M305722 八、新型說明： 【新型所屬之技術領域】 本創作係提供一種側銳 提供一種側銑刀具之刀片至 圓角之圓凹弧，並在刀片調 具主體上。 刀具結構改良，尤指其技 少二調整切削面設成倒角 整完成後以固定結構固定 術上 不同 至刀 【先前技術】 參閱第-圖所示’係、為習用之側銑刀具，該側銑 主要包含有：-刀具主體（10)，該刀具主體依固 片之數量設有同數量凸出之齒部（i i)，數刀片（ )為鎢鋼刀片或其他材質刀片，刀片（12)以銲接 口疋至刀具主冑（1〇)凸出之齒部（11) ’據以 一側銑刀具。 /另者’亦有一種側銑刀具係在刀片上設穿孔，刀 /員：接固定’而是以螺絲穿貫刀片之穿孔，而將刀片 ❿固定至側銑刀具之刀具主體凸出齒部，以達到固定刀 目的但因為刀片面積就不是很大，在刀片上設有穿 景冬響其刀片弓金择 ,_ 強度，也不利於在刀片上設圓凹弧之凹槽 欠而，上述習知之側銑刀具，仍存在有下列缺失 美、 刀片如果直接銲固至刀具主體上，如此將使 ”、、 換就异只是一個刀片破損，也要整组側銑刀 析，如此較浪費成本。 銲固之刀片無法再調整刀部方向，所以就算 岛匈圓角> «η θ _ . ，、’隶夕也只能設有倒一種圓角之圓凹 刀具 定刀 12 方式 製成 片不 螺鎖 片的 孔則 刀片 具換 要作 弧， 5 M305722 -要倒不同圓角就要換上不同側銑刀具。 一刀片直接設有穿孔者，因強度已經不佳，不宜 設多個圓凹弧之凹槽。 疋以針對上述習知結構所存在之問題點，如何開 一種更具理想實用性之創新結構，實消費者所殷切企盼 亦係相關業者須努力研發突破之目標及方向。 有盔於此，創作人本於多年從事相關產品之製造開 與λ计、”至驗，針對上述之目標，詳加設計與審慎評估後 終得一確具實用性之本創作。 【新型内容】 欲解決之技術問題點：習知之側銑刀具如果刀片是 接銲固於刀具上|，其刀片只要有其一損壞，整組之侧 刀具就要換掉，而該刀片銲固於刀具上，只有一切削面 可用於切削，所以在該切削面僅能製作一種倒圓角形式 圓凹弧’要銳削不同圓角就要整個刀具作更換。 φ 解决問通之技術特點：提供一種側銑刀具結構改良 該側銑刀具由一刀具主體、數刀片、數壓制件及數鎖固 所組成’刀具主體依固定刀片位置設有主體齒部及定位 部’定位凸部與主體齒部間設有逃隙槽，而刀片依每一 螯切削面設有不同倒圓角之圓凹弧，使刀片可調整所需 角鏔固至刀具主體，鎖固時係壓制件之壓制面設有錐度 銕固件鎖越緊，壓制件越往下則壓制力量越大，得以有 固定刀片於刀具主體上，使之成為一可調整倒角不同圓 L ί則銑刀具者。 再 發 發 直 銑 係 之 9 件 凸 調 圓 ， 效 角 6 M305722 •對照先前技術之功效： 先則技術針對倒圓角，一側銑刀具僅 式之倒圓角規格，要倒不同圓肖，則要換刀具 一側銑刀具即具有至少四種不同型式之倒圓角 ，使倒圓角刀具更實用。 一、留 一 一刀片損壞只須更換該刀片即可。 一 本創作不在刀片上設穿孔，可以保持 度。 ’有關本創作所採用之技術、手段及其功效 佳實施例並配合圖式詳細說明於后，相信本創 的、構造及特徵，當可由之得一深入而具體的 【實施方式】 參閱第二圖所示，本創作係提供一種側銑 良，主要包含有： -刀具主體（2〇)，該刀具主體（20 籲片（3〇)數星’设有相同數量主體齒 （ 數刀：（“），每-刀“3〇)具有 切削面，最佳者為四調整切削面（3 1 )、（ 33) 、 （34)(如第五圖所示），每一刀 依每一调整切削面設有不同倒圓角之圓凹弧， 面（3 1 ) 5又有倒2R圓角之圓凹弧（3工工 射面（3 2 )設有倒3R圓角之圓凹弧（3 2 切削面（3 3 )設有倒4R圓角之圓凹弧（3 整t刀削面（3 4 )設有倒5R圓角之圓凹弧（ 提供一種型 ，本創作之 規格供選擇 其刀片之強 ，兹舉一較 作上述之目 瞭解。 刀具結構改 )依固定刀 1 )； 至少二調整 3 2 )、（ 片（3 〇 ) 如調整切削 )，調整切 1 )，調整 3 1 )，調 3 4 1)， 7 M305722 而主體齒部（2l)設有大於刀片（3〇 如5R圓角之圓凹弧）之圓凹弧（2工工、 數鎖固件（4 〇 )，該鎖固件（4 〇 體（2 〇 )對應之鎖合部（2 2 ); 最大圓凹弧（ 鎖固至刀具主M305722 VIII. New description: [New technical field] This creation provides a sharp-edged arc that provides a side-cutting tool to the rounded corner of the blade and the main body of the blade. The improvement of the tool structure, especially the skill of the second. The cutting surface is set to chamfer. After the completion of the fixed structure, the difference is fixed to the knife. [Prior Art] Refer to the figure in the figure - for the conventional side milling tool. The side milling mainly comprises: a tool body (10), the tool body is provided with the same number of protruding teeth (ii) according to the number of the solid pieces, and the number of blades ( ) is a tungsten steel blade or other material blade, the blade ( 12) The toothed part (11) protruded from the welding port to the main 胄 (1〇) of the tool. /Others also have a side milling tool with a perforation on the blade, the knife/member: fixed, but a screw through the perforation of the blade, and the blade is fixed to the tool body of the side milling tool. Tooth part, in order to achieve the purpose of the fixed knife, but because the blade area is not very large, the blade has a knives on the blade, and the strength of the blade is not conducive to the concave groove on the blade. The above-mentioned conventional side milling cutter still has the following missing beauty. If the blade is directly welded to the tool body, this will make the "," change just a blade damage, and the whole set of side milling cutters will be analyzed. It is a waste of cost. The blade of the welded solid can no longer adjust the direction of the knife, so even if the island is rounded > «η θ _ . , 'Li Xi can only have a rounded concave tool to cut the knife 12 way If the hole is not screwed, the blade will be replaced by arc. 5 M305722 - It is necessary to replace the different side milling cutters with different rounded corners. One blade is directly provided with a perforator, because the strength is not good, it is not suitable. Set a plurality of grooves of concave arcs. The problem of the structure, how to open an innovative structure with more ideal and practicality, the real consumer is eagerly awaiting the relevant industry to strive to develop the goal and direction of breakthrough. With the helmet, the creator has been engaged in the relevant The manufacture of the product is opened and the λ meter, "to the test, for the above objectives, detailed design and prudent evaluation, and finally have a practical and practical creation. [New content] The technical problem to be solved: the side milling cutter of the prior art, if the blade is welded to the tool, the blade of the whole group should be replaced as long as one of the blades is damaged, and the blade is welded. Fastened on the tool, only one cutting surface can be used for cutting, so only a rounded concave arc can be made on the cutting surface. To sharpen the different rounded corners, the entire tool should be replaced. φ Solving the technical characteristics of the problem: providing a side milling tool structure improvement The side milling tool consists of a tool body, a number of blades, a number of pressing parts and a number of locks. The tool body is provided with a main body tooth according to the position of the fixed blade. And the positioning portion is provided with an escape groove between the positioning convex portion and the main body tooth portion, and the blade is provided with different rounded concave arcs according to each of the cutting surfaces of the cutting surface, so that the blade can adjust the desired angle to the tool body, When the locking is completed, the pressing surface of the pressing member is provided with a taper. The tightening of the fastener is tighter. The pressing force of the pressing member is higher, and the pressing force is larger, so that the fixed blade can be fixed on the cutter body, so that it becomes an adjustable chamfering circle L ί Then the milling cutter. Re-issue the 9-piece convex circle of the straight milling system, the effect angle 6 M305722 • Compared with the effect of the prior art: First, the technique is for the rounding, the side milling tool is only the rounding specification, and the different rounds are to be inverted. If you want to change the tool side milling tool, there are at least four different types of rounding, which makes the rounding tool more practical. First, leave a blade damaged only need to replace the blade. One creation does not have perforations on the blade to maintain the degree. 'A good example of the technology, means and effects of this creation, and detailed description with the drawings, I believe that the creation, structure and characteristics of this creation can be obtained from a deep and specific [implementation] As shown in the figure, this creation provides a kind of side milling, which mainly includes: - the tool body (2〇), the tool body (20 call pieces (3〇) stars" with the same number of body teeth (number of knives: ( "), each knife "3" has a cutting surface, the best is four adjustment cutting surfaces (3 1 ), (33), (34) (as shown in the fifth figure), each knife is cut according to each adjustment The surface has a rounded concave arc with different rounds, and the surface (3 1 ) 5 has a rounded concave arc with a 2R rounded corner (3 industrial projecting surface (3 2 ) with a rounded concave arc with inverted 3R rounded corners (3 2 The cutting surface (3 3 ) is provided with a rounded concave arc with a 4R rounded corner (3 full-cut surface (3 4 ) with a rounded concave arc with a 5R rounded corner (providing a type, the size of this creation is for the choice of its blade) Strong, let's take a look at the above. The tool structure is changed according to the fixed knife 1); at least two adjustments 3 2 ), (chip (3 〇) if the cutting is adjusted) Adjust the cut 1), adjust 3 1), adjust 3 4 1), 7 M305722 and the main tooth (2l) is provided with a concave arc larger than the blade (3 such as 5R rounded concave arc) (2 engineering, Number of locks (4 〇), the lock (4 〇 (2 〇) corresponding to the lock (2 2 ); maximum concave arc (locked to the tool master)
數壓制件（5 〇 )，該壓制件（5 (5 1 )及穿孔（5 2 )，穿孔（5 2 )穿貫鎖固至刀具主體（20)，壓制 壓制面（51)迫壓固定刀片 0 )設有數壓制面 )供鎖固件（4 0 件（5 0 )至少一 上述刀具主體（2 0 )，其中該主體 固定刀片（3 Q )位置設有定位凸部（2 其中該定位凸部（23)肖主體齒部 逃隙槽（2 4 )。 齒部（2 1 )依3 ) 〇 (2 1 )間設有a number of pressed parts (5 〇), the pressed piece (5 (5 1 ) and perforation (5 2 ), the perforation (5 2 ) is slidably locked to the cutter body (20), and the pressed pressing surface (51) is pressed to fix the blade 0) a plurality of pressing faces are provided for locking the fastener (40 pieces (50) at least one of the above-mentioned tool bodies (20), wherein the main body fixing blade (3Q) is provided with a positioning convex portion (2) wherein the positioning convex portion (23) The main body tooth escape groove (2 4 ). The tooth portion (2 1 ) is provided between 3) 〇 (2 1 )
2該壓制件（5〇)之壓制面（”）為錐 ，、中該鎖固件（40)可為螺絲，而刀具主體 )對應之鎖合部（2 2 )為螺孔。 參閱第三、第四圖所示，該刀具主體 ::(3 〇 )位置設有主體齒部（2 1 )及定位凸 2二立凸部（23)與主體齒部（21)間設 ;4)，而：片（3 0)依每一調整切削面（ 4 )(如第五圖所示）設有不同倒圓角之圓 鏔固I)至（341)，使刀片（3〇)可調整所 〃主體C 2 〇 )，鎖固時係壓制件（5 〇:面（51)設有錐度，鎖固件鎖越緊，壓制件（ 、往下則壓制力3:越大，得以有效固定刀片（3 〇 度面 0 槽 至 依固定 部（2 有逃隙3 1 ) 凹弧（ 需圓角 )之壓5 0 ) >於刀 8 M305722 可調整倒角不同圓胃 具主體（20)上，使之成為— 銑刀具者 該本創作之側銖刀具欲銳削不同倒圓角時， 刀具主體（20)上之所有鎖固件"〇)全冑要將 此 之側 壓制件（5 0 )之壓制面 知鬆，使 鬆離刀片（3 〇 ) 時刀“3〇)就可以取離刀具主體（2…旋轉選： 調整適當之調整切削面（31)1(34)(如第五= 示），選擇完成後再將刀片（30)組入刀具主 )並靠抵；t位凸部（2 3 )定位，再將鎖固件（ 緊使壓制件（5 0 )之壓制面（5丄）迫緊固定刀片（： 〇)，此時側銳刀具就變成另-種規格之倒圓角刀提供使 用0 參閱第六圖所示，該刀片（3 〇 )之調整切削面（3 1 )至（3 4 )亦可製出全部為相同圓角的圓凹5瓜，即如 圖所不’刀片（3 0 )之調整切削面（3 "至（3 4 ) 鲁設有倒3R圓角之圓凹弧（3 2工）。 本創作功效增進之處如下： 本創作和:供一側銑刀具，即具有至少四種倒圓角 規“、4擇’彡到習用者至少四組側銑刀具才能達到之效 用’本創作深具實用性者。 2本創作其一刀片損壞只需更換該刀片，而其刀片 表设任何穿孔，所以得以保有其強度者。 文係針對本創作之較佳實施例為本創作之技術特徵 遑行具體之說明；惟’熟悉此項技術之人士當可在不脫離 9 M305722 本創作之精神與原則下對本創作進行變更與修改，而該等 變更與修改，皆應涵蓋於如下申請專利範圍所界定之範缚 中〇 【圊式簡單說明】 第一圖：係習用側銑刀具之立體示意圖。 第二圖：係本創作之側銑刀具立體分解圖。 第三圖：係本創作之側銑刀具其一組合立體示意圖。 第四圖：係本創作之側銑刀具另一組合平面示意圖。 ® 第五圖：係本創作之刀片其一例平面示意圖。 第六圖：係本創作之刀片另一例平面示意圖。 【主要元件符號說明】 •習用部份· (10)刀具主體 （11)齒部 (1 2 )刀片 •本創作部份· (2 1 )主體齒部 (2 2 )鎖合部 (2 4 )逃隙槽 (3 1 )調整切削面 (3 2 )調整切削面 (3 3 )調整切削面 (3 4 )調整切削面 (4 0 )鎖固件 (5 1 )壓制面 Φ ( 2 0 )刀具主體 (2 1 1 )圓凹弧 (2 3 )定位凸部 (3 0 )刀片 (3 1 1 )圓凹弧 (3 2 1 )圓凹弧 (3 3 1 )圓凹弧 (3 4 1 )圓凹弧 (5 0 )壓制件 10 M305722 (5 2 )穿孔2 The pressing surface (") of the pressing member (5" is a cone, wherein the locking member (40) can be a screw, and the corresponding locking portion (2 2 ) of the cutter body is a screw hole. As shown in the fourth figure, the tool body:: (3 〇) is provided with a main body tooth portion (2 1 ) and a positioning convex 2 two vertical convex portion (23) and a main body tooth portion (21); : The piece (3 0) is provided with different rounded round tamping I) to (341) according to each adjustment cutting surface (4) (as shown in the fifth figure), so that the blade (3〇) can be adjusted. Main body C 2 〇), when the lock is fixed, the press part (5 〇: the surface (51) is tapered, the lock lock is tighter, and the pressed part (the lower pressing force 3: the larger, the blade can be effectively fixed) 〇 degree 0 groove to fixed part (2 has escape 3 1) concave arc (requires rounded corner) pressure 5 0 > on knife 8 M305722 adjustable chamfer different round stomach body (20) The becomes the milling cutter. When the side tool of this creation wants to sharpen different rounds, all the fasteners on the tool body (20) are all pressed to the side (5 0 ) The pressed surface is loose, so that it is loose from the blade (3 ) The time knife “3〇” can be taken off the tool body (2... Rotary selection: Adjust the appropriate adjustment cutting surface (31) 1 (34) (such as the fifth = display), and then select the blade (30) group. Enter the tool main) and lean against it; position the t-position convex part (2 3 ), and then tighten the locking piece (tightly pressing the pressing surface (5 )) of the pressing part (5 0) to fix the blade (: 〇), this side The sharp tool becomes a different type of round knife. The use of 0 is shown in the sixth figure. The cutting faces (3 1 ) to (3 4 ) of the blade (3 〇) can also be made into the same circle. The corner of the circle is 5 melons, that is, the adjustment cutting surface of the blade (3 0) is not shown in the figure (3 " to (3 4 ) Lu has a rounded concave arc with 3R rounded corners (3 2 work). The enhancements are as follows: This creation and: for one side milling tool, that is, with at least four kinds of round gauges, 4 select '彡 to the use of at least four sets of side milling cutters to achieve the effect of this work. Practicality. 2 The creation of one of the blades is only required to replace the blade, and the blade has any perforation, so it can maintain its strength. The examples are specific to the technical characteristics of the creation; however, those who are familiar with the technology may make changes and modifications to the creation without departing from the spirit and principles of 9 M305722, and such changes and modifications. It should be covered in the standard bounds defined in the following patent application scope 〇 [圊 简单 simple description] The first picture: is a three-dimensional schematic diagram of the conventional side milling cutter. The second picture: the three-dimensional exploded view of the side milling cutter The third picture: a three-dimensional schematic diagram of the side milling cutter of the creation. The fourth picture: a schematic diagram of another combination of the side milling cutters of the present creation. ® Figure 5: A schematic diagram of a blade of this creation. Figure 6: A schematic diagram of another example of a blade of the present invention. [Description of main component symbols] • Conventional part · (10) Tool body (11) Tooth (1 2) blade • This part of the creation (2 1 ) Body tooth (2 2 ) Locking part (2 4 ) Escape slot (3 1 ) Adjust cutting surface (3 2 ) Adjust cutting surface (3 3 ) Adjust cutting surface (3 4 ) Adjust cutting surface (4 0 ) Locking device (5 1 ) Pressing surface Φ ( 2 0 ) Tool body (2 1 1 ) Round concave arc (2 3 ) Positioning convex part (3 0 ) Blade (3 1 1 ) Round concave arc (3 2 1 ) Round concave arc (3 3 1 ) Round concave arc (3 4 1 ) circle Concave arc (5 0 ) pressed piece 10 M305722 (5 2 ) perforated
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