CN206306239U - A kind of automatic dicer with lazy-tongs - Google Patents
A kind of automatic dicer with lazy-tongs Download PDFInfo
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- CN206306239U CN206306239U CN201621371577.4U CN201621371577U CN206306239U CN 206306239 U CN206306239 U CN 206306239U CN 201621371577 U CN201621371577 U CN 201621371577U CN 206306239 U CN206306239 U CN 206306239U
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- cutting plate
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Abstract
The utility model is related to a kind of brick equipment, specifically discloses a kind of automatic dicer with lazy-tongs.The automatic dicer with lazy-tongs includes frame and the pinch-off frame being connected with housing slide；Described pinch-off frame is provided with cutting plate, lower cutting plate and cutter assembly, and mud bar passage is formed between described upper cutting plate and lower cutting plate；The second drive device for driving the first driving means and driving pinch-off frame of cutter assembly motion along housing slide is additionally provided with described frame；Conveyer belt and the rotary encoder for measuring line speed are additionally provided with described frame, the conveyer belt is concordant with lower cutting plate；Rotary encoder is electrically connected with first driving means and the second drive device；Frame is provided with splicing plate away from one end of conveyer belt, and described splicing plate is connected with lower cutting plate.The above-described automatic dicer with lazy-tongs, pinch-off frame and mud bar are synchronized with the movement when realizing pinch-off, simple structure, pinch-off efficiency high.
Description
Technical field
The utility model is related to a kind of brick equipment, more particularly to a kind of automatic dicer with lazy-tongs.
Background technology
Mixing extruder is after mud bar is extruded, it is necessary to be cut into the adobe of particular size by blank cutter.Existing pinch-off
Machine is divided into slitting component and pinch-off component, is connected by accelerating belt between slitting component and pinch-off component, and mixing extruder is squeezed
The mud bar for going out is cut into certain length by slitting component, then accelerates the mud bar that the driving of belt is cut to accelerate to Dutch base component,
Pinch-off is completed by pinch-off component again.This blank cutter is actionless due to pinch-off component, so during pinch-off, mud
Bar also necessarily be in inactive state, and extruder is in successively extrusion mud bar, so must be in slitting component and pinch-off
Set between component and accelerate belt, be that pinch-off component reserves the pinch-off time, although this structure completes automatic pinch-off, but sets
Standby complex structure, overall dimensions are also very big, use and repair all inconvenient.
The content of the invention
The technical problems to be solved in the utility model is to provide a kind of automatic dicer with lazy-tongs, realizes pinch-off
When pinch-off frame and mud bar be synchronized with the movement, simple structure, pinch-off efficiency high.
In order to solve the above-mentioned technical problem, the technical scheme that the utility model is provided is as follows：Cutting automatically with lazy-tongs
Block machine, including frame and the pinch-off frame that is connected with housing slide；Described pinch-off frame is provided with cutting plate, lower cutting plate and cutter group
Part, forms mud bar passage between described upper cutting plate and lower cutting plate, described cutter assembly is up and down reciprocatingly transported in mud bar passage
It is dynamic；It is additionally provided with described frame and drives the first driving means and driving pinch-off frame of cutter assembly motion to be slided along frame is relative
The second drive device；Conveyer belt and the rotary encoder for measuring line speed are additionally provided with described frame, it is described
Conveyer belt is concordant with lower cutting plate；Described rotary encoder is electrically connected with first driving means and the second drive device；Institute
State frame and be provided with splicing plate away from one end of conveyer belt, described pinch-off frame is located between conveyer belt and splicing plate, and described connects
Flitch is connected with lower cutting plate.
The first driving means and drive for driving cutter assembly to be moved up and down in mud bar passage are additionally provided with described frame
Dynamic pinch-off frame is along relative the second drive device slided of frame；Conveyer belt is additionally provided with described frame and for measuring conveyer belt
The rotary encoder of speed；Described rotary encoder is electrically connected with first driving means and the second drive device；Extrusion
The mud bar of machine extrusion persistently travels forward, and conveyer belt also travels forward under the frictional force effect of mud bar, and rotary encoder passes through
The rotating speed of roller is measured so as to obtain the movement velocity of conveyer belt and mud bar, and rate signal pinch-off frame is fed back into, make its
Kept and mud bar same speed during pinch-off, completed after a pinch-off, the return contact with conveyer belt of pinch-off frame is carried out down
Pinch-off.Mud bar passage is formed between described upper cutting plate and lower cutting plate, described cutter assembly is upper and lower in mud bar passage
Move back and forth；Cutter assembly up and down motion completes the cutting to mud bar.The frame is provided with splicing plate away from one end of conveyer belt,
Described pinch-off frame is located between conveyer belt and splicing plate, and described splicing plate is connected with lower cutting plate；Due to pinch-off frame and frame
Between be it is relative slide, after mud bar completes pinch-off in the mud bar passage, pinch-off frame can be to conveyer belt, the work of splicing plate
With being connection lower cutting plate and follow-up conveyer belt.
Preferably, described first driving means include pinch-off motor and be connected with pinch-off motor rotary moveable first
Crank, first connecting rod is provided between the first described crank and cutter assembly；Described first connecting rod and the first crank and cutting knife
Component difference rotary moveable connection.
Preferably, the second described drive device includes follow-up motor and be connected with follow-up motor rotary moveable second
Crank, second connecting rod is provided between the second described crank and pinch-off frame；Described second connecting rod and the second crank and pinch-off frame
Rotary moveable connection respectively.
Preferably, described splicing plate includes dynamic plate and quiet plate, described quiet plate is fixedly connected with frame, and described is dynamic
Plate is fixedly connected with lower cutting plate, is slidably connected between described dynamic plate and quiet plate；The upper surface of the splicing plate and lower cutting plate
Upper surface is concordant；Pinch-off frame occurs gap when to conveyer belt between pinch-off frame and follow-up equipment, and mud bar is being cut into
After adobe, width is smaller, and splicing plate can prevent adobe from being dropped from frame；Splicing plate connects with pinch-off frame and frame respectively
Connect, and dynamic slip relative between plate and quiet plate, the length of splicing plate can be so automatically adjusted with the motion of pinch-off frame, meet brick
The demand of base motion.
Preferably, the pinch-off frame is provided with sliding block, described frame is provided with guide rail, described frame and pinch-off frame
Connected by sliding block and guide rail.
Preferably, described frame includes supporting leg, described supporting leg is provided with arrangement for adjusting height；Frame can be adjusted
Whole height, it is also possible to adjust frame conveyer belt concordant with lower cutting plate and positioned at horizontal plane
Preferably, described cutter assembly includes mounting rail and some steel wires between mounting rail, at least one
Described mounting rail is provided with the cylinder for taut wire；Steel wire is in exceptionally straight state in the presence of cylinder, works as cutter group
When part moves up and down in mud bar passage, steel wire is from mud bar by completing pinch-off.
Brief description of the drawings
Fig. 1 is the structural representation of automatic dicer of the present embodiment with lazy-tongs；
Fig. 2 is the structural representation of splicing plate in automatic dicer of the present embodiment with lazy-tongs；
Fig. 3 is the structural representation of cutter assembly in automatic dicer of the present embodiment with lazy-tongs.
Specific embodiment
In order that the purpose of this utility model, technical scheme and advantage become more apparent, below in conjunction with accompanying drawing and implementation
Example, is further elaborated to the utility model.It should be appreciated that specific embodiment described herein is only used to explain
The utility model, is not used to limit the utility model.
Embodiment
As shown in figure 1, the automatic dicer with lazy-tongs, including frame 1 and the pinch-off frame 3 that is slidably connected with frame 1,
The pinch-off frame 3 is provided with sliding block, and described frame 1 is provided with guide rail, and described frame 1 and pinch-off frame 3 pass through sliding block and lead
Rail is connected.Described pinch-off frame 3 is provided with cutting plate 31, lower cutting plate 33 and cutter assembly 34, described upper cutting plate 31 and incision
Mud bar passage 32 is formed between plate 33, described cutter assembly 34 pumps in mud bar passage 32, cutter assembly 34
Move up and down cutting of the completion to mud bar.The first driving means 4 for driving the motion of cutter assembly 34 are additionally provided with described frame 1
With the second drive device 5 for driving pinch-off frame 3 to be slided relatively along frame 1；Conveyer belt 2 is additionally provided with described frame 1 and is used for
The rotary encoder 21 of the speed of conveyer belt 2 is measured, the conveyer belt 2 is concordant with lower cutting plate 33；Described rotary encoder 21 with
The drive device 5 of first driving means 4 and second is electrically connected；The frame 1 is provided with splicing plate 6 away from one end of conveyer belt 2,
Described pinch-off frame 3 is located between conveyer belt 2 and splicing plate 6, and described splicing plate 6 is connected with lower cutting plate 33；Due to pinch-off frame 3
It is relative slip and frame 1 between, after completion pinch-off in mud bar passage 32, pinch-off frame 3 can be transported mud bar to conveyer belt 2
Dynamic, the effect of splicing plate 6 is connection lower cutting plate 33 and follow-up conveyer belt.Described frame 1 includes supporting leg 11, described branch
Leg 11 is provided with arrangement for adjusting height 12；The whole height of frame 1 can be adjusted, it is also possible to adjust the conveyer belt 2 of frame 1 and incision
Plate 33 is concordant and positioned at horizontal plane.
Further, described first driving means 4 include pinch-off motor and be connected with pinch-off motor rotary moveable the
One crank 41, first connecting rod 42 is provided between the first described crank 41 and cutter assembly 34；Described first connecting rod 42 and
One crank 41 and the difference rotary moveable connection of cutter assembly 34.Described second drive device 5 include follow-up motor and with it is servo-actuated
Second crank 51 of motor rotary moveable connection, second connecting rod 52 is provided between the second described crank 51 and pinch-off frame 3；It is described
Second connecting rod 52 and the second crank 51 and the difference rotary moveable of pinch-off frame 3 be connected.
Further, as shown in Fig. 2 described splicing plate 6 includes dynamic plate 61 and quiet plate 62, described quiet plate 62 and frame
1 is fixedly connected, and described dynamic plate 61 is fixedly connected with lower cutting plate 33, is slidably connected between described dynamic plate 61 and quiet plate 62；Institute
The upper surface for stating splicing plate 6 is concordant with the upper surface of lower cutting plate 33；, when being moved to conveyer belt 2, pinch-off frame 3 is with after for pinch-off frame 3
Occur gap between continuous equipment, and mud bar is after adobe is cut into, width is smaller, and splicing plate 6 can prevent adobe from frame 1
On drop；Splicing plate 6 is connected with pinch-off frame 3 and frame 1 respectively, and it is dynamic it is relative between plate 61 and quiet plate 62 slide, so can be with
The length of splicing plate 6 is automatically adjusted with the motion of pinch-off frame 3, the demand of adobe campaign is met.
Further, as shown in figure 3, described cutter assembly 34 include mounting rail 343 and it is some positioned at mounting rail 343 it
Between steel wire 341, the mounting rail 343 described at least one is provided with the cylinder 342 for taut wire 341；Steel wire 341 is in gas
Exceptionally straight state is in the presence of cylinder 342, when cutter assembly 34 moves up and down in the mud bar passage 32, steel wire 341 is from mud bar
It is middle to pass through completion pinch-off.
During work, the mud bar of extruder extrusion persistently travels forward, conveyer belt 2 under the frictional force effect of mud bar also forward
Motion, rotary encoder 21 is believed speed by measuring the rotating speed of roller so as to obtain the movement velocity of conveyer belt 2 and mud bar
First driving means 4 number are fed back to, the motion of the control pinch-off of first driving means 4 frame 3 makes it be kept during pinch-off and mud bar
Same speed；Now, the second drive device 5 drives cutter assembly 34 to move up and down and adobe is cut；Completion is once cut
After base, the return contact with conveyer belt 2 of the driving pinch-off of first driving means 4 frame 3 carries out pinch-off next time.
The above-described automatic dicer with lazy-tongs, pinch-off frame and mud bar are synchronized with the movement when realizing pinch-off,
Simple structure, pinch-off efficiency high.
In a word, preferred embodiment of the present utility model is the foregoing is only, is not used to limit the utility model, it is all
Any modification, equivalent and improvement made within spirit of the present utility model and principle etc., should be included in this practicality
Within new protection domain.
Claims (7)
1. a kind of automatic dicer with lazy-tongs, it is characterised in that：Including frame（1）And with frame（1）It is slidably connected
Pinch-off frame（3）；Described pinch-off frame（3）It is provided with cutting plate（31）, lower cutting plate（33）And cutter assembly（34）, it is described on cut
Plate（31）With lower cutting plate（33）Between formed mud bar passage（32）, described cutter assembly（34）In mud bar passage（32）It is interior upper and lower
Move back and forth；Described frame（1）On be additionally provided with driving cutter assembly（34）The first driving means of motion（4）With driving pinch-off
Frame（3）Along frame（1）Relative the second drive device slided（5）；Described frame（1）On be additionally provided with conveyer belt（2）Be used for
Measurement conveyer belt（2）The rotary encoder of movement velocity（21）, the conveyer belt（2）With lower cutting plate（33）Concordantly；Described rotation
Turn encoder（21）With first driving means（4）With the second drive device（5）It is electrically connected；The frame（1）Away from transmission
Band（2）One end be provided with splicing plate（6）, described pinch-off frame（3）Positioned at conveyer belt（2）With splicing plate（6）Between, described connects
Flitch（6）With lower cutting plate（33）Connection.
2. the automatic dicer with lazy-tongs according to claim 1, it is characterised in that：Described first driving means
（4）The first crank being connected including pinch-off motor and with pinch-off motor rotary moveable（41）, described the first crank（41）With cut
Knife assembly（34）Between be provided with first connecting rod（42）；Described first connecting rod（42）With the first crank（41）And cutter assembly（34）
Rotary moveable connection respectively.
3. the automatic dicer with lazy-tongs according to claim 2, it is characterised in that：The second described drive device
（5）The second crank being connected including follow-up motor and with follow-up motor rotary moveable（51）, described the second crank（51）With cut
Base frame（3）Between be provided with second connecting rod（52）；Described second connecting rod（52）With the second crank（51）With pinch-off frame（3）Revolve respectively
Turn to be flexibly connected.
4. the automatic dicer with lazy-tongs according to claim 1 or 2 or 3, it is characterised in that：Described splicing plate
（6）Including moving plate（61）With quiet plate（62）, described quiet plate（62）With frame（1）It is fixedly connected, described dynamic plate（61）With under
Cutting plate（33）It is fixedly connected, described dynamic plate（61）With quiet plate（62）Between be slidably connected；The splicing plate（6）Upper surface with
Lower cutting plate（33）Upper surface it is concordant.
5. the automatic dicer with lazy-tongs according to claim 4, it is characterised in that：The pinch-off frame（3）On set
There are sliding block, described frame（1）It is provided with guide rail, described frame（1）With pinch-off frame（3）Connected by sliding block and guide rail.
6. the automatic dicer with lazy-tongs according to claim 5, it is characterised in that：Described frame（1）Including
Supporting leg（11）, described supporting leg（11）It is provided with arrangement for adjusting height（12）.
7. the automatic dicer with lazy-tongs according to claim 1 or 2 or 3 or 5 or 6, it is characterised in that：Described
Cutter assembly（34）Including mounting rail（343）With some positioned at mounting rail（343）Between steel wire（341）, described at least one
Mounting rail（343）It is provided with for taut wire（341）Cylinder（342）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621371577.4U CN206306239U (en) | 2016-12-14 | 2016-12-14 | A kind of automatic dicer with lazy-tongs |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621371577.4U CN206306239U (en) | 2016-12-14 | 2016-12-14 | A kind of automatic dicer with lazy-tongs |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206306239U true CN206306239U (en) | 2017-07-07 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621371577.4U Active CN206306239U (en) | 2016-12-14 | 2016-12-14 | A kind of automatic dicer with lazy-tongs |
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| Country | Link |
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| CN (1) | CN206306239U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112400939A (en) * | 2020-11-12 | 2021-02-26 | 广东顺德华机机械实业有限公司 | Novel biscuit slitting mill |
-
2016
- 2016-12-14 CN CN201621371577.4U patent/CN206306239U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112400939A (en) * | 2020-11-12 | 2021-02-26 | 广东顺德华机机械实业有限公司 | Novel biscuit slitting mill |
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