M336097 • 八、新型說明·· . 【新型所屬之技術領域】 • 本創作係有關於—種鑽孔機結構，特贿指使用於長型物料 上於同-馳上以相糊距，形朗麵之若干軌加工者。 . 【先前技術】 鑽孔齡要係於工件之職部倾？-就餘之孔，亦可 啊進-步進行孔徑之攻牙等加卫者；·機魏細馬達作 動力傳動綱使高频轉，錢給於I件職部錢形成預設尺 奴孔；鑽孔機依其結構及使用方式不同，大致可分為立式鑽床、 旋臂鑽床、排式鑽床、轉塔鑽床、多轉轴鑽床、移轉式鐵床 孔鑽床等。 按，習知立式鑽孔機結構，如國内第93218283號所揭露之「直 、、式鑽孔攻牙機」新型專利，係包括_內部中空之機體，一驅動 、’、位於職體外侧，及—軸頭其後壁設—滑座孩接於該機體 •之1尾槽座，__下方設—主軸可供纽一鑽頭、銳刀、 .攻牙刀具或多轴II之任—種，其改良在於：該驅親與該驅_ 輛之間λ #動軸，使該驅動源傳動該傳動軸旋轉，該傳動車由 再傳動該驅綱錄，又於該機料姆設—_桿，一組伞齒 兩係與料螺㈣合’該軸頭設—升降臂可橫向穿經該機體， •言亥升降臂設-套環其内部設數環齒可與該導螺桿配合上下移位。 _ t另有-種鑽孔機結構，如國内帛95215836號所揭露之吒型 ‘ &樑鑽孔切肖織」新型專利，其係由-水平之機台座體所構成， 5 M336097 • 且機台座體上絲—具迴轉紐歡錄轴座及-具有鑽頭刀座 ' 之鞍座其中鞍座可相對主軸軸座前、後滑移；其中主軸軸座係設 - 於機台座體頂面—端之中央’且機台座_面於—側邊緣咬有一 直立狀之L型侧邊雜，又該L型侧邊樑柱前側表面鄰近二、下 * 、緣處分別設有相互平行之水平導軌，而前述之輕座係滑設於該兩 ； 導軌上，且令鑽頭刀座之中心軸線對應迴轉失持頭之中心軸線； 再者機台座體於L型侧邊樑柱之前侧形成有—集屬槽，屬槽 係呈上大下小之漏斗狀，且制槽對縣述之迴轉續頭與鑽^ •刀座；藉此’令義切職之廢射直接制槽，*不致堆 積於L型側邊樑柱之導執上進而組構成一具無障礙集屑空間、且 易於清理之L型橫樑鑽孔切削機者。 【新型内容】⑽欲麟之技綱題） ^述結射’騎侧用可上下位狀該轉頭，配合該驅 動源帶動該驅動頭之主軸旋轉，該主軸下方可裝設鐵頭或攻牙刀 藝具，藉_傳動軸帶動各__、無__，可達縮短驅動 源與j之輯，杜絕皮帶滑動及伽耗弱，且可防塵及具有較 長仃私侍上下調節升降；後者結構則以L型側邊襟柱上之鞍座帶 =鑽碩刀座，刀具向機台座體之主軸軸座迴轉夹持頭上的加工件 刖進時’適可進行鑽孔加工，而鑽孔切削後的廢屬受地心引力作 用而直接向下掉落於集屑内，係可大幅提升集屑與排屑效能。 十對長型物料之鑽孔加工，如攔杆、鐵管等需於盆上 等距之孔時，傳統方式即利用手工先以量具量測後，再以攜帶型 6 -M336097 - 鑽孔機鑽出所需孔動，並於量測好預設距離再鑽出相同孔徑者， - 此一加工方式之精準度低，且逐一量測所需花費時間允長，不符 . 合大量生產之經濟效益；惟，上述結射’祕結構無論是前者 結構或是後者機具之結構設計，均無法達到長型物料之夹持，也 • 不具使物料自動進料之功能，並不適用於長型物料之鑽孔。 (解決問題之技術手段） 人餘於此，本創作所揭露之專用鑽孔工具機結構，其主要包 3有.-機座’·至少—鑽孔裝置，係設於該機座上方預定部位， ^供鑽_成貫狀加卫；—夹持裝置，顧於該機座上且與 ;鑽孔裝置相對應讀置，細有效穩_顿呈水平方向置放 2物料；-進料裝置，係設於職座上，係具有—定位組及一進 Γ且’ ^軟她敍與緒射4於該趙織上水平方向延 料Γ=部位二並以物料置放之延伸方向進行夾持及粒，該進 夾持水平線徑位移之進料動作;藉此’利用該進料 • H 進行間歇性的進料動作，係於長形物料的同 Ά鑽出具預定間距之若干孔者，達到自動化量產效果。 (對照先前技術之功效） 使物料產生間歇:二鑽孔工具機結構，係具有 量及精密度。 進料自動化祕加工時間，並可提升產 人目的即在提供一種專用鑽孔工具機結構，其具有 7 •M336097 ' 肢罐裝置提供_刀具職轉調整進刀肖度之功能。 • 本創作之再一目的即在提供—種專_孔工具機結構，其具有 ， 復歸裝置，於鑽孔前提供物料歸零之校正效果。 , 本創作之更—目的即在提供—種專⑽孔工具機結構，其具有 • · 4料裝置，係設於純置放延伸方向之機細邊，可延伸工作台長 ； 度以提供較長物料後段置放及穩固之功能 【實施方式】 • 魏請參照第一圖至第三圖，本創作所提供之-種專用鑽孔工 ，、機、Ά ’其主要包含有：一機座（1〇)，以及設於該機座（⑻上之 二鑽孔裝置⑽、-夾持裝置⑽、—進料裝置⑽、—復歸裝置 (50)角度調整裝置(60)、以及一置料裝置(7〇)。 各該鑽孔裝置(20) ’係以二組分設於該機座（⑻上方預定部位 之兩側’以同時進行物料兩側之鑽孔加工，該鑽孔裝置(2〇)之數量 =所#作增減，·該魏裝置(2_具有—刀模座⑵），其侧向預 φ 疋雜叹有-鑽刀具(22);該刀模座⑵）另侧預定部位則設有一傳 動、、且(23)，並以一馬達(24)提供動力，使該傳動組(烈)產生運轉進 而帶動該鑽刀具(22)產生旋轉及進刀動作。 . 該夾持裝置（3〇)，係設於該機座（10)上且與各該鑽孔裝置（2〇) ‘ 間相對應之位置，係以有效穩固地夾持呈水平方向置放之物料；該 夹持裝置(30)係具有鴻尾狀之一下座（32)，以及呈鳩尾狀且設於該 ， 下座上方相對應位置之一上座（31)，各該上、下座（31)(32)得以共 - 同穩固夾持各物料之外緣；一驅動元件（33)，提供該上座（31)係可 8 -M336097 • 作上下位鶴作；—滑動座（34)，以及穿設於該賴座（34)上之二 • 導桿(35) ’其中該滑動座（34)係與該上座（31)相接設，其上方則接 v 受該驅動元件⑽之觸，合各該轉(35)之導引，使各該滑動 座（34)及上座（31)得同步進行上下位移，故該夾持裝置（3〇)可有效 • · 穩固夾持不同外緣尺寸之物料，以及解除夾持狀態。 •• 該進料裝置（40)，係設於該機座（1〇)上，係包含有一定位組 (41)、一進料組(42)、一調整組(43)、以及一感應組(44)，其中該 定位組(41)係呈與夾持物料於該夾持裝置（3〇)上水平方向延伸之預 鲁"又雜’並以物料置放之延伸方向進行夾持及定位；該進料組(42) 則提供物料料平驗位狀進機作；賴整組⑽則可達到進 料推抵距離設定之適當·;域雜⑽射感雜料進給行程 及其位置，而有效將感應訊號傳遞至一控制裝置（圖中未示）。 該定位組(41)係具有鳩尾狀之一下座（412)，以及呈鳩尾狀且設 於該下座（412)上方相對應位置之一上座（411)，各該上、下座 (411)(412)得以共同穩固夾持各物料之外緣；一驅動元件（413)，提， 馨供該上座(411)係可作上下位移動作之驅動，以有效穩固夾持不同外 緣尺寸之物料，以及解除夾持狀態；一滑動座以14)，以及穿設於該 β動座（414)上之二導桿(415);該滑動座（414)係與該上座（411)相 ' 接設，其上方則接受該驅動元件(413)之傳動，配合各該導桿(415) 、 之導引，使各該滑動座W14)及上座（411)得同步進行上下位移。 該進料組(42)係具有一進料滑座(421)、穿設於該進料滑座（421) • 預定部位之二進料導桿(422)、以及一驅動元件(423)，其中該進料 . 滑座（421)係設於該定位組(41)下方，並以其侧向接受該驅動元件 9 M336097 .(423)之驅動，而使各該進料滑座(42)及其上之定她(⑴可於各該 進料轉(422)上肋，簡步朝該錄裝置⑽作間歇式之漸進位 - 移。 • 賴餘(43)狀_齡（10)上方，與做難置⑽相對 -應之另侧，其具有板狀之-調整座(431)，板體上方兩侧分別設有貫 .·穿狀之二導槽⑽）；二螺栓⑽）’係由上而下分別穿設該調整座 (431)於導槽⑽)部位’细該驗(433)之·旋緊及鬆開，以使 ’賴整座⑷1)紋減水平歸㈣之魏;魏料組(42)之驅動 • 元件(423)係設於該調整座(431)上，而隨該調整座(431)同步進行水 平位移，以達到進料推抵距離設定之適當調整。 該感應組(44)係設於可感應物料進給之機座（1〇)相對位置上， 其具有-固定架（441)以及設於該固定架（441)上之若干感應元件 (442)，可為限動開關或極限開關之應用；各該感應元件(442)得有 效將感應说號傳遞至該控制裝置；各該感應元件(442)可於該固定架 (441)上以物料進料方向作同向之線徑位移，而達到感應位置之調整 • 功能。 該復歸裝置（50)，係設於物料進給方向前端之該機座（1〇)上， •其具有一抵置件(51)，提供物料端緣可抵觸歸零之部位；一調整組 • (52)，其設有一調整桿(53)及一調整座（54)，其中該抵置件（51)係 固設於該調整座（54)上，並可與其同步於該調整桿（53)上作位移， 以達到該抵置件(51)與物料接觸部位之歸零位置調整。 ^ 該角度調整裝置（60)，係設於各該鑽孔裝置（20)及機座（10) - 間，提供該鑽孔裝置（20)可旋轉位移之功能，以達到鑽孔進給角度 •M336097 -之磁，該角度膽裝置⑽)係包含有-旋座（61),固設於各該鑽 •孔裝置⑽)下方；一弧形導槽⑽），為設於該機座⑽上呈預設曲 /率之凹槽；二螺栓⑽），係由上而下分別穿設該旋座⑼於弧型導 槽(62)部位，利用該螺栓(63)之螺繼緊及鬆開，以使該旋座（⑴ . 呈定位及旋轉位移狀態之角度變換。 • 該置料裝置（7Q) ’係设於物料置放延伸方向之該機座（1〇)側 邊，以提供較長物料後段置放及穩固之功能；該置料裝置⑽具有 设於下方之-腳餘⑺），以及設於該腳餘⑼上方之一置放架 1 (72)，該腳餘⑻顧有職高錢錢於地面上；該置放架⑽ 係為二置板(73)以兩相對應斜置方式略成v字型之一放置部⑽， 提供物料置放其上之部位。 藉由上述構件，利用該進料裝置⑽係以預設間距進行間歇性 =料動作，配合該婦裝置⑽將物料翻定位，再以各該鑽孔 \進仃鑽孔加工，則可於長型物·同__上働具預定間距 之右干孔，達到自動化量產效果。M336097 • VIII. New description·· . [New technical field] • This creation department is about the structure of a drilling machine. The special bribe refers to the use of long materials on the same-chirp to match the distance. A number of rail processors. [Prior Art] Is the drilling age tied to the position of the workpiece? - On the hole of the Yu, you can also enter the step-by-step to attack the hole and other defenders; · Machine Wei fine motor for the power transmission program to make high-frequency turn, money for the I part of the job to form the default ruler slave hole Drilling machines are roughly classified into vertical drilling machines, radial drilling machines, row drilling machines, turret drilling machines, multi-rotor drilling machines, and transfer type iron bed drilling machines, depending on their structure and usage. According to the structure of the conventional vertical drilling machine, such as the "straight, drill-type tapping machine" disclosed in the domestic No. 93218283, the system includes the internal hollow body, a drive, ', located on the outside of the job, And - the rear end of the shaft head - the sliding seat is connected to the 1st slot seat of the body, __ is set below - the main shaft can be used for the New Zealand drill bit, the sharp knife, the tapping tool or the multi-axis II The improvement is as follows: the drive shaft and the drive _ #λ axis, so that the drive source drives the drive shaft to rotate, the drive vehicle is re-driven by the drive, and the machine is set to -_ Rod, a set of beveled teeth and two series of material screw (four) combined 'the shaft head set - the lifting arm can be transversely passed through the body, • Yan Hai lifting arm set - the ring has a number of ring teeth inside it can be matched with the lead screw Shift. _ t Another type of drilling machine structure, such as the new type of '& beam drilling and cutting woven> disclosed in 帛95215836, which consists of a horizontal machine base, 5 M336097 • And the machine body has a wire--with a rotating button and a saddle with a bit holder', wherein the saddle can slide forward and backward with respect to the spindle shaft seat; wherein the spindle shaft base is set to the top of the machine base The center of the face-end and the side of the machine _ face at the side edge bite the L-shaped side miscellaneous, and the front side surface of the L-shaped side beam column is adjacent to the second, lower*, and the edge respectively. a horizontal guide rail, and the aforementioned light seat is slidably disposed on the two; the guide rail, and the central axis of the drill bit holder corresponds to the central axis of the rotary lost holding head; and the machine base body is formed on the front side of the L-shaped side beam and column There is a set of troughs, which are in the shape of a funnel with a large and small trough, and the troughs are continually revolved and drilled to the county. ● This means that the waste is directly grooved, * It will not accumulate on the guide of the L-shaped side beam and column to form an L-shaped horizontal which is easy to clean. Drilling cutting machine's. [New content] (10) Skills of the syllabus) ^The spurt's slewing head can be used up and down. The turret can be rotated with the driving source to drive the spindle of the driving head. The head can be equipped with iron head or attack. The dental knives are driven by the _ drive shaft to drive each __, no __, to shorten the drive source and j series, to prevent the belt slip and weak gamma consumption, and to be dust-proof and have a long squatting to adjust the lift up and down; The latter structure is based on the saddle belt on the L-shaped side sill column = the drilled knives, and the tool can be drilled when the workpiece is swung into the spindle slewing head of the machine base body. The waste after the hole cutting is directly dropped downward into the collecting debris by the gravity of the earth, which can greatly improve the efficiency of chip collecting and chip discharging. Drilling processing of ten pairs of long materials, such as the rods, iron pipes, etc., when the holes are required to be equidistant on the basin, the traditional method is to measure by hand, then carry the type 6 -M336097 - drilling machine Drill out the required hole movement, and measure the preset distance and then drill the same hole diameter. - The precision of this processing method is low, and it takes time to measure one by one, which is inconsistent. Benefits; however, the above-mentioned junction 'secret structure' can not achieve the clamping of long materials regardless of the former structure or the structural design of the latter machine. Also • It does not have the function of automatically feeding materials, and is not suitable for long materials. Drilling holes. (Technical means to solve the problem) In this case, the special drilling machine structure disclosed in the present invention has a main package of 3. - a base ' at least - a drilling device, which is disposed at a predetermined portion above the base , ^ for drilling _ into the shape of the guard; - clamping device, taking care of the machine seat and the drilling device corresponding to read, fine and effective steadily placed in the horizontal direction 2 materials; - feeding device , is located in the seat, has a - positioning group and a Γ Γ ' ^ ^ ' ' ' ' 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪 绪Holding and granulating, the feeding action of clamping the horizontal wire diameter displacement; thereby using the feeding material H to carry out the intermittent feeding action, the same material of the long material is drilled to a certain hole with a predetermined spacing, Achieve automated mass production results. (Compared to the efficacy of the prior art) The material is produced intermittently: the two-drilling machine structure is of a quantity and precision. Feeding automation and processing time, and the purpose of improving the production is to provide a special drilling machine structure, which has the function of 7 • M336097 'limb tank device _ tool rotation adjustment feed knife. • A further objective of this creation is to provide a special-hole tooling machine structure with a regenerative device that provides correction of material zeroing prior to drilling. The purpose of this creation is to provide a special (10) hole machine tool structure, which has a • 4 material device, which is arranged on the fine side of the machine in the direction of the pure extension, and can extend the length of the table; The function of placing and stabilizing the rear part of long material [Embodiment] • Please refer to the first to third figures of Wei, the special driller, machine and 提供 provided by this creation. (1〇), and two drilling devices (10), a clamping device (10), a feeding device (10), a resetting device (50) angle adjusting device (60), and a nesting device provided on the base ((8) The device (7〇). Each of the drilling devices (20) is provided with two components on the two sides of the machine base (the two sides above the predetermined portion above the (8) to simultaneously drill the two sides of the material, the drilling device ( 2〇) The number = the # increase or decrease, · The Wei device (2_ has - die holder (2)), its lateral pre-φ 疋 疋 有 - 钻 钻 钻 钻 钻 钻 钻 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; The side predetermined portion is provided with a transmission, and (23), and is powered by a motor (24) to cause the transmission group to operate and drive the drill tool (22). Rotating and feeding action. The clamping device (3〇) is mounted on the base (10) and corresponds to each of the drilling devices (2〇)' to effectively and effectively clamp Holding the material placed in a horizontal direction; the clamping device (30) has a tail-shaped lower seat (32), and is in the shape of a dovetail, and is disposed at one of the corresponding positions above the lower seat (31). Each of the upper and lower seats (31) (32) can hold the outer edge of each material together and securely; a driving element (33) is provided for the upper seat (31) to be 8-M336097. a sliding seat (34) and a second guide rod (35) disposed on the sling (34), wherein the sliding seat (34) is connected to the upper seat (31), and the upper portion is connected to the v The holding device (10) is guided by the driving element (10), so that the sliding seat (34) and the upper seat (31) are synchronously moved up and down, so that the clamping device (3〇) can be effectively • · Stabilize the material of different outer edge dimensions and release the clamping state. •• The feeding device (40) is attached to the base (1〇) and includes a positioning group (41). a feeding group (42), an adjusting group (43), and a sensing group (44), wherein the positioning group (41) is in a horizontal direction extending from the clamping material on the clamping device (3〇) Lu "also miscellaneous' and clamping and positioning in the direction in which the material is placed; the feeding group (42) provides the material in the flat position and enters the machine; the entire group (10) can reach the feeding offset The distance setting is appropriate; the domain miscellaneous (10) sensation feed feed stroke and its position, and the induction signal is effectively transmitted to a control device (not shown). The positioning group (41) has a dovetail seat. (412), and a top seat (411) in a dovetail shape and disposed at a corresponding position above the lower seat (412), each of the upper and lower seats (411) (412) can firmly hold the outer edge of each material together A driving component (413) is provided for the upper seat (411) to be driven by an up-and-down displacement action to effectively hold the material of different outer edge dimensions and to release the clamping state; a sliding seat is 14) And a two guiding rods (415) disposed on the β-moving seat (414); the sliding seat (414) is connected to the upper seat (411), on which Receiving the transmission of the driving element (413), the mating each of the guide rod (415), the guide, the sliding seat each W14) and the upper seat (411) vertically displaced simultaneously obtained. The feeding group (42) has a feeding slide (421), two feeding guides (422) penetrating the feeding sliding seat (421), a predetermined portion, and a driving element (423). Wherein the feed. The carriage (421) is disposed below the positioning group (41) and is laterally driven by the driving member 9 M336097 (423) to make each of the feeding slides (42) And above it (1) can be used in each of the feed vortex (422) upper ribs, step by step towards the recording device (10) as a progressive progressive shift - • Lai Yu (43) shape _ age (10) above, and Difficult to set (10) relative to the other side, it has a plate-shaped adjustment seat (431), the two sides of the upper part of the plate are respectively provided with a two-way guide groove (10); two bolts (10)) From top to bottom, respectively, the adjusting seat (431) is placed at the position of the guide groove (10), and the screw is tightened and loosened so that the level of the whole seat (4) 1 is reduced to (four) Wei; Wei The drive unit (42) of the material group (42) is disposed on the adjustment seat (431), and the horizontal displacement is synchronously performed with the adjustment seat (431) to achieve an appropriate adjustment of the feed pushing distance setting. The sensing group (44) is disposed at a position opposite to the base (1〇) of the inductive material feeding, and has a fixing frame (441) and a plurality of sensing elements (442) disposed on the fixing frame (441) The sensing element (442) can effectively transmit the sensing number to the control device; each of the sensing elements (442) can be materialized on the fixing frame (441). The direction of the material is the same as the linear path displacement, and the adjustment of the sensing position is achieved. The resetting device (50) is disposed on the base (1〇) at the front end of the material feeding direction, and has an abutting member (51) for providing a portion where the material end edge can resist zero return; (52), which is provided with an adjusting rod (53) and an adjusting seat (54), wherein the abutting member (51) is fixed on the adjusting seat (54) and can be synchronized with the adjusting rod ( 53) The displacement is performed to achieve the zero position adjustment of the contact portion (51) and the contact portion of the material. ^ The angle adjusting device (60) is disposed between each of the drilling device (20) and the base (10) - to provide a rotary displacement function of the drilling device (20) to achieve a drilling feed angle • M336097 - magnetic, the angle bile device (10)) includes a rotary seat (61) fixed under each of the drilling and hole device (10); an arcuate guide groove (10)) is provided on the base (10) The groove of the preset curve/rate is provided; the two bolts (10) are respectively threaded from the top to the bottom of the arc-shaped guide groove (62), and the screw (63) is used to tighten and loosen the screw. Open, so that the rotary seat ((1) is in the position of the positioning and rotational displacement state. • The loading device (7Q)' is attached to the side of the base (1〇) in the direction in which the material is placed to provide The function of placing and stabilizing the rear part of the longer material; the loading device (10) has a foot rest (7) disposed below, and a rack 1 (72) disposed above the foot (9), the foot (8) There is a high salary on the ground; the placement frame (10) is a two-plate (73) which is slightly v-shaped one of the two placement parts (10) in a corresponding oblique manner to provide a place on which the material is placed. By means of the above-mentioned components, the feeding device (10) is used for intermittently changing the material at a predetermined interval, and the material is turned over by the female device (10), and then the drilling is performed by each of the drilling holes. The shape and the same __ upper pot with the right spacing of the right dry hole, to achieve automated mass production.
為供進-步瞭解本創作構造特徵、運用技術手段及所麵達成 之功效，茲將本創作使用方式加以敘述如下： 本創叙觀加玉前賴程序如下：預先將絲物料致於該爽 、、置(30)之下座上，然後以該復職置⑽)進行調整歸零之校正。 該復歸裝置⑽之調整’請參照第四圖，係移動該調整座⑽ 於該調整桿⑽上於適#减，即可使該抵置件⑸)與物料接觸面 之位置作前後轉調整，以符合鑽孔啟始位置之絲；調整後，將 物料之端緣抵接於該抵置件(51)接觸面，即完成歸零動作，可將該 11 M336097 抵置件(51)旋離避免阻礙物料頂推前進動作之順暢。 上座 往下=:=::序如下:首先該夹持裝置⑽之上座(31) 在下位移財你_崎物料；接著_各該鑽孔裝置⑽進行 鐵孔加工；退出該鑽刀具⑽後，亦同時倾夹持裝置⑽之上 =======補 _其一_)與物 娜下位料 /成，即可於長卿上她細_；=== 持# f (3fi^情各軌加工轉作詳細綱，照紅圖，該夾 持裝置_糊該驅動元件⑽驅使各該上座⑻及滑動座⑽ 作’财朝上解除續物料之狀態、，朝孩各該上、下座 ⑻⑽共同翻夹持物料；再者，藉以該上細）之可位移調整， 可進:使各該上、下座具有—需求續不同外緣尺寸物料之功能。 請參照第六圖’係為各該鑽孔裝置(2〇)進行錢孔加工之進給動 作’係以物料之_進刀崎穿，此_馬達⑽難生驅動力並 驅動該傳動組⑵)運轉’進而帶動賴刀具(22)產生進給動作；鑽 孔完成後，該鑽刀具(22)騎行退刀動作。 °月參知第七圖’該夾持裝置⑽)之上座(31)係往上移動以解除 物料夾持狀恕’接著該定位組⑷）之上座⑷1)卿下位移以穩固失 持物料’本創作之该定位組⑷）係糊該驅動元件⑷）驅使各該上 12 M336097 座（411)及滑動座（414)作上下位移，則可朝上解除夾持物料之狀 態，朝下使各該上、下座(411)(412)共同穩固夹持物料；此外，藉 以該上座（411)之可位移調整，可進一步使各該上、下座（411)(412) 具有一需求夾持不同外緣尺寸物料之功能。In order to understand the structure characteristics of this creation, the use of technical means and the effect achieved by the above, the use of this creation is described as follows: The creation of the application of the pre-existing jade is as follows: pre-wire material to the cool , set (30) under the seat, and then use the reinstatement (10)) to adjust the zero correction. The adjustment of the resetting device (10) is as follows. Referring to the fourth figure, the adjusting seat (10) is moved on the adjusting rod (10), and the position of the contact surface of the material (5) can be adjusted forward and backward. In order to meet the starting position of the drilling hole; after adjusting, the end edge of the material abuts against the contact surface of the abutting member (51), that is, the zeroing action is completed, and the 11 M336097 abutting member (51) can be rotated away. Avoid obstructing the smooth movement of the material pushing forward. The upper seat down =:=:: The sequence is as follows: first, the upper seat (31) of the clamping device (10) is displaced downwards, and then the drilling device (10) performs iron hole machining; after exiting the drilling tool (10), At the same time, the tilting device (10) is above the ======= supplement _ one _) and the material under the material / Cheng, can be on her long Qing _; === holding # f (3fi^ love Each rail processing is converted into a detailed outline. According to the red figure, the driving device (10) drives the upper seat (8) and the sliding seat (10) to be in the state of releasing the materials in the fiscal direction, and the children are up and down. The seats (8) and (10) jointly flip the material; furthermore, by means of the displacement adjustment of the upper part), the upper and lower seats have the function of requiring the materials of different outer edge sizes to be renewed. Please refer to the sixth figure 'For the drilling operation of the drilling device for each drilling device (2〇)', the material is fed with the material, and the motor (10) is hard to drive and drive the transmission group (2) The "running" in turn drives the tool (22) to generate a feed motion; after the drilling is completed, the drill tool (22) rides back and retracts. ° month, see the seventh figure 'the clamping device (10)), the upper seat (31) is moved upward to release the material clamping. Then the positioning group (4) is placed on the upper seat (4) 1) the lower displacement to stabilize the lost material' The positioning group (4) of the present invention is such that the driving component (4) drives the upper 12 M336097 seat (411) and the sliding seat (414) to be displaced up and down, and the state of the holding material can be released upwards, and each side is turned down. The upper and lower seats (411) (412) jointly hold the material together; furthermore, by the displacement adjustment of the upper seat (411), each of the upper and lower seats (411) (412) can further have a required clamping. The function of materials with different outer dimensions.
請參照第八圖，該定位組(41)係以夾持物件之狀態配合該進料 組(42)之作動而同步將物料往前移動預設距離；係利用該進料組W2) k供動力將各該定位組(41)及物料同時移動並定位後，再使該夾持 裝置⑽之上座(31)下移呈物料夾持雜，以進行第二個孔徑的鑽 孔進給動作；此時該定位組(41)則解除夾持狀態，該進料組(42)係 再將該定位組(41)拉回復位，等待下一次的進料動作。 本創作之進職置⑽係具有可調整舰，請參照第九圖，當 需要鑽綱雜大的孔徑湖時，射將魏栓⑽)鬆解將該· 座(431)往後移’此時該驅動元件(423)係同時與該調整座⑽）移 動，而該螺栓⑽)於該導槽⑽）内之相對位置產生變化，調整定 位後鎖緊各該螺栓(433)即調整完畢；故本創作該進料裝置⑽之調 整組(43)係可依孔距大小設計需求，而作適當的調整。 本創作之置料裝置(70)，係屬外接式於該機座⑽一侧之設 叶’請參照第十圖，其可接設於細物料延伸之後端下方，以提供 物料可置狀雜，·㈣料裝置⑽可於祕雜上鄉，依物料 長度尺寸而往後或往前設置，·故本作之置料裝置⑺），可使長形物 料維持平衡之水平狀態，避免影響鑽孔進給。 調整 13 M3 3 6097 ’ 之各該鑽孔裝置（20)同步旋轉位移至預定角度，此時該螺栓（63)將 • 於各該導槽(62)内之位置產生變化，再旋緊各該螺栓(63)即該旋板 • (61)壬疋位狀悲，即調整完成；旋轉一角度之該鑽刀具(22)其進給 路她物難線呈麵直之職肢，鑽丨之孔麵會呈非圓形之 •- 孔徑，且孔内徑緣亦會呈斜面狀。 / · 另外，可進一步於靠近該導槽（62)之部位設有角度刻度，配合 於該旋板(61)上增設一指標，則可更精準地旋轉調整該鑽刀具之進 ^ 給角度。 ❿ 本創作之專用鑽孔工具機結構，主要係針對需在長型物料上鑽 出相等間距且呈同-線徑上排狀多孔徑，所使用之專用鑽孔機 具，其具有該祕裝置⑽可使物·生職性進料動作之進料組 (42)汉计’則得以大量生產製造，達到進料自動化，縮短加工時間， 並可提升錄及精密度；再者，職職置⑽)可於航前提供物 料歸零之校正效果，且又具可調整功能，可提升精度要求；此外， 該角度調整裝置⑽則提供該鑽刀具⑽可旋轉調整進刀角度之功 籲能，其可配合設置有肖度指示標示，更能符合多元之鑽孔需求設計， 可鑽出具有與物料軸線呈預設角度之孔徑。 請參照第十二圖’係為本創作之另—實施例，其中則度調整 -裝置⑽)似-分度盤(64)替代各該導槽(62)及螺栓(63)之設計， .且齡魅⑽叙於各_孔健⑽及旋板⑽間，亦可去除 該旋板(61)直接設於該機座（10)上，同樣可分別提供各該鑽孔裝置 -⑽作進給紐旋轉調整；以圖示為例，其更可進—步將兩側之各 ， 補孔裝置（2G)分翻整林㈤肖度之進給，則其使用上更多元 M336097 化’亦更能符合鑽孔加工之設計需求。 另外，可進一步於靠近該分度盤(64)預設部位設有角度刻度， 配合於該旋板(61)或機座⑽上預定雜增設—指標，則可更精準 地旋轉調整該鑽刀具(22)之進給角度。 月Referring to the eighth figure, the positioning group (41) synchronously moves the material forward by a preset distance in accordance with the state of the holding object and the feeding group (42); the feeding group W2) k is used for The power moves and positions each of the positioning group (41) and the material at the same time, and then moves the upper seat (31) of the clamping device (10) downward to form a material holding miscellaneous to perform a drilling operation of the second aperture; At this time, the positioning group (41) releases the clamping state, and the feeding group (42) pulls the positioning group (41) back to wait for the next feeding operation. The entry position (10) of this creation has an adjustable ship. Please refer to the ninth figure. When it is necessary to drill a large aperture lake, shoot Wei Bo (10)) to release the seat (431) backwards. The driving element (423) is simultaneously moved with the adjusting seat (10)), and the relative position of the bolt (10) in the guiding groove (10) is changed. After the positioning is adjusted, the bolts (433) are locked and adjusted; Therefore, the adjustment group (43) of the feeding device (10) can be appropriately adjusted according to the design of the hole size. The filling device (70) of the present invention is an externally disposed leaf on the side of the base (10). Please refer to the tenth figure, which can be connected under the end of the fine material extension to provide material miscible (4) The material device (10) can be set up in the town, depending on the length of the material, or set forward. Therefore, the feeding device (7) can maintain the balance of the long material and avoid affecting the drilling. Hole is fed. Adjusting the 13 M3 3 6097 ' each of the drilling devices (20) to synchronously rotate the displacement to a predetermined angle, at which time the bolt (63) will change in the position of each of the guide grooves (62), and then tighten the respective The bolt (63) is the rotation plate. (61) The position is sorrowful, that is, the adjustment is completed; the rotation tool (22) rotates at an angle, and the feed path is difficult for the line to face the straight limb, the hole of the drill collar The surface will be non-circular – aperture, and the inner diameter of the hole will be beveled. Further, an angle scale may be further provided near the guide groove (62), and an index may be added to the rotation plate (61) to more precisely adjust the feed angle of the drill tool.专用 The special drilling tool machine structure of this creation is mainly for the special drilling machine which needs to drill the equal spacing on the long material and has the same-line diameter and the multi-aperture, which has the secret device (10) The feeding group (42) Hanji, which can make the material and the raw material feeding action, can be mass-produced, which can realize the automation of feeding, shorten the processing time, and improve the recording and precision. Furthermore, the position (10) The correction effect of material zeroing can be provided before the voyage, and the adjustable function can be used to improve the accuracy requirement; in addition, the angle adjusting device (10) provides the power of the drill tool (10) to adjust the feed angle. It can be equipped with a blackout indicator, which can meet the requirements of multiple drilling requirements, and can drill a hole with a preset angle to the material axis. Please refer to the twelfth figure, which is another embodiment of the present invention, wherein the degree adjustment device (10) replaces the design of the guide groove (62) and the bolt (63). The ageing charm (10) is described between each of the _ Kong Jian (10) and the rotating plate (10), and the rotating plate (61) can also be removed directly on the base (10), and the drilling device can also be provided separately (10). For the rotation of the button; for example, it can be further stepped on the two sides, the hole filling device (2G) is divided into the whole forest (five), the use of more elements M336097 It is also more in line with the design requirements of drilling. In addition, an angled scale may be further disposed adjacent to the preset portion of the indexing plate (64), and the predetermined impurity addition-index may be matched on the rotating plate (61) or the base (10), so that the drilling tool can be rotated and adjusted more accurately. (22) Feed angle. month
、綜合上述，本創作所揭露之「專用鑽孔王具機結構」，係提供一 ，適用於長型物料且需鑽出同一線徑上排列並呈預設間距之若干孔 控，其利職進料裝置以設定之雜呈·性推補料_孔裝置 又具有鑽刀具進刀歧調整之功能，係可符合自動化以大 敢造之目的，同時可因應各種鑽孔孔距及角度之需求，有效 章會隸W峨致—實雜高之祕機結構，俾使整體確具產 2 及成本效赶，且其構成結構又未曾見於諸書刊戋公開使 至為感禱。 卞㈡准卞寻才j 原理而Μ上所述乃是本創作之具體實施例及所_之技術 出說明=圖1作之構想所作之改變，其所產生之功能作用仍未超 工斤涵盖之精神時，均應在本創作之範圍内，合予陳 15 M336097 【圖式簡單說明】 第一圖為本創作一較佳實施例之立體外觀圖。 第二圖為本創作一較佳實施例之立體分解圖。 第三圖為本創作一較佳實施例之局部立體外觀示意圖。 第四圖為本創作一較佳實施例之使用狀態示意圖一。 第五圖為本創作一較佳實施例之使用狀態示意圖二。 第六圖為本創作一較佳實施例之使用狀態示意圖三。 第七圖為本創作一較佳實施例之使用狀態示意圖四。 第八圖為本創作一較佳實施例之使用狀態示意圖五。 第九圖為本創作一較佳實施例之使用狀態示意圖六。 第十圖為本創作一較佳實施例之使用狀態示意圖七。 第十一圖為本創作一較佳實施例之使用狀態示意圖八。 第十二圖為本創作另一實施例之使用狀態示意圖。In the above, the "Special Drilling Kings Machine Structure" disclosed in this creation provides a hole control for long materials and needs to be drilled on the same wire diameter and at a preset spacing. The feeding device adopts the function of setting the miscellaneous material and the feeding device_the hole device has the function of adjusting the infeed of the drilling tool, which can meet the purpose of automation, and can meet the requirements of various drilling holes and angles. The effective chapter will be acquainted with the structure of the secret machine, which will make the whole product 2 and cost-effective, and its structure has not been seen in the publications of the books.卞 (2) The principle of seeking j j j Μ 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃 乃In the scope of this creation, it should be given to Chen 15 M336097. [Simple Description of the Drawings] The first figure is a three-dimensional appearance of a preferred embodiment of the present invention. The second figure is an exploded perspective view of a preferred embodiment of the present invention. The third figure is a partial perspective view of a preferred embodiment of the present invention. The fourth figure is a schematic diagram 1 of the state of use of a preferred embodiment of the present invention. The fifth figure is a schematic diagram 2 of the state of use of a preferred embodiment of the present invention. The sixth figure is a schematic diagram 3 of the state of use of a preferred embodiment of the present invention. The seventh figure is a schematic diagram of the state of use of a preferred embodiment of the present invention. The eighth figure is a schematic diagram of the use state of a preferred embodiment of the present invention. The ninth drawing is a schematic diagram 6 of the state of use of a preferred embodiment of the present invention. The tenth figure is a schematic diagram of the state of use of a preferred embodiment of the present invention. The eleventh figure is a schematic diagram of the use state of a preferred embodiment of the present invention. Figure 12 is a schematic view showing the state of use of another embodiment of the present invention.
16 M3 3 609716 M3 3 6097
【主要元件符號說明】 [本創作] 機座 (10) 感應組 (44) 鑽孔裝置 (20) 固定架 (441) 刀模座 (21) 感應元件 (442) 鑽刀具 (22) 復歸裝置 (50) 傳動組 (23) 抵置件 (51) 馬達 (24) 調整組 (52) 夾持裝置 (30) 調整桿 (53) 上座 (31)(411) 調整座 (54) 下座 (32)(412) 角度調整裝置 (60) 驅動元件 (33)(413) 旋座 (61) 滑動座 (34)(414) 弧形導槽 (62) 導桿 (35)(415) 螺栓 (63) 進料裝置 (40) 分度盤 (64) 定位組 (41) 置料裝置 (70) 進料組 (42) 腳架組 (71) 進料滑座 (421) 置放架 (72) 進料導桿 (422) 置板 (73) 驅動元件 (423) 放置部 (74) 調整組 (43) 調整座 (431) 導槽 (432) 螺栓 (433) 17[Main component symbol description] [This creation] Base (10) Induction group (44) Drilling device (20) Fixing frame (441) Die holder (21) Inductive component (442) Drilling tool (22) Reset device ( 50) Drive set (23) Abutment (51) Motor (24) Adjustment set (52) Clamping device (30) Adjusting lever (53) Upper seat (31) (411) Adjusting seat (54) Lower seat (32) (412) Angle adjustment device (60) Drive element (33) (413) Swivel seat (61) Sliding seat (34) (414) Curved guide groove (62) Guide rod (35) (415) Bolt (63) Feeding device (40) Indexing plate (64) Positioning group (41) Loading device (70) Feeding group (42) Tripod group (71) Feeding slide (421) Setting rack (72) Feeding guide Rod (422) Plate (73) Drive Element (423) Placement (74) Adjustment Set (43) Adjustment Seat (431) Guide Groove (432) Bolt (433) 17