CN107378021A - A kind of processing method of endoporus - Google Patents
A kind of processing method of endoporus Download PDFInfo
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- CN107378021A CN107378021A CN201710404938.3A CN201710404938A CN107378021A CN 107378021 A CN107378021 A CN 107378021A CN 201710404938 A CN201710404938 A CN 201710404938A CN 107378021 A CN107378021 A CN 107378021A
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- endoporus
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23B—TURNING; BORING
- B23B35/00—Methods for boring or drilling, or for working essentially requiring the use of boring or drilling machines; Use of auxiliary equipment in connection with such methods
Abstract
The invention discloses a kind of processing method of endoporus, belong to field of machining.Processing method includes：Fixed workpiece to be processed；Process the first endoporus；Measure that the center of the first endoporus is high, the distance between center of a height of first endoporus in center of the first endoporus to the processing datum of lathe；Cutter is moved along towards the direction of the second endoporus, and processes the second endoporus；Measure that the center of the second endoporus is high, the distance between center of a height of second endoporus in center of the second endoporus to the processing datum of lathe；The high difference between the center height of the second endoporus in center of the first endoporus is calculated, difference is the first difference；Cutter is adjusted along the direction of the processing datum perpendicular to lathe, the adjustment distance of cutter is the first difference, and processes the second endoporus again by cutter.The present invention solves the problems, such as that the high size tolerance requirements in the center of endoporus are not easy to meet.
Description
Technical field
The invention belongs to field of machining, more particularly to a kind of processing method of endoporus.
Background technology
Endoporus in field of machining, workpiece would generally be processed using boring machine to it.If have two on workpiece
The endoporus to be processed of the individual arrangement of parallel interval in the horizontal direction, due to only having a cutter to be added on common boring machine
Work, so needing after first endoporus is processed, mobile cutter, then second endoporus is processed again.
However, being limited to the quality of boring machine, the skew of vertical direction occurs in cutter during moving horizontally, so
One changes the center height for causing second endoporus after processing, and can not meet that the high size in the center of the second endoporus is public
Difference requires.
The content of the invention
In order to solve the problems, such as that the high size tolerance requirements in the center of endoporus are not easy to meet, the embodiments of the invention provide one
The processing method of kind endoporus.The technical scheme is as follows：
The embodiments of the invention provide a kind of processing method of endoporus, the processing method includes：
Fix the first workpiece to be processed and the second workpiece to be processed on the processing datum of lathe, and it is described first to be added
Work workpiece and second workpiece to be processed are parallel to each other arranged for interval；
Pass through the first endoporus of the first workpiece to be processed described in the tool sharpening of the lathe；
Measure that the center of first endoporus is high, the center of a height of first endoporus in center of first endoporus to institute
State the distance between processing datum of lathe；
The cutter is moved in edge towards the direction of second workpiece to be processed, and is treated by described in the tool sharpening second
Second endoporus of workpieces processing；
Measure that the center of second endoporus is high, the center of a height of second endoporus in center of second endoporus to institute
State the distance between processing datum of lathe；
Calculate the difference between the center height of high and described second endoporus in center of first endoporus, the difference is the
One difference；
The cutter is adjusted along the direction of the processing datum perpendicular to the lathe, and the adjustment distance of the cutter is the
One difference, and second endoporus is processed by the cutter again.
Further, it is described to be fixed on lathe after the first workpiece to be processed and the second workpiece to be processed, methods described
Also include：
Detect between first workpiece to be processed and second workpiece to be processed and the processing datum of the lathe
Gap whether be more than clearance requirement value, if first workpiece to be processed and second workpiece to be processed and the lathe
Processing datum between gap be more than the clearance requirement value, then rearrange first workpiece to be processed and described
Two workpieces to be processed.
Further, the center of measurement first endoporus is high, including：
The radius of first endoporus and the inwall of first endoporus are measured between the processing datum of the lathe
Minimum range；
The inwall of first endoporus is calculated to the minimum range between the processing datum of the lathe and described first
The radius sum of endoporus, to obtain the center of first endoporus height.
Further, the radius of measurement first endoporus, including：
The radius of first endoporus is measured by inside micrometer.
Further, the inwall of the measurement first endoporus is to the most narrow spacing between the processing datum of the lathe
From, including：
The inwall of first endoporus is measured to the minimum range between the processing datum of the lathe by height gauge.
Further, after second endoporus is processed, including：
Whether the difference between the center height of second endoporus after detecting the center height of first endoporus and processing
Meet center high request value range；
If the difference between the center height of second endoporus after the center height of first endoporus and processing is discontented with
The foot center high request value range, then continue to adjust the cutter along perpendicular to the processing datum direction of the lathe, and
Second endoporus is processed again.
Further, the center high request value range is -0.02~0.02.
Further, after second endoporus is processed, including：
Detect the centre-to-centre spacing between first endoporus and second endoporus and the institute after first endoporus and processing
State whether the difference between the centre-to-centre spacing between the second endoporus meets centre-to-centre spacing claimed range value；
If the centre-to-centre spacing between first endoporus and second endoporus and the institute after first endoporus and processing
State the difference between the centre-to-centre spacing between the second endoporus and be unsatisfactory for the centre-to-centre spacing claimed range value, then along parallel to the lathe
Processing datum direction adjust the cutter, and second endoporus is processed again.
Further, the centre-to-centre spacing detected between first endoporus and second endoporus and first endoporus
Whether the difference between centre-to-centre spacing between second endoporus after processing meets centre-to-centre spacing claimed range value, including：
Obtain the centre-to-centre spacing between first endoporus and second endoporus, first endoporus and second endoporus
Between centre-to-centre spacing be moved to described the by first workpiece to be processed before second endoporus is processed for the cutter
The distance of two workpieces to be processed；
Calculate the centre-to-centre spacing between second endoporus after first endoporus and processing, first endoporus and processing
The centre-to-centre spacing between second endoporus afterwards is calculated by equation below：
Wherein, a1For the abscissa of the first endoporus, a2For the abscissa of the second endoporus after processing, b1For the first endoporus
Ordinate, b2For the ordinate of the second endoporus after processing, centered on l away from.
Further, the centre-to-centre spacing claimed range value is -0.06~0.06.
The beneficial effect that technical scheme provided in an embodiment of the present invention is brought is：
When the processing method provided by the embodiment of the present invention processes endoporus, after the second endoporus is processed, calculate
Difference between first endoporus and the center height of the second endoporus, because the first endoporus and the second endoporus are parallel to each other arranged for interval,
And when processing the first endoporus, cutter is not by translation, so lathe can ensure that the center height of the first endoporus is to meet to add
Work required standard center is high, therefore, calculates the difference between the first endoporus and the center height of the second endoporus, equivalent to calculating
The high difference between center for standard height in the center of second endoporus, then according to the difference along the processing base perpendicular to lathe
After the direction adjustment cutter in quasi- face, then the second endoporus is processed, i.e., can ensure that the center of the second endoporus after processing is high
Also processing request can be met.
Brief description of the drawings
Technical scheme in order to illustrate the embodiments of the present invention more clearly, make required in being described below to embodiment
Accompanying drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the present invention, for
For those of ordinary skill in the art, on the premise of not paying creative work, other can also be obtained according to these accompanying drawings
Accompanying drawing.
Fig. 1 is the front view of workpiece to be processed provided in an embodiment of the present invention；
Fig. 2 is the side cutaway view of workpiece to be processed provided in an embodiment of the present invention；
Fig. 3 is a kind of flow chart of the processing method of endoporus provided in an embodiment of the present invention；
Fig. 4 is the flow chart of the processing method of another endoporus provided in an embodiment of the present invention.
Embodiment
To make the object, technical solutions and advantages of the present invention clearer, below in conjunction with accompanying drawing to embodiment party of the present invention
Formula is described in further detail.
A kind of processing method of endoporus provided in an embodiment of the present invention, the processing method are applied to processing workpiece to be processed,
Workpiece to be processed can be including two spaced apart cylinder bodies that are parallel to each other, and two cylinder bodies are respectively the cylinder body of structure identical first
1 and second cylinder body 2 (referring to Fig. 1), a structural member is welded as by gusset between two cylinder bodies.The is provided with first cylinder body 1
One endoporus 11 (referring to Fig. 2), the 2 interior length direction for being provided with the second endoporus 21, the first endoporus 11 and the second endoporus 21 of the second cylinder body
Be parallel to each other, the center for standard height of the first endoporus 11 and the second endoporus 21 is 220mm, between tolerance be ± 0.05, first
The reference center distance of the endoporus 21 of endoporus 11 and second is 1200mm, and its tolerance is ± 0.06mm, the first cylinder body 1 and the second cylinder body 2
It is each attached on the same side of connecting plate 3.It should be noted that the structure of workpiece to be processed shown in Fig. 1 and Fig. 2 is only to lift
Example, the embodiment of the present invention, which applies also for other, has the workpiece to be processed of two endoporus that bearing of trend is parallel to each other, also, works as
When the workpiece to be processed lies against a plane, the center of two endoporus is contour.
Fig. 3 is the flow chart of the processing method, as shown in figure 3, the processing method includes：
Step 101：Workpiece to be processed is fixed on the processing datum of lathe.
In above-mentioned implementation, lathe can be common boring machine, i.e., an endoporus can only be processed simultaneously
Boring machine, processing datum refer to placing the top surface of the workbench of workpiece to be processed, and workbench can be with horizontally disposed.
Step 102：Pass through the endoporus of tool sharpening first of lathe.
Step 103：The center height of the first endoporus is measured, lathe is arrived at the center of a height of first endoporus in center of the first endoporus
The distance between processing datum.
Step 104：Cutter is moved in edge towards the direction of the second endoporus, and passes through the endoporus of tool sharpening second.
Step 105：The center height of the second endoporus is measured, lathe is arrived at the center of a height of second endoporus in center of the second endoporus
The distance between processing datum.
Step 106：The high difference between the center height of the second endoporus in center of the first endoporus is calculated, difference is first poor
Value.
Step 107：Cutter is adjusted along the direction of the processing datum perpendicular to lathe, the adjustment distance of cutter is poor for first
Value, and process the second endoporus again by cutter.
When the processing method provided by the embodiment of the present invention processes endoporus, after the second endoporus is processed, calculate
Difference between first endoporus and the center height of the second endoporus, because the first endoporus and the second endoporus are parallel to each other arranged for interval,
And when processing the first endoporus, cutter is not by translation, so lathe can ensure that the center height of the first endoporus is to meet to add
Work required standard center is high, therefore, calculates the difference between the first endoporus and the center height of the second endoporus, equivalent to calculating
The high difference between center for standard height in the center of second endoporus, then according to the difference along the processing base perpendicular to lathe
After the direction adjustment cutter in quasi- face, then the second endoporus is processed, i.e., can ensure that the center of the second endoporus after processing is high
Also processing request can be met.
Fig. 4 is the flow chart of the processing method of another endoporus, and the applicable workpiece of the processing method is same as above, herein
Do not repeat.
Referring to Fig. 4, the processing method includes：
Step 201：Clean lathe and workpiece to be processed.
This way it is possible to avoid the impurity on lathe and workpiece to be processed impacts to processing.
Step 202：The first workpiece to be processed and the second workpiece to be processed, and first are fixed on the processing datum of lathe
Workpiece to be processed and the second workpiece to be processed are parallel to each other arranged for interval.
In above-mentioned implementation, lathe can be common boring machine, i.e., an endoporus can only be processed simultaneously
Boring machine, processing datum refer to placing the top surface of the workbench of workpiece to be processed, and workbench can be with horizontally disposed.
Step 203：Whether the gap between detection workpiece to be processed and the processing datum of lathe is more than clearance requirement value,
If the gap between the first workpiece to be processed and the second workpiece to be processed and the processing datum of lathe is more than clearance requirement value,
Step 202 is then re-executed, if being not more than clearance requirement value, performs step 204.
Specifically, the gap between the first workpiece to be processed and the second workpiece to be processed and the processing datum of lathe can be with
Measured by clearance gauge.
Preferably, clearance requirement value can be 0.03mm.During concrete operations, the clearance gauge that thickness is 0.03mm can be inserted
Gap, if can not insert, then it represents that the gap is less than 0.03mm.
It should be noted that after step 202 is re-executed, if between workpiece to be processed and the processing datum of lathe
Gap be still more than clearance requirement value, it is likely that be that step 201 is not carried out in place, then re-executing step 201.
Step 204：Pass through the first endoporus of the workpiece to be processed of tool sharpening first of lathe.
In step 204, the cutter of lathe can be boring cutter, can be in three times in first when processing the first endoporus
Hole is processed, and during processing three times, the internal diameter of the first endoporus progressively reaches design size, so as to ensure that in first
The machining accuracy in hole.
Step 205：The center height of the first endoporus is measured, lathe is arrived at the center of a height of first endoporus in center of the first endoporus
The distance between processing datum.
Specifically, step 205 can be realized by following steps：
First, the radius of the first endoporus and the inwall of the first endoporus are measured to the most narrow spacing between the processing datum of lathe
From.Specifically, the radius of the first endoporus can be measured by inside micrometer, the inwall that the first endoporus is measured by height gauge arrives
Minimum range between the processing datum of lathe.
Then, calculate the inwall of the first endoporus to the minimum range between the processing datum of lathe and the first endoporus partly
Between footpath and value, to obtain the center of the first endoporus height.
Step 206：Cutter is moved in edge towards the direction of the second endoporus, and passes through the endoporus of tool sharpening second.
In step 206, in mobile cutter, ensure that cutter moves parallel to processing datum as far as possible, to avoid influenceing
The center of second endoporus is high.
It should be noted that when processing the second endoporus, the center height due to that can not ensure the second endoporus can be standard
Center is high, the possibility that subsequent step needs to be adjusted the center height of the second endoporus be present, so during the second endoporus of reprocessing,
Reserved certain adjustment surplus is needed, that is, the internal diameter of the second endoporus processed should be less than design size.
Step 207：The center height of the second endoporus is measured, lathe is arrived at the center of a height of second endoporus in center of the second endoporus
The distance between processing datum.
In step 207, the high measuring method in the center of the second endoporus and the center of the first endoporus in step 205 are high
Measuring method is identical, will not be described here.
Step 208：The high difference between the center height of the second endoporus in center of the first endoporus is calculated, difference is first poor
Value.
In a step 208, because the first endoporus and the second endoporus are parallel to each other arranged for interval, and the first endoporus is being processed
When, cutter is not by translation, so lathe can ensure that the center height of the first endoporus is the center for standard for meeting processing request
Height, therefore, the difference between the first endoporus and the center height of the second endoporus is calculated, equivalent to the center for having calculated the second endoporus
Difference between high and center for standard height, i.e. difference of the first difference between the center height and center for standard height of now the second endoporus
Value.
Step 209：Cutter is adjusted along the direction of the processing datum perpendicular to lathe, the adjustment distance of cutter is poor for first
Value, and process the second endoporus again by cutter.
So, the center height of the second endoporus can be caused to be more nearly center for standard height.
It should be noted that the quality for being limited to boring machine is different, during cutter moves horizontally, cutter be possible to
The upper deviation or downward deviation, therefore, cutter is adjusted along the direction of the processing datum perpendicular to lathe, can be according to reality
Situation adjusts upward cutter or adjusts cutter downwards, and specific adjustment direction can judge according to the positive and negative of the first difference, example
Such as, if the center height of the first endoporus center that subtracts the second endoporus is high, the first obtained difference be on the occasion of, then it represents that in second
The center height in hole is high in center for standard, now needs to adjust upward cutter.
Step 210：Difference between the center height of the second endoporus after calculating the center height of the first endoporus and processing, difference
For the second difference；Judge whether the second difference meets center high request value range, if the second difference is unsatisfactory for center high request
Value range, then step 209 is performed again by adjustment distance of the second difference, if the second difference meets center high request scope
Value, then perform step 211.
Specifically, high request value range in center can be -0.02~0.02.
Step 211：After detecting centre-to-centre spacing between the first endoporus and the second endoporus and the first endoporus and processing second in
Whether the difference between centre-to-centre spacing between hole meets centre-to-centre spacing claimed range value, if between the first endoporus and the second endoporus
The difference between the centre-to-centre spacing between the second endoporus after centre-to-centre spacing and the first endoporus and processing is unsatisfactory for centre-to-centre spacing claimed range
Value, then cutter is adjusted along the processing datum direction parallel to lathe, and the second endoporus is processed again.
It should be noted that by multiple practical operation, cutter is found in the displacement on processing datum direction,
Substantially cutter will not be caused to produce the skew on parallel to processing datum direction, therefore, in order to simplify manufacturing procedure, step
211 can omit.
17SG1F1420
Specifically, step 211 can be realized by following steps：
First, the centre-to-centre spacing between the first endoporus and the second endoporus, the center between the first endoporus and the second endoporus are obtained
Away from the distance for being moved to the second workpiece to be processed by the first workpiece to be processed before the second endoporus is processed for cutter.
It should be noted that because boring machine can ensure the degree of accuracy that cutter moves horizontally, so cutter is in processing second
The distance of the second workpiece to be processed is moved to before endoporus by the first workpiece to be processed, the first endoporus and the second endoporus can be considered as
Between reference center distance.
Then, the centre-to-centre spacing between the second endoporus after the first endoporus and processing is calculated, the after the first endoporus and processing
Centre-to-centre spacing between two endoporus is calculated by equation below：
Wherein, a1For the abscissa at the first endoporus center, a2For the abscissa at the second endoporus center after processing, b1For
The ordinate at one endoporus center, b2For the ordinate at the second endoporus center after processing, centered on l away from.
Specifically, centre-to-centre spacing claimed range value can be -0.06~0.06.
The foregoing is only presently preferred embodiments of the present invention, be not intended to limit the invention, it is all the present invention spirit and
Within principle, any modification, equivalent substitution and improvements made etc., it should be included in the scope of the protection.
Claims (10)
1. a kind of processing method of endoporus, it is characterised in that the processing method includes：
Workpiece to be processed is fixed on the processing datum of lathe, the workpiece to be processed includes the first endoporus and the second endoporus,
The length direction of first endoporus and second endoporus is parallel to each other；
Pass through the first endoporus described in the tool sharpening of the lathe；
Measure that the center of first endoporus is high, the center of a height of first endoporus in center of first endoporus to the machine
The distance between processing datum of bed；
The cutter is moved in edge towards the direction of second endoporus, and passes through the second endoporus described in the tool sharpening；
Measure that the center of second endoporus is high, the center of a height of second endoporus in center of second endoporus to the machine
The distance between processing datum of bed；
The difference between the center height of high and described second endoporus in center of first endoporus is calculated, the difference is first poor
Value；
The cutter is adjusted along the direction of the processing datum perpendicular to the lathe, the adjustment distance of the cutter is poor for first
Value, and second endoporus is processed by the cutter again.
2. processing method according to claim 1, it is characterised in that it is described fixed on the processing datum of lathe it is to be added
After work workpiece, the processing method also includes：
Detect whether the gap between the processing datum of the workpiece to be processed and the lathe is more than clearance requirement value, if
Gap between the processing datum of the workpiece to be processed and the lathe is more than the clearance requirement value, then retightens institute
State workpiece to be processed.
3. processing method according to claim 1, it is characterised in that the center of measurement first endoporus is high, bag
Include：
Measure the radius of first endoporus and the inwall of first endoporus between the processing datum of the lathe most
Small distance；
The inwall of first endoporus is calculated to the minimum range between the processing datum of the lathe and first endoporus
Radius sum, with obtain the center of first endoporus height.
4. processing method according to claim 3, it is characterised in that the radius of measurement first endoporus, including：
The radius of first endoporus is measured using inside micrometer.
5. processing method according to claim 3, it is characterised in that the inwall of measurement first endoporus is described in
Minimum range between the processing datum of lathe, including：
The inwall of first endoporus is measured to the minimum range between the processing datum of the lathe by height gauge.
6. processing method according to claim 1, it is characterised in that process described again by the cutter described
After two endoporus, including：
Difference between the center height of second endoporus after calculating the center height of first endoporus and processing, the difference
For the second difference；
Judge whether second difference meets center high request value range, if second difference is unsatisfactory for the center height
Claimed range value, then along the cutter is adjusted again perpendicular to the processing datum direction of the lathe, the cutter is adjusted again
Whole distance is the second difference, and second endoporus is processed again.
7. processing method according to claim 6, it is characterised in that the center high request value range be -0.02~
0.02。
8. processing method according to claim 1, it is characterised in that after second endoporus is processed, including：
Described the after detecting centre-to-centre spacing between first endoporus and second endoporus and first endoporus and processing
Whether the difference between centre-to-centre spacing between two endoporus meets centre-to-centre spacing claimed range value；
If centre-to-centre spacing between first endoporus and second endoporus and first endoporus and described the after processing
The difference between centre-to-centre spacing between two endoporus is unsatisfactory for the centre-to-centre spacing claimed range value, then along adding parallel to the lathe
Work reference plane direction adjusts the cutter, and second endoporus is processed again.
9. processing method according to claim 8, it is characterised in that described to detect in first endoporus and described second
Whether the difference between the centre-to-centre spacing between second endoporus after centre-to-centre spacing and first endoporus and processing between hole
Meet centre-to-centre spacing claimed range value, including：
The centre-to-centre spacing between first endoporus and second endoporus is obtained, between first endoporus and second endoporus
Centre-to-centre spacing be moved to described second by first workpiece to be processed before second endoporus is processed for the cutter and treat
The distance of workpieces processing；
Calculate first endoporus and processing after second endoporus between centre-to-centre spacing, first endoporus and processing after
Centre-to-centre spacing between second endoporus is calculated by equation below：
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Wherein, a1For the abscissa at the first endoporus center, a2For the abscissa at the second endoporus center after processing, b1In first
The ordinate at hole center, b2For the ordinate at the second endoporus center after processing, centered on l away from.
10. processing method according to claim 8, it is characterised in that the centre-to-centre spacing claimed range value be -0.06~
0.06。
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109396476A (en) * | 2018-11-13 | 2019-03-01 | 武汉船用机械有限责任公司 | A kind of borehole processing method of parallel interior bores oil cylinder |
| CN109648107A (en) * | 2019-01-02 | 2019-04-19 | 武汉船用机械有限责任公司 | A kind of method for machining bore and processing unit (plant) |
| CN111215852A (en) * | 2020-01-22 | 2020-06-02 | 武汉船用机械有限责任公司 | Machining method for cylinder body of double-piston oil cylinder |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109396476A (en) * | 2018-11-13 | 2019-03-01 | 武汉船用机械有限责任公司 | A kind of borehole processing method of parallel interior bores oil cylinder |
| CN109396476B (en) * | 2018-11-13 | 2020-07-28 | 武汉船用机械有限责任公司 | Boring machining method for parallel inner hole oil cylinder |
| CN109648107A (en) * | 2019-01-02 | 2019-04-19 | 武汉船用机械有限责任公司 | A kind of method for machining bore and processing unit (plant) |
| CN111215852A (en) * | 2020-01-22 | 2020-06-02 | 武汉船用机械有限责任公司 | Machining method for cylinder body of double-piston oil cylinder |
| CN111215852B (en) * | 2020-01-22 | 2021-08-17 | 武汉船用机械有限责任公司 | Machining method for cylinder body of double-piston oil cylinder |
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