CN208866847U - Machining equipment - Google Patents
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- CN208866847U CN208866847U CN201821448876.2U CN201821448876U CN208866847U CN 208866847 U CN208866847 U CN 208866847U CN 201821448876 U CN201821448876 U CN 201821448876U CN 208866847 U CN208866847 U CN 208866847U
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Abstract
The utility model relates to a kind of machining equipments, and for the processing of door pocket plate, wherein machining equipment includes: processing work platform, have at least one processing unit (plant), are set to above processing work platform；First toter, it is set to the side of processing work platform, first toter further includes the first hoistable platform and at least one first lifting unit for being used to that the first hoistable platform to be driven to go up and down, and the first toter is used to door pocket plate being transported to processing work platform；Second toter is set to the other side of processing work platform and opposite with the first toter, and the second toter further includes the second hoistable platform and at least one is used to drive second lifting unit of the second hoistable platform lifting.The machining equipment of the utility model can position next door pocket plate to be processed while processing to door pocket plate, save the positioning time of door pocket plate, improve production efficiency.
Description
Technical field
The utility model relates to a kind of machining equipments, more particularly to a kind of machining for door pocket plate processing
Equipment.
Background technique
Existing technology is when carrying out the machining such as recessed hinge or lock tongue slot to door pocket plate, by manually putting door pocket plate
It sets and carries out positioning process on machining equipment, after processing is completed to door pocket plate, manually unload door pocket plate, then carry out next
The positioning process of door pocket plate, it is this can only single door pocket plate carry out positioning process processing method production efficiency it is low, and pass through people
Work operation, labor intensity of workers is big, not can guarantee the quality of production.
Therefore, in order to improve the production efficiency, labor intensity of workers is reduced to be badly in need of researching and developing a kind of machine for door pocket plate processing
Tool process equipment.
Utility model content
The technical problem to be solved by the utility model is to provide a kind of machining equipments, and the machining equipment is right
Door pocket plate positions next door pocket plate to be processed while processing, and the machining equipment for solving the prior art can only be single
The problem of door pocket plate positioning process.
The technical scheme adopted by the utility model to solve the technical problem is as follows: providing a kind of machining equipment, it is used for
The processing of door pocket plate, wherein machining equipment includes: processing work platform, has at least one processing unit (plant), processing unit (plant)
It further include at least one processing unit and at least one compressing unit, at least one processing unit is used for door pocket plate to be processed
It is processed, at least one compressing unit is for compressing door pocket plate to be processed；First toter is set to processing
The side of workbench, the first toter are used to door pocket plate being transported to processing work platform；Second toter, setting
In the other side of processing work platform and opposite with the first toter, the second toter is for receiving the door pocket completed the process
Plate.
The further technical solution of the utility model is to be additionally provided between the first toter and the second toter defeated
Send device, conveying device further include multiple conveying workbench arranged in parallel and for driving multiple transportation work platforms before
The driving mechanism moved afterwards, multiple conveying workbench are set to processing work platform two sides, for will be on the first toter
Door pocket plate is transported on processing work platform or the door pocket plate on processing work platform is transported on the second toter；Conveying
Also set up conveying and positioning device on device, conveying and positioning device further includes length positioning mechanism and width positioning mechanism, for pair
Door pocket plate length direction to be processed and width direction.
The further technical solution of the utility model is that processing work platform is to be made of at least one platform, and add
Work workbench and conveying workbench are set to same level.
The further technical solution of the utility model is to be additionally provided with processing in conveying device and processing work platform to determine
Position device, processing and positioning device includes at least one worktable lifting width positioning anchor and at least one processes side pressure unit,
Each worktable lifting width positioning anchor setting is filled in processing work platform side, each processing side pressure unit setting in conveying
It sets and forms working width positioning clamp hand with worktable lifting width positioning anchor, working width positions clamp hand and is used for door pocket
Board width direction is clamped positioning.
The further technical solution of the utility model is that the first toter further includes the first hoistable platform and at least one
The first lifting unit for driving the first hoistable platform to go up and down；Second toter further includes the second hoistable platform and at least one
A the second lifting unit for driving the second hoistable platform to go up and down.
The further technical solution of the utility model is that every one first lifting unit includes the first lifting cylinder and first
Connecting plate, the first lifting cylinder are connect by the first connecting plate with the first hoistable platform；And/or every one second lifting unit includes
Second lifting cylinder and the second connecting plate, the second lifting cylinder are connect by the second connecting plate with the second hoistable platform.
The further technical solution of the utility model is that driving mechanism further includes driving unit, driving motor and driving
Connecting plate, driving unit are fixedly connected by being drivingly connected plate with each conveying workbench, and are driven by driving motor each
Conveying workbench is synchronous to be moved forward and backward.
The further technical solution of the utility model is that length positioning mechanism also has length positioning cylinder, and length is fixed
Position cylinder is arranged by a support plate in conveying workbench end profile and, length positioning backer corresponding with the first toter
It is smooth flat close to door pocket plate side, the other side is connect with length positioning cylinder；It further include having width liter in width positioning mechanism
Fixed backer and conveying side pressure unit drop, and it includes width fixed plate and width lifting cylinder, width liter that width, which goes up and down fixed backer,
The setting of sending down abnormally ascending cylinder is arranged in conveying workbench side, width fixed plate in width lifting cylinder upper end, and width lifting cylinder is used for
The lifting of width fixed block is controlled, conveying side pressure unit further includes having conveyor side air cylinder and conveying side pressing block, conveyor side air cylinder
Setting, close to the first toter side, conveys side pressing block and connect with conveyor side air cylinder, pass through conveying in conveying workbench side
Side pressure cylinder drives conveying side pressing block pressing door cage plate.
The further technical solution of the utility model is that each worktable lifting width positioning anchor includes that workbench is wide
Lifting cylinder and workbench width fixed plate are spent, the setting of workbench width fixed plate is in processing work platform side close to the second fortune
Device side is carried, workbench width fixed plate connect with workbench width lifting cylinder, drives by workbench width lifting cylinder
The lifting of workbench width fixed plate.
The further technical solution of toter toter the utility model is that each processing side pressure unit includes stretching
Cylinder, processing lifting cylinder and processing fixed block, stretches out cylinder are arranged in conveying workbench side close to the second toter out
Side, processing lifting cylinder are connect with stretches out cylinder, drive processing lifting cylinder along before and after conveying workbench by stretches out cylinder
Mobile, processing fixed block is connect with processing lifting cylinder, drives processing fixed block lifting by processing lifting cylinder.
The utility model has had the advantage that compared with prior art:
1, the machining equipment of the utility model can while being processed to door pocket plate to next door pocket plate to be processed into
Row positioning, saves the positioning time of door pocket plate, improves production efficiency.
2, the machining equipment of the utility model is substantially reduced to the positioning and transport of door pocket plate completely using automation
Labor intensity of workers.
Detailed description of the invention
Using attached drawing, the utility model is described in further detail, but the content in attached drawing does not constitute and appoints to the utility model
What is limited.
Fig. 1 is the structural schematic diagram of the machining equipment of an embodiment of the present invention.
Structural schematic diagram when Fig. 2 is the machining equipment charging of an embodiment of the present invention.
Structural schematic diagram when Fig. 3 is the machining equipment processing of an embodiment of the present invention.
Structural schematic diagram when Fig. 4 is the machining equipment blanking of an embodiment of the present invention.
Fig. 5 is the structural schematic diagram of the conveying device of an embodiment of the present invention.
Fig. 6-7 is the structural schematic diagram of an outermost conveying workbench of an embodiment of the present invention.
Fig. 8 is the processing positioning flow schematic diagram of an embodiment of the present invention.
Specific embodiment
It please refers to shown in Fig. 1-7, the utility model discloses a kind of machining equipment 1 of an embodiment, is used for door pocket plate 2
Processing, but be not limited to the only processing to door pocket plate, it can also be used to such as processing of the material of flitch similar structures, wherein mechanical
Process equipment 1 includes:
First toter 3, please refers to shown in Fig. 1-4, is set to 1 side of machining equipment, the first toter 3 is also
Including the first hoistable platform 31 and at least one first lifting unit 32 for being used to that the first hoistable platform 31 to be driven to go up and down, the first fortune
It carries and sets 3 for door pocket plate 2 to be transported to machining equipment 1.First toter 3 disclosed in the present embodiment is arranged in machine
1 rear side of tool process equipment, but be not limited with the position that the first toter 3 disclosed in the present embodiment is arranged.
Second toter 4, please refers to shown in Fig. 1-4, is set to 1 other side of machining equipment and fills with the first delivery
Set 3 relatively, the second toter 4 further includes the second hoistable platform 41 and at least one goes up and down for the second hoistable platform 41 of driving
The second lifting unit 42, the second toter 4 is for receiving the door pocket plate 2 completed the process.Second fortune disclosed in the present embodiment
It carries and sets 4 settings in 1 front side of machining equipment, but be not with the position that the second toter 4 disclosed in the present embodiment is arranged
Limit.
Processing work platform 5 please refers to shown in Fig. 1-4, is set between the first toter 3 and the second toter 4,
And the first toter 3 is the side for being set to processing work platform 5, the second toter 4 is to be set to the processing work
The other side of platform is simultaneously opposite with the first toter 3.Processing work platform 5 disclosed in the present embodiment is by least one platform
51 and the platform support 52 of each platform is supported to form, the quantity of platform 51 is 3 in this example, 3 platforms 51 linearly between
Every being arranged in 1 middle position of machining equipment, it is used to support door pocket plate 2, but be not with platform quantity disclosed in the present embodiment
Limit.
Processing unit (plant) 6 please refers to shown in Fig. 1-4, is set to 5 top of processing work platform, processing unit (plant) 6 further includes at least
One processing unit 61 and at least one compressing unit 62, at least one processing unit 61 be used for door pocket plate 2 to be processed into
Row processing.Each processing unit 61 is including process tool 611 and for driving process tool 611 to process disclosed in the present embodiment
Driving motor 612 is processed, process tool 611 can be milling cutter or drill bit, not be with process tool type disclosed in the present embodiment
Limit.At least one compressing unit 62 is for compressing door pocket plate 2 to be processed, each compressing unit disclosed in the present embodiment
62 include compact heap 621 and the servo-actuated compression cylinder 622 for driving compact heap 621 to compress；And/or compact heap 621 is idler wheel
Structure, compact heap 621 is mainly used for that door pocket plate 2 is contacted and compressed with door pocket plate 2, not with compact heap 621 disclosed in the present embodiment
Structure is limited.Further disclosed processing 61 quantity of unit is one to the present embodiment, and 62 quantity of compressing unit is two, and two
The setting of compressing unit 62 in processing unit 61 left and right sides, two compressing units 62 for door pocket plate 2 to be fixed, but not with
Disclosed processing 61 compressing unit of unit, 62 quantity of the present embodiment is limited.
Conveying device 7 please refers to Fig. 5 and Fig. 1-4, is set between the first toter 3 and the second toter 4, defeated
Device 7 is sent to further include multiple conveying workbench 71 arranged in parallel and move before and after multiple transportation work platforms 71 for driving
Dynamic driving mechanism 72, multiple conveying workbench 71 are set to 5 two sides of processing work platform, are used for the first toter 3
Door pocket plate 2 be transported on processing work platform 5 or the door pocket plate 2 on processing work platform 5 be transported to the second toter 4
On.Wherein the quantity of conveying workbench 71 is can steadily convey based on door pocket plate 2, the number of conveying workbench 71 disclosed in the present embodiment
Amount is 3, two be arranged at intervals between 3 platforms 51, another is arranged in the rightmost side, but not disclosed in the present embodiment
The position of 71 quantity of conveying workbench and setting is limited.Driving mechanism 72 disclosed in the present embodiment further includes driving unit, driving
Motor 722 and it is drivingly connected plate 723, and driving mechanism described in the present embodiment is using ball screw assembly, 721, but not with this
Driving mechanism disclosed by embodiment is limited.The ball-screw nut of axis ball screw assembly, 721 is by drive connection plate 723 and often
One conveying workbench 71 is fixedly connected, and drives each conveying workbench 71 is synchronous to be moved forward and backward by driving motor 722, driving
Mechanism 72 is mainly used for driving each conveying workbench 71 is synchronous to be moved forward and backward, and the personnel of known technique also can choose it
His driving mechanism, such as belt pulley, it is drivingly connected plate and driving motor structure, it is not with driving mechanism 72 disclosed in the present embodiment
Limit.
Further the disclosed plate 723 that is drivingly connected is arranged 3 71 lower ends of conveying workbench the present embodiment, and with 3 it is defeated
Workbench 71 is sent to be connected by screw to (connection type is not limited herein with screw), the ball-screw spiral shell of axis ball screw assembly, 721
Female to connect with drive connection plate 723, driving motor 722 passes through the ball screw turns with moving axis ball screw assembly, 721, drives rolling
Screw nut moves in a straight line, and then drives 3 conveying workbench 71 are synchronous to be moved forward and backward.
Conveying and positioning device 8 please refers to shown in Fig. 6-7, is set in conveying device 7, and conveying and positioning device 8 further includes length
Positioning mechanism 81 and width positioning mechanism 82 are spent, length positioning mechanism 81 is including length positioning backer 811 and for pushing length
The mobile length positioning cylinder 812 of positioning anchor, length positioning cylinder 812 are set on an outermost conveying workbench 71,
For being positioned to 2 length direction of door pocket plate to be processed.Length positioning cylinder 812 disclosed in the present embodiment passes through a support
The setting of plate 813 is in 71 end profile of conveying workbench and corresponding with the first toter 3, and length positioning backer 811 is close to door
2 side of cage plate is smooth flat, and the other side is connect with length positioning cylinder 812, the specific set-up mode of length positioning cylinder 812
For herein 813 one end of support plate is connect with the side of outermost 71 end of a conveying workbench in the outer part by screw and (connected
Mode is not limited with screw), length positioning cylinder 812 is arranged in 813 upper end of support plate, the output end of length positioning cylinder 812
It connect, but is not limited with 812 set-up mode of length positioning cylinder disclosed in the present embodiment with length positioning backer 811.
Width positioning mechanism 82 includes that at least one width goes up and down fixed backer 821 and at least one conveying side pressure unit
822, at least one width goes up and down fixed backer 821 and is arranged at least one conveying workbench 71, every disclosed in the present embodiment
It includes width fixed plate 8211 and width lifting cylinder 8212 that one width, which goes up and down fixed backer 821, and width lifting cylinder 8212 is set
It sets in 71 side of conveying workbench, the setting of width fixed plate 8211 is in 8212 upper end of width lifting cylinder, when conveying door pocket plate 2 arrives
When processing work platform 5, width lifting cylinder 8212 controls width fixed block 8211 and rises to 71 upper end of conveying workbench, on the door
2 width direction of cage plate fixes, and when door pocket plate 2 moves to processing work platform 5, width lifting cylinder 8212 is controlled
Width fixed block 8211 declines, and so that width fixed block 8211 is in the lower end of door pocket plate 2, width lifting cylinder 8212 is mainly used for
Drive width fixed plate 8211 to go up and down, so the personnel of known technique also can choose other elevating mechanisms, such as motor and
Lifting gear axle construction is not limited with width lifting cylinder 8212 disclosed in the present embodiment.
At least one conveying side pressure unit 822 be arranged at least one conveying workbench 71 and at least one width liter
It drops fixed backer 821 and forms conveying width positioning clamp hand, conveying width positioning clamp hand is for determining 2 width direction of door pocket plate
Position.Each conveying side pressure unit 822 disclosed in the present embodiment includes conveyor side air cylinder 8221 and conveying side pressing block 8222, conveying
The setting of side pressure cylinder 8221, close to 3 side of the first toter, conveys side pressing block 8222 and conveyor side in 71 side of conveying workbench
Air cylinder 8221 connects, and drives conveying side pressing block 8222 to compress door pocket plate 2 by conveyor side air cylinder 8221.The present embodiment is into one
The disclosed conveying side pressing block 8222 of step is arranged in 8221 upper end of conveyor side air cylinder, but not to convey side pressure disclosed in the present embodiment
Block 8222 is arranged position and is limited.
Processing and positioning device 9 please refers to shown in Fig. 1-7, is set on processing work platform 5 and conveying device 7, and processing is fixed
Position device 9 includes at least one worktable lifting width positioning anchor 91 and at least one processing side pressure unit 92, each work
Platform goes up and down the setting of width positioning anchor 91 in 5 side of processing work platform, each worktable lifting width disclosed in the present embodiment
Positioning anchor 91 includes workbench width lifting cylinder 911 and workbench width fixed plate 912, workbench width fixed plate 912
It is arranged in 5 side of processing work platform close to 4 side of the second toter, also can be set in the other side, not with the present embodiment public affairs
The workbench width fixed plate 912 opened is arranged position and is limited, workbench width fixed plate 912 and workbench width lifting cylinder
911 connections, workbench width lifting cylinder 911 are mounted on platform support 52 by screw, but not disclosed in the present embodiment
911 installation site of workbench width lifting cylinder is limited.When door pocket plate 2 is transported to processing work platform 5, workbench width liter
Sending down abnormally ascending cylinder 911 controls workbench width fixed plate 912 and rises to 5 upper end of processing work platform, carries out to 2 width direction of door pocket plate
Limit fix, when door pocket plate 2 after processing is completed, workbench width lifting cylinder 911 control workbench width fixed plate 912 decline
To 5 lower end of processing work platform, workbench width lifting cylinder 911 is mainly used for that workbench width fixed plate 912 is driven to go up and down,
So the personnel of known technique also can choose other elevating mechanisms, such as motor and lifting gear axle construction, not with this reality
Workbench width lifting cylinder 911 disclosed in example is applied to be limited.
Each processing side pressure unit 92, which is arranged in conveying device 7 and is formed with worktable lifting width positioning anchor 91, to be added
Work width positions clamp hand, and working width positioning clamp hand is for being clamped positioning to 2 width direction of door pocket plate.The present embodiment discloses
Each processing side pressure unit 92 include stretches out cylinder 921, processing lifting cylinder 922 and processing fixed block 923, stretches out cylinder
921 are arranged in 71 side of conveying workbench close to 4 side of the second toter, are not set with stretches out cylinder 921 disclosed in the present embodiment
Seated position is limited, and processing lifting cylinder 922 is connect with stretches out cylinder 921, drives processing lifting cylinder by stretches out cylinder 921
922 are moved forward and backward along conveying workbench 71, and processing fixed block 923 is connect with processing lifting cylinder 922, when door pocket plate 2 conveys
When to processing work platform 5, stretches out cylinder 921 is stretched out, and drives processing lifting cylinder 922 to pass through below door pocket plate 2, processing rises
Sending down abnormally ascending cylinder 922 drives processing fixed block 923 to rise, and stretches out cylinder 921 retracts, and positions to door pocket plate 2, after the completion of positioning,
Stretches out cylinder 921 is stretched out, and is then processed lifting cylinder 922 and is declined, and drives processing fixed block 923 to decline, stretches out cylinder 921 retracts
And processing lifting cylinder 922 and processing fixed block 923 is driven to return to home position.
An embodiment disclosed by the utility model, please refers to shown in Fig. 1-4, the first hoistable platform 31 and the second hoistable platform
41 further include two parallel brackets 311 and multiple rollers 312 respectively, and each roller 312, which is parallel to each other, is arranged at intervals at two
Parallel 311 upper end of bracket is simultaneously mutually perpendicular to bracket 311, and interval is greater than conveying workbench between two neighboring roller 312
71 width, further disclosed each roller 312 is connected to motor by belt pulley and is driven by belt pulley the utility model
Roller 312 rotates, and door pocket plate 2 to be processed is transferred on the first hoistable platform 31 by feeding by the rotation of roller 312, under
When material, the door pocket plate 2 completed the process is transferred from the second hoistable platform 41 by the rotation of roller 312.
An embodiment disclosed by the utility model, please refers to shown in Fig. 1-4, and the first lifting unit 32 includes the first lifting air
Cylinder 321 and the first connecting plate 322, the first lifting cylinder 321 are connect by the first connecting plate 322 with the first hoistable platform 31；With/
Or every one second lifting unit 42 includes the second lifting cylinder 421 and the second connecting plate 422, the second lifting cylinder 421 passes through the
Two connecting plates 422 are connect with the second hoistable platform 41.
An embodiment disclosed by the utility model, processing work platform 5 and conveying workbench 71 are set to same level,
Facilitate the transport and positioning process of door pocket plate 2.
In the embodiment that the utility model discloses, the processing positioning flow figure and Fig. 1-7 structure of Fig. 8 please also refer to
Schematic diagram, the processing positioning flow 10 that door pocket plate 2 passes through the machining equipment of the utility model are as follows:
Step 101, feeding.Referring again to Fig. 2, cage plate 2 is placed on one side on the first hoistable platform 31, specific to place
Mode can be placed by robot or the input of production line front end or manual type, then be rolled by roller 312, by door
Cage plate 2 is completely transported on the first hoistable platform 31, is then controlled the first lifting cylinder 321 and is declined and drive the first hoistable platform
31 declines, door pocket plate 2 is placed on conveying workbench 71；
Step 102, conveying positioning.Length positioning cylinder 812 pushes length positioning backer 811, the length of door pocket plate 2 inwardly
Degree positioning.Width lifting cylinder 8212 rises, and width fixed plate 8211 is driven to rise to 71 upper end of conveying workbench, conveys side pressure
Cylinder 8221 drives conveying side pressing block 8222 to move along conveying workbench 71, and door pocket plate 2 is fixedly clamped in conveying side pressure
Between block 8222 and width fixed plate 8211；
Step 103, it conveys.Driving motor 722 drives 3 conveying workbench 71 are synchronous to move forward, 3 conveying workbench
71 drive door pocket plate 2 mobile to processing work platform 5 simultaneously；
Step 104, processing positioning.When door pocket plate 2 is moved on processing work platform 5, width lifting cylinder 8212 declines,
Width fixed plate 8211 is driven to drop to 2 lower end of door pocket plate.Workbench width lifting cylinder 911 drives workbench width fixed plate
912 rise to 5 upper end of processing work platform, and stretches out cylinder 921 stretches out and drives processing lifting cylinder 922 from 2 lower section of door pocket plate
It passes through, processing lifting cylinder 922 drives processing fixed block 923 to rise, and stretches out cylinder 921 retracts, and positions to door pocket plate 2；
Step 105, it processes.Referring again to Fig. 3, it is servo-actuated compression cylinder 622 and compact heap 621 is driven to decline, push down door pocket
Plate 2.Workbench width lifting cylinder 911 drives workbench width fixed plate 912 to drop to 5 lower end of processing work platform, drives
Motor 722 drives 3 conveying workbench 71 to synchronize and moves backward, and carries out conveying positioning to next door pocket plate 2 to be processed.Meanwhile
Processing driving motor 612 drives process tool 611 to be processed；
Step 106, blanking.Referring again to Fig. 4, after processing is completed, it is servo-actuated compression cylinder 622 and drives on compact heap 621
It rises, driving motor 722 drives 3 conveying workbench 71 are synchronous to move forward, and the door pocket plate 2 completed the process is transported to second liter
41 upper end of platform is dropped, while next door pocket plate 2 to be processed being transported on processing work platform 5 and carries out processing positioning, then the
Two lifting cylinders 421 rise, and the second hoistable platform 41 is driven to rise, and the door pocket plate 2 completed the process is jacked up and is detached from conveying work
Make platform 71, rolled by roller 312, door pocket plate 2 is transported away.
Several preferred embodiments of the utility model have shown and described in above description, but as previously described, it should be understood that
The utility model is not limited to forms disclosed herein, and is not to be taken as the exclusion to other embodiments, and can be used for
Other combinations, modifications, and environments, and above-mentioned introduction or correlation can be passed through within the scope of the inventive concept described herein
The technology or knowledge in field are modified.And changes and modifications made by those skilled in the art do not depart from the spirit of the utility model
And range, then it all should be in the protection scope of the appended claims for the utility model.
Claims (10)
1. a kind of machining equipment, the processing for door pocket plate, which is characterized in that the machining equipment includes:
Processing work platform, the processing work platform have at least one processing unit (plant), and the processing unit (plant) further includes at least
One processing unit and at least one compressing unit, at least one described processing unit for the door pocket plate to be processed into
Row processing, at least one described compressing unit is for compressing the door pocket plate to be processed；
First toter, is set to the side of the processing work platform, and first toter is used for the door pocket
Plate is transported on the processing work platform；And
Second toter is set to the other side of the processing work platform and opposite with first toter, described
Second toter is for receiving the door pocket plate completed the process.
2. machining equipment according to claim 1, which is characterized in that the first delivery toter and described the
It is additionally provided with conveying device between two delivery toters, the conveying device further includes multiple conveying works arranged in parallel
Make platform and the driving mechanism for driving multiple transportation work platforms to be moved forward and backward, multiple conveying workbench are set to
Processing work platform two sides are put down for the door pocket plate on the first delivery toter to be transported to the processing work
It is transported on the second delivery toter on platform or by the door pocket plate on the processing work platform；In the conveying device
Conveying and positioning device is also set up, the conveying and positioning device further includes length positioning mechanism and width positioning mechanism, for treating
The door pocket plate length direction and width direction of processing.
3. machining equipment according to claim 2, which is characterized in that the processing work platform is by least one
Platform composition, and the processing work platform and the conveying workbench are set to same level.
4. machining equipment according to claim 2 or 3, which is characterized in that the conveying device and the processing work
Make to be additionally provided with processing and positioning device on platform, the processing and positioning device includes that the positioning of at least one worktable lifting width is leaned on
Mountain and at least one processing side pressure unit, each worktable lifting width positioning anchor are arranged in the processing work platform
Side, each processing side pressure unit be arranged in the conveying device and with the worktable lifting width positioning anchor shape
Clamp hand is positioned at working width, the working width positioning clamp hand is for being clamped positioning to the door pocket plate width direction.
5. machining equipment according to claim 1, which is characterized in that first toter further includes first liter
Drop platform and at least one first lifting unit for being used to that first hoistable platform to be driven to go up and down；Second toter is also
Including the second hoistable platform and at least one second lifting unit for being used to that second hoistable platform to be driven to go up and down.
6. machining equipment according to claim 5, which is characterized in that each first lifting unit includes first
Lifting cylinder and the first connecting plate, first lifting cylinder are connected by first connecting plate and first hoistable platform
It connects；And/or each second lifting unit includes the second lifting cylinder and the second connecting plate, second lifting cylinder passes through
Second connecting plate is connect with second hoistable platform.
7. machining equipment according to claim 2, which is characterized in that the driving mechanism further include driving unit,
Driving motor and drive connection plate, the driving unit are fixed and are connected by the drive connection plate and each conveying workbench
It connects, and drives each conveying workbench is synchronous to be moved forward and backward by the driving motor.
8. machining equipment according to claim 2, which is characterized in that the length positioning mechanism is also fixed with length
Position cylinder, the length positioning cylinder are arranged in the conveying workbench end profile by a support plate and are transported with described first
It is corresponding to carry toter, the length positioning backer is smooth flat, the other side and the length close to the door pocket plate side
Positioning cylinder connection；It further include thering is width to go up and down fixed backer and conveying side pressure unit, the width in the width positioning mechanism
It includes width fixed plate and width lifting cylinder that degree, which goes up and down fixed backer, and the width lifting cylinder is arranged in the transportation work
Platform side, in width lifting cylinder upper end, the width lifting cylinder is described for controlling for the width fixed plate setting
The lifting of width fixed block, the conveying side pressure unit further include having conveyor side air cylinder and conveying side pressing block, the conveying side pressure
Cylinder setting the conveying workbench side close to it is described first delivery toter side, the conveying side pressing block with it is described defeated
It send side pressure cylinder to connect, drives the conveying side pressing block to compress the door pocket plate by the conveyor side air cylinder.
9. machining equipment according to claim 4, which is characterized in that each worktable lifting width positioning is leaned on
Small hill includes workbench width lifting cylinder and workbench width fixed plate, and the workbench width fixed plate is arranged in the processing
Workbench side is close to second toter side, the workbench width fixed plate and the workbench width lifting air
Cylinder connection drives the workbench width fixed plate to go up and down by the workbench width lifting cylinder.
10. machining equipment according to claim 4, which is characterized in that each processing side pressure unit includes stretching
Cylinder, processing lifting cylinder and processing fixed block out, the stretches out cylinder setting is in the conveying workbench side close to described
Second toter side, the processing lifting cylinder are connect with the stretches out cylinder, drive described add by the stretches out cylinder
Work lifting cylinder is moved forward and backward along the conveying workbench, and the processing fixed block is connect with the processing lifting cylinder, is led to
It crosses the processing lifting cylinder and drives the processing fixed block lifting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821448876.2U CN208866847U (en) | 2018-09-05 | 2018-09-05 | Machining equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821448876.2U CN208866847U (en) | 2018-09-05 | 2018-09-05 | Machining equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108747551A (en) * | 2018-09-05 | 2018-11-06 | 南通跃通数控设备有限公司 | Machining equipment |
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2018
- 2018-09-05 CN CN201821448876.2U patent/CN208866847U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108747551A (en) * | 2018-09-05 | 2018-11-06 | 南通跃通数控设备有限公司 | Machining equipment |
| CN108747551B (en) * | 2018-09-05 | 2024-01-05 | 南通跃通数控设备股份有限公司 | Machining equipment |
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Address after: 226600 No.69, South Tongyu Road, Chengdong Town, Haian City, Nantong City, Jiangsu Province Patentee after: Yue Yue Tong CNC equipment Address before: 226600 No. 198, Tongyu Road, Haian County, Nantong, Jiangsu Patentee before: NANTONG YUETONG NUMERICAL CONTROL EQUIPMENT CO., LTD. |