CN205588491U - Graphite fluting is with double knives axle lathe - Google Patents
Graphite fluting is with double knives axle lathe Download PDFInfo
- Publication number
- CN205588491U CN205588491U CN201521011332.6U CN201521011332U CN205588491U CN 205588491 U CN205588491 U CN 205588491U CN 201521011332 U CN201521011332 U CN 201521011332U CN 205588491 U CN205588491 U CN 205588491U
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- motor
- cutter shaft
- cutter
- shaft
- graphite
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Abstract
The utility model discloses a graphite fluting is with double knives axle lathe has motor A, horizontal guide rail, work platform, have the flat crossbeam that sets up of 2 motor B, a genshui, two stands, the two sets of arbor subassemblies, stand lubricating system, 2 platform motor B in the top of crossbeam, every motor B passes through the crossbeam respectively and connects and can drive one set of arbor subassembly do reciprocating of Z axle direction on a stand. Every set of arbor subassembly contains cantilever beam, arbor, arbor bearing, bracket, motor C. The utility model discloses add man -hour, opening of first group's slot is realized to one set of arbor subassembly of a motor B drive, opening of second group's slot is realized to another set arbor of another motor B drive subassembly. The utility model discloses the production efficiency who opens many parallel slots on graphite is high, and the shape and the size precision of slot are high, and the automated control degree is high.
Description
Technical field
This utility model relates to the machinery carrying out fluting processing in brittle material surface such as graphite.
Background technology
The surface fluting of metal material generally can use milling machine or Special-purpose grooving machine tool, then needs one to connect one if any a plurality of groove and goes sequentially to open.Especially opening different depth, a plurality of parallel groove of different section shape, often efficiency is lower, and the depth of parallelism between groove is also difficult to control to.
Number of patent application be 2013102767564 invention relate to a kind of double-spindle numerical control milling machine, including lathe bed, first saddle, second saddle, chuck and slide, described chuck is arranged on described lathe bed, described lathe bed is provided with X-axis leading screw, described first saddle is movably arranged on described lathe bed by described X-axis leading screw, described first saddle is provided with Y-axis leading screw, described second saddle is movably arranged on described first saddle by described Y-axis leading screw, described second saddle is provided with Z axis leading screw, described slide is slidably connected with described second saddle by described Z axis leading screw, the lower end edge vertical direction of described slide is provided with the first main shaft, it is characterized in that, described slide is additionally provided with the second main shaft in the horizontal direction.Being additionally provided with toolframe near chuck side on described lathe bed, described toolframe is provided with multiple cutter and is provided with the draw-in groove for clamping cutter.This invention has orthogonal twin shaft, it is impossible to processing parallel groove.
Number of patent application be 002563517 utility model relate to a kind of duplex milling machine, it includes support, work platforms, motor, cutter spindle, on two cutter spindles, end mill body is installed, worked by driven by motor, cutter spindles etc. are arranged in rotating shaft by sleeve rotating body respectively, rotating shaft is fixed seat by rotating shaft and is fixed on below work platforms, work platforms has cutter spindle and swings slotted eye.Distance between this utility model Double-blade main shaft is adjustable, can meet the processing needs of different in width and style workpiece.This milling machine can not simultaneously many parallel grooves of milling, be particularly unsuitable for the processing in fragility material.
Summary of the invention
Utility model purpose:
Overcome the shortcoming that traditional machine tool conventional tool can not open a plurality of parallel groove at fragility material surfaces such as graphite in same one procedure, there is provided one can open a plurality of parallel groove, and the fluting double knife shaft lathe that the cross sectional shape of groove and specification can change simultaneously.
Technical scheme:
The utility model discloses a kind of graphite fluting double knife shaft lathe, for opening a plurality of parallel groove at the material surface that the fragility such as graphite sheet are bigger.Having motor A, horizontal guide rail, work platforms (being connected to the dust cover with retractility between the horizontal guide rail end face of work platforms two ends and homonymy), motor A can drive work platforms to move on the horizontal guide rail that Y direction is arranged by screw rod transmission mode；There are 2 motor B, horizontally disposed crossbeam, two root posts, two set cutter shaft component, column lubricating systems, 2 motor B are above crossbeam, two columns split in the lower section of crossbeam and support crossbeam, and every motor B passes through crossbeam respectively and connects and a set of cutter shaft component Z-direction on a root post can be driven to move up and down.
Often overlap cutter shaft component, containing cantilever beam, cutter shaft (by a main shaft, and set be through on this main shaft two or many face and side cutters form successively, the tip shapes of milling cutter, specification can be mutually the same or part is different, and the diameter of milling cutter can be mutually the same or part is different), cutter shaft prop up bearing, bracket, motor C.Cantilever beam and cutter shaft prop up bearing and are respectively used to install one end of fixing cutter shaft, and three can do the movement of X-direction on bracket as an entirety, to adjust the cutter shaft position in X-direction.This moves and can be driven by motor C or be manipulated by manual thick stick.
Cutter shaft props up bearing and can move left and right relative to cantilever beam, in order to installs or dismounts cutter shaft.
The main axis length of two cutter shafts is essentially identical, two set cutter shaft components are installed when connecting, ensure that two main shafts all become to be horizontally disposed with, two main shafts are in two Different Plane being parallel to X-axis, distance between two Different Plane is more than the diameter sum of two cutter shafts, less than workpiece to be machined in the length (workpiece is placed on work platforms along Y direction) of Y direction, ensure two set cutter shaft components when moving up and down along respective column mutual dislocation, do not touch, the distance moved along Y direction when disclosure satisfy that again processing workpiece is less.
In this utility model, invent the supporting controller of this lathe, to control motor A, two motor B, two respective motor processs of motor C, automatically properly to run by built-in program, and the technological parameter that controller can move with all parts in adjustment lathe with related touch screen and button, improves the automaticity of lathe and adapts to the workpiece to be machined of plurality of specifications.
Often set cutter shaft component is in the top, outside (deviating from another set of cutter shaft component direction) of two cutter shaft positions, can be respectively connected with dust suction parts, in order to adsorb each cutter shaft milling workpiece each produced chip.Two dust suction parts can share the dust absorbing air passage in rear road.
When this utility model in use processes workpiece, there is following processing step:
1) workpiece to be processed is placed on work platforms, is driven workpiece to suitable starting position by motor A along Y direction；
2) respective cutter shaft component is driven to move up and down relevant position along column by two motor B；
3) drive two cutter shafts to arrive respectively by two motor C in X-direction and be positioned at respective position above workpiece so that the center of two cutter shafts is in the same plane being parallel to Y direction.And mutually stagger in the position controlling multiple face and side cutters on a main shaft and two or more face and side cutters on another root main shaft in advance, it is ensured that at the groove of different parts milling each correspondence position of workpiece；
4) motor B drives a set of cutter shaft component to move down certain distance along a root post and allows to be processed of a cutter shaft contact workpiece, and meanwhile, motor A drives workpiece to move along Y direction, it is achieved opening of first group of groove；
5) this motor B drives and moves away workpiece on this cutter shaft component, and motor A drives workpiece to move near starting position along the opposite direction of Y direction；Another motor B drives another set of cutter shaft component to move down, along another root post, other position to be processed that certain distance is by be processed of another cutter shaft contact workpiece, and meanwhile, motor A drives workpiece to move along Y direction again, it is achieved opening of second group of groove.
4) and 5) or be 6) and 7):
6) motor B first drives a set of cutter shaft component to move down certain distance along a root post and allows to be processed of a cutter shaft contact workpiece, and meanwhile, motor A drives workpiece to move along Y direction, carries out opening of first group of groove；Workpiece moves in Y direction the moment of the cutter shaft diameter of 1-2 times, and another motor B drives another set of cutter shaft component to move down, along another root post, other position to be processed that certain distance is by be processed of another cutter shaft contact workpiece, it is achieved opening of second group of groove；
7) then, a motor B drives and first moves away workpiece on this cutter shaft component, completes opening of first group of groove；After a while, another motor B drives and moves away workpiece on another set of cutter shaft component, completes opening of another group groove.
In the present invention, preferably 4) with 5) in or 6) in two cutter shafts under the starting position (contacting the starting position of workpiece) identical (being positioned at identical Y-axis coordinate) of cutter, preferably descend the degree of depth different (different or milling cutter the diameter of the coordinate of Z-direction is different) of cutter.
In this utility model, between two root posts and cutter shaft component, there is lubricating system, add man-hour, dripped a lubrication oil dropping every 20-30 second, adapt to the cutter shaft component of this weight and the lubrication needs of column.Often overlap and there is between the bracket of cutter shaft component and removable part thereon lubricating system (being furnished with oil filler and observation panel), dripped a lubrication oil dropping every 6-12 second, to adapt to the lubrication needs of the cutter shaft component of this weight, processing dynamics and process velocity.
In processing technique of the present utility model, preferably blade axis rotary speed is 600-800 rev/min, work platforms is 0.3-1 m/min in the translational speed of Y direction, it is suitable for the face and side cutter cutter material using 4-8 tooth to slot in the milling of the fragility material surfaces such as graphite and use, the problem that the most cracking, burst porcelain, the bad phenomenon of notch burr or working (machining) efficiency are low.
Beneficial effect:
This utility model is for opening a plurality of parallel groove at graphite surface, and production efficiency is high, and automaticity is high；Milling cutter used ensures that groove quality is good, and the form and dimensional precision of groove is high, can open the groove of multiple design；During milling workpiece will not excessive temperature rise, suffered machining stress is the least, and workpiece quality is substantially without decline；The transsexual energy of profit between parts is good, and stable equipment operation is high；Production environment is clean, and chip can recycle.Raw material availability is high, economizes on resources, and reduces artificial, and processing cost is the lowest.
Accompanying drawing explanation
Fig. 1 is a cross-sectional view of the present utility model；
Fig. 2 is the local shape schematic diagram of the workpiece using present invention processing；
In figure, 1-crossbeam, 2-lubricating system, 3-motor B, 4-oil filler, 5-observation panel, 6-work platforms, 7-horizontal guide rail, 8-bracket, the manual thick stick of 9-, 10-motor C, 11-cantilever beam, 12-cutter shaft prop up bearing, 13-column, mono-group of milling cutter of 14-, 15-main shaft, another group milling cutter of 17-, another main shaft of 18-, 19-workpiece, mono-group of groove of 22-, 23-another group groove, 24-workpiece surface (face to be processed), 25-workpiece lower surface.
Detailed description of the invention
Graphite fluting as shown in Figure 1 uses double knife shaft lathe, for opening a plurality of parallel groove on graphite material surface, having motor A, horizontal guide rail 7, work platforms 6, motor A can drive work platforms 6 to move on the horizontal guide rail 7 that Y direction is arranged by screw rod transmission mode；There is 2 motor B3, horizontally disposed crossbeam 1, two root post 13, two set cutter shaft component, a column lubricating system 2,2 motor B3 are above crossbeam 1, two columns 13 split in the lower section of crossbeam 1 and support crossbeam 1, and every motor B3 passes through crossbeam 1 respectively and connects and a set of cutter shaft component Z-direction on a column 13 can be driven to move up and down.
Often overlap cutter shaft component, prop up bearing 12, bracket 8, motor C10 containing cantilever beam 11, cutter shaft (be made up of main shaft 15 and one group of milling cutter 14, a cutter shaft has two milling cutters, another root cutter shaft has many milling cutters), cutter shaft；Cantilever beam 11 and cutter shaft prop up bearing 12 and are respectively used to install one end of fixing cutter shaft, and three does the movement of X-direction as an entirety on bracket 8, and to adjust the cutter shaft position in X-direction, this moves and is driven by motor C10 or manipulated by manual thick stick 9.
Cutter shaft props up bearing 12 and can move left and right relative to cantilever beam 11, in order to installs or dismounts cutter shaft；
Tip shapes or the specification of the milling cutter on same cutter shaft are mutually the same, and the diameter of the milling cutter on same cutter shaft is mutually the same.
Main shaft 15 same length of two cutter shafts, two main shafts 15 all become to be horizontally disposed with, two main shafts 15 are in two Different Plane being parallel to X-axis, and the distance between two Different Plane is more than the diameter sum of 2-3 cutter shaft, less than workpiece to be machined in the length of Y direction.
When the present invention in use processes workpiece 19 as shown in Figure 2, there is following processing step:
1) workpiece to be processed 19 is placed on work platforms 6 (workpiece lower surface 25 is towards work platforms 6), is driven workpiece to suitable starting position by motor A along Y direction；
2) respective cutter shaft component is driven to move up and down relevant position along column by two motor B3；
3) drive two cutter shafts to arrive respectively by two motor C10 in X-direction and be positioned at respective position above workpiece so that the center of two cutter shafts is in the same plane being parallel to Y direction.And mutually stagger in the position controlling multiple face and side cutters on a main shaft 15 and two or more face and side cutters on another root main shaft 15 in advance, it is ensured that at the groove 22 or 23 of different parts milling each correspondence position of workpiece.
4) a motor B3 first drives a set of cutter shaft component to move down, along a root post 13, the face to be processed 24 that certain distance allows a cutter shaft contact workpiece 19, and meanwhile, motor A drives workpiece 19 to move along Y direction, carries out opening of first group of groove 22；Workpiece 19 moves the moment of the cutter shaft diameter of 1-2 times in Y direction, another motor B drives another set of cutter shaft component to move down certain distance other position to be processed by the face to be processed 24 of another cutter shaft contact workpiece along another root post 13, it is achieved opening of second group groove (another organizing groove 23).
5) then, a motor B3 drives and first moves away workpiece 19 on this cutter shaft component, completes opening of one group of groove 22；After a while, another motor B3 drives and moves away workpiece on another set of cutter shaft component, completes opening of another group groove 23.
Claims (5)
1. a graphite fluting uses double knife shaft lathe, a plurality of parallel groove is opened for the material surface bigger in fragility, it is characterized in that: have motor A, horizontal guide rail, work platforms, motor A can drive work platforms to move on the horizontal guide rail that Y direction is arranged by screw rod transmission mode；There are 2 motor B, horizontally disposed crossbeam, two columns, two set cutter shaft component, column lubricating systems, 2 motor B are above crossbeam, two root posts split in the lower section of crossbeam and support crossbeam, and every motor B passes through crossbeam respectively and connects and a set of cutter shaft component Z-direction on a root post can be driven to move up and down；
Often overlap cutter shaft component, prop up bearing, bracket, motor C containing cantilever beam, cutter shaft, cutter shaft；Cantilever beam and cutter shaft prop up bearing and are respectively used to install one end of fixing cutter shaft, and three can do the movement of X-direction on bracket as an entirety, and to adjust the cutter shaft position in X-direction, this moves and is driven by motor C or manipulated by manual thick stick；
Cutter shaft props up bearing and can move left and right relative to cantilever beam, in order to installs or dismounts cutter shaft；Cutter shaft is by a main shaft, and be through on this main shaft two of set or many face and side cutters form successively；
The main axis length of two cutter shafts is essentially identical, two set cutter shaft components are installed when connecting, ensure that two main shafts all become to be horizontally disposed with, two main shafts are in two Different Plane being parallel to X-axis, distance between two Different Plane is more than the diameter sum of two cutter shafts, less than workpiece to be machined in the length of Y direction.
2. graphite fluting as claimed in claim 1 uses double knife shaft lathe, it is characterised in that: it is connected to the dust cover with retractility between the horizontal guide rail end face of work platforms two ends and homonymy.
3. graphite fluting as claimed in claim 1 use double knife shaft lathe, it is characterised in that: the tip shapes of milling cutter or specification is mutually the same or part different, the diameter of milling cutter is mutually the same or part difference.
4. the graphite fluting double knife shaft lathe as described in claim 1,2 or 3, it is characterized in that: the supporting controller of this lathe, to control motor A, two motor B, two respective motor processs of motor C, and the related touch screen of controller and button are to adjust the technological parameter of all parts motion in lathe.
5. graphite fluting as claimed in claim 4 uses double knife shaft lathe, it is characterised in that: often set cutter shaft component is above the outside of two cutter shaft positions, is respectively connected with dust suction parts, and two dust suction parts share the dust absorbing air passage in rear road.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521011332.6U CN205588491U (en) | 2015-12-08 | 2015-12-08 | Graphite fluting is with double knives axle lathe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521011332.6U CN205588491U (en) | 2015-12-08 | 2015-12-08 | Graphite fluting is with double knives axle lathe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205588491U true CN205588491U (en) | 2016-09-21 |
Family
ID=56927210
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521011332.6U Withdrawn - After Issue CN205588491U (en) | 2015-12-08 | 2015-12-08 | Graphite fluting is with double knives axle lathe |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205588491U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105291279A (en) * | 2015-12-08 | 2016-02-03 | 南通国阳新材料有限公司 | Double-cutter-shaft machine tool for graphite slotting and machining technology of machine tool |
-
2015
- 2015-12-08 CN CN201521011332.6U patent/CN205588491U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105291279A (en) * | 2015-12-08 | 2016-02-03 | 南通国阳新材料有限公司 | Double-cutter-shaft machine tool for graphite slotting and machining technology of machine tool |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160921 Effective date of abandoning: 20170524 |
|
| AV01 | Patent right actively abandoned |