CN109990816A - Bindiny mechanism in laser detector between ontology and bracket - Google Patents
Bindiny mechanism in laser detector between ontology and bracket Download PDFInfo
- Publication number
- CN109990816A CN109990816A CN201910179261.7A CN201910179261A CN109990816A CN 109990816 A CN109990816 A CN 109990816A CN 201910179261 A CN201910179261 A CN 201910179261A CN 109990816 A CN109990816 A CN 109990816A
- Authority
- CN
- China
- Prior art keywords
- ontology
- bracket
- guide rod
- laser detector
- slide plate
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- 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.)
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Classifications
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
- G01D11/00—Component parts of measuring arrangements not specially adapted for a specific variable
- G01D11/30—Supports specially adapted for an instrument; Supports specially adapted for a set of instruments
Abstract
The present invention provides the bindiny mechanisms in a kind of laser detector between ontology and bracket, belong to field of mechanical technique.It is poor that it solves the problems, such as the prior art there is stability.Bindiny mechanism in this laser detector between ontology and bracket, the bracket includes guide rod and adjusting rod, the quantity of the guide rod is two: guide rod one and guide rod two, the guide rod one is arranged in parallel with guide rod two, above-mentioned adjusting rod is horizontally disposed and adjusting rod is between guide rod one and guide rod two, the adjusting rod is fixedly connected with ontology, there is the location structure one that can position the two between described adjusting rod one end and guide rod one, there is the location structure two that can position the two between the other end and guide rod two of the adjusting rod.Bindiny mechanism's stability in this laser detector between ontology and bracket is high.
Description
Technical field
The invention belongs to field of mechanical technique, it is related to the bindiny mechanism in a kind of laser detector between ontology and bracket.
Background technique
Laser detector includes ontology and bracket, and body interior is for installing laser source in cavity and ontology, and bracket connects
It connects in body lower part, ontology is supported by bracket.
For existing laser detector in order to improve its applicability, usual bracket uses the tripod knot for being similar to camera shooting bracket
Structure.
It is supported although the bracket that can be seen that tripod mechanism can stablize ontology, precision is relatively low, needs
Trace regulation ontology is usually adjusted the length of bracket at the position on bracket.Although specifically, A-frame
Length can be adjusted, but for its significant discomfort of trace regulation use, cause it that can not be applicable in high-precision occasion.
Summary of the invention
The purpose of the present invention is in view of the above-mentioned problems existing in the prior art, providing, a kind of applicability is high and precision also compares
Bindiny mechanism in high laser detector between ontology and bracket.
Object of the invention can be realized by the following technical scheme:
A kind of bindiny mechanism in laser detector between ontology and bracket, laser detector includes ontology and bracket, institute
Stating body interior is cavity, and the body interior is for the laser acquisition source that is connected, which is characterized in that the bracket includes guide rod
And adjusting rod, the quantity of the guide rod is two: guide rod one and guide rod two, the guide rod one are parallel with guide rod two
Setting, above-mentioned adjusting rod is horizontally disposed and adjusting rod is between guide rod one and guide rod two, the adjusting rod and ontology phase
Be connected, between described adjusting rod one end and guide rod one have can by the two position location structure one, the adjusting rod it is another
There is the location structure two that can position the two between one end and guide rod two.
This bindiny mechanism creativeness is stably connected with adjusting rod one end with guide rod one by location structure one, by fixed
Bit architecture two is stably connected with the adjusting rod other end with guide rod two.
Since adjusting rod is stably connected between guide rod one and guide rod two, and ontology is connected on adjusting rod, finally
It is connected to ontology is stable on bracket.
Certainly, location structure one and location structure two are dismountable structures, therefore, can change tune according to the actual situation
Pole is in the position on guide rod, finally changes body position, to improve the laser detector with this bindiny mechanism
Applicability.
In bindiny mechanism in above-mentioned laser detector between ontology and bracket, the adjusting rod include fixed cylinder,
Motion bar, spring one, slide plate one and slide plate two, above-mentioned fixed cylinder is cylindrical and its outer end opening, above-mentioned slide plate one are connected in
At fixed cylinder inner end, in fixed cylinder, fixed cylinder is stretched out in motion bar outer end for above-mentioned motion bar inner end, and above-mentioned slide plate two is connected in
At motion bar outer end, the both ends of above-mentioned spring one are respectively acting in motion bar and fixed cylinder and under the effects of the elastic force of spring one
Motion bar has the trend for stretching out fixed cylinder.
Motion bar has the trend for stretching out fixed cylinder under the elastic force effect of spring one, since slide plate one is connected in fixed cylinder
On, slide plate two is connected on motion bar.That is, spring one elastic force effect lower skateboard one have be resisted against guide rod one
The trend of side has the trend for being resisted against two side of guide rod in the elastic force effect lower skateboard two of spring two.
In bindiny mechanism in above-mentioned laser detector between ontology and bracket, it is in bar that the motion bar inner end, which has,
The locating rod of shape, above-mentioned spring are a set of on the securing lever.
Since locating rod outer diameter is less than motion bar outer diameter, the connection that such structure can make spring stable is on the securing lever.
In bindiny mechanism in above-mentioned laser detector between ontology and bracket, the ontology is connected in fixed cylinder
On.
In bindiny mechanism in above-mentioned laser detector between ontology and bracket, the location structure one includes guiding
The guide groove one being concave along its length on bar one, has the gear of protrusion at the two sides of the guide groove Single port along one, on
State that slide plate one is located at guide groove one and the width dimensions of slide plate one keep off spacing dimension between one slightly larger than twice.
Since spacing dimension of the twice gear between one is less than the width dimensions of slide plate one, such structure can make slide plate one
It is stable to be connected in guide rod one and slide plate one be along one stably translational of guide groove.Certainly, slide plate is first is that can not be by guide groove
Guide rod one is detached from Single port.
In bindiny mechanism in above-mentioned laser detector between ontology and bracket, one side of slide plate is fixed with soft
The engagement pad of property.
Slide plate one and one rigid contact of guide rod are avoided by engagement pad.
In bindiny mechanism in above-mentioned laser detector between ontology and bracket, the engagement pad is rubber material.
In bindiny mechanism in above-mentioned laser detector between ontology and bracket, the location structure two includes guiding
The guide groove two being concave along its length on bar two, has the gear of protrusion at the two sides of the guide groove Two-port netwerk along two, on
State that slide plate two is located at guide groove two and the width dimensions of slide plate two keep off spacing dimension between two slightly larger than twice.
Since spacing dimension of the twice gear between two is less than the width dimensions of slide plate two, such structure can make slide plate two
It is stable to be connected in guide rod two and slide plate two be along two stably translational of guide groove.Certainly, slide plate is second is that can not be by guide groove
Guide rod two is detached from Two-port netwerk.
In bindiny mechanism in above-mentioned laser detector between ontology and bracket, the location structure two further includes bullet
Spring two and washer flexible, above-mentioned spring two and washer cover on motion bar, the both ends of spring two be respectively acting on washer and
On slide plate two, there is the trend for being resisted against and keeping off at two in the elastic force effect lower gasket of spring two.
There is the trend for being resisted against and keeping off at two, that is, the effect in spring two in the elastic force effect lower gasket of spring two
It is lower to make movable boom end is stable to be connected at guide rod two.
In bindiny mechanism in above-mentioned laser detector between ontology and bracket, the washer is rubber material.
Compared with prior art, the bindiny mechanism in this laser detector between ontology and bracket is due to fixed cylinder and guiding
Energy trace regulation between bar one, energy trace regulation, can finally make the sheet being connected in fixed cylinder between motion bar and guide rod two
Physical efficiency is positioned with trace regulation, and degree of regulation and applicability are relatively high.
Meanwhile only needing to apply external force in adjustment process keeps motion bar retraction fixed cylinder interior, and therefore, adjusting side
Just, there is very high practical value.
Detailed description of the invention
Fig. 1 is the schematic cross-sectional view of the bindiny mechanism in this laser detector between ontology and bracket.
In figure, 1, ontology；2, guide rod one；2a, guide groove one；2a1, gear are along one；3, guide rod two；3a, guide groove two；
3a1, gear are along two；4, fixed cylinder；5, motion bar；5a, locating rod；6, spring one；7, slide plate one；8, slide plate two；9, engagement pad；
10, spring two；11, washer.
Specific embodiment
As shown in Figure 1, the bindiny mechanism in this laser detector between ontology 1 and bracket, laser detector includes ontology 1
And bracket, it is cavity inside the ontology 1, for the laser acquisition source that is connected inside the ontology 1, the bracket includes guide rod
And adjusting rod, the quantity of the guide rod are two: guide rod 1 and guide rod 23, the guide rod 1 and guide rod 23
Be arranged in parallel, above-mentioned adjusting rod is horizontally disposed and adjusting rod is positioned at guide rod 1 and guide rod 23 between, the adjusting rod and
Ontology 1 is fixedly connected with, and has the location structure one that can position the two, the tune between described adjusting rod one end and guide rod 1
There is the location structure two that can position the two between the other end and guide rod 23 of pole.
The adjusting rod includes fixed cylinder 4, motion bar 5, spring 1, slide plate 1 and slide plate 28, and above-mentioned fixed cylinder 4 is in
Cylindric and its outer end opening, above-mentioned slide plate 1 are connected at 4 inner end of fixed cylinder, and above-mentioned 5 inner end of motion bar is embedded in fixed cylinder 4
Interior, fixed cylinder 4 is stretched out in 5 outer end of motion bar, and above-mentioned slide plate 28 is connected at 5 outer end of motion bar, the both ends point of above-mentioned spring 1
It does not act in motion bar 5 and fixed cylinder 4 and motion bar 5 has becoming for stretching fixed cylinder 4 under the effect of the elastic force of spring 1
Gesture.
5 inner end of motion bar has locating rod 5a in the shape of a rod, and one 6 sets of above-mentioned spring is on locating rod 5a.
The ontology 1 is connected in fixed cylinder 4.
The location structure one includes one 2a of guide groove being concave along its length on guide rod 1, the guide groove
Have the gear of protrusion along a 2a1 at the two sides of one port 2a, above-mentioned slide plate 1 is located at one 2a of guide groove and the width of slide plate 1
Spend the spacing dimension that size is kept off slightly larger than twice between a 2a1.
One 7 side of slide plate is fixed with engagement pad 9 flexible.
The engagement pad 9 is rubber material.
The location structure two includes two 3a of guide groove being concave along its length on guide rod 23, the guide groove
Have the gear of protrusion along two 3a1 at the two sides of two ports 3a, above-mentioned slide plate 28 is located at two 3a of guide groove and the width of slide plate 28
Spend the spacing dimension that size is kept off slightly larger than twice between two 3a1.
The location structure two further includes spring 2 10 and washer flexible 11, and above-mentioned spring 2 10 and washer 11 cover
On motion bar 5, the both ends of spring 2 10 are respectively acting on washer 11 and slide plate 28, act on underlay in the elastic force of spring 2 10
Circle 11 has the trend for being resisted against and keeping off along two 3a1.
The washer 11 is rubber material.
This bindiny mechanism creativeness is stably connected with adjusting rod one end with guide rod one by location structure one, by fixed
Bit architecture two is stably connected with the adjusting rod other end with guide rod two.
Since adjusting rod is stably connected between guide rod one and guide rod two, and ontology is connected on adjusting rod, finally
It is connected to ontology is stable on bracket.
Certainly, location structure one and location structure two are dismountable structures, therefore, can change tune according to the actual situation
Pole is in the position on guide rod, finally changes body position, to improve the laser detector with this bindiny mechanism
Applicability.
Claims (10)
1. the bindiny mechanism in a kind of laser detector between ontology and bracket, laser detector includes ontology and bracket, described
Body interior is cavity, and the body interior is for being connected laser acquisition source, which is characterized in that the bracket include guide rod and
The quantity of adjusting rod, the guide rod is two: guide rod one and guide rod two, the guide rod one is parallel with guide rod two to be set
It sets, above-mentioned adjusting rod is horizontally disposed and adjusting rod is between guide rod one and guide rod two, and the adjusting rod is mutually solid with ontology
Even, between described adjusting rod one end and guide rod one have can by the two position location structure one, the adjusting rod it is another
There is the location structure two that can position the two between end and guide rod two.
2. the bindiny mechanism in laser detector according to claim 1 between ontology and bracket, which is characterized in that described
Adjusting rod includes fixed cylinder, motion bar, spring one, slide plate one and slide plate two, and above-mentioned fixed cylinder is cylindrical and its outer end opening,
Above-mentioned slide plate one is connected at fixed cylinder inner end, and in fixed cylinder, fixed cylinder is stretched out in motion bar outer end for above-mentioned motion bar inner end,
Above-mentioned slide plate two is connected at motion bar outer end, and the both ends of above-mentioned spring one are respectively acting in motion bar and fixed cylinder and in bullet
The elastic force of spring one, which acts on lower motion bar, has the trend for stretching out fixed cylinder.
3. the bindiny mechanism in laser detector according to claim 2 between ontology and bracket, which is characterized in that described
Motion bar inner end has locating rod in the shape of a rod, and above-mentioned spring is a set of on the securing lever.
4. the bindiny mechanism in laser detector according to claim 3 between ontology and bracket, which is characterized in that described
Ontology is connected in fixed cylinder.
5. the bindiny mechanism in laser detector according to claim 4 between ontology and bracket, which is characterized in that described
Location structure one includes the guide groove one being concave along its length on guide rod one, is had at the two sides of the guide groove Single port
There is the gear of protrusion along one, above-mentioned slide plate one is located at guide groove one and the width dimensions of slide plate one are kept off between one slightly larger than twice
Spacing dimension.
6. the bindiny mechanism in laser detector according to claim 5 between ontology and bracket, which is characterized in that described
One side of slide plate is fixed with engagement pad flexible.
7. the bindiny mechanism in laser detector according to claim 6 between ontology and bracket, which is characterized in that described
Engagement pad is rubber material.
8. the bindiny mechanism in laser detector according to claim 7 between ontology and bracket, which is characterized in that described
Location structure two includes the guide groove two being concave along its length on guide rod two, is had at the two sides of the guide groove Two-port netwerk
There is the gear of protrusion along two, above-mentioned slide plate two is located at guide groove two and the width dimensions of slide plate two are kept off between two slightly larger than twice
Spacing dimension.
9. the bindiny mechanism in laser detector according to claim 8 between ontology and bracket, which is characterized in that described
Location structure two further includes spring two and washer flexible, and above-mentioned spring two and washer cover on motion bar, and the two of spring two
End is respectively acting on washer and slide plate two, has the trend for being resisted against and keeping off at two in the elastic force effect lower gasket of spring two.
10. the bindiny mechanism in laser detector according to claim 9 between ontology and bracket, which is characterized in that institute
Stating washer is rubber material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910179261.7A CN109990816B (en) | 2019-03-11 | 2019-03-11 | Connecting mechanism between body and support in laser detector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910179261.7A CN109990816B (en) | 2019-03-11 | 2019-03-11 | Connecting mechanism between body and support in laser detector |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109990816A true CN109990816A (en) | 2019-07-09 |
| CN109990816B CN109990816B (en) | 2021-10-22 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910179261.7A Active CN109990816B (en) | 2019-03-11 | 2019-03-11 | Connecting mechanism between body and support in laser detector |
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| CN109990816B (en) | 2021-10-22 |
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Address after: 314409 building 06, 8 Baiyi Road, Xucun Town, Haining City, Jiaxing City, Zhejiang Province Applicant after: Zhejiang Rifu Technology Co.,Ltd. Address before: 314409 building 06, 8 Baiyi Road, Xucun Town, Haining City, Jiaxing City, Zhejiang Province Applicant before: ZHEJIANG RIFU MACHINERY MANUFACTURING Co.,Ltd. |
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