)可移動地且可調整角度地裝設於該固 定桿（25)上，並將出料區（23)依前後次序隔成一金屬落料 口（231 )、一未分離材料落料口（233)及一絕緣材料落料口 (232)’用以供篩分後之金屬、未分離材料及塑膠落出； 一振動裝置（30)，其裝設於該機體（ίο)内，用以驅動 該篩選裝置（20)之篩網（21)作水平方向往復振動，藉以對 混合物形成慣性移位用；以及 一鼓風裝置（40) ’其裝設於該機體（10)内，用以自該機 鲁體（1 0)内朝該篩網（21)吹送氣流，使混合物中之塑膠與金屬 分離。 請參閱第四圖’該篩選裝置（20)之篩網（21)具有一框 .架（21υ及一網板（212)，該網板（212)裝設於該框架（211) *中，該網板（212)可為單一或二塊以上之板體，當該網板 (21 2)為二塊以上之板體時，可藉由板體間相互抵緊而迫緊 於框架（211)中’藉此去除板體間及框架（21彳）與網板（2 ^ 2) 間之空隙，以防止粉碎後之混合物掉落其中。又，該此板 體可為具有數個網孔之單一網片或數個網片推疊組合，其 6 M365217 中以數層網片堆疊組合於框架（21 i)中為最佳實施例。另 外’該篩選裝置（2〇>尚可進一步具有二滑動件（Ζ4ι)，該二— 滑動件（241)可滑移地裝設於該固定桿（25)上，並可藉螺絲 (242)迫緊定位於該固定桿（25)上’該二導板（24)分別裝設 於該二滑動件（241)上，並藉螺設於滑動件（241)上之調整 螺絲（243)調整導板（24)與滑動件（241)間的角度。 如第一圖至第三圖所示，該機體（1 〇)於右側可進一步 設有三個集料漏斗（26)(261)(262)，該三個集料漏斗 (26)(261)(262)分別對應設置於該出料區（23)之金屬落料口 (231)、未分離材料落料口（233)及絕緣材料落料口（Μ?) 處又，該機體（1〇)可於該篩網（21)上方加裝一集塵罩 (11),該集塵罩（ή)於對應該篩網（21)之入料區（22)設有一 入料口（111)’並另⑨有—個或—個以上之出氣口（112)，該 出軋口（1 12)用以接設抽氣設備用以抽取粉塵，該集塵罩 ()底端周、、彖可„又有帆布、塑膠布等軟質材料環設於該筛 、罔（21)周$ ’ 4集塵罩⑴）用以防止粉塵飛揚影響工作環 境。 請參閱第六圖及第七圖，該振動裝置（3〇)包含有一馬 達（31)、一傳動組件（35)、數個軸桿座（34)、一傳動桿（32) =-驅動桿（33)’該馬逹（31)裝設於該機體（1Q)内，該些軸 #座6又於機體⑽内並位於該筛選裝置（2〇)之筛網 (21)下，該傳動桿（32) g &丄 ()王左右軸向且可旋轉地裝設於該些 軸桿座（34)中，該馬達（31)具有— 該驅動心 軸配合該傳動組件（35)連接該傳動桿（32)，該傳動組件（35〉 或傳Μ輪組’該傳動桿（32卜端設有-偏 .M365217 心連接部（321)，該驅動桿（33)具有一位於—端之樞設部及 位於相對端之套接部（331)，該驅動卵3)以該樞設部柩接 該筛網⑵）之框架（211)，並以另端之套接部（331)框接該 傳動桿⑽之^連接部（321)，該馬達（31)藉傳動組件（35) 驅動該傳動桿（32) ’藉該傳動桿（32)之偏心連接部（321)使 該驅動桿（33)連帶該篩網（21)作往復動作。The generated airflow separates the metal from the plastic wins VT and the incomplete mixture can be separated into the unseparated material, and then collected and reprocessed. 3. Waterless pollution. Therefore, there is no problem of waste water discharge during the screening process. [Embodiment] This creation is about a box of private _ dry division extensions, please refer to the first figure to M365217 five diagrams, which contain: 'a body (1 〇), which has an empty space - between; A division device (20) includes a screen (21), a fixing rod (25) and two adjustable guide plates (24), and the screen (21) is movably disposed on the body (1 〇) Above the 'and the screen (21) is in the state of left high right low and front high and low low slope, the screen (21) forms a feeding zone (22) on the left side and a discharge zone on the right side (23) The feeding zone (22) is used for placing the mixture after the waste electric wire is pulverized into the 'fixing rod (25) installed in the discharge area (23) φ of the screen (21). The two guide plates (24) are movably and angularly mounted on the fixing rod (25), and the discharge area (23) is separated into a metal drop opening (231) in an orderly manner, and an unseparated material The drop opening (233) and an insulating material drop opening (232)' are used for the metal after the screening, the unseparated material and the plastic to fall out; a vibration device (30) is installed in the body (ίο) a screen (21) for driving the screening device (20) for reciprocating vibration in a horizontal direction, thereby forming an inertial displacement for the mixture; and an air blowing device (40) 'installed in the body (10) The air is blown from the screen (10) into the screen (21) to separate the plastic in the mixture from the metal. Referring to the fourth figure, the screen (21) of the screening device (20) has a frame (21 υ and a stencil (212), and the stencil (212) is installed in the frame (211)*. The stencil (212) may be a single or two or more slabs. When the stencil (21 2) is two or more slabs, the stencils may be pressed against each other by the plates (211). In the 'by this, the gap between the plates and the frame (21彳) and the stencil (2^2) is removed to prevent the pulverized mixture from falling. Further, the plate may have several meshes A single mesh or a plurality of mesh stacking combinations, in which a plurality of layers of mesh stacking are combined in the frame (21 i) in the 6 M365217 is a preferred embodiment. In addition, the screening device (2〇> There are two sliding members (Ζ4ι), the two sliding members (241) are slidably mounted on the fixing rod (25), and can be firmly positioned on the fixing rod (25) by screws (242)' The two guide plates (24) are respectively mounted on the two sliding members (241), and the adjusting screws (243) screwed on the sliding member (241) adjust the between the guiding plate (24) and the sliding member (241). The angle. As shown in the first to third figures, the body (1 〇) can further be provided with three collecting funnels (26) (261) (262) on the right side, and the three collecting funnels (26) (261) (262) Corresponding to the metal blanking port (231), the unseparated material unloading port (233) and the insulating material unloading port (Μ?) respectively disposed in the discharge zone (23), the body (1〇) can be A dust collecting cover (11) is arranged above the screen (21), and the dust collecting cover (ή) is provided with a feeding port (111) in the feeding area (22) corresponding to the screen (21) and 9 has one or more outlets (112), and the outlet (1 12) is used for connecting the suction device for extracting dust, and the bottom of the dust cover () is There are soft materials such as canvas and plastic cloth ringed on the screen and 罔(21) weeks $'4 dust cover (1) to prevent dust from flying affecting the working environment. Please refer to the sixth and seventh figures, the vibration device ( 3〇) includes a motor (31), a transmission assembly (35), a plurality of shaft seats (34), a transmission rod (32) = - drive rod (33) 'the horse's mast (31) is installed in the In the body (1Q), the axles #6 are located in the body (10) and are located Under the screen (21) of the screening device (2), the transmission rod (32) g & 丄 () king is axially and rotatably mounted in the shaft seats (34), the motor (31) having - the drive spindle is coupled to the transmission member (35) to connect the transmission rod (32), the transmission assembly (35> or the transmission wheel set 'the transmission rod (32 end is provided - partial. M365217 heart a connecting portion (321), the driving rod (33) has a pivoting portion at the end and a socket portion (331) at the opposite end, and the driving egg 3) is connected to the screen (2) by the pivoting portion) a frame (211), and a connecting portion (321) of the transmission rod (10) is framed by a sleeve portion (331) at the other end, and the motor (31) drives the transmission rod (32) by a transmission assembly (35)' The drive rod (33) is coupled to the screen (21) for reciprocation by the eccentric connection portion (321) of the transmission rod (32).
又，該機體（1〇)可$—步於裝設該.驅動桿（33)之側邊 設有數㈣性元件（12)，該些^件（12)接㈣篩網（21) 及該機體(10)，並可為彈簧或彈片等具回復彈性之構件， 該些彈性元件。2)可於該篩網(2”於振動時輔助拉引該篩 網（21)復位。 請參閱第十圖及第十一圖，該鼓風裝置（40)具有一馬 達⑷）、傳動組件⑷彳）、一傳動軸（42)、數個鼓風扇 (43)、數個風扇罩（44)及數個風量調節組件（46)，並可進一 步具有數個風向調整組件（45)，該些鼓風扇（43)於該機體 (1〇)内呈左右軸向排列設置，該傳動軸（42)穿設於該些鼓 •風扇(43)中，該馬達⑷)藉由該傳動組件(41”驅動該傳動 轴（42)，再由該傳動軸（42)驅動該些鼓風扇（43)，該些風扇 罩（44)分別套設於該些鼓風扇（43)上，並各具有出風口 (441)及進風口（442) ’進風口（442)形成於各風扇罩（44)側 *面該傳動軸（42)之貫穿處，出風口（441)朝上面向該篩選裝 置（20)之篩網（21)。 戎些風向調整組件（45)各具有一調整件（454)、一擋板 (452)及一樞柱（451) ’該些擋板（452)各藉一枢柱（451)可旋 轉地裝設於各風扇罩（44)之出風口（441)處，該些擋板（452) M365217 上各没有數個穿孔（453)，該些調整件（454)裝設於該機體 -(1〇)之丽側面，並各藉一-傘齒輪組（455)分別連接各樞柱 (451)，該些風向調整組件（45)可藉由旋轉調整件（454)以 凋整该擋板（452)之傾斜角度，藉以影響鼓風裝置（4〇)之氣 流方向。 • 該些風量調節組件（46)，各包含一調節件（461)及一調 即閥板（462)，該些調節件（461)裝設於該機體（1〇)前側並 延伸至各調節閥板（462)，該些調節闊板（462)分別設置於 籲各風扇罩（44)内，該些調節閥板（462)可為俯視時概呈匸形 狀，且側向套設於各風扇罩（44)内，各調節閥板（462)之兩 側於鄰近傳動軸（42)穿設處各形成一長槽（463)，使調整閥 板可避開該傳動軸（42)，並藉各調節件（461)之帶動而控制 進風口（442)大小，進而調傑出風大小。 本創作於使用時，先以粉碎機將廢電線、廢電纜粉碎 成碎粒混合物，請參閱第一圖、第四圖，另該些混合物自 集塵罩（11)入料口（ 11 Ί)倒入，使混合物置於該篩選裝置 籲（20)之4網（21)入料區（22)，請參閱第二、六、七圖，藉由 該振動裝置（30)帶動該篩選裝置（2〇)之篩網（21)作水平方向 之往復動作，並配合該篩網（21)之框架（21 1)與機體〇 〇)連 •結之彈性元件（1 2)之彈性回復力作用，利用該篩網（21)以 *左咼右低、前高後低之歪斜面狀態裝設方式，並以金屬與 塑膠材料比重不同特性產生於篩網（2彳）上的不同移動力， 另有鼓風裝置（40)自下方對該篩網（21)吹送氣流等作用， 如第十一圖，使篩網（21)入料區（22)之混合物於振動中朝 向較低的右側出料區（23)移動時，分離混合物之金屬與塑 M365217 膠γ第四圖’其中，混合物内之金屬自該金屬落料口 (231)落入對應之集料漏斗=(26)集中，塑膠則於絕緣材料落 ,()'各入對應之集料漏斗（262)集中，而分離未完全 之料會因移動特性介於金屬及塑膠之間，故會移動至金 屬^备^ 〇 (231)及絕緣材料落料口（232)中間之未分離材料 *料，（233)，未元全分離之碎料經由對應之集料漏斗pm) 2中後，可再由粉碎機重複粉碎，再重新由本創作之乾式 篩分機進行篩選分離作業。 八麗：Γ ’本創作藉乾式分離之方法，避免使廢電線内之 " ㈣水，進而防止金屬氧化而變質、變色進而影塑 该回收價格，且本創作 以普 重新進;Η· r八 3由收集未完全分離之碎料進而 重新進仃“，以達到最佳分離效果。 【圖式簡單說明】 :—圓係本創作乾式篩分機之前視平面示意圖。 弟一圖係本創作齡式餘八 第二圖r 77機之左側視平面示意圖。 第二圖係本創作乾式筛分機之右側視平面。 第四圖係本創作乾式篩分機取下 平面示意圖。 y、 後之俯視局部 第五圖係本創作設於筛網 局部示意圖。 < v扳構造之右側視 第六圖係揭示本創作振 圖。 裝置之刖視局部平面示意 第七圖係揭示本創作振動裝置之沿 位置之剖面示意圖。 /、圖7 7割面線 第八圖係揭示本創作振 裝置中傳動桿與驅動桿之俯 10 M365217 視平面示意圖。 裝置中傳動桿與驅動捍之左 苐九圖係—揭—示本創作振動 側視平面示意圖。 之前視局部平面示意 弟十圖係揭示本創作鼓風裳置 圖Moreover, the body (1〇) can be provided with a number of (four) elements (12) on the side of the driving rod (33), and the (12) (4) screen (21) and the The body (10) can be a resilient member such as a spring or a spring piece, and the elastic members. 2) The screen (21) can be assisted in pulling and resetting the screen (21) during vibration. Referring to the tenth and eleventh drawings, the air blowing device (40) has a motor (4)) and a transmission assembly (4) 彳), a transmission shaft (42), a plurality of blower fans (43), a plurality of fan covers (44) and a plurality of air volume adjusting assemblies (46), and further having a plurality of wind direction adjusting assemblies (45), The drum fans (43) are arranged in the left and right axial direction in the body (1〇), and the transmission shaft (42) is disposed in the drums and fans (43), and the motor (4) is driven by the transmission assembly (4) The drive shaft (42) is driven by the drive shaft (42), and the fan fans (43) are respectively driven by the drive shafts (42), and the fan covers (44) are respectively sleeved on the blower fans (43), and each has Air outlet (441) and air inlet (442) 'Air inlet (442) is formed at the side of each fan cover (44) on the side of the transmission shaft (42), and the air outlet (441) faces upward toward the screening device ( 20) The screen (21). The wind direction adjusting components (45) each have an adjusting member (454), a baffle (452) and a pivot post (451) 'the baffles (452) each borrow one Pivot column (451) can be rotated The rotating parts are installed at the air outlets (441) of the fan covers (44), and the baffles (452) M365217 are not provided with a plurality of perforations (453), and the adjusting members (454) are mounted on the body- (1〇) the flank, and each of the bevel gear sets (455) is connected to each of the pivot posts (451), and the wind direction adjusting assembly (45) can be detached by rotating the adjusting member (454) The angle of inclination of the plate (452), thereby affecting the direction of the airflow of the air blowing device (4〇). The air volume adjusting components (46) each include an adjusting member (461) and a regulating valve plate (462). The adjusting members (461) are disposed on the front side of the body (1〇) and extend to the adjusting valve plates (462), and the adjusting bucks (462) are respectively disposed in the fan cover (44), and the adjusting The valve plate (462) may be generally shaped in a plan view, and laterally sleeved in each of the fan covers (44), and the two sides of each of the regulating valve plates (462) are formed adjacent to the transmission shaft (42). A long groove (463) allows the adjustment valve plate to avoid the transmission shaft (42), and the size of the air inlet (442) is controlled by the adjustment members (461) to adjust the size of the wind. When using, first use the pulverizer to pulverize the waste wire and waste cable into a mixture of granules. Please refer to the first figure and the fourth figure. The mixture is poured into the inlet (11 Ί) of the dust collecting hood (11). , the mixture is placed in the screening device (20) of the 4 (21) feeding zone (22), please refer to the second, sixth, and seventh figures, and the screening device is driven by the vibration device (30) (2〇 The screen (21) acts as a reciprocating motion in the horizontal direction, and cooperates with the elastic restoring force of the elastic element (1 2) of the frame (21 1) of the screen (21) and the body ,) The screen (21) is installed in a state in which the left side is right, the front side is high, and the front side is high and the lower side is low, and the different moving forces generated on the screen (2彳) are different in the specific gravity of the metal and the plastic material, and The air blowing device (40) blows airflow or the like to the screen (21) from below, as in the eleventh figure, so that the mixture of the feeding area (22) of the screen (21) is discharged toward the lower right side in the vibration. When the zone (23) is moved, the metal of the mixture is separated from the plastic M365217 gel γ fourth figure 'where the metal in the mixture is from the metal drop opening ( 231) falls into the corresponding aggregate funnel = (26) concentration, the plastic is placed on the insulating material, and the ()' is placed in the corresponding aggregate funnel (262), and the incomplete material is separated from the metal due to the moving characteristics. Between the plastics and the plastics, it will move to the unseparated material* in the middle of the metal (^) and the insulating material (232), (233). After the funnel pm) 2, it can be repeatedly pulverized by the pulverizer, and then re-screened and separated by the dry sifter of the present invention. Ba Li: Γ 'This creation uses the method of dry separation to avoid the water in the waste wire, and to prevent the metal from oxidizing and deteriorating, discoloring and then plasticizing the recycling price, and this creation is re-introduced; Η·r Eighth 3: Collecting the incompletely separated scraps and re-injecting them to achieve the best separation effect. [Simple description of the diagram]: - The schematic diagram of the front plane of the dry-type screening machine. The left side is a plan view of the left side of the machine. The second picture shows the right side view plane of the dry screen. The fourth picture shows the schematic diagram of the creation of the dry screen. y, the rear view The fifth picture is a partial schematic diagram of the creation of the screen. The left side of the v-shaped structure is shown in the sixth figure to reveal the original vibration diagram. The partial plan of the device is shown in the seventh figure to reveal the position along the creation of the vibration device. Schematic diagram of the section. /, Fig. 7 The eighth section of the cut surface line reveals the plan view of the transmission rod and the drive rod in the created vibrating device. The transmission rod and the drive shaft are left and right. Department - Creation vibration discloses a side plan view of the present before a schematic partial plan view of FIG brother ten authoring system disclosed in the present blowing opposed skirts FIG.
意圖 第十-圖係揭示本創作鼓風裳置之左側視局部平 面示 第十二圖係揭示本創作鼓風裝置中 之俯視平面示意圖。 風向調整紐·件結構Intent The tenth-picture reveals the left side view of the creation of the blasting machine. The twelfth figure reveals the top plan view of the blast device. Wind direction adjustment
【主要元件符號說明】 (1 〇)機體 (111)入料口 (1 2 )彈性元件 (20)篩選裝置 (211)框架 (2 2 )入料區 (231)金屬落料口 (233)未分離材料落料 (24)導板 (242)螺絲 (2 5)固定桿 (261)集料漏斗 (3 0)振動裝置 (3 2)傳動桿 (3 3)驅動桿 (11)集塵罩 (U2)出氣口 (21)篩網 (212)網板 (2 3)出料區 (2 3 2)絕緣材落料口 Ώ (2 41)滑動件 (2 4 3 )調整螺絲 (2 6)集料漏斗 (262)集料漏斗 (31)馬達 (3 21)偏心連接部 (3 31)套接部 M365217 (3 4)軸桿座 (3 5)傳動組件 (40)鼓風名置 (41)馮達一 (411)傳動組件 (4 2)傳動軸 (4 3)鼓風扇 (4 4)風扇罩 (441)出風口 (442)進風口 (45)風向調整組件 (451)樞柱 (452)擋板 (453)穿孔 (454)調整件 (455)傘齒輪組 (4 6)風量調節組件 (461)調節件 (462)調節閥板 (463)長槽 12[Description of main component symbols] (1 〇) body (111) inlet port (1 2 ) elastic element (20) screening device (211) frame (2 2 ) feeding zone (231) metal blanking port (233) Separation material blanking (24) Guide plate (242) Screw (2 5) Fixing rod (261) Collecting funnel (30) Vibrating device (3 2) Transmission rod (3 3) Drive rod (11) Dust cover ( U2) Outlet (21) Screen (212) Screen (2 3) Discharge Area (2 3 2) Insulation Material Blanking Port (2 41) Slide (2 4 3) Adjustment Screw (2 6) Set Feeding funnel (262) aggregate funnel (31) motor (3 21) eccentric connection (3 31) socket M365217 (3 4) shaft seat (3 5) transmission assembly (40) blast name (41) Feng Dayi (411) Transmission Components (42) Transmission Shaft (4 3) Fan Fan (4 4) Fan Cover (441) Air outlet (442) Air inlet (45) Wind direction adjustment assembly (451) Pivot (452) Baffle (453) perforation (454) adjustment member (455) bevel gear set (46) air volume adjustment assembly (461) adjustment member (462) adjustment valve plate (463) long slot 12