CN203944850U - Inwall machining tool - Google Patents
Inwall machining tool Download PDFInfo
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- CN203944850U CN203944850U CN201420421427.4U CN201420421427U CN203944850U CN 203944850 U CN203944850 U CN 203944850U CN 201420421427 U CN201420421427 U CN 201420421427U CN 203944850 U CN203944850 U CN 203944850U
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Abstract
The utility model relates to Machining Technology field, relate to particularly a kind of inwall machining tool, comprise lathe bed, main spindle box and planker, described planker comprises the planker II that is positioned at the planker I on main spindle box right side and is positioned at main spindle box left side, one end of knife bar is fixed in planker I, and the other end of knife bar is fixed in planker II through headstock spindle centre bore.The utlity model has and can process machining long workpieces, machining accuracy is high, working (machining) efficiency is high advantage.
Description
Technical field
The utility model relates to Machining Technology field, relates to particularly inwall machining tool.
Background technology
At present, to large-scale, add man-hour compared with the inwall of machining long workpieces, because workpiece through-hole is longer, therefore the length that needs knife bar also long enough just can complete the processing to workpiece through-hole inwall, and in process, conventionally just one end of knife bar is fixed, the other end suspends, and because knife bar is oversize, can make the lengthening that overhangs of knife bar, and then the deflection deformation that makes to add knife bar in man-hour is large, be difficult for ensureing the accuracy of manufacture; Knife bar is oversize simultaneously also easily produces and vibrates, and is difficult to ensure form and position tolerance, surface roughness and the dimensional accuracy of workpiece; In addition, the vibration producing in order to reduce knife bar in process as far as possible in existing processing mode, can reduce the amount of feeding of every cutter, and then makes that process velocity is slack-off, working (machining) efficiency is low.
Chinese invention patent CN1880012A, as shown in Figure 7, a kind of lathe for processing super long workpiece is disclosed, comprise workpiece lathe bed 3 and the lathe bed of walking on stage, workpiece lathe bed 3 is parallel with the lathe bed of walking on stage to be arranged in juxtaposition, and is equipped with headstock 9 and tailstock case 17 on workpiece lathe bed 3, and the left side of headstock 9 is equipped with unit head 5, it is hollow shaft that headstock 9 and tailstock case 17 are equipped with respectively head box driving motor, tailstock case drive motors and its main shaft, and hollow shaft drives rotation by spindle motor 8; On guide rail, done fast or feeding is moved by head box driving motor and tail box driving motor drive headstock 9 and tailstock case 17, on the lathe bed of walking on stage, be equipped with one and walk on stage, walk on stage left and right sides mounting tool post slide carriage and the bistrique slide carriage with bistrique.
After workpiece 11 excircle part are machined, endoporus to workpiece 11 adds man-hour, the closed center rest top of closed center rest 13 and closed center rest 15 need to be installed, closed center rest top is arranged in closed center rest lower slide plate with closed center rest sealing bolt, and by closed center rest dop, workpiece 11 is clamped.Knife bar 7 one end that processing endoporus is used are installed to the end, the polished end of the knife bar 7 of then processing endoporus being used is penetrated by the right-hand member of the alignment of shafts endoporus of tailstock case 17, through the endoporus of workpiece 11, pass from the alignment of shafts endoporus of headstock 9, clamped by the unit head chuck 4 on unit head 5.When after above-mentioned completing, workpiece lathe bed motor 1 starts, drive unit head 5 edge work bed ways 2 to move in the direction do cutting left on lathe bed 3 of working, unit head drive motors 6 drivings are simultaneously processed endoporus and are made High Rotation Speed with knife bar, thus workpiece 11 endoporus are drawn to hinge, Vehicle Processing.
This machining tool adds man-hour to inner hole of workpiece, just one end of knife bar is fixed, the other end suspends, because workpiece is long, can make knife bar overhang long, deflection deformation is large, thereby make mismachining tolerance large, be difficult to ensure to make precision.
Summary of the invention
The purpose of this utility model is to solve the problems of the technologies described above, and provides a kind of and can process machining long workpieces, machining accuracy is high, working (machining) efficiency is high inwall machining tool.
The technical solution of the utility model is: a kind of inwall machining tool, comprise lathe bed, main spindle box and planker, described planker comprises the planker II that is positioned at the planker I on main spindle box right side and is positioned at main spindle box left side, one end of knife bar is fixed in planker I, and the other end of knife bar is fixed in planker II through headstock spindle centre bore.
By the left and right sides at main spindle box, planker is all set, one end of knife bar is fixed in the planker I that is positioned at main spindle box right side, the other end of knife bar is fixed on through headstock spindle centre bore in the planker II that is positioned at main spindle box left side, two ends to knife bar are supported, can solve because Workpiece length is long compared with greatly knife bar being overhang, and then the knife bar deflection deformation causing is large, the accuracy of manufacture is difficult to the problem ensureing; Fix and only allow knife bar do rectilinear motion due to two ends to knife bar simultaneously, cutter vibration of bar in process is reduced with distortion, and then can increase the amount of feeding of every cutter, make that process velocity is accelerated, working (machining) efficiency is high.
Preferably, described planker I is provided with the horizontal guide rail I vertical with knife bar axis, upper slide rest I is installed in horizontal guide rail I, planker II is provided with the horizontal guide rail II vertical with knife bar axis, upper slide rest II is installed in horizontal guide rail II, one end of knife bar is fixed in upper slide rest I, and the other end of knife bar is fixed in upper slide rest II.
By the horizontal guide rail vertical with knife bar axis is set on the planker being positioned at the main spindle box left and right sides, upper slide rest is installed on horizontal guide rail, utilize the upper slide rest of the main spindle box left and right sides to support the two ends of knife bar, add man-hour, drive knife bar along bed ways, workpiece axially to be processed by planker I and planker II, drive knife bar along horizontal guide rail, workpiece radially to be processed by upper slide rest I and upper slide rest II, overcome and need to change cutter or the problem that multiple cutters could be processed workpiece radial direction is installed, can improve process velocity and working (machining) efficiency, and can ensure machining accuracy.
Closer, described upper slide rest I is provided with knife rest, and upper slide rest II is provided with supporting seat, supporting seat is provided with installing hole I, in installing hole I, is provided with lining, and knife rest is provided with installing hole II, one end of knife bar is positioned at installing hole II, and the other end of knife bar is positioned at installing hole I.
Preferably, described lathe bed is provided with centre frame, and centre frame is between planker I and main spindle box.
In the time that the length diameter ratio of workpiece to be processed is excessive or workpiece weight is larger, need to carry out supplemental support to workpiece, to prevent the workpiece vibration aggravation in the long workpiece rotary course causing that overhangs, and then can avoid the problem of the low and potential safety hazard of the mismachining tolerance, the accuracy of manufacture that cause thus.
Preferably, described planker I and planker II are suspension type plankers, planker I and planker II comprise connecting portion and support portion, connecting portion is arranged on bed ways, two ends and the connecting portion of support portion are connected, between the connecting portion of planker I and planker II and lathe bed, be respectively equipped with planker I feed mechanism and planker II feed mechanism, on the support portion of planker I and planker II, be respectively equipped with upper slide rest I and upper slide rest II, between upper slide rest I and upper slide rest II and support portion, be respectively equipped with upper slide rest I feed mechanism and upper slide rest II feed mechanism.
Preferably, described planker I and planker II are flat placed type plankers, planker I and planker II are arranged on bed ways, between planker I and planker II and lathe bed, be respectively equipped with planker I feed mechanism and planker II feed mechanism, planker I is provided with upper slide rest I, planker II is provided with upper slide rest II, is provided with upper slide rest I feed mechanism between upper slide rest I and planker I, is provided with upper slide rest II feed mechanism between upper slide rest II and planker II.
Closer, described planker I feed mechanism and planker II feed mechanism are rack-and-pinion drive mechanisms.
Closer, described rack-and-pinion drive mechanism is provided with anti-backlash mechanism, and anti-backlash mechanism comprises clearance elimination gear reductor.
Closer, described lathe bed is provided with numerical control device, and numerical control device is electrically connected with motor, and motor is connected with planker I feed mechanism, planker II feed mechanism, upper slide rest I feed mechanism and upper slide rest II feed mechanism respectively.
Preferably, described knife bar is boring bar, the axis coaxle of boring bar and knife rest.
A kind of inwall processing method, mainly comprises the following steps:
1) will be fixed on the workpiece of axially extending bore on the chuck of main spindle box front end;
2) by Cutting tool installation manner at knife bar middle part;
3) one end of knife bar is fixed in the planker II that is positioned at main spindle box left side through workpiece axially extending bore and headstock spindle centre bore;
4) other end of knife bar is fixed in the planker I that is positioned at main spindle box right side;
5) drive workpiece to rotate by headstock spindle, drive knife bar to do rectilinear motion by planker I and planker II.
By adopting the processing mode that knife bar two ends are fixed, knife bar does rectilinear motion, workpiece rotates, can process to the inwall of machining long workpieces knife bar vibration or the low problem of the long machining accuracy causing that overhangs can overcome processing machining long workpieces time.
Preferably, the quantity of described cutter is multiple, and Cutting tool installation manner is on cutterhead, and cutterhead is arranged on knife bar middle part.
When workpiece, finished surface precision is undesirable in advance maybe needs to use multiple cutter just can complete the man-hour that adds to workpiece inwall, and multiple cutters are first arranged on to cutterhead, then cutterhead is arranged on to knife bar middle part, can realize rapid changing knife, improves working (machining) efficiency.
The beneficial effects of the utility model are: by the planker fixing to knife bar two ends being set in the left and right sides of main spindle box, can solve because Workpiece length is long compared with greatly knife bar being overhang, and then the knife bar deflection deformation causing is large, the accuracy of manufacture is difficult to the problem ensureing; Add and rotated by workpiece man-hour, knife bar do rectilinear motion complete to workpiece axially and the processing of radial direction, machining accuracy is high, working (machining) efficiency is high; Inwall machining tool of the present utility model and processing method can realize the processing to machining long workpieces, and can guarantee machining accuracy and working (machining) efficiency.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model embodiment mono-.
Fig. 2 is A-A cross-sectional schematic in Fig. 1.
Fig. 3 is B-B cross-sectional schematic in Fig. 1.
Fig. 4 is the structural representation of the utility model embodiment bis-.
Fig. 5 is C-C cross-sectional schematic in Fig. 4.
Fig. 6 is D-D cross-sectional schematic in Fig. 4.
Fig. 7 is the structural representation of prior art.
In figure, 1, lathe bed, 2, main spindle box, 3, guide rail, 4, planker II, 401, planker II feed mechanism, 402, upper slide rest II feed mechanism, 403, upper slide rest II, 404, supporting seat, 5, planker I, 501, planker I feed mechanism, 502, upper slide rest I feed mechanism, 503, upper slide rest I, 504, knife rest, 6, supporting walls, 7, tailstock, 8, knife bar, 9, cutter, 10, workpiece, 11, numerical control device, 12, automatic chip remover, 13, ash can.
Detailed description of the invention
Below in conjunction with accompanying drawing, the technical solution of the utility model is described in detail.
As shown in Figures 1 to 6, inwall machining tool of the present utility model, comprise lathe bed 1, main spindle box 2 and guide rail 3 are installed on lathe bed 1, the direction of guide rail 3 is parallel with the axis direction of main spindle box 2, and planker II 4 and planker I 5 are installed on guide rail 3, and planker I 5 is positioned at the right side of main spindle box 2, planker II 4 is positioned at the left side of main spindle box 2, and planker II 4 and planker I 5 can move left and right on bed ways 3.
When needs add man-hour, first workpiece 10 is arranged on the chuck of main spindle box 2 front-ends of spindle, then cutter 9 is arranged on to knife bar 8 middle parts, finally one end of knife bar 8 is fixed in planker II 4 through main spindle box 2 spindle holes, the other end of knife bar 8 is fixed in planker I 5.When after workpiece and knife bar installation, start lathe, drive workpiece to do rotation main motion by headstock spindle, drive knife bar to do straight-line feed motion by planker.
In the time of design, knife bar two ends are fixed on planker, and planker is arranged on to the left and right sides of main spindle box, and do not select that knife bar is arranged on to the same side of main spindle box or utilize main spindle box and tailstock supports fixing to the two ends of knife bar, its reason is, in order to realize by the basis fixing two ends of knife bar, make to add man-hour workpiece do rotation main motion, knife bar does straight-line feed motion.The advantage of design is like this, first the two ends of knife bar is fixed, and can avoid the fixing other end in knife bar one end to suspend time, the knife bar causing when processing work is long overhangs long, thereby makes the problem that knife bar deflection deformation is large, machining accuracy is low; Secondly adding man-hour, making workpiece be driven and be rotated by main spindle box, knife bar is driven and is done rectilinear motion by planker, can avoid doing high speed rotary motion due to elongated knife bar time, and the knife bar vibration aggravation causing, the problem that the accuracy of manufacture is low; In addition, workpiece is arranged on headstock spindle front end chuck, simple and fast, location is installed easily accurately, does not need to make special positioning tool, can reduce the quantity of customization frock, and convenient management also can reduce production costs; Also only allow knife bar do rectilinear motion by fixing the two ends of knife bar simultaneously, can improve the stability of knife bar, and then can increase the amount of feeding of every cutter, can improve process velocity and working (machining) efficiency.
In order further to improve machining accuracy and working (machining) efficiency, the horizontal guide rail I vertical with knife bar 8 axis is set in planker I 5, upper slide rest I 503 is installed in horizontal guide rail I, the horizontal guide rail II vertical with knife bar 8 axis is set in planker II 4, upper slide rest II 403 is installed in horizontal guide rail II.When needs add man-hour, one end of knife bar 8 is fixed in upper slide rest I 503, the other end of knife bar 8 is fixed in upper slide rest II 403 through main spindle box 2 spindle holes, drive knife bar 8 to move workpiece 10 is carried out to the processing of axial direction along bed ways 3 by planker II 4 and planker I 5, drive knife bar to move workpiece 10 is carried out to the processing of radial direction along horizontal guide rail I and horizontal guide rail II by upper slide rest II 403 and upper slide rest I 503.Axial and the radial direction of workpiece is processed simultaneously, not only can avoid changing the trouble that cutter brings, the high installation requirement that need to ensure can also avoid multiple cutter is installed time, difficult problem is installed, can also solve the problem of being forbidden the machining accuracy causing to reduce due to the tool setting that tool changing brings back and forth simultaneously, therefore by setting up upper slide rest, to the axial of workpiece and radial direction processing, can improve machining accuracy and working (machining) efficiency simultaneously.
In embodiment of the present utility model, in upper slide rest I 503, be provided with knife rest 504, knife rest 504 is provided with installing hole II, in upper slide rest II 403, be provided with supporting seat 404, supporting seat 404 is provided with installing hole I, in installing hole I, is provided with lining, when installation, one end of knife bar 8 is packed in installing hole II, and the other end of knife bar 8 packs in installing hole I, fixes with the two ends of realizing knife bar.
In the time needing to change cutter in process, taking machining internal thread as example, in the time that the bore area of processing in advance does not meet internal thread machining requirement, first needing, with lathe tool, bore area is carried out to fine finishining makes its surface accuracy meet the processing request of internal thread, and then carry out screw thread processing with screwer, when mounted can be by lathe tool, multiple cutters 9 such as screwer are arranged on cutterhead, then cutterhead is installed to knife bar 8 middle parts, when need tool changing in process time, utilize knife rest 504 to drive knife bar 8 to rotate tool changing, simple to operate and can save tool change time, improve working (machining) efficiency, the wearing and tearing that knife bar 8 caused when lowering tool changing, in installing hole I, be provided with lining, thereby make only needs the lining that replacement cost is lower after long-term use, reduce the maintenance cost to expensive knife bar, save production cost.
In order to make the workpiece that inwall machining tool of the present utility model can processing length diameter be larger or weight is larger, on lathe bed 1, between planker I 5 and main spindle box 2, be also provided with centre frame, particularly, centre frame is arranged on to workpiece 10 middle parts, certainly the quantity of centre frame can be according to the difference of Workpiece length diameter ratio and suitable increase or minimizing, to avoid workpiece vibrate aggravation in process or distortion makes machining accuracy reduction.
As shown in Figure 1 to Figure 3, in embodiment mono-of the present utility model, planker II 4 and planker I 5 are suspension type plankers, it is usually said gantry frame structure, particularly, planker II 4 and planker I 5 have included connecting portion and support portion, the connecting portion of planker II 4 is arranged on and on bed ways 3 and between connecting portion and lathe bed 1, is provided with planker II feed mechanism 401, the connecting portion of planker I 5 is also arranged on and on bed ways 3 and between connecting portion and lathe bed 1, is provided with planker I feed mechanism 501, can realize planker moving left and right on guide rail by the drive of planker feed mechanism, thereby can drive the cutter on knife bar axially to process workpiece.
The two ends, support portion of planker II 4 and planker I 5 are all connected with connecting portion, on the support portion of planker II 4, be provided with the horizontal guide rail perpendicular to axis of workpiece direction, supporting seat 404 is arranged in upper slide rest II 403, upper slide rest II 403 is suspended on the horizontal guide rail of planker II 4 support portions again, between upper slide rest II 403 and the support portion of planker II 4, is also provided with upper slide rest II feed mechanism 402.Planker I 5 is identical with the mounting means of planker II 4 and upper slide rest II 403 with the mounting means of upper slide rest I 503, and knife rest 504 is arranged in upper slide rest I 503.Upper slide rest feed mechanism can move along the horizontal guide rail being located on support portion, thereby drives the knife bar being fixed on upper slide rest radially to process workpiece.
Planker I feed mechanism 501 and planker II feed mechanism 401 are realized synchronizing moving by the control that is located at the numerical control device 11 on lathe bed 1, by the control of numerical control device, can make processing quick and precisely, particularly, planker I feed mechanism 501 is rack-and-pinion drive mechanisms, on rack-and-pinion drive mechanism, be provided with anti-backlash mechanism, this anti-backlash mechanism comprises clearance elimination gear reductor, to improve the transmission accuracy of rack-and-pinion, the direction gap of reducing feeding driving-chain, drives planker I 5 to move along bed ways 3 by the transmission of rack-and-pinion.The feed mechanism of planker II 4 is identical with the feed mechanism of planker I 5, and the front side that the rack-and-pinion transmission feeding mechanism of planker I 5 and planker II 4 both can be arranged on lathe bed 1 also can be arranged on the rear side of lathe bed 1.
Upper slide rest II feed mechanism 402 and upper slide rest I feed mechanism 502 are realized synchronizing moving by the control of numerical control device 11, by the control of numerical control device, can make processing quick and precisely, particularly, upper slide rest I feed mechanism 502 drives upper slide rest I 503 and knife rest to do to move perpendicular to the horizontal feed of axis of workpiece direction along the horizontal guide rail in planker I 5 by feed screw.The feed mechanism of upper slide rest II 403 is identical with the feed mechanism of upper slide rest I 503.
Main spindle box 2 is arranged between planker I 5 and planker II 4 and is fixed on lathe bed 1, the rear side of lathe bed 1 is provided with supporting walls 6, the top of supporting walls 6 is provided with the supine guide rail 3 of guide rail, the front side of lathe bed 1 is provided with guide pass guide rail 3 forward, and planker I 5 and planker II 4 are arranged on the guide rail of supporting walls 6 and lathe bed 1 front side.Add man-hour in actual manufacture, can require to increase the length of lathe bed and tooth bar according to Workpiece length to be processed and user, thereby increase processing length.
As shown in Figures 4 to 6, in embodiment bis-of the present utility model, planker II 4 and planker I 5 are flat placed type plankers, planker is arranged on bed ways 3, between planker II 4 and lathe bed 1, be provided with planker II feed mechanism 401, planker II 4 is provided with the horizontal guide rail vertical with knife bar 8 axis directions, supporting seat 404 is arranged in upper slide rest II 403, upper slide rest II 403 is arranged on horizontal guide rail again, between upper slide rest II 403 and planker II 4, be also provided with upper slide rest II feed mechanism 402, knife rest 504, mounting means and the supporting seat 404 of saddle I 5 and upper slide rest I 503, saddle II 4 is identical with the mounting means of upper slide rest II 403.
One end of knife bar 8 is fixed on supporting seat 404, the other end of knife bar 8 is fixed on knife rest 504, can realize planker moving left and right on guide rail by the drive of planker feed mechanism, thereby can drive the cutter on knife bar axially to process workpiece, can realize the movement of upper slide rest on horizontal guide rail by the drive of upper slide rest feed mechanism, thereby can drive the cutter on knife bar radially to process workpiece.
Saddle I feed mechanism 501, saddle II feed mechanism 401 and upper slide rest II feed mechanism 402 and upper slide rest I feed mechanism 502 all adopt screw structure, be that saddle I feed mechanism 501 drives saddle I 5 to move along bed ways by feed screw, upper slide rest I feed mechanism 502 drives upper slide rest I 503 to do to move perpendicular to the horizontal feed of axis of workpiece direction along the horizontal guide rail in saddle I 5 by feed screw.
Particularly, to process compared with big-length nut as example, need to adopt wide-aperture lathe spindle, need particularly to make the difference of inner hole of spindle diameter and knife bar 8 diameters to be greater than the screw thread depth of threat height of nut 10 to be processed, knife bar 8 uses boring bar, adding man-hour in order to make boring bar stability under loading, improve machining accuracy and to be convenient for changing cutter, boring bar and knife rest coaxially can be installed.
When machining internal thread, first nut to be processed 10 is fixed on the chuck of main spindle box 2 inner main axis front ends, then one end of the boring bar 8 that cutter 9 is housed is arranged on the horizontal revolving knife rest 504 on right side, the other end of boring bar 8 is arranged on through main spindle box 2 inner main axis centre bores on the supporting seat 404 in left side, make boring bar 8 and knife rest 504 coaxial lines to guarantee machining accuracy by adjusting, control gantry frame type planker I 5 and gantry frame type planker II 4 is moved along the synchronous length feed of bed ways 3 by numerical control device 11, control upper slide rest I 503 and upper slide rest II 403 along the guide rail synchronous horizontal feed motion on gantry frame type planker separately, thereby complete the processing to nut 10, in addition, can also control knife rest 504 rotations by numerical control device 11 drives boring bar 8 to turn round tool changing, to meet different process requirements.
The scrap producing in process and waste liquid fall into lathe bed 1 inside, collect in automatic chip remover 12 and are discharged in ash can 13 by automatic chip remover 12.In process, because boring bar 8 adopts two end supports, two ends synchronizing moving, can avoid boring bar to produce larger deflection deformation, good stability, the accuracy of manufacture are high, can realize the accurate processing to big-length nut class endoporus processing work.
The installation site of tailstock 7 is identical with traditional lathe, is arranged on the horizontal guide rail of lathe bed 1, and its sleeve moves and locking self moves with tailstock 7 the hand mode that both can identically with traditional engine lathe adopt, and also can adopt mechanical-hydraulic automatics.
Process the internal thread of nut by after boring bar dismounting, two cover gantry frame type dragging plate mechanisms become independently individual, can move respectively.The gantry frame type planker I 5 on right side possesses all functions of numerical control gantry horizontal lathe on knife rest 504 after mounting cutter, can automatically process inside and outside circle, end face, grooving, any conical surface, the sphere of various parts, and various metric and English cylinders, tapered tread etc., be especially applicable to the processing of axial workpiece.
Workpiece inwall processing method of the present utility model, adds and mainly carries out according to following steps man-hour: 1) workpiece with axially extending bore 10 is fixed on the chuck of main spindle box 2 front ends; 2) cutter 9 is arranged on to knife bar middle part;
3) one end of knife bar 8 is fixed in the planker II 4 that is positioned at main spindle box 2 left sides through workpiece 10 axially extending bores and main spindle box 2 spindle holes; 4) other end of knife bar 8 is fixed in the planker I 5 that is positioned at main spindle box 2 right sides; 5) drive workpiece 10 to rotate by main spindle box 2 main shafts, drive knife bar 8 to do rectilinear motion by planker II 4 and planker I 5.
Although more than described detailed description of the invention of the present utility model, it will be understood by those of skill in the art that these only illustrate, protection domain of the present utility model is to be limited by appended claims.Those skilled in the art is not deviating under the prerequisite of principle of the present utility model and essence, can make various changes or modifications to these embodiments, but these changes and amendment all fall into protection domain of the present utility model.
Claims (10)
1. an inwall machining tool, comprise lathe bed (1), main spindle box (2) and planker, it is characterized in that: described planker comprises the planker II (4) that is positioned at the planker I (5) on main spindle box (2) right side and is positioned at main spindle box (2) left side, it is upper that one end of knife bar (8) is fixed on planker I (5), and the other end of knife bar (8) is fixed in planker II (4) through main spindle box (2) spindle hole.
2. inwall machining tool as claimed in claim 1, it is characterized in that: described planker I (5) is provided with the horizontal guide rail I vertical with knife bar axis, upper slide rest I (503) is installed in horizontal guide rail I, planker II (4) is provided with the horizontal guide rail II vertical with knife bar axis, upper slide rest II (403) is installed in horizontal guide rail II, it is upper that one end of knife bar (8) is fixed on upper slide rest I (503), and the other end of knife bar (8) is fixed in upper slide rest II (403).
3. inwall machining tool as claimed in claim 2, it is characterized in that: described upper slide rest I (503) is provided with knife rest (504), upper slide rest II (403) is provided with supporting seat (404), supporting seat (404) is provided with installing hole I, in installing hole I, be provided with lining, knife rest (504) is provided with installing hole II, and one end of knife bar (8) is positioned at installing hole II, and the other end of knife bar (8) is positioned at installing hole I.
4. inwall machining tool as claimed in claim 1, is characterized in that: described lathe bed (1) is provided with centre frame, and centre frame is positioned between planker I (5) and main spindle box (2).
5. inwall machining tool as claimed in claim 1, it is characterized in that: described planker I (5) and planker II (4) are suspension type plankers, planker I (5) and planker II (4) comprise connecting portion and support portion, connecting portion is arranged on bed ways (3), two ends and the connecting portion of support portion are connected, between the connecting portion of planker I (5) and planker II (4) and lathe bed (1), be respectively equipped with planker I feed mechanism (501) and planker II feed mechanism (401), on the support portion of planker I (5) and planker II (4), be respectively equipped with upper slide rest I (503) and upper slide rest II (403), between upper slide rest I (503) and upper slide rest II (403) and support portion, be respectively equipped with upper slide rest I feed mechanism (502) and upper slide rest II feed mechanism (402).
6. inwall machining tool as claimed in claim 1, it is characterized in that: described planker I (5) and planker II (4) are flat placed type plankers, planker I (5) and planker II (4) are arranged on bed ways (3), between planker I (5) and planker II (4) and lathe bed (1), be respectively equipped with planker I feed mechanism (501) and planker II feed mechanism (401), planker I (5) is provided with upper slide rest I (503), planker II (4) is provided with upper slide rest II (403), between upper slide rest I (503) and planker I (5), be provided with upper slide rest I feed mechanism (502), between upper slide rest II (403) and planker II (4), be provided with upper slide rest II feed mechanism (402).
7. the inwall machining tool as described in claim 5 or 6, is characterized in that: described planker I feed mechanism (501) and planker II feed mechanism (401) are rack-and-pinion drive mechanisms.
8. inwall machining tool as claimed in claim 7, is characterized in that: described rack-and-pinion drive mechanism is provided with anti-backlash mechanism, and anti-backlash mechanism comprises clearance elimination gear reductor.
9. the inwall machining tool as described in claim 5 or 6, it is characterized in that: described lathe bed (1) is provided with numerical control device (11), numerical control device (11) is electrically connected with motor, and motor is connected with planker I feed mechanism (501), planker II feed mechanism (401), upper slide rest I feed mechanism (502) and upper slide rest II feed mechanism (402) respectively.
10. inwall machining tool as claimed in claim 3, is characterized in that: described knife bar (8) is boring bar, the axis coaxle of boring bar and knife rest (504).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420421427.4U CN203944850U (en) | 2014-07-29 | 2014-07-29 | Inwall machining tool |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420421427.4U CN203944850U (en) | 2014-07-29 | 2014-07-29 | Inwall machining tool |
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| CN203944850U true CN203944850U (en) | 2014-11-19 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104084604A (en) * | 2014-07-29 | 2014-10-08 | 山东宏康机械制造有限公司 | Inner wall machining machine tool and machining method |
| CN107866584A (en) * | 2016-09-27 | 2018-04-03 | 褚瑜 | Knife rest |
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2014
- 2014-07-29 CN CN201420421427.4U patent/CN203944850U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104084604A (en) * | 2014-07-29 | 2014-10-08 | 山东宏康机械制造有限公司 | Inner wall machining machine tool and machining method |
| CN104084604B (en) * | 2014-07-29 | 2016-12-07 | 山东宏康机械制造有限公司 | Inwall machining tool and processing method |
| CN107866584A (en) * | 2016-09-27 | 2018-04-03 | 褚瑜 | Knife rest |
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