CN108372321A - Multifunction milling ear slotter and its processing method - Google Patents
Multifunction milling ear slotter and its processing method Download PDFInfo
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- CN108372321A CN108372321A CN201810426552.7A CN201810426552A CN108372321A CN 108372321 A CN108372321 A CN 108372321A CN 201810426552 A CN201810426552 A CN 201810426552A CN 108372321 A CN108372321 A CN 108372321A
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23C—MILLING
- B23C1/00—Milling machines not designed for particular work or special operations
- B23C1/04—Milling machines not designed for particular work or special operations with a plurality of horizontal working-spindles
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q11/00—Accessories fitted to machine tools for keeping tools or parts of the machine in good working condition or for cooling work; Safety devices specially combined with or arranged in, or specially adapted for use in connection with, machine tools
- B23Q11/0042—Devices for removing chips
- B23Q11/005—Devices for removing chips by blowing
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q3/00—Devices holding, supporting, or positioning work or tools, of a kind normally removable from the machine
- B23Q3/02—Devices holding, supporting, or positioning work or tools, of a kind normally removable from the machine for mounting on a work-table, tool-slide, or analogous part
- B23Q3/06—Work-clamping means
- B23Q3/08—Work-clamping means other than mechanically-actuated
Abstract
The present invention relates to a kind of Multifunction milling ear slotter and its processing methods, belong to machinery equipment field, more specifically belong to the processing of hardware connector and its apparatus field.It include total table top for load-bearing, total table top is equipped with X table tops, L-square is vertically equipped on affiliated X table tops, the side of affiliated L-square is equipped with H table tops, H mesa sides are equipped with milling trunnion and groove milling axis side by side up and down, and horizontal sliding table is additionally provided on affiliated total table top, vertical slide unit is slideably equipped on the horizontal sliding table, the vertical slide unit is equipped with head, and the head spindle is horizontally mounted on vertical slide unit.As long as customer parameter is inputted when use of the present invention in man-machine interface, the processing of milling ear groove milling blanking procedure can be fully automatically completed after feeding, milling ear or groove milling process portion can also individually be completed, or realize integrated full-automatic processing through increasing automatic feed mechanism, have the advantages that safe, flexible, with high accuracy, and greatly improves production efficiency.
Description
Technical field
The present invention relates to a kind of Multifunction milling ear slotter and its processing methods, belong to the processing of hardware connector and its equipment
Field.
Background technology
Connector with ear and slot on telecommunications using relatively wide, be primarily due to its with it is easy to loading and unloading, connect
Touch good advantage.Such as the plug of monitor video usually has 2 or 4 ears, ear base to have the shallow slot on circumferentially.
Plug with ear slot is mainly the workpiece for using the alloys such as copper, aluminium, zinc, after turning goes out circular bosses, using eccentric milling cutter in circumference
Radial thin cylindrical ear is milled out in respective angles, then circumferentially milled out with conventional milling cutters again certain angle, shape and
The shallow slot of depth requirements.The Milling Process of these ears and slot, usually will circumferentially decile, there is higher radial dimension to want
It asks.After current processing method is mainly transformed small instrument lathe, manually completes each process using dividing head and processes,
Labor intensity is big, and production efficiency is poor, and since a kind of dividing head corresponds to a kind of processing of the ear or slot of specification, ear slot number has change
When dynamic, manually adjust also pretty troublesome；Scheming is walked to complete to process using numerical control by individual strong enterprises, and precision can be met the requirements,
But the on the high side of scheming is walked, a usual market price hundreds of thousands is even up to a million, can only hope for small-scale enterprise
And step back；In addition, scheming efficiency when processing ear slot class part is walked in numerical control does not have the special machine height of bed.For this purpose, the special needle of the present invention
Processing to the hardware connector with radial ear slot on circumference, designs that a kind of production efficiency is high, adjustment process is uncomplicated, cost
Not high ear slot special machine tool.
Invention content
It is low purpose of the present invention is to solve existing process equipment manual processing efficiency, flexibility is poor, and labor intensity is big etc.
Problem.
In order to achieve the goal above, the present invention provides a kind of Multifunction milling ear slotter, it is mainly used for total table top of load-bearing,
Total table top is equipped with X table tops, and L-square is vertically equipped on affiliated X table tops, and the side of affiliated L-square is equipped with H platforms
Face, H mesa sides are equipped with milling trunnion and groove milling axis, horizontal sliding table, the level are additionally provided on affiliated total table top side by side up and down
Vertical slide unit is slideably equipped on slide unit, the vertical slide unit is equipped with head, and the head spindle is horizontally mounted at vertically
On slide unit.
Further, it is additionally provided with human-computer interaction interface on total table top.
Further, the head is the comprehensive organ with indexing and pneumatic pinch dual function.
Further, the side of total table top is equipped with the X-axis servo motor of driving X table tops.
Further, the top of the L-square is equipped with the H axis servo motors of driving H table tops.
Further, the vertical slide unit is equipped with the head servo motor of driving head.
Further, the milling trunnion is equipped with milling ear knife, and the groove milling axis is equipped with grooving cutter.
Further, it is additionally provided with collet on the head, clamps tracheae and air blowing tracheae, the indexing mechanism and indexing electricity
The axis of machine is connected directly, and the axle center of indexing motor has the through-hole of coaxial line with indexing mechanism axle center, can pass through gas in through-hole
Stream passes through a tracheae；The head is connected directly with indexing mechanism main shaft, is rotated using the angle of head servo motor
To control indexing；The side of the head also has gas circuit all the way, can realize clamping and the pine of collet according to the commutation of gas circuit
It opens, meanwhile, the gas circuit in axle center is fitted through, workpiece, automatic blanking can be clamped according to the control of control system and blow bits clearly
The functions such as clean.
H table tops can do vertical direction movement, this direction is equipped with the directions H；X table tops can do front-rear direction movement, this direction is set
There is X-direction；Vertical slide unit can move and lock along horizontal sliding table left and right directions, this direction is equipped with Z-direction；The head can
Along vertical slide unit do the directions H move or position it is locked；The vertical slide unit can be moved along horizontal sliding table left and right directions and
It is locked；The X-axis, Z axis, H axis are mutually perpendicular to two-by-two, at right-handed Cartesian coordinate system；The milling trunnion, groove milling axis and Z axis
It is parallel；The horizontal sliding table, human-computer interaction interface are mounted on total table top.In the above manner, after installation and debugging, when use
The processing of milling ear-groove milling-blanking procedure can be fully automatically completed as long as inputting customer parameter in man-machine interface, after feeding,
Milling ear or groove milling process portion can also be individually completed, or integrated full-automatic processing is realized through increasing automatic feed mechanism,
Have the advantages that safe, flexible, with high accuracy, and greatly improves production efficiency.
Beneficial effects of the present invention are：
(1) adjusting range is wide.Workpiece can be in stroke range up and down, left and right directions any position positioning, realize workpiece
The fast and easy of position adjusts.
(2) the programmable positioning in tool position.Milling ear knife or grooving cutter can as needed in X-direction and the directions H offset orientation,
Realize the accurate quick adjustment of tool position.
(3) flexible production.Ear, slot either simplex sequence or multistage manufacturing processes may be selected, flexible and changeable, function is more.
(4) efficient.Process easily realizes semi-automatic or full-automatic, time-saving and efficiency.
(5) stability is good.It is driven, is operated steadily, precision height using straight line module, avoid generating size due to shake because being driven
Phenomena such as deviation is big, surface chatter mark.
(6) human-computer interaction interface is friendly, can monitor production status in time.
(7) safe.It processes before starting with after, workpiece keeps certain safe distance with cutter；It is needing to add
As long as pressing the automatic processing that equipment can be realized in automatic button after working hour worker's clamping workpiece, after processing is completed, center of collet
Air blowing blanking, worker need to only prepare next round cyclic process, avoid hand touching milling cutter when manual operation injured.
(8) according to ergonomic designs' apparent size, improve working environment and comfort, improve the working environment of workers.
Description of the drawings
Fig. 1 is the front view of the present invention.
Fig. 2 is the vertical view of the present invention.
Wherein：1-X table tops, 2- L-squares, 3-H table tops, 4- millings trunnion, 5- groove millings axis, the vertical slide units of 6-, 7- heads, 8-
Horizontal sliding table, 9- human-computer interaction interfaces, the total table tops of 10-, 11-X axis servo motor, 31-H axis servo motor, 41- grooving cutters, 42-
Milling ear knife, 71- heads servo motor, 72- collets, 73- workpiece, 74 clamp tracheae, 75- air blowing tracheaes.
Specific implementation mode
The present invention provides a kind of Multifunction milling ear slotter, includes mainly：X is to motion, H to motion, head
Mechanism, head bidirectional adjustment mechanism, man-machine interface, total table top.
X includes to motion：X table tops 1, X-axis servo motor 11, L-square 2.The bottom surface of the L-square 2 is fixed on X
On table top 1；The X table tops 1 are mounted on by straight line module on total table top 10, and the movement of front-rear direction (X to) can be done；X-axis is watched
Motor 11 is taken with automatic control system to be connected, it can be to carry out position control to X table tops 1 after programmed.
H includes to motion：H table tops 3, H axis servo motor 31, milling trunnion 4, groove milling axis 5.The milling trunnion 4, groove milling
Axis 5 is mounted on H table tops 3 side by side up and down for installing milling ear, grooving tool；The H table tops 3 are pacified by straight line module
Mounted in the side of L-square 2, the movement of vertical direction (H to) can be done；H axis servo motor 31 is connected with automatic control system,
It can be to carry out position control to H table tops 3 after programmed；The milling trunnion 4, the axis of groove milling axis 5 are parallel with X-axis, and hang down with H axis
Directly；Milling trunnion 4, groove milling axis 5 upper and lower position can exchange as needed.
Head section mechanism includes：Head 7, collet 72, workpiece 73, clamps tracheae 74, air blowing tracheae at head servo motor 71
75.It installs to the axis horizontal of the head 7, is mutually perpendicular to H axis, X-axis；The head 7 has indexing and clamping function, point
Degree is clamped programmed or manually control, the work of indexing and collet by pneumatic chuck 72 by the 71 programmed realization of head servo motor
It is clamping workpiece that work cooperation, which needs programmed realization, general sequence, and --- --- milling --- release workpiece --- is under air blowing for indexing
Material；The head 7 has the function of air blowing blanking；The head has pneumatic structure, can be logical by clamping the commutation of tracheae 74
Gas carries out pneumatic pinch, unclamps, and has the characteristics that fast response time, cleanliness without any pollution；The head 7 has head servo motor
Connection can control rotation angle, rotary speed, the locked positioning function of rotation through automatic control system.The indexing mechanism
It is connected directly with the axis of indexing motor, the axle center of indexing motor has the through-hole of coaxial line with indexing mechanism axle center, can in through-hole
By air-flow or to pass through a tracheae；The head 7 is connected directly with indexing mechanism main shaft, utilizes head servo motor 71
Angle rotate control indexing；The side of the head 7 also has gas circuit all the way, can realize collet according to the commutation of gas circuit
Clamping and release, meanwhile, fit through the gas circuit in axle center, workpiece, automatic blanking can be clamped according to the control of control system
And blow the functions such as bits cleaning.Head bidirectional adjustment mechanism can be adjusted in H, Z both direction, realize any position of workpiece
Positioning includes mainly vertical slide unit 6 and horizontal sliding table 8.It is mounted on vertical slide unit 6 to 7 major axis horizontal of the head, it can be along perpendicular
Straight slide unit 6 does the movement of upper and lower directions and locks, that is, adjusts the H coordinates of workpiece；The vertical slide unit 6 can be done along horizontal sliding table 8
The movement of left and right directions (Z axis) and locked, that is, adjust the Z coordinate of workpiece；The horizontal sliding table 8 is installed with human-computer interaction interface 9
On total table top 10.
It also includes processing method, including following procedure：
1) arrange parameter：Required according to accessory size, be arranged in automated system groove milling and milling ear parameter (number,
Starting point, terminal, depth, feed speed etc.)；
2) origin resets.H to origin be 31 side of servo motor, X to origin be 11 side of servo motor.H to origin return
Process is as follows：It is resetted by automatic control system, H drives ball screw rotation, H table tops to be retracted into servo electricity to servo motor
It after the origin of 31 side of machine, is signaled immediately to automatic control system, feed mechanism stop motion immediately, completes origin and return
It returns；If H, in order to confirm origin position, can first move forward certain distance, then move back with reset speed to inherently in origin
It is back to origin, H is completed and is returned to origin；The process that X is returned to origin is with H to origin return course.
3) test-run a machine is manually adjusted：1. in manual mode, workpiece is attached on collet, workpiece is clamped after errorless；2. selection is closed
Suitable feed speed, using the operation button on touch screen, mobile X to H to so that grooving cutter or milling ear knife are apart from workpiece one
Set a distance；3. observe man-machine interface on X to H to coordinate value, as groove milling or the initial position of milling ear；4. using touching
The initial position of groove milling or milling ear is input to system by screen；5. opening groove milling or milling trunnion spindle motor；6. utilizing hand feed
Groove milling or milling ear certain depth；7. X, to after withdrawing, H is to withdrawing；8. the size of measuring flume or ear, according to measuring size and require
The deviation of size is calculated, and input deviation value to system carries out dimension compensation；9. repetitive operation 1.~8., until measuring scale
It is very little to meet drawing requirement；10. completion manually adjusts test-run a machine.
4) processing automatically (by taking milling ear as an example)：1. origin resets.2. clamping workpiece.After the correct clamping of workpiece, by folder
Automatic processing button is pressed after tight button.3. H is to fast feed.H keeps 42 main shaft of milling ear knife and workpiece milling ear position contour to rapid traverse
Position is constant afterwards.4. X to proceeding to milling ear starting point soon.X makes milling ear knife 42 move to milling ear starting point to fast feed, but not with workpiece
Contact.5. X to milling ear to terminal.Milling ear knife 42 is off-balance bit, and X is to feed speed milling ear to milling ear terminal.6. X is to rewind
To milling ear starting point.7. head 7 quickly rotates 180 degree, step 5~6 are repeated.8. X is to, H to retreating to origin soon, after collet 72 unclamps
Air blowing blanking, blanking of blowing after 2 ear millings of completion, obtains workpiece 73.
It is the process of 2 ears of single milling above, the step of 4 milling ears processing is similar, 7. interior in need to only changing 4)
Hold for " head 7 is quickly rotated by 90 °, repeat step 5.~6. three times ".
5) it so repeats 4), to realize the batch machining of workpiece；
6) at the end of needs, stop button is pressed, terminates the above action.
Further, the process of milling ear slot for single groove milling or simultaneously, as long as the procedure of processing in 4) is replaced
For embodiment 2 and embodiment 3 the step of.
By being mounted on total table top 10 for above each mechanism, in conjunction with the programming of automatic control system, can realize
Following functions：
(1) control of the H coordinates, Z coordinate and rotation angle of workpiece；
(2) X-coordinate of cutter, H coordinate controls；
(3) single milling ear processing；
(4) single Xiyanping injection；
(5) milling ear Xiyanping injection；
The embodiment of 3 kinds of situations is given below.
Embodiment 1：Single milling ear processing
By taking 2 ears (circle spacing 180 degree) as an example, steps are as follows：
Step 1：Origin resets.H to origin be 31 side of servo motor, X to origin be 11 side of servo motor.
Step 2：Clamping workpiece.It presses and presses automatic processing button after clamping button.
Step 3：H is to fast feed.H keeps 42 main shaft of milling ear knife and the contour rear position in workpiece milling ear position constant to rapid traverse.
Step 4：X to proceeding to milling ear starting point soon.X makes milling ear knife 42 move to milling ear starting point to fast feed, but not with workpiece
Contact.
Step 5：X to milling ear to terminal.Milling ear knife 42 is off-balance bit, and X is to feed speed milling ear to milling ear terminal.
Step 6：X to retreating to milling ear starting point soon.
Step 7：Head 7 quickly rotates 180 degree, repeats step 5~6.
Step 8：X to, H to retreating to origin soon, after unclamping blow blanking by collet 72, completes blanking of blowing after 2 ear millings, obtains
To workpiece 73.
It is 2 milling ear procedure of processings above, the step of 4 milling ears processing is similar, and " head 7 is quick in need to only changing the step 7
It is rotated by 90 °, repeats step 5~6 three times ".The milling ear method of other numbers is repeated no more with reference to this method.
Embodiment 2：Single Xiyanping injection
By taking 2 slots (circumference is symmetrical) as an example, steps are as follows：
Step 1：Origin resets.H to origin be 31 side of servo motor, X to origin be 11 side of servo motor.
Step 2：Clamping workpiece.It presses and presses automatic processing button after clamping button.
Step 3：H is to fast feed.H keeps 41 main shaft of grooving cutter and the contour rear position in workpiece groove milling position constant to rapid traverse.
Step 4：X to proceeding to groove milling starting point soon.X makes grooving cutter 41 move to groove milling starting point to fast feed, but not with workpiece
Contact.
Step 5：X is fed to milling ear terminal to low speed.
Step 6：Rotate groove milling.Head servo motor 71 stops after driving workpiece 73 to rotate by a certain angle, in the process,
Grooving cutter 41 just carries out workpiece 73 processing of rotation groove milling.
Step 7：X to retreating to groove milling starting point soon.
Step 8：Workpiece quickly rotates.Head servo motor 71 drives workpiece quickly to rotate and calculates angle.
Step 9：Repeat step 5~7.
Step 10：X to, H to retreating to origin soon, after unclamping blow blanking by collet 72, completes blanking of blowing after 2 ear millings,
Obtain workpiece 73.
It is 2 Xiyanping injection steps above, the step of 4 Xiyanping injections is similar, and " step 5 is repeated in need to only changing the step 9
~7 three times ".The groove milling method of other numbers is repeated no more with reference to this method.
Embodiment 3：Milling ear Xiyanping injection
By taking 2 ears, 2 slots as an example, steps are as follows：
Step 1：Origin resets.
Step 2：It is processed automatically after clamping workpiece.
Step 3：Milling ear (step 3~7 in embodiment 1).
Step 4：Groove milling (step 3~9 in embodiment 2).
Step 5：X to, H to retreating to origin soon, after unclamping blow blanking, completes ear slot processing by collet 72.
4 ear slot procedure of processings are similar, repeat no more.
The above embodiment is merely an example for clearly illustrating the present invention, and is not the embodiment party to the present invention
The restriction of formula.For those of ordinary skill in the art, other differences can also be made on the basis of the above description
The variation or variation of form.There is no necessity and possibility to exhaust all the enbodiments.And these belong to the essence of the present invention
The obvious changes or variations that god extends out are still in the protection scope of this invention.
Claims (10)
1. a kind of Multifunction milling ear slotter, it is characterised in that：Include total table top (10) for load-bearing, total table top (10)
X table tops (1) are equipped with, L-square (2) is vertically equipped on affiliated X table tops (1), the side of affiliated L-square (2) is equipped with H platforms
Face (3), H table tops (3) side are equipped with milling trunnion (4) and groove milling axis (5), water are additionally provided on affiliated total table top (10) side by side up and down
Somoothing board (8), vertical slide unit (6) is slideably equipped on the horizontal sliding table (8), and the vertical slide unit (6) is equipped with head
(7), it is mounted on vertical slide unit (6) to head (7) major axis horizontal.
2. a kind of Multifunction milling ear slotter according to claim 1, it is characterised in that：It is also set on total table top (10)
There is human-computer interaction interface (9).
3. a kind of Multifunction milling ear slotter according to claim 1, it is characterised in that：The head (7) is with band
There is a comprehensive organ of indexing mechanism and pneumatic pinch dual function, the axis of the indexing mechanism and indexing motor is connected directly, point
The axle center for spending motor has the through-hole of coaxial line with indexing mechanism axle center, by air-flow or can pass through a gas in through-hole
Pipe；The head (7) is connected directly with indexing mechanism main shaft, is rotated using the angle of head servo motor (71) to control point
Degree；The side of the head (7) also has gas circuit all the way, can realize the clamping and release of collet according to the commutation of gas circuit, together
When, the gas circuit in axle center is fitted through, workpiece, automatic blanking can be clamped according to the control of control system and blow the work(such as bits cleaning
Energy.
4. a kind of Multifunction milling ear slotter according to claim 1, it is characterised in that：The side of total table top (10)
The top of X-axis servo motor (11) equipped with driving X table tops, the L-square (2) is equipped with the H axis servo electricity of driving H table tops (3)
Machine (31), the vertical slide unit (6) are equipped with the head servo motor (71) of driving head (7).
5. a kind of Multifunction milling ear slotter according to claim 1, it is characterised in that：The milling trunnion (4) is equipped with
Milling ear knife (42), the groove milling axis (5) are equipped with grooving cutter (41)；The axis of the milling trunnion (4) and groove milling axis (5) is mutually flat
Row, and in the horizontal plane.
6. a kind of Multifunction milling ear slotter according to claim 1, it is characterised in that：It is additionally provided on the head (7)
Collet (72) clamps tracheae (74) and air blowing tracheae (75).
7. a kind of milling ear processing method using a kind of Multifunction milling ear slotter described in claim 1-6 any claims,
Including following procedure：
1) arrange parameter：It is required according to accessory size, the parameter of milling ear is set in automated system；
2) origin resets, and H table tops can do vertical direction movement, this direction is equipped with the directions H；X table tops can do front-rear direction movement, this
Direction is equipped with X-direction；Vertical slide unit can move and lock along horizontal sliding table left and right directions, this direction is equipped with Z-direction；H to
Origin be servo motor (31) side, X to origin be servo motor (11) side, H to origin return course it is as follows：Pass through automation
Control system resets, and H drives ball screw rotation to servo motor, after H table tops are retracted into the origin of servo motor (31) side,
It is signaled immediately to automatic control system, feed mechanism stop motion immediately, completes origin and return；If H is to inherently existing
Origin can first move forward certain distance, then be retracted into origin with reset speed, complete H to original to confirm origin position
Point returns；The process that X is returned to origin with H to origin return course,
3) test-run a machine is manually adjusted：1. in manual mode, workpiece is attached on collet, workpiece is clamped after errorless；2. selection is suitable
Feed speed, using the operation button on touch screen, mobile X to H to so that milling ear knife is apart from workpiece certain distance；3. seeing
Examine X in man-machine interface to H to coordinate value, the initial position as milling ear；4. utilizing touch screen by the start bit of milling ear
Set the system of being input to；5. opening milling trunnion spindle motor；6. utilizing hand feed milling ear certain depth；7. X to after withdrawing, H to
Withdrawing；8. measure ear size, calculated with the deviation of desired size according to measuring size, input deviation value to system into
Row dimension compensation；9. repetitive operation 1.~8., until measuring size and meeting drawing requirement；10. completion manually adjusts test-run a machine,
4) automatic processing：1. origin resets, 2. clamping workpiece, after the correct clamping of workpiece, presses and press automatic add after clamping button
Work button, 3. H is to fast feed, and position is constant after H keeps milling ear knife (42) main shaft and workpiece milling ear position contour to rapid traverse, 4. X
To proceeding to milling ear starting point soon.X makes milling ear knife (42) move to milling ear starting point, but do not contacted with workpiece to fast feed, and 5. X is to milling
To terminal, milling ear knife (42) is off-balance bit to ear, and X is to feed speed milling ear to milling ear terminal, and 6. X rises to milling ear is retreated to soon
Point, 7. head (7) quickly rotate 180 degree, repeat step 5~6,8. X blows to origin, collet (72) is retreated to soon after unclamping to, H
Blanking, blanking of blowing after 2 ear millings of completion, obtains workpiece (73),
It is the process of 2 ears of single milling above, the step of 4 milling ears processing is similar, and the content in need to only changing 4) 7. is
" head (7) is quickly rotated by 90 °, repeat step 5.~6. three times ",
5) it so repeats 4), to realize the batch machining of workpiece；
6) at the end of needs, stop button is pressed, terminates the above action.
8. it is a kind of using a kind of Xiyanping injection method of Multifunction milling ear slotter described in claim 1-6 any claims,
Including following procedure：
1) arrange parameter：It is required according to accessory size, the parameter of groove milling is set in automated system；
2)：Origin resets：H to origin be 31 side of servo motor, X to origin be 11 side of servo motor；
3)：Clamping workpiece：It presses and presses automatic processing button after clamping button；
4)：H is to fast feed：H keeps 41 main shaft of grooving cutter and the contour rear position in workpiece groove milling position constant to rapid traverse；
5)：X to proceeding to groove milling starting point soon：X makes grooving cutter 41 move to groove milling starting point, but do not contacted with workpiece to fast feed；
6)：X is fed to milling ear terminal to low speed；
7)：Rotate groove milling：Head servo motor 71 stops after driving workpiece 73 to rotate by a certain angle, in the process, grooving cutter
41 just carry out workpiece 73 processing of rotation groove milling；
8)：X to retreating to groove milling starting point soon；
9)：Workpiece quickly rotates：Head servo motor 71 drives workpiece quickly to rotate and calculates angle；
10)：Repeat step 6~8；
11)：X to, H to retreating to origin soon, after unclamping blow blanking by collet 72, completes blanking of blowing after 2 ear millings, obtains workpiece
73；
It is 2 Xiyanping injection steps above, the step of 4 Xiyanping injections is similar, and " step 6~8 are repeated in need to only changing the step 10
Three times ".
9. a kind of milling ear Xiyanping injection side using a kind of Multifunction milling ear slotter described in claim 1-6 any claims
Method, including following procedure：
1)：Origin resets；
2)：It is processed automatically after clamping workpiece；
3)：According to the method milling ear in claim 7；
4)：According to the method groove milling in claim 8；
5)：X to, H to retreating to origin soon, after unclamping blow blanking, completes ear slot processing by collet 72.
10. a kind of Multifunction milling ear slotter a kind of as described in claim 1-6 any claims also includes control system
System, man-machine interface；The man-machine interface is connected with control system, can be programmed operation；The man-machine interface includes that parameter is defeated
Enter, numerical value is shown, operating personnel operate when can also directly input numerical value according to manual setting mode, through in claim 9
The automation processing of part is realized after operation.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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