CN203496058U - Numerical control woodworking lathe - Google Patents
Numerical control woodworking lathe Download PDFInfo
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- CN203496058U CN203496058U CN201320466608.4U CN201320466608U CN203496058U CN 203496058 U CN203496058 U CN 203496058U CN 201320466608 U CN201320466608 U CN 201320466608U CN 203496058 U CN203496058 U CN 203496058U
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- lathe
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- lathe bed
- tailstock
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Abstract
The utility model discloses a numerical control woodworking lathe relating to a woodworking machine and particularly relating to a woodworking lathe. Compared with the traditional numerical control woodworking lathe, the numerical control woodworking lathe disclosed by the utility model not only can be used for machining long and thin woods, but also can be used for machining thick and big woods and has the characteristics that the machined material is moderate in hardness and wide in amplitude and the surface of a machined workpiece is brighter than the surface of a workpiece machined by using the traditional woodworking lathe. The numerical control woodworking lathe is composed of a pedestal, a lathe body, a programmed control system, a spindle box, a center plate, a tool rest moving system, a tailstock and a lathe lubricating system, and is characterized in that the programmed control system, the spindle box, the tailstock, the tool rest moving system and the lathe lubricating system are arranged on the lathe body, and the lathe body is connected with the pedestal into a whole. The numerical control woodworking lathe is mainly used for machining woods.
Description
Technical field
The utility model relates to a kind of woodworking machinery, particularly a kind of carpenter's lathe.
Background technology
Existing numerical-control wood processing lathe, can only process hardwood, the more uniform timber of quality, and speed is slow, and operating personnel can not disembark, and operation requirements is high, lathe poor stability complicated; Operating personnel learning time is long, easily makes mistakes, and defect rate is high, and process velocity is slow, and crudy is unstable.Its lathe tool of existing wood-turning machine is single-blade or two lathe tool no matter; when existent defect is processing wood, can only force to cut and scrape workpiece; the difficulty of the operation of polishing together under the coarse direct impact of surface of the work of processing, while also making to operate, labour intensity and difficulty are larger, and cutter and parts loss are very fast; And because it passs transmission adopted tight fit in cutter system, when running into the local hard position of workpiece, easily there is the safety problem that workpiece fracture is hurted sb.'s feelings.
Summary of the invention
The technical problems to be solved in the utility model is: a kind of Novel numerical control wood lathe is provided, is characterized in applicable cylindricality car flower, as newel of wood stair, dining table leg post similarity piece processing lathe; It is compared with existing numerical-control wood processing lathe, and both applicable processing slim class timber, can process thick timber again, and has the feature of the applicable amplitude broad of Material Processing soft durometer, and after processing, surface of the work is than existing wood-turning machine workpiece light; Use cutter operation very steady, the speed of a motor vehicle is exceedingly fast, and this lathe process velocity is two times of existing numerical-control wood processing lathe speed, converted products steady quality; Simple to operate, operating personnel only need the simple training can be on duty, and operation can simple charging, start, and lathe completes processing voluntarily, every process finishing automatic stopping, and a people can operate many chassis bed simultaneously.
The technical solution of the utility model is: a kind of numerical-control wood processing lathe, comprise pedestal, lathe bed, stored program controlled, main spindle box, center, knife rest mobile system, tailstock, machine tool lubrication system, it is characterized in that: stored program controlled, main spindle box, center, knife rest mobile system, tailstock, machine tool lubrication system are arranged on lathe bed, and lathe bed and pedestal are connected as a single entity; Stored program controlled comprises console, rotatable cantilever, main controller, and console is connected with lathe bed by rotatable cantilever, and main controller is arranged on console, and main controller control circuit passes and is connected to each control circuit in rotatable cantilever; Main controller is controlled push rod cylinder, the screw mandrel drive motors on lathe main motor, main shaft brake cylinder, material loading cylinder, center, tailstock, lathe tool motor; Main spindle box is fixed on lathe bed, comprises that casing, main shaft, push rod, main shaft brake, main shaft are arranged on casing top longitudinally through casing, and one, main shaft is provided with push rod, and belt pulley is installed in other end, by belt, is connected with main motor; Main shaft brake system is arranged in main spindle box, for controlling turning of main shaft, stops; Knife rest mobile system includes knife rest vertical moving system and lathe tool transverse shifting system; Knife rest vertical moving system comprises screw mandrel A, screw mandrel nut A, dust cover, screw mandrel support, screw mandrel top cover, pulling force nut, gear, synchronous belt, drive motors A, slide rail A, screw mandrel A is arranged on lathe bed top by slide rail A, screw mandrel support, each screw mandrel A of lathe bed left and right, screw mandrel A one end, by gear, synchronous belt and drive motors A connection for transmission, can synchronously rotate the screw mandrel A of the right and left; The screw mandrel A other end is provided with screw mandrel top cover, and screw mandrel top cover one end withstands on screw mandrel support, and one end withstands on pulling force spiro rod cap, and pulling force screw rod is connected with screw mandrel A, thereby pulling force screw rod plays when tensioning screw mandrel A effect prevents screw mandrel A operation, shakes; Screw mandrel nut A is arranged on screw mandrel, for connection wire rod A and lathe tool transverse shifting system, drives screw mandrel nut A motion, thereby drive lathe tool transverse shifting system to move along slide rail A on lathe bed when screw mandrel A rotates, and realizes lathe tool along lathe bed lengthwise movement; Dust cover is arranged on lathe bed and hides screw mandrel A, makes to add man-hour wood chip dust and does not fall on screw mandrel A; Avoiding dust to fall into the upper impact processing of screw mandrel A even shuts down; Lathe tool transverse shifting system comprises two of lathe tools, lathe tool seat, tool holder, cut-off tool holder, screw mandrel B, lathe tool motor, screw mandrel nut B, slide rail B, lathe tool seat has upper plate, location-plate, is configured to, support is arranged on upper plate, screw mandrel B, lathe tool motor are arranged on upper plate, upper plate is connected with screw mandrel nut A by two side stands, location-plate is arranged on upper plate bottom for controlling lathe tool transverse shifting system and lathe bed relative position, article two, mono-of slide rail B is arranged on upper plate, another is rack-mount, and two slide rail B slide and use for tool holder; It is upper and is connected with tool holder that screw mandrel nut B is arranged on screw mandrel B, drives screw mandrel nut B, thereby drive tool holder to move when lathe tool electric machine rotation drives screw mandrel B, realizes lathe tool and go forward one by one and exit; Tailstock comprises main body case, thimble axle, cylinder, tailstock fixed mount, thimble axle is arranged on main body case, and it is parallel at grade with thimble axle that cylinder is arranged on both sides, main body case top, the plunger of cylinder is connected with thimble axle, and the motor adjustment thimble axle by cylinder is workpiece fixedly; Tailstock fixed mount is arranged in tailstock, includes outer handle, crank, connecting rod, pressing plate, handle connecting crank, and crank connects connecting rod, and connecting rod connects pressing plate, and pressing plate is pressed on tailstock on lathe bed because of handle motion; Machine tool lubrication system comprises grease pump, conduit, oil nozzle, grease pump connecting duct, conduit connects oil nozzle, oil nozzle is distributed in screw mandrel nut, guideway, screw mandrel holder and main spindle box and main shaft tie point, work is to ensure that screw mandrel and other motion contact points lubricate, reduce wear, extend service life of a machine.
Described center is subject to programme-control, when workpiece is thin and long, during processing work turning, can produce shake, for overcoming this phenomenon, designed center and fixed, center is mounted between the main spindle box and lathe tool transverse shifting system on lathe bed, can slide along lathe bed, center is perforate in the middle of, in hole, have and can independently rotate and be equipped with caliper unit, during processing long and thin component, program can be controlled center and move to workpiece middle part, and workpiece is through center perforate, Bing Youkong inside plain calipers mechanism is fixed, and to guarantee that workpiece adds, does not shake man-hour.
Described lathe tool, its cutter head has V-shaped groove, and two limits of font, cutter head cross section " V " and bottom cusp are worn into blade, knife bar is arranged in tool holder, 45 ° of oblique front installations, blade contacts the mode that presents " cutting " with workpiece, and in prior art, blade contacts the mode that presents " scraping " with workpiece.The blade of cutting is to object, firmly along blade, to interior of articles, to move sideling, the blade of scraping is perpendicular to object and power thrusts is the apparent motion along object, that is to say that the power thrusts of cutting is consistent with blade incision direction, thus laborsaving, machined surface light; And the incision direction of scraping general power thrusts and blade exists inconsistency, effort machined surface is coarse.
Described screw mandrel A can be more than two, and described guide rail B is also more than two, stable to guarantee lathe tool.
Operating procedure of the present invention is: the workpiece size data that first will process transform input program, and on display screen preview workpiece design sketch, determine errorless, start material loading cylinder, material loading cylinder rises to correct position, workpiece is placed on the stock shelf on material loading cylinder, start position-sensing switch now tailstock casing top half air-leg move and drive thimble axle that workpiece is fixed on main shaft; Material loading cylinder is fallen; Start procedure, main shaft starts rotation, lathe tool electric motor starting drives screw mandrel B, screw mandrel nut B to drive tool holder promotion lathe tool to go forward one by one, retreat, and program is that drive motors A rotating drive screw mandrel A rotates simultaneously, drives screw mandrel nut A to drive lathe tool seat to move along slide rail on lathe bed; Realize workpiece processing.
The beneficial effects of the utility model are:
1, the longitudinal drive system due to cutter machine adopts double lead synchronously to drive, lathe tool laterally drives and adopts double sided slider bar location, making lathe tool operation have splendid operation stability, even also can guarantee that lathe tool is stable in the relatively more loose material situation of processing, is that workpiece finished surface is fine and smooth.
2, use program control control system to make moving of lathe tool and go forward one by one and coordinate splendid, main shaft brake in time, saving template sample making.
3, the improvement of good stability and lathe tool expands the size of workpiece, soft or hard amplitude greatly, and process velocity significantly improves, and with the equal lathe comparison of existing market numerical control, speed is enhanced about more than once.
4. use program control control that the center of workpiece is looked for automation, save a large amount of recruitment time, when existing Digit Control Machine Tool is used, for looking for, workpiece center line is needed first workpiece car to be become circle part, or before upper lathe, manually look for right, many time-consumings manpower for this reason.And the present invention can save 2/3 time and manpower at this.
5. use program control control to make the finished product preview in advance after workpiece processing, processing effect can be predicted.
Below in conjunction with drawings and Examples, the present invention is further described
Accompanying drawing explanation
Fig. 1 is the front view of the utility model embodiment
Fig. 2 is the top view of the utility model embodiment
Fig. 3 is the right view of the utility model embodiment
Fig. 4 is screw mandrel front view of the present utility model
Fig. 5 is screw mandrel top view of the present utility model
In figure: console 1, driving wheel 2, pedestal 3, main shaft 4, louvre 5, center 6, thimble 7, material loading cylinder 8, lathe tool transverse shifting system 9, screw mandrel nut A91, lathe tool motor 92, screw mandrel A10, screw mandrel top cover 101, screw mandrel fixed mount 102, thimble 11, tailstock 12, lathe bed 13, drive motors A14, regulating wheel 15, timing belt pulley 16, the plunger 17 of cylinder, push rod cylinder 18, locating rack handle 19, material loading cylinder 20, cut-off tool holder 21, tool holder 22, lathe tool 23, slide rail 24, protection network 25, protection network support 26, main spindle box 27, main motor 28, thimble axle 29, spindle pulley 30,
The specific embodiment
In figure: a kind of numerical-control wood processing lathe, comprise pedestal 3, lathe bed 13, stored program controlled, main spindle box 27, center 6, knife rest mobile system, tailstock 12, machine tool lubrication system, it is characterized in that: stored program controlled, main spindle box 27, center 6, knife rest mobile system, tailstock 12, machine tool lubrication system is arranged on lathe bed 13, lathe bed 13 is connected as a single entity with pedestal 3, stored program controlled comprises console 1, rotatable cantilever, main controller, console 1 is connected with lathe bed 13 by rotatable cantilever, main controller erecting of panel is on console, main controller control circuit passes and is connected to each control circuit in rotatable cantilever, main controller is controlled push rod cylinder 18, the screw mandrel drive motors 14 on lathe main motor 28, main shaft brake cylinder, material loading cylinder 8, center 6, tailstock 12, lathe tool motor 92 by procedure operation on main controller panel, main spindle box 27 is fixed on lathe bed 13, comprises that casing, main shaft 4, push rod 7, main shaft brake, main shaft 4 are arranged on casing top longitudinally through casing, and 4 one, main shaft is provided with push rod 7, and belt pulley 30 is installed in other end, by belt, is connected with main motor 28, main shaft brake system is arranged in main spindle box, for controlling turning of main shaft 4, stops, knife rest mobile system includes lathe tool vertical moving system and lathe tool transverse shifting system 9, lathe tool vertical moving system comprises screw mandrel A10, screw mandrel nut A, dust cover, screw mandrel fixed mount 102, screw mandrel top cover 101, stress bolt, timing belt pulley 16, drive motors A14, slide rail A, screw mandrel A10 is arranged on lathe bed 13 tops by screw mandrel fixed mount 102, each screw mandrel A10 of lathe bed 13 left and right, on screw mandrel A10 one end, timing belt pulley 16 drives transmission by drive motors A14, and the screw mandrel A10 of the right and left can synchronously be rotated, the screw mandrel A10 other end is provided with screw mandrel top cover 101, screw mandrel top cover 101 one end withstand on screw mandrel fixed mount 102, and one end withstands on stress bolt, and stress bolt is connected with screw mandrel A10, stress bolt plays tensioning screw mandrel A10 effect, thus shake while preventing screw mandrel A10 operation, screw mandrel nut A91 is arranged on screw mandrel A10, for connection wire rod A10 and lathe tool transverse shifting system 9, when screw mandrel A10 rotates, drive screw mandrel nut A91 motion, thereby drive lathe tool transverse shifting system 9 to move along slide rail on lathe bed 13, realize lathe tool 23 along lathe bed lengthwise movement, dust cover is arranged on lathe bed and hides screw mandrel A10, makes to add man-hour wood chip dust and does not fall on screw mandrel A10, avoiding dust to fall into the upper impact processing of screw mandrel A10 even shuts down, lathe tool transverse shifting system 9 comprises lathe tool 23, lathe tool seat, tool holder 22, cut-off tool holder 21, screw mandrel B, lathe tool motor 92, screw mandrel nut B, two of slide rail B24, lathe tool seat has upper plate, location-plate, prop up and be configured to, cut-off tool holder 21 is arranged on upper plate, screw mandrel B, lathe tool motor 92 is arranged on upper plate, upper plate is connected with screw mandrel nut A91 by two side stands, location-plate is arranged on upper plate bottom for controlling lathe tool transverse shifting system 9 and lathe bed 13 relative positions, article two, mono-of slide rail B24 is arranged on upper plate, another is arranged on cut-off tool holder 21, article two, slide rail B24 slides and uses for tool holder 22, it is upper and is connected with tool holder 22 that screw mandrel nut B is arranged on screw mandrel B, drives screw mandrel B to drive screw mandrel nut B, thereby drive tool holder 22 to move when lathe tool motor 92 rotates, and realizes lathe tool 23 and go forward one by one and exit, tailstock 12 comprises main body case, thimble axle 29, the plunger 17 of cylinder, push rod cylinder 18, tailstock fixed mount 19, thimble axle 29 is arranged on main body case, it is parallel at grade with thimble axle 29 that push rod cylinder 18 is arranged on both sides, main body case top, the plunger 17 of cylinder is connected with thimble axle 29, and the motor adjustment thimble axle 29 of the plunger 17 by cylinder is workpiece fixedly, tailstock fixed mount 19 is arranged in tailstock, includes outer handle, crank, connecting rod, pressing plate, handle connecting crank, and crank connects connecting rod, and connecting rod connects pressing plate, and pressing plate is pressed on tailstock 12 on lathe bed 13 because of handle motion, machine tool lubrication system comprises grease pump, conduit, oil nozzle, grease pump connecting duct, conduit connects oil nozzle, oil nozzle is distributed in screw mandrel nut, guideway, screw mandrel holder and main spindle box and main shaft tie point, work is to ensure that screw mandrel and other motion contact points lubricate, reduce wear, extend service life of a machine.
Operating procedure of the present utility model is: the workpiece appearance and size data that first will process are converted into program input main controller on console 1, and on display screen preview workpiece design sketch, determine errorless, unclamp tailstock fixed mount 19 and tailstock is moved to thimble axle 29 can push up workpiece position, tension tailstock fixed mount 19 is fixed tailstock; Start material loading cylinder 8,20, material loading cylinder 8,20 follow procedures rise to correct position, and workpiece is placed on the stock shelf on material loading cylinder 8,20; Start position-sensing switch now the plunger 17 of the cylinder of tailstock upper ejector pin cylinder 18 move and drive thimble axle 29 that workpiece is fixed on main shaft 4; Material loading cylinder 8,20 is fallen; Protection network support 26 is left behind, start procedure, main shaft 4 starts rotation, lathe tool motor 92 starts drive screw mandrel B, screw mandrel nut B and drives tool holder 22 promotion lathe tool 23 follow procedures to go forward one by one, retreat, automatically follow procedure starts drive motors A14 rotating drive screw mandrel A10 rotation simultaneously, drives screw mandrel nut A to drive lathe tool seat to move along slide rail on lathe bed; Realize workpiece processing, follow procedure machines rear autostop, manually takes off work piece, then changes new workpiece, so periodic duty.Actual record often complete workpiece of processing consuming time than existing market numerically controlled machine shorten the time half, and work piece surface is very fine and smooth, what have even can save polishing program.
Claims (3)
1. a numerical-control wood processing lathe, comprise pedestal, lathe bed, stored program controlled, main spindle box, center, knife rest mobile system, tailstock, machine tool lubrication system, it is characterized in that: stored program controlled, main spindle box, center, knife rest mobile system, tailstock, machine tool lubrication system are arranged on lathe bed, and lathe bed and pedestal are connected as a single entity, stored program controlled comprises console, rotatable cantilever, main controller, and console is connected with lathe bed by rotatable cantilever, and main controller is arranged on console, and main controller control circuit passes and is connected to each control circuit in rotatable cantilever, main controller is controlled push rod cylinder, the screw mandrel drive motors on lathe main motor, main shaft brake cylinder, material loading cylinder, tailstock, lathe tool motor, main spindle box is fixed on lathe bed, comprises that casing, main shaft, push rod, main shaft brake, main shaft are arranged on casing top longitudinally through casing, and one, main shaft is provided with push rod, and belt pulley is installed in other end, by belt, is connected with main motor, main shaft brake system is arranged in main spindle box, for controlling turning of main shaft, stops, knife rest mobile system includes knife rest vertical moving system and lathe tool transverse shifting system, knife rest vertical moving system comprises screw mandrel A, screw mandrel nut A, dust cover, screw mandrel support, screw mandrel top cover, pulling force nut, gear, synchronous belt, drive motors A, slide rail A, screw mandrel A is by slide rail A, screw mandrel support is arranged on lathe bed top, screw mandrel A one end connects gear, gear connects synchronous belt, synchronous belt connects drive motors A, the screw mandrel A other end is provided with screw mandrel top cover, screw mandrel top cover one end withstands on screw mandrel support, one end withstands on pulling force spiro rod cap, pulling force screw rod is connected with screw mandrel A, thereby playing when tensioning screw mandrel A effect prevents screw mandrel A operation, shakes pulling force screw rod, screw mandrel nut A is arranged on screw mandrel, for connection wire rod A and lathe tool transverse shifting system, drives screw mandrel nut A motion, thereby drive lathe tool transverse shifting system to move along slide rail A on lathe bed when screw mandrel A rotates, and realizes lathe tool along lathe bed lengthwise movement, dust cover is arranged on lathe bed and hides screw mandrel A, makes to add man-hour wood chip dust and does not fall on screw mandrel A, avoiding dust to fall into the upper impact processing of screw mandrel A even shuts down, lathe tool transverse shifting system comprises two of lathe tools, lathe tool seat, tool holder, cut-off tool holder, screw mandrel B, lathe tool motor, screw mandrel nut B, slide rail B, lathe tool seat has upper plate, location-plate, is configured to, support is arranged on upper plate, screw mandrel B, lathe tool motor are arranged on upper plate, upper plate is connected with screw mandrel nut A by two side stands, location-plate is arranged on upper plate bottom for controlling lathe tool transverse shifting system and lathe bed relative position, article two, mono-of slide rail B is arranged on upper plate, another is rack-mount, and two slide rail B slide and use for tool holder, it is upper and is connected with tool holder that screw mandrel nut B is arranged on screw mandrel B, drives screw mandrel nut B, thereby drive tool holder to move when lathe tool electric machine rotation drives screw mandrel B, realizes lathe tool and go forward one by one and exit, tailstock comprises main body case, thimble axle, cylinder, tailstock fixed mount, thimble axle is arranged on main body case, and it is parallel at grade with thimble axle that cylinder is arranged on both sides, main body case top, the plunger of cylinder is connected with thimble axle, and the motor adjustment thimble axle by cylinder is workpiece fixedly, tailstock fixed mount is arranged in tailstock, includes outer handle, crank, connecting rod, pressing plate, handle connecting crank, and crank connects connecting rod, and connecting rod connects pressing plate, and pressing plate is pressed on tailstock on lathe bed because of handle motion, machine tool lubrication system comprises grease pump, conduit, oil nozzle, grease pump connecting duct, conduit connects oil nozzle, oil nozzle is distributed in screw mandrel nut, guideway, screw mandrel holder and main spindle box and main shaft tie point, work is to ensure that screw mandrel and other motion contact points lubricate, reduce wear, extend service life of a machine.
2. a kind of numerical-control wood processing lathe according to claim 1, is characterized in that: each screw mandrel A of lathe bed left and right, screw mandrel A one end, by gear, synchronous belt and drive motors A connection for transmission, can synchronously rotate the screw mandrel A of the right and left.
3. a kind of numerical-control wood processing lathe according to claim 1, it is characterized in that: described center is mounted between the main spindle box and lathe tool transverse shifting system on lathe bed, can slide along lathe bed, center is perforate in the middle of, has and can independently rotate and caliper unit is housed, during processing long and thin component in hole, program can be controlled center and move to workpiece middle part, workpiece is through center perforate, and Bing Youkong inside plain calipers mechanism is fixed, and to guarantee that workpiece adds, does not shake man-hour.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320466608.4U CN203496058U (en) | 2013-08-01 | 2013-08-01 | Numerical control woodworking lathe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320466608.4U CN203496058U (en) | 2013-08-01 | 2013-08-01 | Numerical control woodworking lathe |
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| Publication Number | Publication Date |
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| CN203496058U true CN203496058U (en) | 2014-03-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320466608.4U Expired - Fee Related CN203496058U (en) | 2013-08-01 | 2013-08-01 | Numerical control woodworking lathe |
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| Country | Link |
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| CN (1) | CN203496058U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104339425A (en) * | 2013-08-01 | 2015-02-11 | 殷笠 | Numerical control woodworking lathe |
| CN104690798A (en) * | 2015-03-26 | 2015-06-10 | 衢州图艺工业设计有限公司 | Trousers rack crossbar polishing machine |
| CN110216520A (en) * | 2019-05-10 | 2019-09-10 | 黄冠盛 | A kind of turning tool height adjustment lathe complete machine of oil cylinder group parts profit oil |
-
2013
- 2013-08-01 CN CN201320466608.4U patent/CN203496058U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104339425A (en) * | 2013-08-01 | 2015-02-11 | 殷笠 | Numerical control woodworking lathe |
| CN104339425B (en) * | 2013-08-01 | 2016-03-30 | 殷笠 | A kind of numerical-control wood processing lathe |
| CN104690798A (en) * | 2015-03-26 | 2015-06-10 | 衢州图艺工业设计有限公司 | Trousers rack crossbar polishing machine |
| CN110216520A (en) * | 2019-05-10 | 2019-09-10 | 黄冠盛 | A kind of turning tool height adjustment lathe complete machine of oil cylinder group parts profit oil |
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Granted publication date: 20140326 Termination date: 20150801 |
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