CN207046359U - A kind of novel automatic delay transport system - Google Patents
A kind of novel automatic delay transport system Download PDFInfo
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- CN207046359U CN207046359U CN201621377624.6U CN201621377624U CN207046359U CN 207046359 U CN207046359 U CN 207046359U CN 201621377624 U CN201621377624 U CN 201621377624U CN 207046359 U CN207046359 U CN 207046359U
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Abstract
The utility model provides a kind of automation delay transport system, it is placed between glue-injection machine and bridge cut-off machine, aluminium section bar after injecting glue is obtained into the hardening time needed before bridge cut-off by this set system, it is by flat jacking system, Transmission system, it is flat to rise system composition, completed by PLC control system and atmospheric control to coordinate, the beneficial effects of the utility model are, the planar transmission system containing triple layer conveyer belt is sent to through flat jacking system automatically using by the aluminium section bar after injecting glue, it is eventually transferred into flat liter system, under the requirement that ensure that hardening time, directly carry out bridge cut-off processing.Injecting glue aluminium section bar passes through above-mentioned automatic transmitting procedure, and colloid obtains enough time solidification in aluminium section bar die cavity, then carries out bridge cut-off, realizes injecting glue and bridge cut-off continuity and synchronism, and saving manpower reduces processing cost.
Description
Art：A kind of heat-insulating bridge-cutoff aluminum door window profile for various building occupancies is the utility model is related to note
Glue bridge cut-off manufacture field.
Background technology：Up to the present all heat-insulating bridge-cutoff aluminum door window profiles are to utilize glue-injection machine continuously both at home and abroad
Bridge cut-off processing is carried out by the middle cast polyurethane glue docked to two aluminium section bars and then by bridge cut-off machine, is eventually formed heat-insulated
Bridge cut-off aluminium door-window section bar.Polyurethane adhesive before bridge cut-off needs the solidification of certain time to ensure that it will not trickle out.Used for this
Method be by the aluminium section bar after the completion of injecting glue by being manually continuously placed on ground one by one to carry out long period solidification,
In order to save space, pile up layer by layer in heaps.The aluminium section bar of first injecting glue can so be caused in the bottom of section bar heap, the aluminium profiles of rear injecting glue
Material is on the top of heap.Due to must assure that being fully cured for polyurethane adhesive before bridge cut-off, it is therefore desirable to by the section bar of section bar heap bottom
Carry out bridge cut-off is first taken out, this operation needs more manpower and wastes many times, and injecting glue and bridge cut-off processing can not reach
To continuity, low production efficiency.
The content of the invention：In order to overcome the above mentioned problem after existing heat insulation broken bridge aluminum profile injecting glue before bridge cut-off processing, this practicality
A kind of automation delay transport system of new offer, is placed between glue-injection machine and bridge cut-off machine, the aluminium section bar after injecting glue is passed through
This set system obtains the hardening time needed before bridge cut-off.
Technical scheme is used by the utility model：Automate delay transport system by flat jacking system, Transmission system,
It is flat to rise system composition, completed by PLC control system and atmospheric control to coordinate.
The flat jacking system of Part I, by riser, horizontal pushing cylinder, contiguous block, dynamic plate, quiet plate, termination bent plate, sliding block, horizontal stroke
Guide shaft, transverse slat, hyphen plate, vertical guide shaft, vertical push cylinder, fixed seat, vertical guide bracket are formed.Riser is connected by bolt with transverse slat,
Transverse slat, respectively with sliding block, stands one end of guide shaft, the guide rod end for founding push cylinder connects by bolt.Found the cylinder body of push cylinder and stand and lead
Seat is connected with hyphen plate, and hyphen plate and quiet plate are connected with fixed seat, and the cylinder body of horizontal pushing cylinder is connected with riser, and horizontal pushing cylinder is led
Rod end is connected with contiguous block, and contiguous block is connected with dynamic plate, and dynamic plate is connected with termination bent plate, and termination bent plate connects with horizontal guide shaft both ends
Connect, horizontal guide shaft can slide in sliding block, and vertical guide shaft can slide in vertical guide bracket.
Part II Transmission system, by front axle, bearing block, supporting plate, side crossbeam, a Zhi Tie, curved connecting plate, sprocket wheel, rear axle,
Pick plate, vertical cylinder, horizontal air cylinder, outrigger plate, motor cabinet, minor sprocket, motor, under pick plate, lower vertical cylinder, angled seat, lower water
Flat cylinder, belt wheel, crossbeam, longeron, conveyer belt, chain are formed.Front axle, rear axle are fixedly connected with bearing block and belt wheel respectively,
Bearing block is connected with supporting plate, and supporting plate is connected to side crossbeam front and back end, and rear shaft end is connected with sprocket wheel, and curved connecting plate is with standing
Side crossbeam rear end connects, and picks plate and is connected with the guide rod end of vertical cylinder, founds the cylinder body of cylinder and the cylinder body difference of horizontal air cylinder
It is connected on the horizontal plane and vertical plane of curved connecting plate.Three layers of side crossbeam are linked into an integrated entity by a Zhi Tie, outrigger plate by three layers into
The side cross beam support of one gets up, and outrigger plate bottom is placed on the ground.Minor sprocket and motor axis connection, motor cabinet are fixed on ground
On face and and motor connection.Under pick plate and be connected with lower vertical air cylinder guide rod end.Down vertical cylinder and lower horizontal air cylinder respectively with angled seat
Horizontal plane connected with vertical plane, angled seat is fixed on ground, and chain links together big sprocket wheel and minor sprocket, conveyer belt dress
On belt wheel, belt wheel is separately fixed on front axle and rear axle and rotated with them.Crossbeam is fixedly connected with side crossbeam, longeron and horizontal stroke
Beam is fixedly connected.Crossbeam can hold the upper portion of conveyer belt.When motor rotates, minor sprocket is rotated by chain-driving sprocket wheel,
Conveyer belt translation on crossbeam is driven by the rotation of rear axle and belt wheel.
3rd, it is flat rise system by dynamic plate, guide pin bushing, guide shaft, contiguous block, raise cylinder, quiet plate, connecting plate, translation cylinder,
Riser, base, guide shaft, support plate, horizontal guide shaft, guide sleeve, translatory plate are formed.Dynamic plate is connected with guide pin bushing, and guide shaft passes through guide pin bushing
Hole, guide shaft bottom are connected with translatory plate, and connecting plate and guide sleeve are connected with translatory plate respectively, and horizontal guide shaft passes through guide sleeve
Hole, the both ends of horizontal guide shaft are connected with guide shaft support plate, and guide shaft support plate and riser are connected with base respectively, and the cylinder body of translation cylinder is with standing
Plate is connected, and guide rod end connecting plate connection, quiet plate is fixed on base, and dynamic plate can move horizontally with translatory plate, also can be along guide shaft
Vertically move.
The beneficial effects of the utility model are, using by the aluminium section bar after injecting glue automatically through flat jacking system be sent to containing
The planar transmission system of triple layer conveyer belt, flat liter system is eventually transferred into, under the requirement that ensure that hardening time, is directly entered
Row bridge cut-off is processed.Injecting glue aluminium section bar passes through above-mentioned automatic transmitting procedure, and colloid obtains enough time solidification in aluminium section bar die cavity,
Then bridge cut-off is carried out, realizes injecting glue and bridge cut-off continuity and synchronism, saving manpower reduces processing cost.
Brief description of the drawings：
The utility model is further illustrated with example below in conjunction with the accompanying drawings.
Fig. 1 are flat jacking systems
Fig. 2 are Transmission systems
Fig. 3 are flat liter systems
Fig. 4 are mechanism connection figures
In Fig. 1：1 riser, 2 horizontal pushing cylinders, 3 contiguous blocks, 4 dynamic plates, 5 quiet plates, 6 termination bent plates, 7 sliding blocks, 8 horizontal guide shafts, 9 horizontal strokes
Plate, 10 hyphen plates, 11 vertical guide shafts, 12 vertical push cylinder, 13 fixed seats, 14 vertical guide brackets.
In Fig. 2：1 front axle, 2 bearing blocks, 3 supporting plates, 4 side crossbeams, 5 Zhi Tie, 6 curved connecting plates, 7 sprocket wheels, 8 rear axles, 9 are picked
Vertical gas under plate, 17 is picked under plate, 10 vertical cylinders, 11 horizontal air cylinders, 12 outrigger plates, 13 motor cabinets, 14 minor sprockets, 15 motors, 16
Cylinder, 18 angled seats, 19 times horizontal air cylinders, 20 belt wheels, 21 crossbeams, 22 longerons, 23 conveyer belts, 24 chains.
The system of liter is equalled in Fig. 3：1 dynamic plate, 2 guide pin bushings, 3 guide shafts, 4 contiguous blocks, 5 raise cylinder, 6 quiet plates, 7 connecting plates, 8 translations
Cylinder, 9 risers, 10 bases, 11 guide shaft support plates, 12 horizontal guide shafts, 13 guide sleeves, 14 translatory plates
Fig. 4 mechanisms connection figure：1 glue-injection machine, 2 flat jacking systems, 3 Transmission systems, 4 flat liters of systems, 5 bridge cut-off machine guide roller stands, 6
Bridge cut-off machine, 7 glue-injection machine guide roller stands, 8 injecting glue aluminium section bars
Embodiment：
Riser 1 is connected with transverse slat 9 respectively in Fig. 1, and transverse slat 9 is connected with sliding block 7, founds the one end of guide shaft 11 and vertical push cylinder 12
Guide rod end is fixedly connected, and the cylinder body of vertical push cylinder 12, vertical guide bracket 14 are fixedly connected with hyphen plate 10 respectively, hyphen plate 10 and quiet plate
5 are fixedly connected with fixed seat 13 respectively, and the cylinder body of horizontal pushing cylinder 2 is fixedly connected with riser 1, the guide rod end of horizontal pushing cylinder 2 and company
Connect block 3 to be fixedly connected, contiguous block 3 is fixedly connected with dynamic plate 4, and dynamic plate 4 is fixedly connected with termination bent plate 6, and termination bent plate 6 is led with horizontal
The both ends of axle 8 are fixedly connected, and horizontal guide shaft 8 can slide in sliding block 7, and vertical guide shaft 11 can slide in vertical guide bracket 14.
When vertical push cylinder 12 starts, the guide rod of vertical push cylinder 12 moves up, and promotes transverse slat 9 to move up, while be connected with transverse slat 9
Riser 1, horizontal pushing cylinder 2, contiguous block 3, sliding block 7, horizontal guide shaft 8, termination bent plate 6 move up therewith.With termination bent plate 6 and contiguous block
The dynamic plate 4 of 3 connections and the injecting glue aluminium section bar being placed on dynamic plate 4 also move up therewith, when dynamic 4 each trapezoidal upper surface of plate is higher by quiet plate
When 5 phases tackle trapezoidal faces, the guide rod of vertical push cylinder 12 stops moving up, and now horizontal pushing cylinder 2 starts, and the guide rod of horizontal pushing cylinder 2 pushes away
Dynamic plate 4 moves to right along the horizontal level of guide shaft 8, when the A faces of dynamic plate 4, which are moved to, to be overlapped in one plane with the B faces of quiet plate 5, stands
The guide rod of push cylinder 12, which shrinks, to be fallen after rise downwards, and dynamic plate 4 falls after rise therewith, and after falling back to original position, the guide rod of horizontal pushing cylinder 2, which shrinks, to be driven
Dynamic plate 4 returns to the left, when the A faces of dynamic plate 4 are moved back into the C faces of quiet plate 5 in one plane, just completes one cycle.
Injecting glue aluminium section bar from a terraced steps of quiet plate be moved into another terraced steps when, dynamic plate 4 proceeds by next circulation
Motion, progressively by terraced steps of the injecting glue aluminium section bar from most preceding terraced steps transfer to the end, finally reach Transmission system
On conveyer belt.
The both ends of front axle 1 are fixedly connected with bearing block 2 in Fig. 2, and bearing block 2 is fixedly connected with supporting plate 3, supporting plate 3 and side
The front end of crossbeam 4 is fixedly connected, and the rear end of side crossbeam 4 and another supporting plate same with front end 3 are fixedly connected, this supporting plate with
The same bearing block 2 in front end is fixedly connected, and the one end of rear axle 8 bearing block 2 same with front end is fixedly connected, the other end and sprocket wheel 7
It is fixedly connected, front axle 1 and the middle part of rear axle 8 are respectively fixedly connected with belt wheel 20, and side crossbeam 4 is fixedly connected with the both ends of crossbeam 21,
Longeron 22 is fixedly connected with crossbeam 21, and conveyer belt 23 is placed between front axle 1 and the upper belt-wheel 20 of rear axle 8, crossbeam 21 and longeron 22
One layer of transport plane is formed, whole transmission is divided into three-layer transmission plane, and every layer is made up of above-mentioned part, Zhi Tie between interlayer is used
The side crossbeam 4 of 5 every layer of supports simultaneously keeps interlamellar spacing, while each layer transport level is fixedly connected integrally.Outrigger plate 12 is fixed
Connection third layer side crossbeam 4 simultaneously fixes on the ground.The curved both ends of connecting plate 6 are connected to the side crossbeam 4 of first layer transport plane
Rearward end upper surface.The curved horizontal plane of connecting plate 6 is vertical with the cylinder body of vertical cylinder 10 to be fixedly connected, and stands the guide rod end of cylinder 10 with connecing
Plate 9 is sent to be fixedly connected.The curved vertical plane of connecting plate 6 is fixedly connected with the cylinder body of horizontal air cylinder 11.Vertical cylinder 10 is driven by its guide rod
Plate 9 is picked, can be moved up and down in first layer transport plane between second layer transport plane.Horizontal air cylinder 11 is in second layer conveying
The rearward end position of plane, its guide rod can be moved with anterior-posterior horizontal, and the cylinder body of the horizontal plane of angled seat 18 and lower vertical cylinder 17 is fixed
Connection.The guide rod end of vertical cylinder 17 is picked plate 16 with and is fixedly connected down, the cylinder body of the vertical plane of angled seat 18 and lower horizontal air cylinder 19
It is fixedly connected, horizontal air cylinder 19 is in third layer number transport plane leading section position, and its guide rod can be moved with anterior-posterior horizontal.It is lower vertical
The guide rod of cylinder 17, which can drive down, picks the vertical movement up and down between second layer transport plane and third layer transport plane of plate 16.Electricity
Support 13 is fixed on the ground, and motor 15 is fixed on motor cabinet 13, and the axle of motor 15 is fixedly connected with minor sprocket 14, chain 25
Sprocket wheel 7 and minor sprocket 14 are linked together by being engaged.When motor up time rotates, minor sprocket 14, chain 25 and sprocket wheel 7 are driven
And rear axle 8 rotates, belt wheel 20 on rear axle 8 also concomitant rotation, the occlusion for the sprocket wheel 7 that chain 25 is connected with three-layer transmission plane
Mode is different, causes each direction of motion of layer conveyer belt 23 to produce not consistent, i.e. first layer transport plane third layer transport plane
Conveyer belt moves right, and the conveyer belt on second layer transport plane is to left movement.
In Fig. 3 move plate 1 be fixedly connected respectively with guide pin bushing 2, contiguous block 4, translatory plate 14, translatory plate 14 respectively with guide shaft 3 one
End, the cylinder body of cylinder 5 is raised, connecting plate 7 is fixedly connected with guide sleeve 13, and guide rod 3 raises the guide rod end of cylinder 5 by guide pin bushing 2
It is connected with contiguous block 4.Horizontal guide rod 12 is connected by guide sleeve 13, both ends with guide shaft support plate 11, base 10 respectively with guide shaft support plate
11st, riser 9, quiet plate 6 are fixedly connected.The cylinder body of translation cylinder 8 is connected with riser 9, guide rod end and the connecting plate 7 of translation cylinder 8
Connection.Guide pin bushing 2 can guide shaft about 3 vertical sliding motion, guide sleeve 13 can be slided along the horizontal anterior-posterior horizontal of guide shaft 12.Raise cylinder 5
Start, the guide rod for raising cylinder 5 moves up the dynamic plate 1 of promotion and moved up perpendicular to the ground, and the ladder plane of dynamic plate 1 is loaded with third layer and transported
Injecting glue aluminium section bar, when the step surface B ultrasound of dynamic plate 1 goes out the step surface D of quiet plate 6, raise cylinder 5 and stop moving up.Translation
Cylinder 8 starts, and the guide rod of translation cylinder 8, which shrinks, pulls translatory plate 14 to drive the dynamic level of plate 1 to move to right, A faces and quiet plate when dynamic plate 1
6 C faces are overlapped in a plane, and the guide rod of translation cylinder 8 stops movement, and the guide rod at this moment raising cylinder 5 shrinks, and moves plate 1
Vertical drop therewith, after reaching original position, the guide rod elongation of translation cylinder 8 pushes away translatory plate 14 and drives dynamic plate 1 is horizontal to be moved back into the left
Original position, one cycle is completed, a terraced steps for moving injecting glue aluminium section bar follower plate in the terraced steps of plate are placed to quiet plate
A terraced steps when, dynamic plate 1 carries out next shuttling movement, progressively by injecting glue aluminium section bar at the B of foremost on move to it is last
At the E in face.
Glue-injection machine is placed on to the side of flat jacking system 2, the edge of injecting glue aluminium section bar 8 that glue-injection machine 1 has been sent in Fig. 4
Moved on disk roller on guide roller stand 7,7 two crossbeams of glue-injection machine guide roller stand, one of them is through the dynamic plate of flat jacking system 2 and quiet
The square opening of plate.First terraced steps surface of the forward part of flat jacking system 2, less than the guide roller surface on guide roller stand 7.Work as injecting glue
When the front end of aluminium section bar 8 successively moves to reach first terraced steps surface of two sets of flat jacking systems 2, the detection of electric-control system
Probe catches the signal for arriving section bar arrival, pneumatic system work, and the dynamic plate synchronous vertical of two sets of flat jacking systems 2 rises, across
Injecting glue aluminium section bar 8 above terraced steps is moved horizontally after also vertically rising in-position therewith, and the follower plate of section bar 8 is placed on
First terraced steps surface of the quiet plate of flat jacking system 2, the dynamic plate of flat jacking system 2 then return to original position, are carried out continuously
The flat lifting work of last time, by terraced steps of the every injecting glue aluminium section bar from the most preceding terraced steps surface transfer of quiet plate to the end
On surface, injecting glue aluminium section bar all can be by the translation of dynamic plate each time to transmission from the terraced steps passage of last quiet plate
On the transmission rim end of the first layer transport plane of system 3, when injecting glue aluminium section bar 8 is sent to by the conveyer belt of first layer transport plane
During conveyer belt rear end, detection probe, which is caught, arrives signal, pneumatic system work, and vertical cylinder drive picks plate rising and catches injecting glue aluminium profiles
After material 8, the transmission rim end of second layer transport plane is displaced downwardly to, injecting glue aluminium section bar 8 is elapsed to the second layer and transmitted by horizontal air cylinder
On the conveyer belt of plane.Transmission through second layer transport plane, injecting glue aluminium section bar 8 are sent to the rear end of second layer transport plane
When, detection probe, which is caught, arrives signal, and plate rising is picked in the case where lower vertical cylinder drives and catches injecting glue aluminium section bar 8 and then is displaced downwardly to the 3rd
The transmission rim end of layer transport plane, lower horizontal air cylinder elapse injecting glue aluminium section bar 8 on the conveyer belt of third layer transport plane,
Injecting glue aluminium section bar 8 by transmission third layer transport plane rear end when, the flat detection probe for rising system, which is caught, arrives signal, pneumatic system
Work, the flat dynamic injecting glue aluminium section bar 8 of the dynamic strip for rising system, which rises to move horizontally afterwards in place, reaches the first of the flat quiet plate for rising system 4
Above terraced steps, now decline in dynamic plate, injecting glue aluminium section bar 8 is just placed on to the first bucking ladder of the flat quiet plate for rising system 4
Above rank, dynamic plate returns to task in situ under waiting.Every injecting glue aluminium section bar is raised to height from low level by above-mentioned circulation work
Position, reaches the identical height with bridge cut-off machine guide roller stand 5.Manually by the injecting glue aluminium section bar after the completion of delay curing through bridge cut-off machine deflector roll
Frame 5 enters bridge cut-off machine 6 and carries out bridge cut-off processing, realizes aluminium section bar since injecting glue, is processed through delay curing to bridge cut-off continuous
The course of work.
Claims (1)
1. a kind of novel automatic delay transport system is made up of flat jacking system, Transmission system peace liter system, lifting system is put down
System by riser, horizontal pushing cylinder, contiguous block, dynamic plate, quiet plate, termination bent plate, sliding block, horizontal guide shaft, transverse slat, hyphen plate, vertical guide shaft,
Vertical push cylinder, fixed seat, vertical guide bracket are formed, it is characterized in that riser is connected by bolt with transverse slat, transverse slat by bolt respectively with
Sliding block, one end of guide shaft is stood, stand the guide rod end connection of push cylinder, the cylinder body and vertical guide bracket of vertical push cylinder are connected with hyphen plate, short
Transverse slat and quiet plate are connected with fixed seat, and the cylinder body of horizontal pushing cylinder is connected with riser, and the guide rod end of horizontal pushing cylinder is connected with contiguous block,
Contiguous block is connected with dynamic plate, and dynamic plate is connected with termination bent plate, and termination bent plate is connected with horizontal guide shaft both ends, and horizontal guide shaft can be in sliding block
Middle slip, vertical guide shaft can slide in vertical guide bracket, and Transmission system is by front axle, bearing block, support plate, side crossbeam, a Zhi Tie, curved company
Plate, sprocket wheel, rear axle, pick plate, vertical cylinder, horizontal air cylinder, outrigger plate, motor cabinet, minor sprocket, motor, under pick plate, lower vertical gas
Cylinder, angled seat, lower horizontal air cylinder, belt wheel, crossbeam, longeron, conveyer belt, chain form, it is characterized in that front axle, rear axle respectively with bearing
Seat is fixedly connected with belt wheel, and bearing block is connected with supporting plate, and supporting plate is connected to side crossbeam front and back end, rear shaft end and chain
Wheel connection, curved connecting plate are connected with vertical side crossbeam rear end, pick plate and be connected with the guide rod end of vertical cylinder, found the cylinder body and water of cylinder
The cylinder body of flat cylinder is connected on the horizontal plane and vertical plane of curved connecting plate, and three layers of side crossbeam connect into one by a Zhi Tie
Body, outrigger plate get up three layers of integral side cross beam support, outrigger plate bottom place on the ground, under pick plate and lower vertical gas
Cylinder guide rod end is connected, and lower vertical cylinder and lower horizontal air cylinder are connected with the horizontal plane and vertical plane of angled seat respectively, and angled seat is fixed on ground
On face, it is flat rise system by dynamic plate, guide pin bushing, guide shaft, contiguous block, raise cylinder, quiet plate, connecting plate, translation cylinder, riser base,
Guide shaft, horizontal guide shaft, guide sleeve, translatory plate are formed, it is characterized in that dynamic plate is connected with guide pin bushing, guide shaft passes through the hole of guide pin bushing, guide shaft bottom
End is connected with translatory plate, and connecting plate and guide sleeve are connected with translatory plate respectively, horizontal guide shaft by the hole of guide sleeve, horizontal guide shaft
Both ends are connected with guide shaft support plate, and guide shaft support plate and riser are connected with base respectively, and the cylinder body of translation cylinder is connected with riser, guide rod
Connecting plate connection is held, quiet plate is fixed on base, and dynamic plate can move horizontally with translatory plate, can also be vertically moved along guide shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621377624.6U CN207046359U (en) | 2016-12-10 | 2016-12-10 | A kind of novel automatic delay transport system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621377624.6U CN207046359U (en) | 2016-12-10 | 2016-12-10 | A kind of novel automatic delay transport system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207046359U true CN207046359U (en) | 2018-02-27 |
Family
ID=61488678
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621377624.6U Expired - Fee Related CN207046359U (en) | 2016-12-10 | 2016-12-10 | A kind of novel automatic delay transport system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207046359U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108422608A (en) * | 2018-04-25 | 2018-08-21 | 大连华工创新科技股份有限公司 | A kind of tooling of manufacture heat-insulation aluminum section |
| CN108745776A (en) * | 2018-08-20 | 2018-11-06 | 湖北伟道科技开发有限公司 | A kind of bridge-cut aluminum section bar process equipment and processing method |
-
2016
- 2016-12-10 CN CN201621377624.6U patent/CN207046359U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108422608A (en) * | 2018-04-25 | 2018-08-21 | 大连华工创新科技股份有限公司 | A kind of tooling of manufacture heat-insulation aluminum section |
| CN108745776A (en) * | 2018-08-20 | 2018-11-06 | 湖北伟道科技开发有限公司 | A kind of bridge-cut aluminum section bar process equipment and processing method |
| CN108745776B (en) * | 2018-08-20 | 2023-10-24 | 湖北伟道科技开发有限公司 | Broken bridge aluminum profile machining equipment and machining method |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180227 Termination date: 20191210 |
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| CF01 | Termination of patent right due to non-payment of annual fee |