CN206915448U - A kind of Semi-automatic laminating machine - Google Patents
A kind of Semi-automatic laminating machine Download PDFInfo
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- CN206915448U CN206915448U CN201720322201.2U CN201720322201U CN206915448U CN 206915448 U CN206915448 U CN 206915448U CN 201720322201 U CN201720322201 U CN 201720322201U CN 206915448 U CN206915448 U CN 206915448U
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- film
- pressure roller
- shaped groove
- roller
- driving
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Abstract
Equipment for coating film technical field is the utility model is related to, more particularly to a kind of Semi-automatic laminating machine.Semi-automatic laminating machine described in the utility model, pass through the setting of tension mechanism, pressure roller moves in V-shaped groove hole, long slot bore play the guiding role, low order end of the original state lower compression roller in V-shaped groove hole, pressure roller is away from the first deflector roll, film is to tighten, when needing to tighten before cutting film, pressure roller runs to the high order end in V-shaped groove hole, the power of one left obliquely downward of pressure roller is given in extension spring, tense pressure roller the first guide roller of compression and tighten film, when carrying out cutting membrane process, because tension mechanism has tightened film before cutting film, membrane cut mechanism, which can be smoothly completed easily, when cutting film cuts film work, film section is intact, film will not be caused to can't cut or the out-of-flatness of film section, improve production efficiency, save manpower and labour costs.
Description
Technical field
Equipment for coating film technical field is the utility model is related to, more particularly to a kind of Semi-automatic laminating machine.
Background technology
Existing Semi-automatic laminating machine film in overlay film is not generally tight in the presence of drawing, and can not smoothly complete to cut membrane process,
Film can't cut when cutting film or the waste that out-of-flatness causes to cause film is cut in film section, substantially increase production cost and life
The time is produced, causes low production efficiency.Therefore, it is badly in need of being improved existing Semi-automatic laminating machine.
Utility model content
The purpose of utility model：In order to overcome the shortcomings of background technology, the utility model discloses a kind of semi-automatic overlay film
Machine, by tension mechanism by film tense, membrane cut mechanism all can smoothly be completed to cut membrane process, and it is good to cut film section, and yields is high,
Production efficiency is high, will not cause the waste of film, substantially increase production efficiency and overlay film presentation quality.
Technical scheme：In order to realize the above object the utility model discloses a kind of Semi-automatic laminating machine, including frame,
Coating materials roller, tension mechanism, X direction guiding rails, membrane cut mechanism, product place plate and controlling switch button；
Described frame is rectangular shape and fixed on the ground；
Described coating materials roller is arranged on described frame upper left, and film is cased with described coating materials roller；
Described tension mechanism includes the first deflector roll, pressure roller, the second deflector roll, two V-shaped groove plates, two long frids, fixed mechanism
With the first motor；V-shaped groove hole is equipped with two described V-shaped groove plates, long slot bore is equipped with two described long frids；Described
Two V-shaped groove plates are connected to the both ends of the first deflector roll, and the first described deflector roll, which is arranged on the right side of described coating materials roller, to be used for
Guide film trend；Its both ends of described pressure roller extend through the long slot bore in two described long frids and extend to outside
In V-shaped groove hole in two V-shaped groove plates, two parallel and symmetricals are also associated with two described long frids and are arranged at two above and below pressure roller
The screw mandrel of side, extension spring is provided between the screw mandrel on the downside of described pressure roller and pressure roller；Two described V-shaped groove plates fix without motion, pressure
The both ends of roller are moved in long slot bore and V-shaped groove hole, low order end of the pressure roller in V-shaped groove hole before film is tightened；Needed before film is cut
Pressure roller runs to the high order end in V-shaped groove hole when tightening, and extension spring tenses pressure roller the first deflector roll of compression and tightens film；Described second
The lower right that deflector roll is arranged on the pressure roller is used to guide film free end to described fixed mechanism；Described fixed mechanism is set
Put in the lower right of the second described deflector roll, described fixed mechanism includes fixing roller, fixed plate and holds out against cylinder, and described consolidates
Fixed board is arranged on the left side of the fixing roller, and the described cylinder that holds out against is arranged on the right side of fixing roller for holding out against the fixing roller
With fixed plate so that the free end of film to be fixed；The first described motor is arranged on described in the rear driving of the frame
The operation of tension mechanism；
Described X direction guiding rails are arranged on the right side of described tension mechanism and positioned at the upper right side of the frame, described
The lower section of fixed mechanism is provided with slide plate and the first drive mechanism, and described slide plate lower end is connected to described guide X by sliding block
On rail, the first described drive mechanism drives fixed mechanism to be moved along X direction guiding rails and film stretching vacantly is being treated into coated products
Surface；
Described membrane cut mechanism is arranged at the lower left of described pressure roller, including knife rest, blade, Y-direction guide rail and second drive
Motivation structure, described knife rest are arranged in Y-direction guide rail, and the right side that described blade is connected to described knife rest is thin for cutting off
Film；Described Y-direction guide rail is arranged in frame, and the second described drive mechanism is arranged on a left side for described knife rest and Y-direction guide rail
Side and by the second drive mechanism driving knife rest done in described Y-direction guide rail Y-direction motion with band cutting blade cut off film；
The underface that described product placement plate is arranged on described X direction guiding rails is used to place the product for treating overlay film；
Described controlling switch button, which is arranged in frame to be used to control, opens and closes Semi-automatic laminating machine.
In addition, the X that the first described drive mechanism includes a pair of parallel setting transports to timing belt, the driving X to timing belt
Capable synchronous pulley, the first driving gear, the second motor of driving the first driving gear operating, the first driven gear, even
Chain, the drag chain of the first driving gear and the first driven gear are connect, the X of described a pair of parallel setting is arranged at institute to timing belt
The outside for the X direction guiding rails stated, described slide plate lower end are fixedly connected on the X of described a pair of parallel setting on timing belt, institute
The first driven gear stated is rotatably connected in a long rotating shaft, and described long rotating shaft both ends are connected to synchronous pulley, described
The second motor connection set in described long rotating shaft one end and positioned at the rear of frame, for driving the first driving gear and chain
Bar drives the operation of the first driven gear, and the first driven gear drives long axis of rotation and drives synchronous pulley to run, synchronous pulley
A pair of X are driven to be run simultaneously to timing belt again, a pair of described X drive the slide plate of top to run to timing belt, and slide plate drives solid
Determining mechanism pulls film to be run by sliding block on X direction guiding rails, and described drag chain is arranged in described frame and for fixing
Mechanism pulls film to be X on X direction guiding rails to motion oriented film and reset.
Separately have, the second described drive mechanism includes Y-direction chain, the gear of driving Y-direction chain operation, the driving gear
3rd motor of operation, described knife rest right-hand member are fixedly connected on described Y-direction chain, the operation of described driving Y-direction chain
Gear include the second driving gear and the second driven gear, the 3rd described motor connection is used in the lower section of the second driving gear
Y-direction chain and the operation of the second driven gear are driven again with the blade on movable knife rack in Y-direction guide rail in driving the second driving gear
Membrane process is cut in motion completion.
Also, the described cylinder that holds out against has 2, and 2 hold out against cylinder synchronous working.2 hold out against cylinder can be more firm
Fixing roller and fixed plate are held out against to the free end of simultaneously clamping films, film uniform force, prevented in oriented film due to clamping
Power is uneven to cause film free end and fixed mechanism separately to influence overlay film work.
Further, the lower end of described product placement plate is provided with jacking cylinder, and described jacking cylinder is used for after the completion of overlay film
Product is placed into plate to jack up.The height of the good product of overlay film is lifted, facilitates staff to take out the good product of overlay film, improves work
Make efficiency, reduce time cost.
Again, described jacking cylinder is four guide pillar jacking cylinders.
Further, the disk firm banking of the fixed frame of support is provided with below described frame.Increase frame and ground
Contact area, reduce the pressure to ground.
Above-mentioned technical proposal can be seen that the utility model and have the advantages that：One kind described in the utility model
Semi-automatic laminating machine, compared with prior art, there is advantages below：By the setting of tension mechanism, pressure roller is transported in V-shaped groove hole
Dynamic, long slot bore play the guiding role, and original state lower compression roller is in the low order end in V-shaped groove hole, and for pressure roller away from the first deflector roll, film is taut
Tightly, when needing to tighten before cutting film, pressure roller runs to the high order end in V-shaped groove hole, and the power of one left obliquely downward of pressure roller is given in extension spring,
Tense pressure roller compress the first guide roller tighten film, when carrying out cutting membrane process, due to before cutting film tension mechanism by film
Tighten, when cutting film membrane cut mechanism can easily smoothly complete cuts film work, film section is intact, will not cause film can't cut or
The section out-of-flatness of person's film, improves production efficiency, saves manpower and labour costs.
Brief description of the drawings
Fig. 1 is monnolithic case three-dimensional structure diagram of the present utility model；
Fig. 2, which is that Fig. 1 of the present utility model is right, regards structure chart；
Fig. 3 is Fig. 1 main structure figures of the present utility model；
Fig. 4 is Fig. 1 backsights structure chart of the present utility model；
Fig. 5 is Fig. 1 overlooking structure figures of the present utility model；
Fig. 6 is the structure chart of tension mechanism of the present utility model；
Fig. 7 is the structure chart of membrane cut mechanism of the present utility model.
In figure：1st, frame, 2, coating materials roller, 3, tension mechanism, the 31, first deflector roll, 32, pressure roller, the 33, second deflector roll, 34, solid
Fixed roll, 341, fixed plate, 342, hold out against cylinder, 343, slide plate, the 35, first motor, 36, V-shaped groove plate, 361, V-shaped groove hole,
3611st, V-shaped groove hole high order end, 3612, V-shaped groove hole low order end, 37 long frids, 371, long slot bore, 38, screw mandrel, 39, extension spring, 4, X
Direction guiding rail, 41, timing belt, 42, synchronous pulley, the 43, second motor, the 44, first driving gear, 45, chain, 46, drag chain, 5, cut
Film mechanism, 51, knife rest, 52, blade, 53, Y-direction guide rail, the 54, the 3rd motor, the 55, second driving gear, the 56, second driven tooth
Wheel, 57, Y-direction chain, 6, product place plate, 7, treat coated products, 8, jacking cylinder, 9, disk firm banking.
Embodiment
Below in conjunction with the accompanying drawings, the utility model embodiment is described in detail.
Embodiment 1
As shown in figs. 1-7, a kind of Semi-automatic laminating machine, including frame 1, coating materials roller 2, tension mechanism 3, X direction guiding rails 4, cut
Film mechanism 5, product place plate 6 and controlling switch button（It is not shown）；
Described frame 1 is rectangular shape and fixed on the ground；
Described coating materials roller 2 is arranged on the described upper left of frame 1, and film is cased with described coating materials roller 2；
Described tension mechanism 3 includes the first deflector roll 31, pressure roller 32, the second deflector roll 33, two V-shaped groove plates 36, two long frids
37th, fixed mechanism and the first motor 35；V-shaped groove hole 361, two described long frids 37 are equipped with two described V-shaped groove plates 36
On be equipped with long slot bore 371；Two described V-shaped groove plates 36 are connected to the both ends of the first deflector roll 31, and described first leads
Roller 31 is arranged on the described right side of coating materials roller 2 and is used to guide film to move towards；Described its both ends of pressure roller 32 extend through described
Two long frids 37 on long slot bore 371 and extend to outside two V-shaped groove plates 36 on V-shaped groove hole 361 in, two described length
The screw mandrel 38 that two parallel and symmetricals are arranged at pressure roller both sides about 32, described pressure roller 32 and pressure roller are also associated with frid 37
Extension spring 39 is provided between the screw mandrel 38 of 32 downsides；Two described V-shaped groove plates 36 fix without motion, and the both ends of pressure roller 32 are in elongated slot
Moved in hole 371 and V-shaped groove hole 361, pressure roller 32 in the low order end 3612 in V-shaped groove hole 361, do not tighten by film before film is tightened；
When needing to tighten before cutting film, pressure roller 32 runs to the high order end 3611 in V-shaped groove hole 361, and extension spring 39 tenses pressure roller 32 and compresses first
Deflector roll 31 tightens film；The lower right that the second described deflector roll 33 is arranged on the pressure roller 32 is used to guide film free end to institute
The fixed mechanism stated；Described fixed mechanism is arranged on the lower right of the second described deflector roll 33, and described fixed mechanism includes
Fixing roller 34, fixed plate 341 and cylinder 342 is held out against, described fixed plate 341 is arranged on the left side of the fixing roller 34, described
Hold out against cylinder 342 be arranged on fixing roller 34 right side be used to holding out against the fixing roller 34 and fixed plate 341 with by film from
Fastened by side pressure；The first described motor 35 is arranged on the operation of the tension mechanism 3 described in the rear driving of the frame 1；
Described X direction guiding rails 4 are arranged on the right side of described tension mechanism 3 and positioned at the upper right side of the frame 1, described
The lower section of fixed mechanism be provided with the drive mechanism of slide plate 343 and first, the described lower end of slide plate 343 passes through sliding block（It is not shown）Even
It is connected on described X direction guiding rails 4, the first described drive mechanism drives fixed mechanism to be moved along X direction guiding rails 4 and stretches film
Vacantly treating the surface of coated products 7；
Described membrane cut mechanism 5 is arranged at the lower left of described pressure roller 32, including knife rest 51, blade 52, Y-direction guide rail 53
And second drive mechanism, described knife rest 51 are arranged in Y-direction guide rail 53, described blade 52 is connected to described knife rest 51
Right side is used to cut off film；Described Y-direction guide rail 53 is arranged in frame 1, and the second described drive mechanism is arranged on described
The left side of knife rest 51 and Y-direction guide rail 53 and by the second drive mechanism driving knife rest 51 do Y-direction motion in described Y-direction guide rail 53
Film is cut off with band cutting blade 52；
The underface that described product placement plate 6 is arranged on described X direction guiding rails 4 is used to place the product 7 for treating overlay film；
Described controlling switch button（It is not shown）It is arranged in frame 1 to be used to control and opens and closes semi-automatic overlay film
Machine.
As shown in figure 3, described the first drive mechanism of this implementation includes the X of a pair of parallel setting to timing belt 41, driving
Synchronous pulley 42 that the X is run to timing belt 41, the first driving gear 44, driving first driving gear 44 operate the
Two motors 43, the first driven gear（It is not shown）, connection the first driving gear 44 and the first driven gear（It is not shown）Chain
45th, drag chain 46, the X of described a pair of parallel setting are arranged at the outside of described X direction guiding rails 4, described cunning to timing belt 41
The lower end of plate 343 is fixedly connected on the X of described a pair of parallel setting on timing belt 41, the first described driven gear（Do not scheme
Show）It is rotatably connected on a long rotating shaft（It is not shown）On, described long rotating shaft（It is not shown）Both ends are connected to synchronous pulley 42,
The second described motor 43 is connected to described long rotating shaft（It is not shown）One end and the rear setting for being located at frame 1, for driving
First driving gear 44 and chain 45 drive the first driven gear（It is not shown）Operation, the first driven gear（It is not shown）Drive length
Rotating shaft（It is not shown）Rotating and drive synchronous pulley 42 to run, synchronous pulley 42 drives a pair of X to be run simultaneously to timing belt 41 again,
A pair of described X drive the slide plate 343 of top to run to timing belt 41, and slide plate 343 drives fixed mechanism to pull film to pass through cunning
Block（It is not shown）Run on X direction guiding rails 4, described drag chain 46 is arranged in described frame 1 and pulled for fixed mechanism
Film is X to motion oriented film and reset on X direction guiding rails 4.
As shown in fig. 7, tooth of second drive mechanism including Y-direction chain 57, the operation of driving Y-direction chain 57 that this implementation is described
The 3rd motor 54 of the gear operation is taken turns, drives, the described right-hand member of knife rest 51 is fixedly connected on described Y-direction chain 57,
The gear that described driving Y-direction chain 57 is run includes the second driving gear 55 and the second driven gear 56, the described the 3rd electricity
The lower section that machine 54 is connected to the second driving gear 55 is used to drive the second driving gear 55 to drive Y-direction chain 57 and the second driven tooth
The operation of wheel 56 moves completion in Y-direction guide rail 57 with the blade 52 on movable knife rack 51 again and cuts membrane process.
As shown in fig. 6, the cylinder 342 that holds out against described in this implementation has 2,2 hold out against cylinder 342 and work asynchronously.2 hold out against
Cylinder 342 more firmly can hold out against fixing roller 34 and fixed plate 341 and the free end of clamping films, film stress are equal
It is even, prevent from causing film free end and fixed mechanism separately to influence overlay film work because clamping force is uneven in oriented film.
As shown in figure 4, the lower end that the product described in this implementation places plate 6 is provided with jacking cylinder 8, described jacking cylinder 8
For product placement plate 6 to be jacked up after the completion of overlay film.The height of the good product of overlay film is lifted, facilitates staff that overlay film is good
Product takes out, and improves operating efficiency, reduces time cost.
The described jacking cylinder 8 of this implementation is four guide pillar jacking cylinders.
As Figure 1-4, the described lower section of frame 1 of this implementation is provided with the disk firm banking of the fixed frame 1 of support
9.Increase frame and the contact area on ground, reduce the pressure to ground.
The described V-shaped groove hole 361 of this implementation, the setting of extension spring 39, high order end 3611 He of the pressure roller 32 in V-shaped groove hole 361
Most stable during low order end 3612, when tightening, pressure roller 32 runs to the high order end 3611 in V-shaped groove hole 361, and pressure roller is given in extension spring 39
The power of 32 1 left obliquely downward so that pressure roller 32 compresses the first deflector roll 31 and middle film, and film by pressure roller due to being given
The power of a left obliquely downward be in tensioned state.
Operation principle of the present utility model：Before overlay film, operating personnel will treat that coated products 7 are placed on product and place plate 6 manually
On, put film on coating materials roller 2 well, manual oriented film by the first deflector roll 31, pressure roller 32, the second deflector roll 33, finally arrives successively
Up to fixed mechanism, equipment is opened, holds out against the free end that cylinder 342 holds out against fixed mechanism clamping films, the first drive mechanism first
Driving slide plate is suspended in the surface for treating coated products 7 along the oriented film of X direction guiding rails 4, when slide plate reaches the most right of X direction guiding rails 4
Slack during end, the start-up operation of tension mechanism 3 carries out film and tightens process, and pressure roller 32 runs to the high order end in V-shaped groove hole 361
3611, the power of 32 1 left obliquely downward of pressure roller is given in extension spring 39, and the guide roller 31 of pressure roller 32 and first is compressed, and film is tightened, the
Blade 52 on two drive mechanisms driving knife rest 51 is moved along Y-direction guide rail 53, and the film tightened is cut off, holds out against cylinder 342
Unclamp, the free degree of film leaves fixed mechanism, film due to gravity effect to fall on the product 7 for treat overlay film and by
Tightly being adsorbed on coated products 7 are treated in the absorption affinity of film itself, slide plate resets in the presence of drag chain 46, pass hull closure,
Operating personnel manually take out the good product of overlay film, and a coating processes are completed, and overlay film production is just completed in so circulation.
Described above is only preferred embodiment of the present utility model, it should be noted that for the ordinary skill of the art
For personnel, on the premise of the utility model principle is not departed from, some improvement can also be made, these improvement also should be regarded as this
The protection domain of utility model.
Claims (7)
- A kind of 1. Semi-automatic laminating machine, it is characterised in that：Including frame, coating materials roller, tension mechanism, X direction guiding rails, membrane cut mechanism, Product places plate and controlling switch button；Described frame is rectangular shape and fixed on the ground；Described coating materials roller is arranged on described frame upper left, and film is cased with described coating materials roller；Described tension mechanism includes the first deflector roll, pressure roller, the second deflector roll, two V-shaped groove plates, two long frids, fixed mechanism and the One motor；V-shaped groove hole is equipped with two described V-shaped groove plates, long slot bore is equipped with two described long frids；Two described V Shape frid is connected to the both ends of the first deflector roll, and the first described deflector roll, which is arranged on the right side of described coating materials roller, to be used to guide Film moves towards；Its both ends of described pressure roller extend through the long slot bore in two described long frids and extend to two V in outside In V-shaped groove hole on shape frid, two parallel and symmetricals are also associated with two described long frids and are arranged at pressure roller both sides up and down Screw mandrel, be provided with extension spring between the screw mandrel on the downside of described pressure roller and pressure roller；Two described V-shaped groove plates fix without motion, pressure roller Both ends moved in long slot bore and V-shaped groove hole, film tighten before pressure roller V-shaped groove hole low order end；Needed before film is cut Pressure roller runs to the high order end in V-shaped groove hole when tightening, and extension spring tenses pressure roller the first deflector roll of compression and tightens film；Described second is led The lower right that roller is arranged on the pressure roller is used to guide film free end to described fixed mechanism；Described fixed mechanism is set In the lower right of the second described deflector roll, described fixed mechanism includes fixing roller, fixed plate and holds out against cylinder, described fixation Plate is arranged on the left side of the fixing roller, it is described hold out against cylinder be arranged on fixing roller right side be used to holding out against the fixing roller and Fixed plate is so that the free end of film to be fixed；The first described motor is arranged on taut described in the rear driving of the frame The operation of tight mechanism；Described X direction guiding rails are arranged on the right side of described tension mechanism and positioned at the upper right side of the frame, described fixations The lower section of mechanism is provided with slide plate and the first drive mechanism, and described slide plate lower end is connected to by sliding block on described X direction guiding rails, The first described drive mechanism drives slide plate and fixed mechanism to be moved along X direction guiding rails and film stretching vacantly is being treated into coated products Surface；Described membrane cut mechanism is arranged at the lower left of described pressure roller, including knife rest, blade, Y-direction guide rail and the second driving machine Structure, described knife rest are arranged in Y-direction guide rail, and the right side that described blade is connected to described knife rest is used to cut off film；Institute The Y-direction guide rail stated is arranged in frame, the second described drive mechanism be arranged on the left side of described knife rest and Y-direction guide rail and by Second drive mechanism driving knife rest does Y-direction motion with band cutting blade cut-out film in described Y-direction guide rail；The underface that described product placement plate is arranged on described X direction guiding rails is used to place the product for treating overlay film；Described controlling switch button, which is arranged in frame to be used to control, opens and closes Semi-automatic laminating machine.
- 2. a kind of Semi-automatic laminating machine according to claim 1, it is characterised in that the first described drive mechanism includes one Synchronous pulley from the driving X to timing belt that run to the X that be arranged in parallel to timing belt, the first driving gear, drive described the The chain of the second motor, the first driven gear, the first driving gear of connection and the first driven gear that one driving gear operates, drag Chain, the X of described a pair of parallel setting are arranged at the outside of described X direction guiding rails to timing belt, and described slide plate lower end is fixed The X of described a pair of parallel setting is connected to on timing belt, the first described driven gear is rotatably connected in a long rotating shaft, Described long rotating shaft both ends are connected to synchronous pulley, and the second described motor connection is in described long rotating shaft one end and is located at The rear of frame is set, for driving the first driving gear and the operation of the driven gear of chain-driving first, the first driven gear band Move long axis of rotation and drive synchronous pulley to run, synchronous pulley drives a pair of X to be run simultaneously to timing belt again, described a pair X drives the slide plate of top to run to timing belt, and slide plate drives fixed mechanism to pull film to be run by sliding block on X direction guiding rails, Described drag chain is arranged in described frame and to pull film to be X on X direction guiding rails for fixed mechanism thin to motion stretching Film and reset.
- 3. a kind of Semi-automatic laminating machine according to claim 1, it is characterised in that the second described drive mechanism includes Y The 3rd motor run to chain, the gear of driving Y-direction chain operation, the driving gear, described knife rest right-hand member, which is fixed, to be connected It is connected on described Y-direction chain, the gear of described driving Y-direction chain operation includes the second driving gear and the second driven tooth Wheel, the 3rd described motor connection are used to drive the second driving gear to drive Y-direction chain and the in the lower section of the second driving gear The operation of two driven gears moves completion in Y-direction guide rail with the blade on movable knife rack again and cuts membrane process.
- 4. according to a kind of Semi-automatic laminating machine described in claim any one of 1-3, it is characterised in that the described cylinder that holds out against has 2,2 hold out against cylinder synchronous working.
- 5. according to a kind of Semi-automatic laminating machine described in claim any one of 1-3, it is characterised in that described product places plate Lower end be provided with jacking cylinder, described jacking cylinder, which is used to product is placed into plate after the completion of overlay film, to be jacked up.
- 6. a kind of Semi-automatic laminating machine according to claim 5, it is characterised in that described jacking cylinder is four guide pillar tops Rise cylinder.
- 7. according to a kind of Semi-automatic laminating machine described in claim any one of 1-3, it is characterised in that set below described frame There is the disk firm banking of the fixed frame of support.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720322201.2U CN206915448U (en) | 2017-03-30 | 2017-03-30 | A kind of Semi-automatic laminating machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720322201.2U CN206915448U (en) | 2017-03-30 | 2017-03-30 | A kind of Semi-automatic laminating machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206915448U true CN206915448U (en) | 2018-01-23 |
Family
ID=61311364
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720322201.2U Expired - Fee Related CN206915448U (en) | 2017-03-30 | 2017-03-30 | A kind of Semi-automatic laminating machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206915448U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106986055A (en) * | 2017-03-30 | 2017-07-28 | 苏州欧康诺电子科技股份有限公司 | A kind of Semi-automatic laminating machine and its method of work |
-
2017
- 2017-03-30 CN CN201720322201.2U patent/CN206915448U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106986055A (en) * | 2017-03-30 | 2017-07-28 | 苏州欧康诺电子科技股份有限公司 | A kind of Semi-automatic laminating machine and its method of work |
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180123 Termination date: 20200330 |
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| CF01 | Termination of patent right due to non-payment of annual fee |