CN207881594U - Fly frame lifting shaft epicone wheel shaft positioning rule composition error calibration equipment - Google Patents
Fly frame lifting shaft epicone wheel shaft positioning rule composition error calibration equipment Download PDFInfo
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- CN207881594U CN207881594U CN201820354494.7U CN201820354494U CN207881594U CN 207881594 U CN207881594 U CN 207881594U CN 201820354494 U CN201820354494 U CN 201820354494U CN 207881594 U CN207881594 U CN 207881594U
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Abstract
The utility model discloses a kind of fly frame lifting shaft epicone wheel shafts to position rule composition error calibration equipment, it adjusts the center line of platform and is equipped with left groove A and right groove B, locating piece A is equipped in left groove A, locating piece A includes sliding block A and locating piece A, and locating piece A front end faces are equipped with open slot A；Locating piece B is equipped in right groove B, locating piece B includes slide block B and locating piece B, the front ends locating piece B are equipped with locating aperture slot B, detection piece is equipped in locating aperture slot B, detection piece includes lower part bar blocks A and " ┏ " the shape part being disposed there above, detection block A and detection block B is equipped with below the cross member of " ┏ " shape part, detection block A is equipped with detection end face A and detection end face A', detection block B is equipped with detection end face B and detection end face B', locating piece B is equipped with horizontal wire hole above slide block B center line, and actuator is equipped in horizontal wire hole.The utility model has the characteristics that easy to operate, 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 to a kind of fly frame lifting shaft
Epicone wheel shaft positioning rule composition error calibration equipment.
Background technology
In the textile industry, fly frame lifting shaft epicone wheel shaft positioning rule are equipment flatcar special gauges, this cubing is main
For correcting position of the forward and backward cone pulley axis in lifting shaft when flatcar, to ensure the equipment running quality after flatcar.
As shown in Figure 7, lifting shaft epicone wheel shaft positioning rule 9 in the prior art are a special type part comprising " ╝ " shape bottom
Seat 90, the " ╝ " shape pedestal 90 upright on be extended have 91 , " ╝ of " ┿ " shape part " cross member of shape pedestal 90 is equipped with work
Make face C901, the left and right side of 91 front end of " ┿ " shape part is respectively equipped with " ┚ " shape working port A911 and " ┖ " shape working port
Working face A9110 and working face A'9111 is set on B912, " ┚ " shape working port A911, and work is set on " ┖ " shape working port B912
Make face B9120 and working face B'9121.Under normal circumstances, working face A'9111 and working face B'9121 are perpendicular to working face
C901, working face A9110 and working face B9120 are parallel to working face C901, and the vertical line spacing between it is set as definite value.Such
Cubing is after manufacturer buys back, since frequent flatcar uses, " ┚ " shape working port A911 and " ┖ " shape working port B912
It is worn, the verticality, working face A9110 between working face A'9111 and working face B'9121 and working face C901 and work
The depth of parallelism and spacing definite value error made between face B9120 and working face C901 increase, so as to cause the accuracy of detection of positioning rule 9
Decline, equipment flatcar quality is had an impact.Such weaving special gauge is not belonging to national conventional measurement instrument, currently, domestic
Professional testing agency can not be detected or calibrate to such cubing, in industry in the prior art to the precision of such special gauge
Also it can not be detected.
Invention content
The purpose of this utility model is to provide a kind of fly frame lifting shaft epicone wheel shafts to position rule composition error verification dress
It sets, verticality, the depth of parallelism and its spacing definite value error between operative end surface can be advised to positioning and verified, to ensure to be somebody's turn to do
The precision of class special gauge meets production requirement.
In order to achieve the above objectives, the fly frame lifting shaft epicone wheel shaft positioning rule composition error verification dress of the utility model
It sets, including pedestal, the pedestal is equipped with adjustment platform, and the adjustment platform center line is equipped with left groove A and right groove B, institute
It includes sliding block A and locating piece A to state in left groove A equipped with locating piece A, the locating piece A, and the locating piece A is arranged sliding block A's
Above end and the two is orthogonal, and the locating piece A front end faces are equipped with open slot A；Locating piece B is equipped in the right groove B,
Locating piece B includes slide block B and locating piece B, and the locating piece B is arranged above the end of slide block B and the two is orthogonal, described
The front ends locating piece B are equipped with locating aperture slot B；
Adjustment platform between the locating piece A and locating aperture slot B is equipped with detection piece, and the detection piece includes lower part
Bar blocks A, further includes " ┏ " the shape part being arranged on bar blocks A, and " ┏ " the shape part includes upright and cross member, upright and item
The A connections of shape block, cross member lower end are equipped with the cross of detection block A and detection block B, the detection block A and detection block B all with " ┏ " shape part
Part is vertical, and the front end face and inner side end of the detection block A are respectively set to detection end face A and detect end face A', the detection
The front end face and inner side end of block B is respectively set to detection end face B and detects end face B'；It is set on the cross member of " ┏ " the shape part
Have with the matched bar blocks B of locating aperture slot B, thereon end face be equipped with taper hole；
The center line of the locating piece B upper end edge slide block Bs is equipped with horizontal wire hole, further includes actuator, the actuator perforation
Horizontal wire hole is connect with the taper hole.
Screw hole A and screw hole B is respectively equipped on the center line of the left groove A and right groove B.
The sliding block A is matched with left groove A, and top is equipped with countersunk head circular hole A, and hexagon socket head cap screw is equipped in countersunk head circular hole A.
The slide block B is matched with right groove B, and top is equipped with countersunk head circular hole B, and hexagon socket head cap screw is equipped in countersunk head circular hole B.
The locating piece A is equipped with screw hole C above sliding block A center lines, and long handle fixing bolt is equipped in screw hole C.
The actuator includes lead screw and turntable, and the lead screw front end is equipped with to be equipped with the matched conehead of taper hole, turntable
Rocking handle.
It is provided with leveling bolt below the quadrangle of the adjustment platform.
The fly frame lifting shaft epicone wheel shaft positioning rule composition error calibration equipment application method includes the following steps：
A, adjustment platform is placed on pedestal, horizontality is adjusted to by leveling bolt；
B, the sliding block A of locating piece lower part is placed in left groove A, and makes the directions the front face open slot A direction of locating piece
Locating piece is fixed on above left groove A by the middle part for adjusting platform by hexagon socket head cap screw；
C, lifting shaft epicone wheel shaft positioning rule being placed on adjustment platform, Jiang Qi " ╝ " cross member of shape pedestal is inserted into opening
In slot A, inwardly carry out, as " ╝ " the cross member lower face of shape pedestal when arriving at the bottom face of open slot A, stops carrying out, screws spiral shell
Lifting shaft epicone wheel shaft positioning rule are fixed on the positioning in the long handle fixing bolt being arranged in the C of hole；
D, by detection piece be placed in adjustment platform on, the bottom face Yu " ╝ of its underpart bar blocks A " shape pedestal cross member work
Face C is arranged in parallel, the detection block A and detection block B below upper part " ┏ " shape part cross member also with " ┚ " shape working port A of set pattern
And " ┖ " shape working port B is oppositely arranged；
E, the locating aperture slot B of the front ends locating piece B is covered in above the bar blocks B of detection piece, then, by its slide block B
It is placed in right groove B, locating piece B is fixed on above right groove B by hexagon socket head cap screw；
F, the lead screw of actuator is inserted into the horizontal wire hole of locating piece B, on turn turntable rocking handle by lead screw in taper hole
It moves ahead, the conehead of front end is made to be matched with the taper hole of bar blocks B, and detection piece is driven to move ahead, make the bottom of its underpart bar blocks A
End face is Yu " ╝ " the working face C of shape pedestal cross member is in contact and coincide, at this point, the detection block A below " ┏ " shape part cross member and inspection
Survey block B is also parallel with vertical positions of " ┚ " the shape working port A of set pattern and " ┖ " shape working port B above adjustment platform to be connect
It touches, stops turn rocking handle；
G, the detection end face being arranged on working face A, the working face A' and detection block A of " ┚ " shape working port A is detected respectively
A, the inspection being arranged on the gap between the A' of end face, and working face B, the working face B' of " ┖ " shape working port B and detection block B is detected
Survey the gap between end face B, detection end face B'.
In the step G, working face error-tested is carried out using feeler gauge.
After using above-mentioned technical proposal, since the left side that locating piece A and locating piece B are arranged on adjustment platform center line is recessed
In slot A and right groove B, then by positioning rule and detection piece the open slot A that is disposed therein and locating aperture slot B, it is fixed to can guarantee
Working face C, A, A' and B of position rule, the bottom face of B' and detection piece, detection end face A, A' and B, B' are in adjustment platform same level
The vertical position parallel contact in face, due to the detection block A and detection block B of detection piece be set as standard definite value and with lifting shaft epicone
" ┚ " shape working port A and " ┖ " shape working port B of wheel shaft positioning rule match, when the bottom face of working face C and detection piece
, can be on the basis of this when contacting and coincideing, couple working face A, A' and B for being in contact with detection end face A, A' and B, B', B' are carried out
It compares and verifies, and the gap size of its contact surface is detected by feeler gauge, you can it is fixed to verify out lifting shaft epicone wheel shaft
The depth of parallelism, verticality and its spacing definite value error between the rule operative end surface of position, 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 locating piece A in the utility model；
Fig. 4 is the structural schematic diagram of locating piece B in the utility model；
Fig. 5 is the structural schematic diagram of detection piece in the utility model；
Fig. 6 is the structural schematic diagram of actuator in the utility model；
Fig. 7 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. 6 as it can be seen that the fly frame lifting shaft epicone wheel shaft positioning rule composition error verification dress of the utility model
It sets, including pedestal 1, the pedestal 1 is equipped with adjustment platform 2, and 2 center line of adjustment platform is equipped with left groove A21 and the right side is recessed
Equipped with locating piece A3, the locating piece A3 include sliding block A30 and locating piece A31, the positioning in slot B22, the left groove A21
Block A31 is arranged above the end of sliding block A30 and the two is orthogonal, and the locating piece A31 front end faces are equipped with open slot A311；
Locating piece B4 is equipped in the right groove B22, locating piece B4 includes slide block B 40 and locating piece B41, the locating piece B41 settings
Above the end of slide block B 40 and the two is orthogonal, and the front ends the locating piece B41 are equipped with locating aperture slot B411；
Adjustment platform 2 between the locating piece A3 and locating aperture slot B411 is equipped with detection piece 5, the detection piece 5
Further include " ┏ " the shape part 51 being arranged on bar blocks A50 including lower part bar blocks A50, " ┏ " the shape part 51 includes upright
And cross member, upright are connect with bar blocks A50, cross member lower end is equipped with detection block A511 and detection block B512, the detection block
A511 and detection block B512 is vertical with the cross member of " ┏ " shape part 51, front end face and the inner side end difference of the detection block A511
It is set as detection end face A5110 and detects end face A'5111, the front end face and inner side end of the detection block B512 are set respectively
It is set to detection end face B5120 and detection end face B'5121；The cross member of " ┏ " the shape part 51 is equipped with and locating aperture slot B411
Matched bar blocks B513, end face is equipped with taper hole 5130 thereon；
The center line of the locating piece B41 upper end edges slide block B 40 is equipped with horizontal wire hole 410, further includes actuator 6, the drive
Moving part 6 penetrates through horizontal wire hole 410 and is connect with the taper hole 5130.
Screw hole A210 and screw hole B220 is respectively equipped on the center line of the left groove A21 and right groove B22.
The sliding block A30 is matched with left groove A21, and top is equipped with countersunk head circular hole A301, is equipped in countersunk head circular hole A301
Hexagon socket head cap screw.
The slide block B 40 is matched with right groove B22, and top is equipped with countersunk head circular hole B401, is equipped in countersunk head circular hole B401
Hexagon socket head cap screw.
The locating piece A31 is equipped with screw hole C310 above sliding block A30 center lines, and long handle fixing bolt is equipped in screw hole C310
8。
The actuator 6 includes lead screw 61 and turntable 60, and 61 front end of the lead screw is equipped with and 5130 matched conehead of taper hole
610, turntable 60 is equipped with rocking handle 601.
It is provided with leveling bolt 20 below the quadrangle of the adjustment platform 2.
The fly frame lifting shaft epicone wheel shaft positioning rule composition error calibration equipment application method, includes the following steps：
A, adjustment platform 2 is placed on pedestal 1, horizontality is adjusted to by leveling bolt 20；
B, the sliding block A30 of 3 lower part of locating piece is placed in left groove A21, and makes the front face open slot of locating piece 31
Locating piece 3 is fixed on above left groove A21 by the directions A311 towards the middle part of adjustment platform 2, by hexagon socket head cap screw；
C, lifting shaft epicone wheel shaft positioning rule 9 being placed on adjustment platform 2, Jiang Qi " ╝ " cross member of shape pedestal 90 is inserted into
In open slot A311, inwardly carry out, as " ╝ " the cross member lower face of shape pedestal 90 when arriving at the bottom face of open slot A311, stops
Carry out, screw the long handle fixing bolt 8 being arranged in screw hole C310, lifting shaft epicone wheel shaft positioning rule 9 are fixed on the positioning；
D, detection piece 5 being placed on adjustment platform 2, the 501 Yu " ╝ of bottom face of its underpart bar blocks A50 " shape pedestal 90 is horizontal
The working face C901 of part is arranged in parallel, the detection block A511 and detection block B512 below 51 cross member of upper part " ┏ " shape part also with it is fixed
" ┚ " shape working port A911 and " ┖ " shape working port B912 of rule 9 are oppositely arranged；
E, the locating aperture slot B411 of the front ends locating piece B41 is covered in above the bar blocks B513 of detection piece 5, then,
Its slide block B 40 is placed in right groove B22, locating piece B4 is fixed on above right groove B22 by hexagon socket head cap screw；
F, the lead screw 61 of actuator 6 is inserted into the horizontal wire hole 410 of locating piece B41, rocking handle 601 allows on turn turntable 60
Lead screw 61 moves ahead in taper hole 5130, and the conehead 610 for making front end is matched with the taper hole 5130 of bar blocks B513, and drives inspection
Survey part 5 to move ahead, make the bottom face 501 of its underpart bar blocks A50 Yu " ╝ " shape pedestal 90 the working face C901 of cross member be in contact simultaneously
It coincide, at this point, detection block A511 and detection block B512 below 51 cross member of " ┏ " shape part also " ┚ " shape working port with set pattern 9
Vertical position parallel contacts of the A911 and " ┖ " shape working port B912 above adjustment platform 2, stops turn rocking handle 601；
G, respectively on working face A9110, the working face A'9111 and detection block A511 of detection " ┚ " shape working port A911
Setting detects end face A5110, detects the gap between the A'5111 of end face, and the working face of " ┖ " shape working port B912
Gap between the detection end face B5120, the detection end face B'5121 that are arranged on B9120, working face B'9121 and detection block B512.
In the step G, working face error-tested is carried out using feeler gauge 10.
In the present embodiment, since lifting shaft epicone wheel shaft positioning rule 9 are commonly used, " ┚ " shape working port A911 and
" ┖ " shape working port B912 can cause its size to change because of abrasion, when the bottom face of its working face C901 and detection piece
501 when adjusting identical above platform 2, working face A9110, working face A'9111 and working face B9120, working face B'9121
With detection end face A5110, detection end face A'5111 and detection end face B5120, the detection end face B'5121 for being set as standard definite value
Synchronized in the horizontal plane vertical position of adjustment platform and contact and generate gap, by feeler gauge 10 be inserted into respectively mutual corresponding gap it
In be compared and detect, and take maximum error amount as lifting shaft epicone wheel shaft position rule 9 working face A'9111, work
Make the error of perpendicularity and working face A9110 between face B'9121 and working face C901, working face B9120 and working face C901
Between depth of parallelism its spacing definite value error.Pass through to meeting giving for enterprise's tolerance requirements, it can to do not meet tolerance requirements
It repairs or waste product is disposed, to ensure the accuracy of cubing.
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. a kind of fly frame lifting shaft epicone wheel shaft positioning rule composition error calibration equipment, including pedestal（1）, it is characterised in that：
The pedestal（1）It is equipped with adjustment platform（2）, the adjustment platform（2）Center line is equipped with left groove A（21）And right groove B
（22）, the left groove A（21）It is interior to be equipped with locating piece A（3）, the locating piece A（3）Including sliding block A（30）And locating piece A
（31）, the locating piece A（31）It is arranged in sliding block A（30）End above and the two it is orthogonal, the locating piece A（31）Before
End face is equipped with open slot A（311）；The right groove B（22）It is interior to be equipped with locating piece B（4）, locating piece B（4）Including slide block B（40）
And locating piece B（41）, the locating piece B（41）It is arranged in slide block B（40）End above and the two it is orthogonal, the positioning
Block B（41）Front end is equipped with locating aperture slot B（411）；
The locating piece A（3）With locating aperture slot B（411）Between adjustment platform（2）It is equipped with detection piece（5）, the detection
Part（5）Including lower part bar blocks A（50）, further include being arranged in bar blocks A（50）On " ┏ " shape part（51）, " ┏ " the shape part
（51）Including upright and cross member, upright and bar blocks A（50）Connection, cross member lower end are equipped with detection block A（511）And detection block
B（512）, the detection block A（511）And detection block B（512）All with " ┏ " shape part（51）Cross member it is vertical, the detection block A
（511）Front end face and inner side end be respectively set to detection end face A（5110）And detection end face A'（5111）, the detection block
B（512）Front end face and inner side end be respectively set to detection end face B (5120) and detection end face B'(5121)；It is described
" ┏ " shape part（51）Cross member be equipped with and locating aperture slot B（411）Matched bar blocks B（513）, end face is equipped with taper hole thereon
（5130）；
The locating piece B（41）Upper end edge slide block B（40）Center line be equipped with horizontal wire hole (410), further include actuator（6）, institute
State actuator（6）Penetrate through horizontal wire hole (410) and the taper hole（5130）Connection.
2. fly frame lifting shaft epicone wheel shaft positioning rule composition error calibration equipment as described in claim 1, it is characterised in that：
The left groove A（21）And right groove B（22）Center line on be respectively equipped with screw hole A（210）And screw hole B（220）.
3. fly frame lifting shaft epicone wheel shaft positioning rule composition error calibration equipment as claimed in claim 2, it is characterised in that：
The sliding block A（30）With left groove A（21）Matching, top are equipped with countersunk head circular hole A（301）, countersunk head circular hole A（301）In be equipped with
Hexagon socket head cap screw.
4. fly frame lifting shaft epicone wheel shaft positioning rule composition error calibration equipment as claimed in claim 3, it is characterised in that：
The slide block B（40）With right groove B（22）Matching, top are equipped with countersunk head circular hole B（401）, countersunk head circular hole B（401）In be equipped with
Hexagon socket head cap screw.
5. fly frame lifting shaft epicone wheel shaft positioning rule composition error calibration equipment as claimed in claim 4, it is characterised in that：
The locating piece A（31）Along sliding block A（30）Screw hole C is equipped with above center line（310）, screw hole C（310）In be equipped with long handle fixing bolt
（8）.
6. fly frame lifting shaft epicone wheel shaft positioning rule composition error calibration equipment as claimed in claim 5, it is characterised in that：
The actuator（6）Including lead screw（61）And turntable（60）, the lead screw（61）Front end is equipped with and taper hole（5130）Matched cone
Head（610）, turntable（60）It is equipped with rocking handle（601）.
7. fly frame lifting shaft epicone wheel shaft positioning rule composition error calibration equipment as claimed in claim 6, it is characterised in that：
The adjustment platform（2）Quadrangle below be provided with leveling bolt（20）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820354494.7U CN207881594U (en) | 2018-03-15 | 2018-03-15 | Fly frame lifting shaft epicone wheel shaft positioning rule composition error calibration equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820354494.7U CN207881594U (en) | 2018-03-15 | 2018-03-15 | Fly frame lifting shaft epicone wheel shaft positioning rule composition error calibration equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207881594U true CN207881594U (en) | 2018-09-18 |
Family
ID=63497135
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820354494.7U Active CN207881594U (en) | 2018-03-15 | 2018-03-15 | Fly frame lifting shaft epicone wheel shaft positioning rule composition error calibration equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207881594U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108195255A (en) * | 2018-03-15 | 2018-06-22 | 安徽华茂纺织股份有限公司 | Fly frame lifting shaft epicone wheel shaft positioning rule composition error calibration equipment and application method |
-
2018
- 2018-03-15 CN CN201820354494.7U patent/CN207881594U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108195255A (en) * | 2018-03-15 | 2018-06-22 | 安徽华茂纺织股份有限公司 | Fly frame lifting shaft epicone wheel shaft positioning rule composition error calibration equipment and application method |
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