CN205020860U - Macroporous smart processingequipment of symmetry on symmetry part - Google Patents
Macroporous smart processingequipment of symmetry on symmetry part Download PDFInfo
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- CN205020860U CN205020860U CN201520712806.3U CN201520712806U CN205020860U CN 205020860 U CN205020860 U CN 205020860U CN 201520712806 U CN201520712806 U CN 201520712806U CN 205020860 U CN205020860 U CN 205020860U
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- symmetrical
- plate
- clamping device
- macropore
- location
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Abstract
The utility model relates to a macroporous smart processingequipment of symmetry on symmetry part. Smart processingequipment is equipped with " worker " type support in the main part, support both sides symmetry respectively are equipped with positioning clamping device I, positioning clamping device II and tangential clamping device, between the positioning clamping device II and tangential clamping device that the bore hole device was established two sets of symmetries, the bore hole device passes through bolt pin fixed connection with the base. Add man -hour to the surface of locating plate is smart processingequipment's locating surface, fixes a position the part with cylinder locating pin and rhombus locating pin, press on the surface of waiting to process the part with positioning clamping device I and positioning clamping device II, press from both sides the part tight through rotatory double threaded screw. Through the utility model discloses the method of creating has realized two the macroporous high accuracy of symmetrical part processing, and the size in final part hole satisfies the drawing required precision, and the state is the same behind two symmetrical parts machining, practices thrift the anchor clamps expense, also satisfies the part operation requirement simultaneously.
Description
Technical field
The invention relate generally to a kind of for the macropore on two symmetrical components in the same state, high-precision processing unit (plant) and processing method.
Background technology
Aircraft there are a lot of symmetrical parts, it there is symmetrical part macropore, the many employings of method of processing this kind of symmetrical component macropore in prior art use different frocks to process, therefore, need design two sleeve clamp to meet process requirements, waste frock and machining period, also create the deviation accumulation of multiple bearing, precision falls flat simultaneously.
Summary of the invention
In order to overcome the above problems, the invention provides a kind of and adopts a frock to realize two symmetrical components in the same state, the device of high accuracy processing parts macropore simultaneously.
Another object of the invention is to provide a kind of method for fine finishing processing symmetrical component macropore on two symmetrical components.
The technical scheme that the invention adopts is: the precise machining device of symmetrical macropore on a kind of symmetrical component, main body is provided with " work " type support, and support both sides are arranged with positioning compression device I, positioning compression device II and tangential clamping device respectively; Boring device is located between the positioning compression device II of two cover symmetries and tangential clamping device; Boring device is fixedly connected with base.
The precise machining device of symmetrical macropore on above-mentioned a kind of symmetrical component, described positioning compression device I, is made up of pressing plate I, band shoulder nut I, diamond positioning pin, bolt I and location-plate I; Location-plate I is connected with support by bolt I, is takeed on the cooperation of nut I and diamond positioning pin, pressing plate I, part to be processed, location-plate I and support are linked together by band.
The precise machining device of symmetrical macropore on above-mentioned a kind of symmetrical component, described positioning compression device II, is made up of pressing plate II, band shoulder nut II, cylindrical positioning pins, bolt II and location-plate II; Location-plate II is connected with support by bolt II, is takeed on the cooperation of nut II and cylindrical positioning pins, pressing plate II, part to be processed, location-plate II and support are linked together by band.
The precise machining device of symmetrical macropore on above-mentioned a kind of symmetrical component, described tangential clamping device, is made up of base, stud, clamping plate and spring; Base is fixed in main body, and both sides, base upper end are provided with U-shaped clamping plate, and stud passes clamping plate and drives clamping plate to move, and on stud, cover has spring.
The precise machining device of symmetrical macropore on above-mentioned a kind of symmetrical component, described boring device, is made up of bolt, alignment pin, locator and lining; Locator is fixed by bolt and alignment pin and main body, and lining is also connected with locator by screw by mounting bush on locator, becomes an entirety.
The precise machining device of symmetrical macropore on above-mentioned a kind of symmetrical component, the dead in line of the entirety that the axis of part to be processed and lining and locator are formed.
A method for fine finishing for symmetrical component macropore, method is as follows:
1) locate: the locating surface being precise machining device with the surface of the surface of location-plate I and location-plate II, with cylindrical positioning pins and diamond positioning pin, part is located;
2) compress: by the cooperation of pressing plate I, band shoulder nut I and diamond positioning pin, and the cooperation of pressing plate II, band shoulder nut II and cylindrical positioning pins, making positioning compression device I and positioning compression device II be pressed in the surface of part to be processed, ensure locating surface and the step 1 of part to be processed) locating surface of precise machining device fits;
3) one end of part to be processed being inserted between the clamping plate in tangential clamping device, by rotating double threaded screw, part being clamped;
4) process: when processing macropore, the overall dead in line that the axis of macropore and lining and locator are formed; Adopt horizontal boring machine, carry out Boring, completion of processing takes off part;
5) symmetrical member processing: by another symmetrical component at the enterprising luggage folder of precise machining device, repeat above-mentioned (1) to (4) step and process.
The beneficial effect of the invention is:
1) part location adopts cylindrical positioning pins and diamond positioning pin, ensures part accurate positioning, for convenience detach.
2) part compresses and adopts positioning compression device I and positioning compression device II, ensures that part impaction state is stablized, for convenience detach.
3) in boring device, the cylindrical of lining and the endoporus of locator are slidably matched, then become an entirety by screw attachment, prevent assembly deflections to affect axiality.
4) by the method for the invention, achieve the high accuracy processing of two symmetrical component macropores, the size of final hole in piece part meets drawing required precision, and after two symmetrical component processing, state is identical, saves fixture expense, also meets part instructions for use simultaneously.
Accompanying drawing explanation
Fig. 1 is the front view of the invention.
Fig. 2 is the top view of the invention.
Fig. 3 is A-A sectional view in Fig. 1.
Fig. 4 is B-B sectional view in Fig. 1.
Fig. 5 is C-C sectional view in Fig. 2.
Detailed description of the invention
The precise machining device of symmetrical macropore on embodiment 1 one kinds of symmetrical components
As Figure 1-Figure 5, the precise machining device of symmetrical macropore on a kind of symmetrical component, is made up of main body 10, positioning compression device I 20, positioning compression device II 30, tangential clamping device 40 and boring device 50.
Main body 10 adopts Type of Welding, and material is Q235-A.F.Main body 10 is provided with " work " type support 11.
Support 11 both sides are arranged with positioning compression device I 20, positioning compression device II 30 and tangential clamping device 40 respectively; Boring device 50 is located between the positioning compression device II 30 of two cover symmetries and tangential clamping device 40; Boring device 50 is flexibly connected with base 10.
Described positioning compression device I 20, is made up of pressing plate I 21, band shoulder nut I 22, diamond positioning pin 23, bolt I 24 and location-plate I 25; Location-plate I 25 is connected with support 11 by bolt I 24, is takeed on the cooperation of nut I 22 and diamond positioning pin 23, pressing plate I 21, part to be processed, location-plate I 25 and support 11 are linked together by band.Location-plate I 25 material is No. 45 steel, heat treatment: 35-39HRC.
Described positioning compression device II 30, is made up of pressing plate II 31, band shoulder nut II 32, cylindrical positioning pins 33, bolt II 34 and location-plate II 35; Location-plate II 35 is connected with support 11 by bolt II 34, is takeed on the cooperation of nut II 32 and cylindrical positioning pins 33, pressing plate II 31, part to be processed, location-plate II 35 and support 11 are linked together by band.Location-plate II 35 material is No. 45 steel, heat treatment: 35-39HRC.
Described tangential clamping device 40, is made up of base 41, stud 42, clamping plate 43 and spring 44; Base 41 is fixed in main body 10, and both sides, base 41 upper end are provided with U-shaped clamping plate 43, and stud 42 passes clamping plate 43 and drives clamping plate 43 to move, and on stud 42, cover has spring 44.
Described boring device 50, is made up of bolt 51, alignment pin 52, locator 53 and lining 54; Locator 53 is fixed with main body 10 by bolt 51 and alignment pin 52, mounting bush 54 on locator 53.In order to prevent adding man-hour, assembly deflections affects axiality, and the cylindrical of lining 54 and the endoporus of locator 53 are slidably matched, then become an entirety by screw attachment.Part, when bore hole, adopts lining 54, centering lining, and ensure precision and the axiality of bore hole hole when, lagging material selects structural alloy steel: 30CrMnSiA.
The method for fine finishing of symmetrical macropore on embodiment 2 one kinds of symmetrical components
Adopt the precise machining device of embodiment 1, method is as follows:
1) locate: the locating surface being precise machining device with the surface of the surface of location-plate I 25 and location-plate II 35, with cylindrical positioning pins 33 and diamond positioning pin 23, part is located;
2) compress: by the cooperation of pressing plate I 21, band shoulder nut I 22 and diamond positioning pin 23, and the cooperation of pressing plate II 31, band shoulder nut II 32 and cylindrical positioning pins 33, making positioning compression device I 20 and positioning compression device II 30 be pressed in the surface of part 60 to be processed, ensure locating surface and the step 1 of part to be processed) locating surface of precise machining device fits;
3) one end of part to be processed being inserted between the clamping plate 43 in tangential clamping device 40, by rotating double threaded screw 42, part being clamped;
4) process: when processing macropore, the overall dead in line that the axis of macropore and lining 54 and locator 53 are formed; Adopt horizontal boring machine, carry out Boring, completion of processing takes off part;
5) symmetrical member processing: by another symmetrical component at the enterprising luggage folder of precise machining device, repeat above-mentioned (1) to (4) step and process.
Claims (6)
1. the precise machining device of symmetrical macropore on a symmetrical component, it is characterized in that: main body (10) is provided with " work " type support (11), support (11) both sides are arranged with positioning compression device I (20), positioning compression device II (30) and tangential clamping device (40) respectively; Boring device (50) is located between the positioning compression device II (30) of two cover symmetries and tangential clamping device (40); Boring device (50) is fixedly connected with base (10).
2. the precise machining device of symmetrical macropore on a kind of symmetrical component according to claim 1, it is characterized in that: described positioning compression device I (20), be made up of pressing plate I (21), band shoulder nut I (22), diamond positioning pin (23), bolt I (24) and location-plate I (25); Location-plate I (25) is connected with support (11) by bolt I (24), takeed on the cooperation of nut I (22) and diamond positioning pin (23) by band, pressing plate I (21), part to be processed, location-plate I (25) and support (11) are linked together.
3. the precise machining device of symmetrical macropore on a kind of symmetrical component according to claim 1, it is characterized in that: described positioning compression device II (30), be made up of pressing plate II (31), band shoulder nut II (32), cylindrical positioning pins (33), bolt II (34) and location-plate II (35); Location-plate II (35) is connected with support (11) by bolt II (34), takeed on the cooperation of nut II (32) and cylindrical positioning pins (33) by band, pressing plate II (31), part to be processed, location-plate II (35) and support (11) are linked together.
4. the precise machining device of symmetrical macropore on a kind of symmetrical component according to claim 1, it is characterized in that: described tangential clamping device (40), be made up of base (41), stud (42), clamping plate (43) and spring (44); Base (41) is fixed in main body (10), base (41) both sides, upper end are provided with U-shaped clamping plate (43), stud (42) is through clamping plate (43) and drive clamping plate (43) mobile, and the upper cover of stud (42) has spring (44).
5. the precise machining device of symmetrical macropore on a kind of symmetrical component according to claim 1, it is characterized in that: described boring device (50), be made up of bolt (51), alignment pin (52), locator (53) and lining (54); Locator (53) is fixed with main body (10) by bolt (51) and alignment pin (52), lining (54) is also connected with locator (53) by screw by the upper mounting bush (54) of locator (53), becomes an entirety.
6. the precise machining device of symmetrical macropore on a kind of symmetrical component according to claim 5, is characterized in that: the dead in line of the entirety that the axis of part to be processed and lining (54) are formed with locator (53).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520712806.3U CN205020860U (en) | 2015-09-14 | 2015-09-14 | Macroporous smart processingequipment of symmetry on symmetry part |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520712806.3U CN205020860U (en) | 2015-09-14 | 2015-09-14 | Macroporous smart processingequipment of symmetry on symmetry part |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205020860U true CN205020860U (en) | 2016-02-10 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520712806.3U Expired - Fee Related CN205020860U (en) | 2015-09-14 | 2015-09-14 | Macroporous smart processingequipment of symmetry on symmetry part |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205020860U (en) |
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2015
- 2015-09-14 CN CN201520712806.3U patent/CN205020860U/en not_active Expired - Fee Related
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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: 20160210 Termination date: 20200914 |