CN207958603U - Cone pulley axis positioning rule composition error calibration equipment under roving frame bobbin - Google Patents
Cone pulley axis positioning rule composition error calibration equipment under roving frame bobbin Download PDFInfo
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- CN207958603U CN207958603U CN201820355036.5U CN201820355036U CN207958603U CN 207958603 U CN207958603 U CN 207958603U CN 201820355036 U CN201820355036 U CN 201820355036U CN 207958603 U CN207958603 U CN 207958603U
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Abstract
The utility model discloses cone pulley axis positioning rule composition error calibration equipments under a kind of roving frame bobbin,It can verify the depth of parallelism and its spacing definite value error for working face of establishing rules,It includes pedestal and is located at adjustment platform thereon,It adjusts and is equipped with groove above platform,Groove left end sets positioning table A,Right end sets positioning table B,Positioning table A,Bar blocks A and bar blocks B is set above B,Bar blocks A is equipped with opening vertical slot,The front ends bar blocks B are equipped with " ┻ " type groove," ┻ " type seat is equipped in " ┻ " type groove," ┻ " type seat cross member front sets horizontal bar hole,Horizontal block is set in horizontal bar hole,Horizontal block front end sets detection faces A," ┻ " type seat upright upper end sets vertical strip-shaped hole,It is equipped with detection piece in vertical strip-shaped hole,Detection piece includes " ┓ " type part and is located at the stairstepping detection port of " ┓ " type part cross member front end,Stairstepping detection sets orthogonal detection faces B on port,C.The utility model has the characteristics that verification is accurate, easy to use.
Description
Technical field
The utility model is related to a kind of school checking devices of textile industry special gauge, and in particular under a kind of roving frame bobbin
Cone pulley axis positioning rule composition error calibration equipment and application method.
Background technology
In the textile industry, cone pulley axis positioning rule are equipment installation flatcar special gauge, this cubing master under roving frame bobbin
It is used to correct and position position of the lower cone pulley axis on machine side, to ensure the equipment running quality after flatcar.
If Fig. 9 is shown in, cone pulley axis positioning rule 9 by " ┏ " type part 90 and are arranged in its front end under bobbin in the prior art
" ⊥ " type part 91 forms, and the inside of " ┏ " type part 90 is equipped with orthogonal benchmark vertical plane A900 and datum plane A'901,
The upright of " ⊥ " type part 91 is equipped with bar blocks 92, and the front ends of bar blocks 92 is equipped with vertical working face B920, under bar blocks 92
End is equipped with horizontal operation face C921.Under normal circumstances, horizontal operation face C921 and datum plane A'901 is mutually parallel, vertical work
Make that face B920 and benchmark vertical plane A900 are mutually parallel and its level interval is set as definite value.Such cubing after manufacturer buys back,
Since frequent flatcar uses, vertical working face B920 and horizontal operation face C921 are worn, horizontal operation face C921 and base
The depth of parallelism between directrix plane A'901, the depth of parallelism between vertical working face B920 and benchmark vertical plane A900 and its spacing definite value
Error increases, and the accuracy of detection so as to cause cone pulley axis positioning rule 9 under bobbin declines, and is had an impact to equipment flatcar quality.This
Class weaving special gauge is not belonging to national conventional measurement instrument, currently, domestic profession testing agency can not carry out such cubing
Detection or calibration, in the prior art can not also be detected the precision of such special gauge in industry.
Invention content
The purpose of this utility model is to provide cone pulley axis positioning under a kind of roving frame bobbin to advise composition error calibration equipment,
It can to positioning advise working face between the depth of parallelism and its spacing definite value error verify, to ensure such special gauge
Precision meets production requirement.
In order to achieve the above objectives, cone pulley axis positioning rule composition error calibration equipment under the roving frame bobbin of the utility model,
Including pedestal, the pedestal is equipped with adjustment platform, and fluted a, left side for the groove is arranged in adjustment platform upper edge central axes
End is equipped with positioning table A, and right end is equipped with positioning table B；The positioning table A includes the sliding block A, the sliding block A with the matching grooves
It is equipped in counterbore type circular hole A, the counterbore type circular hole A and is equipped with hexagon socket head cap screw, bar blocks A, institute are equipped with above the sliding block A
It states bar blocks A and is equipped with opening vertical slot；The positioning table B includes the slide block B with the matching grooves, and the slide block B is equipped with
The front ends bar blocks B, the bar blocks B are equipped with " ┻ " type groove, and " ┻ " type seat is equipped in " ┻ " type groove, " ┻ " the type seat
Cross member front is equipped with horizontal bar hole, and horizontal block is equipped in the horizontal bar hole, and horizontal block front end is described equipped with detection faces A
The upright upper end of " ┻ " type seat sets vertical strip-shaped hole, and detection piece is equipped in the vertical strip-shaped hole, and the detection piece includes " ┓ "
Type part and the stairstepping detection port for being located at " ┓ " type part cross member front end, the stairstepping detection set orthogonal inspection on port
Survey face B, detection faces C.
Screw hole A, screw hole B are respectively equipped on the center line of the groove.
The rear wall of the opening vertical slot is equipped with horizontal screw hole A, and clamping bolt A is equipped in horizontal screw hole A.
" ┻ " the type groove rear wall is equipped with wire hole, and adjusting bolt is equipped in the wire hole.
It is equipped in the middle part of the adjusting bolt and is equipped with and the matched cone of bellmouth with the matched silk tooth of wire hole, silk tooth front end
Head, rear end are equipped with cylindrical type handle.
" ┻ " the type seat matches with " ┻ " type groove, and cross member backside face is equipped with bellmouth, and upper surface is equipped with
Vertical screw hole, " ┻ " type seat upright backside face are equipped with horizontal screw hole B, are respectively equipped in the vertical screw hole, horizontal screw hole B
Clamping bolt.
It is provided with leveling bolt below the quadrangle of the adjustment platform.
The application method of cone pulley axis positioning rule composition error calibration equipment, includes the following steps under the roving frame bobbin：
A, adjustment platform is placed on pedestal, horizontality is adjusted to by leveling bolt；
B, the sliding block A of the lower parts positioning table A is placed in the left end of groove, the direction direction of bar blocks A upper opening vertical slots
Positioning table A is fixed on above groove by the middle part for adjusting platform by hexagon socket head cap screw；
C, the slide block B of the lower parts positioning table B is placed in the right end of groove, " ┻ " type groove opening direction above bar blocks B
It is oppositely arranged with positioning table A, positioning table B is fixed on above groove by hexagon socket head cap screw；
D, by " ┻ " type seating in " ┻ " type groove, inwardly carry out " ┻ " type seat along " ┻ " type groove, end face reaches when thereafter
When " ┻ " type groove rear wall, stop carrying out, the conehead and " ┻ " type seat that in the silk tooth precession wire hole of adjusting bolt, make its front end is horizontal
Bellmouth on part backside face matches；
E, by under bobbin cone pulley axis positioning rule " ┏ " type part upright setting be open in vertical slot, benchmark vertical plane A and
The direction of opening vertical slot is oppositely arranged, and screws the clamping bolt A being arranged in horizontal screw hole A, to cone pulley axis positioning rule under bobbin
It is fixed on the positioning；
F, horizontal block is arranged in the horizontal bar hole of " ┻ " type seat, the upright lower end of " ┓ " type part is arranged in " ┻ " type
In the vertical strip-shaped hole of seat, set between detection faces B and detection faces A according to the factory calibration of cone pulley axis positioning rule under bobbin
The vertical spacing of level interval and detection faces C above adjustment platform, then, by clamping bolt to horizontal block and " ┓ " type part
It is fixed on the positioning；
G, rotational circle column type handle drives " ┻ " type seat micro-shifting in " ┻ " type groove, makes horizontal block to cone pulley axis under bobbin
Positioning rule direction moves ahead, when the benchmark vertical plane A phases of the detection faces A and cone pulley axis positioning rule " ┏ " type part under bobbin of horizontal block front end
When contacting and coincideing, " ┓ " type part cross member front end stairstepping detect detection faces B, detection faces C set on port also respectively with
The vertical working face B and horizontal operation face C of cone pulley axis positioning rule are in contact under bobbin, at this point, the cylindrical type handle that stops rotating；
H, the gap between vertical working face B and detection faces B and horizontal operation face C and detection faces C is detected respectively.
In the step H, working face error-tested is carried out using feeler gauge.
After using above-mentioned technical proposal, due to being arranged positioning table A, positioning table B in the groove of adjustment platform, thereon
The bar blocks A and bar blocks B of side are arranged on the left and right end of groove, therefore can guarantee that cone pulley axis positions under the bobbin of side placed on it
Detection faces B, C on working face A, B, C of rule and detection faces A and stairstepping the detection port of horizontal block can be above adjustment platform
Vertical and horizontal plane be arranged in parallel in opposite directions, it is contemplated that the upright of " ⊥ " type part of set pattern can WidFin, bar shaped on cross member
Block can in the upright of " ⊥ " type part vertically delicate adjusting, therefore horizontal block and " ┓ " type part are also configured as can be in horizontal plane and vertical face
The special part of fine-tuning detection.Level interval setting when its detection faces B, A and the vertical working face B of set pattern, the water of benchmark vertical plane A
When value of calming down matches, also it is mutually parallel, therefore is adjusting with horizontal operation face C holdings with the orthogonal detection faces C of detection faces B
Under the action of saving bolt, when the benchmark for the detection end face A and cone pulley axis positioning rule under bobbin that horizontal block is arranged in " ┻ " type seat
When vertical plane A is in contact and coincide, detection end face B, C are also in contact with working face B, C of cone pulley axis positioning rule under bobbin, this
When, working face B, C can be compared and verified with the gap of detection end face B, C contact, and by feeler gauge to its contact surface
Gap size is detected, you can verify out the positioning of cone pulley axis under bobbin rule working face C and working face A' parallelism error and
The depth of parallelism between working face B and working face A and its spacing definite value error, simple in structure, easy to operate, verification is accurately.
Description of the drawings
Fig. 1 is the working state structure schematic diagram of the utility model；
Fig. 2 is the decomposition diagram that the above structure of platform is adjusted in the utility model；
Fig. 3 is the structural schematic diagram of positioning table A in the utility model；
Fig. 4 is the structural schematic diagram of positioning table B in the utility model；
Fig. 5 is the structural schematic diagram of " ┻ " type seat in the utility model；
Fig. 6 is the structural schematic diagram of horizontal block in the utility model；
Fig. 7 is the structural schematic diagram of " ┓ " type part in the utility model；
Fig. 8 is the structural schematic diagram of adjusting bolt in the utility model；
Fig. 9 is the structural schematic diagram that object is verified in the utility model.
Specific implementation mode
The utility model is described in further detail below in conjunction with the accompanying drawings.
Such as Fig. 1 to Fig. 9 as it can be seen that cone pulley axis positions rule composition error calibration equipment under the roving frame bobbin of the utility model,
Including pedestal 1, the pedestal 1 is equipped with adjustment platform 2, and 2 upper edge central axes of the adjustment platform setting fluted 21 is described recessed
The left end of slot 21 is equipped with positioning table A3, and right end is equipped with positioning table B4；The positioning table A3 includes and 21 matched cunning of the groove
Block A30, the sliding block A30, which is equipped in counterbore type circular hole A301, the counterbore type circular hole A301, is equipped with hexagon socket head cap screw, described
It is equipped with bar blocks A31, the bar blocks A31 above sliding block A30 and is equipped with opening vertical slot 310；The positioning table B4 includes and institute
21 matched slide block B 40 of groove is stated, the slide block B 40 is equipped with the front ends bar blocks B41, the bar blocks B41 and is equipped with " ┻ " type
Slot 410, " ┻ " type groove 410 is interior to be equipped with " ┻ " type seat 5, and 50 front of cross member of " ┻ " the type seat 5 is equipped with horizontal bar hole
500, horizontal block 6 is equipped in the horizontal bar hole 500,6 front end of horizontal block is equipped with detection faces A60, " ┻ " the type seat 5
51 upper end of upright sets vertical strip-shaped hole 510, and detection piece 7 is equipped in the vertical strip-shaped hole 510, and the detection piece 7 includes " ┓ "
Type part 70 and the stairstepping detection port 71 for being located at 70 cross member front end of " ┓ " type part, the stairstepping detection are set mutually on port 71
Vertical detection faces B710, detection faces C711.
Screw hole A211, screw hole B212 are respectively equipped on the center line of the groove 21.
The rear wall of the opening vertical slot 310 is equipped with horizontal screw hole A311, and clamping bolt is equipped in horizontal screw hole A311
A32。
410 rear wall of " ┻ " type groove is equipped with wire hole 411, and adjusting bolt 42 is equipped in the wire hole 411.
42 middle part of the adjusting bolt is equipped with to be equipped with and cone with 411 matched teeth of wire hole 420,420 front end of silk tooth
501 matched conehead 421 of shape hole, rear end are equipped with cylindrical type handle 422.
" ┻ " the type seat 5 matches with " ┻ " type groove 410, and 50 backside face of cross member is equipped with bellmouth 501, on
End face is equipped with vertical screw hole 502, and 5 upright of " ┻ " the type seat, 51 backside face is equipped with horizontal screw hole B511, the vertical screw hole
502, it is respectively equipped with clamping bolt in horizontal screw hole B511.
It is provided with leveling bolt 20 below the quadrangle of the adjustment platform 2.
The application method of cone pulley axis positioning rule composition error calibration equipment, includes the following steps under the roving frame bobbin：
A, adjustment platform 2 is placed on pedestal 1, horizontality is adjusted to by leveling bolt 20；
B, the sliding block A30 of the lower parts positioning table A3 is placed in the left end of groove 21, bar blocks A31 upper openings vertical slot 310
Direction towards the middle part of adjustment platform 2, positioning table A3 is fixed on by the top of groove 20 by hexagon socket head cap screw；
C, the slide block B 40 of the lower parts positioning table B4 is placed in the right end of groove 21, " ┻ " type groove above bar blocks B41
410 opening directions are oppositely arranged with positioning table A3, and positioning table B4 is fixed on 20 top of groove by hexagon socket head cap screw；
D, " ┻ " type seat 5 is placed in " ┻ " type groove 410, inwardly carries out " ┻ " type seat 5 along " ┻ " type groove 410, when thereafter
When end face reaches " ┻ " 410 rear wall of type groove, stop carrying out, by the 420 precession wire hole 411 of silk tooth of adjusting bolt 42, before making it
The conehead 421 at end matches with the bellmouth 501 on 5 cross member of " ┻ " type seat, 50 backside face；
E, the upright setting of " ┏ " the type part 90 of cone pulley axis positioning rule 9 under bobbin is being open in vertical slot 310, benchmark hangs down
Face A900 and the direction of opening vertical slot 310 are oppositely arranged, and the clamping bolt A32 being arranged in horizontal screw hole A311 are screwed, to cylinder
The lower cone pulley axis positioning of pipe is advised 9 and is fixed on the positioning；
F, horizontal block 6 is arranged in the horizontal bar hole 500 of " ┻ " type seat 5, the upright lower end of " ┓ " type part 70 is arranged
In the vertical strip-shaped hole 510 of " ┻ " type seat 5, detection faces are set according to the factory calibration of cone pulley axis positioning rule 9 under bobbin
Then the vertical spacing of level interval and detection faces C711 above adjustment platform 2 between B710 and detection faces A60 passes through
Horizontal block 6 and " ┓ " type part 70 is fixed on the positioning in clamping bolt；
G, rotational circle column type handle 422 drives the micro-shifting in " ┻ " type groove 410 of " ┻ " type seat 5, makes horizontal block 6 to bobbin
9 directions of lower cone pulley axis positioning rule move ahead, when detection faces A60 and cone pulley axis positioning rule " ┏ " type part under bobbin of 6 front end of horizontal block
It is set on 70 cross member front end stairstepping detection port 71 of " ┓ " type part when 90 benchmark vertical plane A900 is in contact and coincide
Detection faces B710, detection faces C711 also advise 9 vertical working face B920 and horizontal operation face with cone pulley axis positioning under bobbin respectively
C921 is in contact, at this point, the cylindrical type handle 602 that stops rotating；
H, it detects respectively between vertical working face B920 and detection faces B710 and horizontal operation face C921 and detection faces C711
Gap.
In the step H, working face error-tested is carried out using feeler gauge 8.
In the present embodiment, since cone pulley axis positioning rule 9 are commonly used under bobbin, 92 front end of bar blocks and lower end setting
Vertical working face B920 and horizontal operation face C921 can cause its size to change because of abrasion, when " ┏ " type part of positioning rule 9
90 when being fixed in the opening vertical slot 310 above bar blocks A31, and vertical working face B920 and horizontal operation face C921 also can
Level and vertical position above adjustment platform 2 are positioned, due to the detection faces being arranged in horizontal block 6 and " ┓ " type part 70
The level interval of A60 and B710 and the horizontal definite value of the vertical benchmark vertical plane A900 of set pattern and working face B920 match, therefore work as
When the detection end face A of horizontal block is in contact and coincide with the benchmark vertical plane A900 of cone pulley axis positioning rule 9 under bobbin, end face is detected
Working face B920, the C921 of B710, C711 also with cone pulley axis positioning rule under bobbin are adjusting the vertical and horizontal position above platform 2
Parallel contact is set, at this point, can and generate gap between the two, observes and compare gap size between the two, and feeler gauge 8 is inserted
Enter and be detected among the gap of horizontal operation face C921 and detection faces C711 and vertical working face B920 and detection faces B710, takes
Maximum error amount is as flat between cone pulley axis positioning rule 9 horizontal operation face C921 and datum plane A'901 under bobbin
The depth of parallelism and its spacing definite value error between row degree and vertical working face B920 and benchmark vertical plane A900 increase, to meeting enterprise
Giving for tolerance requirements passes through, to do not meet tolerance requirements repair or waste product dispose, to ensure the accurate of cubing
Property.
The advantages of basic principles and main features and the utility model of the utility model have been shown and described above.One's own profession
The technical staff of industry is it should be appreciated that the present utility model is not limited to the above embodiments, described in above embodiments and description
Only illustrate the principles of the present invention, on the premise of not departing from the spirit and scope of the utility model, the utility model is also
It will have various changes and improvements, these various changes and improvements fall within the scope of the claimed invention.
Claims (7)
1. cone pulley axis positioning rule composition error calibration equipment under a kind of roving frame bobbin, including pedestal（1）, it is characterised in that：Institute
State pedestal（1）It is equipped with adjustment platform（2）, the adjustment platform（2）The setting of upper edge central axes is fluted（21）, the groove
（21）Left end be equipped with positioning table A（3）, right end is equipped with positioning table B（4）；
The positioning table A（3）Including with the groove（21）Matched sliding block A（30）, the sliding block A（30）It is equipped with counterbore type
Circular hole A（301）, the counterbore type circular hole A（301）It is interior to be equipped with hexagon socket head cap screw, the sliding block A（30）Top is equipped with bar blocks A
（31）, the bar blocks A（31）It is equipped with opening vertical slot（310）；
The positioning table B（4）Including with the groove（21）Matched slide block B（40）, the slide block B（40）It is equipped with bar blocks
B（41）, the bar blocks B（41）Front end is equipped with " ┻ " type groove（410）, " ┻ " type groove（410）It is interior to be equipped with " ┻ " type seat
（5）, " ┻ " the type seat（5）Cross member（50）Front is equipped with horizontal bar hole（500）, the horizontal bar hole（500）In set
There is horizontal block（6）, horizontal block（6）Front end is equipped with detection faces A（60）, " ┻ " the type seat（5）Upright（51）Upper end is set vertically
Strip-shaped hole（510）, the vertical strip-shaped hole（510）In be equipped with detection piece（7）, the detection piece（7）Including " ┓ " type part（70）
And it is located at " ┓ " type part（70）The stairstepping of cross member front end detects port（71）, stairstepping detection port（71）On set mutually
Vertical detection faces B（710）, detection faces C（711）.
2. cone pulley axis positioning rule composition error calibration equipment under roving frame bobbin as described in claim 1, it is characterised in that：Institute
State groove（21）Center line on be respectively equipped with screw hole A（211）, screw hole B（212）.
3. cone pulley axis positioning rule composition error calibration equipment under roving frame bobbin as claimed in claim 2, it is characterised in that：Institute
State opening vertical slot（310）Rear wall be equipped with horizontal screw hole A (311), clamping bolt A (32) is equipped in horizontal screw hole A (311).
4. cone pulley axis positioning rule composition error calibration equipment under roving frame bobbin as claimed in claim 3, it is characterised in that：Institute
State " ┻ " type groove（410）Rear wall is equipped with wire hole（411）, the wire hole（411）It is interior to be equipped with adjusting bolt（42）.
5. cone pulley axis positioning rule composition error calibration equipment under roving frame bobbin as claimed in claim 4, it is characterised in that：Institute
State adjusting bolt（42）Middle part is equipped with and wire hole（411）Matched silk tooth（420）, the silk tooth（420）Front end is equipped with and taper
Hole（501）Matched conehead（421）, rear end is equipped with cylindrical type handle（422）.
6. cone pulley axis positioning rule composition error calibration equipment under roving frame bobbin as claimed in claim 5, it is characterised in that：Institute
State " ┻ " type seat（5）With " ┻ " type groove（410）Match, cross member（50）Backside face is equipped with bellmouth（501）, upper end
Face is equipped with vertical screw hole（502）, " ┻ " the type seat（5）Upright（51）Backside face is equipped with horizontal screw hole B（511）, described vertical
Screw hole（502）, horizontal screw hole B（511）In be respectively equipped with clamping bolt.
7. cone pulley axis positioning rule composition error calibration equipment under roving frame bobbin as claimed in claim 6, it is characterised in that：Institute
State adjustment platform（2）Quadrangle below be provided with leveling bolt（20）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820355036.5U CN207958603U (en) | 2018-03-15 | 2018-03-15 | Cone pulley axis positioning rule composition error calibration equipment under roving frame bobbin |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820355036.5U CN207958603U (en) | 2018-03-15 | 2018-03-15 | Cone pulley axis positioning rule composition error calibration equipment under roving frame bobbin |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207958603U true CN207958603U (en) | 2018-10-12 |
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ID=63743601
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820355036.5U Active CN207958603U (en) | 2018-03-15 | 2018-03-15 | Cone pulley axis positioning rule composition error calibration equipment under roving frame bobbin |
Country Status (1)
| Country | Link |
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| CN (1) | CN207958603U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108265356A (en) * | 2018-03-15 | 2018-07-10 | 安徽华茂纺织股份有限公司 | Cone pulley axis positioning rule composition error calibration equipment and method under roving frame bobbin |
-
2018
- 2018-03-15 CN CN201820355036.5U patent/CN207958603U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108265356A (en) * | 2018-03-15 | 2018-07-10 | 安徽华茂纺织股份有限公司 | Cone pulley axis positioning rule composition error calibration equipment and method under roving frame bobbin |
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