CN205733225U - A kind of steel plate edge is sheared and the plate shearing machine of broken limit institutional operation - Google Patents
A kind of steel plate edge is sheared and the plate shearing machine of broken limit institutional operation Download PDFInfo
- Publication number
- CN205733225U CN205733225U CN201620589297.4U CN201620589297U CN205733225U CN 205733225 U CN205733225 U CN 205733225U CN 201620589297 U CN201620589297 U CN 201620589297U CN 205733225 U CN205733225 U CN 205733225U
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- Prior art keywords
- cutter shaft
- steel plate
- broken limit
- cutterhead
- edge
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Abstract
A kind of steel plate edge is sheared and the plate shearing machine of broken limit institutional operation, including shearing part, power and running part, blade lateral space self guiding mechanism, host mobility part and broken limit guide part.Described cut part is divided and is included upper tool pan and lower cutterhead, is evenly equipped with the cutting edge of arc on upper and lower cutterhead, be arranged at upper tool pan for upper scissor blade, be arranged at lower cutterhead for lower scissor blade, upper scissor blade is the most relative in shearing steel plate position with lower scissor blade.Power is transferred to lower cutter shaft by described power and running part and upper cutter shaft drives upper and lower cutterhead to rotate shearing steel plate.Be provided with described blade lateral space self guiding mechanism at the rear portion of upper cutter shaft, blade lateral space self guiding mechanism drives upper cutter shaft that displacement by a small margin occurs vertically.Host mobility part drives to shear and partly moves with power and running part.Described broken limit guide is partially installed between upper and lower cutterhead, and the rim charge of steel plate is limited by broken limit guide part and sheared by the different piece of upper and lower cutting edge.The slitter edge produced after solving cut deal especially high-strength plate slitting, solves the difficulty run in the production process of client.
Description
Technical field
This utility model relates to scrap cutter technical field, shears and the institutional operation of broken limit particularly to a kind of steel plate edge
Plate shearing machine.
Background technology
At present, typically commonly using sheet material, after slitting, produced two slitter edges are with coiler for trimmings, are rolled into a circle,
Then reprocess.But when running into slab and High-strength plate, slitter edge is rolled and just becomes highly difficult, especially high-strength plate, the most more
Add difficulty.In such a case, designed and manufactured scrap cutter, and using effect is the best.
Utility model content
For overcoming problems of the prior art, this utility model provides a kind of steel plate edge and shears and broken limit one
The plate shearing machine of equalization, the slitter edge produced after solving cut deal (especially high-strength plate) slitting, solve the production of client
During the difficulty that runs into.
The technical scheme in the invention for solving the technical problem is: this kind of steel plate edge is sheared and broken limit one
The plate shearing machine of equalization, including shearing part, power and running part, blade lateral space self guiding mechanism, host mobility part and broken
Limit guide part；
Described cut part is divided and is included upper tool pan and lower cutterhead, is evenly equipped with the cutting edge of arc, is arranged on upper and lower cutterhead
Cutterhead for upper scissor blade, be arranged at lower cutterhead for lower scissor blade, upper scissor blade is the most relative in shearing steel plate position with lower scissor blade；
Described power and running part include frequency conversion motor, reductor, shaft coupling, lower cutter shaft, gear-box and upper cutter shaft,
Described frequency conversion motor drives reductor to rotate, and reductor is connected with lower cutter shaft by shaft coupling, lower cutter shaft through gear-box with upper
Cutter shaft connects and imparts power to the upper cutter shaft be arrangeding in parallel with lower cutter shaft, is respectively equipped with in the front portion of upper cutter shaft and lower cutter shaft
Upper tool pan and lower cutterhead；
On described, the rear portion of cutter shaft is provided with described blade lateral space self guiding mechanism, and blade lateral space self guiding mechanism drives upper cutter shaft
There is displacement by a small margin vertically；
Described host mobility part includes reducing motor, trapezoidal screw pair, base, mobile big slide plate and line slideway, institute
Stating reducing motor and drive the screw turns of trapezoidal screw pair, the nut seat in trapezoidal screw pair is fixed on mobile big slide plate, cuts
Cutting part, power and running part to be each attached on mobile big slide plate, the dynamic mobile big slide plate of trapezoidal screw subband is along horizontal cloth
The line slideway put moves；
Described broken limit guide is partially installed between upper and lower cutterhead, and the rim charge of steel plate is limited by broken limit guide part and passes through
The different piece of upper and lower cutting edge is sheared.
Further, being provided with lower helical gear and upper helical gear in described gear-box, lower helical gear is arranged on lower cutter shaft, on
Helical gear is arranged on cutter shaft, and upper and lower helical gear external toothing.
Further, described lower helical gear is clearance elimination gear.
Further, described blade lateral space self guiding mechanism include little leading screw, little screw, voussoir, the first line slideway auxiliary,
Two guideways and bearing cap, bearing cap is nested with in the front portion of upper cutter shaft and fixes with upper cutter shaft, and bearing cap is away from the one of upper cutter shaft
Side is inclined plane A, and described inclined plane is fixing with the first line slideway auxiliary to be connected, the first line slideway auxiliary and the second line slideway auxiliary
Between be provided with voussoir, voussoir is inclined plane B parallel with inclined plane A near the side of bearing cap, and one end of voussoir is fixed with little
Screw, little screw coordinates with little leading screw, and little leading screw is perpendicular to cutter shaft central axis and arranges, little leading screw drives voussoir straight first
Moving between line guideway and the second line slideway auxiliary, the first line slideway auxiliary drives axial along upper cutter shaft of bearing cap and upper cutter shaft
Mobile.
Further, described broken limit guide is partially installed on upper and lower cutterhead, including fixing guide truss, fixing guide
Groove, mobile deflector chute and turning handle, fixing deflector chute is fixed on fixing guide truss, and steel plate rim charge is along constant tilt
Fixing deflector chute enters mobile deflector chute, and turning handle is arranged between fixing deflector chute and mobile deflector chute and drives mobile guide
Groove moves the different piece that rim charge is sent into upper and lower cutting edge.
Further, described upper and lower cutting edge is separately fixed on upper and lower cutterhead by screw, at upper scissor blade and upper tool pan
Between be provided with adjustment edge bearing and upper scissor blade clamping block, be provided with between lower scissor blade and lower cutterhead lower adjustment edge bearing and lower scissor blade clamping
Block, upper and lower adjustment edge bearing thickness is adjustable.
To sum up, the having the beneficial effect that of technique scheme of the present utility model:
Shearing part have employed the circle shear (i.e. drum-type scrap cutter) of new structure, carries out steel plate edge and shears and broken limit
Institutional operation, scrap cutter linear velocity is more bigger than circle shear；After edges of boards are cut by circle shear, deliver to drum-type scrap cutter through chute
Broken limit, improves shearing broken limit efficiency.
Power section uses frequency conversion motor to drive reductor, and reductor passes through the shaft coupling direct connection lower cutter shaft to scrap cutter,
Lower cutter shaft is through gear-box, and a pair helical gear passes to upper cutter shaft power from lower cutter shaft, and lower cutter shaft drives lower cutterhead, upper cutter shaft band
Dynamic upper tool pan, a pair helical gear engagement rotation, band cutting blade rotates simultaneously, is shredded by steel plate sideband.
The adjustment structure of blade lateral space self, lower cutter shaft is axially fixing, and upper cutter shaft can move axially；The axle of upper cutter shaft
To moving displacement, being secondary by trapezoidal thread, drive skewback structure to realize, upper cutter shaft drives upper tool pan relatively to play cutterhead to send out
Life moves axially, and produces sideshake, it is achieved upper and lower cutting edge adjusts along the gap of cutter shaft axial direction.
Host mobility part uses brake reducing motor, drives trapezoidal thread pair to rotate, and trapezoidal nut is fixed on big slide plate
Mobile, shearing power section, cut part grade and are fixed on big slide plate, meet the requirement on different in width steel plate chopping limit.
Broken limit guide part uses upper and lower structure of material guiding chute, under the drive of mobile deflector chute energy transmission handwheel, along deflector chute
Fixed mount produces transverse shifting, i.e. guide passage offsets, in order to rim charge cutting edge different piece is sheared, reduces cutting edge
Abrasion.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation of this utility model blade lateral space self guiding mechanism；
Fig. 3 is the mounting structure schematic diagram of this utility model cutting edge；
Fig. 4 is the structural representation of this utility model broken limit guide part；
Fig. 5 is the top view of Fig. 4.
In figure:
1. frequency conversion motor, 2. reductor, 3. shaft coupling, 4. side clearance adjusting mechanism, 5. descend cutter shaft, 6. goes up cutter shaft, 7. goes up tiltedly
Gear, 8. descends helical gear, 9. upper tool pan, 10. plays cutterhead, 11. reducing motors, and 12. move big slide plate, and 13. trapezoidal screws are secondary,
14. bases, 15. line slideways, 16. gear-boxes, 17. bearing caps, 18. first line slideway auxiliaries, 19. voussoirs, 20. second straight lines
Guideway, 21. little screws, 22. little leading screws, 23. inclined planes A, 24. upper scissor blade clamping blocks, adjust edge bearing on 25., cut on 26.
Sword, 27. inclined planes B, 28. lower scissor blades, adjust edge bearing for 29. times, 30. lower scissor blade clamping blocks, 31. fix guide truss, and 32. move
Deflector chute, 33. turning handles, 34. fix deflector chute.
Detailed description of the invention
Being described in detail feature of the present utility model and principle below in conjunction with accompanying drawing 1 to Fig. 5, illustrated embodiment is only used
In explaining this utility model, not limit protection domain of the present utility model with this.
As it is shown in figure 1, this utility model includes shearing part, power and running part, blade lateral space self guiding mechanism, main frame
Movable part and broken limit guide part.
Cut part is divided and is included upper tool pan and lower cutterhead, is evenly equipped with the cutting edge of arc, is arranged at upper tool pan on upper and lower cutterhead
For upper scissor blade 26, be arranged at lower cutterhead for lower scissor blade 28, upper scissor blade is the most relative in shearing steel plate position with lower scissor blade.
Power and running part include frequency conversion motor 1, reductor 2, shaft coupling 3, lower cutter shaft 5, gear-box 16 and upper slitter
Axle 6.Described frequency conversion motor 1 drives reductor 2 to rotate, and reductor 2 is connected with lower cutter shaft by shaft coupling 3, and lower cutter shaft is through tooth
Roller box is connected with upper cutter shaft and imparts power to the upper cutter shaft be arrangeding in parallel with lower cutter shaft, in upper cutter shaft and the front portion of lower cutter shaft
It is respectively equipped with upper tool pan 9 and lower cutterhead 10.Being provided with lower helical gear 8 and upper helical gear 7 in gear-box 16, lower helical gear is arranged on down
On cutter shaft, upper helical gear is arranged on cutter shaft, and upper and lower helical gear external toothing, and described lower helical gear is clearance elimination gear.
On described, the rear portion of cutter shaft is provided with described blade lateral space self guiding mechanism 4, and blade lateral space self guiding mechanism drives upper slitter
There is displacement by a small margin vertically in axle.Described blade lateral space self guiding mechanism include little leading screw 22, little screw 21, voussoir 19,
One line slideway auxiliary the 18, second line slideway auxiliary 20 and bearing cap, bearing cap 17 be nested with the front portion of upper cutter shaft and with upper cutter shaft
Fixing, bearing cap is inclined plane A23 away from the side of upper cutter shaft, described inclined plane A and the fixing connection of the first line slideway auxiliary, the
Being provided with voussoir between one line slideway auxiliary and the second line slideway auxiliary, voussoir is parallel with inclined plane A near the side of bearing cap
Inclined plane B27, one end of voussoir is fixed with little screw 21, and little screw coordinates with little leading screw 22, and little leading screw is perpendicular to cutter shaft
Central axis is arranged, little leading screw drives voussoir to move in line slideway auxiliary, and line slideway auxiliary drives bearing cap and upper cutter shaft edge
Moving axially of upper cutter shaft.The movement the most by a small margin of upper cutter shaft achieves upper and lower cutterhead upper scissor blade along cutter shaft axial direction
Gap adjusts.
Described host mobility part includes reducing motor 11, trapezoidal screw pair 13, base 14, mobile big slide plate 12 and straight line
Guide rail 15, described reducing motor drives the screw turns that trapezoidal screw is secondary, and the nut seat in trapezoidal screw pair is fixed on mobile big
On slide plate, shearing part, power and running part are each attached on mobile big slide plate, the dynamic mobile big slide plate edge of trapezoidal screw subband
Horizontally disposed line slideway to move.
Described broken limit guide is partially installed between upper and lower cutterhead, and the rim charge of steel plate is limited by broken limit guide part and passes through
The different piece of upper and lower cutting edge is sheared.
Described broken limit guide is partially installed on upper and lower cutterhead, including fixing guide truss, fixing deflector chute, moves and leads
Hopper and turning handle, fixing deflector chute is fixed on fixing guide truss, and steel plate rim charge is along the fixing deflector chute of constant tilt
Entering mobile deflector chute, turning handle is arranged between fixing deflector chute and mobile deflector chute and drives mobile deflector chute to move limit
The different piece of upper and lower cutting edge sent into by material.
Described upper and lower cutting edge is separately fixed on upper and lower cutterhead by screw, is provided with rise between upper scissor blade and upper tool pan
Whole edge bearing and upper scissor blade clamping block, be provided with lower adjustment edge bearing and lower scissor blade clamping block, upper and lower adjustment between lower scissor blade and lower cutterhead
Edge bearing thickness is adjustable.
Frequency conversion motor 1 starts, and driven by motor reductor 2 rotates, and increases through slowing down after turning round, and reductor main shaft passes through shaft coupling
3 drive lower cutter shaft 5 to rotate, and equipped with lower helical gear 8 on lower cutter shaft 5, it is anterior that lower cutterhead 10 is contained in lower cutter shaft 5, and lower helical gear 8 is with upper
Helical gear 7 external toothing, on 7, helical gear is contained on cutter shaft 6, and upper tool pan 9 is contained on cutter shaft 6, and side clearance adjusting mechanism 4 is contained in
The rear portion of cutter shaft 6.Lower cutterhead 10 is contained in that lower cutter shaft 5 is anterior, and lower cutter shaft 5 rotarily drives lower cutterhead 10 and rotates, lower cutter shaft 5 equipped with under
Helical gear 8, upper helical gear 7 is taken turns by the lower helical teeth 8 of engagement, power is passed to upper cutter shaft 6 by lower cutter shaft 5, in the drive of upper cutter shaft 6
Cutterhead 9 rotates；Because being equipped with cutting edge on upper and lower cutterhead, rotating while upper and lower cutterhead, just completing steel plate rim charge is cut
Broken.
Shear the adjustment of sideshake between cutting edge: little screw 21 is fixed on voussoir 19, and the first line slideway auxiliary 18 and second is straight
The slide of line guideway 20 is separately fixed at the both sides of voussoir, rotates little leading screw 22, because little screw 21 is fixed on voussoir 19,
So voussoir 19 just with leading screw 22 mounting seat generation relative movement because voussoir is gradient, i.e. its one side be inclined plane B 27 just
The movement of screw horizontal direction, being changed to be perpendicular to the movement of little screw (bearing cap 17) moving direction, bearing cap 17 is fixed
On upper cutter shaft 6, it is inclined plane A23 near the side of the first guide rail, therefore goes up cutter shaft and just there occurs and move axially, because under
Cutter shaft is fixed, therefore lower cutterhead maintains static, and upper tool pan is fixed on cutter shaft, and upper cutter shaft there occurs and relatively descends cutter
Moving axially of axle, therefore upper tool pan plays cutterhead there occurs relatively moves axially, i.e. upper tool pan cutting edge just there occurs and cuts with lower cutterhead
The sideshake of sword.
The reparation of cutting edge after cutting edge abrasion: after cutting edge abrasion, increase adjusts edge bearing 25 and the thickness of lower adjusting pad 29, uses
Upper scissor blade clamping block 24 and lower scissor blade clamping 30 cutting edges of block are fixed on upper and lower cutterhead, the cylindrical of grinding cutting edge the most again
Face.
The use of broken limit deflector chute: steel plate rim charge is entering mobile deflector chute 32, at this moment after entering along fixing deflector chute 34
Rotating turning handle 33 with hands, steel plate rim charge just moves to the different piece of cutting edge, uses the different parts of cutting edge to be cut by rim charge
Disconnected.
Above-described embodiment is only the description carrying out preferred implementation of the present utility model, the not model to the present invention
Enclosing and be defined, on the premise of without departing from this utility model design spirit, relevant technical staff in the field is to this utility model
Various deformation and improvement, all should expand in protection domain determined by this utility model claims.
Claims (6)
1. a steel plate edge is sheared and the plate shearing machine of broken limit institutional operation, it is characterised in that: include shearing part, power and
Running part, blade lateral space self guiding mechanism, host mobility part and broken limit guide part；
Described cut part is divided and is included upper tool pan and lower cutterhead, is evenly equipped with the cutting edge of arc, is arranged at upper tool pan on upper and lower cutterhead
For upper scissor blade, be arranged at lower cutterhead for lower scissor blade, upper scissor blade is the most relative in shearing steel plate position with lower scissor blade；
Described power and running part include frequency conversion motor, reductor, shaft coupling, lower cutter shaft, gear-box and upper cutter shaft, described
Frequency conversion motor drives reductor to rotate, and reductor is connected with lower cutter shaft by shaft coupling, and lower cutter shaft is through gear-box and upper cutter shaft
Connect and impart power to the upper cutter shaft be arrangeding in parallel with lower cutter shaft, being respectively equipped with upper slitter in the front portion of upper cutter shaft and lower cutter shaft
Dish and lower cutterhead；
On described, the rear portion of cutter shaft is provided with described blade lateral space self guiding mechanism, and blade lateral space self guiding mechanism drives upper cutter shaft along axle
To the displacement occurred by a small margin；
Described host mobility part includes reducing motor, trapezoidal screw pair, base, mobile big slide plate and line slideway, described in subtract
Speed motor drives the screw turns that trapezoidal screw is secondary, and the nut seat in trapezoidal screw pair is fixed on mobile big slide plate, cut part
Point, power and running part be each attached on mobile big slide plate, trapezoidal screw subband moves mobile big slide plate along horizontally disposed
Line slideway moves；
Described broken limit guide is partially installed between upper and lower cutterhead, and the rim charge of steel plate is limited by broken limit guide part and passes through upper and lower
The different piece of cutting edge is sheared.
Steel plate edge the most according to claim 1 is sheared and the plate shearing machine of broken limit institutional operation, it is characterised in that: described
Being provided with lower helical gear and upper helical gear in gear-box, lower helical gear is arranged on lower cutter shaft, and upper helical gear is arranged on cutter shaft,
And upper and lower helical gear external toothing.
Steel plate edge the most according to claim 2 is sheared and the plate shearing machine of broken limit institutional operation, it is characterised in that: described
Lower helical gear is clearance elimination gear.
Steel plate edge the most according to claim 1 is sheared and the plate shearing machine of broken limit institutional operation, it is characterised in that: described
Blade lateral space self guiding mechanism includes little leading screw, little screw, voussoir, the first line slideway auxiliary, the second guideway and bearing cap, bearing
Lid is nested with in the front portion of upper cutter shaft and fixes with upper cutter shaft, and bearing cap is inclined plane A away from the side of upper cutter shaft, described inclined plane
Fixing with the first line slideway auxiliary and be connected, be provided with voussoir between the first line slideway auxiliary and the second line slideway auxiliary, voussoir is near axle
The side holding lid is inclined plane B parallel with inclined plane A, and one end of voussoir is fixed with little screw, and little screw is joined with little leading screw
Closing, little leading screw is perpendicular to cutter shaft central axis and arranges, little leading screw drives voussoir to lead at the first line slideway auxiliary and the second straight line
Moving between rail pair, the first line slideway auxiliary drives bearing cap and upper cutter shaft moving axially along upper cutter shaft.
Steel plate edge the most according to claim 1 is sheared and the plate shearing machine of broken limit institutional operation, it is characterised in that: described
Broken limit guide is partially installed on upper and lower cutterhead, including fixing guide truss, fixing deflector chute, mobile deflector chute and rotation hands
Handle, fixing deflector chute is fixed on fixing guide truss, and steel plate rim charge enters mobile guide along the fixing deflector chute of constant tilt
Groove, turning handle be arranged between fixing deflector chute and mobile deflector chute and drive mobile deflector chute move rim charge is sent into upper and lower
The different piece of cutting edge.
Steel plate edge the most according to claim 1 is sheared and the plate shearing machine of broken limit institutional operation, it is characterised in that: described
Upper and lower cutting edge is separately fixed on upper and lower cutterhead by screw, be provided with between upper scissor blade and upper tool pan adjustment edge bearing and on cut
Sword clamping block, is provided with lower adjustment edge bearing and lower scissor blade clamping block between lower scissor blade and lower cutterhead, and upper and lower adjustment edge bearing thickness can
Adjust.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620589297.4U CN205733225U (en) | 2016-06-15 | 2016-06-15 | A kind of steel plate edge is sheared and the plate shearing machine of broken limit institutional operation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620589297.4U CN205733225U (en) | 2016-06-15 | 2016-06-15 | A kind of steel plate edge is sheared and the plate shearing machine of broken limit institutional operation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205733225U true CN205733225U (en) | 2016-11-30 |
Family
ID=57386247
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620589297.4U Withdrawn - After Issue CN205733225U (en) | 2016-06-15 | 2016-06-15 | A kind of steel plate edge is sheared and the plate shearing machine of broken limit institutional operation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205733225U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106001740A (en) * | 2016-06-15 | 2016-10-12 | 济南艺高数控机械有限公司 | Plate shearing machine for integral operation of steel plate edge shearing and crushing |
-
2016
- 2016-06-15 CN CN201620589297.4U patent/CN205733225U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106001740A (en) * | 2016-06-15 | 2016-10-12 | 济南艺高数控机械有限公司 | Plate shearing machine for integral operation of steel plate edge shearing and crushing |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161130 Effective date of abandoning: 20180316 |