Summary of the invention
It is an object of the invention to provide a kind of vibroshock fixed support and automobile, solve of the prior art
The problem that vibroshock fixed support causes there is fatigue crack risk due to problems such as weld seam are the thinnest.
In order to achieve the above object, the present invention provides a kind of vibroshock fixed support, including:
Rack body and the bolt being arranged on described rack body hang head, and vehicle shock absorber assembly is by described
Bolt hangs that head and described rack body are fixing to be connected;
Described rack body includes:
First gripper shoe, the end face of the first end of described first gripper shoe is cambered surface;And,
The second gripper shoe being oppositely arranged with described first gripper shoe, the end of the first end of described second gripper shoe
Face is cambered surface;Wherein, described cambered surface can fit with the outer surface of the bridge tube of Automobile drive axle assembly, institute
State the cambered surface outer surface with described bridge tube by being welded to connect.
Wherein, described second gripper shoe abuts with the lower longitudinal tie support of Automobile drive axle assembly, and by weldering
Connect in succession.
Wherein, described rack body also includes:
Connecting described first gripper shoe and the 3rd gripper shoe of described second gripper shoe, described bolt hangs head and arranges
In described 3rd gripper shoe.
Wherein, described rack body also includes:
Connect described first gripper shoe and the reinforcing plate of described second gripper shoe, described reinforcing plate and the described 3rd
Gripper shoe is oppositely arranged.
Wherein, described vibroshock fixed support also includes:
Pad, the bolt that described pad is sheathed in described 3rd gripper shoe hangs on head.
Wherein, described rack body uses punch forming process.
The embodiment of the present invention also provides for a kind of automobile, including Automobile drive axle assembly, vehicle shock absorber assembly with
And as above vibroshock fixed support.
Wherein, described Automobile drive axle assembly includes: automobile drive axle is connected with described automobile drive axle
The lower longitudinal tie support being connected fixed by bridge tube with described bridge tube;Wherein,
Described vibroshock fixed support is fixing with described vehicle shock absorber assembly to be connected, fixing of described vibroshock
Frame is welded to connect with described bridge tube, and described vibroshock fixed support is welded to connect with described lower longitudinal tie support.
The technique scheme of the present invention at least has the advantages that
In the vibroshock fixed support of the embodiment of the present invention and automobile, by by the first end of the first gripper shoe
The end face of the first end of end face and the second gripper shoe is disposed as solder side to increase between rack body and bridge tube
Weld seam so that weld is molten deep enough increases the weld strength of support, is suitable for complicated cross-country road work
Condition and the loading in composite of multiple constraint, effectively prevent the fatigue fracture risk of support, improves driving peace
Quan Xing.
Detailed description of the invention
For making the technical problem to be solved in the present invention, technical scheme and advantage clearer, below in conjunction with attached
Figure and specific embodiment are described in detail.
As shown in Figure 1 and Figure 2, the embodiment of the present invention provides a kind of vibroshock fixed support, including:
Rack body and the bolt being arranged on described rack body hang 1, and vehicle shock absorber assembly is by described
Bolt hangs 1 and fixing with described rack body is connected;
Described rack body includes:
First gripper shoe 2, the end face 21 of the first end of described first gripper shoe 2 is cambered surface;And,
The second gripper shoe 3 being oppositely arranged with described first gripper shoe 2, the first end of described second gripper shoe 3
End face 31 be cambered surface;Wherein, described cambered surface can be affixed with the outer surface of the bridge tube of Automobile drive axle assembly
Closing, the outer surface of described cambered surface and described bridge tube passes through to be welded to connect.
In the above embodiment of the present invention, as it is shown in figure 1, the whole end face of the first end of the first gripper shoe is equal
For cambered surface, the whole end face of the first end of the second gripper shoe is also cambered surface, and this cambered surface the most just can be blocked and set
In the outer surface of the bridge tube of Automobile drive axle assembly, and it is connected by welding is fixing with the outer surface of described bridge tube,
Therefore described cambered surface is weld seam end face, the end face 21 of the first end of the i.e. first gripper shoe 2 is the first weld seam end face,
The end face 31 of the first end of the second gripper shoe 3 is the second weld seam end face;This rack body passes through the first weld seam end
Face and the second weld seam end face are welded to connect with bridge tube, then the weld seam of the first weld seam end face and the second weld seam end face
Weld seam is the most sufficiently wide, and weld is molten deep enough, strengthens the weld strength of support.
To sum up, according to the situation of the embodiment of the present invention, it is computed veritifying, first gripper shoe the 2, second gripper shoe
3 all exist stress concentration point, and i.e. the vibroshock fixing rack structure of embodiment of the present invention offer is at limit road surface shape
Under state, on the left of support, this body stress maximum reaches more than 295MPa (yield limit is 229MPa), support
Right side this body stress maximum reaches more than 295MPa (yield limit is 229MPa), so the present invention is real
The vibroshock fixed support that executing example provides does not haves intensity, weld penetration is not enough, causes it in the automobile limit
The problem that there is fatigue crack risk under driving cycle.
Concrete, in the above embodiment of the present invention, described second gripper shoe 3 and Automobile drive axle assembly
Lower longitudinal tie support abuts, and by being welded to connect.
In the embodiment of the present invention, the lower longitudinal tie support of the second gripper shoe 3 and Automobile drive axle assembly is by weldering
Connect in succession so that vibroshock fixed support is fixing with lower longitudinal tie support to be connected, and Fig. 2 shows the second support
The weld seam end face 32 of plate 3 and lower longitudinal tie support, due to welding of the second gripper shoe 3 and lower longitudinal tie support
Area is enough big, Gu there is not the risk of fatigue crack.
It should be noted that the weld seam end face in the above embodiment of the present invention all uses robot automatic welding,
Make weld seam molten deeply the fullest, weld strength is higher, is further ensured that the reliability of supporting structure.
Concrete, in the above embodiment of the present invention, described rack body also includes:
As it is shown in figure 1, connect described first gripper shoe 2 and the 3rd gripper shoe 4 of described second gripper shoe 3,
Described bolt hangs 1 and is arranged in described 3rd gripper shoe 4.
Further, in order to strengthen the intensity of rack body, it is ensured that the reliability of support, described rack body
Also include:
Connect described first gripper shoe 2 and the reinforcing plate 5 of described second gripper shoe 3, described reinforcing plate 5 and institute
State the 3rd gripper shoe 4 to be oppositely arranged.
As it is shown in figure 1, the first gripper shoe the 2, second gripper shoe the 3, the 3rd gripper shoe 4 and reinforcing plate 5 shape
Become stable support connection structure, it is ensured that the intensity of support, rigidity and bending-twisting ability.
Further, in order to alleviate vibration damper complement and rack body fixing after, when driving
Mutually abrasion, described vibroshock fixed support also includes:
Pad 6, the bolt that described pad 6 is sheathed in described 3rd gripper shoe 4 hangs on 1.6, pad
To isolation and the effect of buffering so that vibration damper complement and the 3rd gripper shoe 4 are not directly contacted with, it is to avoid its phase
Directly abrasion between Hu, can absorb the power during part driving simultaneously, alleviate its mill each other
Damage.
Concrete, in the above embodiment of the present invention, described rack body uses punch forming process.I.e. should
The support bracket fastened rack body of vibroshock is by SAPH440 material plate punch forming, and moulding process is not made at this
Specifically describe.
To sum up, the above embodiment of the present invention butt welded seam end face is optimized rear and uses SAPH440 material structure
Vibroshock fixing rack structure, through finite element analysis, both met self-strength requirement, and met again assembling and want
Ask, and through too much wheel car load authentic experiments checking, fatigue fracture does not occurs.Compared with existing fixed support,
The vibroshock fixed support intensity of embodiment of the present invention offer, rigidity, bending-twisting ability significantly improve, support
The weld penetration of welding end surface, weld strength is higher, further ensures the reliability of supporting structure, plays
Good design using effect.
In order to preferably realize above-mentioned purpose, the embodiment of the present invention also provides for a kind of automobile, as it is shown on figure 3,
Including Automobile drive axle assembly, vehicle shock absorber assembly 7 and vibroshock fixed support 8 as above.
Concrete, described Automobile drive axle assembly includes: automobile drive axle 9 and described automobile drive axle 9 are even
The bridge tube 10 connect and the described fixing lower longitudinal tie support 11 being connected of bridge tube 10;Wherein,
Described vibroshock fixed support 8 is fixing with described vehicle shock absorber assembly 7 to be connected, and described vibroshock is solid
Fixed rack 8 is welded to connect with described bridge tube 10, described vibroshock fixed support 8 and described lower longitudinal tie support
11 are welded to connect.
It should be noted that the embodiment of the present invention provide automobile comprise the support bracket fastened vapour of above-mentioned vibroshock
Car, the support bracket fastened all embodiments of the most above-mentioned vibroshock are all applicable to this automobile, and all can reach identical or
Similar beneficial effect.
The above is the preferred embodiment of the present invention, it is noted that for the common skill of the art
For art personnel, on the premise of without departing from principle of the present invention, it is also possible to make some improvements and modifications,
These improvements and modifications also should be regarded as protection scope of the present invention.