CN102514105A - Elastic buffering feeding method of inner-circle slicing machine - Google Patents
Elastic buffering feeding method of inner-circle slicing machine Download PDFInfo
- Publication number
- CN102514105A CN102514105A CN2011103213237A CN201110321323A CN102514105A CN 102514105 A CN102514105 A CN 102514105A CN 2011103213237 A CN2011103213237 A CN 2011103213237A CN 201110321323 A CN201110321323 A CN 201110321323A CN 102514105 A CN102514105 A CN 102514105A
- Authority
- CN
- China
- Prior art keywords
- cutting
- spring
- force
- stepper motor
- progressively
- 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.)
- Pending
Links
Images
Landscapes
- Sawing (AREA)
Abstract
The invention relates to an elastic buffering feeding method of an inner-circle slicing machine, belonging to the field of machining operation. In the natural state, a spring is in the minimal stress state. When cutting is started, a stepping motor rotates, and a screw rod nut and a force-bearing block move towards the right. When blanking is started, a cutter knife meets a cut material, the moving screw rod nut drives the force-bearing block to start gradually compressing the spring, a cutter knife edge gradually adds force from no force bearing to start cutting, and the knife edge slowly and gradually adds force for cutting; after normal cutting, the spring is compressed by force and is stably deformed in a balanced state; at present, the feeding speed and the cutting speed reach balance, and the spring deformation is in a basically stable balanced state; and at the end of cutting, as the cut area is gradually decreased, the cutting and moving speed is gradually accelerated, and the spring gradually extends. The elastic buffering feeding method overcomes the defect of direct forced pulse feeding and avoids the influence of local hardness change of cutting materials for the cutting quality and cutting efficiency, and therefore the cutting speed is increased.
Description
Technical field:
The present invention is December 7 2009 applying date, and application number is 200910175324.8, and title is dividing an application of " elastic buffering feeding device of inside diameter slicer and feeding method thereof ".
Background technology:
Inside diameter slicer is a most frequently used process equipment in the processing of rare earth permanent-magnetic material sintered NdFeB plane cutting.It comprises semi-automatic inside diameter slicer, full automatic inside diameter slicer; Full automatic inside diameter slicer comprises Control System of Microcomputer, the cutting tool by main driven by motor, feed arrangement; Feed arrangement comprises that the X axle travelling table of stepper motor drive, the y-axis shift that is driven by stepper motor move workbench; X axle travelling table is arranged on the top of the moving workbench of y-axis shift, and the stepper motor that drives X axle travelling table is arranged on the X axle travelling table.
In traditional manual control cutting process, earlier displacement location is carried out in the cut surface position of Y direction.Weight traction X axle slider disc after the location, the bin that is positioned on the X axle slider disc moves along lead, is cut material and is cut by the interior round cutter of rotation at a high speed.Blade cutting edge cutting stress derives from the traction of weight.Moving by Artificial Control of all Y axle cut surfaces begins the cutting stage along the cutting process of X axle, and the moving displacement by Artificial Control x axle slider disc steadily begins cutting process, after the cutting steadily, has the double action of weight and damping to cut automatically.Such cutting method is called semi-automatic cutting, and its crudy (depth of parallelism, form and position tolerance, surface smoothness), that working (machining) efficiency receives artificial factor affecting such as technology, muscle power, mood is many.Everyone apparatus operating is also only between 6～10.
Along with the development of electron controls technology, step motor control is adopted in the cut surface displacement of Y direction, and X axle cut direction adopts step motor control cutter and the relative displacement that is cut material, the control cutting speed.This technological progress has improved the cutting processing precision greatly, has improved single personnel's operating efficiency, and the equipment of one man operation's control can arrive 30～50.
The potential problem that the step motor control of Y direction has no still, on X-direction, affects the cutting efficiency of single device to the reinforcing on the cutter and control mode.
At present, on the control cutting tool feeding mode two kinds of frame modes are arranged, a kind of is the weight counterweight, the mode (Class1) of stepper motor limit feeding; Another kind is that stepper motor is rigidly connected, and the stepping amount in each step all is applied on the cutting edge of inscribe slicer (type 2).
When the stepping feed speed is provided with lower the time, both duties are approaching basically, and the cutting speed under such operating mode (the cutting area in the unit interval) is lower, than artificial cutting speed on average low 15～30%.
In the ordinary course of things, because the quantity of the full-automatic slicing machine of one man operation control is many, in comparatively safe, the conservative scope that all parameters all are taken at, for hand section, its cutting speed low about 20%.
In the process of interior circle cutting, the factor that influences cutting speed is to stablize the stressed degree of the edge of a knife in penetration of a cutting tool (holding up cutter) time and the cutting process.In slicing processes, modal abnormal conditions are to burn cutter, the lighter's edge of a knife damage (sword, localized burn diamond dust partially), and weight person's edge of a knife diamond dust is all burnt, even cutter is torn mashed.
For improving cutting speed, the general feed speed (type 2) that strengthens weight weight (for Class1) or accelerate the X shaft step motor that adopts.
For type 2; No matter how many minimum feeding step pitches is; The minimum amount of feeding that each moment accomplishes; All be that strain with cutter absorbs this feeding displacement, this strain acts on cutting knife with the form of power, the preliminary elastic deformation force who discharges blade between next feeding.
Theoretically, if then can there be the idle running of strain Stress Release after finishing in feeding time interval long enough.On the other hand,, then go up the stress during the feeding and has not discharged as yet, cause stress accumulation if the time interval of feeding is enough short, light then influence the quality (the recessed heart of the product that cuts out) of cutting products, heavy then ruin and expect to tear cutter.
In the cutting process of reality, concrete parameter rule of thumb is provided with the material of reality cutting is artificial often, and generally is be the conservative cutting feeding parameter of prerequisite with the quality of guaranteeing cutting products.Even if relatively safe cutting feeding parameter, but when the material cutting changes, but when especially the material cutting becomes big, then can cause the quality (tolerance and the depth of parallelism) of converted products to change.
Therefore, for inside diameter slicer, the purpose of the control that its X axle moves does not lie in accurate localization, but how effectively to be the relation between the balance cut quality and cutting efficiency, selects appropriate control method, syndeton and control model.
In the present inside diameter slicer, stepper motor is connected to be and is rigidly connected with the control object, and in order to ensure the precision of control displacement, it adopts several controls location, and any one control all is for accurate location.
Stepper motor is the working method that is rigidly connected; For rigidity is given power; The stepping amount in each step all is applied on the cutting edge of inscribe slicer, exists following not enough in practice: when the stepping feed speed is provided with lower the time, both duties are approaching basically; Cutting speed under such operating mode (the cutting area in the unit interval) is lower, on average hangs down 15～30% than artificial cutting speed; In the ordinary course of things, because the quantity of the full-automatic slicing machine of one man operation control is many, in comparatively safe, the conservative scope that all parameters all are taken at, for hand section, its cutting speed low about 20%.
The present invention does not provide and need on X axle travelling table, accurately locate; But the control of power is conducted on cutter; With solution equipment, control model and cutting parameter material to different machinabilitys; The high-quality of products of different specifications, processing problems efficiently when improving single yield efficiency to greatest extent, improve the working (machining) efficiency of single device.
Summary of the invention:
The present invention aims to provide and flexibly connects, and its working method is flexible feed arrangement and the feeding method thereof of giving the automatic inside diameter slicer of power.
Realize that technical scheme of the present invention is: the feed arrangement of inside diameter slicer comprises the cutting tool of spindle motor drive, the X axle travelling table that stepper motor drives, the moving workbench of y-axis shift that stepper motor drives automatically; X axle travelling table is arranged on the top of the moving workbench of y-axis shift; X axle travelling table is provided with the material folding frame, it is characterized in that being provided with parts with spring function or the assembly with spring function in the control transmission jockey of displacement and power between the moving workbench of X axle travelling table and y-axis shift.
Jockey is transmitted in the control of described displacement and power; Comprise stepper motor, leading screw, feed screw nut, stepper motor is fixedly mounted on the moving workbench of y-axis shift, and stepper motor connects leading screw; Feed screw nut is arranged on the leading screw; Be provided with force-bearing piece above the feed screw nut, establish forward and backward block on the X shaft platform, the parts with spring function are arranged between block and the force-bearing piece.
Jockey is transmitted in the control of described displacement and power; Also comprise stepper motor, gear, tooth bar; The output shaft of stepper motor is provided with gear, the wheel and rack engagement, and tooth bar is installed on the X axle travelling table; Tooth bar is provided with the breach groove, and the parts with spring function are arranged in the breach groove of tooth bar.
Jockey is transmitted in the control of described displacement and power; Comprise that also stepper motor is connected through gear shaft with gear; Gear shaft is provided with gear, the wheel and rack engagement, and tooth bar is fixedly mounted on the X axle travelling table; Be connected through yielding coupling between the output shaft of stepper motor and the gear shaft, yielding coupling is born the effect of the parts with spring function.
Jockey is transmitted in the control of described displacement and power, comprises that also an end of X axle travelling table is provided with the counterweight weight through rope, fixed pulley.
The present invention comprises that also the moving workbench of y-axis shift is provided with gripper shoe, block; Gripper shoe is equipped with stepper motor through slide device; Slide device can make the stepper motor horizontal direction slide; Also be provided with limit switch on the upper table, block is provided with the adjusting device of regulating spring elastic force, and spring is installed between gripper shoe and the block.
Described parts with spring function are spring or rubber blanket or elastomeric pad or yielding coupling.
The tandem compound of the tandem compound that described assembly with spring function is several springs, rubber blanket, elastomeric pad or the spring of parallel connection combination or different coefficient of elasticity.
The present invention also comprises on the X axle travelling table and is installed with limit switch.
Described have the parts of spring function or be arranged between force-bearing piece and the block above the feed screw nut or be arranged in the groove of the tooth bar that is connected with X axle travelling table or be arranged between output shaft and the gear shaft of stepper motor or be arranged on be fixed on the block on the moving workbench of y-axis shift and be arranged between the gripper shoe of the support stepper motor above the moving workbench of y-axis shift.
The parts or the assembly that feed through having spring function of stepper motor of the present invention are connected with X axle travelling table, rather than the feed screw nut of stepper motor or tooth bar directly are connected with X axle travelling table.Parts through having spring function or assembly absorb the control that moment accomplishes and feed; Reach flexible purpose of giving power; Overcome the deficiency of direct pressure pulse feed; Avoided of the influence of cutting material local stiffness variation, but improved the adaptability of machined parameters, thereby improved cutting speed the cutting that is cut material to cut quality and cutting efficiency.
Automatically the feeding method of inside diameter slicer is the X axle travelling table displacement that absorbs the minimum step pitch feeding control of moment completion through the distortion of elastomeric element; Reach buffering and progressively afterburning purpose; Distortion through the elasticity original paper simultaneously is flexible, increases to a certain extent that the adaptability of parameter to different machinability materials---elasticity is processed to power to force adaptive.
Concrete feeding method is under nature, and spring is in minimum stress; When beginning to cut; The stepper motor rotation, feed screw nut and force-bearing piece move right, in the time of the beginning blank; Cutter run into and are cut material; The feed screw nut of advancing drives force-bearing piece and begins progressively to compress spring, and cutting knife begins cutting from the progressively reinforcing that do not stress, lentamente progressively to the afterburning cutting of the edge of a knife; After normal cutting, spring stress compression is stabilized in a poised state; At this moment, feed speed and cutting speed reach balance, and camber of spring is in a basicly stable poised state; When cutting finishes soon, progressively reduce owing to be cut area, the cutting gait of march is progressively accelerated, and spring progressively extends.
The elastic buffer feeding method of inside diameter slicer also is included under the not cut state of nature, and spring or elastic element/parts are in the maximum weighted deformation state, when beginning to cut; The stepper motor rotation; Leading screw moves to left, the edge of a knife do not touch be cut material in, spring is in the maximum weighted deformation state always; The section edge of a knife touch be cut material in; The edge of a knife of rotation is afterburning gradually at a high speed, and spring stress reduces gradually, and the stressed process of the edge of a knife is the process that gradual slow increases; In the time of stable cutting, the feed speed of stepper motor is greater than cutting speed, and spring returns to natural length gradually, and stepper motor advances to the feeding that stops operating after the operation stop position; When material cut end soon, preceding fixed stop touched the feed screw nut sliding assembly, and spring is stress deformation compression or elongation gradually, reduced the stressed size of cutting knife gradually.
The feeding method of this automatic inside diameter slicer is in the process of normal whole cutting, because the buffering of elastomeric element spring reaches self adaptation cutting balance, that certain limit is interior.Under unusual situation: for example: but in the cutting variation of material internal part; The feeding of advancing of X travelling table; Not to be applied to rigidly on the cutting knife blade; But absorbed by the strain of spring, reduce and take place to burn cutter, ruin the material phenomenon when having avoided in the cutting process occurring above-mentioned abnormal conditions; But when being cut by the gross cutting variation of material,, set maximum displacement limited bit switch, in the control system, guarantee safety cutting because the existence of elastomeric element can whole to a certain extent elastic compression strengthen.
Description of drawings:
Fig. 1 is the structure chart of the elastic buffering feeding device embodiment one of inside diameter slicer.
Fig. 2 is the structure chart of the elastic buffering feeding device embodiment two of inside diameter slicer.
Fig. 3 is the structure chart of the elastic buffering feeding device embodiment three of inside diameter slicer.
Fig. 4 is the structure chart of the elastic buffering feeding device embodiment four of inside diameter slicer.
Fig. 5 is the structure chart (upper table and cutter do not show among the figure) of the elastic buffering feeding device embodiment five of inside diameter slicer.
Fig. 6 is the structure chart of the elastic buffering feeding device embodiment six of inside diameter slicer.
Fig. 7 is the structure chart of the elastic buffering feeding device embodiment seven of inside diameter slicer.
Fig. 8 is the structure chart (cutter does not show among the figure) of the elastic buffering feeding device embodiment eight of inside diameter slicer.
Fig. 9 is elastic buffering feeding device embodiment nine middle racks of inside diameter slicer and the structural representation of the spring in the groove on the tooth bar.
Among the figure: 1, cutter, 2, skid bed, 3, be cut material, 4, X axle travelling table (deserving to be called workbench again), 5, the moving workbench (claiming lower table again) of y-axis shift, 6, stepper motor, 7, leading screw; 8, force-bearing piece (connector), 9, feed screw nut, 10, spring, 11, block, 12. blocks, 13, limit switch, 14, extension spring; 15, regulating part, 16, sensor, 17, spring, 18, circular guide pad, 19, the guiding briquetting, 20, groove, 21, tooth bar; 22, gear, 23, spring, 24, limit switch, 25, right block, 26, spring, 27, gripper shoe, 28, left block; 29, limit switch, 30, rope, 31, fixed pulley, 32, the counterweight weight, 33, gear shaft, 34, block; 35, spring, 36, connector, 37, spring, 38, block, 39, limit switch, 40, spring.
The specific embodiment:
The specific embodiment of the present invention is not limited to following embodiment, and various embodiment can be set according to actual needs.
Embodiment one: shown in Figure 1; Present embodiment comprises the cutting tool 1 of main driven by motor, the X axle travelling table 4 that stepper motor 6 drives, the moving workbench 5 of y-axis shift that stepper motor drives; X axle travelling table 4 is arranged on the top of the moving workbench 5 of y-axis shift; X axle travelling table 4 is provided with material folding frame 2, and the displacement between the moving workbench 5 of X axle travelling table 4 and y-axis shift and the control of power are transmitted in the jockey and is provided with spring 10.The control of described displacement and power is transmitted jockey and is comprised stepper motor 6, and stepper motor 6 is provided with leading screw 7, is with feed screw nut 9 on the leading screw 7; Stepper motor 6 is fixedly mounted on the moving workbench 5 of y-axis shift; Feed screw nut 9 is provided with force-bearing piece 8, and a side of force-bearing piece 8 connects spring 10, and an end of spring 10 is connected with block 11; Block 11, block 12 all are fixed together with upper table 4, also are provided with the limit switch 13 that can horizontally slip on the workbench 4.
The telescopic spring length of present embodiment is not more than 10 millimeters, and general 0.5～4 millimeter, under the natural inactive state of not cutting, spring stress is not less than 0.1 kilogram.(maximum displacement limit switch 13 is fixed in workbench 4 in the position of 5～10 kilograms of compressions maximum relative compression amount limit switch 13 to be set; For easy to adjust; This installation is slidably moved about being); In the control system, increase limit switch and stop X axle cutting feeding 1～60 second, guarantee cut quality, cutting efficiency as the time spent.
When beginning to cut, the stepper motor rotation, feed screw nut and force-bearing piece move right, and in the time of the beginning blank, cutter run into and are cut material, and the feed screw nut of advancing begins progressively to compress spring, and cutting knife progressively begins cutting from the progressively reinforcing that do not stress.Progressively cutting the edge of a knife is afterburning like this solves the process of holding up cutter, recognizing cutter well, guarantees cut quality.
After normal cutting, spring stress compression is stabilized in a poised state.At this moment, feed speed reaches balance with cutting speed, and camber of spring is in a basicly stable poised state.
In the fast end of cutting, progressively reduce owing to be cut area, the cutting gait of march is progressively accelerated, and spring progressively extends.
Embodiment two: shown in Figure 2, the spring of present embodiment is extension spring 14, and extension spring 14 is arranged between force-bearing piece and the regulating part 15; Block 12, regulating part 15 all are fixed on the upper table; Block 12 is arranged between force-bearing piece and the regulating part 15, and extension spring 14 is fixed on the regulating part 15, and regulating part 15 is provided with the adjusting device of regulating the extension spring elastic force and (is prior art; Its structure of Therefore, omited is described), other structure is identical with embodiment one.
Extension spring parameter area: compress 1～10 millimeter holding capacity and change 10 kilograms.Under the general natural inactive state of not cutting, about 0.1 kilogram of extension spring power; Under maximum, force (generally the being no more than 10 kilograms) condition, 4 millimeters of extension spring distortion.Control system: allow displacement and when making maximum displacement, feed-disabling 1～60 second near on-off action when displacement reaches maximum.The maximum displacement limit switch is fixed in upper table, and for easy to adjust, this installation is slidably moved about being.
Embodiment three: shown in Figure 3, the feed screw nut 9 of present embodiment and the both sides of force-bearing piece 8 are equipped with extension spring 17 and block, and block all is fixed on the upper table; Also be provided with vibrating sensor 16 on the force-bearing piece; Limit switch 13 is arranged on the upper table, and limit switch 13 can horizontally slip on upper table, and promptly the both sides of force-bearing piece respectively connect an extension spring; Each extension spring all is connected with separately block, and other structure is identical with embodiment one.
Embodiment four: shown in Figure 4; Gear 22 is installed on the output shaft of the stepper motor of present embodiment, tooth bar 21 and gear 22 engagements, tooth bar 21 two ends are equipped with breach groove 20; Be provided with circular guide pad 18 in the breach groove 20; Circular guide pad 18 is fixed in the side or the bottom of upper table 4, and the guide effect that 18 tooth bars of circular guide pad horizontally slip is provided with guiding briquetting 19 above the circular guide pad 18; Guiding briquetting 19 is fixed together with upper table 4, and guiding briquetting 19 makes tooth bar 21 be close to upper table 4; Left side guiding briquetting 19 is provided with spring 23 and another spring, and two springs all are connected with tooth bar 21.Under nature, the guide pad in the right gap slot contacts with at the bottom of the gap slot of tooth bar, and other structure is identical with embodiment one.
Embodiment five: shown in Figure 5; The moving workbench of the y-axis shift of present embodiment is provided with gripper shoe 27, two blocks (left block 28, right block 25); Be provided with gripper shoe 27 between two blocks, spring 26 is installed between gripper shoe 27 and one of them block (right block 25), through slide device (can be track or pulley) stepper motor is installed on the gripper shoe 27; Slide device can make stepper motor slide along X axle (being level) direction; Also be provided with limit switch on the upper table, right block is provided with the adjusting device of regulating spring elastic force, and other structure is identical with embodiment one.
Embodiment six: shown in Figure 6, an end of the upper table 4 of present embodiment through restrict 30, fixed pulley 31 is provided with counterweight weight 32, fixed pulley 31 is installed on (); Limit switch 13, left block 11, right block all are fixed in upper table 4; Limit switch 13 can left and right sides slippage, is beneficial to adjustment, and stepper motor 6 is fixed in lower table 5; Mounting spring 17 between force-bearing piece 8 on the stepper motor feed screw nut 9 and the right block, other structure is identical with embodiment one.
Present embodiment is under the not cut state of nature, and spring receives about the gravity of counterweight weight and is compressed.
When beginning to cut, the stepper motor rotation, leading screw moves to left; The edge of a knife do not touch be cut material in; Spring is compressed always, the gravity of spring stress=counterweight weight, and the edge of a knife of just just having cut into slices touches when being cut material; Tell that the edge of a knife of rotation is afterburning gradually, and spring extends gradually.The stressed process of the edge of a knife is the process that gradual slow increases.
In the time of stable cutting, the feed speed of stepper motor is greater than cutting speed, and spring is elongated to natural length gradually, and stepper motor advances to the feeding that stops operating after the operation stop position.
When material cut end soon, preceding fixed stop touched the feed screw nut sliding assembly, can (but not necessarily, depending on whether necessary and concrete control position is provided with) progressively compress spring, reduced the stressed size of cutting knife gradually.
Embodiment seven: shown in Figure 7; The stepper motor (not shown) of present embodiment is fixed on the lower table 4; Be connected through the yielding coupling (not shown) between the output shaft of stepper motor and the gear shaft 33, gear shaft 33 is provided with gear 22, gear 22 and tooth bar 21 engagements; Tooth bar 21 is fixedly mounted on the upper table 4, and other structure is identical with embodiment one.
Embodiment eight: shown in Figure 8, present embodiment is with embodiment one difference: spring adopts the spring of different coefficient of elasticity to be connected in series.That is: upper table is provided with two limiting stands (left block 38, right block 34); Feed screw nut and force-bearing piece are arranged between two limiting stands; The spring 37,38 of two different coefficient of elasticity connects and composes spring assembly through connector 36; One end of spring assembly is connected with feed screw nut and force-bearing piece contact, and the other end of spring assembly is connected with left block contact, and spring 37 is different with the coefficient of elasticity of spring 39.
Its main action function is: cutter be cut material and just begun to contact cutting in, the spring compression at first more significantly that coefficient of elasticity is little, the cushioning effect the when spring through two kinds of different coefficient of elasticity plays the contact cutting to greatest extent.
Embodiment nine: shown in Figure 9; The difference of present embodiment and embodiment four is: the spring that is arranged in the gap slot is made up of whole process effect spring and non-omnidistance effect spring; The right side of omnidistance effect spring is connected with the tooth bar contact, and the right side of this spring is connected with the side direction bearing position contact of guiding briquetting right side, and spring has the compression of trace; Be fixed on the tooth bar but not whole process acts on the right side of spring 40, certain clearance is left with guiding briquetting right side side direction bearing position in the left side of this spring 40.
When beginning to cut; When blade when being cut material and contacting, omnidistance effect spring slowly gives edge of a knife feeding afterburning, after beginning to cut certain displacement; Guiding briquetting right side side direction bearing position contacts with non-omnidistance effect spring increases elastic buffer power (along with the increasing of edge of a knife cutting area; The power that needs strengthens), it is less to begin to cut the force rate that needs with solution, and the force rate that normal cutting needs is greatly and displacement can not too big problem.
Explain: the fixed installation force-bearing piece is the feed screw nut assembly on the feed screw nut.
Claims (1)
1. the elastic buffer feeding method of an inside diameter slicer comprises the cutting tool of spindle motor drive, the X axle travelling table that stepper motor drives, the moving workbench of y-axis shift that stepper motor drives, and X axle travelling table is arranged on the top of the moving workbench of y-axis shift; X axle travelling table is provided with the material folding frame; The displacement between the moving workbench of X axle travelling table and y-axis shift and the control of power are transmitted in the jockey and are provided with the parts with spring function, and jockey is transmitted in the control of described displacement and power, comprises stepper motor, leading screw, feed screw nut; Stepper motor is fixedly mounted on the moving workbench of y-axis shift; Stepper motor connects leading screw, and feed screw nut is arranged on the leading screw, is provided with force-bearing piece above the feed screw nut; Establish forward and backward block on the X shaft platform; Parts with spring function are arranged between block and the force-bearing piece, it is characterized in that under nature, spring is in minimum stress; When beginning to cut; The stepper motor rotation, feed screw nut and force-bearing piece move right, in the time of the beginning blank; Cutter run into and are cut material; The feed screw nut of advancing drives force-bearing piece and begins progressively to compress spring, and cutting knife begins cutting from the progressively reinforcing that do not stress, lentamente progressively to the afterburning cutting of the edge of a knife; After normal cutting, spring stress compression is stabilized in a poised state; At this moment, feed speed and cutting speed reach balance, and camber of spring is in a basicly stable poised state; When cutting finishes soon, progressively reduce owing to be cut area, the cutting gait of march is progressively accelerated, and spring progressively extends.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011103213237A CN102514105A (en) | 2009-12-07 | 2009-12-07 | Elastic buffering feeding method of inner-circle slicing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011103213237A CN102514105A (en) | 2009-12-07 | 2009-12-07 | Elastic buffering feeding method of inner-circle slicing machine |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009101753248A Division CN101745992B (en) | 2009-12-07 | 2009-12-07 | Elastic buffering feeding device of inner diameter slicing machine and feeding method thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102514105A true CN102514105A (en) | 2012-06-27 |
Family
ID=46285308
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011103213237A Pending CN102514105A (en) | 2009-12-07 | 2009-12-07 | Elastic buffering feeding method of inner-circle slicing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102514105A (en) |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH03295613A (en) * | 1990-04-13 | 1991-12-26 | Masaaki Ishikawa | Cutting buffer and apparatus for cutting concrete pile |
| CN2454112Y (en) * | 2000-12-20 | 2001-10-17 | 沈阳科晶设备制造有限公司 | Low-speed diamond cutting machine |
| FR2808469A1 (en) * | 2000-05-03 | 2001-11-09 | Claude Dourel | Portable stone edge cutting and polishing machine for chamfering , granite, marble or other types of stone edges, contains several grinding wheels for various finishing operations |
| JP2002018669A (en) * | 2000-07-05 | 2002-01-22 | Iyo Machine Sales Kk | Machine tool |
| CN2654323Y (en) * | 2003-11-22 | 2004-11-10 | 福建省晋江市和盛机械有限公司 | Digital controlled ultrathin large slab stone cutter |
| CN2848507Y (en) * | 2005-08-25 | 2006-12-20 | 上海汇盛电子机械设备有限公司 | Cutter feeding and backing buffer device of slicer |
| CN2912901Y (en) * | 2006-06-16 | 2007-06-20 | 忻志伟 | Flexible feeding equipment for inside diameter slicer |
-
2009
- 2009-12-07 CN CN2011103213237A patent/CN102514105A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH03295613A (en) * | 1990-04-13 | 1991-12-26 | Masaaki Ishikawa | Cutting buffer and apparatus for cutting concrete pile |
| FR2808469A1 (en) * | 2000-05-03 | 2001-11-09 | Claude Dourel | Portable stone edge cutting and polishing machine for chamfering , granite, marble or other types of stone edges, contains several grinding wheels for various finishing operations |
| JP2002018669A (en) * | 2000-07-05 | 2002-01-22 | Iyo Machine Sales Kk | Machine tool |
| CN2454112Y (en) * | 2000-12-20 | 2001-10-17 | 沈阳科晶设备制造有限公司 | Low-speed diamond cutting machine |
| CN2654323Y (en) * | 2003-11-22 | 2004-11-10 | 福建省晋江市和盛机械有限公司 | Digital controlled ultrathin large slab stone cutter |
| CN2848507Y (en) * | 2005-08-25 | 2006-12-20 | 上海汇盛电子机械设备有限公司 | Cutter feeding and backing buffer device of slicer |
| CN2912901Y (en) * | 2006-06-16 | 2007-06-20 | 忻志伟 | Flexible feeding equipment for inside diameter slicer |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101745992B (en) | Elastic buffering feeding device of inner diameter slicing machine and feeding method thereof | |
| CN200974256Y (en) | Slitting and cutting machine with double-purpose cutters | |
| CN201543907U (en) | Tool retracting device of cutting machine with double bevels | |
| CN103507136A (en) | Full-automatic antique wood floor making machine | |
| CN104669392B (en) | A kind of archaized wood floor processing machine | |
| CN108115200A (en) | Doorframe plate synchronous cutting equipment | |
| CN201330094Y (en) | Blanking and delivery mechanism of PP plate cutting machine and PP plate cutting device | |
| CN201960208U (en) | Perpendicular auxiliary clamping device of gang saw machine | |
| CN201537985U (en) | Flexible buffering feed apparatus of inside diameter slicer | |
| CN104526744B (en) | A kind of soybean curd slabbing machine | |
| CN204546715U (en) | A kind of novel pseudo-classic timber floor processing machine | |
| CN102514105A (en) | Elastic buffering feeding method of inner-circle slicing machine | |
| CN209363379U (en) | A kind of rail-pulling machine discharging feeding mechanical hand | |
| CN111469230A (en) | Multifunctional numerical control finish milling machine | |
| CN203496071U (en) | Full-automatic antique wood floor processing machine | |
| CN115971567A (en) | Circular disc sawing device for steel plate and cutting method thereof | |
| CN109483648A (en) | Precision pulling bench saw | |
| CN205735343U (en) | A kind of wood planing flat sawing cuts integration apparatus | |
| CN211566237U (en) | Wood rotary cutter with uniform processing thickness | |
| CN211278634U (en) | Feeding device for cutting packaged printed matter | |
| CN106001756B (en) | A kind of construction circular saw | |
| CN210851530U (en) | Eccentric shaft type wire pressing wheel device | |
| CN106734346A (en) | A kind of surface automated cleaning mechanism of aluminium strip | |
| CN203061962U (en) | Shearing mechanism of plate-strip rolling scarp chopper | |
| CN111185636A (en) | Cutter cutting platform with calibration subassembly |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20120627 |