M317287 八、新型說明: 【新型所屬之技術領域 本創作係有關於一種搖晃式固液分離機結構改良，尤 其疋4曰一種利用擠麗單元之動力機具同時帶動過滤網而 晃動，以減少裝4成本以及電力支出之搖晃式固液分離機 結構改良。 【先前技術】 ，按，為了因應產業之升級，一般較具規模之農場為求 . 有效率之官理及降低成本’現今已採用機器來取代人工進 行諸多如餵食或清洗攔舍等作業，而對於動物之排泄物處 理亦設有排泄物之固液分離機，其主要是將由細菌初步分 解完成之一種泥狀排泄物進行固液分離，將固體部分用作 為肥料等用途，將水液濾出後再進行淨化處理，使水液達 到排放標準後再予排放。 上述之固液分離機，可參我國公告第M265103號「搖 動式固液分離機」專利案，該固液分離機係包含：一積水 ^ 槽，具有一底壁，及分別由該底壁之四邊緣向上延伸之一 • 前圍壁、一後圍壁、二侧圍壁及一跨接固定於該二侧圍壁 上方且靠近該後圍壁的掛桿，而該前圍壁之高度較後圍壁 之高度低；一篩網箱設置於該積水槽上並位於該二侧圍壁 與後圍壁間，具有一由後向前斜下延伸至該前圍壁前方的 底網、一由該底網周緣向上延伸之圍板，及二分別樞接於 該圍壁左右侧邊的吊掛件；該圍板之左、右二侧邊上相對 於該掛桿下方處形成一掛孔，而前侧邊上開設一供所述固 體物質輸出之出料口，每一吊掛件具有二上下平行延伸且 5 M317287 上端共同樞掛於該掛桿上之連接板、一穿伸於該掛孔内且 兩端固設於該等連接板下端的樞接轴，及一套設於樞接轴 外周面上之彈性環套;一污水單元，具有一左右延伸於該 積水槽後圍壁上的污水槽、一將污水導流入該污水槽之輸 送管，及一開設於該污水槽前侧供污水流入該篩網箱内之 出水口；一震動單元，固定於該積水槽上以驅動該篩 前端搖動；藉此’將該污水單元之污水流入該篩網箱中， 並經由震動單元驅動篩網箱搖動，使所述污水中之液趲麵 f帛網箱之底網滴流入積水槽中’而固體物質經搖動而向騎 斜下移動至該篩網箱前側出料口。 然而，上述之固液分離機在使用上會有下列之缺夫· 1.上述之固液分離機須在筛網箱之出料口處以及震動幕 元處分別裝設一動力機具，如此將增加製造上之成未支 出。 2·上述之固液分離機由於裝設有二動力機具，導致於使用 時須耗費大量之電力，令使用者必須在電力上付出大聲 _ 之費用。 【新型内容】 • 緣此，本創作人鑑於上述之固液分離機必須裝設有爻 動力機具，導致於製造成本以及電力支出上之增加，於是 本著求進步之精神及理念，並藉助多年所累積的專t知 識、技術、經驗的辅佐下，不斷致力於改良與開發，固％ 創作出一種利用擠壓單元之動力機具同時帶動過濾％而 晃動，以滅少製造成本以及電力支出之搖晃式固液分離機 結構改良。 本創作之搖晃式固液分離機結構改良，其主要係戽奇 M317287 . .、 ,. .. ：:. .：. . - 一分離機本體，分離機本體之内部樞設有一轉動桿，轉動 桿之二端分別樞設於分離機本體之二側壁，且轉動桿二端 之接近分離機本體内壁處分別固設有一内曲臂，内曲臂之 二端分別開設有數穿孔，而分離機本體内設有一過濾網， 過濾網之前侧分別樞設於二内曲臂底端之穿孔，再於分離 機本體之前侧裝設有一擠壓單元以處理過濾網過濾完畢 之固體物質，而擠壓單元之一侧設有一動力機具，動力機 ' 具具有一齒輪，齒輪連設一偏心輪，偏心輪上偏心樞設有 > 一傳動桿’傳動桿之另一端樞設於一外曲臂，外曲臂之另 一端開設有數穿孔以樞設於轉動桿二端之接近分離機本 體外壁處，俾令擠壓單元之動力機具可同時帶動過濾網而 晃動，不但可以減少製造上之成本，也能減少電力上之支 出。 【實施方式】 為令本創作所運用之技術内容、創作目的及其達成之 功效有更完整且清楚的揭露，茲於下詳細說明之，並請一 併參閱所揭之圖式及圖號： 首先’請參照第-圖〜第四圖所示，本創作之搖晃式 ^分離機結構改良係由-分離機本體⑴、—擠壓單元 〔2)及一高壓噴水管（3)所組裝而成，其中： =分離機本體⑴之後侧樞設有—調整桿⑴），調整 :之-d具設Ϊ手(111)’並於分離機本體⑴頂 之-端八就之内部抱設有一轉動桿⑽，轉動桿（13) 二分離機本體⑴之二側壁，且轉動桿（13) 4之接近分離機本體⑴内壁處分·财—内曲(臂） M317287 (14) ，内曲臂（14)之二端分別開設有數穿孔（141)，而二 内曲臂（14)分別以底端之穿孔（141)樞設於一過濾網（15) 之前側，且過濾網(15)之後侧樞設有數繩索(16)，繩索（16) 掛置於分離機本體（1)頂端二側之數滾輪(12)，且繩索（16) 之另一端綁固於調整桿（11)，而可藉由調整桿（H)之轉動 將繩索（16)纏繞於調整桿（11)，並於同時提高過濾網（15) 後侧之南度， • 該擠壓單元（2)係用以搾擠固體物質之殘餘水分，其 _ 下方設有一動力機具（21)’動力機具（21)具有一^齒輪 (211)，而擠壓單元(2)内設有一由動力機具（21)驅動而可 繞自體軸線旋轉之驅動轴（22)，驅動轴（22)之外圍螺旋環 繞有螺旋片（23)以推動固體物質，且動力機具(21)之齒輪 1 (211)利用一鏈帶(24)連設至驅動轴（22)，驅動轴（22)之 \ 一端同心固設有一偏心輪（25)，偏心輪(25)上偏心樞設有 一傳動桿（2 6) ’傳動杯（2 6)之另·-端柩設於一外曲臂 (27)，外曲臂（27)之另一端則開設有數穿孔（271); I 該高壓喷水管（3)具設有一喷嘴（31)並連接至一儲水 箱（32)，且高壓喷水管（3)之噴嘴（31)設置於一執道(33) • 内，而軌道（33)下方固設有一馬達（34)，馬達（34)具設有 一轉軸（341)，轉軸(341)延伸形成一螺桿(35)，螺桿（35) 上形成有螺紋（351)以將喷嘴（31)之底端螺固於螺桿（35) 上。 於實施組裝時，請參照第一圖〜第四圖所示,其係將 .擠壓單元（2)裝設於分離機本體（1)之前侧以處理過濾網 (15) 過滤完畢之固體物貝，且將擠壓單元（2)之外曲臂（27) 另一端之穿孔（271)樞設於轉動桿（13)二端之接近分離機 8 M317287 再將高壓噴水管⑻之軌_)橫向跨設 2ff(15)底面之兩端，且將儲水箱⑽ 本體⑴之底部’並將螺_5)之另—端驗錄_ 體⑴之前侧’使得擠壓單元⑵之動力機具⑻轉動時， 可以藉由傳動桿（26)帶動分離機本體〈丨）之轉動桿(丨3)一 起轉動’且焉壓噴水管（3)之馬達（34)可同時帶動螺捍（35) 轉動’令噴嘴(31)沿著螺桿(35)上之螺紋（351)作等速度 的挪移’以令沖洗排泄物之動作可以達到更平穩順暢的進 行0 於實施使用時，請參照第三圖、第五圖以及第六圖所 示，可先將排泄物放置於分離機本體（1)之過濾綱（15) 上，並啟動擠壓單元（2 )之動力機具（21)而開始轉動，動 力機具（21)之齒輪（211)即會轉動偏心輪（25)，偏心輪(25) 再驅動傳動桿(26)成一前一後的來回運動，並由傳動桿 (26)帶動外曲臂（27)作鐘擺運動，而外曲臂（27)再使轉動 桿（13)與内曲臂（14)同時作鐘擺運動’再由内曲臂（Η)帶 動過瀘網（15)不斷一前一後的晃動，使得排泄物之水分從 過瀘網（15)滴落，只在過濾網（15)上留下固體物質而達到 固液分離之效果，同時高壓喷水管（3)之喷嘴（31)在過滤 網（15)下方作等速度挪務，並以喷嘴(31)喷出之高壓水流 (15) ^ ^+ ^^(15)ffo 滤效果，而欲調整過濾網（⑸之晃動頻率時’僅需將擠壓 單元（2)之外曲臂（27)以較為遠離另一端之穿孔（271)樞 設於轉動桿（13)二端，或是將過濾網（15)之前侧分別樞設 於二内曲臂（14)底端較為上方之穿扎（141)，即可減小過 滤網（15)在晃動時之幅度，並同峽快過滤網(15)之晃動 M3172S7 ' . ...， - :.. .，. . 頻率，而欲調整過渡網（15)之傾斜角度時，僅需轉動調整 桿（11)而將繩索（16)纏繞於調整桿⑴），即可提高過遽網 (15)後側之高度而使過濾網（15)之傾斜角度增加，並^快 過濾網（15)上排泄物之下滑速度。 請再參照第三圖、第七圖以及第八圖所示，係本創作 搖晃式固液分離機結構改良其二較佳實施例之示意圖，1 ' 與其一較佳實施例的差異處係在於該二内曲臂（14)分別 再以頂端之穿孔（141)樞設於另一過濾網（17)之前側，且 I 過濾網（1Ό之後侧亦樞設於繩索（16)，而可藉由調整桿 (11)之轉動將繩索（16)纏繞於調整桿（11)，並於同時提高 過濾網（17)後侧之高度，而欲調整過濾網（17 )之晃動頻率 時，僅需將擠壓單元（2)之外曲臂（27)以較為遠離另一端 之穿孔（271)樞設於轉動桿（13)二端，或是將過濾網（17) 之前侧分別樞設於二内曲臂（14)頂端較為下方之穿孔 (141)，即可減小過濾網（17)在晃動時之幅度，並同時加 快過濾網（17)之晃動頻率，而欲調整過濾調（17)之傾斜角 | 度時，僅需轉動調整桿（11)而將繩索（16)纏繞於調整桿 (11)，即可同時提高過濾網（15)、（17)後側之高度而使得 ' 過濾網（15)、（17)之傾斜角度增加，並可加快過濾網 (15)、（17)上排泄物之下滑速度。 由上述之元件組成與實施說明可知，本創作與現有結 構相較之下，本創作具有以下之優點： 1·本創作僅需於擠壓單元設一動力機具，即可驅動擠壓單 元，並可同時帶動過濾網而晃動，不但減少製造上之成 本，也能減少電力上之支出。 2.本創作之分離機本體設有一調整桿與數滾輪，並於該過 10 M317287 滤網樞設，财職㈣分離機本體之數滾輪 =固γ整桿，可籍由轉動調整桿而將繩索纏繞於ς 整桿，以提高過_後侧之高度而增加過滤網之傾斜角 度，並加快過濾網上排泄物之下滑速声。 3·本創作僅需將擠壓單it之外曲另—端之 穿孔樞設於轉戚二端，或是將過_減於二内曲臂 上接近中央處之麥孔，即可減小過滤網在晃動時之幅 度，並同時加快過濾網之晃動頻率。 4.本創作之過濾網底面跨設有高壓噴水管，可以在過濾網 過濾排泄物之同時沖洗過濾網，以免排泄物嵌卡於過濾 網而影響過濾效果。 綜上所述，本創作實施例確能達到所預期之使用功 故，又其所揭露之具體構造，不僅未曾見諸於同類產品 中，亦未曾公開於申請前’誠已完全符合專利法之規定與 要求’爰依法提出新型專利之申請，懇請惠予審查，並賜 准專利，則實感德便。 M317287 【圖式簡單說明】 第一圖:本創作其一實施例之立體前視圖 第二圖：本創作其一實施例之立體剖視圖 第三圖：本創作其一實施例之局部放大圖 第四圖:本創作其一實施例之立體後視圖 第五圖:本創作其一實施例之使用狀態圖 / 第六圖··本創作其一實施例之使用狀態圖 / 第七圖：本創作其二實施例之使用狀態圖 第八圖：本創作其二實施例之使用狀態圖 【主要元件符號說明】 (1) 分離機本體 (11) 調整桿 (111) 把手 (12) 滾輪 (13) 轉動桿 (14) 内曲臂 (141) 穿孔 (15) 過濾網 (16) 繩索 (17) 過濾網 (2) 擠壓單元 (21) 動力機具 (211) 齒輪 (22) 驅動軸 (23) 螺旋片 (24) 鏈帶 (25) 偏心輪 (26) 傳動桿 (27) 外曲臂 (271) 穿孔 (3) 高壓喷水管 (31) 喷嘴 (32) 儲水箱 (33) 軌道 (34) 馬達 (341) 轉轴 (35) 螺桿 (351) 螺紋 12M317287 VIII. New description: [New technology field] This creation department is about the improvement of the structure of a shaking type solid-liquid separator. In particular, a power tool using a squeeze unit simultaneously drives the filter and shakes to reduce the load. The structure of the shake-type solid-liquid separator with cost and power expenditure is improved. [Prior technology], in order to respond to the upgrading of the industry, generally more large-scale farms for the purpose. Effective government and cost reduction' Nowadays, machines have been used instead of manual operations such as feeding or cleaning. For the excrement disposal of animals, there is also a solid-liquid separator with excrement, which mainly performs solid-liquid separation of a kind of mud-like excretion which is initially decomposed by bacteria, and uses the solid part as a fertilizer to filter out the water. After the purification process, the water liquid is discharged to the discharge standard. The above-mentioned solid-liquid separator can be referred to the Patent No. M265103 "Shake-type solid-liquid separator" patent, which comprises: a water reservoir, having a bottom wall, and the bottom wall respectively One of the four edges extending upwardly; a front wall, a rear wall, two side walls and a hanging rod fixed to the two side walls and adjacent to the rear wall, and the height of the front wall is higher The height of the rear wall is low; a screen box is disposed on the water tank and located between the two side wall and the rear wall, and has a bottom net extending from the rear to the front and extending to the front of the front wall, a hanging plate extending upward from a periphery of the bottom net, and two hanging members respectively pivoted to the left and right sides of the surrounding wall; a left hanging hole is formed on the left and right sides of the surrounding plate with respect to the lower side of the hanging rod, And a discharge port for the output of the solid matter is opened on the front side, each hanging member has two connecting plates extending in parallel in the upper and lower sides and 5 M317287 upper end is pivotally connected to the hanging rod, and one of the hanging holes extends through the hanging hole a pivoting shaft fixed at the lower end of the connecting plate at both ends, and a set of outer circumferences disposed on the pivoting shaft The upper elastic sleeve; a sewage unit having a sewage tank extending left and right on the surrounding wall of the water tank, a conveying pipe for guiding the sewage into the sewage tank, and a sewage tank flowing in front of the sewage tank a water outlet in the screen box; a vibration unit fixed to the water tank to drive the front end of the screen to shake; thereby, the sewage of the sewage unit flows into the screen box, and the screen box is driven by the vibration unit Shaking, so that the bottom of the liquid in the sewage, the bottom of the net, flows into the water storage tank' while the solid material is shaken and moved downward to the front side of the screen box. However, the above-mentioned solid-liquid separator has the following disadvantages in use. 1. The above-mentioned solid-liquid separator must be equipped with a power tool at the discharge port of the screen box and at the vibrating screen element, so that Increase manufacturing costs without spending. 2. The above-mentioned solid-liquid separator is equipped with two power tools, which requires a large amount of electric power to be used, so that the user must pay a loud noise. [New content] • Therefore, in view of the above-mentioned solid-liquid separator, the creator must be equipped with a power tool, which leads to an increase in manufacturing costs and power expenditure, so it is based on the spirit and philosophy of progress and many years of use. With the accumulation of specialized knowledge, technology and experience, we are constantly striving to improve and develop. We have created a power tool that uses the extrusion unit to simultaneously drive the filter and shake it to eliminate the manufacturing cost and the fluctuation of electricity expenditure. The structure of the solid-liquid separator is improved. The structure of the shake-type solid-liquid separator of the present invention is improved, and the main structure is Mickey M317287 . . , . . . . . . . . . . . . - a separator body, the inner part of the separator body is provided with a rotating rod, rotating The two ends of the rod are respectively disposed on the two side walls of the main body of the separator, and an inner curved arm is respectively fixed on the inner wall of the separating machine at the two ends of the rotating rod, and the two ends of the inner curved arm are respectively provided with a plurality of perforations, and the separating machine body A filter mesh is arranged therein, and the front side of the filter is respectively pivoted at the bottom end of the two inner curved arms, and then a pressing unit is arranged on the front side of the separator body to process the solid matter filtered by the filter, and the extrusion unit One side is provided with a power tool, the power machine 'has a gear, the gear is connected with an eccentric wheel, and the eccentric wheel is eccentrically pivoted> a drive rod 'the other end of the transmission rod is pivoted on an outer curved arm, and the outer curve The other end of the arm is provided with a plurality of perforations to be pivoted at the two ends of the rotating rod near the outer wall of the separating machine, so that the power tool of the pressing unit can simultaneously drive the filter to shake, which can reduce the manufacturing cost and the manufacturing cost. Less spending on the electricity. [Embodiment] In order to make the technical content, creative purpose and the effect achieved by this creation more complete and clear, please elaborate below, and please refer to the drawings and drawings: First of all, please refer to the figure - figure 4, the structure improvement of the shaker type separator is assembled by the separator body (1), the extrusion unit [2) and a high pressure water pipe (3). Cheng, wherein: = the separator body (1) is pivoted with the adjustment lever (1)), and the adjustment: -d has the handle (111)' and is placed inside the top end of the separator body (1) Rotating rod (10), rotating rod (13), two side walls of separator body (1), and rotating rod (13) 4 close to the inner wall of separator body (1), branching, accounting, internal bending (arm) M317287 (14), inner curved arm ( 14) The two ends are respectively provided with a plurality of perforations (141), and the two inner curved arms (14) are respectively pivoted at the bottom end of the filter (15) with the perforation (141) at the bottom end, and the rear side of the filter (15) A plurality of ropes (16) are pivoted, and the ropes (16) are hung on the rollers (12) on the two sides of the top of the separator body (1), and the ropes (16) The other end is fastened to the adjusting rod (11), and the rope (16) can be wound around the adjusting rod (11) by the rotation of the adjusting rod (H), and at the same time, the south side of the rear side of the filter (15) is raised. , • The extrusion unit (2) is used to squeeze the residual moisture of the solid material, and below it is provided with a power tool (21). The power tool (21) has a gear (211) and the extrusion unit (2) There is a driving shaft (22) driven by the power tool (21) and rotatable about the body axis. The periphery of the driving shaft (22) is spirally surrounded by the spiral piece (23) to push the solid matter, and the power tool (21) The gear 1 (211) is connected to the drive shaft (22) by a chain belt (24), and an eccentric wheel (25) is concentrically fixed at one end of the drive shaft (22), and the eccentric wheel (25) is eccentrically pivoted There is a transmission rod (2 6) 'the other end of the transmission cup (2 6) is disposed on an outer curved arm (27), and the other end of the outer curved arm (27) is provided with a plurality of perforations (271); The water spray pipe (3) is provided with a nozzle (31) and is connected to a water storage tank (32), and the nozzle (31) of the high pressure water spray pipe (3) is disposed in a road (33), and the track ( 33) below A motor (34) is provided, the motor (34) is provided with a rotating shaft (341), the rotating shaft (341) extends to form a screw (35), and the screw (35) is formed with a thread (351) to place the bottom of the nozzle (31) The end screw is fixed to the screw (35). For the assembly, please refer to the first to the fourth figure, which is to install the extrusion unit (2) on the front side of the separator body (1) to process the filter (15). Shell, and the perforation (271) at the other end of the crank arm (27) outside the pressing unit (2) is pivoted at the two ends of the rotating rod (13) close to the separator 8 M317287 and then the rail of the high pressure water spout (8)_) The two ends of the bottom surface of the 2ff (15) are traversed laterally, and the bottom of the body (1) of the water tank (10) and the other end of the body _body (1) are rotated to make the power tool (8) of the pressing unit (2) rotate. When the transmission rod (26) drives the rotating rod (丨3) of the separating machine body (丨) to rotate together, and the motor (34) of the rolling water pipe (3) can simultaneously drive the screw (35) to rotate ' Let the nozzle (31) move along the thread (351) on the screw (35) at a constant speed to make the action of flushing the excrement smoother and smoother. 0 For implementation, please refer to the third figure, In the fifth and sixth figures, the excrement can be placed on the filter unit (15) of the separator body (1), and the extrusion unit (2) is activated. When the power tool (21) starts to rotate, the gear (211) of the power tool (21) rotates the eccentric wheel (25), and the eccentric wheel (25) drives the transmission rod (26) to move back and forth in a forward and backward direction, and The transmission rod (26) drives the outer curved arm (27) as a pendulum motion, and the outer curved arm (27) causes the rotating rod (13) to simultaneously perform a pendulum motion with the inner curved arm (14), and then the inner curved arm (Η) After the swaying of the sputum net (15), the moisture of the excrement is dripped from the sputum net (15), and only the solid matter is left on the filter net (15) to achieve the effect of solid-liquid separation. At the same time, the nozzle (31) of the high-pressure water spray pipe (3) is subjected to equal speed movement under the filter (15), and the high-pressure water flow (15) ^ ^+ ^^(15)ffo filtered by the nozzle (31) Effect, and if you want to adjust the filter ((5) the sway frequency, you only need to pivot the outer arm (27) of the extrusion unit (2) to the end of the rotating rod (13) with the perforation (271) farther from the other end. Or, the front side of the filter (15) is respectively pivoted at the upper end of the two inner curved arms (14), so that the amplitude of the filter (15) during shaking can be reduced. The gorge filter (15) shakes the M3172S7 ' . ..., - :.. ., . . frequency, and if you want to adjust the tilt angle of the transition net (15), just turn the adjustment lever (11) and turn the rope (16) Wrap around the adjustment rod (1)) to increase the height of the rear side of the stencil (15) and increase the inclination angle of the filter (15) and the speed of the discharge of the effluent on the filter (15). Referring to FIG. 3, FIG. 7 and FIG. 8 again, a schematic diagram of a second preferred embodiment of the structure of the shake-type solid-liquid separator is modified. The difference between 1 ' and a preferred embodiment lies in The two inner curved arms (14) are respectively pivoted on the front side of the other filter net (17) with the perforation (141) at the top end, and the I filter net (the rear side of the first side is also pivoted on the rope (16), and can be borrowed The rope (16) is wound around the adjusting rod (11) by the rotation of the adjusting rod (11), and at the same time, the height of the rear side of the filter (17) is raised, and when the shaking frequency of the filter (17) is to be adjusted, only The outer arm (27) of the pressing unit (2) is pivoted at the two ends of the rotating rod (13) with the perforation (271) farther from the other end, or the front side of the filter net (17) is respectively pivoted to the second side. The perforation (141) at the top of the inner curved arm (14) can reduce the amplitude of the filter (17) during shaking, and at the same time speed up the shaking frequency of the filter (17), and adjust the filter (17) When tilting the angle, you only need to turn the adjusting lever (11) to wrap the rope (16) around the adjusting rod (11), so that the filter can be raised at the same time. (17) The height of the rear side increases the inclination angle of the 'filters (15), (17), and accelerates the downward velocity of the excrement on the filters (15) and (17). As can be seen from the implementation description, this creation has the following advantages compared with the existing structure: 1. This creation only needs to set a power tool in the extrusion unit, which can drive the extrusion unit and drive the filter at the same time. Shaking, not only reduces the cost of manufacturing, but also reduces the expenditure on electricity. 2. The splitter body of this creation is equipped with an adjustment rod and a number of rollers, and is pivoted in the 10 M317287 filter screen, and the division (four) separator The number of the body roller = solid γ whole rod, the rope can be wound around the ς whole rod by rotating the adjusting rod to increase the height of the _ rear side and increase the inclination angle of the filter net, and accelerate the decline of the discharge on the filter net Speed sound. 3.·This creation only needs to bend the piercing of the other end of the squeezing single end to the second end of the switch, or reduce the _ to the worm hole near the center of the inner inner arm. The amplitude of the small filter while shaking, and at the same time speed up the filtering The sloshing frequency 4. The bottom surface of the filter mesh of the present invention is provided with a high-pressure water spray pipe, which can wash the filter net while filtering the waste material, so as to prevent the waste material from being embedded in the filter net and affecting the filtering effect. The present embodiment can achieve the expected use of the power, and the specific structure disclosed is not only seen in the same kind of products, nor has it been disclosed before the application. 'Cheng has fully complied with the requirements and requirements of the patent law' If you apply for a new type of patent in accordance with the law, please give it a review and grant a patent. It is really sensible. M317287 [Simple description of the drawing] The first picture: The stereo front view of one embodiment of the present creation: The second picture: 3D cross-sectional view of an embodiment: a partially enlarged view of an embodiment of the present invention: a fourth perspective view of an embodiment of the present invention: a fifth perspective view of an embodiment of the present invention: a state of use diagram of an embodiment of the present creation 6图············································· Component symbol description] (1) Separator body (11) Adjusting lever (111) Handle (12) Roller (13) Rotating lever (14) Inner crank arm (141) Perforation (15) Filter (16) Rope (17) Filter (2) Extrusion unit (21) Power tool (211) Gear (22) Drive shaft (23) Spiral (24) Chain belt (25) Eccentric wheel (26) Transmission rod (27) Outer curved arm (271 Perforated (3) High pressure water spray pipe (31) Nozzle (32) Water storage tank (33) Track (34) Motor (341) Shaft (35) Screw (351) Thread 12