CN205917937U - Side fascia installation node - Google Patents

Abstract

The utility model belongs to the building structure field specifically discloses a side fascia installation node, including last side fascia, lower side fascia, floor and waterproof board the floor is set up under on the side fascia, cast -in -place layer has been pour at the side fascia top down, go up side fascia and side fascia adoption grout sleeve connection down, the vertical muscle of side fascia passes cast -in -place layer and stretches into down in the grout sleeve of last side fascia thick liquids formation steel bar butt joint's thick liquid anchor attach fitting injects among the grout sleeve, it is equipped with the notch to go up the side fascia bottom, a waterproof board side direction extend in the notch, the opposite side is followed the concatenation seam of going up between side fascia and the lower side fascia extends to buckle downwards behind the side fascia outside down, the waterproof board at least the part stretch into to in the notch. The utility model discloses construction convenience, water -proof effects is good, the node is firm, has improved assembly type structure's production efficiency and building quality.

Description

Node installed by a kind of Side fascia

Technical field

This utility model belongs to building structure field and in particular to node installed by a kind of Side fascia.

Background technology

In assembled architecture industry, Side fascia carries out factorial praluction by the way of prefabricated, then Assembling, thus Enable standardization, and quality controllable, efficient quick.At present, adopt shear wall structure as external wall panel structure system more, but It is that the external wall panel structure system productivity ratio of current shear wall structure is relatively low, artificial input is larger, and the labor intensity of workman is larger, And traditional waterproof type typically breaks marine glue in seam crossing, the workload not only constructed is big, and marine glue is over time Occur aging for a long time, finally result in the generation of drainage, the water resistance of impact assembled architecture and construction quality.

In sum, need badly and develop a kind of easy construction, node installed by the Side fascia of good water-proof effect.

Utility model content

The purpose of this utility model is that node installed by the Side fascia providing a kind of easy construction, good water-proof effect.

Above-mentioned purpose is to be achieved through the following technical solutions: node installed by a kind of Side fascia, including upper Side fascia, lower exterior wall Plate, floor and splash guard, described upper Side fascia and lower Side fascia adopt grout sleeve to connect, and the vertical muscle of described lower Side fascia passes through In-situ layer simultaneously stretches in the grout sleeve of described upper Side fascia, pours into the slurry that slurry forms steel reinforcement abutting joints in described grout sleeve Anchor jointing；Described upper Side fascia bottom is provided with notch, the laterally interior extension of described notch of described splash guard one, and opposite side is along institute State the splicing seams between Side fascia and lower Side fascia and extend to lower bending backward outside described lower Side fascia, described splash guard is extremely Small part stretches in described notch.Described floor can be precast floor slab, may also be laminated floor slab or cast-in-place system entirely Make, when floor is for laminated floor slab, the above-mentioned in-situ layer pouring at lower Side fascia top is the in-situ layer of laminated floor slab.Outside In the assembling process of wallboard, described splash guard is arranged on lower Side fascia top, with the dropping place of upper Side fascia, splash guard stretches into In described notch, the vertical muscle of described lower Side fascia stretches in the grout sleeve of described upper Side fascia through in-situ layer, is then filling In slurry sleeve, grouting carries out starching anchor to the vertical muscle in insertion grout sleeve.After the completion of assembly, splash guard now serves similar In the effect of the tenon of waterproof tongue and groove, outdoor rain can be effectively stoped to leak out to interior, there is provided reliable waterproof ensures；For For thermal insulation external wall panel, the setting of this utility model waterproof Board position can effectively prevent rainwater along upper Side fascia and lower Side fascia it Between splicing seams enter the heat-insulation layer of lower Side fascia, bypass splash guard thus preventing rainwater and flowing downwardly to lower section node along heat-insulation layer The possibility getting in, improves the effect of Side fascia waterproof further.The setting of this utility model splash guard is simple and convenient, exterior wall Tongue and groove or other waterproof constructions need not be designed in the prefabrication process of plate, simplify mould, be also convenient for the transport of Side fascia simultaneously, need not Worry that flashing member is damaged in transportation, improve production efficiency and the construction quality of assembled architecture.Preferably, prevent Water plate has certain flexibility in itself, will not be damaged due to collision, also will not damage simultaneously during such Side fascia docking Component, will not externally the heat-insulation layer of wallboard and architectural surface cause to damage.Described notch can be prefabricated in upper Side fascia During open up in reserved or installation process, for thermal insulation external wall panel, described notch is preferably provided at heat-insulation layer, this Only need in sample assembling process to dig up the heat-insulation layer of upper Side fascia bottom and partly can form notch, simplify operational procedure, simultaneously Reduce difficulty of construction.After the completion of assembling, in order to improve waterproof effect, can in the junction of upper Side fascia and lower Side fascia, Outside is respectively adopted and is blocked with marine glue or sealing strip, and splash guard can be made tightly to touch lower Side fascia simultaneously.

Further, the material of described splash guard is rustless steel.It is arranged such, described splash guard is corrosion resistant plate, stainless Steel plate has preferable water proofing property, and has stronger corrosion resistance, i.e. good endurance, and rigidity is moderate simultaneously, in lifting, on Side fascia and lower Side fascia collide and are not result in that component and waterproof case itself damage, and itself will not be become due to collision Shape is excessive cannot to restore.It should be appreciated that splash guard also can be prepared by other materials, such as elastomeric material, such as plastics, certainly, such as adopt With the splash guard of plastic material, the part that described splash guard exposes lower Side fascia should have certain thickness.

Further, the part that described splash guard stretches into described notch is in fold-line-shaped or waveform.It is arranged such, can effectively increase Plus the rigidity of splash guard, prevent hoisting process splash guard collision deformation excessive, and when cannot restore, affect its waterproof effect.With When, wallboard horizontally-spliced during, the splash guard of polyline shaped is conducive to the connection between splash guard, using fold-line-shaped of the same race Steel plate two sections are connected with glue.

Further, described splash guard is provided with least one for strengthening the fin of waterproof panel stiffness.It is arranged such, can be effective Increase the rigidity of splash guard, prevent hoisting process splash guard collision deformation excessive, and when cannot restore, affect its waterproof effect.Institute Stating fin can be the reinforcement being additionally provided on splash guard, be certainly preferably splash guard and be bent to form fin in itself, so Can material-saving as far as possible, simplify operational procedure, reduces cost simultaneously.

Further, the side bending that described splash guard extends to described notch is in u-shaped.It is arranged such, splash guard can be increased Rigidity, prevent hoisting process splash guard collision deformation excessive, and when cannot restore, affect its waterproof effect.

Further, kink in described notch for the described splash guard forms u-shaped groove, is enclosed with foam in described u-shaped groove Bar.It is arranged such, foam strip plays fixing supporting role to splash guard, in hoisting process, when splash guard is occurred with upper Side fascia During collision, effective splash guard is excessive because of collision deformation, thus affecting waterproof effect.

Further, described splash guard bends to the side that described notch extends, and the kink in described notch is in " v " Type.Due to deviation occur in the docking operation of Side fascia, the kink of splash guard be in fall " v " type can reduce as far as possible anti- The area of the side near upper Side fascia for the water plate, is conducive to docking of splash guard and notch in the installation process of Side fascia, to the greatest extent may be used The splash guard that avoids of energy is collided with upper Side fascia.

Further, the side that described splash guard extends to described notch bends and extends to described lower Side fascia top.As This, the side that the top surface of lower Side fascia is contacted with lower Side fascia to splash guard provides certain support force, effectively prevents from lifting Journey splash guard collision deformation is excessive.When Side fascia is for thermal insulation external wall panel, that is, notch is arranged on heat-insulation layer, and preferably splash guard is to institute The side stating notch extension bends and extends in described lower Side fascia heat-insulation layer, is easy to the fixation of splash guard.

Further, described Side fascia at least includes heat-insulation layer and structure sheaf, and described notch is arranged on heat-insulation layer, described notch Inside it is provided with weather board, described weather board side is anchored in external wall panel structure layer, opposite side extends to the outer of described splash guard Side.It should be appreciated that it is consistent with the outside of Side fascia outside described splash guard, that is, near outdoor side.For heat preserving exterior wall For plate, due to long neglected and in disrepair or other reasonses, for Side fascia system, rainwater may be along upper Side fascia and lower exterior wall Splicing seams between plate enter the heat-insulation layer of lower Side fascia, then flow downward along heat-insulation layer, until flowing under above-mentioned node Fang Jiedian, then passes around splash guard and gets in.And the enforcement of this utility model technique scheme, can be by the rain in heat-insulation layer Water guides to the outside of lower section node waterproof plate, so that rainwater is flowed out along splicing seams outdoor, thus avoiding the generation of above-mentioned phenomenon.Excellent Choosing, described weather board self-structure layer is outwards slightly downward-sloping, is so conducive to the guiding of rainwater, prevents it along weather board to interior Infiltration.

Further, described weather board is close to described upper Side fascia heat-insulation layer bottom.So, one it is convenient to setting of weather board Put, on the other hand avoid weather board and splash guard in the splicing of wallboard to collide.

Further, described Side fascia at least includes heat-insulation layer and structure sheaf, the inner side of described upper Side fascia heat-insulation layer bottom Wall is located at the outside of described splash guard.It is arranged such, when rain enters along the splicing seams between upper Side fascia and lower Side fascia The heat-insulation layer of lower Side fascia, then flows downward along heat-insulation layer, until flowing to the lower section node of above-mentioned node, due to upper Side fascia The medial wall of heat-insulation layer bottom is located at the outside of described splash guard, and such rainwater will not bypass splash guard and get in, thus shutting out Rainwater flows downwardly to lower section node along heat-insulation layer and bypasses the possibility that splash guard gets in absolutely, improves Side fascia waterproof further Effect.In order to reach more preferable waterproof effect, it is to avoid rainwater reaches heat-insulation layer bottom tailing edge structure sheaf to indoor infiltration, preferably Opening up drip in structure sheaf bottom, certainly, described drip must be located at the outer of described splash guard in the position on structure sheaf Side.

Brief description

The accompanying drawing constituting a part of the present utility model is used for providing further understanding to of the present utility model, and this practicality is new The schematic description and description of type is used for explaining this utility model, does not constitute to improper restriction of the present utility model.

Fig. 1 is the structural representation of the Side fascia installation node involved by a kind of embodiment of this utility model；

Fig. 2 is that node partial enlarged drawing installed by involved Side fascia in Fig. 1；

Fig. 3 is involved water prevention plate structure schematic diagram in Fig. 1；

Fig. 4 is the schematic diagram of involved splash guard bag foam strip in Fig. 3；

The structural representation of node installed by Side fascia involved by Fig. 5 and Fig. 6 difference this utility model another embodiment Figure；

Fig. 7 is that node partial enlarged drawing installed by involved Side fascia in Fig. 6.

In figure:

2 times Side fascias of Side fascia, 3 splash guard 4 notch on 1

5 marine glue, 6 sealing strip, 7 foam strip 8 kink

11u type groove 18 weather board, 19 drip 20 heat-insulation layer

21 structure sheaf 22 grout sleeve 23 indulges muscle 24 floor

25 in-situ layers

Specific embodiment

Below in conjunction with the accompanying drawings this utility model is described in detail, the description of this part is only exemplary and explanatory, Should not there is any restriction effect to protection domain of the present utility model.Additionally, those skilled in the art's retouching according to presents State, respective combination can be carried out to the feature in embodiment in presents and in different embodiment.

This utility model embodiment is as follows, sees figures.1.and.2, and node installed by a kind of Side fascia, include going up Side fascia 1, under Side fascia 2, floor 24 and splash guard 3, described floor 24 rides upon on lower Side fascia 2, and described lower Side fascia 2 top has poured existing Pour layer 25, described upper Side fascia 1 and lower Side fascia 2 are connected using grout sleeve 22, the vertical muscle 23 of described lower Side fascia 2 passes through now Pour layer 25 and stretch in the grout sleeve 22 of described upper Side fascia 1, described grout sleeve 22 pours into slurry and forms reinforcing bar pair The slurry anchor connection joint connecing；Described upper Side fascia 1 bottom is provided with notch 4, and described splash guard 3 one laterally extends in described notch 4, Opposite side extends to along the splicing seams between described upper Side fascia 1 and lower Side fascia 2 and is turned under behind described lower Side fascia 2 outside Folding, described splash guard 3 is extending at least partially into described notch 4.Described floor 24 can be precast floor slab, may also be overlapping building Plate or entirely cast-in-place making, when floor 24 is laminated floor slab, the above-mentioned in-situ layer 25 pouring at lower Side fascia 2 top It is the in-situ layer of laminated floor slab.In the assembling process of Side fascia, described splash guard 3 is arranged on lower Side fascia 2 top, with The dropping place of Side fascia 1, splash guard 3 stretches in described notch 4, the vertical muscle 23 of described lower Side fascia 2 is stretched through in-situ layer 25 Enter in the grout sleeve 22 of described upper Side fascia 1, be then in the milk to the vertical muscle in insertion grout sleeve 22 in grout sleeve 22 23 carry out starching anchor.After the completion of assembly, splash guard 3 now serves the effect of the tenon similar to waterproof tongue and groove, can effectively hinder Only outdoor rain leaks out to interior, there is provided reliable waterproof ensures；For thermal insulation external wall panel, this utility model splash guard The setting of 3 positions can effectively prevent rainwater from entering the guarantor of lower Side fascia 2 along the splicing seams between upper Side fascia 1 and lower Side fascia 2 Warm layer 20, bypasses the possibility that splash guard 3 gets in, further thus preventing rainwater and flowing downwardly to lower section node along heat-insulation layer 20 Improve the effect of Side fascia waterproof.The setting of this utility model splash guard 3 is simple and convenient, need not set in the prefabrication process of Side fascia Meter tongue and groove or other waterproof constructions, simplify mould, are also convenient for the transport of Side fascia simultaneously, were transporting without having to worry about flashing member It is damaged in journey, improve production efficiency and the construction quality of assembled architecture.Preferably, splash guard 3 have in itself necessarily soft Property, will not be damaged due to collision during the docking of such Side fascia, simultaneously also will not damaged member, that is, will not external wallboard Heat-insulation layer 20 and architectural surface cause damage.Described notch 4 can be reserved during upper Side fascia 1 is prefabricated, also may be used To be to open up in installation process, for thermal insulation external wall panel, described notch 4 is preferably provided at heat-insulation layer 20, in such assembling process Only need to dig up the heat-insulation layer 20 of upper Side fascia 1 bottom and partly can form notch 4, simplify operational procedure, reduce construction simultaneously Difficulty.After the completion of assembling, in order to improve waterproof effect, can divide in the medial and lateral of upper Side fascia 1 and the junction of lower Side fascia 2 Do not blocked using with marine glue 5 or sealing strip 6, splash guard 3 can be made simultaneously tightly to touch lower Side fascia 2.

On the basis of above-described embodiment, in another embodiment of this utility model, the material of described splash guard 3 is stainless Steel.It is arranged such, described splash guard 3 is corrosion resistant plate, and corrosion resistant plate has preferable water proofing property, and has stronger corrosion resistant Corrosion, i.e. good endurance, rigidity is moderate simultaneously, and in lifting, upper Side fascia 1 and lower Side fascia 2 collide and be not result in structure Part and waterproof case itself damage, and itself cannot will not restore because collision deformation is excessive.It should be appreciated that splash guard 3 Can be prepared by other materials, such as elastomeric material, such as plastics, certainly, such as using the splash guard 3 of plastic material, described splash guard 3 reveals The part going out lower Side fascia 2 should have certain thickness.

On the basis of above-described embodiment, in another embodiment of this utility model, described splash guard 3 stretches into described notch 4 Part be in fold-line-shaped or waveform.It is arranged such, the rigidity of splash guard 3 can be effectively increased, prevent hoisting process splash guard 3 from touching Hit deformation excessive, and when cannot restore, affect its waterproof effect.Meanwhile, wallboard horizontally-spliced during, polyline shaped anti- Water plate 3 is conducive to the connection between splash guard 3, and two sections are connected by the steel plate using fold-line-shaped of the same race with glue.

On the basis of above-described embodiment, in another embodiment of this utility model, described splash guard 3 is provided with least one use In the fin strengthening splash guard 3 rigidity.It is arranged such, the rigidity of splash guard 3 can be effectively increased, prevent hoisting process splash guard 3 Collision deformation is excessive, and affects its waterproof effect when cannot restore.Described fin can be to be additionally provided on adding on splash guard 3 Strong part, is certainly preferably splash guard 3 and is bent to form fin in itself, so can material-saving as far as possible, simplify construction journey simultaneously Sequence, reduces cost.

On the basis of above-described embodiment, in another embodiment of this utility model, such as Fig. 1～4, described splash guard 3 is to institute The side bending stating notch 4 extension is in u-shaped.It is arranged such, the rigidity of splash guard 3 can be increased, prevent hoisting process splash guard 3 from touching Hit deformation excessive, and when cannot restore, affect its waterproof effect.

On the basis of above-described embodiment, in another embodiment of this utility model, such as Fig. 1～4, described splash guard 3 is in institute The kink 8 stated in notch 4 forms u-shaped groove 11, is enclosed with foam strip 7 in described u-shaped groove 11.It is arranged such, foam strip 7 is to anti- Water plate 3 plays fixing supporting role, in hoisting process, when splash guard 3 is collided with upper Side fascia 1, effective splash guard 3 because Collision deformation is excessive, thus affecting waterproof effect.

On the basis of above-described embodiment, in another embodiment of this utility model, described splash guard 3 prolongs to described notch 4 The side bending stretched, the kink 8 in described notch 4 is in fall " v " type.Due to occurring in the docking operation of Side fascia partially Difference, the kink 8 of splash guard 3 is in the area that " v " type can reduce the side near upper Side fascia 1 for the splash guard 3 as far as possible, has Beneficial to docking of splash guard in the installation process of Side fascia 3 and notch 4, splash guard 3 is avoided to occur with upper Side fascia 1 as far as possible Collision.

On the basis of above-described embodiment, in another embodiment of this utility model, such as Fig. 1～4, described splash guard 3 is to institute The side stating notch 4 extension bends and extends to described lower Side fascia 2 top.So, the top surface of lower Side fascia 2 is to splash guard 3 The side contacting with lower Side fascia 2 provides certain support force, effectively prevents hoisting process splash guard 3 collision deformation excessive.When When Side fascia is thermal insulation external wall panel, that is, notch 4 is arranged on heat-insulation layer 20, the lateral bending that preferably splash guard 3 extends to described notch 4 Roll over and extend in described lower Side fascia 2 heat-insulation layer 20, be easy to the fixation of splash guard 3.

On the basis of above-described embodiment, in another embodiment of this utility model, such as Fig. 5, described Side fascia at least includes Heat-insulation layer 20 and structure sheaf 21, described notch 4 is arranged on heat-insulation layer 20, is provided with weather board 18, described weather board in described notch 4 18 sides are anchored in Side fascia 1 structure sheaf 21, and opposite side extends to the outside of described splash guard 3.It should be appreciated that it is described Splash guard 3 outside is consistent with the outside of Side fascia, that is, near outdoor side.For thermal insulation external wall panel, due to older mistake Repair or other reasonses, for Side fascia system, rainwater may be along the splicing seams between upper Side fascia 1 and lower Side fascia 2 Enter the heat-insulation layer 20 of lower Side fascia 2, then flow downward along heat-insulation layer 20, until flowing to the lower section node of above-mentioned node, so After bypass splash guard 3 and get in.And the enforcement of this utility model technique scheme, the rainwater in heat-insulation layer 20 can be guided To the outside of lower section node waterproof plate 3, rainwater is made to flow out along splicing seams outdoor, thus avoiding the generation of above-mentioned phenomenon.Preferably, institute State weather board 18 self-structure layer 21 outwards slightly downward-sloping, be so conducive to the guiding of rainwater, prevent it along weather board 18 to room Interior infiltration.

On the basis of above-described embodiment, in another embodiment of this utility model, such as Fig. 5, described weather board 18 is close to Described upper Side fascia 1 heat-insulation layer 20 bottom.So, one it is convenient to the setting of weather board 18, on the other hand avoid the splicing of wallboard During weather board 18 collide with splash guard 3.

On the basis of above-described embodiment, in another embodiment of this utility model, such as Fig. 6 and Fig. 7, described Side fascia is at least Including heat-insulation layer 20 and structure sheaf 21, the medial wall of described upper Side fascia 1 heat-insulation layer 20 bottom is located at the outer of described splash guard 3 Side.It is arranged such, when rain enters the heat-insulation layer of lower Side fascia 2 along the splicing seams between upper Side fascia 1 and lower Side fascia 2 20, then flow downward along heat-insulation layer 20, until flowing to the lower section node of above-mentioned node, due to upper Side fascia 1 heat-insulation layer 20 bottom The medial wall in portion is located at the outside of described splash guard 3, and such rainwater will not bypass splash guard 3 and get in, thus preventing rainwater Flow downwardly to lower section node along heat-insulation layer 20 and bypass the possibility that splash guard 3 gets in, improve the effect of Side fascia waterproof further Really.In order to reach more preferable waterproof effect, it is to avoid rainwater reaches heat-insulation layer 20 bottom tailing edge structure sheaf 21 to indoor infiltration, can be excellent It is selected in and opens up drip 19 in structure sheaf 21 bottom, certainly, position on structure sheaf 21 for the described drip 19 must be located at described The outside of splash guard 3.The medial wall of the bottom of heat-insulation layer 20 is located at the outside of described splash guard 3, and implementation can be protected Warm layer 20 is overall to be done thin, in addition can be only that heat-insulation layer 20 bottom is done thin, now, structure sheaf 21 bottom is accordingly thickening, certainly Also splash guard 3 can be arranged on the inner side of heat-insulation layer 20, but so be not easy to the setting of splash guard 3 and opening up of notch 4.

On the basis of above-described embodiment, in another embodiment of this utility model, the inwall of described grout sleeve 22 is provided with Steel lobe.The setting of this utility model steel lobe increases grout sleeve 22 integral rigidity, on the premise of meeting rigidity, can suitably subtract Few grout sleeve 22 wall thickness, material-saving.Reducing wall thickness in the case of external diameter identical simultaneously, increased grouting material so that filling Slurry is more closely knit, and reinforcing bar is higher with the adhesive property of grout sleeve 22 entirety.Additionally, the slurry pouring into shape in grout sleeve 22 Become the lock solid structure matching with sky in sleeve and steel lobe, the anchorage reliability of reinforcing bar is greatly improved.

On the basis of above-described embodiment, in another embodiment of this utility model, described steel lobe opened up slurry hole or led Stock tank.Cross to starch hole or lead arranging of stock tank and have enough flowing spaces when on the one hand ensureing that grouting material flows to connection end, enrich Grouting material in gap between steel lobe can be connected integral simultaneously, increase grout sleeve 22 and grouting by whole grout sleeve Adhesion between material, the globality of grouting material is higher, and then is effectively increased the bond stress to reinforcing bar for the grouting material.

On the basis of above-described embodiment, in another embodiment of this utility model, described cross slurry hole or lead stock tank along grouting Sleeve 22 circumferentially disposed.So, by cross slurry hole or lead stock tank by between steel lobe gap connect.

The above is only preferred implementation of the present utility model it is noted that common skill for the art For art personnel, on the premise of without departing from this utility model principle, some improvements and modifications can also be made, these improve and Retouching also should be regarded as protection domain of the present utility model.

Claims (10)

1. a kind of Side fascia installs node it is characterised in that including upper Side fascia, lower Side fascia, floor and splash guard, described building Plate rides upon on lower Side fascia, and described lower Side fascia top has poured in-situ layer, and described upper Side fascia and lower Side fascia are using filling Slurry sleeve connection, the vertical muscle of described lower Side fascia passes through in-situ layer and stretches in the grout sleeve of described upper Side fascia, described The slurry anchor connection joint that slurry forms steel reinforcement abutting joints is poured in grout sleeve；Described upper Side fascia bottom is provided with notch, described anti- The water plate one laterally interior extension of described notch, opposite side extends to described along the splicing seams between described upper Side fascia and lower Side fascia Lower bending backward outside lower Side fascia, described splash guard is extending at least partially into described notch.

2. Side fascia according to claim 1 installs node it is characterised in that the material of described splash guard is rustless steel.

3. Side fascia according to claim 2 installs node it is characterised in that described splash guard stretches into the portion of described notch Divide is in fold-line-shaped or waveform.

4. Side fascia according to claim 2 installs node it is characterised in that described splash guard is provided with least one is used for Strengthen the fin of waterproof panel stiffness.

5. Side fascia according to claim 2 installs node it is characterised in that what described splash guard extended to described notch Side bending is in u-shaped.

6. Side fascia according to claim 5 installs node it is characterised in that described splash guard is curved in described notch Folding part forms u-shaped groove, is enclosed with foam strip in described u-shaped groove.

7. Side fascia according to claim 2 installs node it is characterised in that what described splash guard extended to described notch Side bends, and the kink in described notch is in fall " v " type.

8. the Side fascia according to claim 5～7 any one installs node it is characterised in that described splash guard is to institute The side stating notch extension bends and extends to described lower Side fascia top.

9. Side fascia according to claim 8 node is installed it is characterised in that described Side fascia at least include heat-insulation layer and Structure sheaf, described notch is arranged on heat-insulation layer, is provided with weather board in described notch, and described weather board side is anchored at Side fascia In structure sheaf, opposite side extends to the outside of described splash guard.

10. Side fascia according to claim 8 installs node it is characterised in that described Side fascia at least includes heat-insulation layer And structure sheaf, the medial wall of described upper Side fascia heat-insulation layer bottom is located at the outside of described splash guard.