CN105965137B - Compressor housing production line - Google Patents
Compressor housing production line Download PDFInfo
- Publication number
- CN105965137B CN105965137B CN201610192413.3A CN201610192413A CN105965137B CN 105965137 B CN105965137 B CN 105965137B CN 201610192413 A CN201610192413 A CN 201610192413A CN 105965137 B CN105965137 B CN 105965137B
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- Prior art keywords
- cylinder
- component
- footing
- welding
- transfer
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K9/00—Arc welding or cutting
- B23K9/32—Accessories
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K2101/00—Articles made by soldering, welding or cutting
- B23K2101/04—Tubular or hollow articles
Abstract
The invention discloses a kind of compressor housing production lines, comprising: control system, it is controlled by the control system: cylinder feed correction device, the casing bonding machine that cylinder and casing are welded, described sleeve pipe bonding machine rear is equipped with cylinder transfer mechanism, cylinder transfer mechanism rear is equipped with cylinder cover feeding and pressing mechanism, the cylinder cover feeding and pressing mechanism rear are equipped with cylinder and its lid arc welding equipment, it is equipped with footing after the cylinder and its lid arc welding equipment and welds conveyor front barrel feed correction mechanism, rear positioned at footing welding conveyor front barrel feed correction mechanism is equipped with footing bonding machine, footing bonding machine rear is equipped with the bracket welding machine for bracket to be soldered to cylinder, the bracket welding machine rear is equipped with bracket and welds transfer mechanism.Compressor housing production line of the invention, uses full-automatic mode to realize the production of compressor housing, whole-course automation, to greatly improve the efficiency and positioning accuracy, while also reducing production cost.
Description
Technical field
The present invention relates to refrigeration compressor production equipment technology more particularly to a kind of compressor housing production lines.
Background technique
It is all to use artificial individually operated machinery equipment in the cylinder production line technology field of modern refrigerant compressor, it is right
Carry out casing on cylinder, lid, the welding of footing and bracket, and in traditional equipment, single machine production, one machine of a people, manually
Loading and unloading, not only production efficiency is low, but also high production cost, and there are security risks, with the development of automatic technology, biography
The production method of system seriously falls behind, does not adapt to the demand of development of modern industry.
Summary of the invention
The purpose of the present invention is to provide a kind of compressor housing production lines, and which solve current manual operations to be compressed
The production of casing body brings low efficiency, technical problem at high cost.
In order to achieve the above objectives, technical solution proposed by the invention are as follows:
A kind of compressor housing production line of the invention comprising: control system is controlled by the control system: cylinder
Body feed correction device, the casing bonding machine that cylinder and casing are welded, described sleeve pipe bonding machine rear are moved equipped with cylinder
Mounted mechanism, cylinder transfer mechanism rear are equipped with cylinder cover feeding and pressing mechanism, the cylinder cover feeding and pressing mechanism
Rear is equipped with cylinder and its lid arc welding equipment, and footing welding conveyor front barrel conveying is equipped with after the cylinder and its lid arc welding equipment
Aligning gear is equipped with footing bonding machine, the footing welding positioned at the rear of footing welding conveyor front barrel feed correction mechanism
Machine rear is equipped with the bracket welding machine for frame member to be soldered to cylinder, and the bracket welding machine rear is equipped with bracket welding and moves
Mounted mechanism.
Wherein, the cylinder feed correction device includes: first support, and the first support is equipped with a conveyer belt,
The conveyer belt is equipped with the first detection switch, the second detection switch and the first backgauge component and the second backgauge component；It is described
The end of conveyer belt is additionally provided with positioning component and correction component.
Wherein, the casing bonding machine includes: the first main weldering machine, and casing is delivered to the first main weldering machine weld
Left set pipe conveying mechanism, and for the positioning mechanism to casing and cylinder positioning, wherein the positioning mechanism includes:
For placing the cylinder float plate of cylinder, the lower electrode for welding is equipped with above the cylinder float plate.
Wherein, the cylinder transfer mechanism includes: fixed plate, and the fixed plate is equipped with a pair of of sliding rail, the sliding rail
It is equipped with sliding support plate, lifting cylinder is connected on the sliding support plate, the telescopic end of the lifting cylinder is equipped with cylinder
Pick and place component, wherein a shift servo for driving support plate to move along the sliding rail is additionally provided in the fixed plate.
Wherein, the cylinder cover feeding and press-in device include: the loading assemblies for being transmitted to cylinder cover, institute
The side for stating loading assemblies is equipped with fixed support plate, and the fixed support plate is equipped with cylinder cover transfer component and cylinder cover indentation
Component, the lower section of the cylinder cover indentation component are equipped with a press fitting station component for cylinder and cylinder cover to be pressed.
Wherein, the cylinder and its lid arc welding equipment include: cylinder blowing and shedding mechanism, the cylinder blowing and
The just opposite two sides of shedding mechanism one are respectively provided with a cylinder rotary welding mechanism；Wherein, the cylinder blowing and shedding mechanism
It include: third bracket, the third bracket is equipped with motor and divider, the motor and divider control one connecting plate of driving
Rotation, the connecting plate are equipped with four groups of pick-and-place material components, and the motor and divider drive four groups of pick-and-places material component every
It is secondary to be rotated by 90 ° central angle, to synchronously complete feeding and welding sequence.
Wherein, footing welding conveyor front barrel feed correction mechanism includes: cylinder transfer assembly, the cylinder transmission group
It is successively arranged the first detection switch, the first stock stop, the second detection switch, the second stock stop on part, and is located at described
The detection components and adjustment component at the second stock stop rear；Cylinder is transmitted through the cylinder transfer assembly, is examined by described first
Survey switch, the first stock stop, the second detection switch and the second backgauge mechanism controls blowing one by one, into the detection components into
Row calibration detection, and accurately adjusted by the adjustment component.
Wherein, the footing bonding machine includes: footing loading assemblies, and the discharge port of the footing loading assemblies is equipped with bottom
Foot arranges mechanism, and the top of footing arrangement mechanism is equipped with a welding electrode assembly, under the electrode of the welding electrode assembly
Side is equipped with a cylinder fixation kit, and the welding electrode assembly is connected to the second main weldering machine；Wherein, footing is first by the bottom
Foot loading assemblies carry out feeding one by one, carry out three footing along same circumference arranged at equal intervals via footing arrangement mechanism,
The welding electrode assembly transfers load to the footing that arrangement is completed above the cylinder fixation kit, by second main weldering
The welding of machine progress footing and cylinder.
Wherein, the bracket welding machine includes: third main weldering machine, and the third main weldering machine side is equipped with a bracket feeding
Mechanism is additionally provided with a lower electrode tool component for fixed cylinder on the third main weldering machine, and the bracket feed mechanism will
Frame member transfers load at lower electrode tool component, and cylinder and frame member are completed in the decline of the top electrode assembly of the third main weldering machine
Welding movement.
Wherein, bracket welding transfer mechanism includes: fixed frame, and the fixed frame is equipped with sliding rail, with the cunning
What rail was slidably installed has the first transfer component and the second transfer component, and the first transfer component and the second transfer component are controlled
In servo motor along sliding rail synchronizing moving, wherein be respectively provided with support below the first transfer component and the second transfer component
Circulate component after the preceding conveying of frame welding and correction component and bracket welding.
Compressor housing production line of the invention uses full-automatic mode to realize the production of compressor housing, whole machine
Tool to greatly improve the efficiency, while also reducing production cost.
Detailed description of the invention
Fig. 1 is the cylinder feed correction device partial structure diagram of compressor housing production line of the invention.
Fig. 2 is the casing bonding machine partial structure diagram of compressor housing production line of the invention.
Fig. 3 is the positioning mechanism partial structure diagram of compressor housing production line of the invention.
Fig. 4 is the cylinder transfer mechanism partial structure diagram of compressor housing production line of the invention.
Fig. 5 is the cylinder cover feeding and pressing mechanism partial structure diagram of compressor housing production line of the invention.
Fig. 6 is the loading assemblies partial structure diagram of compressor housing production line of the invention.
Fig. 7 is the cylinder and cylinder cover arc welding equipment partial structure diagram of compressor housing production line of the invention.
Fig. 8 is the cylinder feeding and discharge component partial structure diagram of compressor housing production line of the invention.
Fig. 9 is structure partial structure diagram inside the cylinder rotary welding mechanism of compressor housing production line of the invention.
Figure 10 is that the footing welding conveyor front barrel feed correction mechanism section structure of compressor housing production line of the invention is shown
It is intended to.
Figure 11 is the footing bonding machine partial structure diagram of compressor housing production line of the invention.
Figure 12 is the cylinder fixation kit partial structure diagram of compressor housing production line of the invention.
Figure 13 is the bracket welding machine partial structure diagram of compressor housing production line of the invention.
Figure 14 is the bracket feed mechanism partial structure diagram of compressor housing production line of the invention.
Figure 15 is that the bracket of compressor housing production line of the invention welds transfer mechanism partial structure diagram.
Specific embodiment
Below with reference to figure, the present invention is further described in detail.
Attached drawing 1 is please referred to attached drawing 15, in the present embodiment, which includes: control system, controlled
In the control system: cylinder feed correction device, the casing bonding machine that cylinder and casing are welded, described sleeve pipe weldering
Rear pick equipped with cylinder transfer mechanism, cylinder transfer mechanism rear is equipped with cylinder cover feeding and pressing mechanism, the cylinder
Body covers material and pressing mechanism rear and is equipped with cylinder and its lid arc welding equipment, after the cylinder 120 and its lid arc welding equipment
Conveyor front barrel feed correction mechanism is welded equipped with footing, the rear positioned at footing welding conveyor front barrel feed correction mechanism is equipped with bottom
Foot bonding machine, footing bonding machine rear are equipped with the bracket welding machine for bracket to be soldered to cylinder, the bracket welding
Machine rear is equipped with bracket and welds transfer mechanism.
Referring to Fig. 1, above-mentioned cylinder feed correction device, for realizing the transmission of automatic cylinder, and is positioned and is corrected
Process.Comprising: first support 110, first support 110 is equipped with one for conveying the conveyer belt of cylinder 120, on conveyer belt
Equipped with the first detection switch 131 for whether having cylinder for detecting current station, the second detection switch 133, and for letting pass
Or the first backgauge component 132 and the second backgauge component 134 for preventing cylinder from moving forward.The end of conveyer belt is additionally provided with positioning component
141 and correction component 150, i.e., it is corrected and positions for specific welding position.Conveyer belt includes: motor 121, is connected to
The driving wheel 122 of 121 output shaft of motor, and the several groups rotating device rotated is driven by the driving wheel 122.Rotation
Device includes: driven wheel 123, and the rotating cylinder 124 connecting with the driven wheel 123, and rotating cylinder 124 is driven by driven wheel 123 to be revolved
Turn.Positioning component packet further includes detection switch 142 and backgauge cylinder 143.
Attached drawing 2 and Fig. 3 are please referred to, above-mentioned casing bonding machine includes: the first main weldering machine 210, and it is main that casing is delivered to first
The left set pipe conveying mechanism 220 of 210 weld of welding machine, and for the positioning mechanism 240 to casing and cylinder positioning.With it is above-mentioned
The side that left casing welding 210 matches is additionally provided with a right set pipe conveying mechanism 230, to be compatible with the casing and cylinder of other sizes
Welding.Wherein, positioning mechanism 240 includes: the cylinder float plate 241 for placing cylinder, and cylinder float plate 241 is fixed on cabinet body
The lower electrode 242 for welding is equipped on 244, above cylinder float plate 241, lower electrode 242 is equipped with detection switch 243.Cylinder
Body float plate 241 includes a plate body that can be floated up and down, and sets that there are four locating pieces on plate body.Four shapes between locating piece and plate body
At one for that can stablize the groove for placing cylinder, before cylinder transfers load to cylinder float plate 241, cylinder is by positioning, therefore
Casing and cylinder wielding neck can directly be carried out.Cylinder float plate 241 is equipped with the first, second detection switch 2411 and 2412.
Attached drawing 4 is please referred to, which includes: support base 310, and support base 310 is equipped with linear guide
311, the first transfer component 33, the second transfer component 35 and third transfer component 37 are slidably connected in linear guide 311, and
The driving device 32 for pushing the first transfer component 33, the second transfer component 35 and third transfer component 37 mobile.Wherein above-mentioned
Transfer component 38 is additionally provided with below two transfer components 35, transfer component 38 is equipped with a detection switch 381.For temporary middle unloading
Put cylinder 100.Wherein, above-mentioned first transfer component 33,37 synchronizing moving of the second transfer component 35 and third transfer component, first
It is connected and fixed between transfer component 33 and the second transfer component 35 using the first connecting plate 34, the second transfer component 35 is moved with third
It carries and is connected and fixed between component 37 using the second connecting plate 36.
Attached drawing 5 and attached drawing 6 are please referred to, cylinder cover feeding and press-in device include: for being transmitted to cylinder cover
Expect component 410, the side of loading assemblies 410 is equipped with fixed support plate, and fixed support plate is equipped with cylinder cover transfer component and cylinder
Body lid is pressed into component 420, and the lower section that cylinder cover is pressed into component 420 is equipped with a press fitting station for cylinder and cylinder cover to be pressed
Component 430.Loading assemblies 410 include: second support 411, and second support 411 is equipped with motor and divider 412, motor driven
One rotating disk 415, the rotating disk 415 are equipped with the feed bin 413 that several groups are used to store cylinder cover, rotating disk 415
Side is additionally provided with the elevating mechanism 414 for holding up feed bin 413.Wherein, single feed bin includes: retainer plate 4131, is fixed on support
The vertical gag lever post 4132 of at least three of 4131 upper face of flitch, three gag lever posts 132 are collectively formed one with retainer plate 131 and are used for
Place the feed bin space of multiple cylinder covers.
Attached drawing 7 is please referred to attached drawing 9, the cylinder and cylinder cover arc welding equipment include cylinder blowing and shedding mechanism 510, cylinder
Body blowing and the just opposite two sides of shedding mechanism 510 1 are respectively provided with a cylinder rotary welding mechanism 520 and 530.Cylinder blowing and
Shedding mechanism 510 includes: third bracket 511, the third bracket 511 be equipped with motor and divider 512, the motor and point
Cutter 512 control driving one connecting plate rotation 513, the connecting plate 513 be equipped with four groups of pick-and-place material components 514,515,516 and
517.Wherein, cylinder rotary welding mechanism 520 includes: pedestal 522, which is equipped with motor and divider 523, motor
And control one mounting plate 524 of driving of divider 523, it is at least dual-purpose in fixed and the cylinder of rotation is driven to be tensioned on mounting plate 524
Component 525 is additionally provided with weld assembly wherein being fixedly connected on 522 side of pedestal and being located above the mounting plate 524
526。
Please refer to attached drawing 10, which welds conveyor front barrel feed correction mechanism, comprising: for by cylinder 100 from a upper work
Position is delivered to the cylinder transfer assembly 62 of correction component, and cylinder transfer assembly 62 is fixed on bracket 61.Cylinder transfer assembly 62
On be successively arranged the first detection switch 64, the first stock stop 65, the second detection switch 66, the second stock stop 67, Yi Jiwei
Detection components 68 and adjustment component 69 in 67 rear of the second stock stop；It is additionally provided with above cylinder transfer assembly 62 several
Radiator fan 63.Detection switch 612 and 613, and the resistance for being positioned to sleeve position are additionally provided in detection components 68
Cylinder 611 is kept off, cylinder transfer assembly 62 includes feeder motor 622 and the conveyer belt 621 by feeder motor drive.
Attached drawing 11 and Figure 12 are please referred to, which includes five most of: footing feeding group, 710, the footing feeding
The discharge port of component 710 is equipped with footing and arranges mechanism 720, and the top that footing arranges mechanism 720 is equipped with a welding electrode assembly
730, the base part of welding electrode assembly 730 is equipped with a cylinder fixation kit 740, and the welding electrode assembly 730 connects
In the second main weldering machine 750；Wherein, footing carries out feeding one by one by the footing loading assemblies 710 first, arranges via the footing
Column mechanism 720 carries out three footing along same circumference arranged at equal intervals, and arrangement will be completed in the welding electrode assembly 730
Footing transfers load to 740 top of cylinder fixation kit, and the welding of footing and cylinder is carried out by the second main weldering machine 750.Cylinder
Body fixation kit 740 includes: pedestal 741, and pedestal 741 is equipped with a flat-removing air cyclinder 742,742 horizontal drive of flat-removing air cyclinder one
Body fixed disk 746, cylinder fixed disk 746 are equipped with a pair of of supporting plate cylinder 743,743 zigzag tread patterns of supporting plate cylinder, one supporting plate
7431, the supporting plate 7431, which is equipped with, can be used for foot piece and the butt-welded presetting slot of cylinder.Wherein, above-mentioned cylinder is solid
It is additionally provided with a pair of clamping cylinder 744 for being used for fixed cylinder on price fixing 746, is additionally provided on the supporting plate 7431 and works as detecting
Whether preceding station has the detection switch 745 of foot piece.
Attached drawing 13 and Figure 14 are please referred to, which includes: third main weldering machine 81, and 81 side of third main weldering machine is equipped with
One bracket feed mechanism 82 is additionally provided with a lower electrode tool component 84 for fixed cylinder, lower electrode on third main weldering machine 81
Group arrangement includes a detection switch 83, and the 4th bracket 810 is transferred load to lower electrode tool component 84 by bracket feed mechanism 82
Place, cylinder is completed in the decline of top electrode assembly 85 of third main weldering machine 81 and the welding of bracket acts.Bracket feed mechanism 82, packet
Include: firm banking 821, firm banking 821 are equipped with flat-removing air cyclinder 822, and flat-removing air cyclinder 822 drives a jacking cylinder 823, institute
The telescopic end for stating jacking cylinder 823 is connected with a stent bearing plank 8221, and the side of the stent bearing plank 8221 is additionally provided with a bracket
Expect frame 826 and detection switch 825, the discharge port side of bracket material frame 826 is equipped with a pusher cylinder 824, the pusher cylinder 824
The 4th bracket 810 of Level Promoting enters on the stent bearing plank 8221.Bracket material frame 826 is a pair of vertically-mounted stock guide
8261 and 8262 compositions, which is provided with guide groove.
Attached drawing 15 is please referred to, it mainly includes following components which, which welds transfer mechanism: for fixed support each group
The fixed frame 910 of part, the bracket positioned at 910 both ends of fixed frame weld preceding transfer and circulate after correcting component 940 and bracket welding
Component 950 is fixed on fixed frame 910 and is transferred to weldering for taking out cylinder in conveying before welding from bracket and correction component 940
The first transfer component 920 of place's welding is connect, and is flowed after the cylinder for completing welding is transferred load to bracket welding from weld again
Turn the second transfer component 930 on component 950.More specifically, bracket welding transfer mechanism includes: fixed frame 910, fixed frame
910 are equipped with sliding rail, have a first transfer component 920 and the second transfer component 930 with what the sliding rail was slidably installed, and described the
One transfer component 920 and the second transfer component 930 are controlled by servo motor 911 along sliding rail synchronizing moving, and pass through connecting plate
912 connections.Wherein, it is preceding defeated to be respectively provided with bracket welding for the lower section of the first transfer component 920 and the second transfer component 930
Send and correct component 940 and bracket welding after circulate component 950.
Above content, only presently preferred embodiments of the present invention, are not intended to limit embodiment of the present invention, and this field is general
Logical technical staff's central scope according to the present invention and spirit can very easily carry out corresponding flexible or modification, therefore originally
The protection scope of invention should be subject to protection scope required by claims.
Claims (8)
1. a kind of compressor housing production line characterized by comprising control system is controlled by the control system: cylinder
Feed correction device, the casing bonding machine that cylinder and casing are welded, described sleeve pipe bonding machine rear are equipped with cylinder transfer
Mechanism, cylinder transfer mechanism rear is equipped with cylinder cover feeding and pressing mechanism, after the cylinder cover feeding and pressing mechanism
Side is equipped with cylinder and its lid arc welding equipment, and footing welding conveyor front barrel is equipped with after the cylinder and its lid arc welding equipment and conveys school
Positive mechanism, the rear positioned at footing welding conveyor front barrel feed correction mechanism are equipped with footing bonding machine, the footing bonding machine
Rear is equipped with the bracket welding machine for frame member to be soldered to cylinder, and the bracket welding machine rear is equipped with bracket and welds transfer
Mechanism, the casing bonding machine include: the first main weldering machine, and casing is delivered to the left casing of the first main weldering machine weld
Conveying mechanism, and for the positioning mechanism to casing and cylinder positioning, wherein the positioning mechanism includes: for placing
The cylinder float plate of cylinder, the cylinder float plate top are equipped with the lower electrode for welding, the cylinder feed correction dress
Setting includes: first support, the first support be equipped with a conveyer belt, the conveyer belt be equipped with the first detection switch, second
Detection switch and the first backgauge component and the second backgauge component；The end of the conveyer belt is additionally provided with positioning component and correction
Component.
2. compressor housing production line as described in claim 1, which is characterized in that the cylinder transfer mechanism includes: branch
Pedestal is supportted, the support base is equipped with linear guide, and the first transfer component, the second shifting are slidably connected in the linear guide
Component and third transfer component are carried, and pushes the first transfer component, the second transfer component and third transfer component mobile
Driving device；Wherein transfer component is additionally provided with below the second transfer component.
3. compressor housing production line as described in claim 1, which is characterized in that the cylinder cover feeding and press-in device
It include: the loading assemblies for being transmitted to cylinder cover, the side of the loading assemblies is equipped with fixed support plate, the fixation
Support plate is equipped with cylinder cover transfer component and cylinder cover is pressed into component, and the lower section of the cylinder cover indentation component is equipped with one and is used for
The press fitting station component that cylinder and cylinder cover are pressed.
4. compressor housing production line as described in claim 1, which is characterized in that the cylinder and its lid arc welding equipment
It include: cylinder blowing and shedding mechanism, the cylinder blowing and the just opposite two sides of shedding mechanism one are respectively provided with cylinder rotation
Welding mechanism；Wherein, the cylinder blowing and shedding mechanism include: third bracket, the third bracket be equipped with motor and
Divider, the motor and divider control driving one connecting plate rotation, the connecting plate are equipped with four groups of pick-and-place material components, institute
It states motor and divider drives four groups of pick-and-places material component to be rotated by 90 ° central angle every time, to synchronously complete feeding and welding
Process.
5. compressor housing production line as described in claim 1, which is characterized in that the footing welding conveyor front barrel conveys school
Positive mechanism includes: cylinder transfer assembly, is successively arranged the first detection switch on the cylinder transfer assembly, the first stock stop,
Second detection switch, the second stock stop, and detection components and adjustment component positioned at second stock stop rear；Cylinder
Body is transmitted through the cylinder transfer assembly, by first detection switch, the first stock stop, the second detection switch and second gear
Expect mechanism controls blowing one by one, carries out calibration detection into the detection components, and accurately adjusted by the adjustment component.
6. compressor housing production line as described in claim 1, which is characterized in that the footing bonding machine includes: footing
Loading assemblies, the discharge port of the footing loading assemblies are equipped with footing and arrange mechanism, and the top of footing arrangement mechanism is equipped with
The base part of one welding electrode assembly, the welding electrode assembly is equipped with a cylinder fixation kit, the welding electrode group
Part is connected to the second main weldering machine；Wherein, footing carries out feeding one by one by the footing loading assemblies first, arranges via the footing
Column mechanism carries out three footing along same circumference arranged at equal intervals, and the welding electrode assembly moves the footing that arrangement is completed
It is loaded above the cylinder fixation kit, the welding of footing and cylinder is carried out by the second main weldering machine.
7. compressor housing production line as described in claim 1, which is characterized in that the bracket welding machine includes: third
Main weldering machine, the third main weldering machine side are equipped with a bracket feed mechanism, and one is additionally provided on the third main weldering machine for fixing
The lower electrode tool component of cylinder, the bracket feed mechanism transfer load to frame member at lower electrode tool component, the third
Cylinder is completed in the top electrode assembly decline of main weldering machine and the welding of frame member acts.
8. compressor housing production line as described in claim 1, which is characterized in that the bracket welds transfer mechanism packet
Include: fixed frame, the fixed frame are equipped with sliding rail, have the first transfer component and the second transfer group with what the sliding rail was slidably installed
Part, the first transfer component and the second transfer component are controlled by servo motor along sliding rail synchronizing moving, wherein described
It circulates after conveying and correcting component and bracket welding before being respectively provided with bracket welding below one transfer component and the second transfer component
Component.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610192413.3A CN105965137B (en) | 2016-03-30 | 2016-03-30 | Compressor housing production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610192413.3A CN105965137B (en) | 2016-03-30 | 2016-03-30 | Compressor housing production line |
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| Publication Number | Publication Date |
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| CN105965137A CN105965137A (en) | 2016-09-28 |
| CN105965137B true CN105965137B (en) | 2019-06-25 |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107009011B (en) * | 2017-04-12 | 2020-01-21 | 广州创研自动化设备有限公司 | Special welding machine for air duct motor mounting bracket of range hood |
| CN110961760B (en) * | 2018-09-29 | 2022-08-26 | 鸿富锦精密工业(武汉)有限公司 | Method for designing and manufacturing chassis |
| CN112518161A (en) * | 2020-11-26 | 2021-03-19 | 中山职业技术学院 | Compressor welding production system |
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