CN208214906U - A kind of metal works diced system - Google Patents
A kind of metal works diced system Download PDFInfo
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- CN208214906U CN208214906U CN201820540856.1U CN201820540856U CN208214906U CN 208214906 U CN208214906 U CN 208214906U CN 201820540856 U CN201820540856 U CN 201820540856U CN 208214906 U CN208214906 U CN 208214906U
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- platform
- movable
- binder component
- driving
- cradle
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Abstract
The utility model relates to a kind of metal works diced systems, it is characterized in that including feeding mechanism, fixed platform, movable platform, first binder component, second binder component, saw blade, driving assembly, wherein feeding mechanism and movable platform are separately positioned on fixed platform two sides, saw kerf is formed between movable platform and fixed platform, movable platform is mutually drivingly connected with driving assembly, under the driving of driving assembly, movable platform is set to move reciprocatingly with separate or close fixed platform, the setting of first binder component is square on the stationary platform, second binder component is arranged above movable platform, and the second binder component is made to do synchronous reciprocating motion with movable platform, saw blade is arranged on the outside of saw kerf, and enable saw blade activity disengaging saw kerf.The utility model has the advantages that simple, high production efficiency reasonable in design, maintenance cost are low etc., and metal works diced system can greatly reduce the generation of tailing, avoid wastage of material, reduce cost input.
Description
Technical field
The utility model relates to metal works processing technique field, especially a kind of metal works diced system.
Background technique
Now, in the cutting processing of workpiece, there are two kinds of feeding styles of mechanical feed and artificial feeding.Wherein, mechanical
Feeding is to realize feeding by the way that the feeding mechanism by cutter device is arranged in, since feeding mechanism has certain feeding row
Journey can to leave longer tailing for workpieces processing tail end, can not just be moved on cutter device when cutting workpiece, because
This will lead to longer tailing and largely wastes, and the processing cost for also resulting in enterprise increases, and existing mechanical severing device is also deposited
The problems such as structure is complicated, installation is troublesome, maintenance cost is high, so that the maintenance of machine cost of enterprise increases.And enterprise now
There is also artificial feeding, artificial feeding will appear that processing efficiency is low, need manual operation to be cut in cutting process, increase
The labor intensity of worker, can also have certain risk in safety, increase the employment cost of enterprise.
Utility model content
Utility model aims to solve the above problems and deficiency, provide a kind of metal works diced system, the gold
Metal work-pieces diced system has the advantages that simple, high production efficiency reasonable in design, maintenance cost are low etc., and metal works are cut
System can greatly reduce the generation of tailing, avoid wastage of material, reduce cost input.
The technical solution of the utility model is achieved in that
A kind of metal works diced system, it is characterized in that including feeding mechanism, fixed platform, movable platform, the first pressure
Expect component, the second binder component, saw blade, driving assembly, wherein feeding mechanism and movable platform are separately positioned on fixed platform two
Side, and make feeding mechanism output end towards fixed platform, also it is in the same plane movable platform with fixed platform, the work
Be formed with saw kerf between moving platform and fixed platform, the driving component is arranged by movable platform side, and make movable platform with
Driving assembly is mutually drivingly connected, under the driving of driving assembly, movable platform to be made to move reciprocatingly with separate or close fixed
Platform, side, the second binder component are arranged above movable platform on the stationary platform for the first binder component setting, and
The second binder component is set to do synchronous reciprocating motion with movable platform, the saw blade is arranged on the outside of saw kerf, and saw blade is enable to live
Dynamic disengaging saw kerf.
On the basis of above-mentioned, for the structure for advanced optimizing feeding mechanism, the feeding mechanism include movable cradle,
Third binder component, power output component, the third binder component are mounted on movable cradle, the power output component
It is arranged by movable cradle side, and is drivingly connected movable cradle mutually with power output component, in power output component
Driving under, so that movable cradle is moved reciprocatingly with far from or close to fixed platform.
On the basis of above-mentioned, for the structure for advanced optimizing third binder component, the third binder component by guide rod,
Press cylinder, pressure plate are constituted, and the press cylinder in being fixed on being vertically arranged on movable cradle, vertically wear by the guide rod
It is placed on movable cradle, the pressure plate connects with the movable end of press cylinder, guide rod respectively, sets on the activity cradle
There is blowing platform, and be located at pressure plate above blowing platform, is in the same plane blowing platform with fixed platform.
On the basis of above-mentioned, the structure technology scheme of two kinds of power output components is had devised, they are respectively as follows: first
Kind, the power output component is made of the first driving cylinder, the first guide rail, and the activity cradle is slidably arranged in first and leads
On rail, the first driving cylinder is arranged by movable cradle side, and movable cradle and first is made to drive the activity of cylinder
End connects, under the driving of the first driving cylinder, movable cradle to be made to move reciprocatingly with separate or close fixed platform.The
Two kinds, the power output component is made of the first driving motor, the first screw rod and the first sliding rail, and the first screw rod setting exists
By first sliding rail side, the activity cradle is slidably arranged on the first sliding rail, and makes movable cradle and the first screw rod phase spiral shell
It connecing, first driving motor is arranged by movable cradle side, and is drivingly connected the first screw rod mutually with the first driving motor,
Under the driving of the first driving motor, to make movable cradle move reciprocatingly with separate or close fixed platform.
On the basis of above-mentioned, for the structure for advanced optimizing the first binder component and the second binder component, described first
Binder component is made of guide rod, press cylinder, pressure plate respectively with the second binder component, and the guide rod is in respectively with press cylinder
Vertically arranged, the pressure plate connects with the movable end of press cylinder, guide rod respectively.
On the basis of above-mentioned, the structure technology scheme of two kinds of driving assemblies is had devised, they are respectively as follows: the first,
The driving component is made of the second driving cylinder, the second guide rail, and the movable platform is slidably arranged on the second guide rail, described
Second driving cylinder is arranged by movable platform side, and movable platform is made to drive the movable end of cylinder to connect with second.Second,
The driving component is made of the second driving motor, the second screw rod and the second sliding rail, and second screw rod is arranged in the second sliding rail
By side, the movable platform is slidably arranged on the second sliding rail, and makes movable platform and the second screw rod bolt, and described second drives
Dynamic motor is arranged by movable platform side, and is drivingly connected the second screw rod mutually with the second driving motor.
The utility model has the beneficial effects that metal works can be accurately sent to fixed put down by the feeding mechanism of the utility model
On platform, inconvenience brought by artificial feeding can be preferably substituted, moreover it is possible to lifting workpieces processing efficiency.Due to by fixed platform side
It is additionally provided with movable platform, and the first binder component, the second binder component is respectively set above fixed platform and movable platform, and
And second binder component synchronous reciprocating motion can be done with movable platform.In this way metal works both ends can the first binder component with
It under the action of second binder component, is preferably fixed in fixed platform and movable platform, helps to improve cut quality, and
Do not need manually to be operated in cutting, solve artificial cutting it is possible that safety problem.When remaining metal works
It, can be by the second binder component by metal works end when the length of needs can not be pushed to cutting position by shorter and feeding mechanism
Portion is pressed in movable platform, so that movable platform is done the movement of synchronous separate fixed platform with the second binder component, in this way
Metal works can be dragged, its cutting position is made to be moved to kerf.The metal works diced system can be processed shorter in this way
Metal works, solve the problems, such as that existing feeding mechanism cannot be cutting position be moved on to for workpieces processing endpiece, can be significantly
The generation of metal works tailing is reduced, so that the waste of material is avoided, to save the material cost of enterprise, metal works cutting
The overall construction design of system also very simple is reasonable, and the convenience of installation is also very good, and makes enterprise in dimension in the future
Protecting cost reduces, to improve the market competitiveness of enterprise.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model one.
Fig. 2 is the structural schematic diagram of the utility model two.
Specific embodiment
As shown in Figures 1 and 2, a kind of metal works diced system described in the utility model, including it is feeding mechanism 1, solid
Fixed platform 2, movable platform 3, the first binder component 4, the second binder component 5, saw blade 6, driving assembly 7, wherein feeding mechanism 1 with
Movable platform 3 is separately positioned on 2 two sides of fixed platform, and makes 1 output end of feeding mechanism towards fixed platform 2, also makes activity flat
Platform 3 is in the same plane with fixed platform 2, and saw kerf 23, the drive are formed between the movable platform 3 and fixed platform 2
Dynamic component 7 is arranged by 3 side of movable platform, and is drivingly connected movable platform 3 with 7 phase of driving assembly, in driving assembly 7
Under driving, movable platform 3 is set to move reciprocatingly with separate or close fixed platform 2, the first binder component 4 is arranged in fixation
2 top of platform, the second binder component 5 is arranged above movable platform 3, and does the second binder component 5 with movable platform 3
Synchronous reciprocating motion, the setting of saw blade 6 enable the activity disengaging saw kerf 23 of saw blade 6 in 23 outside of saw kerf.The utility model
Feeding mechanism 1 metal works can be accurately sent in fixed platform 2, can preferably substitute brought by artificial feeding not
Just, moreover it is possible to lifting workpieces processing efficiency.Due to being additionally provided with movable platform 3 by 2 side of fixed platform, and in fixed platform 2 and activity
The first binder component 4, the second binder component 5 are respectively set above platform 3, and the second binder component 5 can be done with movable platform 3
Synchronous reciprocating motion.Metal works both ends can be under the action of the first binder component 4 and the second binder component 5, more preferably in this way
Ground is fixed in fixed platform 2 and movable platform 3, helps to improve cut quality, and do not need manually to be grasped in cutting
Make, solve artificial cutting it is possible that safety problem.When remaining metal works are shorter and feeding mechanism 1 can not need to
When the length wanted pushes to cutting position, metal works end can be pressed in movable platform 3 by the second binder component 5,
Then so that movable platform 3 is done the movement of synchronous separate fixed platform 2 with the second binder component 5, can thus drag metal works,
It is moved to its cutting position at saw kerf 23.The metal works diced system can process shorter metal works in this way, solve
The problem of existing feeding mechanism cannot cutting position be moved on to for workpieces processing endpiece, can greatly reduce metal works tailing
Generation, to avoid the waste of material, to save the material cost of enterprise, the overall structure of the metal works diced system is set
Meter also very simple is reasonable, and the convenience of installation is also very good, and enterprise is reduced in maintenance cost in the future, to improve
The market competitiveness of enterprise.In actually manufacture, the saw blade 6 can drive it to pass in and out saw kerf by cylinder, motor or swing arm
23, to realize saw material movement.Above-mentioned three kinds are very common to the pushing structure of saw blade 6, and specific structure just seldom explains,
Those skilled in the art can choose at random according to actual needs.In practical manufacturing process, 6 activity of saw blade can be arranged
Between the first binder component 4 and the second binder component 5, and enable the activity disengaging saw kerf 23 of saw blade 6.In this way in cutting metal work
When part, metal works cutting mouth two sides can be played simultaneously with compression positioning by the first binder component 4 and the second binder component 5
Effect, help to improve the reliability of cutting processing.The first binder component 4, the second binder component 5 can distinguish activity work
For fixed platform 2, movable platform 3, to play the purpose of workpiece pressing.
On the basis of above-mentioned, for the structure for advanced optimizing feeding mechanism, as shown in Figures 1 and 2, the feeding mechanism
1 includes movable cradle 11, third binder component 12, power output component 13, and the third binder component 12 is mounted on activity
On cradle 11, the power output component 13 is arranged by movable 11 side of cradle, and keeps movable cradle 11 and power defeated
13 phase of component is drivingly connected out, under the driving of power output component 13, to make movable cradle 11 move reciprocatingly with separate
Or close to fixed platform 2.The overall structure very simple of the feeding mechanism 1 is reliable, helps to improve the accuracy of feeding and steady
It is qualitative, so that the accuracy of metal works cutting can be improved.
On the basis of above-mentioned, for the structure for advanced optimizing third binder component, as shown in Figures 1 and 2, the third
Binder component 12 is made of guide rod 10, press cylinder 20, pressure plate 30, and the press cylinder 20 is in be fixed on work with being vertically arranged
On dynamic cradle 11, the guide rod 10 is vertically placed through on movable cradle 11, the pressure plate 30 respectively with press cylinder 20
Movable end, guide rod 10 connect, the activity cradle 11 is equipped with blowing platform 111, and keeps pressure plate 30 flat positioned at blowing
111 top of platform, is in the same plane blowing platform 111 with fixed platform 2.The structure of the third binder component 12 designs
Very simple is reliable, the reliability of metal works positioning is helped to improve, to help to improve the cut quality of metal works.
On the basis of above-mentioned, the structure technology scheme of two kinds of power output components is had devised, they are respectively as follows: first
Kind, as shown in Figure 1, the power output component 13 is made of the first driving cylinder 131, the first guide rail 132, the activity feeding
Frame 11 is slidably arranged on the first guide rail 132, and the first driving cylinder 131 is arranged by movable 11 side of cradle, and makes to live
Dynamic cradle 11 connects with the movable end of the first driving cylinder 131, send activity under the driving of the first driving cylinder 131
Material frame 11 moves reciprocatingly with separate or close fixed platform 2.Second, as shown in Fig. 2, the power output component 13 is by
One driving motor 133, the first screw rod 134 and the first sliding rail 135 are constituted, and first screw rod 134 is arranged in 135 side of the first sliding rail
Side, the activity cradle 11 is slidably arranged on the first sliding rail 135, and makes movable cradle 11 and 134 phase spiral shell of the first screw rod
It connects, first driving motor 133 is arranged by movable 11 side of cradle, and makes the first screw rod 134 and the first driving motor 133
It is mutually drivingly connected, under the driving of the first driving motor 133, to make movable cradle 11 move reciprocatingly far from or close to admittedly
Fixed platform 2.The structure of above two power output component 13 is all very reliable, helps to improve the movable movement of cradle 11
Accuracy and reliability, so that the quality of metal works processing can be improved.
On the basis of above-mentioned, for the structure for advanced optimizing the first binder component and the second binder component, such as Fig. 1 and figure
Shown in 2, the first binder component 4 is made of guide rod 10, press cylinder 20, pressure plate 30 respectively with the second binder component 5, institute
State guide rod 10 and press cylinder 20 respectively in vertically arranged, the pressure plate 30 respectively with the movable end of press cylinder 20, guide rod
10 connect.Wherein, the structure design very simple of the first binder component 4 and the second binder component 5 is reliable, helps to improve metal
The reliability of workpiece positioning, to help to improve the cut quality of metal works.In practical manufacturing process, the second pressure can be made
The press cylinder 20 of material component 5 is fixedly connected with 3 phase of movable platform；Alternatively, driving press cylinder 20 to be moved by motor or cylinder
It is dynamic, i.e., the second binder component 5 is driven by motor or cylinder, it is made to keep movement synchronous with movable platform 3.
On the basis of above-mentioned, the structure technology scheme of two kinds of driving assemblies is had devised, they are respectively as follows: the first,
As shown in Figure 1, the driving component 7 is made of the second driving cylinder 71, the second guide rail 72, the sliding of movable platform 3 setting
On the second guide rail 72, the second driving cylinder 71 is arranged by 3 side of movable platform, and drives movable platform 3 and second
The movable end of cylinder 71 connects.Second, as shown in Fig. 2, the driving component 7 is by the second driving motor 73, the second screw rod 74
It is constituted with the second sliding rail 75, second screw rod 74 is arranged by 75 side of the second sliding rail, and the movable platform 3 is slidably arranged in the
On two sliding rails 75, and make 74 bolt of movable platform 3 and the second screw rod, second driving motor 73 is arranged in movable platform 3
By side, and it is drivingly connected the second screw rod 74 with 73 phase of the second driving motor.The structure of above two driving assembly 7 is all very
Reliably, movable platform 3 mobile accuracy and reliability are helped to improve, so that the quality of metal works processing can be improved.
Claims (8)
1. a kind of metal works diced system, it is characterised in that: including feeding mechanism (1), fixed platform (2), movable platform
(3), the first binder component (4), the second binder component (5), saw blade (6), driving assembly (7), wherein feeding mechanism (1) and activity
Platform (3) is separately positioned on fixed platform (2) two sides, and makes feeding mechanism (1) output end towards fixed platform (2), also makes to live
Moving platform (3) is in the same plane with fixed platform (2), is formed with saw between the movable platform (3) and fixed platform (2)
Mouth (23), the driving component (7) is arranged by movable platform (3) side, and drives movable platform (3) mutually with driving assembly (7)
Dynamic connection, under the driving of driving assembly (7), to make movable platform (3) move reciprocatingly with separate or close fixed platform
(2), above fixed platform (2), the second binder component (5) setting is flat in activity for the first binder component (4) setting
Above platform (3), and the second binder component (5) is made to do synchronous reciprocating motion with movable platform (3), saw blade (6) setting exists
On the outside of saw kerf (23), and make saw blade (6) can activity disengaging saw kerf (23).
2. metal works diced system according to claim 1, it is characterised in that: the feeding mechanism (1) is sent including activity
Expect frame (11), third binder component (12), power output component (13), the third binder component (12) is mounted on activity feeding
On frame (11), the power output component (13) is arranged by movable cradle (11) side, and makes movable cradle (11) and dynamic
Power output precision (13) is mutually drivingly connected, do movable cradle (11) back and forth
Movement is with separate or close fixed platform (2).
3. metal works diced system according to claim 2, it is characterised in that: the third binder component (12) is by guide rod
(10), press cylinder (20), pressure plate (30) are constituted, and the press cylinder (20) is in be fixed on movable cradle with being vertically arranged
(11) on, the guide rod (10) is vertically placed through on movable cradle (11), the pressure plate (30) respectively with press cylinder
(20) movable end, guide rod (10) connects, and the activity cradle (11) is equipped with blowing platform (111), and makes pressure plate
(30) it is located above blowing platform (111), is in the same plane blowing platform (111) with fixed platform (2).
4. metal works diced system according to claim 2, it is characterised in that: the power output component (13) is by first
Cylinder (131), the first guide rail (132) are driven to constitute, the activity cradle (11) is slidably arranged on the first guide rail (132),
First driving cylinder (131) is arranged by movable cradle (11) side, and movable cradle (11) is made to drive gas with first
The movable end of cylinder (131) connects, to make movable cradle (11) move reciprocatingly under the driving of the first driving cylinder (131)
With separate or close fixed platform (2).
5. metal works diced system according to claim 2, it is characterised in that: the power output component (13) is by first
Driving motor (133), the first screw rod (134) and the first sliding rail (135) are constituted, and the first screw rod (134) setting is sliding first
By rail (135) side, it is described activity cradle (11) be slidably arranged on the first sliding rail (135), and make movable cradle (11) with
First screw rod (134) bolt, first driving motor (133) is arranged by movable cradle (11) side, and makes first
Bar (134) is mutually drivingly connected with the first driving motor (133), to make activity feeding under the driving of the first driving motor (133)
Frame (11) moves reciprocatingly with separate or close fixed platform (2).
6. metal works diced system according to claim 1, it is characterised in that: the first binder component (4) and second
Binder component (5) is made of guide rod (10), press cylinder (20), pressure plate (30) respectively, the guide rod (10) and press cylinder
(20) respectively in vertically arranged, the pressure plate (30) connects with the movable end of press cylinder (20), guide rod (10) respectively.
7. metal works diced system according to claim 1, it is characterised in that: the driving component (7) is by the second driving
Cylinder (71), the second guide rail (72) are constituted, and the movable platform (3) is slidably arranged on the second guide rail (72), and described second drives
Cylinder (71) setting take offence by movable platform (3) side, and the movable end phase for making movable platform (3) drive cylinder (71) with second
It connects.
8. metal works diced system according to claim 1, it is characterised in that: the driving component (7) is by the second driving
Motor (73), the second screw rod (74) and the second sliding rail (75) are constituted, and second screw rod (74) is arranged in the second sliding rail (75) side
Side, the movable platform (3) are slidably arranged on the second sliding rail (75), and make movable platform (3) and the second screw rod (74) phase spiral shell
It connects, second driving motor (73) is arranged by movable platform (3) side, and makes the second screw rod (74) and the second driving motor
(73) it is mutually drivingly connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820540856.1U CN208214906U (en) | 2018-04-17 | 2018-04-17 | A kind of metal works diced system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820540856.1U CN208214906U (en) | 2018-04-17 | 2018-04-17 | A kind of metal works diced system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208214906U true CN208214906U (en) | 2018-12-11 |
Family
ID=64529260
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820540856.1U Expired - Fee Related CN208214906U (en) | 2018-04-17 | 2018-04-17 | A kind of metal works diced system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208214906U (en) |
-
2018
- 2018-04-17 CN CN201820540856.1U patent/CN208214906U/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 |
Granted publication date: 20181211 Termination date: 20200417 |
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| CF01 | Termination of patent right due to non-payment of annual fee |