CN208528771U - A kind of omni-directional automatic cutting machine - Google Patents
A kind of omni-directional automatic cutting machine Download PDFInfo
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- CN208528771U CN208528771U CN201821164398.2U CN201821164398U CN208528771U CN 208528771 U CN208528771 U CN 208528771U CN 201821164398 U CN201821164398 U CN 201821164398U CN 208528771 U CN208528771 U CN 208528771U
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- base plate
- plate
- seat
- guide rod
- omni
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Abstract
The utility model discloses a kind of omni-directional automatic cutting machine, including rack and the base plate, working plate, cutter device and the clamping device that are placed in rack, clamping device is used for clamping workpiece, it is oppositely arranged before and after cutter device and base plate, base plate is set on the rack and base plate does horizontal reciprocating movement along the longitudinal direction, working plate is located on base plate and working plate does horizontal reciprocating movement in left-right direction, and clamping device is located on working plate and clamping device does and horizontally rotates.The utility model is provided with base plate and working plate, clamping device is set on the table and can be rotated to adjust the orientation of workpiece circumferential direction, working plate is located on base plate, working plate can movement in left and right directions to adjust the orientation of workpiece left and right directions, it is completed when cutting workpiece by base plate back-and-forth motion, such the utility model flexibly can quickly adjust cutting angle, and simple and ingenious structure greatly promotes cutting efficiency.
Description
Technical field
The utility model relates to art of zipper fabrication, and in particular to be a kind of omni-directional automatic cutting machine.
Background technique
Cutting machine is a kind of commonly used equipment that can be cut to materials such as metallic steel, carbon member steel, first pipes.Existing cutting
The working plate of machine comprehensive can not adjust, therefore cutting angle can only change by adjusting the orientation angle of workpiece to do, from
And the work pieces process of a variety of cutting angles is needed to need to complete by multiple piece-holder, and it is troublesome in poeration, it is inconvenient.
In view of this, the present inventor furthers investigate in view of the above-mentioned drawbacks in the prior art, there is this case generation then.
Utility model content
The main purpose of the utility model is to provide a kind of omni-directional automatic cutting machines, can adjust work from multiple directions
Platen cuts convenient for multi-angle.
In order to achieve the above objectives, the solution of the utility model is:
A kind of omni-directional automatic cutting machine is provided, wherein including rack and be placed in rack base plate, working plate,
Cutter device and clamping device, clamping device are used for clamping workpiece, are oppositely arranged before and after cutter device and base plate, the pedestal
Plate is set on the rack and base plate does horizontal reciprocating movement along the longitudinal direction, which is located on base plate and works
Platen does horizontal reciprocating movement in left-right direction, which is located on working plate and clamping device does and horizontally rotates.
Further, omni-directional automatic cutting machine includes first bearing seat, the first sliding shoe, the first guide rod, displacement location
Device and rotation positioning device, the first bearing seat are set on the rack, and first guide rod passes through first along the longitudinal direction
Bearing block, the first sliding shoe sliding are located on the first guide rod, which is fixedly connected with base plate；
The displacement location device includes the first cylinder, the second sliding shoe, the second guide rod and second bearing seat, and described the
Two bearing bracket is located on the base plate, and second guide rod passes through second bearing seat, the second sliding shoe in left-right direction
Sliding is located on the second guide rod, which is fixedly connected with working plate, and first cylinder includes the first cylinder
Cylinder and First piston bar, displacement location device are additionally provided with the first fixing seat and the second fixing seat, and first fixing seat is for fixing
Cylinder barrel and the first fixing seat is located on base plate, second fixing seat connect piston rod and the second fixing seat connecting working table
On plate；
The rotation positioning device includes locating rod, fixed outer tube, riffled tube, Rotational Cylindrical and bearing plate, this is fixed
Outer tube is located on the working plate and the periphery connection riffled tube of fixed outer tube, which is inserted into solid along the vertical direction
Determine outer tube and Rotational Cylindrical upper surface connection bearing plate, the locating rod pass through riffled tube to support Rotational Cylindrical；
The clamping device includes fixing clip, sliding fixture block, the second cylinder and third fixing seat, the fixing clip and
Third fixing seat is fixedly connected on the bearing plate, which is slidably connected on bearing plate, and the second cylinder includes
Second cylinder barrel and second piston bar, second cylinder barrel are arranged in third fixing seat, and second piston bar is connect with the sliding fixture block.
Further, the base plate is equipped with gearshift, which includes drive lead screw, feed screw nut's seat, the
Four fixing seats and driving motor, the 4th fixing seat are erected in the rack, and it is solid that the drive lead screw fixation is located at the 4th
In reservation and the drive lead screw passes through feed screw nut's seat, and feed screw nut seat is connect with base plate, and the driving motor drives
Dynamic drive lead screw rotation.
Further, the fixed outer tube is equipped with four location holes protruded into for locating rod.
Further, the first bearing seat, the first sliding shoe, the first guide rod have several, and every one first guide rod is arranged
Two first bearing seats and two piece of first sliding shoe.
Further, the second sliding shoe, the second guide rod and second bearing seat have several, and every one first guide rod is matched
If two second bearing seats and two pieces of the second sliding shoes.
Further, the cutter device includes third cylinder, emery wheel cuts knife, for installing the rotation of emery wheel cuts knife
Pedestal and cutting motor for driving emery wheel cuts knife, third cylinder includes third cylinder barrel and third piston rod, the third
Cylinder barrel is fixedly connected with rack and the third piston rod is connect with rotating base.
After adopting the above structure, the utility model relates to a kind of omni-directional automatic cutting machine have compared with prior art
Beneficial effect is that the utility model is provided with base plate and working plate, and clamping device is set on the table and can be rotated to adjust
The orientation of whole workpiece circumferential direction, working plate are located on base plate, working plate can movement in left and right directions to adjust a workpiece left side
The orientation of right direction is completed when cutting workpiece by base plate back-and-forth motion, and such the utility model flexibly can quickly adjust cutting
Angle, simple and ingenious structure greatly promote cutting efficiency.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model.
Fig. 2 is the right side schematic diagram of the utility model.
Fig. 3 is the front sectional view of the utility model.
In figure:
1, rack；
21, emery wheel cuts knife, 22, cutting motor, 23, rotating base, 24, third cylinder, 241, third cylinder barrel, 242,
Three piston rods；
31, base plate, 32, first bearing seat, the 33, first sliding shoe, the 34, first guide rod；
4, working plate；
51, the first cylinder, the 511, first cylinder barrel, 512, First piston bar, 52, the second sliding shoe, the 53, second guide rod, 54,
Second bearing seat, the 55, first fixing seat, the 56, second fixing seat；
61, locating rod, 62, fixed outer tube, 621, location hole, 63, riffled tube, 64, Rotational Cylindrical, 65, bearing plate；
71, fixing clip, 72, sliding fixture block, the 73, second cylinder, the 731, second cylinder barrel, 732, second piston bar, 74, the
Three fixing seats；
81, drive lead screw, 82, feed screw nut's seat, the 83, the 4th fixing seat, 84, driving motor.
Specific embodiment
In order to which the technical solution of the utility model is explained further, below by specific embodiment come to the utility model into
Row elaborates.Coordinate X, Y, Z respectively indicate front-rear direction, left and right directions and up and down direction in figure.
As shown in Figure 1 to Figure 3, the utility model relates to a kind of omni-directional automatic cutting machine, wherein including 1 He of rack
Base plate 31, working plate 4, cutter device and the clamping device being placed in rack 1, clamping device are used for clamping workpiece, cut
It cuts and is oppositely arranged before and after device and base plate 31, which includes third cylinder 24, emery wheel cuts knife 21, for installing sand
The rotating base 23 and cutting motor 22 for driving emery wheel cuts knife for taking turns cutter, cutting motor 22 by synchronous belt with
Emery wheel cuts knife 21 connects, and third cylinder 24 includes third cylinder barrel 241 and third piston rod 242, the third cylinder barrel 241 and rack
1 is fixedly connected and the third piston rod 242 is connect with rotating base 23, and rotating base 23 is rotatably connected in rack 1, cutting
Preceding starting third cylinder 24, the retraction of third piston rod 242 drive rotating base 23 to turn down, until contact workpiece, restart and cut
Motor 22 is cut, artificial, safe and convenient is avoided.
The base plate 31 is located in rack 1 and base plate 31 does horizontal reciprocating movement along the longitudinal direction, the working plate 4
It is located on base plate 31 and working plate 4 does horizontal reciprocating movement in left-right direction, which is located on working plate 4
And clamping device, which is done, to horizontally rotate.
Specifically, omni-directional automatic cutting machine further include first bearing seat 32, the first sliding shoe 33, the first guide rod 34,
Displacement location device and rotation positioning device, the first bearing seat 32 are located in rack 1, and first guide rod 34 is along front and back
Direction passes through first bearing seat 32, and the sliding of the first sliding shoe 33 is located on the first guide rod 34, table on first sliding shoe 33
Face is fixedly connected with base plate 31, is slided by the first sliding shoe 33 and base plate 31 is driven to slide back and forth, the first bearing seat 32,
First sliding shoe 33, the first guide rod 34 have several, and two first bearing seats 32 and two piece first is arranged in every one first guide rod 34
Sliding shoe 33 is conducive to base plate 31 and stablizes movement.
The displacement location device includes the first cylinder 51, the second sliding shoe 52, the second guide rod 53 and second bearing seat
54, the second bearing seat 54 is located on the base plate 31, and second guide rod 53 passes through second bearing seat in left-right direction
54, the sliding of the second sliding shoe 52 is located on the second guide rod 53, which is fixedly connected with working plate
4, first cylinder 51 includes the first cylinder barrel 511 and First piston bar 512, and displacement location device is additionally provided with the first fixing seat 55
With the second fixing seat 56, first fixing seat 55 is for stator bore and the first fixing seat 55 is located at base plate 31, this
Two fixing seats 56 connect on piston rod and 56 connecting working table plate 4 of the second fixing seat, and such cylinder barrel is fixed on base plate always
On 31, and when piston rod protrudes into or stretches out, the second fixing seat 56 can be driven to move to left or move to right, and then drive working plate 4
It moves to left or moves to right, and piston rod is able to maintain the distance of stretching, to realize the position of working plate 4 in left and right directions.Second
Sliding shoe 52 is moved with the movement of working plate 4, main to play guiding and supporting role, keeps 4 moving process of working plate not inclined
Position, the second sliding shoe 52, the second guide rod 53 and second bearing seat 54 have several, and every one first guide rod 34 is arranged two
Second bearing seat 54 and two pieces of the second sliding shoes 52 are conducive to working plate 4 and stablize movement.
The rotation positioning device includes locating rod 61, fixed outer tube 62, riffled tube 63, Rotational Cylindrical 64 and bearing plate
65, the fixed middle part for being located at the working plate 4 of the fixation outer tube 62, and the periphery of fixed outer tube 62 is connected to riffled tube
63,61 outer surface of locating rod is equipped with the external screw thread to match with riffled tube 63.The Rotational Cylindrical 64 is inserted into fixation along the vertical direction
Outer tube 62 and 64 upper surface of Rotational Cylindrical connect bearing plate 65, and Rotational Cylindrical 64 makees 360 degree rotation in fixed outer tube 62, this is fixed
Position bar 61 passes through riffled tube 63 to support Rotational Cylindrical 64, so that Rotational Cylindrical 64 is not able to rotate, when Rotational Cylindrical 64 will rotate, positioning
Bar 61 is to moving to left, far from Rotational Cylindrical 64.
In order to guarantee that Rotational Cylindrical 64 can not be rotated in cutting process, it is preferred that the fixed outer tube 62 is equipped with for locating rod
61 four location holes 621 protruded into, it is an orientation, the insertion positioning of locating rod 61 that four location holes 621, which set up separately in front, rear, left and right,
Behind hole 621, resistance is formed to Rotational Cylindrical 64, guarantees that it can not be rotated completely.
The clamping device includes fixing clip 71, sliding fixture block 72, the second cylinder 73 and third fixing seat 74, this is solid
Clamp block 71 and third fixing seat 74 are fixedly connected on the bearing plate 65, such clamping device with bearing plate 65 rotation
And rotate, that is, realize the rotation of workpiece.The sliding fixture block 72 is slidably connected on bearing plate 65, slides fixture block 72 in fixing clip
It is slided between 71 and third fixing seat 74.Second cylinder 73 includes the second cylinder barrel 731 and second piston bar 732, second cylinder barrel
In 731 setting third fixing seats 74, second piston bar 732 is connect with the sliding fixture block 72, and such fixing clip 71 is kept not
Dynamic, when assembling workpiece, the driving sliding fixture block 72 of second piston bar 732 is moved to right, and when fixing workpiece, the driving of second piston bar 732 is slided
Dynamic fixture block 72 moves to left, and workpiece is supported in movement.
Preferably, the base plate be equipped with gearshift, the gearshift include drive lead screw 81, feed screw nut seat 82,
4th fixing seat 83 and driving motor 84, the 4th fixing seat 83 are erected in the rack, and the drive lead screw 81 is fixed
It is located in the 4th fixing seat 83 and the drive lead screw 81 passes through feed screw nut's seat 82, feed screw nut seat 82 and base plate 31
Connection, the driving motor 84 drive drive lead screw 81 to rotate, and the rotation of drive lead screw 81 drives the opposite transmission of feed screw nut's seat 82
Screw rod 81 is moved forward and backward, so that base plate 31 be driven to be moved forward and backward.
The utility model is provided with base plate 31 and working plate 4, before cutting, first passes through clamping device and loads onto workpiece, then turn
Dynamic clamping device screws in location hole 621 to suitable position and by locating rod 61, then passes through 51 mobile working platen of the first cylinder
4, it finally rotates down emery wheel cuts knife 21 and starts cutting motor 22, be then turned on driving motor, so that cutting process pedestal
Plate 31 can be moved forward and backward, and then controllable workpiece is cutting distance in the front-back direction.To sum up, the utility model is only placed workpiece and is needed
Then manual operation determines the position of left and right directions by the first cylinder, circumferential position is determined by locating rod, passes through third
The cutting position emery wheel cuts swivel of cutting motor driving simultaneously that cylinder controls emery wheel cuts knife is dynamic, drives finally by driving motor
Part start building in cutting process back-and-forth motion, entire cutting action is all made of automatic operating, and simple and ingenious structure can adjust automatically
Circumferential direction, left and right and the front and back position of workpiece finally realize that Omnibearing automatic adjusts cutting angle, is applicable in more complicated workpiece
Processing, and greatly promote cutting efficiency.
The product form and style of above-described embodiment and schema and non-limiting the utility model, any technical field
The appropriate changes or modifications that those of ordinary skill does it all should be regarded as the patent category for not departing from the utility model.
Claims (7)
1. a kind of omni-directional automatic cutting machine, which is characterized in that including rack and be placed in rack base plate, working plate,
Cutter device and clamping device, clamping device are used for clamping workpiece, are oppositely arranged before and after cutter device and base plate, the pedestal
Plate is set on the rack and base plate does horizontal reciprocating movement along the longitudinal direction, which is located on base plate and works
Platen does horizontal reciprocating movement in left-right direction, which is located on working plate and clamping device does and horizontally rotates.
2. a kind of omni-directional automatic cutting machine according to claim 1, which is characterized in that omni-directional automatic cutting machine includes
First bearing seat, the first sliding shoe, the first guide rod, displacement location device and rotation positioning device, the first bearing seat are set
On the rack, first guide rod passes through first bearing seat along the longitudinal direction, and the first sliding shoe sliding is located at the first guide rod
On, which is fixedly connected with base plate；
The displacement location device includes the first cylinder, the second sliding shoe, the second guide rod and second bearing seat, second axis
It holds seat to be located on the base plate, second guide rod passes through second bearing seat, the second sliding shoe sliding in left-right direction
Be located on the second guide rod, which is fixedly connected with working plate, first cylinder include the first cylinder barrel and
First piston bar, displacement location device are additionally provided with the first fixing seat and the second fixing seat, which is used for stator bore
And the first fixing seat is located on base plate, which connects piston rod and the second fixing seat connecting working table plate
On；
The rotation positioning device includes locating rod, fixed outer tube, riffled tube, Rotational Cylindrical and bearing plate, the fixation outer tube
It is located on the working plate and the periphery connection riffled tube of fixed outer tube, the Rotational Cylindrical is inserted into along the vertical direction outside fixed
It manages and the Rotational Cylindrical upper surface connects bearing plate, which passes through riffled tube to support Rotational Cylindrical；
The clamping device includes fixing clip, sliding fixture block, the second cylinder and third fixing seat, the fixing clip and third
Fixing seat is fixedly connected on the bearing plate, which is slidably connected on bearing plate, and the second cylinder includes second
Cylinder barrel and second piston bar, second cylinder barrel are arranged in third fixing seat, and second piston bar is connect with the sliding fixture block.
3. a kind of omni-directional automatic cutting machine according to claim 2, which is characterized in that the base plate is equipped with displacement dress
It sets, which includes that drive lead screw, feed screw nut's seat, the 4th fixing seat and driving motor, the 4th fixing seat are set up
In the rack, the drive lead screw fixation is located in the 4th fixing seat and the drive lead screw passes through feed screw nut's seat,
Feed screw nut seat is connect with base plate, the driving motor driving drive lead screw rotation.
4. a kind of omni-directional automatic cutting machine according to claim 2, which is characterized in that the fixed outer tube is equipped with for fixed
Four location holes that position bar protrudes into.
5. a kind of omni-directional automatic cutting machine according to claim 2, which is characterized in that the first bearing seat, first
Sliding shoe, the first guide rod have several, every one first guide rod, two first bearing seats of arranging and two piece of first sliding shoe.
6. a kind of omni-directional automatic cutting machine according to claim 2, which is characterized in that the second sliding shoe, second
Guide rod and second bearing seat have several, every one first guide rod, two second bearing seats of arranging and two pieces of the second sliding shoes.
7. a kind of omni-directional automatic cutting machine according to claim 1, which is characterized in that the cutter device includes third
Cylinder, emery wheel cuts knife, the cutting motor for installing the rotating base of emery wheel cuts knife and for driving emery wheel cuts knife,
Third cylinder includes third cylinder barrel and third piston rod, the third cylinder barrel be fixedly connected with rack and the third piston rod with turn
Dynamic pedestal connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821164398.2U CN208528771U (en) | 2018-07-23 | 2018-07-23 | A kind of omni-directional automatic cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821164398.2U CN208528771U (en) | 2018-07-23 | 2018-07-23 | A kind of omni-directional automatic cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208528771U true CN208528771U (en) | 2019-02-22 |
Family
ID=65385241
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821164398.2U Expired - Fee Related CN208528771U (en) | 2018-07-23 | 2018-07-23 | A kind of omni-directional automatic cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208528771U (en) |
-
2018
- 2018-07-23 CN CN201821164398.2U patent/CN208528771U/en not_active Expired - Fee Related
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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: 20190222 Termination date: 20210723 |