CN203245471U - Linear cutting machine structure capable of cutting and machining two workpieces in one wire conveying procedure - Google Patents
Linear cutting machine structure capable of cutting and machining two workpieces in one wire conveying procedure Download PDFInfo
- Publication number
- CN203245471U CN203245471U CN 201320295214 CN201320295214U CN203245471U CN 203245471 U CN203245471 U CN 203245471U CN 201320295214 CN201320295214 CN 201320295214 CN 201320295214 U CN201320295214 U CN 201320295214U CN 203245471 U CN203245471 U CN 203245471U
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- rack
- wire
- guide wheel
- wire reeling
- lathe bed
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Abstract
The utility model provides a linear cutting machine structure capable of cutting and machining two workpieces in one wire conveying procedure, and relates to the field of a linear cutting machine capable of simultaneously cutting and machining the two workpieces in the one wire conveying procedure. A wire storage lower dragging plate (24), an upright column (10), a front machine body guide rail (22) and a rear machine body guide rail are respectively installed on a machine body (23). Molybdenum wires (44) on a wire storage barrel (28) are sequentially additionally placed on an upper left guide wheel (1) of an upper wire rack, a right guide wheel (6) of the upper wire rack, a right guide wheel (11) of a lower wire rack, a lower adjustment groove guide wheel (13) of the lower wire rack, an upper adjustment groove guide wheel (5) of the upper wire rack and a lower left guide wheel (2) of the upper wire rack, and eventually are returned to the wire storage barrel (28) through a left guide wheel (16) of the lower wire rack. Upper dragging plates (18) are installed on a right guide rail (31) and a left guide rail (7), wherein the right guide rail and the left guide rail are installed on a middle dragging plate (19). Workpiece frames (17) are installed on the upper dragging plates (18). The linear cutting machine structure has the advantage of being capable of machining and cutting the two same workpieces in the one wire conveying procedure.
Description
Technical field
The wire cutting machine bed structure of two workpiece of a wire transporting cutting processing of the utility model relates to the last simultaneously wire cutting machine tool field of two workpiece of cutting processing of cutting on line lathe.
Background technology
Wire cutting machine tool in the past cuts a wire transporting by molybdenum filament to processing work can only process separately a workpiece, but for two identical workpieces to be machined of cutting processing simultaneously in wire transporting process, then to design a kind of new wire cutting machine bed structure, to guarantee in the wire transporting cutting process, processing simultaneously two identical workpiece that are cut processing of cutting.
Summary of the invention
The purpose of this utility model provides the wire cutting machine bed structure of two workpiece of an a kind of wire transporting cutting processing, reaches and is being cut two identical purposes that are cut processing work of simultaneously processing cutting on the rapidoprint by adding respectively the molybdenum filament between the regulating tank guide wheel under wire reeling rack adjusted groove guide wheel and the inserting rack and molybdenum filament between the right guide wheel of wire reeling rack and the right guide wheel of inserting rack in the adjusted groove that has at wire reeling rack and inserting rack and the lower regulating tank.
The wire cutting machine bed structure of two workpiece of a wire transporting cutting processing, it is mainly by the upper left guide wheel of wire reeling rack, wire reeling rack lower-left guide wheel, wire reeling rack, the wire reeling rack slide block, wire reeling rack adjusted groove guide wheel, the right guide wheel of wire reeling rack, wire reeling rack is regulated screw mandrel, column, the right guide wheel of inserting rack, regulating tank guide wheel under the inserting rack, the inserting rack slide block, the left guide wheel of inserting rack, work rest, upper planker, left rail, right guide rail, middle carriage, the right slide block of lathe bed fromer rail, lathe bed fromer rail left slider, the lathe bed fromer rail, the lathe bed rear rail, the right slide block of lathe bed rear rail, lathe bed rear rail left slider, lathe bed, the lower planker of storage silk, storage silk screw mandrel, the upper planker of storage silk, the wire storage tube front-end bearing pedestal, the wire storage tube rear bearing block, wire storage tube, inserting rack and molybdenum filament form, the lower planker of storage silk, column, lathe bed fromer rail and lathe bed rear rail are installed in respectively on the lathe bed, two storage silk guide rails installing at planker under the storage silk are equipped with planker on the storage silk, the screw mandrel supporting base that planker is installed under the storage silk is equipped with storage silk screw mandrel, and the wire storage tube that the wire storage tube front-end bearing pedestal that planker is installed on the storage silk and wire storage tube rear bearing block are installed between the two is equipped with molybdenum filament; Molybdenum filament on the wire storage tube is installed on regulating tank guide wheel under the upper left guide wheel of wire reeling rack, the right guide wheel of upper stringing, the right guide wheel of inserting rack, the inserting rack, wire reeling rack adjusted groove guide wheel, the wire reeling rack lower-left guide wheel successively, turns back to wire storage tube finally by the left guide wheel of inserting rack; Wire reeling rack is regulated on the screw mandrel by the wire reeling rack that feed screw nut is installed in the column, and inserting rack is installed in the column bottom by the inserting rack connecting bolt; The upper left guide wheel of wire reeling rack that is installed in the wire reeling rack left end is positioned at the upper left quarter place of the wire reeling rack lower-left guide wheel that is installed on the wire reeling rack, and the upper left guide wheel of wire reeling rack and the right guide wheel of wire reeling rack that is installed in the wire reeling rack right-hand member are in the horizontal position of sustained height; The wire reeling rack slide block is installed in the adjusted groove of wire reeling rack, be installed in the horizontal position that wire reeling rack adjusted groove guide wheel on the wire reeling rack slide block and wire reeling rack lower-left guide wheel are in sustained height, the inserting rack slide block is installed in the lower regulating tank of inserting rack, is installed in the horizontal position that regulating tank guide wheel and the right guide wheel of inserting rack under the inserting rack on the inserting rack slide block are in sustained height; On the right slide block of lathe bed fromer rail that the lathe bed fromer rail is installed, on the lathe bed fromer rail left slider and on the right slide block of lathe bed rear rail that the lathe bed rear rail is installed, on the lathe bed rear rail left slider, middle carriage is installed, the right guide rail and the left rail that are equipped with at middle carriage are equipped with planker, at upper planker work rest are installed.
Design principle and the wire transporting structure of the wire cutting machine bed structure of two workpiece of a wire transporting cutting processing of the utility model further specify as follows:
In order to be cut two identical shaped workpieces to be machined of cutting processing of rapidoprint on the work rest on the planker to being installed on the wire cutting machine tool, so, by wire storage tube, the upper left guide wheel of wire reeling rack, the right guide wheel of wire reeling rack, the right guide wheel of inserting rack, regulating tank guide wheel under the inserting rack, wire reeling rack adjusted groove guide wheel, wire reeling rack lower-left guide wheel, the left guide wheel of inserting rack consists of the molybdenum filament wire transporting route of a circulation closed to the molybdenum filament on the wire storage tube, wherein, the upper left guide wheel of wire reeling rack is to the operation molybdenum filament between the right guide wheel of wire reeling rack and wire reeling rack lower-left guide wheel to the molybdenum filament that moves between the wire reeling rack adjusted groove guide wheel, and and the right guide wheel of inserting rack these three sections molybdenum filaments of operation molybdenum filament configuration operation that is parallel to each other from high to low between the regulating tank guide wheel under the inserting rack, like this, the right guide wheel of wire reeling rack to inserting rack the vertical molybdenum filament between the right guide wheel just and wire reeling rack adjusted groove guide wheel vertical molybdenum filament between the regulating tank guide wheel under the inserting rack be in the configuration operation state that is parallel to each other, the upper left guide wheel of wire reeling rack of installing at wire reeling rack equates with the right guide wheel setting height(from bottom) of wire reeling rack, wire reeling rack lower-left guide wheel on the wire reeling rack equates with the wire reeling rack adjusted groove guide wheel setting height(from bottom) that is installed in the adjusted groove of wire reeling rack on the wire reeling rack slide block, equally, be installed in the lower regulating tank of inserting rack that the regulating tank guide wheel equates with the right guide wheel setting height(from bottom) of the inserting rack on being installed in inserting rack under the inserting rack on the inserting rack slide block; Be positioned at the position, lower right of the upper left guide wheel of wire reeling rack at the wire reeling rack lower-left guide wheel that wire reeling rack is installed, and be installed in the place, left side that the left guide wheel of inserting rack on the inserting rack is positioned at the wire reeling rack lower-left guide wheel that is installed on the wire reeling rack relatively; The wire reeling rack and the inserting rack that are installed on the column are parallel to each other, and are parallel to each other at rectangle adjusted groove and the regulating tank under the rectangle that inserting rack has that wire reeling rack has; Wire reeling rack slide block and inserting rack slide block be installed in respectively in the adjusted groove and lower regulating tank in; The wire reeling rack adjusted groove wheel stand that wire reeling rack adjusted groove guide wheel is housed is installed on the wire reeling rack slide block, equally, be equipped with that the regulating tank wheel stand is installed on the inserting rack slide block under the inserting rack of regulating tank guide wheel under the inserting rack, the wire reeling rack slide block is positioned at the left side of inserting rack slide block relatively.
The wire reeling rack slide block can be made left and right directions and slide in the adjusted groove, equally, the inserting rack slide block also can be made left and right directions and slide in lower regulating tank, in order to make the molybdenum filament that moves between the regulating tank guide wheel under wire reeling rack adjusted groove guide wheel and the inserting rack carry out cutting processing to the workpiece to be machined on the left of between the left bridge plate of work rest and right bridge plate; Equally, the molybdenum filament that moves between the right guide wheel of wire reeling rack and the right guide wheel of inserting rack can carry out cutting processing to the workpiece to be machined on right side between the left bridge plate of work rest and right bridge plate, therefore, a wire transporting of above-mentioned wire cutting machine bed structure is two identical workpiece of cutting processing at least simultaneously, if in adjusted groove and lower regulating tank, install respectively separately again another wire reeling rack slide block additional, wire reeling rack adjusted groove guide wheel and another inserting rack slide block, regulating tank guide wheel under the inserting rack, then can to the left bridge plate of work rest and the rapidoprint between right bridge plate, cut another identical workpiece to be machined again at the molybdenum filament that moves between the regulating tank guide wheel under another inserting rack of another wire reeling rack adjusted groove guide wheel that newly adds and Xin Jia.
Work rest is comprised of front upper padding plate, right anterior branch support, front lower bolster, left front bracing frame and rear upper padding plate, right back bracing frame, rear lower bolster, left back bracing frame and left bridge plate, right bridge plate.
On lathe bed fromer rail that front side and the rear side of lathe bed is separately installed with and lathe bed rear rail, the right slide block of lathe bed fromer rail, lathe bed fromer rail left slider and the right slide block of lathe bed rear rail, lathe bed rear rail left slider are installed respectively, middle carriage is installed on the right slide block of lathe bed fromer rail, lathe bed fromer rail left slider and the right slide block of lathe bed rear rail, the lathe bed rear rail left slider, and upper planker is installed on the left rail and right guide rail on the middle carriage.
The front lower bolster of work rest and rear lower bolster are installed in respectively front side and the rear side of planker; The right anterior branch support is vertical with left front bracing frame lower end respectively to be installed on the front lower bolster, and front upper padding plate is installed in the upper end of right anterior branch support and left front bracing frame; Equally, right back bracing frame is vertical with left back bracing frame lower end respectively to be installed on the rear lower bolster, and rear upper padding plate is installed in the upper end of right back bracing frame and left back bracing frame; Left bridge plate rear and front end is installed in front upper padding plate left side and rear upper padding plate left side by left bridge plate connecting bolt respectively, right bridge plate rear and front end is installed in front upper padding plate right side and rear upper padding plate right side by right bridge plate connecting bolt respectively, the parallel upper end that respectively is positioned at work rest with right bridge plate of left bridge plate is cut the material of processing work for installation.
The wire cutting machine tool structural advantages of two workpiece of this wire transporting cutting processing be once can process two of cuttings identical be cut processing work, only need to have adjusted groove and lower regulating tank at wire reeling rack and inserting rack, can install coil holder slide block and inserting rack slide block, for installing respectively regulating tank guide wheel under coil holder adjusted groove guide wheel and the inserting rack, realize at least can two identical workpiece of cutting processing purpose, in addition, whole wire cutting machine tool need not to do larger improvement except work rest is installed.
Description of drawings
Fig. 1; The wire cutting machine bed structure master of two workpiece of a wire transporting cutting processing looks schematic diagram.
Fig. 2: the wire cutting machine tool structure three-dimensional schematic diagram of two workpiece of a wire transporting cutting processing.
Fig. 3: work rest 17 three-dimensional structure schematic diagrames.
The specific embodiment
Referring to each accompanying drawing, the wire cutting machine bed structure of two workpiece of a wire transporting cutting processing, it is mainly by the upper left guide wheel 1 of wire reeling rack, wire reeling rack lower-left guide wheel 2, wire reeling rack 3, wire reeling rack slide block 4, wire reeling rack adjusted groove guide wheel 5, the right guide wheel 6 of wire reeling rack, wire reeling rack is regulated screw mandrel 9, column 10, the right guide wheel 11 of inserting rack, regulating tank guide wheel 13 under the inserting rack, inserting rack slide block 14, the left guide wheel 16 of inserting rack, work rest 17, upper planker 18, left rail 7, right guide rail 31, middle carriage 19, the right slide block 20 of lathe bed fromer rail, lathe bed fromer rail left slider 21, lathe bed fromer rail 22, the lathe bed rear rail, the right slide block of lathe bed rear rail, lathe bed rear rail left slider, lathe bed 23, the lower planker 24 of storage silk, storage silk screw mandrel 25, the upper planker 26 of storage silk, wire storage tube front-end bearing pedestal 27, wire storage tube rear bearing block 8, wire storage tube 28, inserting rack 30 and molybdenum filament 44 form, the lower planker 24 of storage silk, column 10, lathe bed fromer rail 22 and lathe bed rear rail are installed in respectively on the lathe bed 23, two storage silk guide rails installing at planker 24 under the storage silk are equipped with planker 26 on the storage silk, the screw mandrel supporting base that planker 24 is installed under the storage silk is equipped with storage silk screw mandrel 25, and the wire storage tube 28 that the wire storage tube front-end bearing pedestal 27 that planker 26 is installed on the storage silk and wire storage tube rear bearing block 8 are installed between the two is equipped with molybdenum filament 44; Molybdenum filament 44 on the wire storage tube 28 is installed under the upper left guide wheel 1 of wire reeling rack, the right guide wheel 6 of upper stringing, the right guide wheel 11 of inserting rack, the inserting rack on regulating tank guide wheel 13, wire reeling rack adjusted groove guide wheel 5, the wire reeling rack lower-left guide wheel 2 successively, turns back to wire storage tube 28 finally by the left guide wheel 16 of inserting rack; Wire reeling rack 3 is regulated on the screw mandrel 9 by the wire reeling rack that feed screw nut is installed in the column 10, and inserting rack 30 is installed in column 10 bottoms by inserting rack connecting bolt 15; The upper left guide wheel 1 of wire reeling rack that is installed in wire reeling rack 3 left ends is positioned at the upper left quarter place of the wire reeling rack lower-left guide wheel 2 that is installed on the wire reeling rack 3, and both are in the horizontal position of sustained height the right guide wheel of the upper left guide wheel of wire reeling rack 1 and the wire reeling rack that is installed in wire reeling rack 3 right-hand members 6; Wire reeling rack slide block 4 is installed in the adjusted groove 29 of wire reeling rack 3, be installed on the wire reeling rack slide block 4 wire reeling rack adjusted groove guide wheel 5 and wire reeling rack lower-left guide wheel 2 both be in the horizontal position of sustained height, inserting rack slide block 14 is installed in the lower regulating tank 12 of inserting rack 30, and both are in the horizontal position of sustained height to be installed under the inserting rack on the inserting rack slide block 14 the right guide wheel of regulating tank guide wheel 13 and inserting rack 11; On the right slide block 20 of lathe bed fromer rail that lathe bed fromer rail 22 is installed, on the lathe bed fromer rail left slider 21 and on the right slide block of lathe bed rear rail that the lathe bed rear rail is installed, on the lathe bed rear rail left slider, middle carriage 19 is installed, the right guide rail 31 and the left rail 7 that are equipped with at middle carriage 19 are equipped with planker 18, at upper planker 18 work rest 17 are installed.
As depicted in figs. 1 and 2, the position that is installed in the left guide wheel 16 of inserting rack of inserting rack 30 left ends relatively is in the place, left side of the wire reeling rack lower-left guide wheel 2 that is installed on the wire reeling rack 3.
Both are in the state of being parallel to each other the wire reeling rack 3 that is installed in respectively column 10 upper and lowers and inserting rack 30; Both are parallel to each other the rectangular-shaped adjusted groove 29 that has at wire reeling rack 3 and the rectangular-shaped lower regulating tank 12 that has at inserting rack 30, and wire reeling rack slide block 4 and inserting rack slide block 14 are installed in respectively in adjusted groove 29 and the lower regulating tank 12; The wire reeling rack adjusted groove wheel stand that wire reeling rack adjusted groove guide wheel 5 is installed is installed on the wire reeling rack slide block 4, equally, be equipped with that the regulating tank wheel stand is installed on the inserting rack slide block 14 under the inserting rack of regulating tank guide wheel 13 under the inserting rack, and wire reeling rack slide block 4 is positioned at the left side of inserting rack slide block 14 relatively.
The front lower bolster 35 of work rest 17 and rear lower bolster 43 are installed in respectively front side and the rear side of planker 18; The right anterior branch support 34 of work rest 17 and left front bracing frame 36 both lower ends are vertical respectively being installed on the front lower bolster 35 respectively, and front upper padding plate 33 is installed in both upper ends of right anterior branch support 34 and left front bracing frame 36; Equally, left back bracing frame 42 both lower ends of the right back bracing frame 41 of work rest 17 vertically respectively are installed in respectively on the rear lower bolster 43, and rear upper padding plate 40 is installed in both upper ends of right back bracing frame 41 and left back bracing frame 42.
Parallel left bridge plate 38 and the right bridge plate 39 of respectively being equipped with on the front upper padding plate 33 of work rest 17 and rear upper padding plate 40, the material that is cut processing work are installed in left bridge plate 38 and right bridge plate 39 between the two.
Claims (1)
1. the wire cutting machine bed structure of two workpiece of a wire transporting cutting processing, it is mainly by the upper left guide wheel of wire reeling rack (1), wire reeling rack lower-left guide wheel (2), wire reeling rack (3), wire reeling rack slide block (4), wire reeling rack adjusted groove guide wheel (5), the right guide wheel of wire reeling rack (6), wire reeling rack is regulated screw mandrel (9), column (10), the right guide wheel of inserting rack (11), regulating tank guide wheel (13) under the inserting rack, inserting rack slide block (14), the left guide wheel of inserting rack (16), work rest (17), upper planker (18), left rail (7), right guide rail (31), middle carriage (19), the right slide block of lathe bed fromer rail (20), lathe bed fromer rail left slider (21), lathe bed fromer rail (22), the lathe bed rear rail, the right slide block of lathe bed rear rail, lathe bed rear rail left slider, lathe bed (23), the lower planker (24) of storage silk, storage silk screw mandrel (25), the upper planker (26) of storage silk, wire storage tube front-end bearing pedestal (27), wire storage tube rear bearing block (8), wire storage tube (28), inserting rack (30) and molybdenum filament (44) form, it is characterized in that the lower planker (24) of storage silk, column (10), lathe bed fromer rail (22) and lathe bed rear rail are installed in respectively on the lathe bed (23), two storage silk guide rails that planker (24) is installed under the storage silk are equipped with the upper planker (26) of storage silk, the screw mandrel supporting base that planker (24) is installed under the storage silk is equipped with storage silk screw mandrel (25), and the wire storage tube (28) that the wire storage tube front-end bearing pedestal (27) that planker (26) is installed on the storage silk and wire storage tube rear bearing block (8) are installed between the two is equipped with molybdenum filament (44); Molybdenum filament (44) on the wire storage tube (28) is installed under the upper left guide wheel of wire reeling rack (1), the right guide wheel of wire reeling rack (6), the right guide wheel of inserting rack (11), the inserting rack on regulating tank guide wheel (13), wire reeling rack adjusted groove guide wheel (5), the wire reeling rack lower-left guide wheel (2) successively, turns back to wire storage tube (28) finally by the left guide wheel of inserting rack (16); Wire reeling rack (3) is regulated on the screw mandrel (9) by the wire reeling rack that feed screw nut is installed in the column (10), and inserting rack (30) is installed in column (10) bottom by inserting rack connecting bolt (15); The upper left guide wheel of wire reeling rack (1) that is installed in wire reeling rack (3) left end is positioned at the upper left quarter place of the wire reeling rack lower-left guide wheel (2) that is installed on the wire reeling rack (3), and both are in the horizontal position of sustained height the upper left guide wheel of wire reeling rack (1) and the right guide wheel of wire reeling rack (6) that is installed in wire reeling rack (3) right-hand member; Wire reeling rack slide block (4) is installed in the adjusted groove (29) of wire reeling rack (3), be installed on the wire reeling rack slide block (4) wire reeling rack adjusted groove guide wheel (5) and wire reeling rack lower-left guide wheel (2) both be in the horizontal position of sustained height, inserting rack slide block (14) is installed in the lower regulating tank (12) of inserting rack (30), and both are in the horizontal position of sustained height to be installed under the inserting rack on the inserting rack slide block (14) regulating tank guide wheel (13) and the right guide wheel of inserting rack (11); On the right slide block of lathe bed fromer rail (20) that lathe bed fromer rail (22) is installed, on the lathe bed fromer rail left slider (21) and on the right slide block of lathe bed rear rail that the lathe bed rear rail is installed, on the lathe bed rear rail left slider, middle carriage (19) is installed, the right guide rail (31) and the left rail (7) that are equipped with at middle carriage (19) are equipped with upper planker (18), at upper planker (18) work rest (17) are installed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320295214 CN203245471U (en) | 2013-05-21 | 2013-05-21 | Linear cutting machine structure capable of cutting and machining two workpieces in one wire conveying procedure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320295214 CN203245471U (en) | 2013-05-21 | 2013-05-21 | Linear cutting machine structure capable of cutting and machining two workpieces in one wire conveying procedure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203245471U true CN203245471U (en) | 2013-10-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320295214 Expired - Fee Related CN203245471U (en) | 2013-05-21 | 2013-05-21 | Linear cutting machine structure capable of cutting and machining two workpieces in one wire conveying procedure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203245471U (en) |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103769702A (en) * | 2014-02-09 | 2014-05-07 | 丁成才 | Magnetic powder type clutch wire tensioning device for linear cutting machine tool |
| CN104174953A (en) * | 2013-05-21 | 2014-12-03 | 丁成才 | Linear cutting machine structure for processing two workpieces through once wire cutting |
| CN104259605A (en) * | 2014-09-29 | 2015-01-07 | 泰州市智远数控机床有限公司 | Double-wire-frame wire cutting machine |
| CN104384638A (en) * | 2014-09-29 | 2015-03-04 | 泰州市智远数控机床有限公司 | Device for carrying out WEDM (Wire Electrical Discharge Machining) on rotation part by utilizing dual guide frame and machining method of device |
| CN105290549A (en) * | 2014-06-24 | 2016-02-03 | 桂林广陆数字测控有限公司 | Combined type multi-head numerical control electric spark line cutting machine |
| CN106513884A (en) * | 2016-12-07 | 2017-03-22 | 常州德玛利特数控机械有限公司 | Integrated large linear cutting machine |
| CN106624222A (en) * | 2016-11-30 | 2017-05-10 | 苏州三光科技股份有限公司 | Horizontal cutting linear cutting machine |
| CN107671377A (en) * | 2017-11-28 | 2018-02-09 | 台州艾纳德智能科技有限公司 | Multiaxis multifunctional thread cutting off machine |
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2013
- 2013-05-21 CN CN 201320295214 patent/CN203245471U/en not_active Expired - Fee Related
Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104174953A (en) * | 2013-05-21 | 2014-12-03 | 丁成才 | Linear cutting machine structure for processing two workpieces through once wire cutting |
| CN103769702A (en) * | 2014-02-09 | 2014-05-07 | 丁成才 | Magnetic powder type clutch wire tensioning device for linear cutting machine tool |
| CN103769702B (en) * | 2014-02-09 | 2016-05-11 | 丁成才 | Wire cutting machine tool magnetic particle coupling tension device |
| CN105290549A (en) * | 2014-06-24 | 2016-02-03 | 桂林广陆数字测控有限公司 | Combined type multi-head numerical control electric spark line cutting machine |
| CN104259605A (en) * | 2014-09-29 | 2015-01-07 | 泰州市智远数控机床有限公司 | Double-wire-frame wire cutting machine |
| CN104384638A (en) * | 2014-09-29 | 2015-03-04 | 泰州市智远数控机床有限公司 | Device for carrying out WEDM (Wire Electrical Discharge Machining) on rotation part by utilizing dual guide frame and machining method of device |
| CN106624222A (en) * | 2016-11-30 | 2017-05-10 | 苏州三光科技股份有限公司 | Horizontal cutting linear cutting machine |
| CN106624222B (en) * | 2016-11-30 | 2018-11-30 | 苏州三光科技股份有限公司 | Transverse cuts wire cutting machine tool |
| CN106513884A (en) * | 2016-12-07 | 2017-03-22 | 常州德玛利特数控机械有限公司 | Integrated large linear cutting machine |
| CN106513884B (en) * | 2016-12-07 | 2018-07-13 | 常州德玛利特数控机械有限公司 | Integral type large size wire cutting machine tool |
| CN107671377A (en) * | 2017-11-28 | 2018-02-09 | 台州艾纳德智能科技有限公司 | Multiaxis multifunctional thread cutting off machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| EE01 | Entry into force of recordation of patent licensing contract |
Assignee: TAIZHOU JIANGZHOU CNC MACHINE TOOL MANUFACTURE CO., LTD. Assignor: Ding Chengcai Contract record no.: 2014320000308 Denomination of utility model: Linear cutting machine structure for processing two workpieces through once wire cutting Granted publication date: 20131023 License type: Exclusive License Record date: 20140416 |
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Effective date of registration: 20170822 Address after: Cheung Road, Kowloon Industrial Park in Jiangsu province Taizhou City Hailing District 225312 No. 16 Patentee after: TAIZHOU JIANGZHOU CNC MACHINE TOOL MANUFACTURE CO., LTD. Address before: Kowloon Industrial Park Xingtai road 225300 in Jiangsu province Taizhou City Hailing District No. 16 Taizhou City, Jiangzhou CNC Machine Tool Manufacturing Co. Ltd. Patentee before: Ding Chengcai |
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Granted publication date: 20131023 Termination date: 20180521 |
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