CN206952728U - A kind of contact tape abrasive machining device - Google Patents
A kind of contact tape abrasive machining device Download PDFInfo
- Publication number
- CN206952728U CN206952728U CN201720411801.6U CN201720411801U CN206952728U CN 206952728 U CN206952728 U CN 206952728U CN 201720411801 U CN201720411801 U CN 201720411801U CN 206952728 U CN206952728 U CN 206952728U
- Authority
- CN
- China
- Prior art keywords
- collection line
- wheel
- grinding
- line wheel
- lathe bed
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
Abstract
A kind of contact tape abrasive machining device,There is the support unit for being used to support and move grinding workpiece being arranged on front side of lathe bed,There is the del support above support unit and being fixed on lathe bed leading flank,For the grinding mechanism being ground to grinding workpiece,Be arranged on lathe bed leading flank for the cooling body that is cooled to grinding mechanism,Support unit include be arranged on the coolant accumulator tank of cooling body for the vertical movement mechanism that drives grinding workpiece to vertically move,Be arranged in vertical movement mechanism for the horizontal mobile mechanism that drives grinding workpiece to move horizontally,Grinding mechanism includes the diamond wires band being made up of several independent diamond wire spatial arrangements and is arranged on the cable pulling-pushing device for being used to support and drive diamond wires band to be ground grinding workpiece on del support.The utility model greatly reduce processing caused by grinding heat, reduce residual stress caused by grinding heat, improve the surface quality of machined surface.
Description
Technical field
It the utility model is related to a kind of abrasive machining device.More particularly to one kind suitable for processing fragile material and not
The contact tape abrasive machining device of heat proof material.
Background technology
With Aeronautics and Astronautics, automobile, the continuous progressive and development of motorcycle and light industry, such as aluminium alloy, titanium close
The application of the nonmetallic materials such as metal material and engineering ceramics such as gold, stainless steel and structural steel and its process technology are increasingly
Cause domestic and international manufacturer and the common concern and great attention of materials specialist scholars.It is well known that metal material have it is excellent
Good performance, however its machining when, due to its some mechanical and physical performance feature having make its processing technology it is poor, add
Work cost is high.Because grinding is often to be machined last one of manufacturing procedure of product, the quality of its processing effect is straight
Connect the final mass and performance for having influence on product, thus in face of development of modern industry to metal material surface crudy, precision,
The requirements at the higher level of the proposition such as integrality and cost, traditional grinding method are mainly sbrasive belt grinding.
Sbrasive belt grinding can almost be used to process all engineering materials, as formerly enter manufacturing technology field have it is " omnipotent
The novel process of the title of grinding " and " cold conditions grinding ", sbrasive belt grinding as with of equal importance indispensable of wheel grinding
Processing method.Sbrasive belt grinding metal material technique is primarily referred to as the abrasive band of annular being placed into tensioning wheel and contact wheel at this stage
It is cylindrical above, under certain state, be in close contact the finished surface of the abrasive band in rotation and workpiece to be processed, in pressure
Under effect, metal material is ground using this frictional force.Abrasive band is that single layer of abrasive particles is coated with grinding tool, when being ground beginning,
Only a small number of abrasive particles in abrasive dust space participate in cutting, so as to cause a small amount of abrasive particle to overload, tipping, rupture on cutting edge top
Or come off.
In addition, also there is many deficiencies in sbrasive belt grinding in actual applications：Because abrasive band uses fabric or paper as base band, by force
Spend relatively low, high-speed grinding, high-rate grinding can not be carried out.Abrasive band is operation with closed ring, and length is restricted, it is necessary to frequent tape swapping.Together
When to avoid processing when abrasive band treadbelt, the pressure emery wheel in sbrasive belt grinding often makes fusiform, machining accuracy caused certain
Influence.
The content of the invention
Technical problem to be solved in the utility model is to provide a kind of contact that can realize the processing of high-speed overload ultra-wide
Formula tape abrasive machining device.
Technical scheme is used by the utility model：A kind of contact tape abrasive machining device, includes and is arranged on
The support unit for being used to support and move grinding workpiece on front side of lathe bed, is additionally provided with above support unit and is fixed on
Del support on lathe bed leading flank, for the grinding mechanism being ground to grinding workpiece, and is arranged on lathe bed
On leading flank for the cooling body that is cooled to grinding mechanism, described support unit, which includes, is arranged on the cooling
Being used on the coolant accumulator tank of mechanism drives the vertical movement mechanism that grinding workpiece vertically moves, and is arranged on described
In vertical movement mechanism be used for drive the horizontal mobile mechanism that grinding workpiece moves horizontally, described grinding mechanism includes
The diamond wires band that is made up of several independent diamond wire spatial arrangements and it is arranged on del support and is used to support simultaneously
The cable pulling-pushing device that driving diamond wires band is ground to grinding workpiece.
Described vertical movement mechanism includes workbench and the coolant accumulator tank of setting respectively in diagonal wire
Two motor verticals on former and later two sides, a vertical silk is respectively connected with the output shaft of described two motor verticals
Thick stick, it is corresponding two on the workbench described in down-feed screw formed with internal thread, and pass through described internal thread and two institutes
The down-feed screw stated is threadedly coupled, and is also each provided with respectively in diagonal wire on described former and later two sides of coolant accumulator tank
One guide pillar for running through workbench, the guide pillar described in each are with the down-feed screw on the same side of coolant accumulator tank
Side by side and it be arranged in parallel.
Described horizontal mobile mechanism includes on the workbench being set in parallel in along the longitudinal direction in vertical movement mechanism
Two guide rails, on two guide rails and can along two guide rails move forward and backward be used for dispose ground work
The sliding block of part, the sliding block are connected with horizontal screw lead, the horizontal screw lead by forming the internal thread of insertion before and after middle part
Front end connection be arranged on horizontal motor in the workbench front side edge, the rear end of the horizontal screw lead is arranged on by bearing
In the back side edge of the workbench.
Described del support includes：Del side frame, the del side frame is integrally attached to respectively
Three angles on three structures it is identical be used to support the bearer ring of cable pulling-pushing device, and one end connection del side frame,
The other end connects three fixed mounts on the lathe bed leading flank, and described three fixed rack structures are identical, are L-shaped structure,
Wherein, the long side of three L-shaped structures is vertically connected on the middle part on three sides of triangle side frame, the short side point of three L-shaped structures
It is not bolted on the leading flank of the lathe bed.
Described cable pulling-pushing device includes left collection line wheel, right collection line wheel and pressure emery wheel, the left collection line wheel, right collection line wheel
It is connected respectively with one end of pressure emery wheel in the left end and the bearer ring of right-hand member for being formed at triangle side frame horizontal sides, it is described
The other end of left collection line wheel, right collection line wheel and pressure emery wheel is connected on lathe bed leading flank by bearing respectively, on rear side of the lathe bed
Corresponding described left collection line wheel, right collection line wheel and pressure emery wheel are each provided with a left line concentration turbin generator, right collection line wheel respectively on face
Motor and pressure grinding wheel motor, the output shaft of the left line concentration turbin generator, right line concentration turbin generator and pressure grinding wheel motor extend through institute
State lathe bed with the left collection line wheel, right collection line wheel and pressure emery wheel being arranged on the lathe bed leading flank to be connected, the diamond wire
One ends wound is in left collection line wheel, and the other end is wound into right collection line wheel through over-pressed emery wheel, and pressure emery wheel is pressed in by the diamond
On the diamond wire band that line is formed, diamond wires band is set to contact and rub with workpiece surface.
Described left collection line wheel, right collection line wheel and pressing is respectively formed with for described diamond on the outer surface of emery wheel
The groove that line is oriented to, formed in the left collection line wheel, right collection line wheel is equal with the groove number on emery wheel outer surface is pressed and
It is the spaced set that is parallel to each other.
The groove formed in the left collection line wheel and right line concentration wheel outer surface is the use for being parallel to each other and equidistantly being formed
In the U-shaped groove for winding a certain amount of diamond wire.
The groove formed on the pressure emery wheel outer surface is the V-type groove for being parallel to each other and equidistantly being formed, described
Diamond wire is partly embedded in described V-type groove.
It is respectively formed with described left collection line wheel and the outer surface of right collection line wheel and is parallel to each other and is used to twine at equal intervals
Around the U-shaped groove of a certain amount of diamond wire, the outer surface of the pressure emery wheel is smooth structure, and described formation is in the left collection
U-shaped number of recesses in line wheel and right line concentration wheel outer surface is equal and is the spaced set that is parallel to each other, described diamond wire
It is completely embedded in described U-shaped groove.
Described cooling body includes coolant accumulator tank and two L-types that trailing flank is fixed on front side of described lathe bed
Coolant guide passage, the bottom of two L-type coolant guide passage vertical components form inlet and the coolant accumulator tank
Liquid outlet is connected, and Pump for giving-out, the water of two L-type coolant guide passages are provided with the liquid outlet of the coolant accumulator tank
Flat part is located at the both sides of the pressure emery wheel in cable pulling-pushing device respectively, and with pressure emery wheel to be arranged in parallel, the L-type coolant is led
The termination of road horizontal component forms the nozzle to sprinkling coolant on the diamond wire band being made up of diamond wire.
A kind of contact tape abrasive machining device of the present utility model, due to diamond wire and surrounding environment contact area
Greatly, while the thermal conductivity of metal is better than the base material (paper, cloth, composite baseband etc.) in abrasive band, and grinding heat caused by processing drops significantly
It is low, reduce residual stress caused by grinding heat, improve the surface quality of machined surface.Meanwhile contact tape grinding
When diamond wire between have a gap, caused abrasive dust can be taken out of and shake off naturally during tape high-speed motion, cutter is not easily blocked,
It can realize that high-speed overload ultra-wide is processed.Convenient, to eliminate finishing emery wheel process is changed after tape failure, has saved cost.
Diamond wire intensity is high, long lifespan, high in machining efficiency.Suitable for grinding plane, curved surface, cylindrical, special-shaped axis etc., it is particularly suitable for use in
The grinding of the difficult-to-machine materials such as titanium alloy, engineering ceramics, superelevation steel alloy, sapphire.
Brief description of the drawings
Fig. 1 is the overall structure diagram of the utility model contact tape abrasive machining device；
Fig. 2 is the positive structure schematic of the utility model contact tape abrasive machining device；
Fig. 3 is the side structure schematic diagram of the utility model contact tape abrasive machining device；
Fig. 4 is the overall structure diagram of the utility model intermediate cam shape support；
Fig. 5 is the U-shaped groove structure schematic diagram that is formed in left collection line wheel and right collection line wheel in the utility model；
Fig. 6 is that the V-type groove structure schematic diagram formed on emery wheel is pressed in the utility model.
In figure
1：Lathe bed 2：Left collection line wheel
3：Nozzle 4：L-type coolant guide passage
5：Coolant accumulator tank 6：Guide rail
7：Guide pillar 8：Down-feed screw
9：Motor vertical 10：Workbench
11：Sliding block 12：Diamond wire
13：Press emery wheel 14：Right collection line wheel
15：Horizontal screw lead 16：Horizontal motor
17：Left line concentration turbin generator 18：Right line concentration turbin generator
19：Press grinding wheel motor 20：U-shaped groove
21：V-type groove 22：Diamond wires band
23：Del support 231：Del side frame
232：Bearer ring 233：Fixed mount
Embodiment
A kind of contact tape abrasive machining device of the present utility model is made in detail with reference to embodiment and accompanying drawing
Explanation.
A kind of contact tape abrasive machining device of the present utility model, it is comprehensive traditional sbrasive belt grinding and newly-developed
Diamond wire a kind of new processing unit (plant).Diamond wire substrate is steel wire, and surface isotropic consolidation has one layer of diamond
Abrasive particle.Two collection line wheels are identical with pressure emery wheel axial length, and parallel arrangement, orientation is specifically arranged in space can be according to actual condition
Change.Densely arranged groove is provided with wheel to constrain diamond wire, distance is equal parallel to each other between adjacent trenches, but simultaneously
It is not communicated with.Diamond wire is laid out from left collection line wheel, and right collection line wheel is returned to through over-pressed emery wheel, and diamond wire is formed in spatial arrangement
Band.Diamond wires band rotates at a high speed in the case where collection line wheel and pressure emery wheel rotation drive.Pressure emery wheel applies necessarily on diamond wire band
Pressure, be allowed to be in contact with working surface, and produce Relative friction, so as to be ground.Collect line wheel and the positive fortune of pressure emery wheel
Dynamic certain distance, will slow down, stop, the segment distance of inverted running one.During inverted running diamond wire from it is right collection line wheel lay out through
Over-pressed emery wheel returns to left collection line wheel.Collection line wheel and pressure emery wheel spatial arrangement mode can be designed according to being actually needed.Diamond
It is the workbench that feeding is realized to fixed workpiece below tape.The utility model employs diamond wires band this special mill
Process tool is cut, compared to traditional wheel grinding and sbrasive belt grinding, finished surface heat is low, and abrasive dust is not easily blocked cutter, can be with
Realize that high-speed overload ultra-wide is processed, suitable for grinding plane, cylindrical, multi-diameter shaft etc., have broad application prospects.
As shown in Figure 1, Figure 2, Figure 3 shows, a kind of contact tape abrasive machining device of the present utility model, includes and is arranged on
The support unit for being used to support and move grinding workpiece of the front side of lathe bed 1, is additionally provided with above support unit and fixed
Del support 23 on the leading flank of lathe bed 1, for the grinding mechanism being ground to grinding workpiece, and is arranged on
On the leading flank of lathe bed 1 for the cooling body that is cooled to grinding mechanism, described support unit, which includes, is arranged on institute
State on the coolant accumulator tank 5 of cooling body for the vertical movement mechanism that drives grinding workpiece to vertically move, Yi Jishe
Put in the vertical movement mechanism for the horizontal mobile mechanism that drives grinding workpiece to move horizontally, described milling drum
Structure includes the diamond wires band 22 being made up of several independent spatial arrangements of diamond wire 12 and is arranged on del support
It is used to supporting and driving the cable pulling-pushing device that diamond wires band 22 is ground grinding workpiece on 23.
Described vertical movement mechanism includes workbench 10 and reclaimed in the coolant of setting respectively of diagonal wire
Two motor verticals 9 on former and later two sides of groove 5, one is respectively connected with the output shaft of described two motor verticals 9 and is hung down
Raw silk rings thick stick 8, it is corresponding two on the workbench 10 described in down-feed screw 8 formed with internal thread, and pass through described internal thread
It is threadedly coupled with the down-feed screw 8 described in two, also in point of diagonal wire on described former and later two sides of coolant accumulator tank 5
A guide pillar 7 for running through workbench 10 is not each provided with, and the guide pillar 7 described in each is with being located at the same side of coolant accumulator tank 5
Down-feed screw 8 on side is side by side and be arranged in parallel.
Described horizontal mobile mechanism includes the workbench 10 being set in parallel in along the longitudinal direction in vertical movement mechanism
On two guide rails 6, on two guide rails 6 and can along two guide rails 6 move forward and backward sliding block 11, it is described
Sliding block 11 is connected with horizontal screw lead 15 by forming the internal thread of insertion before and after middle part, and the front end of the horizontal screw lead 15 connects
The horizontal motor 16 being arranged in the front side edge of workbench 10 is connect, the rear end of the horizontal screw lead 15 is arranged on institute by bearing
In the back side edge for stating workbench 10.
As shown in figure 4, described del support 23 includes：Del side frame 231, institute is integrally attached to respectively
State the identical bearer ring 232, Yi Jiyi for being used to support cable pulling-pushing device of three structures on three angles of del side frame 231
End connection del side frame 231, the other end connects three fixed mounts 233 on the leading flank of lathe bed 1, and described three solid
It is identical to determine the structure of frame 233, is L-shaped structure, wherein, the long side of three L-shaped structures is vertically connected on the three of triangle side frame 231
The middle part on individual side, the short side of three L-shaped structures are bolted on the leading flank of the lathe bed 1 respectively.
As shown in Figure 1, Figure 2, Figure 3, Figure 4, described cable pulling-pushing device includes left collection line wheel 2, right collection line wheel 14 and pressure
Emery wheel 13, one end of the left collection line wheel 2, right collection line wheel 14 and pressure emery wheel 13, which is connected respectively, is being formed at triangle side frame
In the left end of 231 horizontal sides and the bearer ring 232 of right-hand member, left collection line wheel 2, right collection line wheel 14 and the other end for pressing emery wheel 13
It is connected to respectively by bearing on the leading flank of lathe bed 1, corresponding described left collection line wheel 2, right collection line wheel on the trailing flank of lathe bed 1
14 are each provided with a left line concentration turbin generator 17, right line concentration turbin generator 18 and pressure grinding wheel motor 19 respectively with pressure emery wheel 13, described
The output shaft of left line concentration turbin generator 17, right line concentration turbin generator 18 and pressure grinding wheel motor 19 extends through the lathe bed 1 with being arranged on
Left collection line wheel 2, right collection line wheel 14 on the leading flank of lathe bed 1 are connected with pressure emery wheel 13, and described one end of diamond wire 12 twines
It is wound in left collection line wheel 2, the other end is wound into right collection line wheel 14 through over-pressed emery wheel 13, i.e., diamond wire 12 collects line wheel 2 from left
Lay out and return to right collection line wheel 14 via pressure emery wheel 13.Pressure emery wheel 13 is pressed in the diamond wires band 22 formed by the diamond wire 12
On, diamond wires band 22 is contacted and is rubbed with workpiece surface.
Nearly hundred diamond wires 12 parallel arrangement under the tensioning of left collection line wheel 2, right collection line wheel 14 and pressure emery wheel 13, in sky
Between form tape.The width of tape is from 20mm to 100mm.At regular intervals, the preferred Buddha's warrior attendant of spacing is stayed between diamond wire
The half of stone line diameter.The diamond wire often enclosed in groove in collection line wheel is all independent, is mutually not attached to.Collect in line wheel
Diamond wire is mutually superimposed, and being fixed on line concentration wheel surface by frictional force between line and line end provides pulling force, ensures diamond
Line can be tensioned in processing.
During grinding, diamond wire often rotates forward distance l1, left collection line wheel 2, right collection line wheel 14 and pressure emery wheel 13 are just
It can slow down, stop, reversely rotate distance l2, and both sides relation need to meet l1>l2, both differences are time processing partial circulating line
The distance of tape travel.l1And l2Concrete numerical value determine that principle is using losing in diamond wire by abundant according to actual processing operating mode
Processing is exited after effect again.
Described left collection line wheel 2, right collection line wheel 14 and pressing is respectively formed with for described on the outer surface of emery wheel 13
The groove that diamond wire 12 is oriented to, formed in the left collection line wheel 2, right collection line wheel 14 and press the ditch on the outer surface of emery wheel 13
Slot number amount is equal and is the spaced set that is parallel to each other, and has a single diamond wire 12 in each groove.
As shown in figure 5, the groove formed in the left collection line wheel 2 and right collection line wheel 14 outer surface is to be parallel to each other and wait
The U-shaped groove 20 for being used to wind a certain amount of diamond wire that spacing is formed, the described entirety of diamond wire 12 are embedded in described
U-shaped groove 20 in.
As shown in fig. 6, the groove formed on pressure emery wheel 13 outer surface is that the V-type equidistantly formed that is parallel to each other is recessed
Groove 21, described diamond wire 12 half are embedded in described V-type groove 21.
In actual use, if the groove depth of the groove of the pressure emery wheel 13 is excessively shallow, groove opening can be caused smaller, diamond
Line wiring difficulty increase, meanwhile, it will also result in that diamond wire insert depth is inadequate, in the process that the pressure emery wheel runs at high speed
In, diamond wire easily produces wire jumper, and bad generation is caused to ground effect.And the groove depth for working as groove is too deep, pressure emery wheel is opened
The requirement of groove processing precision can improve, and be lengthened the time required to fluting；The cell wall intensity of wire casing can be subtracted in addition, groove depth is too deep
Weak, faster service life shortens for abrasion of the diamond wire to it in use for it；Groove depth is too deep, can also cause the pressure mill
The fluting number that wheel allows is reduced, and causes to press emery wheel use cost to rise.Therefore, the groove depth of V-type groove 21 is to the pressure emery wheel
Fluting machining accuracy, wiring difficulty or ease, fixed precision of steel wire etc. have a major impact, proper grooves need to be selected according to actual conditions
It is deep.
The left groove shape collected on line wheel 2, right collection line wheel 14 and pressure emery wheel 13 outer surface of the present utility model is also possible that
It is respectively formed with described left collection line wheel 2 and the outer surface of right collection line wheel 14 and is parallel to each other and is used to wind necessarily at equal intervals
The U-shaped groove 20 of the diamond wire of amount, the outer surface of the pressure emery wheel 13 is smooth structure, and described formation is in the left line concentration
Wheel 2 is equal with the quantity of U-shaped groove 20 on right collection line wheel 14 outer surface and is the spaced set that is parallel to each other, described diamond
Line 12 is completely embedded in described U-shaped groove 20.
Described cooling body just in order to reduce the influence that grinding heat is burnt to finished surface, has specifically included trailing flank and consolidated
It is scheduled on the coolant accumulator tank 5 and two L-type coolant guide passages 4 of the described front side of lathe bed 1, two L-type coolant guide passages 4
The bottom of vertical component forms inlet and is connected with the liquid outlet of the coolant accumulator tank 5, the coolant accumulator tank 5
Pump for giving-out is provided with liquid outlet, the horizontal component of two L-type coolant guide passages 4 is located at the pressure in cable pulling-pushing device respectively
Both sides of emery wheel 13, and with pressure emery wheel 13 to be arranged in parallel, the termination of the horizontal component of L-type coolant guide passage 4 form to by
The nozzle 3 of coolant is sprayed on the diamond wires band 22 that diamond wire 12 is formed.By by spray coolant to diamond wires band
Heat exchange occurs with diamond wire on 22, reduces diamond wire and workpiece surface temperature.The length of nozzle should be with pressure emery wheel length
Unanimously, a series of apertures are provided with close to the side of diamond wire, flow out coolant.Coolant mainly has 3 effects：It is first, cold
But act on；Second, lubrication；Third, flushing action.
Claims (10)
1. a kind of contact tape abrasive machining device, includes and is arranged on lathe bed（1）Ground for supporting and moving front side
The support unit of turning work piece, it is characterised in that be additionally provided with above support unit and be fixed on lathe bed（1）On leading flank
Del support（23）, for the grinding mechanism being ground to grinding workpiece, and it is arranged on lathe bed（1）On leading flank
For the cooling body that is cooled to grinding mechanism, described support unit, which includes, is arranged on the cold of the cooling body
But liquid accumulator tank（5）On be used for drive the vertical movement mechanism that grinding workpiece vertically moves, and be arranged on described vertical
In travel mechanism be used for drive the horizontal mobile mechanism that grinding workpiece moves horizontally, described grinding mechanism includes by counting
The diamond wire of root independence（12）The diamond wires band that spatial arrangement is formed（22）Be arranged on del support（23）Upper use
In supporting and drive diamond wires band（22）The cable pulling-pushing device being ground to grinding workpiece.
2. a kind of contact tape abrasive machining device according to claim 1, it is characterised in that described vertically moves
Mechanism includes workbench（10）With the coolant accumulator tank of setting respectively in diagonal wire（5）On former and later two sides
Two motor verticals（9）, described two motor verticals（9）Output shaft on be respectively connected with a down-feed screw（8）, the work
Make platform（10）Down-feed screw described in upper correspondence two（8）Formed with internal thread, and by described in described internal thread and two
Down-feed screw（8）Threaded connection, the coolant accumulator tank（5）Also it is in respectively setting respectively for diagonal wire on former and later two sides
It is equipped with one and runs through workbench（10）Guide pillar（7）, the guide pillar described in each（7）With positioned at coolant accumulator tank（5）It is same
Down-feed screw on side（8）Side by side and to be arranged in parallel.
3. a kind of contact tape abrasive machining device according to claim 1, it is characterised in that described moves horizontally
Mechanism includes the workbench being set in parallel in along the longitudinal direction in vertical movement mechanism（10）On two guide rails（6）, installation
In two guide rails（6）Above and can be along two guide rails（6）The movable sliding block for being used to dispose grinding workpiece
（11）, the sliding block（11）Horizontal screw lead is connected with by forming the internal thread of insertion before and after middle part（15）, the level
Leading screw（15）Front end connection be arranged on the workbench（10）Horizontal motor in front side edge（16）, the horizontal screw lead（15）
Rear end the workbench is arranged on by bearing（10）Back side edge on.
A kind of 4. contact tape abrasive machining device according to claim 1, it is characterised in that described del
Support（23）Include：Del side frame（231）, the del side frame is integrally attached to respectively（231）Three angles
On three structures identical be used to support the bearer ring of cable pulling-pushing device（172）, and one end connection del side frame
（171）, the other end connection lathe bed（1）Three fixed mounts on leading flank（173）, described three fixed mounts（173）Knot
Structure is identical, is L-shaped structure, wherein, the long side of three L-shaped structures is vertically connected on triangle side frame（171）Three sides
Middle part, the short side of three L-shaped structures are bolted on the lathe bed respectively（1）Leading flank on.
A kind of 5. contact tape abrasive machining device according to claim 4, it is characterised in that described wire rewinding and paying off machine
Structure includes left collection line wheel（2）, right collection line wheel（14）With pressure emery wheel（13）, the left collection line wheel（2）, right collection line wheel（14）And pressure
Emery wheel（13）One end be connected respectively and be formed at triangle side frame（231）The left end of horizontal sides and the bearer ring of right-hand member
（232）It is interior, the left collection line wheel（2）, right collection line wheel（14）With pressure emery wheel（13）The other end bed is connected to by bearing respectively
Body（1）On leading flank, the lathe bed（1）Corresponding described left collection line wheel on trailing flank（2）, right collection line wheel（14）With pressure emery wheel
（13）A left line concentration turbin generator is each provided with respectively（17）, right line concentration turbin generator（18）With pressure grinding wheel motor（19）, the left side
Line concentration turbin generator（17）, right line concentration turbin generator（18）With pressure grinding wheel motor（19）Output shaft extend through the lathe bed（1）With
It is arranged on the lathe bed（1）Left collection line wheel on leading flank（2）, right collection line wheel（14）With pressure emery wheel（13）It is connected, the gold
Hard rock line（12）One ends wound is in left collection line wheel（2）On, the other end is through over-pressed emery wheel（13）It is wound into right collection line wheel（14）On, pressure
Emery wheel（13）It is pressed in by the diamond wire（12）The diamond wires band of formation（22）On, make diamond wires band（22）With workpiece table
Face contacts and rubbed.
A kind of 6. contact tape abrasive machining device according to claim 5, it is characterised in that described left collection line wheel
（2）, right collection line wheel（14）With pressure emery wheel（13）Outer surface on be respectively formed with for described diamond wire（12）Carry out
The groove of guiding, formed in the left collection line wheel（2）, right collection line wheel（14）With pressure emery wheel（13）Groove number phase on outer surface
Deng and be the spaced set that is parallel to each other.
7. a kind of contact tape abrasive machining device according to claim 5, it is characterised in that formed in the left collection
Line wheel（2）With right collection line wheel（14）Groove on outer surface is parallel to each other and equidistantly formed for winding a certain amount of gold
The U-shaped groove of hard rock line（20）.
8. a kind of contact tape abrasive machining device according to claim 5, it is characterised in that formed in the pressure mill
Wheel（13）Groove on outer surface is the V-type groove for being parallel to each other and equidistantly being formed（21）, described diamond wire（12）Half
It is embedded in described V-type groove（21）It is interior.
A kind of 9. contact tape abrasive machining device according to claim 5, it is characterised in that described left collection line wheel
（2）With right collection line wheel（14）Outer surface on be respectively formed be parallel to each other and at equal intervals be used for wind a certain amount of diamond
The U-shaped groove of line（20）, the pressure emery wheel（13）Outer surface be smooth structure, formed in the left collection line wheel（2）With right collection
Line wheel（14）U-shaped groove on outer surface（20）Quantity is equal and is the spaced set that is parallel to each other, described diamond wire
（12）It is completely embedded in described U-shaped groove（20）It is interior.
A kind of 10. contact tape abrasive machining device according to claim 1, it is characterised in that described cooler
Structure includes trailing flank and is fixed on described lathe bed（1）The coolant accumulator tank of front side（5）With two L-type coolant guide passages（4）,
Two L-type coolant guide passages（4）The bottom of vertical component forms inlet and the coolant accumulator tank（5）Liquid outlet
It is connected, the coolant accumulator tank（5）Liquid outlet at be provided with Pump for giving-out, two L-type coolant guide passages（4）Water
Flat part is located at the pressure emery wheel in cable pulling-pushing device respectively（13）Both sides, and with press emery wheel（13）To be arranged in parallel, the L-type
Coolant guide passage（4）The termination of horizontal component is formed to by diamond wire（12）The diamond wires band of composition（22）Upper sprinkling cooling
The nozzle of liquid（3）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720411801.6U CN206952728U (en) | 2017-04-18 | 2017-04-18 | A kind of contact tape abrasive machining device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720411801.6U CN206952728U (en) | 2017-04-18 | 2017-04-18 | A kind of contact tape abrasive machining device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206952728U true CN206952728U (en) | 2018-02-02 |
Family
ID=61373603
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720411801.6U Expired - Fee Related CN206952728U (en) | 2017-04-18 | 2017-04-18 | A kind of contact tape abrasive machining device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206952728U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106965062A (en) * | 2017-04-18 | 2017-07-21 | 天津大学 | A kind of contact tape abrasive machining device |
-
2017
- 2017-04-18 CN CN201720411801.6U patent/CN206952728U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106965062A (en) * | 2017-04-18 | 2017-07-21 | 天津大学 | A kind of contact tape abrasive machining device |
| CN106965062B (en) * | 2017-04-18 | 2022-12-20 | 天津大学 | Contact type line belt grinding device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105904333B (en) | A kind of double-sided polisher and method of cluster dynamic magnetic field control polishing pad rigidity | |
| CN201346692Y (en) | Numerical control Longmen boring-milling-grinding machine | |
| CN106965062A (en) | A kind of contact tape abrasive machining device | |
| CN200960574Y (en) | Reciprocating and unidirectional composite wire cutting, discharging and processing machine tool | |
| CN207535114U (en) | A kind of silicon rod slicing device | |
| CN201998040U (en) | Inner bore honing machine | |
| CN106078234A (en) | A kind of large-scale 5-axis machining center | |
| CN203592402U (en) | Grinding wheel protecting mechanism of machine for grinding end face of outer ring of bearing | |
| CN104493647A (en) | Special-purpose grinding machine for cutting tool edge and use method of special-purpose grinding machine | |
| CN206952728U (en) | A kind of contact tape abrasive machining device | |
| CN203460062U (en) | Online dressing device for diamond grinding wheel of numerical control internal grinding machine | |
| CN106985052B (en) | Multi-line grinding device | |
| CN103056730B (en) | Electric grinding multi-line cutting current inlet method and device | |
| CN204339476U (en) | A kind of cutting edge roundness special purpose grinder | |
| CN206811700U (en) | A kind of movable tape abrasive machining device | |
| CN202667716U (en) | Large scale turntable bearing indexing drill press | |
| CN104227564B (en) | Movable CBN (cubic boron nitride) grinding wheel dresser for following double-grinding-carriage crankshaft grinder | |
| CN110340383A (en) | A kind of High-precision air floatation electric main shaft of automatic tool changer | |
| CN204546160U (en) | A kind of precision grinder | |
| CN209425180U (en) | A kind of outer alley grinding machine | |
| CN206316916U (en) | Small arc shaped sanding machine | |
| CN206811707U (en) | A kind of multi-rib grinding processing unit (plant) | |
| CN208575689U (en) | For diamond and the efficient polissoir of diamond compact | |
| CN207155396U (en) | A kind of magnetic abrasive grinding and polishing apparatus of large-size workpiece polishing | |
| CN214237534U (en) | Polishing device for manufacturing refined metal products |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP02 | Change in the address of a patent holder | ||
| CP02 | Change in the address of a patent holder |
Address after: 300350 District, Jinnan District, Tianjin Haihe Education Park, 135 beautiful road, Beiyang campus of Tianjin University Patentee after: Tianjin University Address before: 300192 Tianjin City, Nankai District Wei Jin Road No. 92 Patentee before: Tianjin University |
|
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180202 Termination date: 20190418 |