CN206763937U - One kind automation beveler - Google Patents
One kind automation beveler Download PDFInfo
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- CN206763937U CN206763937U CN201720519122.0U CN201720519122U CN206763937U CN 206763937 U CN206763937 U CN 206763937U CN 201720519122 U CN201720519122 U CN 201720519122U CN 206763937 U CN206763937 U CN 206763937U
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- chamfering
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- automation
- rotary table
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- 230000001105 regulatory Effects 0.000 claims abstract description 25
- 230000001808 coupling Effects 0.000 claims description 13
- 238000010168 coupling process Methods 0.000 claims description 13
- 238000005859 coupling reaction Methods 0.000 claims description 13
- 230000005540 biological transmission Effects 0.000 claims description 11
- 230000005611 electricity Effects 0.000 claims description 3
- 238000011066 ex-situ storage Methods 0.000 abstract description 4
- 238000003754 machining Methods 0.000 description 5
- 238000005516 engineering process Methods 0.000 description 3
- 238000000034 method Methods 0.000 description 3
- 238000005553 drilling Methods 0.000 description 1
- 230000001131 transforming Effects 0.000 description 1
Abstract
The utility model discloses one kind to automate beveler, and it includes chamfering platform (1), and the chamfering platform (1) is provided with automatic chamfering system, and the automatic chamfering system includes stroke regulating mechanism（2）, cutting mechanism（3）, rotary working machine structure（4）, clamp system（5）With operating conditions system（6）；Stroke regulating mechanism（2）It is distributed in rotary working machine structure（4）Outside surrounding, cutting mechanism（3）Located at stroke regulating mechanism（2）And relative motion is kept, the clamp system（5）Located at rotary working machine structure（4）Side and with rotary working machine structure（4）Keep compounding practice, the operating conditions system（6）Respectively with stroke regulating mechanism（2）, cutting mechanism（3）, rotary working machine structure（4）And clamp system（5）Connection.For the utility model using automation beveler, operating efficiency is high, and chamfering precision is high, can be automatically performed material folding, revolution and workpiece ex-situ operations and precisely index positioning and carry out chamfering to workpiece.
Description
Technical field
It the utility model is related to machining technology field, and in particular to one kind automation beveler.
Background technology
Usually, chamfering is process essential in field of machining.The workpiece of chamfering is needed for some（Such as
Electric vehicle hub）, the electric vehicle hub outer rim fixing hole of one week need carry out chamfer machining.On the other hand, existing processing
Equipment is mainly bench drill, drilling machine etc., during a large amount of chamfer machinings of such workpiece, when the chamfering for machining a fixing hole
Afterwards, the Working position of artificial travelling workpiece carries out the chamfer machining of other fixing holes again, and which not only adds operating personnel
Workload, improve human cost, and operating efficiency is low and chamfering precision is low etc. be present, severely impact the matter of workpiece
Amount.
Therefore, the important topic for working out a kind of new beveler into those skilled in the art is needed badly.
The content of the invention
The purpose of this utility model is to solve above-mentioned the deficiencies in the prior art, there is provided one kind is efficiently,
Angular accuracy is high and reduces the automation beveler of human cost, drastically increases the crudy of workpiece.
In order to reach foregoing invention purpose, the technical scheme that the utility model is provided is as follows：One kind automation beveler, it
Including chamfering platform, the chamfering platform is provided with automatic chamfering system, and the automatic chamfering system includes stroke regulating mechanism, cutting
Mechanism, rotary working machine structure, clamp system and operating conditions system；
The stroke regulating mechanism is distributed in surrounding on the outside of rotary working machine structure, and the cutting mechanism is located at Traffic control system machine
Structure simultaneously keeps relative motion, and the clamp system keeps coordinating behaviour located at rotary working machine structure side and with rotary working machine structure
Make, the operating conditions system is connected with stroke regulating mechanism, cutting mechanism, rotary working machine structure and clamp system respectively；
The stroke regulating mechanism includes supporting member, guide rail, fixed frame, driving element and transmission adjustment component,
Transmission adjustment component includes shaft coupling, pairing bearing and ball screw, and the supporting member is on chamfering platform, the branch
Bearing member side is provided with guide rail, and fixed frame is additionally provided with the supporting member, and the fixed frame is provided with driving element, institute
State shaft coupling to be arranged in fixed frame and be connected with driving element, described shaft coupling one end is through matching bearing and ball screw phase
Even；
The cutting mechanism includes slide plate, motor, drill chuck and drill bit, and the slide plate is provided with motor, the electricity
Motivation one end is provided with drill chuck, and described drill chuck one end is provided with drill bit, and the slide plate keeps joining through ball screw and driving element
It is dynamic, and the guide rail by being adapted and stroke regulating mechanism relative motion；
The rotary working machine structure includes rotary table and motor, and the rotary table is on chamfering platform, institute
State rotary table and be provided with workpiece, the rotary table is connected with motor and is turned round and indexed positioning to workpiece；
The clamp system includes clamping support, clamping cylinder and gripping block, and the branch that clamps is set up on chamfering platform,
The clamping support is provided with clamping cylinder, and the gripping block is connected with clamping cylinder transmission, and keeps gripping block and revolution work
It is oppositely arranged as platform and makes gripping block that clamping be fixed to the workpiece on rotary table；
The operating conditions system includes controller and condition calculating machine, the controller respectively with driving element, electronic
Mechanical, electrical machine is connected with clamping cylinder, and the controller is connected with condition calculating machine and presets ball screw by condition calculating machine
Haul distance control the distance between drill bit and workpiece progress chamfering.
Preferably, the inclination angle between supporting member and the chamfering platform is 0~90 °.
Preferably, the stroke regulating mechanism and cutting mechanism are at least two.
Preferably, the motor is threephase asynchronous.
Preferably, the driving element is servomotor.
Preferably, it is additionally provided with position limiting structure on the rotary table.
Preferably, the guide rail is line slideway.
Preferably, the gripping block is directly over rotary table.
Based on above-mentioned technical proposal, the utility model automation beveler has following technology excellent compared with prior art
Point：
1. the utility model, using automation beveler, operating efficiency is high, can accurate chamfering automatically, chamfering precision
Height, the crudy of workpiece is drastically increased, material folding, revolution and workpiece ex-situ operations can be automatically performed and precisely index positioning
And chamfering is carried out to workpiece, operating efficiency is greatly improved, reduces human cost.
2. the utility model forms transmission adjustment component using bearing is matched with shaft coupling, ball screw, shaft coupling is worn
It is connected in fixed frame and with driving element, shaft coupling one end is connected through matching bearing with ball screw, can reduce transmission
The coefficient of friction during component movement is adjusted, and its rotating accuracy can be ensured；Motor one end is provided with drill chuck, drill chuck
One end is provided with drill bit, and slide plate keeps linking through ball screw and driving element, and the guide rail by being adapted and Traffic control system machine
Structure relative motion, rotary table is on chamfering platform, and rotary table is provided with workpiece, and rotary table is connected with motor
And positioning is turned round and indexed to workpiece, clamp branch and be set up on chamfering platform, clamp support and be provided with clamping cylinder, clamp
Block is connected with clamping cylinder transmission, and keeps gripping block to be oppositely arranged with rotary table and make gripping block on rotary table
Workpiece clamping is fixed, controller is connected with driving element, motor, motor and clamping cylinder respectively, controller and work
Condition computer, which is connected and the haul distance of ball screw is preset by condition calculating machine, controls the distance between drill bit and workpiece to enter
Row chamfering, material folding, revolution and workpiece ex-situ operations can be automatically performed and precisely index positioning and chamfering is carried out to workpiece, carried significantly
High workload efficiency；Inclination angle between supporting member and chamfering platform is 0~90 °, advantageously in chamfering；Stroke regulating mechanism
It is at least two with cutting mechanism, can make it that operating efficiency is higher；Motor uses threephase asynchronous, and runnability is more
It is good；Driving element is servomotor, and control speed, positional precision can be made more accurate；Spacing knot is additionally provided with rotary table
Structure, preferably workpiece can be carried out spacing；Gripping block may be such that design is more reasonable directly over rotary table.
Brief description of the drawings
Fig. 1 is the structural representation that the utility model automates beveler.
Fig. 2 is the structural representation of the utility model workpiece.
In figure：
1. chamfering platform；
2. stroke regulating mechanism, 201. supporting members, 202. guide rails, 203. fixed frames, 204. driving elements, 205.
Axle device, 206. pairing bearings, 207. ball screws；
3. cutting mechanism, 301. slide plates, 302. motor, 303. drill chucks, 304. drill bits；
4. rotary working machine structure, 401. rotary tables, 402. motors, 403. position limiting structures；
5. clamp system, 501. clamp support, 502. clamping cylinders, 503. gripping blocks；
6. operating conditions system, 601. controllers, 602. condition calculating machines；
7. workpiece, 701. fixing holes.
Embodiment
The utility model automation beveler is further explained with reference to the accompanying drawings and examples.
As Figure 1-Figure 2, a kind of automation beveler, it includes chamfering platform 1, and the chamfering platform 1 is provided with automatic
Chamfering system, the automatic chamfering system include stroke regulating mechanism 2, cutting mechanism 3, rotary working machine structure 4, the and of clamp system 5
Operating conditions system 6；
The stroke regulating mechanism 2 is distributed in the outside surrounding of rotary working machine structure 4, and the cutting mechanism 3 is adjusted located at stroke
Complete machine structure 2 simultaneously keeps relative motion, and the clamp system 5 is kept located at the side of rotary working machine structure 4 and with rotary working machine structure 4
Compounding practice, the operating conditions system 6 respectively with stroke regulating mechanism 2, cutting mechanism 3, rotary working machine structure 4 and clamping machine
Structure 5 connects；
The stroke regulating mechanism 2 include supporting member 201, guide rail 202, fixed frame 203, driving element 204 and
Transmission adjustment component, transmission adjustment component include shaft coupling 205, pairing bearing 206 and ball screw 207, the supporting structure
Part 201 is on chamfering platform 1, and the side of supporting member 201 is provided with guide rail 202, and the ball screw 207 is located at guide rail
Between 202, fixed frame 203 is additionally provided with the supporting member 201, the fixed frame 203 is provided with driving element 204,
The shaft coupling 205 is arranged in fixed frame 203 and is connected with driving element 204, and described one end of shaft coupling 205 is through matching axle
206 are held with ball screw 207 to be connected；
The cutting mechanism 3 includes slide plate 301, motor 302, drill chuck 303 and drill bit 304, is set on the slide plate 301
There is motor 302, described one end of motor 302 is provided with drill chuck 303, and described one end of drill chuck 303 is provided with drill bit 304, described
Slide plate 301 keeps linking through ball screw 207 and driving element 204, and guide rail 202 and stroke regulating mechanism by being adapted
2 relative motions；
The rotary working machine structure 4 includes rotary table 401 and motor 402, and rotary table 401, which refers to carry, to be turned
Dynamic table top, to load workpiece 7 and realize revolution and indexing positioning, the rotary table 401 is located on chamfering platform 1,
The rotary table 401 is provided with workpiece 7, and the rotary table 401 is connected with motor 402 and workpiece 7 is turned round
Positioned with indexing；
The clamp system 5 includes clamping support 501, clamping cylinder 502 and gripping block 503, and the clamping support 501 is set
In on chamfering platform 1, the clamping support 501 is provided with clamping cylinder 502, and the gripping block 503 is driven with clamping cylinder 502
It is connected, and keeps gripping block 503 to be oppositely arranged with rotary table 401 and make gripping block 503 to the work on rotary table 401
Clamping is fixed in part 7；
The operating conditions system 6 includes controller 601 and condition calculating machine 602, the controller 601 respectively with driving
Element 204, motor 302, motor 402 are connected with clamping cylinder 502, and the controller 601 is connected simultaneously with condition calculating machine 602
The haul distance that ball screw 207 is preset by condition calculating machine 602 controls the distance between drill bit 304 and workpiece 7 to be fallen
Angle.
Inclination angle between the supporting member 201 and chamfering platform 1 is 73 °.The stroke regulating mechanism 2 and cutter
Structure 3 is disposed as three.The motor 302 is threephase asynchronous.The driving element 204 is servomotor.It is described
Position limiting structure 403 is additionally provided with rotary table 401.The guide rail 202 is line slideway.The gripping block 503 is located at revolution
Directly over workbench 401.
Specific implementation process is：
First, workpiece 7 is placed in rotary table 401, and any one fixing hole 701 on workpiece 7 is set in revolution
Workpiece 7 is carried out on the position limiting structure 403 of workbench 401 spacing；
Secondly, open condition calculating machine 602, and by condition calculating machine 602 input the haul distance of ball screw 207 with
It is easy to control the distance between drill bit 304 and workpiece 7, via controller 601 controls driving element 204, motor 302, electricity respectively
Machine 402 and clamping cylinder 502 are driven, so that rotary table 401 carries out automatic rotary and indexing by motor 402
Positioning realizes that workpiece 7 replaces, and is coordinated by clamping cylinder 502 and gripping block 503 on fixed clamp rotary table 401
Workpiece 7, then drive shaft coupling 205 through driving element 204 and linked with pairing bearing 206 and ball screw 207 so that it is sliding
Plate 301 keeps linking by the guide rail 202 being adapted with ball screw 207, and forms relative motion with stroke regulating mechanism 2,
In addition, the motor 302 on slide plate 301 drives drill chuck 303 to rotate with drill bit 304 and carried out to the fixing hole 701 on workpiece 7
Chamfering.Using automation beveler of the present utility model, operating efficiency is high, can accurate chamfering automatically, chamfering precision is high, pole
The earth improves workpiece quality, can be automatically performed material folding, revolution and workpiece ex-situ operations and precisely index positioning and workpiece is entered
Row chamfering, greatly improves operating efficiency, reduces human cost.
The above is example of the present utility model and explanation, but does not mean that the obtainable advantage of the utility model by this
Limit, may be excellent to being realized in the simple transformation of structure, and/or some embodiments in every the utility model practice process
Wherein one or more of point are in the protection domain of the application.
Claims (8)
1. one kind automation beveler, it is characterised in that：It includes chamfering platform (1), and the chamfering platform (1) is provided with to be fallen automatically
Angle system, the automatic chamfering system include stroke regulating mechanism（2）, cutting mechanism（3）, rotary working machine structure（4）, clamp system
（5）With operating conditions system（6）；
The stroke regulating mechanism（2）It is distributed in rotary working machine structure（4）Outside surrounding, the cutting mechanism（3）Located at stroke
Adjustment mechanism（2）And relative motion is kept, the clamp system（5）Located at rotary working machine structure（4）Side and with turn round work
Mechanism（4）Keep compounding practice, the operating conditions system（6）Respectively with stroke regulating mechanism（2）, cutting mechanism（3）, revolution
Operating mechanism（4）And clamp system（5）Connection；
The stroke regulating mechanism（2）Including supporting member（201）, guide rail（202）, fixed frame（203）, driving element
（204）And transmission adjustment component, transmission adjustment component include shaft coupling（205）, pairing bearing（206）And ball screw
（207）, the supporting member（201）Located at chamfering platform（1）On, the supporting member（201）Side is provided with guide rail（202）,
The supporting member（201）On be additionally provided with fixed frame（203）, the fixed frame（203）It is provided with driving element（204）,
The shaft coupling（205）It is arranged in fixed frame（203）Interior and and driving element（204）Connection, the shaft coupling（205）One end
Through matching bearing（206）With ball screw（207）It is connected；
The cutting mechanism（3）Including slide plate（301）, motor（302）, drill chuck（303）And drill bit（304）, the slide plate
（301）It is provided with motor（302）, the motor（302）One end is provided with drill chuck（303）, the drill chuck（303）One end
Provided with drill bit（304）, the slide plate（301）Through ball screw（207）With driving element（204）Linkage is kept, and by mutually fitting
The guide rail matched somebody with somebody（202）With stroke regulating mechanism（2）Relative motion；
The rotary working machine structure（4）Including rotary table（401）And motor（402）, the rotary table（401）It is located at
Chamfering platform（1）On, the rotary table（401）It is provided with workpiece（7）, the rotary table（401）With motor（402）
It is connected and to workpiece（7）Turned round and indexed positioning；
The clamp system（5）Including clamping support（501）, clamping cylinder（502）And gripping block（503）, the clamping support
（501）Located at chamfering platform（1）On, the clamping support（501）It is provided with clamping cylinder（502）, the gripping block（503）With
Clamping cylinder（502）Transmission is connected, and keeps gripping block（503）With rotary table（401）It is oppositely arranged and makes gripping block
（503）To rotary table（401）On workpiece（7）Clamping is fixed；
The operating conditions system（6）Including controller（601）With condition calculating machine（602）, the controller（601）Respectively with
Driving element（204）, motor（302）, motor（402）And clamping cylinder（502）It is connected, the controller（601）With operating mode
Computer（602）It is connected and passes through condition calculating machine（602）Default ball screw（207）Haul distance control drill bit（304）
With workpiece（7）The distance between carry out chamfering.
2. automation beveler according to claim 1, it is characterised in that：The supporting member（201）With chamfering platform
（1）Between inclination angle be 0~90 °.
3. automation beveler according to claim 1, it is characterised in that：The stroke regulating mechanism（2）And cutter
Structure（3）At least two.
4. automation beveler according to claim 1, it is characterised in that：The motor（302）For phase asynchronous electricity
Motivation.
5. automation beveler according to claim 1, it is characterised in that：The driving element（204）For servomotor.
6. automation beveler according to claim 1, it is characterised in that：The rotary table（401）On be additionally provided with
Position limiting structure（403）.
7. automation beveler according to claim 1, it is characterised in that：The guide rail（202）For line slideway.
8. automation beveler according to claim 1, it is characterised in that：The gripping block（503）Located at revolution work
Platform（401）Surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720519122.0U CN206763937U (en) | 2017-05-11 | 2017-05-11 | One kind automation beveler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720519122.0U CN206763937U (en) | 2017-05-11 | 2017-05-11 | One kind automation beveler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206763937U true CN206763937U (en) | 2017-12-19 |
Family
ID=60648991
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720519122.0U Active CN206763937U (en) | 2017-05-11 | 2017-05-11 | One kind automation beveler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206763937U (en) |
-
2017
- 2017-05-11 CN CN201720519122.0U patent/CN206763937U/en active Active
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