Claims (11)
一種裁切裝置，其包括有：一機台，其前端設有至少一第一感應器；一矯直輸送單元，其係設於該機台上，並具有一第一動力源、一輸入端及一輸出端，該矯直輸送單元係提供輸送至少一工件；一架體，其係設於該機台上，該架體之一預定位置設有一第二感應器，且該架體一側之端面係與該矯直輸送單元之輸出端接觸，使該工件穿經該架體；一傳動單元，其係具有一框體、一傳動塊、一離合器、一與該離合器結合之偏心傳動軸及一與該離合器結合之第二動力源，該框體內具有一容置空間，且兩側分別設有一貫穿之第一透孔，該傳動塊設有一貫穿之第二透孔，並設於該框體之容置空間內，使各該第一透孔與該第二透孔相對，該偏心傳動軸係穿設於該架體、各該第一透孔及該第二透孔，使該框體懸設於該架體內，而該離合器係電性連接該第一感應器及一第二感應器；以及一刀具單元，其係設於該框體之下方，藉由該第一動力源帶動該矯直輸送單元輸送該工件，並使該工件穿經該架體至該機台之前端，當該工件受該第一感應器感應時，該離合器則帶動該偏心傳動軸旋轉，使該框體下壓同時壓迫該刀具單元切斷該工件，並於切斷後該偏心傳動軸復位受第二感應器感應時，則該離合器則停止帶動該偏心傳動軸。
A cutting device includes: a machine having a front end provided with at least one first sensor; a straightening conveying unit mounted on the machine and having a first power source and an input end And an output end, the straightening conveying unit is configured to provide at least one workpiece; a frame is disposed on the machine, and a second sensor is disposed at a predetermined position of the frame, and the side of the frame is The end surface is in contact with the output end of the straightening conveying unit to pass the workpiece through the frame body; a transmission unit having a frame body, a transmission block, a clutch, and an eccentric transmission shaft coupled with the clutch And a second power source combined with the clutch, the frame body has an accommodating space, and a first through hole is formed through the two sides, and the transmission block is provided with a second through hole penetrating the hole The first through hole is opposite to the second through hole in the accommodating space of the frame, and the eccentric drive shaft is disposed through the frame body, the first through hole and the second through hole, so that the The frame is suspended in the frame, and the clutch is electrically connected to the first inductor and a second sensor; and a cutter unit disposed under the frame, the first power source drives the straightening conveying unit to transport the workpiece, and the workpiece passes through the frame to the machine At the front end, when the workpiece is sensed by the first inductor, the clutch drives the eccentric drive shaft to rotate, the frame is pressed down and the cutter unit is pressed to cut the workpiece, and the eccentric drive shaft is reset after being cut off. When sensed by the second inductor, the clutch stops driving the eccentric drive shaft.
如請求項1所述之裁切裝置，其中該第二感應器係設於該架體上，並鄰近該偏心傳動軸，且該偏心傳動軸上具有一偏心凸部，其係嵌合於該傳動塊之第二透孔內，當該偏心傳動軸旋轉一圈並受該第二感應器感應時，則該離合器則停止帶動該偏心傳動軸。
The cutting device of claim 1, wherein the second inductor is disposed on the frame and adjacent to the eccentric transmission shaft, and the eccentric transmission shaft has an eccentric convex portion that is fitted to the eccentric transmission shaft. In the second through hole of the transmission block, when the eccentric transmission shaft rotates one turn and is sensed by the second inductor, the clutch stops driving the eccentric transmission shaft.
如請求項1所述之裁切裝置，其中該刀具單元具有一刀座及一切刀，該刀座係設於該架體內，該刀座上設有一貫穿之孔洞、該刀座之兩側分別朝前凸設一凸部及一設於該刀座頂面之限位件，該孔洞係與該矯直輸送單元之輸出端相對，且該切刀上設有複數卡掣件，並環設有一彈性元件，且該切刀係結合於該刀座上，並使各該卡掣件與該限位件卡固，而該彈性元
件之兩端分別頂靠各該卡掣件及各該凸部。
The cutting device of claim 1, wherein the cutter unit has a seat and a knife, and the holder is disposed in the frame, and the holder is provided with a through hole, and the sides of the holder are respectively facing a protrusion and a limiting member disposed on the top surface of the tool holder, the hole is opposite to the output end of the straightening and conveying unit, and the cutting knife is provided with a plurality of clamping members, and the ring is provided with a ring An elastic member, and the cutter is coupled to the holder, and each of the latch members is engaged with the limiting member, and the elastic element
The two ends of the piece respectively abut against the respective latch members and the respective convex portions.
如請求項1所述之裁切裝置，其中該矯直輸送單元具有複數矯直輸送輪及至少一導軌，各該複數矯直輸送輪係交錯排列，使該工件係位於各該矯直輸送輪之間，而該導軌係設於該輸出端並與該架體接觸，並由該第一動力源帶動各該矯直輸送輪，使該工件向前傳遞。
The cutting device of claim 1, wherein the straightening conveying unit has a plurality of straightening conveying wheels and at least one guide rail, and each of the plurality of straightening conveying wheels is staggered so that the workpiece is located at each of the straightening conveying wheels. And the guide rail is disposed at the output end and is in contact with the frame body, and the straightening conveyance wheel is driven by the first power source to transfer the workpiece forward.
如請求項1或4所述之裁切裝置，其中該架體一側之端面更設有一穿孔，且該穿孔係與該矯直輸送單元之輸出端對應抵靠，藉此使該工件穿經該架體。
The cutting device of claim 1 or 4, wherein the end surface of one side of the frame body is further provided with a perforation, and the perforation is corresponding to the output end of the straightening conveying unit, thereby allowing the workpiece to pass through The frame.
一種裁切裝置，其包括有：一機台，其前端設有至少一第一感應器；一架體，其係設於該機台上，該架體之一預定位置設有一第二感應器；一傳動單元，其係具有一框體、一傳動塊、一離合器、一與該離合器結合之偏心傳動軸及一與該離合器結合之第二動力源，該框體內具有一容置空間，且兩側分別設有一貫穿之第一透孔，該傳動塊設有一貫穿之第二透孔，並設於該框體之容置空間內，使各該第一透孔與該第二透孔相對，該偏心傳動軸係穿設於該架體、各該第一透孔及該第二透孔，使該框體懸設於該架體內，而該離合器係電性連接該第一感應器及一第二感應器；以及一刀具單元，其係設於該框體之下方，並提供一工件設於該刀具單元之下方，當工件之前端受該第一感應器感應時，該離合器則帶動該偏心傳動軸旋轉，使該框體下壓時，同時壓迫該刀具單元切斷該工件，並於切斷後該框體復位受第二感應器感應時，則該離合器則停止帶動該偏心傳動軸。
A cutting device includes: a machine having a front end provided with at least one first sensor; a frame attached to the machine, wherein a predetermined position of the frame is provided with a second sensor a transmission unit having a frame body, a transmission block, a clutch, an eccentric transmission shaft coupled to the clutch, and a second power source coupled to the clutch, the housing having an accommodation space, and a first through hole is formed in each of the two sides, and the transmission block is provided with a second through hole penetrating through the second through hole, and is disposed in the receiving space of the frame body, so that each of the first through holes is opposite to the second through hole The eccentric drive shaft is disposed in the frame body, the first through hole and the second through hole, so that the frame is suspended in the frame body, and the clutch is electrically connected to the first inductor and a second inductor; and a cutter unit disposed below the frame and providing a workpiece disposed below the cutter unit, the clutch is driven when the front end of the workpiece is sensed by the first inductor The eccentric drive shaft rotates to press the frame while pressing the frame Unit cuts off the workpiece, and after cutting to the frame when the second sensor senses a reset, the clutch is stopped by the eccentric drive shaft.
如請求項6所述之裁切裝置，其中該機台上更設有一矯直輸送單元，其係具有一第一動力源、一輸入端及一輸出端，該矯直輸送單元係提供輸送至少一工件，且該架體一側之端面係與該矯直輸送單元之輸出端接觸，使該工件穿經該架體。
The cutting device of claim 6, wherein the machine further comprises a straightening conveying unit having a first power source, an input end and an output end, wherein the straightening conveying unit provides at least one conveying a workpiece, and an end surface of one side of the frame is in contact with an output end of the straightening conveying unit, so that the workpiece passes through the frame.
如請求項7所述之裁切裝置，其中該矯直輸送單元具有複數矯直輸送輪及至少一導軌，各該複數矯直輸送輪係交錯排列，使該工件係位於各該矯直輸送輪之間，而該導軌係設於該輸出端並與該架體接觸，並由該第一
動力源帶動各該矯直輸送輪，使該工件向前傳遞。The cutting device of claim 7, wherein the straightening conveying unit has a plurality of straightening conveying wheels and at least one guide rail, and each of the plurality of straightening conveying wheels is staggered so that the workpiece is located at each of the straightening conveying wheels. And the rail is disposed at the output end and is in contact with the frame body, and is first
The power source drives each of the straightening conveyor wheels to transfer the workpiece forward.
如請求項6或8所述之裁切裝置，其中該架體一側之端面更設有一穿孔，且該穿孔係與該矯直輸送單元之輸出端對應抵靠，藉此使該工件穿經該架體。The cutting device of claim 6 or 8, wherein the end surface of one side of the frame body is further provided with a perforation, and the perforation is corresponding to the output end of the straightening conveying unit, thereby allowing the workpiece to pass through The frame.
如請求項6所述之裁切裝置，其中該第二感應器係設於該架體上，並鄰近該偏心傳動軸，且該偏心傳動軸上具有一偏心凸部，其係嵌合於該傳動塊之第二透孔內，當該偏心傳動軸旋轉一圈並受該第二感應器感應時，則該離合器則停止帶動該偏心傳動軸。The cutting device of claim 6, wherein the second inductor is disposed on the frame and adjacent to the eccentric transmission shaft, and the eccentric transmission shaft has an eccentric convex portion that is fitted to the eccentric transmission shaft In the second through hole of the transmission block, when the eccentric transmission shaft rotates one turn and is sensed by the second inductor, the clutch stops driving the eccentric transmission shaft.
如請求項6所述之裁切裝置，其中該刀具單元具有一刀座及一切刀，該刀座係設於該架體內，該刀座上設有一貫穿之孔洞、該刀座之兩側分別朝前凸設一凸部及一設於該刀座頂面之限位件，該孔洞係與該矯直輸送單元之輸出端相對，且該切刀上設有複數卡掣件，並環設有一彈性元件，且該切刀係結合於該刀座上，並使各該卡掣件與該限位件卡固，而該彈性元件之兩端分別頂靠各該卡掣件及各該凸部。The cutting device of claim 6, wherein the cutter unit has a seat and a knife, and the holder is disposed in the frame, wherein the holder is provided with a through hole, and the two sides of the holder are respectively facing a protrusion and a limiting member disposed on the top surface of the tool holder, the hole is opposite to the output end of the straightening and conveying unit, and the cutting knife is provided with a plurality of clamping members, and the ring is provided with a ring An elastic member, wherein the cutter is coupled to the holder, and each of the latch members is engaged with the retaining member, and the two ends of the elastic member respectively abut against the latch members and the respective convex portions .