CN108387165A - Vehicle frame sliding slot clearance gauge composition error calibration equipment and its application method in fly frame - Google Patents
Vehicle frame sliding slot clearance gauge composition error calibration equipment and its application method in fly frame Download PDFInfo
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- CN108387165A CN108387165A CN201810122827.8A CN201810122827A CN108387165A CN 108387165 A CN108387165 A CN 108387165A CN 201810122827 A CN201810122827 A CN 201810122827A CN 108387165 A CN108387165 A CN 108387165A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B5/00—Measuring arrangements characterised by the use of mechanical techniques
- G01B5/28—Measuring arrangements characterised by the use of mechanical techniques for measuring roughness or irregularity of surfaces
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B21/00—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant
- G01B21/02—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant for measuring length, width, or thickness
- G01B21/04—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant for measuring length, width, or thickness by measuring coordinates of points
- G01B21/042—Calibration or calibration artifacts
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B5/00—Measuring arrangements characterised by the use of mechanical techniques
- G01B5/24—Measuring arrangements characterised by the use of mechanical techniques for measuring angles or tapers; for testing the alignment of axes
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- A Measuring Device Byusing Mechanical Method (AREA)
Abstract
The invention discloses vehicle frame sliding slot clearance gauge composition error calibration equipments in a kind of fly frame, including pedestal and adjustment platform, the lower section for adjusting platform is equipped with leveling bolt, top is equipped with groove, groove is equipped with positioning table A, positioning table B, positioning table A, the top of positioning table B is equipped with tongue A, tongue B, it is provided with monitor station on tongue A, it is provided with fixed station on tongue B, monitor station, the lower part of fixed station is equipped with convex sliding block A, convex slide block B, the top of monitor station is provided with L-type part, the bending part of L-type part is equipped with L-type slot A and L-type slot B, L-type slot A, the top of L-type slot B is equipped with detection faces A, detection faces B, the lower end of L-type part is equipped with limited block, the both sides of limited block are equipped with detection faces A ', detection faces B ', the front end of limited block is equipped with limit end face；There are horizontal groove, the top of rear end face to be equipped with " 7 " font part on fixed station, the middle part of horizontal groove is equipped with semi-spherical grooves.The invention also discloses its application methods.
Description
Technical field
The present invention relates to a kind of school checking device of textile industry special gauge and its application methods, and in particular to a kind of rove
Vehicle frame sliding slot clearance gauge composition error calibration equipment and its application method in machine.
Background technology
In the textile industry, vehicle frame sliding slot clearance gauge is equipment flatcar special gauge in fly frame, this cubing is mainly used for
Upright position of the vehicle frame both sides of the face in chassis runners in being detected when flatcar, to ensure the equipment running quality after flatcar.
As seen from Figure 8, middle vehicle frame sliding slot clearance gauge in the prior art（Abbreviation clearance gauge）9 one end is equipped with L-type part
A91, L-type part B92, and L-type part A91 and L-type part B92 are mutually parallel, L-type part A91, L-type part B92 top be respectively equipped with work
Face A910, working face B920, are provided with L-type slot C93 between L-type part A91 and L-type part B92, the adjacent two sides of L-type slot C93 are set
There are L-type working face A931, L-type working face B932, the bottom of L-type slot C93 to be equipped with right angle end face 930.Under normal circumstances, working face
A910, working face B920 are in the upper levels such as same, and L-type working face A931, L-type working face B932 is mutually parallel and spacing
For definite value.Such cubing is after manufacturer buys back, since frequent flatcar uses, working face A910, working face B920 and L-type work
Make face A931, L-type working face B932 is worn, working face A910, working face B920 etc. upper levels flatness and L
The depth of parallelism and spacing definite value error between type working face A931, L-type working face B932 increase, so as to cause the inspection of clearance gauge 9
Accuracy decline is surveyed, equipment flatcar quality is had an impact.Since such weaving special gauge is not belonging to national conventional measurement instrument,
Currently, domestic profession testing agency can not be detected or calibrate to such cubing, in industry in the prior art to such special
The precision of cubing can not be also detected.
Invention content
The purpose of the present invention is to provide vehicle frame sliding slots in a kind of simple in structure, easy to operate, accurate fly frame of verification
Clearance gauge composition error calibration equipment, the calibration equipment can be fixed to the flatness, the depth of parallelism and its spacing of clearance gauge operative end surface
Value error is verified, and ensures the precision of such special gauge, to meet production requirement.
In order to achieve the above objectives, vehicle frame sliding slot clearance gauge composition error calibration equipment in fly frame of the invention, it includes
Pedestal and it is located at adjustment platform thereon, the quadrangle lower section of the adjustment platform is provided with leveling bolt, adjusts the upper of platform
Fluted, the left and right top for being provided at both ends with positioning table A, positioning table B, the positioning table A, positioning table B of groove is arranged in portion
Be respectively arranged with tongue A, tongue B on the center line of platform, positioning table A, positioning table B lower part be respectively equipped with and groove match
Sliding block A, slide block B, be respectively equipped with counterbore type circular hole A, the counterbore type circular hole to match with hexagon socket head cap screw on sliding block A, slide block B
B；Be provided with monitor station above tongue A, be provided with fixed station above tongue B, monitor station, fixed station lower part be respectively equipped with
The top of the convex sliding block A that matches with tongue A, tongue B, convex slide block B, convex sliding block A is equipped with cylindrical hole, is set in cylindrical hole
There is long handle fixing bolt；The top of the monitor station is provided with L-type part, and the bending part of L-type part is equipped with L-type slot A and L-type slot
B, L-type slot A, L-type slot B top be respectively equipped with detection faces A, detection faces B, the lower end of L-type part is provided with limited block, limited block
Two sides are provided with detection faces A ', detection faces B ', and the front end of limited block is provided with limit end face；The top of the fixed station is set
It is equipped with horizontal groove, the top of end face is equipped with " 7 " font part thereafter, and the middle part of horizontal groove is equipped with semi-spherical grooves, and fixed station is logical
It crosses adjustment part through semi-spherical grooves, wire hole to be arranged on positioning table B, the top midline of " 7 " font part is equipped with screw hole, sets in screw hole
There is long handle fixing bolt；The bottom end of the adjustment part is provided with semi-round ball, and upper end is provided with rotating handle, between semi-round ball and rotating handle
It is provided with lead screw, semi-round ball matches with semi-spherical grooves.
Further, vehicle frame sliding slot clearance gauge composition error calibration equipment in the fly frame, the positioning table A, positioning
Platform B is fixed in a groove by hexagon socket head cap screw respectively.
It is another object of the present invention to provide vehicle frame sliding slot clearance gauge composition error verification dresses in above-mentioned fly frame
The application method set, includes the following steps：
A is placed in platform is adjusted on pedestal, and horizontality is adjusted to by leveling bolt；
The sliding block A of the lower parts positioning table A is placed in groove by b, is fixed in above groove by hexagon socket head cap screw, then will detection
The convex sliding block A of platform lower part setting is placed in tongue A, and is slided to adjustment platform middle part along its slot, when convex sliding block A front end faces
When reaching tongue A closed ends, rotates the long handle fixing bolt being located in cylindrical hole and be locked to monitor station；
The convex slide block B of fixed station lower part is arranged in the tongue B of positioning table B c, along its slot by the rear end of fixed station towards fixed
The rear end face direction of position platform B is carried out, and is set when convex slide block B is disposed entirely in tongue B, then by the slide block B of the lower parts positioning table B
In groove, positioning table B is fixed on above groove by hexagon socket head cap screw；
D makes top semi-round ball and the fixed station rear end of lead screw by the wire hole of the lead screw precession positioning table B rear end faces of adjustment part
The semi-spherical grooves of face setting match, and the debugging of rotation rotating handle several times, when micro-shifting is steady in tongue B for convex slide block B, stops adjusting
Examination；
Clearance gauge is placed in the horizontal groove on fixed station top by e, will be tightly attached to the inner face of " 7 " font part lower part in end face thereafter
On, clearance gauge is fixed on the positioning in the long handle fixing bolt above precession " 7 " font part in screw hole；
F rotates rotating handle, and convex slide block B is made to move ahead in tongue B, when L-type part A and L-type part B that clearance gauge is arranged thereon are entered
When in the L-type slot A and L-type slot B on monitor station top, rotating handle is slowly rotated, makes right angle end face and the limit of monitor station of clearance gauge
End face is in contact and coincide, at this point, L-type part A, the working face A of L-type part B, working face B and L-type working face A, L-type working face B
It is being adjusted above platform with L-type slot A, the detection faces A of L-type slot B, detection faces B and detection faces A ', detection faces B ' are arranged on monitor station
Level and vertical position be mutually parallel contact；
G detects working face A, working face B and detection faces A, detection faces B and L-type working face A, L-type work by using feeler gauge respectively
Gap between face B and detection faces A ', detection faces B ', and take maximum error amount as clearance gauge working face A, work
The depth of parallelism between the flatness error and L-type working face A, L-type working face B of face B and its spacing definite value error, you can.
After using above-mentioned technical proposal, due to being arranged positioning table A, positioning table B in the groove of adjustment platform, and will
Monitor station and fixed station are arranged in the tongue A, tongue B slots of same center line, therefore can make the L-type part A that clearance gauge is arranged thereon
Working face A, the working face B and the L-type slot A of L-type working face A, L-type working face B and monitor station setting of L-type part B, L-type slot B
Detection faces A, detection faces B and detection faces A ', detection faces B ' above adjustment platform etc. upper levels and vertical position it is mutually flat
Row contact, since the detection faces A of detection piece, detection faces B and detection faces A ', detection faces B ' are set as standard definite value and and clearance gauge
9 working face A, working face B and L-type working face A, L-type working face B match, when the positive stop end of its right angle end face and monitor station
Face is in contact and coincide, can be on the basis of this, pair work being in contact with detection faces A, detection faces B and detection faces A ', detection faces B '
Make face A, working face B and L-type working face A, L-type working face B are compared and verify, and by feeler gauge to the gap of its contact surface
Size is detected, you can verifies out the flatness, the depth of parallelism and its spacing definite value error of middle vehicle frame sliding slot clearance gauge working face.
Pass through to meeting giving for enterprise's tolerance requirements, to do not meet tolerance requirements repair or waste product dispose, to ensure
The accuracy of cubing.
Description of the drawings
Fig. 1 be the present invention fly frame in vehicle frame sliding slot clearance gauge composition error calibration equipment working state structure illustrate
Figure；
Fig. 2 is the adjustment platform structure schematic diagram in the present invention；
Fig. 3 is the positioning table A structural schematic diagrams in the present invention；
Fig. 4 is the positioning table B structure schematic diagram in the present invention；
Fig. 5 is the monitor station structural schematic diagram in the present invention；
Fig. 6 is the fixed station structural schematic diagram in the present invention；
Fig. 7 is the adjustment part structural schematic diagram in the present invention；
Fig. 8 is the verification object structure schematic diagram in the present invention.
Specific implementation mode
Vehicle frame sliding slot clearance gauge composition error calibration equipment in the fly frame of the present invention is made below in conjunction with the accompanying drawings further
It is described in detail.
By Fig. 1 to Fig. 7 as it can be seen that the present invention fly frame in vehicle frame sliding slot clearance gauge composition error calibration equipment, it includes
Pedestal 1 and it is located at adjustment platform 2 thereon, leveling bolt 21, adjustment platform are provided with below the quadrangle of the adjustment platform 2
2 top setting fluted 20, groove 20 it is left and right be provided at both ends with positioning table A3, positioning table B4, the positioning table A3,
Tongue A310, tongue B410 are respectively arranged on the center line of the upper brace of positioning table B4, under positioning table A3, positioning table B4
Portion is respectively equipped with the sliding block A30 to match with groove 20, slide block B 40, is respectively equipped on sliding block A30, slide block B 40 and interior hexagonal spiral shell
Counterbore type circular hole A301, the counterbore type circular hole B401 that bolt 8 matches；Monitor station 5, tongue B410 are provided with above tongue A310
Top be provided with fixed station 6, monitor station 5, fixed station 6 lower part be respectively equipped with and match with tongue A310, tongue B410
The top of convex sliding block A50, convex slide block B 60, convex sliding block A50 is equipped with cylindrical hole 501, consolidates equipped with long handle in cylindrical hole 501
Determine bolt 11；The top of the monitor station 5 is provided with L-type part 51, and the bending part of L-type part 51 is equipped with L-type slot A511 and L-type
Slot B512, L-type slot A511, L-type slot B512 top be respectively equipped with detection faces A5110, detection faces B5120, the lower end of L-type part 51
It is provided with limited block 513, the two sides of limited block 513 are provided with detection faces A ' 5131, detection faces B ' 5132, limited block 513
Front end is provided with limit end face 5130；The top of the fixed station 6 is provided with horizontal groove 61, and the top of end face is equipped with thereafter
" 7 " font part 62, the middle part of horizontal groove 61 are equipped with semi-spherical grooves 610, fixed station 6 by adjusting part 12 through semi-spherical grooves 610,
Wire hole 411 is arranged on positioning table B4, and the top midline of " 7 " font part 62 is equipped with screw hole 620, and long handle is equipped in screw hole 620
Fixing bolt 11；The bottom end of the adjustment part 12 is provided with semi-round ball 120, and upper end is provided with rotating handle 122,120 He of semi-round ball
Lead screw 121 is provided between rotating handle 122, semi-round ball 120 matches with semi-spherical grooves 610.
Include the following steps when using the present invention referring to Fig. 1 to Fig. 8：
A is placed in platform 2 is adjusted on pedestal 1, and horizontality is adjusted to by leveling bolt 21；
The sliding block A30 of the lower parts positioning table A3 is placed in groove 20 by b, and 20 top of groove is fixed in by hexagon socket head cap screw 8,
The convex sliding block A50 that 5 lower part of monitor station is arranged is placed in tongue A310 again, and is slided to 2 middle part of adjustment platform along its slot, when
When convex sliding block A50 front end faces reach tongue A310 closed ends, it is right to rotate the long handle fixing bolt 11 being located in cylindrical hole 501
Monitor station 5 is locked；
The convex slide block B 60 of 6 lower part of fixed station is arranged in the tongue B410 of positioning table B4 c, will be after fixed station 6 along its slot
End face is carried out to the rear end face direction of positioning table B4, when convex slide block B 60 is disposed entirely in tongue B410, then by positioning table
The slide block B 40 of the lower parts B4 is placed in groove 20, and positioning table B4 is fixed on 20 top of groove by hexagon socket head cap screw 8；
D makes the top semi-round ball of lead screw 121 by the wire hole 411 of the 121 precession positioning table B4 rear end faces of lead screw of adjustment part 12
120 match with the semi-spherical grooves 610 of 6 rear end face of fixed station setting, and rotation rotating handle 122 is debugged several times, when convex slide block B 60 exists
When micro-shifting is steady in tongue B410, stop debugging；
Clearance gauge 9 is placed in the horizontal groove 61 on 6 top of fixed station by e, will be tightly attached to 62 lower part of " 7 " font part in end face thereafter
On inner face, clearance gauge 9 is fixed on the positioning in the long handle fixing bolt 11 in 62 top screw hole 620 of precession " 7 " font part；
F rotates rotating handle 122, and convex slide block B 60 is made to move ahead in tongue B410, as L-type the part A91 and L that clearance gauge 9 is arranged thereon
When type part B92 is entered in the L-type slot A511 and L-type slot B512 on 5 top of monitor station, rotating handle 122 is slowly rotated, clearance gauge 9 is made
Right angle end face 930 be in contact and coincide with the limit end face 5130 of monitor station 5, at this point, the work of L-type part A91, L-type part B92
Face A910, working face B920 and L-type working face A931, L-type working face B932 also with L-type slot A511, L-type are set on monitor station 5
Water of detection faces A5110, detection faces B5120 and the detection faces A ' 5131, detection faces B ' 5132 of slot B512 above adjustment platform 2
Flat and vertical position is mutually parallel contact；
G detects working face A910, working face B920 and detection faces A5110, detection faces B5120 and L by using feeler gauge 10 respectively
Gap between type working face A931, L-type working face B932 and detection faces A ' 5131, detection faces B ' 5132, and take wherein maximum
Error amount as the working face A910 of clearance gauge 9, the flatness error of working face B920 and L-type working face A931, L-type work
Make the depth of parallelism between the B932 of face and its spacing definite value error, you can.
In the present embodiment, since clearance gauge 9 is commonly used, working face A910, working face B920 and L-type working face
A931, L-type working face B932 can cause its size to change because of abrasion, when the positive stop end of its right angle end face 930 and monitor station 5
When face 5130 matches, working face A910, working face B920 and L-type working face A931, L-type working face B932 also be set as marking
The detection faces A5110, detection faces B5120 and the detection faces A ' 5131 that are certainly worth, detection faces B ' 5132 above adjustment platform 2 etc.
Upper level and vertical position, which are mutually parallel, contact and generates gap, by feeler gauge 10 be inserted into respectively among mutual corresponding gap into
Row compares and detection, and maximum error amount is taken to be missed as the working face A910 of clearance gauge 9, the flatness of working face B920
Difference and the depth of parallelism between L-type working face A931, L-type working face B932 and its spacing definite value error.To meeting enterprise's franchise
It is required that give and pass through, to do not meet tolerance requirements repair or waste product is disposed, to ensure the accuracy of cubing.
In the present embodiment, the positioning table A3, positioning table B4 are fixed on by hexagon socket head cap screw 8 in groove 20 respectively.
The basic principles and main features and advantages of the present invention of the present invention have been shown and described above.The technology of the industry
Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this
The principle of invention, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these changes
Change and improvement all fall within the protetion scope of the claimed invention.
Claims (3)
1. vehicle frame sliding slot clearance gauge composition error calibration equipment in a kind of fly frame, it is characterised in that：It includes pedestal（1）With
It is located at adjustment platform thereon（2）, the adjustment platform（2）Quadrangle below be provided with leveling bolt（21）, adjust platform
（2）Top setting it is fluted（20）, groove（20）Left and right be provided at both ends with positioning table A（3）, positioning table B（4）, described
Positioning table A（3）, positioning table B（4）Upper brace center line on be respectively arranged with tongue A（310）, tongue B（410）, positioning
Platform A（3）, positioning table B（4）Lower part be respectively equipped with and groove（20）The sliding block A to match（30）, slide block B（40）, sliding block A
（30）, slide block B（40）On be respectively equipped with and hexagon socket head cap screw（8）The counterbore type circular hole A to match（301）, counterbore type circular hole B
（401）；Tongue A（310）Top be provided with monitor station（5）, tongue B（410）Top be provided with fixed station（6）, monitor station
（5）, fixed station（6）Lower part be respectively equipped with and tongue A（310）, tongue B（410）The convex sliding block A to match（50）, convex
Slide block B（60）, convex sliding block A（50）Top be equipped with cylindrical hole（501）, cylindrical hole（501）It is interior to be equipped with long handle fixing bolt
（11）；The monitor station（5）Top be provided with L-type part（51）, L-type part（51）Bending part be equipped with L-type slot A（511）With
L-type slot B（512）, L-type slot A（511）, L-type slot B（512）Top be respectively equipped with detection faces A（5110）, detection faces B（5120）,
L-type part（51）Lower end be provided with limited block（513）, limited block（513）Two sides be provided with detection faces A '（5131）, detection
Face B '（5132）, limited block（513）Front end be provided with limit end face（5130）；The fixed station（6）Top be provided with
Horizontal groove（61）, the top of end face is equipped with " 7 " font part thereafter（62）, horizontal groove（61）Middle part be equipped with semi-spherical grooves
（610）, fixed station（6）By adjusting part（12）Through semi-spherical grooves（610）, wire hole（411）It is arranged in positioning table B（4）On, " 7 "
Font part（62）Top midline be equipped with screw hole（620）, screw hole（620）In be equipped with long handle fixing bolt（11）；The tune
One integral piece（12）Bottom end be provided with semi-round ball（120）, upper end is provided with rotating handle（122）, semi-round ball（120）And rotating handle（122）It
Between be provided with lead screw（121）, semi-round ball（120）With semi-spherical grooves（610）Match.
2. vehicle frame sliding slot clearance gauge composition error calibration equipment in fly frame according to claim 1, it is characterised in that：Institute
State positioning table A（3）, positioning table B（4）Pass through hexagon socket head cap screw respectively（8）It is fixed on groove（20）In.
3. the application method of vehicle frame sliding slot clearance gauge composition error calibration equipment in fly frame according to claim 1, packet
Include following steps：
A will adjust platform（2）It is placed in pedestal（1）On, pass through leveling bolt（21）It is adjusted to horizontality；
B is by positioning table A（3）The sliding block A of lower part（30）It is placed in groove（20）In, pass through hexagon socket head cap screw（8）It is fixed in recessed
Slot（20）Top, then by monitor station（5）The convex sliding block A of lower part setting（50）It is placed in tongue A（310）It is interior, and along its slot to tune
Flatten platform（2）Middle part is slided, as convex sliding block A（50）Front end face reaches tongue A（310）When closed end, rotation is located at cylinder
Hole（501）Interior long handle fixing bolt（11）To monitor station（5）It is locked；
C is by fixed station（6）The convex slide block B of lower part（60）It is arranged in positioning table B（4）Tongue B（410）In, it will consolidate along its slot
Determine platform（6）Rear end towards positioning table B（4）Rear end face direction carry out, when convex slide block B（60）It is disposed entirely within tongue B
（410）When middle, then by positioning table B（4）The slide block B of lower part（40）It is placed in groove（20）In, pass through hexagon socket head cap screw（8）It will positioning
Platform B（4）It is fixed on groove（20）Top；
D is by adjustment part（12）Lead screw（121）Precession positioning table B（4）The wire hole of rear end face（411）In, and make lead screw（121）'s
Top semi-round ball（120）With fixed station（6）The semi-spherical grooves of rear end face setting（610）It matches, rotates rotating handle（122）It debugs several
It is secondary, when convex slide block B（60）In tongue B（410）When middle micro-shifting is steady, stop debugging；
E is by clearance gauge（9）It is placed in fixed station（6）The horizontal groove on top（61）In, " 7 " font part will be tightly attached in end face thereafter
（62）On the inner face of lower part, precession " 7 " font part（62）Top screw hole（620）In long handle fixing bolt（11）, to gap
Rule（9）It is fixed on the positioning；
F rotates rotating handle（122）, make convex slide block B（60）In tongue B（410）In move ahead, when clearance gauge is arranged thereon（9）L-type
Part A（91）With L-type part B（92）Enter monitor station（5）The L-type slot A on top（511）With L-type slot B（512）When middle, slowly rotate
Rotating handle（122）, make clearance gauge（9）Right angle end face（930）With monitor station（5）Limit end face（5130）It is in contact and coincide,
At this point, L-type part A（91）, L-type part B（92）Working face A（910）, working face B（920）With L-type working face A（931）, L-type work
Make face B（932）Also with monitor station（5）Upper setting L-type slot A（511）, L-type slot B（512）Detection faces A（5110）, detection faces B
（5120）And detection faces A '（5131）, detection faces B '（5132）In adjustment platform（2）The level of top and vertical position are mutually flat
Row contact；
G is by using feeler gauge（10）Detection working face A respectively（910）, working face B（920）With detection faces A（5110）, detection faces B
（5120）And L-type working face A（931）, L-type working face B（932）With detection faces A '（5131）, detection faces B '（5132）Between
Gap, and take maximum error amount as clearance gauge（9）Working face A（910）, working face B（920）Flatness error
And L-type working face A（931）, L-type working face B（932）Between the depth of parallelism and its spacing definite value error, you can.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810122827.8A CN108387165A (en) | 2018-02-07 | 2018-02-07 | Vehicle frame sliding slot clearance gauge composition error calibration equipment and its application method in fly frame |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810122827.8A CN108387165A (en) | 2018-02-07 | 2018-02-07 | Vehicle frame sliding slot clearance gauge composition error calibration equipment and its application method in fly frame |
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| Publication Number | Publication Date |
|---|---|
| CN108387165A true CN108387165A (en) | 2018-08-10 |
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| CN201810122827.8A Pending CN108387165A (en) | 2018-02-07 | 2018-02-07 | Vehicle frame sliding slot clearance gauge composition error calibration equipment and its application method in fly frame |
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| CN205940505U (en) * | 2016-08-22 | 2017-02-08 | 安徽华茂纺织股份有限公司 | Roller business turn over set pattern working face straightness calibration equipment that hangs down before drawing frame |
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Application publication date: 20180810 |