M365232 五、新型說明： 【新型所屬之技術領域】 件旦財陳—種「賴刀具之冷卻x置㈠」，利關距 2測距離’再喻梅_鱗，舰峨注件之喷油 又’:可達到切削油之喷注點皆與鑽頭之鑽入點呈相同位置， 俾以獲得最佳之冷卻與排屑效果者。 【先前技術】 按’傳統進行麵作業之方式，有車床加卫、銑床加工及鑽 床加工等方式’當進行麵健時，其侧刀具皆設置於一作動 軸上，並以滑移方式對加工物件進行鑽削，由於進行過程中，★玄 刀具與加4件之接咖侧為高賴_產生高溫，且高溫= 使刀具之接觸點燒損變黑，並會減弱刀具之糊力與降低刀且之 損壞率，又該溫度過高之情況下’其加I物件之加工面較粗糖， 且加工精度亦較不穩定，藉由切削油的嘴注即可消除上述之缺 點，並能以_油之流祕增加麵作業之排屑效果，其中，習 知之:種攸式切難供給裝置，其供給祕愧含有儲油箱、 過渡器、供油泵、喷嘴及回㈣，藉由供油雜切削油由儲油箱 至過滤器送出，再卿喷嘴將_时注於刀具與加工物件之 間’藉此麟冷卻與之絲，最後再由回㈣將朗後之切 削油集中至儲油箱中，即為切削油之供給迴路。 詳觀上述習知結構柳發覺其尚存有些許不足之處，主要原 因係歸如下： 、 M365232 組裝於加工機a上二二、撓性之軟管上，並以軟管之末端 管，於加工過財㈣ 娜雜以工料擎折軟 整時，將會= 之移動而不斷改變，若無即時調 將會降勤^之特與·效果。 (-）、_人卫調整噴嘴角度之切削油供油裝置，其應用於 細嶋增加卿嫩之人力，、即有浪 /、時4之缺點，使其加工效率降低者。 _有i於此創作人本於多年從事相關產品之製造開發與 I驗’針對上述之目標’詳加料鮮慎評估後，終得且 用性之本創作。 貫 【新型内容】 欲解決之技術問題點·· 習知之切削油供給裝置，其喷嘴係設置於一具撓性之軟管 上，其喷油角度之調整乃制人卫方式騎鮮，於加工過程中 必須配合刀具之移動而不斷改變，將會降低工之冷卻與排屑效 果’又必翻外增加織料肢之人力，即有浪費人力與時間 之缺點’使其加工效率降低者。 解決問題之技術特點： 一種鑽削刀具之冷卻裝置（一），其包括有：一調整板、一驅 動件、一測距件及一控制盤所組合而成，一調整板之中央開設有 通孔’並於通孔上端設置有一固定架，又該通孔之外緣環設有向 上延伸之滑座’又於調整板之適當處開設有固定孔，並於調整板 M365232 之外緣處設置有複數個喷注件，該攸件之上端 =動件係設置於調整板上端，並朝上轉有齒輪，-測距二 整板之蚊减，觸科料—具树_接收功能 ，地馳她伽鱗鮮， Γ 仅聽，難健之軸料槽，_娜與媒動 =齒輪互她合’又該控制_設有複數個控制槽，且控制槽 音梵喷注件之連動桿所穿設。 對照先前技術之功效： ㈠、藉由測距件之量測距離，使控健能帶时注件改變 -喷油肢’即可達到_油之姐‘料與鑽頭之敎點呈相同位 - 置，俾以獲得最佳之冷卻與排屑效果者。 ()距件以電控方式控制驅動件進行轉動，並由控制 盤同時控制複數個喷注件改變喷油角度’藉此達到自動調整之功 籲能’減少人工調整所浪費之人力與時間，即可提高其加工效率。 【實施方式】 為使f«委員對本創作之目的、特徵及功效_有更進一步 之瞭解與認識，以下茲請配合【圖式簡單說明】詳述如后： 先凊由第1圖與第2圖所示觀之，一種鑽削刀具之冷卻裝置 (一），其包括有：一調整板（1〇)、一驅動件(2〇)、一測距件（3〇) 及一控制盤（40)所組合而成，一調整板（1〇)之中央開設有通孔 (11)，並於通孔（11)上端設置有一固定架（12)，又該通孔（11)之 外緣環設有向上延伸之滑座（丨3)，又於調整板（10)之適當處開設 5 M365232 有固定孔（14)，並於調整板（ίο)之外緣處設置有複數個喷注件 (15) ’該喷注件（15)之上端延伸有連動桿（16)，一驅動件（2〇)係 設置於調整板（10)上端，並朝上軸接有齒輪(21), 一測距件(3〇) 係穿設於调整板（10)之固定孔（14)處，該測距件(3〇)係為一具有 發射與接收功能之超音波感測器，且能以電控方式控制驅動件 運轉，一控制盤(40)係滑設於調整板（1〇)之滑座（13)，該控制盤 (40)之形成有齒槽（41)，該齒槽(41)係與驅動件（2〇)之齒輪(21) 鲁互相契合，又該控制盤(4〇)開設有複數個控制槽（42)，且控制槽 (42)皆受喷注件（15)之連動桿（16)所穿設。 其結構之組合，再請由第1、2圖所示觀之，其調整板（1〇)係 設置有複數個噴注件（15)，且調整板（10)之上表面設置有一驅動 件（20)，該驅動件（20)為一步進馬達，一測距件（3〇)係組設於調 整板（10)之固定孔（14)處，該測距件（3〇)朝下之信號端（31)係位 於調整板（10)之下端’又該測距件（3〇)連接有一處理器（32)，並 _ 由處理器(32)連接該驅動件（2〇)，再者，調整板(1〇)之滑座（13) 處滑設有控制盤(40)，該控制盤(40)之齒槽（41)與驅動件（20)之 齒輪(21)形成契合狀，另控制槽(42)係受喷注件（15)之連動桿（16) •所穿設’又該調整板（10)、控制盤(40)結合後於中央形成有一貫 穿之圓孔。 其實際使用之情況’請先由第2、3、4圖所示觀之，本創作 係應用於車床機構處並提供切削油之噴注使用，該調整板（1〇)與 控制盤(40)套設於鑽削刀具(5〇)處，並利用固定架（丨2)鎖設於鑽 M365232 頭軸桿（51)處，使調整板（10)與控制盤(4〇)皆位於鑽頭（52)之上 端，當操作車床機構進行鑽孔之作動時，其工作件(53)係設置於 綱刀具⑽之下方，該翻⑽能以上、下位移之方式對工作 件(53)加工，於鑽頭(52)還未鑽入工作件(53)時，測距件(3〇)係 發出超音波訊號向工作件(53)發射，於超音波碰撞工作件(53)後 進行反射，再由測距件(30)進行接收，藉由發射與接收之時間差， 即可測量出鑽頭⑽之位移距離，此_接於調整板⑽之喷注 件（15)係朝向鑽頭（52)之末端進行噴注切削油，該噴注件（15)之 連動桿(16)端係受控麵(42)之_端(421)所限位，即可控制喷 /主件（15)呈較垂直狀態，再配合第5、6圖所示，當鑽肖彳刀具(5〇) 之鑽頭⑽鑽人作件⑽後，其鑽頭軸桿⑸）亦向下滑移，使 得測距件⑽所發射與接收之時·減短，經由測距件⑽之處 理器（32)計算後，即以電控方式帶動㈣件⑽)作動，該驅動件 (20)係以齒輪(21)連動控職⑽)之齒槽(41)，此時控制盤⑽ 於調整板⑽之滑座⑽處旋轉，使控制槽⑽產生一適當角度 之位移’該連動桿（16)受控制槽(42)之連動而滑移至其外侧端 (422) ’使喷注件（15)進行偏擺呈較傾斜狀態，藉由測距件(3〇)之 量測距離，使得驅動件（2〇)與鑽削刀具⑽)形成同步，即可有效 控制切削騎姐於_⑽與1作件(53)之接觸點。 藉上述具體實施例之結構，可得到下述之效益：㈠藉由測 距件(30)之量測距離，使控制盤⑽能帶動喷注件⑽改變喷油 角度’即可達到域油之姐點皆與鑽頭（52)之鑽人㈣相同位 M365232 置’俾以獲得最佳之冷卻與排屑效果者；（二）其測距件(30)以電 控方式控綱畴⑽)進行齡，並由控健⑽_控制複數 個喷注件(15)改时油角度，藉此姻自動浦之魏，減少人 工調整所浪費之人力與_，即可提高其加工效率。 綜上所述’本創作確實已達突破性之結構設計，而具有改良 之創作内容’同時又簡達顺缸之_性與妨性，、 作未見於任何刊物，亦具新穎性，當符合專利法相 且本創 委依法提崎料射請，_柄審 、之規疋’ 權，至為絲。 予合法專利 ^上所述者’僅為本創作之—較佳實施例 之限疋本_實献翻；枚频 ’當不能以 均等變化跡飾，皆應仍屬摘鱗顺/轉愧_作之 之範圍内。 M365232 【圖式簡單說明】 第1圖：係本創作之立體圖。 第2圖：係本創作之立體分解圖。 第3圖：係本創作之使用狀態之立體示意圖（一）。 第4圖：係本創作之量測距離之示意圖（一）。 第5圖：係本創作之使用狀態之立體示意圖（二）。 第6圖：係本創作之量測距離之示意圖（二）。 【主要元件符號說明】 本創作部份： 通孔-----（11) 滑座------(13) 喷注件----（15) 齒輪-----（21) 信號端----（31) 齒槽-----(41) 内侧端:----(421) 鑽頭軸桿---（51) 工作件----（53) 調整板----（10) 固定架----（12) 固定孔----（14) 連動桿----（16) 驅動件----（20) 測距件----（30) 處理器----（32) 控制盤----（40) 控制槽----（42) 外侧端----（422) 鑽削刀具---（50) 鑽頭----—(52)M365232 V. New description: 【New technology field】 Piece of money Chen Chen--"Cooling tool cooling x (1)", profit distance 2 measuring distance 'Yu Yu Mei _ scale, ship's injection injection ': The injection point of the cutting oil can be in the same position as the drilling point of the drill bit, so as to obtain the best cooling and chip removal effect. [Prior Art] According to the 'traditional surface operation method, there are lathe reinforcement, milling machine processing and drilling machine processing, etc.' When the surface is healthy, the side cutters are all placed on an operating shaft and processed in a slipping manner. The object is drilled. Due to the process, ★ 玄刀 and adding 4 pieces of the coffee side are high _ _ high temperature, and high temperature = the tool contact point burns black, and will weaken the tool's paste and reduce The damage rate of the knife and the temperature is too high, the processing surface of the added object is coarser than the raw sugar, and the processing precision is also unstable. The above-mentioned shortcomings can be eliminated by cutting the mouth of the oil, and _ The flow of oil is used to increase the chip removal effect of the surface operation. Among them, the conventional one is: the seed-type cutting-and-difficult supply device, the supply of the secret contains the oil storage tank, the transition device, the oil supply pump, the nozzle and the back (4), The cutting oil is sent from the oil storage tank to the filter, and then the nozzle is injected between the tool and the workpiece to cool the wire and finally collect the cutting oil from the rear to the storage tank by back (4). This is the supply circuit for cutting oil. Looking at the above-mentioned conventional structure, Liu Fajue has some shortcomings, the main reasons are as follows: M365232 is assembled on the processing machine a, the flexible hose, and the end of the hose, Processing over-finance (4) When Na's work is soft and solid, it will change according to the movement of the machine. If there is no immediate adjustment, it will drop the special features and effects. (-), _ Guardian adjusts the nozzle angle of the cutting oil supply device, which is used to increase the manpower of the fine, the shortcomings of the wave / time 4, so that the processing efficiency is reduced. _ I have this creator who has been engaged in the manufacture and development of related products for many years, and has made a careful evaluation of the above-mentioned objectives. [New content] Technical problems to be solved. · The cutting oil supply device of the conventional one is equipped with a nozzle on a flexible hose, and the adjustment of the injection angle is made by the person. In the process, it must be changed constantly with the movement of the tool, which will reduce the cooling and chip removal effect of the work. It will increase the manpower of the weaving material, that is, the shortcomings of wasting manpower and time, which will reduce the processing efficiency. Technical features for solving the problem: A cooling device (1) for a drilling tool, comprising: an adjusting plate, a driving member, a distance measuring member and a control panel, wherein a center of the adjusting plate is opened The hole 'and a fixing frame is arranged at the upper end of the through hole, and the outer edge ring of the through hole is provided with an upwardly extending sliding seat', and a fixing hole is opened at an appropriate position of the adjusting plate, and is disposed at the outer edge of the adjusting plate M365232 There are a plurality of injection parts, the upper end of the element is arranged on the upper end of the adjustment plate, and the gear is turned upwards, the mosquito of the second board is reduced, and the touch material has a tree_receiving function. She is fresh, Γ only listens, the hard shaft slot, _ Na and the medium = gears and her combined 'and the control _ has a plurality of control slots, and controls the linkage of the groove sound vane injection parts Wear it. According to the efficacy of the prior art: (1), by measuring the distance of the distance measuring piece, so that the control of the health can change the injection part - the fuel injection limb can reach the same position as the bit of the drill bit. Set, 俾 to get the best cooling and chip removal effect. () The distance member controls the driving member to rotate in an electronically controlled manner, and the control panel simultaneously controls a plurality of injection members to change the injection angle 'to thereby achieve the automatic adjustment of the power appeal' to reduce the manpower and time wasted by manual adjustment. It can improve its processing efficiency. [Embodiment] In order to make the f« members have a better understanding and understanding of the purpose, characteristics and efficacy of this creation, please follow the following [simplified description of the drawings] as follows: First, first and second As shown in the figure, a cooling device (1) for a drilling tool includes: an adjustment plate (1〇), a driving member (2〇), a distance measuring member (3〇) and a control panel ( 40) The inner side of the adjusting plate (1〇) is provided with a through hole (11), and a fixing frame (12) is disposed at the upper end of the through hole (11), and the outer edge of the through hole (11) is further provided. The ring is provided with an upwardly extending slide (丨3), and a 5 M365232 fixed hole (14) is provided at an appropriate position of the adjustment plate (10), and a plurality of injections are arranged at the outer edge of the adjustment plate (ίο) (15) 'The upper end of the injection member (15) extends with a linkage rod (16), a driving member (2) is disposed at the upper end of the adjustment plate (10), and a gear (21) is coupled to the upper shaft. A distance measuring member (3〇) is disposed at a fixing hole (14) of the adjusting plate (10), and the measuring device (3〇) is an ultrasonic sensor having a transmitting and receiving function, and can Electric control Controlling the driving member to operate, a control panel (40) is slidably disposed on the sliding plate (13) of the adjusting plate (1), and the control disk (40) is formed with a tooth groove (41), the tooth groove (41) The gear (21) of the driving member (2) is matched with each other, and the control panel (4〇) is provided with a plurality of control slots (42), and the control slots (42) are all linked by the injection member (15). The rod (16) is worn. The combination of the structures is also shown in Figures 1 and 2. The adjustment plate (1〇) is provided with a plurality of injection parts (15), and the upper surface of the adjustment plate (10) is provided with a driving member. (20), the driving member (20) is a stepping motor, and a distance measuring member (3〇) is assembled at a fixing hole (14) of the adjusting plate (10), and the measuring member (3〇) faces downward The signal end (31) is located at the lower end of the adjustment plate (10). The distance measuring member (3) is connected to a processor (32), and the processor (32) is connected to the driving member (2). Furthermore, a control panel (40) is slidably mounted on the sliding seat (13) of the adjusting plate (1), and the tooth groove (41) of the control panel (40) is matched with the gear (21) of the driving member (20). In the shape, the other control groove (42) is connected to the linkage rod (16) of the injection piece (15). • The installation plate is further combined with the control plate (10) and the control plate (40) to form a circular hole penetrating through the center. . The actual use of the situation 'Please look at the first, third, and fourth figures. This creation is applied to the lathe mechanism and provides the injection of cutting oil. The adjustment plate (1〇) and the control panel (40) ) Set on the drilling tool (5〇) and lock it on the drill M365232 head shaft (51) with the fixing bracket (丨2), so that the adjustment plate (10) and the control panel (4〇) are located in the drill bit. (52) The upper end, when the lathe mechanism is operated to perform the drilling operation, the working piece (53) is disposed under the tool (10), and the turning (10) can process the working piece (53) in a manner of above and below displacement. When the drill bit (52) has not been drilled into the working piece (53), the distance measuring member (3〇) emits an ultrasonic signal to the working piece (53), and after the ultrasonic wave collides with the working piece (53), it is reflected. Receiving by the distance measuring member (30), the displacement distance of the drill bit (10) can be measured by the time difference between the transmitting and receiving, and the injection member (15) connected to the adjusting plate (10) is directed toward the end of the drill bit (52). The injection cutting oil is sprayed, and the end of the linkage rod (16) of the injection member (15) is limited by the end (421) of the controlled surface (42), so that the spray/main part (15) is controlled to be vertical. Then, in conjunction with Figures 5 and 6, when the drill bit (10) of the boring tool (5 〇) is drilled (10), the drill shaft (5) is also slid downward, so that the distance measuring member (10) is launched. And when receiving and shortening, after being calculated by the processor (32) of the distance measuring member (10), the (four) piece (10) is driven by an electronic control, and the driving member (20) is interlocked with the gear (21) (10) a tooth groove (41), at which time the control disk (10) rotates at the slide (10) of the adjustment plate (10) to cause the control groove (10) to generate an appropriate angular displacement. The linkage rod (16) is interlocked by the control groove (42). Sliding to the outer end (422) 'The slanting of the injection part (15) is inclined, and the distance between the distance measuring piece (3〇) is made, so that the driving part (2〇) and the drilling tool (10)) Synchronization can effectively control the contact point of the cutting rider between _(10) and 1 (53). By the structure of the above specific embodiment, the following benefits can be obtained: (1) by measuring the distance of the distance measuring member (30), the control panel (10) can drive the injection member (10) to change the injection angle 'to reach the oil field The sister points are the same as those of the drill bit (52), the same position M365232 is set to 'best for the best cooling and chip removal effect; (2) the distance measuring member (30) is controlled by the electronically controlled domain (10)) Age, and controlled by the health (10) _ control a plurality of injection parts (15) to change the oil angle, thereby reducing the manpower and _ of manual adjustment, thereby improving the processing efficiency. In summary, 'this creation has indeed achieved a breakthrough structural design, and has improved content of creation'. At the same time, it is simple and straightforward. It is not seen in any publication, but also novel, when it meets the patent law. And the founding committee raises the raw materials according to law, _handle review, the rule of the right, to the silk. For those who are legally patented, 'only for the purpose of this creation' - the preferred embodiment is limited to _ _ 实 实 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; Within the scope of the work. M365232 [Simple description of the diagram] Figure 1: This is a perspective view of the creation. Figure 2: This is a three-dimensional exploded view of the creation. Figure 3: A three-dimensional diagram (1) of the state of use of the creation. Figure 4: Schematic diagram of the measurement distance of this creation (1). Figure 5: A three-dimensional diagram of the state of use of this creation (2). Figure 6: Schematic diagram of the measurement distance of this creation (2). [Main component symbol description] This part of the creation: Through hole ----- (11) Slide ------ (13) Jet----(15) Gear-----(21 ) Signal terminal----(31) Cogging-----(41) Inboard side:----(421) Drill shaft---(51) Working piece----(53) Adjustment plate ----(10) Fixing frame----(12) Fixing hole----(14) Linking rod----(16) Drive member----(20) Distance measuring device---- (30) Processor----(32) Control Panel----(40) Control Slot----(42) Outer End----(422) Drilling Tool---(50) Drill Bit- ---—(52)