M358032 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種研磨機，特別是指一種具防破口之雙 頭式鑽頭研磨機。 【先前技術】 按，一般鑽頭於使用後，會因使用不當或使用時間過久， 而導致鑽頭切削能力降低，或甚至無法繼續使用，而業者為節 省成本，故大多會利用綜合加工機自行加工研磨，使鑽頭回復 至可使用之狀態。 ® 惟，綜合加工機之機台購買成本過高，且使用上較為複 雜，不易使用，故需要一定熟練度的人才會研磨，所以亦常使 鑽頭研磨過頭，並造成鑽頭靜點破口之現象，故實有待加以改 善之空間。 【新型内容】 本創作主要目的在提供一種具防破口之雙頭式鑽頭研磨 機，使可達到方便操作及節省機台購買成本。 本創作具防破口之雙頭式鑽頭研磨機，其包含有一基座、 鲁一研磨組件、一第一端面研磨座、一第一靜點研磨單元、一第 一刀具調校座、一第二端面研磨座、一第二靜點研磨單元及一 第二刀具調校座，而該基座係向上設有二相對之一第一立板及 一第二立板，該研磨組件係與該基座相組接，且進一步係包含 有二出力轴，而該等出力軸係分別貫設穿過該第一立板及該第 二立板後，再進一步分別組接有一第一砂輪及一第二砂輪，該 第一端面研磨座係設於該第一砂輪旁側，且其具有一第一限位 孔，同時，該第一靜點研磨單元係包含有一第一靜點研磨座、 一第一調整單元及一第一預置單元，該第一靜點研磨座其一端 3 M358032 係樞設於該第一立板之自由端上，另端則平行出力軸軸向凸設 有一第一定位孔，而該第一調整單元則係包含一第一旋紐及一 第一彈性元件，該第一旋钮係穿設通過該第一靜點研磨座，並 套設於該第一彈性元件後，而共同螺設於該第一立板上，又， 該第一預置單元係螺設穿過該第一靜點研磨座，而抵止於該第 一立板，藉以預置設定出該第一靜點研磨座之最低靜點，該第 一刀具調校座係組設於該研磨組件上，另，該第二端面研磨座 係設於該第二砂輪旁侧，且其具有一第二限位孔，而該第二靜 點研磨單元係包含有一第二靜點研磨座、一第二調整單元及一 *第二預置單元，該第二靜點研磨座其一端係樞設於該第二立板 之自由端上，另端則平行出力轴轴向凸設有一第二定位孔，而 該第二調整單元則係包含一第二旋鈕及一第二彈性元件，該第 二旋鈕係穿設通過該第二靜點研磨座，並套設於該第二彈性元 件後，而共同螺設於該第二立板上，又，該第二預置單元係螺 設穿過該第二靜點研磨座，而抵止於該第二立板，藉以預置設 定出該第二靜點研磨座之最低靜點，同時，該第二刀具調校座 係組設於該研磨組件上。 • 藉此，僅需將鑽頭設置於該第一、第二端面研磨座及該第 一、第二靜點研磨單元上即可透過該砂輪研磨，以達到操作簡 易之效用，同時，更利用該第一、第二預置單元先設定調整最 低靜點位置，使該鑽頭置放於該第一、第二靜點研磨座時，可 避免第一、第二靜點研磨座之位置過低所造成之鑽頭靜點位置 產生破口之現象。 【實施方式】 首先，請參閱第一及第二圖所示，本創作具防破口之雙頭 式鑽頭研磨機係包含有： 4 M358032 基们〇,其向上設有二相對之一第一立板11及一第二 板2 ’而該第一、第二立板η、12上f八則&甘ώ丄山 伸設有-抱耳⑴、12卜 上更刀別向其自由端延 在勺人Γ磨组件2(3，係與該基座1G相組接，且該研磨組件20 去出力軸21，而該等出力軸21係同時受—馬達（圖 == 走轉，且該馬達上更蓋設有—殼體22，同時，該等 ==有 設穿過該第―、第二立板11、12後，並再 刀別、、且接有—弟一砂輪23及一第二砂輪24。 十*第&面研磨座％，係設於該第一砂輪23旁側，且該 弟端面研磨座3 0係具有對應該第一砂輪2 3之一第一限位孔 31 ’該第—端面研磨座3{)係可沿弧狀調整與 輪23之相對位置。 一 一第-靜點研磨單元40,請同時配合參閱第三及第四圖 所示’係包含有-第__靜點研磨座4卜__第―調整單元及 一第一預置單元43,其中：M358032 V. New description: [New technical field] This creation is about a grinder, especially a double-head drill grinder with anti-break. [Prior Art] Press, after the drill is used, it may cause the cutting ability of the drill to be reduced due to improper use or use for too long, or even continue to be used. However, in order to save costs, most of the drills are processed by the integrated processing machine. Grinding, returning the drill to a usable condition. ® However, the purchase cost of the machine of the integrated processing machine is too high, and it is complicated to use and difficult to use. Therefore, it requires a certain degree of proficiency to grind, so the drill bit is often over-grinded and the drill bit is broken. There is really room for improvement. [New content] The main purpose of this creation is to provide a double-head drill grinding machine with anti-breaking, which can achieve convenient operation and save the purchase cost of the machine. The double-head type drill grinder with anti-breaking includes a base, a rubbing assembly, a first end grinding seat, a first static grinding unit, a first tool adjusting seat, and a first a second end grinding base, a second static point grinding unit and a second tool adjusting seat, wherein the base is provided with two opposite first vertical plates and a second vertical plate, and the grinding assembly is coupled to the base The pedestal is assembled, and further includes a second output shaft, and the output shafts are respectively disposed through the first vertical plate and the second vertical plate, and then further assembled with a first grinding wheel and a first a second grinding wheel, the first end grinding seat is disposed on the side of the first grinding wheel, and has a first limiting hole, and the first static grinding unit comprises a first static grinding seat, a first adjusting unit and a first presetting unit, wherein the first static grinding seat has one end 3 M358032 pivoted on the free end of the first vertical plate, and the other end is parallel to the output shaft axially convexly provided with a first Positioning the hole, and the first adjusting unit includes a first knob and a first bullet a first component is disposed through the first static spot grinding seat and sleeved on the first elastic component, and is screwed together on the first vertical plate, and the first preset unit Squeezing through the first static spot grinding seat to abut the first vertical plate, thereby presetting the minimum static point of the first static grinding seat, the first tool adjusting seat set In the polishing assembly, the second end grinding station is disposed on the side of the second grinding wheel and has a second limiting hole, and the second static grinding unit includes a second static grinding a second adjusting unit and a second presetting unit, wherein the second static grinding seat has one end pivotally disposed on the free end of the second vertical plate, and the other end is axially convexly disposed parallel to the output shaft a second positioning hole, wherein the second adjusting unit comprises a second knob and a second elastic component, the second knob is passed through the second static grinding seat, and is sleeved on the second elastic component After being screwed together on the second vertical plate, the second preset unit is screwed through the second static point. The grinding seat is adapted to the second vertical plate, whereby the lowest static point of the second static grinding seat is preset, and the second tool adjusting seat is assembled on the grinding assembly. • Therefore, the drill can be ground through the grinding wheel only by setting the drill on the first and second end grinding bases and the first and second static spot grinding units, so as to achieve the effect of simple operation, and at the same time, The first and second preset units first set the minimum static position to ensure that the position of the first and second static grinding stations is too low when the drill is placed on the first and second static grinding seats. The phenomenon caused by the break point of the drill bit is caused. [Embodiment] First, please refer to the first and second figures. The double-head drill grinding machine with the anti-breaking method includes: 4 M358032 bases, which are provided with two opposite ones. The vertical plate 11 and the second plate 2' and the first and second vertical plates η, 12 are provided with a holding arm (1), and 12 The scooping honing component 2 (3 is assembled with the base 1G, and the grinding assembly 20 is outputted to the output shaft 21, and the output shaft 21 is simultaneously driven by the motor (Fig. == walking, and The motor is further provided with a casing 22, and at the same time, the == is arranged to pass through the first and second vertical plates 11, 12, and is further spliced, and is connected with a young wheel 23 and a second grinding wheel 24. The ten*th & surface grinding seat % is disposed on the side of the first grinding wheel 23, and the front end grinding seat 30 has a first limit corresponding to one of the first grinding wheels 23. The hole 31 'the first end face grinding seat 3{) can adjust the relative position of the wheel 23 along the arc. The first-stationary grinding unit 40, please refer to the third and fourth figures together. Have - the first __ static point The grinding base 4 is __the first adjustment unit and a first preset unit 43, wherein:
^該第一靜點研磨座41，其一端係枢設於該第一立板丨丨之 樞耳111上，另端則平行出力軸21軸向凸設形成有一第一定 位孔411 ’該m孔411係與該第—限位孔31具相同直 徑，，時，該第—靜點研磨座41於該第一定位孔411旁更設 ^ _第一限位單7G 412’而本創作較佳時實施例中該第一限位 單几412'係為-凸柱，藉此使該第—靜點研磨座41可以該枢 耳111為軸心做一預定角度之偏擺調整，又，該第一限位孔 31及該第一定位孔411係可供失設有一鑽頭2〇〇之失直21〇 穿設限位於其中，而該鑽頭2〇〇之直徑係小於等於13公厘。 該第一調整單元42，係包含一第一旋鈕42丨及一第一彈 性凡件422，該第一旋鈕421係穿設通過該第一靜點研磨座 5 M358032 ^並套設於該第-彈性元件422後，而共同螺設於該第一立 ϋ上，於本創作較佳實施例中該第―彈性元件422係為壓 細彈黃。 該第一預置單元43，係包含有—第—螺桿431及一第一 = 432,該第-螺桿431螺設穿過該第—靜點研磨座41，並 同時抵止於該第一立板11上’且哕箪 第-靜點研磨座41 Λ丄ί =桿43咖 .料楚心… 亥弟—螺帽432係螺接 弟-，431 i，且位於該第—靜點研磨座41上，而可 研磨座41具有—定位效用，藉此，以預置設定 出5亥第一靜點研磨座41之最低靜點。 -第-刀具調校座5〇,係組設於該研磨組件2Q之殼體Μ 上’且^藉其調校該鑽頭2〇〇與該第—砂輪Μ間之研磨位置。 $ 座6〇，係設於該第二砂輪24旁側，且該 有對應該第二砂輪24之-第二限位孔 輪^之相對^置―。端面研磨座6G係可沿弧狀調整與該第二砂 7丨磨，7〇，係包含有-第二靜點研磨座 弟一调整早凡72及一第二預置單元73,立中. 靜=座71’其一梅接於該第：立板Μ 二二-力軸21轴向凸設形成有-第二定位 而— 孔711係與該第二限位孔61具相同胖， 限位孔31與該第二限位孔61係為不同直徑，同二 n亥弟一硭點研磨座71於該第二定位孔Ml旁更μ 位單元712,而本創作較佳睥每祐 °又有弟一限 為—凸柱，藉此使該第^占貝研^；鮮二限位單元712係 静‘點研磨座71可以該樞耳12丨Α金士 心做一預定角度之偏擺難，又，該第二限位孔61及該第二 6 M358032 定位孔711係可供夾設有一鑽頭200之夾具210穿設限位於其 中，而該鑽頭200之直徑係大於13公厘。 該第二調整單元72，係包含一第二旋鈕721及一第二彈 性元件722,該第二旋鈕721係穿設通過該第二靜點研磨座 71，並套設於該第二彈性元件722後，而共同螺設於該第二立 板12上，於本創作較佳實施例中該第二彈性元件722係為壓 縮彈簧。 該第二預置單元73，係包含有一第二螺桿731及一第二 螺帽732，該第二螺桿731螺設穿過該第二靜點研磨座71，並 鲁同時抵止於該第二立板12上，且該第二螺桿731係可調整該 第二靜點研磨座71之偏擺角度，又，該第二螺帽732係螺接 於該第二螺桿731上，且位於該第二靜點研磨座71上，而可 使該第二靜點研磨座71具有一定位效用，藉此，以預置設定 出該第二靜點研磨座71之最低靜點。 一第二刀具調校座80,係組設於該研磨組件20之殼體22 上，且可藉其調校該鑽頭200與該第二砂輪24間之研磨位置。 為供進一步瞭解本創作構造特徵、運用技術手段及所預期 鲁達成之功效，茲將本創作使用方式加以敘述，相信當可由此而 對本創作有更深入且具體之暸解，如下所述： 請再同時參閱第三至第四圖所示，於欲研磨一鑽頭200 時，需先依該鑽頭200之大小不同，而辨別出所適用之研磨位 置，而若該鑽頭200之直徑為小於13公厘時，則需與一夾具 210同時穿設限位於該第一刀具調校座50,並藉以定位該鑽頭 200與該第一砂輪23間之相對位置，其後再進一步將該夾具 210旋緊以固定住該鑽頭200，此一來即可初步設定出該鑽頭 200於研磨時的初始高度，又，再將該鑽頭200及該夾具210 7 M358032 共同牙没固定於該第一限位孔31中，並調整該鑽頭2〇〇與該 第一砂輪23間之研磨位置，使該鑽頭2〇〇可研磨出預定角度 之切削面，另，再將該鑽頭200及該夾具210共同穿設固定於 該第-定位孔411中，並以該第一旋紐321調整該第一靜點研 磨座41之偏擺位置，以進一步使該鑽頭200之靜點最低點可 j該第-砂輪23研磨的更為明顯，同時，為避免該鑽頭2〇〇 g有研磨過頭所造成之靜齡置偏移或破口之可能，本創作則 =使用該第-螺桿431螺設穿過該第—靜點研磨座41，並配 φ δ利用該第-螺帽432固定住該第一靜點研磨座41，使該第 =料磨座41可定位於預定位置，以達上述之效用，並於 即可不需再一次調校該第-靜點研磨座41與該 23之相對位置’藉此以簡化研磨之操作步驟，且同 ==鑽頭2〇0被研磨過頭之可能性，另，若該鑽頭 2〇〇為大於13公厘時，則係配合_ 端面研磨座60及該第-靜 步驟孫盥…门 早凡70研磨，而其研磨操作 /驟係與上述相同，故不再加以贅敘。 性，同本創作在_產品巾實有其極佳之進步實用 ^遍查國内外關於此類結構之技術資料，文獻中 專利要件，爱依法提在先疋以，本創作實已具備新型 4血惟，以上所述者，僅係本創作之—較佳可行~制而P， 文牛凡應用本創作說明書及申社真 Λ ^ ， 化，理應包含在本創作乾圍所為之等效結構變 8 M358032 【圖式簡單說明】 第一圖係本創作研磨機之組合立體圖。 第二圖係本創作研磨機另一視角之組合立體圖。 第三圖係本創作研磨機之第一使用示意圖。 第四圖係本創作研磨機之第二使用示意圖。 【主要元件符號說明】 10 基座 11 第一立板 12 弟—立板 20 研磨組件 22 殼體 24 第二砂輪 31 第一限位孔 41 第一靜點研磨座 412 第一限位單元 421 第一旋紐 43 第一預置單元 432 第一螺帽 60 第二端面研磨座 70 第二靜點研磨單元 711 第二定位孔 72 第二調整單元 722 第二彈性元件 731 第二螺桿 80 第二刀具調校座 210 夾具 111 才區耳 121 框耳 21 出力轴 23 第一砂輪 30 第一端面研磨座 40 第一靜點研磨單元 411 第一定位孔 42 第一調整單元 422 第一彈性元件 431 第一螺桿 50 第一刀具調校座 61 第二限位孔 71 第二靜點研磨座 712 第二限位單元 721 第二旋鈕 73 第二預置單元 732 第二螺帽 200 鑽頭 9The first static spot grinding seat 41 has one end pivotally disposed on the pivot pin 111 of the first vertical plate cymbal, and the other end of the parallel output shaft 21 is axially convexly formed with a first positioning hole 411 'm The hole 411 has the same diameter as the first limit hole 31, and the first static spot grinding seat 41 is further disposed with the first limit position 7G 412' beside the first positioning hole 411. In the embodiment of the preferred embodiment, the first limit list 412 ′ is a stud, so that the first static spot grinding seat 41 can adjust the yaw of the predetermined angle by the pivot 111 . The first limiting hole 31 and the first positioning hole 411 are configured to be provided with a missing lead 21 in which the diameter of the drill bit 2 is less than or equal to 13 mm. The first adjusting unit 42 includes a first knob 42 and a first elastic member 422. The first knob 421 is passed through the first static grinding seat 5 M358032 and is disposed on the first After the elastic member 422 is screwed together on the first vertical frame, in the preferred embodiment of the present invention, the first elastic member 422 is a compact elastic yellow. The first presetting unit 43 includes a first screw 431 and a first 432. The first screw 431 is screwed through the first static grinding seat 41 and simultaneously resists the first standing On the board 11 'and the first - static point grinding seat 41 Λ丄 ί = rod 43 coffee. material Chu heart... Haidi - nut 432 system screwed brother -, 431 i, and located in the first - static grinding station 41, the grindable seat 41 has a positioning effect, whereby the lowest static point of the first stationary spot grinding seat 41 is set by a preset. - a --tool adjustment seat 5" is disposed on the casing ’ of the grinding assembly 2Q and is used to adjust the grinding position between the drill bit 2 and the first grinding wheel. The 6-seat is disposed on the side of the second grinding wheel 24, and the corresponding position of the second limiting hole of the second grinding wheel 24 is set. The end grinding seat 6G can be adjusted along the arc and the second sand 7 honing, 7 〇, the system includes a second static point grinding seat, an adjustment 72 and a second preset unit 73, Lizhong. Static = seat 71', one of the plums is connected to the first: the vertical plate Μ 22-force shaft 21 axially convexly formed with - second positioning - the hole 711 is the same fat as the second limiting hole 61, The position hole 31 and the second limiting hole 61 are different in diameter, and the same position is the μ position unit 712 next to the second positioning hole M1, and the present invention is better. Another brother is limited to - the stud, so that the second ^ 贝 研 research; fresh second limit unit 712 is a static 'point grinding seat 71 can be the stalk 12 丨Α 金 士 heart to make a predetermined angle of the deflection difficult Further, the second limiting hole 61 and the second 6 M358032 positioning hole 711 are configured to allow a clamp 210 with a drill bit 200 to be placed therein, and the drill 200 has a diameter greater than 13 mm. The second adjusting unit 72 includes a second knob 721 and a second elastic member 722. The second knob 721 is passed through the second static grinding seat 71 and sleeved on the second elastic member 722. Thereafter, the second elastic member 722 is a compression spring. In the preferred embodiment of the present invention, the second elastic member 722 is a compression spring. The second presetting unit 73 includes a second screw 731 and a second nut 732. The second screw 731 is screwed through the second static grinding base 71 and simultaneously abuts the second On the vertical plate 12, the second screw 731 can adjust the yaw angle of the second static grinding seat 71. Further, the second nut 732 is screwed onto the second screw 731, and is located at the second screw 731. The second static spot grinding base 71 has a positioning effect, whereby the lowest static point of the second static spot grinding base 71 is preset. A second tool adjustment seat 80 is disposed on the housing 22 of the grinding assembly 20, and can be used to adjust the grinding position between the drill bit 200 and the second grinding wheel 24. In order to further understand the characteristics of this creation, the use of technical means and the expected effect of Lu, we will describe the use of this creation. I believe that we can have a deeper and more specific understanding of this creation, as follows: Referring also to the third to fourth figures, when grinding a drill bit 200, it is necessary to first identify the applicable grinding position according to the size of the drill bit 200, and if the diameter of the drill bit 200 is less than 13 mm. Then, a fixture 210 is required to be placed at the same time as the first tool adjustment seat 50, and the relative position between the drill bit 200 and the first grinding wheel 23 is positioned, and then the clamp 210 is further tightened to fix. The drill bit 200 is preliminarily set, and the initial height of the drill bit 200 during grinding is initially set. Further, the drill bit 200 and the clamp 210 7 M358032 are not fixed in the first limiting hole 31. And adjusting the grinding position between the drill bit 2 and the first grinding wheel 23, so that the drill bit 2 can grind a cutting surface of a predetermined angle, and further, the drill bit 200 and the clamp 210 are fixedly fixed to the cutting surface First In the position hole 411, the yaw position of the first static grinding seat 41 is adjusted by the first knob 321 to further make the lowest point of the dead point of the drill bit 200 more obvious. At the same time, in order to avoid the possibility that the drill bit 2 〇〇g has a slight overturn or breakage due to over-grinding, the present invention uses the first screw 431 to be screwed through the first-spot grinding seat 41. And φ δ is used to fix the first static grinding seat 41 by the first nut 432, so that the first grinding base 41 can be positioned at a predetermined position to achieve the above utility, and no longer need to be used again. Adjusting the relative position of the first-spot grinding block 41 and the 23' to thereby simplify the operation step of the grinding, and the same as == the bit 2〇0 is over-grinded, and if the bit 2 is When it is more than 13 mm, it is matched with the end face grinding seat 60 and the first-stage static step, and the grinding operation/sequence is the same as the above, so it will not be described again. Sex, the same creation in the _ product towel has its excellent progress and practical ^ to check the technical information of such structures at home and abroad, the patent requirements in the literature, love according to the law, the creation has a new type 4 Blood, the above mentioned, only the creation of this - better feasible ~ system and P, Wen Niu Fan application of this creation specification and Shen Shezhen ^ ^, should be included in the equivalent structure of this creation Change 8 M358032 [Simple description of the diagram] The first picture is a combined perspective view of the original grinding machine. The second figure is a combined perspective view of another perspective of the present grinding machine. The third figure is a schematic diagram of the first use of the present grinding machine. The fourth picture is a schematic diagram of the second use of the present grinding machine. [Main component symbol description] 10 Base 11 First vertical plate 12 - Vertical plate 20 Grinding assembly 22 Housing 24 Second grinding wheel 31 First limiting hole 41 First static grinding seat 412 First limiting unit 421 a knob 43 first pre-set unit 432 first nut 60 second end grinding station 70 second static point grinding unit 711 second positioning hole 72 second adjustment unit 722 second elastic member 731 second screw 80 second cutter Adjustment seat 210 Fixture 111 Only area ear 121 Frame ear 21 Output shaft 23 First grinding wheel 30 First end grinding seat 40 First static spot grinding unit 411 First positioning hole 42 First adjustment unit 422 First elastic element 431 First Screw 50 first tool adjustment seat 61 second limit hole 71 second static point grinding seat 712 second limit unit 721 second knob 73 second preset unit 732 second nut 200 drill bit 9