CN207393582U - Angle clad type wind turbine isolation mounting - Google Patents
Angle clad type wind turbine isolation mounting Download PDFInfo
- Publication number
- CN207393582U CN207393582U CN201721386115.4U CN201721386115U CN207393582U CN 207393582 U CN207393582 U CN 207393582U CN 201721386115 U CN201721386115 U CN 201721386115U CN 207393582 U CN207393582 U CN 207393582U
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- Prior art keywords
- vibration isolator
- wind turbine
- vibration
- elastic component
- shock
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Abstract
A kind of angle clad type wind turbine isolation mounting disclosed in the utility model has at least three vibration isolators arranged around wind turbine cylinder, and there are one insertion electronic equipment siding through holes for vibration isolator tool（8）Stud（4）With the damping body of connecting stud, the damping body includes a hollow vibration insulation structure part（1）With filling elastic component vibration isolator（2）Shock-isolation chamber（3）, elastic component vibration isolator（2）Outer shape and shock-isolation chamber（3）Shape it is consistent, elastic component vibration isolator is filled in one complete vibration isolator of composition, the stud that the consistent vibration isolator of at least three shapes passes through connection in shock-isolation chamber（4）, the electronic equipment siding of plugging in fitting wind turbine（7）Screw hole be connected as one, vibration isolator around wind turbine body circumferential array be distributed.The utility model is solved under prolonged big displacement effect of vibration, and rubber easily cracks with metal adhesive position in the composite vibration isolator of prior art rubber and metal, the damage of vibration isolator, the problem of service life is shorter.
Description
Technical field
The utility model is related to a kind of angle clad type wind turbine isolation mountings, are particularly suitable for making during Electronic cooling
The vibration isolation of axial flow blower.
Background technology
It is well known that electronic equipment can generate substantial amounts of heat during the work time, if these heats can not discharge rapidly,
It will cause apparatus overheat and dysfunction is even stopped.In engineering often using axial flow blower to the electronic equipment in work into
Row forced air cooling radiates.But in some specific use environments, electronic equipment also suffers severe vibration environment, wind turbine
It is easily damaged under these vibration environments and entire electronic equipment is caused effectively not radiate and work normally.Currently in order to
It solves the problems, such as the damage of the Electronic cooling wind turbine under vibration environment condition, mainly uses three kinds of means：First, it selects resistance to
Vibration ability is stronger, the higher wind turbine of credit rating, such as replaces technical grade wind turbine with military products wind collector；Second is that electronic equipment
Integral vibration isolation is carried out, reduces the vibrational energy that equipment is passed to by carrier, it is clear that the oscillating load that wind turbine is subject in this case
It is synchronous to reduce；Third, carrying out local vibration isolation to wind turbine, reduce the vibrational energy that fan is transferred by equipment.Above-mentioned three
In kind means, the economy of the third means is best, is widely used in Practical Project.In engineering, mainly in wind turbine with setting
Multiple vibration isolators are installed to realize the vibration isolation of wind turbine between standby host case.These vibration isolators include metal spring vibration isolator and rubber
The composite vibration isolator of glue and metal.These current vibration isolators for being used for wind turbine vibration isolation, which have the following disadvantages, to be：
The size of metal spring vibration isolator is big, weight weight.The appearance and size of metal spring vibration isolator is larger, currently on the market
The height of the metal spring vibration isolator of shape minimum has also reached 20mm.Also, since spring and shell use stainless steel making,
Its weight has reached more than 20g.Using metal spring vibration isolator carry out wind turbine vibration isolation need to occupy equipment space in itself or
Increase the appearance and size and weight of equipment.This shortcoming of metal isolator is especially prominent in air environment.
The composite vibration isolator of rubber and metal is easily damaged, service life is short.The composite vibration isolator of rubber and metal is to change
Property rubber material be elastic material, by being connected with the rubber metal parts that bonds together with wind turbine.But prolonged big
Rubber easily cracks with metal adhesive position in the composite vibration isolator of the lower rubber of displacement vibration effect and metal, causes vibration isolator
Damage, service life are shorter.
The content of the invention
In order to overcome the shortcomings of that existing wind turbine isolation scheme size is big, weight is heavy, service life is short, the utility model proposes
A kind of compact dimensions, light-weight, service life length angle clad type wind turbine isolation mounting.
The utility model be solve the technical solution that uses of its technical problem for：A kind of angle clad type wind turbine isolation mounting,
The vibration isolator arranged at least three around wind turbine cylinder, it is characterised in that：There are one insertion electronics for the vibration isolator tool
The stud 4 of equipment siding through hole 8, the damping body of connecting stud 4, the damping body include a hollow vibration insulation structure part and filling
The shock-isolation chamber 3 of elastic component vibration isolator 2, the outer shape of elastic component vibration isolator 2 is consistent with the shape of shock-isolation chamber 3, elastic component vibration isolation
Body 2 is filled in one complete vibration isolator of composition, the stud that the consistent vibration isolator of at least three shapes passes through connection in shock-isolation chamber 3
4, the screw hole of the electronic equipment siding 7 of plugging in fitting wind turbine is connected as one, and vibration isolator is distributed around wind turbine body circumferential array.
A kind of angle clad type wind turbine isolation mounting includes a triangular structure part and the elastic component vibration isolation for being embedded within portion
Body.Structural member is used to provide necessary protecting box support for inner elastomeric part vibration isolator, and elastic component vibration isolator provides for wind turbine to decline
The required rigidity of oscillation damping power amount and damping.
What the utility model obtained has the beneficial effect that：
It is compact dimensions, light-weight.The utility model is using a hollow vibration insulation structure part and fills elastic component vibration isolator 2
Elastic component vibration isolator 2 is filled in one complete vibration isolator of composition, simple for structure, compact, weight in shock-isolation chamber 3 by shock-isolation chamber 3
Gently, after installation is complete on wind turbine, the weight of entire angle clad type wind turbine isolation mounting is about 7 grams, and 4 total weights are about 28g,
For a quarter of metal spring vibration isolator.Entire component the space occupied is minimum, saves the big quantity space of assembling vibration isolator,
So as to save big quantity space for whole equipment.The size that solves the problems, such as prior art metal spring vibration isolator is big, weight weight.
Service life is long.Elastic component vibration isolator 2 is filled in one complete vibration isolation of composition in shock-isolation chamber 3 by the utility model
Device, structural strength is big, is hardly damaged, compared with the prior art by bonding together what metal parts was connected with wind turbine with rubber
The composite vibration isolator long lifespan of rubber and metal.On the premise of weight of equipment is not significantly affected, wind turbine of significantly decaying is shaken
Dynamic loading.Solve under prolonged big displacement effect of vibration, in the composite vibration isolator of prior art rubber and metal rubber with
Metal adhesive position is easily cracked, the damage of vibration isolator, the problem of service life is shorter.
It is applicable in, adjusting performance convenience.The utility model is using the stud 4 that may be inserted into electronic equipment siding through hole 8
Vibration isolator, assembling is flexible, and adjustability is convenient and efficient, it is only necessary to replace the elastic element of different performance to be directed to different wind turbine tune
Whole vibration isolating effect has good applicability and performance adjustability.
Description of the drawings
Fig. 1 is the composition schematic diagram of the utility model angle clad type wind turbine isolation mounting.
Fig. 2 is the decomposition diagram of Fig. 1 vibration isolators.
In figure：1 hollow vibration insulation structure part, 2 elastic component vibration isolators, 3 shock-isolation chambers, 4 studs, 5 Silencing grooves, 6 wind turbines, 7 electronics
Equipment siding, 8 electronic equipment siding through holes, 9 nuts.
The utility model is referred to following embodiment and is achieved.
Specific embodiment
As shown in Figure 1, in embodiment described below, a kind of angle clad type wind turbine isolation mounting has at least three
Around the vibration isolator of wind turbine cylinder arrangement.The vibration isolator tool connects there are one the stud 4 of insertion electronic equipment siding through hole 8
The damping body of stud 4 is connect, the damping body includes the shock-isolation chamber of a hollow vibration insulation structure part 1 and filling elastic component vibration isolator 2
3,3 outer shape of shock-isolation chamber of receiving elastic component vibration isolator 2 is consistent, and elastic component vibration isolator 2 is filled in composition one in shock-isolation chamber 3
Complete vibration isolator, the consistent vibration isolator of at least three shapes pass through the stud 4 of connection, the electronic equipment wall of plugging in fitting wind turbine
The screw hole of plate 7 is connected as one, and vibration isolator is distributed around wind turbine cylinder circumferential array.
The vibration isolator can be separately mounted to four for one group on four angles of assembling flange.
Refering to Fig. 2.It is designed with to accommodate the shock-isolation chamber 3 of elastic component vibration isolator 2 on hollow vibration insulation structure part 1；It is hollow every
It shakes and is not only provided with the shock-isolation chamber 3 to match with elastic component vibration isolator 2 on structural member 1, be also devised in electronic equipment chassis
The stud 4 for the connection damping body installed on siding.Elastic component vibration isolator 2 is packed into the shock-isolation chamber 3 of hollow vibration insulation structure part, is formed
Damping body.Damping body is made of the elastic component vibration isolator 2 for being inserted into the shock-isolation chamber 3 of hollow vibration insulation structure part 1.Hollow vibration insulation structure part
1 and elastic component vibration isolator 2 can be triangle cube Open architecture shown in Fig. 2 or semi arch body cube
Open architecture.Elastic component vibration isolator 2 is also triangular in shape.The shape of elastic component vibration isolator 2 is mutually compatible with structural member shock-isolation chamber, together
When elastic component vibration isolator 2 be equipped with the shock-isolation chamber 3 mutually compatible with wind turbine flange, for peace of the utility model on wind turbine
Dress.
Elastic component vibration isolator 2 is equipped with the Silencing groove 5 to match with the mounting flange of wind turbine 6.Pass through elastic component vibration isolator 2
On Silencing groove 5 be engaged with 4 angles of 6 mounting flange of wind turbine, the stud 4 on vibration insulation structure part 1 pass through electronic equipment siding 7
On electronic equipment siding through hole 8, fastened by nut 9.
Claims (7)
1. a kind of angle clad type wind turbine isolation mounting, has at least three vibration isolators arranged around wind turbine cylinder, feature exists
In：The vibration isolator has the damping body there are one the stud (4) of insertion electronic equipment siding through hole (8) and connecting stud (4),
The damping body include a hollow vibration insulation structure part (1) and filling elastic component vibration isolator (2) shock-isolation chamber (3), elastic component every
The outer shape of vibration body (2) is consistent with the shape of shock-isolation chamber (3), and elastic component vibration isolator (2) is filled in composition one in shock-isolation chamber (3)
A complete vibration isolator, the consistent vibration isolator of at least three shapes are set by the stud (4) of connection, the electronics of plugging in fitting wind turbine
The screw hole of standby siding (7) is simultaneously connected as one, and vibration isolator is distributed around wind turbine body circumferential array.
2. clad type wind turbine isolation mounting as described in claim 1, it is characterised in that：The vibration isolator four is one group, point
It An Zhuan not be on four angles of assembling flange.
3. clad type wind turbine isolation mounting as described in claim 1, it is characterised in that：Elastic component vibration isolator (2) is packed into hollow
In the shock-isolation chamber (3) of vibration insulation structure part, damping body is formed.
4. clad type wind turbine isolation mounting as described in claim 1, it is characterised in that：Hollow vibration insulation structure part (1) and elasticity
Part vibration isolator (2) is Open architecture triangular in shape.
5. clad type wind turbine isolation mounting as described in claim 1, it is characterised in that：Hollow vibration insulation structure part (1) and elasticity
Part vibration isolator (2) is in semicircular arc Open architecture.
6. clad type wind turbine isolation mounting as described in claim 1, it is characterised in that：Elastic component vibration isolator (2) be equipped with
The Silencing groove (5) that the mounting flange of wind turbine (6) matches.
7. clad type wind turbine isolation mounting as described in claim 1, it is characterised in that：Vibration damping on elastic component vibration isolator (2)
Slot (5) is engaged with 4 angles of wind turbine (6) mounting flange, and the stud (4) on vibration insulation structure part (1) passes through electronic equipment siding
(7) the electronic equipment siding through hole (8) on, is fastened by nut (9).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721386115.4U CN207393582U (en) | 2017-10-25 | 2017-10-25 | Angle clad type wind turbine isolation mounting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721386115.4U CN207393582U (en) | 2017-10-25 | 2017-10-25 | Angle clad type wind turbine isolation mounting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207393582U true CN207393582U (en) | 2018-05-22 |
Family
ID=62330081
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721386115.4U Active CN207393582U (en) | 2017-10-25 | 2017-10-25 | Angle clad type wind turbine isolation mounting |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207393582U (en) |
-
2017
- 2017-10-25 CN CN201721386115.4U patent/CN207393582U/en active Active
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| GR01 | Patent grant | ||
| GR01 | Patent grant |