M362753 五、新型說明： 【新型所屬之技術領域】 本創作主要係揭示一種金屬帶鋸機之電動滾輪送料及 油壓夾持定位結構，尤指一種先由滾輪送料裝置進行送 料’再由定位裝置夾固工件的送料定位結構。 【先前技術】 習知用於鋸切工件用之帶鋸機結構，其具有—基座， 基座之頂面兩侧分別固設一機柱，機柱頂面設置—具帶狀 鋸片之鋸切結構，使鋸切結構得以於機柱上進行昇降位 移，以進行鋸切工件。 參照附件，為中華民國專利證書號數第M266119號『帶 鋸機之夾鉗結構改良』專利案，主要係於帶鋸機之基座頂 面之輪送軌道上裝設一夾鉗結構，夾鉗結構具有二具適當 間距之第一、二夾鉗，第一、二夾鉗得以夾固一欲鋸切之 工件。 習知失鉗結構雖可達到良好的夾固效果，但輸送軌道 达料的精確度不夠，容易使得工件鋸切的位置不佳，所以 常常需要以人力調整工件的位置，如此存在相當大的危險 性，右是沒有注意的時候，就可能造成受傷或生命危險， 對於上述問題’返有待於改良之必要。 有於上述習知結構之缺失，本創作人乃創作出一種 金屬ίγ鑛機之電動滾輪送料及油壓夾持定位結構，其係可 克服上述習知結構之所有缺點。 M362753 【新型内容】 本創作所欲解決之技術問題在於針對現有技術存在的 上述缺失，提供一種金屬帶鑛機之電動滚輪送料及油壓夹 持定位結構。 本創作金屬帶鑛機之電動滚輪送料及油壓炎持定位結 構的主要目的在於，其包括有一滾輪送料裝置及一定位裝 置，該滾輪送料裝置鄰近該輸送軌道，欲鋸切之工件先由 滾輪送料裝置進行送料，再由定位裝置夾固工件，達到穩 定送料的功效。 本創作金屬帶鑛機之電動滾輪送料及油壓夾持定位結 構的次要目的在於，其更包括有一頂壓機構，該頂壓機構 設於該本體之連接部，該頂壓機構由直立向頂壓工件，提 供更優良的品質。 其他目的、優點和本創作的新穎特性將從以下詳細的 描述與相關的附圖更加顯明。 【實施方式】 有關本創作所採用之技術、手段及其功效，茲舉一較 佳實施例並配合圖式詳述如後，此僅供說明之用，在專利 申請上並不受此種結構之限制。 參照圖一至圖三，為本創作金屬帶鋸機之立體外觀 圖，金屬帶鋸機具有一機床10，該機床10上設置一鋸切 裝置20及一送料定位結構30，送料定位結構30進行送料 M362753 _ 及定位工作，以供鋸切裝置20進行鋸切工作，該機床10 前方設有一導引面11，後方設有一輸送軌道12，欲鑛切之 工件由後方的輸送軌道12輸送至送料定位結構30進行加 工，再由前方導引面11將加工完成的工件。 •參照圖四，為本創作金屬帶鑛機之電動滾輪送料及油 壓夾持定位結構的立體分解圖，本創作的送料定位結構30 包括有一本體40、一滚輪送料裝置50及一定位裝置60。 其中： • 該本體40設於該機床10上，該本體40後方連接該 輸送軌道12，以將工件輸送至該本體40，該本體40前方 連接該導引面11，以收集加工完成的工件。該本體40内 部設有一容置空間41，該本體40上設有一第一滑槽42及 一第二滑槽43，該第一滑槽42鄰近該輸送軌道12，該第 二滑槽43遠離該輸送執道12，該滾輪送料裝置50及該定 位裝置60分別設於第一滑槽42及該第二滑槽43處，使滾 輪送料裝置50及定位裝置60藉由該第一滑槽42及第二滑 * 槽43產生滑移，第一、第二滑槽42、43連通本體40之容 置空間41，而該第一滑槽42周緣形成一凹陷421。第一滑 槽42及第二滑槽43間形成一連接部44。 同時參照圖五，該滾輪送料裝置50包括有一固定滚 輪座51、一活動滾輪座52及一第一調整組53，該固定滚 輪座51固定於本體40，且鄰接該第一滑槽42，該活動滾 輪座52滑設於該第一滑槽42，該第一調整組53設於該本 體40之容置空間41，且該第一調整組53螺接該活動滚輪 M362753 座52，使活動滚輪座52能夠調整與固定滾輪座51的相對 位置，以接觸工件，進而達到送料的效果。 該活動滚輪座52與該第一調整組53間設一限位塊54 及一滑塊55，該限位塊54結合於該活動滾輪座52，且該 限位塊54抵接於第一滑槽42的凹陷421，使活動滾輪座 52僅能夠與本體40產生橫向的限位滑移。該滑塊55結合 於該限位塊54，且該滑塊55嵌設於該限位塊54，該滑塊 55相反於該限位塊54之一側具有一螺接部551，該螺接部 551接合該第一調整組53，以帶動活動滾輪座52。該固定 滚輪座51及活動滾輪座52上的滚輪具有壓花結構，以增 加滾輪與工件間的摩擦力，防止滾輪與工件間打滑，增加 送料的精確度，利用壓花結構僅需要雙邊各兩個相對的滾 輪即可達到穩固的夾持力以及精準的送料。 該第一調整組53穿設於該本體40之容置空間41，且 相對於該第一滑槽42，該第一調整組53具有一外螺紋部 531、一結合部532及一操作部533，該第一調整組53之 外螺紋部531伸入該本體40内部與該螺接部551螺接，該 結合部532鎖固結合於本體40的侧壁，該操作部533裸露 於本體40外以供操作，進而調整活動滾輪座52相對於第 一滑槽42相對位置移動。 該固定滾輪座51及該活動滾輪座52之間設一擋板 56，以遮敝第一滑槽42，進一步防止工件陷入第一滑槽 42。活動滾輪座52具有一馬達57，以驅動活動滾輪座52 的滾輪進行送料，該固定滾輪座51還設一感應器58，以 M362753 達到自動送料的功效，且無料時可自動停機。 同時參照圖六’該定位裝置60包括有一固定失甜61、 一活動夾鉗62及一第二調整組63，該固定失鉗61固定於 本體40 ’且鄰接該第二滑槽43，該活動夾鉗62滑設於該 第二滑槽43 ’該第一調整組53設於該本體4〇之容置空 間’且該第二調整組63螺接該活動夹鉗62，使活動爽甜 62能夠調整與固定夾鉗61的相對位置，以爽固定位工件。 該活動夾鉗62與該第二調整組63間設〜卡固件％、 一滑塊65及一調整座66，該卡固件64結合於該、舌動夾鉗 61的底部，且該卡固件64樞設一卡塊641。兮、a _ 嗓滑塊65具 有一螺接部651 ’该螺接部651接合該弟二調整組63，使 滑塊65與第二調整組63能夠產生相對移動。今沐塊阽 相反於第二調整組63 —側嵌設於該調整座6β。周敕户 66相對於該卡固件64 —侧具有數橫向排列之卡槽广咳 卡槽661供卡塊641卡設，該卡塊641還具有二扳動: 642，供使用者扳動使卡塊641脫離調整座之卡槽661。 該第二調整組⑽穿設於該本體40之容置空間41，且 相對於該第二滑槽43，該第二調整組63具有—外螺紋部 6^ 結合部632及一操作部633。該第二調整組63之 虫”文4 631伸入該本體40内部與該滑塊65螺接部651 〃 Λ、、、°合部632則鎖固結合於本體4〇的側壁，該操作 =3_3、^露於本體4G外以供操作，進_整活動夾钳62 部43產生相對位置移動。該結合部632及該操作 ° 間還設有一油壓缸634，以油壓推動活動夾钳62， M362753 且該油壓缸634與定位裝置60之感應器電性連接，以使定 位裝置60之活動夾鉗62能夠自動夾持工件。 參照圖七至圖八，為本創作滚輪送料裝置的動作狀雜 圖，旋轉該第一調整組53帶動該活動滾輪座52接觸工件， 且滾輪送料裝置50能夠運用於不同尺寸大小的工件上。 參照圖九至圖十一，為本創作定位裝置的動作狀態 圖，該定位裝置60能夠進行兩種不;同程度的調整，扳動卡 塊641使其脫離卡槽661後，以手動將活動夾鉗62直接在 第二滑槽43上快速調整固定夹鉗61及活動夾钳62的相對 間距，待接近工件將卡塊641卡入卡槽661後，利用第二 调整組63能夠自動進行微調夾固工件，利用油壓缸似斗 與感應器電性連接，以使活動夾鉗62自動夾持工件。 參照圖十二及圖十三，本創作更包括有一頂壓機構 70，忒頂壓機構7〇設於該本體4〇之連接部44，該頂壓機 構7〇具有—基座7卜-頂屋座72及-鬆緊裝置73，該基 ^ 71設於該連接部44 ,該頂壓座72穿設於該基座71，且 ^夠產^垂直向的相對移動，該鬆緊裝置73設於該基座 71上並選擇性迫緊該賴座72以限制該頂壓座72與基座 U的相對移動。M362753 V. New description: [New technical field] This creation mainly reveals the electric roller feeding and hydraulic clamping positioning structure of a metal band saw machine, especially a kind of feeding device by the roller feeding device first. The feeding positioning structure of the workpiece is clamped. [Prior Art] A band saw machine structure for sawing a workpiece has a base, and a machine column is fixed on each side of the top surface of the base, and the top surface of the machine column is provided with a band saw blade. The sawing structure allows the sawing structure to be lifted and lowered on the machine column for sawing the workpiece. Referring to the attachment, it is the Patent Case No. M266119 of the Republic of China Patent No. M266119, “Modification of the Clamp Structure of the Band Saw Machine”, which is mainly equipped with a clamp structure on the wheel transfer rail of the top surface of the base of the band saw machine. The clamp structure has two first and two clamps of appropriate spacing, and the first and second clamps clamp a workpiece to be sawed. Although the conventional tongs structure can achieve a good clamping effect, the accuracy of the conveying track material is not enough, and the position of the workpiece sawing is easy to be poor, so it is often necessary to manually adjust the position of the workpiece, so there is a considerable danger. Sex, right when there is no attention, it may cause injury or life-threatening. For the above problems, it is necessary to be improved. In the absence of the above-mentioned conventional structure, the creator created an electric roller feeding and hydraulic clamping positioning structure of a metal γ gamma machine, which overcomes all the disadvantages of the above-mentioned conventional structure. M362753 [New content] The technical problem to be solved by this creation is to provide a metal roller feeding machine with electric roller feeding and hydraulic clamping positioning structure for the above-mentioned shortcomings of the prior art. The main purpose of the electric roller feeding and oil pressure holding positioning structure of the metal striping machine is to include a roller feeding device and a positioning device. The roller feeding device is adjacent to the conveying track, and the workpiece to be sawed is firstly driven by a roller. The feeding device carries the feeding, and then the workpiece is clamped by the positioning device to achieve the effect of stable feeding. The secondary purpose of the electric roller feeding and hydraulic clamping positioning structure of the metal striping machine of the present invention is that it further comprises a pressing mechanism, the pressing mechanism is disposed at the connecting portion of the body, and the pressing mechanism is upright Pressing the workpiece to provide better quality. Other objects, advantages and novel features of the present invention will become more apparent from the detailed description and the accompanying drawings. [Embodiment] The techniques, means and functions of the present invention are described in detail with reference to the accompanying drawings, which are for illustrative purposes only, and are not subject to such structures in patent applications. The limit. Referring to FIG. 1 to FIG. 3, a three-dimensional appearance view of the metal band saw machine is provided. The metal band saw machine has a machine tool 10, and the machine tool 10 is provided with a sawing device 20 and a feeding positioning structure 30, and the feeding positioning structure 30 is used for feeding. M362753 _ and positioning work for the sawing device 20 to perform the sawing work. The machine tool 10 is provided with a guiding surface 11 at the front and a conveying rail 12 at the rear. The workpiece to be cut is conveyed by the rear conveying rail 12 to the feeding position. The structure 30 is machined and the finished workpiece is machined by the front guide surface 11. Referring to FIG. 4, an exploded perspective view of the electric roller feeding and hydraulic clamping positioning structure of the metal striping machine of the present invention comprises a body 40, a roller feeding device 50 and a positioning device 60. . Wherein: • The body 40 is disposed on the machine tool 10, and the body 40 is connected to the conveying rail 12 to convey the workpiece to the body 40. The body 40 is connected to the guiding surface 11 in front to collect the processed workpiece. An accommodating space 41 is disposed in the main body 40. The first sliding slot 42 and the second sliding slot 43 are disposed on the main body 40. The first sliding slot 42 is adjacent to the conveying rail 12, and the second sliding slot 43 is away from the The conveying device 12, the roller feeding device 50 and the positioning device 60 are respectively disposed at the first sliding slot 42 and the second sliding slot 43, so that the roller feeding device 50 and the positioning device 60 are provided by the first sliding slot 42 and The second sliding slot 43 is configured to slip. The first and second sliding slots 42 and 43 communicate with the receiving space 41 of the body 40, and the first sliding slot 42 defines a recess 421 at the periphery. A connecting portion 44 is formed between the first sliding groove 42 and the second sliding groove 43. Referring to FIG. 5 , the roller feeding device 50 includes a fixed roller holder 51 , a movable roller holder 52 , and a first adjustment group 53 . The fixed roller holder 51 is fixed to the body 40 and adjacent to the first sliding slot 42 . The movable roller seat 52 is slidably disposed on the first sliding slot 42 . The first adjusting group 53 is disposed in the receiving space 41 of the body 40 , and the first adjusting group 53 is screwed to the movable roller M362753 seat 52 to enable the movable roller. The seat 52 can adjust the relative position with the fixed roller holder 51 to contact the workpiece to achieve the feeding effect. A limiting block 54 and a slider 55 are disposed between the movable roller seat 52 and the first adjusting group 53 . The limiting block 54 is coupled to the movable roller seat 52 , and the limiting block 54 abuts the first sliding The recess 421 of the slot 42 allows the movable roller carrier 52 to only produce a lateral limit slip with the body 40. The slider 55 is coupled to the limiting block 54 , and the slider 55 is embedded in the limiting block 54 . The slider 55 has a screwing portion 551 opposite to one side of the limiting block 54 . The portion 551 engages the first adjustment group 53 to drive the movable roller holder 52. The roller on the fixed roller seat 51 and the movable roller seat 52 has an embossing structure to increase the friction between the roller and the workpiece, prevent slippage between the roller and the workpiece, and increase the accuracy of feeding, and the embossing structure only needs two sides. A relatively constant roller can achieve a firm clamping force and precise feeding. The first adjustment group 53 is disposed in the accommodating space 41 of the body 40, and the first adjustment group 53 has an external thread portion 531, a joint portion 532 and an operation portion 533 with respect to the first sliding slot 42. The outer portion 531 of the first adjusting group 53 extends into the body 40 and is screwed into the screw portion 551. The joint portion 532 is fixedly coupled to the side wall of the body 40. The operating portion 533 is exposed outside the body 40. For operation, the relative position of the movable roller seat 52 relative to the first sliding slot 42 is adjusted. A baffle 56 is disposed between the fixed roller seat 51 and the movable roller seat 52 to conceal the first sliding slot 42 to further prevent the workpiece from sinking into the first sliding slot 42. The movable roller holder 52 has a motor 57 for driving the roller of the movable roller holder 52. The fixed roller holder 51 is further provided with a sensor 58 for achieving the automatic feeding effect by the M362753, and automatically stops when there is no material. Referring to FIG. 6 simultaneously, the positioning device 60 includes a fixed sweetness 61, a movable clamp 62 and a second adjustment group 63. The fixed clamp 61 is fixed to the body 40' and adjacent to the second sliding slot 43, the activity The clamp 62 is slidably disposed on the second sliding slot 43 ′. The first adjustment group 53 is disposed in the accommodating space of the body 4 ′′ and the second adjustment group 63 is screwed to the movable clamp 62 to make the activity sweet and cool 62 . The relative position of the fixed clamp 61 can be adjusted to cool the workpiece. The movable clamp 62 and the second adjustment group 63 are provided with a fastener %, a slider 65 and an adjustment seat 66. The fastener 64 is coupled to the bottom of the tongue clamp 61, and the fastener 64 A card block 641 is pivoted. The 兮, a _ 嗓 slider 65 has a screwing portion 651 ′. The screwing portion 651 engages the second adjustment group 63 to enable relative movement of the slider 65 and the second adjustment group 63. The current block is opposite to the second adjustment group 63 - the side is embedded in the adjustment seat 6β. The Zhouyihu 66 has a plurality of horizontally arranged card slot wide card slots 661 for the card block 641 with respect to the side of the card 64. The card block 641 also has two triggers: 642, for the user to pull the card. Block 641 is detached from the slot 661 of the adjustment seat. The second adjustment group (10) is disposed in the accommodating space 41 of the body 40, and the second adjustment group 63 has an external thread portion 6-1 and an operation portion 633 with respect to the second sliding groove 43. The worm of the second adjustment group 63 extends into the interior of the body 40 and the screw portion 651 〃 、, 、, 632 of the slider 65 is locked and coupled to the side wall of the body 4 ,, the operation = 3_3, ^ is exposed outside the body 4G for operation, and the movable clamp 62 portion 43 generates a relative positional movement. The joint portion 632 and the operation portion are further provided with a hydraulic cylinder 634 for pushing the movable clamp with oil pressure. 62, M362753 and the hydraulic cylinder 634 is electrically connected to the sensor of the positioning device 60, so that the movable clamp 62 of the positioning device 60 can automatically clamp the workpiece. Referring to FIG. 7 to FIG. The action pattern is rotated, the first adjustment group 53 is rotated to drive the movable roller holder 52 to contact the workpiece, and the roller feeding device 50 can be applied to workpieces of different sizes. Referring to FIG. 9 to FIG. In the action state diagram, the positioning device 60 can perform two kinds of adjustments; the same degree of adjustment, after the card block 641 is pulled out of the card slot 661, the movable clamp 62 is manually adjusted and fixed directly on the second sliding slot 43. The relative spacing of the clamp 61 and the movable clamp 62 is to be After the workpiece 638 is inserted into the card slot 661, the second adjustment group 63 can automatically fine-tune the workpiece, and the hydraulic cylinder is electrically connected to the inductor, so that the movable clamp 62 automatically clamps the workpiece. Referring to FIG. 12 and FIG. 13 , the creation further includes a pressing mechanism 70, and the top pressing mechanism 7 is disposed on the connecting portion 44 of the body 4, and the pressing mechanism 7 has a base 7 The top housing 72 and the elastic device 73 are disposed on the connecting portion 44. The pressing seat 72 is disposed on the base 71, and the relative movement of the vertical direction is sufficient. The elastic device 73 is provided. The susceptor 72 is selectively urged against the base 71 to limit relative movement of the pedestal 72 and the base U.
。亥基座71❺端各具有一立柱711，而該基座71結合 於兩立柱711 AA S 4 々頂端，而立柱711底端固定於該連接部 I /玄基座71供欲鑛切之工件通過該兩立柱711之間。該 :、有一垂直向的第一穿孔712，該基座72相反於 Λ 穿孔712兩端各設一垂直向的第二穿孔713，該基 M362753 座71更設一縱向的結合孔714。 該頂壓座72設一垂直向導桿721，該導桿72ι穿伸該 第一穿孔712，使該頂壓座72相對於該基座71產生昇降 移動，以頂壓工件。該頂壓座72底面設一滾筒722，該衷 筒722用來頂壓工件，該頂壓座72相對於兩第二穿孔了13 各設一扣環723。 同時參照圖十四及圖十五，該鬆緊裝置？3包括有一殼. The pedestal 71 has a column 711 at each end, and the pedestal 71 is coupled to the top of the two columns 711 AA S 4 々, and the bottom end of the column 711 is fixed to the connecting portion I / the sill base 71 for the workpiece to be cut. Between the two columns 711. There is a vertical first through hole 712. The base 72 is opposite to the second through hole 713. The base M362753 is further provided with a longitudinal coupling hole 714. The pressing seat 72 is provided with a vertical guiding rod 721. The guiding rod 721 extends through the first through hole 712 to cause the pressing seat 72 to move up and down relative to the base 71 to press the workpiece. A roller 722 is disposed on the bottom surface of the pressing base 72. The pressing cylinder 722 is used for pressing the workpiece. The pressing seat 72 is provided with a buckle 723 relative to the two second through holes 13. Referring also to Figures 14 and 15, the elastic device? 3 includes a shell
體73卜一迫緊件732、一偏心壓桿733及—扳桿7料，該 殼體731係固定於基座71上’該殼體731具有一垂直穿孔 731!及一縱向通孔7312，該垂直穿孔7311套置該基^打 之導桿72卜該偏心壓桿733 ?設該縱向通孔7312，而該 迫緊件732設於該偏心壓桿733及該導桿721之間，偏= 壓桿733 ϋ由該扳桿734扳動產生偏心轉動，以選擇性迫 緊該導桿72卜進而限制該基座71及該頂壓座72的相對 移動。 <該基座71及該頂壓座72之間還設一緩衝装置74，該 緩衝名置74牙设於該基座7卜且該緩衝裝置能夠相對 71產生昇降移動，該缓衝裝置74彈性連接該頂 [座72 °該緩衝裂置74包括有兩套筒741、兩彈性件742 連動請，套筒741係穿伸兩第二穿孔71 動桿743連接該兩套筒741 ^ 連 门之一鈿，使兩套筒741能夠同 二。兩彈性件742 一端分別設於兩套筒如内， 卿定於兩扣環723，以彈性拉動頂麼 工下堊的重里，防止頂壓座72重壓工件。該連動 M362753 桿743上具有一凸部7431，該凸部7431相對於該基座7i 之通孔714設一定位孔7432。 同時參照圖十六，該基座71更設一安全裝置8〇，該 安全裝置80能夠選擇性卡抵該緩衝裝置74，該安全裝置 8〇包括有一穿桿81、一固定件82、—抵接件们及一彈性 件84，5玄牙;干81係穿設於該固定件82、該抵接件⑽及該 連動桿743之定位孔7432，該固定件82螺鎖結合於該基 座71之結合孔714，而該抵接件83螺鎖結合於該固定件 82及該結合孔714之間，以提供工具鎖緊。該固定件沿 相對於該基座71，該彈性件84設於該固定件82内，且彈 性頂推該穿桿81，使穿桿81卡抵於緩衝裝置74的定位孔 7432’以限制該緩衝裝置74與該基座71的相對位置移動， 該穿桿81相反於該定位孔7432之一端結合一控制件肋， 供使用者操作。該安全裝置8〇還包括有一限位座肋，該 限位座86固定於該基座7卜且該限位座86具有_限则曹 861，該基座71相對於該限位槽861垂直向設— 該連動桿7歡凸部⑽穿設於該開孔？15及限制於該限 位槽861，且該穿桿81抵接於該限位座祕。 茶照圖十七至圖二十，為本創作頂壓機構的動作狀態The body 73 is a pressing member 732, an eccentric pressing rod 733 and a pull rod 7. The housing 731 is fixed to the base 71. The housing 731 has a vertical through hole 731! and a longitudinal through hole 7312. The vertical through hole 7311 is disposed between the eccentric pressing rod 733 and the eccentric pressing rod 731. The pressing member 732 is disposed between the eccentric pressing rod 733 and the guiding rod 721. The lever 733 is pulled by the lever 734 to generate an eccentric rotation to selectively tighten the guide rod 72 to limit the relative movement of the base 71 and the pressing seat 72. < a buffering device 74 is further disposed between the base 71 and the pressing seat 72. The buffering device 74 is disposed on the base 7 and the buffering device can move up and down relative to the buffering device 74. The buffering device 74 Elastically connecting the top [seat 72 ° the buffer split 74 includes two sleeves 741, two elastic members 742 interlocking, the sleeve 741 is extended through the two second through holes 71, the movable rod 743 is connected to the two sleeves 741 ^ One of the two sets, the two sleeves 741 can be the same. One end of the two elastic members 742 are respectively disposed in the two sleeves, and the two are fixed on the two buckles 723 to elastically pull the weight of the top jaw to prevent the pressing seat 72 from pressing the workpiece. The interlocking M362753 has a convex portion 7431 on the rod 743, and the convex portion 7431 is provided with a positioning hole 7432 with respect to the through hole 714 of the base 7i. Referring to FIG. 16 , the base 71 further includes a safety device 8 . The safety device 80 can be selectively engaged with the buffer device 74 . The safety device 8 includes a wear rod 81 , a fixing member 82 , and the like. The connecting member and the elastic member 84, 5 are occluded; the dry 81 is threaded on the fixing member 82, the abutting member (10) and the positioning hole 7432 of the connecting rod 743, and the fixing member 82 is screw-locked to the base The coupling hole 714 is coupled to the fixing member 82 and the coupling hole 714 to provide tool locking. The fixing member is disposed in the fixing member 82 opposite to the base 71, and elastically pushes the wearing rod 81 to clamp the wearing rod 81 against the positioning hole 7432' of the buffering device 74 to limit the fixing member 82. The relative position of the buffering device 74 and the base 71 is moved. The wearing rod 81 is coupled to a control member rib at one end of the positioning hole 7432 for user operation. The safety device 8A further includes a limiting seat rib. The limiting seat 86 is fixed to the base 7 and the limiting seat 86 has a limit 372. The base 71 is perpendicular to the limiting slot 861. To the setting - the linkage rod 7 is formed by the projection (10) in the opening? 15 and limited to the limiting slot 861, and the wearing rod 81 abuts against the limiting seat. Tea photos from Figure 17 to Figure 20, which is the action state of the creative pressing mechanism
"文芏表置即的控制件 使安全裝置80解除對緩 ]〇 M362753 衝裝置74的限制，進一步讓頂壓座72壓抵工件。 就以上所述可以歸納出本創作具有以下之優點： 1. 本創作『金屬帶鑛機之電動滚輪送料及油壓夾持定 位結構』，其包括有一滾輪送料裝置及一定位裝置，該滾輪 送料裝置鄰近該輸送執道，欲鋸切之工件先由滾輪送料裝 置進行送料，再由定位裝置夾固工件，達到穩定送料的功 效。 2. 本創作『金屬帶鑛機之電動滾輪送料及油壓夾持定 位結構』’其更包括有一頂壓機構’該頂壓機構設於該本體 之連接部，該頂壓機構直立向頂壓工件，提供更優良的品 質。 唯上所述者，僅為本創作之較佳實施例而已，當不能 以之限定本創作實施之範圍，故舉凡數值之變更或等效元 件之置換，或依本創作申請專利範圍所作之均等變化與修 飾，皆應仍屬本新型專利涵蓋之範轉。 【圖式簡單說明】 圖一：為本創作金屬帶鑛機之立體外觀圖。 圖二：為本創作金屬帶鑛機之電動滚輪送料及油壓夾持定 位結構之立體外觀圖。 圖三：為本創作金屬帶鋸機之電動滾輪送料及油壓夾持定 位結構另一視角之立體外觀圖。 圖四：為本創作金屬帶鋸機之電動滚輪送料及油壓夾持定 位結構之立體分解圖。 M362753 圖五：為本創作圖二沿5-5剖面線所取之剖面圖。 圖六：為本創作圖二沿6-6剖面線所取之剖面圖。 圖七：為本創作滾輪送料裝置之動作狀熊圖。。 圖八：為本辦滾輪送料裝置之師狀態圖，表滾輪 裝置使用於不同尺寸的工件。 网 表卡塊脫離卡槽。 圖，表滾輪送料裝The control device that causes the safety device 80 to release the restriction of the M362753 punching device 74 further presses the pressing seat 72 against the workpiece. As far as the above is concerned, it can be concluded that the creation has the following advantages: 1. The creation of the "electric strip feeding and hydraulic clamping positioning structure of the metal belt mining machine" includes a roller feeding device and a positioning device, the roller feeding The device is adjacent to the conveying guide, and the workpiece to be sawed is first fed by the roller feeding device, and then the workpiece is clamped by the positioning device to achieve stable feeding. 2. The creation of the "electric strip feeding and hydraulic clamping positioning structure of the metal belt mining machine" includes a pressing mechanism which is disposed at the connecting portion of the body, and the pressing mechanism is upright and pressed upwards. Workpieces provide better quality. The above description is only for the preferred embodiment of the present invention, and the scope of the present invention may not be limited thereto, so that the numerical value is changed or the equivalent element is replaced, or the scope of the patent application scope is equal. Changes and modifications should still be covered by this new patent. [Simple description of the diagram] Figure 1: The three-dimensional appearance of the metal belt mining machine. Figure 2: The three-dimensional appearance of the electric roller feeding and hydraulic clamping positioning structure of the metal belt mining machine. Figure 3: Stereoscopic view of the electric roller feeding and hydraulic clamping positioning structure of the metal band saw machine. Figure 4: An exploded view of the electric roller feeding and hydraulic clamping positioning structure of the metal band saw machine. M362753 Figure 5: This is a cross-sectional view taken along line 5-5 of Figure 2. Figure 6: A cross-sectional view taken along line 6-6 of Figure 2 of this creation. Figure 7: The action bear diagram of the feeding device of the creation roller. . Figure 8: The state diagram of the roller feeding device for the office. The roller device is used for workpieces of different sizes. The net card block is separated from the card slot. Figure, table roller feeding device
圖九：為本創作定位裝置之動作狀態圖 圖十：為本創作定位裝置之動作狀態圖， 圖十一：為本創作定位裝置之動作狀雜 置使用於不同尺寸的工件。 圖十二： 圖十三： 圖十四： 圖十五： 圖十六： 圖十七： 鬆該導桿 為本創作頂職構的續分解圖。 為本創作頂壓機構的剖面示意圖。 為本創作圖十三的細部放大目。 為本創作鬆緊裝置的示意圖。 為本創作安全裝置的剖面示意圖。 置放 為本創作觀機構<_狀㈣，表鬆緊裝 表丁員壓座產生相對位移。 表安全裝置解除對緩衝裝置的 圖十八：為圖十七的延續 圖十九：為圖十八的延續 限制。 =十.為目十九的延續，表賴座壓抵於工件上。 ’為中華民國專利證書號數第M266119號專利案。 11 導引面 【主要元件符號說明】 10機床 M362753 . 12 輸送軌道 20 鋸切裝置 30 送料定位結構 40 本體 41 容置空間 42 第一滑槽 421 凹陷 43 第二滑槽 44 連接部 50 滚輪送料裝置 51 固定滚輪座 52 活動滾輪座 53 第一調整組 • 531 外螺紋部 532 結合部 533 操作部 54 限位塊 55 滑塊 551 螺接部 56 擋板 57 馬達 58 感應器 60 定位裝置 61 固定夾钳 62 活動夾甜 63 第二調整組 631 外螺紋部 632 結合部 633 操作部 634 油壓缸 64 卡固件 641 卡塊 642 扳動部 65 滑塊 651 螺接部 66 調整座 661 卡槽 70 頂壓機構 71 基座 711 立柱 712 第一穿孔 713 第二穿孔 714 結合孔 13 M362753 715 開孔 72 頂壓座 721 導桿 722 滚筒 723 扣環 73 鬆緊裝置 731 殼體 7311 垂直穿孔 7312 縱向通孔 732 迫緊件 733 偏心壓桿 734 扳桿 74 緩衝裝置 741 套筒 742 彈性件 743 連動桿 7431 凸部 7432 定位孔 80 安全裝置 81 穿桿 82 固定件 83 抵接件 84 彈性件 85 控制件 86 限位座 861 限位槽Figure 9: Action state diagram of the original positioning device Figure 10: The action state diagram of the creation positioning device, Fig. 11: The operation of the creation positioning device is used for workpieces of different sizes. Figure XII: Figure XIII: Figure XIV: Figure 15: Figure 16: Figure 17: Loose Guide This is a continuation of the creation of the top structure. This is a schematic cross-sectional view of the creation of the pressing mechanism. For the details of the creation of Figure 13, the details are magnified. A schematic diagram of the creation of the elastic device. A schematic cross-sectional view of the creation safety device. The placement is the creation view mechanism <_ shape (4), and the table is tightly loaded with the relative displacement of the watch holder. The table safety device is released from the buffer device. Figure 18: Continuation of Figure 17 Figure 19: Continuation of Figure 18. = ten. For the continuation of the nineteenth, the table is pressed against the workpiece. ' is the Patent No. M266119 of the Republic of China Patent Certificate No. 11 Guide surface [Main component symbol description] 10 Machine tool M362753 . 12 Conveying track 20 Sawing device 30 Feed positioning structure 40 Body 41 accommodating space 42 First chute 421 Depression 43 Second chute 44 Connection part 50 Roller feeding device 51 Fixed roller seat 52 Moving roller seat 53 First adjustment set • 531 External threaded part 532 Jointed part 533 Operating part 54 Limiting block 55 Slider 551 Screwed part 56 Baffle 57 Motor 58 Sensor 60 Positioning device 61 Fixing clamp 62 movable clip 63 second adjustment group 631 external thread portion 632 joint portion 633 operation portion 634 hydraulic cylinder 64 fastener 641 block 642 wrench portion 65 slider 651 screw portion 66 adjustment seat 661 card slot 70 press mechanism 71 Base 711 Post 712 First Perforation 713 Second Perforation 714 Bonding Hole 13 M362753 715 Opening 72 Top Pressure Seat 721 Guide Rod 722 Roller 723 Buckle 73 Elastic Device 731 Housing 7311 Vertical Perforation 7312 Longitudinal Through Hole 732 Pressing Parts 733 Eccentric pressure lever 734 Pull rod 74 Buffer device 741 Sleeve 742 Elastic member 743 Linkage rod 7431 Projection 7432 Positioning hole 80 81 through rod 82 means full holder 83 abuts the resilient member 84 the control member 86 of the stopper base 85 limiting groove 861
1414