M328923 八、新型說明： 【新型所屬之技術領域】 本創作係有襲-種加工機轉有關，制是指使鎌研磨管材 之管口部位之加工機具結構。 m 【先前技術】 5材& 口研磨機主要係針對各種形狀、材質等金属管材進行管口 _部位研磨加J1之使用，其除了可有效解決習知賴成型所產生的缺 點同時可進步達到於管口部位研磨切削出預設角度 、弧度、以及 外徑等需求。 一 按，驾知官材管口研磨機結構，如國内第94218914號新型專利 \所揭露之「管材管口之研磨結構」，其主要具有一機台，該機台之頂 面汉有研磨裝置’且該機台之前端底部設有—升降裝置，該升降裝 置之頂部汉有一别後位移裝置，該前後位移裝置之頂部設有一第一移 動裝置’鮮移絲置卿設置—第二義裝置;該研磨裝置係由 -馬達、-被馬達驅動之傳動輪、1於該蓋體之開口部的模具輪、 -繞設於該模具輪與該傳動輪之間的砂紙帶及—設置麟機台之開 口。陳該模具輪穿置固定之滑座所組成；該升降裝置係以一馬達驅動 _ -螺杯旋轉，使該前後位移裝置連同設於上方之第一、二移動裝置一 同升降，知後位移裝置係具有—前後固定座，以及—配合設於該前 後固定座上之前後移動座，該前後移動座係被一水平設置之壓缸驅動 作剛後位移，該第二移動裝置之頂部設有一角度謂整座，該角度調整 座設有以該樞點為中心所設置之扇形調整槽，該扇形調整槽上穿設一 5 M328923 可穿入該第二移動裝置之固定螺桿;該角度調整座之頂部固定一失持 結構’該夾持結構具有固定座，該固定座之一侧面設定位置固設一擋 片，且該固定座之設定位置穿設二導柱，而該導柱位於該固定座之一 侧滑設-活動座’該活動座具有一缺口，且該活動座之一側連設一壓 叙組，該麻轉以連動該赖餅各躲上橫向滑移，使該活動座 得以朝向或遠離該固定座。 _ 【新型内容】（所欲解決之技術問題） 上述結構中，於實施上當欲在管材之管口研磨形成一與其中 Μ頃斜-角度之弧形口時，係用旋鬆角度調整座之固定螺桿 72 ’利用其於該扇形調整槽内之相對位置變化，進而達到調整角 度之功能；配合該夾持結構8〇以上下垂直夾持方式將管材固定失 持再進行加工’則可降低管口變形之情形；此外，以研磨方 式進行管口切削加工，較沖壓加工之者不易起毛邊，可減少毛邊 割傷之意外發生。 准本案創作人遇為其於結構上及技術上仍具有可改進的空 丈另長1出種管材管口研磨機結構，可增進管材研磨之加工 效m步新增設多項其他附屬功能之管材管口研磨加工機 結構者。 (解決問題之技術手段） —有鐘於此’本創作所揭露管材管叫磨機結構，其主要包含有： 機座，研磨裝置，其具有同步旋轉之一第一滾輪及一第二滾輪， 6 M328923 :以-砂輪帶同時繞設其上使產生預設速度之持續重覆性繞行動 乍，一升降裝置，其具有一升降固定座與可於該升降固定座上作上 下位移之升降滑座，以及與該升降滑座相接設並驅動其產生上下 位移和粒之-升降鷄組；—職婦敍，其具村調整角度 之-分度盤，及無分度餘接設之—雙向鶴元件，以提供產^ 往復_位移動作；一夹持裝置’其具有水平夹持之一夹独，以 及驅動該夾具組有效夹持管件之一夾持驅動件；藉由上述構件，利 用該央持錢祕加1管件使其加工部位得崎該研絲置上進行 研磨加i ’顺該顧位移裝置之左右位移作動，而達到研磨加工 之進行，同時配合各該張力調整裝置、升降裝置、以及線徑位移裝 置等提供多種調整功能之管材管口研磨機具結構者。 (對照先前技術之功效） 本創作之主要㈣即在提供一種管材管口研磨機結構，係利用 該分度盤使雜餘録置可伽定肖度之旋轉調，以提供加工件 於研磨部位角度之變化需求。 本創作之-人-目的即在提供_種管材管口研磨機結構，其具有 張办調整裝置，提供砂輪帶張力調整之功能，以增進研磨加工效益。 本創作之S目_卩在提供—種管材管口研磨機結構，係具有 去毛邊裝置提供e件於研磨加卫後，可去除加工部位毛邊的功 效，極具實用性。 本創作之Jt目的即在提供_種管材管口研磨機結構，其設有 進料顯示裝置，係糊與該進料裝朗步位移之設計，產生加工件 M328923 物料進給1之顯示功能，以快速得知目前加工進給量之效果。 【實施方式】 磨機、、。構’其主要包含有：-機座（10)，設於該機座内之-研磨 裝置(2〇) 張力調整裝置(30)，與設於該機座（10)外一侧之一升 降裝置(40)、一線徑位移裝置(5〇)、一夾持裝置(6〇)、一進料裝置 _ (7Q) ’以及&於該機座（10)後方之-去毛邊裝置(80)。 該機座⑽，其-侧設有-加Ji口（η); 該研磨裝置(2〇)，係設於該機座（1〇)内預設部位，其具有同步 紋轉之一第一滾輪(21)及一第二滾輪(22)，並傳動繞設於各該第 一、第二滾輪(21)(22)上之一砂輪帶(23)使產生預設速度之持續重 覆性繞行動作，且其部份繞行路徑得靠近該加工口（11); 一滑座組 (24) ’接設於該第二滚輪(22)其具有前後對應之二滑座（241)，以 及設於各該滑座(241)間之一惰輪(242);該滑座組(24)係設於該機 I 座（10)靠近該加工口（11)之一侧；該第一滾輪（21)則設於該機座 (1〇)另一侧；該第二滾輪(22)則設於各該第一滚輪(21)及惰輪(242) • 間；該砂輪帶（23)係依序共同繞設各該第一、第二滾輪(21)(22)及 . 惰輪(242)間。 該張力調整裝置(30)，係設於該研磨裝置（20)之一侧，其具有 與該砂輪帶（23)繞行路徑同向之一軸桿組(31); —第一調整座 (32) ’係設於該軸桿組(31)上，並可於其上座水平位移，同時使該 第一滾輪(21)設於其上；一張力驅動元件(33)，係提供該第一調整 8 M328923 座（32)位移之動力；該張力驅動元件(33)利用一固定座（34)樞設於 該轴桿組(31)上。 該升降裝置(40)，其具有固設於該機座（10)上之一升降固定座 (41)，與可於該升降固定座(41)上作上下位移之一升降滑座(42)， 以及與該升降滑座(42)相接設並驅動其產生上下位移和定位之一升 降驅動組(43);該升降固定座(41)係具有鳩尾凹槽狀之一垂直線徑 軌道(44);該升降滑座(42)則具有可配合該垂直線徑執道(44)且呈 鳩尾狀凸緣之^嵌設部（圖中未示）。 該線徑位移裝置（5〇)，係設於該升降裝置(40)上方對應於該加 工口（11)之部位，係以該砂輪帶(23)繞行路徑呈垂直方向，作水平 在復線徑位移考作，其具有可調整角度之一分度盤(51)，及與該分 度盤(51)相接設之一雙向驅動元件（52)，係可為雙向油壓缸；一位 、移組(53)，其杲有一位移底座(54)及一位移滑座（55)，其中該位移 底座(54)係設於該升降裝置(40)上方；該位移滑座（55)其一侧與該 分度盤(51)相接設，另一侧則可於該位移底座（54)上作水平往復線 馨徑位移；各該位移滑座（55)及分度盤(51)藉以該雙向驅動元件(π) 驅動而作同步位移；該位移底座（54)係具有凹槽狀之至少一線徑執 ^道(541);該位移滑座(55)則具有可配合該線徑軌道(541)且呈凸緣 狀之一執道喪部（551)。 該夾持裝置(60)，係設於該線徑位移裝置（5〇)上方，其具有以 水平方夾持之一夾具组(61)，以及驅動該夾具組(61)有效夾持管件 之一夾持驅動件（62);該夾具組(61)具有固設於該分度盤（51)上之 一夾持底座(63); —第一夾座(64)，係固設於該夾持底座(63)之一 M328923 鴒 侧，該夾持驅動件⑽則以其預設部位固設於該夾持底座（⑻另一 侧’第一夹座（65)則设於各該第一夹座⑽)及夾持驅動件⑽） ，，且可接找祕鶴件⑽)之伽而於該鱗底座⑽上作線 .徑位移；該第—夾座(64)於夾持工件部位形成〈狀凹槽之-第-夾 •持部(641);該第二夾座(65)於該第一夾持部⑽)相對位置則設有 可頂抵加工件之一第二夾持部（651)。 該進料裝置(70 )’係设於各該升降裝置(4〇 )及線徑位移裝置⑽) 之間可往該加工口（11)進行供料進給，其具有一進料底座（71)及一 進料滑座(72)，其巾該進料底座⑺）係設於該升随置⑽)上方； 該進料滑座(72)其-側與該線徑位移裝置⑽相接設，另一侧則可 於該進料底座(71)上作水平往也線徑位移；酉己合一進料區動件(73) •驅動各該進料滑座⑽，連同設於其上方之各該線徑位移裝置⑽ 、及夾持裝置(60)而作同步位移；該進料底座係具有凹槽狀之至 少-線徑軌道(74);該進料滑座（73)則具有可配合該線徑軌道⑽ 且呈凸緣狀之一執道嵌部（75); 一進料顯示板(76)，設於該進料驅 _動件(73)之-侧，其上設有四滑動軌(761)，並於軌槽周緣設有預 設刻度；一指示元件(762)，係設於各該滑動軌(761)内，並利用該 -進料滑座(72)同步位移驅動，而於各該滑動執（761)内產生位置上 之變化，以達到指示進料量功能。 該去毛邊裝置(80)，係以具有一加工口（811)之一殼座（81)設於 該機座（10)外側預設部位；該殼座（81)内設有同步旋轉之一第一滾 筒（82)及一第二滾筒(83)，並傳動繞設於各該第一、第二滾筒 (82)(83)上之一砂輪帶（84)使產生預設速度之持續重覆性繞行動 M328923 .作，且其部份繞行路徑得靠近該加工口⑻1); -張力調整組(85)， 係與該第二滾筒⑽)相接設；—張力轉件(86)，係提供該第二滾 筒位移之動力^使各該第―、第二滾筒㈣⑽兩者間產生 上之變化。 藉由上述齡，咖做置⑽夾持加譯件使其加工部 位得以於該研縣置⑽上進行研磨加卫，同_線徑位移裝置 (50)之左右位移作動，而達到研磨加工之進行，同時配合各該張力 膽裝置⑽、升降裝置⑽、以及線徑位移裝置(5〇〕等提供工件 高度或角度，以及砂輪⑽⑽帶張力等多重調整功能之管材管口 研磨機具結構者。 為供進-步解本創作構造特徵、顧技術手段及所預期達成 之功效，茲將本創作使用方式加以敘述如下： 請參照第五圖，係為本創作該張力調整裝置⑽之動作示意， 其主要利用該張力驅動元件⑽之傳動將各該第一調整座⑽及第 -滾輪(21)移動，使各該惰輪(242)及第一滾輪⑻兩者間產生間距 變化，因而使繞设其上之該砂輪帶(23)產拉伸或收縮之張力調整； 故當該砂輪帶(23)因使用-段時間後產生疲軟鬆弛情形時，可將其 張力調整繃’績使用，以增加該砂輪帶(23)之使用壽命，並維持 該砂輪帶(23)處於較佳狀態之研磨效益。 請參照弟六圖，係為本創作該升降裝置w〇)之動作示意圖，其 利用鳩尾雜輯，於各該升_定座⑷）上設有縣直線徑軌道 (44)以及該升降巧座(42)设有該喪設部(45)，g己合該升降驅動組(43) 對該升降滑座(42)之傳動，關時達到上下升降以及定位之功能； 11 M328923 故®官件加工之上下位置與該加工口⑴）因無法對應進行以研磨加 工時’則該升降裝置⑽可提供加工件固定高度之調整功效。 清參照第七圖及第九圖，麵本_之該雜轉裝置使用狀 恶不意，其巾各齡移底座(54)及轉滑座⑽兩者_以凹凸嵌 卡設計，配合駿向轉元件⑽_位㈣紅働，以使設於 ^上之各該婦裝置⑽)及加卫制步魅水平持齡復移動之功 月b ’而達到研磨姻之絲；另，细該分度盤⑸）之設置，可使M328923 VIII. New description: [New technical field] The creation department is related to the processing machine, and the system refers to the processing tool structure of the nozzle part of the grinding pipe. m [Prior Art] 5 material & mouth grinder is mainly used for pipe joints of various shapes and materials, such as grinding and J1, which can effectively solve the shortcomings caused by conventional molding and can be improved. Grinding out the preset angle, curvature, and outer diameter of the nozzle. One click, the structure of the official pipe nozzle grinding machine, such as the domestic patent No. 94218914, the "grinding structure of the pipe nozzle", which mainly has a machine table, the top surface of the machine has a grinding The device 'and the bottom of the front end of the machine is provided with a lifting device, the top of the lifting device has a rear displacement device, and the top of the front and rear displacement device is provided with a first moving device. The grinding device is a motor, a driving wheel driven by a motor, a mold wheel disposed at an opening of the cover body, a sandpaper tape disposed between the mold wheel and the transmission wheel, and a setting machine The opening of the machine. The mold wheel is formed by a fixed sliding seat; the lifting device is driven by a motor to rotate the screw, so that the front and rear displacement device is lifted together with the first and second moving devices disposed above, and the rear displacement device is The utility model has a front and rear fixed seat, and a moving seat before and after being arranged on the front and rear fixed seats, wherein the front and rear moving seats are driven by a horizontally arranged pressure cylinder to be displaced immediately after, and the top of the second moving device is provided with an angle a whole seat, the angle adjusting seat is provided with a fan-shaped adjusting groove centered on the pivot point, and the fan-shaped adjusting groove is provided with a fixing screw of 5 M328923 which can be inserted into the second moving device; the angle adjusting seat is The top of the fixing structure has a fixing seat, the fixing part of the fixing seat is fixed with a blocking piece, and the setting position of the fixing seat is disposed through the two guiding columns, and the guiding column is located at the fixing seat One side sliding device-moving seat' has a notch, and one side of the movable seat is connected with a pressing group, and the hemp is rotated to interlock the horizontal cake to prevent lateral sliding, so that the movable seat can be Oriented or From the holder. _ [New content] (Technical problem to be solved) In the above structure, when it is desired to grind the nozzle of the pipe to form an arc-shaped opening with an inclination angle of the pipe, the seat is adjusted by the angle of rotation. The fixing screw 72' can change the relative position in the fan-shaped adjusting groove to achieve the function of adjusting the angle; and the clamping structure can be fixed by holding the tube in the vertical clamping manner, and then the tube can be fixed and lost. In the case of deformation of the mouth; in addition, the nozzle cutting process by grinding means that it is less prone to burr than the one of the stamping process, and the accident of the edge cut can be reduced. The creator of the case is still structurally and technically capable of improving the structure of the pipe. The structure of the pipe nozzle grinder can be improved, and the processing efficiency of the pipe grinding can be improved. Pipe grinder structure structure. (Technical means to solve the problem) - There is a clock here. The pipe pipe called the mill structure disclosed in the present invention mainly includes: a base, a grinding device, which has a first roller and a second roller which are synchronously rotated. 6 M328923: A continuous lifting revolving device with a grinding wheel belt at the same time to generate a preset speed, a lifting device having a lifting and fixing seat and lifting and sliding on the lifting and fixing seat a seat, and a lifting and sliding seat connected to drive the upper and lower displacement and the grain-lifting chicken group; - the female woman, the village adjustment angle - the indexing plate, and the no-distribution - a two-way crane element for providing a reciprocating_displacement action; a clamping device having one of the horizontal clamping members, and driving the clamping member to effectively clamp one of the tubular members to hold the driving member; The central holding of the money secret plus 1 pipe fittings to make the processing part of the processing wire, the grinding wire is placed on the grinding and i's the left and right displacement of the displacement device to achieve the grinding process, and at the same time with the tension adjusting device, lifting Device, Diameter and displacement means to provide adjustment of the various pipe inlet structure by abrasive implement. (Compared with the efficacy of the prior art) The main (4) of the present invention is to provide a pipe nozzle grinder structure, which uses the indexing disc to record the misalignment of the misalignment to provide the angle of the workpiece at the grinding point. The changing needs. The creation-person-purpose of this creation is to provide the structure of the pipe nozzle grinding machine, which has the adjustment device for the tension of the grinding wheel to improve the grinding processing efficiency. The S mesh of this creation is provided with a structure of a pipe nozzle grinder, which has a deburring device to provide e-pieces after grinding and garnishing, which can remove the burrs of the processing parts and is highly practical. The purpose of Jt of this creation is to provide the structure of the pipe nozzle grinder, which is provided with a feeding display device, the paste and the design of the feed step and the displacement of the material, and the display function of the material feeding M328923 material feed 1 is generated. To quickly know the effect of the current processing feed. [Embodiment] Mill, and. The structure mainly includes: a base (10), a grinding device (2〇) tension adjusting device (30) disposed in the base, and one of the outer sides of the base (10) Device (40), one-line displacement device (5〇), a clamping device (6〇), a feeding device _ (7Q) ', and a deburring device behind the housing (10) ). The base (10) is provided with a -Ji port (n) on the side thereof; the grinding device (2〇) is disposed at a predetermined portion in the base (1〇), and has a first one of the synchronous grooves a roller (21) and a second roller (22), and driving a grinding wheel belt (23) disposed on each of the first and second rollers (21) (22) to generate a continuous speed of a preset speed a bypass action, and a partial bypass path is adjacent to the machining port (11); a slide block (24) 'connected to the second roller (22) has a front and rear corresponding two slides (241), And an idler wheel (242) disposed between each of the sliding seats (241); the sliding seat set (24) is disposed on a side of the machine I seat (10) adjacent to the machining opening (11); the first The roller (21) is disposed on the other side of the base (1); the second roller (22) is disposed between each of the first roller (21) and the idler (242); The first and second rollers (21) (22) and the idler (242) are arranged in series. The tension adjusting device (30) is disposed on one side of the grinding device (20), and has a shaft set (31) in the same direction as the winding path of the grinding wheel belt (23); - a first adjusting seat (32) ' is attached to the shaft set (31) and is horizontally displaceable in its upper seat while the first roller (21) is disposed thereon; a force driving element (33) provides the first adjustment 8 M328923 seat (32) displacement power; the tension drive element (33) is pivoted to the shaft set (31) by a fixing seat (34). The lifting device (40) has a lifting and fixing seat (41) fixed on the base (10), and a lifting and sliding seat (42) which can be vertically displaced on the lifting and fixing seat (41) And an lifting drive group (43) connected to the lifting carriage (42) and driving to generate up-and-down displacement and positioning; the lifting bracket (41) has a vertical-line track of a dovetail shape ( 44); the lifting slide (42) has a fitting portion (not shown) which can cooperate with the vertical wire path (44) and has a dovetail flange. The wire diameter displacement device (5〇) is disposed on the portion of the lifting device (40) corresponding to the machining port (11), and the grinding wheel belt (23) is in a vertical direction around the path, and is horizontally in the double line. Diameter displacement test, which has an adjustable angle indexing plate (51), and a bidirectional driving element (52) connected to the indexing plate (51), which can be a bidirectional hydraulic cylinder; And a shifting group (53) having a displacement base (54) and a displacement sliding seat (55), wherein the displacement base (54) is disposed above the lifting device (40); the displacement sliding seat (55) One side is connected with the indexing plate (51), and the other side is horizontally reciprocable on the displacement base (54); each of the displacement sliding seat (55) and the indexing plate (51) Synchronous displacement is driven by the bidirectional driving element (π); the displacement base (54) has at least one wire diameter control path (541); the displacement sliding seat (55) has a wire diameter The track (541) is in the form of a flange and is in the form of a funnel (551). The clamping device (60) is disposed above the wire displacement device (5〇), has a clamp group (61) clamped horizontally, and drives the clamp group (61) to effectively clamp the pipe member a clamping drive member (62); the clamp assembly (61) has a clamping base (63) fixed to the indexing plate (51); a first clamping seat (64) fixed to the One side of the clamping base (63) M328923, the clamping driving member (10) is fixed to the clamping base with its preset portion (the other side of the (8)' first clamping seat (65) is provided in each of the first a clamping seat (10)) and a clamping drive member (10)), and can be connected to the secret crane member (10) to make a line and a diameter displacement on the scale base (10); the first clamping seat (64) is for clamping the workpiece The portion is formed with a first groove-shaped portion (641); the second holder (65) is disposed at a position opposite to the first clamping portion (10) to provide a second clamp capable of abutting the workpiece Holding Department (651). The feeding device (70) is disposed between each of the lifting device (4〇) and the wire diameter displacement device (10), and can feed the processing port (11), and has a feeding base (71) And a feed slide (72), the feed base (7) is disposed above the lift (10); the feed slide (72) is connected to the wire displacement device (10) The other side is horizontally and horizontally displaceable on the feed base (71); the feed unit (73) is driven to feed each of the feed slides (10), together with Each of the above-mentioned wire diameter displacement device (10) and the clamping device (60) are synchronously displaced; the feeding base has a groove-shaped at least-wire diameter track (74); and the feed sliding seat (73) The utility model has a flange-shaped inserting portion (75) which can be matched with the wire diameter rail (10); a feeding display panel (76) is disposed on the side of the feeding drive-moving member (73) There are four sliding rails (761), and a preset scale is arranged on the circumference of the rail slot; an indicating component (762) is disposed in each of the sliding rails (761), and the feeding slider (72) is utilized Synchronous displacement drive, and in each of the sliding handles (761) The change is made to achieve the function of indicating the amount of feed. The deburring device (80) is provided with a housing (81) having a machining port (811) disposed at a predetermined portion outside the housing (10); the housing (81) is provided with one of synchronous rotations a first roller (82) and a second roller (83), and driving a grinding wheel belt (84) disposed on each of the first and second rollers (82) (83) to generate a predetermined speed Covering action M328923. And part of the bypass path is close to the machining port (8) 1); - tension adjustment group (85) is connected with the second roller (10); - tension member (86) Providing the power of the second drum displacement to cause a change between the first and second drums (4) (10). By the above-mentioned age, the coffee maker (10) holds and translates the processed parts to be ground and polished on the research county (10), and moves with the left and right displacement of the _ wire diameter displacement device (50) to achieve the grinding process. The tube nozzle grinding machine structure that provides the height and angle of the workpiece, and the multiple adjustment functions of the grinding wheel (10) (10) with the tension of the tensioning device (10), the lifting device (10), and the wire diameter displacement device (5〇). In order to explain the characteristics of the creation, the technical means and the expected effect, the usage of the creation is described as follows: Please refer to the fifth figure for the action of the tension adjustment device (10). The first adjusting seat (10) and the first roller (21) are mainly moved by the transmission of the tension driving component (10), so that the spacing between the idler wheel (242) and the first roller (8) is changed, thereby making the winding The grinding wheel belt (23) thereon is subjected to tension adjustment of stretching or contraction; therefore, when the grinding wheel belt (23) is subjected to a weak slack after a period of use, the tension can be adjusted and used to increase The sand The service life of the wheel belt (23), and maintain the grinding benefit of the grinding wheel belt (23) in a better state. Please refer to the figure of the sixth figure, which is a schematic diagram of the action of creating the lifting device w〇), which utilizes the appendix a county linear track (44) is disposed on each of the lifts (4), and the lift block (42) is provided with the funnel (45), and the lift drive group (43) The lifting slide (42) is driven by the up and down movement and positioning function when closing; 11 M328923 Therefore, the upper and lower positions of the official parts are not compatible with the machining port (1)), and the lifting device (10) can be used. Provides the adjustment function of the fixed height of the workpiece. Referring to the seventh and ninth figures, the miscellaneous rotating device of the surface is used in a disgusting manner, and the towel is moved to the base (54) and the sliding seat (10) of each age. Component (10)_bit (four) red 働, so that each of the women's devices (10) located on the ^ and the Guardian's step-by-step level of the re-moving function of the month b' to achieve the grinding of the silk; Disk (5)) setting, can make
整組該__裝置⑽及其上之各該鱗敍⑽及加工件，同 步旋動至預疋錢之旋轉調整，使加工件可依所需研磨出具有斜 度、弧度之管口形狀之功能。 讀參照第十圖，係為本創作之該夾持裝置⑽使用狀態示意， 其係以水平方向祕μ管件之設計，_夾持底座⑽上設 置之各該第-、第二夾座(_5) ’配合該夹持驅動細)傳動該 第二来座⑽位移使產生各該第―、第二夾座⑽㈣間距之變化 ’而得以婦輪除加轉；故可難各該第— 間距以配合管件外徑的大小，翻有效的夾持翻功效。 立^照第十-圖’係為本創作之該進料裝置⑽使用狀態示 忍，中各該進料底座⑻及進料滑座⑽兩者間係以凹凸嵌卡嗖 計，配合魏料鶴件⑽_鱗滑座(72)之傳動 朝^砂制胁其上紅各树錄移裝置⑽及鱗裝置= 工向作同步水平位移，使加工件產生持續進給功 月b，另，該進料顯示板（76)之設置，係藉 12 M328923 目别進給里·^資料’故具有極高實用性及便利性。 咅第十二圖，係為本創作之該去毛邊裝置⑽使用狀態示The entire set of the __ device (10) and each of the scales (10) and the workpieces thereof are synchronously rotated to the rotation adjustment of the pre-money, so that the workpiece can be ground to have a shape of a pipe having a slope and an arc as needed. Features. Referring to the tenth figure, it is the state of use of the clamping device (10) of the present invention, which is designed in the horizontal direction of the secret tube, and the first and second holders (_5) are provided on the clamping base (10). ) 'cooperating with the clamping drive to drive the second seat (10) displacement to produce a change in the spacing between each of the first and second clamping seats (10) (four) to enable the turning of the female wheel; therefore, it is difficult to With the size of the outer diameter of the pipe fitting, it can effectively turn the clamping effect. According to the tenth-figure diagram of the feeding device (10) of the creation, the feeding base (8) and the feeding sliding seat (10) are both in the form of concave and convex inlays, and the materials are combined with the materials. The movement of the crane piece (10) _ scale sliding seat (72) is swayed to the sand and the upper part of the red tree recording device (10) and the scale device = the horizontal displacement of the work direction, so that the workpiece has a continuous feed power b, and The setting of the feed display panel (76) is based on 12 M328923 and it is highly practical and convenient.咅Twelfth figure, which is the state of use of the deburring device (10) for the creation
本創作可進步没置一控制裝置⑽），並使其設於該機座⑽ 内’ ^由控制電路設計以各別控制、或共同控制等方式，利用控制 訊號之傳輸而達馳制各該研躲置⑽、張力調魏置⑽、升 降裝置(4G)、線徑位移裝置⑽）、夹持裝置⑽)、進料裝置⑽、 以及去=邊裝置⑽等組件之產生預設的各別作動，或者同步作動。 值知參照第十二圖，係為本創作之另—實施例，立令 於該機座⑽下方設置—容置蝴，贿供-爾裝置設於其^， 味n，、有同步旋轉之各該第―、第二滾筒，並以該砂輪帶同 時繞=其上使產生預設速度之持覆性繞行動作，而可管件管口 部位靠近該加工口⑻)部位，利用該砂輪帶⑽進行去毛邊加工， 本創作具有新增舰之實雜丨另’該驅動難組(⑹之設置則 可”周整，該第-、第二滾筒(82)⑽)兩者間距，而達到該砂輪帶(⑷ 張力之調整功能’故當該砂輪帶㈣因使用—段時間後產生疲軟鬆 弛情形時，可將其張力調整繃緊繼續使用，以增加該砂輪帶⑽之 使用壽命’並維持該砂輪帶⑽處於較佳狀態之研磨效益。This creation can be improved without a control device (10)), and it is set in the base (10) ' ^ by the control circuit design by individual control, or joint control, etc., using the transmission of control signals to achieve The presets of the components such as the research and removal (10), the tension adjustment (10), the lifting device (4G), the wire displacement device (10), the clamping device (10), the feeding device (10), and the de-edge device (10) Actuate, or act in sync. The value is referred to in the twelfth figure, which is another embodiment of the creation. It is set up under the base (10) to accommodate the butterfly, and the bribe supply device is set in its ^, taste n, and has synchronous rotation. Each of the first and second rollers, and the grinding wheel belt is simultaneously wound = a winding bypass action for generating a preset speed, and the pipe mouth portion is close to the machining port (8)), and the grinding wheel belt is used (10) Deburring processing, this creation has a new ship's real miscellaneous 丨 another 'the driving difficulty group ((6) can be set up), the first and second drums (82) (10)) The grinding wheel belt ((4) tension adjustment function], when the grinding wheel belt (4) is used for a period of time after the period of time is weak and slack, the tension adjustment can be tightened and used to increase the service life of the grinding wheel belt (10) and maintain The grinding wheel belt (10) is in a better state of grinding benefit.
其係利用抽屜式設計可利於整組油料裝置拉出該機座⑽外，或者 推入該機座（10)内，以便於油料、零件之維修及更換。 請參照第十_ ’係為本創作之再—實施例，其中該夾具裝置 (60)係進-步包含有相對應之—第—夾座(⑷及—第二夾座⑽， 且各該第-、第二夾座（64)(65)係分別設置一夹持驅動件(62)，提 供驅使各鮮-、第二夾座⑽⑽)分職生驗位移，作相對應 13 M328923 H之該第—夾座(6似有與該第二夹持部(651)相同呈 水平、°卩(641)，此—實财^^主要細雙邊麟式設計之 水平夹持結構變化者。 種可d本創作所揭露之「管材管^概结構」，係提供一 裝置^升降研磨機’主要_座上設有各該研磨 =«置'_位移裝置、夾躲置、進健置、以及去毛 及^猎以達到研磨切削管材管口部位，使其形成預設外型、角度 =寸^’同時可增進砂輪帶之使用壽命及維持較佳狀態之研磨 效i ’官件於研磨加卫後，可立即進—步進行 f卜情形’並增設進料顯示裝置以快速得知目前加工進給量二功 ί實1=3用性高之管材研磨加工機具結構，俾使整體讀具產 ^實^性及成本效益，且其構·構又未f見於諸㈣或公開使 用合新型專利申請要件’崎柄，早日准予專利， 至為感每。 需陳明者，以上所述乃是本創作之具體實施例及 =明作之構想所作之改變，其所產生之功能作用仍3 =%簡搞减之㈣時，均應在相狀範_，合予陳 14 M328923 【圖式簡單說明】 第-圖為本麟-較佳實施例之立體外觀圖一。 第二圖為本創作-較佳實施例之立體外觀圖二。 第二圖為本創作一較佳實施例之立體外觀圖三。 第四圖為本獅-較佳實施例之局部分解示意圖。 ’第五圖為本創作-紐實施例之研聽置使脉態圖。 第六圖為本創作-較佳實施例之升降裂置使用狀態圖。 第七_本創作-較佳實施例之線徑位移裝置使綠態圖一。 第八圖為本創作-較佳實施例之線徑位移裝置使用狀態圖二。 第九圖為本創作-較佳實施例之線徑位移裝置使用狀態圖三。 第十圖為本齡-較佳實酬之夾縣置狀態圖。 第十-圖為摘作-較佳實細之轉裝置狀態圖。 ’ ^十二圖為本創作—較佳實闕之去毛邊裝置使用狀態圖。 第十二圖為本創作另一實施例之使用狀態圖。 第十四圖為本創作再-實施例之使用狀態圖。 【主要元件符號說明】 4 8 c- \ly \)/ \)y \)y \»y \)y i o 1 2 3 4 4 .—-1 2 2 2 2 2 2 xfv Γ\ ΓΝ c> χίν ΓΝ rv r\ \)y o 夾持裝置 (60) 夾具組 (61) 爽持驅動件 (62) 夾持底座 (63) 第一夾座 (64) 第一夾持部 (641) 第二夾座 (65) 第二夾持部 (651) [本創作] 機座 加工口 研磨裝置 第一滾輪 第二滾輪 砂輪帶 滑座缸 滑座 15 M328923 惰輪 (242) 進料裝置 張力調整裝置 (30) 進料底座 軸桿組 (31) 進料滑座 第一調整座 (32) 進料驅動件 張力驅動元件 (33) 線徑軌道 固定座 (34) 執道散部 升降裝置 (40) 進料顯示板 升降固定座 (41) 滑動軌 升降滑座 (42) 指不70件 升降驅動組 (43) 去毛邊裝置 垂直線徑軌道 (44) 殼座 線徑位移裝置 (50) 第一滾筒 分度盤 (51) 第二滾筒 雙向驅動元件 (52) 張力調整組 位移組 (53) 張力驅動件 位移底座 (54) 控制裝置 線徑軌道 (541) 位移滑座 (55) 軌道嵌部 (551) 線徑位移裝置 (50) \)/............. 1.............. OT—-23456660.—-23560 7777777778888889 /{\ /IV /(\ /vv /(V x(v rv /IV rv rv /IV rv \)y \)y 1i oxw 16The drawer type design can facilitate the whole group of oil equipment to be pulled out of the machine base (10) or pushed into the machine base (10) to facilitate the repair and replacement of oil and parts. Please refer to the tenth _ 'system-based re-implementation--the embodiment, wherein the fixture device (60) includes a corresponding--the first-clamping seat ((4) and the second clamping seat (10), and each of the The first and second clamping seats (64) (65) are respectively provided with a clamping driving member (62) for driving the displacement of each of the fresh-and second clamping seats (10) (10) for the corresponding occupational displacement, corresponding to 13 M328923 H. The first clamping seat (6 seems to have the same level as the second clamping portion (651), and 卩(641), which is a change in the horizontal clamping structure of the main fine bilateral design. The "pipe tube structure" disclosed in this creation is provided by a device ^ lifting grinder 'mainly _ seat is provided with each of the grinding = «set'_ displacement device, clip hiding, entering the health, and Depilation and hunting to achieve the position of the pipe section of the grinding and cutting pipe, so that it can form a preset shape, angle = inch ^', and can improve the service life of the grinding wheel belt and maintain the grinding state of the better state. After the Guardian, you can immediately proceed to the situation of 'f” and add a feed display device to quickly know the current processing feed capacity. The structure of the grinding machine is such that the overall reading material is produced and cost-effective, and its structure and structure are not seen in the (four) or public use of the new patent application requirements, "sashimi, early granting patents, to the sense of each Those who need to be clarified, the above is the change of the specific embodiment of the creation and the concept of the Ming dynasty, and the functional role produced by it is still 3 =% simplified (4), should be in the same phase _,合予陈14 M328923 [Simplified illustration of the drawings] The first figure is a perspective view of the preferred embodiment of the present invention. The second figure is a perspective view of the second embodiment of the creation-preferred embodiment. A three-dimensional external view of a preferred embodiment of the present invention is shown in the drawings. The fourth figure is a partial exploded view of the preferred embodiment of the present lion. The fifth figure is a pulse diagram of the design of the creation-new embodiment. The sixth figure is a state diagram of the use of the lifting and lowering of the creation-preferred embodiment. The seventh embodiment of the present invention-the preferred embodiment of the wire diameter displacement device enables the green state diagram 1. The eighth figure is the creation-preferred implementation For example, the wire diameter displacement device uses state diagram 2. The ninth diagram is the wire diameter of the creation-preferred embodiment. The displacement device uses state diagram 3. The tenth figure is the state diagram of the county-preferred payment. The tenth-figure is the state diagram of the excision-better device. The creation-preferred deburring device uses a state diagram. The twelfth diagram is a usage state diagram of another embodiment of the creation. The fourteenth diagram is a usage state diagram of the creation re-implementation. Description] 4 8 c- \ly \)/ \)y \)y \»y \)yio 1 2 3 4 4 .—-1 2 2 2 2 2 2 xfv Γ\ ΓΝ c> χίν ΓΝ rv r\ \ )yo Clamping device (60) Clamping set (61) Chilling drive (62) Clamping base (63) First clamping seat (64) First clamping part (641) Second clamping seat (65) Second Clamping part (651) [This creation] Base processing port grinding device First roller Second roller Grinding wheel with slide cylinder slide seat 15 M328923 Idler wheel (242) Feeding device tension adjusting device (30) Feeding base shaft Group (31) Feed slide first adjustment seat (32) Feed drive member tension drive element (33) Wire diameter track mount (34) Bus way lift unit (40) Feed display board lift mount ( 41) Slide rail lifting slide (42) refers to 70 lifting drive group (43) Deburring device vertical wire diameter track (44) Shell wire diameter displacement device (50) First roller indexing plate (51) Second Roller bidirectional drive element (52) Tension adjustment group Displacement group (53) Tension drive displacement base (54) Control unit wire diameter track (541) Displacement slide (55) Track insert (551) Wire diameter displacement device (50) \)/............. 1.............. OT—-23456660.—-23560 7777777778888889 /{\ /IV /(\ /vv /(V x(v rv /IV rv rv /IV rv \)y \)y 1i oxw 16