M336111 入、新型說明： 【新型所屬之技術領域】 是 新 本創作係涉及一種加工機之研磨輪相關構造，特別 指該研磨輪的定位用法蘭構件及調校用配重塊構件之創 【先前技術】 按，磨床加工機其研磨 輪的運轉以對工件表面進行 之定位，通常係藉由一法蘭 輪夾置定位’該法蘭之外端 可調式配重塊，透過該等配 磨輪運轉時的動態平衡度， 佳化。 承上，當吾人欲對所述 一般係可透過法蘭外端面所 請配合參閱第1圖所示，為 重塊12結構之組配型態，其 11外端面所設一環狀凹溝13 溝13表面平齊，法蘭11外端 為配重塊12調移時的具體依 實際使用經驗中發現仍存在 當吾人進行配重塊位置 面對該法蘭11的外端面，則 重塊12與刻度14兩者間的關 功能的達成，主要藉由其研 接觸研磨加工，而所述研磨 與法蘭座之相對鎖固以將研 面/口圓周線路徑組配有數 重塊位置的調校，得以調整 以令研磨輪之運作狀態達到 配重塊進行位置調校工作時 環設的刻度作為依據，此部 習知研磨輪1〇之法蘭11及其 各個配重塊12是被組裝於法 中’配重塊12的表面與環狀 面的周緣則環設有刻度14以 據，惟，此種習知結構型態 下述之問題點： 調校工作時，若所站的位置 月b夠輪易且清楚地觀視比對 係’然而，研磨輪1〇於加工 磨 輪 磨 組 研 曰 取 份 配 蘭 凹 作 於 恰 配 機 5 有鑑於此 與設計經驗， 終得一墙具實 M336111 結構上的配置型態，可能 ，致使苴法縫n l 者機台型態的不同而產 致便具法闌Π外端面並 端面朝下日丰—、土 正好面對操作者（例如 %曲朝下k、或者法蘭 ，如此一來^ 面係被加工機之門柱擋M336111 Into, new description: [New technical field] The new creation is related to the grinding wheel related structure of a processing machine, especially the positioning flange member of the grinding wheel and the adjustment weight component. Technology] According to the grinding machine, the grinding wheel is operated to position the surface of the workpiece. Usually, the flange is clamped and positioned. The outer end of the flange is adjustable, and the grinding wheel is operated through the grinding wheel. The dynamic balance of time, better. In the above, when we want to refer to the outer end of the flange through the flange, please refer to Figure 1 for the combination of the structure of the weight 12. The outer end of the 11 is provided with an annular groove 13 groove. 13 The surface is flush, and the outer end of the flange 11 is adjusted when the weight 12 is transferred. According to the actual use experience, it is still found that when the weight of the weight is placed facing the outer end surface of the flange 11, the weight 12 and the scale 14 The achievement of the closing function between the two is mainly through the grinding and grinding process of the grinding, and the grinding and the flange seat are relatively locked to adjust the grinding/path circumference path group with the adjustment of the number of blocks. It can be adjusted to make the working state of the grinding wheel reach the scale of the ring when the weight is adjusted. The flange 11 of the grinding wheel 1 and its respective weights 12 are assembled in the method. The surface of the 'weighting block 12' and the circumference of the annular surface are provided with a scale 14 for the basis of the following problems. However, the following problems of the conventional structural type are as follows: When adjusting the work, if the position of the station is b It’s easy and clear to look at the comparison system. However, the grinding wheel 1 is used in the machining mill. Grinding group research and extraction of the blue fittings for the matching machine 5 In view of this and the design experience, the final configuration of the M336111 structure on the wall, may cause the difference of the type of the machine The result is that the outer end face of the faucet and the end face down the fengfeng--the soil just faces the operator (for example, the % curve is down k, or the flange, so that the surface is blocked by the door of the processing machine)
女此來，顯然將嚴重影鍥❿& A 口晳#査 … 胃配重塊調校工作之順 口口貝效率，實為值得孝界田 π心貝 Β 栗界％、索改良的課題。 疋以’針對上述習知加 構所在方> ^ θ 機研磨輪之法蘭及配 斤存在之問題點，如何 蛀槿，與庶m Ί么—種更具理想實用性 、、、〇構貝使用者所企盼，亦倍知Μ1 目標及方向。 、相關業者須努力研發 ，創作人本於多年從事相關產品之製 針對上述之目標，詳加設計與審慎評 用性之本創作。 【新型内容】 本創作之主要目的，係在提供一種加工機研磨 蘭及配重塊結構改良，其所欲解決之問題點，係針 加工機研磨輪之法蘭及配重塊結構仍舊存在當法蘭 無法面對操作者時，將影響配重塊調校工作順暢性 政率之問題點加以改良突破；所述研磨輪係組設定 工機所設法蘭與法蘭座之間，該法蘭具外端面及環 ’該外端面具有環槽以供組配數組可調式之配重塊 重塊並藉由定位構件之組配以控制其定位或可調狀 去蘭表面並設有刻度； 本創作解決問題之技術特點，主要在於所述刻 置於法蘭的環狀周面；所述配重塊並增設有延伸面 生變化 法蘭外 Ρ且時） 楊性及 重塊結 之創新 突破之 造開發 估後， 輪之法 對習知 外端面 及品質 位於加 狀周面 ，各配 態，又 度係設 ，所述 6 M336111 延伸面與法蘭的環狀周面呈相同面向設置，該延伸面 設有標記與法蘭環狀周面所設刻度相對應，藉此創新獨特 設計，使本創作對照先前技術而言，大致可達到如下 1切效 當研磨輪及法蘭外端面是以側向面對操作者時，操作 者仍然能夠透過法蘭環狀周面上所設刻度及配重塊延伸面 所設標記而輕易辨識配重塊調校所在位置，因此對於配重 1 塊的調校工作而言將可發揮相當大的助益及方便性，達到 _ 更加貫用好用之進步性。 【實施方式】 請參閱第2 、3 、4 、5 、6圖所示，係本創作加工 機研磨輪之法蘭及配重塊結構改良之較佳實施例，惟此等 實施例僅供說明之用，在專利申請上並不受此結構之限制 。所述研磨輪20係可組設夾置定位於磨床加工機3〇所預設 之一法蘭40與一法蘭座5〇之間，該法蘭4〇具有一外端面41 _以及一環狀周面42,該外端面41具有内凹狀之一環槽“， -以供組配數組可調式之配重塊6〇，各配重塊60並藉由定位 構件70之組配以控制其定位或可調狀態，又，法蘭表面 並設有刻度80 (詳如第5圖所示）；其中： 所述刻度80係設置於法蘭4〇的環狀周面42上； 所述配重塊6〇並增設有延伸面61，所述延伸面61係與 法蘭40的環狀周面42呈相同之面向設置，該延伸面61上並 e又有“忑62 (可為線條、點、箭頭形狀）與法蘭4〇環狀周 面42所設之刻度80相對應者。 7 M336111 狀 人 刻 60 " 設 •所 60 孔 於 螺 緊 31 Φ 珠 伸 面 之 能 其中，如第9圖所示之刻| δ〇Β，其係由法蘭4〇的環 周面42進一步延伸至法蘭外端面&之型態，藉此，吾 從法蘭40的側向以及外端面41角度方向均可清楚觀視到 度。 其中，該配重塊60所增設之延伸面61，可藉由配重塊 側邊一體形成一延伸板塊型態所構成，所述延伸板塊可 為弧形態樣以順應法蘭40之圓形邊態樣者。 其中，所述定位構件70之具體構成如第5 、6 、7圖 示，係可包括一珠體71、一螺栓72所構成，並於配重塊 设置朝法蘭40之環槽43内壁方向設置的一螺孔63，該螺 63預定深度位置設有一徑向穿孔64貫通至環槽43 一側壁 且令該側壁設成内傾面431型態，以使所述珠體71容置 所述徑向穿孔64中，螺栓72則螺合於該螺孔63，並令該 栓72之内端抵靠於珠體71内側，藉以可透過螺栓72的鬆 進退調整，以構成該珠體71向外抵緊於環槽43内傾面4 之定位配重塊60狀態（即第7圖所示狀態），或者構成 體71内縮脫離内傾面431之釋放配重塊60狀態者。 又其中，詳如第7圖所示，所述配重塊60所增設之延 面61該端内側並可設有一倒勾緣部65，以使法蘭4〇外端 41對應設有嵌凹面44，藉由所述倒勾緣部65與嵌凹面44 嵌合，以進一步擴增配重塊60與法蘭40之靠合面積，而 增進配重塊60組合定位狀態以及調移狀態之穩固性。 藉由上述之結構、組成設計，茲就本創作之使用作動 8 M336111 情形說明如下： 本創作之主要核心設計在於將所述刻度80設於法蘭40 環狀周面42上，並配合配重塊60增設延伸面61與法蘭40環 狀周面42呈相同面向設置之技術特點，藉此，如第1 〇圖所 示意，當研磨輪2〇以及法蘭40外端面41是以側向面對操作 者的情況時，藉由本創作的設計，操作者仍然能夠透過該 法蘭40環狀周面42上所設刻度80以及配重塊60延伸面61所 設標記62而可輕易辨識配重塊60調校之所在位置，因此對 響於配重塊60的調校工作而言，將可發揮相當大的助益及方 便性。 功效說明： 本創作功效增進之事實如下： 本創作藉由將所述刻度設於法蘭環狀周面上並配合配 重塊增設延伸面與法蘭環狀周面呈相同面向設置之創新獨 特設計，當研磨輪及法蘭外端面是以側向面對操作者時， 操作者仍然能夠透過法蘭環狀周面上所設刻度及配重塊延 伸面所設標記而輕易辨識配重塊調校所在位置，因此對於 配重塊的調校工作而言將可發揮相當大的助益及方便性， 達到更加實用好用之進步性。 本創作可產生之新功效如下： 藉由所述配重塊所增設之延伸面該端内側設有倒勾緣 部，法蘭外端面對應設有嵌凹面之結構設計，俾可進一步 擴增配重塊與法蘭之靠合面積，進以增進配重塊組合定位 9 M336111 狀怨以及調移狀態之穩固性者 上述實施例所揭示者係藉以 雖透過特定的術語進行說明，卷 之專利範圍；熟悉此項技術領域 之精神與原則後對其進行變更與 而此等變更與修改，皆應涵蓋於 所界定範疇中。 具體說明本邊 不能以此限 之人士當可 修改而達到 如后所述之 4作，且文中 t本新型創作 l瞭解本創作 $欵之目的， 3請專利範圍This time, the woman will obviously have a serious impact on the A mouth-to-mouth check. The efficiency of the stomach weight adjustment work is really worthy of the problem of filial piety π 田 田 % 、 、 、 、 、疋 ' 针对 ' 针对 针对 针对 针对 针对 针对 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ The users of Beibei hope to know the target and direction. Relevant operators must work hard to develop, and the creators have been engaged in the production of related products for many years. In addition to the above objectives, the design and the evaluation of prudent appraisal are detailed. [New content] The main purpose of this creation is to provide a kind of processing machine grinding orchid and weight structure improvement, and the problem to be solved is that the flange and weight structure of the grinding wheel of the needle processing machine still exist. When the flange can not face the operator, it will improve the problem of affecting the smoothness of the weight adjustment work; the grinding wheel set sets the flange between the machine and the flange seat, the flange The outer end surface and the ring have a ring groove for assembling the array of adjustable weight weight blocks and are arranged by the positioning members to control the positioning or the adjustable shape of the surface and are provided with scales; The technical characteristics of the problem-solving problem are mainly in the annular circumferential surface of the flange; the weight is added with the extension surface to change the outer flange of the flange and the innovation breakthrough of the yang and heavy knot After the development of the development, the wheel method is applied to the outer end surface and the quality is located on the circumferential surface, and each of the mating surfaces is set, and the 6 M336111 extension surface is disposed in the same direction as the annular circumferential surface of the flange. The extension surface is provided with a mark and a method The scale of the annular circumference is correspondingly designed, and the innovative and unique design makes the creation of the present invention substantially as follows: 1 When the grinding wheel and the outer end surface of the flange face the operator laterally, The operator can still easily identify the position of the weight adjustment by marking the scale on the circumferential surface of the flange and the extension of the weight. Therefore, it can be used for the adjustment of the weight 1 block. A considerable amount of help and convenience to achieve _ more consistent use of progress. [Embodiment] Please refer to Figures 2, 3, 4, 5, and 6 for a preferred embodiment of the flange and weight structure of the grinding wheel of the writing machine, but these embodiments are for illustrative purposes only. The use of the patent application is not limited by this structure. The grinding wheel 20 can be disposed between the flange 40 and a flange seat 5〇 preset by the grinder processing machine 3, and the flange 4 has an outer end surface 41 _ and a ring a circumferential surface 42, the outer end surface 41 has a concave groove groove ", - for the array of adjustable weights 6 〇, each weight 60 and by the combination of the positioning members 70 to control Positioned or adjustable, and the flange surface is provided with a scale 80 (as shown in FIG. 5); wherein: the scale 80 is disposed on the annular circumferential surface 42 of the flange 4〇; The weight 6 is further provided with an extension surface 61 which is disposed in the same direction as the annular circumferential surface 42 of the flange 40, and the extension surface 61 has an "忑62" (may be a line, The point, the arrow shape) corresponds to the scale 80 provided by the annular circumferential surface 42 of the flange 4. 7 M336111 Shaped 60 " Set 60 holes in the screw 31 Φ bead extension surface, as shown in Figure 9 | δ 〇Β, which is the circumferential surface 42 of the flange 4 法兰Further extending to the outer end face & of the flange, the angle of view from the lateral direction of the flange 40 and the outer end face 41 can be clearly observed. The extension surface 61 of the weight 60 can be formed by integrally forming an extended plate shape on the side of the weight, and the extension can be an arc shape to conform to the circular edge of the flange 40. State of mind. The specific structure of the positioning member 70 is as shown in the fifth, sixth, and seventh embodiments, and may include a bead body 71 and a bolt 72, and is disposed on the inner wall of the ring groove 43 of the flange 40 at the weight. a screw hole 63 is provided. The screw 63 is provided with a radial through hole 64 extending through a side wall of the ring groove 43 at a predetermined depth position, and the side wall is disposed in an inwardly inclined surface 431 shape, so that the bead body 71 accommodates the In the radial through hole 64, the bolt 72 is screwed to the screw hole 63, and the inner end of the bolt 72 abuts against the inner side of the bead body 71, so that the loosening and retracting of the bolt 72 can be adjusted to form the bead body 71. The outer portion abuts against the state of the positioning weight 60 of the inner inclined surface 4 of the annular groove 43 (i.e., the state shown in Fig. 7), or the state in which the constituent body 71 is retracted from the release weight 60 of the inner inclined surface 431. In addition, as shown in FIG. 7 , the extension surface 61 of the weight 60 is added to the inner side of the end and may be provided with a top edge portion 65 so that the outer end 41 of the flange 4 is provided with a concave surface. 44, the hooking edge portion 65 is fitted into the concave surface 44 to further enlarge the abutment area of the weight 60 and the flange 40, thereby improving the positioning state of the weight member 60 and the stability of the transfer state. Sex. With the above structure and composition design, the use of this creation is 8 M336111. The situation is as follows: The main core design of this creation is to set the scale 80 on the annular circumferential surface 42 of the flange 40, and cooperate with the counterweight. The block 60 is provided with the technical feature that the extending surface 61 and the annular circumferential surface 42 of the flange 40 are disposed in the same direction. Therefore, as shown in FIG. 1 , when the grinding wheel 2 〇 and the outer end surface 41 of the flange 40 are laterally In the case of the operator, the design of the present design can still be easily recognized by the operator through the mark 80 provided on the annular circumferential surface 42 of the flange 40 and the mark 62 provided on the extending surface 61 of the weight 60. The position of the weight 60 is adjusted, so that it is quite helpful and convenient for the adjustment work of the weight 60. Efficacy Description: The fact that the creative effect is enhanced is as follows: This creation is made by setting the scale on the circumferential surface of the flange and adding the extension surface of the weight to the annular annular circumferential surface. Designed, when the outer surface of the grinding wheel and the flange is facing the operator sideways, the operator can still easily identify the weight block by marking the scale on the circumferential surface of the flange and the extension surface of the weight. Adjusting the location, it will play a considerable role in the adjustment of the weights, and achieve more practical and useful progress. The new effect that can be produced by the creation is as follows: The extension surface added by the weight is provided with a reversed edge on the inner side of the end, and the outer end surface of the flange is correspondingly designed with a concave surface, and the ridge can be further expanded. The area of the weight and the flange is combined to enhance the combination of the weights. 9 M336111 Resentment and the stability of the transfer state. Those disclosed in the above embodiments are explained by specific terms. Changes and modifications made to the spirit and principles of this technical field shall be covered by the defined scope. Specifically, the person who cannot be limited by this side can be modified to achieve the following four works, and the text is t new creation l understand the purpose of this creation $欵, 3 please patent scope
10 M336111 【圖式簡单說明】 第1圖：係習知結構之立體示意圖。 第2圖：本創作之研磨輪組合於加工機實施型態之立體 圖。 第3圖：係第2圖之局部放大圖。 第4圖：本創作之法蘭與研磨輪分解立體圖。 第5圖：本創作之配重塊與法蘭分解立體圖。 • 第6圖：本創作之研磨輪、法蘭、配重塊組合剖視圖。 _ 第7圖：係第6圖之B部位放大圖。 第8圖：本創作之研磨輪、法蘭、配重塊組合平面圖。 第9圖：本創作之刻度設置型態另一實施例圖。 第10圖：本創作之由研磨輪側向角度可清楚觀視法蘭與配 重塊刻度配合狀態之示意圖。 【主要元件符號說明】 習知部份： 研磨輪 1 0 法蘭 11 配重塊 1 2 環狀凹溝 13 刻度 1 4 本創作部份： 研磨輪 2 0 加工機 3 〇 法蘭 4 〇 外端面 4 1 π M33611110 M336111 [Simple description of the diagram] Fig. 1 is a three-dimensional diagram of a conventional structure. Figure 2: The three-dimensional diagram of the grinding wheel of this creation combined with the implementation of the processing machine. Fig. 3 is a partial enlarged view of Fig. 2. Figure 4: Exploded perspective view of the flange and grinding wheel of this creation. Figure 5: The perspective of the weight and flange of the creation. • Figure 6: A cross-sectional view of the combination of the grinding wheel, flange and counterweight of this creation. _ Figure 7: An enlarged view of the B part of Figure 6. Figure 8: The plan of the combination of the grinding wheel, flange and counterweight of this creation. Fig. 9 is a view showing another embodiment of the scale setting type of the present creation. Figure 10: The lateral angle of the grinding wheel of this creation can clearly see the schematic diagram of the matching state of the flange and the weight of the weight. [Main component symbol description] Conventional part: Grinding wheel 1 0 Flange 11 Counterweight 1 2 Annular groove 13 Scale 1 4 This part: Grinding wheel 2 0 Machining machine 3 〇Flange 4 〇Outer end face 4 1 π M336111
環狀周面 4 2 環槽 4 内傾面 4 3 1 嵌凹面 4 法蘭座 5 〇 配重塊 6 0 延伸面 6 標記 6 2 螺孔 6 徑向穿孔 6 4 倒勾緣部 6 定位構件 7 0 珠體 7 螺栓 7 2 刻度 8 0 、 8 0 B 12Annular circumferential surface 4 2 Annular groove 4 Inner inclined surface 4 3 1 Concave concave surface 4 Flange seat 5 〇 Counterweight 6 0 Extension surface 6 Marking 6 2 Screw hole 6 Radial perforation 6 4 Back hook edge 6 Positioning member 7 0 beads 7 bolts 7 2 scale 8 0 , 8 0 B 12