CN209085507U - The device for fast detecting of inner bore chamfering depth - Google Patents
The device for fast detecting of inner bore chamfering depth Download PDFInfo
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- CN209085507U CN209085507U CN201822015865.1U CN201822015865U CN209085507U CN 209085507 U CN209085507 U CN 209085507U CN 201822015865 U CN201822015865 U CN 201822015865U CN 209085507 U CN209085507 U CN 209085507U
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Abstract
The device for fast detecting of a kind of inner bore chamfering depth disclosed by the utility model, it is desirable to provide a kind of measurement efficiency is high, the accurate detection device for measuring inner bore chamfering.The utility model is achieved through the following technical solutions: mobile measuring staff (5) bottom end connects firmly the end face positioning tube (7) greater than measured workpiece (10) end face inner bore chamfering end face and depth of chamfering gauge column diameter, its free end is of coupled connections by main body guide tube (3) and the contact of the chamfer amount pH indicator pH (1) of insertion main body guide tube；When depth of chamfering gauge (9) and measured workpiece inner bore chamfering contact, the end face positioning tube is inserted in from the depth of chamfering gauge, always it is contacted with measured workpiece end face, the height difference that the depth of chamfering gauge and measured workpiece end face for being formed with standard chamfering generate, the contact of chamfer amount pH indicator pH is touched by mobile measuring staff displacement, show that this indicates the height difference of measurement inner bore chamfering depth, to obtain the measured value of measured workpiece inner bore chamfering depth.
Description
Technical field
The inner bore chamfering cubing that the utility model relates to a kind of to detect workpiece perforation depth of chamfering, specifically one
Kind detects the chamfer detecting device of mechanical in-process gaging inner bore chamfering depth 0.0mm~5.0mm.
Background technique
Chamfering is the most common manufacturing procedure in machining, and the operations such as vehicle, boring, mill, milling, brill can be completed down
The processing at angle.The effect of chamfering mainly has installation to be oriented to, and convenient for assembly, reduces stress and concentrates, prevention is collided with, prevented plowing from, and protects
Protect working face；And remove wedge angle, burr, aesthetic appeal.Next is that by the convenience and leakproofness of Fast Installation positioning,
With the use stress etc. for reducing fit on, in mechanical processing industry, the chamfering in hole is seen everywhere, is processed in interior bore ends
Chamfering is generally existing in all kinds of machine components out.Chamfering majority is processed for technologic needs, is not directly related to generally
The quality of part and product, therefore less depth of chamfering t is detected.But for certain more important applications, especially
In mass production, the detection of the regulation frequency will be implemented to depth of chamfering between process by still defining.Especially driving
The stability of guide tube part under mechanism kinematic state plays a crucial role.It therefore must be in strict accordance in process
Product drawing controls its size.Quality to ensure components simultaneously, it is necessary to deep to the chamfering of certain work end faces
Degree is controlled.For example the depth of chamfering in the biggish hole of various bearing diameters of aerospace is had been widely used for, this is one
A to seem simple, and actually very some intractable measurement problems, especially needing to find out a kind of can be used for mass-producted work
The high efficiency method quickly detected between sequence.It is two circles that inner bore chamfering, which projects, does not judge angle.Different chamferings and angle position
The deviation of the variation for the inconsistent chamfered bore variation set can all lead to the difficulty in measurement.Chamfered bore is usually by combination boring cutter
Be process, the minute differences of knife amount, on workpiece the end in hole be formed by chamfering may be deep some or shallow, chamfering
Depth degree it is not easy to control.As detecting element, general depthometer or dial gauge are selected very according to the tolerance of measured parameter
Difficult accurate measurement, chamfering inner hole intersection point cause the variation of depth of chamfering, the measurement error of detection device ' can not be measured.In the past
The chamfering template measurer used was not easy measured size center in operation, and the chamfering template measurer used, which can not determine, to be surveyed
The specific value taken measurements.For example, when bearing is installed on workpiece, usually by being interference fitted and applying certain coupling mechanism force
In Assembly part, and lock bearing and be divided into: first is that wrapping up bearing outer chamfer by parts flanged-edge, another is that bearing outer ring leans on
It is formed with a circle V-type in nearly outer circle, force is passed through on one side by outer circle V-type, makes the chamfering of its flange package workpiece, this method
It is required that chamfering work piece depth must be strictly controlled in the margin of tolerance.With the fast development of mechanical industry, oscillating bearing is
Several big pillar industries of the national economy such as aerospace, Precision Machining, automobile manufacture are widely used in, such as in aircraft shock absorber with double seal arrangement
Tail extension bar in, rocket bearing support etc. it is easy for installation in order to realize, the variation of low-angle can be adapted to automatically at work, all greatly
Amount use oscillating bearing, therefore, it is necessary to quickly, accurately measure inner bore chamfering depth.Due to being operated with general gage measuring
It is extremely difficult, very big influence is caused to production efficiency and part quality.In the product produced at present, oral area inner chamfer is equal
Angled requirement and chamfering big end size tolerance requirements.Inner chamfer hole is exactly the conical bore that a kind of cone-apex angle is 30 °, 45 ° in fact,
Due to circle element of a cone and end face out of plumb, the measurement in big end aperture more, the common measurement sides more difficult than straight hole measurement
Method is completely inaccurate, let alone the dimensional accuracy required on drawing.In order to solve the survey of the above inner bore of part depth of chamfering
Amount problem, currently used conical bore measurement method have four ball method, fill in gauge block method and inversion method etc., detection is all comparatively laborious, right
In axis direction length usually only 1,2mm inner chamfer for be not suitable for, basic detection means is all projector inspection at present
Survey chamfering diameter, and a kind of more accurately mode；But which investment is big, and low efficiency, scene can not be detected immediately；It is other
Mode substantially estimate, slide calliper rule rough measure, since calliper to measure can not feel relieved so error is very big.So must design
Special measuring tool easily and effectively come detect the outside diameter of inner chamfer with support batch production product inspection work.According to certain
The inner bore chamfering face size of part detects demand, designs test measuring device easily and effectively, with the side in abundant machining
Just efficiently measurement means.
Utility model content
The utility model aim is that the problem of inner bore chamfering depth is unable to measure for production scene, existing to solve raw production
The measurement problem of field measurement inner bore chamfering depth, provides that a kind of structure is simple, measurement efficiency is high, can quickly, accurately measure in
Hole chamfering, single effective detection device.
Technical solution used by the utility model solves the problems, such as is: a kind of device for fast detecting of inner bore chamfering depth,
Include: the chamfer amount pH indicator pH 1 and mobile measuring staff 5 of activity insertion main body guide tube 3, and falls into 10 end face inner bore of measured workpiece
The depth of chamfering gauge 9 of chamfering, it is characterised in that: mobile 5 bottom end of measuring staff is fixedly connected with greater than 10 end face inner bore chamfering of measured workpiece
The end face positioning tube 7 of end face and depth of chamfering gauge column diameter, the free end of mobile measuring staff 5 by the main body guide tube 3 and
The contact 6 for being inserted into the chamfer amount pH indicator pH 1 of main body guide tube 3 is of coupled connections；When depth of chamfering gauge 9 and 10 inner hole of measured workpiece
When chamfer contact, the end face positioning tube 7 is inserted in from the depth of chamfering gauge 9, is contacted always with 10 end face of measured workpiece, system
There are the depth of chamfering gauge 9 of standard chamfering and the height difference 8 of 10 end face of measured workpiece generation, passes through the mobile displacement of measuring staff 5 touching
The contact 6 for connecing chamfer amount pH indicator pH 1, show this indicate measurement inner bore chamfering depth height difference 8, thus obtain by
Survey the measured value of 10 inner bore chamfering depth of workpiece.
The utility model has the advantages that compared with the prior art.
Structure is simple, measurement efficiency is high.The utility model detects demand according to the inner bore chamfering face size of certain part, if
The big end diameter that test measuring device easily and effectively detects inner chamfer is counted, supports the inspection work of the product of batch production,
Conveniently measurement means in abundant machining, part composition is simple, through mobile measuring staff 5 on main body guide tube inner hole
Lower movement obtains measurement result by chamfer amount pH indicator pH 1, and the measurement for solving inner bore chamfering depth 0.0mm~5.0mm is asked
Topic.Overcome the defect that common survey method is completely inaccurate, and detecting size precision is inserted.Using depth of chamfering gauge front end and quilt
Inner hole of workpiece outer circle precision-fit is surveyed, mobile measuring staff 5 is integrated end face positioning tube and is inserted in depth of chamfering gauge, passes through mobile measuring staff
5 move up and down and contact end face positioning tube end standard with measured workpiece end face always, and end face positioning tube end face lower plane abuts
Measured workpiece transverse plane, depth of chamfering gauge root are formed with the circular cone gauge head mark as measured workpiece end face inner bore chamfer angle
Quasi- part records chamfer amount pH indicator pH when depth of chamfering gauge Leading end chamfer circular cone is contacted with measured workpiece inner bore chamfering
The numerical value of indicators turn, it is different according to measured workpiece inner bore chamfering depth, contact height difference difference, therefore this will be generated
Difference is read by chamfer amount pH indicator pH 1, can at least measure the inner bore chamfering depth of 0~5mm.Solve the prior art by
Hole chamfering depth detection apparatus composed by dial bore gage, setting circle cone, cylindrical body and depthometer, needs to be calculated
The numerical value of L2；Then read from depthometer again LI value, the triviality and not of depth of chamfering numerical value L is obtained according to calculation formula
Convenience.
Measurement accuracy is high, and the utility model uses calibrated dial for 0.001mm, and the chamfering magnitude of repeatable accuracy≤1 μm refers to
Show device 1 as instruction, mobile measuring staff axis direction amount of movement is showing the change between 0~5mm by chamfer amount pH indicator pH
Change, so that it may the diameter change magnitude of accurate display chamfering, thus quickly and easily testing product.The device passes through chamfering magnitude
The direct readings of indicator 1, has easy to operate, and testing result is reliable, and it is small to solve Hole chamfering size, and especially angular error is not
The difficulty easily detected.Depth of chamfering gauge root is formed with the rule of the circular cone standard as measured workpiece inner bore chamfering angle, overcomes
The previous chamfering template measurer used was not easy measured size central defect in operation, and the circular cone standard of use advises measurer
Can automatic centring, improve work efficiency, also improve the detection quality of test product, circular cone standard rule combine chamfering magnitude to refer to
Show the specific value that device solves the problems, such as that the chamfering template measurer used in the past can not determine measured size, and chamfering magnitude
The inner chamfer of indicator instruction is not only convenient for operating, and can accurately determine whether overproof measured size is, can also slap
Hold the specific value of measured size.
Detailed description of the invention
Hereinafter reference will be made to the drawings, and the preferred embodiment of the utility model is described in detail.It should be appreciated that preferably real
Example is applied only for illustrating the utility model, rather than in order to limit the protection scope of the utility model.
Fig. 1 is the cross-sectional view of the device for fast detecting of the utility model inner bore chamfering depth.
Fig. 2 is the main view of Fig. 1.
Fig. 3 is the utility model measurement measured workpiece partial cutaway schematic.
In figure: 1 chamfer amount pH indicator pH, 2 lock-screws, 3 main body guide tubes, 4 stop screws, 5 mobile measuring staffs, 6 contacts, 7
End face positioning tube, 8 height differences, 9 depth of chamfering gauges, 10 measured workpieces.
Specific embodiment
Referring to Fig. 3.In an example described below, a kind of device for fast detecting of inner bore chamfering depth, comprising: living
The chamfer amount pH indicator pH 1 and mobile measuring staff 5 of dynamic insertion main body guide tube 3, and fall into 10 end face inner bore chamfering of measured workpiece
Depth of chamfering gauge 9.Wherein, mobile 5 bottom end of measuring staff is fixedly connected with deep greater than 10 end face inner bore chamfering end face of measured workpiece and chamfering
The end face positioning tube 7 of gauge column diameter is spent, the free end of mobile measuring staff 5 passes through the main body guide tube 3 and insertion main body guide tube 3
The contact 6 of chamfer amount pH indicator pH 1 be of coupled connections；When depth of chamfering gauge 9 and 10 inner bore chamfering of measured workpiece contact, institute
It states end face positioning tube 7 to be inserted in from the depth of chamfering gauge 9, is contacted always with 10 end face of measured workpiece, be formed with standard chamfering
The height difference 8 that depth of chamfering gauge 9 and 10 end face of measured workpiece generate touches chamfering magnitude by the mobile displacement of measuring staff 5 and refers to
The contact 6 for showing device 1 shows that this indicates the height difference 8 of measurement inner bore chamfering depth, to obtain 10 inner hole of measured workpiece
The measured value of depth of chamfering.
Standard chamfering on 9 circumference of depth of chamfering gauge is identical as the mark chamfer angle in measured workpiece hole, actual use
When, by outer circle insertion 10 inner hole of measured workpiece of 9 front end of depth of chamfering gauge, 9 setting circle cone of depth of chamfering gauge is put into
At orifice chamfer, end face positioning tube 7 is inserted in depth of chamfering gauge 9, moves up and down mobile measuring staff 5, makes under 7 cylinder of end face positioning tube
End face is overlapped accurate positionin with 10 aperture end face of measured workpiece, contacts always with measured workpiece end face, 9 end face of depth of chamfering gauge
Height difference 8 will be generated with measured workpiece end face, this height difference 8 is read by chamfer amount pH indicator pH 1, can surveyed
Measure the inner bore chamfering depth of 0~5mm.Chamfer amount pH indicator pH Tai Kesheng Science and Technology Ltd. can using Beijing be to provide
Chamfering measuring instrument.
Chamfer amount pH indicator pH can also be formed using cylindrical body depthometer combination dial gauge, dial gauge contact vertical body
In guide tube 3, dial gauge contact lower end surface is overlapped with cylindrical body depthometer end and is connected.It can accurately measure to obtain in use
Hole chamfering depth value, and will not because of aperture variation and influence its measurement accuracy；Have that structure is simple, uses simultaneously
The features such as easy to operate, low manufacture cost.
Described above is only the preferred embodiment for realizing the device for fast detecting of the utility model inner bore chamfering depth, is answered
When understanding that the present invention is not limited to forms disclosed herein, it should not be regarded as an exclusion of other examples, and can be used for
Other combinations, modifications, and environments, and above-mentioned introduction or the skill of related fields can be passed through in contemplated scope described herein
Art or knowledge are modified.And changes and modifications made by those skilled in the art do not depart from the spirit and scope of the present invention, then all
It should be in the protection scope of the appended claims for the utility model.
Claims (5)
1. a kind of device for fast detecting of inner bore chamfering depth, comprising: the chamfer amount pH indicator pH of activity insertion main body guide tube (3)
(1) and it is mobile measuring staff (5), and the depth of chamfering gauge (9) of measured workpiece (10) end face inner bore chamfering is fallen into, feature exists
In: mobile measuring staff (5) bottom end is fixedly connected with straight greater than measured workpiece (10) end face inner bore chamfering end face and depth of chamfering gauge cylinder
Falling for main body guide tube (3) by the main body guide tube (3) and is inserted into the free end of the end face positioning tube (7) of diameter, mobile measuring staff (5)
The contact (6) of angular amount pH indicator pH (1) is of coupled connections；When depth of chamfering gauge (9) is contacted with measured workpiece (10) inner bore chamfering
When, the end face positioning tube (7) is inserted in from the depth of chamfering gauge (9), is contacted, is formed with measured workpiece (10) end face always
The height difference (8) that the depth of chamfering gauge (9) of standard chamfering and measured workpiece (10) end face generate, passes through mobile measuring staff (5)
Displacement touches the contact (6) of chamfer amount pH indicator pH (1), shows that this indicates the height difference of measurement inner bore chamfering depth
(8), to obtain the measured value of measured workpiece (10) inner bore chamfering depth.
2. the device for fast detecting of inner bore chamfering depth as described in claim 1, it is characterised in that: depth of chamfering gauge (9)
Standard chamfering on circumference is identical as the mark chamfer angle in measured workpiece hole.
3. the device for fast detecting of inner bore chamfering depth as described in claim 1, it is characterised in that: in use, by chamfering depth
It spends in outer circle insertion measured workpiece (10) inner hole of gauge (9) front end, depth of chamfering gauge (9) setting circle cone is put into aperture and falls
At angle, end face positioning tube (7) is inserted in depth of chamfering gauge (9), moves up and down mobile measuring staff (5), makes end face positioning tube (7) cylinder
Lower end surface is overlapped accurate positionin with measured workpiece (10) aperture end face, contacts always with measured workpiece end face, depth of chamfering gauge
(9) end face and measured workpiece end face will generate height difference (8), this height difference (8) passes through chamfer amount pH indicator pH (1)
Read the inner bore chamfering depth of 0~5mm of measurement.
4. the device for fast detecting of inner bore chamfering depth as described in claim 1, it is characterised in that: depth of chamfering gauge (9)
It is chamfering measuring instrument.
5. the device for fast detecting of inner bore chamfering depth as described in claim 1, it is characterised in that: depth of chamfering gauge (9)
Formed using cylindrical body depthometer combination dial gauge, in dial gauge contact vertical body guide tube (3), dial gauge contact lower end surface with
Cylindrical body depthometer end is overlapped and is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822015865.1U CN209085507U (en) | 2018-12-04 | 2018-12-04 | The device for fast detecting of inner bore chamfering depth |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822015865.1U CN209085507U (en) | 2018-12-04 | 2018-12-04 | The device for fast detecting of inner bore chamfering depth |
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| CN209085507U true CN209085507U (en) | 2019-07-09 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109341494A (en) * | 2018-12-04 | 2019-02-15 | 四川凌峰航空液压机械有限公司 | The quickly device of detection inner bore chamfering depth |
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2018
- 2018-12-04 CN CN201822015865.1U patent/CN209085507U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109341494A (en) * | 2018-12-04 | 2019-02-15 | 四川凌峰航空液压机械有限公司 | The quickly device of detection inner bore chamfering depth |
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