Summary of the invention
The technical problem to be solved is: for the deficiencies in the prior art, it is provided that a kind of simple in construction, it is possible to side
Complete the impression tangent line operation of cardboard the most quickly, it is achieved impression tangent line process automation, thus effectively reduce operator's labor
Fatigue resistance, replies the cardboard impression thread cutter improving cardboard working (machining) efficiency simultaneously.
Techniques discussed above problem to be solved, the technical scheme that the present invention takes is:
The present invention is a kind of cardboard impression thread cutter, and described cardboard impression thread cutter includes device pedestal, device
Installing drivewheel and driven pulley on pedestal, on described drivewheel and driven pulley, set thongs, and device pedestal is arranged and can rise
The lower mold of fall, lower mold top position arranges upper mold, and drivewheel is connected with the motor that drivewheel can be driven to rotate, motor and lower mold
It is connected with control parts respectively.
Described drivewheel and be disposed as the structure that is arranged in parallel, described master between wheel wheel and device base-plates surface
It is set to exist the structure of clearance portion I between driving wheel and device base-plates surface, is set between driven pulley and device base-plates surface
There is the structure of clearance portion II.
Arrange between belt and the device pedestal of suit on described drivewheel and driven pulley and pinch gap, described active
When wheel drives belt and driven pulley to rotate, belt is configured to pinch what cardboard moved to driven pulley position from drivewheel position
Structure.
Arranging aperture portion on described device pedestal, lower mold is arranged in aperture portion, and lower mold is opened with driving lower mold edge
The lift cylinder of hole portion lifting connects, and lift cylinder control parts flexible with controlling lift cylinder are connected, lift cylinder
When stretching out, lower mold is configured to the structure extending aperture portion with upper mold laminating.
Indentation line and trimming cutter are set in described upper mold, when lower mold extends aperture portion with upper mold laminating, indentation line
Being configured to process the cardboard in the process chamber of upper die and lower die the structure of impression, it is right that cutting plate cutter is configured to
Cardboard carries out the structure of trimming.
Arranging execution unit on the device pedestal of described drivewheel lower position, execution unit is connected with controlling parts,
Described cardboard passes through when pinching gap of execution unit top position, and execution unit is configured to controlling component feedback letter
Number structure.
The drivewheel of described cardboard impression thread cutter is arranged on driving shaft, described cardboard impression thread cutter
Driven pulley is arranged on driven shaft, and both ends of main drive shaft respectively installs a support I, and two supports I are all vertically mounted on device pedestal
On, a support II is respectively installed at driven shaft two ends, and two supports II are all vertically mounted on device pedestal.
Arranging clearance portion III between described lower mold and aperture portion inwall, arrange screen section of shaking below aperture portion, shake sieve part
Part and the control member connection structure of the screen section vibration that can control to shake, arrange the limit after collecting cardboard trimming below screen section of shaking
The discard bin of corner material.
The device pedestal side of described driven pulley side arranges the paper collecting table of the cardboard having collected impression tangent line.
The clamping part of protrusion is set on described belt, described belt clamp paper pushing board from drivewheel position to driven pulley
When position is moved, clamping part is configured to the structure being resisted against on cardboard.
Use technical scheme, can obtain following beneficial effect:
Cardboard impression thread cutter of the present invention, when needs carry out impression tangent line operation to cardboard, it is only necessary to will
Unprocessed cardboard is held in place on the device pedestal of drivewheel side, then by controlling component controls electric machine rotation, motor
Drive drivewheel rotates, and drivewheel drives belt and driven pulley to rotate, and so, pushes unprocessed cardboard to drivewheel and device
Between base-plates surface, drivewheel and belt coordinate, it becomes possible to force, on unprocessed cardboard, pinches cardboard from drivewheel position
Moving to driven pulley position, when cardboard moves to upper mold top position, control component controls motor stalls, drivewheel stops
Spline is moved, and unprocessed cardboard stops at upper mold top position, at this moment, controls component controls lower mold and rises, and lower mold rises with upper
Mould is fitted, and the process chamber of upper die and lower die completes impression and tangent line (trimming) operation, thus completes not unprocessed cardboard
The processing of the cardboard of processing, forms satisfactory cardboard.At this moment, control component controls lower mold and move down, return to initial
Position, then controls parts and again controls electric machine rotation, and driven by motor drivewheel rotates, and the cardboard after belt drive processing continues
Move to driven pulley position from from drivewheel position, until cardboard separating device pedestal, fall into the paper collecting table on device pedestal side,
Thus complete the processing of a cardboard, as long as according to operation circulation of still needing, the processing of undressed cardboard just can be completed in batches, formed
Satisfactory cardboard.Said apparatus, it is possible to the automatization processing of cardboard is fully achieved, thus parts reduce the labor of operator
Fatigue resistance, improves cardboard working (machining) efficiency, and guarantees that the crudy of cardboard meets the requirements, it is to avoid manually-operated error.
Therefore, cardboard impression thread cutter of the present invention, simple in construction, it is manufactured into this locality, it is possible to complete cardboard conveniently and efficiently
Impression tangent line operation, it is possible to impression tangent line process automation is fully achieved, thus effectively reduces labor intensity of operating staff,
The working (machining) efficiency of cardboard is greatly improved simultaneously.
Detailed description of the invention
Below against accompanying drawing, by the description to embodiment, each structure the most involved to the detailed description of the invention of the present invention
Mutual alignment and annexation, the effect of each several part and operation principle etc. between the shape of part, structure, each several part are made further
Detailed description:
As shown in accompanying drawing 1, accompanying drawing 2, the present invention is a kind of cardboard impression thread cutter, described cardboard impression thread cutter
Including device pedestal 1, device pedestal 1 is installed drivewheel 3 and driven pulley 4, described drivewheel 3 and driven pulley 4 are set with skin
Band 5, device pedestal 1 arranges the lower mold 6 that can lift, and lower mold 6 top position arranges upper mold 7, drivewheel 3 with can drive master
The motor 8 that driving wheel 3 rotates connects, and motor 8 and lower mold 6 are connected with control parts 9 respectively.Said structure is arranged, when needs are to paper
When plate carries out impression tangent line operation, it is only necessary to unprocessed cardboard is held in place on the device pedestal of drivewheel side, then
By controlling component controls electric machine rotation, driven by motor drivewheel rotates, and drivewheel drives belt and driven pulley to rotate, so,
Being pushed to by unprocessed cardboard between drivewheel and device base-plates surface, drivewheel and belt coordinate, it becomes possible to force is not adding
On the cardboard of work, pinch cardboard and move to driven pulley position from drivewheel position, when cardboard moves to upper mold top position, control
Component controls motor stalls processed, drivewheel stops operating, and unprocessed cardboard stops at upper mold top position, at this moment, control
Component controls lower mold processed rises, and lower mold rises fits with upper mold, and unprocessed cardboard is completed by the process chamber of upper die and lower die
Impression and tangent line (trimming) operation, thus complete the processing of unprocessed cardboard, form satisfactory cardboard.At this moment, control
Component controls lower mold moves down, and returns to initial position, then controls parts and again controls electric machine rotation, and driven by motor is actively
Wheel rotates, and the cardboard after belt drive processing continues to move to driven pulley position from from drivewheel position, until cardboard leaves dress
Put pedestal, fall into the paper collecting table on device pedestal side, thus complete the processing of a cardboard, as long as according to operation circulation of still needing,
Just can complete the processing of undressed cardboard in batches, form satisfactory cardboard.Said apparatus, it is possible to be fully achieved cardboard from
Dynamicization is processed, thus parts reduce the labor intensity of operator, improve cardboard working (machining) efficiency, and guarantee the processing of cardboard
Satisfactory quality, it is to avoid manually-operated error.Therefore, cardboard impression thread cutter of the present invention, simple in construction, energy
Enough impression tangent line operations completing cardboard conveniently and efficiently, it is possible to impression tangent line process automation is fully achieved, thus effectively drops
Low labor intensity of operating staff, is greatly improved the working (machining) efficiency of cardboard simultaneously.
Described drivewheel 3 and be disposed as the structure that is arranged in parallel between wheel wheel 4 and device pedestal 1 surface, described
Drivewheel 3 and device pedestal 1 surface between be set to exist the structure of clearance portion I 10, driven pulley 4 and device pedestal 1 surface
Between be set to exist the structure of clearance portion II 11.Clearance portion I 10 and the setting of clearance portion II 11, when drivewheel rotates, skin
Band rotates together with driven pulley, it is possible to driving unprocessed cardboard to enter from clearance portion I 10, then the cardboard after processing is from gap
Portion II 11 exports.
Arrange between belt 5 and the device pedestal 1 of suit on described drivewheel 3 and driven pulley 4 and pinch gap 12, described
Drivewheel 3 when driving belt 5 and driven pulley 4 to rotate, belt 5 be configured to pinch cardboard 13 from drivewheel 3 position to from
The structure that driving wheel 4 position is moved.So, when unprocessed cardboard is processed, unprocessed cardboard enters from clearance portion I 10
Entering, under the pinching of belt, unprocessed cardboard moves to driven pulley position along pinching gap 12 from drivewheel position, upper
After unprocessed cardboard is processed by mould and lower mold, the cardboard machined, under the pinching of belt, continues on along pinching seam
Gap 12 moves to driven pulley position from drivewheel position, until the cardboard machined exports from clearance portion II 11.
Arranging aperture portion 14 on described device pedestal 1, lower mold 6 is arranged in aperture portion 14, lower mold 6 with can drive down
The lift cylinder 15 that mould 6 lifts along aperture portion 14 connects, the control portion that lift cylinder 15 is flexible with controlling lift cylinder 15
Part 9 connects, and when lift cylinder 15 stretches out, lower mold 6 is configured to the structure extending aperture portion 14 with upper mold 7 laminating.So
Structure, lower mold lifts along aperture portion, thus is controlling under component controls, it is possible to fits with upper mold, forms process chamber, complete
The impression of unprocessed cardboard and tangent line, after machining cardboard, lower mold moves down, homing, is ready for next
The processing of cardboard.The time that lower mold rises and declines, the motion driving cardboard to move with drivewheel cooperates.
Arranging indentation line and trimming cutter in described upper mold 7, lower mold 6 extends aperture portion 14 when fitting with upper mold 7, pressure
The cardboard 13 that trace line is configured in the process chamber to upper mold 7 and lower mold 6 processes the structure of impression, and cutting plate cutter is arranged
For cardboard 13 being carried out the structure of trimming.
Execution unit 16, execution unit 16 and control parts are set on the device pedestal 1 of described drivewheel 3 lower position
9 connect, described cardboard 13 by when pinching gap 12 of execution unit 16 top position, execution unit 16 be configured to
Control the structure of parts 9 feedback signal.The setting of execution unit, passes through the belt clamp on drivewheel at unprocessed cardboard and is sent into
When entering gap portion I 10 and pass through execution unit top position, execution unit, to controlling component feedback signal, controls parts anti-by this
After feedback signal, control component controls lower mold and start to rise, so, when unprocessed cardboard is moved to lower mold pinching of belt
During top position, lower mold has just risen and has put in place, at this moment controls component controls motor and quits work, and lower mold and upper mold laminating, to not
The cardboard of processing completes impression and tangent line processing.The setting of execution unit, primarily to guarantee rotation and the lower mold of drivewheel
Rise realize effectively coordinating, it is ensured that cardboard manufacturing procedure smooth and easy and reliable.
The drivewheel 3 of described cardboard impression thread cutter is arranged on driving shaft 17, described cardboard impression tangent line dress
The driven pulley 4 put is arranged on driven shaft 18, and a support I 19 is respectively installed at driving shaft 17 two ends, and two supports I 19 are the most vertically pacified
Being contained on device pedestal 1, a support II 20 is respectively installed at driven shaft 18 two ends, and two supports II 20 are all vertically mounted on device base
On seat 1.Two supports I 19 realize the installation of driving shaft, and two supports II 20 realize the reliable installation of driven shaft, can on driving shaft
To install multiple drivewheels, driven shaft can install the driven pulley equal with drivewheel quantity, each drivewheel and one from
Between driving wheel be set with a belt, so, improve, belt pinches ability to cardboard, can according to different size, thickness,
The cardboard demand of weight, arranges drivewheel and the driven pulley of varying number, improves cardboard impression thread cutter of the present invention
The ability that pinches, improve cardboard impression thread cutter range.
Arranging clearance portion III 22 between described lower mold 6 and aperture portion 14 inwall, described cardboard impression thread cutter is also
Including screen section 2 of shaking, described screen section 2 of shaking includes cylinder 25, shake sieve plate part 26, and shake the sieve plate part 26 cylinder rod with cylinder 25
27 connect, and cylinder 25 is arranged on device pedestal 1, and the sieve plate part 26 that shakes is arranged on aperture portion 14 inwall, the cylinder rod of cylinder 25
27 when stretching out, and the sieve plate part 26 that shakes is configured to extend to the structure in aperture portion 14, cylinder 25 and the gas that can control cylinder
The control parts connection that cylinder rod is flexible.The setting of screen section of shaking, because after a cardboard machines, can produce leftover pieces, limit
Corner material can be stacked in aperture portion, and the setting of screen section of shaking, after a cardboard machines, lower mold can move down, this
Time, control component controls cylinder operation, cylinder rod reciprocal telescopic, the sieve plate part that shakes constantly promotes leftover pieces so that leftover pieces from
Gap portion III 22 vibration falls into discard bin 23, it is achieved the automatic recovery of leftover pieces, it is to avoid the accumulation of leftover pieces affects cardboard and normally adds
Work, it is not necessary to manual recovery, improves efficiency.
Device pedestal 1 side of described driven pulley 4 side arranges the paper collecting table of the cardboard 13 having collected impression tangent line
21.The cardboard machined can be reclaimed by paper collecting table, it is achieved cardboard reclaims automatically.Cardboard reclaims quantity and reaches a fixed number
After amount, paper collecting table can be removed, change another paper collecting table.
Arranging the clamping part 24 of protrusion on described belt 5, described belt 5 pinches cardboard 13 from drivewheel 3 position
When moving to driven pulley 4 position, clamping part 24 is configured to the structure being resisted against on cardboard 13.Such structure, at skin
When band pinches cardboard, pinch parts 24 and can apply clamping force structure on cardboard 13, cardboard is pinched and plays assistance work
With, it is to avoid skidding between cardboard and belt, that improves cardboard pinches effect, it is ensured that whole cardboard impression thread cutter can
Reliably it is operated.
Cardboard impression thread cutter of the present invention, when needs carry out impression tangent line operation to cardboard, it is only necessary to will
Unprocessed cardboard is held in place on the device pedestal of drivewheel side, then by controlling component controls electric machine rotation, motor
Drive drivewheel rotates, and drivewheel drives belt and driven pulley to rotate, and so, pushes unprocessed cardboard to drivewheel and device
Between base-plates surface, drivewheel and belt coordinate, it becomes possible to force, on unprocessed cardboard, pinches cardboard from drivewheel position
Moving to driven pulley position, when cardboard moves to upper mold top position, control component controls motor stalls, drivewheel stops
Spline is moved, and unprocessed cardboard stops at upper mold top position, at this moment, controls component controls lower mold and rises, and lower mold rises with upper
Mould is fitted, and the process chamber of upper die and lower die completes impression and tangent line (trimming) operation, thus completes not unprocessed cardboard
The processing of the cardboard of processing, forms satisfactory cardboard.At this moment, control component controls lower mold and move down, return to initial
Position, then controls parts and again controls electric machine rotation, and driven by motor drivewheel rotates, and the cardboard after belt drive processing continues
Move to driven pulley position from from drivewheel position, until cardboard separating device pedestal, fall into the paper collecting table on device pedestal side,
Thus complete the processing of a cardboard, as long as according to operation circulation of still needing, the processing of undressed cardboard just can be completed in batches, formed
Satisfactory cardboard.Said apparatus, it is possible to the automatization processing of cardboard is fully achieved, thus parts reduce the labor of operator
Fatigue resistance, improves cardboard working (machining) efficiency, and guarantees that the crudy of cardboard meets the requirements, it is to avoid manually-operated error.
Therefore, cardboard impression thread cutter of the present invention, simple in construction, it is manufactured into this locality, it is possible to complete cardboard conveniently and efficiently
Impression tangent line operation, it is possible to impression tangent line process automation is fully achieved, thus effectively reduces labor intensity of operating staff,
The working (machining) efficiency of cardboard is greatly improved simultaneously.
Above in conjunction with accompanying drawing, the present invention is carried out exemplary description, it is clear that concrete implementation of the present invention is not by above-mentioned
The restriction of mode, if the various improvement that the method design that have employed the present invention is carried out with technical scheme, or the most improved by this
Design and the technical scheme of invention directly apply to other occasions, the most within the scope of the present invention.