CN206764318U - A kind of adjustable multi-angle machines workbench - Google Patents
A kind of adjustable multi-angle machines workbench Download PDFInfo
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- CN206764318U CN206764318U CN201720226244.0U CN201720226244U CN206764318U CN 206764318 U CN206764318 U CN 206764318U CN 201720226244 U CN201720226244 U CN 201720226244U CN 206764318 U CN206764318 U CN 206764318U
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- 238000003754 machining Methods 0.000 claims abstract description 26
- 238000003825 pressing Methods 0.000 claims description 53
- 238000003780 insertion Methods 0.000 claims description 6
- 230000037431 insertion Effects 0.000 claims description 6
- 238000004519 manufacturing process Methods 0.000 abstract description 4
- 210000003739 neck Anatomy 0.000 description 22
- 238000010586 diagram Methods 0.000 description 3
- 238000000034 method Methods 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 2
- 238000009434 installation Methods 0.000 description 2
- 230000000630 rising effect Effects 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
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Abstract
A kind of adjustable multi-angle machining workbench, including support, workbench, rotating shaft, cushion block are the utility model is related to, support includes bottom plate, axle bed I, cushion block and lays position；The rear side of bottom plate is provided with axle bed I, perpendicular to bottom plate；Rotating shaft is fixedly installed in the upper end of axle bed I；The bottom surface side of workbench is provided with axle bed II, and axle bed II is provided with axis hole；Workbench by shaft hole sleeve in rotating shaft, can be with respect to axis of rotation；The left and right sides of bottom plate is provided with cushion block and lays position；When cushion block is positioned on cushion block placement position, workbench bottom surface is withstood on its top, and causes workbench and horizontal plane to have the angle β of processing request.Can be according to the production requirement of different enterprises, the angle of self-defined workbench, as long as setting a kind of angle, angle cushion block set by making.
Description
Technical field
Machining technology field is the utility model is related to, particularly a kind of adjustable multi-angle machining workbench.
Background technology
In the machining content being often related in machinery industry, processing is not orthogonal to the hole of machine tool chief axis, is not orthogonal to machine
The plane of bed main shaft and the type face less than 90 °, it usually needs use five-axle number control machine tool.Five-axle number control machine tool is high-end machine
Bed, price are big compared with high, programming complexity, operation difficulty, and the very high technical merit of needs is supported when being related to high finishing.Most
The lathe commonly used in number enterprises is usually Eco-power three-axis numerical control machining tool, and three axis numerically controlled machine can not meet it is above-mentioned
These processing contents demand.At present, using universal table, it can cause three axis numerically controlled machine can be realized substantially to add to above-mentioned
The processing of work content needs, but universal table is complicated, heavy, angular adjustment process is complicated, precision and stability not
It is good to control, it is poorly suited in large batch of machining production.The universal table of in the market is generally small-sized, can only meet
To the process requirements of small workpiece, and price is also higher.Industry is fabricated in automobile die, processing is related to small-sized, medium-sized, big
The workpiece of type, it usually needs workpiece of the processing with 20 °, 30 °, 35 °, 40 ° angularly stations.Therefore, a kind of structure letter is studied
It is single, stably, the workbench of the high angle adjustable of precision, the station processing request in the various angles in automobile die can be met,
Also it can meet that the processing request of the station in the various angles of the component of machine in other fields is actually important.
The content of the invention
The purpose of this utility model is that providing a kind of adjustable multi-angle machines workbench, passes through the angle of adjustment work platform
Degree so that positive machine table can be machined out to the station on workpiece with various angles.
To reach above-mentioned purpose, the technical solution adopted in the utility model is as follows：A kind of adjustable multi-angle machines work
Platform, including support, workbench, rotating shaft, cushion block, described support include bottom plate, axle bed I, cushion block and lay position；Described bottom plate
Rear side is provided with axle bed I, perpendicular to bottom plate；Described rotating shaft is fixedly installed in the upper end of axle bed I；The bottom surface of described workbench
Side is provided with axle bed II, and described axle bed II is provided with axis hole；Described workbench by shaft hole sleeve in rotating shaft, Neng Gouxiang
Countershaft rotates；The left and right sides of described bottom plate is provided with cushion block and lays position；
When described cushion block is positioned on cushion block placement position, workbench bottom surface is withstood on its top, and causes workbench and water
Plane has the angle β of processing request.
Preferably, described cushion block includes 4 kinds, the angle β for causing workbench and horizontal plane respectively is 20 °, 30 °, 35 °,
40°。
Preferably, annular slot is provided with the middle part of described rotating shaft, the thickness of described axle bed I is less than the thickness of rotating shaft, institute
Together it is placed in axle bed I including annular slot in the middle part of the rotating shaft stated, the upper end of axle bed I corresponds to annular slot position and is provided with bolt
Hole, anticreep screw rod is by bolt hole insertion annular slot, fixing rotating shaft.
Preferably, described a kind of adjustable multi-angle machining workbench, in addition to support bar, described support bar are placed in
When cushion block lays position, workbench is withstood so that workbench and plane-parallel.
Preferably, described a kind of adjustable multi-angle machining workbench, in addition to fixing device I and fixing device II,
When adjustable multi-angle processing work platform is placed on platen face, fixing device I and fixing device II respectively from anterior and
Rear clamp adjustable multi-angle processing work platform, makes it be stabilized on platen face.
Preferably, described fixing device I includes supporting plate I, pressing plate I, T-shaped screw rod I；Length is provided with described pressing plate I
Groove I；The described lower end of T-shaped screw rod I corresponds to the structure of T-slot I on platen face, is nested in T-slot I, T-shaped screw rod I
Upper end pass through elongated slot I, and screw thread is provided with the upper end of T-shaped screw rod I, nut I screws in pressing plate pressed from above in screw thread
Ⅰ；The described lower end of supporting plate I contacts with platen face, described one end of pressing plate I and the tip contact of supporting plate I, another
End is in contact with support, controls the height of supporting plate I so that pressing plate I compresses support from the top down when nut I is screwed.
Preferably, described fixing device II includes supporting plate II, pressing plate II, T-shaped screw rod II；Opened on described pressing plate II
There is elongated slot II；The described lower end of T-shaped screw rod II corresponds to the structure of T-slot I on platen face, is nested in T-slot I, T-shaped
The upper end of screw rod II passes through elongated slot II, and screw thread is provided with the upper end of T-shaped screw rod II, and nut II is screwed in screw thread from top
Clamping platen II；The described lower end of supporting plate II contacts with platen face, described one end of pressing plate II and supporting plate II
Tip contact, the other end are in contact with opposite side of the workbench away from axle bed II, control the height of supporting plate II so that pressing plate II
When nut II screws, workbench is compressed from the top down.
Including supporting plate III, pressing plate III, T-shaped screw rod III preferably, in addition to fixing device III,；On described pressing plate III
It is provided with elongated slot III；The described lower end of T-shaped screw rod III corresponds to the structure of T-slot II of plane on workbench, is nested in T-slot II, T
The upper end of type screw rod III passes through elongated slot III, and screw thread is provided with the upper end of T-shaped screw rod III, and nut III is screwed in screw thread from upper
Square clamping platen III；The described lower end of supporting plate III and the upper plane contact of workbench, described one end of pressing plate III and supporting plate
III tip contact, the other end are in contact with the side of workpiece, control the height of supporting plate III so that pressing plate III revolves in nut III
When tight, workpiece pressing from the top down.
Preferably, opposite side of the described workbench away from axle bed II is provided with lifting through hole, and lifting is inserted in lifting through hole
Rod, the workbench side wall beside described lifting through hole are provided with anticreep clamp, dop are set on described anticreep clamp, when rising
Hanger rod has been blocked when in hanger rod insertion lifting through hole；Described one end for playing hanger rod offers the card of one section of long type along its axial direction
Groove；Described dop shape is corresponding with the shape of neck；The described hanger rod that rises is provided with handle provided with neck one end, rotates handle
Hand can drive hanger rod to rotate, and when neck turns to dop position, the end of neck can be drawn out to by playing hanger rod.This knot
Structure, coordinate lifting machine to sling workbench, when slinging operation, hanger rod rotation will be played so that neck turns to dop position
Put, hanger rod will be played and extracted out of lifting eye, until the neck rear end for playing hanger rod is blocked by the dop of anticreep clamp, now will lifting
Lifting rope on machine has entangled hanger rod and has sling workbench front end.
Preferably, described a kind of adjustable multi-angle machining workbench, in addition to locating piece, described locating piece include
Inserted block and jacking block, the upper end of described inserted block are connected with jacking block lower end, and described inserted block corresponds to the shape of T-slot II, can fill
Enter in T-slot II, and feed motion can be done along the direction of T-slot II.
Job step of the present utility model is：
1st, adjustable multi-angle machining workbench is placed on platen face, by the T types screw rod I of fixing device I
T-slot I on corresponding platen face is installed, and tightens nut I, pressure plates I is compressed support；Support bar is placed in the bottom of support
Cushion block on plate is laid on position, withstands workbench so that workbench and plane-parallel.
The 2nd, locating piece is placed on to the upper plane of workbench, the inserted block of locating piece is fitted into T-slot II；Workpiece is placed
On the table, the reference plane of workpiece is made to contact the jacking block of locating piece；Fixing device III is placed on the table in plane, made
The T-slot II that the T-shaped lower end of screw rod III is corresponded in the upper plane of workbench is installed, and tightens nut III, makes the workpiece pressing of pressing plate III；
Then locating piece is removed from workbench.
3rd, hanger rod has been rotated, has made the dop of the neck alignment anticreep clamp in hanger rod, a hanger rod will be played and pulled out out of lifting eye
Go out, until the rear end for playing hanger rod is blocked by the dop of anticreep clamp, hanger rod has now been entangled and by workbench front end by lifting rope
Sling, when the angle between workbench and support is more than 90 degree, cushion block is positioned over cushion block and laid on position；Then support is removed
Bar, and workbench is fallen, until the bottom surface of workbench is withstood on the top of cushion block；Lifting rope is removed, hanger rod will be played and push back lifting eye
It is interior, hanger rod has been rotated, dop is staggered with neck.
4th, fixing device II is placed on platen face, the T-slot on the T-shaped corresponding platen face of screw rod II
I installation, and nut II is tightened, pressing plate II is compressed workbench.
When needing to change the angle of workbench, according to aforesaid operations method, the cushion block of different angle is put into.
The beneficial effects of the utility model：
1st, being connected between support and workbench using rotating shaft, the annular slot that rotating shaft is corresponded on axle bed sets anticreep screw rod,
The relative movement of support and workbench in axial direction can be constrained, improves machining accuracy.
2nd, in clamping workpiece, workbench is in horizontality, and after clamping, angle is just adjusted.Working
Clamping is carried out under platform horizontality, easy to operate, safety, it is convenient, fast to calibrate workpiece.
3rd, locating piece after clamping workpiece, can be removed to be designed as movable, avoid in processing locating piece with
Machine tool is interfered.
4th, the cushion block contact between support, workbench for adjusting angle contacts for face, and rigidity is good, is unlikely to deform, for a long time
Precision is guaranteed in use.
5th, hanger rod is played in lifting state and non-lifting state for adjust angle, without workbench is departed from, can keep away
Exempt to lose during production operation.
7th, can be made according to the production requirement of different enterprises, the angle of self-defined workbench, as long as setting a kind of angle
Set angle cushion block.
Brief description of the drawings
Fig. 1 is adjustable multi-angle processing work platform installation diagram
Fig. 2 is adjustable multi-angle processing work platform end perspective view
Fig. 3 is mounting structure for rotating shaft enlarged drawing
Fig. 4 is Working table structure schematic diagram
Fig. 5 is boom hoisting structural representation
Fig. 6 is positioning block structure schematic diagram
Fig. 7 is support structural scheme of mechanism
In figure：1- supports；2- workbench；3- rotating shafts；4- cushion blocks；5- bottom plates；6- axle beds I；7- cushion blocks lay position；8- axle beds
Ⅱ；9- axis holes；10- annular slots；11- anticreep screw rods；12- support bars；13- fixing devices I；14- fixing devices II；15- machines
Bed work top；16- supporting plates I；17- pressing plates I；18-T types screw rod I；19- elongated slots I；20-T type grooves I；21- nuts I；22- branch
Fagging II；23- pressing plates II；24-T types screw rod II；25- elongated slots II；26- nuts II；27- fixing devices III；28- supporting plates III；
29- pressing plates III；30-T types screw rod III；31- elongated slots III；32-T type grooves II；33- nuts III；34- workpiece；35- boom hoistings；
36- plays hanger rod；37- lifting eyes；38- anticreep clamps；39- necks；40- dops；41- locating pieces；42- inserted blocks；43- jacking blocks.
Embodiment
The utility model is described in detail with reference to specific embodiments and the drawings.
Embodiment 1
As shown in figs. 1-7, a kind of adjustable multi-angle machining workbench, including support 1, workbench 2, rotating shaft 3, cushion block 4,
Described support 1 includes bottom plate 5, axle bed I 6, cushion block and lays position 7；The rear side of described bottom plate 5 is provided with axle bed I 6, the bottom of perpendicular to
Plate 5；Described rotating shaft 3 is fixedly installed in the upper end of axle bed I 6；The bottom surface side of described workbench 2 is provided with axle bed II 8,
Described axle bed II 8 is provided with axis hole 9；Described workbench 2 is enclosed in rotating shaft 3 by axis hole 9, can be rotated relative to rotating shaft 3；
The left and right sides of described bottom plate 5 is provided with cushion block and lays position 7；
When described cushion block 4 is positioned on cushion block placement position 7, the bottom surface of workbench 2 is withstood on its top, and causes workbench 2
There is the angle β of processing request with horizontal plane.
Described cushion block 4 includes 4 kinds, and the angle β for causing workbench 2 and horizontal plane respectively is 20 °, 30 °, 35 °, 40 °.
The described middle part of rotating shaft 3 is provided with annular slot 10, and the thickness of described axle bed I 6 is less than the thickness of rotating shaft 3, described
The middle part of rotating shaft 3 be together placed in axle bed I 6 including annular slot 10, the upper end of axle bed I 6 corresponds to the position of annular slot 10 and is provided with
Bolt hole, anticreep screw rod 11 is by bolt hole insertion annular slot 10, fixing rotating shaft 3.
A kind of described adjustable multi-angle machining workbench, in addition to support bar 12, described support bar 12 are placed in pad
When block lays position 7, workbench 2 is withstood so that workbench 2 and plane-parallel.
A kind of described adjustable multi-angle machining workbench, in addition to fixing device I 13 and fixing device II 14, when
When adjustable multi-angle processing work platform is placed on platen face 15, fixing device I 13 and the difference of fixing device II 14 are in the past
Portion and rear clamp adjustable multi-angle processing work platform, make it be stabilized on platen face 15.
Described fixing device I 13 includes supporting plate I 16, pressing plate I 17, T-shaped screw rod I 18；It is provided with described pressing plate I 17
Elongated slot I 19；The described lower end of T-shaped screw rod I 18 corresponds to the structure of T type grooves I 20 on platen face 15, is nested in T-slot I
In 20, the upper end of T-shaped screw rod I 18 passes through elongated slot I 19, and screw thread is provided with the upper end of T-shaped screw rod I 18, and nut I21 is screwed in
Pressing plate I 17 pressed from above in screw thread；The described lower end of supporting plate I 16 contacts with platen face 15, described pressing plate I
17 one end and the tip contact of supporting plate I 16, the other end are in contact with support 1, control the height of supporting plate I 16 so that pressing plate I
17 when nut I21 is screwed, and compresses support 1.
Described fixing device II 14 includes supporting plate II 22, pressing plate II 23, T-shaped screw rod II 24；Described pressing plate II 23
On be provided with elongated slot II 25；The described lower end of T-shaped screw rod II 24 corresponds to the structure of T type grooves I 20 on platen face 15, nested
In in T-slot I 20, the upper end of T-shaped screw rod II 24 passes through elongated slot II 25, and is provided with screw thread on the upper end of T-shaped screw rod II 24,
Nut II 26 screws in pressing plate II 23 pressed from above in screw thread；The described lower end of supporting plate II 22 connects with platen face 15
Touch, described one end of pressing plate II 23 and the tip contact of supporting plate II 22, the other end is with workbench 2 away from the another of axle bed II 8
Side is in contact, and controls the height of supporting plate II 22 so that pressing plate II 23 compresses workbench from the top down when nut II 26 screws
2。
Also include fixing device III 27, including supporting plate III 28, pressing plate III 29, T-shaped screw rod III 30；Described pressing plate III 29
On be provided with elongated slot III 31；The described lower end of T-shaped screw rod III 30 corresponds to the structure of T type grooves II 32 of plane on workbench 2, is nested in T
In type groove II 32, the upper end of T-shaped screw rod III 30 passes through elongated slot III 31, and screw thread, spiral shell are provided with the upper end of T-shaped screw rod III 30
Cap III 33 screws in pressing plate III 29 pressed from above in screw thread；The described lower end of supporting plate III 28 and the upper plane of workbench 2 connect
Touch, described one end of pressing plate III 29 and the tip contact of supporting plate III 28, the other end are in contact with the side of workpiece 34, control branch
The height of fagging III 28 so that pressing plate III 29 is when nut III 33 screws, workpiece pressing 34.
Preferably, described opposite side of the workbench 2 away from axle bed II 8 is provided with lifting through hole 37, lifts by crane the interpolation of through hole 37
Hanger rod 36 is entered, the side wall of workbench 2 on the described side of lifting through hole 37 is provided with anticreep clamp 38, described anticreep clamp
Dop 40 is set on 38, hanger rod 36 has been blocked when rising in the insertion lifting through hole 37 of hanger rod 36；Described one end for playing hanger rod 36
The neck 39 of one section of long type is offered along its axial direction；The described shape of dop 40 is corresponding with the shape of neck 39；Described rises
Hanger rod 36 is provided with handle 35 provided with the one end of neck 39, and rotating handles 35 can drive hanger rod 36 to rotate, when neck 39 rotates
During to 40 position of dop, the end of neck 39 can be drawn out to by playing hanger rod 36.This structure, coordinate lifting machine can be by workbench
Sling, when slinging operation, hanger rod 36 will be played and rotated so that neck 39 turns to the position of dop 40, will play hanger rod 36 from lifting
Extracted in hole 37, until the rear end of neck 39 for playing hanger rod 36 is blocked by the dop 40 of anticreep clamp 38, now by lifting machine
Lifting rope has entangled hanger rod 36 and has sling the front end of workbench 2.
A kind of described adjustable multi-angle machining workbench, in addition to boom hoisting 35, described boom hoisting 35 wrap
Hanger rod 36, lifting eye 37, anticreep clamp 36 are included；Described lifting eye 37 is opened in the left and right sides of the front end of workbench 2 respectively；
The described hanger rod 36 that rises is arranged in lifting eye 37, is risen and is offered one section along an axial direction of hanger rod 36 on the excircle of hanger rod 36
Neck 39, the described starting point of neck 39 have been located at the front end of hanger rod 36, and terminal has been located at the latter half of hanger rod 36；Described is anti-
Off card plate 36 is fixedly mounted on by the lifting eye 37 of the both sides of workbench 2, and dop 40 is set on described anticreep clamp 36, described
Dop 40 has been stuck in the end face of hanger rod 36, and the size of dop 40 is less than the width dimensions of neck 39.
A kind of described adjustable multi-angle machining workbench, in addition to locating piece 41, described locating piece 41 include inserting
Block 42 and jacking block 43, the upper end of described inserted block 42 are connected with the lower end of jacking block 43, the corresponding T-slot II 32 of described inserted block 42
It shape, can be fitted into T-slot II 32, and feed motion can be done along the direction of T-slot II 32.
Job step of the present utility model is：
1st, adjustable multi-angle machining workbench is placed on platen face 15, by the T-shaped of fixing device I 13
T-slot I 20 on the corresponding platen face 15 of screw rod I 18 is installed, and tightens nut I21, pressure plates I 17 is compressed support 1；Branch
Strut 12 is placed in the cushion block on the bottom plate 5 of support 1 and laid on position 7, withstands workbench 2 so that workbench 2 and plane-parallel.
The 2nd, locating piece 41 is placed on to the upper plane of workbench 2, the inserted block 42 of locating piece 41 is fitted into T type grooves II 32；
Workpiece 34 is placed on workbench 2, the reference plane of workpiece 34 is contacted the jacking block 43 of locating piece 41；By fixing device III 27
It is placed on workbench 2 in plane, the T-shaped lower end of screw rod III 30 is corresponded to the T-slot II 32 in the upper plane of workbench 2 and install,
And nut III 33 is tightened, make the workpiece pressing 34 of pressing plate III 29；Then locating piece 41 is removed from workbench 2.
3rd, hanger rod 36 has been rotated, has made the dop 40 of the alignment anticreep of neck 39 clamp 38 in hanger rod 36, hanger rod 36 will be played
Extract in from lifting eye 37, until the rear end for playing the neck 39 of hanger rod 36 is blocked by the dop 40 of anticreep clamp 38, will now rise
Lifting rope on loop wheel machine has entangled hanger rod 36 and has sling the front end of workbench 2, when the angle between workbench 2 and support 1 is more than 90
When spending, cushion block 4 is positioned over cushion block and laid on position 7；Then support bar 12 is removed, and workbench 2 is fallen, until cushion block 4
Withstand the bottom surface of workbench 2 in top；Lifting rope is removed, hanger rod 36 will be played and pushed back in lifting eye 37, hanger rod 36 has been rotated, made dop
40 stagger with neck 39.
Claims (10)
1. a kind of adjustable multi-angle machines workbench, including support（1）, workbench（2）, rotating shaft（3）, cushion block（4）, its feature
It is：
Described support（1）Including bottom plate（5）, axle bed I（6）, cushion block lay position（7）；Described bottom plate（5）Rear side be provided with axle
Seat I（6）, perpendicular to bottom plate（5）；Described rotating shaft（3）It is fixedly installed in axle bed I（6）Upper end；Described workbench（2）'s
Bottom surface side is provided with axle bed II（8）, described axle bed II（8）It is provided with axis hole（9）；Described workbench（2）Pass through axle
Hole（9）It is enclosed on rotating shaft（3）On, can be with respect to rotating shaft（3）Rotate；Described bottom plate（5）The left and right sides be provided with cushion block lay position
（7）；
Described cushion block（4）It is positioned over cushion block and lays position（7）When upper, workbench is withstood on its top（2）Bottom surface, and cause workbench
（2）There is the angle β of processing request with horizontal plane.
A kind of 2. adjustable multi-angle machining workbench according to claim 1, it is characterised in that：Described cushion block（4）
Including 4 kinds, cause workbench respectively（2）Angle β with horizontal plane is 20 °, 30 °, 35 °, 40 °.
A kind of 3. adjustable multi-angle machining workbench according to claim 1, it is characterised in that：Described rotating shaft（3）
Middle part is provided with annular slot（10）, described axle bed I（6）Thickness be less than rotating shaft（3）Thickness, described rotating shaft（3）Middle part
Including annular slot（10）Together it is placed in axle bed I（6）It is interior, axle bed I（6）Upper end correspond to annular slot（10）Position is provided with bolt
Hole, anticreep screw rod（11）Annular slot is inserted by the bolt hole（10）In, fix rotating shaft（3）.
A kind of 4. adjustable multi-angle machining workbench according to claim 1, it is characterised in that：Also include support bar
（12）, described support bar（12）It is placed in cushion block and lays position（7）When, withstand workbench（2）So that workbench（2）With horizontal plane
It is parallel.
A kind of 5. adjustable multi-angle machining workbench according to claim 1, it is characterised in that：Also include fixing device
Ⅰ（13）With fixing device II（14）, when adjustable multi-angle processing work platform is placed in platen face（15）When upper, fixing device
Ⅰ（13）With fixing device II（14）Respectively from anterior and rear clamp adjustable multi-angle processing work platform, it is set to be stabilized in lathe
Work top（15）On.
A kind of 6. adjustable multi-angle machining workbench according to claim 5, it is characterised in that：Described fixing device
Ⅰ（13）Including supporting plate I（16）, pressing plate I（17）, T-shaped screw rod I（18）；Described pressing plate I（17）On be provided with elongated slot I（19）；Institute
The T-shaped screw rod I stated（18）Lower end corresponds to platen face（15）On T-slot I（20）Structure, it is nested in T-slot I（20）
It is interior, T-shaped screw rod I（18）Upper end pass through elongated slot I（19）, and T-shaped screw rod I（18）Upper end on be provided with screw thread, nut I
（21）Screw in pressing plate I pressed from above in screw thread（17）；Described supporting plate I（16）Lower end and platen face（15）Connect
Touch, described pressing plate I（17）One end and supporting plate I（16）Tip contact, the other end and support（1）It is in contact, control support
Plate I（16）Height so that pressing plate I（17）In nut I（21）When screwing, support is compressed from the top down（1）.
A kind of 7. adjustable multi-angle machining workbench according to claim 5, it is characterised in that：Described fixing device
Ⅱ（14）Including supporting plate II（22）, pressing plate II（23）, T-shaped screw rod II（24）；Described pressing plate II（23）On be provided with elongated slot II
（25）；Described T-shaped screw rod II（24）Lower end corresponds to platen face（15）On T-slot I（20）Structure, it is nested in T-shaped
Groove I（20）It is interior, T-shaped screw rod II（24）Upper end pass through elongated slot II（25）, and T-shaped screw rod II（24）Upper end on be provided with spiral shell
Line, nut II（26）Screw in pressing plate II pressed from above in screw thread（23）；Described supporting plate II（22）Lower end works with lathe
Table top（15）Contact, described pressing plate II（23）One end and supporting plate II（22）Tip contact, the other end and workbench（2）Far
Off-axis seat II（8）Opposite side be in contact, control supporting plate II（22）Height so that pressing plate II（23）In nut II（26）Rotation
When tight, workbench is compressed from the top down（2）.
A kind of 8. adjustable multi-angle machining workbench according to claim 1, it is characterised in that：Also include fixing device
Ⅲ（27）, including supporting plate III（28）, pressing plate III（29）, T-shaped screw rod III（30）；Described pressing plate III（29）On be provided with elongated slot III
（31）；Described T-shaped screw rod III（30）Lower end corresponds to workbench（2）The T-slot II of upper plane（32）Structure, it is nested in T-slot
Ⅱ（32）It is interior, T-shaped screw rod III（30）Upper end pass through elongated slot III（31）, and T-shaped screw rod III（30）Upper end on be provided with spiral shell
Line, nut III（33）Screw in pressing plate III pressed from above in screw thread（29）；Described supporting plate III（28）Lower end and workbench（2）
Upper plane contact, described pressing plate III（29）One end and supporting plate III（28）Tip contact, the other end and workpiece（34）'s
Side is in contact, and controls supporting plate III（28）Height so that pressing plate III（29）In nut III（33）When screwing, press from the top down
Clamping of workpieces（34）.
A kind of 9. adjustable multi-angle machining workbench according to claim 1, it is characterised in that：Described workbench
（2）Away from axle bed II（8）Opposite side be provided with lifting through hole（37）, lift by crane through hole（37）Interior insertion lifting rod（36）, it is described
Lift by crane through hole（37）The workbench on side（2）Side wall is provided with anticreep clamp（38）, described anticreep clamp（38）It is upper that card is set
Head（40）, when a hanger rod（36）Insertion lifting through hole（37）Hanger rod has been blocked when interior（36）；Described plays hanger rod（36）One end
The neck of one section of long type is offered along its axial direction（39）；Described dop（40）Shape and neck（39）Shape it is corresponding；Institute
That states plays hanger rod（36）Provided with neck（39）One end is provided with handle（35）, rotating handles（35）Hanger rod can have been driven（36）Turn
It is dynamic, work as neck（39）Turn to dop（40）During position, hanger rod is played（36）Neck can be drawn out to（39）End.
A kind of 10. adjustable multi-angle machining workbench according to claim 1, it is characterised in that：Also include locating piece
（41）, described locating piece（41）Including inserted block（42）And jacking block（43）, described inserted block（42）Upper end and jacking block（43）Under
End connection, described inserted block（42）Corresponding T-slot II（32）Shape, T-slot II can be loaded（32）In, and can be along T-shaped
Groove II（32）Do feed motion in direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720226244.0U CN206764318U (en) | 2017-03-09 | 2017-03-09 | A kind of adjustable multi-angle machines workbench |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720226244.0U CN206764318U (en) | 2017-03-09 | 2017-03-09 | A kind of adjustable multi-angle machines workbench |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206764318U true CN206764318U (en) | 2017-12-19 |
Family
ID=60633389
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720226244.0U Expired - Fee Related CN206764318U (en) | 2017-03-09 | 2017-03-09 | A kind of adjustable multi-angle machines workbench |
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| Country | Link |
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| CN (1) | CN206764318U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108942313A (en) * | 2018-08-31 | 2018-12-07 | 北京航天新风机械设备有限责任公司 | A kind of polygonal degree type face processing tool and method |
| CN109531193A (en) * | 2018-10-23 | 2019-03-29 | 宁波南方塑料模具有限公司 | A kind of tooling that can quickly adjust the angle |
| CN111451788A (en) * | 2019-01-21 | 2020-07-28 | 黑龙江省科学院自动化研究所 | Combined machining and manufacturing platform and using method thereof |
-
2017
- 2017-03-09 CN CN201720226244.0U patent/CN206764318U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108942313A (en) * | 2018-08-31 | 2018-12-07 | 北京航天新风机械设备有限责任公司 | A kind of polygonal degree type face processing tool and method |
| CN109531193A (en) * | 2018-10-23 | 2019-03-29 | 宁波南方塑料模具有限公司 | A kind of tooling that can quickly adjust the angle |
| CN111451788A (en) * | 2019-01-21 | 2020-07-28 | 黑龙江省科学院自动化研究所 | Combined machining and manufacturing platform and using method thereof |
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Granted publication date: 20171219 |