CN206223071U - Two devices of Different Plane axis hole hole heart axes perpendicularity of detection - Google Patents

Two devices of Different Plane axis hole hole heart axes perpendicularity of detection Download PDF

Info

Publication number
CN206223071U
CN206223071U CN201621293437.XU CN201621293437U CN206223071U CN 206223071 U CN206223071 U CN 206223071U CN 201621293437 U CN201621293437 U CN 201621293437U CN 206223071 U CN206223071 U CN 206223071U
Authority
CN
China
Prior art keywords
hole
perpendicularity
column
rectangular channel
different plane
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
CN201621293437.XU
Other languages
Chinese (zh)
Inventor
陈劲松
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
SICHUAN LINGFENG AERO HYDRAULIC MACHINERY Co Ltd
Original Assignee
SICHUAN LINGFENG AERO HYDRAULIC MACHINERY Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by SICHUAN LINGFENG AERO HYDRAULIC MACHINERY Co Ltd filed Critical SICHUAN LINGFENG AERO HYDRAULIC MACHINERY Co Ltd
Priority to CN201621293437.XU priority Critical patent/CN206223071U/en
Application granted granted Critical
Publication of CN206223071U publication Critical patent/CN206223071U/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Landscapes

  • A Measuring Device Byusing Mechanical Method (AREA)

Abstract

Two devices of Different Plane axis hole hole heart axes perpendicularity of a kind of detection disclosed in the utility model, it is desirable to provide a kind of method is simple, accuracy of detection accurately and reliably detection means.The utility model is achieved by following technical proposals:Positioning seat (5) is vertically fixed on the rear end of pedestal (1) plane, and be distributed on the pedestal with the right column and left column formation isosceles triangle, one end is formed with the belt gaging hole (3) of rectangular channel insertion tested part (8) of the survey rod (6) of sq.rd from left column (9) top to the rectangular channel or dovetail groove on right column, one latch (2) with multi-diameter shaft treats gaging hole (4) by the level of the tested part (8) being positioned between right column and left column, and the rectangular channel of right column (7) can be passed through and can be inserted surveying rod (6) and vertically treat gaging hole (3), detection spatially has two perpendicularity of two antarafacial axis hole central axis of the tested part (8) of Different Plane axis hole.

Description

Two devices of Different Plane axis hole hole heart axes perpendicularity of detection
Technical field
The utility model is related to a kind of two devices of Different Plane axis hole hole heart axes perpendicularity of detection.
Background technology
In machine-building, the distance (Perpendicularity) for being vertically point to straight line is position of related features, uses symbol ⊥ is represented.When theoretical correct angle is relative to 90 degree of tolerance percentages of generation of datum level, referred to as squareness tolerance.When with plane On the basis of when, if element to be measured is plane, the distance of its squareness tolerance band is referred to as tolerance range for the tolerance value of perpendicularity.Hang down Straight measurement survey protractor or perpendicularity measurement instrument.When element to be measured is linear axis, the tolerance value of perpendicularity represents axle and puts down Angle alleged by face makes the difference with 90 degree, the tolerance percentage of generation.Different two straight lines in any one plane are called antarafacial Straight line (skew lines).A little and in plane in any straight line and plane without the straight line of the point it is different by outside plane Face straight line, feature be it is both not parallel, it is also non-intersect.Angle formed by two different surface beelines is arbitrarily taken a bit in space, then This point is crossed to do two straight lines respectively and obtain parallel lines, now this two parallel lines institutes into angle is " two different surface beeline institutes Into angle ".Two different surface beeline institute angulations are that the parallel lines a, b, a, b for making two different surface beelines respectively by space any point O are vertical O is met at, but two different surface beelines have no common point, at 90 degree, claim two straight lines vertical.This two straight line a, b institutes angulation [0 degree, 90 degree] Cry different surface beeline into angle.Axial workpiece belongs to rotating body parts, mainly by the surface such as the face of cylinder, circular conical surface, screw thread and keyway structure Into its length is more than diameter.Optical axis, hollow shaft, semiaxis, multi-diameter shaft, special-shaped axle (cross can be divided into again according to its planform Axle, eccentric shaft, bent axle, cam).There is wanting for the aspects such as circularity, cylindricity, axiality, perpendicularity in addition to diameter accuracy requirement Ask.The design basis of axial workpiece is the axial connecting line of its bearing journal, and by " unifying datum " principle, often the both ends of the surface in axle add Work goes out centre bore and processes each section of external cylindrical surface as unified positioning reference plane;Or positioned with cylinder and center complex;Shorter Axle then directly uses excircle orientation.The axis of rotation of two neighboring shafting should keep vertical and intersect in same plane in space, But due to equipment manufacture, assembling, control and thermal deformation, friction in motion process, vibrate and the factor such as inertia influence so that Two axial lines are definitely coplanar not to be reached, and is two different surface beelines, the Intersection of two orthogonal shaftings in real work space Error is the length of space two axial lines line segment common vertical line section.It is generally acknowledged that axis intersection also regard as between average axis of rotation, The error project not influenceed by Shaft angle position and shaking volume.The error of perpendicularity of axis be two orthogonal shaftings axis it Between deviation of the angle with 90, the error of perpendicularity can change according to the rotational angle of rotation axis system and position in itself, axis Perpendicularity is very big to the comprehensive influence pointed to.It is generally acknowledged that the error of perpendicularity is fixed value, not by turn error and average axis Between error influence.Axis of rotation is the line of the centre of gyration, and under without any error condition, the point of contact in rotating shaft is all enclosed Circled around axis of rotation, the center of circle of the circular motion is the centre of gyration of rotating shaft.As can be seen here, two axles of direct detection It is that two hole perpendicularities are relatively difficult.Currently manufactured Intersection, two axis hole part common practices of perpendicularity are by two Secondary clamping parts, then process holes respectively, due to fixture error and lathe error factors in itself, can not finally reach Key on to drawing such issues that two requirements of shafting holes axis verticality, solution is that transition lines line is vertical, line face is hung down Directly, face face is vertical.Measurement in current production scene to two axis hole heart line perpendicularity of Different Plane there is no complete measurement Method means, even if the use of three coordinate measuring machine in recent years, the axis hole heart line squareness measurement to two Different Planes also shows Obtain helpless, and be not practical.Traditional motive Axle mould intends the method for playing table, and the simple mechanical precision by device ensures Certainty of measurement, it is difficult to truly reflect the error state of part, credible rate is very low,
In the product or parts of profile and structure very irregular, two mutually perpendicular different surface beeline key elements have given The design requirement of orthogonal both direction and given any direction squareness tolerance, and design requirement can not use line pair Face squareness tolerance is solved, in design, manufacture and when checking, such issues that with regard to no national standard according to can look into, And be largely exist such issues that in enterprise.In order to solve the problem of detection perpendicularity, the utility model provides one Antarafacial central axis degree testing agency is planted, the size that the mechanism is applied to design of part in Fig. 1 such as is Ф 18+ 0 0.019The water of mm It is flat to treat that the relative size of gaging hole 4 vertically treats the detection of the perpendicularity of gaging hole 3 for Ф 6+0.013 0mm.
Utility model content
The utility model purpose is directed to the problem of the perpendicularity of the endoporus of prior art two central axis of detection, there is provided A kind of method is simple, and accurately and reliably the detection method of two antarafacial axis hole central axis upright degree and its detection are filled accuracy of detection Put.
The utility model solve its technical problem use technical scheme be:A kind of two antarafacial axis hole central axis upright degree Detection method, with following technical characteristic:Right column 7 and left column 9 that top is formed with rectangular channel are fixed on the plane of pedestal 1 Both sides, with the positioning seat 5 for being formed with axis hole, are vertically fixed on the rear end of the plane of pedestal 1, and vertical with above-mentioned right column 7 and a left side Post 9 forms isosceles triangle and is distributed on the pedestal 1, and prepares a latch 2 with multi-diameter shaft, then by tested part 8 are positioned between the right column 7 and left column 9, then one end is formed with the survey rod 6 of sq.rd, the square from the top of left column 9 Rectangular channel or dovetail groove on belt gaging hole 3 to the right column 7 of shape groove insertion tested part 8, are then co-axially inserted with latch 2 The location hole of positioning seat 5 and the level of tested part 8 treat gaging hole 4, while tested part 8 is slided on latch 2, if surveying the energy of rod 6 Pass through the rectangular channel of right column 7 and can insert and vertically treat gaging hole 3, then spatially there are two quilts of Different Plane axis hole Part 8 is surveyed, its two antarafacial axis hole central axis meet perpendicularity requirement, otherwise perpendicularity can not meet requirement.
The utility model has the advantages that.
Method is simple.The right column 7 and left column 9 that top is formed with rectangular channel are fixed on the plane of pedestal 1 by the utility model Both sides, with the positioning seat 5 for being formed with axis hole, are vertically fixed on the rear end of the plane of pedestal 1, and vertical with above-mentioned right column 7 and a left side Post 9 forms isosceles triangle and is distributed on the pedestal 1, and prepares a latch 2 with multi-diameter shaft, then by tested part 8 are positioned between the right column 7 and left column 9, detect two antarafacial axis hole central axis upright degree, and method is simple, convenient fast It is prompt.Test result is accurately and reliably.
Detection is accurately and reliably.One end is formed with the utility model the survey rod 6 of sq.rd, the rectangle from the top of left column 9 Rectangular channel or dovetail groove on belt gaging hole 3 to the right column 7 of groove insertion tested part 8, it is fixed to be then co-axially inserted with latch 2 The position location hole of seat 5 and the level of tested part 8 treat gaging hole 4, can pass through the rectangular channel of right column 7 and can insert to survey rod 6 Enter vertically to treat that gaging hole 3 detects spatially there is two perpendicularity of the tested part 8 of Different Plane axis hole, pushed up using left column 9 Rectangular channel on end can not be on turning quality and its right column 7 rectangular channel or dovetail groove from proper alignment, detect two antarafacial axis holes The perpendicularity of central axis, accuracy of detection is accurately and reliably.
Brief description of the drawings
Fig. 1 is that the utility model detects two stereograms of the device of Different Plane axis hole hole heart axes perpendicularity.
Fig. 2 is the left view of Fig. 1.
In figure:1 pedestal, 2 latches, 3 it is vertical treat gaging hole, 4 levels treat gaging hole, 5 positioning seats, and 6 survey rods, 7 right columns, and 8 are tested Part, 9 left columns.
Specific embodiment
Refering to as shown in Figure 1, Figure 2.In embodiment described below, two Different Plane axis hole hole heart axes perpendicularity are detected Device, including:The plane both sides of pedestal 1 are fixed on, top is formed with the right column 7 and left column 9 of rectangular channel and is formed with axis hole Positioning seat 5.Positioning seat 5 is vertically fixed on the rear end of the plane of pedestal 1, and forms isoceles triangle with the right column 7 and left column 9 Shape is distributed on the pedestal 1, and one end is formed with rectangular channel insertion tested part 8 of the survey rod 6 of sq.rd from the top of left column 9 Belt gaging hole 3 to right column 7 on rectangular channel or dovetail groove, a latch 2 with multi-diameter shaft is right vertical by being positioned over The level of the tested part 8 between post 7 and left column 9 treats gaging hole 4, and with survey rod 6 can pass through right column 7 rectangular channel and Can insert and vertically treat gaging hole 3, detection spatially has two two antarafacial axis hole centers of the tested part 8 of Different Plane axis hole The perpendicularity of axis.
During detection, right column 7 and left column 9 that top is formed with rectangular channel are fixed on the plane both sides of pedestal 1, with being formed with axle The positioning seat 5 in hole, is vertically fixed on the rear end of the plane of pedestal 1, and form isosceles three with above-mentioned right column 7 and left column 9 It is angular to be distributed on the pedestal 1, and a latch 2 with multi-diameter shaft is prepared, tested part 8 is then positioned over the right side Between column 7 and left column 9, then one end is formed with the survey rod 6 of sq.rd, the rectangular channel insertion from the top of left column 9 is tested Rectangular channel or dovetail groove on the belt gaging hole 3 of part 8 to right column 7, are then co-axially inserted determining for positioning seat 5 with latch 2 The level of position hole and tested part 8 treats gaging hole 4, while tested part 8 is slided on latch 2, if surveying rod 6 can pass through right standing The rectangular channel of post 7 and can insert and vertically treat gaging hole 3, then spatially there are two tested parts 8 of Different Plane axis hole, it Two antarafacial axis hole central axis meet perpendicularity requirement, otherwise perpendicularity can not meet requirement.
In Design and manufacturing process, the strict guarantee accuracy of manufacture, the center of two rectangular channels of right column 7 and left column 9 Axis is to the degree control of the central axis of latch 2 within 0.01mm.Survey rod 6 sq.rd step rear end cylinder it is straight Footpath size isThe diameter tolerance for surveying the cylinder of rod 6 sq.rd step rear end isVertically treat gaging hole 3 aperture isThe top rectangular channel of right column 7 and left column 9 is a width ofThat is right column 7 and left column 9 The tolerance that exceeds of top rectangle groove width be+0.01 0mm.The open slot on the top of left column 9 can be rectangular channel, it is also possible to Be with self-centering dovetail groove, i.e. V-shaped groove, due to design requirement tested part 8 two antarafacial axis holes (vertically treat gaging hole 3 and Level treats gaging hole 4) perpendicularity of center line is less than 0.15mm in the range of 20mm, therefore the testing apparatus for verticality accurately can may be used Whether the perpendicularity of the measurement tested part 8 for leaning on meets requirement.And the advantage using rectangular channel can measure not coaxial inner conductor The perpendicularity of the part to be measured of distance, by change in design latch and can survey the diameter of the pin of rod two and other are attached in addition Belong to the size of structure to realize the detection of the perpendicularity between different size endoporus.
The perpendicularity between other diameter endoporus is detected if desired, can inserting by two cooperations of change in design The size of rod diameter and other accessory structures is sold and surveys to realize the detection of the perpendicularity between different size endoporus.
Above-described is only preferred embodiment of the present utility model.It should be pointed out that for the ordinary skill people of this area For member, on the premise of the utility model principle is not departed from, some deformations and improvement can also be made, these alterations and modifications Should be regarded as belonging to the protection domain of utility model.

Claims (5)

1. it is a kind of detection two devices of Different Plane axis hole hole heart axes perpendicularity, including:It is fixed on pedestal (1) plane two Side, top is formed with the right column (7) and left column (9) of rectangular channel and is formed with the positioning seat (5) of axis hole, it is characterised in that:Positioning Seat (5) is vertically fixed on the rear end of pedestal (1) plane, and forms isosceles triangle point with the right column (7) and left column (9) On the pedestal (1), one end is formed with rectangular channel insertion tested zero of the survey rod (6) of sq.rd from left column (9) top to cloth Rectangular channel or dovetail groove on the belt gaging hole (3) of part (8) to right column (7), a latch (2) with multi-diameter shaft pass through The level of the tested part (8) being positioned between right column (7) and left column (9) treats gaging hole (4), and can be smoothly to survey rod (6) Through right column (7) rectangular channel and can insert it is vertical treat gaging hole (3), detection spatially has two Different Plane axis holes The perpendicularity of two antarafacial axis hole central axis of tested part (8).
2. two devices of Different Plane axis hole hole heart axes perpendicularity are detected as claimed in claim 1, it is characterised in that:It is right The central axis of two rectangular channels of column (7) and left column (9) is to the degree control of the central axis of latch (2) in 0.01mm Within.
3. two devices of Different Plane axis hole hole heart axes perpendicularity are detected as claimed in claim 1, it is characterised in that:Survey The diameter tolerance of the cylinder of rod (6) sq.rd step rear end is
4. two devices of Different Plane axis hole hole heart axes perpendicularity are detected as claimed in claim 1, it is characterised in that:It is right The tolerance that the top rectangle groove width of column (7) and left column (9) exceeds is+0.01 0mm.
5. two devices of Different Plane axis hole hole heart axes perpendicularity are detected as claimed in claim 1, it is characterised in that:It is left The open slot on the top of column (9) is rectangular channel or with self-centering dovetail groove.
CN201621293437.XU 2016-11-29 2016-11-29 Two devices of Different Plane axis hole hole heart axes perpendicularity of detection Active CN206223071U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201621293437.XU CN206223071U (en) 2016-11-29 2016-11-29 Two devices of Different Plane axis hole hole heart axes perpendicularity of detection

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201621293437.XU CN206223071U (en) 2016-11-29 2016-11-29 Two devices of Different Plane axis hole hole heart axes perpendicularity of detection

Publications (1)

Publication Number Publication Date
CN206223071U true CN206223071U (en) 2017-06-06

Family

ID=58787540

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201621293437.XU Active CN206223071U (en) 2016-11-29 2016-11-29 Two devices of Different Plane axis hole hole heart axes perpendicularity of detection

Country Status (1)

Country Link
CN (1) CN206223071U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113732528A (en) * 2021-09-09 2021-12-03 济南天辰机器集团有限公司 Tool for assembling chuck of laser pipe cutting machine and chuck assembling method

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113732528A (en) * 2021-09-09 2021-12-03 济南天辰机器集团有限公司 Tool for assembling chuck of laser pipe cutting machine and chuck assembling method

Similar Documents

Publication Publication Date Title
CN105423946B (en) Axle journal axle center measuring device based on laser displacement sensor and measurement scaling method
CN103206910B (en) A kind of devices and methods therefor measuring large-diameter deep taper hole
CN105403179B (en) Ultrasonic deep hole linear degree detection method and device
CN105823399B (en) A kind of inner rings angle measurement device of bearing and measurement method
CN105890499A (en) Hole depth inspection tool
CN106500575A (en) The detection method and its detection means of two antarafacial axis hole central axis upright degree
CN206223071U (en) Two devices of Different Plane axis hole hole heart axes perpendicularity of detection
CN105841587A (en) Centering measurement apparatus for measuring center distance of two intersecting holes in intersecting hole system
CA2539099A1 (en) Favvas
CN205909769U (en) Semi -axis angle measure anchor clamps
CN201059944Y (en) Hand-hold multi-items bearings measuring apparatus
CN206502913U (en) Fly frame cross platform set pattern perpendicularity calibrating device
CN106197225B (en) Inclined hole detection device and method
CN204115609U (en) A kind of quantification detection apparatus for detecting hole in piece part
CN207197460U (en) High-precision angle measurement system for virtual optical axis and structure leaning surface
CN106123739B (en) The combined type length-measuring appliance of opposite insertion roller gear inner end inner cone inner hole
CN111947534B (en) Device and method for detecting position degree and aperture of spatial different-surface hole
CN204924150U (en) Groove detector
CN108592733A (en) Flight stability wing assemble welding tolerance detection device
CN107782230A (en) A kind of measurer of the radius for the interior concaved circular cambered surface for measuring non-full circle shaft member
CN210603109U (en) Two-hole coordinate measuring scale
CN209914644U (en) Positioning device is laid to turf
CN204924135U (en) Steel member drilling aperture and hole pitch caliber
CN103575191A (en) Testing device for foundation model test failure surface
CN107607061A (en) High-precision angle measurement system and method for virtual optical axis and structure leaning surface

Legal Events

Date Code Title Description
GR01 Patent grant
GR01 Patent grant