Invention content
The technical problem to be solved by the present invention is to:In view of the deficiencies of the prior art, provide one kind simple in structure, Neng Goufang
Just the impression tangent line process for quickly completing cardboard, realizes impression tangent line process automation, to effectively reduce operating personnel's labor
Fatigue resistance, while replying the cardboard impression thread cutter for improving cardboard processing efficiency.
Solve the problems, such as that techniques discussed above, the technical solution that the present invention takes are:
The present invention is a kind of cardboard impression thread cutter, and the cardboard impression thread cutter includes device pedestal, device
Driving wheel and driven wheel are installed on pedestal, covers and thongs on the driving wheel and driven wheel, being arranged on device pedestal can rise
Upper mold is arranged in the lower die of drop, lower die top position, and driving wheel is connect with the motor that driving wheel can be driven to rotate, motor and lower die
It is connect respectively with control unit.
The driving wheel and from the structure for being disposed as parallel arrangement between wheel wheel and device base-plates surface, the master
It is set as that there are the structures of clearance portion I between driving wheel and device base-plates surface, is set as between driven wheel and device base-plates surface
There are the structures of clearance portion II.
Setting pinches gap, the active between the belt being set with and device pedestal on the driving wheel and driven wheel
When wheel drives belt and driven wheel to rotate, belt is configured to pinch what cardboard was moved from driving wheel position to driven wheel position
Structure.
Aperture portion is set on the device pedestal, and lower die is arranged in aperture portion, and lower die is opened with that can drive lower die edge
The lifting cylinder connection of hole portion lifting, the lifting cylinder control unit flexible with that can control lifting cylinder are connect, lifting cylinder
When stretching, lower die is configured to extend the structure that aperture portion is bonded with upper mold.
Indentation line and trimming cutter be set in the upper mold, when lower die is extended aperture portion and is bonded with upper mold, indentation line
The cardboard being configured in the process chamber to upper die and lower die processes the structure of impression, and cutting plate cutter is configured to pair
Cardboard carries out the structure of trimming.
Execution unit is set on the device pedestal of the driving wheel lower position, execution unit is connect with control unit,
When the cardboard is by the pinch gap of execution unit top position, execution unit is configured to control unit feedback letter
Number structure.
The driving wheel of the cardboard impression thread cutter is mounted on driving shaft, the cardboard impression thread cutter
Driven wheel is mounted on driven shaft, and both ends of main drive shaft respectively installs a holder I, and two holders I are vertically mounted on device pedestal
On, respectively one holder II of installation, two holders II are vertically mounted on device pedestal at driven shaft both ends.
Clearance portion III is set between the lower die and aperture portion inner wall, screen section of shaking is set below aperture portion, shake sieve part
The side after cardboard trimming is collected in part and the control unit connection structure that can control screen section vibration of shaking, screen section of shaking lower section setting
The discard bin of corner material.
The paper collecting table for the cardboard for completing impression tangent line is collected in the device side of base setting of the driven wheel side.
The clamping component of protrusion is set on the belt, and the belt clamp paper pushing board is from driving wheel position to driven wheel
When position is moved, clamping component is configured to be resisted against the structure on cardboard.
Technical solution using the present invention can obtain advantageous effect below:
Cardboard impression thread cutter of the present invention, when needing to carry out impression tangent line process to cardboard, it is only necessary to will
Unprocessed cardboard is placed on the device pedestal of driving wheel side, then controls motor rotation, motor by control unit
Driving wheel rotation is driven, driving wheel drives belt and driven wheel rotation, in this way, pushing unprocessed cardboard to driving wheel and device
Between base-plates surface, driving wheel and belt cooperation, it will be able to which force pinches cardboard from driving wheel position on unprocessed cardboard
It is moved to driven wheel position, when cardboard is moved to upper mold top position, control unit controls motor stalls, and driving wheel stops
Rotation stop is dynamic, and unprocessed cardboard stops at upper mold top position, and at this moment, control unit controls lower die and rises, lower die rise with it is upper
Mould is bonded, and the process chamber of upper die and lower die completes impression and tangent line (trimming) process to unprocessed cardboard, to complete not
The processing of the cardboard of processing forms satisfactory cardboard.At this moment, control unit control lower die moves down, and returns to initial
Position, then control unit control again motor rotation, motor drive driving wheel rotation, belt drive processing after cardboard continue
It is moved from from driving wheel position to driven wheel position, until cardboard separating device pedestal, falls into the paper collecting table beside device pedestal,
As long as processing to complete a cardboard can complete the processing of undressed cardboard in batches according to it is still necessary to processes to recycle, and be formed
Satisfactory cardboard.Above-mentioned apparatus can fully achieve the automation processing of cardboard, to which component reduces the labor of operating personnel
Fatigue resistance improves cardboard processing efficiency, and ensures that the processing quality of cardboard meets the requirements, and avoids manually-operated error.
Therefore, cardboard impression thread cutter of the present invention, it is simple in structure, it is manufactured into local, can conveniently and efficiently complete cardboard
Impression tangent line process, impression tangent line process automation can be fully achieved, to effectively reduce labor intensity of operating staff,
The processing efficiency of cardboard is greatly improved simultaneously.
Specific implementation mode
Below against attached drawing, by the description of the embodiment, each structure for example involved to the specific implementation mode of the present invention
The works such as mutual alignment and connection relation, the effect of each section and operation principle between the shape of part, construction, each section are further
Detailed description:
As shown in attached drawing 1, attached drawing 2, the present invention is a kind of cardboard impression thread cutter, the cardboard impression thread cutter
Including device pedestal 1, driving wheel 3 and driven wheel 4 are installed on device pedestal 1, skin is set on the driving wheel 3 and driven wheel 4
Band 5, is arranged the lower die 6 that can be lifted on device pedestal 1, and 6 top position of lower die is arranged upper mold 7, driving wheel 3 and can drive master
The motor 8 that driving wheel 3 rotates connects, and motor 8 and lower die 6 are connect with control unit 9 respectively.Above structure is arranged, when needing to paper
When plate carries out impression tangent line process, it is only necessary to unprocessed cardboard is placed on the device pedestal of driving wheel side, then
Motor rotation is controlled by control unit, motor drives driving wheel rotation, driving wheel to drive belt and driven wheel rotation, in this way,
Unprocessed cardboard is pushed between driving wheel and device base-plates surface, driving wheel and belt cooperation, it will be able to which force is not adding
On the cardboard of work, pinches cardboard and moved from driving wheel position to driven wheel position, when cardboard is moved to upper mold top position, control
Component controls motor stalls processed, driving wheel stop operating, and unprocessed cardboard stops at upper mold top position, at this moment, control
Component controls lower die processed rises, and lower die rise is bonded with upper mold, and the process chamber of upper die and lower die completes unprocessed cardboard
Impression and tangent line (trimming) process form satisfactory cardboard to complete the processing of unprocessed cardboard.At this moment, it controls
Component controls lower die moves down, and returns to initial position, and then control unit controls motor rotation again, and motor drives actively
Wheel rotation, belt drives the cardboard after processing to continue to move from from driving wheel position to driven wheel position, until cardboard leaves dress
Pedestal is set, the paper collecting table beside device pedestal is fallen into, to complete the processing of a cardboard, as long as according to it is still necessary to processes to recycle,
The processing that can complete undressed cardboard in batches, forms satisfactory cardboard.Above-mentioned apparatus can fully achieve cardboard oneself
Dynamicization is processed, and to which component reduces the labor intensity of operating personnel, improves cardboard processing efficiency, and ensure the processing of cardboard
Satisfactory quality avoids manually-operated error.Therefore, cardboard impression thread cutter of the present invention, simple in structure, energy
Enough impression tangent line processes for conveniently and efficiently completing cardboard, can fully achieve impression tangent line process automation, to effectively drop
Low labor intensity of operating staff, while greatly improving the processing efficiency of cardboard.
The driving wheel 3 and from the structure for being disposed as parallel arrangement between wheel wheel 4 and 1 surface of device pedestal, it is described
1 surface of driving wheel 3 and device pedestal between be set as there are the structure of clearance portion I 10, driven wheel 4 and 1 surface of device pedestal
Between be set as that there are the structures of clearance portion II 11.The setting of clearance portion I 10 and clearance portion II 11, when driving wheel rotates, skin
It is rotated together with band and driven wheel, unprocessed cardboard can be driven to enter from clearance portion I 10, the cardboard after then processing is from gap
Portion II 11 exports.
Setting pinches gap 12 between the belt 5 being set with and device pedestal 1 on the driving wheel 3 and driven wheel 4, described
Driving wheel 3 when belt 5 and driven wheel 4 being driven to rotate, belt 5 be configured to pinch cardboard 13 from 3 position of driving wheel to from
The structure of 4 position of driving wheel movement.In this way, when unprocessed cardboard is processed, unprocessed cardboard from clearance portion I 10 into
Enter, under the pinch of belt, unprocessed cardboard is moved along gap 12 is pinched from driving wheel position to driven wheel position, upper
After mould and lower die process unprocessed cardboard, the cardboard machined is continued on and is stitched along pinch under the pinch of belt
Gap 12 is moved from driving wheel position to driven wheel position, until the cardboard machined is exported from clearance portion II 11.
Aperture portion 14 is set on the device pedestal 1, and lower die 6 is arranged in aperture portion 14, lower die 6 and can drive down
Mould 6 is connected along the lifting cylinder 15 that aperture portion 14 lifts, the control unit flexible with that can control lifting cylinder 15 of lifting cylinder 15
Part 9 connects, and when lifting cylinder 15 stretches out, lower die 6 is configured to extend the structure that aperture portion 14 is bonded with upper mold 7.In this way
Structure, lower die along aperture portion lift, to control unit control under, can be bonded with upper mold, formed process chamber, completion
The impression and tangent line of unprocessed cardboard, after processing is completed to cardboard, lower die moves down, homing, is ready for next
The processing of cardboard.The time that lower die rises and declines drives the movement of cardboard movement to cooperate with driving wheel.
Indentation line and trimming cutter be set in the upper mold 7, when lower die 6 is extended aperture portion 14 and is bonded with upper mold 7, is pressed
Trace line is configured to the structure that the cardboard 13 in the process chamber to upper mold 7 and lower die 6 processes impression, the setting of cutting plate cutter
For the structure of trimming can be carried out to cardboard 13.
Execution unit 16, execution unit 16 and control unit are set on the device pedestal 1 of 3 lower position of driving wheel
9 connections, when the cardboard 13 is by the pinch gap 12 of 16 top position of execution unit, execution unit 16 be configured to
The structure of 9 feedback signal of control unit.The setting of execution unit is sent into unprocessed cardboard by the belt clamp on driving wheel
Enter gap portion I 10 and when by execution unit top position, for execution unit to control unit feedback signal, control unit is anti-by this
After feedback signal, control unit control lower die starts to rise, in this way, when unprocessed cardboard is moved to lower die in the pinch of belt
When top position, lower die has just risen in place, and at this moment control unit control motor is stopped, lower die and upper mold fitting, to not
The cardboard of processing completes impression and tangent line processing.The setting of execution unit, primarily to ensuring rotation and the lower die of driving wheel
Rise realize effectively cooperation, it is ensured that cardboard manufacturing procedure it is smooth and reliable.
The driving wheel 3 of the cardboard impression thread cutter is mounted on driving shaft 17, cardboard impression tangent line dress
The driven wheel 4 set is mounted on driven shaft 18, and respectively one holder I 19 of installation, two holders I 19 are vertically pacified at driving shaft 17 both ends
On device pedestal 1, respectively one holder II 20 of installation, two holders II 20 are vertically mounted on device base at driven shaft 18 both ends
On seat 1.Two holders I 19 realize that the reliable installation of driven shaft is realized in the installation of driving shaft, two holders II 20, can on driving shaft
To install multiple driving wheels, the driven wheel equal with driving wheel quantity can be installed on driven shaft, each driving wheel and one from
A belt is set between driving wheel, in this way, improve, belt to the pinch ability of cardboard, can according to different sizes, thickness,
The driving wheel and driven wheel of different number is arranged in the cardboard demand of weight, improves cardboard impression thread cutter of the present invention
Pinch ability, improve cardboard impression thread cutter use scope.
Clearance portion III 22 is set between 14 inner wall of lower die 6 and aperture portion, and the cardboard impression thread cutter is also
Including screen section 2 of shaking, the screen section 2 of shaking includes cylinder 25, shake sieve plate part 26, the cylinder rod of shake sieve plate part 26 and cylinder 25
27 connections, cylinder 25 are arranged on device pedestal 1, and the sieve plate part 26 that shakes is arranged on 14 inner wall of aperture portion, the cylinder rod of cylinder 25
When 27 stretching, 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 flexible control unit connection of cylinder rod.The setting for screen section of shaking will produce leftover pieces, side because a cardboard is after processing is completed
Corner material can be stacked into aperture portion, and the setting for screen section of shaking, a cardboard after processing is completed, lower die can move down, this
When, control unit controls cylinder operation, and cylinder rod reciprocal telescopic, the sieve plate part that shakes constantly pushes leftover pieces so that leftover pieces from
The vibration of gap portion III 22 falls into discard bin 23, realizes the automatic recycling of leftover pieces, avoids the accumulation of leftover pieces from influencing cardboard and normally adds
Work does not need manual recovery, improves efficiency.
The paper collecting table for the cardboard 13 for completing impression tangent line is collected in 1 side of the device pedestal setting of 4 side of driven wheel
21.Paper collecting table can recycle the cardboard machined, realize that cardboard recycles automatically.Cardboard recycling quantity reaches a fixed number
After amount, paper collecting table can be removed, replace another paper collecting table.
The clamping component 24 of protrusion is set on the belt 5, and the belt 5 pinches cardboard 13 from 3 position of driving wheel
When being moved to 4 position of driven wheel, clamping component 24 is configured to the structure being resisted against on cardboard 13.Such structure, in skin
When band pinches cardboard, structure of the clamping force on cardboard 13 can be applied by pinching component 24, played assistance to the pinch of cardboard and made
With avoiding skidding between cardboard and belt, improve the pinch effect of cardboard, it is ensured that entire cardboard impression thread cutter can
Reliably work.
Cardboard impression thread cutter of the present invention, when needing to carry out impression tangent line process to cardboard, it is only necessary to will
Unprocessed cardboard is placed on the device pedestal of driving wheel side, then controls motor rotation, motor by control unit
Driving wheel rotation is driven, driving wheel drives belt and driven wheel rotation, in this way, pushing unprocessed cardboard to driving wheel and device
Between base-plates surface, driving wheel and belt cooperation, it will be able to which force pinches cardboard from driving wheel position on unprocessed cardboard
It is moved to driven wheel position, when cardboard is moved to upper mold top position, control unit controls motor stalls, and driving wheel stops
Rotation stop is dynamic, and unprocessed cardboard stops at upper mold top position, and at this moment, control unit controls lower die and rises, lower die rise with it is upper
Mould is bonded, and the process chamber of upper die and lower die completes impression and tangent line (trimming) process to unprocessed cardboard, to complete not
The processing of the cardboard of processing forms satisfactory cardboard.At this moment, control unit control lower die moves down, and returns to initial
Position, then control unit control again motor rotation, motor drive driving wheel rotation, belt drive processing after cardboard continue
It is moved from from driving wheel position to driven wheel position, until cardboard separating device pedestal, falls into the paper collecting table beside device pedestal,
As long as processing to complete a cardboard can complete the processing of undressed cardboard in batches according to it is still necessary to processes to recycle, and be formed
Satisfactory cardboard.Above-mentioned apparatus can fully achieve the automation processing of cardboard, to which component reduces the labor of operating personnel
Fatigue resistance improves cardboard processing efficiency, and ensures that the processing quality of cardboard meets the requirements, and avoids manually-operated error.
Therefore, cardboard impression thread cutter of the present invention, it is simple in structure, it is manufactured into local, can conveniently and efficiently complete cardboard
Impression tangent line process, impression tangent line process automation can be fully achieved, to effectively reduce labor intensity of operating staff,
The processing efficiency of cardboard is greatly improved simultaneously.
Illustrative description is carried out to the present invention above in conjunction with attached drawing, it is clear that concrete implementation of the present invention is not by above-mentioned
The limitation of mode, if the various improvement of inventive concept and technical scheme of the present invention progress are used, or it is not improved by this
The design of invention and technical solution directly apply to other occasions, are within the scope of the invention.