CN208083544U - A kind of automatic cutting machine - Google Patents
A kind of automatic cutting machine Download PDFInfo
- Publication number
- CN208083544U CN208083544U CN201820581256.XU CN201820581256U CN208083544U CN 208083544 U CN208083544 U CN 208083544U CN 201820581256 U CN201820581256 U CN 201820581256U CN 208083544 U CN208083544 U CN 208083544U
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- China
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- tool apron
- support plate
- rotary axis
- eccentric rotary
- movement
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Abstract
The utility model is related to a kind of automatic cutting machines, including rack and eccentric rotary axis, the front and rear sides of frame upper end to be both provided with wallboard；Eccentric rotary axis is rotatably placed in the top of central rack；The both ends of eccentric rotary axis are both provided with tool apron support plate；The upper end of two tool apron support plates is both provided with movement tool apron；It is both provided with moving blade on two movement tool aprons；The upper end of eccentric rotary axis is provided with tool apron link, and the both ends of tool apron link are fixedly connected with two movement tool aprons respectively；It is both provided with fixed tool apron above the side of each movement tool apron；Each fixed tool apron has been fixedly connected with fixed blade；Tool apron support plate includes the first support plate and the second support plate, and the first support plate is placed in the upper end of the second support plate, and one end of the first support plate is provided with limiting slot.Compared with the prior art, present apparatus welding reaches the intensity requirement for bearing heavy load and wear-resisting；Avoid movement tool apron hanging, yield is as high as possible, promotes shear precision；Damage is reduced, machine service life is extended.
Description
Technical field
The utility model is related to cut material technical field, more particularly to a kind of automatic cutting machine.
Background technology
Automatic cutting machine in the prior art includes tool apron support plate, movement tool apron, moving blade and fixed blade, movement
Tool apron is placed in the upper end of tool apron support plate, and is moved along the upper surface of tool apron support plate；Moving blade is placed in the upper of movement tool apron
End；Fixed blade is placed in the top of the side of tool apron support plate；Movement tool apron drives moving blade to move close to fixed blade, transports
Cutting blade shears material during fixed blade, was carried out in shear history to material at that time, and moved the one of tool apron
End moves out tool apron support plate, moves hanging one section of tool apron, long-term work can be bent；Tool apron support plate reaches with wallboard welding
The intensity requirement of heavy load is born, but it is basic because bearing heavy load abrasion with the contact surface of movement tool apron plane and straight line movement
It cannot repair.So old money automatic cutting machine continuous work 2-3 months, most critical cuts material components of system as directed, just goes wrong, loses
Effect, it is difficult to repair and scrap.
Utility model content
The purpose of this utility model is to provide a kind of automatic cutting machine：The technical problem to be solved is that：It is outstanding to move tool apron
One section empty, long-term work can be bent；Most critical cuts material components of system as directed, just goes wrong, fails, it is difficult to repair and scrap.
The technical solution that the utility model solves above-mentioned technical problem is as follows：A kind of automatic cutting machine, including rack and partially
The front and rear sides of heart rotation axis, the frame upper end are both provided with wallboard, and two wallboards are fixedly connected with the rack；
The eccentric rotary axis is rotatably placed in the top of the central rack, and the rear and front end difference one of the eccentric rotary axis
One corresponds to across two wallboards；
The both ends of the eccentric rotary axis are both provided with tool apron support plate, and two tool apron support plates are in two
Between the wallboard；The both ends of each tool apron support plate are respectively fixedly connected with two wallboards；Two knives
The upper end of seat supports plate is both provided with movement tool apron；It is both provided with moving blade on two movement tool aprons, each fortune
Cutting blade is in it and corresponds to side of the movement tool apron far from the eccentric rotary axis, and corresponding movement tool apron is fixed and connected
It connects；
The upper end of the eccentric rotary axis is provided with tool apron link, the both ends of the tool apron link respectively with two institutes
It states movement tool apron to be fixedly connected, drives tool apron link to move back and forth horizontally during the eccentric rotary shaft rotation is dynamic, the knife
Seat link drives two movement tool aprons to be moved back and forth horizontally in its corresponding tool apron support plate；
It is both provided with fixed tool apron, Mei Gegu above each movement side of the tool apron far from the eccentric rotary axis
The both ends of stationary knife seat are respectively fixedly connected with two wallboards；The lower end of each fixed tool apron has been fixedly connected with solid
Ledger-plate, each tool apron that moves drive its moving blade connected to move close to its corresponding fixation in its moving process
Fixed blade on tool apron, and the moving blade constitutes shear structure with fixed blade and is sheared to material；
The tool apron support plate includes the first support plate and the second support plate, and first support plate is placed in described second
The upper end of fagging, first support plate and the second support plate are detachably connected, and first support plate is far from the bias
One end of rotation axis is provided with the limiting slot that limit placement is carried out to material.
Further, the upper end of each fixed tool apron is both provided with cover board, the both ends of each cover board respectively with
Two wallboards are fixedly connected.
Further, each the upper end of fixed tool apron is both provided with guide part, is provided with material on each guide part
The part of feeding imported at fixed blade founds mouth, and each hello part founds mouth and is on same axis with limiting slot below.
Further, each one end of second support plate far from the eccentric rotary axis is respectively connected with the object after shearing
The derived guiding element plate of material, each one end of the guiding element plate far from its corresponding second support plate is diagonally downward.
Further, further include motor and speed reducer, the motor and speed reducer is in the side of the rack；The electricity
The output shaft of machine is connect with the input terminal of the speed reducer by belt, the output end of the speed reducer and the eccentric rotary axis
Connection；The motor drives the eccentric rotary axis to be rotated by belt and speed reducer.
The utility model has the beneficial effects that：The the first support plate and the second support plate of the present apparatus are combined into tool apron support
Plate reaches the intensity requirement for bearing heavy load, the hardened tool that the first support plate can use welding performance very poor with wallboard welding
Steel reaches wear-resisting, even if reparation can be removed by having worn big, or replaces；End energy in first support plate beside limiting slot
Effective supporting movement tool apron avoids movement tool apron hanging, to prevent the bending occurred after movement tool apron work a period of time, lose
Effect；Limiting slot can allow material length longer, and yield is as high as possible, moreover it is possible to be positioned and be limited to material, promote shearing essence
Degree；Limiting slot can effectively accommodate dust, iron rust, and dust, iron rust etc. are taken away, fallen with being cut part, largely reduce dust,
The damage of the impurity such as iron rust kinematic pair between movement tool apron and the first support plate.
Description of the drawings
Fig. 1 is a kind of vertical view of automatic cutting machine of the utility model；
Fig. 2 is the AA sectional views of Fig. 1；
Fig. 3 is an a kind of implementation schematic diagram of automatic cutting machine of the utility model；
Fig. 4 is a kind of two implementation schematic diagrames of automatic cutting machine of the utility model；
Fig. 5 is the front view of the first support plate.
In attached drawing, parts list represented by the reference numerals are as follows：
1, rack, 2, eccentric rotary axis, 3, wallboard；
4, tool apron support plate, the 4.1, first support plate, the 4.2, second support plate, 4.3, limiting slot；
5, tool apron is moved, 6, moving blade, 7, tool apron link, 8, fixed tool apron, 9, fixed blade, 10, cover board；
11, guide part, 11.1, feed part stand mouth；
12, guiding element plate, 13, motor, 14, speed reducer, 15, material.
Specific implementation mode
The principles of the present invention and feature are described below in conjunction with attached drawing, example is served only for explaining this practicality
It is novel, it is not intended to limit the scope of the utility model.
As shown in Figures 1 to 5, a kind of automatic cutting machine, including rack 1 and eccentric rotary axis 2,1 upper end of the rack
Front and rear sides are both provided with wallboard 3, and two wallboards 3 are fixedly connected with the rack 1；The eccentric rotary axis 2 can turn
The dynamic top for being placed in 1 middle part of the rack, and the rear and front end of the eccentric rotary axis 2 is corresponded respectively across two institutes
State wallboard 3；
The both ends of the eccentric rotary axis 2 are both provided with tool apron support plate 4, and two tool apron support plates 4 are in
Between two wallboards 3；The both ends of each tool apron support plate 4 are respectively fixedly connected with two wallboards 3；Two
The upper end of the tool apron support plate 4 is both provided with movement tool apron 5；It is both provided with moving blade 6 on two movement tool aprons 5,
Each moving blade 6 is in it and corresponds to side of the movement tool apron 5 far from the eccentric rotary axis 2, and corresponding fortune
Moving knife seat 5 is fixedly connected；
The upper end of the eccentric rotary axis 2 is provided with tool apron link 7, and the both ends of the tool apron link 7 are respectively with two
A movement tool apron 5 is fixedly connected, and drives tool apron link 7 mobile back and forth horizontally in 2 rotation process of eccentric rotary axis,
The tool apron link 7 drives two movement tool aprons 5 to be moved back and forth horizontally in its corresponding tool apron support plate 4；
It is both provided with fixed tool apron 8 above each movement side of the tool apron 5 far from the eccentric rotary axis 2, often
The both ends of a fixed tool apron 8 are respectively fixedly connected with two wallboards 3；The lower end of each fixed tool apron 8 is fixed
It is connected with fixed blade 9, each tool apron 5 that moves drives its moving blade 6 connected to move close to it in its moving process
Fixed blade 9 on corresponding fixed tool apron 8, and the moving blade 6 constitutes shear structure with fixed blade 9 and is cut to material
It cuts；
The tool apron support plate 4 includes the first support plate 4.1 and the second support plate 4.2, and first support plate 4.1 is placed in
The upper end of second support plate 4.2, first support plate, 4.1 and second support plate 4.2 are detachably connected, and described first
The one end of support plate 4.1 far from the eccentric rotary axis 2 is provided with the limiting slot 4.3 that limit placement is carried out to material.
In above-described embodiment, the upper end of each fixed tool apron 8 is both provided with cover board 10, and the two of each cover board 10
End is respectively fixedly connected with two wallboards 3.
In above-described embodiment, the upper end of each fixed tool apron 8 is both provided with guide part 11, is set on each guide part 11
Be equipped with and part of feeding that material imports at fixed blade 9 found into mouth 11.1, and each feed part stand mouth 11.1 with limiting slot below
4.3 on same axis.
In above-described embodiment, each second support plate, 4.2 one end far from the eccentric rotary axis 2 be respectively connected with by
Guiding element plate 12 derived from material after shearing, each 12 one end far from its corresponding second support plate 4.2 of the guiding element plate are equal
Diagonally downward.
Further include motor 13 and speed reducer 14 in above-described embodiment, the motor 13 and speed reducer 14 are in the machine
The side of frame 1；The output shaft of the motor 13 is connect with the input terminal of the speed reducer 14 by belt, the speed reducer 14
Output end is connect with the eccentric rotary axis 2；The motor 13 by belt and speed reducer 14 drive the eccentric rotary axis 2 into
Row rotation.
The implementation principle of the present apparatus：Material is found mouth 11.1 from hello the part of guide part 11 to import so that the lower end of material
The limiting slot 4.3 for being directed into tool apron support plate 4 is limited, while limiting sheared length, and the motor 13 is by belt and subtracts
Fast machine 14 drives the eccentric rotary axis 2 to be rotated, and 7 water of tool apron link is driven in 2 rotation process of eccentric rotary axis
Flat to move back and forth, the tool apron link 7 drives two movement tool aprons 5 horizontal past in its corresponding tool apron support plate 4
It is multiple mobile；Each movement tool apron 5 drives its moving blade 6 connected to move close to its corresponding solid in its moving process
Fixed blade 9 on stationary knife seat 8, and the moving blade 6 constitutes shear structure with fixed blade 9 and is sheared to material；Shearing
Material afterwards is exported through guiding element plate 12.
The first support plate 4.1 and the second support plate 4.2 of the present apparatus are combined into tool apron support plate 4, the second support plate 4.2 with
The welding of wallboard 3 reaches the intensity requirement for bearing heavy load, and the first support plate 4.1 is detachably connected with screw and the second support plate 4.2
It connects, and the first support plate 4.1 can use the very poor hardened tool steel of welding performance, reach wear-resisting, it can be with even if abrasion is big
Reparation is removed, or is replaced.
Furthermore the first support plate 4.1 is when shearing material, the end on 4.3 side of limiting slot in the first support plate 4.1
Portion can effective supporting movement tool apron 5, avoid movement tool apron 5 hanging, occur after a period of time to prevent movement tool apron 5 from working
Bending, failure；It cuts material components of system as directed service life and extended to 2-3 by original 2-3 months, and be difficult to repair by original
Multiple, unrepairable is promoted to can repair, be easy to repair；Limiting slot 4.3 can allow material length longer, and yield is as high as possible, also
Material can be positioned and be limited, promote shear precision；Limiting slot 4.3 can effectively accommodate dust, iron rust, dust, iron rust etc.
It takes away, fall with part is cut, largely reduce the impurity such as dust, iron rust between movement tool apron 5 and the first support plate 4.1
The damage of kinematic pair.
Because movement tool apron 5 can be increased without hanging, the present apparatus exists the span between two wallboards 3 in rack 1
One times is increased to movement tool apron 5 on the basis of the prior art, while being arranged two on each guide part 11 and feeding part vertical mouth
11.1 so that feeding capacity doubles；And after the optimization of present apparatus structure member, the fortune between moving blade 6 and fixed blade 9
Dynamic speed can improve, and cut material speed and just improve, the practical daily output is increased to 25-35 tons by original 5-8 tons.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all in this practicality
Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model
Within the scope of shield.
Claims (5)
1. a kind of automatic cutting machine, it is characterised in that：Including rack（1）With eccentric rotary axis（2）, the rack（1）Upper end
Front and rear sides are both provided with wallboard（3）, two wallboards（3）With the rack（1）It is fixedly connected；The eccentric rotary axis
（2）Rotatably it is placed in the rack（1）The top at middle part, and the eccentric rotary axis（2）Rear and front end difference one it is a pair of
Two wallboards should be passed through（3）；
The eccentric rotary axis（2）Both ends be both provided with tool apron support plate（4）, and two tool apron support plates（4）Locate
In two wallboards（3）Between；Each tool apron support plate（4）Both ends respectively with two wallboards（3）It is fixed
Connection；Two tool apron support plates（4）Upper end be both provided with movement tool apron（5）；Two movement tool aprons（5）On be all provided with
It is equipped with moving blade（6）, each moving blade（6）It is in it and corresponds to movement tool apron（5）Far from the eccentric rotary axis
（2）Side, and corresponding movement tool apron（5）It is fixedly connected；
The eccentric rotary axis（2）Upper end be provided with tool apron link（7）, the tool apron link（7）Both ends respectively with
Two movement tool aprons（5）It is fixedly connected, the eccentric rotary axis（2）Tool apron link is driven in rotation process（7）It is horizontal
It moves back and forth, the tool apron link（7）Drive two movement tool aprons（5）In its corresponding tool apron support plate（4）Upper water
It is flat to move back and forth；
Each movement tool apron（5）Far from the eccentric rotary axis（2）Side above be both provided with fixed tool apron（8）,
Each fixed tool apron（8）Both ends respectively with two wallboards（3）It is fixedly connected；Each fixed tool apron（8）Under
End has been fixedly connected with fixed blade（9）, each move tool apron（5）In its moving process, the movement knife of its connection is driven
Piece（6）Move close to its corresponding fixed tool apron（8）On fixed blade（9）, and the moving blade（6）With fixed blade（9）
Shear structure is constituted to shear material；
The tool apron support plate（4）Including the first support plate（4.1）With the second support plate（4.2）, first support plate（4.1）
It is placed in second support plate（4.2）Upper end, first support plate（4.1）With the second support plate（4.2）It is detachably connected,
And first support plate（4.1）Far from the eccentric rotary axis（2）One end be provided with to material carry out limit placement limit
Position slot（4.3）.
2. a kind of automatic cutting machine according to claim 1, it is characterised in that：Each fixed tool apron（8）Upper end it is equal
It is provided with cover board（10）, each cover board（10）Both ends respectively with two wallboards（3）It is fixedly connected.
3. a kind of automatic cutting machine according to claim 1, it is characterised in that：Each fixed tool apron（8）Upper end be respectively provided with
There is guide part（11）, each guide part（11）On be provided with material imported into fixed blade（9）The part of feeding at place founds mouth
（11.1）, and each feed part and found mouth（11.1）With limiting slot below（4.3）On same axis.
4. a kind of automatic cutting machine according to claim 1, it is characterised in that：Each second support plate（4.2）It is separate
The eccentric rotary axis（2）One end be respectively connected with guiding element plate derived from the material after shearing（12）, each guiding element plate
（12）Far from its corresponding second support plate（4.2）One end diagonally downward.
5. according to a kind of any one of Claims 1-4 automatic cutting machine, it is characterised in that：It further include motor（13）With subtract
Fast machine（14）, the motor（13）And speed reducer（14）It is in the rack（1）Side；The motor（13）Output shaft
With the speed reducer（14）Input terminal connected by belt, the speed reducer（14）Output end and the eccentric rotary axis
（2）Connection；The motor（13）Pass through belt and speed reducer（14）Drive the eccentric rotary axis（2）It is rotated.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820581256.XU CN208083544U (en) | 2018-04-23 | 2018-04-23 | A kind of automatic cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820581256.XU CN208083544U (en) | 2018-04-23 | 2018-04-23 | A kind of automatic cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208083544U true CN208083544U (en) | 2018-11-13 |
Family
ID=64055652
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820581256.XU Active CN208083544U (en) | 2018-04-23 | 2018-04-23 | A kind of automatic cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208083544U (en) |
-
2018
- 2018-04-23 CN CN201820581256.XU patent/CN208083544U/en active Active
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