CN209550648U - A kind of efficient numerical control gang drill machining center cutting machine - Google Patents
A kind of efficient numerical control gang drill machining center cutting machine Download PDFInfo
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- CN209550648U CN209550648U CN201920289142.2U CN201920289142U CN209550648U CN 209550648 U CN209550648 U CN 209550648U CN 201920289142 U CN201920289142 U CN 201920289142U CN 209550648 U CN209550648 U CN 209550648U
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- 238000005520 cutting process Methods 0.000 title claims abstract description 35
- 230000003028 elevating effect Effects 0.000 claims abstract description 43
- 230000007246 mechanism Effects 0.000 claims abstract description 37
- 238000012545 processing Methods 0.000 claims abstract description 11
- 239000000428 dust Substances 0.000 claims description 58
- 238000013519 translation Methods 0.000 claims description 15
- 238000000605 extraction Methods 0.000 claims description 11
- 239000000463 material Substances 0.000 claims description 11
- 230000003213 activating effect Effects 0.000 claims description 3
- 238000001514 detection method Methods 0.000 claims description 3
- 230000000694 effects Effects 0.000 claims description 3
- 238000003860 storage Methods 0.000 claims description 3
- 239000007787 solid Substances 0.000 claims 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims 1
- 241001074085 Scophthalmus aquosus Species 0.000 abstract description 4
- 238000000034 method Methods 0.000 description 6
- 230000005540 biological transmission Effects 0.000 description 5
- 230000008569 process Effects 0.000 description 5
- 230000000630 rising effect Effects 0.000 description 5
- 238000010586 diagram Methods 0.000 description 4
- 238000007599 discharging Methods 0.000 description 3
- 238000004080 punching Methods 0.000 description 3
- 238000005265 energy consumption Methods 0.000 description 2
- 230000005611 electricity Effects 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012546 transfer Methods 0.000 description 1
Abstract
The utility model provides a kind of efficient numerical control gang drill machining center cutting machine, belong to technical field of processing equipment, including workbench, portal frame, power head assembly, power head assembly includes three groups of elevation and subsidence mechanical slide units, four groups of brill packages, wherein one group of elevation and subsidence mechanical slide unit is arranged square reciprocal traversing on the table on power head assembly transverse-moving mechanism and under its driving, two groups of gang drill packages and other two groups of elevation and subsidence mechanical slide units are arranged on above-mentioned one group of elevation and subsidence mechanical slide unit, other two groups of gang drill packets are separately positioned on above-mentioned other two groups of elevation and subsidence mechanical slide units, four groups of brill packages can the opposite reciprocal elevating movement of table surface under the driving of elevation and subsidence mechanical slide unit.Multiple groups, which are respectively driven, by multiple groups elevation and subsidence mechanical slide unit bores package raising stock-removing efficiency.Efficient numerical control gang drill machining center cutting machine provided by the utility model has the advantages that high-efficient.
Description
Technical field
The utility model belongs to technical field of processing equipment more particularly to a kind of efficient numerical control gang drill machining center is opened
Material machine.
Background technique
Cutting machine is to stress on cutting die by means of the active force of machine movement, and the machine of cutting processing is carried out to material.
Existing cutting machine is in processing such as these porous or multiple-grooved materials and parts of punching acoustical panel, due to the through-hole for needing to cut
Or number of recesses is more, and cutting machine single is punched the limited amount of processable through-hole or groove, thus can take considerable time,
Even if cutting machine uses gang drill, but limited drill bit still can not effectively reduce process time.
Utility model content
Based on the prior art there are the above problem, the utility model provides a kind of efficient numerical control gang drill machining center and opens
Material machine, including workbench, portal frame, power head assembly are provided with power head assembly transverse-moving mechanism on the portal frame, described dynamic
Power head assembly is connect with power head assembly transverse-moving mechanism and side is past on the table under the driving of power head assembly transverse-moving mechanism
It is multiple traversing；The power head assembly includes three groups of elevation and subsidence mechanical slide units, four groups of brill packages, wherein one group of elevation and subsidence mechanical slide unit setting
Side is reciprocal traversing on the table on power head assembly transverse-moving mechanism and under its driving, two groups of gang drill packages with other two groups
Elevation and subsidence mechanical slide unit is arranged on above-mentioned one group of elevation and subsidence mechanical slide unit, and in addition two groups of gang drill packets are separately positioned on above-mentioned other two groups
On elevation and subsidence mechanical slide unit, four groups of brill packages can back and forth go up and down fortune by opposite table surface under the driving of elevation and subsidence mechanical slide unit
It is dynamic.Multiple groups, which are respectively driven, by multiple groups elevation and subsidence mechanical slide unit bores package raising stock-removing efficiency.High efficiency provided by the utility model
Numerical control gang drill machining center cutting machine have the advantages that operating efficiency is high.
The utility model is achieved the goal by technical solution in detailed below:
A kind of efficient numerical control gang drill machining center cutting machine, including the fixed dress of base, workbench, portal frame, plate
It sets, power head assembly, feeding device, dust-extraction unit, numerical control control device, the workbench is placed on base；
The base two sides are provided with portal frame translation mechanism, and portal frame two sides lower end and portal frame translation mechanism connect
It connects and the square alternating translational on the table under the driving of portal frame translation mechanism, the portal frame translation mechanism includes base tooth
Rail group, frame guide rail group, portal frame driving motor, the base rack rails group, frame guide rail group are respectively provided with base two sides, the dragon
Door frame driving motor is fixedly connected with portal frame and passes through gear and engage with base rack rails group and connect, and the portal frame passes through sliding block
It is flexibly connected with frame guide rail group；
The plate fixing device setting is on the table for when processing plate, plate to be fixed on the table；
Power head assembly transverse-moving mechanism, the power head assembly and power head assembly cross sliding machine are provided on the portal frame
Structure connection and reciprocal traversing, the power head assembly cross sliding machine in side on the table under the driving of power head assembly transverse-moving mechanism
Structure includes portal frame rack rails group, portal frame guide rail group, power head driving motor, the traversing slide plate of power head assembly, the portal frame
Rack rails group, portal frame guide rail group are respectively provided on the gantry and are parallel to each other with portal frame, the power head driving motor and dynamic
The traversing slide plate of power head assembly, which is fixedly connected and passes through gear, engages connection, the traversing cunning of power head assembly with portal frame rack rails group
Plate is flexibly connected by sliding block with portal frame guide rail group；
The feeding device includes multiple groups feeding vacuum chuck, and the feeding vacuum chuck is flexibly connected by lifting cylinder
Portal frame and the opposite reciprocal elevating movement of table surface or portal frame alternating translational movement is followed under the driving of lifting cylinder,
Plate is adsorbed by vacuum chuck, portal frame translation dragging plate slides into and completes feeding on workbench；
The dust-extraction unit is arranged below power head assembly for clearing up power head assembly dust caused by cutting and giving up
Bits；
The numerical control control device respectively with portal frame translation mechanism, plate fixing device, power head assembly transverse-moving mechanism,
Power head assembly, feeding device, dust-extraction unit are electrically connected and control its work；
The power head assembly include the first elevation and subsidence mechanical slide unit, the second elevation and subsidence mechanical slide unit, third elevation and subsidence mechanical slide unit,
First gang drill package, the second gang drill package, third gang drill package, the 4th gang drill package, above-mentioned gang drill package include multiple groups row
Packet is bored, the first elevation and subsidence mechanical slide unit connect with the traversing slide plate of power head assembly and under the driving of power head assembly transverse-moving mechanism
Side's reciprocal traversing, the second elevation and subsidence mechanical slide unit, third elevation and subsidence mechanical slide unit, the first gang drill package, second on the table
Gang drill package is arranged on the slide plate of the first elevation and subsidence mechanical slide unit and the opposite workbench under the driving of the first elevation and subsidence mechanical slide unit
The reciprocal elevating movement of table top, the third gang drill package are arranged on the slide plate of the second elevation and subsidence mechanical slide unit and in the second elevator
The lower opposite reciprocal elevating movement of table surface of tool slide unit driving, the 4th gang drill package are arranged in third elevation and subsidence mechanical slide unit
The upper and opposite reciprocal elevating movement of table surface under the driving of third elevation and subsidence mechanical slide unit；
The quantity of cutting through-hole either groove, numerical control control device control under the gang drill package of corresponding position as needed
Pressure is cut, or laterally adjusts gang drill package cutting position by power head assembly transverse-moving mechanism, is being processed to improve
These porous or multiple-grooved materials and parts processing efficiencies of punching acoustical panel.
Wherein, the plate fixing device includes multiple groups negative pressure sucker, negative-pressure pipeline, negative pressure generating device, the negative pressure
Sucker setting is on the table and concordant with table surface, and latticed groove and multiple groups negative pressure are provided on the negative pressure sucker
Through-hole is connected, the latticed groove connect through-hole with negative pressure and is interconnected, and the negative pressure connection through-hole is connected by negative-pressure pipeline
Negative pressure generating device is connect, the pipeline valve of control negative-pressure pipeline on-off is provided on the negative-pressure pipeline；
The negative pressure sucker generates negative pressure by negative pressure generating device and pressure above plate is made to be greater than pressure below plate,
To which plate to be fixed on negative pressure sucker, multiple groups negative pressure sucker can be controlled separately by pipeline valve, thus according to plate
Size open the negative pressure sucker of corresponding position and reduce the energy consumption of negative pressure generating device, the negative pressure sucker can use negative pressure wind
Machine manufactures subnormal ambient by the air in discharge negative pressure sucker groove and negative-pressure pipeline.
Wherein, the feeding device further includes alignment sensor, side push cylinder, and the alignment sensor is arranged in workbench
Front end and whether sensor signal activating sensor or is blocked so that it is determined that whether plate translates in place by detection plate, it is described
Workbench two sides are arranged in and by laterally urging plate to which the position for laterally adjusting plate prevents plate upper in side push cylinder
It shifts after the completion of material, allows plate to be located at dead-center position and guarantee that power head assembly carries out accurately positioning to plate and cuts
It cuts；
The alignment sensor can use pressure sensor or photoelectric sensor.
Wherein, the numerical control gang drill machining center cutting machine further includes feeding guide ledges, and the feeding guide ledges are set
It sets in workbench rear end, the feeding guide ledges level height is higher than workbench, and the feeding guide ledges are by proximal and distal
It is provided with anticollision inclined-plane from workbench front end two sides, guide roller, the orienting roll are provided in the feeding guide ledges
Wheel protrudes from material guide ledges upper surface and guide roller axial line is mutually perpendicular to plate feeding moving direction；
When from workbench rear end feeding, it can be reduced in plate sliding process by feeding guide ledges and guide roller
The friction being subject to.
Wherein, the dust-extraction unit includes multiple groups dust hood, dust suction shoveling, hose, dust catcher, the dust hood,
Dust suction shoveling connects dust catcher by hose respectively, and the dust hood is arranged below four groups of gang drill packages and follows respectively
Its corresponding gang drill package lifting activity, for clearing up gang drill packet dust caused by cutting and scrap, multiple groups by dust hood and
The hose that dust suction shoveling is drawn relays hole capital after selling all securities by dust suction and is brought to together, then is connected by more bigbore hose
To dust catcher；
The dust suction shoveling is flexibly connected portal frame and the opposite workbench under the driving of oblique angle cylinder by oblique angle cylinder
Table top is in the reciprocal elevating movement in oblique angle direction or follows portal frame alternating translational movement, offers dust suction below the dust suction shoveling
Mouthful, the dust suction shoveling width is greater than or equal to the width of job platform, for the plate for completing processing to be pushed away work-table
The dust and scrap remained on negative pressure sucker and workbench is simultaneously cleared up in face；
When needing the plate that will be completed the process on workbench to unload, portal frame is moved to workbench rear end, oblique angle gas
Cylinder falls dust suction shoveling to plate rear end, and portal frame is translated to workbench front end pushes plate to unload from workbench,
The dust remained on negative pressure sucker and workbench and scrap are cleaned up by suction inlet while unloading plate.
Wherein, the feeding device further includes hydraulic elevating platform, and the hydraulic elevating platform setting is close in workbench
Feeding guide ledges side is additionally provided with elevating control sensing for stacking plate to be processed, the hydraulic elevating platform side
Device assembly, the elevating control sensor module are used to detect the height of plate on hydraulic elevating platform, and the elevating control passes
Sensor component can use photoelectric sensor, and photoelectric sensor is arranged in hydraulic elevating platform side, hydraulic elevating platform is worked as
Hydraulic elevating platform stops rising after rising plate triggering photoelectric sensor；Certain time delay is set, when photoelectric sensor is in
After under non-triggering state, plate is raised to the height concordant with feeding guide ledges by hydraulic elevating platform rising.
Wherein, the numerical control gang drill machining center cutting machine further includes discharging transmission mechanism, and the discharging transmission mechanism is set
It sets and is used to the plate that dust suction shoveling push comes being sent to plate storage area in workbench front end, the discharging transmission mechanism can
To use transmission belt or conveying roller tables.
The utility model has the advantages that operating efficiency is high using above-mentioned technical solution.
Detailed description of the invention
Fig. 1, the utility model embodiment schematic view of the front view.
Fig. 2, the utility model embodiment side structure schematic view.
Fig. 3, the utility model embodiment overlooking structure diagram.
Fig. 4, the utility model embodiment structural schematic diagram.
Fig. 5, the utility model embodiment structural schematic diagram.
Fig. 6, the utility model embodiment structural schematic diagram.
10, base, 20, portal frame translation mechanism, 21, base rack rails group, 22, frame guide rail group, 23, portal frame driving electricity
Machine, 30, workbench, 31, feeding guide ledges, 32, guide roller, 40, portal frame, 41, power head assembly transverse-moving mechanism, 42,
Portal frame rack rails group, 43, portal frame guide rail group, 45, power head driving motor, 46, the traversing slide plate of power head assembly, 61, feeding
Vacuum chuck, 62, lifting cylinder, 63, alignment sensor, 64, side push cylinder, the 71, first elevation and subsidence mechanical slide unit, 72, second liters
Mechanical skid plateform, 73, third elevation and subsidence mechanical slide unit, the 74, first gang drill package, the 75, second gang drill package, 76, third gang drill packet drop
Group, the 77, the 4th gang drill package, 81, negative pressure sucker, 82, latticed groove, 83, negative pressure connection through-hole, 84, pipeline valve, 85,
Dust hood, 86, dust suction shoveling, 87, oblique angle cylinder, 88, dust suction relaying hole capital after selling all securities.
Specific embodiment
The utility model is described in detail in the following with reference to the drawings and specific embodiments.
Such as attached drawing, a kind of efficient numerical control gang drill machining center cutting machine, including base 10, workbench 30, portal frame
40, plate fixing device, power head assembly, feeding device, dust-extraction unit, numerical control control device, the workbench 30 are placed in machine
On seat 10；
10 two sides of base are provided with portal frame translation mechanism 20, and the 40 two sides lower end of portal frame and portal frame translate
Mechanism 20 connects and alternating translational, the portal frame translate machine above workbench 30 under the driving of portal frame translation mechanism 20
Structure 20 includes base rack rails group 21, frame guide rail group 22, portal frame driving motor 23, the base rack rails group 21, frame guide rail
Group 22 is respectively provided with 10 two sides of base, and the portal frame driving motor 23 is fixedly connected with portal frame 40 and by gear and base tooth
The engagement connection of rail group 21, the portal frame 40 are flexibly connected by sliding block with frame guide rail group 22；
The plate fixing device setting is being used on workbench 30 when processing plate, and plate is fixed on workbench 30
On；
Power head assembly transverse-moving mechanism 41 is provided on the portal frame 40, the power head assembly and power head assembly are horizontal
Telephone-moving structure 41 connection and under the driving of power head assembly transverse-moving mechanism 41 above workbench 30 reciprocal traversing, the power head
Component transverse-moving mechanism 41 includes portal frame rack rails group 42, portal frame guide rail group 43, power head driving motor 45, power head assembly cross
Move slide plate 46, the portal frame rack rails group 42, portal frame guide rail group 43 are arranged on portal frame 40 and mutual with portal frame 40
In parallel, the power head driving motor 45 is fixedly connected with the traversing slide plate 46 of power head assembly and by gear and portal frame rack rails
42 engagement connection of group, the traversing slide plate 46 of power head assembly are flexibly connected by sliding block with portal frame guide rail group 43；
The feeding device includes multiple groups feeding vacuum chuck 61, and the feeding vacuum chuck 61 is living by lifting cylinder 62
Dynamic connection portal frame 40 and the opposite reciprocal elevating movement of 30 table top of workbench or portal frame is followed under the driving of lifting cylinder 62
40 alternating translational movements, by vacuum chuck adsorb plate, portal frame 40 translation dragging plate slide into it is complete on workbench 30
At feeding；
The dust-extraction unit is arranged below power head assembly for clearing up power head assembly dust caused by cutting and giving up
Bits；
The numerical control control device respectively with portal frame translation mechanism 20, plate fixing device, power head assembly cross sliding machine
Structure 41, power head assembly, feeding device, dust-extraction unit are electrically connected and control its work；
The power head assembly includes the first elevation and subsidence mechanical slide unit 71, the second elevation and subsidence mechanical slide unit 72, third elevation and subsidence mechanical
Slide unit 73, the first gang drill package 74, the second gang drill package 75, third gang drill package 76, the 4th gang drill package 77, above-mentioned gang drill packet
Group includes multiple groups gang drill packet, and the first elevation and subsidence mechanical slide unit 71 is connect and with the traversing slide plate 46 of power head assembly in power head
Component transverse-moving mechanism 41 drive under above workbench 30 reciprocal traversing, the second elevation and subsidence mechanical slide unit 72, third elevator
Tool slide unit 73, the first gang drill package 74, the second gang drill package 75 be arranged on the slide plate of the first elevation and subsidence mechanical slide unit 71 and
The lower opposite reciprocal elevating movement of 30 table top of workbench of first elevation and subsidence mechanical slide unit 71 driving, the setting of third gang drill package 76 exist
Opposite 30 table top of workbench back and forth rises on the slide plate of second elevation and subsidence mechanical slide unit 72 and under the driving of the second elevation and subsidence mechanical slide unit 72
Drop movement, the 4th gang drill package 77 are arranged on third elevation and subsidence mechanical slide unit 73 and drive in third elevation and subsidence mechanical slide unit 73
The lower opposite reciprocal elevating movement of 30 table top of workbench；
The quantity of cutting through-hole either groove, numerical control control device control under the gang drill package of corresponding position as needed
Pressure is cut, or laterally adjusts gang drill package cutting position by power head assembly transverse-moving mechanism 41, is being added to improve
These porous or multiple-grooved materials and parts processing efficiencies of work punching acoustical panel.
Preferably, the plate fixing device includes multiple groups negative pressure sucker 81, negative-pressure pipeline, negative pressure generating device, institute
State negative pressure sucker 81 be arranged on workbench 30 and with 30 flush of workbench, be provided on the negative pressure sucker 81 latticed
Groove 82 and multiple groups negative pressure connect through-hole 83, and the latticed groove 82 connect through-hole 83 with negative pressure and is interconnected, the negative pressure
It connects through-hole 83 and negative pressure generating device is connected by negative-pressure pipeline, control negative-pressure pipeline on-off is provided on the negative-pressure pipeline
Pipeline valve 84；
The negative pressure sucker 81 generates negative pressure by negative pressure generating device and pressure above plate is made to be greater than pressure below plate
By force, so that plate is fixed on negative pressure sucker 81, multiple groups negative pressure sucker 81 can be controlled separately by pipeline valve 84, thus
The energy consumption of negative pressure generating device is reduced according to the negative pressure sucker 81 that the size of plate opens corresponding position, the negative pressure sucker 81 can
To manufacture subnormal ambient by the air in discharge 81 groove of negative pressure sucker and negative-pressure pipeline using negative-pressure air fan.
Preferably, the feeding device further includes alignment sensor 63, side push cylinder 64, the alignment sensor 63 is set
Set 30 front end of workbench and by detection plate whether activating sensor or block sensor signal so that it is determined that plate whether
In place, 30 two sides of workbench are arranged in and by laterally urging plate to laterally adjust plate in the side push cylinder 64 for translation
Position prevents plate from shifting after the completion of feeding, allows plate to be located at dead-center position and guarantees power head assembly to plate
Carry out accurately positioning cutting；
The alignment sensor 63 can use pressure sensor or photoelectric sensor.
Preferably, the numerical control gang drill machining center cutting machine further includes feeding guide ledges 31, the feeding guiding
For the setting of boss 31 in 30 rear end of workbench, 31 level height of feeding guide ledges is higher than workbench, the feeding guiding
Boss 31 is provided with anticollision inclined-plane close to and far from 30 front end two sides of workbench, is provided with and leads in the feeding guide ledges 31
Way roller 32, the guide roller 32 protrudes from material guide ledges upper surface and 32 axial line of guide roller and plate feeding are mobile
Direction is mutually perpendicular to；
When from 30 rear end feeding of workbench, plate sliding can be reduced by feeding guide ledges 31 and guide roller 32
The friction being subject in the process.
Preferably, the dust-extraction unit includes multiple groups dust hood 85, dust suction shoveling 86, hose, dust catcher, it is described
Dust hood 85, dust suction shoveling 86 connect dust catcher by hose respectively, and the dust hood 85 is arranged in four groups of gang drill packages
Lower section simultaneously follows its corresponding gang drill package lifting activity respectively, for clearing up gang drill packet dust caused by cutting and scrap,
The hose that multiple groups are drawn by dust hood 85 and dust suction shoveling 86 relays hole capital after selling all securities 88 by dust suction and is brought to together, then by more
Bigbore hose is connected to dust catcher；
The dust suction shoveling 86 is flexibly connected portal frame 40 and the phase under the driving of oblique angle cylinder 87 by oblique angle cylinder 87
In the reciprocal elevating movement in oblique angle direction or 40 alternating translational movement of portal frame, the dust suction shoveling 86 are followed to 30 table top of workbench
Lower section offers suction inlet, and 86 width of dust suction shoveling is greater than or equal to the width of job platform, for that will complete processing
Plate, which pushes away 30 table top of workbench and clears up, remains in negative pressure sucker 81 and dust and scrap on workbench 30；
When needing to unload the plate completed the process on workbench 30, portal frame 40 is moved to workbench rear end, tiltedly
Angle cylinder 87 falls dust suction shoveling 86 to plate rear end, and portal frame 40 is translated to 30 front end of workbench pushes plate from work
Make to unload on platform 30, while unloading plate by suction inlet will remain in the dust on negative pressure sucker 81 and workbench 30 and
Scrap cleans up.
Preferably, the feeding device further includes hydraulic elevating platform, the hydraulic elevating platform is arranged in workbench
30 are used to stack plate to be processed close to 31 side of feeding guide ledges, and the hydraulic elevating platform side is additionally provided with lifting
Sensor module is controlled, the elevating control sensor module is used to detect the height of plate on hydraulic elevating platform, the liter
Drop control sensor module can use photoelectric sensor, and photoelectric sensor is arranged in hydraulic elevating platform side, when hydraulic
Hydraulic elevating platform stops rising after hoistable platform rises plate triggering photoelectric sensor；Certain time delay is set, photoelectric transfer is worked as
After sensor is under non-triggering state, plate is raised to the height concordant with feeding guide ledges 31 by hydraulic elevating platform rising
Degree.
Preferably, the numerical control gang drill machining center cutting machine further includes elevating control sensor module, the lifting
Control sensor module is arranged in 30 front end of workbench and is sent to plate storage for dust suction shoveling 86 to be pushed the plate to come
Area, the elevating control sensor module can use transmission belt or conveying roller tables.
The utility model has the advantages that operating efficiency is high using the above embodiments.
A kind of embodiment of the utility model above described embodiment only expresses, the description thereof is more specific and detailed,
But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field
For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to
In the protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (7)
1. a kind of efficient numerical control gang drill machining center cutting machine, which is characterized in that including base (10), workbench (30),
Portal frame (40), plate fixing device, power head assembly, feeding device, dust-extraction unit, numerical control control device, the workbench
(30) it is placed on base (10)；
Base (10) two sides are provided with portal frame translation mechanism (20), and portal frame (40) the two sides lower end and portal frame are flat
Telephone-moving structure (20) connects and under the driving of portal frame translation mechanism (20) in workbench (30) top alternating translational；
The plate fixing device is arranged on workbench (30) for plate to be fixed on workbench (30)；
Power head assembly transverse-moving mechanism (41) is provided on the portal frame (40), the power head assembly and power head assembly are horizontal
Telephone-moving structure (41) connection and reciprocal traversing above the workbench (30) under the driving of power head assembly transverse-moving mechanism (41)；
The feeding device includes multiple groups feeding vacuum chuck (61), and the feeding vacuum chuck (61) passes through lifting cylinder (62)
Be flexibly connected portal frame (40) and under the driving of lifting cylinder (62) the opposite reciprocal elevating movement of workbench (30) table top or with
With portal frame (40) alternating translational movement；
The dust-extraction unit is arranged below power head assembly for clearing up power head assembly dust caused by cutting and scrap；
The numerical control control device respectively with portal frame translation mechanism (20), plate fixing device, power head assembly transverse-moving mechanism
(41), power head assembly, feeding device, dust-extraction unit are electrically connected and control its work；
The power head assembly includes the first elevation and subsidence mechanical slide unit (71), the second elevation and subsidence mechanical slide unit (72), third elevation and subsidence mechanical
Slide unit (73), the first gang drill package (74), the second gang drill package (75), third gang drill package (76), the 4th gang drill package (77),
The first elevation and subsidence mechanical slide unit (71) connect with power head assembly transverse-moving mechanism (41) and in power head assembly transverse-moving mechanism
(41) in workbench (30) top reciprocal traversing, the second elevation and subsidence mechanical slide unit (72), third elevation and subsidence mechanical slide unit under driving
(73), the first gang drill package (74), the second gang drill package (75) be arranged on the slide plate of the first elevation and subsidence mechanical slide unit (71) and
The opposite reciprocal elevating movement of workbench (30) table top, the third gang drill package under the driving of the first elevation and subsidence mechanical slide unit (71)
(76) it is arranged on the slide plate of the second elevation and subsidence mechanical slide unit (72) and works relatively under the driving of the second elevation and subsidence mechanical slide unit (72)
The reciprocal elevating movement of platform (30) table top, the 4th gang drill package (77) are arranged on third elevation and subsidence mechanical slide unit (73) and the
The lower opposite reciprocal elevating movement of workbench (30) table top of three elevation and subsidence mechanical slide units (73) driving.
2. efficient numerical control gang drill machining center cutting machine according to claim 1, which is characterized in that the plate is solid
Determining device includes multiple groups negative pressure sucker (81), negative-pressure pipeline, negative pressure generating device, and the negative pressure sucker (81) is arranged in workbench
(30) on and with workbench (30) flush, be provided with latticed groove (82) and multiple groups negative pressure on the negative pressure sucker (81)
It connects through-hole (83), the latticed groove (82) connect through-hole (83) with negative pressure and is interconnected, and the negative pressure connects through-hole
(83) negative pressure generating device is connected by negative-pressure pipeline, the pipeline valve of control negative-pressure pipeline on-off is provided on the negative-pressure pipeline
Door (84)；
The negative pressure sucker (81) generates negative pressure by negative pressure generating device and pressure above plate is made to be greater than pressure below plate,
To which plate is fixed on negative pressure sucker (81).
3. efficient numerical control gang drill machining center cutting machine according to claim 1 or 2, which is characterized in that on described
Material device further includes alignment sensor (63), side push cylinder (64), and the alignment sensor (63) is arranged before workbench (30)
End and whether sensor signal activating sensor or is blocked so that it is determined that whether plate translates in place by detection plate, the side
Push cylinder (64) setting is in workbench (30) two sides and by laterally urging plate to laterally adjust the position of plate.
4. efficient numerical control gang drill machining center cutting machine according to claim 3, which is characterized in that further include feeding
Guide ledges (31), the feeding guide ledges (31) are arranged in workbench (30) rear end, feeding guide ledges (31) water
Flat height is higher than workbench, and the feeding guide ledges (31) are provided with anti-close to and far from workbench (30) front end two sides
Inclined-plane is hit, is provided with guide roller (32) on the feeding guide ledges (31), the guide roller (32) protrudes from material guiding
Boss upper surface and guide roller (32) axial line is mutually perpendicular to plate feeding moving direction.
5. efficient numerical control gang drill machining center cutting machine according to claim 4, which is characterized in that the dedusting dress
It sets including multiple groups dust hood (85), dust suction shoveling (86), hose, dust catcher, the dust hood (85), dust suction shoveling (86)
Dust catcher is connected by hose respectively, the dust hood (85) is arranged below four groups of gang drill packages and follows its phase respectively
Corresponding gang drill package lifting activity, for clearing up gang drill packet dust caused by cutting and scrap, the dust suction shoveling (86) is logical
It crosses oblique angle cylinder (87) flexible connection portal frame (40) and opposite workbench (30) table top is under the driving of oblique angle cylinder (87)
The reciprocal elevating movement in oblique angle direction follows portal frame (40) alternating translational movement, offers suction below the dust suction shoveling (86)
Dirt mouth, dust suction shoveling (86) width are greater than or equal to the width of job platform, for the plate for completing processing to be pushed away work
Make platform (30) table top and clears up the dust and scrap remained on negative pressure sucker (81) and workbench (30).
6. efficient numerical control gang drill machining center cutting machine according to claim 4 or 5, which is characterized in that on described
Expect that device further includes hydraulic elevating platform, the hydraulic elevating platform setting is in workbench (30) close to feeding guide ledges (31)
For stacking plate to be processed, the hydraulic elevating platform side is additionally provided with elevating control sensor module, described for side
Elevating control sensor module is used to detect the height of plate on hydraulic elevating platform.
7. efficient numerical control gang drill machining center cutting machine according to claim 6, which is characterized in that further include lifting
Sensor module is controlled, the elevating control sensor module setting is used to push away dust suction shoveling (86) in workbench (30) front end
The plate brought is sent to plate storage area.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920289142.2U CN209550648U (en) | 2019-03-07 | 2019-03-07 | A kind of efficient numerical control gang drill machining center cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920289142.2U CN209550648U (en) | 2019-03-07 | 2019-03-07 | A kind of efficient numerical control gang drill machining center cutting machine |
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| CN209550648U true CN209550648U (en) | 2019-10-29 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110962238A (en) * | 2019-12-20 | 2020-04-07 | 红河州新型建筑科技发展有限公司 | Numerical control machining equipment for edges of lightweight concrete wallboard |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110962238A (en) * | 2019-12-20 | 2020-04-07 | 红河州新型建筑科技发展有限公司 | Numerical control machining equipment for edges of lightweight concrete wallboard |
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