CN207900324U - A kind of two-way steel plate cutting machine - Google Patents
A kind of two-way steel plate cutting machine Download PDFInfo
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- CN207900324U CN207900324U CN201721906714.4U CN201721906714U CN207900324U CN 207900324 U CN207900324 U CN 207900324U CN 201721906714 U CN201721906714 U CN 201721906714U CN 207900324 U CN207900324 U CN 207900324U
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- conveyor
- cutting
- transfer roller
- cutting blade
- entrance conveyor
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Abstract
The utility model is related to a kind of two-way steel plate cutting machines.Including cutting mechanism, cutting mechanism includes two opposite blade holders, three support shafts of upper, middle and lower are from top to bottom set between two blade holders, wherein middle support shaft is by motor-driven rotation, it is arranged multiple upper cutting blades in upper support shaft periphery, multiple middle cutting blades are arranged in middle support shaft periphery, multiple lower cutting blades are arranged in the periphery of lower support axis；It further include transmission mechanism, transmission mechanism includes the first entrance conveyor and the first exit conveyor being arranged in cutting mechanism both sides, in the top of the first exit conveyor, the second entrance conveyor is set, the second exit conveyor is set in the top of the first entrance conveyor, driven transfer roller and active transfer roller are respectively provided at the both ends of the first entrance conveyor, the first exit conveyor, the second entrance conveyor, the second exit conveyor.The two-way steel plate cutting machine high in machining efficiency that the utility model provides a kind of achievable two panels steel plate while cutting.
Description
Technical field
The utility model is related to cutting apparatus technical field more particularly to a kind of two-way steel plate cutting machines.
Background technology
Guillotine is the sheet material segmentation and the equipment that cuts for all trades and professions, be typically provided with active cutting blade and with
Matched driven cutting blade, processing of cutting is carried out to it in plank motion process, by plank according to predetermined size point
Multiple portions are cut into, in actual processing operating process, a sheet material can only be cut every time in active blade rotation process, are processed
It is less efficient.
Invention content
The utility model aims to solve the problem that the deficiencies in the prior art, and a kind of achievable two panels steel plate is provided and meanwhile cut plus
The higher two-way steel plate cutting machine of work efficiency rate.
The utility model to achieve the above object, using following technical scheme：A kind of two-way steel plate cutting machine, including cut out
Mechanism is cut, the cutting mechanism includes two opposite blade holders, is from top to bottom arranged between two blade holders
Three support shafts of upper, middle and lower, wherein support shaft are connected by motor-driven rotation, both ends and the blade holder rotation of three support shafts
It connects, multiple upper cutting blades is arranged in upper support shaft periphery, multiple middle cutting blades are arranged in middle support shaft periphery, in lower support
The periphery of axis is arranged multiple lower cutting blades, and upper cutting blade and lower cutting blade are matched with middle cutting blade；Further include
Transmission mechanism, the transmission mechanism include being arranged to cut in for cutting blade under inputting plank in cutting mechanism both sides
The first entrance conveyor between blade and the first output for exporting plank between lower cutting blade and middle cutting blade pass
Band is sent, plank for being inputted second between cutting blade and middle cutting blade by setting in the top of the first exit conveyor
Entrance conveyor is arranged in the top of the first entrance conveyor for plank is defeated between upper cutting blade and middle cutting blade
The second exit conveyor gone out is passed in the first entrance conveyor, the first exit conveyor, the second entrance conveyor, the second output
The both ends of band are sent to be respectively provided with driven transfer roller and by motor-driven active transfer roller.
Preferably：It is respectively provided with supporting rack, active transfer roller, driven transfer roller and support at the both ends of active transfer roller and driven transfer roller
Frame is rotatablely connected, between the supporting rack at the first entrance conveyor active transfer roller both ends, the driven transfer roller of the first entrance conveyor two
Between the supporting rack at end, between the supporting rack at the second entrance conveyor active transfer roller both ends, the driven transfer roller of the second entrance conveyor
Setting sliding axle is all connected between the supporting rack at both ends, parallel with the width direction of conveyer belt in sliding axle, sliding axle is located at
The distance of top and sliding axle apart from corresponding conveyer belt of respective belts is more than plate thickness, in the first entrance conveyor
Two slide plates are set between two sliding axles, the both ends of slide plate and the sliding axle at the first entrance conveyor both ends are slidably connected,
Two slide plates, the cunning at the both ends of slide plate and the second entrance conveyor both ends are set between two sliding axles of the second exit conveyor
Moving axis is slidably connected, and has spacing between slide plate and corresponding conveyer belt and is smaller than plate thickness.
Preferably：In the mandril that is through slide plate and being contacted with sliding axle that is provided at both ends with of slide plate, mandril and slide plate spiral shell
Line connects, and turntable is arranged in the outer end of mandril.
The utility model has the beneficial effects that：An active support shaft is used in the utility model, is existed along its length
Its periphery is arranged the middle cutting blade of multiple actives, is matched therewith in the upper and lower even setting of each middle cutting blade upper and lower
Cutting knife, can from the both sides of cutting mechanism simultaneously convey steel plate respectively enter, between middle cutting knife and in, lower cutting knife it
Between, effectively raise the efficiency of steel plate processing of cutting.
Description of the drawings
Fig. 1 is the main structure diagram of the utility model；
Fig. 2 is the left view structural representation of the utility model.
In figure：The first exit conveyors of 1-；2- blade holders；Cutting blade under 3-；Cutting blade in 4-；5- first
Entrance conveyor；The second entrance conveyors of 6-；7- slide plates；The upper cutting blades of 8-；The second exit conveyors of 9-；10- mandrils；11-
Turntable；12- supporting racks；13- sliding axles.
Specific implementation mode
The utility model is described in further detail with reference to the accompanying drawings and examples：
As depicted in figs. 1 and 2, the utility model includes cutting mechanism, and the cutting mechanism includes two opposite blades
Fixed frame 2, is from top to bottom arranged three support shafts of upper, middle and lower between two blade holders 2, and wherein support shaft is driven by motor
Turn is dynamic, and both ends and the blade holder 2 of three support shafts are rotatablely connected, and multiple upper cutting blades are arranged in upper support shaft periphery
8, multiple middle cutting blades 4 are arranged in middle support shaft periphery, multiple lower cutting blades 3, upper sanction are arranged in the periphery of lower support axis
Cutting edge 8 and lower cutting blade 3 are matched with middle cutting blade 4；Further include transmission mechanism, the transmission mechanism includes setting
Cutting mechanism both sides under inputting plank between cutting blade 3 and middle cutting blade 4 first entrance conveyor 5 and
The first exit conveyor 1 that plank is exported between lower cutting blade 3 and middle cutting blade 4, in the first exit conveyor 1
Top setting for by upper the second entrance conveyor 6 between cutting blade 8 and middle cutting blade 4 of plank input, first
The second output for exporting plank between upper cutting blade 8 and middle cutting blade 4 is arranged in the top of entrance conveyor 5
Conveyer belt 9, the first entrance conveyor 5, the first exit conveyor 1, the second entrance conveyor 6, the second exit conveyor 9 two
End is respectively provided with driven transfer roller and by motor-driven active transfer roller.
An active support shaft is used in the utility model, is arranged the middle sanction of multiple actives in its periphery along its length
Cutting edge 4 can be same from the both sides of cutting mechanism in the upper and lower cutting knife that the upper and lower even setting of middle cutting blade 4 is matched therewith
When conveying steel plate respectively enter, between middle cutting knife and in, between lower cutting knife, effectively raise steel plate processing of cutting
Efficiency.
In the present embodiment, supporting rack 12, active transfer roller, driven transfer roller are respectively provided at the both ends of active transfer roller and driven transfer roller
It is rotatablely connected with supporting rack 12, between the supporting rack 12 at 5 active transfer roller both ends of the first entrance conveyor, the first input transmission
Between supporting rack 12 with 5 driven transfer roller both ends, between the supporting rack 12 at 6 active transfer roller both ends of the second entrance conveyor, second
Setting sliding axle 13 is all connected between the supporting rack 12 at 6 driven transfer roller both ends of entrance conveyor, in sliding axle 13 and conveyer belt
Width direction is parallel, and it is big that sliding axle 13 is located at the distance of the top and sliding axle 13 of respective belts apart from corresponding conveyer belt
In plate thickness, two slide plates 7, the both ends of slide plate 7 and first are set between two sliding axles 13 of the first entrance conveyor 5
The sliding axle 13 at 5 both ends of entrance conveyor is slidably connected, and is arranged two between two sliding axles 13 of the second exit conveyor 6
A slide plate 7, the both ends of slide plate 7 and the sliding axle 13 at 6 both ends of the second entrance conveyor are slidably connected, slide plate 7 and corresponding transmission
There is spacing between band and is smaller than plate thickness.Enter the position before cutting mechanism for fixation steel plate, ensures that steel plate is cut
Precision limits the both sides of steel plate using slidable slide plate 7.
In the mandril 10 that is through slide plate 7 and being contacted with sliding axle 13 that is provided at both ends with of slide plate 7, mandril 10 and slide plate 7
It is threadedly coupled, turntable 11 is set in the outer end of mandril 10.Sliding axle 13 is held out against to consolidate by mandril 10 after the fixation of 7 position of slide plate
It is fixed, and each cutting blade in the utility model is fixed with corresponding support shaft by snap-gauge, the cutting knife in same support shaft
Piece position is adjustable.
The utility model is exemplarily described above in conjunction with attached drawing, it is clear that the utility model specific implementation not by
The limitation of aforesaid way, if the various improvement of the methodology and technical solution progress of the utility model are used, or without
Improvement directly applies to other occasions, both is within the protection scope of the present invention.
Claims (3)
1. a kind of two-way steel plate cutting machine, it is characterised in that：Including cutting mechanism, the cutting mechanism includes two opposite
Three support shafts of upper, middle and lower, wherein support shaft are from top to bottom arranged in blade holder (2) between two blade holders (2)
By motor-driven rotation, both ends and the blade holder (2) of three support shafts are rotatablely connected, and are arranged in upper support shaft periphery multiple
Upper cutting blade (8) is arranged multiple middle cutting blades (4) in middle support shaft periphery, the periphery of lower support axis be arranged it is multiple under
Cutting blade (3), upper cutting blade (8) and lower cutting blade (3) are matched with middle cutting blade (4)；It further include conveyer
Structure, the transmission mechanism include being arranged in cutting mechanism both sides for cutting blade (3) and middle cutting knife under inputting plank
The first entrance conveyor (5) between piece (4) and plank is exported between lower cutting blade (3) and middle cutting blade (4)
First exit conveyor (1), in the top of the first exit conveyor (1) setting for by plank input upper cutting blade (8) and
The second entrance conveyor (6) between middle cutting blade (4), in the top of the first entrance conveyor (5), setting is for by plank
The second exit conveyor (9) exported between upper cutting blade (8) and middle cutting blade (4), in the first entrance conveyor
(5), the first exit conveyor (1), the second entrance conveyor (6), the second exit conveyor (9) both ends be respectively provided with driven transfer roller
With by motor-driven active transfer roller.
2. two-way steel plate cutting machine according to claim 1, it is characterised in that：The two of active transfer roller and driven transfer roller
End is respectively provided with supporting rack (12), and active transfer roller, driven transfer roller and supporting rack (12) are rotatablely connected, in the first entrance conveyor (5)
Between the supporting rack (12) at active transfer roller both ends, between the supporting rack (12) at the driven transfer roller both ends of the first entrance conveyor (5),
Between the supporting rack (12) at two entrance conveyors (6) active transfer roller both ends, the branch at the driven transfer roller both ends of the second entrance conveyor (6)
Setting sliding axle (13), sliding axle parallel with the width direction of conveyer belt in sliding axle (13) are all connected between support (12)
(13) distance of top and sliding axle (13) apart from corresponding conveyer belt for being located at respective belts is more than plate thickness, first
Two slide plates (7) are set between two sliding axles (13) of entrance conveyor (5), and the both ends of slide plate (7) are transmitted with the first input
The sliding axle (13) at band (5) both ends is slidably connected, and two are arranged between two sliding axles (13) of the second exit conveyor (6)
The sliding axle (13) of slide plate (7), the both ends and the second entrance conveyor (6) both ends of slide plate (7) is slidably connected, slide plate (7) and phase
There is spacing between the conveyer belt answered and is smaller than plate thickness.
3. two-way steel plate cutting machine according to claim 1, it is characterised in that：It is passed through in being provided at both ends with for slide plate (7)
Mandril (10) that is wearing slide plate (7) and being contacted with sliding axle (13), mandril (10) is threadedly coupled with slide plate (7), in mandril (10)
Outer end setting turntable (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721906714.4U CN207900324U (en) | 2017-12-30 | 2017-12-30 | A kind of two-way steel plate cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721906714.4U CN207900324U (en) | 2017-12-30 | 2017-12-30 | A kind of two-way steel plate cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207900324U true CN207900324U (en) | 2018-09-25 |
Family
ID=63565774
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721906714.4U Active CN207900324U (en) | 2017-12-30 | 2017-12-30 | A kind of two-way steel plate cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207900324U (en) |
-
2017
- 2017-12-30 CN CN201721906714.4U patent/CN207900324U/en active Active
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