CN108608213A - A kind of producing line for manufacturing lower connecting base in solar energy photovoltaic generator - Google Patents
A kind of producing line for manufacturing lower connecting base in solar energy photovoltaic generator Download PDFInfo
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- CN108608213A CN108608213A CN201810576378.4A CN201810576378A CN108608213A CN 108608213 A CN108608213 A CN 108608213A CN 201810576378 A CN201810576378 A CN 201810576378A CN 108608213 A CN108608213 A CN 108608213A
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- pedestal
- bar
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- 238000004519 manufacturing process Methods 0.000 title claims abstract description 18
- 239000000463 material Substances 0.000 claims abstract description 170
- 238000010079 rubber tapping Methods 0.000 claims abstract description 56
- 238000003801 milling Methods 0.000 claims abstract description 52
- 238000005553 drilling Methods 0.000 claims abstract description 51
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 73
- 230000000712 assembly Effects 0.000 claims description 48
- 238000000429 assembly Methods 0.000 claims description 48
- 230000005540 biological transmission Effects 0.000 claims description 17
- 230000033001 locomotion Effects 0.000 claims description 12
- 238000009434 installation Methods 0.000 claims description 9
- 230000000149 penetrating effect Effects 0.000 claims description 3
- 238000012545 processing Methods 0.000 abstract description 38
- 238000010248 power generation Methods 0.000 abstract description 3
- 238000010586 diagram Methods 0.000 description 14
- 238000000034 method Methods 0.000 description 7
- 230000008569 process Effects 0.000 description 6
- 238000003754 machining Methods 0.000 description 5
- 238000001514 detection method Methods 0.000 description 4
- 239000002184 metal Substances 0.000 description 4
- 230000000694 effects Effects 0.000 description 2
- 238000012986 modification Methods 0.000 description 2
- 230000004048 modification Effects 0.000 description 2
- 230000001360 synchronised effect Effects 0.000 description 2
- 230000004888 barrier function Effects 0.000 description 1
- 230000000903 blocking effect Effects 0.000 description 1
- 239000003245 coal Substances 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000003780 insertion Methods 0.000 description 1
- 230000037431 insertion Effects 0.000 description 1
- 238000011017 operating method Methods 0.000 description 1
- 230000009467 reduction Effects 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P23/00—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass
- B23P23/06—Metal-working plant comprising a number of associated machines or apparatus
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q3/00—Devices holding, supporting, or positioning work or tools, of a kind normally removable from the machine
- B23Q3/02—Devices holding, supporting, or positioning work or tools, of a kind normally removable from the machine for mounting on a work-table, tool-slide, or analogous part
- B23Q3/06—Work-clamping means
- B23Q3/062—Work-clamping means adapted for holding workpieces having a special form or being made from a special material
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q7/00—Arrangements for handling work specially combined with or arranged in, or specially adapted for use in connection with, machine tools, e.g. for conveying, loading, positioning, discharging, sorting
Abstract
The present invention relates to photovoltaic power generation apparatus part technical fields, specifically disclose a kind of producing line for manufacturing lower connecting base in solar energy photovoltaic generator, include end face milling station successively；Drilling and tapping station；Drill bore hole station.Blank material after end face milling station, drilling and tapping station, drilling bore hole station processing, forms lower connecting base successively.Product processing is carried out by the producing line, only needs clamping three times, and in each station, is all that multiple processing is carried out to blank material simultaneously, clamping is few and processing simultaneously improves processing efficiency, reduces time cost.
Description
Technical field
The present invention relates to photovoltaic power generation apparatus part technical fields, and in particular to one kind is for manufacturing solar energy power generating
The producing line of lower connecting base in device.
Background technology
With the reduction of non-renewable resources, people are sought for the substitutable resources of other types, and photovoltaic system is exactly
A kind of inexhaustible clear energy sources, since its is easy to use, use cost is low, and generating efficiency and stability are high
In wind-power electricity generation, and safety is far above nuclear power station, therefore is increasingly becoming the important energy source of power generation, establishes many photovoltaics at present
System power station, to replace the non-renewable resources such as coal gradually.
Such as application No. is the patent of CN201610806174.6, which disclose a kind of solar photovoltaic generation system,
Including pedestal and photovoltaic electrification condenser, swivel base is equipped on pedestal, swivel base is rotatably connected with pedestal, vertically-mounted on swivel base
The bottom of one column, photovoltaic electrification condenser is connected to a pair of of column top by shaft, can realize photovoltaic electrification condenser
Carry out pitching movement, telescopic cylinder be set between photovoltaic electrification condenser lateral wall and column, one end of telescopic cylinder with it is vertical
Column articulated, the other end is hinged with photovoltaic electrification condenser lateral wall, and position of sun inductor is additionally provided on pedestal.
Drive photovoltaic electrification condenser with respect to column rotation by telescopic cylinder, to make its can the face sun at any time, carry
High photovoltaic efficiency.
The column of photovoltaic system used at present is unlike in above-mentioned patent accompanying drawing, an only simple cylinder.
Generally now with column, as shown in Figure 1, including upper connecting base 1 and lower connecting base 2, upper connecting base 1 is installed on lower connecting base 2
Top.The first half-arc groove 3 is offered on upper connecting base 1,2 upper end of lower connecting base offers the second half-arc groove 4, the first semicircle
Arc slot 3 and the second half-arc groove 4 form the mounting hole 5 for connecting photovoltaic electrification condenser shaft.As shown in Fig. 2, upper connection
Connecting hole 6 is offered on seat 1,2 upper end of lower connecting base offers threaded hole 7.Bolt is generally set to pass through connecting hole 6 simultaneously when mounted
It is threadedly connected in threaded hole 7, upper connecting base 1 and lower connecting base 2 is made to be stably mounted to together.Lower connecting base 2 is far from upper connection
1 one end of seat is equipped with mounting base 8, and the first through hole for lower connecting base 2 to be installed to mounting platform is offered on mounting base 8
9.2 side of lower connecting base is equipped with lifting lug 10, and lifting lug 10 is equipped with two panels, the second through-hole 11 is offered on lifting lug 10.Second through-hole 11
It can be used for installing actuator, such as telescopic cylinder, photovoltaic devices made entirely to be stably mounted on connecting seat.Lower connecting base in order to reduce the weight
Its axial direction of 2 upper edges offers interstitial hole 12.
When the lower connecting base 2 of the column is processed, blank material is generally first cast out, then it is carried out by mechanical processing again
Processing.Specific operating procedure is as follows：
Lower connecting base 2 at one end after the completion of milling, is repositioned milling again after clamping by 1, one end end face of the flat lower connecting base of milling 2
The other end face of flat lower connecting base 2；
2, by 2 positioning and clamping to drilling machine of lower connecting base, the through-hole prepared for threaded hole 7 is drilled out on lower connecting base 2 successively；
Then first through hole 9 is drilled out successively again after lower connecting base 2 being repositioned clamping；Lower connecting base 2 is repositioned into clamping again, is bored
Go out the second through-hole 11 on lifting lug 10；
3, tapping is carried out to each threaded hole 7 successively；
4, by 2 positioning and clamping to milling machine of lower connecting base, boring mounting hole 5 completes processing.
In above-mentioned process, multiple clamping is needed to position, processing efficiency is whole partially slow, how producing rapidly and efficiently
Lower connecting base 2 is need to solve the problems, such as now.
Invention content
It is a kind of for manufacturing solar energy power generating in view of the deficiencies of the prior art, the present invention intends to provide
The producing line of lower connecting base in device, can reduce the number of the clamping of workpiece in process, and can synchronous processing workpiece, improve
Whole processing efficiency.
To achieve the above object, the present invention provides following technical solutions：
It is a kind of for manufacturing the producing line of lower connecting base in solar energy photovoltaic generator, include successively
End face milling station, including the first pedestal, so that blank material is axially parallel to the first pedestal upper surface for clamping blank material
First tool component, for the milling component of the flat blank material end face of milling, the milling component set there are two and be located at first
Tool component both ends, first tool component is slidably connected to the first pedestal, and first tool component is equipped with and is used for
The first tool component is driven to enter between two milling components and leave the first drive component between two milling components；
Drilling and tapping station, including the second pedestal, so that blank material is axially parallel to the second pedestal upper surface for clamping blank material
The second tool component, the first boring assemblies for holes drilled through, the tapping component for tapping, the first boring assemblies be equipped with two
A and be located at the second tool component both ends, the tapping component is located in one of the first boring assemblies side, and described
Two tool components are slidably connected to the second pedestal, and second tool component is equipped with for driving the second tool component first
Second drive component of the movement between boring assemblies and tapping component, first boring assemblies and tapping component are all provided with useful
In the driving source for driving it to be moved towards blank material；
Drill bore hole station, including third pedestal, so that blank material is axially perpendicular to third pedestal upper surface for clamping blank material
Third tool component, the second boring assemblies for boring through-hole at lifting lug, the second bore hole component for boring mounting hole, it is described
Second boring assemblies are equipped with two groups and are located at third tool component both sides and correspond to lifting lug, and the second bore hole component is equipped with
Two groups and third tool component both sides are located at, second boring assemblies and the second bore hole component are equipped with for driving its court
The driving source moved to blank material.
By using above-mentioned technical proposal, in processing, first by blank material by the first tool component clamping in end face milling
On station, the first drive component drives blank material between two milling components, and two milling components are simultaneously to blank material two
The milling that end carries out end face is flat.Then blank material is transformed into drilling and tapping station, is filled blank material by the second tool component
It is clipped on drilling and tapping station.Driving source pushes the first boring assemblies to be moved towards blank material, while the first boring assemblies are to hair
Blank both ends drill, and are driven blank material at tapping component by the second drive component after drilling, to wherein
The through-hole of one end carries out screwing operation, so that it becomes threaded hole.Finally blank material is transformed into drilling and tapping station, passes through
Three tool components finish blank material clamping, are carried out simultaneously to blank material both sides by the second bore hole component and the second boring assemblies
Bore hole and drilling, you can complete processing.
In above-mentioned procedure of processing, clamping is only needed three times, and in each station, be all multiple to blank material progress simultaneously
Processing, clamping is few and processing simultaneously improves processing efficiency, reduces time cost.
The further setting of the present invention is：The drilling and tapping station further includes of interstitial hole one end on borer part
One bore hole component, the first bore hole component are located at tapping component opposite, and the first bore hole component is equipped with for driving it
The driving source moved towards blank material.
By using above-mentioned technical proposal, to when carrying out tapping to threaded hole, bore hole can be carried out in hole between synchronous centering,
So that it is guaranteed that the circularity of interstitial hole, and then the positioning of the blank material in the bore hole station that drills can be facilitated, improve processing efficiency.
The further setting of the present invention is：Second tool component is equipped with the first guide plate, is opened on first guide plate
Equipped with and corresponding first pilot hole of drill bit and through hole corresponding with the first bore hole component, the first guide plate direction first
Boring assemblies side is equipped with the first guide sleeve, first guide sleeve and the first pilot hole in coaxial arrangement.
By using above-mentioned technical proposal, before actual processing, can first trial operation, at this time drill bit whether can pass through
First guide sleeve, so that it is guaranteed that drill bit can drill in the correct position of blank material.In drilling, the first guide plate can also be right simultaneously
The metal fillings generated in processing plays barrier effect, and reducing metal fillings and splashing influences the possibility of other assemblies operation.
The further setting of the present invention is：The third tool component includes for placing blank material and being fixedly connected on
The chassis of three pedestals blank material and is fixedly connected on the positioning disk on chassis, for abutting blank material for penetrating interstitial hole positioning
Upper surface makes blank material stablize the first clamp portion on third pedestal, so that blank material is stablized for abutting mounting base upper surface
The second clamp portion on third pedestal.
It is two fixed to blank material progress by the first clamp portion and the second clamp portion by using above-mentioned technical proposal,
And then give the limit power of blank material in an axial direction；After positioning disk penetrates interstitial hole, to blank material, there are one along blank material radial direction
Limit power；The two coordinates, and makes what blank material can be more stable to be fixed on third pedestal.
The further setting of the present invention is：First clamp portion includes vertically being arranged and being fixedly connected on third
The connecting pole of pedestal, the first intermediate bar for being rotationally connected with connecting pole, the first rotating bar for being rotationally connected with the first intermediate bar and
The first driving cylinder for driving the first rotating bar to rotate, first driving cylinder are installed on third pedestal and are rotationally connected with
First rotating bar one end, first rotating bar are equipped with far from first driving cylinder one end and abut plate, and the abutting plate is towards third
Pedestal side is equipped with the fitting for pushing against blank material, and the fitting is at least provided with three and is distributed on abutting plate.
First blank material is placed on chassis in clamping workpiece by using above-mentioned technical proposal, in so that positioning disk is penetrated
Between in hole.The rotation of the first rotating bar is driven by actuator, and then abutting plate is made to be rotated relative to connecting pole, is pushed against until abutting plate
Blank material.Make blank material that can be stably mounted on third pedestal.Centre of location when the first intermediate bar can be such that abutting plate rotates simultaneously
It is constant, it is ensured that in setting range, the fitting abutted on plate can stablize abutting blank material.
The further setting of the present invention is：Second clamp portion include the first mounting base being installed on third pedestal,
It is rotationally connected with the first bar of the first mounting base, the force application rod of the first bar is rotationally connected with, is rotationally connected with the second of force application rod
Bar and it is fixedly connected on the second bar and the third bar perpendicular to the second bar, second bar is rotationally connected with the first mounting base, institute
Third bar is stated far from second bar one end equipped with the abutting block for pushing against mounting base in blank material.
By using above-mentioned technical proposal, in clamping workpiece, the rotation of manual actuation force application rod drives after force application rod rotation
Second bar is rotated around the second bar and the tie point of the first mounting base, and then drives the rotation of third bar, makes abutting block towards blank material
On mounting base movement so that blank material is abutted clamping in third pedestal by the second clamp portion until it is connected to mounting base
On.
The further setting of the present invention is：The chassis is equipped with the installation spiral shell for being mounted on chassis on third pedestal
Bolt, the installation bolt are equipped with hex slot, and the block that abuts is equipped with the abaculus that can be embedded in hex slot towards third pedestal one end.
By using above-mentioned technical proposal, when in abaculus insertion hex slot, there are one radially to abaculus for hex slot
Limit power, to make the second clamp portion can it is more stable by blank material clamping on third pedestal.
The further setting of the present invention is：Further include the transmission station positioned at end face milling station side, the transmission station
Include along end face milling station, drilling and tapping station, drilling bore hole station orientation setting the 4th pedestal, be rotationally connected with the
The rotating roller of four pedestals and third drive component for driving rotating roller to be rotated relative to the 4th pedestal, the rotating roller is along the 4th
Base length direction is equipped with several.
By using above-mentioned technical proposal, after blank material is in a station completion of processing, need manually by blank material from this
Station is removed, and is put on transmission station and is detected machining accuracy, to improve the machining accuracy of entire process.After detection,
Rotating roller rotates, and blank material is driven to the next station of correspondence.And then facilitate worker that blank material is transported to next station,
Improve processing efficiency.
The further setting of the present invention is：Further include hanging component, the hanging component includes the suction for picking up workpiece
Disk component and for lifting by crane Suction cup assembly and the row for driving Suction cup assembly to be axially moved along rotating roller hangs component.
By using above-mentioned technical proposal, the first tool component, the second tool component and third tool component pair are being released
After the limit power of blank material, blank material can be connected by Suction cup assembly, then hang component by row is lifted into transmission by blank material
On station, it is no longer necessary to it is artificial to carry, reduce hand labor.
The further setting of the present invention is：Further include hanging component, the hanging component includes the suction for picking up workpiece
Disk component and for lift by crane Suction cup assembly and drive Suction cup assembly end face milling station, drilling and tapping station, drilling bore hole station
Between the row that moves hang component.
By using above-mentioned technical proposal, can directly be examined on end face milling station, drilling and tapping station, drilling bore hole station
The machining accuracy for surveying blank material, then directly makes blank material be moved between station, it is no longer necessary to manually remove by hanging component
Fortune, reduces hand labor.And described the space occupied is smaller.
The present invention has the following advantages：1, can multiple mechanical be done to blank material simultaneously, improves processing efficiency；2, subtract
Having lacked needs the number of clamping in whole process, improve processing efficiency；3, hand labor is reduced.
Description of the drawings
Fig. 1 is the structural schematic diagram of prior art central post；
Fig. 2 is the configuration schematic diagram of prior art central post；
Fig. 3 is the structural schematic diagram of embodiment one；
Fig. 4 is the structural schematic diagram of end face milling station in embodiment one；
Fig. 5 is the structural schematic diagram of the first tool component in embodiment one；
Fig. 6 is longitudinal schematic cross-sectional view at the first drive component in embodiment one；
Fig. 7 is the lateral schematic cross-sectional view at the first drive component in embodiment one；
Fig. 8 is the structural schematic diagram of drilling and tapping station in embodiment one；
Fig. 9 is the structural schematic diagram of the second tool component in embodiment one；
Figure 10 is longitudinal schematic cross-sectional view at the second drive component in embodiment one；
Figure 11 is longitudinal schematic cross-sectional view at the second drive component in embodiment one；
Figure 12 is the structural schematic diagram of drilling bore hole station in embodiment one；
Figure 13 is the structural schematic diagram of third tool component in embodiment one；
Figure 14 is the enlarged drawing at A in Figure 13；
Figure 15 is the structural schematic diagram of embodiment two；
Figure 16 is the structural schematic diagram of embodiment three；
Figure 17 is the structural schematic diagram of Suction cup assembly in embodiment three；
Figure 18 is the structural schematic diagram of example IV；
Figure 19 is the structural schematic diagram of Suction cup assembly in example IV.
Reference numeral：1, upper connecting base；2, lower connecting base；3, the first half-arc groove；4, the second half-arc groove；5, it installs
Hole；6, connecting hole；7, threaded hole；8, mounting base；9, first through hole；10, lifting lug；11, the second through-hole；12, interstitial hole；13、
End face milling station；14, drilling and tapping station；15, drill bore hole station；16, the first pedestal；17, the first tool component；18, milling
Cut component；19, the first drive component；20, the first bottom plate；21, the first stacker；22, the second mounting base；23, the second intermediate bar；
24, the second rotating bar；25, the second driving cylinder；26, bolt is pushed against；27, the first sliding rail；28, the first sliding block；29, the first lead screw；
30, the first driving motor；31, the first connecting plate；32, the first drive bevel gear；33, the first driven wheel of differential；34, the second base
Seat；35, the second tool component；36, the first boring assemblies；37, tapping component；38, the first bore hole component；39, driving source；40、
Second guide plate；41, the second pilot hole；42, the second guide sleeve；43, the second bottom plate；44, the second stacker；45, third drives
Cylinder；46, the first guide plate；47, pushing block；48, the first pilot hole；49, through hole；50, the first guide sleeve；51, the second sliding rail；
52, the second sliding block；53, the second lead screw；54, the second driving motor；55, the second connecting plate；56, the second drive bevel gear；57,
Two driven wheel of differential；58, third pedestal；59, third tool component；60, the second boring assemblies；61, the second bore hole component；62、
Chassis；63, positioning disk；64, the first clamp portion；65, the second clamp portion；66, installation bolt；67, connecting pole；68, among first
Bar；69, the first rotating bar；70, the first driving cylinder；71, plate is abutted；72, fitting；73, the first mounting base；74, the first bar；
75, force application rod；76, the second bar；77, third bar；78, block is abutted；79, hex slot；80, abaculus；81, station is transmitted；82, the 4th
Pedestal；83, rotating roller；84, third drive component；85, belt wheel；86, belt；87, third driving motor；88, hanging component；
89, Suction cup assembly；90, row hangs component；91, mounting bracket；92, sucker；93, vacuum pump；94, exhaust tube；95, slideway；96, it installs
Plate；97, the second drive component.
Specific implementation mode
With reference to attached drawing, the present invention will be further described.
Embodiment one：
As shown in figure 3, a kind of producing line for manufacturing lower connecting base in solar energy photovoltaic generator, includes flat for milling successively
The end face milling station 13 of blank material both ends end face, for forming in blank material threaded hole 7, first through hole 9 and interstitial hole 12
Drilling and tapping station 14, the drilling bore hole station 15 for forming the second through-hole 11 and mounting hole 5 in blank material.Blank material according to
It is secondary after end face milling station 13, drilling and tapping station 14, drilling bore hole station 15 are processed, form lower connecting base 2.
As shown in figure 4, specifically, end face milling station 13 includes the first pedestal 16, the first tool component 17 and milling component
18.Milling component 18 sets there are two and is located at 17 both ends of the first tool component.First tool component 17 is slidably connected to
One pedestal 16, and the first tool component 17 is equipped with the first drive component 19.By blank material clamping to the first tool component 17
After upper, between driving the first tool component 17 to enter two milling components 18 by the first drive component 19, milling component 18 is right
It is flat that blank material both ends end face carries out milling.
As shown in figure 5, the first tool component 17 includes the first bottom plate 20, is fixedly installed in the first bottom plate 20 for support hair
First stacker 21 of blank, is rotationally connected with the second mounting base 22 at the second mounting base 22 for being fixedly installed in the first bottom plate 20
The second intermediate bar 23, be rotationally connected with the second intermediate bar 23 the second rotating bar 24, for drive rotating bar rotate second
The piston rod rotation of driving cylinder 25, the second driving cylinder 25 is connected to the second rotating bar 24.
In clamping, directly blank material is put into the first stacker 21, passes through the second rotation of the second driving cylinder 25 driving
Bar 24 rotates, and the second intermediate bar 23 and the second rotating bar 24 are moved towards blank material at this time, until the second intermediate bar 23 and the
Two rotating bars 24 are pushed against in blank material, and blank material is made to stablize clamping on the first bottom plate 20.As shown in figure 5, in order to make blank
Material can be more stable be mounted on the first bottom plate 20, be fixedly connected with mounting plate 96 on the first bottom plate 20, screw thread on mounting plate 96
It is connected with and pushes against bolt 26.It pushes against bolt 26 along blank material to be radially arranged, and pushes against bolt 26 and push against blank material outer wall.To make
Blank material is kept its more stable by clamping on the first tool component 17 by the limit power of both direction.
As shown in Figure 6 and Figure 7, the first drive component 19 includes being arranged along 17 direction of motion of the first tool component and across the
First sliding rail 27 of one bottom plate 20, is threadedly connected to the first sliding block 28 at the first sliding block 28 for being fixedly connected on the first bottom plate 20
First lead screw 29 and for drive the first lead screw 29 rotate the first driving motor 30.First sliding rail 27 is fixedly connected on the first base
Seat 16.First sliding rail, 27 lower face is fixed with the first connecting plate 31, the first lead screw 29 be rotationally connected with the first connecting plate 31 and
It is in axial limiting with the first connecting plate 31.The output end fixing sleeve of first driving motor 30 is equipped with the first drive bevel gear 32, the
One lead screw, 29 one end fixing sleeve is equipped with the first driven wheel of differential 33, and the first drive bevel gear 32 is engaged in the first driven wheel of differential
33。
After blank material is stablized clamping on the first bottom plate 20 by the first tool component 17, the first driving motor 30 driving the
One drive bevel gear 32 rotates, and the first lead screw 29 is driven to rotate under the power transmission of the first driven wheel of differential 33, and then drives first
Sliding block 28 is slided along sliding rail length direction.It realizes and drives the first tool component 17 to enter two millings by the first drive component 19
It cuts between component 18.The flat processing of milling is carried out to blank material both ends end face by milling component 18 simultaneously, completes the processing of the station.
As shown in figure 8, drilling and tapping station 14 include the second pedestal 34, the second tool component 35, the first boring assemblies 36,
Tapping component 37, the first bore hole component 38 and driving source 39.First boring assemblies 36 set there are two and are located at the second tooling
35 both ends of component.Tapping component 37 is located in one of 36 side of the first boring assemblies, and the first bore hole component 38 is located at another
First boring assemblies, 36 side.Each first boring assemblies 36, tapping component 37 are respectively connected with driving on first bore hole component 38
Source 39, driving source 39 can drive the first boring assemblies 36, tapping component 37, the first bore hole component 38 to be moved towards blank material.It drives
Dynamic source 39 can be hydraulic cylinder etc..Second tool component 35 is equipped with for driving the second tool component 35 in the first boring assemblies 36
Second drive component 97 of the movement between tapping component 37.
After by blank material clamping to the first tool component 17, driving source 39 drives the first boring assemblies 36 towards blank
Material movement, while the first boring assemblies 36 drill to blank material both ends.After drilling, pass through the second drive component 97
Drive the second tool component 35 between two the first boring assemblies 36, enter tapping component 37 and the first bore hole component 38 it
Between, driving source 39 drives tapping component 37 to be moved towards blank material, and tapping component 37 forms threaded hole 7 to blank material tapping；It drives
Dynamic source 39 drives the first bore hole component 38 to be moved towards blank material, while the first bore hole component 38 carries out bore hole to interstitial hole 12,
Ensure the circularity of interstitial hole 12.
As shown in figure 8, one of them 36 side of the first boring assemblies is equipped with the second guide plate 40, opened on the second guide plate 40
Equipped with second pilot hole 41 corresponding with drill bit on first boring assemblies 36, the second guide plate 40 is towards the first boring assemblies 36
Side is equipped with the second guide sleeve 42, the second guide sleeve 42 and the second pilot hole 41 in coaxial arrangement.
As shown in figure 9, the second tool component 35 includes the second bottom plate 43, is fixedly installed in the second bottom plate 43 for support hair
Second stacker 44 of blank, positioned at 44 side of the second stacker third driving cylinder 45, be located at the second stacker 44 far from the
First guide plate 46 of three driving cylinders, 45 side.The cylinder body of third driving cylinder 45 is fixedly installed in the second bottom plate 43, and third is driven
The piston rod of dynamic cylinder 45 is fixedly installed pushing block 47 towards 44 one end of the second stacker.It offers and bores on first guide plate 46
Corresponding first pilot hole 48 and through hole corresponding with the first bore hole component 38 49, the first guide plate 46 is towards the first drilling
36 side of component is equipped with the first guide sleeve 50, the first guide sleeve 50 and the first pilot hole 48 in coaxial arrangement.
In clamping, directly blank material is put into the second stacker 44, is pushed by the driving of third driving cylinder 45 and opens court
It is moved to the first guide plate 46, impeller drives blank material to be moved towards the first guide plate 46 at this time, until blank material pushes against the
The first guide sleeve 50 on one guide plate 46.Blank material pushes against the first guide sleeve 50 and pushing block 47 at this time, and blank material is made to stablize
Clamping is on the second bottom plate 43.And the first guide sleeve 50 and the second guide sleeve 42 can play blocking to metal fillings in drilling
Effect, reduces the splashing of metal fillings.
As shown in Figure 10 and Figure 11, the second drive component 97 includes along the second tool component 35（Refer to Fig. 8）The direction of motion
Be arranged and across the second bottom plate 43 the second sliding rail 51, be fixedly connected on the second bottom plate 43 the second sliding block 52, be threadedly connected to
Second lead screw 53 of the second sliding block 52 and for drive the second lead screw 53 rotate the second driving motor 54.Second sliding rail 51 is fixed
It is connected to the second pedestal 34.Second sliding rail, 51 lower face is fixed with the second connecting plate 55, and the second lead screw 53 is rotationally connected with
Two connecting plates 55 and with the second connecting plate 55 be in axial limiting.The output end fixing sleeve of second driving motor 54 is equipped with second actively
Bevel gear 56,53 one end fixing sleeve of the second lead screw are equipped with the second driven wheel of differential 57, and the second drive bevel gear 56 is engaged in second
Driven wheel of differential 57.
After blank material is stablized clamping on the second bottom plate 43 by the second tool component 35, driving source 39 drives the second drilling
Component 60 is moved towards blank material, while the second boring assemblies 60 drill to blank material both ends.After drilling, second
Driving motor 54 drives the rotation of the second drive bevel gear 56, and 53 turns of the second lead screw is driven under the power transmission of the second driven wheel of differential 57
It is dynamic, and then the second sliding block 52 is driven to be slided along 51 length direction of the second sliding rail.It realizes through the second drive component 97 driving the
Two tool components 35 enter between tapping component 37 and the first bore hole component 38.Then driving source 39 drives 37 direction of tapping component
Blank material moves, and tapping component 37 forms threaded hole 7 to blank material tapping；Driving source 39 drives the first bore hole component 38 towards hair
Blank moves, while the first bore hole component 38 carries out bore hole to interstitial hole 12, completes the processing of the station.
As shown in figure 12, drilling bore hole station 15, including third pedestal 58, third tool component 59, for boring lifting lug 10
Locate the second boring assemblies 60, the second bore hole component 61 for boring mounting hole 5 of through-hole.Second boring assemblies 60 be equipped with two groups and
It is located at 59 both sides of third tool component and corresponding lifting lug 10, the second bore hole component 61 is equipped with two groups and is located at third work
59 both sides of arrangement.Second boring assemblies 60 and the second bore hole component 61 are equipped with driving source 39, and driving source 39 can drive second
Boring assemblies 60 and the second bore hole group are moved towards blank material.Driving source 39 is as described above, can be hydraulic cylinder etc..
It is same by the second bore hole component 61 and the second boring assemblies 60 after on blank material clamping to third tool component 59
When bore hole and drilling are carried out to blank material both sides, you can complete processing.
As shown in figure 13, third tool component 59 includes for placing blank material and being fixedly connected on the bottom of third pedestal 58
Disk 62 positions for penetrating interstitial hole 12 and blank material and is fixedly connected on the positioning disk 63 on chassis 62, for abutting blank material
End face makes blank material stablize the first clamp portion 64 on third pedestal 58, makes blank material for abutting 8 upper surface of mounting base
Stablize the second clamp portion 65 on third pedestal 58.Chassis 62 is equipped with for chassis 62 to be mounted on third pedestal 58
Installation bolt 66.Installation bolt 66 passes through chassis 62 and is threadedly connected to third pedestal 58, and installation bolt 66 is circumferential along chassis 62
Equipped with several.
In clamping workpiece, first blank material is placed on chassis 62, positioning disk 63 is made to penetrate in interstitial hole 12.Pass through first
Clamp portion 64 and the second clamp portion 65 limit blank material, and then give the limit power of blank material in an axial direction, make blank material
It is stable by clamping on third pedestal 58.
As shown in figure 13, the first clamp portion 64 includes vertically being arranged and being fixedly connected on the connection of third pedestal 58
Column 67, the first intermediate bar 68 for being rotationally connected with connecting pole 67,69 and of the first rotating bar for being rotationally connected with the first intermediate bar 68
The first driving cylinder 70 for driving the first rotating bar 69 to rotate.First driving cylinder 70 is installed on third pedestal 58 and rotates company
It is connected to 69 one end of the first rotating bar.First rotating bar 69 is equipped with far from 70 one end of the first driving cylinder and abuts plate 71, abuts 71 court of plate
It is equipped with the fitting 72 for pushing against blank material to 58 side of third pedestal, fitting 72, which sets there are four and is distributed in, abuts plate 71
On four angles.
The rotation of the first rotating bar 69 is driven by the first driving cylinder 70, and then abutting plate 71 is made to be rotated relative to connecting pole 67,
Until abutting plate 71 pushes against blank material.Make blank material that can be stably mounted on third pedestal 58.The first intermediate bar 68 can make simultaneously
It is constant to abut centre of location when plate 71 rotates, it is ensured that in setting range, the fitting 72 abutted on plate 71 can stablize abutting hair
Blank.
As shown in figure 13, the second clamp portion 65 includes the first mounting base 73 being installed on third pedestal 58, rotation connection
In the first mounting base 73 the first bar 74, be rotationally connected with the first bar 74 force application rod 75, be rotationally connected with the of force application rod 75
Two bars 76 and it is fixedly connected on the second bar 76 and perpendicular to the third bar 77 of the second bar 76.Second bar 76 is rotationally connected with the first peace
Seat 73 is filled, third bar 77 is equipped with the abutting block 78 for pushing against mounting base 8 in blank material far from 76 one end of the second bar.
In clamping workpiece, manual actuation force application rod 75 rotates, and force application rod 75 drives the second bar 76 around the second bar after rotating
76 and first mounting base 73 tie point rotation, and then third bar 77 is driven to rotate, makes abutting block 78 towards the peace in blank material
It fills bottom plate 8 to move, until it is connected to mounting base 8, blank material is made to abut clamping in third pedestal 58 by the second clamp portion 65
On.
As shown in figure 14, it is installed on third pedestal 58 in order to which blank material is more stable, installation bolt 66 is equipped with six
Chamfered groove 79 abuts block 78 and is equipped with the abaculus 80 that can be embedded in hex slot 79 towards 58 one end of third pedestal.It abuts block 78 and is pushing against hair
When mounting base 8 on blank, the first through hole 9 that may pass through on mounting base 8 is embedded in hex slot 79.And then have to blank material
Limit power axially and radially makes what blank material can be more stable to be installed on third pedestal 58.
When clamping, first it is placed on blank material is vertical on chassis 62, positioning disk 63 is made to penetrate in interstitial hole 12.First driving
Cylinder 70 drives the rotation of the first rotating bar 69, and then abutting plate 71 is made to be rotated relative to connecting pole 67, until fitting 72 pushes against blank
Material.Manual actuation force application rod 75 rotates, and force application rod 75 drives the second bar 76 to rotate after rotating, and then third bar 77 is driven to rotate,
Abutting block 78 is set to be moved towards the mounting base 8 in blank material.Until abutting first through hole 9 of the block 78 on mounting base 8
In embedded hex slot 79.Fitting 72 has blank material axial limit power at this time, and abutting block 78 has blank material radial limit
Position power and axial limit power, to make that blank material can stablize by 59 clamping of third tool component.
Then the second bore hole component 61 and the second boring assemblies 60 are driven to be moved towards blank material by driving source 39, simultaneously
Bore hole and drilling are carried out to blank material both sides by the second bore hole component 61 and the second boring assemblies 60, you can complete at the station
Processing.
The operation principle of the producing line is as follows：
1, processing when, first by blank material by 17 clamping of the first tool component on end face milling station 13, the first drive component
19 drive blank material between two milling components 18, and two milling components 18 simultaneously carry out blank material both ends the milling of end face
It is flat；
2 and then blank material is transformed into drilling and tapping station 14, blank material clamping is being drilled by the second tool component 35
On tapping station 14, driving source 39 pushes the first boring assemblies 36 to be moved towards blank material, while the first boring assemblies 36 are to hair
Blank both ends drill；
3, blank material is driven at tapping component 37 by the second drive component 97 after drilling, wherein one end is led to
Hole carries out screwing operation, so that it becomes threaded hole 7；While tapping, the first bore hole component 38 carries out bore hole to interstitial hole 12,
Blank material is positioned when facilitating following process；
4, finally blank material is transformed into drilling and tapping station 14, positioning disk 63 is embedded in the interstitial hole 12 of blank material, led to
It crosses third tool component 59 to finish blank material clamping, by the second bore hole component 61 and the second boring assemblies 60 simultaneously to blank
Expect that both sides carry out bore hole and drilling, you can complete processing.
Embodiment two：
As shown in figure 15, difference lies in the producing line further includes transmission station 81 for embodiment two and embodiment one.In order to improve production
Quality, need to each station after processing is completed, by blank material be transferred to transmission station 81 on, then blank material is carried out everywhere
Blank material after detecting a station mismachining tolerance within the allowable range, then is transported next station, carried out next by detection
The processing of step.
Transmission station 81 is rotated including the 4th pedestal 82, the rotating roller 83 for being rotationally connected with the 4th pedestal 82, for driving
The third drive component 84 that roller 83 is rotated relative to the 4th pedestal 82.4th pedestal 82 is along end face milling station 13, drilling and tapping station
14,15 orientation setting of drilling bore hole station.Rotating roller 83 is equipped with several along 82 length direction of the 4th pedestal.Third drives
Component 84 includes third driving motor 87, belt wheel 85 and belt 86, and 83 one end of each rotating roller has been fixedly and coaxially connected a band
Wheel 85, belt 86 are sheathed on the linkage of belt wheel 85 outside all belt wheels 85 together.Third driving motor 87 is fixedly installed in the 4th
Pedestal 82, and the output shaft of third driving motor 87 is fixedly connected on one of belt wheel 85.
When third driving motor 87 drives a belt wheel 85 rotation, 85 turns of all belt wheels are driven under the drive of belt 86
It is dynamic, to drive all rotating rollers 83 to rotate, blank material is driven to be run on transmission station 81.
After blank material is in a station completion of processing, needs manually to remove blank material from the station, be put into transmission station
Machining accuracy is detected on 81, space is larger on transmission station 81, keeps detection more convenient.After detection, rotating roller 83 rotates,
Blank material is driven to the next station of correspondence.And then facilitate worker that blank material is transported to next station, improve processing
Efficiency.
Embodiment three：
As shown in figure 16, difference lies in producing line further includes hanging component 88, and hanging component 88 wraps for embodiment three and embodiment two
Include the Suction cup assembly 89 for picking up workpiece and for lifting by crane Suction cup assembly 89 and driving Suction cup assembly 89 axial along rotating roller 83
The row of movement hangs component 90.As shown in figure 17, Suction cup assembly 89 includes being fixedly connected with row to hang the mounting bracket 91 of component 90, be connected to
The sucker 92 of blank material and vacuum pump 93 for vacuumizing gas in sucker 92.It is connected between vacuum pump 93 and sucker 92
Exhaust tube 94.Sucker 92 is at least provided with two, and sucker 92 and vacuum pump 93 are mounted on mounting bracket 91.
As shown in figure 16, row hangs component 90 and sets there are three and correspond to respectively end face milling station 13, drilling and tapping station 14, bores
Hole bore hole station 15（It is not embodied in figure）.It includes the slideway 95 that 90 glide direction of component is hung for being oriented to row that row, which hangs component 90,
Slideway 95 is perpendicular to transmission station 81.
It is finished when blank material detects on transmission station 81, and blank material is transported into next station by transmission station 81
Afterwards, it hangs component 90 by row Suction cup assembly 89 is moved to above blank material, then declines Suction cup assembly 89.Until sucker 92
It is connected to blank material one end end face, the space between sucker 92 and blank material is vacuumized by exhaust tube 94, made by vacuum pump 93
Sucker 92 and blank material are stably connected with.Then it hangs component 90 by row again to lift blank material, row hangs component 90 and grows along slideway 95
Direction movement is spent, blank material is lifted into processing stations.Whole process reduces artificial carry and pays needed for blank material
Labour improves processing efficiency.And multiple rows hang component 90 and can work asynchronously, and further improve efficiency.
Example IV：
As shown in figure 18, difference lies in the producing line further includes hanging component 88, hanging component 88 for example IV and embodiment one
It include Suction cup assembly 89 for picking up workpiece and for lifting by crane Suction cup assembly 89 and driving Suction cup assembly 89 along 83 axis of rotating roller
Component 90 is hung to the row of movement.As shown in figure 19, Suction cup assembly 89 includes being fixedly connected with row to hang the mounting bracket 91 of component 90, abut
In the sucker 92 of blank material and vacuum pump 93 for vacuumizing gas in sucker 92.It is connected between vacuum pump 93 and sucker 92
There is exhaust tube 94.Sucker 92 is at least provided with two, and sucker 92 and vacuum pump 93 are mounted on mounting bracket 91.
As shown in figure 18, the capable component 90 that hangs includes for being oriented to the capable slideway 95 for hanging 90 glide direction of component, and slideway 95
Along end face milling station 13, drilling and tapping station 14, the 15 orientation setting of drilling bore hole station.
When detecting, directly blank can be detected on end face milling station 13, drilling and tapping station 14, drilling bore hole station 15
The machining accuracy of material hangs component 90 by row and Suction cup assembly 89 is moved to above blank material, then declines Suction cup assembly 89.
Until sucker 92 is connected to blank material one end end face, vacuum pump 93 is by exhaust tube 94 by the space between sucker 92 and blank material
It vacuumizes, sucker 92 and blank material is made to be stably connected with.Then it hangs component 90 by row again to lift blank material, row hangs 90 edge of component
95 length direction of slideway moves, and blank material is lifted processing stations.The operation directly makes blank by hanging component 88
Material moves between station, it is no longer necessary to and it is artificial to carry, reduce hand labor.
The above is only a preferred embodiment of the present invention, protection scope of the present invention is not limited merely to above-mentioned implementation
Example, all technical solutions belonged under thinking of the present invention all belong to the scope of protection of the present invention.It should be pointed out that for the art
Those of ordinary skill for, several improvements and modifications without departing from the principles of the present invention, these improvements and modifications
It should be regarded as protection scope of the present invention.
Claims (10)
1. a kind of producing line for manufacturing lower connecting base in solar energy photovoltaic generator, it is characterized in that：Include successively
End face milling station（13）, including the first pedestal（16）, so that blank material is axially parallel to the first pedestal for clamping blank material
（16）First tool component of upper surface（17）, for the milling component of the flat blank material end face of milling（18）, the milling component
（18）If there are two and it is located at the first tool component（17）Both ends, first tool component（17）It is slidably connected to first
Pedestal（16）, and first tool component（17）It is equipped with for driving the first tool component（17）Into two milling components
（18）Between and leave two milling components（18）Between the first drive component（19）；
Drilling and tapping station（14）, including the second pedestal（34）, so that blank material is axially parallel to the second base for clamping blank material
Seat（34）Second tool component of upper surface（35）, for the first boring assemblies of holes drilled through（36）, for the tapping group of tapping
Part（37）, the first boring assemblies（36）If there are two and it is located at the second tool component（35）Both ends, the tapping component
（37）It is located in one of the first boring assemblies（36）Side, second tool component（35）It is slidably connected to the second pedestal
（34）, second tool component（35）It is equipped with for driving the second tool component（35）In the first boring assemblies（36）With attack
Silk component（37）Between movement the second drive component（97）, first boring assemblies（36）With tapping component（37）It is all provided with
It is useful for the driving source for driving it to be moved towards blank material（39）；
Drill bore hole station（15）, including third pedestal（58）, so that blank material is axially perpendicular to third base for clamping blank material
Seat（58）The third tool component of upper surface（59）, for boring lifting lug（10）Locate the second boring assemblies of through-hole（60）, be used for boring
Mounting hole（5）The second bore hole component（61）, second boring assemblies（60）Equipped with two groups and it is located at third tooling group
Part（59）Both sides and corresponding lifting lug（10）, the second bore hole component（61）Equipped with two groups and it is located at third tool component
（59）Both sides, second boring assemblies（60）With the second bore hole component（61）Equipped with for driving it to be moved towards blank material
Driving source（39）.
2. a kind of producing line for manufacturing lower connecting base in solar energy photovoltaic generator according to claim 1, special
Sign is：The drilling and tapping station（14）Further include for interstitial hole on borer part（12）The first bore hole component of one end（38）,
The first bore hole component（38）Positioned at tapping component（37）Opposite, the first bore hole component（38）It is equipped with for driving it
The driving source moved towards blank material（39）.
3. a kind of producing line for manufacturing lower connecting base in solar energy photovoltaic generator according to claim 1, special
Sign is：Second tool component（35）It is equipped with the first guide plate（46）, first guide plate（46）On offer and drill bit pair
The first pilot hole answered（48）With with the first bore hole component（38）Corresponding through hole（49）, first guide plate（46）Direction
First boring assemblies（36）Side is equipped with the first guide sleeve（50）, first guide sleeve（50）With the first pilot hole（48）In same
Axis is arranged.
4. a kind of producing line for manufacturing lower connecting base in solar energy photovoltaic generator according to claim 1, special
Sign is：The third tool component（59）Including being used to place blank material and being fixedly connected on third pedestal（58）Chassis
（62）, for penetrating interstitial hole（12）It positions blank material and is fixedly connected on chassis（62）Positioning disk（63）, for abutting hair
Blank upper surface makes blank material stablize in third pedestal（58）On the first clamp portion（64）, for abutting mounting base（8）On
End face makes blank material stablize in third pedestal（58）On the second clamp portion（65）.
5. a kind of producing line for manufacturing lower connecting base in solar energy photovoltaic generator according to claim 1, special
Sign is：First clamp portion（64）Including being vertically arranged and being fixedly connected on third pedestal（58）Connecting pole
（67）, be rotationally connected with connecting pole（67）The first intermediate bar（68）, be rotationally connected with the first intermediate bar（68）First rotation
Bar（69）With for driving the first rotating bar（69）First driving cylinder of rotation（70）, first driving cylinder（70）It is installed on
Three pedestals（58）Above and it is rotationally connected with the first rotating bar（69）One end, first rotating bar（69）Far from the first driving cylinder
（70）One end, which is equipped with, abuts plate（71）, the abutting plate（71）Towards third pedestal（58）Side is equipped with for pushing against blank material
Fitting（72）, the fitting（72）At least provided with three and it is distributed in abutting plate（71）On.
6. a kind of producing line for manufacturing lower connecting base in solar energy photovoltaic generator according to claim 1, special
Sign is：Second clamp portion（65）Including being installed on third pedestal（58）On the first mounting base（73）, be rotationally connected with
One mounting base（73）The first bar（74）, be rotationally connected with the first bar（74）Force application rod（75）, be rotationally connected with force application rod
（75）The second bar（76）Be fixedly connected on the second bar（76）And perpendicular to the second bar（76）Third bar（77）, described second
Bar（76）It is rotationally connected with the first mounting base（73）, the third bar（77）Far from the second bar（76）One end is equipped with for pushing against hair
Mounting base on blank（8）Abutting block（78）.
7. a kind of producing line for manufacturing lower connecting base in solar energy photovoltaic generator according to claim 1, special
Sign is：The chassis（62）It is equipped with for by chassis（62）Mounted on third pedestal（58）On installation bolt（66）, described
Installation bolt（66）It is equipped with hex slot（79）, the abutting block（78）Towards third pedestal（58）One end, which is equipped with, can be embedded in hexagonal
Slot（79）Abaculus（80）.
8. a kind of producing line for manufacturing lower connecting base in solar energy photovoltaic generator according to claim 1, special
Sign is：Further include being located at end face milling station（13）The transmission station of side（81）, the transmission station（81）Including along end face milling
Station（13）, drilling and tapping station（14）, drilling bore hole station（15）4th pedestal of orientation setting（82）, rotation connection
In the 4th pedestal（82）Rotating roller（83）With for driving rotating roller（83）Opposite 4th pedestal（82）The third of rotation drives
Component（84）, the rotating roller（83）Along the 4th pedestal（82）Length direction is equipped with several.
9. a kind of producing line for manufacturing lower connecting base in solar energy photovoltaic generator according to claim 1, special
Sign is：It further include hanging component（88）, the hanging component（88）It include the Suction cup assembly for picking up workpiece（89）With for
Lift by crane Suction cup assembly（89）And drive Suction cup assembly（89）Along rotating roller（83）The row of axial movement hangs component（90）.
10. a kind of producing line for manufacturing lower connecting base in solar energy photovoltaic generator according to claim 1, special
Sign is：It further include hanging component（88）, the hanging component（88）It include the Suction cup assembly for picking up workpiece（89）With for
Lift by crane Suction cup assembly（89）And drive Suction cup assembly（89）In end face milling station（13）, drilling and tapping station（14）, drilling bore hole
Station（15）Between the row that moves hang component（90）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810576378.4A CN108608213B (en) | 2018-06-06 | 2018-06-06 | Production line for manufacturing lower connecting seat in solar photovoltaic power generation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810576378.4A CN108608213B (en) | 2018-06-06 | 2018-06-06 | Production line for manufacturing lower connecting seat in solar photovoltaic power generation device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108608213A true CN108608213A (en) | 2018-10-02 |
| CN108608213B CN108608213B (en) | 2024-02-13 |
Family
ID=63664789
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810576378.4A Active CN108608213B (en) | 2018-06-06 | 2018-06-06 | Production line for manufacturing lower connecting seat in solar photovoltaic power generation device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108608213B (en) |
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| CN208543198U (en) * | 2018-06-06 | 2019-02-26 | 杭州平成机械有限公司 | It is a kind of for manufacturing the producing line of lower connecting base in solar energy photovoltaic generator |
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|---|---|---|---|---|
| EP1700653A1 (en) * | 2005-03-11 | 2006-09-13 | ANNN Yang Machinery Co., Ltd. | Vertical compound lathe and milling machine |
| CN202240438U (en) * | 2011-08-08 | 2012-05-30 | 台州荣茂电器有限公司 | Special combined machine for milling groove, tapping and deburring |
| CN103921120A (en) * | 2014-04-09 | 2014-07-16 | 中山建德工业有限公司 | Turning, milling and drilling comprehensive numerical control equipment |
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| Publication number | Publication date |
|---|---|
| CN108608213B (en) | 2024-02-13 |
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