CN206056593U - Tapper - Google Patents
Tapper Download PDFInfo
- Publication number
- CN206056593U CN206056593U CN201620946721.6U CN201620946721U CN206056593U CN 206056593 U CN206056593 U CN 206056593U CN 201620946721 U CN201620946721 U CN 201620946721U CN 206056593 U CN206056593 U CN 206056593U
- Authority
- CN
- China
- Prior art keywords
- ready
- reference block
- positioning support
- screw
- bar
- 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.)
- Active
Links
Landscapes
- Insertion Pins And Rivets (AREA)
Abstract
This utility model is related to aircraft manufacturing assembling field, more specifically to a kind of tapper for labelling measurement point, including positioning support, it is placed with along the length direction of the positioning support and gets bar ready, the top of the positioning support arranges limited location reference block, housing screw is provided with the top of the spacing reference block, two side of front end of the positioning support is socketed with readjustment screw, two side of rear end of the positioning support is socketed with feeding screws, two sides of the spacing reference block are respectively between the readjustment screw and feeding screws of same side, described getting ready be provided with bar spacer pin.It is this utility model, simple to operate quick；Manufacturing process is simple, the manufacturing cycle is short, low cost of manufacture, later stage working service are simple.
Description
Technical field
This utility model is related to aircraft manufacturing assembling field, more specifically to a kind of getting ready for labelling measurement point
Device.
Background technology
When each part pairing of aircraft is assembled, it is to ensure relative position, horizontal survey need to be carried out to aircraft.Horizontal survey is profit
Use measurement point（Also referred to as characteristic point）To reflect the assembling quality of aircraft.Measurement point is advised in parts surface when part is assembled
The mark for measurement that special device for dotting is made is loaded onto by subassembler on fixed position.This measurement is that aircraft is theoretical
Axis is transferred to aircraft components surface relevant position as beasurement base.Therefore, as long as these points are checked in measurement process
Relative position is assured that whether the relative position of part meets the requirements.
Existing related patent has Application No. CN201210055313.8, and publication date is 2012.07.25, entitled " gold
The patent of invention of category Mechanics Performance Testing device for dotting ", its technical scheme is：The present invention relates to a kind of Metal Mechanic Property is surveyed
Device for dotting on probation, including installing plate and two carry cone headed metallic rod, the installing plate include two pieces of transverse slats and at least
The riser of one piece of connection, two pieces of transverse slats, two metallic rods are vertically located in two pieces of transverse slats, and wherein at least one gold
Category bar can be laterally moved in transverse slat, be provided with boss section in the metallic rod between two pieces of transverse slats, boss section be located at
Spring is provided between the transverse slat of bottom, the afterbody of two metallic rods is connected by one piece of connecting plate, is provided with connecting plate
At least one Cross slat type groove, during the afterbody of the metallic rod that can be laterally moved in transverse slat is arranged on the type groove and can edge
Bar type groove transverse shifting, the transverse edge of bar type groove are provided with size scale.
Above-mentioned patent measurement point directly affects horizontal survey precision height.The measurement point precision that original device for dotting is made
It is low, the horizontal survey means of corresponding backwardness（Level gauge, scale, vertical etc.）With the measurement requirement of substandard, can even meet
Design requirement.As scientific technological advance, design requirement are improved, measurement means improve, and are measured using digital accurate, measurement point
Point mass processed be also badly in need of lifted.
The content of the invention
In order to overcome defect and deficiency present in above-mentioned prior art, this utility model to provide a kind of for labelling measurement
The tapper of point.
In order to realize the effect above, this utility model is achieved through the following technical solutions：
A kind of tapper, it is characterised in that：Including positioning support, it is placed with along the length direction of the positioning support and beats
Point bar, the top of the positioning support arrange limited location reference block, are provided with housing screw, institute at the top of the spacing reference block
Two side of front end for stating positioning support is socketed with readjustment screw, and two side of rear end of the positioning support is socketed with feeding screws,
Respectively between the readjustment screw and feeding screws of same side, described being got ready set on bar for two sides of the spacing reference block
It is equipped with spacer pin.
Get ready, the calibrating block is in inverted l-shaped structure.
The afterbody for getting bar ready is socketed with the first spring, covers on the readjustment screw, feeding screws and housing screw
It is connected to second spring.
Described getting ready be provided with bar shrinkage pool, and the spacer pin is located in shrinkage pool.
Operation principle of the present utility model is：
A. demarcate and look for position：First readjustment screw is adjusted back to the line of production, then calibrating block one side is reclined product design face,
While the spacing reference block of movement so as to front end face laminating calibrating block other end；Adjust feeding screws to move to the line of production, with
This exerts a force to spacing reference block, when feeding screws are moved to the end, it is impossible to which, till moving again, by spacing reference block, reliably laminating is beaten
Point bar, it is determined that spacing reference block correctly gets restraining position ready；Readjustment screw is adjusted to spacing benchmark Block direction, readjustment screw is made
End face is tightly fitted spacing reference block, and spacing reference block is fully fixed by screw, feeding screws is adjusted back；Calibrating block is exited, feeding
Screw steps back 1mm or so, then feeding screws are adjusted to spacing benchmark Block direction, makes spacing reference block reliably laminating readjustment screw
End face, returns to correct restraining position, now tightens housing screw, makes spacing reference block reliable and stable in tram.
B, force are got ready：Getting bar end force ready so as to move to product at tip.Spacer pin motion is driven when bar is got ready
To spacing reference block spacing place, just stop motion, realize getting ready.In total, many places are designed with the first spring and the second bullet
Spring, ensures each screw in tight condition, during force to play locking effect.
C, test point:Calibrating block is demarcated with spacing reference block and looks for position；Bar is got ready to line of production propulsion, if spacer pin is not
Touch spacing reference block to move again, it was demonstrated that get depth ready and not up to require；Readjustment screw, housing screw are unclamped, is entered
Keep in situ to screw, get bar ready and move to the line of production, after spacer pin reaches spacing reference block confined planes original position, remain to push away
Move spacing reference block to move to the line of production, and spacing reference block is no longer contacted with feeding screws, illustrate to get too deep ready；It is difficult
Upper situation, shows that getting depth ready meets the requirements.The taper for getting bar front end ready passes through accessory size allowance control so that get depth ready
When meeting the requirements, diameter is got ready while meeting requirement.
The utility model has the advantage of：
1st, it is simple to operate quick：Tapper adjustment looks for position simple.Calibrating block reclines after product, by " position is looked in demarcation " institute above
State, adjust each screw, so that it may make to get ready device assembly in tram；Get bar end ready only simply to exert a force, until getting bar ready
Till can not moving again, can just complete to get ready, it is considered to without considering to control the size of force during force.Demarcation looks for position only to need
The time of 2 minutes or so, force getting several seconds time of only need ready.
2nd, manufacturing process is simple：Each composition part shape rule, processing are primarily related to the conventionally fabricated work such as face, hole
Skill.Realize that this scheme can be just completed using existing ripe software equipment, new equipment and personnel's retraining need not be bought.
3rd, the manufacturing cycle is short：The manufacturing processes customaries such as face, hole are only related to, process velocity is fast, from last tapper of getting the raw materials ready
Component manufacture is finished, required time, as long as at most 7 days.
4th, low cost of manufacture：With original is old-fashioned get device assembly ready compared with, cost change is little；Compared with intelligence is got ready, improve
Get quality ready, can at least save hundreds of thousands unit cost.
5th, later stage working service is simple：The product got ready is all the materials such as the not high aluminium alloy of hardness, and tapper is each
Component part is all the high steel part of hardness, therefore its loss is low, durable in use.As long as calibrating block is suitably maintained, not the used time be put into
In the box or case of closing, when product gets depth ready to be changed, it is only necessary to by changing spacer pin, just adapt to new get depth ready
Degree.
6th, high precision：By getting modular construction design ready, ingenious use self structure, control get power and stroke ready, it is ensured that
Get severity control ready；Get the allowance control of size G and profile tolerance in bar ready, make to get depth ready when meeting the requirements, it is ensured that get straight ready
Footpath is associated with, while also complying with requirement.The use of calibrating block, can dynamic compensation product surface quality tolerance, allow and get depth ready
Precision.By the accuracy guarantee of above link, the precision for getting measurement point is not less than ± 0.1mm, can much meet product and set
Meter needs.
7th, space adaptability is strong：The compact structure of the present invention program, it is easy to operate, for open and small space is all fitted
Should.
8th, high working efficiency：Get operation and checkout detection operation ready all to simplify, complete speed soon, improve work efficiency.
9th, beneficial to product protection：Get spacing on spacing reference block ready, power is got ready by getting component ready and bearing.Except product stress
Point is outer, and remaining place of product does not stress, and adequately protects and gets place's product design ready.
Description of the drawings
Fig. 1 is this utility model structural representation.
Fig. 2 is upward view of the present utility model.
Fig. 3 is this utility model sectional view.
In accompanying drawing：5 to get bar ready, and 6 is positioning support, and 7 are readjustment screw, and 8 is the first spring, and 9 is spacing reference block, and 10
For calibrating block, 11 is spacer pin, and 12 is feeding screws, and 13 is second spring, and 14 is housing screw.
Specific embodiment
Embodiment 1
A kind of tapper includes positioning support 6, is placed with and gets bar 5 ready along the length direction of the positioning support 6, described
The top of positioning support 6 arranges limited location reference block 9, and the top of the spacing reference block 9 is provided with housing screw 14, described fixed
Two side of front end of position bearing 6 is socketed with readjustment screw 7, and two side of rear end of the positioning support 6 is socketed with feeding screws 12,
Two sides of the spacing reference block 9 are located between the readjustment screw 7 and feeding screws 12 of same side respectively, described to get bar ready
Spacer pin 11 is provided with 5.The application's is simple to operate quick：Tapper adjustment looks for position simple.Calibrating block 10 reclines after product,
By " position is looked in demarcation " above Suo Shu, each screw is adjusted, so that it may make to get ready device assembly in tram；Getting 5 end of bar ready only needs
It is simple to exert a force, until getting ready till bar 5 can not be moved again, can just complete to get ready, it is considered to apply without consideration control during force
The size of power.Demarcation looks for position only to need the time of 2 minutes or so, force to get several seconds time of only need ready.
Embodiment 2
A kind of tapper includes positioning support 6, is placed with and gets bar 5 ready along the length direction of the positioning support 6, described
The top of positioning support 6 arranges limited location reference block 9, and the top of the spacing reference block 9 is provided with housing screw 14, described fixed
Two side of front end of position bearing 6 is socketed with readjustment screw 7, and two side of rear end of the positioning support 6 is socketed with feeding screws 12,
Two sides of the spacing reference block 9 are located between the readjustment screw 7 and feeding screws 12 of same side respectively, described to get bar ready
Spacer pin 11 is provided with 5.Get ready, the calibrating block 10 is in inverted l-shaped structure.Get ready
The afterbody of bar 5 is socketed with the first spring 8, is socketed with the second bullet on the readjustment screw 7, feeding screws 12 and housing screw 14
Spring 13.Get ready, the spacer pin 11 is located in shrinkage pool.
Operation principle of the present utility model is：
A. demarcate and look for position：First readjustment screw 7 is adjusted back to the line of production, then 10 one side of calibrating block is reclined product design
Face, while mobile spacing reference block 9 so as to 10 other end of front end face laminating calibrating block；Feeding screws 12 are adjusted to product side
To motion, exerted a force to spacing reference block 9 with this, when feeding screws 12 are moved to the end, it is impossible to till moving again, by spacing reference block
Bar 5 is got in 9 reliable laminatings ready, it is determined that spacing reference block 9 correctly gets restraining position ready；Adjust back to 9 direction of spacing reference block
Screw 7 is adjusted, makes 7 end face of readjustment screw tightly fit spacing reference block 9, spacing reference block 9 is by readjustment screw 7, feeding screws 12
It is fully fixed；Calibrating block 10 is exited, and feeding screws 12 step back 1mm or so, then feeding screws 12 are adjusted to 9 direction of spacing reference block
Section, makes 9 reliable laminating readjustment 7 end face of screw of spacing reference block, returns to correct restraining position, now tighten housing screw 14, allow
Spacing reference block 9 is reliable and stable in tram.
B, force are got ready：Getting 5 end of bar force ready so as to move to product at tip.Spacer pin 11 is driven when bar 5 is got ready
9 spacing place of spacing reference block is moved to, just stop motion is realized getting ready.In total, many places are designed with 8 He of the first spring
Second spring 13, ensures each screw in tight condition, during force to play locking effect.
C, test point:Calibrating block 10 is demarcated with spacing reference block 9 and looks for position；Bar 5 is got ready to line of production propulsion, if spacing
Pin 11 is not in contact with cannot move again to spacing reference block 9, it was demonstrated that get depth ready and not up to require；Unclamp readjustment screw 7, compress
Screw 14, feeding screws 12 keep in situ, get bar 5 ready and move to the line of production, and spacer pin 11 reaches 9 confined planes of spacing reference block
After original position, remain to promote spacing reference block 9 to move to the line of production, and spacing reference block 9 is no longer connect with feeding screws 12
Touch, illustrate to get too deep ready；Without case above, show that getting depth ready meets the requirements.The taper for getting 5 front end of bar ready passes through accessory size
Allowance control so that when getting depth ready and meeting the requirements, get diameter ready while meeting requirement.
This utility model is simple to operate quick：Tapper adjustment looks for position simple.Calibrating block 10 reclines after product, by above
" position is looked in demarcation " is described, adjusts each screw, so that it may make to get ready device assembly in tram；Get 5 end of bar ready only simply to apply
Power, until getting ready till bar 5 can not be moved again, can just complete to get ready, it is considered to without considering the big of control force during force
It is little.Demarcation looks for position only to need the time of 2 minutes or so, force to get several seconds time of only need ready.
Manufacturing process is simple：Each composition part shape rule, processing are primarily related to the manufacturing processes customaries such as face, hole.
Realize that this scheme can be just completed using existing ripe software equipment, new equipment and personnel's retraining need not be bought.Manufacturing cycle
It is short：The manufacturing processes customaries such as face, hole are only related to, process velocity is fast, device assembly of finally get ready from getting the raw materials ready manufacture is finished, and is taken
Between, as long as at most 7 days.
Low cost of manufacture：With original is old-fashioned get device assembly ready compared with, cost change is little；Compared with intelligence is got ready, raising is beaten
Point mass, can at least save hundreds of thousands unit cost.Later stage working service is simple：The product got ready is all the not high aluminium alloy of hardness
Deng material, and each component part of tapper is all the high steel part of hardness, therefore its loss is low, durable in use.As long as calibrating block 10
It is appropriate to maintain, not the used time be put in the box or case of closing, when product gets depth ready to be changed, it is only necessary to by changing spacer pin
11, just adapt to new get depth ready.
High precision：By getting modular construction design ready, ingenious use self structure, control get power and stroke ready, it is ensured that beat
Point severity control；Get the allowance control of size G and profile tolerance in bar 5 ready, make to get depth ready when meeting the requirements, it is ensured that get diameter ready
It is associated with, while also complying with requirement.The use of calibrating block 10, can dynamic compensation product surface quality tolerance, allow and get depth ready
Precision.By the accuracy guarantee of above link, the precision for getting measurement point is not less than ± 0.1mm, can much meet product and set
Meter needs.
Space adaptability is strong：The compact structure of the present invention program, it is easy to operate, for open and small space is all adapted to.
High working efficiency：Get operation and checkout detection operation ready all to simplify, complete speed soon, improve work efficiency.Protect beneficial to product
Shield：Get spacing on spacing reference block 9 ready, power is got ready by getting component ready and bearing.In addition to product stress point, remaining place of product is not
Stress, adequately protects and gets place's product design ready.
Claims (4)
1. a kind of tapper, it is characterised in that：Including positioning support（6）, along the positioning support（6）Length direction on place
Get bar ready（5）, the positioning support（6）Top arrange limited location reference block（9）, the spacing reference block（9）Top
It is provided with housing screw（14）, the positioning support（6）Two side of front end be socketed with readjustment screw（7）, the positioning support
（6）Two side of rear end be socketed with feeding screws（12）, the spacing reference block（9）Two sides respectively positioned at same side
Readjustment screw（7）And feeding screws（12）Between, it is described to get bar ready（5）On be provided with spacer pin（11）.
2. tapper according to claim 1, it is characterised in that：Get bar ready（5）Calibrating block is provided with outside front end（10）,
The calibrating block（10）In inverted l-shaped structure.
3. tapper according to claim 2, it is characterised in that：It is described to get bar ready（5）Afterbody be socketed with the first spring
（8）, the readjustment screw（7）, feeding screws（12）And housing screw（14）On be socketed with second spring（13）.
4. tapper according to claim 3, it is characterised in that：It is described to get bar ready（5）On be provided with shrinkage pool, it is described spacing
Pin（11）In shrinkage pool.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620946721.6U CN206056593U (en) | 2016-08-26 | 2016-08-26 | Tapper |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620946721.6U CN206056593U (en) | 2016-08-26 | 2016-08-26 | Tapper |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206056593U true CN206056593U (en) | 2017-03-29 |
Family
ID=58381527
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620946721.6U Active CN206056593U (en) | 2016-08-26 | 2016-08-26 | Tapper |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206056593U (en) |
-
2016
- 2016-08-26 CN CN201620946721.6U patent/CN206056593U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102410962B (en) | Portable rock mass structural plane direct shear test apparatus for field and indoor use | |
| CN205079718U (en) | Drum class part outline geometric tolerances measuring instrument | |
| CN203929494U (en) | A kind of for scleroscopic power sensor limiter mechanism | |
| CN109359345B (en) | Spiral bevel gear assembling and adjusting device and method based on contact characteristic test | |
| CN104501695B (en) | Seam allowance size measuring instrument of chain link | |
| CN107884258B (en) | Die set | |
| CN203100657U (en) | Detection device for depth dimensions of nut closing-up grooves | |
| CN102114498B (en) | Straightness detection device of semi-automatic T-type guide rail warping straightener | |
| CN206056593U (en) | Tapper | |
| CN207366112U (en) | A kind of moment of friction detection device for ball screw assembly, | |
| CN203599843U (en) | Automatic locking machine | |
| CN206709752U (en) | One kind lock screw depth detection mechanism | |
| CN210242654U (en) | Cylinder sleeve press-fitting and measuring device | |
| CN104007032B (en) | The standard hardness machine of 2 high-precision force sensors of a kind of employing | |
| CN208653357U (en) | One kind being used for projection height of engine piston self-operated measuring unit | |
| CN208520320U (en) | A kind of metal plate specification detection jig | |
| CN106840650B (en) | Rigidity detection device for rotary speed reducer | |
| CN104567655A (en) | Dynamic angular displacement measuring device and method | |
| CN203981091U (en) | Automobile engine crankshaft center pit cubing structure | |
| CN114689234B (en) | Automatic static torque detection device and detection method | |
| CN106089790A (en) | Pump shaft and lower half a coupler symmetric double key fit key technique under core main pump | |
| CN209043297U (en) | Ceramic Tiles deformation tester and auxiliary mould | |
| KR101238392B1 (en) | Apparatus and method for measuring thickness of taper leaf spring for vehicle | |
| CN102114504A (en) | Semi-automatic torsion straightening machine for T-shaped guide rail | |
| CN203929546U (en) | The standard hardness machine of 2 high-precision force sensors of a kind of employing |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |