Summary of the invention
The present invention is directed at least solve one of the technical problems existing in the prior art.For this purpose, the present invention provide it is a kind of every
Sound block and automobile body side wall sealing structure with it, it is therefore an objective to while meeting sealing, anti-corrosion and the work of body side wall cavity
The requirement of mistake proofing is assembled in skill.
In order to solve the above-mentioned technical problem, the technical scheme adopted by the invention is that: noise insulation block, including sound insulation block body,
It further include the first buckle and the second buckle being set on the sound insulation block body, the diameter of the first buckle and the second buckle
Difference, sound insulation block body have the drip fluid apertures for allowing electrophoresis liquid to pass through.
The diameter of first buckle is greater than the diameter of second buckle, and the first buckle and the second buckle are set to described
On the same side of sound insulation block body.
First buckle and second buckle are respectively set one.
The sound insulation block body includes outer skeleton, the foaming body being set on outer skeleton and the middle septum cordis connecting with outer skeleton
Sound structure, the drip fluid apertures are set on the sound-insulating structure of center.
The outer skeleton has the first accommodation groove for accommodating the foaming body.
The outer skeleton is the enclosed construction formed outside the center sound-insulating structure around a circle, first accommodating
Slot be on outer skeleton along outer skeleton global shape setting one circle and the first accommodation groove opening is formed in the outside wall surface of outer skeleton.
The center sound-insulating structure includes inner frame and the foaming body that is set on inner frame, and inner frame, which has, accommodates foaming
Second accommodation groove of body, inner frame are the ring seal structure formed around the drip fluid apertures.
Second accommodation groove is set to the annular groove in two outside wall surfaces opposite on the inner frame.
The center sound-insulating structure is arranged multiple and center sound-insulating structure in the inside of the outer skeleton and connect with outer skeleton.
The present invention also provides a kind of automobile body side wall sealing structures, including above-mentioned noise insulation block.
Noise insulation block of the invention, setting drip fluid apertures, electrophoresis liquid passes through when realizing coating, guarantee electrophoresis film thickness to
Guarantee antiseptic property;It is matched by the way that two different buckles of diameter are arranged, the requirement of mistake proofing when can satisfy assembly.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of noise insulation block of the present invention;
Fig. 2 is the top view of noise insulation block of the present invention;
Fig. 3 is enlarged drawing at A in Fig. 2;
Fig. 4 is enlarged drawing at B in Fig. 2;
Fig. 5 is C-C cross-sectional view in Fig. 2;
Fig. 6 is D-D cross-sectional view in Fig. 2;
Label in above-mentioned figure is equal are as follows: 1, foaming body;2, the first buckle;21, the first inserting column;22, the first card-tight part;3,
Two buckles;31, the second inserting column;32, the second card-tight part;4, the first skeleton interconnecting piece;5, outer skeleton;51, the first outside wall surface;52,
Second outside wall surface;53, third outside wall surface;54, fourth external wall face;55, the first accommodation groove;6, inner frame;61, the first outside wall surface;
62, the second outside wall surface;63, third outside wall surface;64, fourth external wall face;65, the second accommodation groove;7, fluid apertures is dripped;8, the second skeleton connects
Socket part;9, third skeleton interconnecting piece;10, material reducing groove.
Specific embodiment
Below against attached drawing, by the description of the embodiment, making to a specific embodiment of the invention further details of
Explanation, it is therefore an objective to those skilled in the art be helped to have more complete, accurate and deep reason to design of the invention, technical solution
Solution, and facilitate its implementation.
As depicted in figs. 1 and 2, the present invention provides a kind of noise insulation blocks, the sky being equipped with for filling automobile body side wall
Chamber, the noise insulation block include sound insulation block body, first be set on sound insulation block body buckle 2 and the second buckle 3, the first buckle 2
Different with the diameter of the second buckle 3, sound insulation block body has the drip fluid apertures 7 for allowing electrophoresis liquid to pass through.
Specifically, as depicted in figs. 1 and 2, the diameter of the first buckle 2 is greater than the diameter of the second buckle 3, the first buckle 2
It is set on the same side of sound insulation block body with the second buckle 3 and is stretched out towards the same side of sound insulation block body.First buckle 2
It is respectively set one with the second buckle 3, the first buckle 2 and the second buckle 3 are for being inserted into peace set on body side wall metal plate
It fills in hole, realizes that installation of the noise insulation block in body side wall cavity is fixed.
As shown in figure 3, two the first card-tight parts that the first buckle 2 inserting column 21 and be set on the first inserting column 21 including first
22, the V-shaped distribution of two the first card-tight parts 22 and be arranged symmetrically, one end of the first inserting column 21 and sound insulation block body fixation company
Connect, the one end of two the first card-tight parts 22 is fixedly connected with the other end of the first inserting column 21, two the first card-tight parts 22 it is another
The vertical range c that one end is located between the side of the first inserting column 21 and the end of two the first card-tight parts 22 is
The diameter of one buckle 2 is also the size maximum of the first buckle 2.Two the first card-tight parts 22 have elasticity, buckle 2 first
During being inserted into the mounting hole on body side wall metal plate, two the first card-tight parts 22 are shunk, so that the first buckle 2 can
Across mounting hole and clamping.
As shown in figure 4, the structure of the second buckle 3 and the first buckle 2 is essentially identical, the second buckle 3 includes the second inserting column 31
With two the second card-tight parts 32 being set on the second inserting column 31, the second inserting column 31 is equal with the length direction of the first inserting column 21
Row, the V-shaped distribution of two the second card-tight parts 32 and be it is arranged symmetrically, one end of the second inserting column 31 and sound insulation block body fix company
Connect, the one end of two the second card-tight parts 32 is fixedly connected with the other end of the second inserting column 31, two the second card-tight parts 32 it is another
The vertical range e that one end is located between the side of the second inserting column 31 and the end of two the second card-tight parts 32 is
The diameter of two buckles 3 is also the size maximum of the second buckle 3.Two the second card-tight parts 32 have elasticity, buckle 3 second
During being inserted into the mounting hole on body side wall metal plate, two the second card-tight parts 32 are shunk, so that the second buckle 3 can
Across mounting hole and clamping.
The diameter of first buckle 2 is set greater than to the diameter of the second buckle 3, it is therefore an objective to mistake proofing when for noise insulation block assembly
(the same positive and negative installation of noise insulation block) and installation after anti-rotation (if noise insulation block installation after rotate will lead to it is poorly sealed).The
The diameter of one buckle 2 is preferably 8mm, and the diameter of the second buckle 3 is preferably 6mm.
Main part of the sound insulation block body as noise insulation block is made of skeleton and foaming body 1.The material of foaming body 1 is
Expansion ratio is up to 800%~1000% under the conditions of high magnification EVA, 180 DEG C/20min, foaming rear surface closed pore, it is homogeneous, have
Elasticity, surface be not tacky, and flawless is bubbled, trickling phenomenon, cavity cross section is filled it is tight, generally in the cross-wise direction of cavity and
The vertical direction of cavity cross section, material thickness >=5mm.The material of skeleton be nylon, skeleton ensure that noise insulation block self-strength,
Sound insulation value guarantees the directionality and own dimensions stability of foamed material, general skeleton thickness >=5mm.
As shown in Figure 1, Figure 2 and Fig. 5 shown in, sound insulation block body include outer skeleton 5, the foaming body 1 being set on outer skeleton 5 and with
The center sound-insulating structure that outer skeleton 5 connects, drip fluid apertures 7 are set on the sound-insulating structure of center and to run through on the sound-insulating structure of center
The through-hole of setting.In view of noise insulation block size itself is larger, to reduce the influence to electrophoresis, need to be set in noise insulation block middle position
Drip fluid apertures 7 is set, drip fluid apertures 7 can accelerate the flow velocity of painting electrophoresis liquid, solve noise insulation block and body side wall metal plate due to gap is small
Cause electrophoresis liquid to circulate unsmooth problem, under fixed beat, the electrophoresis film thickness on noise insulation block surface can be promoted, guarantee electrophoresis
Film thickness is to guarantee the antiseptic property of noise insulation block.
As shown in Figure 1, Figure 2 and shown in Fig. 5, outer skeleton 5 belongs to a part of noise insulation block overall skeleton, and outer skeleton 5 is at center
The enclosed construction that sound-insulating structure outside is formed around a circle, first accommodation groove 55 of the outer skeleton 5 with receiving foaming body 1, first
Accommodation groove 55 be on outer skeleton 5 along outer 5 global shape of skeleton be arranged and the first accommodation groove 55 outer skeleton 5 the first outside wall surface
Opening is formed on 51, the outer skeleton 5 of formation is the enclosed construction of U-shaped profile.First accommodation groove 55 is preferably rectangular channel, hair
Foam 1 fills the first accommodation groove 55.The outer surface of outer skeleton 5 includes the first outside wall surface 51, the second outside wall surface 52, third outer wall
Face 53 and fourth external wall face 54, the first outside wall surface 51 are oppositely arranged and parallel with third outside wall surface 53, the second outside wall surface 52 with
Fourth external wall face 54 is oppositely arranged and parallel, the both sides of the edge in the second outside wall surface 52 and fourth external wall face 54 respectively with first outside
Wall surface 51 is connected with the one side edge of third outside wall surface 53, the first outside wall surface 51 and third outside wall surface 53 and with the second outside wall surface 52
It is perpendicular with fourth external wall face 54, the second outside wall surface 52 and fourth external wall face 54 and be the length with the first buckle 2 and the second buckle 3
Spend the parallel plane in direction.First accommodation groove 55 extend along the entire chamfered shape of outer skeleton 5 and be set on outer skeleton 5
It sets, the first accommodation groove 55 forms the opening of rectangle in the first outside wall surface 51, and third outside wall surface 53 is face center on outer skeleton 5
The surface of sound-insulating structure, the chamfered shape substantially convex shape of outer skeleton 5, and be symmetrical structure.
As shown in figs. 1,2 and 6, center sound-insulating structure includes inner frame 6 and the foaming body 1 that is set on inner frame 6,
Inner frame 6 belongs to a part of noise insulation block overall skeleton, and inner frame 6 is the ring seal structure formed around drip fluid apertures 7, in-seam
Frame 6 has the second accommodation groove 65 for accommodating foaming body 1, and the second accommodation groove 65 is on inner frame 6 along the global shape of inner frame 6
It is arranged and the second accommodation groove 65 forms opening on multiple outer surfaces of outer skeleton 5, the inner frame 6 of formation is that cross section is T-shaped
Ring seal structure.Second accommodation groove 65 is preferably that rectangular channel and the second accommodation groove 65 are set to opposite two on inner frame 6
In a outside wall surface, foaming body 1 fills the second accommodation groove 65.The outer surface of inner frame 6 includes the first outside wall surface 61, the second outer wall
Face 62, third outside wall surface 63 and fourth external wall face 64, the first outside wall surface 61 are oppositely arranged and parallel with third outside wall surface 63, and
Two outside wall surfaces 62 are oppositely arranged and parallel with fourth external wall face 64, the both sides of the edge of the second outside wall surface 62 respectively with the first outer wall
Face 61 is connected with the one side edge of third outside wall surface 63, the first outside wall surface 61 and third outside wall surface 63 and with the second outside wall surface 62 and
Fourth external wall face 64 is perpendicular, and two the second accommodation grooves 65 are located at the side in fourth external wall face 64,61 He of the first outside wall surface
Third outside wall surface 63 and for the parallel plane of length direction of the first buckle 2 and the second buckle 3.Two the second accommodation grooves 65
Respectively extended ring is carried out along the entire chamfered shape of inner frame 6 in the first outside wall surface 61 and third outside wall surface 63
Connected in star, fourth external wall face 64 are the annular surface that drip fluid apertures 7 is surrounded on inner frame 6, and drip fluid apertures 7 is preferably shaped to kidney-shaped
Hole.
As shown in Figure 1, Figure 2, shown in Fig. 5 and Fig. 6, at the second outside wall surface 52 of outer skeleton 5 and the first outside wall surface 61 of inner frame 6
In in same plane, the fourth external wall face 54 of outer skeleton 5 and the third outside wall surface 63 of inner frame 6 are in same plane.Center
Sound-insulating structure is string configuration, and one end of center sound-insulating structure is fixedly connected by the first skeleton interconnecting piece 4 with outer skeleton 5,
The other end of center sound-insulating structure is fixedly connected by the second skeleton interconnecting piece 8 with outer skeleton 5, the outer side edges of center sound-insulating structure
Edge passes through third skeleton interconnecting piece 9 and outer 5 fixed-link of skeleton, the first skeleton interconnecting piece 4, the second skeleton interconnecting piece 8 and third
Skeleton interconnecting piece 9 fills the gap between outer skeleton 5 and center sound-insulating structure.First skeleton interconnecting piece 4 is connected with the second skeleton
Portion 8 is by the foaming body 1 of skeleton connector and the hollow cavity for filling the skeleton connector that nylon material and cross section are U-shaped
Composition, the skeleton connector belong to a part of noise insulation block overall skeleton.Third skeleton interconnecting piece 9 is to put down made of nylon material
Plate structure, third skeleton interconnecting piece 9 surround center sound-insulating structure on the outside of the sound-insulating structure of center, third skeleton interconnecting piece 9 with
Second outside wall surface 62 of inner frame 6 is fixedly connected, and outer skeleton 5 surrounds third skeleton interconnecting piece on the outside of third skeleton interconnecting piece 9
9, third skeleton interconnecting piece 9 is fixedly connected with the third outside wall surface 53 of outer skeleton 5.Two of third skeleton interconnecting piece 9 it is opposite and
Parallel outside wall surface is parallel with the second outside wall surface 52 of outer skeleton 5 and fourth external wall face 54, and third skeleton interconnecting piece 9
Wherein side outside wall surface and the second outside wall surface 52 and the first outside wall surface 61 of inner frame 6 of outer skeleton 5 be in same plane,
Second outside wall surface 62 of the third outside wall surface 53 and inner frame 6 of the other side outside wall surface of third skeleton interconnecting piece 9 and outer skeleton 5 is hung down
Direct-connected to connect, the thickness of third skeleton interconnecting piece 9 is less than the thickness of outer skeleton 5 and inner frame 6, and (thickness of outer skeleton 5 refers to second
Vertical range between outside wall surface 52 and fourth external wall face 54, the thickness of inner frame 6 refer to the first outside wall surface 61 and third outer wall
Vertical range between face 63), to form a material reducing groove 10 on sound insulation block body.By material reducing groove 10 be set to every
On one side surface of sound block body, it is designed to unilateral groove, sound insulation block structure is optimized, it is possible to reduce material utilization amount, drop
The low cost of noise insulation block, but also can be to avoid influencing drip liquid when painting electrophoresis.
Center sound-insulating structure can be arranged multiple in the inside of outer skeleton 5.As depicted in figs. 1 and 2, center sound-insulating structure can
To be arranged side by side two in the inside of outer skeleton 5, one end of two center sound-insulating structures by a first skeleton interconnecting piece 4 with
Outer skeleton 5 connects, and the other end of two center sound-insulating structures passes through a second skeleton interconnecting piece 8 respectively and connect with outer skeleton 5,
Three and three third skeleton interconnecting pieces 9 are arranged respectively between two center sound-insulating structures, in two in third skeleton interconnecting piece 9
Connect between outer skeleton 5 with center sound-insulating structure and outer skeleton 5 between heart sound-insulating structure, and with the first skeleton interconnecting piece 4 and
Second skeleton interconnecting piece 8 connection, by outer skeleton 5 and center sound-insulating structure, the first skeleton interconnecting piece 4 and the second skeleton interconnecting piece
Gap closing between 8.Center sound-insulating structure is arranged to racetrack structure, is to consider the sealing after electrophoresis.Drip fluid apertures 7
Position be located at the center position of sound insulation block body, the width dimensions of drip fluid apertures 7 are 5~10mm.
The present invention also provides a kind of automobile body side wall sealing structure, including body side wall metal plate and above structure every
Sound block, the specific structure of this noise insulation block can refer to Fig. 1 to Fig. 6, and details are not described herein.Since automobile body side wall of the invention is close
Seal structure includes the noise insulation block in above-described embodiment, so it has the advantages that all of above-mentioned noise insulation block.
Noise insulation block is mounted in the cavity of body side wall metal plate, passes through the first buckle 2 and the second buckle 3 and body side wall metal plate
Gold connection.After installation, there is gap between sound insulation block body and body side wall metal plate, which is mainly the suitable of realization electrophoresis liquid
Benefit passes through, and guarantees electrophoresis film thickness to guarantee antiseptic property, generally reserves the gap 4~10mm, noise insulation block sharp corner gap is smaller
And gap width is generally 2~3mm.
The present invention is exemplarily described above in conjunction with attached drawing, it is clear that the present invention implements not by aforesaid way
Limitation, as long as the improvement for the various unsubstantialities that the inventive concept and technical scheme of the present invention carry out is used, or without changing
It is within the scope of the present invention into the conception and technical scheme of the invention are directly applied to other occasions.