CN108818867A - Gather process equipment - Google Patents
Gather process equipment Download PDFInfo
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- CN108818867A CN108818867A CN201811042456.9A CN201811042456A CN108818867A CN 108818867 A CN108818867 A CN 108818867A CN 201811042456 A CN201811042456 A CN 201811042456A CN 108818867 A CN108818867 A CN 108818867A
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- process equipment
- lifting
- processing
- door leaf
- lockhole
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27M—WORKING OF WOOD NOT PROVIDED FOR IN SUBCLASSES B27B - B27L; MANUFACTURE OF SPECIFIC WOODEN ARTICLES
- B27M3/00—Manufacture or reconditioning of specific semi-finished or finished articles
- B27M3/18—Manufacture or reconditioning of specific semi-finished or finished articles of furniture or of doors
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- Engineering & Computer Science (AREA)
- Life Sciences & Earth Sciences (AREA)
- Manufacturing & Machinery (AREA)
- Wood Science & Technology (AREA)
- Forests & Forestry (AREA)
- Milling, Drilling, And Turning Of Wood (AREA)
- Automatic Assembly (AREA)
Abstract
The present invention relates to a kind of set process equipments, recessed hinge process equipment, lock rank and lockhole process equipment and locked groove process equipment are gathered together by conveying device, wherein conveying device is processed for conveying door leaf by recessed hinge process equipment, lock rank and lockhole process equipment and locked groove process equipment.Set process equipment of the invention can the multiple door leafs of simultaneous processing, improve productive temp, and then improve production efficiency.
Description
Technical field
The present invention relates to a kind of set process equipments, more particularly to a kind of collection of handware hole location on door leaf processing
Close process equipment.
Background technique
The process equipment that handware hole location is processed on the door leaf of the prior art is an integral structure, by process equipment by door
Recessed hinge, locked groove, lock rank, lockhole on fan are processed together, since locked groove, lock rank and lockhole are located at the same side of door leaf, processing
When for prevent cutter generate interference, only after a process tool completes the process and returns to initial position, next processing knife
Tool just can be carried out processing, cause the process time of locked groove, lock rank and lockhole longer in this way.
Meanwhile the process equipment of the prior art only has a recessed hinge process tool, when processing, can only once process one
A recessed hinge, and at least there are two recessed hinges on the door leaf of the prior art, therefore, when processing recessed hinge, need mobile door
Fan or recessed hinge process tool, carry out the processing of multiple recessed hinges, increase recessed hinge manufacturing procedure in this way, extend recessed hinge
Process time, and the process equipment of the prior art can only once process a door leaf, influence productive temp, production efficiency is low.
In conclusion by applicant long-term observation with the study found that handware hole location on the door leaf of the prior art
Process time is generally not less than 60 seconds, is unable to satisfy the allegro production requirement of today's society, and therefore, being badly in need of one kind can drop
The equipment of handware hole location process time on low door leaf.
Summary of the invention
Technical problem to be solved by the invention is to provide a kind of set process equipments, are added recessed hinge by conveying device
Construction equipment, lock rank and lockhole process equipment and locked groove process equipment gather together, and the process equipment for solving the prior art is one
Body formula structure process time is longer, and can only once process a door leaf, influences productive temp, the low problem of production efficiency.
The technical solution adopted by the present invention to solve the technical problems is：A kind of set process equipment is provided, on the door
Fan is processed, wherein set process equipment includes：Conveying device has for conveying door leaf along conveying device conveying direction
There are opposite the first side and second side；Recessed hinge process equipment, is set to the first side, recessed hinge process equipment further include first plus
Work fixed platform and multiple hinge grooving apparatus, the first processing fixed platform is for placing door leaf, multiple recessed hinge processing dresses
It sets for processing recessed hinge to door leaf；Rank and lockhole process equipment are locked, second side is set to, rank is locked and lockhole process equipment includes
Second processing fixed platform, lock rank processing unit (plant) and lockhole processing unit (plant), the second processing fixed platform lock rank for placing door leaf
Processing unit (plant) is used to process door leaf lock rank, and lockhole processing unit (plant) is used to process lockhole to door leaf；And locked groove process equipment, if
It is placed in second side, locked groove process equipment includes third processing fixed platform and locked groove processing unit (plant), and third is processed fixed platform and used
In placing door leaf, locked groove processing unit (plant) is used to process locked groove to door leaf.
A further technical scheme of the invention is that conveying device further includes the first lift and conveyer structure, the second lifting conveying
Mechanism and third lift and conveyer structure, the second lift and conveyer structure are connected the first lift and conveyer structure, third lift and conveyer structure
It is connected the second lift and conveyer structure, the first lift and conveyer structure further includes the first lifting delivery platform and at least one is used to drive
First lifting unit of the first lifting delivery platform lifting, the second lift and conveyer structure further includes the second lifting delivery platform and extremely
Few one the second lifting unit for driving the second lifting delivery platform to go up and down, third lift and conveyer structure further includes third liter
Drop delivery platform and at least one third lifting unit for being used to that third lifting delivery platform to be driven to go up and down, wherein recessed hinge is processed
Equipment is corresponding with the first lift and conveyer structure, locks rank and lockhole process equipment is corresponding with the second lift and conveyer structure, locked groove
Process equipment is corresponding with third lift and conveyer structure.
Further technical solution of the invention is that recessed hinge process equipment has the first positioning device, the first positioning dress
Setting further includes at least one first positioning anchor and at least one first positioning cylinder, every one first positioning anchor setting with it is more
In first processing fixed platform of a hinge grooving apparatus opposite side, every one first positioning cylinder is set to every one first positioning
The opposite side of backer simultaneously forms the first clamp hand at least one first positioning anchor, and the first clamp hand is for door leaf fixed when processing.
Further technical solution of the invention is to lock rank and lockhole process equipment to have the second positioning device, and second is fixed
Position device further includes at least one second positioning anchor and at least one second positioning cylinder, and every one second positioning anchor setting exists
With in the second processing fixed platform of lock rank processing unit (plant) and lockhole processing unit (plant) opposite side, every one second positioning cylinder is set to
Every one second positioning anchor opposite side simultaneously forms the second clamp hand at least one second positioning anchor, and the second clamp hand is for when processing
Fixed door leaf.
Further technical solution of the invention is that locked groove process equipment has third positioning device, third positioning device
Further include at least one third positioning anchor and at least one third positioning cylinder, each third positioning anchor setting with locked groove
In the third processing fixed platform of processing unit (plant) opposite side, it is opposite that each third positioning cylinder is set to each third positioning anchor
Side simultaneously forms third clamp hand at least one third positioning anchor, and third clamp hand is for door leaf fixed when processing.
Further technical solution of the invention is the first lift and conveyer structure, the second lift and conveyer structure and third liter
Drop conveying mechanism respectively further comprises end lifting backer, and end lifting backer is separately positioned on the first lifting delivery platform, second
The end of delivery platform and third lifting delivery platform is gone up and down, end lifting backer includes fixed pushing block, for pushing fixation to push away
The horizontal air cylinder that block moves horizontally and the end lifting cylinder for driving fixed pushing block and horizontal air cylinder to go up and down.
Further technical solution of the invention is, the first lifting delivery platform further include two parallel first supports and
Multiple first rollers, every one first roller, which is parallel to each other, is arranged at intervals at two parallel first support upper ends and and first support
It is mutually perpendicular to；And/or second lifting delivery platform further include two parallel second supports and multiple second tin rollers, every one second
Roller, which is parallel to each other, to be arranged at intervals at two parallel second support upper ends and is mutually perpendicular to second support；And/or third liter
Drop delivery platform further includes two parallel third brackets and multiple third rollers, and each third roller, which is parallel to each other, is spaced setting
It is mutually perpendicular in two parallel third pedestal upper ends and with third bracket.
Further technical solution of the invention is that every one first lifting unit further includes that the first lifting cylinder and first connect
Fishplate bar, the first lifting cylinder are connect by the first connecting plate with the first lifting delivery platform；And/or every one second lifting unit is also
Including the second lifting cylinder and the second connecting plate, the second lifting cylinder is connected by the second connecting plate and the second lifting delivery platform
It connects；And/or each third lifting unit further includes third lifting cylinder and third connecting plate, third lifting cylinder is connected by third
Fishplate bar is connect with third lifting delivery platform.
Further technical solution of the invention is that each hinge grooving apparatus further includes organisation of working and at least one
Hold-down mechanism, organisation of working is for processing door leaf, at least one hold-down mechanism is for compressing door leaf.
Further technical solution of the invention is that organisation of working further includes recessed hinge cut cutter, for driving hinge
Recessed hinge cut motor, recessed hinge cutting tool and the hinge for driving recessed hinge cutting tool to process of slot cut tool sharpening
Key way cutting blade motor.
Further technical solution of the invention is, each hold-down mechanism further includes compact heap and for driving compact heap pressure
Tight servo-actuated compression cylinder；And/or compact heap is roller structure.
Further technical solution of the invention is that lock rank processing unit (plant) includes lock rank cutting tool and is used to drive lock rank
The lock rank cutting blade motor of cutting tool processing；And/or lockhole processing unit (plant) includes the first lockhole cutting tool, for driving first
Lockhole cutting tool processing the first lockhole cutting blade motor, the second lockhole cutting tool and for drive the second lockhole cutting tool
Second cutting blade motor of processing.
Further technical solution of the invention is, locked groove processing unit (plant) includes locked groove cutting tool and for driving locked groove
The locked groove cutting blade motor of cutting tool processing.
The present invention has had the advantage that compared with prior art：
1, set process equipment of the invention can the multiple door leafs of simultaneous processing, improve productive temp, and then improve production effect
Rate；
2, set process equipment of the invention improves recessed hinge, locked groove, lock rank and lockhole separate machined on door leaf
Process velocity, and avoid process tool and lead to the problem of interference.
3, set process equipment of the invention processes recessed hinge process equipment and locked groove and lock rank process equipment and lockhole
Equipment setting is not ipsilateral, in processing, does not have to overturning door leaf, and can door leaf two sides be processed with recessed hinge, locked groove, lock rank respectively
And lockhole, and locked groove and lock rank process equipment are provided separately by the present invention with lockhole process equipment, be can avoid cutter when processing and are produced
The problem of raw interference.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawings, but the content in attached drawing does not constitute any limitation of the invention.
Fig. 1 is the schematic top plan view of the set process equipment of one embodiment of the invention.
Fig. 2 is the structural schematic diagram of the first lift and conveyer structure and recessed hinge process equipment of one embodiment of the invention.
Fig. 3 is the structural schematic diagram of the organisation of working of one embodiment of the invention.
Fig. 4 is the structural representation of the second lift and conveyer structure and lock rank and lockhole process equipment of one embodiment of the invention
Figure.
Fig. 5 is the structural schematic diagram of the lock rank processing unit (plant) of one embodiment of the invention.
Fig. 6 is the structural schematic diagram of the lockhole processing unit (plant) of one embodiment of the invention.
Fig. 7 is the third lift and conveyer structure of one embodiment of the invention and the structural schematic diagram of locked groove process equipment.
Fig. 8 is the structural schematic diagram of the locked groove processing unit (plant) of one embodiment of the invention.
Fig. 9 is the structural schematic diagram of the door leaf to be processed of one embodiment of the invention.
Figure 10 is the schematic diagram of the process of one embodiment of the invention.
Specific embodiment
The invention discloses a kind of set process equipments 1 of an embodiment, please refer to shown in Fig. 1-9, pass through lifting transport dress
It sets 2 recessed hinge process equipment 3, lock rank and lockhole process equipment 4 and locked groove process equipment 5 gather together, for door leaf 7
It is processed, wherein please referring to shown in Fig. 1, Fig. 2, Fig. 4 and Fig. 7, for conveying door leaf 7, conveying device 2 includes conveying device 2
First lift and conveyer structure 21, the second lift and conveyer structure 22 and third lift and conveyer structure 23, the second lift and conveyer structure 22
It is connected the first lift and conveyer structure 21, third lift and conveyer structure 23 is connected the second lift and conveyer structure 22, and the present embodiment discloses
The first lift and conveyer structure 21 and the setting of third lift and conveyer structure 23 in the left and right sides of the second lift and conveyer structure 22, and
First lift and conveyer structure 21, the second lift and conveyer structure 22 and third lift and conveyer structure 23 are arranged point-blank, but
It is not limited with set-up mode disclosed in the present embodiment.There is the first opposite side 24 and second along 2 conveying direction of conveying device
Side 25, the first side 24 disclosed in the present embodiment are the rear side of conveying device 2, and second side 25 is the front side of conveying device 2, but not
It is defined and is limited with this direction.
First lift and conveyer structure 21 further includes the first lifting delivery platform 211 and at least one goes up and down for driving first
The first lifting unit 212 that delivery platform 211 is gone up and down, please refers to shown in Fig. 2, the first lifting delivery platform disclosed in the present embodiment
211 further include two parallel first supports 2111 and multiple first rollers 2112, between every one first roller 2112 is parallel to each other
Every being set to two parallel 2111 upper ends of first support and be mutually perpendicular to first support 2111.The present embodiment further discloses
Every one first roller 2112 be connected to motor by belt pulley and by belt pulley drive the first roller 2112 rotation, by door leaf
7 move on the first lifting delivery platform 211, and by the rotation of the first roller 2112, door leaf 7 is gone up and down delivery platform first
It is conveyed on 211.Every one first lifting unit 212 disclosed in the present embodiment further includes that the first lifting cylinder 2121 and first connects
Fishplate bar 2122, the first lifting cylinder 2121 are connect by the first connecting plate 2122 with the first lifting delivery platform 211.
Second lift and conveyer structure 22 further includes the second lifting delivery platform 221 and at least one goes up and down for driving second
The second lifting unit 222 that delivery platform 221 is gone up and down, please refers to shown in Fig. 4, the second lifting delivery platform disclosed in the present embodiment
221 further include two parallel second supports 2211 and multiple second tin rollers 2212, between each second tin roller 2212 is parallel to each other
Every being set to two parallel 2211 upper ends of second support and be mutually perpendicular to second support 2211.The present embodiment further discloses
Each second tin roller 2212 be connected to motor by belt pulley and by belt pulley drive second tin roller 2212 rotate, by door leaf
7 move on the second lifting delivery platform 221, and by the rotation of second tin roller 2212, door leaf 7 is gone up and down delivery platform second
It is conveyed on 221.Every one second lifting unit 222 disclosed in the present embodiment further includes that the second lifting cylinder 2221 and second connects
Fishplate bar 2222, the second lifting cylinder 2221 are connect by the second connecting plate 2222 with the second lifting delivery platform 221.
Third lift and conveyer structure 23 further includes third lifting delivery platform 231 and at least one is used to that third to be driven to go up and down
The third lifting unit 232 that delivery platform 231 is gone up and down, please refers to shown in Fig. 7, and third disclosed in the present embodiment goes up and down delivery platform
231 further include two parallel third brackets 2311 and multiple third rollers 2312, between each third roller 2312 is parallel to each other
Every being set to two parallel 2311 upper ends of third bracket and be mutually perpendicular to third bracket 2311.The present embodiment further discloses
Each third roller 2312 be connected to motor by belt pulley and by belt pulley drive third roller 2312 rotate, by door leaf
7 move on third lifting delivery platform 231, and by the rotation of third roller 2312, door leaf 7 is gone up and down delivery platform in third
It is conveyed on 231.Each third lifting unit 232 disclosed in the present embodiment further includes that third lifting cylinder 2321 and third connect
Fishplate bar 2322, third lifting cylinder 2321 go up and down delivery platform 231 with third by third connecting plate 2322 and connect.
Recessed hinge process equipment 3 please refers to shown in Fig. 2, be set to the first side 24 and with 21 phase of the first lift and conveyer structure
Corresponding, the rear side of the first lift and conveyer structure 21 is arranged in recessed hinge process equipment 3 disclosed in the present embodiment.Recessed hinge processing is set
Standby 3 further include the first processing fixed platform 31, the first positioning device 32 and multiple hinge grooving apparatus 33, and the first processing is fixed
For platform 31 for placing door leaf 7, the first processing fixed platform 31 disclosed in the present embodiment includes being parallel to 2 side of conveying of conveying device
To the first parallel platform 311 and multiple the first vertical platforms 312 perpendicular to the first parallel platform 311, the first parallel platform
311 are arranged in the rear side of the first lift and conveyer structure 21, and every one first vertical platform 312 is arranged at intervals on two neighboring first rolling
Between cylinder 2112, but it is not limited with the first processing 31 structure of fixed platform disclosed in the present embodiment.
First positioning device 32 disclosed in the present embodiment include at least one first positioning anchor 321 and at least one first
Positioning cylinder 322 please refers to shown in Fig. 2, and every one first positioning anchor 321 setting is opposite with multiple hinge grooving apparatus 33
In first processing fixed platform 31 of side, every one first positioning cylinder 322 is set to the opposite side of every one first positioning anchor 321
And the first clamp hand is formed at least one first positioning anchor 321, the first clamp hand is for door leaf 7 fixed when processing.The present embodiment
Further disclosed first positioning anchor, 321 quantity is three, is separately positioned on the first vertical platform 312, the first positioning gas
Cylinder 322 is two, is separately positioned on 33 side of hinge grooving apparatus, but not with the first positioning anchor disclosed in the present embodiment
321 and first positioning cylinder 322 quantity and set-up mode be limited.
Multiple hinge grooving apparatus 33 are used to process recessed hinge to door leaf 7, please refer to shown in Fig. 3, the present embodiment discloses
Hinge grooving apparatus 33 be two, and each hinge grooving apparatus 33 further include organisation of working 331 and at least one pressure
Tight mechanism 332, organisation of working 331 is for processing door leaf 7, and further disclosed organisation of working 331 also wraps the present embodiment
Include recessed hinge cut cutter 3311, the recessed hinge cut motor 3312 for driving recessed hinge cut cutter 3311 to process, hinge
Groove cutting cutter 3313 and for drive recessed hinge cutting tool 3313 process recessed hinge cutting blade motor 3314.At least one pressure
Tight mechanism 332 is for compressing door leaf 7, and further disclosed each hold-down mechanism 332 further includes compact heap to the present embodiment
3321 and the servo-actuated compression cylinder 3322 for driving compact heap 3321 to compress, the further disclosed compact heap of the present embodiment
3321 be roller structure, but is not limited with 3321 structure of compact heap disclosed in the present embodiment.
Lock rank and lockhole process equipment 4, please refer to shown in Fig. 4, be set to second side 25 and with the second lift and conveyer structure
22 is corresponding, i.e., the disclosed lock rank of the present embodiment and lockhole process equipment 4 are the front sides that the second lift and conveyer structure 22 is arranged in,
The present embodiment is disclosed to be separately positioned on the two of conveying device 2 for lock rank and lockhole process equipment 4 and recessed hinge process equipment 3
Side, in processing, can not have to overturning door leaf can be realized the processing to door leaf two sides.Locking rank and lockhole process equipment 4 includes the
Two processing fixed platforms 41, the second positioning device 42, lock rank processing unit (plant) 43 and lockhole processing unit (plant) 44, the second processing are fixed flat
For platform 41 for placing door leaf 7, the second processing fixed platform 41 disclosed in the present embodiment includes being parallel to 2 conveying direction of conveying device
The second parallel platform 411 and multiple the second vertical platforms 412 perpendicular to the second parallel platform 411, the second parallel platform 411
The rear side of second lift and conveyer structure 22 is set, and every one second vertical platform 412 is arranged at intervals on two neighboring second tin roller
Between 2212, but it is not limited with the second processing 41 structure of fixed platform disclosed in the present embodiment.
Second positioning device 42 disclosed in the present embodiment include at least one second positioning anchor 421 and at least one second
Positioning cylinder 422 please refers to shown in Fig. 4, and every one second positioning anchor 421 setting is processed with lock rank processing unit (plant) 43 and lockhole
In second processing fixed platform 41 of 44 opposite side of device, every one second positioning cylinder 422 is set to every one second positioning anchor
421 opposite sides simultaneously form the second clamp hand at least one second positioning anchor 421, and the second clamp hand is for door leaf 7 fixed when processing.
Further disclosed second positioning anchor, 421 quantity is two to the present embodiment, is separately positioned on the second vertical platform 412, the
Two positioning cylinders, 422 quantity is two, is separately positioned on lock rank processing unit (plant) 43 and/or 44 side of lockhole processing unit (plant), but not
It is limited with the quantity and set-up mode of the second positioning anchor 421 and the second positioning cylinder 422 disclosed in the present embodiment.
It locks rank processing unit (plant) 43 to be used to process door leaf 7 lock rank, please refer to shown in Fig. 5, the disclosed lock rank of the present embodiment adds
It includes lock rank cutting tool 431 and the lock rank cutting blade motor 432 for driving lock rank cutting tool 431 to process that tooling, which sets 43,.Lock
Hole processing device 44 is used to process lockhole to door leaf 7, please refers to shown in Fig. 6, the packet of lockhole processing unit (plant) 44 disclosed in the present embodiment
Include the first lockhole cutting tool 441, the first lockhole cutting blade motor 442 for driving the first lockhole cutting tool 441 to process, the
Two lockhole cutting tools 443 and for drive the second lockhole cutting tool 443 process the second cutting blade motor 444, the first lockhole
For cutting tool 441 for processing lockhole corresponding with door handle, the second lockhole cutting tool 443 is corresponding with door lock for processing
Lockhole, but not to be limited disclosed in the present embodiment.
Locked groove process equipment 5 please refers to shown in Fig. 7, is set to second side 25 and opposite with third lift and conveyer structure 23
It answers, the front side of third lift and conveyer structure 23 is arranged in locked groove process equipment 5 disclosed in the present embodiment.The present embodiment is disclosed will
Locked groove process equipment 5 and recessed hinge process equipment 3 are separately positioned on the two sides of conveying device 2, in processing, can not have to turnover door
The processing to door leaf two sides can be realized in fan, and lock rank and lockhole process equipment 4 and locked groove process equipment 5 are disposed on not
With lift and conveyer structure side, it can avoid cutter when processing and generate interference.Locked groove process equipment 5 includes that third processes fixed platform
51, third positioning device 52 and locked groove processing unit (plant) 53, for third processing fixed platform 51 for placing door leaf 7, the present embodiment is public
The third processing fixed platform 51 opened includes being parallel to the third parallel platform 511 of 2 conveying direction of conveying device and multiple vertical
In the third vertical platform 512 of third parallel platform 511, third lift and conveyer structure 23 is arranged in third parallel platform 511
Rear side, each third vertical platform 512 is arranged at intervals between two neighboring third roller 2312, but is not disclosed with the present embodiment
Third processing 51 structure of fixed platform be limited.
Third positioning device 52 disclosed in the present embodiment includes at least one third positioning anchor 521 and at least one third
Positioning cylinder 522 please refers to shown in Fig. 7, and with 53 opposite side of locked groove processing unit (plant) is arranged in each third positioning anchor 521
Three processing fixed platforms 51 on, each third positioning cylinder 522 be set to each 521 opposite side of third positioning anchor and at least
One third positioning anchor 521 forms third clamp hand, and third clamp hand is for door leaf 7 fixed when processing.The present embodiment is further public
521 quantity of third positioning anchor opened is two, is separately positioned on third vertical platform 512,522 quantity of third positioning cylinder
It is two, is separately positioned on 53 side of locked groove processing unit (plant), but not with third positioning anchor 521 and third disclosed in the present embodiment
The quantity and set-up mode of positioning cylinder 522 are limited.
Locked groove processing unit (plant) 53 is used to process locked groove to door leaf 7, please refers to shown in Fig. 8, locked groove disclosed in the present embodiment adds
It includes locked groove cutting tool 531 and the locked groove cutting blade motor 532 for driving locked groove cutting tool 531 to process that tooling, which sets 53,.
An embodiment disclosed by the invention, the first lift and conveyer structure 21, the second lift and conveyer structure 22 and third lifting
Conveying mechanism 23 respectively further comprises end lifting backer 6, please refers to shown in Fig. 2, Fig. 4 and Fig. 7, and end lifting backer 6 sets respectively
It sets and goes up and down the end of delivery platform 221 and third lifting delivery platform 231, this implementation in the first lifting delivery platform 211, second
The lifting backer 6 of end disclosed in example is separately positioned on the first lifting delivery platform 211, second lifting delivery platform 221 and third
The inlet end of delivery platform 231 is gone up and down, but position is not arranged with the lifting backer 6 of end disclosed in the present embodiment and is limited.End
Going up and down backer 6 includes fixing pushing block 61, the horizontal air cylinder 62 for pushing fixed pushing block 61 to move horizontally and for driving fixation
The end lifting cylinder 63 that pushing block 61 and horizontal air cylinder 62 are gone up and down, end go up and down backer 6 and are used for 7 conveying direction (length of door leaf
Direction) it is positioned, but be not limited with lifting 6 structure of backer of end disclosed in the present embodiment.
The invention discloses embodiment in, please also refer to the flow process chart and Fig. 1-9 structural schematic diagram of Figure 10,
The processing flow 8 of the set process equipment 1 of door leaf 7 through the invention is：
Step 801, feeding.Door leaf 7 is placed on the first lifting delivery platform 211 on one side, specific modes of emplacement can be with
It is placed by robot or manual type, is then rotated by the first roller 2112, door leaf 7 is completely transported to first liter
It drops on delivery platform 211, then controls the first lifting cylinder 2121 and decline and the first lifting delivery platform 211 is driven to decline, it will
Door leaf 7 is placed in the first processing fixed platform 31；
Step 802, recessed hinge processing positioning.The end lifting backer 6 being arranged on the first lift and conveyer structure 21 is risen,
It pushes fixed pushing block 61 to move horizontally by horizontal air cylinder 62, adjust and positions door leaf 7 in the length of the first processing fixed platform 31
The position in direction is spent, then the first positioning cylinder 322 is stretched out and fixed to door leaf 7 in the first processing with the first positioning anchor 321
The width direction of platform 31 is positioned；
Step 803, recessed hinge is processed.Servo-actuated compression cylinder 3322 drives compact heap 3321 to move down, and compresses door leaf 7,
Organisation of working 331 carries out processing recessed hinge to door leaf 7；
Step 804, first feeding.7 recessed hinge of door leaf after processing is completed, is servo-actuated compression cylinder 3322 and drives compact heap 3321
It moving up, the first positioning cylinder 322 retracts, and the end lifting backer 6 being arranged on the first lift and conveyer structure 21 declines, the
One lifting cylinder 2121 drives the first lifting delivery platform 211 to rise to and is in same level with the second lifting delivery platform 221
Then face position passes through the rotation of the first roller 2112 and second tin roller 2212, door leaf 7 is transported to the second lifting delivery platform
On 221, then controls the second lifting cylinder 2221 and decline and the second lifting delivery platform 221 is driven to decline, door leaf 7 is placed on
On second lifting delivery platform 221, meanwhile, the door leaf 7 of another recessed hinge to be processed is placed on the first lifting delivery platform
211, and step 801 is carried out, feeding, step 802, recessed hinge processing positioning and step 803, recessed hinge are processed；
Step 805, rank and lockhole processing positioning are locked.End lifting backer 6 on second lift and conveyer structure 22 is set
It rises, pushes fixed pushing block 61 to move horizontally by horizontal air cylinder 62, adjust and position door leaf 7 and process fixed platform 41 second
Length direction position, then the second positioning cylinder 422 stretch out and with the second positioning anchor 421 to door leaf 7 second processing
The width direction of fixed platform 41 is positioned；
Step 806, rank and lockhole processing are locked.The driving lock rank cutting tool 431 of rank cutting blade motor 432 is locked to carry out door leaf 7
Processing lock rank, the first lockhole cutting blade motor 442 drive the first lockhole cutting tool 441 to carry out processing lock corresponding with door handle
Hole, the second cutting blade motor 444 drive the second lockhole cutting tool 443 to carry out processing lockhole corresponding with door lock；
Step 807, feeding again.Door leaf 7 locks rank and lockhole after processing is completed, and the second positioning cylinder 422 retracts, and second liter
The end lifting backer 6 dropped on conveying mechanism 22 declines, and the second lifting cylinder 2221 drives the second lifting delivery platform 221 to rise
It is in same level position to third lifting delivery platform 231, then passes through second tin roller 2212 and third roller 2312
Rotation, by door leaf 7 be transported to third lifting delivery platform 231 on, then control third lifting cylinder 2321 decline and drive
Third goes up and down delivery platform 231 and declines, and door leaf 7 is placed on third lifting delivery platform 231, meanwhile, recessed hinge is processed
Door leaf 7 after the completion carries out step 804, and rank and lockhole processing positioning and step 806 are locked in first feeding, step 805, lock rank and
Lockhole processing；
Step 808, locked groove processing positioning.The end lifting backer 6 being arranged on third lift and conveyer structure 23 is risen, and is led to
Crossing horizontal air cylinder 62 pushes fixed pushing block 61 to move horizontally, and adjusts and positions door leaf 7 in the length of third processing fixed platform 51
The position in direction, then third positioning cylinder 522 is stretched out and is fixed to door leaf 7 in third processing with third positioning anchor 521 flat
The width direction of platform 51 is positioned；
Step 809, locked groove is processed.Locked groove cutting blade motor 532 drives locked groove cutting tool 531 to add the progress locked groove of door leaf 7
Work；
Step 810, blanking.After processing is completed, third positioning cylinder 522 retracts 7 locked groove of door leaf, third lift and conveyer structure
End lifting backer 6 on 23 declines, and third lifting cylinder 2321 drives third lifting delivery platform 231 to rise, and then passes through
Door leaf 7 is conveyed and is transported the door leaf 7 completed the process by artificial or robot, together by the rotation of third roller 2312
When, the door leaf 7 of rank and lockhole after processing is completed will be locked and carry out step 807, again feeding, step 808, locked groove processing positioning and step
Rapid 809, locked groove processing.
Several preferred embodiments of the invention have shown and described in above description, but as previously described, it should be understood that this hair
It is bright to be not limited to forms disclosed herein, it is not to be taken as the exclusion to other embodiments, and can be used for various other
Combination, modification and environment, and can within that scope of the inventive concept describe herein, by the technology of above-mentioned introduction or related fields or
Knowledge is modified.And changes and modifications made by those skilled in the art do not depart from the spirit and scope of the present invention, then it all should be
In the protection scope of appended claims of the present invention.
Claims (10)
1. a kind of set process equipment, for being processed to door leaf, which is characterized in that the set process equipment includes：
Conveying device has opposite the first side and the along the conveying direction of the conveying device for conveying the door leaf
Two sides；
Recessed hinge process equipment, is set to first side, and the recessed hinge process equipment further includes the first processing fixed platform
With multiple hinge grooving apparatus, the first processing fixed platform is for placing the door leaf, at least one described recessed hinge
Processing unit (plant) is used to process recessed hinge to the door leaf；
Rank and lockhole process equipment are locked, described second side is set to, the lock rank and lockhole process equipment include that the second processing is solid
Fixed platform, lock rank processing unit (plant) and lockhole processing unit (plant), the second processing fixed platform is for placing the door leaf, the lock
Rank processing unit (plant) is used to process the door leaf lock rank, and the lockhole processing unit (plant) is used to process lockhole to the door leaf；And
Locked groove process equipment, is set to described second side, and the locked groove process equipment includes third processing fixed platform and locked groove
Processing unit (plant), the third processing fixed platform are used for for placing the door leaf, the locked groove processing unit (plant) to the door leaf
Process locked groove.
2. set process equipment according to claim 1, which is characterized in that the conveying device further includes that the first lifting is defeated
Mechanism, the second lift and conveyer structure and third lift and conveyer structure are sent, the second lift and conveyer structure is connected described first liter
Conveying mechanism drops, and the third lift and conveyer structure is connected the second lift and conveyer structure, the first lift and conveyer structure
It further include that the first lifting delivery platform and at least one first lifting for being used to that the first lifting delivery platform to be driven to go up and down are single
Member, the second lift and conveyer structure further includes the second lifting delivery platform and at least one is used to drive second lifting defeated
The second lifting unit for sending platform to go up and down, the third lift and conveyer structure further include third lifting delivery platform and at least one
For driving the third lifting unit of third lifting delivery platform lifting, wherein recessed hinge process equipment with described first liter
It is corresponding to drop conveying mechanism, locks rank and lockhole process equipment is corresponding with the second lift and conveyer structure, locked groove process equipment
It is corresponding with the third lift and conveyer structure.
3. set process equipment according to claim 1, which is characterized in that the recessed hinge process equipment, lock rank and lock
Hole machined equipment, locked groove process equipment have width positioning device, and the width positioning device further includes that at least one is first fixed
Position backer and at least one positioning cylinder, each positioning anchor setting with the hinge grooving apparatus, the lock rank
Processing unit (plant) and the lockhole processing unit (plant), locked groove processing unit (plant) opposite side the first processing fixed platform on, often
One positioning cylinder is set to the opposite side of each positioning anchor and forms clamp hand with positioning anchor described at least one,
The clamp hand is for the door leaf fixed when processing.
4. set process equipment according to claim 1, which is characterized in that the recessed hinge process equipment, lock rank and lock
Hole machined equipment, locked groove process equipment respectively further comprise end lifting backer, and the end lifting backer is separately positioned on described
The end of recessed hinge process equipment, lock rank and lockhole process equipment, locked groove process equipment, the end lifting backer includes fixing
Pushing block, the horizontal air cylinder for pushing the fixed pushing block to move horizontally and for driving the fixed pushing block and the horizontal gas
The end lifting cylinder of cylinder lifting.
5. set process equipment according to claim 2, which is characterized in that each first lifting unit further includes
One lifting cylinder and the first connecting plate, first lifting cylinder are flat by first connecting plate and the first lifting conveying
Platform connection；And/or each second lifting unit further includes the second lifting cylinder and the second connecting plate, second lifting air
Cylinder is connect by second connecting plate with the second lifting delivery platform；And/or each third lifting unit also wraps
Third lifting cylinder and third connecting plate are included, the third lifting cylinder goes up and down by the third connecting plate with the third defeated
Platform is sent to connect.
6. set process equipment according to claim 1, which is characterized in that each hinge grooving apparatus further includes
Organisation of working and at least one hold-down mechanism, the organisation of working is for processing the door leaf, at least one described pressure
Tight mechanism is for compressing the door leaf.
7. set process equipment according to claim 6, which is characterized in that the organisation of working further includes recessed hinge cut
Cutter, the recessed hinge cut motor for driving the recessed hinge cut tool sharpening, recessed hinge cutting tool and for driving
The recessed hinge cutting blade motor of the recessed hinge cutting tool processing.
8. set process equipment according to claim 6, which is characterized in that each hold-down mechanism further includes compact heap
With the servo-actuated compression cylinder for driving the compact heap to compress；And/or the compact heap is roller structure.
9. set process equipment according to claim 1, which is characterized in that the lock rank processing unit (plant) includes lock rank cutting
Cutter and for drive it is described lock rank cutting tool process lock rank cutting blade motor；And/or the lockhole processing unit (plant) includes extremely
A few lockhole cutting tool, the lockhole cutting blade motor for driving the lockhole cutting tool processing.
10. set process equipment according to claim 1, which is characterized in that the locked groove processing unit (plant) includes that locked groove is cut
Cutting knife tool and locked groove cutting blade motor for driving locked groove cutting tool processing.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201811042456.9A CN108818867B (en) | 2018-09-05 | 2018-09-05 | Integrated processing equipment |
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| CN201811042456.9A CN108818867B (en) | 2018-09-05 | 2018-09-05 | Integrated processing equipment |
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| CN108818867B CN108818867B (en) | 2023-05-26 |
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| CN109483237A (en) * | 2018-12-28 | 2019-03-19 | 南通跃通数控设备有限公司 | Lock hinge groove processing machine |
| WO2021042684A1 (en) * | 2019-09-05 | 2021-03-11 | 南通跃通数控设备股份有限公司 | Control device for adjusting machining position of hinge groove |
| CN113427590A (en) * | 2021-02-23 | 2021-09-24 | 江苏国全自动化科技有限公司 | Automatic machining assembly line and machining method for wooden door hardware holes |
| CN113977731A (en) * | 2021-11-18 | 2022-01-28 | 南通开放大学(南通建筑职业技术学校、南通市社区教育服务指导中心) | Door leaf automatic production line |
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| CN108818867B (en) | 2023-05-26 |
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Address after: 226600 No.69, South Tongyu Road, Chengdong Town, Haian City, Nantong City, Jiangsu Province Applicant after: Yue Yue Tong CNC equipment Address before: 226600 No. 198, Tongyu Road, Haian County, Nantong, Jiangsu Applicant before: NANTONG YUETONG NUMERICAL CONTROL EQUIPMENT Co.,Ltd. |
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