CN208033746U - A kind of efficient bar machining equipment of rail mounted - Google Patents
A kind of efficient bar machining equipment of rail mounted Download PDFInfo
- Publication number
- CN208033746U CN208033746U CN201820395999.8U CN201820395999U CN208033746U CN 208033746 U CN208033746 U CN 208033746U CN 201820395999 U CN201820395999 U CN 201820395999U CN 208033746 U CN208033746 U CN 208033746U
- Authority
- CN
- China
- Prior art keywords
- bar
- matrix
- track
- cutter
- frame
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Abstract
The utility model provides a kind of efficient bar machining equipment of rail mounted, including track II, track I, bar clamping device and two sets of cutter block assemblies；Bar clamping device includes matrix；Matrix upper periphery face includes leading flank I, trailing flank I, left side I and right side I；Matrix top is square frame structure, matrix top includes front frame in, after-frame, left frame while and when right frame；8 V-shaped grooves, 4 block pressur plates of corresponding setting, matrix lower face fixed guide wheel are opened up on matrix upper periphery face；Often set cutter block assembly includes two groups of mill cutter assemblies and drive shaft, every group of mill cutter assemblies include along axis sequentially spaced milling cutter I, milling cutter II and milling cutter III, two sets of cutter block assemblies are respectively positioned on I top of track, and two sets of cutter block assemblies are respectively the cutter block assembly II of the cutter block assembly I and left and right directions arrangement of front-rear direction arrangement.
Description
Technical field
The utility model belongs to field of mechanical technique, and in particular to technical field of mechanical processing is more specifically related to one
The kind efficient bar machining equipment of rail mounted.
Background technology
Mechanical processing refers to the process of being changed to the appearance and size or performance of workpiece by a kind of mechanical equipment.Machine
Production process refer to from raw material（Or semi-finished product）The all processes of product are made.Including raw material for production of machinery
Transport and preserve, the preparation of production, the manufacture of blank, the processing and heat treatment of part, the assembly of product and debugging, paint and
The contents such as packaging.The content of production process is very extensive, the production of the principle and method tissue of modern enterprise system analysis engineering and
Instructing manufacture, regarding production process as one has the production system output and input.
In process of production, it is every change production object shape, size, position and property etc., become finished product or
The process of person's semi-finished product is known as technical process.It is the major part of production process.Technical process can be divided into again casting, forging,
The technical process such as punching press, welding, mechanical processing, assembly, manufacturing technology process generally refer to the mechanical processing technique of part
The summation of the assembling technology procedure of process and machine, other processes then be known as supporting process, such as transport, keeping, power supply,
Maintenance of equipment etc..Technical process is made of one or several tactic processes again, and a process is by there is several
Work step forms.
In mechanical processing process, processing efficiency is improved, reduces production cost, it is enterprise one to obtain good economic benefit
Straight pursuit.
Invention content
The technical problem to be solved by the present invention is to provide a kind of efficient bar machining equipment of rail mounted, Neng Gouyi
The secondary mechanical processing for completing 8 bar end square toes, improves processing efficiency, reduces production cost, obtains good economic benefit.
In order to solve the above-mentioned technical problem, the technical solution of the utility model is：
A kind of efficient bar machining equipment of rail mounted, including front-rear direction extend track II, be located at track II on
Track I that side and left and right directions extend, can be along bar clamping device that track I moves left and right and right above track I
Bar end carries out two sets of cutter block assemblies of Milling Process；Track I can be under the drive of hydraulic cylinder before and after track II
Direction moves so that track I switches between front position-arresting and rear position-arresting, bar clamping device have left stop bit, right stop bit and after
Stop bit；
Bar clamping device includes the matrix of the square section extended up and down；
Matrix center opens up centre bore, and centre bore includes upper square hole connected in sequence and lower square from top to bottom
Hole, the length of side of upper square hole are more than the length of side of lower square hole；The lower part of matrix has pros to contract, matrix underpart
The peripheral surface of tee section passes through step surface transition between matrix upper periphery face and matrix underpart peripheral surface；
Matrix upper periphery face includes leading flank I, trailing flank I, left side I and right side I；Matrix top is square frame
Body structure, matrix top includes front frame in, after-frame, left frame while and when right frame；
The left side and right side of leading flank I offer the V-shaped groove of upper and lower directions extension, the left side of trailing flank I respectively
Offer the V-shaped groove of upper and lower directions extension respectively with right side, the front side portion and rear lateral portion of left side I offer upper and lower respectively
To the V-shaped groove of extension, the front side portion and rear lateral portion of right side I offer the V-shaped groove of upper and lower directions extension, whole V-shaped grooves respectively
Originate in matrix upper surface and terminates at step surface；
The front pressuring plate that bar in I liang of V-shaped groove of leading flank clamps is located at I front of leading flank, is fixed on leading flank I
Have extend forward be front pressuring plate be moved forward and backward be oriented to guide post；The rear pressure that bar in the V-shaped groove of I liang of trailing flank is clamped
Plate is located at I rear of trailing flank, be fixed on trailing flank I extend back be rear fender be moved forward and backward be oriented to guide post；It will be located at
The left pressing plate that bar in the V-shaped groove of I liang of left side clamps is located at I left of left side, is fixed with to extend to the left on left side I and is
Left pressing plate moves left and right the guide post of guiding；The right pressing plate that bar in the V-shaped groove of I liang of right side clamps is located at right side I
Right, is fixed with that extend to the right be guide post that right pressing plate moves left and right guiding on right side I；
The front frame clamping cylinder of installation for driving front pressuring plate in the upper hole for offering front-rear direction through front frame while, hole；
The after-frame clamping cylinder of installation for driving rear fender in the upper hole for offering front-rear direction through after-frame while, hole；On left frame side
The hole that left and right directions runs through left frame side is offered, the clamping cylinder for driving left pressing plate is installed in hole；A left side is offered on right frame side
Right direction runs through the hole on right frame side, and the clamping cylinder for driving right pressing plate is installed in hole；
Matrix lower face is fixed with the directive wheel for enabling matrix to be moved along track I；
Often set cutter block assembly include two groups of mill cutter assemblies and drive shaft, every group of mill cutter assemblies include along axis sequentially between
Every the milling cutter I, milling cutter II and milling cutter III of setting, drive shaft wears milling cutter I, milling cutter II and milling cutter III, between milling cutter I and milling cutter II
Spacing and milling cutter II and milling cutter III between spacing it is equal, it is square that spacing between milling cutter I and milling cutter II is equal to bar square toes
The length of side of tee section；
Two sets of cutter block assemblies are respectively positioned on I top of track, and two sets of cutter block assemblies are respectively what front-rear direction was arranged
The cutter block assembly II of cutter block assembly I and left and right directions arrangement, cutter block assembly I, which is located at a bar clamping device left side, to be stopped
Between position and right stop bit, two groups of mill cutter assemblies of cutter block assembly I are with positioned at the right and left of the bar clamping device of left stop bit
To center line before and after be symmetrical arranged, cutter block assembly II is located between the right stop bit of bar clamping device and rear position-arresting, combine
Two groups of mill cutter assemblies of milling cutter assembly II are symmetrical with the center line in the front-back direction of the bar clamping device positioned at right stop bit
Setting.
The above-mentioned efficient bar machining equipment of rail mounted, track I include two tracks and the setting of time interval setting
The end carriage for two tracks to link into an integrated entity in two track both ends, it is accordingly, fixed on matrix lower face to lead
It it is four groups to wheel.
Above-mentioned rail mounted efficient bar machining equipment is fixed with the wheel of front-rear direction extension on the upper surface of track II
Rail is fixed with wheel carrier on the lower surface of track I, and by axis pin rotational support on wheel carrier, axis pin left and right directions extends wheel, takes turns table
There is annular groove, wheel track to be located in annular groove at the middle part in face.
The middle part of the above-mentioned efficient bar machining equipment of rail mounted, front pressuring plate left and right directions forms recess, and rear fender is left
The middle part of right direction forms recess, and left pressing plate middle part in the front-back direction forms recess, and right pressing plate middle part in the front-back direction forms recessed
It falls into.
The lower edge of the above-mentioned efficient bar machining equipment of rail mounted, front pressuring plate is located above step surface, rear fender
Lower edge is located above step surface, and the lower edge of left pressing plate is located above step surface, and the lower edge of right pressing plate is located on step surface
Side.
The above-mentioned efficient bar machining equipment of rail mounted, matrix underpart peripheral surface include leading flank II, trailing flank II, a left side
Side II and right side II；
II left side of leading flank, II right side of leading flank, II left side of trailing flank, II right side of trailing flank, left side II
Front side portion, II rear lateral portion of left side, II front side portion of right side and II rear lateral portion of right side are respectively provided with bar lower limiting mechanism, bar
Lower limiting mechanism includes the support top screw rod of the vertically-arranged worn in the nut and nut being fixed on matrix underpart peripheral surface, support top spiral shell
Bar is located at the underface of corresponding bar, and support top screw rod corresponds to the lower face of bar for support top.
The above-mentioned efficient bar machining equipment of rail mounted, fixed guide post is left and right spaced two on leading flank I
Root, the clamping cylinder installed on front frame side are located among two guide posts in the lateral direction；Fixed guide post is a left side on trailing flank I
Two of right septum setting, the clamping cylinder installed on after-frame side is located among two guide posts in the lateral direction；On left side I
Fixed guide post is two of time interval setting, and the clamping cylinder installed on left frame side is located at two guide posts in the longitudinal direction
It is intermediate；Fixed guide post is two of time interval setting on right side I, and the clamping cylinder installed on right frame side is in the longitudinal direction
Among two guide posts.
The above-mentioned efficient bar machining equipment of rail mounted, two V-shaped grooves of leading flank I are symmetrical set；Trailing flank I
Two V-shaped grooves are symmetrical set；It is symmetrical arranged before and after two V-shaped grooves of left side I；It is symmetrically set before and after two V-shaped grooves of right side I
It sets.
The above-mentioned efficient bar machining equipment of rail mounted, the center line that whole V-shaped grooves and matrix upper and lower directions extend away from
From being equal.
The above-mentioned efficient bar machining equipment of rail mounted, whole clamping cylinders are hydraulic cylinder or cylinder.
Matrix upper periphery face includes leading flank I, trailing flank I, left side I and right side I, is respectively provided on each side I
Twice V-shaped groove, correspondence encompassing can receive 8 circular bars and correspondingly be provided with front pressuring plate, rear fender, left pressing plate and right pressure
8 circular bars are realized clamping and positioning by plate under the action of clamping cylinder.Bar clamping device on track I it is mobile realize from
Left stop bit reaches right stop bit, and bar passes through the milling of cutter block assembly I, after completing a procedure, processes circular bar side
The opposite sides face of head, track I can move so that track I reaches under the drive of hydraulic cylinder along II front-rear direction of track
Rear position-arresting also just realizes that bar clamping device reaches rear position-arresting from right stop bit, and bar passes through the milling of cutter block assembly II, complete
After two procedures, the other opposite sides face of circular bar square toes is processed, so far completes the square toes that bar is all clamped
Processing.The utility model can realize the Milling Process of bar square toes in the case where not dismantling bar, improve processing efficiency,
Production cost is reduced, good economic benefit is obtained.Matrix center opens up centre bore, and matrix top is square frame structure,
It is easily installed clamping cylinder.
Description of the drawings
Below in conjunction with the accompanying drawings to the further details of explanation of the utility model：
Fig. 1 is the vertical view of the utility model, and bar clamping device is in left stop bit.
Fig. 2 is the front view of the utility model, and bar clamping device is in left stop bit.
Fig. 3 is the vertical view of 8 bars, and bar clamping device is in left stop bit.
Fig. 4 is the vertical view of the utility model, and bar clamping device is in right stop bit.
Fig. 5 is the vertical view of 8 bars, and bar clamping device is in right stop bit.
Fig. 6 is the vertical view of the utility model, and bar clamping device is in rear position-arresting.
Fig. 7 is the vertical view of 8 bars, and bar clamping device is in rear position-arresting.
Fig. 8 is the vertical view of bar clamping device.
Fig. 9 is the front view of bar clamping device.
Figure 10 is the vertical view of matrix.
The structural schematic diagram of Figure 11 motions between track II and track I.
In figure：1 left pressing plate, 2 guide posts, 3 tracks II, 4 matrixes, 5 clamping cylinders, 6 clamping cylinders, 7 bars, 8 times square holes, 9
Upper square hole, 10 tracks I, 11V shape slots, 12 support top screw rods, 13 nuts, 14 directive wheels, 15 end carriages, 16 hydraulic cylinders, 17 steps
Face, 18 milling cutters III, 19 milling cutters II, 20 milling cutters I, 21 milling cutters III, 22 milling cutters II, 23 milling cutters I, 24 cutter block assemblies I, 25 combinations
Milling cutter assembly II, 26 axis pins, 27 wheel tracks, 28 wheels, 29 wheel carriers.
Specific implementation mode
As shown in Figure 1 to 11, the efficient bar machining equipment of a kind of rail mounted includes the track of front-rear direction extension
II 3, it track I 10 that left and right directions extends, can move left and right above track II and along track I above track I
Bar clamping device and two sets of cutter block assemblies that Milling Process is carried out to bar end.Track I can be in hydraulic cylinder 16
Drive under move so that track I in front position-arresting and rear position-arresting along II front-rear direction of track（Shown in Fig. 1 dotted lines）Between switch,
Bar clamping device has left stop bit, right stop bit and rear position-arresting.
Bar clamping device includes the matrix 4 of the square section extended up and down.
Matrix center opens up centre bore, and centre bore includes upper square hole 9 connected in sequence and lower square from top to bottom
Hole 8, the length of side of upper square hole are more than the length of side of lower square hole；That is：Square hole is opened up in matrix, then on
Lower square hole is opened up below square hole.
The lower part of matrix has the peripheral surface of square section to contract, matrix underpart, that is to say, that matrix top
There is the peripheral surface of square section, matrix upper periphery face size to be more than for peripheral surface with square section, matrix underpart
Matrix underpart peripheral surface size.Pass through 17 transition of step surface between matrix upper periphery face and matrix underpart peripheral surface.
Matrix upper periphery face includes leading flank I, trailing flank I, left side I and right side I；Matrix top is square frame
Body structure, matrix top includes front frame in, after-frame, left frame while and when right frame.
The left side and right side of leading flank I offer the V-shaped groove of upper and lower directions extension, the left side of trailing flank I respectively
Offer the V-shaped groove of upper and lower directions extension respectively with right side, the front side portion and rear lateral portion of left side I offer upper and lower respectively
To the V-shaped groove 11 of extension, the front side portion and rear lateral portion of right side I offer the V-shaped groove of upper and lower directions extension, whole V-arrangements respectively
Slot originates in matrix upper surface and terminates at step surface.
The front pressuring plate that bar in I liang of V-shaped groove of leading flank clamps is located at I front of leading flank, is fixed on leading flank I
Have extend forward be front pressuring plate be moved forward and backward be oriented to guide post；The rear pressure that bar in the V-shaped groove of I liang of trailing flank is clamped
Plate is located at I rear of trailing flank, be fixed on trailing flank I extend back be rear fender be moved forward and backward be oriented to guide post；It will be located at
The left pressing plate 1 that bar 7 in the V-shaped groove of I liang of left side clamps is located at I left of left side, is fixed on left side I and extends to the left
The guide post 2 of guiding is moved left and right for left pressing plate；The right pressing plate that bar in the V-shaped groove of I liang of right side clamps is located at right side
I right of face, is fixed with that extend to the right be guide post that right pressing plate moves left and right guiding on right side I.
The front frame clamping cylinder of installation for driving front pressuring plate in the upper hole for offering front-rear direction through front frame while, hole；
The after-frame clamping cylinder 5 of installation for driving rear fender in the upper hole 6 for offering front-rear direction through after-frame while, hole；Left frame side
On offer the hole that left and right directions runs through left frame side, the clamping cylinder for driving left pressing plate is installed in hole；It is offered on right frame side
Left and right directions runs through the hole on right frame side, and the clamping cylinder for driving right pressing plate is installed in hole.
Matrix lower face is fixed with the directive wheel 14 for enabling matrix to be moved along track I.
Often set cutter block assembly include two groups of mill cutter assemblies and drive shaft, every group of mill cutter assemblies include along axis sequentially between
Every the milling cutter I, milling cutter II and milling cutter III of setting, drive shaft wears milling cutter I, milling cutter II and milling cutter III, between milling cutter I and milling cutter II
Spacing and milling cutter II and milling cutter III between spacing it is equal, it is square that spacing between milling cutter I and milling cutter II is equal to bar square toes
The length of side of tee section；
Two sets of cutter block assemblies are respectively positioned on I top of track, and two sets of cutter block assemblies are respectively what front-rear direction was arranged
The cutter block assembly II 25 of cutter block assembly I 24 and left and right directions arrangement, cutter block assembly I are located at bar clamping device
Between left stop bit and right stop bit, two groups of mill cutter assemblies of cutter block assembly I are with positioned at a left side for the bar clamping device of left stop bit
It being symmetrical arranged before and after the center line of right direction, cutter block assembly II is located between the right stop bit of bar clamping device and rear position-arresting,
Two groups of mill cutter assemblies of cutter block assembly II are with positioned at the center line in the front-back direction of bar clamping device or so of right stop bit
It is symmetrical arranged.
For figure, cutter block assembly includes milling cutter I 20, milling cutter II 19 and milling cutter III 18 and milling cutter I 23, milling cutter
II 22 and milling cutter III 21, drive shaft wear milling cutter I 20, milling cutter II 19 and milling cutter III 18 and milling cutter I 23, milling cutter II 22 and milling cutter
Ⅲ21；The spacing of milling cutter I 20 and spacing=milling cutter II 19 of milling cutter II 19 and the spacing=milling cutter I 23 and milling cutter II 22 of milling cutter III 18
The length of side of=milling cutter II 22 and spacing=bar square toes square section of milling cutter III 21, that is to say, that every bar is by primary
Milling mills out the opposite sides face of square toes.
Track I include two tracks of time interval setting and be set to two track both ends for by two tracks
The end carriage 15 to link into an integrated entity, accordingly, fixed directive wheel is four groups on matrix lower face.End carriage can also play directive wheel
Position-limiting action.
It is fixed with the wheel track 27 of front-rear direction extension on the upper surface of track II, wheel carrier is fixed on the lower surface of track I
29, by 26 rotational support of axis pin on wheel carrier, axis pin left and right directions extends wheel 28, and the middle part of wheel surface has annular groove,
Wheel track is located in annular groove.
Specifically, the middle part of front pressuring plate left and right directions forms recess, and the middle part of rear fender left and right directions forms recess, left pressure
Plate middle part in the front-back direction forms recess, and right pressing plate middle part in the front-back direction forms recess.
Specifically, the lower edge of front pressuring plate is located above step surface, and the lower edge of rear fender is located above step surface, left pressure
The lower edge of plate is located above step surface, and the lower edge of right pressing plate is located above step surface.
Matrix underpart peripheral surface includes leading flank II, trailing flank II, left side II and right side II；II left side of leading flank
Portion, II right side of leading flank, II left side of trailing flank, II right side of trailing flank, II front side portion of left side, II rear side of left side
Portion, II front side portion of right side and II rear lateral portion of right side are respectively provided with bar lower limiting mechanism, and bar lower limiting mechanism includes fixing
The support top screw rod 12 of the vertically-arranged worn in the nut 13 and nut on matrix underpart peripheral surface, support top screw rod are located at corresponding bar
Underface, support top screw rod corresponds to the lower face of bar for support top.Rotating support top screw rod so that support top screw rod moves up and down,
The upper and lower position of bar above it is adjusted, the positioning to different length bar can be convenient for.
Specifically, fixed guide post is spaced two of left and right on leading flank I, and the clamping cylinder installed on front frame side exists
It is located among two guide posts on left and right directions；Fixed guide post is spaced two of left and right on trailing flank I, on after-frame side
The clamping cylinder of installation is located among two guide posts in the lateral direction；Fixed guide post is arranged for time interval on left side I
Two, the clamping cylinder installed on left frame side is located among two guide posts in the longitudinal direction；Fixed guide post on right side I
It it is two of time interval setting, the clamping cylinder installed on right frame side is located among two guide posts in the longitudinal direction.
Specifically, two V-shaped grooves of leading flank I are symmetrical set；Two V-shaped grooves of trailing flank I are symmetrical set；Left side
It is symmetrical arranged before and after two V-shaped grooves in face I；It is symmetrical arranged before and after two V-shaped grooves of right side I.
Specifically, whole V-shaped grooves are equal with matrix center linear distance.
Specifically, whole clamping cylinders are hydraulic cylinder or cylinder.
Claims (10)
1. a kind of efficient bar machining equipment of rail mounted, it is characterised in that：Including front-rear direction extend track II, be located at
Track I that the top of track II and left and right directions extend can be filled positioned at track I above along the bar clamping that track I moves left and right
Set and carried out to bar end two sets of cutter block assemblies of Milling Process；Track I can be under the drive of hydraulic cylinder along rail
II front-rear direction of road moves so that track I switches between front position-arresting and rear position-arresting, and bar clamping device has left stop bit, the right side
Stop bit and rear position-arresting；
Bar clamping device includes the matrix of the square section extended up and down；
Matrix center opens up centre bore, and centre bore includes upper square hole connected in sequence and lower square hole from top to bottom, on
The length of side of square hole is more than the length of side of lower square hole；The lower part of matrix has square section to contract, matrix underpart
Peripheral surface, pass through step surface transition between matrix upper periphery face and matrix underpart peripheral surface；
Matrix upper periphery face includes leading flank I, trailing flank I, left side I and right side I；Matrix top is square framework knot
Structure, matrix top includes front frame in, after-frame, left frame while and when right frame；
The left side and right side of leading flank I offer the V-shaped groove of upper and lower directions extension, the left side and the right side of trailing flank I respectively
Side offers the V-shaped groove of upper and lower directions extension respectively, and the front side portion and rear lateral portion of left side I offer upper and lower directions and prolong respectively
The V-shaped groove stretched, the front side portion and rear lateral portion of right side I offer the V-shaped groove of upper and lower directions extension, whole V-shaped groove startings respectively
Step surface is terminated in matrix upper surface；
The front pressuring plate that bar in I liang of V-shaped groove of leading flank clamps is located at I front of leading flank, is fixed on leading flank I oriented
Preceding extension is that front pressuring plate is moved forward and backward the guide post being oriented to；The rear fender position that bar in the V-shaped groove of I liang of trailing flank is clamped
In I rear of trailing flank, be fixed on trailing flank I extend back be rear fender be moved forward and backward be oriented to guide post；Left side will be located at
The left pressing plate that bar in the V-shaped groove of I liang of face clamps is located at I left of left side, is fixed with that extend to the left be left pressure on left side I
Plate moves left and right the guide post of guiding；The right pressing plate that bar in the V-shaped groove of I liang of right side clamps is located at I right of right side,
It is fixed with that extend to the right be guide post that right pressing plate moves left and right guiding on right side I；
The front frame clamping cylinder of installation for driving front pressuring plate in the upper hole for offering front-rear direction through front frame while, hole；After-frame
In the upper hole for offering front-rear direction through after-frame while, clamping cylinder of the installation for driving rear fender in hole；Left frame opens up on side
There is left and right directions to run through the hole on left frame side, the clamping cylinder for driving left pressing plate is installed in hole；Right and left is offered on right frame side
To the hole through right frame side, the clamping cylinder for driving right pressing plate is installed in hole；
Matrix lower face is fixed with the directive wheel for enabling matrix to be moved along track I；
Often set cutter block assembly includes two groups of mill cutter assemblies and drive shaft, and every group of mill cutter assemblies include sequentially being spaced to set along axis
Milling cutter I, milling cutter II and the milling cutter III set, drive shaft wear milling cutter I, milling cutter II and milling cutter III, between milling cutter I and milling cutter II between
Equal away from the spacing between milling cutter II and milling cutter III, the spacing between milling cutter I and milling cutter II is cut equal to bar square toes square
The length of side in face；
Two sets of cutter block assemblies are respectively positioned on I top of track, and two sets of cutter block assemblies are respectively the combination of front-rear direction arrangement
Milling cutter assembly I and left and right directions arrangement cutter block assembly II, cutter block assembly I be located at the left stop bit of bar clamping device with
Between right stop bit, two groups of mill cutter assemblies of cutter block assembly I are with positioned at the left and right directions of the bar clamping device of left stop bit
It is symmetrical arranged before and after center line, cutter block assembly II is located between the right stop bit of bar clamping device and rear position-arresting, cutter block
Two groups of mill cutter assemblies of assembly II are symmetrical set with the center line in the front-back direction of the bar clamping device positioned at right stop bit.
2. the efficient bar machining equipment of rail mounted according to claim 1, it is characterised in that：Track I includes front and back
Spaced two tracks and the end carriage for two tracks to link into an integrated entity for being set to two track both ends, it is corresponding
Ground, fixed directive wheel is four groups on matrix lower face.
3. the efficient bar machining equipment of rail mounted according to claim 1, it is characterised in that：The upper surface of track II
On be fixed with the wheel track of front-rear direction extension, wheel carrier is fixed on the lower surface of track I, wheel is by axis pin rotational support in wheel carrier
On, axis pin left and right directions extends, and there is annular groove, wheel track to be located in annular groove at the middle part of wheel surface.
4. the efficient bar machining equipment of rail mounted according to claim 1, it is characterised in that：Front pressuring plate left and right directions
Middle part form recess, the middle part of rear fender left and right directions forms recess, and left pressing plate middle part in the front-back direction forms recess, right pressure
Plate middle part in the front-back direction forms recess.
5. the efficient bar machining equipment of rail mounted according to claim 1, it is characterised in that：The lower edge of front pressuring plate
Above step surface, the lower edge of rear fender is located above step surface, and the lower edge of left pressing plate is located above step surface, right pressure
The lower edge of plate is located above step surface.
6. the efficient bar machining equipment of rail mounted according to claim 1, it is characterised in that：Matrix underpart peripheral surface
Including leading flank II, trailing flank II, left side II and right side II；
II left side of leading flank, II right side of leading flank, II left side of trailing flank, II right side of trailing flank, II front side of left side
Portion, II rear lateral portion of left side, II front side portion of right side and II rear lateral portion of right side are respectively provided with bar lower limiting mechanism, bar lower limit
Position mechanism includes the support top screw rod of the vertically-arranged worn in the nut and nut being fixed on matrix underpart peripheral surface, support top screw rod position
In the underface of corresponding bar, support top screw rod corresponds to the lower face of bar for support top.
7. the efficient bar machining equipment of rail mounted according to claim 1, it is characterised in that：It is fixed on leading flank I
Guide post be spaced two of left and right, the clamping cylinder installed on front frame side is located in two guide posts in the lateral direction
Between；Fixed guide post is spaced two of left and right on trailing flank I, and the clamping cylinder installed on after-frame side is upper in left and right directions
Among two guide posts；Fixed guide post is two of time interval setting on left side I, the clamping cylinder installed on left frame side
It is located among two guide posts in the longitudinal direction；Fixed guide post is two of time interval setting on right side I, right frame side
The clamping cylinder of upper installation is located among two guide posts in the longitudinal direction.
8. the efficient bar machining equipment of rail mounted according to claim 1, it is characterised in that：Two V-arrangements of leading flank I
Slot is symmetrical set；Two V-shaped grooves of trailing flank I are symmetrical set；It is symmetrical arranged before and after two V-shaped grooves of left side I；Right side
It is symmetrical arranged before and after two V-shaped grooves in face I.
9. the efficient bar machining equipment of rail mounted according to claim 1, it is characterised in that：Whole V-shaped grooves and base
The center line distance that body upper and lower directions extends is equal.
10. the efficient bar machining equipment of rail mounted according to claim 1, it is characterised in that：Whole clamping cylinders are
Hydraulic cylinder or cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820395999.8U CN208033746U (en) | 2018-03-22 | 2018-03-22 | A kind of efficient bar machining equipment of rail mounted |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820395999.8U CN208033746U (en) | 2018-03-22 | 2018-03-22 | A kind of efficient bar machining equipment of rail mounted |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208033746U true CN208033746U (en) | 2018-11-02 |
Family
ID=63949057
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820395999.8U Expired - Fee Related CN208033746U (en) | 2018-03-22 | 2018-03-22 | A kind of efficient bar machining equipment of rail mounted |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208033746U (en) |
-
2018
- 2018-03-22 CN CN201820395999.8U patent/CN208033746U/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201070716Y (en) | Combined clamp for drilling semi-circle shaped groove | |
| CN201931279U (en) | Device for machining large-sized workpiece on gantry combined machine tool | |
| CN202292095U (en) | Multi-station numerical control compound machine tool for adjustable wrenches | |
| CN105643010B (en) | Flexible many band-saw machine tools | |
| CN201249229Y (en) | Groove machine for processing groove of thin-wall metal pipe | |
| CN208033746U (en) | A kind of efficient bar machining equipment of rail mounted | |
| CN105033343B (en) | A kind of processing method of complex contour high intensity race ring | |
| CN103950069A (en) | Circular sawing machine with multiple circular saws | |
| CN207103931U (en) | Automatic chamfering machine | |
| CN107520316A (en) | A kind of leaf spring trimming and corner cut assembling die | |
| CN208019486U (en) | A kind of bar end mechanical processing dedicated unit | |
| CN208019840U (en) | A kind of circular bar square toes machining system | |
| CN203343676U (en) | Middle trough turnover device of scrapper blade machine | |
| CN206550179U (en) | Track bending mechanism | |
| CN110001107A (en) | A kind of convenient and fast stamping equipment of die change | |
| CN106270628A (en) | A kind of electric axle hub special three hole boring machines of improvement | |
| CN204035639U (en) | A kind of U-shaped fork connector production miller | |
| CN205033047U (en) | A although chain is revolved post is moved adjustable grinding device for processing stone pillar | |
| CN109434520B (en) | Clamp for machining cylinder body | |
| CN203875972U (en) | Circular sawing machine with multiple circular saws | |
| CN204504317U (en) | A kind of Novel milling machine of continuous control | |
| CN207172226U (en) | A kind of 45 ° of cornering machines of accurate degree | |
| CN203390600U (en) | Dual-column milling clamp for processing middle pull rod | |
| CN104889309A (en) | Large driving wheel trimming, punching and shaping device and trimming, punching and shaping process thereof | |
| CN202263869U (en) | Novel automatic iron railing stool manufacturing machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181102 Termination date: 20190322 |