M314072 八、新型說明： 【新型所屬之技術領域】 本創作係提供一藉料 種鐵屑過濾機之磁鐵八 尤指 種可讓鐵屑均勻分佑 、、刀稀結補 布於滾肉上之磁鐵分備 先前技術】 〜構。 钕，一般加工機械切削加工時，大都會将 的鐵屑，及用來切削降温之冷卻液，導弓丨 刀削所產生 之〜鐵眉、 • 中，使鐵屑與冷卻液分離，而讓冷卻液能产 過濾機 衣再利用； 習知的鐵屑過濾機，請參閱證書號數第M2 5 1 648號『磁 鐵過濾機』之新型專利，同時參閱第五圖至第八圖所示， 其係包括有基座（3 〇 )、磁性滾輪（3 1 )、壓輪（32 )、 馬達（33)、擋片（34)及輸送板（35)所形成； 其中，該磁性滾輪（3 1 )包括有一中空滾筒（3 1 1 )，該滾筒（3 1 1 )兩端開口處固設有一外蓋（3 1 2 )’ 該外蓋（3 1 2 )中央位置處各設有一穿孔（3 1 2 1 ) ’ 春且該外蓋（3 Ί 2 )上位於穿孔（3 1 2 1 )之周緣，設 置有一軸承（3 1 4 ); 另該滾筒（3 1 1)内設有一傳動軸（3 1 5)(如 第六圖所示），該傳動軸（3 1 5)靠近兩端處’各固又有 一朝輸送板（3 5 )之另一側延伸之半圓形片體（3 1 6 ) (如第五、七圖所示），雨端半圓形片體（3 1 6 )間有數 磁鐵定位架（3 i 7 )，該磁鐵定位架（3 1 7 )包括有一 長形板體（3 1 7 1 )，該長形板體（3 1 7 1 )兩端朝下 延伸出一定位片體（3 1 ?2)，該定位片體（3 1 72) 5 M314072 勿別疋位於兩端半圓形片 ,7 ,, 乃餸1 3 1 6 )上，該長形板體（3 紗Μ π 7 ^斤4 一板體（3 1 7 3 )，該第一板 3 )之自由端侧朝長形板體（3 1 7 i )方向 折-第二板體(3174);藉此，各磁鐵定位架（3 一内可滑設數磁鐵（3 18 )’藉由數螺栓穿設兩側第 板體（3 1 7 3 )，而可定位磁鐵（3 i 7 )，藉此，各 磁鐵（3l ft、# + 丄Q」依序形成不同磁極，且各磁鐵間具有一等 間距離’並使相鄰之磁鐵定位架（3 1 7 )之磁鐵（3 1 8 )為相對應之位置，且使得相鄰之磁鐵定位架（3 1 7 ) 、、载（3 1 8 )磁極係形成相異之磁極，而讓滾筒（3 1 1 )之表面對應磁鐵（3 1 8 )處才能吸附磁鐵（1 1 8 ); 又傳動軸（3 1 5 )之兩端係穿設於兩端外蓋（3 1 2 )上之軸承（3 1 5 )，並使其中一端穿出於穿孔（3 1 2 1 )，而可固定於基座（3 〇 )之側板，而另一端之外蓋 (3 1 2 )外側固設有一驅動轴（3 1 9 )(如第六圖所 不）’該驅動軸（3 1 9 )係穿出基座（3 0 )另側板，而 可利用該驅動軸（3 i 9 )與馬達（3 3 )之轉軸相s μ m反傳 動； 再 4 壓 吸附在 當含有鐵屑之冷卻液從入口引進基座（3 0 )内， 由磁性滾輪（3 1 )之滚筒（3 1 1 )旋轉時吸住織屑（ 〇 )，由於此時鐵屑（4 0 )仍含有些微冷卻液，必項由 輪（3 2 )將冷卻液壓除，再以擋片（3 4 )刮除 磁性滾輪（3 1 )之滾筒（3 1 1 )，而可由輸送板（ 6 5 M314072 輸送至收集樣中收集’而分離鐵屑後之冷卻液則從出口回 收使用。 然而’由於各磁鐵（3 1 8 )間具有一等距離，所以 則生滾輪（3 1 )之滾筒（3工丄”及附鐵屑（4 〇 ”寺， 滾筒（3 1 1 )上之鐵屑（4 〇 )也會有一間距，且由於 滾筒（3 1 1 )剛吸住鐵屑（4 〇 )時，鐵屑（4 〇 )仍 =有些μ敬冷部液，因此鐵屑（4 〇 )會產生滑移而刮傷滾 间（3 1 1 )，另外，壓輪（3 2 )壓住滾筒（3 1 1 )時， 亦會讓鐵屑（3 1 8 )刮傷滾筒（3 1 1 )及壓輪（3 2 ); 因此當滾筒（3 1 1 )吸附鐵屑（4 〇 )之地方受到 磨知時’滾筒（3 1 1 )及壓輪（3 2 )表面會形成凹凸 狀之平面’而壓輪（3 2)也會.因壓著滾筒（3 1 1)，而 造成其表面有受損之現象；如此，則會導致分離效果不佳， 而必舄同#更換滾筒.與壓輪。 m本創作人係針對上述習知鐵屑過濾機磁鐵分佈結 構，需時常更換滾筒盥颅 一塗輪之缺點，於是藉由多年從事相 關領域之研究盘贺4 pq & . ° ^，經詳加設計與審慎評估後，線 於創作出一種可改進上 、 妹構 迷缺點，且更具理想實用性之創新 【新型内容】 欲解決之技術問翻· 雄 續點·習知鐵屑過濾機磁鐵分佈結 霉’由於滾筒剛吸住鐵眉 ° ^ 乳項時’鐵屑會產生滑移而刮傷滾筒， 而使具有鐵屑之滾筒表 面形成凹陷，而滾筒上佈具鐵屑之 間距則較為凸出；另外， 麼輪壓住滚筒時，亦會讓增加鐵 7 M314072 屑到傷滾筒，因此滾筒吸附鐵屑之地方受到磨損時，滾筒 表面會形成高低不平之平面，而壓輪也會因壓著滾筒，而 造成其表面有受損之現象。 解決問題之技術特點：提供-種鐵屑㈣機之磁鐵分 佈:構1係包括—磁性滾輪，該磁性滾輪包括有—中空 、 Λ滾冋内樞δ又有-傳動軸，該傳動軸靠近兩端處， 各力固設1外呈弧形分佈之片體，兩片體間設有數磁鐵定 Λ磁鐵疋位架包括有-板體，該板體兩端朝下延伸 =?1體，該定位片體分別定位於兩片體上，該板體 方白〜'折一第一板體，1 亥第-板體之自由端側朝板體 益“弟—板體，各磁鐵定位架内可滑設數磁鐵，並 猎由數螺栓穿設兩側第一 戽彤+ 板體，而可定位磁鐵；各磁鐵依 少成不同磁極，且各磁 各磁鐵間具有-等間距離，並使相鄰 磁鐵又位架之磁鐵為相交錯之位置。 藉此’由於本創作各磁鐵凡从 滾筒吸附鐵屑時，滾筒上之…錯6又"以磁性滾輪 使得鐵屬刮傷节汽 U “均勻分佈’不會有間隔， ::1 刮痕會較均句，滾筒表面較為平整。 佈处槿、、、士 &技術之功效：提供-種鐵屑過濾機之磁鐵分 怖、、、口構，本創作滾筒上 戮刀 滾筒之刮痕會較均勺 屑會均句分佈，鐵屑到傷 及人力。 而不需時常更換滾筒，可節省成本 有關本創作所採用姑 佳每# η # 用之技術、手段及其功效，茲舉一較 佳具施例並配合圖式古羊 a 牛罕乂 的、槿、土… 后’相信本創作上述之目 特徵，當可由之得-深入而具體的瞭解。 •M314072 ’【實施方式】 ' 本創作係一種鐵屑過濾機之磁鐵分佈結構之實施例， ; 請參閱第一圖至第四圖所示，其係包括有基座（10)、磁 性滾輪（1 1 )、壓輪（1 2 )、馬達（1 3 )(如第二圖所 示）、擋片（Γ 4 )及輸送板（1 5 )所形成； 其中，該磁性滾輪（1 1)包括有一中空滾筒（1 1 1 )(如第三圖所示），該滾筒（1 1 1 )兩端開口處固設 有一外蓋（1 1 2)，該外蓋（1 1 2)中央位置處各設有 一穿孔（1 1 2 1 )，且該外蓋（1 1 2 )相對於滾筒（1 1 1 )開口之一面，位於穿孔（1 1 2 1 )之周緣，朝滾 筒（1 11)内延伸一凸板，藉以形成一凹槽（1 1 3) (如第二圖所示），並使兩凹槽（1 1 3 )内，各設置有一 軸承（1 1 4 ); 另該滾筒（1 1 1 )内設有一傳動軸（1 1 5 )(如 第二、第三圖所示），該傳動軸（1 1 5 )靠近兩端處，各 φ 固設有一朝輸送板（1 5 )之另一側延伸且呈弧形分佈之 片體（1 1 6 )(如第一圖所示），該片體（1 1 6 )係呈 半圓形，兩端半圓形片體（1 1 6 )間設有數磁鐵定位架 (1 1 7 )，該磁鐵定位架（1 1 7 )包括有一長形板體（1 1 7 1 )，該長形板體（1 1 7 1 )兩端朝下延伸出一定位 片體（1 1 7 2 )，該定位片體（1 1 7 2 )分別定位於兩 端半圓形片體（1171)上，該長形板體（1171) 兩側朝上彎折一第一板體（1 1 7 3 )，該第一板體（1 1 7 3 )之自由端側朝長形板體（1 1 7 1 )方向水平彎折 9 M314072 ，一第二板體（1 1 7 4 ); _ 藉此，各磁鐵定位架（1 1 7 )内可 :1 8 )，藉由數螺栓穿設兩側第一板體（1 定位磁鐵（1 1 8 )，另各磁鐵（1 1 8 ) 極，且各磁鐵間具有一等間距離，並使相 (1 1 7)之磁鐵（1 1 8)為相交錯之 筒（1 1 1 )之表面可均勻吸附磁鐵（1 又傳動軸（1 1 5 )之兩端係穿設於 • 2 )上之軸承（1 1 4 )，並使其中-端穿 2 1 )，而可固定於基座（1 0 )之側板， (1 1 2 )外端面則固設有一驅動軸（1 (1 1 9 )係穿出基座（1 0 )另側板， 軸（1 1 9 )與馬達（1 3 )之轉轴相互 當含有鐵屑之冷卻液從入口引進基廣 由磁性滾輪（1 1 )之滾筒（1 1 1 )旋轉 Φ 0 )，此時鐵屑（2 0 )仍含有些微冷卻液 2 )將冷卻液壓除，再以擋片（1 4 )刮 輪滚筒（1 1 1)上之鐵屑（20)，而可 輸送至收集桶中收集。 由於本創作各磁鐵（1 1 8 )間交錯 滾輪（1 1 )滾筒（1 1 1 )吸附鐵屑（ (1 1 )上之鐵屑會均勻分佈，不會有間 筒（1 1 1 )剛吸住鐵屑時，鐵屑產生滑華 1 1 )之刮痕會較均勻，使滾筒（1 1 1 : 滑設數磁鐵（1 .1 7 3 )，而可 依序形成不同磁 鄰之磁鐵定位架 位置，而可讓滾 18); 兩端外蓋（1 1 出於穿孔（1 1 而另一端之外蓋 1 9 ) ^該驅動轴 而可利用該驅動 傳動； :(1 0 )内，再 l時吸住鐵屑（2 ，必須由壓輪（1 除吸附在磁性滾 由輸送板（1 5 ) •設置，所以磁性 2 0 )時，滾筒 隔；藉此，當滾 备而刮傷滾筒（1 )表面較為平整， 10 M314072 r \壓住滾筒（1ll)之壓輪（12)表面也會較為平整， 而不需時常更換，進而節省成本及人力。 • 另外’由於本創作之磁鐵（1 1 8 )利用交錯之設計， 而使本創作可採用體積較小的磁鐵（1 1 8 )，可解決習式 磁鐵而跨車父、多的面積，而需使用較大組磁鐵之缺點。 歸納上述所說，本創作同時具有上述眾多效能與實用 h值’並可有效提升整體的經濟效益，因此本創作確實為 • 創〜極仏的創作’且在相同技術領域中未見相同或近似 之產品公開使用，應已符合創作專利之要件，乃依法提出 申請，並請賜予本創作專利。 【圖式簡單說明】 第一圖係本創作磁性滾輪之外觀示意圖。 第二圖係本創作磁性滾輪之剖面示意圖。 第三圖係本創作磁性滾輪之分解示意圖。 第四圖係本創作磁性滾輪與壓輪壓住之示意圖。 _第五圖係習用磁性滾輪之外觀示意圖。 第六圖係習用磁性滾輪之剖面示意圖。 第七圖係習用磁性滾輪之分解示意圖。 第八圖係習用磁性滾輪與壓輪壓住之示意圖。 【主要元件符號說明】 (10)基座 (1 1 )磁性滾輪 (1 2 )壓輪 (1 3 )馬達 11 M314072 ' (1 4 )擋片 (1 5 )輸送板 :(111)滾筒 (1 1 2 )外蓋 (1 1 2 1 )穿孔 (1 1 3 )凹槽 (1 1 4 )軸承 (1 1 5 )傳動軸 瞻 (116)片體 (1 1 7 )磁鐵定位架 (1 1 7 1 )長形板體 (1172)定位片體 (1 1 7 3 )第一板體 (1 1 7 4 )第二板體 (1 1 8 )磁鐵 Φ ( 1 1 9 )驅動軸 (2 0 )鐵屑 (3 0 )基座 (3 1 )磁性滾輪 (3 2 )壓輪 (3 3 )馬達 (3 4 )擋片 (3 5 )輸送板 (3 1 1 )滾筒 12 M314072 (3 1 2 )外蓋 "(3 1 2 1 )穿孔 : (3 1 4 )轴承 (3 1 5 )傳動軸 (3 1 6 )半圓形片體 (3 1 7 )磁鐵定位架 (3171)長形板體 (3 1 7 2 )定位片體 > (3 1 7 3 )第一板體 (3 1 7 4 )第二板體 (3 1 8 )磁鐵 (3 1 9 )驅動軸 (4 0 )鐵屑M314072 VIII. New description: 【New technology field】 This creation department provides a magnet for the iron scrap filter. It can evenly distribute iron scraps and scrape the knife on the meat. Magnets are prior art] ~.钕, in the general processing machinery cutting process, the iron and steel of the metropolis, and the cooling fluid used to cut the cooling, the iron eyebrows, the middle of the iron, and the iron powder are separated from the coolant. The coolant can be used to produce the filter coat; for the known iron chip filter, please refer to the new patent of the certificate number M2 5 1 648 "Magnet filter", and refer to the fifth to eighth figures. The utility model comprises a base (3 〇), a magnetic roller (3 1 ), a pressure roller (32), a motor (33), a blocking piece (34) and a conveying plate (35); wherein the magnetic roller (3) 1) comprising a hollow roller (3 1 1 ), the outer cover (3 1 2 ) is fixed at the opening of the roller (3 1 1). The outer cover (3 1 2 ) is provided with a perforation at a central position ( 3 1 2 1 ) ' Spring and the outer cover (3 Ί 2) is located at the periphery of the perforation (3 1 2 1 ), and is provided with a bearing (3 1 4 ); another roller (3 1 1) is provided with a transmission shaft (3 1 5) (as shown in the sixth figure), the drive shaft (3 15) is near the two ends and each has a semi-circular piece extending toward the other side of the conveying plate (35). (3 1 6 ) (as shown in Figures 5 and 7), there are several magnet positioning brackets (3 i 7 ) between the rain-end semi-circular pieces (3 1 6 ), and the magnet positioning frame (3 1 7 ) includes An elongated plate body (3 1 7 1 ), the elongated plate body (3 1 7 1 ) extends downwardly from a positioning piece body (3 1 2 2), the positioning piece body (3 1 72) 5 M314072 Do not lie on the semicircular piece at both ends, 7 , , 餸 1 3 1 6 ), the long plate body (3 gauze π 7 ^ 4 4 plate (3 1 7 3 ), the first The free end side of the plate 3) is folded toward the elongated plate body (3 1 7 i ) - the second plate body (3174); thereby, each magnet positioning frame (3 can be slidably provided with a number of magnets (3 18 )' The magnets (3 i 7 ) can be positioned by the number of bolts passing through the upper plate bodies (3 1 7 3 ), whereby the magnets (3l ft, # + 丄Q) sequentially form different magnetic poles, and each There is an equal distance between the magnets, and the magnets (3 1 8 ) of the adjacent magnet positioning brackets (3 1 7 ) are corresponding positions, and the adjacent magnet positioning brackets (3 1 7 ) (3 1 8) The magnetic poles form different magnetic poles, and the surface of the drum (3 1 1 ) corresponds to the magnet (3 18) The adsorption magnet (1 18); and the two ends of the transmission shaft (3 15) are passed through the bearing (3 1 5 ) on the outer cover (3 1 2 ), and one end is pierced by the perforation ( 3 1 2 1 ), but can be fixed to the side plate of the base (3 〇), and the other end of the cover (3 1 2 ) is fixed with a drive shaft (3 1 9 ) (as shown in the sixth figure) The drive shaft (3 1 9 ) passes through the base (30) and the other side plate, and the drive shaft (3 i 9 ) can be reversely driven with the shaft of the motor (3 3 ) by s μ m; When the coolant containing iron filings is introduced into the pedestal (30) from the inlet, the swarf (〇) is sucked by the roller (3 1 1) of the magnetic roller (3 1 ), due to the iron filings at this time (4) 0) still contains some micro-coolant, the cooling hydraulic pressure must be removed by the wheel (3 2 ), and then the roller (3 1 1) of the magnetic roller (3 1 ) is scraped off by the blocking piece (3 4 ), and the conveying plate can be 5 M314072 is sent to the collection to collect 'the coolant after separating the iron filings is recycled from the outlet. However, because there is an equidistance between the magnets (3 1 8 ), the roller (3 1 ) of the roller ( 3 1 ) and the iron ( 4 〇 temple ) and the iron on the roller ( 3 1 1 ) There is also a gap between the chips (4 〇), and since the drum (3 1 1 ) just sucks the iron filings (4 〇), the iron filings (4 〇) still = some μ cold parts, so the iron filings (4 〇 ) It will slip and scratch the roll room (3 1 1 ). In addition, when the pressure roller (3 2 ) presses the roller (3 1 1 ), it will also cause the iron filings (3 1 8 ) to scratch the roller (3 1 1) and the pressure roller (3 2 ); therefore, when the roller (3 1 1) absorbs the iron filings (4 〇), the surface of the drum (3 1 1 ) and the pressure roller (3 2 ) will be uneven. The plane 'and the pressure wheel (3 2) will also cause damage to the surface due to the pressing of the roller (3 1 1); thus, the separation effect will be poor, and the same will be replaced with ## With the pressure roller, the creator of the present invention is directed to the above-mentioned conventional iron scrap filter magnetic distribution structure, which often needs to replace the shortcomings of the roller and the skull, and thus, through years of research in related fields, 4 pq & ° ^, by detailed After design and careful evaluation, the line creates an innovation that can improve the shortcomings of the upper and the younger, and is more ideal and practical. [New content] The technical problem to be solved · The continuation point · The traditional iron filter filter magnet Distribution of mold] 'Because the drum just sucks the iron eyebrows ^ ^ When the milk item, the iron filings will slip and scratch the drum, and the surface of the drum with iron filings will be sunken, and the distance between the iron filings on the drum will be more In addition, when the wheel presses the roller, it will also increase the iron 7 M314072 scrap to the injured roller. Therefore, when the roller absorbs the iron scrap, the surface of the roller will form a high and low uneven plane, and the pressure roller will also be Pressing the roller causes damage to the surface. Technical Features of Solving the Problem: Providing a magnetic distribution of the iron scraps (4) machine: the structure 1 includes a magnetic roller, and the magnetic roller includes a hollow, a rolling roller The inner hub δ has a transmission shaft, and the transmission shaft is close to the two ends, and each force is fixed with an outer arc-shaped sheet body, and a plurality of magnets are arranged between the two bodies, and the magnet holder is provided with a plate body. The plate body extends downwards at both ends =?1 body, the positioning piece body is respectively positioned on two pieces, the plate body is white ~ 'folding one first plate body, 1 haidi - the free end side of the plate body is facing the plate body benefit "di-plate body A plurality of magnets can be slid in each magnet positioning frame, and the first 戽彤+ plate body on both sides can be hunted by a plurality of bolts, and the magnet can be positioned; each magnet is reduced to a different magnetic pole, and each magnetic magnet has a - The distance between the two is equal to each other, and the magnets of the adjacent magnets are placed in a staggered position. By this, because of the magnets of the present invention, when the iron scraps are sucked from the drum, the drum is on the wrong side and the magnetic roller makes the iron Scratch section steam U "uniform distribution" will not have a gap, ::1 scratches will be more uniform, the drum surface is relatively flat. The effect of the 槿, 、,士 & technology: provide the magnet of the iron scrap filter, and the structure of the shovel, the squeegee of the squeegee roller on the drum of the creation will be evenly distributed. Iron filings hurt the manpower. It is not necessary to change the drum from time to time, which can save costs. The techniques, means and functions of the use of Gujia every # η # used in this creation, and a better example with the pattern of the ancient sheep a cow,槿, 土... After 'believe in the above-mentioned characteristics of this creation, when it can be obtained - deep and specific understanding. • M314072 '[Embodiment] This is an embodiment of a magnet distribution structure of an iron filing filter; see the first to fourth figures, which includes a base (10) and a magnetic roller ( 1 1 ), a pressure roller (1 2 ), a motor (1 3 ) (as shown in the second figure), a flap (Γ 4 ), and a conveying plate (15); wherein the magnetic roller (1 1) The utility model comprises a hollow cylinder (1 1 1 ) (as shown in the third figure), and an outer cover (1 1 2) is fixed at the opening of the two ends of the roller (1 1 1 ), and the central position of the outer cover (1 1 2) Each of the openings (1 1 2 1 ) is provided, and the outer cover (1 1 2 ) is located on one side of the opening of the drum (1 1 1 ), at the periphery of the perforation (1 1 2 1 ), facing the drum (1 11) Extending a convex plate to form a groove (1 1 3) (as shown in the second figure), and providing a bearing (1 1 4 ) in each of the two grooves (1 1 3 ); (1 1 1 ) is provided with a transmission shaft (1 15) (as shown in the second and third figures), the transmission shaft (1 15) is close to the two ends, and each φ is fixed with a conveying plate (1) 5) The other side of the extended and curved distribution (1 1 6 ) (as shown in the first figure), the sheet (1 16) is semi-circular, and a number of magnet positioning brackets are arranged between the semi-circular sheets (1 1 6 ) at both ends (1 1 7) The magnet positioning frame (1 1 7 ) includes an elongated plate body (1 1 7 1 ), and the elongated plate body (1 1 7 1 ) extends downwardly from a positioning piece body (1 1 7 2 ) The positioning piece body (1 1 7 2 ) is respectively positioned on the semicircular piece body (1171) at both ends, and the first plate body is bent upward on both sides of the elongated plate body (1171) (1 1 7 3), the free end side of the first plate body (1 1 7 3 ) is horizontally bent 9 M314072 toward the elongated plate body (1 1 7 1 ), and a second plate body (1 1 7 4 ); Therefore, each of the magnet positioning brackets (1 1 7 ) can be: 1 8 ), and the first plate body (1 positioning magnet (1 18) and the other magnets (1 1 8 ) poles are pierced by a plurality of bolts, And the magnets have an equal distance between the magnets, and the magnets (1 1 8) of the phase (1 1 7) are the surfaces of the intersecting cylinders (1 1 1 ) to uniformly adsorb the magnets (1 and the drive shaft (1 1 5) ) The two ends are threaded through the bearing (1 1 4 ) on the 2) and the middle end is 2 1 ), and can be fixed to the side of the base (10) The outer end surface of the plate (1 1 2 ) is fixed with a drive shaft (1 (1 1 9 ) is threaded out of the base (10) and the other side plate, the shaft (1 1 9) and the shaft of the motor (13) are mutually When the coolant containing iron filings is introduced from the inlet, the drum (11 1) of the magnetic roller (1 1 ) is rotated by Φ 0 ), at this time, the iron filings (20) still contain some micro-coolant 2) Then, the iron scraps (20) on the wheel drum (1 1 1) are scraped by the flaps (1 4 ), and can be transported to the collecting bucket for collection. Because the staggered roller (1 1 ) roller (1 1 1 ) between the magnets (1 1 8 ) of this creation absorbs iron filings (the iron filings on (1 1 ) will be evenly distributed, there will be no inter-tube (1 1 1 ) just When the iron filings are caught, the iron filings produce a slippery 1 1 ). The scratches will be more uniform, so that the rollers (1 1 1 : slide the number of magnets (1.17 3), and the magnets of different magnetic neighbors can be sequentially formed. Positioning the frame, and let the roller 18); the outer cover at both ends (1 1 for the perforation (1 1 and the other end is the cover 1 9 ) ^ the drive shaft can be used to drive the drive; : (1 0 ) , then l hold the iron filings (2, must be removed by the pressure roller (1 in addition to the adsorption on the magnetic roller by the conveying plate (1 5) • so magnetic 2 0), the roller is separated; thereby, when the preparation is scraped The surface of the wound roller (1) is relatively flat, and the surface of the pressure roller (12) that presses the roller (1ll) will be relatively flat, without the need to change it frequently, thereby saving cost and manpower. The magnet (1 18) uses a staggered design, so that the creation of a smaller magnet (1 18) can solve the problem of the conventional magnet and the area of the parent. The disadvantages of the larger group of magnets. In summary, the creation has the above-mentioned many performance and practical h-values, and can effectively improve the overall economic benefits, so this creation is indeed • creation ~ extremely creative 'and in the same technology The products that are not identical or similar in the field are used publicly, and should meet the requirements for the creation of patents, and the application is made according to law, and please give this creation patent. [Simplified illustration] The first picture shows the appearance of the magnetic roller. The second picture is a schematic view of the magnetic roller of the present invention. The third picture is an exploded view of the magnetic roller of the present invention. The fourth picture is a schematic diagram of the magnetic roller and the pressure roller pressed by the present invention. _The fifth picture shows the appearance of the magnetic roller. Fig. 6 is a schematic cross-sectional view of a conventional magnetic roller. The seventh figure is an exploded view of a conventional magnetic roller. The eighth figure is a schematic diagram of a conventional magnetic roller and a pressure roller. [Main component symbol description] (10) Base (1 1) Magnetic roller (1 2) Pressure roller (1 3 ) Motor 11 M314072 ' (1 4 ) Blank (1 5 ) Transport plate: (111) Roller (1 1 2 ) Cover (1 1 2 1) Perforation (1 1 3) groove (1 1 4) bearing (1 1 5) drive shaft (116) piece (1 1 7) magnet positioning frame (1 1 7 1 ) long plate body (1172 Positioning piece (1 1 7 3 ) first plate body (1 1 7 4 ) second plate body (1 1 8 ) magnet Φ (1 1 9 ) drive shaft (20) iron filings (30) base (3 1) Magnetic roller (3 2) Pressure roller (3 3 ) Motor (3 4 ) Blank (3 5 ) Transport plate (3 1 1) Roller 12 M314072 (3 1 2 ) Cover " (3 1 2 1) Perforation: (3 1 4) bearing (3 1 5) drive shaft (3 1 6) semi-circular body (3 1 7) magnet positioning frame (3171) long plate body (3 1 7 2 ) positioning piece Body > (3 1 7 3 ) First plate (3 1 7 4 ) Second plate (3 1 8 ) Magnet (3 1 9 ) Drive shaft (40) Iron filings
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