CN203125133U - Automatic machining production line of elevator guide rail - Google Patents
Automatic machining production line of elevator guide rail Download PDFInfo
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- CN203125133U CN203125133U CN 201320073879 CN201320073879U CN203125133U CN 203125133 U CN203125133 U CN 203125133U CN 201320073879 CN201320073879 CN 201320073879 CN 201320073879 U CN201320073879 U CN 201320073879U CN 203125133 U CN203125133 U CN 203125133U
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- cage guide
- process equipment
- milling
- tenon
- mortise
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Abstract
The utility model relates to an automatic machining production line of an elevator guide rail. The automatic machining production line of the elevator guide rail comprises an elevator guide rail milling machining unit, an elevator guide rail mortise and tenon machining unit, an elevator guide rail mounting hole machining unit, an elevator guide rail counter boring machining unit and a conveying loading system. The elevator guide rail milling machining unit, the elevator guide rail mortise and tenon machining unit, the elevator guide rail mounting hole machining unit and the elevator guide rail counter boring machining unit are transverse to one other and arranged side by side. The conveying loading system is used for longitudinal loading and transverse conveying for a first elevator guide rail milling machining device, a second elevator guide rail milling machining device, a first elevator guide rail mortise and tenon machining device, a second elevator guide rail mortise and tenon machining device, a first elevator guide rail mounting hole machining device, a second elevator guide rail mounting hole machining device, a first elevator guide rail counter boring machining device and a second elevator guide rail counter boring machining device. The automatic machining production line of the elevator guide rail has the advantages of being capable of saving mounting space because of the compact structure of the production line, and wider in adaptability.
Description
Technical field
The utility model relates to the Digit Control Machine Tool field, particularly a kind of cage guide automatic production line.
Background technology
Patent documentation CN101323086A discloses a kind of cage guide automatic assembly line, it comprises 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, 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, each machining cell vertically arranges each other.This equipment has avoided because the difference of the product quality that processing Personnel Skill Levels's difference causes, product quality improve and also quality unified, reduced substandard products, with respect to artificial unit processing, improve production efficiency, lowered working strength, improved workman's working environment.But this production line length is longer, needs bigger workshop erection unit.
The utility model content
Technical problem to be solved in the utility model is: a kind of cage guide automatic production line is provided, makes production line compacter.
The technical scheme that its technical problem that solves the utility model adopts is: a kind of cage guide automatic production line comprises cage guide Milling Process unit, cage guide mortise and tenon machining cell, cage guide installing hole machining cell, cage guide spot-facing machining cell and carries feeding system; Cage guide Milling Process unit, cage guide mortise and tenon machining cell, cage guide installing hole machining cell and cage guide spot-facing machining cell laterally are arranged side by side each other; Cage guide Milling Process unit comprises the first cage guide Milling Process equipment and the second cage guide Milling Process equipment, the portraitlandscape setting of staggering each other of two cage guide Milling Process 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 the first cage guide spot-facing process equipment and the second cage guide spot-facing process equipment, the portraitlandscape setting of staggering each other of two cage guide spot-facing process equipments; Pass through to carry the vertical material loading of feeding system, lateral transfer between the first cage guide Milling Process equipment, the second cage guide Milling Process 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, the first cage guide spot-facing process equipment and the second cage guide spot-facing process equipment.
Further limit, the first and second cage guide Milling Process equipment all dispose the termination milling head of a milling cage guide one end termination and the big back installed surface milling head of a big back installed surface of milling cage guide one end.
Further limit, carry feeding system to comprise vertical feed mechanism and lateral transfer mechanism, two milling heads of the first cage guide Milling Process equipment and the second cage guide Milling Process equipment are equipped with a vertical feed mechanism respectively, 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, the first cage guide spot-facing process equipment and the second cage guide spot-facing process equipment are equipped with a vertical feed mechanism respectively, pass through lateral transfer mechanism lateral transfer cage guide between each vertical feed mechanism.
Be simplified structure, improve integrated level, further limit, the first cage guide Milling Process equipment, the second cage guide Milling Process 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, the first cage guide spot-facing process equipment, the second cage guide spot-facing process equipment horizontal two rows arrange, the termination milling head of the same side of the first and second cage guide Milling Process equipment and big back installed surface milling head are installed on the same base, and other process equipments more than two or two of same row also are installed on the same base.
Further limit, the process equipment that is installed on the same base shares a cover Hydraulic Station, a cooling system, a chip removal system.
Further limit, carry feeding system to be provided with the guide rail turning over mechanism, the guide rail turning over mechanism is between cage guide installing hole machining cell and cage guide spot-facing machining cell.
The beneficial effects of the utility model are: because the production line compact structure has been saved the fabricating yard, adaptability is more extensive.
Description of drawings
Below in conjunction with the drawings and specific embodiments the utility model is described in further detail;
Fig. 1 is structural representation of the present utility model;
Among the figure, 11. the first cage guide Milling Process equipment, 12. second cage guide Milling Process equipment, 21. first cage guide mortise and tenon process equipments, 22. the second cage guide mortise and tenon process equipment, 31. the first cage guide installing hole process equipment, 32. second cage guide installing hole process equipments, 41. first cage guide spot-facing equipment, 42. the second cage guide spot-facing equipment, 51. vertical feed mechanism, 52. lateral transfer mechanism, 6. cage guides.
The specific embodiment
As shown in Figure 1, a kind of cage guide automatic production line comprises cage guide Milling Process unit, cage guide mortise and tenon machining cell, cage guide installing hole machining cell, cage guide spot-facing machining cell and carries feeding system.
Cage guide Milling Process unit, cage guide mortise and tenon machining cell, cage guide installing hole machining cell and cage guide spot-facing machining cell laterally are arranged side by side each other.
Cage guide Milling Process unit comprises the first cage guide Milling Process equipment 11 and the second cage guide Milling Process equipment 12, two cage guide Milling Process device side opposites are disposed in the both sides of carrying feeding device 5, and a work step each other vertically staggers.The first and second cage guide Milling Process equipment 11,12 all dispose the termination milling head of a milling cage guide 6 one end terminations and the big back installed surface milling head of a big back installed surface of milling cage guide 6 one ends, and the termination milling head of the same side and big back installed surface milling head are installed on the same base.
Cage guide mortise and tenon machining cell comprises the first cage guide mortise and tenon process equipment 21 and the second cage guide mortise and tenon process equipment 22, the cloudy tenon of the first cage guide mortise and tenon process equipment 21 and the second cage guide mortise and tenon process equipment, 22 difference milling cage guides, 6 one ends and the positive tenon of the other end, two cage guide mortise and tenon process equipments are disposed in the both sides of carrying feeding device 5 face-to-face, and a work step each other vertically staggers.
Cage guide installing hole machining cell comprises the first cage guide installing hole process equipment 31 and the second cage guide installing hole process equipment 32, the first cage guide installing hole process equipment 31 and the second cage guide installing hole process equipment 32 be each four installing hole of drilling cage guide 6 two ends respectively, two cage guide installing hole process equipments are disposed in the both sides of carrying feeding device 5 face-to-face, and a work step each other vertically staggers.
Cage guide spot-facing machining cell comprises the first cage guide spot-facing process equipment 41 and the second cage guide spot-facing process equipment 42, the first cage guide spot-facing process equipment 41 and the second cage guide spot-facing process equipment 42 are used for removing the drilling burr of four installing holes in cage guide 6 two ends, two cage guide spot-facing process equipments are disposed in the both sides of carrying feeding device 5 each other face-to-face, and a work step each other vertically staggers.
The first cage guide Milling Process equipment 11, the first cage guide mortise and tenon process equipment 21, the first cage guide installing hole process equipment 31, the first cage guide spot-facing process equipment 41 are in same row, and the first cage guide mortise and tenon process equipment 21, the first cage guide installing hole process equipment 31, the first cage guide spot-facing process equipment 41 are installed on the same base.The second cage guide Milling Process equipment 12, the second cage guide mortise and tenon process equipment 22, the second cage guide installing hole process equipment 32, the second cage guide spot-facing process equipment 42 are in same row, and the second cage guide mortise and tenon process equipment 22, the second cage guide installing hole process equipment 32, the second cage guide spot-facing process equipment 42 are installed on the same base.The shared hydraulic system of three equipment on each base, a cooling system, a chip removal system and the electrical system of passing through are separately controlled.
Carry feeding system to comprise vertical feed mechanism 51 and lateral transfer mechanism 52, two milling heads of the first cage guide Milling Process equipment 11 and the second cage guide Milling Process equipment 12 are equipped with a vertical feed mechanism 51 respectively, the first cage guide mortise and tenon process equipment 21, the second cage guide mortise and tenon process equipment 22, the first cage guide installing hole process equipment 31, the second cage guide installing hole process equipment 32, the first cage guide spot-facing process equipment 41 and the second cage guide spot-facing process equipment 42 are equipped with a vertical feed mechanism 51 respectively, pass through lateral transfer mechanism 52 lateral transfer cage guides 6 between each vertical feed mechanism 51.
Carry feeding system to be provided with the guide rail turning over mechanism, the guide rail turning over mechanism is between cage guide installing hole machining cell and cage guide spot-facing machining cell, so that cage guide spot-facing process equipment is finished cage guide 6 installing hole deburring operations.
The concrete steps of utilizing this cage guide automatic production line to process are as follows:
A, with cage guide 6 by carrying the feeding system material loading;
B, carry feeding system with the termination milling head of cage guide 6 vertical material loading to the first cage guide Milling Process equipment 11, the termination of milling cage guide 6 one ends, after the termination milling of cage guide 6 one ends is finished, carry feeding system that cage guide 6 is withdrawed from from the milling head of termination and lateral transfer, again with the extremely big back installed surface milling head of cage guide 6 vertical feedings, the big back installed surface of the same end of milling;
C, after one end termination and big back installed surface milling are finished, carry feeding system that cage guide 6 is withdrawed from from the first cage guide Milling Process equipment 11 and lateral transfer, again with the termination milling head of cage guide 6 vertical feeding to the second cage guide Milling Process equipment 12, the termination of milling cage guide 6 other ends, after the termination milling of cage guide 6 other ends is finished, carry feeding system that cage guide 6 is withdrawed from the back lateral transfer from the milling head of termination, again with the extremely big back installed surface milling head of cage guide 6 vertical feedings, the big back installed surface of the same end of milling, the big back installed surface of the milling other end;
After the termination of D, cage guide 6 other ends and big back installed surface milling are finished, carry feeding system that cage guide 6 is withdrawed from from the second cage guide Milling Process equipment 12 and lateral transfer, again with cage guide 6 vertical material loading to the first cage guide mortise and tenon process equipments 21, the cloudy tenon of milling cage guide 6 one ends;
After E, the cloudy tenon milling of an end are finished, carry feeding system that cage guide 6 is withdrawed from from the first cage guide mortise and tenon process equipment 21 and lateral transfer, again with the positive tenon of cage guide 6 vertical material loading to the second cage guide mortise and tenon process equipment 22 milling other ends;
After the positive tenon milling of F, cage guide 6 other ends is finished, carry feeding system that cage guide 6 is withdrawed from from the second cage guide mortise and tenon process equipment 22 and lateral transfer, again with 4 installing holes of the big back of drilling cage guide 6 one ends in cage guide 6 vertical material loading to the first cage guide installing hole process equipments 31;
After G, the drilling of the big back installing hole of an end are finished, carry feeding system that cage guide 6 is withdrawed from from the first cage guide installing hole process equipment 31 and lateral transfer, will process 4 installing holes of the big back of the other end in cage guide 6 vertical material loading to the second cage guide installing hole process equipments 32 again;
After the big back installing hole drilling of H, cage guide 6 other ends is finished, the conveying feeding system withdraws from cage guide 6 and by the guide rail turning over mechanism cage guide 6 is stood up in lateral transfer from the second cage guide installing hole process equipment 32, make have burr installing hole up, in order to make cage guide spot-facing process equipment can finish the installing hole deburring operation of cage guide 6;
After I, conveying feeding system continue lateral transfer with cage guide 6, vertical material loading, the first cage guide spot-facing equipment 41 that enters carries out spot-facing processing, after one end spot-facing is finished, carry feeding system that cage guide 6 is withdrawed from from the first cage guide spot-facing equipment 41, lateral transfer will be finished the spot-facing processing of the other end again in cage guide 6 vertical material loading to the second cage guide spot-facing equipment 42 then, machines the back and carries feeding system with cage guide 6 blankings.
Claims (6)
1. a cage guide automatic production line is characterized in that: comprise cage guide Milling Process unit, cage guide mortise and tenon machining cell, cage guide installing hole machining cell, cage guide spot-facing machining cell and carry feeding system;
Cage guide Milling Process unit, cage guide mortise and tenon machining cell, cage guide installing hole machining cell and cage guide spot-facing machining cell laterally are arranged side by side each other;
Cage guide Milling Process unit comprises the first cage guide Milling Process equipment (11) and the second cage guide Milling Process equipment (12), the portraitlandscape setting of staggering each other of two cage guide Milling Process equipment;
Cage guide mortise and tenon machining cell comprises the first cage guide mortise and tenon process equipment (21) and the second cage guide mortise and tenon process equipment (22), 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 (31) and the second cage guide installing hole process equipment (32), the portraitlandscape setting of staggering each other of two cage guide installing hole process equipments;
Cage guide spot-facing machining cell comprises the first cage guide spot-facing process equipment (41) and the second cage guide spot-facing process equipment (42), the portraitlandscape setting of staggering each other of two cage guide spot-facing process equipments;
The first cage guide Milling Process equipment (11), the second cage guide Milling Process equipment (12), the first cage guide mortise and tenon process equipment (21), the second cage guide mortise and tenon process equipment (22), the first cage guide installing hole process equipment (31), the second cage guide installing hole process equipment (32), pass through to carry the vertical material loading of feeding system between the first cage guide spot-facing process equipment (41) and the second cage guide spot-facing process equipment (42), lateral transfer.
2. cage guide automatic production line according to claim 1, it is characterized in that: the described first and second cage guide Milling Process equipment (11,12) all dispose the termination milling head of a milling cage guide one end termination and the big back installed surface milling head of a big back installed surface of milling cage guide one end.
3. cage guide automatic production line according to claim 2, it is characterized in that: described conveying feeding system comprises vertical feed mechanism (51) and lateral transfer mechanism (52), two milling heads of the first cage guide Milling Process equipment (11) and the second cage guide Milling Process equipment (12) are equipped with a vertical feed mechanism (51) respectively, the first cage guide mortise and tenon process equipment (21), the second cage guide mortise and tenon process equipment (22), the first cage guide installing hole process equipment (31), the second cage guide installing hole process equipment (32), the first cage guide spot-facing process equipment (41) and the second cage guide spot-facing process equipment (42) are equipped with a vertical feed mechanism (51) respectively, pass through lateral transfer mechanism (52) lateral transfer cage guide between each vertical feed mechanism (51).
4. according to claim 1 or 2 or 3 described cage guide automatic production lines, it is characterized in that: the described first cage guide Milling Process equipment (11), the second cage guide Milling Process equipment (12), the first cage guide mortise and tenon process equipment (21), the second cage guide mortise and tenon process equipment (22), the first cage guide installing hole process equipment (31), the second cage guide installing hole process equipment (32), the first cage guide spot-facing process equipment (41), the second cage guide spot-facing process equipment (42) horizontal two rows arrange, the first and second cage guide Milling Process equipment (11, big back installed surface milling head and the termination milling head of the same side 12) are installed on the same base, and other process equipments more than two or two of same row also are installed on the same base.
5. cage guide automatic production line according to claim 4 is characterized in that: the described shared cover Hydraulic Station of process equipment that is installed on the same base, a cooling system, a chip removal system.
6. according to claim 1 or 2 or 3 described cage guide automatic production lines, it is characterized in that: carry feeding system to be provided with the guide rail turning over mechanism, the guide rail turning over mechanism is between cage guide installing hole machining cell and cage guide spot-facing machining cell.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320073879 CN203125133U (en) | 2013-02-15 | 2013-02-15 | Automatic machining production line of elevator guide rail |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320073879 CN203125133U (en) | 2013-02-15 | 2013-02-15 | Automatic machining production line of elevator guide rail |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203125133U true CN203125133U (en) | 2013-08-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320073879 Expired - Fee Related CN203125133U (en) | 2013-02-15 | 2013-02-15 | Automatic machining production line of elevator guide rail |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203125133U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| 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 |
| CN105171500A (en) * | 2015-09-30 | 2015-12-23 | 广州塞维拉电梯轨道***有限公司 | Deburring system and method for end face of elevator guide rail |
-
2013
- 2013-02-15 CN CN 201320073879 patent/CN203125133U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| 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 |
| CN105171500A (en) * | 2015-09-30 | 2015-12-23 | 广州塞维拉电梯轨道***有限公司 | Deburring system and method for end face of elevator guide rail |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130814 Termination date: 20200215 |