CN108263032A - The carton forming mold of paper box machine - Google Patents
The carton forming mold of paper box machine Download PDFInfo
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- CN108263032A CN108263032A CN201810153111.4A CN201810153111A CN108263032A CN 108263032 A CN108263032 A CN 108263032A CN 201810153111 A CN201810153111 A CN 201810153111A CN 108263032 A CN108263032 A CN 108263032A
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Abstract
The present invention relates to a kind of carton forming molds of paper box machine,Including center module,Front module,Module and the corner module positioned at four corner locations afterwards,The front module and rear module are set on the front and rear side position of center module,Two corner modules of front side are slidably fitted in the left and right sides of front module through guide rod positioning,The left and right sides of two corner modules of rear side module after guide rod positioning is slidably fitted in,Two corner modules of front side are into can be close relative to front module in left-right direction,Adjustable cooperation far from front module is in front module,Two corner modules of rear side are into can be close relative to rear module in left-right direction,Adjustable cooperation far from rear module is in rear module,Front module,Module is matched with through guide rod linear slide guiding in center module afterwards,The center module is equipped with driving front module,Module is located remotely from each other simultaneously afterwards,Close to the front and rear module synchronization regulating mechanism of center module.Realize and be adjusted in synchronism that there is the advantages of easy to operate, degree of regulation is high.
Description
Technical field
The present invention relates to carton forming machines, and in particular to the molding die of paper box machine.
Background technology
Carton is using the rectangular box that formation is adhered to after folding cardboard, and usage amount is big, especially as footwear box.Traditional carton
Used mold is unadjustable on molding paper box machine, for the molding making of different size cartons, due to compact dimensions not
Together, carton forming mold needs are often replaced, this results in production equipment that can not rapidly adapt to different size cartons
Molding making, the lead-time is long, increases labor intensity.It is in order to solve the above technical problems, existing in the presence of adjustable
Carton forming mold,（If China Patent No. is disclosed in 201420542704.7《Facing paper molding die》）But it is adjusted
During section, symmetrical both sides（As between front module and rear module, two corner modules of front side and two corner modules of rear side
Between）It needs that operation is adjusted respectively, there is the defects of adjusting the more difficult grasp of inconvenient and degree of regulation, and be manual
It adjusts.
Invention content
Objects of the present invention：To overcome defect of the existing technology, module is same before and after a kind of realization of present invention offer
The carton forming mold of the paper box machine of step section has the advantages of easy to operate, degree of regulation is high.
To achieve the above object, the present invention provides following technical solutions：
The carton forming mold of a kind of paper box machine, including center module, front module, rear module and positioned at four corner locations
Corner module, the front module and rear module are set on the front and rear side position of center module, and two corner modules of front side are through guide rod
Positioning is slidably fitted in the left and right sides of front module, two corner modules of rear side module after guide rod positioning is slidably fitted in
The left and right sides, two corner modules of front side are into can be close, adjustable far from front module relative to front module in left-right direction
Section cooperation in front module, two corner modules of rear side into can in left-right direction relative to rear module it is close, far from rear module
Adjustable cooperation in rear module, front module, rear module through guide rod linear slide guiding be matched in center module, feature
It is：The center module is equipped with driving front module, rear module is located remotely from each other simultaneously, the front and rear module close to center module
Synchronous regulation mechanism.
By using above-mentioned technical proposal, rear module synchronous regulation mechanism realization is synchronous close before menstruation with rear module for front module
Reach synchronous adjustment, front module and the operation of rear module synergic adjustment with far from center module, make adjusting operation more convenient, and
Convenient for controlling to adjust precision.
Preferably, the front and rear module synchronization regulating mechanism includes rear module drive nut, synchronous driving tube, front module drive
Dynamic nut, front module driving screw rod and rear module drive screw rod, the thread rotary orientation of front module driving nut and rear module drive
The thread rotary orientation of nut is on the contrary, synchronous driving tube is coordinated in center module with the locating rotation that can be rotated around its central axes and it
Axial corresponding front-rear direction, front module driving nut are coaxially fixedly mounted on rear module drive nut on synchronous driving tube, together
Walking on driving tube to have drives its rotation to adjust operation portion, and described front module driving screw rod one end is fixedly mounted in front module,
Front module drives screw rod other end thread fitting to be driven on nut in front module, after rear module drive screw rod one end is fixedly mounted on
In module, rear module drive screw rod other end thread fitting is on rear module drive nut, and the front module driving screw rod is with after
Module drive screw rod one end close to each other into can mutually sleeve resigning cooperation.Under the structure design, synchronous driving tube is operated
The synchronous driving tube rotation of operation portion driving, so as to which synchronous drive front module driving nut, rear module drive nut rotate synchronously,
And then drive front module driving screw rod and rear module drive screw rod rotate synchronously, due to front module driving nut thread rotary orientation and
The thread rotary orientation of module drive nut reaches same on the contrary, be located remotely from each other so as to fulfill front module and rear module synchronization and close afterwards
Step section, driving front module driving screw rod and rear module drive screw rod form mutual sleeve and reach and allow in adjusting close to each other
Position, so that regulated quantity compact-sized and with bigger, simultaneously because after compact-sized, it is strong can to better meet it
Degree requirement.
Preferably, the operation portion transmission of the synchronous driving tube is combined with front and rear mould and adjusts driving motor.The structure design
Under, module before and after automatically adjusting is realized using the driving of motor.
Preferably, two corner modules that the rear module is equipped with driving rear side are located remotely from each other, simultaneously close to rear module
Back side edge Corner Block List Representation synchronous regulation mechanism, front module be equipped with driving front side two corner modules be located remotely from each other, lean on simultaneously
The nearby front side edge Corner Block List Representation synchronous regulation mechanism of module.Under the structure design, realize that four corner module synchronizations are adjusted, adjust
Easy to operate and degree of regulation is high.
Preferably, the back side edge Corner Block List Representation synchronous regulation mechanism includes the first corner of rear side module drive nut, linkage
Pipe, the second corner of rear side module drive nut, the first corner of rear side module drive screw rod and the second corner of rear side module drive
Screw rod, the thread rotary orientation of the first corner of rear side module drive nut and the thread rotary orientation phase of the second corner of rear side module drive nut
Instead, linkage tube is coordinated with the locating rotation that can be rotated around its central axes in rear module and it axially corresponds to left and right directions, rear side
First corner module driving nut and the second corner of rear side module drive nut are coaxially fixedly mounted in linkage tube, are linked
There is the adjusting operation portion for driving its rotation, described the first corner of rear side module drive screw rod one end is fixedly mounted on rear side on pipe
Left side corner module on, the first corner module drive spiral shell on rear side of the module drive screw rod other end thread fitting of the first corner of rear side
On mother, the second corner of rear side module drive screw rod one end is fixedly mounted in the right corner module of rear side, the second corner of rear side
Module drive screw rod other end thread fitting on the module drive nut of the second corner of rear side, drive by first corner of rear side module
Dynamic screw rod one end close to each other with the second corner of rear side module drive screw rod into can the resigning of mutually sleeve coordinate.The structure is set
Under meter, the driving linkage tube rotation of the operation portion of operations linkage pipe, so as to the first corner module drive nut on rear side of synchronous drive, after
The first corner of side module drive nut rotates synchronously, and then drives the first corner module drive screw rod of rear side and the second corner of rear side
Module drive screw rod rotates synchronously, due to the thread rotary orientation of the first corner of rear side module drive nut and the second corner of rear side module
The thread rotary orientation of nut is driven on the contrary, mutual so as to fulfill the left side corner module of rear side and the right corner module synchronization of rear side
It is separate and close, reach synchronous adjustment, driving the first corner module drive screw rod of rear side and the second corner of rear side module drive spiral shell
Bar forms mutual sleeve and reaches resigning in adjusting close to each other, so that regulated quantity compact-sized and with bigger,
Simultaneously because after compact-sized, its intensity requirement can be better met.
Preferably, the operation portion transmission of the linkage tube is combined with back side edge angle mould and adjusts driving motor.The structure design
Under, realize automatic adjustment.
Preferably, the front side edge Corner Block List Representation synchronous regulation mechanism includes the first corner of front side module drive nut, synchronization
Casing, the second corner of front side module drive nut, the first corner of front side module drive screw rod and the second corner of front side module are driven
Dynamic screw rod, the thread rotary orientation of the first corner of front side module drive nut and the thread rotary orientation of the second corner of front side module drive nut
On the contrary, synchronous casing is coordinated in front module with the locating rotation that can be rotated around its central axes and the corresponding left and right directions of its axial direction,
The first corner of front side module driving nut is coaxially fixedly mounted on synchronous casing with the second corner of front side module drive nut
On, there is the adjusting operation portion for driving its rotation on synchronous casing, described the first corner of front side module drive screw rod one end is fixed
In the left side corner module of front side, the first corner on front side of the module drive screw rod other end thread fitting of the first corner of front side
On module drive nut, the second corner of front side module drive screw rod one end is fixedly mounted in the right corner module of front side, preceding
The second corner of side module drive screw rod other end thread fitting is on the module drive nut of the second corner of front side, the front side first
Corner module drive screw rod one end close to each other with the second corner of front side module drive screw rod into can the resigning of mutually sleeve match
It closes.Under the structure design, the synchronous casing rotation of operation portion driving of synchronous casing is operated, so as to the first corner on front side of synchronous drive
Module drive nut, the first corner of front side module drive nut rotate synchronously, and then drive the first corner module drive spiral shell of front side
Bar and the second corner of front side module drive screw rod rotate synchronously, due to the first corner of front side module drive nut thread rotary orientation and
The thread rotary orientation of the second corner of front side module drive nut is on the contrary, so as to fulfill the left side corner module of front side and the right of front side
Corner module synchronization is located remotely from each other and close, reaches synchronous adjustment, driving the first corner module drive screw rod of front side and front side the
Two corner module drive screw rods form mutual sleeve and reach resigning in adjusting close to each other so that it is compact-sized and
Regulated quantity with bigger simultaneously because after compact-sized, can better meet its intensity requirement.
Preferably, the operation portion transmission of the synchronous casing is combined with front side edge angle mould and adjusts driving motor.The structure is set
Under meter, automatic adjustment is realized.
Preferably, four corner modules are equipped with cardboard push block, and positioned at two corner modules of front side
On cardboard push block protrude setting forward, cardboard push block protrudes backwards in two corner modules of rear side sets
It puts, position-adjustable is arranged in the module of corner cardboard push block along longitudinal direction.Under the structure design, cardboard push block realizes carton
Molding die reliably carries cardboard downlink, varying height positions section residing for cardboard push block.
Preferably, the cardboard push block is connected with sliding block, is equipped in four corner modules and cardboard push block one
One corresponding matching and the track groove being longitudinally extended, sliding block positioning slide-and-guide are matched in track groove, are slided in the track groove
Guiding is combined with screw rod positioning seat, and locating rotation is combined with longitudinally arranged adjusting screw rod, sliding block screw thread on screw rod positioning seat
On adjusting screw rod, screw rod positioning seat is equipped with position lock screw for cooperation, and position lock screw is supported with corresponding corner module
Touch locking or unlock cooperation.Under the structure design, screw rod is mounted on screw rod positioning seat, the cooperation of screw rod positioning seat slide-and-guide
It locks and unlocks in track groove and through position lock screw, direct pull screw rod positioning seat after the unlock of screw rod positioning seat, so as to
Cardboard push block is pulled, reaches to the position coarse adjustment of cardboard push block, after the completion of coarse adjustment, positions screw rod through position lock screw
Locking is put at seat, so that adjusting screw rod positions, rotation adjusting screw rod reaches so as to which cardboard push block be driven to be moved along track groove
To fine tuning；Adjustment structure is simple and adjusts easy to operate.
The invention will be further described below in conjunction with the accompanying drawings.
Description of the drawings
Fig. 1 is the carton forming mold stereogram of specific embodiment of the invention paper box machine；
Fig. 2 is specific embodiment of the invention center module and the schematic top plan view of front and rear module synchronization regulating mechanism fit structure；
Fig. 3 is along the sectional view of line A-A cutting in Fig. 2；
Fig. 4 is schematic top plan view of the specific embodiment of the invention front module with corresponding two corners module fit structure；
Fig. 5 is along the sectional view of line B-B cutting in Fig. 4；
Fig. 6 is module after the specific embodiment of the invention and the schematic top plan view of corresponding two corners module fit structure；
Fig. 7 is along the sectional view of line C-C cutting in Fig. 6.
Specific embodiment
Referring to attached Fig. 1 to Fig. 4, the carton forming mold of a kind of paper box machine disclosed by the invention, including center module 1, preceding
Module 2, rear module 3 and corner module 4a, 4b, 4c, 4d positioned at four corner locations, the front module 2 and rear module 3 are set
In the front and rear side position of center module, two corner modules 4a, 4b of front side are slidably fitted in a left side for front module 2 through guide rod positioning
Right both sides, the left and right sides of two corner modules 4c, 4d module 3 after guide rod positioning is slidably fitted in of rear side, the two of front side
A corner module 4a, 4b into can in left-right direction relative to front module 2 it is close, far from front module 2 adjustable cooperation in preceding mould
On block 2, two corner modules 4c, 4d of rear side into can in left-right direction relative to rear module 3 it is close, far from rear module 3 can
Cooperation is adjusted in rear module 3, front module 2, rear module 3 are matched with through guide rod linear slide guiding in center module 1, center die
Block 1 is equipped with guide rod hole, guide rod is fixedly mounted in front module, rear module 2,3, guide rod is inserted into guide rod hole slidably, institute
The center module 1 stated is equipped with driving front module 2, rear module 3 is located remotely from each other simultaneously, the front and rear module of close center module 1 is same
Walk regulating mechanism.Similarly, for convenience of four corner modules are adjusted, the rear module 3 is equipped with two corner moulds of driving rear side
Block 4c, 4d are located remotely from each other simultaneously, the back side edge Corner Block List Representation synchronous regulation mechanism close to rear module, before front module 2 is equipped with driving
Two corner modules 4a, 4b of side are located remotely from each other simultaneously, the front side edge Corner Block List Representation synchronous regulation mechanism close to front module 2.
Wherein, front and rear module synchronization regulating mechanism, back side edge Corner Block List Representation synchronous regulation mechanism and front side edge Corner Block List Representation are same
Step regulating mechanism is mutually gathered and separate for two component synchronous linears of driving, and for ease of setting and adjusting, the present invention uses spiral shell
Certainly as other feasible programs in machinery field, rack and pinion mechanism, air cylinder device driving etc. also can be used in female screw mechanism
Deng, but the compactedness for ease of adjusting operation structure, the present invention are specific as follows preferentially using nut-screw mechanism：
The front and rear module synchronization regulating mechanism includes rear module drive nut 13, synchronous driving tube 12, front module driving nut
11st, front module driving screw rod 14 and rear module drive screw rod 15, the thread rotary orientation of front module driving nut 11 and rear module are driven
The thread rotary orientation of dynamic nut 13 is on the contrary, synchronous driving tube 12 is coordinated with the locating rotation that can be rotated around its central axes in center module
On 1 and it axially corresponds to front-rear direction, and front module driving nut 11 is coaxially fixedly mounted on synchronous with rear module drive nut 13
On driving tube 12, have on synchronous driving tube 12 and its rotation is driven to adjust operation portion, the operation portion of the synchronous driving tube 12 passes
It is dynamic to be combined with front and rear mould adjusting driving motor 16, it adjusts driving motor 16 and is driven with synchronous driving tube using gear pair,
The kinds of drive such as transmission belt can be used, module before and after automatically adjusting is realized using the driving of motor；The front module drives screw rod
14 one end are fixedly mounted in front module 2, and front module drives 14 other end thread fitting of screw rod to be driven on nut 11 in front module,
15 one end of module drive screw rod is fixedly mounted in rear module 3 afterwards, and rear 15 other end thread fitting of module drive screw rod is in rear mold
On block driving nut 13, front module driving screw rod 14 and rear module drive screw rod 15 one end Cheng Kexiang interfix close to each other
The resigning cooperation of set, i.e. front module driving screw rod（Or rear module drive screw rod）It is provided with central lumen, rear module drive screw rod
（Or front module driving screw rod）Outer diameter be less than central lumen, adjust when, rear module drive screw rod（Or front module driving spiral shell
Bar）It can be inserted into front module driving screw rod（Or rear module drive screw rod）Central lumen in realize step down.The synchronous driving tube of operation
The synchronous driving tube rotation of operation portion driving, so as to which synchronous drive front module driving nut, rear module drive nut rotate synchronously,
And then drive front module driving screw rod and rear module drive screw rod rotate synchronously, due to front module driving nut thread rotary orientation and
The thread rotary orientation of module drive nut reaches same on the contrary, be located remotely from each other so as to fulfill front module and rear module synchronization and close afterwards
Step section, driving front module driving screw rod and rear module drive screw rod form mutual sleeve and reach and allow in adjusting close to each other
Position, so that regulated quantity compact-sized and with bigger, simultaneously because after compact-sized, it is strong can to better meet it
Degree requirement.
The back side edge Corner Block List Representation synchronous regulation mechanism include the first corner of rear side module drive nut 31, linkage tube 32,
The second corner of rear side module drive nut 33, the first corner of rear side module drive screw rod 34 and the second corner of rear side module drive
Screw rod 35, the thread rotary orientation of the first corner of rear side module drive nut 31 and the screw thread of the second corner of rear side module drive nut 33
Oppositely oriented, linkage tube 32 is coordinated in rear module 3 with the locating rotation that can be rotated around its central axes and it axially corresponds to left and right
Direction, the first corner of rear side module driving nut 31 and the second corner of rear side module drive nut 33 are coaxially fixedly mounted on
There is the adjusting operation portion for driving its rotation, the operation portion transmission cooperation of the linkage tube 32 in linkage tube 32, in linkage tube 32
There is back side edge angle mould to adjust driving motor 36, back side edge angle mould is adjusted driving motor 36 and is driven using gear pair, can also adopted
With kinds of drive such as transmission belts；First corner of rear side module drive screw rod, 34 one end is fixedly mounted on the left side corner of rear side
On module 4c, the first corner module drive nut 31 on rear side of 34 other end thread fitting of the first corner of rear side module drive screw rod
On, module drive screw rod 35 one end in the second corner of rear side is fixedly mounted on the right corner module 4d of rear side, the second side of rear side
Corner Block List Representation drives 35 other end thread fitting of screw rod on the second corner of rear side module drive nut 33, first corner of rear side
The one end close to each other with the second corner of rear side module drive screw rod 35 of module drive screw rod 34 into can the resigning of mutually sleeve match
It closes, the resigning cooperation between the resigning cooperation and front module driving screw rod and rear module drive screw rod is consistent, and so it will not be repeated.It should
Under structure design, the operation portion driving linkage tube rotation of operations linkage pipe, so as to the first corner module drive on rear side of synchronous drive
Nut, the first corner of rear side module drive nut rotate synchronously, and then drive the first corner module drive screw rod of rear side and rear side
Second corner module drive screw rod rotates synchronously, due to the thread rotary orientation and rear side second of the first corner of rear side module drive nut
The thread rotary orientation of corner module drive nut is on the contrary, so as to fulfill the left side corner module of rear side and the right corner module of rear side
It synchronizes and is located remotely from each other and close, reach synchronous adjustment, driving the first corner module drive screw rod of rear side and the second corner of rear side mould
Block drive screw rod in adjusting close to each other, form mutual sleeve and reach resignings so that it is compact-sized and have bigger
Regulated quantity, simultaneously because after compact-sized, its intensity requirement can be better met.
The front side edge Corner Block List Representation synchronous regulation mechanism includes the first corner of front side module drive nut 21, synchronous casing
22nd, the second corner of front side module drive nut 23, the first corner of front side module drive screw rod 24 and the second corner of front side module
Drive screw rod 25, the thread rotary orientation of the first corner of front side module drive nut 21 and the second corner of front side module drive nut 23
Thread rotary orientation is on the contrary, synchronous casing 22 is coordinated in front module 2 with the locating rotation that can be rotated around its central axes and it is axial right
Left and right directions is answered, the first corner of front side module driving nut 21 and the second corner of front side module drive nut 23 are coaxially fixed
On synchronous casing 22, there is the adjusting operation portion for driving its rotation, the behaviour of the synchronous casing 22 on synchronous casing 22
Make portion's transmission and be combined with front side edge angle mould adjusting driving motor 26, front side edge angle mould adjusts driving motor 26 using using gear pair
It is driven, the kinds of drive such as transmission belt can also be used；First corner of front side module drive screw rod, 24 one end is fixedly mounted
The 4a in the left side corner module of front side, the first corner of 24 other end thread fitting of the first corner of front side module drive screw rod front side
On module drive nut 21, module drive screw rod 25 one end in the second corner of front side is fixedly mounted on the right corner module 4b of front side
On, module drive screw rod 25 other end thread fitting in the second corner of front side is on the second corner of front side module drive nut 23, institute
State the first corner module drive screw rod 24 of front side and the second corner of front side module drive screw rod 25 one end Cheng Kexiang close to each other
The resigning cooperation of mutual sleeve, the resigning between the resigning cooperation and front module driving screw rod and rear module drive screw rod is with unification
It causes, so it will not be repeated.Under the structure design, the synchronous casing rotation of operation portion driving of synchronous casing is operated, so as to synchronous drive
The first corner of front side module drive nut, the first corner of front side module drive nut rotate synchronously, and then drive the first side of front side
Corner Block List Representation drives screw rod and the second corner of front side module drive screw rod to rotate synchronously, due to the first corner of front side module drive nut
Thread rotary orientation and the second corner of front side module drive nut thread rotary orientation on the contrary, left side corner module so as to fulfill front side
It is located remotely from each other with the right corner module synchronization of front side and close, reaches synchronous adjustment, the first corner module drive of driving front side
Screw rod and the second corner of front side module drive screw rod form mutual sleeve and reach resigning in adjusting close to each other, so that
Regulated quantity compact-sized and with bigger, simultaneously because after compact-sized, can better meet its intensity requirement.
To ensure adjusting space and the mounting stability of corner module, corner module 4a is equipped with described in the left side of front side
The the first relief hole 4a-1 to step down, the right corner module of front side are passed through for the guide rod on the right corner module 4b of front side
The guide rod that 4b is equipped on the left side corner module 4a for supplying front side passes through the second relief hole 4b-1 to step down, described in the left side of rear side
The guide rod that corner module 4c is equipped on the right corner module 4d for supplying rear side passes through the third relief hole 4c-1 to step down, rear side
The guide rod that the right corner module 4d is equipped on the left side corner module 4c for front and rear side passes through the 4th relief hole stepped down
4d-1.Ensure the guide rod length in four corner modules to reach the installation of corner module stabilization, while provide and preferably adjust
Space.
In addition, four described corner module 4a, 4b, 4c, 4d are equipped with cardboard push block 5, and positioned at two institutes of front side
The protrusion setting forward of cardboard push block 5 in module 4a, 4b of corner is stated, in two corner modules 4c, 4d of rear side
Cardboard push block 5 protrudes setting backwards.The convenient positioning to cardboard of cardboard push block 5 carries out urging action to cardboard, ensures paper
Plate is moved with mold.Position-adjustable is arranged in the module of corner cardboard push block 5 along longitudinal direction, and traditional array installation can be used
Hole realizes that position adjusts installation, and rail mounted installation cooperation adjustment structure can also be used, easy to operate and accurate to adjust；This hair
Bright to be installed using rail mounted, the cardboard push block 5 is connected with sliding block 52, is all provided on four corners module 4a, 4b, 4c, 4d
Have and corresponded with cardboard push block 5 with the track groove 6 being longitudinally extended is merged, sliding block 52 positions slide-and-guide and is matched with track groove
In 6, adjusting screw rod 51 is equipped in track groove 6, adjusting screw rod 51 is rotatably assorted in the module of corner, and thread fitting exists on sliding block 52
On adjusting screw rod 51.Adjusting bolt is rotated, realizes that driving sliding block along track groove longitudinal sliding motion, realizes the residing height of cardboard push block
The adjusting of position, which is moved to reach, adjusts cardboard push block, but exist and adjust the defects of inconvenient；.Wherein, adjusting screw rod 51 can be adopted
With setting the fixed seat being fixed in the module of corner in 6 position of track groove of corner module（It can be integrally formed or the later stage is welded, tight
The fixed installations such as firmware）, that is, it adjusts and completes by 51 turns of adjusting screw rod therefore, it is easy to operate to adjust, in the track
Slide-and-guide is combined with screw rod positioning seat 7 in slot 6, and 51 locating rotation of adjusting screw rod is matched on screw rod positioning seat 7 so as to form
Adjusting screw rod 51 is rotatably assorted in the module of corner, and the structure that screw rod locating rotation is matched on screw rod positioning seat is machinery field
Routine techniques（The locating rotation installation of axis, bar base part）, screw rod positioning seat 7 is equipped with position lock screw 71, position locking
Screw 71 contradicts locking with corresponding corner module 4a, 4b, 4c, 4d or unlock coordinates, that is, screws in position lock screw and cause position
It puts lock screw and is pushed against composition screw rod positioning seat position locking in the module of corner；It screws out position lock screw and disengages corner module
The unlock of screw rod positioning seat is formed, screw rod positioning seat can slide in track groove 6, so as to pull adjusting screw rod, cardboard push block, spiral shell
Bar positioning seat moves integrally, and reaches to the position coarse adjustment of cardboard push block, after the completion of coarse adjustment, determines screw rod through position lock screw
Locking is put at position seat, so that adjusting screw rod positions, rotates adjusting screw rod so as to which cardboard push block be driven to be moved along track groove,
Reach fine tuning.
Claims (10)
1. a kind of carton forming mold of paper box machine, including center module, front module, rear module and positioned at four corner locations
Corner module, the front module and rear module be set on the front and rear side position of center module, and two corner modules of front side are through leading
Bar, which positions, is slidably fitted in the left and right sides of front module, two corner modules of rear side module after guide rod positioning is slidably fitted in
The left and right sides, two corner modules of front side are into can be close, adjustable far from front module relative to front module in left-right direction
Section cooperation in front module, two corner modules of rear side into can in left-right direction relative to rear module it is close, far from rear module
Adjustable cooperation in rear module, front module, rear module through guide rod linear slide guiding be matched in center module, feature
It is：The center module is equipped with driving front module, rear module is located remotely from each other simultaneously, the front and rear module close to center module
Synchronous regulation mechanism.
2. the carton forming mold of paper box machine according to claim 1, it is characterised in that：The front and rear module synchronization adjusts machine
Structure includes rear module drive nut, synchronous driving tube, front module driving nut, front module driving screw rod and rear module drive spiral shell
Bar, the thread rotary orientation of front module driving nut is with the thread rotary orientation of rear module drive nut on the contrary, synchronous driving tube is with can be around it
The locating rotation of central axes rotation coordinates in center module and it axially corresponds to front-rear direction, front module driving nut and rear mold
Block driving nut is coaxially fixedly mounted on synchronous driving tube, has on synchronous driving tube and its rotation is driven to adjust operation portion, institute
It states front module driving screw rod one end to be fixedly mounted in front module, front module drives screw rod other end thread fitting to drive in front module
On dynamic nut, rear module drive screw rod one end is fixedly mounted in rear module, rear module drive screw rod other end thread fitting in
Afterwards on module drive nut, front module driving screw rod one end close to each other with rear module drive screw rod is into can mutual sleeve
Resigning cooperation.
3. the carton forming mold of paper box machine according to claim 2, it is characterised in that：The operation portion of the synchronous driving tube
Transmission is combined with front and rear mould and adjusts driving motor.
4. the carton forming mold of paper box machine according to claim 1, it is characterised in that：After module is equipped with driving after described
Two corner modules of side are located remotely from each other simultaneously, the back side edge Corner Block List Representation synchronous regulation mechanism close to rear module, are set in front module
Two corner modules for having driving front side are located remotely from each other simultaneously, the front side edge Corner Block List Representation synchronous regulation mechanism close to front module.
5. the carton forming mold of paper box machine according to claim 4, it is characterised in that：The same step of back side edge Corner Block List Representation
It saves mechanism and includes the first corner of rear side module drive nut, linkage tube, the second corner of rear side module drive nut, the first side of rear side
Corner Block List Representation drives screw rod and the second corner of rear side module drive screw rod, the thread rotary orientation of the first corner of rear side module drive nut
Thread rotary orientation with the second corner of rear side module drive nut is on the contrary, linkage tube is matched with the locating rotation that can be rotated around its central axes
It closes in rear module and it axially corresponds to left and right directions, the first corner of rear side module driving nut and the second corner of rear side mould
Block driving nut is coaxially fixedly mounted in linkage tube, has the adjusting operation portion for driving its rotation, the rear side in linkage tube
First corner module drive screw rod one end is fixedly mounted in the left side corner module of rear side, the first corner of rear side module drive spiral shell
On rear side of bar other end thread fitting on the first corner module drive nut, peace is fixed in the second corner of rear side module drive screw rod one end
In the right corner module of rear side, the second corner of rear side module drive screw rod other end thread fitting is in the second corner of rear side
On module drive nut, first corner of rear side module drive screw rod and the second corner of rear side module drive screw rod are close to each other
One end into can mutually sleeve resigning cooperation.
6. the carton forming mold of paper box machine according to claim 5, it is characterised in that：The operation portion transmission of the linkage tube
It is combined with back side edge angle mould and adjusts driving motor.
7. the carton forming mold of paper box machine according to claim 4, it is characterised in that：The same step of front side edge Corner Block List Representation
It saves mechanism and includes the first corner of front side module drive nut, synchronous casing, the second corner of front side module drive nut, front side first
Corner module drive screw rod and the second corner of front side module drive screw rod, the screw thread rotation of the first corner of front side module drive nut
To the thread rotary orientation with the second corner of front side module drive nut on the contrary, synchronous casing is turned with the positioning that can be rotated around its central axes
Dynamic cooperation is in front module and it axially corresponds to left and right directions, the second side of the first corner of front side module driving nut and front side
Corner Block List Representation driving nut is coaxially fixedly mounted on synchronous casing, has the adjusting operation portion for driving its rotation on synchronous casing,
Described the first corner of front side module drive screw rod one end is fixedly mounted in the left side corner module of front side, the first corner of front side mould
On front side of block driving screw rod other end thread fitting on the first corner module drive nut, the second corner of front side module drive screw rod one
End is fixedly mounted in the right corner module of front side, and the second corner of front side module drive screw rod other end thread fitting is in front side
On second corner module drive nut, first corner of front side module drive screw rod and the second corner of front side module drive screw rod
One end close to each other into can mutually sleeve resigning cooperation.
8. the carton forming mold of paper box machine according to claim 7, it is characterised in that：The operation portion of the synchronous casing passes
The dynamic front side edge angle mould that is combined with adjusts driving motor.
9. the carton forming mold of paper box machine according to claim 1, it is characterised in that：Four corner modules are equipped with
Cardboard push block, and the cardboard push block in two corner modules of front side protrudes setting forward, positioned at rear side
Cardboard push block protrudes setting backwards in two corner modules, and position-adjustable is arranged on corner to cardboard push block along longitudinal direction
In module.
10. the carton forming mold of paper box machine according to claim 9, it is characterised in that：The cardboard push block is connected with
Sliding block is equipped in four corner modules and is corresponded with cardboard push block with the track groove being longitudinally extended is merged, and sliding block is fixed
Position slide-and-guide is matched in track groove, and slide-and-guide is combined with screw rod positioning seat in the track groove, determines on screw rod positioning seat
Position is rotatably assorted and has longitudinally arranged adjusting screw rod, and for sliding block thread fitting on adjusting screw rod, screw rod positioning seat is equipped with position
Lock screw is put, position lock screw contradicts locking with corresponding corner module or unlock coordinates.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810153111.4A CN108263032A (en) | 2018-02-12 | 2018-02-12 | The carton forming mold of paper box machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810153111.4A CN108263032A (en) | 2018-02-12 | 2018-02-12 | The carton forming mold of paper box machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108263032A true CN108263032A (en) | 2018-07-10 |
Family
ID=62774258
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810153111.4A Withdrawn CN108263032A (en) | 2018-02-12 | 2018-02-12 | The carton forming mold of paper box machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108263032A (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109049848A (en) * | 2018-10-17 | 2018-12-21 | 东莞市天善机械有限公司 | A kind of completely new corner pasting machine mold |
| CN110281579A (en) * | 2019-01-16 | 2019-09-27 | 九天智能包装设备(东莞)有限公司 | Size-adjustable mold core for wine box |
| CN110385888A (en) * | 2019-08-12 | 2019-10-29 | 贵州永吉盛珑包装有限公司 | One kind being used for the molding mold of carton box body and die size adjusting method |
| CN111267404A (en) * | 2020-03-10 | 2020-06-12 | 叶振条 | Manufacturing and processing technology of paper-plastic composite bag |
| CN111716817A (en) * | 2020-05-25 | 2020-09-29 | 南京航空航天大学 | Flexible bionic type laminating device and method for stepped carton packaging paper |
| CN114434867A (en) * | 2022-01-17 | 2022-05-06 | 什邡洪熙包装有限公司 | Wine box automatic molding device |
-
2018
- 2018-02-12 CN CN201810153111.4A patent/CN108263032A/en not_active Withdrawn
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109049848A (en) * | 2018-10-17 | 2018-12-21 | 东莞市天善机械有限公司 | A kind of completely new corner pasting machine mold |
| CN110281579A (en) * | 2019-01-16 | 2019-09-27 | 九天智能包装设备(东莞)有限公司 | Size-adjustable mold core for wine box |
| CN110385888A (en) * | 2019-08-12 | 2019-10-29 | 贵州永吉盛珑包装有限公司 | One kind being used for the molding mold of carton box body and die size adjusting method |
| CN111267404A (en) * | 2020-03-10 | 2020-06-12 | 叶振条 | Manufacturing and processing technology of paper-plastic composite bag |
| CN111267404B (en) * | 2020-03-10 | 2021-07-30 | 佛山市南海南荣塑料印刷有限公司 | Manufacturing and processing technology of paper-plastic composite bag |
| CN111716817A (en) * | 2020-05-25 | 2020-09-29 | 南京航空航天大学 | Flexible bionic type laminating device and method for stepped carton packaging paper |
| CN114434867A (en) * | 2022-01-17 | 2022-05-06 | 什邡洪熙包装有限公司 | Wine box automatic molding device |
| CN114434867B (en) * | 2022-01-17 | 2023-10-27 | 什邡洪熙包装有限公司 | Wine box automatic molding device |
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Application publication date: 20180710 |