CN207597578U - Vestibule chassis and connecting structure of wall - Google Patents
Vestibule chassis and connecting structure of wall Download PDFInfo
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- CN207597578U CN207597578U CN201720642334.8U CN201720642334U CN207597578U CN 207597578 U CN207597578 U CN 207597578U CN 201720642334 U CN201720642334 U CN 201720642334U CN 207597578 U CN207597578 U CN 207597578U
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- floor
- vestibule
- substrate
- chassis
- transverse slat
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Abstract
A kind of vestibule chassis and connecting structure of wall provided by the utility model, including：Rectangular frame：Rectangular frame is vertically set there are two groove type plate, and the notch of two groove type plates is opposite；The web of groove type plate is equipped with web through-hole；Connector：Including substrate, substrate is vertically equipped with the connecting plate of L-shaped；Connecting plate includes stringer board and transverse slat, and stringer board is equipped with stringer board through-hole in web through-hole corresponding position, and stringer board is bolted with groove type plate；Transverse slat upper surface is fixedly connected with stringer board；Transverse slat lower surface is equipped with floor；Substrate is equipped with substrate through-hole, and connection structure support is steady, connection is reliable, load-carrying ability is strong.
Description
Technical field
The utility model is related to connection structures, more particularly to vestibule chassis and connecting structure of wall.
Background technology
Vestibule is one kind of Complex Tall Building system, it refers generally between Building two or a few building skyscrapers by making somebody a mere figurehead
Connector is connected with each other, to meet architectural image and the requirement using function.Connector, that is, vestibule.Its span have it is several meters long,
Have tens meters long.Vestibule vertically has arrangement one along building, also has the arrangement several.
For vestibule in itself as a kind of aerial connector, the vestibule of the prior art is set up in the vestibule chassis preset, vestibule
Chassis and vestibule plane contact, due to vestibule chassis both ends connecting building object, middle part is maked somebody a mere figurehead, and the weight of vestibule and vestibule chassis is complete
Portion is supported by the connection structure of vestibule chassis and wall, and the prior art is using fixed forms such as bolts, and bolt is for a long time by shearing force
It easily loosens, deformation, support is unstable, and connection reliability is low.
Therefore, steady, the reliable vestibule chassis of connection and connecting structure of wall are supported there is an urgent need for a kind of.
Utility model content
In view of this, unstable in order to solve vestibule chassis in the prior art and connecting structure of wall support, connection is reliable
Property the problem of, the utility model provides a kind of steady support, the reliable vestibule chassis of connection and connecting structure of wall.
The technical solution adopted in the utility model is：
A kind of vestibule chassis and connecting structure of wall, including：Rectangular frame：Rectangular frame is vertically set there are two groove type plate,
The notch of two groove type plates is opposite；The web of groove type plate is equipped with web through-hole；Connector：Including substrate, substrate is vertically set
There is the connecting plate of L-shaped；Connecting plate include stringer board and transverse slat, stringer board in web through-hole corresponding position be equipped with stringer board through-hole, stringer board with
Groove type plate is bolted；Transverse slat upper surface is fixedly connected with stringer board；Transverse slat lower surface is equipped with floor；Substrate is equipped with substrate through-hole.
Each component of the use of the new type connection structure, same component is so that the orientation such as upper and lower, left and right of used time relative position difference.
Groove profile harden structure is the trench structure of the prior art, is two blocks of wing plates being mutually parallel, two pieces of wing plate the same sides lead to
It crosses one block of web perpendicular to wing plate to connect, two blocks of wing plates and web enclose notch.
Substrate is fixed on wall by substrate through-hole, and the stringer board of vertical substrate is fixed by the web of bolt and groove type plate to be connected
Connect, one of wing plate of groove type plate is contacted with transverse slat upper surface, four connectors in a plane by the connecting plate of L-shaped,
Rectangular frame is fixed, connection structure support is steady, and connection is reliable；Support board of the transverse slat as carrying bottom frame, stringer board pass through
Groove type plate is tightly fastened in connecting plate by bolt arrangement, and while stringer board strengthens the bonding strength of transverse slat and substrate, transverse slat also adds
The bonding strength of strong stringer board and substrate；Transverse slat lower surface sets floor, and floor is fixedly connected with substrate, and floor strengthens connecting plate
Integral strength improves the load-carrying ability of connector.
Preferably, floor is two pieces, and two pieces of floors intersect, and two pieces of floor upper ends are fixedly connected respectively with stringer board lower surface.
Intersecting two pieces of floors form X-shaped, and floor is formed stable with stringer board junction at two pieces of floor junctions and two
Set square supporting structure, so as to improve the load-carrying ability of connecting plate；In addition, the contact area of floor and substrate increases, further
Improve the load-carrying ability of connecting plate.
Preferably, the length of floor is equal to the cornerwise length in transverse slat lower surface.
Length of vertical range of the transverse slat far from substrate one end to substrate for transverse slat, length direction and the transverse slat phase of floor
Together.
The length of floor is equal to the cornerwise length in transverse slat lower surface, and the contact area of floor and transverse slat lower surface is most at this time
Greatly, enhance the rigidity of transverse slat.
Preferably, the lower end of two pieces of floors is connected by the first reinforcing plate.
First reinforcing plate connects the lower end of two pieces of floors, prevents floor lower end from relatively moving, enhances the support of floor
Effect, so as to improve the load-carrying ability of connecting plate.
Preferably, the upper end of one of floor is connect with the lower end of another floor by the second reinforcing plate.
By setting the second reinforcing plate, the first reinforcing plate, the second reinforcing plate and transverse slat enclose frame like structure, two pieces of floors
Support frame structure it is diagonally opposed, the connection of floor and support plate is more secured, so as to improve the load-carrying ability of connecting plate.
Preferably, the first reinforcing plate and/or the second reinforcing plate are perpendicularly fixed at substrate.
Vertical connection, relative to the connection of other angles, junction is not susceptible to be broken；Other first reinforcing plate is vertical
And/or second reinforcing plate be fixed on substrate, enhance rib structure and the connection area of substrate and the stability of frame like structure, into
One step improves the support effect to connecting plate, improves the load-carrying ability of support plate.
Preferably, floor is perpendicular to substrate.
Floor relative to other connection angles, is not susceptible to bend, floor breaks at substrate connection occurring perpendicular to substrate
It splits；Meanwhile increase the connection area of floor and substrate, further improve the load-carrying ability of connector.
Preferably, floor is perpendicular to transverse slat.
Floor, relative to other angles, is vertically arranged on transverse slat, vertical direction, and floor resists with substrate contact surface
Shearing force is stronger, improves the support effect of floor.
Preferably, the thickness of floor is equal to transverse slat lower surface to the vertical range of base lower surface.
Two face vertical ranges of floor vertical direction are the thickness of floor.
The thickness of floor is equal to transverse slat lower surface to the vertical range of base lower surface, floor and substrate on vertical direction
Contact area is maximum, and straight down, floor and substrate contact surface anti-shearing force are most strong on vertical direction for gravity at this time, improves floor
Support effect.
Preferably, floor is right angled triangle.
Floor uses triangle, while forming stable triangular support structure, saves material.
The connecting plate of L-shaped provides the transverse slat of carrying, and a bolt is at least only needed to can be realized and is stably connected with, simple in structure.
Rectangular frame can be other shapes in the utility model.
The beneficial effects of the utility model：
1st, the utility model vestibule chassis and connecting structure of wall, substrate are fixed on wall, vertical base by substrate through-hole
The stringer board of plate is fixedly connected by bolt with the web of groove type plate, and one of wing plate of groove type plate is contacted with transverse slat upper surface,
Four connectors, by the connecting plate of L-shaped, rectangular frame are fixed, connection structure support is steady, and connection can in a plane
It leans on；Groove type plate is tightly fastened in connecting plate by support board of the transverse slat as carrying bottom frame, stringer board by bolt arrangement, and stringer board is strengthened
While the bonding strength of transverse slat and substrate, transverse slat also strengthens the bonding strength of stringer board and substrate；Transverse slat lower surface sets floor,
Floor is fixedly connected with substrate, and floor strengthens the integral strength of connecting plate, improves the load-carrying ability of connector.
2nd, the utility model vestibule chassis and connecting structure of wall, intersecting two pieces of floors form X-shaped, and two pieces of floors combine
Floor forms stable set square supporting structure with stringer board junction at place and two, so as to improve the load-carrying ability of connecting plate；Separately
Outside, the contact area of floor and substrate increases, and further improves the load-carrying ability of connecting plate.
3rd, the utility model vestibule chassis and connecting structure of wall, by set the first reinforcing plate, the second reinforcing plate and
The connection of first reinforcing plate, the second reinforcing plate and substrate improves the structural stability and connectivity robustness of rib structure, so as to
Improve the load-carrying ability of connecting plate.
4th, the utility model vestibule chassis and connecting structure of wall, by increasing the connection area of rib structure and substrate,
The connective stability of rib structure and substrate is improved, the connectivity robustness of rib structure is improved, so as to enhance the load of support plate
Ability.
Description of the drawings
Fig. 1 is 1 vestibule chassis of embodiment and connecting structure of wall schematic diagram；
Fig. 2 is 1 connecting-piece structure schematic diagram one of embodiment；
Fig. 3 is 1 connecting-piece structure schematic diagram two of embodiment；
Fig. 4 is 2 connecting-piece structure schematic diagram of embodiment；
Wherein：10- rectangular frames；20- groove type plates；201- webs；2011- web through-holes；301- substrates；3011- substrates
Through-hole；302- stringer boards；3021- stringer board through-holes；303- transverse slats；304- floors；The first reinforcing plates of 305-；The second reinforcing plates of 306-.
Specific embodiment
Embodiment 1
As shown in Figs. 1-3, a kind of vestibule chassis and connecting structure of wall provided in this embodiment, including：Rectangular frame 10：
10 frame of rectangle frame is vertically set there are two groove type plate 20, and the notch of two groove type plates 20 is opposite；It is set on the web 201 of groove type plate 20
There is web through-hole 2011；Connector：Including substrate 301, substrate 301 is vertically equipped with the connecting plate of L-shaped；Connecting plate includes stringer board
302 and transverse slat 303, stringer board 302 is equipped with stringer board through-hole 3021, stringer board 302 and groove type plate 20 in 2011 corresponding position of web through-hole
It is bolted；303 upper surface of transverse slat is fixedly connected with stringer board 302；303 lower surface of transverse slat is equipped with floor 304；Substrate 301 is equipped with
Substrate through-hole 3011；Floor 304 is perpendicular to substrate 301；Floor 304 is perpendicular to transverse slat 303；The thickness of floor 304 is equal to transverse slat
303 lower surfaces are to the vertical range of 301 lower surface of substrate；Floor 304 is right angled triangle.
Embodiment 2
As shown in figure 4, a kind of vestibule chassis provided in this embodiment and connecting structure of wall, including：Rectangular frame 10：Square
10 frame of shape frame is vertically set there are two groove type plate 20, and the notch of two groove type plates 20 is opposite；The web 201 of groove type plate 20 is equipped with
Web through-hole 2011；Connector：Including substrate 301, substrate 301 is vertically equipped with the connecting plate of L-shaped；Connecting plate includes stringer board 302
With transverse slat 303, stringer board 302 is equipped with stringer board through-hole 3021, stringer board 302 and 20 bolt of groove type plate in 2011 corresponding position of web through-hole
Connection；303 upper surface of transverse slat is fixedly connected with stringer board 302；303 lower surface of transverse slat is equipped with floor 304；Substrate 301 is equipped with substrate
Through-hole 3011；Floor 304 is two pieces, and two pieces of floors 304 are intersecting, and two pieces of 304 upper ends of floor are fixed respectively with 302 lower surface of stringer board
Connection；The length of floor 304 is equal to the cornerwise length in 303 lower surface of transverse slat；Strengthen by first the lower end of two pieces of floors 304
Plate 305 connects；The upper end of one of floor 304 is connect with the lower end of another floor 304 by the second reinforcing plate 306；First
305 and second reinforcing plate 306 of reinforcing plate is perpendicularly fixed at substrate 301.
Embodiment 3
A kind of vestibule chassis and connecting structure of wall provided in this embodiment, including：Rectangular frame 10：10 frame of rectangle frame hangs down
Groove type plate 20 there are two directly setting, the notch of two groove type plates 20 are opposite；The web 201 of groove type plate 20 is equipped with web through-hole
2011；Connector：Including substrate 301, substrate 301 is vertically equipped with the connecting plate of L-shaped；Connecting plate includes stringer board 302 and transverse slat
303, stringer board 302 is equipped with stringer board through-hole 3021 in 2011 corresponding position of web through-hole, and stringer board 302 is bolted with groove type plate 20；
303 upper surface of transverse slat is fixedly connected with stringer board 302；303 lower surface of transverse slat is equipped with floor 304；Substrate 301 is equipped with substrate through-hole
3011；Floor 304 is perpendicular to substrate 301；Floor 304 is perpendicular to transverse slat 303；Floor 304 is right angled triangle.
Embodiment 4
A kind of vestibule chassis and connecting structure of wall provided in this embodiment, including：Rectangular frame 10：10 frame of rectangle frame hangs down
Groove type plate 20 there are two directly setting, the notch of two groove type plates 20 are opposite；The web 201 of groove type plate 20 is equipped with web through-hole
2011；Connector：Including substrate 301, substrate 301 is vertically equipped with the connecting plate of L-shaped；Connecting plate includes stringer board 302 and transverse slat
303, stringer board 302 is equipped with stringer board through-hole 3021 in 2011 corresponding position of web through-hole, and stringer board 302 is bolted with groove type plate 20；
303 upper surface of transverse slat is fixedly connected with stringer board 302；303 lower surface of transverse slat is equipped with floor 304；Substrate 301 is equipped with substrate through-hole
3011；Floor 304 is two pieces, and two pieces of floors 304 are intersecting, and two pieces of 304 upper ends of floor are fixed respectively with 302 lower surface of stringer board to be connected
It connects；The length of floor 304 is equal to the cornerwise length in 303 lower surface of transverse slat；The lower end of two pieces of floors 304 passes through the first reinforcing plate
305 connections；The upper end of one of floor 304 is connect with the lower end of another floor 304 by the second reinforcing plate 306.
Above example only expresses the several embodiments of the utility model, and description is more specific and detailed, but simultaneously
Cannot the limitation to utility model patent protection domain therefore be interpreted as.It should be pointed out that the common skill for this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (10)
1. a kind of vestibule chassis and connecting structure of wall, including：
Rectangular frame：Rectangular frame is vertically set there are two groove type plate, and the notch of two groove type plates is opposite；It is set on the web of groove type plate
There is web through-hole；
Connector：Including substrate, substrate is vertically equipped with the connecting plate of L-shaped；Connecting plate includes stringer board and transverse slat, and stringer board leads in web
Hole corresponding position is equipped with stringer board through-hole, and stringer board is bolted with groove type plate；Transverse slat upper surface is fixedly connected with stringer board；Transverse slat following table
Face is equipped with floor；Substrate is equipped with substrate through-hole.
2. vestibule chassis and connecting structure of wall according to claim 1, which is characterized in that floor is two pieces, two pieces of floors
Intersecting, two pieces of floor upper ends are fixedly connected respectively with stringer board lower surface.
3. vestibule chassis and connecting structure of wall according to claim 2, which is characterized in that the length of floor is equal under transverse slat
The length of surface diagonal.
4. vestibule chassis and connecting structure of wall according to claim 3, which is characterized in that the lower end of two pieces of floors passes through
One reinforcing plate connects.
5. vestibule chassis and connecting structure of wall according to claim 4, which is characterized in that the upper end of one of floor with
The lower end of another floor is connected by the second reinforcing plate.
6. vestibule chassis and connecting structure of wall according to claim 5, which is characterized in that the first reinforcing plate and/or second
Reinforcing plate is perpendicularly fixed at substrate.
7. vestibule chassis and connecting structure of wall according to claim 1, which is characterized in that floor is perpendicular to substrate.
8. vestibule chassis and connecting structure of wall according to claim 7, which is characterized in that floor is perpendicular to transverse slat.
9. vestibule chassis and connecting structure of wall according to claim 8, which is characterized in that the thickness of floor is equal under transverse slat
Surface is to the vertical range of base lower surface.
10. vestibule chassis and connecting structure of wall according to claim 9, which is characterized in that floor is right angled triangle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720642334.8U CN207597578U (en) | 2017-06-05 | 2017-06-05 | Vestibule chassis and connecting structure of wall |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720642334.8U CN207597578U (en) | 2017-06-05 | 2017-06-05 | Vestibule chassis and connecting structure of wall |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207597578U true CN207597578U (en) | 2018-07-10 |
Family
ID=62751892
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720642334.8U Active CN207597578U (en) | 2017-06-05 | 2017-06-05 | Vestibule chassis and connecting structure of wall |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207597578U (en) |
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2017
- 2017-06-05 CN CN201720642334.8U patent/CN207597578U/en active Active
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