CN108544747A - One kind cutting laminating machine automatically - Google Patents
One kind cutting laminating machine automatically Download PDFInfo
- Publication number
- CN108544747A CN108544747A CN201810179540.9A CN201810179540A CN108544747A CN 108544747 A CN108544747 A CN 108544747A CN 201810179540 A CN201810179540 A CN 201810179540A CN 108544747 A CN108544747 A CN 108544747A
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- CN
- China
- Prior art keywords
- conveyer frames
- driving
- cut
- mounting
- laminating machine
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C63/00—Lining or sheathing, i.e. applying preformed layers or sheathings of plastics; Apparatus therefor
- B29C63/02—Lining or sheathing, i.e. applying preformed layers or sheathings of plastics; Apparatus therefor using sheet or web-like material
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C63/00—Lining or sheathing, i.e. applying preformed layers or sheathings of plastics; Apparatus therefor
- B29C63/0004—Component parts, details or accessories; Auxiliary operations
Abstract
The invention discloses one kind cutting laminating machine automatically, it is related to overlay film processing equipment field, solve cannot accomplish efficiently, automation and it is primary it is perfect cut and the drawbacks of trimming, its key points of the technical solution are that several carriages in discharge port side, the cut away section that is set between adjacent two carriage including body, positioned at body；Cut away section includes conveyer frames and the transfer assembly that is set on conveyer frames, the cutting knife group of the feed end side of conveyer frames is set to positioned at the both sides of conveyer frames and according to distance between the material, mounting assembly for installing cutting knife group, it is fixedly connected on the driving device of mounting assembly, it is connected to mounting assembly and the synchronizing device of transfer assembly can be in linkage with, be electrically connected to driving device and synchronizing device and control the driving device and synchronizing device action control device, one kind of the present invention cutting laminating machine automatically, be capable of efficiently automatic integratedization progresss overlay film cut and trimming handle.
Description
Technical field
The present invention relates to overlay film process equipments, more particularly to a kind of to cut laminating machine automatically.
Background technology
Overlay film（laminating）, also known as " modeling excessively ", " mounting glue ", " pad pasting " etc., refers to passing through heat with transparent plastic film
It covers and is attached to printed matter surface, play a part of to protect and increase gloss.Overlay film has been widely used for the cover of books and periodicals, and picture album is recorded
Volume is read, postcard, product description, wall calendar and map etc. carry out surface binding and layout and protection.Currently, common overlay film packs product
There are carton, carton, handbag, fertilizer bag, seed packet, adhesive label etc..
In the process of packing box, need to carry out overlay film operation to the body paper surface of packing box, so that molding
Packing box has the characteristics such as Water-proof and oil-proof in the later stage, avoids the damage for easily causing packing box.
Packing box or carton when overlay film transmits, between be usually provided with gap, and needed after overlay film
Diaphragm cut-out to being connected between adjacent product, and have for the technology for cutting existing use of overlay film and manually manually cut
Cut, the tearing of differential speed roll and cutting knife group are directly cut, it is existing cutting there are the drawbacks of be that remaining trimming is more, need again
The excision of the secondary extra rim charge of progress；The mode efficiency of aritificial cut-off is low and inconvenient for operation, dangerous；The tearing of differential speed roll is cut
It will cause the deformation bendings that the stretching of product surface overlay film easily causes product edge part；The cutting of cutting knife group then will appear
Cut it is not in place, for the larger product of width carry out once cut when drawback more highlight.Aforesaid way all there is also
Respective drawback, cannot accomplish efficiently, automation and it is primary it is perfect cut and trimming, the space that could be improved.
Invention content
The object of the present invention is to provide one kind cutting laminating machine automatically, efficient, automatic, integrated can carry out overlay film
It cuts and trimming is handled.
The present invention above-mentioned technical purpose technical scheme is that：
It is a kind of to cut laminating machine automatically, including body, several conveyings for being arranged along conveying direction positioned at the discharge port side of body
Frame further includes having a cut away section being set between adjacent two carriage；The cut away section includes to be arranged along conveying direction
Conveyer frames and be set on conveyer frames be transmitted transfer assembly, be arranged positioned at the both sides of conveyer frames and according to distance between the material
Cutting knife group in the feed end side of conveyer frames to be cut to overlay film, is consolidated the mounting assembly for installing cutting knife group
Surely it is connected to the mounting assembly and is slid along the width direction of the conveyer frames to drive the cutting knife group to be cut
Driving device is connected to mounting assembly and can be in linkage with the transfer assembly with the synchronous dress of mounting assembly described in synchronous driving
Set, be electrically connected to driving device and synchronizing device and control the driving device and synchronizing device action control device.
Using the above scheme, pass through the setting according to the gap progress cutting knife group between overlay film so that can be straight when cutting
The excision of row cut-out and rim charge is tapped into, operation is efficient, under the operation and control of driving device, synchronizing device and control device, makes
Obtaining cutting knife group can cut since two sides of overlay film are to centre, avoid the tearing for cutting rim charge from top, and synchronous dress
It sets and is matched with the opposite conveyer frames that driving device enables cutting knife group to stablize and is cut, stable operation, whole efficiency
Height avoids the secondary trimming in later stage again from handling.
Preferably, the mounting assembly includes to be set to the conveyer frames both sides and upper surface is parallel to the transmission
The mounting base of frame, the upper surface for being installed on the mounting base and the mounting bracket for being symmetrically disposed on conveyer frames both sides, the mounting bracket
It include the mounting rod being fixedly connected with both sides along the width direction of the conveyer frames.
Using the above scheme, the mounting base of mounting assembly is set to the both sides of conveyer frames, and is being pacified by mounting bracket setting
Cutting knife group is installed on dress seat, and the mounting rod for being connected to along the length direction of conveyer frames both sides enables to install
Frame integrated connection is stablized.
Preferably, the driving device includes to be connected to the connector of the cutting knife group, it is fixedly installed in described
The drive component that the both sides of mounting bracket drive connector along the length direction of mounting rod, the connector are sheathed on institute
State mounting rod.
Using the above scheme, the connector of driving device is connected to cutting knife group and is fixedly mounted on the two of mounting bracket
Side is cut so that cutting knife group can smoothly be driven to carry out movement under the driving energy of drive component, and connector is arranged
In mounting rod, it can be realized by mounting rod and the cut direction of cutting knife group is limited so that in the cut direction of cutting knife group
Stablize.
Preferably, the driving component includes the driving motor for being fixedly installed in the mounting bracket side, is parallel to
The mounting rod is simultaneously fixedly connected on the shaft of the driving motor and is rotationally connected with the drive rod of both sides mounting bracket, the drive
Lever be alongst symmetrically arranged with for the cutting knife group positioned at conveyer frames both sides it is opposite/screwed ring of relative motion, institute
The establishing of connector thread bush is stated together in the drive rod.
Using the above scheme, the drive rod of drive component is matched with mounting rod the direction of motion of connector is determined, and
And the screwed ring being arranged on drive rod make the blade of the cutting knife group of both sides can be realized under the driving of driving motor it is opposite/
It moves toward one another, and then easily realizes that synchronous bilateral cuts and resets.
Preferably, the transfer assembly includes to be arranged to be transmitted the transmission of linkage along conveyer frames width direction
Roller is sheathed on the transfer roller and several conveyer belts to be transmitted is arranged along the length direction interval of conveyer frames, described
The axle center of live-roller is in an axial direction to being extended with drive link on the outside of conveyer frames；The synchronizing device includes to be installed on the installation
Driving gear on seat is fixedly connected on the driving gear and can be connected in the linkage unit of the drive link, described
Mounting bracket further includes having the length direction setting along conveyer frames and offering tooth socket in lower surface to be engaged in the driving gear
Slide bar.
Using the above scheme, the live-roller of transfer assembly and conveyer belt can realize mutual linkage and transmission, and be driven
The drive link that roller extends can be realized to be connected with synchronizing device, and to pass through linkage unit real for the driving gear of synchronizing device
Now the driving with mounting assembly is realized with the linkage of drive link, then the drive link by being matched on mounting bracket, match between each other
It closes close, coherent.
Preferably, the linkage unit includes interlocking bar, STATEMENT OF FEDERALLY SPONSORED and driving cylinder；The interlocking bar is along the drive
The axial sliding of moving gear is arranged in the driving gear and lateral wall offers card slot and carries out circumferential limit, the driving cylinder
It is installed on the mounting base and piston rod is connected to the interlocking bar, side surface pivots of the interlocking bar close to driving cylinder
The rolling bearing for being fixedly connected on piston rod is installed；The STATEMENT OF FEDERALLY SPONSORED sets in the next end cap of driving of driving cylinder and is held on institute
It states drive link, the other end and slides in an axial direction and be connected to the interlocking bar, be installed in the mounting base and STATEMENT OF FEDERALLY SPONSORED is carried out
The limit base of axial limiting.
Using the above scheme, the interlocking bar of linkage unit can be close to conveyer frames side under the driving of driving cylinder,
And STATEMENT OF FEDERALLY SPONSORED is driven to be clamped, the rolling bearing in interlocking bar enables to interlocking bar and drives the company stablized between cylinder
It connects and drives, limit base can limit STATEMENT OF FEDERALLY SPONSORED, so that being clamped and connected of can stablizing of STATEMENT OF FEDERALLY SPONSORED and being taken off
From.
Preferably, offering limiting slot on the limit base, the STATEMENT OF FEDERALLY SPONSORED includes annular in shape and inlay card in described
The spacing ring of limiting slot, be articulated in an axial direction the spacing ring madial wall several linkage blocks.
Using the above scheme, the spacing ring on the limiting slot and STATEMENT OF FEDERALLY SPONSORED opened up on limit base cooperates, and realizes linkage
The linkage block of the restriction of part position in an axial direction, the pivot joint of spacing ring madial wall can be rotated under the driving of interlocking bar, in turn
The clamping and separation of realization and drive link.
Preferably, the end of the interlocking bar is in gradually smaller round table-like and described to drive link side diameter
The end lateral wall of lever is provided in the axial direction with the sliding slot for linkage block sliding inlay card, and the side wall of the linkage block is connected with
Sliding ball offers the groove for sliding ball locating slip on the sliding slot.
Using the above scheme, interlocking bar is in a circular table shape is matched with sliding ball on the sliding slot, groove and linkage block opened up so that
Stable transmission can be realized between linkage block and interlocking bar, realize the rotation of linkage block and then realizes clamping linkage, and is slided
The mutual cooperation of ball and groove enables linkage block to stablize between interlocking bar into line slip connection.
Preferably, the control device includes to be fixedly connected on the lower section of cutting knife group with to the progress of the product of transmission
The detection components of gap detection, be controlled by detection components and control the driving device and synchronizing device action control unit and
Control unit delayed startup driving device after starting synchronizing device.
Using the above scheme, the detection components of control device can be detected in real time, and can by control unit
Realize that the control process to synchronizing device and driving device, the setting of detection components can make the cut-sytle pollination of cutting knife group more
The automation added is participated in without personnel's moment, improves working efficiency.
In conclusion the invention has the advantages that：
It is operated by the overall co-ordination of the mounting assembly of cut away section, driving device, synchronizing device and control device so that cut
Knife group is more automatic when being cut to overlay film gap, intelligent, and cutting knife group is filled from both sides and synchronous
Set and the control of driving device under cut, more stablize when operation and can disposably carry out cutting for product edge
Side, operation are efficient.
Description of the drawings
Fig. 1 is the whole side structure schematic view of laminating machine；
Fig. 2 is the structural schematic diagram at laminating machine carriage；
Fig. 3 is the configuration schematic diagram at cut away section；
Fig. 4 is the partial sectional view in the portions A-A in Fig. 1；
The block diagram of Fig. 5 devices in order to control.
In figure：1, body；2, carriage；3, cut away section；4, transfer assembly；41, live-roller；411, drive link；42, it transmits
Band；42, conveyer frames；5, cutting knife group；6, mounting assembly；61, mounting base；62, mounting bracket；63, mounting rod；64, slide bar；65、
Limit base；651, limiting slot；7, driving device；71, connector；72, drive component；721, driving motor；722, drive rod；8、
Synchronizing device；81, gear is driven；82, linkage unit；821, interlocking bar；8211, sliding slot；8212, groove；8213, rotation axis
It holds；822, STATEMENT OF FEDERALLY SPONSORED；8221, spacing ring；8222, linkage block；8223, sliding ball；823, cylinder is driven；9, control device；91、
Detection components；92, control unit.
Specific implementation mode
Below in conjunction with attached drawing, invention is further described in detail.
It is a kind of disclosed in the present embodiment to cut laminating machine automatically, as shown in Figure 1, including the body 1 of laminating machine, being arranged and exist
The discharge outlet of body 1 carries out the carriage 2 of product conveying.Carriage 2 is alongst provided with multistage, and close to machine
It is provided with cut away section 3 between the carriage 2 of 1 side of body, linking connection is carried out by cut away section 3 and by conveying products when conveys
The coating layer connected between gap carries out cutting processing.
As shown in Fig. 2 to 5, cut away section 3 includes conveyer frames 43, transfer assembly 4, cutting knife group 5, mounting assembly 6, driving
Device 7, synchronizing device 8 and control device 9.
The setting of conveyer frames 43 is supported connection between carriage 2, and transfer assembly 4 includes conveyer belt 42 and transmission
Roller 41.Conveyer belt 42 carries out installation conveying on conveyer frames 43 and carriage 2 each along the length direction of conveying, and live-roller 41 can
Realize that driving rotation, conveyer belt 42 are set on live-roller 41 and realize transfer operation by motor.It is rotated in live-roller 41, in turn
So that the rotation of conveyer belt 42 being set on live-roller 41 is transmitted.
As shown in Figures 2 and 3, mounting assembly 6 is arranged in the both sides of conveyer frames 43 and along 43 length direction of conveyer frames
Centerline direction be symmetrical set.Mounting assembly 6 includes to be arranged in the mounting base 61 of 43 both sides of conveyer frames, mounted on installation
Mounting bracket 62 on seat 61, mounting base 61 is along the length direction setting of conveyer frames 43 and upper surface and the conveyer belt of mounting base 61
42 is parallel, mounting bracket 62 include along vertical direction vertical connection to mounting base 61 montant, be fixedly connected on the perpendicular of both sides
Mounting rod 63 between bar, mounting rod 63 are arranged along the width direction of conveyer frames 43 in the upper horizontal of conveyer frames 43.Installation
The montant of frame 62 is connected to the slide bar 64 that is fixedly connected at mounting base 61 and can be slid along transmission direction.The following table of slide bar 64
Face opens up and tooth socket is to be matched with the sliding that synchronizing device 8 realizes mounting assembly 6.
As shown in Figures 2 and 3, driving device 7 includes drive component 72 and connector 71, and drive component 72 is fixed pacifies
Drive rod 722 between the montant of mounting bracket 62 and the side for being fixedly mounted on montant make 722 turns of drive rod
The driving motor 721 of dynamic operation.The shaft of driving motor 721 is fixedly connected with drive rod 722, and drive rod 722 is threaded through
The position of montant, which preferably uses, has bearing to carry out central rotational connection.Drive rod 722 is mutually parallel with mounting rod 63, is preferably provided with
In 63 horizontal side of mounting rod.Drive rod 722 is alongst provided with screwed ring, and screwed ring is about drive rod 722
Center symmetric setting forms plus thread and left-hand thread positioned at both sides on drive rod 722.Connector 71 is mounted on drive component
There are two the both sides for being located at conveyer frames 43, the threaded one end of connector 71 is set on drive rod 722, another for setting on 72
End and cutting knife group 5 be fixedly connected, with realize drive component 72 to cutting knife group 5 along conveyer frames 43 width direction into
Row cuts the driving of processing.Connector 71 is vertically arranged and mounting rod 63 is threaded through in connector 71, is carried out to connector 71
Limit so that connector 71 will smoothly circumferentially rotate when drive rod 722 rotates and be converted into moving along a straight line.
As shown in Figures 3 and 4, synchronizing device 8 includes the driving gear 81 being fixedly mounted in mounting base 61, is connected to
Gear 81 and transfer assembly 4 is driven to realize the linkage unit 82 with 4 synchronous driving of transfer assembly.Driving gear 81 is vertically mounted on
In mounting base 61, it is arranged radially along vertical direction.The live-roller 41 of transfer assembly 4 is in the side of close mounting base 61 in
Heart axis direction is protruding with drive link 411, and linkage unit 82 includes the connection for the central axial direction for being threaded through driving gear 81
Lever 821, be fixedly mounted in mounting base 61 to interlocking bar 821 carry out axially driving driving cylinder 823, sliding be connected to connection
In lever 821 and it is sheathed on the STATEMENT OF FEDERALLY SPONSORED 822 of drive link 411.Interlocking bar 821 is threaded through in driving gear 81 and preferably passes through card
Flute profile circumferentially limits so that interlocking bar 821 can rotate operation together with driving gear 81.Interlocking bar 821 is pierced by sliding tooth
The other side of wheel 81, and the center inlay card on the surface of interlocking bar 821 is equipped with rolling bearing 8213, drives the work of cylinder 823
The inner ring of stopper rod and rolling bearing 8213 is fixed to each other inlay card so that the piston rod of driving cylinder 823 driven when
It waits and interlocking bar 821 can be driven to 43 side of conveyer frames, while being realized and being joined by rolling bearing 8213 between interlocking bar 821
The circumferential flexible connection of lever 821 and driving cylinder 823.
STATEMENT OF FEDERALLY SPONSORED 822 includes restraining position ring block 8221 and the circumferential linkage block 8222 being articulated in spacing ring 8221, linkage
The centre position of block 8222 offers movable dog, and several position-limited round rod is protruding at the madial wall interval of spacing ring 8221,
It is realized and is connected by the movable inlay card of spacing ball and movable dog between linkage block 8222 and spacing ring 8221, and make linkage
Block 8222 can rotate realization pivot joint at spacing ring 8221.Interlocking bar 821 is axially offered to be slided for linkage block 8222
The sliding slot 8211 of limit is moved, the end of linkage block 8222 is connected with sliding ball 8223, and is offered for sliding in sliding slot 8211
Ball 8223 slides the groove 8212 of inlay card, realizes the flexible connection of linkage block 8222 and interlocking bar 821.Interlocking bar 821 is close to connection
The side of moving part 822 is diametrically gradually reduced round table-like so that under the driving of interlocking bar 821, linkage block 8222 can be around
It after being rotated at spacing ring 8221, the clamping of realization and drive link 411 is mutually gathered close to the side of drive link 411, into
And it realizes and is fixedly connected with realization Synchronous Transmission between drive link 411 and linkage unit 82.Further include having positioned at 822 lower section of STATEMENT OF FEDERALLY SPONSORED
Limit base 65,65 side of limit base is fixedly connected in mounting base 61, is opened up along the conveying direction in the top of limit base 65
Have limiting slot 651,8221 inlay card of spacing ring is in limiting slot 651 so that spacing ring 8221 along conveyer frames 43 width direction
Position be defined so that interlocking bar 821 drive linkage block 8222 when, linkage block 8222 can be realized smoothly
Rotation.
Preferably, it is alongst spaced apart in the lateral wall of drive link 411 and corresponds to linkage block 8222 equipped with several
The locating slot of setting, and the junction between adjacent positioned slot is arranged in arc transition so that linkage block 8222 is being clamped
When, drive link 411 keeps rotation, and the transition of circular arc enables linkage block 8222 smoothly to carry out inlay card clamping, and
It achieves a fixed connection after firm grip and synchronizes transmission.And the end of drive link 411 is preferably arranged to be matched with interlocking bar 821
It is round table-like so that when STATEMENT OF FEDERALLY SPONSORED 822 is clamped, the contact area between linkage block 8222 and drive link 411 increases
Greatly, firm grip so that transmission is smooth.
As shown in figure 5, control device 9 includes the detection components 91 being detected and the signal pair in response to detecting
The controller that driving device 7 and synchronizing device 8 are controlled.
Detection components 91 are preferably arranged on the photoelectric sensor of 5 initial position of cutting knife group, and are parallel to cutting knife group 5
Setting, when product being not detected indicating the overlay film gap for occurring conveying, the output of detection components 91 detects trigger signal to controlling
Device processed carries out startup processing, and controller drives in response to detection trigger signal and to driving cylinder 823 so that installation group
Part 6 and transfer assembly 4 synchronize acted, and delaying time of controller controls the driving device 7 actions, and synchronization is given in the setting of delay
The time of the synchronized links of device 8, then control the driving device 7 action of driving motor 721 so that 5 deferred action of cutting knife group.
The rotating speed of driving motor 721 is certain, when the blade of both sides is close to completion cutting, carries out reset processing, driving motor 721 is anti-
Turn, the time for preferably rotating forward and inverting is configured all in accordance with the width of conveyer frames 43 so that rotates forward within the set time
Completion is cut, and the reset of cutting knife group 5 is completed in reversion, while controller is controlling what the when of resetting synchronized synchronizing device 8
Reset control.
Cutting knife group 5 is arranged in conveyer frames 43 close to the side of laminating machine, and cutting knife group 5 is arranged the two of conveyer frames 43
Side, and per side, setting is there are two the blade that is mutually parallel, the biography when spacing between two parallel blades and charging between product
Send spacing equal.
Operating procedure and operating mode：
1, product conveys after completing overlay film on carriage 2 and conveyer frames 43, and the detection components 91 of control device 9 are real-time
The position for overlay film gap occur is detected；
2, when detecting gap, control device 9 controls synchronizing device 8 and acts, and the action of driving cylinder 823 of synchronizing device 8 makes
It obtains STATEMENT OF FEDERALLY SPONSORED 822 to be clamped on drive link 411, realizes the linkage of synchronizing device 8 and transfer assembly 4, and then drive 81 turns of gear
Dynamic driving mounting assembly 6 is moved synchronously with transfer assembly 4, realizes cutting knife group 5 and the overlay film part cut is needed to keep opposite
It is static；
3, after completing synchronous driving, control device 9 controls the driving device 7 actions again, and the driving motor 721 of driving device 7 makes
Drive rod 722 rotates so that connector 71 and cutting cuts overlay film along the width direction of conveyer frames 43,
It is disposable complete to overlay film cut and the excision of extra rim charge；
4, after completing cutting, the driving cylinder 823 that control device 9 controls synchronizing device 8 resets point realized with transfer assembly 4
From, and control the driving device 7 and synchronizing device 8 resetted, to wait for detection next time and cut processing.
This specific embodiment is only explanation of the invention, is not limitation of the present invention, people in the art
Member can as needed make the present embodiment the modification of not creative contribution after reading this specification, but as long as at this
It is all protected by Patent Law in the right of invention.
Claims (9)
1. one kind cutting laminating machine, including body automatically（1）, be located at body（1）Discharge port side be arranged along conveying direction
Several carriages（2）, it is characterized in that：Further include thering is one to be set to adjacent two carriage（2）Between cut away section（3）；The sanction
Cut portion（3）Include the conveyer frames being arranged along conveying direction（43）And it is set to conveyer frames（43）On transmission group to be transmitted
Part（4）, be located at conveyer frames（43）Both sides and conveyer frames are set to according to distance between the material（43）Feed end side with to overlay film
The cutting knife group cut（5）, for installing cutting knife group（5）Mounting assembly（6）, be fixedly connected on the mounting assembly
（6）And along the conveyer frames（43）Width direction slide to drive the cutting knife group（5）The driving device cut
（7）, be connected to mounting assembly（6）And the transfer assembly can be in linkage with（4）With mounting assembly described in synchronous driving（6）Synchronization
Device（8）, be electrically connected to driving device（7）And synchronizing device（8）And it controls the driving device（7）And synchronizing device（8）Action
Control device（9）.
2. according to claim 1 cut laminating machine automatically, it is characterized in that：The mounting assembly（6）Include to be set to
The conveyer frames（43）Both sides and upper surface are parallel to the conveyer frames（43）Mounting base（61）, be installed on the mounting base
（61）Upper surface and be symmetrically disposed on conveyer frames（43）The mounting bracket of both sides（62）, the mounting bracket（62）Include along described
Conveyer frames（43）The mounting rod that is fixedly connected of width direction and both sides（63）.
3. according to claim 2 cut laminating machine automatically, it is characterized in that：The driving device（7）Include to be connected to
The cutting knife group（5）Connector（71）, it is fixedly installed in the mounting bracket（62）Both sides along mounting rod（63）Length
Direction is spent to connector（71）The drive component driven（72）, the connector（71）It is sheathed on the mounting rod（63）.
4. according to claim 3 cut laminating machine automatically, it is characterized in that：The driving component（72）It include fixed peace
Loaded on the mounting bracket（62）The driving motor of side（721）, be parallel to the mounting rod（63）And it is fixedly connected on the drive
Dynamic motor（721）Shaft and be rotationally connected with both sides mounting bracket（62）Drive rod（722）, the drive rod（722）Along
Length direction is symmetrically arranged with for being located at conveyer frames（43）The cutting knife group of both sides（5）The screwed ring of in opposite directions/relative motion, it is described
Connector（71）Thread bush establishing is together in the drive rod（722）.
5. according to claim 2 cut laminating machine automatically, it is characterized in that：The transfer assembly（4）Include along transmission
Frame（43）Width direction is arranged to be transmitted the live-roller of linkage（41）, be sheathed on the transfer roller and along conveyer frames（43）
Length direction interval several conveyer belts to be transmitted are set（42）, the live-roller（41）Axle center in an axial direction to transmission
Frame（43）Outside be extended with drive link（411）；The synchronizing device（8）Include to be installed on the mounting base（61）On drive
Moving gear（81）, be fixedly connected on the driving gear（81）And it can be connected in the drive link（411）Linkage unit
（82）, the mounting bracket（62）Further include having along conveyer frames（43）Length direction setting and offer tooth socket in lower surface to nibble
Together in the driving gear（81）Slide bar（64）.
6. according to claim 5 cut laminating machine automatically, it is characterized in that：The linkage unit（82）It include interlocking bar
（821）, STATEMENT OF FEDERALLY SPONSORED（822）And driving cylinder（823）；The interlocking bar（821）Along the driving gear（81）Axial sliding
It is arranged in the driving gear（81）And lateral wall offers card slot and carries out circumferential limit, the driving cylinder（823）It is installed on
The mounting base（61）And piston rod is connected to the interlocking bar（821）, the interlocking bar（821）Close to driving cylinder（823）
Side surface pivots the rolling bearing for being fixedly connected on piston rod is installed（8213）；The STATEMENT OF FEDERALLY SPONSORED（822）In driving gas
Cylinder（823）The next end cap of driving set and be held on the drive link（411）, the other end slides be connected to the interlocking bar in an axial direction
（821）, the mounting base（61）On be installed with to STATEMENT OF FEDERALLY SPONSORED（822）Carry out the limit base of axial limiting（65）.
7. according to claim 6 cut laminating machine automatically, it is characterized in that：The limit base（65）On offer limiting slot
（651）, the STATEMENT OF FEDERALLY SPONSORED（822）Include annular in shape and inlay card is in the limiting slot（651）Spacing ring（8221）, in an axial direction
It is articulated in the spacing ring（8221）Madial wall several linkage blocks（8222）.
8. according to claim 7 cut laminating machine automatically, it is characterized in that：The interlocking bar（821）End be in biography
Lever（411）Side diameter is gradually smaller round table-like, and the interlocking bar（821）End lateral wall be provided in the axial direction with confession
The linkage block（8222）Slide the sliding slot of inlay card（8211）, the linkage block（8222）Side wall be connected with sliding ball
（8223）, the sliding slot（8211）On offer for sliding ball（8223）The groove of locating slip（8212）.
9. according to claim 1 cut laminating machine automatically, it is characterized in that：The control device（9）It include fixed company
It is connected to cutting knife group（5）Lower section with to the product of transmission carry out gap detection detection components（91）, be controlled by detection components
（91）And control the driving device（7）And synchronizing device（8）The control unit of action（92）And the control unit（92）Yu Qi
Dynamic synchronizing device（8）Delayed startup driving device afterwards（7）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810179540.9A CN108544747B (en) | 2018-03-05 | 2018-03-05 | Automatic cutting film laminating machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810179540.9A CN108544747B (en) | 2018-03-05 | 2018-03-05 | Automatic cutting film laminating machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108544747A true CN108544747A (en) | 2018-09-18 |
| CN108544747B CN108544747B (en) | 2020-09-01 |
Family
ID=63516603
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810179540.9A Active CN108544747B (en) | 2018-03-05 | 2018-03-05 | Automatic cutting film laminating machine |
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN205498254U (en) * | 2016-04-11 | 2016-08-24 | 河北格林森建材科技开发有限责任公司 | Synchronous cutter of tectorial membrane |
| CN106799762A (en) * | 2016-12-27 | 2017-06-06 | 芜湖市天申新材料科技有限公司 | A kind of adjustable cardboard cutter sweep of multidimensional |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN205498254U (en) * | 2016-04-11 | 2016-08-24 | 河北格林森建材科技开发有限责任公司 | Synchronous cutter of tectorial membrane |
| CN106799762A (en) * | 2016-12-27 | 2017-06-06 | 芜湖市天申新材料科技有限公司 | A kind of adjustable cardboard cutter sweep of multidimensional |
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