CN105171038A - Full-automatic processing machine for holes - Google Patents
Full-automatic processing machine for holes Download PDFInfo
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- CN105171038A CN105171038A CN201510269843.6A CN201510269843A CN105171038A CN 105171038 A CN105171038 A CN 105171038A CN 201510269843 A CN201510269843 A CN 201510269843A CN 105171038 A CN105171038 A CN 105171038A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23B—TURNING; BORING
- B23B39/00—General-purpose boring or drilling machines or devices; Sets of boring and/or drilling machines
- B23B39/28—Associations of only boring or drilling machines directed to a particular metal-working result
Abstract
The invention provides a full-automatic processing machine for holes. The full-automatic processing machine comprises a machine base, a drilling machine, boring machines and pneumatic chucks. The boring machines include the left boring machine and the right boring machine. The left boring machine and the right boring machine are located on the left side and the right side of the drilling machine respectively. The pneumatic chucks include the left pneumatic chuck and the right pneumatic chuck. The full-automatic processing machine further comprises a left driving air cylinder, a right driving air cylinder, a left guiding assembly, a right guiding assembly, a left sliding base, a right sliding base and a material supply mechanism. The material supply mechanism is arranged behind the drilling machine. The left sliding base and the right sliding base are arranged in front of the drilling machine. In the working process, the left guiding assembly is matched with the left pneumatic chuck, and the right guiding assembly is matched with the right pneumatic chuck. The left guiding assembly and the right guiding assembly are alternately located below the drilling machine. The material supply mechanism is matched with the left pneumatic chuck and the right pneumatic chuck. The two pneumatic chucks are arranged left and right and can slide to be alternately matched with the drilling machine, independently matched with the boring machines and alternately matched; and manual operation is not needed, the working efficiency is improved, and cost is reduced.
Description
Technical field
The present invention relates to a kind of machining apparatus, especially a kind of processing unit (plant) of rotating shaft.
Background technology
Currently available technology, a kind of drilling machine, comprise support, drilling machine, Boring machine and pneumatic chuck, drilling machine and Boring machine are separately positioned on the both sides of pneumatic chuck, after drilling machine boring, Boring machine is through after the Kong Xianyi chamfer of rotating shaft RADIAL, pneumatic chuck 90-degree rotation, then the other end chamfering to hole.Existing problems: work efficiency is low, manual operations, cost is high.
Summary of the invention
The object of the invention is: the full-automatic processing machine providing a kind of hole, it is high that it has work efficiency, and cost is low.
The present invention is achieved in that a kind of full-automatic processing machine of hole, comprise support, drilling machine, Boring machine and pneumatic chuck, its special character is: described Boring machine is divided into left Boring machine and right Boring machine, and left and right Boring machine is positioned at left side and the right side of drilling machine;
Described pneumatic chuck is divided into left pneumatic chuck and right pneumatic chuck;
Also comprise left driving cylinder, right driving cylinder, left guidance set, right guidance set, left sliding seat, right sliding seat and feeding machanism,
The front portion that feeding machanism is arranged on the rear portion of drilling machine, left and right sliding seat is arranged on drilling machine;
Described left pneumatic chuck and right pneumatic chuck are separately positioned on left and right sliding seat, and described left and right guidance set is separately positioned on left and right sliding seat, and described left and right driving cylinder drives left and right sliding seat respectively;
During work, left guidance set coordinates with left pneumatic chuck, and right guidance set coordinates with right pneumatic chuck; Left and right guidance set is alternately positioned at the below of drilling machine; Feeding machanism coordinates with left and right pneumatic chuck.
The full-automatic processing machine in described a kind of hole, its special character is: the cylinder body of described left and right driving cylinder is fixedly connected with right side with the left side of support respectively, and the piston rod of left and right driving cylinder is fixedly connected with left and right sliding seat respectively.
In the full-automatic processing machine in described a kind of hole, described left guidance set comprises left cylinder, left pedestal and left guide plate, left guide plate there is the left pilot hole of axis and horizontal plane, left pedestal is fixed on left sliding seat, left cylinder is fixed on left pedestal, and left guide plate and left pedestal are slidably matched;
During boring, the axis of the drill bit of drilling machine and the dead in line of left pilot hole, left guide plate is positioned at the top of the diameter line perpendicular to horizontal plane of axis body to be processed;
Described right guidance set comprises right cylinder, right pedestal and right guide plate, right guide plate has the right pilot hole of axis and horizontal plane, and right pedestal is fixed on right sliding seat, and right cylinder is fixed on right pedestal, and right guide plate and right pedestal are slidably matched;
During boring, the axis of the drill bit of drilling machine and the dead in line of left pilot hole, left guide plate is positioned at the top of the diameter line perpendicular to horizontal plane of axis body to be processed.
In the full-automatic processing machine in described a kind of hole, described feeding machanism comprises and moves left and right cylinder, feed box, base, slip for flitch, left feed cylinder and right feed cylinder,
Described feed box has upper shed and under shed, gathering sill under the having of the lower end of left and right wallboard;
Also comprise guiding part flow arrangement, described guiding part flow arrangement comprises left tiltedly guide plate and the oblique guide plate in the right side, and the upper end of left and right oblique guide plate is intersected, and the guiding two ends of part flow arrangement are fixedly connected with the middle part of the bottom of the front and back wallboard of feed box;
Described slip has the left feeder channel vertical with its length direction and right feeder channel on flitch,
Described base is fixed on support, and feed box is fixed on base, and lower gathering sill and base form pilot hole, slides to be slidably matched for flitch and pilot hole, slides to coordinate with lead part flow arrangement and base sliding for flitch; Push rod on the piston rod of left and right feed cylinder coordinates with left and right feeder channel, and left and right feeder channel coordinates with left and right pneumatic chuck;
Left and right feeder channel is alternately positioned at feed box, and axis body to be processed is chimeric with left and right feeder channel and be slidably matched.
In the full-automatic processing machine in described a kind of hole, also comprise a limited block, be positioned at the left block on left sliding seat and the right block on right sliding seat;
Described limited block is positioned on support, and left block and the upper right block of right sliding seat of the left end of limited block and the left sliding seat of right-hand member difference coordinate stop bit.
In the full-automatic processing machine in described a kind of hole, described left guidance set also comprises left limit plate, and described right guidance set also comprises right limit plate;
Left limit plate is arranged on left pedestal, and right limit plate is arranged on right pedestal;
Described left and right limiting plate coordinates with left and right pneumatic chuck respectively, for axis body stop bit to be processed.
The full-automatic processing machine in described a kind of hole, its special character is: also comprise a guide plate, described guide plate has the pilot hole of full thickness, the axis of pilot hole and horizontal plane; Described pilot hole is divided into the right pilot hole of the left pilot hole of left Boring machine, the middle pilot hole of drilling machine and right Boring machine;
Described guide plate is arranged on support or is arranged on the support of fixing drilling machine, left Boring machine and right boring machine, and the axis of the left pilot hole on guide plate, middle pilot hole and right pilot hole divides dead in line that the is another and drill bit of left Boring machine, drilling machine and right Boring machine; In the space of guide plate between the below of drill bit, axis body to be processed.
The full-automatic processing machine in described a kind of hole, its special character is: described left guidance set comprises left cylinder, left pedestal and left limit plate, and left pedestal is fixed on left sliding seat, and left cylinder is fixed on left pedestal, and left limit plate and left pedestal are slidably matched;
Described right guidance set comprises right cylinder, right pedestal and right limit plate, and right pedestal is fixed on right sliding seat, and right cylinder is fixed on right pedestal, and right limit plate and right pedestal are slidably matched;
Described left and right limiting plate coordinates with left and right pneumatic chuck respectively, for axis body stop bit to be processed.
The full-automatic processing machine in described a kind of hole, its special character is: described left guidance set comprises left cylinder, left pedestal and left limit plate, and left pedestal is fixed on left sliding seat, and left cylinder is fixed on left pedestal, and left limit plate and left pedestal are slidably matched;
Described right guidance set comprises right cylinder, right pedestal and right limit plate, and right pedestal is fixed on right sliding seat, and right cylinder is fixed on right pedestal, and right limit plate and right pedestal are slidably matched;
Described left and right limiting plate coordinates with left and right pneumatic chuck respectively, for axis body stop bit to be processed;
Or also comprise the left limit plate be arranged on left sliding seat, the right limit plate on right sliding seat;
Described left and right limiting plate coordinates with left and right pneumatic chuck respectively, for axis body stop bit to be processed.
The full-automatic processing machine in a kind of hole of the present invention, owing to adopting such structure, two Boring machines are had to be arranged on the drilling machine left and right sides, two pneumatic chucks divide left and right setting and slidably, alternately coordinate with drilling machine, and coordinate with Boring machine separately, alternately coordinate, without the need to manual operation, improve work efficiency, reduce cost.
Accompanying drawing explanation
Fig. 1 is one of stereogram of the present invention.
Fig. 2 is stereogram two of the present invention.
Fig. 3 is front view of the present invention.
Fig. 4 is the sectional view of feeding machanism of the present invention.
Fig. 5 is top view of the present invention.
Fig. 6 is A-A view of Fig. 5.
Fig. 7 is the front view of the second embodiment of the present invention.
Detailed description of the invention
Below in conjunction with accompanying drawing, the invention will be further described.
Embodiment 1
As shown in Figure 1, Figure 2, Figure 3 shows, a kind of full-automatic processing machine of hole, comprise support 1, drilling machine 2, Boring machine and pneumatic chuck, described Boring machine is divided into left Boring machine 31 and right Boring machine 32, left and right Boring machine 31,32 is positioned at left side and the right side of drilling machine 2, and left Boring machine 31, drilling machine 2 and right Boring machine 32 are point-blank;
Described pneumatic chuck is divided into left pneumatic chuck 41 and right pneumatic chuck 42;
Also comprise left driving cylinder 51, right driving cylinder 52, left guidance set 61, right guidance set 62, left sliding seat 71, right sliding seat 72 and feeding machanism 8,
The front portion that feeding machanism 8 is arranged on the rear portion of drilling machine 2, left and right sliding seat 71,72 is arranged on drilling machine 2;
Described left pneumatic chuck 41 and right pneumatic chuck 42 are separately positioned on left and right sliding seat 71,72, described left and right guidance set 61,62 is separately positioned on left and right sliding seat 71,72, and described left and right driving cylinder 51,52 drives left and right sliding seat 71,72 respectively; Described support 1 is provided with guide rail, and left and right sliding seat 71,72 is provided with guide chute, and guide chute coordinates with slide.
During work, left guidance set 61 coordinates with left pneumatic chuck 41, and right guidance set 62 coordinates with right pneumatic chuck 42; Left and right guidance set 61,62 is alternately positioned at the below of drilling machine 2; Feeding machanism 8 coordinates with left and right pneumatic chuck 41,42.
The cylinder body of described left and right driving cylinder 51,52 is fixedly connected with right side with the left side of support 1 respectively, and the piston rod of left and right driving cylinder 51,52 is fixedly connected with left and right sliding seat 71,72 respectively.
As further improvement: also comprise a limited block 9, be positioned at the left block 711 on left sliding seat 71 and the right block 721 on right sliding seat 72;
Described limited block 9 is positioned on support 1, and the left end of limited block 9 and the right-hand member left block 711 respectively on left sliding seat 71 and the right block 721 on right sliding seat 72 coordinate stop bit; Adjustable screw rod can also be set in the left side of limited block 9 and right side; Fig. 3 is that limited block 9 coordinates the state of stop bit with the right block 721 on right sliding seat 72; Under Fig. 3 state, when left and right sliding seat 71,72 moves right, the left end of limited block 9 coordinates stop bit with the left block 711 of left sliding seat 71.Ensure the dead in line perpendicular to the diameter line of horizontal plane and the drill bit of drilling machine of axis body to be processed on left and right pneumatic chuck 41,42, ensure machining accuracy and quality.
Described left guidance set 61 comprises left cylinder 611, left pedestal 612 and left guide plate 613, left guide plate 613 there is the left pilot hole of axis and horizontal plane, left pedestal 612 is fixed on left sliding seat 71, left cylinder 611 is fixed on left pedestal 612, and left guide plate 613 is slidably matched with left pedestal 612;
During boring, the axis of the drill bit of drilling machine 2 and the dead in line of left pilot hole, left guide plate 613 is positioned at the top of the diameter line perpendicular to horizontal plane of axis body to be processed;
Described right guidance set 62 comprises right cylinder 621, right pedestal 622 and right guide plate 623, right guide plate 623 there is the right pilot hole 6231 of axis and horizontal plane, right pedestal 622 is fixed on right sliding seat 72, right cylinder 621 is fixed on right pedestal 622, and right guide plate 623 is slidably matched with right pedestal 622;
During boring, the axis of the drill bit of drilling machine 2 and the dead in line of left pilot hole, left guide plate 623 is positioned at the top of the diameter line perpendicular to horizontal plane of axis body to be processed.
As a further improvement on the present invention: as shown in Figure 4, described left guidance set 61 also comprises left limit plate, and described right guidance set 62 also comprises right limit plate 624;
Left limit plate is arranged on left pedestal 612, and right limit plate 624 is arranged on right pedestal 622;
Described left limit plate, right limit plate 624 coordinate with left and right pneumatic chuck 41,42 respectively, for axis body stop bit to be processed.
As shown in Fig. 2, Fig. 5, Fig. 6, described feeding machanism 8 comprises and moves left and right cylinder 81, feed box 82, base 83, slides for flitch 84, left feed cylinder 851 and right feed cylinder 852,
Described feed box 82 has upper shed and under shed, gathering sill 821 under the having of the lower end of left and right wallboard;
Also comprise guiding part flow arrangement 86, described guiding part flow arrangement comprises left tiltedly guide plate 861 and the oblique guide plate 862 in the right side, the upper end of left and right oblique guide plate 861,862 is intersected, and the guiding two ends of part flow arrangement are fixedly connected with the middle part of the bottom of the front and back wallboard of feed box 82; Namely the left and right two ends of oblique guide plate 861,862 are fixedly connected with the front and back wallboard of feed box 82;
Described slip has the left feeder channel 841 vertical with its length direction and right feeder channel 842 on flitch 84,
Described base 83 is fixed on support 1, feed box 82 is fixed on base 83, lower gathering sill 821 forms pilot hole with base 83, slip is slidably matched for flitch 84 and pilot hole, slides and supplies flitch 84 to coordinate with the lower slide of base 83 with the left and right oblique guide plate 861,862 of the part flow arrangement 86 that leads; Push rod on the piston rod of left and right feed cylinder 951,952 coordinates with left and right feeder channel 841,842, and left and right feeder channel 841,842 coordinates with left and right pneumatic chuck 41,42;
Under the driving moving left and right cylinder, slide and supply flitch 84 to move left and right, left and right feeder channel 841,842 is alternately positioned at feed box 82, axis body to be processed takes out with the chimeric slip confession flitch 84 that makes of left and right feeder channel 841,842 by axis body to be processed from feed box 82, and axis body to be processed and left and right feeder channel 841,842 are slidably matched.Left and right feeder channel 841,842 takes out axis body to be processed in feed box 82, and axis body to be processed heads in left and right pneumatic chuck 41,42 by left and right feed cylinder 851,852, and is ejected by the axis body of completion of processing on left and right pneumatic chuck 41,42 simultaneously.
As shown in Figure 1, Figure 3, (one) drilling machine 2 carries out boring action to the axis body to be processed on right pneumatic chuck 42, and right guide plate 623 is positioned at the top of the diameter line perpendicular to horizontal plane of axis body to be processed; The free end of right limit plate 624 and axis body to be processed against, prevent the displacement that axis body to be processed occurs along axle; Now, as shown in Figure 5, the slip of feeding machanism 8 supplies the left feeder channel 841 of flitch 84 to be positioned at the outside of feed box 82, in feed box 82, takes out axis body to be processed; Chamfering is carried out in the hole of left Boring machine 31 pairs of axis bodies;
(2) complete after chamfering or before completing chamfering, in the axis of the push rod of left feed cylinder 851, left feeder channel 841, the axis of the axis of axis body to be processed and left pneumatic chuck 41, enters feed SBR point-blank; After completing chamfering, the air spider of left pneumatic chuck 41 unclamps, the action of left feed cylinder 851, makes axis body to be processed in left feeder channel 841 send in left pneumatic chuck 41, meanwhile, the axis body of completion of processing is ejected left pneumatic chuck 41; Left limit plate on left sliding seat 71 is relative with left pneumatic chuck 41, and to axis body stop bit to be processed, the air spider of left pneumatic chuck 41 clamps axis body to be processed; The action of left cylinder 611, the left guide plate 613 of left guidance set 61 is positioned at the top of axis body to be processed, and the left pilot hole axis of left guide plate 613 overlaps with the diameter line perpendicular to horizontal plane of axis body to be processed; After this slide and supply flitch 84 to move right, right feeder channel 842 takes out axis body to be processed;
Then, described left sliding seat 71, right sliding seat 72 move right, and drilling machine 2 is to the axis body boring to be processed on left pneumatic chuck 41, and the hole of right Boring machine 32 to the axis body on right pneumatic chuck 42 enters the action of row chamfering; In the axis of the push rod of right feed cylinder 852, right feeder channel 842, the axis of the axis of axis body to be processed and right pneumatic chuck 42, enters feed SBR point-blank;
Feeding machanism 8 is alternately to left and right pneumatic chuck 41,42 feed, and when the axis body of left pneumatic chuck 41 carries out chamfering, the axis body on right pneumatic chuck 42 carries out boring action; When the axis body of right pneumatic chuck 42 carries out chamfering, the axis body on left pneumatic chuck 41 carries out boring action.
In an embodiment, only work is using axis body as objective for implementation, also can process the shaft with certain length in the present invention.
Embodiment 2
As shown in Figure 7, also comprise the left limit plate 614 be arranged on left sliding seat 71, the right limit plate 624 on right sliding seat 72;
Described left and right limiting plate 614,624 coordinates with left and right pneumatic chuck 41,42 respectively, for axis body stop bit to be processed.
Also comprise a guide plate 10, described guide plate 10 has the pilot hole of full thickness, the axis of pilot hole and horizontal plane; Described pilot hole is divided into the right pilot hole of the left pilot hole of left Boring machine 31, the middle pilot hole of drilling machine 2 and right Boring machine 32;
Described guide plate 10 is arranged on support 1, the dead in line of the axis of the pilot hole on guide plate 10 and the drill bit of drilling machine 2; Guide plate 10 is positioned at the top of the below of the drill bit of drilling machine 2, the diameter line perpendicular to horizontal plane of axis body to be processed.
Described guide plate 10 is arranged on support 1 or is arranged on the support 11 of fixing drilling machine, left Boring machine and right boring machine, and the axis of the left pilot hole on guide plate 10, middle pilot hole and right pilot hole divides dead in line that the is another and drill bit of left Boring machine 31, drilling machine 2 and right Boring machine 32; Guide plate 10 is in the space between the below, axis body to be processed of the drill bit of left Boring machine 31, drilling machine 2 and right Boring machine 32.
Described left guidance set 61 comprises left cylinder 611, left pedestal 612 and left limit plate 614, and left pedestal 612 is fixed on left sliding seat 71, and left cylinder 611 is fixed on left pedestal 612, and left limit plate 614 and left pedestal 612 are slidably matched;
Described right guidance set 62 comprises right cylinder 621, right pedestal 622 and right limit plate 624, and right pedestal is fixed on right sliding seat 72, and right cylinder is fixed on right pedestal, and right limit plate and right pedestal are slidably matched;
Described left and right limiting plate 614,624 coordinates with left and right pneumatic chuck 41,42 respectively, for axis body stop bit to be processed and location.
Above-described is only preferred embodiments of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the principles of the present invention, can also make some improvement and modification, this is also considered as protection scope of the present invention.
Claims (10)
1. the full-automatic processing machine in hole, comprises support, drilling machine, Boring machine and pneumatic chuck, it is characterized in that: described Boring machine is divided into left Boring machine and right Boring machine, and left and right Boring machine lays respectively at left side and the right side of drilling machine;
Described pneumatic chuck is divided into left pneumatic chuck and right pneumatic chuck;
Also comprise left driving cylinder, right driving cylinder, left guidance set, right guidance set, left sliding seat, right sliding seat and feeding machanism,
The front portion that feeding machanism is arranged on the rear portion of drilling machine, left and right sliding seat is arranged on drilling machine;
Described left pneumatic chuck and right pneumatic chuck are separately positioned on left and right sliding seat, and described left and right guidance set is separately positioned on left and right sliding seat, and described left and right driving cylinder drives left and right sliding seat respectively;
During work, left guidance set coordinates with left pneumatic chuck, and right guidance set coordinates with right pneumatic chuck; Left and right guidance set is alternately positioned at the below of drilling machine; Feeding machanism coordinates with left and right pneumatic chuck.
2. the full-automatic processing machine in a kind of hole according to claim 1, is characterized in that: the cylinder body of described left and right driving cylinder is fixedly connected with right side with the left side of support respectively, and the piston rod of left and right driving cylinder is fixedly connected with left and right sliding seat respectively.
3. the full-automatic processing machine in a kind of hole according to claim 1, it is characterized in that: described left guidance set comprises left cylinder, left pedestal and left guide plate, left guide plate there is the left pilot hole of axis and horizontal plane, left pedestal is fixed on left sliding seat, left cylinder is fixed on left pedestal, and left guide plate and left pedestal are slidably matched;
During boring, the axis of the drill bit of drilling machine and the dead in line of left pilot hole, left guide plate is positioned at the top of the diameter line perpendicular to horizontal plane of axis body to be processed;
Described right guidance set comprises right cylinder, right pedestal and right guide plate, right guide plate has the right pilot hole of axis and horizontal plane, and right pedestal is fixed on right sliding seat, and right cylinder is fixed on right pedestal, and right guide plate and right pedestal are slidably matched;
During boring, the axis of the drill bit of drilling machine and the dead in line of left pilot hole, left guide plate is positioned at the top of the diameter line perpendicular to horizontal plane of axis body to be processed.
4. the full-automatic processing machine in a kind of hole according to claim 1,2 or 3, is characterized in that: described feeding machanism comprises and moves left and right cylinder, feed box, base, slip for flitch, left feed cylinder and right feed cylinder,
Described feed box has upper shed and under shed, gathering sill under the having of the lower end of left and right wallboard;
Also comprise guiding part flow arrangement, described guiding part flow arrangement comprises left tiltedly guide plate and the oblique guide plate in the right side, and the upper end of left and right oblique guide plate is intersected, and the guiding two ends of part flow arrangement are fixedly connected with the middle part of the bottom of the front and back wallboard of feed box;
Described slip has the left feeder channel vertical with its length direction and right feeder channel on flitch,
Described base is fixed on support, and feed box is fixed on base, and lower gathering sill and base form pilot hole, slides to be slidably matched for flitch and pilot hole, slides to coordinate with lead part flow arrangement and base sliding for flitch; Push rod on the piston rod of left and right feed cylinder coordinates with left and right feeder channel, and left and right feeder channel coordinates with left and right pneumatic chuck;
Left and right feeder channel is alternately positioned at feed box, and axis body to be processed is chimeric with left and right feeder channel and be slidably matched.
5. the full-automatic processing machine in a kind of hole according to claim 1,2 or 3, is characterized in that: also comprise a limited block, be positioned at the left block on left sliding seat and the right block on right sliding seat;
Described limited block is positioned on support, and left block and the upper right block of right sliding seat of the left end of limited block and the left sliding seat of right-hand member difference coordinate stop bit.
6. the full-automatic processing machine in a kind of hole according to claim 3, is characterized in that: described left guidance set also comprises left limit plate, and described right guidance set also comprises right limit plate;
Left limit plate is arranged on left pedestal, and right limit plate is arranged on right pedestal;
Described left and right limiting plate coordinates with left and right pneumatic chuck respectively, for axis body stop bit to be processed.
7. the full-automatic processing machine in a kind of hole according to claim 4, is characterized in that: described left guidance set also comprises left limit plate, and described right guidance set also comprises right limit plate;
Left limit plate is arranged on left pedestal, and right limit plate is arranged on right pedestal;
Described left and right limiting plate coordinates with left and right pneumatic chuck respectively, for axis body stop bit to be processed.
8. the full-automatic processing machine in a kind of hole according to claim 1, is characterized in that: also comprise a guide plate, described guide plate has the pilot hole of full thickness, the axis of pilot hole and horizontal plane; Described pilot hole is divided into the right pilot hole of the left pilot hole of left Boring machine, the middle pilot hole of drilling machine and right Boring machine;
Described guide plate is arranged on support or is arranged on the support of fixing drilling machine, left Boring machine and right boring machine, and the axis of the left pilot hole on guide plate, middle pilot hole and right pilot hole divides dead in line that the is another and drill bit of left Boring machine, drilling machine and right Boring machine; In the space of guide plate between the below of drill bit, axis body to be processed.
9. the full-automatic processing machine in a kind of hole according to claim 1, it is characterized in that: described left guidance set comprises left cylinder, left pedestal and left limit plate, left pedestal is fixed on left sliding seat, and left cylinder is fixed on left pedestal, and left limit plate and left pedestal are slidably matched;
Described right guidance set comprises right cylinder, right pedestal and right limit plate, and right pedestal is fixed on right sliding seat, and right cylinder is fixed on right pedestal, and right limit plate and right pedestal are slidably matched;
Described left and right limiting plate coordinates with left and right pneumatic chuck respectively, for axis body stop bit to be processed.
10. the full-automatic processing machine in a kind of hole according to claim 8, it is characterized in that: described left guidance set comprises left cylinder, left pedestal and left limit plate, left pedestal is fixed on left sliding seat, and left cylinder is fixed on left pedestal, and left limit plate and left pedestal are slidably matched;
Described right guidance set comprises right cylinder, right pedestal and right limit plate, and right pedestal is fixed on right sliding seat, and right cylinder is fixed on right pedestal, and right limit plate and right pedestal are slidably matched;
Described left and right limiting plate coordinates with left and right pneumatic chuck respectively, for axis body stop bit to be processed;
Or also comprise the left limit plate be arranged on left sliding seat, the right limit plate on right sliding seat;
Described left and right limiting plate coordinates with left and right pneumatic chuck respectively, for axis body stop bit to be processed.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107052853A (en) * | 2017-06-08 | 2017-08-18 | 钦州学院 | For engine body drilling, the clamp for machining of bore hole |
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| CN204843026U (en) * | 2015-05-25 | 2015-12-09 | 吴承锋 | Full automatic processing machine in hole |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107052853A (en) * | 2017-06-08 | 2017-08-18 | 钦州学院 | For engine body drilling, the clamp for machining of bore hole |
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| CN105171038B (en) | 2017-04-05 |
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Effective date of registration: 20180321 Address after: 528400 Xiaolan Town, Xiaolan Town, Zhongshan City, Guangdong Province, No. five, Xiaolan Avenue, No. 53 Patentee after: Zhongshan Cheng hundred Hardware Machinery Co., Ltd. Address before: 545309, the Guangxi Zhuang Autonomous Region, Liuzhou Miao Miao Autonomous County, rod Township, rod hole village pine No. 78 Tuen Mun Patentee before: Wu Chengfeng |