CN205817640U - Anti-twist joint detecting tool - Google Patents
Anti-twist joint detecting tool Download PDFInfo
- Publication number
- CN205817640U CN205817640U CN201620416815.2U CN201620416815U CN205817640U CN 205817640 U CN205817640 U CN 205817640U CN 201620416815 U CN201620416815 U CN 201620416815U CN 205817640 U CN205817640 U CN 205817640U
- Authority
- CN
- China
- Prior art keywords
- frock body
- bearer plate
- spring bearer
- fork ear
- frock
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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- Forklifts And Lifting Vehicles (AREA)
Abstract
A kind of anti-twist joint detecting tool of this utility model, belongs to Airborne Survey technical field.Technical scheme is a kind of anti-twist joint detecting tool, frock body, and described frock body is for falling " doing " shape, upper plane is supporting plane, and has driven two deep trouths, defines 3 supporting planes, the support in left side designs 2 alignment pins, is provided with 1 alignment pin in intermediate support surfaces lower end；Bottom design three fork ears at frock body, it is distributed in the upper and lower of middle part and right side, fork ear is respectively equipped with clamping screw vertically upward, described clamping screw top is provided with spring bearer plate, being used for installing spring bearer plate, described spring bearer plate is pressed in the position that anti-twist joint upper surface is corresponding with studdle；Have also been devised two bolts hole on upper lower fork ear bottom described frock, three coordinate setting tables of frock body with lower section are screwed tight by bolt through described bolt hole.The utility model has the advantages that achieve accurate positioning, clamping quickly, improve detection efficiency.
Description
Technical field
This utility model anti-twist joint detecting tool, belongs to Airborne Survey technical field.
Background technology
Anti-twist joint is the key component in Z15 aircraft, and material is titanium alloy, and structure is complicated, precision is high, the size of detection
Many, the detection cycle is long, requires the highest to detection technique.Past does not detect detecting tool, and detection method is anti-twist joint to be put
On parallels, using plasticine anti-twist joint to be fixed with parallels, installation way is shown in Fig. 1, is found by the detection of a period of time,
There is following problem in original detection method:
1, part is placed on parallels, fixes with plasticine, causes detection poor stability, is easily generated measurement error.
2, under diagram state after detection, in addition it is also necessary to part is turned over and again detects, due to tested part
Shape is complex, will adjust the position of part and chaining pin with chaining pin, at the beginning of each piece test all obtains again before detection every time
Set up part adjust the time long, the detection time of one-piece part was at about 2.0 hours, it is impossible to meet industrialized production detection need
Requirement.
Utility model content
The purpose of this utility model, it is provided that a kind of anti-twist joint detecting tool, it is possible to solve parts fixation and be accurately positioned,
Realizing clamped one time and complete all detection projects on three coordinate measuring machine, clamping is quick, easy to use.
The technical solution of the utility model: anti-twist joint detecting tool, it is characterised in that include the upper flat of frock body 01
Face is supporting plane, and the upper surface at the supporting plane of frock body 01 has longitudinally driven two logical deep trouths, defines from left to right
3 supporting planes；Anti-twist joint is placed on 3 supporting planes, the supporting plane in left side designs 2 alignment pins 02,
Move to the left for limit feature；Intermediate support surfaces is provided with 1 alignment pin 03, moving down for limit feature；
At bottom design three the fork ears of frock body 01, it is distributed in the both sides in the middle part of frock body 01 and the right side of frock body 01
Side, is respectively equipped with the clamping screw being perpendicular to frock body 01, in described compression on the fork ear of both sides in the middle part of frock body 01
Screw tip is provided with spring bearer plate, and it is corresponding with frock body 01 supporting plane that described spring bearer plate is pressed in anti-twist joint upper surface
Position；In the middle part of described frock body 01, on the fork ear of both sides, further respectively have two bolts hole, two bolts are worn respectively
Cross described bolt hole to be screwed tight with three coordinate setting tables by frock body 01；
There are fork ear 1, fork ear 2 10, fork ear 3 11 in the bottom of frock body, are respectively distributed to the middle part of frock body
Upper and lower and right side, fork ear 1, fork ear 2 10 on be respectively equipped with clamping screw 1 vertically upward, clamping screw two
06, it is respectively equipped with spring bearer plate 1, spring bearer plate 2 08, institute at described clamping screw 1, the top of clamping screw 2 06
State spring bearer plate 1, spring bearer plate 2 08 is press respectively against the position that anti-twist joint upper surface is corresponding with supporting plane；Described work
Being designed with bolt hole on upper and lower fork ear bottom dress, frock body and three coordinates are worked by bolt 07 through described bolt hole
Platform screws tight.
Advantage of the present utility model: actually used by detecting tool, the function of detecting tool and technical specification
Comply fully with design requirement, compared with the clamping method in past, it is achieved that accurate positioning, clamping are quick, easy to use, meet one
Secondary clamping completes the features such as all detections need, it is often more important that improve detection efficiency, meets part volume detection needs, from
Originally one needs of detection bring up to 0.5 hour in 2 hours.
Accompanying drawing explanation
Fig. 1 is this utility model anti-twist joint detecting tool, installs the front view after anti-twist joint.
Fig. 2 is this utility model anti-twist joint detecting tool, installs the top view after anti-twist joint.
Wherein, frock body 01, alignment pin 1, alignment pin 2 03, fork ear 1, fork ear 2 10, fork ear 3 11, compress
Screw rod 1, clamping screw 2 06, spring bearer plate 1, bolt 07, spring bearer plate 2 08,
Detailed description of the invention
Anti-twist joint detecting tool, the upper plane including frock body 01 is supporting plane, in the support of frock body 01
The upper surface of plane has longitudinally driven two logical deep trouths, defines 3 supporting planes from left to right；Anti-twist joint is placed in 3
On supporting plane, the supporting plane in left side designs 2 alignment pins 02, moves to the left for limit feature；Prop up in centre
Support face is provided with 1 alignment pin 03, moving down for limit feature；Three forks of bottom design at frock body 01
Ear, is distributed in the both sides in the middle part of frock body 01 and the right side of frock body 01, in the middle part of frock body 01 on the fork ear of both sides
It is respectively equipped with the clamping screw being perpendicular to frock body 01, is provided with spring bearer plate, described spring pressure at described clamping screw top
Plate is pressed in the position that anti-twist joint upper surface is corresponding with frock body 01 supporting plane；Both sides in the middle part of described frock body 01
Fork ear on further respectively have two bolts hole, two bolts are each passed through described bolt hole by frock body 01 and three coordinates
Workbench screws tight；
There are fork ear 1, fork ear 2 10, fork ear 3 11 in the bottom of frock body, are respectively distributed to the middle part of frock body
Upper and lower and right side, fork ear 1, fork ear 2 10 on be respectively equipped with clamping screw 1 vertically upward, clamping screw two
06, it is respectively equipped with spring bearer plate 1, spring bearer plate 2 08, institute at described clamping screw 1, the top of clamping screw 2 06
State spring bearer plate 1, spring bearer plate 2 08 is press respectively against the position that anti-twist joint upper surface is corresponding with supporting plane；Described work
Being designed with bolt hole on upper and lower fork ear bottom dress, frock body and three coordinates are worked by bolt 07 through described bolt hole
Platform screws tight.
Below in conjunction with the accompanying drawings this utility model is further described.
A kind of anti-twist joint detecting tool, including: frock body, described frock body is " doing " shape, frock body 01
Upper plane be supporting plane, and driven two logical deep trouths, defined 3 supporting planes, be used for controlling part and move up and down, open
The purpose of two grooves is to enter the anti-twist joint bottom surface of chaining pin measurement from the both sides of groove when detection；Support in left side is put down
Design 2 alignment pins 02 on face, move for controlling the left side of part；It is provided with 1 alignment pin 03 in intermediate support surfaces lower end, uses
In controlling moving down of part；At bottom design three the fork ears 09,10,11 of frock body, it is distributed in the upper and lower of middle part
And right side, fork ear is respectively equipped with clamping screw 05,06 vertically upward, described clamping screw top is provided with spring bearer plate
04,08, described spring bearer plate is pressed in the position that anti-twist joint upper surface is corresponding with supporting plane；Upper lower fork bottom described frock
Have also been devised two bolts hole on ear, frock body and three coordinate setting tables are screwed tight by bolt 07 through described screw.
Operation principle: three coordinate setting tables of frock body with lower section are screwed tight by bolt 07.Put down at the bottom of anti-twist joint
Face is placed in frock body plane, anti-twist joint A plane is close to two alignment pins 02 on the left of frock, simultaneously by anti-twist joint
Side end face is close to frock intermediate support surfaces lower end alignment pin 03, makes anti-twist joint position.Then by the bullet on clamping screw 05,06
Spring pressing plate 04,08 anti-twist joint pressed from above, makes anti-twist joint fix.
This utility model achieves accurate positioning, convenient mounting and clamping, meets clamped one time and just can complete all detection needs, contracting
The short mounting and adjusting time, meet part volume detection needs, within 2 hours, bring up to 0.5 hour from original one needs of detection, greatly
Improve greatly detection efficiency.
Claims (1)
- The most anti-twist joint detecting tool, it is characterised in that the upper plane including frock body (01) is supporting plane, frock this The upper surface of the supporting plane of body (01) has longitudinally driven two logical deep trouths, defines 3 supporting planes from left to right；By anti-torsion Joint is placed on 3 supporting planes, designs 2 alignment pins one (02), for limit feature to the left on the supporting plane in left side Side shifting；Intermediate support surfaces is provided with 1 alignment pin two (03), moving down for limit feature；At frock body (01) bottom design three fork ears, are distributed in both sides and the right side of frock body (01) at frock body (01) middle part, It is respectively equipped with the clamping screw being perpendicular to frock body (01), at described compression spiral shell on the fork ear of both sides, frock body (01) middle part Masthead portion is provided with spring bearer plate, and it is corresponding with frock body (01) supporting plane that described spring bearer plate is pressed in anti-twist joint upper surface Position；The fork ear of both sides, described frock body (01) middle part further respectively has two bolts hole, by two bolts respectively Through described bolt hole, frock body (01) is screwed tight with three coordinate setting tables；There are fork ear one (09), fork ear two (10), fork ear three (11) in the bottom of frock body, are respectively distributed in frock body Upper and lower and the right side in portion, is respectively equipped with clamping screw one (05) vertically upward, pressure on fork ear one (09), fork ear two (10) Tight screw rod two (06), be respectively equipped with at described clamping screw one (05), the top of clamping screw two (06) spring bearer plate one (04), Spring bearer plate two (08), described spring bearer plate one (04), spring bearer plate two (08) are press respectively against anti-twist joint upper surface and support The position that plane is corresponding；Being designed with bolt hole on upper and lower fork ear bottom described frock, bolt (07) passes described bolt hole Frock body and three coordinate setting tables are screwed tight.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620416815.2U CN205817640U (en) | 2016-05-10 | 2016-05-10 | Anti-twist joint detecting tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620416815.2U CN205817640U (en) | 2016-05-10 | 2016-05-10 | Anti-twist joint detecting tool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205817640U true CN205817640U (en) | 2016-12-21 |
Family
ID=58148727
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620416815.2U Expired - Fee Related CN205817640U (en) | 2016-05-10 | 2016-05-10 | Anti-twist joint detecting tool |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205817640U (en) |
-
2016
- 2016-05-10 CN CN201620416815.2U patent/CN205817640U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161221 Termination date: 20170510 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |