CN206047645U - A kind of position registration mechanism - Google Patents
A kind of position registration mechanism Download PDFInfo
- Publication number
- CN206047645U CN206047645U CN201621015377.5U CN201621015377U CN206047645U CN 206047645 U CN206047645 U CN 206047645U CN 201621015377 U CN201621015377 U CN 201621015377U CN 206047645 U CN206047645 U CN 206047645U
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- China
- Prior art keywords
- foot
- alignment
- connecting rod
- hole
- base portion
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Abstract
The utility model discloses a kind of position registration mechanism, including a base portion, a scissor mechanism, four alignment feet, pulling force driver element.The base portion is provided with slideway, and the slideway has arc road structure.The scissor mechanism is provided with aligned portions, and the aligned portions are arranged along the pivot center that two connecting rods are relatively rotated.The four alignments foot is respectively arranged on two connecting rod ends, and the alignment foot coordinates slideway can arcuately road structure movement.The pulling force driver element is connected on alignment foot or connecting rod end so that alignment foot or connecting rod end are subject to the pulling force for making two alignment feet close.It has the advantage that：Alignment procedures are easy, and alignment precision is high, can play a part of to position or stable machining tool using aligning guide, play a part of to improve work efficiency, precision.The guiding borehole jack that internal diameter differs can be selected according to pore size, the drill bushing external diameter that the internal diameter differs is all identical, the drill bushing is installed within retainer ring during use, then a set of detent mechanism can supporting different inner diameters guiding borehole jack.
Description
Technical field
This utility model is related to a kind of position registration mechanism.
Background technology
Existing position alignment mode, such as alignment are aligned the position of the need alignment of object, and the position is such as aligned object
Center line, usually using ruler measure, carry out geometric alignment, after alignment, mark the position again.The method there are as follows not
Foot：First, alignment procedures are loaded down with trivial details, second, alignment error is big；Third, another structure for arranging positioning is needed during construction or work is stably processed
Tool.
Utility model content
This utility model provides a kind of position registration mechanism, which overcomes in background technology existing for the alignment of position
Deficiency.
This utility model solves the technical scheme for being adopted of its technical problem：
A kind of position registration mechanism, including：
One base portion (10), is provided with slideway (11), and the slideway (11) is with arc road structure (111)；
One scissor mechanism (20), including the connecting rod (21) that can be rotatably connected in the middle part of two, the scissor mechanism (20) sets
There is an aligned portions (22), the aligned portions (22) are arranged along the pivot center that two connecting rods (21) are relatively rotated；
Four alignments foot (30), are respectively arranged on two connecting rods (21) end of scissor mechanism (20), and the alignment foot (30) coordinates to be slided
Road (11) and can arcuately road structure (111) activity so that alignment foot (30) can along around pivot center arcuate movement；Four couple
Quasi- foot (30) is divided into two pairs of alignments foot (30), and two alignments foot (30) of each pair can be close or remote from least one pair of two by this
The close composition fastening-clamping mechanism of alignment foot (30)；And
An at least pulling force driver element (40), be connected at least one pair of quasi- foot (30) or an at least connecting rod (21) end with
At least one pair of quasi- foot (30) is made by the pulling force of another alignment foot (30) towards this pair, or, at least one pair of quasi- foot (30) is right
Connecting rod (21) end answered is by the pulling force towards corresponding connecting rod (21) end of another alignment foot (30) of this pair.
Among one embodiment：Revolution through hole of the aligned portions (22) for dead in line pivot center.
Among one embodiment：One connecting rod (21) center sets through hole, one of through hole side periphery along axis upwards
Extend into upper peripheral edge (211)；Another connecting rod (21) center sets sleeve joint hole (212), and the sleeve joint hole (212) can be rotated and is socketed in
Periphery (211) is outward；The aligned portions (22) include the space enclosed in above-mentioned through hole and above-mentioned upper peripheral edge (211).
Among one embodiment：The another side periphery of the through hole extends downwardly into lower periphery (213), the base portion along axis
(10) mating holes (12) for running through is opened up, the lower periphery (213) can be rotatably connected in mating holes (12).
Among one embodiment：The arc radius and the alignment foot in arc road structure (111) that the alignment foot (30) coordinates
(30) it is adapted with the spacing of pivot center；The pivot center that two connecting rod (21) is relatively rotated is through in two connecting rods (21)
The heart.
Among one embodiment：The base portion (10) sets two slideways (11), and alignment foot of each pair two (30) shares a slideway
(11)。
Among one embodiment：The slideway (11) is into the curved slot arrangement around pivot center.
Among one embodiment：Into bathtub construction, the bathtub construction has external groove sidevall and internal groove side wall to the slideway (11), the water jacket
Into the globoidal structure around pivot center, the globoidal structure constitutes arc road structure (111) to wall, and the internal groove side wall is tied into the vertical cambered surface
The planar structure of structure center radial direction.
Among one embodiment：The pulling force driver element (40) is elastomer, and the elastomer one end is connected to a connecting rod (21)
End, the other end are connected to base portion (10).
Among one embodiment：The alignment foot (30) with the extension for stretching out base portion (10) back side, on the extension
Plug (13) is installed with, the plug (13) end face abuts against base portion (10) back side.
Among one embodiment：Fixation in the revolution through hole is arranged with a retainer ring, and retainer ring one end outer peripheral edge is to extension
Outer ring plate is stretched into, the outer ring plate abuts against the revolution through hole border position of connecting rod (21)；The another guiding borehole jack for arranging different inner diameters,
The guiding borehole jack can be assembled and disassembled fixedly sleeved in retainer ring.
Among one embodiment：Also include：
One shell (50), is respectively and fixedly connected to the side plate of mainboard both sides into U-shaped structure and including a mainboard and two, and the mainboard is opened
Resigning through hole (51) is provided with, the base portion (10) is installed in U-shaped and is located between biside plate, and the resigning through hole (51) is directed at this pair
Quasi- portion (22).
Compared with background technology, it has the advantage that the technical program：
The pulling force produced by pulling force driver element enables at least one pair of alignment foot clamping connection to be aligned object, and clamping connection is in place
Afterwards, the aligned portions are directed at the position of the need alignment for being aligned object automatically, and alignment procedures are easy, and alignment precision is high, using right
Quasi- mechanism can play a part of to position or stable machining tool, play a part of to improve work efficiency, precision.
Revolution through hole of the aligned portions for dead in line pivot center, can be labeled or add through revolution through hole during processing
Work, revolution through hole play positioning or stable effect.
Sleeve joint hole can be rotated and is socketed in outside upper peripheral edge, simple structure, compact.
Base portion opens up the mating holes for running through, and lower periphery can be rotatably connected in mating holes, convenient operation, convenient for assembly.
The alignment foot of each pair two shares a slideway, and simple structure, processing cost are low.
, into the curved slot arrangement around pivot center, guiding accuracy is high for slideway.
Into bathtub construction, bathtub construction has external groove sidevall and internal groove side wall to slideway, and external groove sidevall is tied into the cambered surface around pivot center
Structure, globoidal structure constitute arc road structure, and internal groove side wall can be realized into the planar structure of the vertical globoidal structure center radial direction
It is oriented to and is avoided that appearance of getting stuck occur again.
Pulling force driver element is elastomer, and elastomer one end is connected to a connecting rod end, and the other end is connected to base portion, structure
Simply, low cost.
Description of the drawings
The utility model is described in further detail with reference to the accompanying drawings and examples.
Fig. 1 is a kind of one of schematic perspective view of position registration mechanism.
Fig. 2 is the two of a kind of schematic perspective view of position registration mechanism.
Fig. 3 is to remove a kind of one of schematic perspective view of position registration mechanism of shell.
Fig. 4 is the two of the schematic perspective view of a kind of position registration mechanism for removing shell.
Fig. 5 is scissor mechanism, is directed at one of schematic perspective view that foot and pulling force driver element are fitted together.
Fig. 6 is scissor mechanism, is directed at the two of the schematic perspective view that foot and pulling force driver element are fitted together.
Fig. 7 is the fit structure schematic diagram for coordinating revolution through hole, retainer ring and being oriented to borehole jack.
Specific embodiment
Refer to Fig. 1 to Fig. 7, a kind of position registration mechanism, including a base portion 10, a scissor mechanism 20, four alignment foot 30,
Two pulling force driver elements 40 and a shell 50.
10 one-tenth slab structures of the base portion, its center are provided with up and down through the mating holes 12 into revolving structure, and it is additionally provided with two
Slideway 11, each slideway 11 all have arc road structure 111；11 one-tenth bathtub constructions of the slideway, the bathtub construction have external groove sidevall
And internal groove side wall, cambered surface of the external groove sidevall into the pivot center (12 axis of mating holes) relatively rotated around 20 liang of connecting rods 21 of scissor mechanism
Structure, the globoidal structure constitute arc road structure 111, the plane of the vertical globoidal structure center radial direction of 112 one-tenth of the internal groove side wall
Structure.
The scissor mechanism 20 includes the connecting rod 21 that can be rotatably connected in the middle part of in the of two, the scissor mechanism 20 be provided with one it is right
Quasi- portion 22, the aligned portions 22 are arranged along the pivot center that two connecting rod 21 is relatively rotated, and the aligned portions 22 are dead in line rotary shaft
The revolution through hole of line.One connecting rod, 21 center sets through hole, and one of through hole side periphery extends upward to last week along axis
Edge 211, the another side periphery of the through hole extend downwardly into lower periphery 213 along axis；21 center of another connecting rod sets socket
Hole 212, the sleeve joint hole 212 can rotate and be socketed in outside upper peripheral edge 211, to constitute scissor mechanism 20；The lower periphery 213 can the company of rotation
It is connected in the mating holes 12 of base portion 10, so that 20 energy opposed base wall 10 of scissor mechanism is rotated.The aligned portions 22 include above-mentioned passing through
Perforation, above-mentioned upper peripheral edge 211, the 213 interior space enclosed of lower periphery.
The four alignments foot 30 is respectively arranged on two connecting rods, 21 end of scissor mechanism 20.Among the present embodiment, the alignment foot 30
It is fixed in 21 end of connecting rod and alignment foot 30 is parallel with the pivot center that two connecting rod 21 is relatively rotated, or, the alignment foot 30 is rotated
It is connected to 21 end of connecting rod and alignment 30 pivot center of foot is parallel with the pivot center that two connecting rod 21 is relatively rotated.The alignment foot 30
Coordinate slideway 11 and can arcuately the activity of road structure 111 so that alignment foot 30 can edge around pivot center arcuate movement.The alignment
The arc radius and the alignment foot 30 of the arc road structure 111 that foot 30 coordinates are adapted with the spacing of pivot center.Concrete structure
In:Four alignments, 30 points of the foot is two pairs of alignment feet 30, and two alignment feet 30 of each pair can be close or remote from, by this at least one pair of
Two alignment 30 close composition fastening-clamping mechanisms of foot, by clip connection structure can clamping connection be aligned object；The base portion 10 sets two slideways
11, the alignment foot 30 of each pair two shares a slideway 11.The alignment foot 30 has the extension for stretching out 10 back side of base portion, and this is stretched
Go out plug 13 on part, 13 end face of plug abuts against 10 back side of base portion, can be by base portion 10 and scissors by this structure
Mechanism 20 is connected, on the one hand, simple structure, rationally distributed, compact, and domination is convenient, and on the other hand, plug is used as clamping connection
Mechanism has the advantages that clamping connection is solid and reliable.
The two pulling force driver element 40 is respectively cooperating with two pairs of alignment feet 30.The pulling force driver element 40 is elastomer, is such as drawn
Spring, the elastomer one end are connected to a 30 corresponding connecting rod of alignment foot, 21 end of this pair, and the other end is connected on base portion 10,
So that 21 end of connecting rod receives the pulling force towards another connecting rod end, two pairs of alignment feet are pressed from both sides automatically by the pulling force
Connect and be aligned object so that aligned portions 22 are directed at the position of the need alignment for being aligned object (in the alignment object automatically
Line position, but and as limit).Among the present embodiment, the pulling force driver element 40 selects elastomer, but is not limited thereto,
Also magnetic mechanism is can select as needed.In concrete structure, 21 end of a connecting rod is convexly equipped with convex portion 214, and the convex portion 214 sets extension
Hole is connect, the elastomer one end is articulated in the mount hole.
50 one-tenth U-shaped structures of the shell are simultaneously respectively and fixedly connected to the side plate of mainboard both sides including a mainboard and two, and the mainboard is opened up
There is resigning through hole 51, the adaptation of base portion 10 is installed between biside plate and is located within U-shaped, and the adaptation attaching such as tight fit should
Resigning through hole 51 is directed at the aligned portions 22, and the base portion 10 and scissor mechanism 20 can be packed within biside plate.
Fixation in the revolution through hole is arranged with retainer ring A1, and retainer ring one end outer peripheral edge extends outward into outer ring plate,
The outer ring plate abuts against the revolution through hole border position of connecting rod 21；The another guiding borehole jack A2 (supporting drilling) for arranging different inner diameters,
The guiding borehole jack can be assembled and disassembled fixedly sleeved in retainer ring.The guiding borehole jack that internal diameter differs can be selected according to pore size,
The drill bushing external diameter that the internal diameter differs is all identical, the drill bushing is installed within retainer ring during use, then a set of detent mechanism
The guiding borehole jack of the supporting different inner diameters of energy.
Among another preferred embodiment, it with upper preferred embodiment difference is：The slideway 11 is directly into rotating
The curved slot arrangement of shaft line.
Among another preferred embodiment, it with upper preferred embodiment difference is：The elastomer two ends connect respectively
It is connected on this pair to be aligned on corresponding two connecting rod end of foot.
Among another embodiment, it with upper preferred embodiment difference is：The elastomer two ends connect respectively
It is connected on this pair of alignment foot.
The above, only this utility model preferred embodiment, therefore this utility model enforcement can not be limited according to this
Scope, i.e., the equivalence changes made according to this utility model the scope of the claims and description and modification, all should still belong to this practicality new
In the range of type covers.
Claims (10)
1. a kind of position registration mechanism, it is characterised in that：Including：
One base portion (10), is provided with slideway (11), and the slideway (11) is with arc road structure (111)；
One scissor mechanism (20), including the connecting rod (21) that can be rotatably connected in the middle part of two, the scissor mechanism (20) is provided with one
Individual aligned portions (22), the aligned portions (22) are arranged along the pivot center that two connecting rods (21) are relatively rotated；
Four alignments foot (30), are respectively arranged on two connecting rods (21) end of scissor mechanism (20), and the alignment foot (30) coordinates slideway
(11) and can arcuately road structure (111) activity so that alignment foot (30) can along around pivot center arcuate movement；Four alignment
Foot (30) is divided into two pairs of alignments foot (30), and two alignments foot (30) of each pair can be close or remote from two couple of at least one pair of by this
The close composition fastening-clamping mechanism of quasi- foot (30)；And
An at least pulling force driver element (40), is connected at least one pair of quasi- foot (30) or an at least connecting rod (21) end so that extremely
Pulling force of few alignment foot (30) by another alignment foot (30) towards this pair, or, at least one pair of quasi- foot (30) is corresponding
Connecting rod (21) end is by the pulling force towards corresponding connecting rod (21) end of another alignment foot (30) of this pair.
2. a kind of position registration mechanism according to claim 1, it is characterised in that：The aligned portions (22) turn for dead in line
The revolution through hole of shaft line.
3. a kind of position registration mechanism according to claim 2, it is characterised in that：One connecting rod (21) center sets to be run through
One of hole, through hole side periphery extends upward to upper peripheral edge (211) along axis；Another connecting rod (21) center sets sleeve joint hole
(212), the sleeve joint hole (212) can be rotated and be socketed in upper peripheral edge (211) outward；The aligned portions (22) include above-mentioned through hole and upper
The space enclosed in the upper peripheral edge (211) stated；The another side periphery of the through hole extends downwardly into lower periphery along axis
(213), the base portion (10) opens up the mating holes (12) for running through, and the lower periphery (213) can be rotatably connected in mating holes (12).
4. a kind of position registration mechanism according to claim 1, it is characterised in that：The arc road that the alignment foot (30) coordinates
The arc radius of structure (111) and the alignment foot (30) are adapted with the spacing of pivot center；Two connecting rod (21) is relatively rotated
Pivot center through two connecting rods (21) center.
5. a kind of position registration mechanism according to claim 1, it is characterised in that：The base portion (10) sets two slideways
(11), alignment foot of each pair two (30) shares a slideway (11).
6. a kind of position registration mechanism according to claim 1, it is characterised in that：The slideway (11) is into around pivot center
Curved slot arrangement.
7. a kind of position registration mechanism according to claim 1, it is characterised in that：The slideway (11), should into bathtub construction
Bathtub construction has external groove sidevall and internal groove side wall, and into the globoidal structure around pivot center, the globoidal structure constitutes arc to the external groove sidevall
Road structure (111), planar structure of the internal groove side wall into the vertical globoidal structure center radial direction.
8. a kind of position registration mechanism according to claim 1, it is characterised in that：The pulling force driver element (40) is elasticity
Body, the elastomer one end are connected to a connecting rod (21) end, and the other end is connected to base portion (10).
9. a kind of position registration mechanism according to claim 2, it is characterised in that：The alignment foot (30) is with stretching out base portion
(10) extension at the back side, is installed with plug (13) on the extension, the plug (13) end face abuts against base portion (10) back of the body
Face；Fixation in the revolution through hole is arranged with a retainer ring, and retainer ring one end outer peripheral edge extends outward into outer ring plate, the outer ring plate
Abut against the revolution through hole border position of connecting rod (21)；The another guiding borehole jack for arranging different inner diameters, the guiding borehole jack can assemble and disassemble ground
It is fixedly sleeved in retainer ring.
10. a kind of position registration mechanism according to claim 1, it is characterised in that：Also include：
One shell (50), is respectively and fixedly connected to the side plate of mainboard both sides into U-shaped structure and including a mainboard and two, and the mainboard is offered
Resigning through hole (51), the base portion (10) are installed in U-shaped and are located between biside plate, and the resigning through hole (51) is directed at the aligned portions
(22)。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621015377.5U CN206047645U (en) | 2016-08-31 | 2016-08-31 | A kind of position registration mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621015377.5U CN206047645U (en) | 2016-08-31 | 2016-08-31 | A kind of position registration mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206047645U true CN206047645U (en) | 2017-03-29 |
Family
ID=58373634
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621015377.5U Withdrawn - After Issue CN206047645U (en) | 2016-08-31 | 2016-08-31 | A kind of position registration mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206047645U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106378640A (en) * | 2016-08-31 | 2017-02-08 | 福建省龙竣金属制品有限公司 | Position alignment mechanism |
-
2016
- 2016-08-31 CN CN201621015377.5U patent/CN206047645U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106378640A (en) * | 2016-08-31 | 2017-02-08 | 福建省龙竣金属制品有限公司 | Position alignment mechanism |
| CN106378640B (en) * | 2016-08-31 | 2018-05-11 | 福建省龙竣金属制品有限公司 | Position registration mechanism |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170329 Effective date of abandoning: 20180511 |