CN101323086B - Elevator guide rail automatic production line manufacturing technique and equipment thereof - Google Patents
Elevator guide rail automatic production line manufacturing technique and equipment thereof Download PDFInfo
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- CN101323086B CN101323086B CN2008100220453A CN200810022045A CN101323086B CN 101323086 B CN101323086 B CN 101323086B CN 2008100220453 A CN2008100220453 A CN 2008100220453A CN 200810022045 A CN200810022045 A CN 200810022045A CN 101323086 B CN101323086 B CN 101323086B
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Abstract
The invention relates to a production technology of automatic production lines, in particular to a production technique of the automation production lines of guiding rails of elevators and equipment thereof, which comprises processing units at two sides of the guiding rail of the elevator, a large back milling unit of the guiding rail of the elevator, a mortise and tenon processing unit of the guiding rail of the elevator, an assembly hole processing unit of the guiding rail of the elevator, a counter-boring processing unit of the guiding rail of the elevator, a transmission feeding system and an electric control system; the electric control system controls the processing units at the two sides of the guiding rail of the elevator, the large back milling unit of the guiding rail of the elevator, the mortise and tenon processing unit of the guiding rail of the elevator, the assembly hole processing unit of the guiding rail of the elevator, the counter-boring processing unit of the guiding rail of the elevator and the transmission feeding system to work cooperatively. All the production processes of the invention are controlled to carry out the production automatically by the electric control system, avoids product differences caused by differences of technology levels of processing workers; the product quality is improved and uniform; defective products can be reduced. Compared with the manual single machine processing, the production technology of automatic production lines improves the production efficiency, reduces the work strength and improves the working environment of workers.
Description
Technical field
The present invention relates to the automatic assembly line production technology, particularly a kind of elevator guide rail automatic production line manufacturing technique and equipment thereof.
Background technology
Elevator is the vertical transport instrument of the modern material progress of sign, the production capacity of elevator and owning amount are the important symbols of a modernization of the country degree, continuous rapid growth along with China's real estate industry, continuing to bring out of little high level, high residential building and high-storey business promoted the rapid growth of China's elevator industry.
Cage guide is the main parts size of lift facility, has all reached the level of production domesticization, and product quality can satisfy the demand of domestic and international market.At present, the total amount of homemade cage guide has occupied more than 1/3rd of international market share.China has become cage guide big producing country worthy of the name.
The processed content of cage guide comprises the two sides of cage guide, the big back in two ends, the cloudy tenon of elevator one end, one the Dragon Boat Festival tenon, the big back part in two ends is by the dress bolt hole.These processing contents as shown in Figure 1, 2.
The processing of domestic cage guide is to be processed as the master with unit always, and process equipment is simple and crude, and processing technology falls behind, and production efficiency is low, and product quality is not high, and the cage guide of the processing technology production that falls behind so can not satisfy the requirement of express elevator.Secondly, all be to adopt a dead lift conveying, greatly labor intensive resource between the conventional processes; because the part single-piece reaches 5 meters, substance about 80 kilograms, heavy track particularly; substance surpasses 200 kilograms, causes the excessive and generation industrial accident of employee's physical consumption through regular meeting in process of production.So adopt new processing technology, the machining equipment that development is efficient, accurate, automaticity is higher is the hope that cage guide manufacturing enterprise is dreamed of.
Summary of the invention
In order to overcome above-mentioned deficiency, the purpose of this invention is to provide a kind of cage guide automatic assembly line that is used to produce cage guide with higher automaticity and production efficiency.
The technical solution used in the present invention is: a kind of elevator guide rail automatic production line manufacturing technique is characterized in that: the concrete steps of this production technology are as follows,
A, cage guide is sent in the process equipment of cage guide two sides processing cage guide two sides, machine the back and cage guide is fed forward by carrying feeding system;
B, conveying feeding system are fed forward cage guide and enter the big back installed surface of the big back Milling Process of first cage guide equipment milling one end;
After C, the milling of the big back installed surface of an end are finished, carry feeding system that cage guide is withdrawed from the back lateral transfer from the big back Milling Process of first cage guide equipment, retreat again cage guide is sent into the big back installed surface of the big back Milling Process of second cage guide equipment milling other end;
D, the cage guide of carrying feeding system that the milling of big back installed surface is finished are fed forward, and enter the mortise and tenon of the first cage guide mortise and tenon process equipment milling cage guide, one end;
After E, an end mortise and tenon milling are finished, carry feeding system that cage guide is withdrawed from the back lateral transfer from the first cage guide mortise and tenon process equipment, retreat the mortise and tenon of cage guide being sent into the second cage guide mortise and tenon process equipment milling other end again;
F, conveying feeding system continue cage guide to be fed forward, and enter the big back installing hole of drilling cage guide one end in the first cage guide installing hole process equipment;
After G, the drilling of the big back installing hole of an end are finished, carry feeding system that cage guide is withdrawed from the back lateral transfer from the first cage guide installing hole process equipment, retreat again cage guide is sent into the big back installing hole of the processing other end in the second cage guide installing hole process equipment;
H, cage guide is continued forward to be fed forward, enter cage guide spot-facing equipment and carry out spot-facing processing.
A kind of cage guide automatic assembly line equipment, production technology production above this production line adopts, it comprises cage guide two sides machining cell, the big back Milling Process of cage guide unit, cage guide mortise and tenon machining cell, cage guide installing hole machining cell, cage guide spot-facing machining cell, carries feeding system and electric control system; Electric control system control cage guide two sides machining cell, the big back Milling Process of cage guide unit, cage guide mortise and tenon machining cell, cage guide installing hole machining cell, cage guide spot-facing machining cell, the collaborative work of conveying feeding system; Cage guide two sides machining cell comprises a cage guide two sides process equipment; The big back Milling Process of cage guide unit comprises first cage guide big back Milling Process equipment and the big back Milling Process of second cage guide equipment, the portraitlandscape setting of staggering each other of two the big back Milling Process of cage guide equipment; Cage guide mortise and tenon machining cell comprises the first cage guide mortise and tenon process equipment and the second cage guide mortise and tenon process equipment, the portraitlandscape setting of staggering each other of two cage guide mortise and tenon process equipments; Cage guide installing hole machining cell comprises the first cage guide installing hole process equipment and the second cage guide installing hole process equipment, the portraitlandscape setting of staggering each other of two cage guide installing hole process equipments; Cage guide spot-facing machining cell comprises a cage guide spot-facing process equipment; Process by carrying feeding system to be transported to successively the big back Milling Process of first cage guide equipment, the big back Milling Process of second cage guide equipment, the first cage guide mortise and tenon process equipment, the second cage guide mortise and tenon process equipment, the first cage guide installing hole process equipment, the second cage guide installing hole process equipment and the cage guide rail spot-facing process equipment from the cage guide that cage guide two sides process equipment comes out.
Further, carry feeding system to comprise the feed mechanism of conveying mechanism and the big back Milling Process of first cage guide equipment, the feed mechanism of the big back Milling Process of second cage guide equipment, the feed mechanism of the first cage guide mortise and tenon process equipment, the feed mechanism of the second cage guide mortise and tenon process equipment, the feed mechanism of the first cage guide installing hole process equipment, the feed mechanism of the second cage guide installing hole process equipment and the feed mechanism of cage guide rail spot-facing process equipment; Each feed mechanism is to separately process equipment material loading; Cage guide two sides process equipment is carried cage guide by conveying mechanism to the feed mechanism of the big back Milling Process of first cage guide equipment; The feed mechanism of the big back Milling Process of first cage guide equipment is carried cage guide by conveying mechanism to the feed mechanism of the big back Milling Process of second cage guide equipment; The big back Milling Process of second cage guide equipment is carried cage guide to the first cage guide mortise and tenon process equipment; The feed mechanism of the first cage guide mortise and tenon process equipment is carried cage guide by conveying mechanism to the feed mechanism of the second cage guide mortise and tenon process equipment; The second cage guide mortise and tenon process equipment is carried cage guide to the first cage guide installing hole process equipment; The feed mechanism of the first cage guide installing hole process equipment is carried cage guide by conveying mechanism to the feed mechanism of the second cage guide installing hole process equipment; The feed mechanism of the second cage guide installing hole process equipment is carried cage guide to the feed mechanism of cage guide rail spot-facing process equipment.
The invention has the beneficial effects as follows: all production processes of the present invention are produced by the control of electric control system fully automatically, avoided because the difference of the product quality that processing Personnel Skill Levels's difference causes, product quality improves and the quality unification, substandard products have been reduced, with respect to artificial unit processing, improve production efficiency, lowered working strength, improved workman's working environment.
Description of drawings
The present invention is further described below in conjunction with drawings and Examples.
Fig. 1 is the structural representation at the cage guide of the present invention back side.
Fig. 2 is the structural representation of cage guide of the present invention side.
Fig. 3 is a transfer matic flow chart of the present invention.
Among the figure: 1. cage guide two sides process equipment, 21. the big back Milling Process of first cage guide equipment, 22. the big back Milling Process of second cage guide equipment, 31. the first cage guide mortise and tenon process equipment, 32. the second cage guide mortise and tenon process equipment, 41. the first cage guide installing hole process equipment, 42. the second cage guide installing hole process equipment, 5. cage guide spot-facing equipment is 6. carried feeding system 61. conveying mechanisms, 62,63,64,65,66,67,68. feed mechanism, 7. cage guide two sides, 8. big back installed surface, 9. mortise and tenon, 11. big back installing holes.
The specific embodiment
Cage guide is a T type cage guide as shown in Figure 1, 2, the processed content of cage guide needs comprises the side 7 of two cage guides, the big back installed surface 8 in two ends, the cloudy tenon of elevator one end, one the Dragon Boat Festival tenon, the big back installing hole 11 on 8 ones of the big back installed surfaces in two ends.
As shown in Figure 3, a kind of elevator guide rail automatic production line manufacturing technique, the concrete steps of this production technology are as follows:
A, cage guide is sent in the cage guide two sides process equipment 1 processing cage guide two sides 7, machine the back and cage guide is fed forward by carrying feeding system 6;
B, conveying feeding system 6 are fed forward cage guide and enter the big back installed surface 8 of the big back Milling Process of first cage guide equipment 21 millings, one end;
After C, big back installed surface 8 millings of an end are finished, carry feeding system 6 that cage guide is withdrawed from the back lateral transfer from the big back Milling Process of first cage guide equipment 21, retreat again cage guide is sent into the big back installed surface 8 of the big back Milling Process of the second cage guide equipment 22 milling other ends;
D, the cage guide of carrying feeding system 6 that big back installed surface 8 millings are finished are fed forward, and enter the mortise and tenon 9 of the first cage guide mortise and tenon process equipment, 31 milling cage guides, one end;
After E, an end mortise and tenon 9 millings are finished, carry feeding system 6 that cage guide is withdrawed from the back lateral transfer from the first cage guide mortise and tenon process equipment 31, retreat the mortise and tenon 9 of cage guide being sent into the second cage guide mortise and tenon process equipment, the 32 milling other ends again;
F, conveying feeding system 6 continue cage guide to be fed forward, and enter the big back installing hole 11 of drilling cage guide one end in the first cage guide installing hole process equipment 41;
After G, big back installing hole 11 drillings of an end are finished, carry feeding system 6 that cage guide is withdrawed from the back lateral transfer from the first cage guide installing hole process equipment 41, retreat again cage guide is sent into the big back installing hole 11 of the processing other end in the second cage guide installing hole process equipment 42;
H, cage guide is continued forward to be fed forward, enter cage guide spot-facing equipment 5 and carry out spot-facing processing.Carry feeding system 6 that cage guide is fed forward again, enter the paint packaging process, so far cage guide is all machined and is packaged as by blank and treats hair-care articles.
As shown in Figure 3, a kind of cage guide automatic assembly line equipment, production technology production above this production line adopts, it comprises cage guide two sides machining cell, the big back Milling Process of cage guide unit, cage guide mortise and tenon machining cell, cage guide installing hole machining cell, cage guide spot-facing machining cell, carries feeding system 6 and electric control system; Electric control system control cage guide two sides machining cell, the big back Milling Process of cage guide unit, cage guide mortise and tenon machining cell, cage guide installing hole machining cell, cage guide spot-facing machining cell, 6 collaborative works of conveying feeding system.
Cage guide two sides machining cell comprises a cage guide two sides process equipment 1; The big back Milling Process of cage guide unit comprises the portraitlandscape setting of staggering each other of the big back Milling Process of first cage guide equipment 21 and 22, two big back Milling Process of cage guide of the big back Milling Process of second cage guide equipment equipment; Cage guide mortise and tenon machining cell comprises the portraitlandscape setting of staggering each other of the first cage guide mortise and tenon process equipment 31 and 32, two cage guide mortise and tenons of second cage guide mortise and tenon process equipment process equipment; Cage guide installing hole machining cell comprises the portraitlandscape setting of staggering each other of the first cage guide installing hole process equipment 41 and 42, two cage guide installing holes of second cage guide installing hole process equipment process equipment; Cage guide spot-facing machining cell comprises a cage guide spot-facing process equipment 5; Process by carrying feeding system 6 to be transported to successively the big back Milling Process of first cage guide equipment 21, the big back Milling Process of second cage guide equipment 22, the first cage guide mortise and tenon process equipment 31, the second cage guide mortise and tenon process equipment 32, the first cage guide installing hole process equipment 41, the second cage guide installing hole process equipment 42 and the cage guide rail spot-facing process equipment 5 from the cage guide that cage guide two sides process equipment 1 comes out.
Carry feeding system 6 to comprise the feed mechanism 62 of conveying mechanism 61 and the big back Milling Process of first cage guide equipment 21, the feed mechanism 63 of the big back Milling Process of second cage guide equipment 22, the feed mechanism 64 of the first cage guide mortise and tenon process equipment 31, the feed mechanism 65 of the second cage guide mortise and tenon process equipment 32, the feed mechanism 66 of the first cage guide installing hole process equipment 41, the feed mechanism 68 of the feed mechanism 67 of the second cage guide installing hole process equipment 42 and cage guide rail spot-facing process equipment, each feed mechanism 62,63,64,65,66,67,68 to separately process equipment material loading.The material-uploading style of feed mechanism 62,63,64,65,66,67 is vertical formula feeding style, and promptly cage guide is vertically sent into process equipment.The feeding style of the feed mechanism 68 of cage guide spot-facing process equipment 5 is a through type, be that feed mechanism 68 is sent cage guide into spot-facing in the cage guide spot-facing process equipment 5, four big back installing holes 11 of elder generation's ream, after finishing, cage guide drives forward four big back installing holes 11 to this end of cage guide other end ream by its feeding mechanism 68.
The feed mechanism 62 of the big back Milling Process of first cage guide equipment 21 is carried cage guide by conveying mechanism 61 to the feed mechanism 63 of the big back Milling Process of second cage guide equipment 22; The big back Milling Process of second cage guide equipment 22 is carried cage guide to the first cage guide mortise and tenon process equipment 31; The feed mechanism 64 of the first cage guide mortise and tenon process equipment 31 is carried cage guide by conveying mechanism 61 to the feed mechanism 65 of the second cage guide mortise and tenon process equipment 32; The second cage guide mortise and tenon process equipment 32 is carried cage guide to the first cage guide installing hole process equipment 41; The feed mechanism 66 of the first cage guide installing hole process equipment 41 is carried cage guide by conveying mechanism 61 to the feed mechanism 67 of the second cage guide installing hole process equipment 42; The feed mechanism 67 of the second cage guide installing hole process equipment 42 is carried cage guide to the feed mechanism 68 of cage guide rail spot-facing process equipment.
Cage guide is put into cage guide two sides process equipment 1 processing cage guide two sides 7 by the mode of artificial material loading or mechanical material loading.On process equipment 1 next door, cage guide two sides a long-pending discharging frame can be set, should can place the cage guide that wait enters subsequent processing by long-pending discharging frame, the cage guide that cage guide two sides 7 machine is transported on the feed mechanism 62 of the big back Milling Process of first cage guide equipment 21 by conveying mechanism 61, the conveying mechanism 61 at this place is a kind of manipulator, manipulator decline material grasping, manipulator rises then, vertically carry, manipulator descends, on the feed mechanism 62 that is discharged to the big back Milling Process of first cage guide equipment 21 that the cage guide back side is made progress.
After the big back installed surface 8 of the cage guide other end machines, the feed mechanism 63 of the big back Milling Process of second cage guide equipment 22 vertically is conveyed into the feed mechanism 64 of the first cage guide mortise and tenon process equipment 31 forward with cage guide, and this feed mechanism 64 vertically is conveyed into cage guide the positive tenon in the mortise and tenon 9 of milling cage guide one end in the first cage guide mortise and tenon process equipment 31 forward.After this end machines, this feed mechanism 64 withdraws from cage guide from the first cage guide mortise and tenon process equipment 31, cage guide withdraws from the second cage guide mortise and tenon process equipment 32 is given in the back by conveying mechanism 61 lateral transfer feed mechanism 65, this feed mechanism 65 is vertically carried cage guide backward, and feeding is given the cloudy tenon in the mortise and tenon 9 of the second cage guide mortise and tenon process equipment, the 32 milling other ends.
The feed mechanism 65 of the second cage guide mortise and tenon process equipment 32 withdraws from cage guide and vertically flow to forward the feed mechanism 66 of the first cage guide installing hole process equipment 41 from the second cage guide mortise and tenon process equipment 32, feed mechanism 66 is vertically feeding forward, the big back installing hole 11 of the first cage guide installing hole process equipment, 41 processing cage guides, one end, after the big back installing hole 11 of this end machines, feed mechanism 66 withdraws from cage guide from the first cage guide installing hole process equipment 41, cage guide withdraws from the second cage guide installing hole process equipment 42 is given in the back by conveying mechanism 61 lateral transfer feed mechanism 67, this feed mechanism 67 is vertically carried cage guide backward, and feeding gives the second cage guide installing hole process equipment, the 42 processing other ends big back installing hole 11.
After machining, the feed mechanism 67 of the second cage guide installing hole process equipment 42 withdraws from cage guide and vertically flow to forward the feed mechanism 68 of cage guide spot-facing equipment 5 from the second cage guide installing hole process equipment 42, feed mechanism 68 is sent cage guide into spot-facing in the cage guide spot-facing process equipment 5, four big back installing holes 11 of elder generation's ream, after finishing, cage guide drives forward four big back installing holes 11 to this end of cage guide other end ream by its feeding mechanism 68.Carry feeding system 6 that cage guide is fed forward again, enter the paint packaging process, so far cage guide is all machined and is packaged as by blank and treats hair-care articles.
Carry out the cloudy tenon of big back installed surface 8, an end at cage guide, one the Dragon Boat Festival tenon the man-hour cage guide back of adding upwards enter each process equipment.To add man-hour be that the back processes downwards and cage guide carries out spot-facing.
The process equipment 1 concrete lathe of broaching at a high speed that adopts in cage guide two sides in the present embodiment, the big back Milling Process of first cage guide equipment 21 and the big back Milling Process of second cage guide equipment 22 adopt the big back processing of cage guide CNC milling machine, the first cage guide mortise and tenon process equipment 31 and the second cage guide mortise and tenon process equipment 32 adopt cage guide mortise and tenon processing CNC milling machine, the first cage guide installing hole process equipment 41 and the second cage guide installing hole process equipment 42 adopt cage guide installing hole processing numerical control drilling machine, cage guide spot-facing equipment 5 adopts cage guide numerical control spot-facing lathe, and these machine adopted grating chi totally-enclosed controls guarantee precision.Cloudy tenon processing adopts edge to join the combined type milling cutter, guarantees that the wide size of cutter has promptly guaranteed size≤0.03 millimeter of cloudy tenon, and positive tenon adopts two milling head structures, by adjusting two milling cutter position assurances sun tenon size≤0.03 millimeter.Adopt self-centering fixture, the mismachining tolerance that makes guide rail two sides five equilibrium automatically distributes, and has guaranteed symmetry≤0.03 millimeter of 9 pairs of guide rail two side faces of cage guide mortise and tenon.Each lathe is selected the control of FANUC system for use, has improved the flexibility and the reliability of lathe.Unit can realize and satisfy the specification requirement and the quality index of the most critical of cage guide processing.Carry feeding system 6 to adopt hydraulic pressure and VFC, guaranteed the action that conveying, rotary movement can have buffering when enough strength, fine positioning are arranged, reduce and impact.Because transfer matic self-locking interlocking control point is very many.Reliable in order to guarantee, transfer matic adopts PC control, and it is clear, reliable to have guaranteed between each action of transfer matic.
Claims (3)
1. elevator guide rail automatic production line manufacturing technique, it is characterized in that: the concrete steps of this production technology are as follows,
A, cage guide is sent into processing cage guide two sides (7) in the cage guide two sides process equipments (1), machine the back and cage guide is fed forward by conveying feeding system (6);
B, conveying feeding system (6) are fed forward cage guide and enter the big back Milling Process of first cage guide equipment (21) the milling big back installed surface of one end (8);
After C, the big back installed surface of an end (8) milling are finished, carry feeding system (6) that cage guide is withdrawed from the back lateral transfer from the big back Milling Process of first cage guide equipment (21), retreat again cage guide is sent into the big back Milling Process of second cage guide equipment (22) the big back installed surface of the milling other end (8);
D, the cage guide of carrying feeding system (6) that big back installed surface (8) milling is finished are fed forward, and enter the mortise and tenon (9) of first cage guide mortise and tenon process equipment (31) the milling cage guide, one end;
After E, end mortise and tenon (a 9) milling are finished, carry feeding system (6) that cage guide is withdrawed from the back lateral transfer from the first cage guide mortise and tenon process equipment (31), retreat the mortise and tenon (9) of cage guide being sent into second cage guide mortise and tenon process equipment (32) the milling other end again;
F, conveying feeding system (6) continue cage guide to be fed forward, and enter the big back installing hole of drilling cage guide one end (11) in the first cage guide installing hole process equipment (41);
After G, the big back installing hole of an end (11) drilling are finished, carry feeding system (6) that cage guide is withdrawed from the back lateral transfer from the first cage guide installing hole process equipment (41), retreat again cage guide is sent into the processing big back installing hole of the other end (11) in the second cage guide installing hole process equipment (42);
H, cage guide is continued forward to be fed forward, enter cage guide spot-facing equipment (5) and carry out spot-facing processing.
2. the cage guide automatic assembly line equipment that application rights requires 1 described technology to produce is characterized in that: comprise cage guide two sides machining cell, the big back Milling Process of cage guide unit, cage guide mortise and tenon machining cell, cage guide installing hole machining cell, cage guide spot-facing machining cell, carry feeding system (6) and electric control system;
Electric control system control cage guide two sides machining cell, the big back Milling Process of cage guide unit, cage guide mortise and tenon machining cell, cage guide installing hole machining cell, cage guide spot-facing machining cell and the collaborative work of conveying feeding system (6);
Cage guide two sides machining cell comprises cage guide two sides process equipments (1);
The big back Milling Process of cage guide unit comprises the big back Milling Process of first cage guide equipment (21) and the big back Milling Process of second cage guide equipment (22), the portraitlandscape setting of staggering each other of two the big back Milling Process of cage guide equipment;
Cage guide mortise and tenon machining cell comprises the first cage guide mortise and tenon process equipment (31) and the second cage guide mortise and tenon process equipment (32), the portraitlandscape setting of staggering each other of two cage guide mortise and tenon process equipments;
Cage guide installing hole machining cell comprises the first cage guide installing hole process equipment (41) and the second cage guide installing hole process equipment (42), the portraitlandscape setting of staggering each other of two cage guide installing hole process equipments;
Cage guide spot-facing machining cell comprises a cage guide spot-facing process equipment (5);
The cage guide that comes out from cage guide two sides process equipments (1) is transported to the big back Milling Process of first cage guide equipment (21) successively by carrying feeding system (6), the big back Milling Process of second cage guide equipment (22), the first cage guide mortise and tenon process equipment (31), the second cage guide mortise and tenon process equipment (32), the first cage guide installing hole process equipment (41), process in the second cage guide installing hole process equipment (42) and the cage guide rail spot-facing process equipment (5).
3. cage guide automatic assembly line equipment according to claim 2 is characterized in that: described conveying feeding system (6) comprises the feed mechanism (62) of conveying mechanism (61) and the big back Milling Process of first cage guide equipment (21), the feed mechanism (63) of the big back Milling Process of second cage guide equipment (22), the feed mechanism (64) of the first cage guide mortise and tenon process equipment (31), the feed mechanism (65) of the second cage guide mortise and tenon process equipment (32), the feed mechanism (66) of the first cage guide installing hole process equipment (41), the feed mechanism (68) of the feed mechanism (67) of the second cage guide installing hole process equipment (42) and cage guide rail spot-facing process equipment;
Each feed mechanism (62,63,64,65,66,67,68) is to separately process equipment material loading;
Cage guide two sides process equipments (1) are carried cage guide by conveying mechanism (61) to the feed mechanism (62) of the big back Milling Process of first cage guide equipment (21);
The feed mechanism (62) of the big back Milling Process of first cage guide equipment (21) is carried cage guide by conveying mechanism (61) to the feed mechanism (63) of the big back Milling Process of second cage guide equipment (22);
The big back Milling Process of second cage guide equipment (22) is carried cage guide to the first cage guide mortise and tenon process equipment (31);
The feed mechanism (64) of the first cage guide mortise and tenon process equipment (31) is carried cage guide by conveying mechanism (61) to the feed mechanism (65) of the second cage guide mortise and tenon process equipment (32);
The second cage guide mortise and tenon process equipment (32) is carried cage guide to the first cage guide installing hole process equipment (41);
The feed mechanism (66) of the first cage guide installing hole process equipment (41) is carried cage guide by conveying mechanism (61) to the feed mechanism (67) of the second cage guide installing hole process equipment (42);
The feed mechanism (67) of the second cage guide installing hole process equipment (42) is carried cage guide to the feed mechanism (68) of cage guide rail spot-facing process equipment.
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| CN2008100220453A CN101323086B (en) | 2008-06-23 | 2008-06-23 | Elevator guide rail automatic production line manufacturing technique and equipment thereof |
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| CN103128550A (en) * | 2013-02-15 | 2013-06-05 | 常州市三利精机有限公司 | Elevator guide rail automatic machining production line and production technology thereof |
| CN103817494B (en) * | 2014-02-26 | 2016-01-13 | 长江润发机械股份有限公司 | T-shaped guide rail automatic technology |
| CN103962844B (en) * | 2014-03-31 | 2016-07-06 | 常州市三利精机有限公司 | The blank induction system of cage guide automatic production line |
| CN103894839A (en) * | 2014-03-31 | 2014-07-02 | 常州市三利精机有限公司 | Material feeding and overturning device of T-shaped elevator guide rail machining production line |
| CN105312907B (en) * | 2014-06-20 | 2018-10-30 | 苏州东润梯业有限公司 | A kind of ladder Continuous maching production line |
| CN104924080B (en) * | 2015-07-13 | 2017-03-01 | 丽水学院 | Guide rail processing unit (plant) |
| CN106346261A (en) * | 2016-10-18 | 2017-01-25 | 江苏理工学院 | Automatic processing production line and production process for elevator guide rail |
| CN108639723A (en) * | 2018-05-31 | 2018-10-12 | 张家港美斐电梯导轨有限公司 | Convey the synchronous full-automatic metalworking pipeline of cage guide |
| CN109226426B (en) * | 2018-11-16 | 2024-04-02 | 广州大学 | Processing device for improving flatness of atomization sheet |
| CN110524256A (en) * | 2019-08-24 | 2019-12-03 | 盐城市宝利来精密机械制造有限公司 | A kind of elevator T type guide rail finishing automatic production line |
| CN112173920A (en) * | 2020-09-29 | 2021-01-05 | 快奥电梯有限公司 | Luban process and detachable elevator shaft frame module |
| CN114559225B (en) * | 2022-04-19 | 2024-04-12 | 江阴海丰电梯导轨有限公司 | Ultra-high precision machining production process for elevator guide rail |
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| CN201214187Y (en) * | 2008-06-23 | 2009-04-01 | 常州市三利精机有限公司 | Elevator guide rail automatic production line |
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| CN201214187Y (en) * | 2008-06-23 | 2009-04-01 | 常州市三利精机有限公司 | Elevator guide rail automatic production line |
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| CN101323086A (en) | 2008-12-17 |
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