CN207050641U - Composition error calibration equipment is advised in fly frame basin axle positioning of weaving - Google Patents
Composition error calibration equipment is advised in fly frame basin axle positioning of weaving Download PDFInfo
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- CN207050641U CN207050641U CN201721031019.8U CN201721031019U CN207050641U CN 207050641 U CN207050641 U CN 207050641U CN 201721031019 U CN201721031019 U CN 201721031019U CN 207050641 U CN207050641 U CN 207050641U
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Abstract
The utility model discloses one kind weaving fly frame basin axle positioning rule composition error calibration equipment, it includes pedestal and leveling monitor station, leveling bolt is provided with below the corner of leveling monitor station, top is provided with left end groove A, right-hand member groove B, left end groove A top is provided with keeper A, right-hand member groove B top is provided with keeper B, platform A, platform B are respectively equipped with above keeper A, keeper B, platform A top is provided with transverse opening groove A, cylinder groove A and vertical bar-shaped trough A, platform B top are provided with transverse opening groove B, cylinder groove B and vertical bar-shaped trough B；Positioning component is arranged with transverse opening groove B and transverse opening groove A, finite place piece is all provided with vertical bar-shaped trough A, vertical bar-shaped trough B, detection piece is provided with cylinder groove B, the top of detection piece is provided with circular cone B, circular cone B front end is provided with arc detection port, and trimming piece is respectively equipped with vertical bar-shaped trough A, vertical bar-shaped trough B.
Description
Technical field
It the utility model is related to a kind of school checking device of textile industry special gauge, and in particular to one kind weaving fly frame basin
Sub- axle positioning rule composition error calibration equipment.
Background technology
In textile industry, fly frame basin axle positioning rule are equipment flatcar special gauges, and this cubing is mainly used in rove
Detection and localization is carried out to center of the key components and parts basin axle in rail during machine big flatcar, to ensure the equipment after flatcar
Running quality.
As shown in Figure 9, fly frame basin axle positioning rule 9 of the prior art（Referred to as positioning rule 9）, its lower end is provided with positioning
Thin cylinder A91, the top for positioning thin cylinder A91 are provided with thick cylinder A92, circular cone A93, circular cone are provided with above thick cylinder A92
A93 front ends are provided with curved working face 931.Under normal circumstances, curved working face 931 is standard radian, and positions thin cylinder with it
A91 axis spacing is definite value.Such cubing is after manufacturer buys back, because frequent flatcar uses, the arc of standard radian
Working face 931 is worn, and causes it to be increased with the axis interval error positioned between thin cylinder A91, so as to cause positioning rule 9
Accuracy of detection decline, equipment flatcar quality is had an impact.Such weaving special gauge is not belonging to the conventional measurement instrument of country,
At present, domestic professional testing agency can not be detected or calibrated to such cubing, in industry in the prior art to such special
The precision of cubing can not also be detected.
The content of the invention
The purpose of this utility model is to provide a kind of weaving fly frame basin simple in construction, convenience operates, the degree of accuracy is high
Sub- axle positioning rule composition error calibration equipment, the device can be to the curved working faces of positioning rule and its between the thin cylinder of positioning
Axis interval error is verified, so as to ensure that the precision of such special gauge meets production requirement.
To reach above-mentioned purpose, composition error calibration equipment is advised in weaving fly frame basin axle positioning of the present utility model, it
Including pedestal and leveling monitor station thereon is located at, leveling bolt, top are provided with below the corner of described leveling monitor station
Center line be provided with left end groove A, right-hand member groove B, left end groove A top is provided with keeper A, right-hand member groove B top
Provided with keeper B, platform A, platform B, described platform A top are respectively equipped with above keeper A, keeper B along center
Line is provided with transverse opening groove A, cylinder groove A and vertical bar-shaped trough A, and described platform B top is provided with transverse opening along center line
Groove B, cylinder groove B and vertical bar-shaped trough B；Positioning component is arranged with described transverse opening groove B and transverse opening groove A, is erected
Finite place piece is all provided with into bar-shaped trough A, vertical bar-shaped trough B, is provided with detection piece in cylinder groove B, the top of described detection piece is set
There is circular cone B, circular cone B front end is provided with arc detection port；Described left end groove A, right-hand member groove B opposite top
The spacing in face is set to definite value；Described keeper A, keeper B bottom be provided with respectively with left end groove A, right-hand member groove B phases
The sliding block A that matches somebody with somebody, slide block B, circular hole A is provided with along center line on sliding block A, mounting hole is provided with along center line in slide block B；Described detection piece
Lower end is provided with the thin cylinder B to match with cylinder groove B, and thin cylinder B top is provided with thick cylinder B, and circular cone B is located at thick cylinder B
Top；Described positioning component includes Z-type part and cylinder keeper, and the top of cylinder keeper sets handle, and bottom sets outer spiral shell
Line A, the bottom centre of Z-type part are provided with circular hole B, the internal thread to match with external screw thread A are provided among top；Described locating part
Top be provided with wedge-like opening groove, lower end is provided with sliding block, and sliding block matches with vertical bar-shaped trough A, vertical bar-shaped trough B, sliding block
Middle part is provided with horizontal screw；Coaxial line is respectively equipped with described vertical bar-shaped trough A, vertical bar-shaped trough B interior edge cross central lines
Horizontal circle post holes A, horizontal circle post holes B, trimming piece is respectively equipped with horizontal circle post holes A, horizontal circle post holes B, and trimming piece includes micro-
Knob and conversion bolt, vernier knob rear end is adjusted to be provided with column handle.
After employing above-mentioned technical proposal, due to being provided with leveling bolt below the corner of leveling monitor station, pass through leveling
Leveling monitor station is adjusted to horizontality by bolt, and then ensures that the keeper A, the keeper B that are set on leveling monitor station also locate
In horizontality, improve and examine the degree of accuracy；Again due to keeper A, the sliding block A of keeper B bottoms, slide block B being separately positioned on
In left end groove A, the right-hand member groove B of same center line, during verification, positioning rule to be tested and detection piece are placed on contour
On platform A and platform B, and by locating part to positioning rule and detection piece it is spacing, with ensure position rule curved working face and
The arc of detection piece detects port on the same center line for waiting upper level, because arc detection port is set and arc work
The standard radian value to match as face, left end groove A, right-hand member groove B opposite top interplanar distance are also set to positioning thin cylinder
A, the consistent definite value of thin cylinder B spacing, therefore when arc detection port is in contact with curved working face, can to curved working face and
It is verified with positioning the axis interval error between thin cylinder A, and the mode of verification is its contact surface by feeler gauge
Gap size is detected, you can determines the curved working face of positioning rule and with positioning the definite value error between thin cylinder A axis.
Brief description of the drawings
Fig. 1 is that weaving fly frame basin axle positioning rule composition error calibration equipment working state structure of the present utility model shows
It is intended to；
Fig. 2 is the leveling monitor station structural representation in the utility model；
Fig. 3 is the keeper A structural representations in the utility model；
Fig. 4 is the keeper B structure schematic diagram in the utility model；
Fig. 5 is the detection piece structural representation in the utility model；
Fig. 6 is the positioning component structural representation in the utility model；
Fig. 7 is the locating part structural representation in the utility model；
Fig. 8 is the trimming piece structural representation in the utility model；
Fig. 9 is fly frame basin axle positioning rule structural representation of the prior art.
Embodiment
Weaving fly frame basin axle positioning rule composition error calibration equipment of the present utility model is made below in conjunction with the accompanying drawings into
One step describes in detail.
From Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, weaving fly frame basin axle of the present utility model is determined
Position rule composition error calibration equipment, it includes pedestal 1 and is located at leveling monitor station 2 thereon, and the four of described leveling monitor station 2
Leveling bolt 20 is provided with below angle, the center line of top is provided with left end groove A21, right-hand member groove B22, left end groove A21
Top be provided with keeper A3, right-hand member groove B22 top is provided with keeper B4, keeper A3, keeper B4 top difference
Top provided with platform A31, platform B41, described platform A31 is provided with transverse opening groove A310, cylinder groove A311 along center line
With vertical bar-shaped trough A312, described platform B41 top is provided with transverse opening groove B410, cylinder groove B411 along center line and erected
To bar-shaped trough B412；Positioning component 6, vertical bar shaped are arranged with described transverse opening groove B410 and transverse opening groove A310
Finite place piece 7 is all provided with groove A312, vertical bar-shaped trough B412, detection piece 5 is provided with cylinder groove B411, described detection piece 5
Top is provided with circular cone B53, and circular cone B53 front end is provided with arc detection port 531；Described left end groove A21, right-hand member
The spacing of groove B22 opposite top end face is set to definite value；Described keeper A3, keeper B4 bottom be provided with respectively with left end
Sliding block A30 that groove A21, right-hand member groove B22 match, slide block B 40, circular hole A301, sliding block are provided with along center line on sliding block A30
B40 is upper to be provided with mounting hole 401 along center line；The lower end of described detection piece 5 is provided with the thin cylinder to match with cylinder groove B411
B51, thin cylinder B51 top are provided with thick cylinder B52, and circular cone B53 is located at thick cylinder B52 top；Described positioning component 6
Including Z-type part 60 and cylinder keeper 61, the top of cylinder keeper 61 sets handle 611, and bottom sets external screw thread A612, Z-type part
Circular hole B602 is provided among 60 bottom, the internal thread 601 to match with external screw thread A612 is provided among top；Described is spacing
The top of part 7 is provided with wedge-like opening groove 702, and lower end is provided with sliding block 70, sliding block 70 and vertical bar-shaped trough A312, vertical bar-shaped trough
B412 matches, and the middle part of sliding block 70 is provided with horizontal screw 701；In described vertical bar-shaped trough A312, vertical bar-shaped trough B412
Coaxial line horizontal circle post holes A313, horizontal circle post holes B413, horizontal circle post holes A313, level are transversely respectively equipped with center line
Trimming piece 71 is respectively equipped with cylindrical hole B413, trimming piece 71 includes vernier knob 711 and conversion bolt 712, vernier knob 711
Rear end is provided with column handle 7111.
During utility model works, following steps are needed to complete：
Leveling monitor station 2 is placed on pedestal 1 by a, and leveling monitor station 2 is adjusted into horizontality by leveling bolt 20；
B by the sliding block A30 of keeper A3 bottoms, keeper B4 bottoms slide block B 40 be separately positioned on left end groove A21,
In right-hand member groove B22, keeper A3 is fixed in left end groove A21 by adjustable arm bolt 10, passes through adjustable arm bolt 10
Keeper B4 is pre-fixed in right-hand member groove B22, fixed positioning piece A3, its underpart sliding block A30 front end face must be against a left side
Hold on groove A21 top end faces；
The Z-type part 60 of positioning component 6 is arranged in transverse opening groove B410 by c, and is symmetrically put in transverse opening groove A310
The Z-type part 60 of another positioning component 6 is put, is fixed by hexagon socket head cap screw, and the lower end of cylinder keeper 61 is set respectively
The each top of Z-type part 60 of external screw thread A612 precessions internal thread 601 in；
The thin cylinder A91 of positioning for positioning 9 bottoms of rule is arranged in cylinder groove A311 by d, and vernier knob 711 is inserted into water
In flat round post holes A313, by the precession conversion bolt 712 of vernier knob 711 in vertical bar-shaped trough A312, then by under locating part 7
The sliding block 70 in portion is arranged in vertical bar-shaped trough A312, and by the horizontal screw 701 of the front end precession of conversion bolt 712, and revolve
Handle 611 is changed hands, promotes locating part 7 to be moved ahead to 9 directions of positioning rule, blocks the wedge-like opening groove 702 that the top of locating part 7 is set
The circular cone A93 both sides on 9 tops of positioning rule, stopped the rotation handle 611, and positioning rule 9 are carried out by rotating cylindrical keeper 61
Positioning is fixed；
The thin cylinder B51 of the lower end of detection piece 5 is arranged in cylinder groove B411 by e, by locating part 7 and conversion bolt 712,
Take and detection piece 5 is fixed on the positioning the methods of the positioning of positioning rule 9, then elapse keeper B4 to before keeper A3 directions
OK, when the front end face of the slide block B 40 of keeper B4 lower ends reaches right-hand member groove B22 top end faces, it is right to screw adjustable arm bolt 10
Keeper B4 is fixed on the positioning, at this moment, the arc detection port 531 of the front end of detection piece 5 and the curved working face of positioning rule 9
931 are in contact；
F is by using feeler gauge 8, the curved working face 931 of detection positioning rule 9 and the arc detection port 531 of detection piece 5
Between gap, take maximum of which error amount as the curved working face 931 of positioning rule 9 and positioning between thin cylinder 91
Axis interval error, to meet enterprise's tolerance requirements give by, to do not meet tolerance requirements repair or waste product at
Put.
In the present embodiment, because 9 frequent flatcar of positioning rule uses, its curved working face 931 can cause its chi because of abrasion
It is very little to change, and the axis spacing with positioning between thin cylinder 91 produces error, is arranged on when by positioning rule 9, detection piece 5
When on the platform A31 and platform B41 of upper level and same center line, and 9, detection piece 5 is advised to positioning by two locating parts 7
Spacing positioning, when the curved working face 931 of positioning rule 9 is in contact with being set to the arc detection port 531 of standard definite value, two
Gap can be produced between person, between feeler gauge 8 is inserted into its contact surface, its gap size is detected with this, and take maximum of which
Error amount is as the curved working face 931 of positioning rule 9 and with positioning the axis interval error between thin cylinder 91, to meeting enterprise
Tolerance requirements give by, to do not meet tolerance requirements repair or waste product dispose, so as to ensure the accurate of cubing
Property.
The advantages of general principle and principal character of the present utility model and the utility model has been shown and described above.One's own profession
The technical staff of industry is it should be appreciated that the utility model is not restricted to the described embodiments, described in above-described embodiment and specification
Simply illustrate principle of the present utility model, on the premise of the spirit and scope of the utility model is not departed from, the utility model is also
Various changes and modifications are had, these changes and improvements are both fallen within claimed the scope of the utility model.
Claims (1)
1. one kind weaving fly frame basin axle positioning rule composition error calibration equipment, it is characterised in that：It includes pedestal（1）With set
In leveling monitor station thereon（2）, described leveling monitor station（2）Corner below be provided with leveling bolt（20）, top
Center line is provided with left end groove A（21）, right-hand member groove B（22）, left end groove A（21）Top be provided with keeper A（3）, it is right
Hold groove B（22）Top be provided with keeper B（4）, keeper A（3）, keeper B（4）Top be respectively equipped with platform A（31）、
Platform B（41）, described platform A（31）Top be provided with transverse opening groove A along center line（310）, cylinder groove A（311）With it is perpendicular
To bar-shaped trough A（312）, described platform B（41）Top be provided with transverse opening groove B along center line（410）, cylinder groove B（411）
With vertical bar-shaped trough B（412）；Described transverse opening groove B（410）With transverse opening groove A（310）Inside it is arranged with positioning component
（6）, vertical bar-shaped trough A（312）, vertical bar-shaped trough B（412）Inside it is all provided with finite place piece（7）, cylinder groove B（411）It is interior to be provided with detection
Part（5）, described detection piece（5）Top be provided with circular cone B（53）, circular cone B（53）Front end be provided with arc test side
Mouthful（531）；Described left end groove A（21）, right-hand member groove B（22）The spacing of opposite top end face be set to definite value；Described determines
Position part A（3）, keeper B（4）Bottom be provided with respectively with left end groove A（21）, right-hand member groove B（22）The sliding block A to match
（30）, slide block B（40）, sliding block A（30）On along center line be provided with circular hole A（301）, slide block B（40）On along center line be provided with mounting hole
（401）；Described detection piece（5）Lower end be provided with and cylinder groove B（411）The thin cylinder B to match（51）, thin cylinder B（51）
Top be provided with thick cylinder B（52）, circular cone B（53）It is located at thick cylinder B（52）Top；Described positioning component（6）Including Z
Type part（60）With cylinder keeper（61）, cylinder keeper（61）Top set handle（611）, bottom sets external screw thread A（612）, Z
Type part（60）Bottom among be provided with circular hole B（602）, top centre is provided with and external screw thread A（612）The internal thread to match
（601）；Described locating part（7）Top be provided with wedge-like opening groove（702）, lower end is provided with sliding block（70）, sliding block（70）With erecting
To bar-shaped trough A（312）, vertical bar-shaped trough B（412）Match, sliding block（70）Middle part be provided with horizontal screw（701）；Described
Vertical bar-shaped trough A（312）, vertical bar-shaped trough B（412）Coaxial line horizontal circle post holes A is respectively equipped with interior edge cross central line
（313）, horizontal circle post holes B（413）, horizontal circle post holes A（313）, horizontal circle post holes B（413）Inside it is respectively equipped with trimming piece（71）,
Trimming piece（71）Including vernier knob（711）And conversion bolt（712）, vernier knob（711）Rear end is provided with column handle
（7111）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721031019.8U CN207050641U (en) | 2017-08-17 | 2017-08-17 | Composition error calibration equipment is advised in fly frame basin axle positioning of weaving |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721031019.8U CN207050641U (en) | 2017-08-17 | 2017-08-17 | Composition error calibration equipment is advised in fly frame basin axle positioning of weaving |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207050641U true CN207050641U (en) | 2018-02-27 |
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ID=61503848
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721031019.8U Active CN207050641U (en) | 2017-08-17 | 2017-08-17 | Composition error calibration equipment is advised in fly frame basin axle positioning of weaving |
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| CN (1) | CN207050641U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107270804A (en) * | 2017-08-17 | 2017-10-20 | 安徽华茂纺织股份有限公司 | Composition error calibration equipment and its method of calibration are advised in fly frame basin axle positioning of weaving |
-
2017
- 2017-08-17 CN CN201721031019.8U patent/CN207050641U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107270804A (en) * | 2017-08-17 | 2017-10-20 | 安徽华茂纺织股份有限公司 | Composition error calibration equipment and its method of calibration are advised in fly frame basin axle positioning of weaving |
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