CN202447887U - Multi-directional automated processing machine tool for processing candan universal joint - Google Patents
Multi-directional automated processing machine tool for processing candan universal joint Download PDFInfo
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- CN202447887U CN202447887U CN2012200228902U CN201220022890U CN202447887U CN 202447887 U CN202447887 U CN 202447887U CN 2012200228902 U CN2012200228902 U CN 2012200228902U CN 201220022890 U CN201220022890 U CN 201220022890U CN 202447887 U CN202447887 U CN 202447887U
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- main shaft
- slide unit
- frock
- sleeve
- bearing
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Abstract
The utility model relates to a processing machine tool, in particular to a multi-directional automated processing machine tool for processing a candan universal joint. The multi-directional automated processing machine tool for processing the candan universal joint comprises a pedestal and a sliding platform, wherein a lifting mechanism is arranged on the pedestal; a linear guide rail is arranged on the pedestal; the sliding platform is arranged on the linear guide rail; a processing mechanism is arranged on the sliding platform; and a sliding mechanism is arranged in the sliding platform. The multi-directional automated processing machine tool for processing the candan universal joint has a simple structure, can finish processing at one step, improves production efficiency, improves processing precision and saves processing cost.
Description
Technical field
The utility model patent relates to a kind of machining tool, relates in particular to a kind of multi-faceted automation machining tool of processing candan universal joint.
Background technology
The processing of cross joint part of the prior art; The processing of for example universal cross joint; Be on 1 lathe, to divide respectively turning, face work, chamfering and drill centers to be processed for 4 times; 4 processing is done 4 times to 4 diameters of axle respectively and is accomplished, and the cross central through hole of 4 axle journals of cross joint part also need divide and hole for 4 times, and this 4 borings need manual work to operate.The most effects that do not have and slide of machining tool to the processing of a part, need spend more man power and material to operate; But the workpiece accuracy of accomplishing is poor, and process velocity is slow, the operation trouble; And inconvenient operation, the length of losing time causes the rising of processing cost.
Chinese patent CN201168871; Disclose a kind of universal bearing end face milling & centering machine, comprise a workbench, a bull chuck is set between wherein; On each the corresponding workbench of chuck a perforating device is set all, on each perforating device next door one milling flat device is set simultaneously.This utility model is single drilling hole machine tool, poor practicability, function singleness.
Summary of the invention
The utility model mainly is to solve the deficiency that exists in the prior art, provides a kind of simple in structure, and the multi-faceted automation machining tool of the processing candan universal joint of the disposable completion part processing of ability.
The above-mentioned technical problem of the utility model mainly is able to solve through following technical proposals:
A kind of multi-faceted automation machining tool of processing candan universal joint comprises base and slide unit, is provided with elevating mechanism in the described base; Described base is provided with line slideway, and described line slideway is provided with slide unit, and described slide unit is provided with organisation of working; Be provided with slide mechanism in the described slide unit, described elevating mechanism comprises sleeve, and described sleeve is located in the base; Described sleeve is provided with the frock lower supporting plate, and described frock lower supporting plate is provided with frock, and described frock is provided with workpiece; Described frock lower supporting plate is provided with the frock connecting rod, and the upper end of described frock connecting rod is provided with the frock upper backup pad, is provided with the anchor clamps oil cylinder in the described frock upper backup pad; The bottom of described anchor clamps oil cylinder is provided with the frock depression bar, and described frock depression bar and workpiece crimping mutually are provided with lifting pedestal in the base; Be provided with elevating screw in the described lifting pedestal; Be with the elevating screw nut on the described elevating screw, described cover tube bottom is located on the elevating screw nut, and the bottom of described elevating screw is with the leading screw synchronous pulley; Described organisation of working comprises main shaft, and described main shaft is located on the slide unit, is provided with pull bar in the described main shaft; The head of described pull bar is provided with compound tool; Described compound tool and main shaft clamping mutually, described main shaft is provided with main spindle box, and described main spindle box is provided with connecting plate for electric motor; Described connecting plate for electric motor is provided with variable-frequency motor; Be with electrical machine belt pulley on the described variable-frequency motor, the afterbody of described main shaft is with main shaft V belt wheel, and described main shaft V belt wheel is complementary corresponding with electrical machine belt pulley; Described slide mechanism comprises feed screw nut; Described feed screw nut is located in the slide unit, is provided with the slide unit leading screw in the described feed screw nut, and the bottom of described slide unit leading screw is located in the motor cabinet; Be provided with servomotor in the described motor cabinet, described slide unit leading screw is connected with servomotor; Be respectively equipped with slide mechanism and organisation of working on the four-quadrant line of described base, described compound tool is corresponding with workpiece;
Or be respectively equipped with slide mechanism and organisation of working on the Three-bearing of described base.
This equipment is primarily aimed at the disposable machine-shaping of candan universal joint; Wherein elevating mechanism mainly is sleeve to be moved up and down the adjustment that reaches the product upper-lower position through the up-down nut seat; The frock depression bar carries out crimping through the anchor clamps oil cylinder to workpiece, and it is finished the work smoothly; Organisation of working mainly is that workpiece is processed, and whether the rotating speed of the control compound tool through variable-frequency motor is controlled organisation of working through slide unit mechanism again and processed.
As preferably; Be provided with the cage guiding cover between described sleeve and base, the bottom of described sleeve is provided with the cover tube end plate, and the upper and lower of described elevating screw is respectively equipped with bearing; Described bearing is located in the lifting pedestal; Described elevating screw passes through leading screw end cap termination mutually with lifting pedestal, is provided with ringfeder between described leading screw synchronous pulley and elevating screw, and described ringfeder passes through the crimping mutually of ringfeder pressing plate with the leading screw synchronous pulley; Be with rack sleeve on the described main shaft, the two ends of described rack sleeve are respectively equipped with main shaft bearing, and the head of described main spindle box and main shaft is provided with drive end bearing bracket; The afterbody of described main spindle box and main shaft is provided with rear end cap; Be provided with the main shaft synchronous pulley between described main shaft V belt wheel and rear end cap, the afterbody of described main shaft is provided with the pull bar end cap, and described pull bar passes the pull bar end cap; The front end of pull bar spins with compound tool mutually, and the rear end of described pull bar is screwed in drag link end with nut and covers; Be provided with the slide unit bearing between described motor cabinet and slide unit leading screw, described slide unit bearing keeps off mutually with motor cabinet through the motor cabinet end cap and connecing, and described slide unit leading screw and servomotor are fixedly connected through shaft coupling.
As preferably; The top of described cage guiding cover is provided with cover plate, and described cover plate and sleeve socket-connect, and are provided with the bearing clamping sleeve in the described elevating screw; The bottom crimping mutually of described bearing clamping sleeve and bearing, described bearing clamping sleeve is locked with elevating screw through locking nut mutually; Be provided with pressure ring between described rack sleeve and main spindle box; Be provided with outer separator and inner spacing collar between the main shaft bearing in described rack sleeve left side; Described inner spacing collar touches with main shaft mutually; Be provided with the principal shaft locking nut in the described rear end cap, be provided with packing ring between the main shaft bearing on described principal shaft locking nut and rack sleeve right side, described packing ring and principal shaft locking nut socket-connect with main shaft respectively; Be provided with the leading screw spacer between described slide unit leading screw and motor cabinet, described leading screw spacer is locked with motor cabinet through the slide unit locking nut mutually.
As preferably, described connecting plate for electric motor and variable-frequency motor fix through screw rod, and the bottom of described frock connecting rod and frock lower supporting plate plug, and the top of described frock connecting rod and frock upper backup pad socket-connect.
The utility model provides the multi-faceted automation machining tool of processing candan universal joint, and is simple in structure, can disposable completion process, and enhances productivity, and can improve the precision of processing simultaneously, saves cost of processing.
Description of drawings
Fig. 1 is the structural representation of the utility model;
Fig. 2 is the plan structure sketch map of the utility model;
Fig. 3 is the structural representation of elevating mechanism among Fig. 1;
Fig. 4 is the structural representation than organisation of working in 1 and slide unit mechanism;
Fig. 5 is the plan structure sketch map of Three-bearing in the utility model.
The specific embodiment
Pass through embodiment below, and combine accompanying drawing, do further bright specifically the technical scheme of the utility model.
Embodiment 1: like Fig. 1, Fig. 2, Fig. 3, Fig. 4 and shown in Figure 5, a kind of multi-faceted automation machining tool of processing candan universal joint comprises base 1 and slide unit 2; Be provided with elevating mechanism in the described base 1, described base 1 is provided with line slideway 3, and described line slideway 3 is provided with slide unit 2; Described slide unit 2 is provided with organisation of working, is provided with slide mechanism in the described slide unit 2, and described elevating mechanism comprises sleeve 4; Described sleeve 4 is located in the base 1, and described sleeve 4 is provided with frock lower supporting plate 5, and described frock lower supporting plate 5 is provided with frock 6; Described frock 6 is provided with workpiece 7, and described frock lower supporting plate 5 is provided with frock connecting rod 8, and the upper end of described frock connecting rod 8 is provided with frock upper backup pad 9; Be provided with anchor clamps oil cylinder 10 in the described frock upper backup pad 9; The bottom of described anchor clamps oil cylinder 10 is provided with frock depression bar 11, and described frock depression bar 11 and workpiece 7 crimping mutually are provided with lifting pedestal 12 in the base 1; Be provided with elevating screw 13 in the described lifting pedestal 12; Be with elevating screw nut 14 on the described elevating screw 13, described sleeve 4 bottoms are located on the elevating screw nut 14, and the bottom of described elevating screw 13 is with leading screw synchronous pulley 15; Described organisation of working comprises main shaft 16, and described main shaft 16 is located on the slide unit 2, is provided with pull bar 17 in the described main shaft 16; The head of described pull bar 17 is provided with compound tool 18; Described compound tool 18 is provided with main spindle box 19 with main shaft 16 clamping mutually, described main shaft 16, and described main spindle box 19 is provided with connecting plate for electric motor 20; Described connecting plate for electric motor 20 is provided with variable-frequency motor 21; Be with electrical machine belt pulley 22 on the described variable-frequency motor 21, the afterbody of described main shaft 16 is with main shaft V belt wheel 23, and described main shaft V belt wheel 23 is complementary corresponding with electrical machine belt pulley 22; Described slide mechanism comprises feed screw nut 24; Described feed screw nut 24 is located in the slide unit 2; Be provided with slide unit leading screw 25 in the described feed screw nut 24; The bottom of described slide unit leading screw 25 is located in the motor cabinet 26, is provided with servomotor 27 in the described motor cabinet 26, and described slide unit leading screw 25 is connected with servomotor 27; Be respectively equipped with slide mechanism and organisation of working on the four-quadrant line of described base 1, described compound tool 18 is corresponding with workpiece 7, or is respectively equipped with slide mechanism and organisation of working on the Three-bearing of described base.1 of described sleeve 4 and base are provided with cage guiding cover 28; The bottom of described sleeve 4 is provided with cover tube end plate 29; The upper and lower of described elevating screw 13 is respectively equipped with bearing 30, and described bearing 30 is located in the lifting pedestal 12, and described elevating screw 13 passes through leading screw end cap 31 termination mutually with lifting pedestal 12; 13 of described leading screw synchronous pulley 15 and elevating screws are provided with ringfeder 32, and described ringfeder 32 passes through ringfeder pressing plate 33 crimping mutually with leading screw synchronous pulley 15;
Be with rack sleeve 34 on the described main shaft 16; The two ends of described rack sleeve 34 are respectively equipped with main shaft bearing 35; Described main spindle box 19 is provided with drive end bearing bracket 36 with the head of main shaft 16, and described main spindle box 19 is provided with rear end cap 37 with the afterbody of main shaft 16, and described main shaft V belt wheel 23 and 37 of rear end caps are provided with main shaft synchronous pulley 38; The afterbody of described main shaft 16 is provided with pull bar end cap 39; Described pull bar 17 passes pull bar end cap 39, and the front end of pull bar 17 spins with compound tool 18 mutually, and the rear end of described pull bar 17 is screwed on the pull bar end cap 39 with nut;
25 of described motor cabinet 26 and slide unit leading screws are provided with slide unit bearing 40, and described slide unit bearing 40 keeps off mutually with motor cabinet 26 through motor cabinet end cap 41 and connecing, and described slide unit leading screw 25 is fixedly connected through shaft coupling 42 with servomotor 27.The top of described cage guiding cover 28 is provided with cover plate 43; Described cover plate 43 socket-connects with sleeve 4; Be provided with bearing clamping sleeve 44 in the described elevating screw 13; The bottom crimping mutually of described bearing clamping sleeve 44 and bearing 30, described bearing clamping sleeve 44 is locked with elevating screw 13 through locking nut 45 mutually;
19 of described rack sleeve 34 and main spindle boxes are provided with pressure ring 46; 35 of the main shaft bearings in described rack sleeve 34 left sides are provided with outer separator 47 and inner spacing collar 48; Described inner spacing collar 48 touches with main shaft 16 mutually; Be provided with principal shaft locking nut 49 in the described rear end cap 37,35 of the main shaft bearings on described principal shaft locking nut 49 and rack sleeve 34 right sides are provided with packing ring 50, and described packing ring 50 socket-connects with main shaft 16 respectively with principal shaft locking nut 49;
26 of described slide unit leading screw 25 and motor cabinets are provided with leading screw spacer 51; Described leading screw spacer 51 is locked with motor cabinet 26 through slide unit locking nut 52 mutually; Described connecting plate for electric motor 20 fixes through screw rod 53 with variable-frequency motor 21; The bottom of described frock connecting rod 8 and frock lower supporting plate 5 plug, and the top of described frock connecting rod 8 and frock upper backup pad 9 socket-connect.
Claims (4)
1. multi-faceted automation machining tool of processing candan universal joint, it is characterized in that: comprise base (1) and slide unit (2), described base is provided with elevating mechanism in (1); Described base (1) is provided with line slideway (3), and described line slideway (3) is provided with slide unit (2), and described slide unit (2) is provided with organisation of working; Described slide unit is provided with slide mechanism in (2), and described elevating mechanism comprises sleeve (4), and described sleeve (4) is located in the base (1); Described sleeve (4) is provided with frock lower supporting plate (5), and described frock lower supporting plate (5) is provided with frock (6), and described frock (6) is provided with workpiece (7); Described frock lower supporting plate (5) is provided with frock connecting rod (8); The upper end of described frock connecting rod (8) is provided with frock upper backup pad (9), is provided with anchor clamps oil cylinder (10) in the described frock upper backup pad (9), and the bottom of described anchor clamps oil cylinder (10) is provided with frock depression bar (11); Described frock depression bar (11) and workpiece (7) crimping mutually; Be provided with lifting pedestal (12) in the base (1), be provided with elevating screw (13) in the described lifting pedestal (12), be with elevating screw nut (14) on the described elevating screw (13); Described sleeve (4) bottom is located on the elevating screw nut (14), and the bottom of described elevating screw (13) is with leading screw synchronous pulley (15); Described organisation of working comprises main shaft (16), and described main shaft (16) is located on the slide unit (2), is provided with pull bar (17) in the described main shaft (16); The head of described pull bar (17) is provided with compound tool (18); Described compound tool (18) and main shaft (16) clamping mutually, described main shaft (16) is provided with main spindle box (19), and described main spindle box (19) is provided with connecting plate for electric motor (20); Described connecting plate for electric motor (20) is provided with variable-frequency motor (21); Be with electrical machine belt pulley (22) on the described variable-frequency motor (21), the afterbody of described main shaft (16) is with main shaft V belt wheel (23), and described main shaft V belt wheel (23) is complementary corresponding with electrical machine belt pulley (22); Described slide mechanism comprises feed screw nut (24); Described feed screw nut (24) is located in the slide unit (2); Be provided with slide unit leading screw (25) in the described feed screw nut (24); The bottom of described slide unit leading screw (25) is located in the motor cabinet (26), is provided with servomotor (27) in the described motor cabinet (26), and described slide unit leading screw (25) is connected with servomotor (27); Be respectively equipped with slide mechanism and organisation of working on the four-quadrant line of described base (1), described compound tool (18) is corresponding with workpiece (7);
Or be respectively equipped with slide mechanism and organisation of working on the Three-bearing of described base (1).
2. the multi-faceted automation machining tool of processing candan universal joint according to claim 1; It is characterized in that: be provided with cage guiding cover (28) between described sleeve (4) and base (1); The bottom of described sleeve (4) is provided with cover tube end plate (29); The upper and lower of described elevating screw (13) is respectively equipped with bearing (30), and described bearing (30) is located in the lifting pedestal (12), and described elevating screw (13) passes through leading screw end cap (31) termination mutually with lifting pedestal (12); Be provided with ringfeder (32) between described leading screw synchronous pulley (15) and elevating screw (13), described ringfeder (32) passes through ringfeder pressing plate (33) crimping mutually with leading screw synchronous pulley (15); Be with rack sleeve (34) on the described main shaft (16); The two ends of described rack sleeve (34) are respectively equipped with main shaft bearing (35); Described main spindle box (19) is provided with drive end bearing bracket (36) with the head of main shaft (16), and described main spindle box (19) is provided with rear end cap (37) with the afterbody of main shaft (16), is provided with main shaft synchronous pulley (38) between described main shaft V belt wheel (23) and rear end cap (37); The afterbody of described main shaft (16) is provided with pull bar end cap (39); Described pull bar (17) passes pull bar end cap (39), and the front end of pull bar (17) spins with compound tool (18) mutually, and the rear end of described pull bar (17) is screwed on the pull bar end cap (39) with nut; Be provided with slide unit bearing (40) between described motor cabinet (26) and slide unit leading screw (25); Described slide unit bearing (40) keeps off mutually with motor cabinet (26) through motor cabinet end cap (41) and connecing, and described slide unit leading screw (25) is fixedly connected through shaft coupling (42) with servomotor (27).
3. the multi-faceted automation machining tool of processing candan universal joint according to claim 2; It is characterized in that: the top of described cage guiding cover (28) is provided with cover plate (43); Described cover plate (43) socket-connects with sleeve (4); Be provided with bearing clamping sleeve (44) in the described elevating screw (13), the bottom crimping mutually of described bearing clamping sleeve (44) and bearing (30), described bearing clamping sleeve (44) is locked with elevating screw (13) through locking nut (45) mutually; Be provided with pressure ring (46) between described rack sleeve (34) and main spindle box (19); Be provided with outer separator (47) and inner spacing collar (48) between the main shaft bearing (35) in described rack sleeve (34) left side; Described inner spacing collar (48) touches with main shaft (16) mutually; Be provided with principal shaft locking nut (49) in the described rear end cap (37); Be provided with packing ring (50) between the main shaft bearing (35) on described principal shaft locking nut (49) and rack sleeve (34) right side, described packing ring (50) and principal shaft locking nut (49) socket-connect with main shaft (16) respectively; Be provided with leading screw spacer (51) between described slide unit leading screw (25) and motor cabinet (26), described leading screw spacer (51) is locked with motor cabinet (26) through slide unit locking nut (52) mutually.
4. according to the multi-faceted automation machining tool of claim 1 or 2 or 3 described processing candan universal joints; It is characterized in that: described connecting plate for electric motor (20) fixes through screw rod (53) with variable-frequency motor (21); The bottom of described frock connecting rod (8) and frock lower supporting plate (5) plug, and the top of described frock connecting rod (8) and frock upper backup pad (9) socket-connect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200228902U CN202447887U (en) | 2012-01-18 | 2012-01-18 | Multi-directional automated processing machine tool for processing candan universal joint |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200228902U CN202447887U (en) | 2012-01-18 | 2012-01-18 | Multi-directional automated processing machine tool for processing candan universal joint |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202447887U true CN202447887U (en) | 2012-09-26 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200228902U Expired - Fee Related CN202447887U (en) | 2012-01-18 | 2012-01-18 | Multi-directional automated processing machine tool for processing candan universal joint |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202447887U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113953835A (en) * | 2021-10-18 | 2022-01-21 | 泰州市东方传动技术有限公司 | Cross shaft connection machining system and machining process |
| CN115890168A (en) * | 2023-01-05 | 2023-04-04 | 浙江钱富万向节有限公司 | Cross shaft composite machining system and machining process |
-
2012
- 2012-01-18 CN CN2012200228902U patent/CN202447887U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113953835A (en) * | 2021-10-18 | 2022-01-21 | 泰州市东方传动技术有限公司 | Cross shaft connection machining system and machining process |
| CN113953835B (en) * | 2021-10-18 | 2022-08-02 | 泰州市东方传动技术有限公司 | Cross shaft connection machining system and machining process |
| CN115890168A (en) * | 2023-01-05 | 2023-04-04 | 浙江钱富万向节有限公司 | Cross shaft composite machining system and machining process |
| CN115890168B (en) * | 2023-01-05 | 2023-06-09 | 浙江钱富万向节有限公司 | Cross axle composite machining system and machining process |
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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 |
Granted publication date: 20120926 Termination date: 20180118 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |